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| Original file line number | Diff line number | Diff line change |
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| #This script processes screenshots from the Mass-Screenshot Debug verb in SS13 into a full map image | ||
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| # Loosely based on https://github.com/vortex1942/telescience/blob/master/src/tools/PhotoProcessor.py | ||
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| # This script uses the Pillow library (PIL) install it with pip install pillow | ||
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| #***************************************************************** | ||
| #******ALL .pngs in the rawimages folder will be processed******** | ||
| #********Exported file may be overwritten in the output*********** | ||
| #***************************************************************** | ||
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| from PIL import Image | ||
| from os import listdir, path | ||
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| # Selection of Input/Output directories | ||
| rawimgdir = str(input("Directory of RAW images: ")) | ||
| if path.exists(rawimgdir) == False: | ||
| print("Directory could not be found!") | ||
| exit(1) | ||
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| imgdir = str(input("Directory for output image (leave blank to use RAW image directory): ")) | ||
| if imgdir == "": | ||
| imgdir = rawimgdir | ||
| elif path.exists(imgdir) == False: | ||
| print("Directory could not be found!") | ||
| exit(1) | ||
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| exportfilename = str(input("Filename for Full Image (E.g LV624_Complete): ")) | ||
| if exportfilename == "": | ||
| print("Filename is invalid!") | ||
| exit(1) | ||
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| gamearguments = str(input("Values provided after using the Mass-Screenshot verb: ")) | ||
| gamearguments = gamearguments.split() | ||
| if len(gamearguments) != 4: | ||
| print("Invalid arguments!") | ||
| exit(1) | ||
| pixelsize = int(gamearguments[3]) | ||
| halfchunksize = int(gamearguments[2]) | ||
| width = (int(gamearguments[0]) + halfchunksize - 2) | ||
| height = (int(gamearguments[1]) + halfchunksize - 2) | ||
| if width < 1 or height < 1 or pixelsize < 1 or halfchunksize < 1 or halfchunksize * 2 >= width or halfchunksize * 2 >= height: | ||
| print("Invalid arguments!") | ||
| exit(1) | ||
| width *= pixelsize | ||
| height *= pixelsize | ||
| halfchunksize *= pixelsize | ||
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| # Function for saving the image (params: name=Filename, export=Image IMG variable) | ||
| def func_exportfullimage(name, export): | ||
| print("SAVING IMAGE") | ||
| file = (imgdir+"\\"+name+".png") | ||
| print(file) | ||
| file = open(file, "wb") | ||
| export.save(file) | ||
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| # Where the magic happens, Creates a canvas and pastes RAWimages in a grid fashion | ||
| masterexport = Image.new("RGBA", (width,height), color=(0,0,0,255)) | ||
| imagelist = [file for file in sorted(listdir(rawimgdir), key=lambda x: path.getmtime(rawimgdir+"\\"+x)) if file.endswith('.png')] | ||
| imagecount = len(imagelist) | ||
| chunksize = halfchunksize * 2 - pixelsize | ||
| x = fc = 0 | ||
| y = height - chunksize | ||
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| # For loop stitches RAw images together | ||
| for p in imagelist: | ||
| file = (rawimgdir+"\\"+p) | ||
| photo = Image.open(file).convert("RGBA") | ||
| #Verbose mode [Iteration] [Image Coords] [RAW Filename] | ||
| #print("iter: " f"{fc : >2}", "IMG XY: " f"{x : >4}", f"{y : >4}", "FILE: " f"{p : >13}") | ||
| masterexport.paste(photo, (x, y)) | ||
| x += chunksize | ||
| fc += 1 | ||
| if x >= width: | ||
| x = 0 | ||
| y -= chunksize | ||
| y = max(y, 0) | ||
| progress = fc / imagecount * 100 | ||
| print("%.1f" % progress, "%") | ||
| x = min(x, width - chunksize) | ||
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| func_exportfullimage(exportfilename, masterexport) | ||
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| # Hopefully you got this far | ||
| print("COMPLETED :)") |