def test_right(self):
OUTPUT = "C:\\myWork\\00_python\\output\\tmp\\unittest\\"
(x, t) = gd.get_testdata_choiced(1)
y = de.right(x[0], 4, 28)
png.to_png(y, OUTPUT + "right", 28, 28)
print(x)
print(y)
def test_downto(self):
OUTPUT = "C:\\myWork\\00_python\\output\\tmp\\unittest\\"
(x, t) = gd.get_testdata_choiced(1)
y = de.downto(x[0], 2, 28)
png.to_png(y, OUTPUT + "downto", 28, 28)
print(x)
print(y)
def save_test(size, output_path):
test_size = 10000
if (size <= 0):
size = 1
if (size >= test_size):
(xx, xt) = mt.get_testdata()
else:
(xx, xt) = mt.get_testdata_choiced(size)
for i in range(len(xx)):
# PNGファイル変換
to_png(xx[i],
output_path + str(i + 1) + "_lv_" + str(xt[i]) + "_test.png",
28, 28)
def test_all(self):
OUTPUT = "C:\\myWork\\00_python\\output\\tmp\\unittest\\"
(x, t) = gd.get_testdata_choiced(1)
png.to_png(x, OUTPUT + "orign02", 28, 28)
y1 = de.downto(x[0], 4, 28)
png.to_png(y1, OUTPUT + "downto02", 28, 28)
y2 = de.upto(x[0], 4, 28)
png.to_png(y2, OUTPUT + "upto02", 28, 28)
y3 = de.left(x[0], 4, 28)
png.to_png(y3, OUTPUT + "left02", 28, 28)
y4 = de.right(x[0], 4, 28)
png.to_png(y4, OUTPUT + "right02", 28, 28)
y5 = de.rotate90(x[0], 28)
png.to_png(y5, OUTPUT + "rotate90_02", 28, 28)
y6 = de.rotate180(x[0], 28)
png.to_png(y6, OUTPUT + "rotate180_02", 28, 28)
y7 = de.rotate270(x[0], 28)
png.to_png(y7, OUTPUT + "rotate270_02", 28, 28)
y8 = de.noise(x[0], 4, 28)
png.to_png(y8, OUTPUT + "noise02", 28, 28)
def test_test_choiced(self):
(xt, xl) = gd.get_testdata_choiced(10)
print(xt.shape)
self.assertEquals(xt.shape[0], 10)
self.assertEquals(xt.shape[1], 784)