Create app to calculate the animschool grade.

app.py

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+import streamlit as st
+
+
+st.markdown(f"## System to Check AnimSchool Grades")
+
+
+grade1 = st.number_input("Grade for graded assignment 1:")
+grade2 = st.number_input("Grade for graded assignment 2:")
+grade3 = st.number_input("Grade for graded assignment 3:")
+grade4 = st.number_input("Grade for graded assignment 4:")
+grade5 = st.number_input("Grade for graded assignment 5:")
+
+
+clicked = st.button('Check now!')
+
+def get_concept(grade):
+    if grade >= 93:
+        return 'A'
+    if grade >= 90:
+        return 'A-'
+    if grade >= 87:
+        return 'B+'
+    if grade >= 83:
+        return 'B'
+    if grade >= 80:
+        return 'B-'
+    if grade >= 77:
+        return 'C+'
+    if grade >= 73:
+        return 'C'
+    if grade >= 70:
+        return 'C-'
+    if grade >= 67:
+        return 'D+'
+    if grade > 63:
+        return 'D'
+    if grade > 60:
+        return 'D-'
+    return 'F'
+        
+if clicked:
+    st.markdown(f"###### The grade for the first asignment was {grade1}. It represents a concept of {get_concept(grade1)}.")
+    st.markdown(f"###### The grade for the second asignment was {grade2}. It represents a concept of {get_concept(grade2)}.")
+    st.markdown(f"###### The grade for the third asignment was {grade3}. It represents a concept of {get_concept(grade3)}.")
+    st.markdown(f"###### The grade for the 4º asignment was {grade4}. It represents a concept of {get_concept(grade4)}.")
+    st.markdown(f"###### The grade for the 5º asignment was {grade5}. It represents a concept of {get_concept(grade5)}.")
+
+    final_grade = (grade1*0.05)+(grade2*0.05)+(grade3*0.1)+(grade4*0.1)+(grade5*0.7)
+    st.markdown(f"#### The final grade of student is {final_grade}. It represents a concept of {get_concept(final_grade)}.")

requirements.txt

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+streamlit