def __init__(self, xName, function, paramsNames, dFunc=False):
self.xName = xName
self.parameters = paramsNames
paramsNamesList = paramsNames.split(",")
self.fz = function
self.fzOriginal = function
self.checkFunction = True
# Calculate the analytical derivatives
# Return None if not available
self.dFunc = dFunc
if dFunc:
self.dFunc = getDiff(xName, function, paramsNamesList)
try:
# Then try to compile them to be reused by NumExpr
self.dFuncCompiled = map(ne.NumExpr, self.dFunc)
except TypeError:
print("Warning: one or more functions are undefined in NumExpr")
self.dFuncCompiled = None
def __init__(self, xName, function, paramsNames, params0, analyDeriv=None):
self.xName = xName
self.parameters = paramsNames
self.initialParams = params0
self.parStr = self.parameters.split(",")
self.fz = function
self.checkFunction = True
self.analyDeriv = analyDeriv
paramsNamesList = paramsNames.split(",")
# Calculate the analytical derivatives
# Return None if not available
self.analyDeriv = getDiff(xName, function, paramsNamesList)
try:
# Then try to compile them to be reused by NumExpr
self.derivsCompiled = map(ne.NumExpr, self.analyDeriv)
except TypeError:
print("Warning: one or more functions are undefined in NumExpr")
self.derivsCompiled = None
def __init__(self, xName, function, paramsNames, dFunc=False):
self.xName = xName
self.parameters = paramsNames
paramsNamesList = paramsNames.split(",")
self.fz = function
self.fzOriginal = function
self.checkFunction = True
# Calculate the analytical derivatives
# Return None if not available
self.dFunc = dFunc
if dFunc:
self.dFunc = getDiff(xName, function, paramsNamesList)
try:
# Then try to compile them to be reused by NumExpr
self.dFuncCompiled = map(ne.NumExpr, self.dFunc)
except TypeError:
print(
"Warning: one or more functions are undefined in NumExpr")
self.dFuncCompiled = None
