MasonRemaley

    float wind = perlinNoise(vec3(texcoord.x, texcoord.y, scene.timer.seconds), vec3(FLT_MAX, FLT_MAX, scene.timer.period));
    wind *= 1 - texcoord.y;
    wind *= 5.0;
    vec2 noise_coords = texcoord * 5 + vec2(0, scene.timer.seconds);
    noise_coords.x *= 2;
    noise_coords.x += wind;
    float noise = perlinFbm(
        vec3(noise_coords, scene.timer.seconds),
        vec3(FLT_MAX, FLT_MAX, scene.timer.period),
        1,

MasonRemaley

//! ZON can be serialized with `serialize`.
//!
//! The following functions are provided for serializing recursive types:
//! * `serializeMaxDepth`
//! * `serializeArbitraryDepth`
//!
//! For additional control over serialization, see `Serializer`.
//!
//! The following types and any types that contain them may not be serialized:
//! * `type`

MasonRemaley

// I'm thinking these two will resolve themselves when the others do? There
// doesn't seem to be an explicit way to make a window not key besides replacing
// it with another window, or closing it.
[...]
  -> _keyWindow
  -> MyWindow

[...]
  -> NSDragDestination (_window)
  -> MyWindow

MasonRemaley

// # To test (macOS only)
// - Copy the contents of this file into a file called main.m
// - Run `clang main.m -fobjc-arc -xobjective-c++ -framework Cocoa && ./a.out`
//   in bash
// - Send me:
//   + The copy pasted console output from the run
//   + Your macOS version (Apple > About This Mac)
//   + Your clang version (`clang --version`)
//   + Whether or not your computer has a Touch Bar
//

MasonRemaley

// gcc refresh_rate.m -framework Cocoa -framework CoreVideo && ./a.out
//
// Prints the refresh rate of your main screen...I think.

#import <Cocoa/Cocoa.h>
#import <Carbon/Carbon.h>

int main() {
    NSScreen *screen = [NSScreen mainScreen];
    CGDirectDisplayID id = (CGDirectDisplayID)[

MasonRemaley

// *DISCLAIMER IF YOU FOUND THIS VIA GOOGLE: I'm at the time of writing still figuring this out, it
// works for me but I don't actually know if it's correct yet*
//
// This is a minimal example of how one might accept text entry in Cocoa in an OpenGL app or
// such. Unlike using `[event characters]`, it ignores unprintable keys such as the arrow keys. It
// also allows you to type accents and such, e.g. `alt+e o`. This example contains no error
// checking, and the only way to exit it is to kill it from the command line.
//
// To execute it, run:
// `$ gcc minimal_cocoa_gl_text_entry.m -framework Cocoa && ./a.out`