def add_basic_gfunc(root, types, kernel_roots = None):
if kernel_roots is None:
kernel_roots = [root]
global __all__
f = gfunc.elwise(root)
globals()[root] = f
__all__.append(root)
for r in kernel_roots:
for t in types:
name = r + '_' + t
f.add_kernel(elwise_kernels.__dict__[name])
add_basic_gfunc('add', types)
add_basic_gfunc('subtract', types)
add_basic_gfunc('multiply', types)
add_basic_gfunc('divide', types)
#add_basic_gfunc('maximum', types, ['maximum2', 'maximum3'])
#add_basic_gfunc('minimum', types, ['minimum2', 'minimum3'])
add_basic_gfunc('maximum', types, ['maximum2'])
add_basic_gfunc('minimum', types, ['minimum2'])
add_basic_gfunc('square', types)
add_basic_gfunc('abs', types)
add_basic_gfunc('floor', types)
add_basic_gfunc('ceil', types)
if sys.platform == 'win32':
fmod = gfunc.elwise('fmod')
fmod.add_kernel(elwise_kernels.fmod)
pow = gfunc.elwise('pow')
pow.add_kernel(elwise_kernels.pow)
sqrt = gfunc.elwise('sqrt')
sqrt.add_kernel(elwise_kernels.sqrt)
exp = gfunc.elwise('exp')
exp.add_kernel(elwise_kernels.exp)
log = gfunc.elwise('log')
log.add_kernel(elwise_kernels.log)
log10 = gfunc.elwise('log10')
