def test_addParameter_getTotalParameterCount(self):
task = capi.createTask()
model = capi.createModel()
capi.setRootModel(task, model)
self.assertEqual(0, capi.getTotalParameterCount(task))
capi.addParameter(model, 2)
self.assertEqual(1, capi.getTotalParameterCount(task))
capi.addParameter(model, 4, order=3)
self.assertEqual(2, capi.getTotalParameterCount(task))
capi.addParameter(model, 3, order=2, valueWeights=(5, 1, 1))
self.assertEqual(3, capi.getTotalParameterCount(task))
capi.deleteTask(task)
capi.deleteModel(model)
def test_usecase_simple(self):
task = capi.createTask()
model = capi.createModel()
capi.setRootModel(task, model)
p1 = capi.addParameter(model, 2, 2, (1, 1)) # axis-X
p2 = capi.addParameter(model, 3, 2, (2, 1, 1)) # axis-Y
paramCount = capi.getTotalParameterCount(task)
self.assertEqual(2, paramCount)
capi.addExclusion(task, ((p1, 0), (p2, 2)))
capi.addExclusion(task, ((p1, 1), (p2, 0)))
capi.addSeed(task, ((p1, 0), (p2, 0)))
capi.generate(task)
capi.resetResultFetching(task)
row = capi.allocateResultBuffer(task)
self.assertNotEqual(0, row)
fullRows = ['0,0', '0,1', '0,2', '1,0', '1,1', '1,2']
excludedRows = ['0,2', '1,0']
expectedRows = set(fullRows) - set(excludedRows)
actualRows = []
rowsRemaining = len(expectedRows)
while True:
self.assertEqual(rowsRemaining, capi.getNextResultRow(task, row))
if rowsRemaining == 0:
break
actualRows.append(','.join([str(x) for x in row]))
rowsRemaining -= 1
self.assertEqual(sorted(expectedRows), sorted(actualRows))
capi.freeResultBuffer(row)
capi.deleteTask(task)
capi.deleteModel(model)
def __init__(self, seed: Optional[int] = None):
self.handle = capi.createTask()
self._model = _Model(seed)
capi.setRootModel(self.handle, self._model.handle)
from pypict import capi
task = capi.createTask()
print('Task handle:', task)
model = capi.createModel()
print('Model handle:', model)
capi.setRootModel(task, model)
p1 = capi.addParameter(model, 2, 2, (1, 1))
print('Param 1 handle:', p1)
p2 = capi.addParameter(model, 3, 2, (2, 1, 1))
print('Param 2 handle:', p2)
print('Parameter count:', capi.getTotalParameterCount(task))
print('Exclude [0, 2]')
capi.addExclusion(task, ((p1, 0), (p2, 2)))
print('Exclude [1, 0]')
capi.addExclusion(task, ((p1, 1), (p2, 0)))
capi.addSeed(task, ((p1, 0), (p2, 0)))
capi.generate(task)
capi.resetResultFetching(task)
row = capi.allocateResultBuffer(task)
print('Result Buffer:', row)
while True:
remaining_rows = capi.getNextResultRow(task, row)
if remaining_rows == 0:
break
print('Result Row:', list(row))
def __init__(self, seed=None, order=2):
self.handle = capi.createTask()
# self._model = _Model(seed)
self._model = _Model(seed, order)
capi.setRootModel(self.handle, self._model.handle)
def test_createTask_deleteTask(self):
task = capi.createTask()
self.assertNotEqual(0, task)
capi.deleteTask(task)
def test_setRootModel(self):
task = capi.createTask()
model = capi.createModel()
capi.setRootModel(task, model)
capi.deleteTask(task)
capi.deleteModel(model)