def show_planes(self):
img = self.ui.pdispace.getImage()
source = str(img.source)
self.ui.processingbar.image_currant = source
if self.um.active:
new = PI(filename=source).fatiamento(1)
self.ui.pdispace.addImage(new)
if self.dois.active:
new = PI(filename=source).fatiamento(2)
self.ui.pdispace.addImage(new)
if self.tres.active:
new = PI(filename=source).fatiamento(3)
self.ui.pdispace.addImage(new)
if self.quatro.active:
new = PI(filename=source).fatiamento(4)
self.ui.pdispace.addImage(new)
if self.cinco.active:
new = PI(filename=source).fatiamento(5)
self.ui.pdispace.addImage(new)
if self.seis.active:
new = PI(filename=source).fatiamento(6)
self.ui.pdispace.addImage(new)
if self.sete.active:
new = PI(filename=source).fatiamento(7)
self.ui.pdispace.addImage(new)
if self.oito.active:
new = PI(filename=source).fatiamento(8)
self.ui.pdispace.addImage(new)
def fatia(self):
img = self.ui.pdispace.getImage()
source = str(img.source)
self.ui.processingbar.image_currant = source
new = PI(source).colorful(self.slices.text)
img.source = new
img.reload()
def detectar(self):
img = self.ui.pdispace.getImage()
source = str(img.source)
self.ui.processingbar.image_currant = source
new = PI(source).contours_canny()
img.source = new
img.reload()
def setHistogram(self, filename):
try:
newfilename = PI(filename=filename).histogram()
self.hist.source = newfilename
self.hist.reload()
except AttributeError:
self.hist.source = " "
self.hist.reload()
def equalizar(self):
if self.ui.pdispace.panelimages.content != 'None':
img = self.ui.pdispace.getImage()
source = str(img.source)
self.ui.processingbar.image_currant = source
new = PI(filename=source).equalize()
img.source = new
img.reload()
self.hist.reload()
def on_press(self):
img = self.ui.pdispace.getImage()
source = str(img.source)
self.ui.processingbar.image_currant = source
if self.mediana.active:
print("Mediana")
new = PI(source).median_filter(int(self.kernelTextInput.text))
elif self.media.active:
print("Media")
new = PI(source).media_filter(int(self.kernelTextInput.text))
elif self.max.active:
print("Max")
new = PI(source).media_filter(int(self.kernelTextInput.text))
elif self.min.active:
print("Min")
new = PI(source).media_filter(int(self.kernelTextInput.text))
img.source = new
img.reload()
def on_press(self):
img = self.ui.pdispace.getImage()
self.ui.processingbar.image_currant = str(img.source)
ip = PI(filename=self.ui.getSourceImage())
try:
offset = float(self.offsettextinput.text)
newfilename = ip.power(int(self.consttextinput.text),
float(self.gamatextinput.text), offset)
except ValueError:
newfilename = ip.power(int(self.consttextinput.text),
float(self.gamatextinput.text))
img.source = newfilename
img.reload()
def build(self):
b = BoxLayout()
filename = PI(filename="./images/estrada.jpg").media_filter(5)
# fcka = FigureCanvasKivyAgg(plt)
b.add_widget(Image(source=filename))
return b
def get_gcf(self, source):
plt = PI(filename=source).histogram()
return plt
def build():
b = BoxLayout()
filename = PI(filename="./images/estrada.jpg").media_filter(5)
b.add_widget(Image(source=filename))
return b