Mini Spin-X Library

Overview

Mini Spin-X is a cut down version of a "core" library I have been developing over the years to support my various coding projects, licensed under MIT. It has bunch of useful stuff like math library, xml parsing, loading/saving image files, file system, loading 3D assets, etc. for developing small programs. I have compiled it on different platforms, but because my main development environment is MSVC in Windows I only very occasionally check e.g. Linux/GCC. The library doesn't use STL but provides some alternatives e.g. for containers and has only few dependencies to external libs included in sxp_extlibs/ dir. Everything should be included and just compile as is without need to download other libs. MSVC project/solution files can be found in build/

Files & Dirs

sxp_src/core/ - Low-level core components

File/Dir	Description
class.h	Generic class introspection and object management.
config.h	The library configuration file.
containers.h	Collection of containers (e.g. array, list, deque, hash_map, etc.)
core.h	The most fundamental omnipresent core stuff. Always included either directly or indirectly.
crypto.h	Cryptographic functions (md5, sha256).
cstr.h	Low-level c-string functions.
enum.inc	Used to define enums with reflection.
expression.h	Math expression parsing.
functor.h	Functor implementations.
inet.h	Network stuff.
iterators.h	Free iterators (e.g. for intrusive singly-linked lists.
main.h	For defining platform agnostic main().
memory.h	Memory management classes.
meta.h	Meta-programming stuff.
node_graph.h	Classes for generic node graph.
preprocessor.h	Preprocessor file parsing.
sort.h	Sorting functions.
str.h	String management classes.
streams.h	Stream library (abstract writing/reading data).
utils.h	Just a bucket of misc "utility" stuff.
xml.h	XML parsing.
zip.h	ZIP file streams.

sxp_src/core/fsys/ - File system

File/Dir	Description
cipher_fsys.h	Extremely poor-security streams.
fsys.h	File system classes.
zip_fsys.h	ZIP file system implementation (read files straight from ZIP file).

sxp_src/core/math/ - Math library

File/Dir	Description
bit_math.h	Bit twiddling hacks.
color.h	Color classes (RGB/XYZ/YIQ/HSV) and functions.
fast_math.h	Fast-math hacks.
geo3.h	3D geometry processing (calculating convex hull, bounding box)
math.h	Templated linear algebra classes (vector, matrix, quaternion, complex).
math_adv.h	"Advanced" math.
monte_carlo.h	Some Monte-Carlo sampling functions.
numeric.h	Numeric type traits.
optics.h	Optics functions (BRDF, reflections, etc.)
parametric.h	Parametric surfaces and lines (Bezier, Hermite, etc.)
simd_math.h	SIMD-optimized linear algebra classes.
tform3.h	Higher level 3D transform related classes (camera, affine transforms).
prim2/prim2.h	2D primitives.
prim2/prim2_isect.h	2D primitive intersection functions.
prim3/prim3.h	3D primitives.
prim3/prim3_angle.h	3D primitive angle functions.
prim3/prim3_bvol.h	3D primitive bounding volume functions.
prim3/prim3_dist.h	3D primitive distance functions.
prim3/prim3_isect.h	3D primitive intersection functions.

sxp_src/core/mp/ - Multiprocessing library

File/Dir	Description
mp.h	Abstracted low-level multiprocessing funcs (atomics, threads, etc.)
mp_fiber.h	Fiber lib for co-operative multitasking.
mp_job_queue.h	Light weight job queue.
mp_memory.h	Thread-safe memory classes.
mp_msg_queue.h	Thread-safe message queue for interthread communication.

sxp_src/core_engine/ - Higher "engine" level core components

File/Dir	Description
mesh.h	Classes for loading and managing 3D meshes.
texture.h	Classes for loading and managing textures.
track_set.h	Classes for loading and managing animation tracks.
loaders/	Loaders for asset files (used by mesh.h, texture.h and track_set.h).

sxp_src/platform/ - Platform specific implementations

File/Dir	Description
linux/	Core component implementations for Linux/GCC (file system, SIMD, multithreading, network, etc.)
posix/	Core component implementations for Posix
win/	Core component implementations for Windows

License

Mini Spin-X Library is licensed under MIT license. See LICENSE for details.