pgfx

Lightweight 2D game library for Python, inspired by Haaf's Game Engine.

Installation

pip install pgfx

Prebuilt wheels are available for Linux, macOS and Windows — no extra dependencies needed.

Building from source

Building (or installing from sdist) requires a Rust toolchain, pkg-config and system audio/input headers on Linux:

# Debian/Ubuntu
sudo apt-get install libasound2-dev libudev-dev pkg-config

# Fedora/RHEL
sudo dnf install alsa-lib-devel systemd-devel pkgconf-pkg-config

Then pip install . (or uv sync + maturin develop for development).

Quick Start

import pgfx

pgfx.init(800, 600, "My Game")

x, y = 400, 300

def update(dt):
    global x, y
    speed = 200 * dt

    if pgfx.key_down(pgfx.KEY_LEFT):  x -= speed
    if pgfx.key_down(pgfx.KEY_RIGHT): x += speed
    if pgfx.key_down(pgfx.KEY_UP):    y -= speed
    if pgfx.key_down(pgfx.KEY_DOWN):  y += speed

    return not pgfx.key_pressed(pgfx.KEY_ESCAPE)

def render():
    pgfx.clear(pgfx.Color(20, 20, 40))
    pgfx.circle_fill(x, y, 20, pgfx.WHITE)

pgfx.run(update, render)

Features

Sprites — load, draw, rotate, scale, flip
Text — TrueType fonts
Audio — sounds and music
Input — keyboard, mouse, gamepads
Particles — configurable particle systems
Lighting — ambient and point lights
Collision — rects, circles, raycasts

Examples

Sprites

ship = pgfx.sprite_load("ship.png")
pgfx.draw(ship, 100, 200)
pgfx.draw_ex(ship, 300, 200, rot=0.5, scale=2, alpha=0.8)

Text

font = pgfx.font_load("font.ttf", 24)
pgfx.text(font, f"FPS: {pgfx.fps()}", 10, 10, pgfx.WHITE)

Audio

laser = pgfx.sound_load("laser.wav")
pgfx.sound_play(laser)

music = pgfx.music_load("theme.ogg")
pgfx.music_play(music, loop=True)

Input

# Keyboard
if pgfx.key_pressed(pgfx.KEY_SPACE):
    shoot()

# Mouse
mx, my = pgfx.mouse_pos()
if pgfx.mouse_pressed(pgfx.MOUSE_LEFT):
    click(mx, my)

# Gamepad
if pgfx.gamepad_connected():
    move_x = pgfx.gamepad_axis(0, pgfx.GAMEPAD_AXIS_LX)

Particles

fire = pgfx.particles_create(
    primitive="circle_soft",
    emission_rate=100,
    lifetime_min=0.3, lifetime_max=0.8,
    speed_min=50, speed_max=100,
    start_color=(255, 200, 50, 255),
    end_color=(255, 50, 0, 0),
    start_size=10, end_size=2
)

# In update:
pgfx.particles_fire(fire, x, y)
pgfx.particles_update(fire, dt)

# In render:
pgfx.particles_render(fire)

Lighting

pgfx.set_ambient(pgfx.Color(30, 30, 50))
torch = pgfx.light_create(150, pgfx.Color(255, 200, 100))
pgfx.light_set_flicker(torch, 0.2, 3.0)

# In render:
pgfx.light_draw(torch, player_x, player_y)

Notes

Coordinates. The whole API works in logical pixels — the units you pass to init(). On HiDPI displays (Retina, 2x scale) the content is scaled up automatically; screen_size() and mouse_pos() stay in logical pixels.

Draw order. Everything is drawn back-to-front by z (default 0, higher = on top). Within the same z, all commands — sprites, primitives, text, lights and particles — keep their call order.

clear(color) sets the frame's background color (the last call wins) — it does not erase what was already drawn this frame.

Camera. set_view(x, y, zoom, rot) applies to every draw call issued after it — sprites, primitives, text, particles and lights alike; reset_view() switches back to screen space (HUD). The view resets at the start of every frame, so call it in render() before drawing the world. Which view a draw uses is decided by call order, not by z. Input stays in screen space: converting mouse_pos() to world coordinates is up to you. See examples/camera.py.

Threading. Call the pgfx API from the main thread only (init/run is an OS requirement). Background threading.Threads keep running during the game loop — use them for pure Python work (networking, file I/O) and hand results to update via queue.Queue. multiprocessing cannot be used with pgfx objects: resource IDs are process-local.

Audio latency. The default audio buffer follows the output device. If you get crackling audio (VMs, CI), set PGFX_AUDIO_BUFFER=14400 (frames; 14400 ≈ 300 ms at 48 kHz) before starting.

Lighting. set_ambient darkens the whole frame to the given color and light_draw adds light on top: lights are accumulated additively into a lightmap which then multiplies the rendered frame. Lighting applies to everything drawn that frame (including text/HUD) regardless of z; when the ambient color is white and no lights are drawn, the lighting passes are skipped entirely.

API Reference

System (7)

Function	Description
`init(width, height, title, **opts)`	Initialize window. Options: `fullscreen`, `resizable`, `fps_limit` (frames per second cap, `0` = uncapped; VSync is always on), `msaa` (`1` = off, default; `4` = 4x antialiasing of polygon edges — rotated rects, thick lines, sprites; render targets stay non-multisampled)
`run(update_fn, render_fn, on_ready=None)`	Start game loop. `update_fn(dt)` returns `False` to quit; `on_ready()` is called once when the GPU is initialized. Exceptions raised in callbacks propagate out of `run()`. When `run()` returns, the window is closed, all resources are freed and pgfx is deinitialized — call `init()` to start again
`quit()`	Exit game loop (from a callback) or deinitialize pgfx (outside of `run()`)
`dt()`	Delta time in seconds
`fps()`	Current FPS (averaged over ~0.5s)
`time()`	Time since init
`screen_size()`	Current window size in logical pixels (tracks resize and fullscreen)

Input (11)

Function	Description
`key_down(key)`	Key is held
`key_pressed(key)`	Key just pressed
`key_released(key)`	Key just released
`mouse_pos()`	Returns `(x, y)`
`mouse_down(btn)`	Button is held
`mouse_pressed(btn)`	Button just pressed
`mouse_wheel()`	Wheel delta this frame (float; fractional for touchpads)
`gamepad_connected(idx=0)`	Gamepad connected
`gamepad_button(idx, btn)`	Button pressed
`gamepad_axis(idx, axis)`	Axis value (-1 to 1)
`gamepad_trigger(idx, trigger)`	Trigger value (0 to 1)

Texture (3)

Function	Description
`texture_load(path)`	Load texture, returns ID
`texture_free(tex)`	Free texture
`texture_size(tex)`	Returns `(width, height)`

Sprite (6)

Function	Description
`sprite_load(path)`	Load sprite from image
`sprite_create(tex, x, y, w, h)`	Create sprite from texture region
`sprite_sheet(path, cols, rows)`	Load sprite sheet, returns list of IDs
`sprite_set_origin(spr, ox, oy)`	Set origin point
`sprite_set_color(spr, color)`	Set tint color
`sprite_free(spr)`	Free sprite

Drawing (9)

Function	Description
`clear(color)`	Clear screen
`draw(spr, x, y)`	Draw sprite
`draw_ex(spr, x, y, rot=0, scale=1, alpha=1, flip_x=False, flip_y=False, scale_y=None, blend="alpha")`	Draw with transform; `scale_y` (default: same as `scale`) enables non-uniform scaling, `blend="add"` draws additively (glow, fire)
`rect_fill(x, y, w, h, color)`	Draw rectangle
`rect_fill_ex(x, y, w, h, color, rot=0)`	Draw a rotated rectangle centered on `(x, y)` — the anchor is the middle (like `circle_fill`), rotation is around it
`line(x1, y1, x2, y2, color, width=2)`	Draw line (centered on the segment)
`circle_fill(x, y, r, color)`	Draw circle
`set_view(x, y, zoom=1, rot=0)`	Camera: place world point `(x, y)` at the screen center for subsequent draws, zoomed and rotated around it
`reset_view()`	Back to screen space — for HUD/UI

Render targets (5)

Function	Description
`target_create(w, h)`	Create an offscreen render target, returns ID
`target_sprite(target)`	The sprite showing the target's content — draw it like any sprite
`target_size(target)`	Returns `(width, height)`
`target_free(target)`	Free the target (and its texture/sprite)
`render_to(target)`	Redirect subsequent draw calls into the target; `render_to(None)` returns to the screen. Resets the view; `clear()` inside the block sets the target's clear color (default transparent). Target passes run before the screen pass, so a target drawn this frame can be shown the same frame. Drawing a target into itself is an error; lighting ignores `render_to`

Text (4)

Function	Description
`font_load(path, size, smooth=True)`	Load TTF font. `smooth=False` gives pixel-perfect rendering
`font_free(font)`	Free font
`text(font, string, x, y, color, z=0, align="left")`	Draw text. Any Unicode the font provides (glyphs are rasterized on demand), `\n` starts a new line, missing glyphs render as □. `align` ("left"/"center"/"right") sets what `x` anchors — each line aligns separately
`text_size(font, string)`	Measure without drawing: `(width, height)` of the block — widest line and line count × line height, matching `text()` exactly

Audio (12)

Function	Description
`sound_load(path)`	Load sound (WAV, OGG)
`sound_free(snd)`	Free sound
`sound_play(snd, volume=1, pan=0, loop=False)`	Play sound. `pan` is -1 (left) to 1 (right); non-zero pan mixes the source to mono
`sound_stop(snd)`	Stop sound
`music_load(path)`	Load music
`music_free(mus)`	Free music
`music_play(mus, loop=True)`	Play music
`music_stop(mus)`	Stop music
`music_pause(mus)`	Pause music
`music_resume(mus)`	Resume music
`set_master_volume(vol)`	Set master volume (0-1), applies to already-playing audio
`set_music_volume(vol)`	Set music volume (0-1), applies to the current track

Collision (9)

Function	Description
`collide_rects(x1, y1, w1, h1, x2, y2, w2, h2)`	Rectangle overlap
`collide_circles(x1, y1, r1, x2, y2, r2)`	Circle overlap
`collide_circle_rect(cx, cy, r, rx, ry, rw, rh)`	Circle-rect overlap
`point_in_rect(px, py, rx, ry, rw, rh)`	Point in rectangle
`point_in_circle(px, py, cx, cy, r)`	Point in circle
`raycast_rect(ox, oy, dx, dy, rx, ry, rw, rh)`	Ray-rect intersection, returns distance or `None`
`sprite_rect(spr, x, y)`	Get sprite bounds `(x, y, w, h)`
`collide_sprites(spr1, x1, y1, spr2, x2, y2)`	Sprite overlap
`point_in_sprite(px, py, spr, sx, sy)`	Point in sprite

Particles (12)

Function	Description
`particles_create(**params)`	Create particle system
`particles_load(path)`	Create particle system from a JSON file (as saved by `utils/particle_editor`): the same keys as `particles_create`, plus optional `primitive` or `sprite` — an image path resolved relative to the file
`particles_free(ps)`	Free particle system
`particles_set(ps, **params)`	Update parameters; the ones not passed keep their current values
`particles_fire(ps, x, y)`	Start emitting
`particles_emit(ps, x, y, count)`	Emit burst
`particles_stop(ps)`	Stop emitting
`particles_move_to(ps, x, y)`	Move emitter
`particles_update(ps, dt)`	Update (call in update)
`particles_render(ps)`	Render (call in render)
`particles_is_alive(ps)`	Any particles alive
`particles_count(ps)`	Active particle count

Particle parameters: primitive, emission_rate, lifetime_min, lifetime_max, speed_min, speed_max, direction, spread, gravity, start_color, end_color, start_size, end_size, max_particles, blend ("alpha" or "add" — additive glow)

Lighting (7)

Function	Description
`set_ambient(color)`	Set ambient light (darkens the whole frame; white = lighting off)
`light_create(radius, color)`	Create light
`light_set_color(light, color)`	Change color
`light_set_intensity(light, intensity)`	Set intensity (0-1)
`light_set_flicker(light, amount, speed)`	Add flicker effect
`light_draw(light, x, y)`	Draw light
`light_free(light)`	Free light

Constants

Colors: WHITE, BLACK, RED, GREEN, BLUE, YELLOW, CYAN, MAGENTA, TRANSPARENT

Keys: KEY_A-KEY_Z, KEY_0-KEY_9, KEY_F1-KEY_F12, KEY_LEFT, KEY_RIGHT, KEY_UP, KEY_DOWN, KEY_SPACE, KEY_ESCAPE, KEY_ENTER, KEY_TAB, KEY_BACKSPACE, KEY_LSHIFT, KEY_RSHIFT, KEY_LCTRL, KEY_RCTRL, KEY_LALT, KEY_RALT

Mouse: MOUSE_LEFT, MOUSE_RIGHT, MOUSE_MIDDLE

Gamepad buttons: GAMEPAD_A, GAMEPAD_B, GAMEPAD_X, GAMEPAD_Y, GAMEPAD_LB, GAMEPAD_RB, GAMEPAD_LT, GAMEPAD_RT, GAMEPAD_BACK, GAMEPAD_START, GAMEPAD_GUIDE, GAMEPAD_LSTICK, GAMEPAD_RSTICK, GAMEPAD_DPAD_UP, GAMEPAD_DPAD_DOWN, GAMEPAD_DPAD_LEFT, GAMEPAD_DPAD_RIGHT

Gamepad axes: GAMEPAD_AXIS_LX, GAMEPAD_AXIS_LY, GAMEPAD_AXIS_RX, GAMEPAD_AXIS_RY

Gamepad triggers: GAMEPAD_TRIGGER_L, GAMEPAD_TRIGGER_R

License

MIT

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SHA256	`8378a25486667aecf38f006737867bd455500c903c1e9f652b40d93443a7d2d3`
MD5	`bb0438a0b49094a755a733051ca71e89`
BLAKE2b-256	`72f5cf30c84c5d1d3ad8f68644eb168d705221d82c540e9a4cf2b36531410efa`

Algorithm	Hash digest
SHA256	`f7642175c50d7c03dd9611cfe74a9de2448cf4c5eab83f50dc16b14bc57aa057`
MD5	`58651872741fbe8953e3682eae819dd8`
BLAKE2b-256	`e06f39f0aafc9f844a0179da818d4bd2579a380e28d7a71d3f16da7d58b11fe0`

Algorithm	Hash digest
SHA256	`5306ceeb5c2f501d5a7c1eac2ab951d89d0eaf4c6ef02b51b8b665d0023fdb22`
MD5	`b456b5ac54f157088aaf665debeef500`
BLAKE2b-256	`c00373151cb39c32ec3b6386c1c4650f445919d1a00f2b74a71594d8c4dd346b`

Algorithm	Hash digest
SHA256	`a40b8973b45ae3c9aebaa75473a7ddd9d6f929d3115080e4daac8066b5f861b6`
MD5	`998faa2dd435542dd4e68ab91b126558`
BLAKE2b-256	`f632b3df69d5cc5a693dd227890163ceebc25cacb8e47c4858685bcfed0e0ed3`

Algorithm	Hash digest
SHA256	`a2134606392ce54a2ae1b3302b35d2752799da68624a73cf9ee237072384ee30`
MD5	`cda0757ec89f8c7117f7849d6bf00008`
BLAKE2b-256	`30b88fc64113b1d8771cc58be71b26584ba2c4445efc85deadd63509a51371b0`

Algorithm	Hash digest
SHA256	`784a2b45fdc50e07a62e4702d1347a3e16915d2db8e6ca3fc38ec5e237d00bae`
MD5	`a636cae84e7a05c2b9f73501f2d53237`
BLAKE2b-256	`a4c4093f9a671a9077fdd6529b6d235df7c41bfae074802d40b813783bd9ea8e`

Algorithm	Hash digest
SHA256	`fa3029bb040a9677bcaec656cb31a0b6dbf4c38cbdf00885f4201326ac71eb42`
MD5	`ae788034c1496e71b4b55d9a853d8d86`
BLAKE2b-256	`d21fcf467212b105bac986a01e4a12c62f7bf93d99974416e822276dfe12023d`

pgfx 0.2.0

pgfx

Installation

Building from source

Quick Start

Features

Examples

Sprites

Text

Audio

Input

Particles

Lighting

Notes

API Reference

System (7)

Input (11)

Texture (3)

Sprite (6)

Drawing (9)

Render targets (5)

Text (4)

Audio (12)

Collision (9)

Particles (12)

Lighting (7)

Constants

License

Project links

Key dates

1 maintainer

Credits

License

Requires

Tags

Classifiers

Download files

Source Distribution

Built Distributions

File details

File metadata

File hashes

File details

File metadata

File hashes

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File metadata

File hashes

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File metadata

File hashes

File details

File metadata

File hashes

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File metadata

File hashes

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File metadata

File hashes

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File metadata

File hashes

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File metadata

File hashes

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File metadata

File hashes

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File metadata

File hashes

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File metadata

File hashes

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File metadata

File hashes

File details

File metadata

Algorithm	Hash digest
SHA256	`d28755725269b3b07224c28af986f6fcc8060c04dc0b4f0e4fbfe1cd0b7ff826`
MD5	`51672239a585d390685ec4950632b07e`
BLAKE2b-256	`53c8543439ce5a970b724fccbf80de66d6fa7fc489d1179038eb2396927c6b8b`

Algorithm	Hash digest
SHA256	`49639be6a274cd04dd39ab722bf66797712678c108377de928454b2341d2eacb`
MD5	`6d1feaf688adcf96bcaef259241c6b36`
BLAKE2b-256	`f724c5ddc37758bf14a753910b77ea0d5c4935d36492ca692d8c9b492768ae85`

Algorithm	Hash digest
SHA256	`9bc076f0bd141a12af11c1cf85d02492a099c112aab9adfa57f6c3f676020f1a`
MD5	`10dcead3f77f180da62806b7f64e8462`
BLAKE2b-256	`3a7b936184d64b634b61569eab95ef175124e060b1c441ab0593e31edc566298`

Algorithm	Hash digest
SHA256	`8f62f46ead342227b2fb4edd5bdf3b254f0ddd3c32c8206b88ca83f02cb3d294`
MD5	`f34ba32719c00e36a325f48f5f3b1541`
BLAKE2b-256	`67ddc09b3618f2af7ecd6581a4f2485e9a6c2b4b0b2d9e93f50ea9bdb8df896e`

Algorithm	Hash digest
SHA256	`96f02416ae9cb46c5d9a22666fa4f70cff2d3c854dced9aff4e52f8e76f4b468`
MD5	`949516842b6b627913e000eef58a995d`
BLAKE2b-256	`7dcbeb9f08571992ebc9412c35394c7572643ec5afbd6d5148e1001de83797c0`

Algorithm	Hash digest
SHA256	`f7b36847942c62a01b6417213afcd417a046eaf41bde00fb60782a02832661e5`
MD5	`fda42f20e3b92fb46541c3c37c5936d1`
BLAKE2b-256	`7b411c6e9132b6abf28b633d289dcc84c47ff8f905ab6d1067ea978fa2243357`