def byTestGeometries(cls, vectors, datetimes, testGeometries,
contextGeometries, gridSize, distanceFromBaseSrf):
# generate test points from geometries
testPoints = go.generatePointsFromGeometries(testGeometries, gridSize,
distanceFromBaseSrf)
return cls(vectors, datetimes, testPoints,
testGeometries + contextGeometries)
def byTestGeometries(cls, vectors, datetimes, testGeometries,
contextGeometries, gridSize, distanceFromBaseSrf):
"""Set up the analyssis by test geometries."""
testPoints = go.generatePointsFromGeometries(testGeometries, gridSize,
distanceFromBaseSrf)
return cls(vectors, datetimes, testPoints,
testGeometries + contextGeometries)
def bySunsTestGeometries(cls, suns, testGeometries, contextGeometries,
gridSize, distanceFromBaseSrf):
# generate test points from geometries
testPoints = go.generatePointsFromGeometries(testGeometries, gridSize,
distanceFromBaseSrf)
return cls.bySunsTestPoints(suns, testPoints,
testGeometries + contextGeometries)
def bySunsTestGeometries(cls, suns, testGeometries, contextGeometries,
gridSize, distanceFromBaseSrf):
"""Set up the analyssis by sun and test geometries."""
# generate test points from geometries
testPoints = go.generatePointsFromGeometries(testGeometries, gridSize,
distanceFromBaseSrf)
return cls.bySunsTestPoints(suns, testPoints,
testGeometries + contextGeometries)
def bySunsTestGeometries(cls, suns, testGeometries, contextGeometries, gridSize, distanceFromBaseSrf):
# generate test points from geometries
testPoints = go.generatePointsFromGeometries(testGeometries, gridSize, distanceFromBaseSrf)
return cls.bySunsTestPoints(suns, testPoints, testGeometries + contextGeometries)
def byTestGeometries(cls, vectors, datetimes, testGeometries, contextGeometries, gridSize, distanceFromBaseSrf):
# generate test points from geometries
testPoints = go.generatePointsFromGeometries(testGeometries, gridSize, distanceFromBaseSrf)
return cls(vectors, datetimes, testPoints, testGeometries + contextGeometries)
