id large_stringlengths 17 17 | instruction large_stringlengths 149 154 | code large_stringlengths 195 214 | unit_test large_stringlengths 81 90 |
|---|---|---|---|
py_logic_00000101 | Write a Python function `process_pipeline_v101` that evaluates `value_b` against boundary `52` using relational operator `>`, returning mutated state. | def process_pipeline_v101(value_b, state_flag):
state_result = 0
if value_b > 52:
state_result = (value_b + 22) * 5
else:
state_result = state_flag - 22
return state_result | assert process_pipeline_v101(57, 10) == 395
assert process_pipeline_v101(47, 20) == -2 |
py_logic_00000102 | Write a Python function `process_pipeline_v102` that evaluates `value_b` against boundary `43` using relational operator `>`, returning mutated state. | def process_pipeline_v102(value_b, state_flag):
state_result = 0
if value_b > 43:
state_result = (value_b + 19) * 5
else:
state_result = state_flag - 19
return state_result | assert process_pipeline_v102(48, 10) == 335
assert process_pipeline_v102(38, 20) == 1 |
py_logic_00000103 | Write a Python function `process_pipeline_v103` that evaluates `value_b` against boundary `32` using relational operator `>`, returning mutated state. | def process_pipeline_v103(value_b, state_flag):
state_result = 0
if value_b > 32:
state_result = (value_b + 14) * 5
else:
state_result = state_flag - 14
return state_result | assert process_pipeline_v103(37, 10) == 255
assert process_pipeline_v103(27, 20) == 6 |
py_logic_00000104 | Write a Python function `process_pipeline_v104` that evaluates `value_b` against boundary `19` using relational operator `>`, returning mutated state. | def process_pipeline_v104(value_b, value_b):
state_result = 0
if value_b > 19:
state_result = (value_b + 8) * 5
else:
state_result = value_b - 8
return state_result | assert process_pipeline_v104(24, 10) == 160
assert process_pipeline_v104(14, 20) == 12 |
py_logic_00000105 | Write a Python function `process_pipeline_v105` that evaluates `value_a` against boundary `13` using relational operator `>`, returning mutated state. | def process_pipeline_v105(value_a, value_a):
state_result = 0
if value_a > 13:
state_result = (value_a + 2) * 5
else:
state_result = value_a - 2
return state_result | assert process_pipeline_v105(18, 10) == 100
assert process_pipeline_v105(8, 20) == 18 |
py_logic_00000106 | Write a Python function `process_pipeline_v106` that evaluates `value_a` against boundary `26` using relational operator `>`, returning mutated state. | def process_pipeline_v106(value_a, value_a):
state_result = 0
if value_a > 26:
state_result = (value_a + 5) * 5
else:
state_result = value_a - 5
return state_result | assert process_pipeline_v106(31, 10) == 180
assert process_pipeline_v106(21, 20) == 15 |
py_logic_00000107 | Write a Python function `process_pipeline_v107` that evaluates `value_a` against boundary `38` using relational operator `>`, returning mutated state. | def process_pipeline_v107(value_a, value_b):
state_result = 0
if value_a > 38:
state_result = (value_a + 11) * 5
else:
state_result = value_b - 11
return state_result | assert process_pipeline_v107(43, 10) == 270
assert process_pipeline_v107(33, 20) == 9 |
py_logic_00000108 | Write a Python function `process_pipeline_v108` that evaluates `value_a` against boundary `48` using relational operator `>`, returning mutated state. | def process_pipeline_v108(value_a, value_b):
state_result = 0
if value_a > 48:
state_result = (value_a + 17) * 5
else:
state_result = value_b - 17
return state_result | assert process_pipeline_v108(53, 10) == 350
assert process_pipeline_v108(43, 20) == 3 |
py_logic_00000109 | Write a Python function `process_pipeline_v109` that evaluates `value_a` against boundary `55` using relational operator `>`, returning mutated state. | def process_pipeline_v109(value_a, state_flag):
state_result = 0
if value_a > 55:
state_result = (value_a + 21) * 5
else:
state_result = state_flag - 21
return state_result | assert process_pipeline_v109(60, 10) == 405
assert process_pipeline_v109(50, 20) == -1 |
py_logic_00000110 | Write a Python function `process_pipeline_v110` that evaluates `value_a` against boundary `59` using relational operator `>`, returning mutated state. | def process_pipeline_v110(value_a, state_flag):
state_result = 0
if value_a > 59:
state_result = (value_a + 24) * 5
else:
state_result = state_flag - 24
return state_result | assert process_pipeline_v110(64, 10) == 440
assert process_pipeline_v110(54, 20) == -4 |
py_logic_00000111 | Write a Python function `process_pipeline_v111` that evaluates `value_a` against boundary `59` using relational operator `>`, returning mutated state. | def process_pipeline_v111(value_a, state_flag):
state_result = 0
if value_a > 59:
state_result = (value_a + 25) * 4
else:
state_result = state_flag - 25
return state_result | assert process_pipeline_v111(64, 10) == 356
assert process_pipeline_v111(54, 20) == -5 |
py_logic_00000112 | Write a Python function `process_pipeline_v112` that evaluates `value_a` against boundary `56` using relational operator `>`, returning mutated state. | def process_pipeline_v112(value_a, state_flag):
state_result = 0
if value_a > 56:
state_result = (value_a + 25) * 4
else:
state_result = state_flag - 25
return state_result | assert process_pipeline_v112(61, 10) == 344
assert process_pipeline_v112(51, 20) == -5 |
py_logic_00000113 | Write a Python function `process_pipeline_v113` that evaluates `value_b` against boundary `49` using relational operator `>`, returning mutated state. | def process_pipeline_v113(value_b, state_flag):
state_result = 0
if value_b > 49:
state_result = (value_b + 23) * 3
else:
state_result = state_flag - 23
return state_result | assert process_pipeline_v113(54, 10) == 231
assert process_pipeline_v113(44, 20) == -3 |
py_logic_00000114 | Write a Python function `process_pipeline_v114` that evaluates `value_b` against boundary `39` using relational operator `>`, returning mutated state. | def process_pipeline_v114(value_b, state_flag):
state_result = 0
if value_b > 39:
state_result = (value_b + 20) * 3
else:
state_result = state_flag - 20
return state_result | assert process_pipeline_v114(44, 10) == 192
assert process_pipeline_v114(34, 20) == 0 |
py_logic_00000115 | Write a Python function `process_pipeline_v115` that evaluates `state_flag` against boundary `27` using relational operator `>`, returning mutated state. | def process_pipeline_v115(state_flag, value_b):
state_result = 0
if state_flag > 27:
state_result = (state_flag + 16) * 2
else:
state_result = value_b - 16
return state_result | assert process_pipeline_v115(32, 10) == 96
assert process_pipeline_v115(22, 20) == 4 |
py_logic_00000116 | Write a Python function `process_pipeline_v116` that evaluates `state_flag` against boundary `14` using relational operator `>`, returning mutated state. | def process_pipeline_v116(state_flag, value_b):
state_result = 0
if state_flag > 14:
state_result = (state_flag + 10) * 2
else:
state_result = value_b - 10
return state_result | assert process_pipeline_v116(19, 10) == 58
assert process_pipeline_v116(9, 20) == 10 |
py_logic_00000117 | Write a Python function `process_pipeline_v117` that evaluates `state_flag` against boundary `18` using relational operator `>`, returning mutated state. | def process_pipeline_v117(state_flag, value_b):
state_result = 0
if state_flag > 18:
state_result = (state_flag + 4) * 2
else:
state_result = value_b - 4
return state_result | assert process_pipeline_v117(23, 10) == 54
assert process_pipeline_v117(13, 20) == 16 |
py_logic_00000118 | Write a Python function `process_pipeline_v118` that evaluates `state_flag` against boundary `31` using relational operator `>`, returning mutated state. | def process_pipeline_v118(state_flag, value_a):
state_result = 0
if state_flag > 31:
state_result = (state_flag + 3) * 2
else:
state_result = value_a - 3
return state_result | assert process_pipeline_v118(36, 10) == 78
assert process_pipeline_v118(26, 20) == 17 |
py_logic_00000119 | Write a Python function `process_pipeline_v119` that evaluates `state_flag` against boundary `42` using relational operator `>`, returning mutated state. | def process_pipeline_v119(state_flag, value_a):
state_result = 0
if state_flag > 42:
state_result = (state_flag + 9) * 3
else:
state_result = value_a - 9
return state_result | assert process_pipeline_v119(47, 10) == 168
assert process_pipeline_v119(37, 20) == 11 |
py_logic_00000120 | Write a Python function `process_pipeline_v120` that evaluates `state_flag` against boundary `51` using relational operator `>`, returning mutated state. | def process_pipeline_v120(state_flag, value_a):
state_result = 0
if state_flag > 51:
state_result = (state_flag + 15) * 3
else:
state_result = value_a - 15
return state_result | assert process_pipeline_v120(56, 10) == 213
assert process_pipeline_v120(46, 20) == 5 |
py_logic_00000121 | Write a Python function `process_pipeline_v121` that evaluates `value_b` against boundary `57` using relational operator `>`, returning mutated state. | def process_pipeline_v121(value_b, value_a):
state_result = 0
if value_b > 57:
state_result = (value_b + 20) * 4
else:
state_result = value_a - 20
return state_result | assert process_pipeline_v121(62, 10) == 328
assert process_pipeline_v121(52, 20) == 0 |
py_logic_00000122 | Write a Python function `process_pipeline_v122` that evaluates `value_b` against boundary `59` using relational operator `>`, returning mutated state. | def process_pipeline_v122(value_b, value_a):
state_result = 0
if value_b > 59:
state_result = (value_b + 23) * 4
else:
state_result = value_a - 23
return state_result | assert process_pipeline_v122(64, 10) == 348
assert process_pipeline_v122(54, 20) == -3 |
py_logic_00000123 | Write a Python function `process_pipeline_v123` that evaluates `value_a` against boundary `58` using relational operator `>`, returning mutated state. | def process_pipeline_v123(value_a, value_a):
state_result = 0
if value_a > 58:
state_result = (value_a + 25) * 5
else:
state_result = value_a - 25
return state_result | assert process_pipeline_v123(63, 10) == 440
assert process_pipeline_v123(53, 20) == -5 |
py_logic_00000124 | Write a Python function `process_pipeline_v124` that evaluates `value_a` against boundary `54` using relational operator `>`, returning mutated state. | def process_pipeline_v124(value_a, value_a):
state_result = 0
if value_a > 54:
state_result = (value_a + 25) * 5
else:
state_result = value_a - 25
return state_result | assert process_pipeline_v124(59, 10) == 420
assert process_pipeline_v124(49, 20) == -5 |
py_logic_00000125 | Write a Python function `process_pipeline_v125` that evaluates `value_a` against boundary `46` using relational operator `>`, returning mutated state. | def process_pipeline_v125(value_a, value_a):
state_result = 0
if value_a > 46:
state_result = (value_a + 24) * 5
else:
state_result = value_a - 24
return state_result | assert process_pipeline_v125(51, 10) == 375
assert process_pipeline_v125(41, 20) == -4 |
py_logic_00000126 | Write a Python function `process_pipeline_v126` that evaluates `value_b` against boundary `35` using relational operator `>`, returning mutated state. | def process_pipeline_v126(value_b, value_a):
state_result = 0
if value_b > 35:
state_result = (value_b + 22) * 5
else:
state_result = value_a - 22
return state_result | assert process_pipeline_v126(40, 10) == 310
assert process_pipeline_v126(30, 20) == -2 |
py_logic_00000127 | Write a Python function `process_pipeline_v127` that evaluates `value_b` against boundary `23` using relational operator `>`, returning mutated state. | def process_pipeline_v127(value_b, value_b):
state_result = 0
if value_b > 23:
state_result = (value_b + 18) * 5
else:
state_result = value_b - 18
return state_result | assert process_pipeline_v127(28, 10) == 230
assert process_pipeline_v127(18, 20) == 2 |
py_logic_00000128 | Write a Python function `process_pipeline_v128` that evaluates `value_b` against boundary `10` using relational operator `>`, returning mutated state. | def process_pipeline_v128(value_b, value_b):
state_result = 0
if value_b > 10:
state_result = (value_b + 12) * 5
else:
state_result = value_b - 12
return state_result | assert process_pipeline_v128(15, 10) == 135
assert process_pipeline_v128(5, 20) == 8 |
py_logic_00000129 | Write a Python function `process_pipeline_v129` that evaluates `value_a` against boundary `23` using relational operator `>`, returning mutated state. | def process_pipeline_v129(value_a, state_flag):
state_result = 0
if value_a > 23:
state_result = (value_a + 7) * 5
else:
state_result = state_flag - 7
return state_result | assert process_pipeline_v129(28, 10) == 175
assert process_pipeline_v129(18, 20) == 13 |
py_logic_00000130 | Write a Python function `process_pipeline_v130` that evaluates `value_a` against boundary `35` using relational operator `>`, returning mutated state. | def process_pipeline_v130(value_a, state_flag):
state_result = 0
if value_a > 35:
state_result = (value_a + 1) * 5
else:
state_result = state_flag - 1
return state_result | assert process_pipeline_v130(40, 10) == 205
assert process_pipeline_v130(30, 20) == 19 |
py_logic_00000131 | Write a Python function `process_pipeline_v131` that evaluates `value_a` against boundary `46` using relational operator `>`, returning mutated state. | def process_pipeline_v131(value_a, state_flag):
state_result = 0
if value_a > 46:
state_result = (value_a + 7) * 5
else:
state_result = state_flag - 7
return state_result | assert process_pipeline_v131(51, 10) == 290
assert process_pipeline_v131(41, 20) == 13 |
py_logic_00000132 | Write a Python function `process_pipeline_v132` that evaluates `value_a` against boundary `54` using relational operator `>`, returning mutated state. | def process_pipeline_v132(value_a, state_flag):
state_result = 0
if value_a > 54:
state_result = (value_a + 13) * 5
else:
state_result = state_flag - 13
return state_result | assert process_pipeline_v132(59, 10) == 360
assert process_pipeline_v132(49, 20) == 7 |
py_logic_00000133 | Write a Python function `process_pipeline_v133` that evaluates `value_b` against boundary `58` using relational operator `>`, returning mutated state. | def process_pipeline_v133(value_b, state_flag):
state_result = 0
if value_b > 58:
state_result = (value_b + 18) * 5
else:
state_result = state_flag - 18
return state_result | assert process_pipeline_v133(63, 10) == 405
assert process_pipeline_v133(53, 20) == 2 |
py_logic_00000134 | Write a Python function `process_pipeline_v134` that evaluates `value_b` against boundary `59` using relational operator `>`, returning mutated state. | def process_pipeline_v134(value_b, state_flag):
state_result = 0
if value_b > 59:
state_result = (value_b + 22) * 4
else:
state_result = state_flag - 22
return state_result | assert process_pipeline_v134(64, 10) == 344
assert process_pipeline_v134(54, 20) == -2 |
py_logic_00000135 | Write a Python function `process_pipeline_v135` that evaluates `state_flag` against boundary `57` using relational operator `>`, returning mutated state. | def process_pipeline_v135(state_flag, state_flag):
state_result = 0
if state_flag > 57:
state_result = (state_flag + 24) * 4
else:
state_result = state_flag - 24
return state_result | assert process_pipeline_v135(62, 10) == 344
assert process_pipeline_v135(52, 20) == -4 |
py_logic_00000136 | Write a Python function `process_pipeline_v136` that evaluates `state_flag` against boundary `51` using relational operator `>`, returning mutated state. | def process_pipeline_v136(state_flag, state_flag):
state_result = 0
if state_flag > 51:
state_result = (state_flag + 25) * 3
else:
state_result = state_flag - 25
return state_result | assert process_pipeline_v136(56, 10) == 243
assert process_pipeline_v136(46, 20) == -5 |
py_logic_00000137 | Write a Python function `process_pipeline_v137` that evaluates `state_flag` against boundary `42` using relational operator `>`, returning mutated state. | def process_pipeline_v137(state_flag, state_flag):
state_result = 0
if state_flag > 42:
state_result = (state_flag + 25) * 3
else:
state_result = state_flag - 25
return state_result | assert process_pipeline_v137(47, 10) == 216
assert process_pipeline_v137(37, 20) == -5 |
py_logic_00000138 | Write a Python function `process_pipeline_v138` that evaluates `state_flag` against boundary `31` using relational operator `>`, returning mutated state. | def process_pipeline_v138(state_flag, value_b):
state_result = 0
if state_flag > 31:
state_result = (state_flag + 23) * 2
else:
state_result = value_b - 23
return state_result | assert process_pipeline_v138(36, 10) == 118
assert process_pipeline_v138(26, 20) == -3 |
py_logic_00000139 | Write a Python function `process_pipeline_v139` that evaluates `state_flag` against boundary `18` using relational operator `>`, returning mutated state. | def process_pipeline_v139(state_flag, value_b):
state_result = 0
if state_flag > 18:
state_result = (state_flag + 19) * 2
else:
state_result = value_b - 19
return state_result | assert process_pipeline_v139(23, 10) == 84
assert process_pipeline_v139(13, 20) == 1 |
py_logic_00000140 | Write a Python function `process_pipeline_v140` that evaluates `state_flag` against boundary `15` using relational operator `>`, returning mutated state. | def process_pipeline_v140(state_flag, value_b):
state_result = 0
if state_flag > 15:
state_result = (state_flag + 15) * 2
else:
state_result = value_b - 15
return state_result | assert process_pipeline_v140(20, 10) == 70
assert process_pipeline_v140(10, 20) == 5 |
py_logic_00000141 | Write a Python function `process_pipeline_v141` that evaluates `state_flag` against boundary `28` using relational operator `>`, returning mutated state. | def process_pipeline_v141(state_flag, value_b):
state_result = 0
if state_flag > 28:
state_result = (state_flag + 9) * 2
else:
state_result = value_b - 9
return state_result | assert process_pipeline_v141(33, 10) == 84
assert process_pipeline_v141(23, 20) == 11 |
py_logic_00000142 | Write a Python function `process_pipeline_v142` that evaluates `state_flag` against boundary `39` using relational operator `>`, returning mutated state. | def process_pipeline_v142(state_flag, value_b):
state_result = 0
if state_flag > 39:
state_result = (state_flag + 3) * 3
else:
state_result = value_b - 3
return state_result | assert process_pipeline_v142(44, 10) == 141
assert process_pipeline_v142(34, 20) == 17 |
py_logic_00000143 | Write a Python function `process_pipeline_v143` that evaluates `state_flag` against boundary `49` using relational operator `>`, returning mutated state. | def process_pipeline_v143(state_flag, value_a):
state_result = 0
if state_flag > 49:
state_result = (state_flag + 5) * 3
else:
state_result = value_a - 5
return state_result | assert process_pipeline_v143(54, 10) == 177
assert process_pipeline_v143(44, 20) == 15 |
py_logic_00000144 | Write a Python function `process_pipeline_v144` that evaluates `state_flag` against boundary `56` using relational operator `>`, returning mutated state. | def process_pipeline_v144(state_flag, value_a):
state_result = 0
if state_flag > 56:
state_result = (state_flag + 11) * 4
else:
state_result = value_a - 11
return state_result | assert process_pipeline_v144(61, 10) == 288
assert process_pipeline_v144(51, 20) == 9 |
py_logic_00000145 | Write a Python function `process_pipeline_v145` that evaluates `state_flag` against boundary `59` using relational operator `>`, returning mutated state. | def process_pipeline_v145(state_flag, value_a):
state_result = 0
if state_flag > 59:
state_result = (state_flag + 16) * 4
else:
state_result = value_a - 16
return state_result | assert process_pipeline_v145(64, 10) == 320
assert process_pipeline_v145(54, 20) == 4 |
py_logic_00000146 | Write a Python function `process_pipeline_v146` that evaluates `state_flag` against boundary `59` using relational operator `>`, returning mutated state. | def process_pipeline_v146(state_flag, value_a):
state_result = 0
if state_flag > 59:
state_result = (state_flag + 20) * 5
else:
state_result = value_a - 20
return state_result | assert process_pipeline_v146(64, 10) == 420
assert process_pipeline_v146(54, 20) == 0 |
py_logic_00000147 | Write a Python function `process_pipeline_v147` that evaluates `state_flag` against boundary `55` using relational operator `>`, returning mutated state. | def process_pipeline_v147(state_flag, value_a):
state_result = 0
if state_flag > 55:
state_result = (state_flag + 24) * 5
else:
state_result = value_a - 24
return state_result | assert process_pipeline_v147(60, 10) == 420
assert process_pipeline_v147(50, 20) == -4 |
py_logic_00000148 | Write a Python function `process_pipeline_v148` that evaluates `state_flag` against boundary `48` using relational operator `>`, returning mutated state. | def process_pipeline_v148(state_flag, value_a):
state_result = 0
if state_flag > 48:
state_result = (state_flag + 25) * 5
else:
state_result = value_a - 25
return state_result | assert process_pipeline_v148(53, 10) == 390
assert process_pipeline_v148(43, 20) == -5 |
py_logic_00000149 | Write a Python function `process_pipeline_v149` that evaluates `state_flag` against boundary `38` using relational operator `>`, returning mutated state. | def process_pipeline_v149(state_flag, state_flag):
state_result = 0
if state_flag > 38:
state_result = (state_flag + 25) * 5
else:
state_result = state_flag - 25
return state_result | assert process_pipeline_v149(43, 10) == 340
assert process_pipeline_v149(33, 20) == -5 |
py_logic_00000150 | Write a Python function `process_pipeline_v150` that evaluates `state_flag` against boundary `26` using relational operator `>`, returning mutated state. | def process_pipeline_v150(state_flag, state_flag):
state_result = 0
if state_flag > 26:
state_result = (state_flag + 24) * 5
else:
state_result = state_flag - 24
return state_result | assert process_pipeline_v150(31, 10) == 275
assert process_pipeline_v150(21, 20) == -4 |
py_logic_00000151 | Write a Python function `process_pipeline_v151` that evaluates `state_flag` against boundary `13` using relational operator `>`, returning mutated state. | def process_pipeline_v151(state_flag, state_flag):
state_result = 0
if state_flag > 13:
state_result = (state_flag + 21) * 5
else:
state_result = state_flag - 21
return state_result | assert process_pipeline_v151(18, 10) == 195
assert process_pipeline_v151(8, 20) == -1 |
py_logic_00000152 | Write a Python function `process_pipeline_v152` that evaluates `value_b` against boundary `19` using relational operator `>`, returning mutated state. | def process_pipeline_v152(value_b, state_flag):
state_result = 0
if value_b > 19:
state_result = (value_b + 16) * 5
else:
state_result = state_flag - 16
return state_result | assert process_pipeline_v152(24, 10) == 200
assert process_pipeline_v152(14, 20) == 4 |
py_logic_00000153 | Write a Python function `process_pipeline_v153` that evaluates `value_b` against boundary `32` using relational operator `>`, returning mutated state. | def process_pipeline_v153(value_b, state_flag):
state_result = 0
if value_b > 32:
state_result = (value_b + 11) * 5
else:
state_result = state_flag - 11
return state_result | assert process_pipeline_v153(37, 10) == 240
assert process_pipeline_v153(27, 20) == 9 |
py_logic_00000154 | Write a Python function `process_pipeline_v154` that evaluates `value_b` against boundary `43` using relational operator `>`, returning mutated state. | def process_pipeline_v154(value_b, state_flag):
state_result = 0
if value_b > 43:
state_result = (value_b + 5) * 5
else:
state_result = state_flag - 5
return state_result | assert process_pipeline_v154(48, 10) == 265
assert process_pipeline_v154(38, 20) == 15 |
py_logic_00000155 | Write a Python function `process_pipeline_v155` that evaluates `value_a` against boundary `52` using relational operator `>`, returning mutated state. | def process_pipeline_v155(value_a, state_flag):
state_result = 0
if value_a > 52:
state_result = (value_a + 2) * 5
else:
state_result = state_flag - 2
return state_result | assert process_pipeline_v155(57, 10) == 295
assert process_pipeline_v155(47, 20) == 18 |
py_logic_00000156 | Write a Python function `process_pipeline_v156` that evaluates `value_a` against boundary `57` using relational operator `>`, returning mutated state. | def process_pipeline_v156(value_a, state_flag):
state_result = 0
if value_a > 57:
state_result = (value_a + 8) * 5
else:
state_result = state_flag - 8
return state_result | assert process_pipeline_v156(62, 10) == 350
assert process_pipeline_v156(52, 20) == 12 |
py_logic_00000157 | Write a Python function `process_pipeline_v157` that evaluates `value_a` against boundary `59` using relational operator `>`, returning mutated state. | def process_pipeline_v157(value_a, state_flag):
state_result = 0
if value_a > 59:
state_result = (value_a + 14) * 4
else:
state_result = state_flag - 14
return state_result | assert process_pipeline_v157(64, 10) == 312
assert process_pipeline_v157(54, 20) == 6 |
py_logic_00000158 | Write a Python function `process_pipeline_v158` that evaluates `value_a` against boundary `58` using relational operator `>`, returning mutated state. | def process_pipeline_v158(value_a, state_flag):
state_result = 0
if value_a > 58:
state_result = (value_a + 19) * 4
else:
state_result = state_flag - 19
return state_result | assert process_pipeline_v158(63, 10) == 328
assert process_pipeline_v158(53, 20) == 1 |
py_logic_00000159 | Write a Python function `process_pipeline_v159` that evaluates `value_a` against boundary `53` using relational operator `>`, returning mutated state. | def process_pipeline_v159(value_a, state_flag):
state_result = 0
if value_a > 53:
state_result = (value_a + 23) * 4
else:
state_result = state_flag - 23
return state_result | assert process_pipeline_v159(58, 10) == 324
assert process_pipeline_v159(48, 20) == -3 |
py_logic_00000160 | Write a Python function `process_pipeline_v160` that evaluates `value_a` against boundary `45` using relational operator `>`, returning mutated state. | def process_pipeline_v160(value_a, state_flag):
state_result = 0
if value_a > 45:
state_result = (value_a + 25) * 3
else:
state_result = state_flag - 25
return state_result | assert process_pipeline_v160(50, 10) == 225
assert process_pipeline_v160(40, 20) == -5 |
py_logic_00000161 | Write a Python function `process_pipeline_v161` that evaluates `value_a` against boundary `34` using relational operator `>`, returning mutated state. | def process_pipeline_v161(value_a, state_flag):
state_result = 0
if value_a > 34:
state_result = (value_a + 25) * 3
else:
state_result = state_flag - 25
return state_result | assert process_pipeline_v161(39, 10) == 192
assert process_pipeline_v161(29, 20) == -5 |
py_logic_00000162 | Write a Python function `process_pipeline_v162` that evaluates `value_a` against boundary `21` using relational operator `>`, returning mutated state. | def process_pipeline_v162(value_a, state_flag):
state_result = 0
if value_a > 21:
state_result = (value_a + 25) * 2
else:
state_result = state_flag - 25
return state_result | assert process_pipeline_v162(26, 10) == 102
assert process_pipeline_v162(16, 20) == -5 |
py_logic_00000163 | Write a Python function `process_pipeline_v163` that evaluates `value_a` against boundary `11` using relational operator `>`, returning mutated state. | def process_pipeline_v163(value_a, value_b):
state_result = 0
if value_a > 11:
state_result = (value_a + 22) * 2
else:
state_result = value_b - 22
return state_result | assert process_pipeline_v163(16, 10) == 76
assert process_pipeline_v163(6, 20) == -2 |
py_logic_00000164 | Write a Python function `process_pipeline_v164` that evaluates `value_a` against boundary `24` using relational operator `>`, returning mutated state. | def process_pipeline_v164(value_a, value_a):
state_result = 0
if value_a > 24:
state_result = (value_a + 18) * 2
else:
state_result = value_a - 18
return state_result | assert process_pipeline_v164(29, 10) == 94
assert process_pipeline_v164(19, 20) == 2 |
py_logic_00000165 | Write a Python function `process_pipeline_v165` that evaluates `value_a` against boundary `36` using relational operator `>`, returning mutated state. | def process_pipeline_v165(value_a, value_a):
state_result = 0
if value_a > 36:
state_result = (value_a + 13) * 3
else:
state_result = value_a - 13
return state_result | assert process_pipeline_v165(41, 10) == 162
assert process_pipeline_v165(31, 20) == 7 |
py_logic_00000166 | Write a Python function `process_pipeline_v166` that evaluates `value_a` against boundary `47` using relational operator `>`, returning mutated state. | def process_pipeline_v166(value_a, value_b):
state_result = 0
if value_a > 47:
state_result = (value_a + 7) * 3
else:
state_result = value_b - 7
return state_result | assert process_pipeline_v166(52, 10) == 177
assert process_pipeline_v166(42, 20) == 13 |
py_logic_00000167 | Write a Python function `process_pipeline_v167` that evaluates `value_a` against boundary `54` using relational operator `>`, returning mutated state. | def process_pipeline_v167(value_a, value_b):
state_result = 0
if value_a > 54:
state_result = (value_a + 1) * 4
else:
state_result = value_b - 1
return state_result | assert process_pipeline_v167(59, 10) == 240
assert process_pipeline_v167(49, 20) == 19 |
py_logic_00000168 | Write a Python function `process_pipeline_v168` that evaluates `value_a` against boundary `59` using relational operator `>`, returning mutated state. | def process_pipeline_v168(value_a, state_flag):
state_result = 0
if value_a > 59:
state_result = (value_a + 6) * 4
else:
state_result = state_flag - 6
return state_result | assert process_pipeline_v168(64, 10) == 280
assert process_pipeline_v168(54, 20) == 14 |
py_logic_00000169 | Write a Python function `process_pipeline_v169` that evaluates `value_a` against boundary `59` using relational operator `>`, returning mutated state. | def process_pipeline_v169(value_a, state_flag):
state_result = 0
if value_a > 59:
state_result = (value_a + 12) * 4
else:
state_result = state_flag - 12
return state_result | assert process_pipeline_v169(64, 10) == 304
assert process_pipeline_v169(54, 20) == 8 |
py_logic_00000170 | Write a Python function `process_pipeline_v170` that evaluates `value_a` against boundary `57` using relational operator `>`, returning mutated state. | def process_pipeline_v170(value_a, state_flag):
state_result = 0
if value_a > 57:
state_result = (value_a + 17) * 5
else:
state_result = state_flag - 17
return state_result | assert process_pipeline_v170(62, 10) == 395
assert process_pipeline_v170(52, 20) == 3 |
py_logic_00000171 | Write a Python function `process_pipeline_v171` that evaluates `value_a` against boundary `50` using relational operator `>`, returning mutated state. | def process_pipeline_v171(value_a, state_flag):
state_result = 0
if value_a > 50:
state_result = (value_a + 21) * 5
else:
state_result = state_flag - 21
return state_result | assert process_pipeline_v171(55, 10) == 380
assert process_pipeline_v171(45, 20) == -1 |
py_logic_00000172 | Write a Python function `process_pipeline_v172` that evaluates `value_a` against boundary `41` using relational operator `>`, returning mutated state. | def process_pipeline_v172(value_a, state_flag):
state_result = 0
if value_a > 41:
state_result = (value_a + 24) * 5
else:
state_result = state_flag - 24
return state_result | assert process_pipeline_v172(46, 10) == 350
assert process_pipeline_v172(36, 20) == -4 |
py_logic_00000173 | Write a Python function `process_pipeline_v173` that evaluates `value_a` against boundary `30` using relational operator `>`, returning mutated state. | def process_pipeline_v173(value_a, state_flag):
state_result = 0
if value_a > 30:
state_result = (value_a + 25) * 5
else:
state_result = state_flag - 25
return state_result | assert process_pipeline_v173(35, 10) == 300
assert process_pipeline_v173(25, 20) == -5 |
py_logic_00000174 | Write a Python function `process_pipeline_v174` that evaluates `value_a` against boundary `17` using relational operator `>`, returning mutated state. | def process_pipeline_v174(value_a, state_flag):
state_result = 0
if value_a > 17:
state_result = (value_a + 25) * 5
else:
state_result = state_flag - 25
return state_result | assert process_pipeline_v174(22, 10) == 235
assert process_pipeline_v174(12, 20) == -5 |
py_logic_00000175 | Write a Python function `process_pipeline_v175` that evaluates `value_a` against boundary `16` using relational operator `>`, returning mutated state. | def process_pipeline_v175(value_a, state_flag):
state_result = 0
if value_a > 16:
state_result = (value_a + 23) * 5
else:
state_result = state_flag - 23
return state_result | assert process_pipeline_v175(21, 10) == 220
assert process_pipeline_v175(11, 20) == -3 |
py_logic_00000176 | Write a Python function `process_pipeline_v176` that evaluates `value_a` against boundary `29` using relational operator `>`, returning mutated state. | def process_pipeline_v176(value_a, state_flag):
state_result = 0
if value_a > 29:
state_result = (value_a + 20) * 5
else:
state_result = state_flag - 20
return state_result | assert process_pipeline_v176(34, 10) == 270
assert process_pipeline_v176(24, 20) == 0 |
py_logic_00000177 | Write a Python function `process_pipeline_v177` that evaluates `value_a` against boundary `40` using relational operator `>`, returning mutated state. | def process_pipeline_v177(value_a, state_flag):
state_result = 0
if value_a > 40:
state_result = (value_a + 15) * 5
else:
state_result = state_flag - 15
return state_result | assert process_pipeline_v177(45, 10) == 300
assert process_pipeline_v177(35, 20) == 5 |
py_logic_00000178 | Write a Python function `process_pipeline_v178` that evaluates `value_b` against boundary `50` using relational operator `>`, returning mutated state. | def process_pipeline_v178(value_b, state_flag):
state_result = 0
if value_b > 50:
state_result = (value_b + 10) * 5
else:
state_result = state_flag - 10
return state_result | assert process_pipeline_v178(55, 10) == 325
assert process_pipeline_v178(45, 20) == 10 |
py_logic_00000179 | Write a Python function `process_pipeline_v179` that evaluates `value_b` against boundary `56` using relational operator `>`, returning mutated state. | def process_pipeline_v179(value_b, state_flag):
state_result = 0
if value_b > 56:
state_result = (value_b + 4) * 5
else:
state_result = state_flag - 4
return state_result | assert process_pipeline_v179(61, 10) == 325
assert process_pipeline_v179(51, 20) == 16 |
py_logic_00000180 | Write a Python function `process_pipeline_v180` that evaluates `state_flag` against boundary `59` using relational operator `>`, returning mutated state. | def process_pipeline_v180(state_flag, state_flag):
state_result = 0
if state_flag > 59:
state_result = (state_flag + 4) * 4
else:
state_result = state_flag - 4
return state_result | assert process_pipeline_v180(64, 10) == 272
assert process_pipeline_v180(54, 20) == 16 |
py_logic_00000181 | Write a Python function `process_pipeline_v181` that evaluates `state_flag` against boundary `59` using relational operator `>`, returning mutated state. | def process_pipeline_v181(state_flag, state_flag):
state_result = 0
if state_flag > 59:
state_result = (state_flag + 10) * 4
else:
state_result = state_flag - 10
return state_result | assert process_pipeline_v181(64, 10) == 296
assert process_pipeline_v181(54, 20) == 10 |
py_logic_00000182 | Write a Python function `process_pipeline_v182` that evaluates `state_flag` against boundary `55` using relational operator `>`, returning mutated state. | def process_pipeline_v182(state_flag, state_flag):
state_result = 0
if state_flag > 55:
state_result = (state_flag + 15) * 4
else:
state_result = state_flag - 15
return state_result | assert process_pipeline_v182(60, 10) == 300
assert process_pipeline_v182(50, 20) == 5 |
py_logic_00000183 | Write a Python function `process_pipeline_v183` that evaluates `state_flag` against boundary `47` using relational operator `>`, returning mutated state. | def process_pipeline_v183(state_flag, state_flag):
state_result = 0
if state_flag > 47:
state_result = (state_flag + 20) * 3
else:
state_result = state_flag - 20
return state_result | assert process_pipeline_v183(52, 10) == 216
assert process_pipeline_v183(42, 20) == 0 |
py_logic_00000184 | Write a Python function `process_pipeline_v184` that evaluates `state_flag` against boundary `37` using relational operator `>`, returning mutated state. | def process_pipeline_v184(state_flag, state_flag):
state_result = 0
if state_flag > 37:
state_result = (state_flag + 23) * 3
else:
state_result = state_flag - 23
return state_result | assert process_pipeline_v184(42, 10) == 195
assert process_pipeline_v184(32, 20) == -3 |
py_logic_00000185 | Write a Python function `process_pipeline_v185` that evaluates `state_flag` against boundary `25` using relational operator `>`, returning mutated state. | def process_pipeline_v185(state_flag, state_flag):
state_result = 0
if state_flag > 25:
state_result = (state_flag + 25) * 2
else:
state_result = state_flag - 25
return state_result | assert process_pipeline_v185(30, 10) == 110
assert process_pipeline_v185(20, 20) == -5 |
py_logic_00000186 | Write a Python function `process_pipeline_v186` that evaluates `value_b` against boundary `12` using relational operator `>`, returning mutated state. | def process_pipeline_v186(value_b, state_flag):
state_result = 0
if value_b > 12:
state_result = (value_b + 25) * 2
else:
state_result = state_flag - 25
return state_result | assert process_pipeline_v186(17, 10) == 84
assert process_pipeline_v186(7, 20) == -5 |
py_logic_00000187 | Write a Python function `process_pipeline_v187` that evaluates `value_b` against boundary `21` using relational operator `>`, returning mutated state. | def process_pipeline_v187(value_b, state_flag):
state_result = 0
if value_b > 21:
state_result = (value_b + 24) * 2
else:
state_result = state_flag - 24
return state_result | assert process_pipeline_v187(26, 10) == 100
assert process_pipeline_v187(16, 20) == -4 |
py_logic_00000188 | Write a Python function `process_pipeline_v188` that evaluates `value_b` against boundary `33` using relational operator `>`, returning mutated state. | def process_pipeline_v188(value_b, state_flag):
state_result = 0
if value_b > 33:
state_result = (value_b + 21) * 2
else:
state_result = state_flag - 21
return state_result | assert process_pipeline_v188(38, 10) == 118
assert process_pipeline_v188(28, 20) == -1 |
py_logic_00000189 | Write a Python function `process_pipeline_v189` that evaluates `value_a` against boundary `44` using relational operator `>`, returning mutated state. | def process_pipeline_v189(value_a, state_flag):
state_result = 0
if value_a > 44:
state_result = (value_a + 17) * 3
else:
state_result = state_flag - 17
return state_result | assert process_pipeline_v189(49, 10) == 198
assert process_pipeline_v189(39, 20) == 3 |
py_logic_00000190 | Write a Python function `process_pipeline_v190` that evaluates `value_a` against boundary `52` using relational operator `>`, returning mutated state. | def process_pipeline_v190(value_a, state_flag):
state_result = 0
if value_a > 52:
state_result = (value_a + 12) * 3
else:
state_result = state_flag - 12
return state_result | assert process_pipeline_v190(57, 10) == 207
assert process_pipeline_v190(47, 20) == 8 |
py_logic_00000191 | Write a Python function `process_pipeline_v191` that evaluates `value_a` against boundary `58` using relational operator `>`, returning mutated state. | def process_pipeline_v191(value_a, state_flag):
state_result = 0
if value_a > 58:
state_result = (value_a + 6) * 4
else:
state_result = state_flag - 6
return state_result | assert process_pipeline_v191(63, 10) == 276
assert process_pipeline_v191(53, 20) == 14 |
py_logic_00000192 | Write a Python function `process_pipeline_v192` that evaluates `value_a` against boundary `59` using relational operator `>`, returning mutated state. | def process_pipeline_v192(value_a, value_b):
state_result = 0
if value_a > 59:
state_result = (value_a + 1) * 4
else:
state_result = value_b - 1
return state_result | assert process_pipeline_v192(64, 10) == 260
assert process_pipeline_v192(54, 20) == 19 |
py_logic_00000193 | Write a Python function `process_pipeline_v193` that evaluates `value_b` against boundary `58` using relational operator `>`, returning mutated state. | def process_pipeline_v193(value_b, value_b):
state_result = 0
if value_b > 58:
state_result = (value_b + 8) * 5
else:
state_result = value_b - 8
return state_result | assert process_pipeline_v193(63, 10) == 355
assert process_pipeline_v193(53, 20) == 12 |
py_logic_00000194 | Write a Python function `process_pipeline_v194` that evaluates `value_b` against boundary `52` using relational operator `>`, returning mutated state. | def process_pipeline_v194(value_b, value_b):
state_result = 0
if value_b > 52:
state_result = (value_b + 13) * 5
else:
state_result = value_b - 13
return state_result | assert process_pipeline_v194(57, 10) == 350
assert process_pipeline_v194(47, 20) == 7 |
py_logic_00000195 | Write a Python function `process_pipeline_v195` that evaluates `state_flag` against boundary `44` using relational operator `>`, returning mutated state. | def process_pipeline_v195(state_flag, value_a):
state_result = 0
if state_flag > 44:
state_result = (state_flag + 18) * 5
else:
state_result = value_a - 18
return state_result | assert process_pipeline_v195(49, 10) == 335
assert process_pipeline_v195(39, 20) == 2 |
py_logic_00000196 | Write a Python function `process_pipeline_v196` that evaluates `state_flag` against boundary `33` using relational operator `>`, returning mutated state. | def process_pipeline_v196(state_flag, value_a):
state_result = 0
if state_flag > 33:
state_result = (state_flag + 22) * 5
else:
state_result = value_a - 22
return state_result | assert process_pipeline_v196(38, 10) == 300
assert process_pipeline_v196(28, 20) == -2 |
py_logic_00000197 | Write a Python function `process_pipeline_v197` that evaluates `state_flag` against boundary `20` using relational operator `>`, returning mutated state. | def process_pipeline_v197(state_flag, value_a):
state_result = 0
if state_flag > 20:
state_result = (state_flag + 25) * 5
else:
state_result = value_a - 25
return state_result | assert process_pipeline_v197(25, 10) == 250
assert process_pipeline_v197(15, 20) == -5 |
py_logic_00000198 | Write a Python function `process_pipeline_v198` that evaluates `state_flag` against boundary `12` using relational operator `>`, returning mutated state. | def process_pipeline_v198(state_flag, value_a):
state_result = 0
if state_flag > 12:
state_result = (state_flag + 25) * 5
else:
state_result = value_a - 25
return state_result | assert process_pipeline_v198(17, 10) == 210
assert process_pipeline_v198(7, 20) == -5 |
py_logic_00000199 | Write a Python function `process_pipeline_v199` that evaluates `state_flag` against boundary `25` using relational operator `>`, returning mutated state. | def process_pipeline_v199(state_flag, value_b):
state_result = 0
if state_flag > 25:
state_result = (state_flag + 25) * 5
else:
state_result = value_b - 25
return state_result | assert process_pipeline_v199(30, 10) == 275
assert process_pipeline_v199(20, 20) == -5 |
py_logic_00000200 | Write a Python function `process_pipeline_v200` that evaluates `state_flag` against boundary `37` using relational operator `>`, returning mutated state. | def process_pipeline_v200(state_flag, value_a):
state_result = 0
if state_flag > 37:
state_result = (state_flag + 23) * 5
else:
state_result = value_a - 23
return state_result | assert process_pipeline_v200(42, 10) == 325
assert process_pipeline_v200(32, 20) == -3 |
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