Warning, /frameworks/syntax-highlighting/autotests/folding/highlight.scad.fold is written in an unsupported language. File is not indexed.
0001 <beginfold id='1'>/*</beginfold id='1'>Basic test file
0002 Written by Julian Stirling, 2018
0003 License: MIT<endfold id='1'>*/</endfold id='1'>
0004
0005 // This is a comment
0006 x=5;
0007 y=6;
0008 z=5;
0009 r=2;
0010 for (n = <beginfold id='2'>[</beginfold id='2'>-1.5:1:1.5<endfold id='2'>]</endfold id='2'>)<beginfold id='3'>{</beginfold id='3'>
0011 translate(<beginfold id='2'>[</beginfold id='2'>n*x,0,0<endfold id='2'>]</endfold id='2'>)<beginfold id='3'>{</beginfold id='3'>cubehole(<beginfold id='2'>[</beginfold id='2'>x,y,z<endfold id='2'>]</endfold id='2'>,r);<endfold id='3'>}</endfold id='3'>
0012 <endfold id='3'>}</endfold id='3'>
0013
0014 module cubehole(size,holerad)
0015 <beginfold id='3'>{</beginfold id='3'>
0016 $fn=28;
0017 difference()
0018 <beginfold id='3'>{</beginfold id='3'>
0019 cube(size,center=true);
0020 cylinder(size<beginfold id='2'>[</beginfold id='2'>2<endfold id='2'>]</endfold id='2'>+1,r=holerad,center=true);
0021 <endfold id='3'>}</endfold id='3'>
0022 <endfold id='3'>}</endfold id='3'>
0023
0024 // some examples adapted from https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/General
0025 cube(5);
0026 x = 4 + y;
0027 rotate(40) square(5,10);
0028 translate(<beginfold id='2'>[</beginfold id='2'>10, 5<endfold id='2'>]</endfold id='2'>) <beginfold id='3'>{</beginfold id='3'>
0029 circle(5);
0030 square(4);
0031 <endfold id='3'>}</endfold id='3'>
0032 rotate(60) color(<beginfold id='4'>"</beginfold id='4'>red<endfold id='4'>"</endfold id='4'>) <beginfold id='3'>{</beginfold id='3'>
0033 circle(5);
0034 square(4);
0035 <endfold id='3'>}</endfold id='3'>
0036 color(<beginfold id='4'>"</beginfold id='4'>blue<endfold id='4'>"</endfold id='4'>) <beginfold id='3'>{</beginfold id='3'>
0037 translate(<beginfold id='2'>[</beginfold id='2'>5, 3, 0<endfold id='2'>]</endfold id='2'>) sphere(5);
0038 rotate(<beginfold id='2'>[</beginfold id='2'>45, 0, 45<endfold id='2'>]</endfold id='2'>) <beginfold id='3'>{</beginfold id='3'>
0039 cylinder(10);
0040 cube(<beginfold id='2'>[</beginfold id='2'>5, 6, 7<endfold id='2'>]</endfold id='2'>);
0041 <endfold id='3'>}</endfold id='3'>
0042 <endfold id='3'>}</endfold id='3'>
0043
0044 aNumber = 42;
0045 aBoolean = true;
0046 anotherBoolean = false;
0047 aString = <beginfold id='4'>"</beginfold id='4'>foo<endfold id='4'>"</endfold id='4'>;
0048 aRange = <beginfold id='2'>[</beginfold id='2'>0: 1: 10<endfold id='2'>]</endfold id='2'>;
0049 aVector = <beginfold id='2'>[</beginfold id='2'>1, 2, 3<endfold id='2'>]</endfold id='2'>;
0050 aUndef = undef;
0051 moreNumbers = <beginfold id='2'>[</beginfold id='2'>-1, 42, 0.5, 2.99792458e+8, 1.337e3, 314e-2<endfold id='2'>]</endfold id='2'>;
0052 echo(moreNumbers)
0053 echo(<beginfold id='4'>"</beginfold id='4'>The quick brown fox \tjumps \"over\" the lazy dog.\rThe quick brown fox.\nThe \\lazy\\ dog. \x21 \u03a9 \U01F98A \U01f43e<endfold id='4'>"</endfold id='4'>);
0054
0055 vector1 = <beginfold id='2'>[</beginfold id='2'>1,2,3<endfold id='2'>]</endfold id='2'>; vector2 = <beginfold id='2'>[</beginfold id='2'>4<endfold id='2'>]</endfold id='2'>; vector3 = <beginfold id='2'>[</beginfold id='2'>5,6<endfold id='2'>]</endfold id='2'>;
0056 new_vector = concat(vector1, vector2, vector3); // [1,2,3,4,5,6]
0057
0058 string_vector = concat(<beginfold id='4'>"</beginfold id='4'>abc<endfold id='4'>"</endfold id='4'>,<beginfold id='4'>"</beginfold id='4'>def<endfold id='4'>"</endfold id='4'>); // ["abc", "def"]
0059 one_string = str(string_vector<beginfold id='2'>[</beginfold id='2'>0<endfold id='2'>]</endfold id='2'>,string_vector<beginfold id='2'>[</beginfold id='2'>1<endfold id='2'>]</endfold id='2'>); // "abcdef"
0060
0061 a = <beginfold id='2'>[</beginfold id='2'>1,2,3<endfold id='2'>]</endfold id='2'>; echo(len(a)); // 3
0062
0063 // Example which defines a 2D rotation matrix
0064 mr = <beginfold id='2'>[</beginfold id='2'>
0065 <beginfold id='2'>[</beginfold id='2'>cos(angle), -sin(angle)<endfold id='2'>]</endfold id='2'>,
0066 <beginfold id='2'>[</beginfold id='2'>sin(angle), cos(angle)<endfold id='2'>]</endfold id='2'>
0067 <endfold id='2'>]</endfold id='2'>;
0068
0069 // modifiers
0070 % cube(<beginfold id='2'>[</beginfold id='2'>10, 10, 10<endfold id='2'>]</endfold id='2'>); // background
0071 # cube(<beginfold id='2'>[</beginfold id='2'>10, 10, 10<endfold id='2'>]</endfold id='2'>); // debug
0072 ! cube(<beginfold id='2'>[</beginfold id='2'>10, 10, 10<endfold id='2'>]</endfold id='2'>); // root
0073 * cube(<beginfold id='2'>[</beginfold id='2'>10, 10, 10<endfold id='2'>]</endfold id='2'>); // disable
0074
0075 // if example taken from https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/Other_Language_Features#Rounding_examples
0076 if(a==b)<beginfold id='3'>{</beginfold id='3'>
0077 echo (<beginfold id='4'>"</beginfold id='4'>a==b<endfold id='4'>"</endfold id='4'>);
0078 <endfold id='3'>}</endfold id='3'>else if(a>b)<beginfold id='3'>{</beginfold id='3'>
0079 echo (<beginfold id='4'>"</beginfold id='4'>a>b<endfold id='4'>"</endfold id='4'>);
0080 <endfold id='3'>}</endfold id='3'>else if(a<b)<beginfold id='3'>{</beginfold id='3'>
0081 echo (<beginfold id='4'>"</beginfold id='4'>a<b<endfold id='4'>"</endfold id='4'>);
0082 <endfold id='3'>}</endfold id='3'>else<beginfold id='3'>{</beginfold id='3'>
0083 echo (<beginfold id='4'>"</beginfold id='4'>???<endfold id='4'>"</endfold id='4'>);
0084 <endfold id='3'>}</endfold id='3'>
0085
0086 // assert example taken from https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/Other_Language_Features#assert
0087 module row(cnt = 3)<beginfold id='3'>{</beginfold id='3'>
0088 // Count has to be a positive integer greater 0
0089 assert(cnt > 0);
0090 for (i = <beginfold id='2'>[</beginfold id='2'>1 : cnt<endfold id='2'>]</endfold id='2'>) <beginfold id='3'>{</beginfold id='3'>
0091 translate(<beginfold id='2'>[</beginfold id='2'>i * 2, 0, 0<endfold id='2'>]</endfold id='2'>) sphere();
0092 <endfold id='3'>}</endfold id='3'>
0093 <endfold id='3'>}</endfold id='3'>
0094 row(0);