def set_init_state(self):
init_img = ".data/warp_init.png"
init_img_zoom = ".data/warp_zoom.png"
self.f0 = iwx.iFrame(init_img, -1)
self.f1 = iwx.iFrame(init_img, -1)
zoom_init_frame = iwx.iFrame(init_img_zoom, -1)
self.over0.draw(self.f0.img())
self.zoom0.draw(zoom_init_frame.img())
self.over1.draw(self.f1.img())
self.zoom1.draw(zoom_init_frame.img())
def set_test_state(self, id0, id1):
self.in_path.append("/media/Data/MEDIA/photography/2012-08-30-Berlin/100CANON/IMG_9942.JPG")
self.in_path.append("/media/Data/MEDIA/photography/2012-08-30-Berlin/100CANON/IMG_9943.JPG")
self.in_path.append("/media/Data/MEDIA/photography/2012-08-30-Berlin/100CANON/IMG_9944.JPG")
self.in_path.append("/media/Data/MEDIA/photography/2012-08-30-Berlin/100CANON/IMG_9954.JPG")
self.in_path.append("/media/Data/MEDIA/photography/2012-08-30-Berlin/100CANON/IMG_9955.JPG")
self.f0 = iwx.iFrame(self.in_path[id0], id0)
self.f1 = iwx.iFrame(self.in_path[id1], id1)
self.over0.draw(self.f0.img())
self.set_zoom(self.f0, self.zoom0, wx.Point(1000, 1000))
self.over1.draw(self.f1.img())
self.set_zoom(self.f1, self.zoom1, wx.Point(1000, 1000))
# update navbar
self.nav.SetSteps(len(self.in_path) - 1)
def process_sequence(in_path, o_path, T):
tmp_path = "/tmp/frames"
o_type = ".jpg"
warp_frames = 100
utils.assert_dir(tmp_path)
ctr = 0
w = warper()
config = {"i_path": "", "o_path": o_path, "warp_frames": warp_frames, "o_type": o_type}
w.UpdateConfig(config)
for f in range(len(in_path) - 1):
T_curr = T[ctr]
if ctr == 0:
# TODO: not right
T_prev = (1, 0, 0, 0, 0, 1, 0, 0)
else:
T_prev = T[ctr - 1]
# TODO: make this work
# T_use=imgutils.trafo_combine(T_curr,T_prev)
if ctr == 0:
f0 = iwx.iFrame(in_path[ctr], ctr)
f1 = iwx.iFrame(in_path[ctr + 1], ctr)
img0 = f0.pil_img()
img1 = f1.pil_img()
else:
img0 = mor
f1 = iwx.iFrame(in_path[ctr + 1], ctr)
img1 = f1.pil_img()
m = morpher()
m.SetInputFrames(f0, f1)
if ctr > 0:
m.Run(T_prev)
mor = iwx.iFrame(m.GetImgM())
m.SetInputFrames(f0, mor)
m.Run(T_curr)
else:
m.Run(T_curr)
mor = m.GetImgM()
w.process_images(img0, mor, ctr=ctr * warp_frames)
ctr += 1
def set_state(self, id0, id1):
# set frames f0 and f1
if id0 == self.f1.id() and id1 <> self.f0.id() and id1 <> self.f1.id():
self.f0 = self.f1
self.f1 = iwx.iFrame(self.in_path[id1], id1)
elif id0 == self.f0.id() and id1 <> self.f0.id() and id1 <> self.f1.id():
self.f1 = iwx.iFrame(self.in_path[id1], id1)
elif id1 == self.f0.id() and id0 <> self.f0.id() and id0 <> self.f1.id():
self.f1 = self.f0
self.f0 = iwx.iFrame(self.in_path[id0], id0)
elif id1 == self.f1.id() and id0 <> self.f0.id() and id0 <> self.f1.id():
self.f0 = iwx.iFrame(self.in_path[id0], id0)
elif id0 == self.f0.id() and id1 == self.f1.id():
self.f0 = self.f0
self.f1 = self.f1
else:
if id0 < 0 or id1 < 0:
return
self.f0 = iwx.iFrame(self.in_path[id0], id0)
self.f1 = iwx.iFrame(self.in_path[id1], id1)
# update GUI
self.over0.draw(self.f0.img())
self.over1.draw(self.f1.img())
# TODO: hard coded initial point of zoom --make middle of frame
self.set_zoom(self.f0, self.zoom0, wx.Point(1000, 1000))
self.set_zoom(self.f1, self.zoom1, wx.Point(1000, 1000))
# check validity of state and draw points
self.trafo_valid_check()
self.draw_pts(self.f0, self.over0)
self.draw_pts(self.f1, self.over1)
# update bindings!
self.make_bindings()
def set_init_state(self):
# TODO: make id -1 default value for frame
self.img=iwx.iFrame(self.init_img)
self.canvas.draw(self.img.img())
def set_state(self,imageFile):
self.img=iwx.iFrame(imageFile)
self.canvas.draw(self.img.img())
self.make_bindings()