jdryg

using System;
using System.Drawing;

public class ColorUtil
{
    public static Color GetRainbowColor(float percentage)
    {
    	// The code below tries to mimick Matlab's color gradient. A naive implementation which
    	// linearly interpolates hue, ends up with a very large range mapped to greenish colors
    	// and we cannot distinguish different regions easily.

jdryg

var ENABLE_LOGGING = true;

// Addressing modes
var ADDR_IMPLIED = 0;
var ADDR_ACCUMULATOR = 1;
var ADDR_IMMEDIATE = 2;
var ADDR_ZERO_PAGE = 3;
var ADDR_ZERO_PAGE_X = 4;
var ADDR_ZERO_PAGE_Y = 5;
var ADDR_RELATIVE = 6;

jdryg

            .ORG    0x0000 
LF          EQU     0x0A
CR          EQU     0x0D
EOS         EQU     0x24; '$'
STACK       EQU     0x80FF 
TERMINAL    EQU     0xF000 
CARET_ADDR  EQU     0xEFFE 

            JMP     boot ; 
            NOP     ; 

jdryg

/*
This script is supposed to build an ELF with 2 headers/memory regions.
1. A RX region starting at address 0, containing .text, .rodata 
   and the initial values for the .data section.
2. An empty 128KB RW region starting at address 0x10000 (for .data, .bss and .ram)

Observed output: 
2 ELF headers.
- The first contains .text and .rodata
- The second contains .data, .bss and .ram

jdryg

namespace ImGui
{
bool KeyboardInput(const char* label, char* buf, unsigned int buf_size, const ImVec2& size_arg, bool is_editable)
{
	ImGuiWindow* window = GetCurrentWindow();
	if (window->SkipItems) {
		return false;
	}

	ImGuiContext& g = *GImGui;

jdryg

static float colorCirclePos[512];
static vg::Color colorCircleColor[256];
static uint16_t colorCircleIndices[765];
static bool colorCircleReady = false;
if (!colorCircleReady) {
	// Center of the circle
	colorCirclePos[0] = 0.0f;
	colorCirclePos[1] = 0.0f;
	colorCircleColor[0] = vg::ColorRGBA::White;

jdryg

#include <stdint.h>
#include <inttypes.h>
#include <math.h>
#include <malloc.h>
#include <memory.h>
#include <Windows.h>
#include <stdio.h>
#include <xmmintrin.h>
#include <immintrin.h>

jdryg

#define TEST_SIMD 3

struct Rect
{
	float minx, miny;
	float maxx, maxy;
};

struct RectSoA
{

jdryg

Installation

1. Download all 3 files and place them at the same folder as your VS solution
2. Build shaderc and move the executable to the same folder. If you get the original executable from the build directory, remember to rename it to shaderc.exe instead of shadercRelease.exe
3. Open your solution into VS, right click on the project and select Build Dependencies > Build Customizations...
4. Click Find existing... and select the bgfxshader.targets file you just created
5. Add .sc files to your project and they should be treated as bgfx shaders

To verify that the new target works correctly you can right click on an .sc file and select Properties. Item Type property should read "bgfx Shader"

jdryg

local COLS = 20;
local ROWS = 4;
local CHAR_WIDTH = 5;
local CHAR_HEIGHT = 8;

local WAIT_ANIM = 0;

function wait(n)
  for i=1,n do
    simulate();