Example #1
0
def floor(x):
    return _make_UF_compatible_object(admath.floor(x))
Example #2
0
def hypot(x, y):
    return _make_UF_compatible_object(admath.hypot(x, y))
Example #3
0
def erfc(x):
    return _make_UF_compatible_object(admath.erfc(x))
Example #4
0
def fabs(x):
    return _make_UF_compatible_object(admath.fabs(x))
Example #5
0
def asinh(x):
    return _make_UF_compatible_object(admath.asinh(x))
Example #6
0
def csc(x):
    return _make_UF_compatible_object(admath.csc(x))
Example #7
0
def hypot(x,y):
    return _make_UF_compatible_object(admath.hypot(x,y))
Example #8
0
def sqrt(x):
    return _make_UF_compatible_object(admath.sqrt(x))
Example #9
0
def floor(x):
    return _make_UF_compatible_object(admath.floor(x))
Example #10
0
def lgamma(x):
    return _make_UF_compatible_object(admath.lgamma(x))
Example #11
0
def factorial(x):
    return _make_UF_compatible_object(admath.factorial(x))
Example #12
0
def fabs(x):
    return _make_UF_compatible_object(admath.fabs(x))
Example #13
0
def expm1(x):
    return _make_UF_compatible_object(admath.expm1(x))
Example #14
0
def log1p(x):
    return _make_UF_compatible_object(admath.log1p(x))
Example #15
0
def log(x, base):
    return _make_UF_compatible_object(admath.log(x, base))
Example #16
0
def radians(x):
    return _make_UF_compatible_object(admath.radians(x))
Example #17
0
def log1p(x):
    return _make_UF_compatible_object(admath.log1p(x))
Example #18
0
def trunc(x):
    return _make_UF_compatible_object(admath.trunc(x))
Example #19
0
def pow(x):
    return _make_UF_compatible_object(admath.pow(x))
Example #20
0
def erfc(x):
    return _make_UF_compatible_object(admath.erfc(x))
Example #21
0
def radians(x):
    return _make_UF_compatible_object(admath.radians(x))
Example #22
0
def degrees(x):
    return _make_UF_compatible_object(admath.degrees(x))
Example #23
0
def sinh(x):
    return _make_UF_compatible_object(admath.sinh(x))
Example #24
0
def expm1(x):
    return _make_UF_compatible_object(admath.expm1(x))
Example #25
0
def sqrt(x):
    return _make_UF_compatible_object(admath.sqrt(x))
Example #26
0
def factorial(x):
    return _make_UF_compatible_object(admath.factorial(x))
Example #27
0
def tan(x):
    return _make_UF_compatible_object(admath.tan(x))
Example #28
0
def lgamma(x):
    return _make_UF_compatible_object(admath.lgamma(x))
Example #29
0
def trunc(x):
    return _make_UF_compatible_object(admath.trunc(x))
Example #30
0
def log(x, base):
    return _make_UF_compatible_object(admath.log(x, base))
Example #31
0
def acsc(x):
    return _make_UF_compatible_object(admath.acsc(x))
Example #32
0
def pow(x):
    return _make_UF_compatible_object(admath.pow(x))
Example #33
0
def asin(x):
    return _make_UF_compatible_object(admath.asin(x))
Example #34
0
def sech(x):
    return _make_UF_compatible_object(admath.sech(x))
Example #35
0
def atanh(x):
    return _make_UF_compatible_object(admath.atanh(x))
Example #36
0
def tanh(x):
    return _make_UF_compatible_object(admath.tanh(x))
Example #37
0
def ceil(x):
    return _make_UF_compatible_object(admath.ceil(x))
Example #38
0
def acsch(x):
    return _make_UF_compatible_object(admath.acsch(x))
Example #39
0
def csch(x):
    return _make_UF_compatible_object(admath.csch(x))
Example #40
0
def atan(x):
    return _make_UF_compatible_object(admath.atan(x))
Example #41
0
def degrees(x):
    return _make_UF_compatible_object(admath.degrees(x))