def mixer(self):
self.gain1 = self.ui.component1_slider.value()
self.gain2 = self.ui.component2_slider.value()
self.type1 = self.types[0].currentText()
self.type2 = self.types[1].currentText()
self.img1 = self.opimg[0].currentText()
self.img2 = self.opimg[1].currentText()
if (self.img1 != self.img2):
self.path1 = self.paths[0]
self.path2 = self.paths[1]
self.imgmix1 = inputimg(self.path1)
self.imgmix2 = inputimg(self.path2)
if (self.type1 == "Magnitude"
or self.type1 == "Phase") and (self.type2 == "Magnitude"
or self.type2 == "Phase"):
self.mode = "magphase"
print("check1")
print(self.type1, self.type2)
print(self.img1, self.img2)
elif (self.type1 == "Real" or self.type1 == "Imaginary") and (
self.type2 == "Real" or self.type2 == "Imaginary"):
self.mode = "realimg"
print(self.type1, self.type2)
print(self.img1, self.img2)
print("check2")
else:
self.mode = "other"
print("can't mix")
print(self.type1, self.type2)
print(self.img1, self.img2)
if (self.img1 == "Image 1" and self.img2 == "Image 2"):
output = self.imgmix1.mix(self.imgmix2, self.gain1, self.gain2,
self.mode, self.type1, self.type2)
print("check3")
else:
output = self.imgmix2.mix(self.imgmix1, self.gain1, self.gain2,
self.mode, self.type1, self.type2)
print("check4", "\n")
elif (self.img1 == "Image 1" and self.img2 == "Image 1"):
self.path1 = self.paths[0]
output = inputimg(self.path1).img
elif (self.img1 == "Image 2" and self.img2 == "Image 2"):
self.path1 = self.paths[1]
output = inputimg(self.path1).img
else:
print(self.type1, self.type2)
print(self.img1, self.img2)
print(" Unexpected error")
#show the same image ba3deen
if self.ui.output_channel.currentText() == "Output 1":
self.images[4].setImage((output).T)
elif self.ui.output_channel.currentText() == "Output 2":
# self.ui.component1_type.setItemText(0)
self.images[5].setImage((output).T)
def Components(self, y):
self.images[2 + y % 2].clear()
# if y==0 :
# self.path=self.paths[0]
# else:
# self.path= self.paths[1]
self.path = self.paths[y % 2]
self.imgdata = inputimg(self.path)
for i in range(0, y + 1):
if self.img_combo[i].currentText() == "Magnitude":
x = self.imgdata.magnitude
print(self.img_combo[i].currentText())
print(y)
elif self.img_combo[i].currentText() == "Phase":
x = self.imgdata.phaseshift
print(self.img_combo[i].currentText())
print(y)
elif self.img_combo[i].currentText() == "Real":
x = self.imgdata.realshift
print(self.img_combo[i].currentText())
print(y)
elif self.img_combo[i].currentText() == "Imaginary":
x = self.imgdata.imaginaryshift
print(self.img_combo[i].currentText())
print(y)
else:
self.images[2 + y % 2].clear()
self.images[2 + y % 2].setImage(x.T)
self.images[2 + y % 2].view.setRange(xRange=[0, self.imgheight[y % 2]],
yRange=[0, self.imgwidth[y % 2]],
padding=0)
def opensignal(self):
self.readsignal()
if (len(self.imgdata) != 0 and
(self.width != self.Size[0] or self.height != self.Size[1])):
QMessageBox.about(
self, "Error !",
"Please Choose Another image with the same dimensions")
logger.warning("Opened Image with different dimensions ...")
else:
self.count += 1
self.ui.images[self.count % 2].clear()
if (len(self.imgdata) == 2):
self.imgdata = []
self.Size = []
print(self.imgdata)
print(self.Size)
self.imgdata.append(inputimg(self.path))
print(self.width)
print(self.height)
self.ui.enable[self.count % 2].setEnabled(True)
self.Size.append(self.width)
self.Size.append(self.height)
self.ui.images[self.count % 2].setImage(
(self.imgdata[self.count % 2].img).T)
self.ui.images[self.count % 2].view.setAspectLocked(False)
logger.info(f" Opening image {1+self.count%2} ...")
if (len(self.imgdata) == 2):
for i in range(1, 9):
self.ui.enable[i].setEnabled(True)
def readsignal(self):
self.fname = QtGui.QFileDialog.getOpenFileName(
self, ' Open File', os.getenv('home'),
"jpg(*.jpg) ;; jpeg(*.jpeg) ")
self.path = self.fname[0]
self.imgdata = inputimg(self.path)
self.img = cv2.imread(self.path, 0)
self.height, self.width = self.img.shape
if (self.path):
pass
def readsignal(self):
logger.info("Browsing image ...")
self.fname = QtGui.QFileDialog.getOpenFileName(
self, ' Open File', os.getenv('home'),
"jpg(*.jpg) ;; jpeg(*.jpeg) ")
self.path = self.fname[0]
self.imgdata = inputimg(self.path)
self.img = cv2.imread(self.path, 0)
self.height, self.width = self.img.shape
if (self.path == True):
logger.warning(" No image to open ")
else:
logger.info(" Browsed Successfully ! ")
def Components(self, y):
self.images[2 + y % 2].clear()
self.path = self.paths[y % 2]
self.imgdata = inputimg(self.path)
for i in range(0, y + 1):
if self.img_combo[i].currentText() == "Magnitude":
x = self.imgdata.magnitude
logger.info(" Presenting Magnitude.... ")
elif self.img_combo[i].currentText() == "Phase":
x = self.imgdata.phaseshift
logger.info(" Presenting Phase.... ")
elif self.img_combo[i].currentText() == "Real":
x = self.imgdata.realshift
logger.info(" Presenting Real.... ")
elif self.img_combo[i].currentText() == "Imaginary":
x = self.imgdata.imaginaryshift
logger.info(" Presenting Imaginary.... ")
else:
self.images[2 + y % 2].clear()
self.images[2 + y % 2].setImage(x.T)
self.images[2 + y % 2].view.setAspectLocked(False)
def mixer(self, z, flag):
gain1 = self.ui.component1_slider.value()
gain2 = self.ui.component2_slider.value()
type1 = self.types[0].currentText()
type2 = self.ui.component2_type.currentText()
type22 = self.ui.component2_type.currentText()
self.img1 = self.opimg[0].currentText()
self.img2 = self.opimg[1].currentText()
opchannel = self.ui.output_channel.currentText()
if (flag):
self.setcombotext(type1, type22)
if (self.img1 != self.img2):
self.path1 = self.paths[0]
self.path2 = self.paths[1]
self.imgmix1 = inputimg(self.path1)
self.imgmix2 = inputimg(self.path2)
if (type1 == "Magnitude"
and type2 == "Phase") or (type2 == "Magnitude"
and type1 == "Phase"):
mode = "magphase"
elif (type1 == "Real"
or type1 == "Imaginary") and (type2 == "Real"
or type2 == "Imaginary"):
mode = "realimg"
elif (type1 == "Unimagnitude"
and type2 == "Phase") or (type2 == "Unimagnitude"
and type1 == "Phase"):
mode = "unimag"
elif (type1 == "Uniphase"
and type2 == "Magnitude") or (type2 == "Uniphase"
and type1 == "Magnitude"):
mode = "uniphase"
elif (type1 == "Uniphase" and type2 == "Unimagnitude") or (
type2 == "Uniphase" and type1 == "Unimagnitude"):
mode = "uniuni"
else:
logger.info("Error! Can't Mix ... ")
try:
if (self.img1 == "Image 1" and self.img2 == "Image 2"):
output = self.imgmix1.mix(self.imgmix2, gain1, gain2, mode,
type1, type2)
else:
output = self.imgmix2.mix(self.imgmix1, gain1, gain2, mode,
type1, type2)
except:
pass
try:
if self.ui.output_channel.currentText() == "Output 1":
self.images[4].setImage((output).T)
elif self.ui.output_channel.currentText() == "Output 2":
self.images[5].setImage((output).T)
except:
pass
# self.output(output)
if (self.img1 == "Image 1" and self.img2 == "Image 1"):
# logger.warning("Mixing the same image! , Dosen't affect the image")
self.path1 = self.paths[0]
output = inputimg(self.path1).img
elif (self.img1 == "Image 2" and self.img2 == "Image 2"):
# logger.warning("Mixing the same image! , Dosen't affect the image")
self.path1 = self.paths[1]
output = inputimg(self.path1).img
try:
logger.info(
f"Mixing {gain1}% of {self.img1} {type1} and {gain2}% of {self.img2} {type2} in {self.ui.output_channel.currentText()} at mixing mood of: {mode} "
)
except:
pass