def doParse(self, inStream, length, parent):
c = self._data
scale = readFloat(inStream)
c['scale'] = scale
atlasesCount = readU8(inStream)
c['atlasesCount'] = atlasesCount
atlases = []
for i in range(0, atlasesCount):
atlas = {}
atlasId = readU32(inStream)
atlas['atlasId'] = atlasId
sources = readU8(inStream)
atlas['atlasSourcesCount'] = sources
atlas['atlasSources'] = []
for i in range(0, sources):
atlasSource = {}
fileName = readString(inStream)
atlasSource['fileName'] = fileName
csf = readFloat(inStream)
atlasSource['CSF'] = csf
atlas['atlasSources'].append(atlasSource)
atlases.append(atlas)
c['atlases'] = atlases
elements = []
elementsCount = readU32(inStream)
for i in range(0, elementsCount):
element = {}
element['pivot'] = readVec(inStream)
element['origin'] = readVec(inStream)
element['scale'] = readFloat(inStream)
element['width'] = readFloat(inStream)
element['height'] = readFloat(inStream)
atlasIndex = readU32(inStream)
if atlasIndex > 0:
atlasIndex -= 1
element['atlasIndex'] = atlasIndex
elementAtlasIndex = readU32(inStream)
element['elementAtlasIndex'] = elementAtlasIndex
if self.version() >= 4:
hasScale9Grid = readU8(inStream)
element['hasScale9Grid'] = hasScale9Grid
if hasScale9Grid:
# scale9GridRect
element['scale9Grid'] = readRect(inStream)
elements.append(element)
c['elements'] = elements
self._data = c
def readHeaderEndV4(self, inStream):
h = self._context['header']
scaleValuesCount = readU32(inStream)
h['scaleValuesCount'] = scaleValuesCount
scaleValues = []
#print("scaleValuesCount = {0}".format(scaleValuesCount))
while scaleValuesCount != 0:
scaleValues.append(readFloat(inStream))
scaleValuesCount -= 1
h['scaleValues'] = scaleValues
CSFValuesCount = readU32(inStream)
CSFValues = []
#print("CSFValuesCount = {0}".format(CSFValuesCount))
h['CSFValuesCount'] = CSFValuesCount
while CSFValuesCount != 0:
CSFValues.append(readFloat(inStream))
CSFValuesCount -= 1
h['CSFValues'] = CSFValues
self._context['header'] = h
import argparse
parser = argparse.ArgumentParser()
parser.add_argument("--ddir", type=str, default=".")
args = parser.parse_args()
IFG_PATH = args.ddir + "/20150219_20150404.diff.orb_cor"
COH_PATH = args.ddir + "/20150219_20150404.diff.orb_cor.filt.coh"
SLC1_PATH = args.ddir + "/20150219.rslc"
SLC2_PATH = args.ddir + "/20150404.rslc"
WIDTH = 1000
if __name__ == "__main__":
# Load binary interfergram data;
ifg = readFloatComplex(IFG_PATH, WIDTH)
coh_3vg = readFloat(COH_PATH, WIDTH)
slc1 = readShortComplex(SLC1_PATH, WIDTH)
slc2 = readShortComplex(SLC2_PATH, WIDTH)
fig, ax = plt.subplots(2, 4, figsize=(14, 7))
# SLC1
ax[0, 0].imshow(np.angle(slc1), cmap='jet')
ax[0, 0].set_title('phase slc1')
ax[1, 0].imshow(np.abs(slc1)**0.3, cmap='gray')
ax[1, 0].set_title('amp slc1')
# SLC2
ax[0, 1].imshow(np.angle(slc2), cmap='jet')
ax[0, 1].set_title('phase slc2')
ax[1, 1].imshow(np.abs(slc2)**0.3, cmap='gray')
def extractState2(self, inStream):
state = {}
hasColorTransform = readU8(inStream)
hasMasks = readU8(inStream)
hasEffect = readU8(inStream)
state['objectIdRef'] = readU32(inStream)
state['zIndex'] = readS32(inStream)
state['colorOffsets'] = {}
state['colorMults'] = {'a' :readFloat(inStream)}
state['affineTransform'] = readAffineTransform(inStream)
if hasColorTransform:
state['colorOffsets']['a'] = readFloat(inStream)
state['colorMults']['r'] = readFloat(inStream)
state['colorOffsets']['r'] = readFloat(inStream)
state['colorMults']['g'] = readFloat(inStream)
state['colorOffsets']['g'] = readFloat(inStream)
state['colorMults']['b'] = readFloat(inStream)
state['colorOffsets']['b'] = readFloat(inStream)
else:
state['colorOffsets']['a'] = 0
state['colorMults']['r'] = 1
state['colorOffsets']['r'] = 0
state['colorMults']['g'] = 1
state['colorOffsets']['g'] = 0
state['colorMults']['b'] = 1
state['colorOffsets']['b'] = 0
if hasEffect:
state['effects'] = []
effects = readU8(inStream)
for e in range(0, effects):
filterType = readU32(inStream)
filt = {'type' : 'none'}
if filterType == self.GFT_Blur:
filt['type'] = 'blur'
filt['blurSize'] = readVec(inStream)
elif filt == self.GFT_Glow:
filt['type'] = 'glow'
filt['color'] = readColor(inStream)
filt['blurSize'] = readVec(inStream)
filt['strength'] = readFloat(inStream)
filt['innerGlow'] = bool(readU8(inStream))
filt['knockout'] = bool(readU8(inStream))
elif filt == self.GFT_DropShadow:
filt['type'] = 'dropShadow'
filt['color'] = readColor(inStream)
filt['angle'] = readFloat(inStream)
filt['distance'] = readFloat(inStream)
filt['strength'] = readFloat(inStream)
filt['innerShadow'] = readFloat(inStream)
filt['knockout'] = readFloat(inStream)
elif filt == self.GFT_ColorMatrix:
filt['type'] = 'colorMatrix'
matrix = []
for i in range(0, 4):
for j in range(0, 4):
matrix[j * 4 + i] = readFloat(inStream)
matrix2[i] = readFloat(inStream) / 256
state['effects'].append(filt)
if hasMasks:
state['maskObjectIdRef'] = readU32(inStream)
return state
