triplefox

[header one]
a$[]thing
a$[]other thing
b[,]1,2,3,4
[header two]
a[]thing
a[]other thing
b[,]1,2,3,4

triplefox

package com.ludamix.ds;

class Deli
{

	/*
	Deli - "Better than your usual hashmap"
	
	A syntax that maps text data to lists of numbers and strings by declaration, 
	vs. by position and context as in most textual formats.

triplefox

class Slactuate
{
	/* how to use: build your own abstraction on m() and p() to ease the setting of properties. call u() each frame you update, then call c() to cleanup. */
	public var td /*tween datas*/ = new Array<SlacTween>();
	public function new(){}
	public function u/*update to the given time*/(t : Float) { for (n in td) n.u(t); }
	public function c/*clear tweens updated to past their end time, and return the removed ones*/() {
		var i = td.length - 1; var r = new Array<SlacTween>(); if (td.length < 1) return r;
		while (i >= 0) { var n = td[i]; if (n.ci > 1.) {r.push(td.splice(i, 1)[0]); } i -= 1; }
		return r; }

triplefox

import flash.Lib;
import flash.display.Shape;

class Main 
{
	
	public static var sp : Shape;
	public static var slac : Slactuate;
	
	static function main() 

triplefox

class Eventsys
{
	
	public var entities = new Map<Int, IEntity>();
	
	public function new(){}

	/* raw spawning tools. instantiate and assign parameters to entities with your own configuration mechanism. */
	public function spawn(e : IEntity, id : Int) { if (entities.exists(id)) { throw "overlapping entity id"; } e.id = id; entities.set(id, e); }
	public function despawn(e : IEntity) { entities.remove(e.id); }

triplefox

# Generate and playback a sine tone

import sdl2
import sdl2/audio
import math

# Audio settings:
const Channels = 1
const RQSizeInSamples = 4096 * Channels

triplefox

type Uniforms = object
  faefar:GLint # fade factor
  tee:array[0..1,GLint] # textures
type Attributes = object
  pon:GLint # position
type Resources = object
  vexbur, eltbur:GLuint # vertex, element buffers
  tee:array[0..1,GLuint] # textures
  vexshr, frtshr:GLuint # vertex, element shaders
  prm:GLuint # program

triplefox

# Generate and playback a sine tone

import sdl2
import sdl2/audio
import math

# Audio settings requested:
const RQBufferSizeInSamples = 4096
const RQBytesPerSample = 2  # 16 bit PCM
const RQBufferSizeInBytes = RQBufferSizeInSamples * RQBytesPerSample

triplefox

type
  DataEntry* = object
    k:string # key
    v:int # value
  Rect* = object
    x:int
    y:int
    w:int # width
    h:int # height
    d:seq[DataEntry] # metadata

triplefox

type 
  GLFloatBufferPart{.unchecked.} = array[0..0, GLfloat]

  GLFloatBuffer* = ref tuple
    data : ptr GLFloatBufferPart
    samples : int
    bytes : int

# i want to expand this to all the GL numeric types through a generic: