def test1():
S = loadExamplarPattens()
a = np.random.rand(100).reshape(10,10)
W = a > 0.5
C = structAwareSynthesize(S, W)
return C
P = np.array([1, 0], dtype='int32')
W, tileSpectrumMap = createInputSimple(I, V, M, P)
print 'create input done.'
print 'load examplars ..'
examplars_pattern = loadExamplarsPattern()
examplars_aabb = loadExamplarsAABB()
examplars_tz = loadExamplarsTranslateZSimple()
block_extents = loadBlockExtents()
examplar_res = loadExamplarResolution()
res = I.shape
target_pattern = W
print 'synthesis ..'
C = structAwareSynthesize(examplars_pattern, target_pattern)
print 'synthesis done.'
# print '(checking)target pattern:'
# printPattern(target_pattern)
# target_pattern_syn = parsePattern(examplars_pattern, C)
# print 'synthesis pattern:'
# printPattern(target_pattern_syn)
print 'genereate tileId and tileTransform ..'
tileId = C[:, :, 0]
tileTranslate = np.zeros((res[0], res[1], 3), dtype='float32')
for i in range(0, res[0]):
for j in range(0, res[1]):
tileTranslate[i, j, 0:2] = examplarTranslate(
if __name__ == '__main__':
print 'load examplars ..'
examplars_pattern = loadExamplarsPattern()
examplars_aabb = loadExamplarsAABB()
examplars_tz = loadExamplarsTranslateZSimple()
block_extents = loadBlockExtents()
examplar_res = loadExamplarResolution()
print 'load target pattern ..'
res = [900, 1500]
target_pattern = setWeavePattern(res)
print 'synthesis ..'
C = structAwareSynthesize(examplars_pattern, target_pattern)
print 'synthesis done.'
# print '(checking)target pattern:'
# printPattern(target_pattern)
# target_pattern_syn = parsePattern(examplars_pattern, C)
# print 'synthesis pattern:'
# printPattern(target_pattern_syn)
print 'genereate tileId and tileTransform ..'
tileId = C[:,:,0]
tileTranslate = np.zeros((res[0], res[1], 3), dtype='float32')
for i in range(0, res[0]):
for j in range(0, res[1]):
tileTranslate[i,j,0:2] = examplarTranslate(examplars_aabb[C[i,j,0]][:,0:2], examplar_res, C[i,j,1:3])
def test2():
S = loadExamplarPattens()
W = generteTwill1()
#W = np.tile(W, (1, 3))
C = structAwareSynthesize(S, W)
return C
