def init(self):
for v in gen_views(4,16,4,min_ndim=2):
a = {}
self.axis1 = 0
self.axis2 = 1
self.offset = 0
exec(v)
yield (a,v)
for offset in xrange(1, a[0].shape[0]):
self.offset = offset
exec(v)
yield (a,v)
for axis1 in xrange(a[0].ndim):
for axis2 in xrange(a[0].ndim):
if axis1 == axis2:
continue
for offset in xrange(1, a[0].shape[axis1]):
exec(v)
self.offset = offset
self.axis1 = axis1
self.axis2 = axis2
yield (a,v)
def init(self):
for v in gen_views(4,16,6,min_ndim=2):
a = {}
exec(v)
for offset in xrange(-a[0].shape[0], a[0].shape[0]+1):
exec(v)
self.offset = offset
yield (a,v)
def init(self):
for v in gen_views(4, 16, 6, min_ndim=2):
a = {}
exec(v)
for offset in xrange(-a[0].shape[0], a[0].shape[0] + 1):
exec(v)
self.offset = offset
yield (a, v)
def init(self):
for v in gen_views(4,8,6,min_ndim=1):
a = {}
self.axis = 0
exec(v)
yield (a,v)
for axis in range(1,a[0].ndim):
exec(v)
self.axis = axis
yield (a,v)
def init(self):
for v in gen_views(1, 100, 10):
a = {}
v += "a[0] = a[0][:, np.newaxis];"
exec(v)
for l in range(len(a[0]) - 1):
self.l = l
v2 = v + "a[1] = self.array([100], np.%s);" % (a[0].dtype)
exec(v2)
yield (a, v2)
def init(self):
for v in gen_views(1,100,10):
a = {}
v += "a[0] = a[0][:, np.newaxis];"
exec(v)
for l in range(len(a[0])-1):
self.l = l
v2 = v + "a[1] = self.array([100], np.%s);"%(a[0].dtype)
exec(v2)
yield (a,v2)
def init(self):
for v in gen_views(4, 10, 6, dtype="np.bool"):
a = {}
self.axis = 0
exec(v)
yield (a, v)
for axis in range(1, a[0].ndim):
exec(v)
self.axis = axis
yield (a, v)
for axis in range(1, a[0].ndim):
exec(v)
self.axis = -axis
yield (a, v)
def init(self):
for v in gen_views(4,10,6,dtype="np.bool"):
a = {}
self.axis = 0
exec(v)
yield (a,v)
for axis in range(1,a[0].ndim):
exec(v)
self.axis = axis
yield (a,v)
for axis in range(1,a[0].ndim):
exec(v)
self.axis = -axis
yield (a,v)
def init(self):
for v in gen_views(4, 16, 6, min_ndim=2, dtype="np.uint32"):
a = {}
self.axis1 = 0
self.axis2 = 1
exec(v)
yield (a, v)
for axis1 in xrange(a[0].ndim):
for axis2 in xrange(a[0].ndim):
if axis1 == axis2:
continue
exec(v)
self.axis1 = axis1
self.axis2 = axis2
yield (a, v)
def init(self):
print("numpy.bitwise_and.reduce is broken, testing it makes no sense.")
raise StopIteration()
for v in gen_views(4,10,6, dtype="np.uint32"):
a = {}
self.axis = 0
exec(v)
yield (a,v)
for axis in range(1,a[0].ndim):
exec(v)
self.axis = axis
yield (a,v)
for axis in range(1,a[0].ndim):
exec(v)
self.axis = -axis
yield (a,v)
def init(self):
for v in gen_views(4,16,6,min_ndim=2):
a = {}
self.axis1 = 0
self.axis2 = 1
exec(v)
yield (a,v)
for axis1 in xrange(a[0].ndim):
for axis2 in xrange(a[0].ndim):
if axis1 == axis2:
continue
exec(v)
self.axis1 = axis1
self.axis2 = axis2
yield (a,v)
def init(self):
for v in gen_views(4,8,4,min_ndim=2,dtype="np.uint32"):
a = {}
exec(v)
self.axis1 = 0
self.axis2 = 1
self.offset = 0
for offset in xrange(-a[0].shape[0], a[0].shape[0]+1):
self.offset = offset
exec(v)
yield (a,v)
for offset in xrange(-a[0].shape[0], a[0].shape[0]+1):
for axis1 in xrange(a[0].ndim):
for axis2 in xrange(a[0].ndim):
if axis1 == axis2:
continue
exec(v)
self.offset = offset
self.axis1 = axis1
self.axis2 = axis2
yield (a,v)
def init(self):
for v in gen_views(4, 8, 4, min_ndim=2, dtype="np.uint32"):
a = {}
exec(v)
self.axis1 = 0
self.axis2 = 1
self.offset = 0
for offset in xrange(-a[0].shape[0], a[0].shape[0] + 1):
self.offset = offset
exec(v)
yield (a, v)
for offset in xrange(-a[0].shape[0], a[0].shape[0] + 1):
for axis1 in xrange(a[0].ndim):
for axis2 in xrange(a[0].ndim):
if axis1 == axis2:
continue
exec(v)
self.offset = offset
self.axis1 = axis1
self.axis2 = axis2
yield (a, v)
def init(self):
for v in gen_views(4, 16, 4, min_ndim=2):
a = {}
self.axis1 = 0
self.axis2 = 1
self.offset = 0
exec(v)
yield (a, v)
for offset in xrange(1, a[0].shape[0]):
self.offset = offset
exec(v)
yield (a, v)
for axis1 in xrange(a[0].ndim):
for axis2 in xrange(a[0].ndim):
if axis1 == axis2:
continue
for offset in xrange(1, a[0].shape[axis1]):
exec(v)
self.offset = offset
self.axis1 = axis1
self.axis2 = axis2
yield (a, v)
def init(self):
for v in gen_views(3,64,6):
a = {}
exec(v)
yield (a,v)
def init(self):
for v in gen_views(4,16,6,min_ndim=2):
a = {}
exec(v)
yield (a,v)
def init(self):
for v in gen_views(7,8,4):
a = {}
exec(v)
yield (a,v)
def init(self):
for v in gen_views(4, 10, 6):
a = {}
self.axis = 0
exec(v)
yield (a, v)
def init(self):
for v in gen_views(4,10,6):
a = {}
self.axis = 0
exec(v)
yield (a,v)
def init(self):
for v in gen_views(1, 2):
a = {}
exec(v)
yield (a, v)
def init(self):
for v in gen_views(4, 32, 6, min_ndim=2):
a = {}
exec(v)
yield (a, v)
def init(self):
for v in gen_views(4, 32, 6, min_ndim=2, dtype="np.uint32"):
a = {}
exec(v)
yield (a, v)
def init(self):
for v in gen_views(4,32,6,min_ndim=2,dtype="np.uint32"):
a = {}
exec(v)
yield (a,v)
def init(self):
for v in gen_views(3, 64, 6):
a = {}
exec(v)
yield (a, v)
