src Directory Reference

Main source directory (C++20, Lua).

More...

Directory dependency graph for src:

Directories
directory	audio
directory	collision
	Collision detection and resolution for various collider object types.
directory	compute
	Compute back ends.
directory	font
	Utilities for fonts, text, and text boxes.
directory	glsl
directory	graphics
	Graphics back ends.
directory	input
	Terminal/keyboard/mouse input.
directory	lson
directory	lua
	Lua library and scripts.
directory	math
	Abstract mathematical utilities.
directory	os
	Platform configuration, operating system utilities.
directory	render
	High-level rendering module.
directory	timing
	Clocks, timers, profiling.
directory	utils

Files
file	const.h [code]
file	debug.h [code]
file	entity.cpp
file	entity.h [code]
file	lua_entity.cpp
file	main.cpp

Detailed Description

Main source directory (C++20, Lua).

Only a minimal amount of core source lives directly under this directory. Most code is placed under modules in each subdirectory (see the documentation of each of them for details). Dependencies between modules are kept to a minimum and with few exceptional cases the dependency graph is a DAG.

Configuration

All configuration is done using command-line arguments, and all command-line argument processing is done using Lua. Each argument is processed similarly to how the standalone Lua interpreter processes the LUA_INIT* variables:

• Each argument is executed in sequence.
• An argument with the format @filename causes filename to be read and executed as Lua code.
• Any other argument is executed literally as Lua code.
• Failure to execute any of the arguments aborts the initialization process. A failure exit code is returned.

Only a minimal amount of core source lives directly under this directory. Most code is placed under modules in each subdirectory (see the documentation of each of them for details). Dependencies between modules are kept to a minimum and with few exceptional cases the dependency graph is a DAG.

Configuration

All configuration is done using command-line arguments, and all command-line argument processing is done using Lua. Each argument is processed similarly to how the standalone Lua interpreter processes the LUA_INIT* variables:

• Each argument is executed in sequence.
• An argument with the format @filename causes filename to be read and executed as Lua code.
• Any other argument is executed literally as Lua code.
• Failure to execute any of the arguments aborts the initialization process. A failure exit code is returned.