/*
* seg_digit.scad : 7 segment and 16 segment digit generation library
*
- * Author : Jose Ignacio Croce Busquets <jose@crossforests.com>
+ * Author : Jose Ignacio Croce Busquets <jose.croce@gmail.com>
*
* Date : 15-FEB-2014
*
- * Copyright 2014, 2015 Jose Ignacio Croce Busquets
+ * Copyright 2014, 2015, 2016, 2017, 2018 Jose Ignacio Croce Busquets
+ *
+ * Update:
+ *
+ * 17FEB2018 Jose Ignacio Croce Busquets <jose.croce@gmail.com>
+ * New polyhedron syntax.
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
function segment_radius(seglen) = seglen / 10;
/* Position (horiz) for next digit based on digit length */
-function digit_spacing(height) = segment_length(height)
- + 6 * segment_radius(segment_length(height));
+function digit_spacing(height) = segment_length(height) +
+ 6 * segment_radius(segment_length(height));
/* Draws A segment (top)
* size segment size
*/
module segment_a(size, on = true)
{
- translate(v = [ 0, digit_height(size), 0 ])
- segment(size, on = on);
+ translate(v = [ 0, digit_height(size), 0 ]) segment(size, on = on);
}
/* Draws A1 segment (top)
*/
module segment_a1(size, on = true)
{
- translate(v = [ 0, digit_height(size), 0 ])
- segment(size /2 , r = segment_radius(size), on = on);
+ translate(v = [ 0, digit_height(size), 0 ])
+ segment(size /2 , r = segment_radius(size), on = on);
}
/* Draws A2 segment (top)
*/
module segment_a2(size, on = true)
{
- translate(v = [ size / 2, digit_height(size), 0 ])
- segment(size /2 , r = segment_radius(size), on = on);
+ translate(v = [ size / 2, digit_height(size), 0 ])
+ segment(size /2 , r = segment_radius(size), on = on);
}
/* Draws B segment (right top)
*/
module segment_b(size, on = true)
{
- translate(v = [ 0, size, 0 ])
- segment_c(size, on = on);
+ translate(v = [ 0, size, 0 ]) segment_c(size, on = on);
}
/* Draws C segment (right bottom)
*/
module segment_c(size, on = true)
{
- translate(v = [ size, size, 0 ])
- rotate(a = [ 0, 0, 270 ])
- segment(size, on = on);
+ translate(v = [ size, size, 0 ])
+ rotate(a = [ 0, 0, 270 ])
+ segment(size, on = on);
}
/* Draws D segment (bottom)
*/
module segment_d(size, on = true)
{
- segment(size, on = on);
+ segment(size, on = on);
}
/* Draws D1 segment (top)
*/
module segment_d1(size, on = true)
{
- segment(size /2 , r = segment_radius(size), on = on);
+ segment(size /2 , r = segment_radius(size), on = on);
}
/* Draws D2 segment (top)
*/
module segment_d2(size, on = true)
{
- translate(v = [ size / 2, 0, 0 ])
- segment(size /2 , r = segment_radius(size), on = on);
+ translate(v = [ size / 2, 0, 0 ]) segment(size /2 , r = segment_radius(size), on = on);
}
/* Draws E segment (left bottom)
*/
module segment_e(size, on = true)
{
- rotate(a = [ 0, 0, 90 ])
- segment(size, on = on);
+ rotate(a = [ 0, 0, 90 ]) segment(size, on = on);
}
/* Draws F segment (left top)
*/
module segment_f(size, on = true)
{
- translate(v = [ 0, size, 0 ])
- segment_e(size, on = on);
+ translate(v = [ 0, size, 0 ]) segment_e(size, on = on);
}
/* Draws G segment (middle)
*/
module segment_g(size, on = true)
{
- translate(v = [ 0, size, 0 ])
- segment_d(size, on = on);
+ translate(v = [ 0, size, 0 ]) segment_d(size, on = on);
}
/* Draws G1 segment (top)
*/
module segment_g1(size, on = true)
{
- translate(v = [ 0, size, 0 ])
- segment(size /2 , r = segment_radius(size), on = on);
+ translate(v = [ 0, size, 0 ]) segment(size /2 , r = segment_radius(size), on = on);
}
/* Draws G2 segment (top)
*/
module segment_g2(size, on = true)
{
- translate(v = [ size / 2, size, 0 ])
- segment(size /2 , r = segment_radius(size), on = on);
+ translate(v = [ size / 2, size, 0 ]) segment(size /2 , r = segment_radius(size), on = on);
}
/* Draws H segment (upper left diagonal)
*/
module segment_h(size, on = true)
{
- translate(v = [ size / 2, size, 0 ])
- mirror([ 1, 0, 0 ])
- diag_segment(size, on = on);
+ translate(v = [ size / 2, size, 0 ])
+ mirror([ 1, 0, 0 ])
+ diag_segment(size, on = on);
}
/* Draws I segment (middle top)
*/
module segment_i(size, on = true)
{
- translate(v = [ -size / 2, 0, 0 ])
- segment_b(size, on = on);
+ translate(v = [ -size / 2, 0, 0 ]) segment_b(size, on = on);
}
/* Draws J segment (upper right diagonal)
*/
module segment_j(size, on = true)
{
- translate(v = [ size / 2, size, 0 ])
- diag_segment(size, on = on);
+ translate(v = [ size / 2, size, 0 ]) diag_segment(size, on = on);
}
/* Draws K segment (lower right diagonal)
*/
module segment_k(size, on = true)
{
- translate(v = [ size, 0, 0 ])
- mirror([ 1, 0, 0 ])
- diag_segment(size, on = on);
+ translate(v = [ size, 0, 0 ])
+ mirror([ 1, 0, 0 ])
+ diag_segment(size, on = on);
}
/* Draws L segment (middle bottom)
*/
module segment_l(size, on = true)
{
- translate(v = [ -size / 2, 0, 0 ])
- segment_c(size, on = on);
+ translate(v = [ -size / 2, 0, 0 ]) segment_c(size, on = on);
}
/* Draws M segment (lower left diagonal)
*/
module segment_m(size, on = true)
{
- diag_segment(size, on = on);
+ diag_segment(size, on = on);
}
/*
*/
module segment_p(size, on = true)
{
- radius = segment_radius(size);
- translate(v = [ size + radius, 0, 0 ])
- decimal_point(size, on = on);
+ radius = segment_radius(size);
+ translate(v = [ size + radius, 0, 0 ]) decimal_point(size, on = on);
}
//---------------------------------------------------------------------------
*/
module decimal_point(size, on = true)
{
- radius = segment_radius(size);
- if (on)
- {
- translate(v = [ radius, 0, 0 ])
- polyhedron(points = [ [ -radius, -radius, 0 ]
- , [ -radius, radius, 0 ]
- , [ radius, radius, 0 ]
- , [ radius, -radius, 0 ]
- , [ 0, 0, radius ]
- ]
- , triangles = [ [ 0, 1, 4 ]
- , [ 1, 2, 4 ]
- , [ 2, 3, 4 ]
- , [ 0, 4, 3 ]
- , [ 0, 3, 1 ]
- , [ 1, 3, 2 ]
- ]);
- } else {
- translate(v = [ radius, 0, 0 ])
- {
- polyhedron(points = [ [ -radius, -radius, 0 ]
- , [ -radius, radius, 0 ]
- , [ radius, radius, 0 ]
- , [ radius, -radius, 0 ]
- , [ 0, 0, -radius ]
- ]
- , triangles = [ [ 0, 4, 1 ]
- , [ 1, 4, 2 ]
- , [ 2, 4, 3 ]
- , [ 0, 3, 4 ]
- , [ 0, 1, 3 ]
- , [ 1, 2, 3 ]
- ]);
- translate(v = [ 0, 0, radius / 2 ])
- cube(size= [ 2 * radius, 2 * radius, radius ], center = true);
- }
- }
+ radius = segment_radius(size);
+ if (on)
+ {
+ translate(v = [ radius, 0, 0 ])
+ polyhedron(
+ points = [
+ [ -radius, -radius, 0 ],
+ [ -radius, radius, 0 ],
+ [ radius, radius, 0 ],
+ [ radius, -radius, 0 ],
+ [ 0, 0, radius ]
+ ],
+ faces = [
+ [ 0, 1, 4 ],
+ [ 1, 2, 4 ],
+ [ 2, 3, 4 ],
+ [ 3, 0, 4 ],
+ [ 0, 1, 2, 3]
+ ]
+ );
+ } else {
+ translate(v = [ radius, 0, 0 ])
+ {
+ polyhedron(
+ points = [
+ [ -radius, -radius, 0 ],
+ [ -radius, radius, 0 ],
+ [ radius, radius, 0 ],
+ [ radius, -radius, 0 ],
+ [ 0, 0, -radius ]
+ ],
+ faces = [
+ [ 0, 1, 4 ],
+ [ 1, 2, 4 ],
+ [ 2, 3, 4 ],
+ [ 3, 0, 4 ],
+ [ 0, 1, 2, 3 ]
+ ]
+ );
+ translate(v = [ 0, 0, radius / 2 ])
+ cube(size= [ 2 * radius, 2 * radius, radius ], center = true);
+ }
+ }
}
/* Draws a single segment
*/
module segment(size, r = 0, on = true)
{
- radius = (r == 0) ? segment_radius(size) : r;
- length = (size > 2 * radius) ? size - 2 * radius : 0;
- if (on)
- {
- polyhedron(points = [ [ 0, 0, 0 ]
- , [ radius , radius, 0 ]
- , [ radius + length, radius, 0 ]
- , [ 2 * radius + length, 0, 0 ]
- , [ radius + length, -radius, 0 ]
- , [ radius , -radius, 0 ]
- , [ radius , 0, radius ]
- , [ radius + length, 0, radius ]
- ]
- , triangles = [ [ 0, 1, 6 ]
- , [ 1, 2, 6 ]
- , [ 2, 7, 6 ]
- , [ 2, 3, 7 ]
- , [ 3, 4, 7 ]
- , [ 4, 5, 7 ]
- , [ 5, 6, 7 ]
- , [ 0, 6, 5 ]
- , [ 0, 5, 1 ]
- , [ 1, 5, 4 ]
- , [ 1, 4, 2 ]
- , [ 2, 4, 3 ]
- ]);
- } else {
- polyhedron(points = [ [ 0, 0, 0 ]
- , [ radius , radius, 0 ]
- , [ radius + length, radius, 0 ]
- , [ 2 * radius + length, 0, 0 ]
- , [ radius + length, -radius, 0 ]
- , [ radius , -radius, 0 ]
- , [ radius , 0, -radius ]
- , [ radius + length, 0, -radius ]
- ]
- , triangles = [ [ 0, 6, 1 ]
- , [ 1, 6, 2 ]
- , [ 2, 6, 7 ]
- , [ 2, 7, 3 ]
- , [ 3, 7, 4 ]
- , [ 4, 7, 5 ]
- , [ 5, 7, 6 ]
- , [ 0, 5, 6 ]
- , [ 0, 1, 5 ]
- , [ 1, 4, 5 ]
- , [ 1, 2, 4 ]
- , [ 2, 3, 4 ]
- ]);
- linear_extrude(height = radius)
- polygon(points = [ [ 0 , 0]
- , [ radius , radius ]
- , [ radius + length, radius ]
- , [ 2 * radius + length, 0 ]
- , [ radius + length, -radius ]
- , [ radius , -radius ]
- ]
- , paths = [ [ 0, 1, 2, 3, 4, 5 ] ]);
- }
+ radius = (r == 0) ? segment_radius(size) : r;
+ length = (size > 2 * radius) ? size - 2 * radius : 0;
+ if (on)
+ {
+ polyhedron(
+ points = [
+ [ 0, 0, 0 ],
+ [ radius, radius, 0 ],
+ [ radius + length, radius, 0 ],
+ [ 2 * radius + length, 0, 0 ],
+ [ radius + length, -radius, 0 ],
+ [ radius, -radius, 0 ],
+ [ radius, 0, radius ],
+ [ radius + length, 0, radius ]
+ ],
+ faces = [
+ [ 0, 1, 6 ],
+ [ 1, 2, 7, 6 ],
+ [ 2, 3, 7 ],
+ [ 3, 4, 7 ],
+ [ 4, 5, 6, 7 ],
+ [ 5, 0, 6 ],
+ [ 0, 5, 4, 3, 2, 1 ]
+ ]
+ );
+ } else {
+ polyhedron(
+ points = [
+ [ 0, 0, 0 ],
+ [ radius, radius, 0 ],
+ [ radius + length, radius, 0 ],
+ [ 2 * radius + length, 0, 0 ],
+ [ radius + length, -radius, 0 ],
+ [ radius, -radius, 0 ],
+ [ radius, 0, -radius ],
+ [ radius + length, 0, -radius ]
+ ],
+ faces = [
+ [ 0, 1, 2, 3, 4, 5 ],
+ [ 1, 0, 6 ],
+ [ 2, 1, 6, 7 ],
+ [ 2, 7, 3 ],
+ [ 4, 3, 7 ],
+ [ 5, 4, 7, 6 ],
+ [ 0, 5, 6 ]
+ ]
+ );
+ linear_extrude(height = radius)
+ polygon(
+ points = [
+ [ 0, 0 ],
+ [ radius, radius ],
+ [ radius + length, radius ],
+ [ 2 * radius + length, 0 ],
+ [ radius + length, -radius ],
+ [ radius, -radius ]
+ ],
+ paths = [
+ [ 0, 1, 2, 3, 4, 5 ]
+ ]
+ );
+ }
}
/* Draws a diagonal segment
*/
module diag_segment(size, r = 0, on = true)
{
- radius = (r == 0) ? segment_radius(size) : r;
- length = (size > 2 * radius) ? size - 2 * radius : 0;
- if (on)
- {
- polyhedron(points = [
- [ radius, radius, 0 ]
- , [ radius, 2.41 * radius, 0 ]
- , [ size / 2 - 2.41 * radius, size - radius, 0 ]
- , [ size / 2 - radius, size - radius, 0 ]
- , [ size / 2 - radius, size - 2.41 * radius, 0 ]
- , [ 2.41 * radius, radius, 0 ]
- , [ 1.70 * radius, 1.70 * radius, radius ]
- , [ size / 2 - 1.70 * radius, size - 1.70 * radius, radius ]
- ]
- , triangles = [ [ 0, 1, 6 ]
- , [ 1, 2, 6 ]
- , [ 2, 7, 6 ]
- , [ 2, 3, 7 ]
- , [ 3, 4, 7 ]
- , [ 4, 5, 7 ]
- , [ 5, 6, 7 ]
- , [ 0, 6, 5 ]
- , [ 0, 5, 1 ]
- , [ 1, 5, 4 ]
- , [ 1, 4, 2 ]
- , [ 2, 4, 3 ]
- ]);
- } else {
- polyhedron(points = [
- [ radius, radius, 0 ]
- , [ radius, 2.41 * radius, 0 ]
- , [ size / 2 - 2.41 * radius, size - radius, 0 ]
- , [ size / 2 - radius, size - radius, 0 ]
- , [ size / 2 - radius, size - 2.41 * radius, 0 ]
- , [ 2.41 * radius, radius, 0 ]
- , [ 1.70 * radius, 1.70 * radius, -radius ]
- , [ size / 2 - 1.70 * radius, size - 1.70 * radius, -radius ]
- ]
- , triangles = [ [ 0, 1, 6 ]
- , [ 1, 2, 6 ]
- , [ 2, 7, 6 ]
- , [ 2, 3, 7 ]
- , [ 3, 4, 7 ]
- , [ 4, 5, 7 ]
- , [ 5, 6, 7 ]
- , [ 0, 6, 5 ]
- , [ 0, 5, 1 ]
- , [ 1, 5, 4 ]
- , [ 1, 4, 2 ]
- , [ 2, 4, 3 ]
- ]);
- linear_extrude(height = radius)
- polygon(points = [ [ radius, radius ]
- , [ radius, 2.41 * radius ]
- , [ size / 2 - 2.41 * radius, size - radius ]
- , [ size / 2 - radius, size - radius ]
- , [ size / 2 - radius, size - 2.41 * radius ]
- , [ 2.41 * radius, radius ]
- ]
- , paths = [ [ 0, 1, 2, 3, 4, 5 ] ]);
- }
+ radius = (r == 0) ? segment_radius(size) : r;
+ length = (size > 2 * radius) ? size - 2 * radius : 0;
+ if (on)
+ {
+ polyhedron(
+ points = [
+ [ radius, radius, 0 ],
+ [ radius, 2.41 * radius, 0 ],
+ [ size / 2 - 2.41 * radius, size - radius, 0 ],
+ [ size / 2 - radius, size - radius, 0 ],
+ [ size / 2 - radius, size - 2.41 * radius, 0 ],
+ [ 2.41 * radius, radius, 0 ],
+ [ 1.70 * radius, 1.70 * radius, radius ],
+ [ size / 2 - 1.70 * radius, size - 1.70 * radius, radius ]
+ ],
+ faces = [
+ [ 0, 1, 6 ],
+ [ 1, 2, 7, 6 ],
+ [ 2, 3, 7 ],
+ [ 3, 4, 7 ],
+ [ 4, 5, 6, 7 ],
+ [ 5, 0, 6 ],
+ [ 0, 1, 2, 3, 4, 5 ]
+ ]
+ );
+ } else {
+ polyhedron(
+ points = [
+ [ radius, radius, 0 ],
+ [ radius, 2.41 * radius, 0 ],
+ [ size / 2 - 2.41 * radius, size - radius, 0 ],
+ [ size / 2 - radius, size - radius, 0 ],
+ [ size / 2 - radius, size - 2.41 * radius, 0 ],
+ [ 2.41 * radius, radius, 0 ],
+ [ 1.70 * radius, 1.70 * radius, -radius ],
+ [ size / 2 - 1.70 * radius, size - 1.70 * radius, -radius ]
+ ],
+ faces = [
+ [ 0, 1, 2, 3, 4, 5 ],
+ [ 1, 0, 6 ],
+ [ 2, 1, 6, 7 ],
+ [ 2, 7, 3 ],
+ [ 4, 3, 7 ],
+ [ 5, 4, 7, 6 ],
+ [ 0, 5, 6 ]
+ ]
+ );
+ linear_extrude(height = radius)
+ polygon(
+ points = [
+ [ radius, radius ],
+ [ radius, 2.41 * radius ],
+ [ size / 2 - 2.41 * radius, size - radius ],
+ [ size / 2 - radius, size - radius ],
+ [ size / 2 - radius, size - 2.41 * radius ],
+ [ 2.41 * radius, radius ]
+ ],
+ paths = [
+ [ 0, 1, 2, 3, 4, 5 ]
+ ]
+ );
+ }
}
//---------------------------------------------------------------------------
ex_seglen = 100; // segment length for all examples
// Base for on-relief examples
-translate(v = [ 0
- , -2 * digit_height(ex_seglen)
- , -2 * segment_radius(digit_height(ex_seglen)) ])
- cube(size = [ 2 * digit_spacing(digit_height(ex_seglen))
- , 4 * digit_height(ex_seglen)
- , 2 * segment_radius(digit_height(ex_seglen))
- ]);
+translate(
+ v = [ 0, -2 * digit_height(ex_seglen), -2 * segment_radius(digit_height(ex_seglen)) ]
+)
+ cube(
+ size = [
+ 2 * digit_spacing(digit_height(ex_seglen)),
+ 4 * digit_height(ex_seglen),
+ 2 * segment_radius(digit_height(ex_seglen))
+ ]
+ );
// On relief examples
// 7 segment on-relief example
-translate(v = [ digit_spacing(digit_height(ex_seglen)) / 2
- , digit_height(ex_seglen) / 2
- , 0 ])
+translate(
+ v = [ digit_spacing(digit_height(ex_seglen)) / 2, digit_height(ex_seglen) / 2, 0 ]
+)
{
- segment_a(ex_seglen);
- segment_b(ex_seglen);
- segment_c(ex_seglen);
- segment_d(ex_seglen);
- segment_e(ex_seglen);
- segment_f(ex_seglen);
- segment_g(ex_seglen);
- segment_p(ex_seglen);
+ segment_a(ex_seglen);
+ segment_b(ex_seglen);
+ segment_c(ex_seglen);
+ segment_d(ex_seglen);
+ segment_e(ex_seglen);
+ segment_f(ex_seglen);
+ segment_g(ex_seglen);
+ segment_p(ex_seglen);
}
// 16 segment on-relief example
-translate(v = [ digit_spacing(digit_height(ex_seglen)) / 2
- , -1.5 * digit_height(ex_seglen)
- , 0 ])
+translate(
+ v = [ digit_spacing(digit_height(ex_seglen)) / 2, -1.5 * digit_height(ex_seglen), 0 ]
+)
{
- segment_a1(ex_seglen);
- segment_a2(ex_seglen);
- segment_b(ex_seglen);
- segment_c(ex_seglen);
- segment_d1(ex_seglen);
- segment_d2(ex_seglen);
- segment_e(ex_seglen);
- segment_f(ex_seglen);
- segment_g1(ex_seglen);
- segment_g2(ex_seglen);
- segment_h(ex_seglen);
- segment_i(ex_seglen);
- segment_j(ex_seglen);
- segment_k(ex_seglen);
- segment_l(ex_seglen);
- segment_m(ex_seglen);
- segment_p(ex_seglen);
+ segment_a1(ex_seglen);
+ segment_a2(ex_seglen);
+ segment_b(ex_seglen);
+ segment_c(ex_seglen);
+ segment_d1(ex_seglen);
+ segment_d2(ex_seglen);
+ segment_e(ex_seglen);
+ segment_f(ex_seglen);
+ segment_g1(ex_seglen);
+ segment_g2(ex_seglen);
+ segment_h(ex_seglen);
+ segment_i(ex_seglen);
+ segment_j(ex_seglen);
+ segment_k(ex_seglen);
+ segment_l(ex_seglen);
+ segment_m(ex_seglen);
+ segment_p(ex_seglen);
}
// Low relief examples
// Low relief effect is performed by substracting from the base
translate(v = [ 2 * digit_spacing(digit_height(ex_seglen)), 0, 0 ])
- difference()
- {
- // Base for low-relief examples
- translate(v = [ 0
- , -2 * digit_height(ex_seglen)
- , -2 * segment_radius(digit_height(ex_seglen)) ])
- cube(size = [ 2 * digit_spacing(digit_height(ex_seglen))
- , 4 * digit_height(ex_seglen)
- , 2 * segment_radius(digit_height(ex_seglen))
- ]);
-
- // 7 segment low-relief example
- translate(v = [ digit_spacing(digit_height(ex_seglen)) / 2
- , digit_height(ex_seglen) / 2
- , 0 ])
- {
- segment_a(ex_seglen, on = false);
- segment_b(ex_seglen, on = false);
- segment_c(ex_seglen, on = false);
- segment_d(ex_seglen, on = false);
- segment_e(ex_seglen, on = false);
- segment_f(ex_seglen, on = false);
- segment_g(ex_seglen, on = false);
- segment_p(ex_seglen, on = false);
- }
-
- // 16 segment on-relief example
- translate(v = [ digit_spacing(digit_height(ex_seglen)) / 2
- , -1.5 * digit_height(ex_seglen)
- , 0 ])
+ difference()
{
- segment_a1(ex_seglen, on = false);
- segment_a2(ex_seglen, on = false);
- segment_b(ex_seglen, on = false);
- segment_c(ex_seglen, on = false);
- segment_d1(ex_seglen, on = false);
- segment_d2(ex_seglen, on = false);
- segment_e(ex_seglen, on = false);
- segment_f(ex_seglen, on = false);
- segment_g1(ex_seglen, on = false);
- segment_g2(ex_seglen, on = false);
- segment_h(ex_seglen, on = false);
- segment_i(ex_seglen, on = false);
- segment_j(ex_seglen, on = false);
- segment_k(ex_seglen, on = false);
- segment_l(ex_seglen, on = false);
- segment_m(ex_seglen, on = false);
- segment_p(ex_seglen, on = false);
- }
-
- }
+ // Base for low-relief examples
+ translate(
+ v = [ 0, -2 * digit_height(ex_seglen), -2 * segment_radius(digit_height(ex_seglen)) ]
+ )
+ cube(
+ size = [
+ 2 * digit_spacing(digit_height(ex_seglen)),
+ 4 * digit_height(ex_seglen),
+ 2 * segment_radius(digit_height(ex_seglen))
+ ]
+ );
+
+ // 7 segment low-relief example
+ translate(
+ v = [ digit_spacing(digit_height(ex_seglen)) / 2, digit_height(ex_seglen) / 2, 0 ]
+ )
+ {
+ segment_a(ex_seglen, on = false);
+ segment_b(ex_seglen, on = false);
+ segment_c(ex_seglen, on = false);
+ segment_d(ex_seglen, on = false);
+ segment_e(ex_seglen, on = false);
+ segment_f(ex_seglen, on = false);
+ segment_g(ex_seglen, on = false);
+ segment_p(ex_seglen, on = false);
+ }
+
+ // 16 segment on-relief example
+ translate(
+ v = [ digit_spacing(digit_height(ex_seglen)) / 2, -1.5 * digit_height(ex_seglen), 0 ]
+ )
+ {
+ segment_a1(ex_seglen, on = false);
+ segment_a2(ex_seglen, on = false);
+ segment_b(ex_seglen, on = false);
+ segment_c(ex_seglen, on = false);
+ segment_d1(ex_seglen, on = false);
+ segment_d2(ex_seglen, on = false);
+ segment_e(ex_seglen, on = false);
+ segment_f(ex_seglen, on = false);
+ segment_g1(ex_seglen, on = false);
+ segment_g2(ex_seglen, on = false);
+ segment_h(ex_seglen, on = false);
+ segment_i(ex_seglen, on = false);
+ segment_j(ex_seglen, on = false);
+ segment_k(ex_seglen, on = false);
+ segment_l(ex_seglen, on = false);
+ segment_m(ex_seglen, on = false);
+ segment_p(ex_seglen, on = false);
+ }
+}
/* EOF : seg_digit.scad */
Cross Forests / projects / 3dmodels / seg_digit.git / commitdiff