'''Add a control point to the control_points list. Self.errors = compute_control_point_errors(self)ĭef set_control_points(self,control_points): ansform = compute_transform_matrix(rarray,tarray,self) '''Make the stitchable class indexable over the control points.''' Self.progressbar = None # the progress bar widget ndition_number = None # the condition number of the transform Self.rmdistortion = True # remove distortion? Self.blend_fraction = 0.25 # size of blend along edges (fraction of image size) Self.clip_result = 1 # this must be 1 or gimp will crash (segmentation fault) Self.cpcorrelate = True # correlate control points? Self.txy = None # x,y of transformed corners Self.rxy = None # x,y of reference corners Self.tmask = None # the transformed layer mask Self.rmask = None # the reference layer mask Self.tlayer = None # the transformed layer in self.panorama Self.rlayer = None # the reference layer in self.panorama Self.panorama = None # the resulting panoramic image ntrol_points = control_points # the warping control points Self.tcplayer = None # the transform control point display layer Self.rcplayer = None # the reference control point display layer Self.timglayer = None # main image layer in transformed image Self.rimglayer = None # main image layer in reference image Self.dimage = None # temporary image for undistorted image Self.cimage = None # temporary image for correlation Self.timage = timage # the transformed image object Self.rimage = rimage # the reference image object Self.mode = mode # Mode: interactive/noninteractive '''Two images and their control points for stitching.'''ĭef _init_(self,mode,rimage,timage,control_points=None): Minradius = 20.0 # min radius for color averaging '''Each control point gives matching locations in two images.'''ĭef _init_(self,x1,y1,x2,y2,correlation=None,colorbalance=True): Update_image_layers(img) # is this necessary? Panorama = stitch_control_panel(control_points,image_list,mode) # fire up the user interface which does all the work. Image_list=select_images(image_list,mode) # Select which image is the reference and which is transformed. If not image_list: image_list = gimp.image_list() Then use these control points toīalance the color and warp the images into a third, panoramic '''Stitch together two images into a panorama.įirst get a set of "control points" which define matching # stitch_panorama is the main routine where all the work is done.ĭef stitch_panorama(self, mode, image_list=None, control_points=None): [(PDB_INT32, "run-mode", "interactive/noninteractive"), "Stitch two images together to make a panorama (ver. "Stitch two images together to make a panorama", '''The main plugin class defines and installs the stitch_panorama function.''' That does not seem right given what else is already in the plug-ins folder '''GIMP plug-in to stitch two images together into a panorama.''' The author says to jsut stick the python source code file in the plug-ins folder and then the script be will be accessible in the GUI via The Menu Xtns/Utils. However, when I go look at the plug-ins folder, everything is a stand-alone executable, there are no python scripts. One is C:\Program Files\GIMP 2\lib\gimp\2.0\plug-ins and C:\Users\Sam\AppData\Roaming\GIMP\2.10\plug-ins There appear to be 2 directories where GIMP looks for plugins.
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