tiles_in_image=tilesPerImg,
name='output')
tiCr.debugOutputPngsCrop(batch_ys,
tileSizeHigh,
simSizeHigh,
test_path,
imageCounter=currOut,
cut_output_to=tileSizeHiCrop,
tiles_in_image=tilesPerImg,
name='expected_out')
if outputInputs:
if not useVelocities:
tiCr.debugOutputPngsSingle(batch_xs,
tileSizeLow,
simSizeLow,
test_path,
imageCounter=currOut,
name='input')
else:
tiCr.debugOutputPngsSingle(batch_velocity,
tileSizeLow,
simSizeLow,
test_path,
imageCounter=currOut,
name='in_vel_x',
channel=1)
tiCr.debugOutputPngsSingle(batch_velocity,
tileSizeLow,
simSizeLow,
test_path,
imageCounter=currOut,
tiles_in_image=tilesPerImg)
tiCr.debugOutputPngsCrop(batch_ys,
tileSizeHigh,
simSizeHigh,
test_path,
imageCounter=currOut,
cut_output_to=tileSizeHiCrop,
tiles_in_image=tilesPerImg,
name='expected_out')
# tiCr.debugOutputPngsSingle(batch_ys, tileSizeLow, simSizeLow, test_path, imageCounter=currOut, name='expected_out')
if outputInputs:
if not useVelocities:
tiCr.debugOutputPngsSingle(batch_xs,
tileSizeLow,
simSizeLow,
test_path,
imageCounter=currOut,
name='input')
else:
tiCr.debugOutputPngsSingle(batch_velocity_x,
tileSizeLow,
simSizeLow,
test_path,
imageCounter=currOut,
name='vel_x')
tiCr.debugOutputPngsSingle(batch_velocity_y,
tileSizeLow,
simSizeLow,
test_path,
imageCounter=currOut,
name='vel_y')