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fixed some typos in ft_util.scad and removed code which has been commented out

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ingoadmin
2026-04-05 19:38:08 +00:00
parent df995f33bb
commit ea16d4f0fe
1 changed files with 6 additions and 20 deletions
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ft_util.scad
+6 -20
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@@ -17,7 +17,7 @@
// values in OpenSCAD are constants technically spoken, these are some // values in OpenSCAD are constants technically spoken, these are some
// kind of special. They define standard values used everywhere and // kind of special. They define standard values used everywhere and
// changing them might influence how a part is redered and exported // changing them might influence how a part is redered and exported
// to the finsal stl file for printing. // to the final stl file for printing.
// The standard grid size of fischertechnik parts is 15 mm. Most // The standard grid size of fischertechnik parts is 15 mm. Most
// parts fit into that grid. // parts fit into that grid.
@@ -156,29 +156,15 @@ module eyelet(height = EYELET_HEIGHT, radius=2.05,
correctionVal = 0.0) correctionVal = 0.0)
{ {
// Currently used only in the lugs.scad file // Currently used only in the lugs.scad file
// See strut_eyelet to decide whether that one can be refactored // See strut_eyelet to decide whether that one can be refactored
// or replaced by this library module. // or replaced by this library module.
render() render()
union() union()
{ {
// radius = apply_correction(radius, correctionVal, horizontal);
// cube_width = apply_correction(7.2, correctionVal, horizontal); cylinder(h = height, r = radius, center = true);
// cube_height = apply_correction(3.1, correctionVal, horizontal); cube([cube_width, cube_len, height], center = true);
// Hmm, horizontal=true raises the eylet above the z axis while
// horizontal=false move the eyelet below the z axis.
// Is this intended? I assume no, all usages force the eyelet
// into horizontal= true. I would suggest that the eyelet cutout
// is centered on all four axises and the the horizontal= true
// forces the eyelet into x direction while false forces it into
// y direction.
// translate([0, 0, horizontal == false ? -(height/2) + MANIFOLD_CORRECTION : (height/2) - MANIFOLD_CORRECTION ])
// {
cylinder(h = height, r = radius, center = true);
// cube([cube_height, cube_width, height], center = true);
cube([cube_width, cube_len, height], center = true);
// }
} }
} }