def buttonPressed_MASK(self,event3):
num = self.info.listbox.GetSelection()
self.sat=cv2.imread(element[num]+'/'+element[num]+'_B6.TIF',-1)
self.satx=cv2.resize(self.sat,(600,600))
self.mask=ut.m_mask(self.satx,self.info.slider.GetValue(),self.info.slider2.GetValue())
print self.mask
self.mask=sdisp(self.mask,0.0,0.06)
self.ip.redraw(self.mask)
def buttonPressedD(self,event = None):
num = self.info.listbox.GetSelection()
self.sat=cv2.imread(element[num]+'/'+element[num]+'_B6.TIF',-1)
self.satx=cv2.resize(self.sat,(600,600))
self.mask=ut.m_mask(self.satx,self.info.slider.GetValue(),self.info.slider2.GetValue())
self.sat2=cv2.imread(fname+'_B'+str(self.info.slider7.GetValue())+'.TIF',-1)
self.sat2x=cv2.resize(self.sat2,(600,600))
self.test=self.sat2x[self.mask != 255]
self.before=sdisp(self.test,0.0,0.06)
self.ip.redraw3(self.before)
def buttonPressed_HIST(self, event = None):
num = self.info.listbox.GetSelection()
self.sat=cv2.imread(element[num]+'/'+element[num]+'_B6.TIF',-1)
self.satx=cv2.resize(self.sat,(600,600))
self.mask=ut.m_mask(self.satx,self.info.slider.GetValue(),self.info.slider2.GetValue())
self.sat2=cv2.imread(fname+'_B'+str(self.info.slider7.GetValue())+'.TIF',-1)
self.sat2x=cv2.resize(self.sat2,(600,600))
self.test=self.sat2x[self.mask != 255]
self.num1=len(self.test)
self.tsort=np.sort(self.test)
plt.hist(self.tsort,histtype="stepfilled", label = "before",range=(5000,20000),bins = 1000,alpha = 0.5,color = 'blue')
self.low=float(self.info.slider3.GetValue())/100*self.num1
self.high=float(self.info.slider4.GetValue())/100*self.num1
plt.hist(self.tsort[int(self.low):int(self.high)],histtype="stepfilled", label = "after",range=(5000,20000),bins = 1000,alpha = 0.5,color='red')
plt.xlabel("Degital Number(DN)")
plt.ylabel("Frequency")
plt.legend()
plt.show()
def buttonPressed_TRUE1(self,event):
num = self.info.listbox.GetSelection()
self.land6=cv2.imread(element[num]+'/'+element[num]+'_B6.TIF',-1)
self.land6x=cv2.resize(self.land6,(600,600))
self.Mask=ut.m_mask(self.land6x,self.info.slider.GetValue(),self.info.slider2.GetValue())
self.land=cv2.imread(element[num]+'/'+element[num]+'_B'+str(self.info.slider5.GetValue())+'.TIF',-1)
self.land2x=cv2.resize(self.land,(600,600))
self.land2y=ut.display(self.land2x,self.Mask,float(self.info.slider3.GetValue())/100,float(self.info.slider4.GetValue())/100)
self.land=cv2.imread(element[num]+'/'+element[num]+'_B'+str(self.info.slider6.GetValue())+'.TIF',-1)
self.land3x=cv2.resize(self.land,(600,600))
self.land3y=ut.display(self.land3x,self.Mask,float(self.info.slider3.GetValue())/100,float(self.info.slider4.GetValue())/100)
self.land=cv2.imread(element[num]+'/'+element[num]+'_B'+str(self.info.slider7.GetValue())+'.TIF',-1)
self.land4x=cv2.resize(self.land,(600,600))
self.land4y=ut.display(self.land4x,self.Mask,float(self.info.slider3.GetValue())/100,float(self.info.slider4.GetValue())/100)
img=np.zeros(3*600*600,dtype=np.uint8).reshape(600,600,3)
img[:,:,0]=self.land2y
img[:,:,1]=self.land3y
img[:,:,2]=self.land4y
self.ip.redraw(img)
def onclick(self,event):
print 'button=%d, x=%d, y=%d, xdata=%f, ydata=%f'%(
event.button, event.x, event.y, event.xdata, event.ydata)
num = frame.info.listbox.GetSelection()
self.fname = element[num]+'/'+element[num]+'_'
self.sat=ut1.original(self.fname)
self.land6=cv2.imread(element[num]+'/'+element[num]+'_B6.TIF',-1)
self.land6x=cv2.resize(self.land6,(600,600))
self.Mask=ut.m_mask(self.land6x,frame.info.slider.GetValue(),frame.info.slider2.GetValue())
self.land=cv2.imread(element[num]+'/'+element[num]+'_B'+str(frame.info.slider5.GetValue())+'.TIF',-1)
self.land2x=cv2.resize(self.land,(600,600))
dmin4,dmax4=ut.percent(self.land2x,self.Mask,float(frame.info.slider3.GetValue())/100,float(frame.info.slider4.GetValue())/100)
self.land2y=ut.display(self.land2x,self.Mask,float(frame.info.slider3.GetValue())/100,float(frame.info.slider4.GetValue())/100)
self.land=cv2.imread(element[num]+'/'+element[num]+'_B'+str(frame.info.slider6.GetValue())+'.TIF',-1)
self.land3x=cv2.resize(self.land,(600,600))
dmin3,dmax3=ut.percent(self.land3x,self.Mask,float(frame.info.slider3.GetValue())/100,float(frame.info.slider4.GetValue())/100)
self.land3y=ut.display(self.land3x,self.Mask,float(frame.info.slider3.GetValue())/100,float(frame.info.slider4.GetValue())/100)
self.land=cv2.imread(element[num]+'/'+element[num]+'_B'+str(frame.info.slider7.GetValue())+'.TIF',-1)
self.land4x=cv2.resize(self.land,(600,600))
dmin2,dmax2=ut.percent(self.land4x,self.Mask,float(frame.info.slider3.GetValue())/100,float(frame.info.slider4.GetValue())/100)
self.land4y=ut.display(self.land4x,self.Mask,float(frame.info.slider3.GetValue())/100,float(frame.info.slider4.GetValue())/100)
img=np.zeros(3*600*600,dtype=np.uint8).reshape(600,600,3)
img[:,:,0]=self.land2y
img[:,:,1]=self.land3y
img[:,:,2]=self.land4y
frame.ip.redraw(img)
self.subplot.plot([event.xdata,event.xdata+600*600/self.sat.imax],[event.ydata,event.ydata],'r--',lw=4)
self.subplot.plot([event.xdata+600*600/self.sat.imax,event.xdata+600*600/self.sat.imax],[event.ydata,event.ydata+600*600/self.sat.jmax],'r--',lw=4)
self.subplot.plot([event.xdata,event.xdata],[event.ydata,event.ydata+600*600/self.sat.jmax],'r--',lw=4)
self.subplot.plot([event.xdata,event.xdata+600*600/self.sat.imax],[event.ydata+600*600/self.sat.jmax,event.ydata+600*600/self.sat.jmax],'r--',lw=4)
self.subplot.plot([event.xdata],[event.ydata],marker="o", markersize=10, markeredgecolor="y", markeredgewidth=2)
self.subplot.imshow(img)
self.canvas.draw()
self.y=self.sat.imax*self.sat.jmax*2
self.g=open(element[num]+'/'+element[num]+'_B6.TIF','rb')
self.g.seek(8)
self.x=self.g.read(self.y)
self.g.close()
l_start=int(event.ydata*self.sat.jmax/600)
c_start=int(event.xdata*self.sat.imax/600)
print c_start
print l_start
c_max=self.sat.imax
l_max=self.sat.jmax
self.ex=[]
self.g=open(element[num]+'/'+element[num]+'_B6.TIF','rb')
for i in range(600):
ii=8+2*c_max*(i+l_start)+2*c_start
self.g.seek(ii)
self.x=self.g.read(1200)
self.ex.append(array.array('h',self.x))
self.g.close()
self.xx=np.array(self.ex)
#print self.xx
self.maskA=np.zeros(600*600,dtype=np.uint8).reshape(600,600)
self.maskA[self.xx < frame.info.slider.GetValue()]=255
self.maskA[self.xx > frame.info.slider2.GetValue()]=255
self.g=open(element[num]+'/'+element[num]+'_B'+str(frame.info.slider7.GetValue())+'.TIF','rb')
self.g.seek(8)
self.x=self.g.read(self.y)
self.g.close()
self.ex=[]
self.g=open(element[num]+'/'+element[num]+'_B'+str(frame.info.slider7.GetValue())+'.TIF','rb')
for i in range(600):
ii=8+2*c_max*(i+l_start)+2*c_start
self.g.seek(ii)
self.x=self.g.read(1200)
self.ex.append(array.array('h',self.x))
self.g.close()
self.land=np.array(self.ex)
self.land2x=255.0*(self.land-float(dmin2))/float(dmax2-dmin2)
self.land2x[self.land2x>255]=255
self.land2x[self.land2x<0]=0
self.land2y=np.uint8(self.land2x)
self.g=open(element[num]+'/'+element[num]+'_B'+str(frame.info.slider6.GetValue())+'.TIF','rb')
self.g.seek(8)
self.x=self.g.read(self.y)
self.g.close()
self.ex=[]
self.g=open(element[num]+'/'+element[num]+'_B'+str(frame.info.slider6.GetValue())+'.TIF','rb')
for i in range(600):
ii=8+2*c_max*(i+l_start)+2*c_start
self.g.seek(ii)
self.x=self.g.read(1200)
self.ex.append(array.array('h',self.x))
self.g.close()
self.land=np.array(self.ex)
self.land3x=255.0*(self.land-float(dmin3))/float(dmax3-dmin3)
self.land3x[self.land3x>255]=255
self.land3x[self.land3x<0]=0
self.land3y=np.uint8(self.land3x)
self.g=open(element[num]+'/'+element[num]+'_B'+str(frame.info.slider5.GetValue())+'.TIF','rb')
self.g.seek(8)
self.x=self.g.read(self.y)
self.g.close()
self.ex=[]
self.g=open(element[num]+'/'+element[num]+'_B'+str(frame.info.slider5.GetValue())+'.TIF','rb')
for i in range(600):
ii=8+2*c_max*(i+l_start)+2*c_start
self.g.seek(ii)
self.x=self.g.read(1200)
self.ex.append(array.array('h',self.x))
self.g.close()
self.land=np.array(self.ex)
self.land4x=255.0*(self.land-float(dmin4))/float(dmax4-dmin4)
self.land4x[self.land4x>255]=255
self.land4x[self.land4x<0]=0
self.land4y=np.uint8(self.land4x)
img1=np.zeros(3*600*600,dtype=np.uint8).reshape(600,600,3)
img1[:,:,0]=self.land4y
img1[:,:,1]=self.land3y
img1[:,:,2]=self.land2y
plt.figure(figsize=(6,6))
plt.tick_params(labelbottom='off')
plt.tick_params(labelleft='off')
plt.subplots_adjust(left=0,right=1.0,top=1.0,bottom=0,wspace=0,hspace=0)
plt.imshow(img1)
plt.show()
frame.ip.redraw(img)