34 lines
1.1 KiB
Plaintext
34 lines
1.1 KiB
Plaintext
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# apply_images
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* Take calibration json as argument
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* Create blank image of width and height
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* Place idealized circles where hole punches are supposed to be
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* Place fiducials in corners of images
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* Take up to 4 images as arguments
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* Perform AffineTransform on as many source locations as needed
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* Place images according to AffineTransform
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* Write final image out
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### Potentials needs
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* One time xy offset, calibrated to hole punches
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* Hole punch several sheets at the same time, calibrate to one and print on them
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* OR
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* Calibrate, then print on un-punched sheets and place guides for punching
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* (this may be less reliable)
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# apply_svg
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* Create svg document scaling width and height to 96dpi equivalent
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* Normalize all measurements to 96dpi equivalent
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* Place idealized circles where hole punches are supposed to be
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* Take up to 4 svg files as arguments
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* Find best fit for svg within 4 frames, rotation, scale and position
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* Place or embed or re-write svg within frame, one at a time
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* Write out final svg
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### Potential needs
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* One time xy offset, calibrated to hole punches
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* Special board to draw this on (as opposed to free form mat)
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