36 lines
1.6 KiB
Scheme
36 lines
1.6 KiB
Scheme
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; This is a janky set of routines to make building stairs easier.
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; More than anything it's just here to show off our fancy scripting
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; capabilities. I suppose if you bound this to some keyboard shortcut
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; it'd be a good time saver though :)
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(progn
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; CONFIG:
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(define AXIS X)
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(define STAIR_SIZE 0.25)
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(define (lerp start end percent)
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(+ start (* percent (- end start))))
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(define (build-stairs-x sx sy sw sl step height-a height-b)
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(do ((i 0 (+1 i)))
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((>= i (/ sw step)) (print "done"))
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(let* ((points (((+ (* i step) sx) sy)
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((+ (* i step) sx) (+ sy sl))
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((+ (* i step) sx step) (+ sy sl))
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((+ (* i step) sx step) sy)))
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(floor-height (lerp height-a height-b (/ i (/ sw step))))
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(ceiling-height (+ 4 floor-height)))
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(make-sector-from-points floor-height ceiling-height points))))
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(define (build-stairs-y sx sy sw sl step height-a height-b)
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(do ((i 0 (+1 i)))
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((>= i (/ sl step)) (print "done"))
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(let* ((points ((sx (+ (* i step) sy))
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((- sx sw) (+ (* i step) sy))
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((- sx sw) (+ (* i step) sy step))
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(sx (+ (* i step) sy step))))
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(floor-height (lerp height-a height-b (/ i (/ sl step))))
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(ceiling-height (+ 4 floor-height)))
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(make-sector-from-points floor-height ceiling-height points))))
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(fill-selection
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(lambda (x1 y1 x2 y2 nh1 nh2 dir)
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(if (= AXIS X)
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(build-stairs-x x1 y1 (abs (- x2 x1)) (abs (- y2 y1)) STAIR_SIZE nh1 nh2)
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(build-stairs-y x2 y2 (abs (- x2 x1)) (abs (- y2 y1)) STAIR_SIZE nh1 nh2)))))
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