def test_p4_func():
from groupy.gfunc.p4func_array import P4FuncArray
import groupy.garray.C4_array as c4a
v = np.random.randn(2, 6, 4, 5, 5)
f = P4FuncArray(v=v)
g = c4a.rand(size=(1, ))
h = c4a.rand(size=(1, ))
check_associative(g, h, f)
check_identity(c4a, f)
check_invertible(g, f)
check_i2g_g2i_invertible(f)
def test_p4_func():
from groupy.gfunc.p4func_array import P4FuncArray
import groupy.garray.C4_array as c4a
v = np.random.randn(2, 6, 4, 5, 5)
f = P4FuncArray(v=v)
g = c4a.rand(size=(1,))
h = c4a.rand(size=(1,))
check_associative(g, h, f)
check_identity(c4a, f)
check_invertible(g, f)
check_i2g_g2i_invertible(f)
def test_z2_func():
from groupy.gfunc.z2func_array import Z2FuncArray
import groupy.garray.C4_array as c4a
import groupy.garray.C4_array as d4a
v = np.random.randn(2, 6, 5, 5)
f = Z2FuncArray(v=v)
g = c4a.rand(size=(1, ))
h = c4a.rand(size=(1, ))
check_associative(g, h, f)
check_identity(c4a, f)
check_invertible(g, f)
check_i2g_g2i_invertible(f)
g = d4a.rand(size=(1, ))
h = d4a.rand(size=(1, ))
check_associative(g, h, f)
check_identity(d4a, f)
check_invertible(g, f)
check_i2g_g2i_invertible(f)