Karl Toby Rosenberg KTRosenberg

## ContentView.swift
import SwiftUI

struct ContentView: View {
  let startDate = Date()

  var body: some View {
    GeometryReader { gp in
      TimelineView(.animation) { ctx in
        Rectangle()
          .ignoresSafeArea()

## box2d_v3_alpha_task_api_with_npe.cpp
/*
	I used this in sample.cpp/hpp of the box2d V3-alpha project.
	This is just an example of a non-enkiTS job system used with box2d V3-alpha
	- Nathan Phipps 1/14/24
*/


// --------- begin of inside sample.cpp ---------


## dispatch_openai_requests.py
# NOTE:
# You can find an updated, more robust and feature-rich implementation
# in Zeno Build
# - Zeno Build: https://github.com/zeno-ml/zeno-build/
# - Implementation: https://github.com/zeno-ml/zeno-build/blob/main/zeno_build/models/providers/openai_utils.py

import openai
import asyncio
from typing import Any

## CoC.ml
type term =
  | Lam of (term -> term)
  | Pi of term * (term -> term)
  | Appl of term * term
  | Ann of term * term
  | FreeVar of int
  | Star
  | Box

let unfurl lvl f = f (FreeVar lvl)

## .readme.md

      
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                Minimal D3D11 sprite renderer
              
          
    Minimal D3D11 sprite renderer

Minimal D3D11 sprite renderer: basic back-to-front sprite rendering reference code with example sprite sheet animation logic. As usual: Complete, runnable single-function app. No modern C++ / OOP / obscuring cruft.

Swap out the sprite sheet with a font atlas for a lightweight GUI / text renderer. Clip individual sprites and glyphs by offsetting screenPos and atlasPos to top left corner of visible area and adjusting size accordingly (all values in pixels):
sprite.screenPos.x += 17;
sprite.screenPos.y += 10;

  
## ubo-tutorial.html
<!--
Go to Line 153 for the start of Uniform Buffer Object related code and intro

Prerequsite:

You at least know what uniforms are in the context of WebGL
and mininally understand the concepts involved in creating a square in WebGL
-->

<html>

## CMakeLists.txt
cmake_minimum_required(VERSION 3.9)
project(QuickJS-Experiment)

#========== Global Configurations =============#
#----------------------------------------------#

set( CMAKE_CXX_STANDARD     17 )
set( CMAKE_VERBOSE_MAKEFILE ON )
set( CMAKE_CXX_EXTENSIONS   OFF)

## swept-aabb.lua
--[[
	moves rectangle A by (dx, dy) and checks for a collision
	with rectangle B.

	if no collision occurs, returns false.

	if a collision does occur, returns:
	- the time within the movement when the collision occurs (from 0-1)
	- the x component of the normal vector
	- the y component of the normal vector

## camera.cpp
#include "camera.hpp"
#include "../input.hpp"

#include "assert.h"

void Camera_View::calc_frustrum () {
	// frustrum_corners set to cam space by perspective_matrix() or orthographic_matrix()

	for (int i=0; i<8; ++i)
		frustrum.corners[i] = cam_to_world * frustrum.corners[i];

## app_metal.c
// How to build:
// # compile the metal shaders
// xcrun -sdk macosx metal -c shaders.metal -o shaders.air
// xcrun -sdk macosx metallib shaders.air -o shaders.metallib
// # compile the c file
// clang app_metal.c -framework Cocoa -framework Metal -o metal_c.app
//
//
// Draw a triangle using metal
// Metal tutorial followed here: https://www.raywenderlich.com/7475-metal-tutorial-getting-started
	import SwiftUI

	struct ContentView: View {
	let startDate = Date()

	var body: some View {
	GeometryReader { gp in
	TimelineView(.animation) { ctx in
	Rectangle()
	.ignoresSafeArea()
	/*
	I used this in sample.cpp/hpp of the box2d V3-alpha project.
	This is just an example of a non-enkiTS job system used with box2d V3-alpha
	- Nathan Phipps 1/14/24
	*/


	// --------- begin of inside sample.cpp ---------
	# NOTE:
	# You can find an updated, more robust and feature-rich implementation
	# in Zeno Build
	# - Zeno Build: https://github.com/zeno-ml/zeno-build/
	# - Implementation: https://github.com/zeno-ml/zeno-build/blob/main/zeno_build/models/providers/openai_utils.py

	import openai
	import asyncio
	from typing import Any
	type term =
	\| Lam of (term -> term)
	\| Pi of term * (term -> term)
	\| Appl of term * term
	\| Ann of term * term
	\| FreeVar of int
	\| Star
	\| Box

	let unfurl lvl f = f (FreeVar lvl)
	<!--
	Go to Line 153 for the start of Uniform Buffer Object related code and intro

	Prerequsite:

	You at least know what uniforms are in the context of WebGL
	and mininally understand the concepts involved in creating a square in WebGL
	-->

	<html>
	cmake_minimum_required(VERSION 3.9)
	project(QuickJS-Experiment)

	#========== Global Configurations =============#
	#----------------------------------------------#

	set( CMAKE_CXX_STANDARD 17 )
	set( CMAKE_VERBOSE_MAKEFILE ON )
	set( CMAKE_CXX_EXTENSIONS OFF)
	--[[
	moves rectangle A by (dx, dy) and checks for a collision
	with rectangle B.

	if no collision occurs, returns false.

	if a collision does occur, returns:
	- the time within the movement when the collision occurs (from 0-1)
	- the x component of the normal vector
	- the y component of the normal vector
	#include "camera.hpp"
	#include "../input.hpp"

	#include "assert.h"

	void Camera_View::calc_frustrum () {
	// frustrum_corners set to cam space by perspective_matrix() or orthographic_matrix()

	for (int i=0; i<8; ++i)
	frustrum.corners[i] = cam_to_world * frustrum.corners[i];
	// How to build:
	// # compile the metal shaders
	// xcrun -sdk macosx metal -c shaders.metal -o shaders.air
	// xcrun -sdk macosx metallib shaders.air -o shaders.metallib
	// # compile the c file
	// clang app_metal.c -framework Cocoa -framework Metal -o metal_c.app
	//
	//
	// Draw a triangle using metal
	// Metal tutorial followed here: https://www.raywenderlich.com/7475-metal-tutorial-getting-started