memononen

// Draws a graph using a triangle strip and simple gradient texture.
// Anti-aliasing may be off by a half a pixel.
// Works reasonable well with smooth as well as noisy data.
// The basic idea is that we draw the graph using a full height quad (or two triangles)
// per segment between two samples, and then we calculate texture coordinates
// so that 1px anti-aliasing gradient passes through the data points. The texture coordinate
// is calculated using the segment normal and one segment end point.

struct Point {
	float x, y;

memononen

Anything with complex persistent UI state.

- collapsable tree view
- a sortable list view

- graph UI (movable nodes connected w/ wires)
- timeline UI (movable boxes constrained on rows)

memononen

#define foo(...) foo_(123, ##__VA_ARGS__, 0)
void foo_(int dummy, ...)
{	
	unsigned int v;
	va_list list;
	printf("foo ");
	va_start(list, dummy);
	for (v = va_arg(list, unsigned int); v != 0; v = va_arg(list, unsigned int))
		printf("%d ", v);
	va_end(list);

memononen

#define mgArgs(...) mgmgArgs_(__VA_ARGS__, MG_NONE)
int mgArgs_(const char* text, ...);

int mgText_(const char* text, struct MGargs args);

// Can "cache" args for common operations, as well as merge them, or use inline.

int mgColor(float* r, float* g, float* b, float* a, struct MGargs args)
{
  struct MGargs labelArgs = mgArgs(mgFontSize(LABEL_SIZE), mgSpacing(LABEL_SPACING));

memononen

	static const char* fillVertShader =
#ifdef NANOVG_GLES2
		"#version 100\n"
		"precision highp float;\n"    // CHANGED
#endif
		"uniform vec2 viewSize;\n"
		"attribute vec2 vertex;\n"
		"attribute vec2 tcoord;\n"
		"attribute vec4 color;\n"
		"varying vec2 ftcoord;\n"

memononen

* Material dialog we're creating

+----------------------+
|       Materials      |
|  __________________  |
|?(__________________)x|
|----------------------|
| /¨\                 #|
|(   )  Gold          #|
| \_/                 #|