def __init__(self, coefficients):
"""
coefficients - sequence of \f$(A, b, E)\f$ triplets.
"""
cc = asarray(coefficients,'d')
n, m = cc.shape
if m <> 3:
raise CanteraError('Three Arrhenius parameters (A, b, E) required.')
Func1.__init__(self, 3, n, ravel(cc))
def __init__(self, coefficients):
"""
coefficients - sequence of \f$(A, b, E)\f$ triplets.
"""
cc = asarray(coefficients,'d')
n, m = cc.shape
if m <> 3:
raise CanteraError('Three Arrhenius parameters (A, b, E) required.')
Func1.__init__(self, 3, n, ravel(cc))
def __init__(self, coefficients):
"""
:param coefficients:
sequence of (*A*, *b*, *E*) triplets.
"""
cc = asarray(coefficients, "d")
n, m = cc.shape
if m <> 3:
raise CanteraError("Three Arrhenius parameters (A, b, E) required.")
Func1.__init__(self, 3, n, ravel(cc))
def __init__(self, omega, coefficients):
"""
omega - fundamental frequency [radians/sec].
coefficients - List of (a,b) pairs, beginning with \f$n = 0\f$.
"""
cc = asarray(coefficients, 'd')
n, m = cc.shape
if m <> 2:
raise CanteraError('provide (a, b) for each term')
cc[0, 1] = omega
Func1.__init__(self, 1, n - 1, ravel(transpose(cc)))
def __init__(self, omega, coefficients):
"""
omega - fundamental frequency [radians/sec].
coefficients - List of (a,b) pairs, beginning with \f$n = 0\f$.
"""
cc = asarray(coefficients,'d')
n, m = cc.shape
if m <> 2:
raise CanteraError('provide (a, b) for each term')
cc[0,1] = omega
Func1.__init__(self, 1, n-1, ravel(transpose(cc)))
def __init__(self, omega, coefficients):
"""
:param omega:
fundamental frequency [radians/sec].
:param coefficients:
List of (a,b) pairs, beginning with n = 0.
"""
cc = asarray(coefficients, "d")
n, m = cc.shape
if m <> 2:
raise CanteraError("provide (a, b) for each term")
cc[0, 1] = omega
Func1.__init__(self, 1, n - 1, ravel(transpose(cc)))
