Capital-EX

{"gameLink":"www.flickgame.org","canvasses":[[9,"b",2,"4",9,"b",10,"5",3,"4",6,"b",13,"5",42,"d",4,"5",10,"b",1,"5",1,"4",8,"b",5,"5",2,"4",8,"5",3,"b",10,"5",6,"b",8,"5",10,"b",1,"5",9,"b",7,"5",13,"b",12,"5",42,"d",3,"5",12,"b",1,"5",1,"4",7,"b",5,"5",1,"4",8,"5",5,"b",8,"5",7,"b",8,"5",10,"b",1,"5",13,"b",2,"5",17,"b",10,"5",40,"d",1,"5",16,"b",1,"5",2,"4",1,"5",3,"b",2,"5",3,"b",1,"5",1,"4",8,"5",5,"b",7,"5",8,"b",8,"5",10,"b",1,"5",14,"b",1,"5",18,"b",10,"5",33,"d",6,"5",17,"b",1,"5",2,"4",5,"5",5,"b",5,"5",3,"b",1,"5",5,"b",6,"5",8,"b",4,"5",4,"b",1,"5",10,"b",2,"5",32,"b",10,"5",31,"d",3,"b",4,"5",21,"b",1,"4",4,"5",14,"b",1,"5",3,"b",6,"5",9,"b",3,"5",16,"b",2,"5",14,"b",1,"5",6,"b",1,"5",10,"b",10,"5",30,"d",5,"b",3,"5",22,"b",1,"4",3,"5",14,"b",9,"5",10,"b",3,"5",15,"b",2,"5",15,"b",3,"5",10,"b",1,"5",3,"b",11,"5",30,"d",5,"b",3,"5",22,"b",4,"5",14,"b",7,"5",12,"b",3,"5",14,"b",3,"5",16,"b",1,"5",6,"b",1,"5",3,"b",16,"5",29,"d",1,"5",5,"b",3,"5",22,"b",5,"5",14,"b",1,"4",16,"b",3,"5",6,"b",1,"5",9,"

Capital-EX

{deck}
version:1
card:0
size:[512,342]
name:"prototypes.deck"

{card:home}
{widgets}
prototype11:{"type":"contraption","size":[100,100],"pos":[151,118],"def":"prototype1","widgets":{"slider1":{"value":56},"slider2":{"value":3136}}}
inc:{"type":"button","size":[78,27],"pos":[266,153],"script":"home.0","text":"Incerment"}

Capital-EX

#include <ObjFW/OFArray.h>
#include <ObjFW/OFData.h>
#include <ObjFW/OFMutableArray.h>
#import <ObjFW/OFObject.h>
#include <stddef.h>
#include <stdio.h>
#include <ObjFW/OFString.h>
#include <ObjFW/OFStream.h>
#import <ObjFW/OFStdIOStream.h>
#import <ObjFW/ObjFW.h>

Capital-EX

Starting state:
(1) ..s                           | [ int - int - int ] swap 'x set apply 'x get
    Inferred Effect: [ ..s -- ..t ]

(2) ..s [ int - int - int ]       | swap 'x set apply 'x get
    Inferred Effect: [ ..s -- ..t ]

(3) ..s [ int - int - int ] x     | 'x set apply 'x get
    Inferred Effect: [ ..s x -- ..t ]

Capital-EX

class Heap<E> {
    elem: E;
    subheaps: Heap<E>[];
    constructor(elem: E = null, subheaps: Heap<E>[] = []) {
        this.elem = elem;
        this.subheaps = subheaps;
    }

    private setSize(size: number){ return this; }

Capital-EX

import 'package:english_words/english_words.dart';
import 'package:flutter/material.dart';
import 'package:provider/provider.dart';

void main() {
  runApp(const MyApp());
}

class MyApp extends StatelessWidget {
  const MyApp({super.key});

Capital-EX

struct Red    end 
struct Yellow end
struct Green  end
alias Color = Red | Yellow | Green

def take_red_green(xs : Array(Color)) : Array(Red | Green)
  xs.select(Red | Green)
end

def expand_type(x : U, t : T.class) : U | T forall U, T

Capital-EX

require 'utf8'
local textBox = {
	new = function(self, id,text, x, y, wrap, align, font, fontSize)
		local tb      = {}
        
		tb.remove             = false
		tb.id                 = id
		tb.font               = font or love.graphics.getFont()
		tb.fontHeight         = tb.font:getHeight()
        tb.fontSize           = fontSize

Capital-EX

! Copyright (C) 2022 Capital Ex.
! See http://factorcode.org/license.txt for BSD license.

USING: arrays fry io kernel math math.parser namespaces ranges
sequences sequences.deep syntax locals ;
IN: bresenham

<PRIVATE

: >x0,x1 ( p0 p1 -- x0 x1 )

Capital-EX

func line_primitive_mesh(source_mesh: ArrayMesh) -> ArrayMesh:
	# The first index is the vertex list of the mesh, the last index (-1) is the edges of the tris
	# Edge data must exist for this function to work. Know to work fine with GLB files.
	var vert_data = source_mesh.surface_get_arrays(0)
	var verts = vert_data[0]
	var edges = vert_data[-1]
	var tris = PoolVector3Array()

	# Reform the array so that PRIMITIVE_LINES correctly draws each tri of the mesh.
	# The values A, B, C are the IDs of the vertext that make up some triangle