manorender 0.1.1

Powerful 3D rendering engine with advanced features

ManoRender - Advanced 3D Rendering Engine

ManoRender is a powerful and flexible 3D rendering engine built with Python. It provides a comprehensive set of tools for creating, manipulating, and rendering 3D scenes.

Features

• Advanced 3D Object Rendering
• Scene Management
• Camera Control
• Lighting System
• Material System
• Real-time Rendering
• GUI Support
• Web-based Rendering
• Error Handling
• Entity System
• Physics Integration
• Shader Support
• Texture Management

Installation

# Install basic requirements
pip install -r renderer.mano

# Install development tools (optional)
pip install manorender[dev]

# Install documentation tools (optional)
pip install manorender[docs]

Usage

from manorender import ManoRender

# Create a new renderer
renderer = ManoRender()

# Create a new scene
scene = renderer.scene_new("main_scene")

# Camera settings
renderer.camera_new(0, 0, 10, 0, 0, 0)

# Add light
renderer.add_light(position=(0, 0, 10), color=(1, 1, 1))

# Entity operations
entity = renderer.sins_entity("main_entity")
entity.move(1, 2, 3).rotate(0, 45, 0).scale(2, 2, 2)

# Start rendering
renderer.render_start()
renderer.render(scene)
renderer.complete_ren()

Advanced Features

Error Handling

# Check for errors
entity.add_error("Test error")
renderer.command_line("main_entity")
entity.clear_errors()

Entity Management

# Create and destroy entities
entity = renderer.sins_entity("entity1")
# ... do something with entity ...
renderer.point_entity("entity1")

Physics Integration

# Add physics properties
entity.physics.mass = 1.0
entity.physics.friction = 0.5
entity.physics.restitution = 0.8

Development

The project is actively developed and new features are continuously being added. We welcome contributions from the community.

Documentation

Project Documentation Deleted.

Support

Contact from profile and search for debug.

Texture Kullanımı

Texture'ları kullanmak için şu adımları takip edin:

1. Texture'ı yükle:

# Temel texture yükleme
renderer.get_texture("wood_texture", "wood.png")

# Gelişmiş texture yükleme
renderer.get_texture(
    id="wood_texture",
    file="wood.png",
    mipmaps=True,          # Mipmapping etkin
    anisotropic=True,      # Anizotropik filtreleme etkin
    compression=True,      # Texture sıkıştırma etkin
    srgb=True             # sRGB renk uzayı etkin
)

2. Objeye texture uygula:

# Temel texture uygulama
renderer.set_texture("wood_texture", "cube")

# GeliÅŸmiÅŸ texture uygulama
renderer.set_texture(
    id="wood_texture",
    object="cube",
    uv_scale=2.0,        # UV ölçeklendirme
    uv_offset=(0.5, 0.5),# UV kaydırma
    repeat=True,         # Tekrarlama etkin
    clamp=False          # Kenar kırma etkin
)

Gelişmiş Texture Özellikleri

Texture Atlas

# Texture atlas oluÅŸtur
renderer.create_texture_atlas(
    atlas_id="terrain_atlas",
    textures={
        "grass": (0, 0),
        "dirt": (512, 0),
        "rock": (0, 512)
    },
    size=(2048, 2048)
)

Cubemap

# Cubemap oluÅŸtur
renderer.create_cubemap(
    cubemap_id="skybox",
    faces={
        "right": "right.png",
        "left": "left.png",
        "top": "top.png",
        "bottom": "bottom.png",
        "front": "front.png",
        "back": "back.png"
    }
)

Normal Map

# Normal map oluÅŸtur
renderer.create_normal_map(
    id="normal_map",
    file="heightmap.png",
    strength=1.0
)

Specular Map

# Specular map oluÅŸtur
renderer.create_specular_map(
    id="specular_map",
    file="specular.png",
    glossiness=0.8
)

Emissive Map

# Emissive map oluÅŸtur
renderer.create_emissive_map(
    id="emissive_map",
    file="emissive.png",
    intensity=0.5
)

Roughness Map

# Roughness map oluÅŸtur
renderer.create_roughness_map(
    id="roughness_map",
    file="roughness.png",
    strength=0.7
)

Parallax Map

# Parallax map oluÅŸtur
renderer.create_parallax_map(
    id="parallax_map",
    file="heightmap.png",
    height=0.1,
    layers=8
)

Displacement Map

# Displacement map oluÅŸtur
renderer.create_displacement_map(
    id="displacement_map",
    file="displacement.png",
    strength=1.0
)

Flow Map

# Flow map oluÅŸtur
renderer.create_flow_map(
    id="flow_map",
    file="flow.png",
    speed=1.0
)

Emissive Gradient

# Emissive gradient oluÅŸtur
renderer.create_emissive_gradient(
    id="gradient",
    colors=[
        (255, 0, 0),
        (0, 255, 0),
        (0, 0, 255)
    ],
    positions=[0.0, 0.5, 1.0]
)

Procedural Texture

# Yordamsal texture oluÅŸtur
renderer.create_procedural_texture(
    id="noise_texture",
    type="noise",
    parameters={
        "size": (1024, 1024),
        "octaves": 6,
        "persistence": 0.5,
        "lacunarity": 2.0,
        "scale": 1.0
    }
)

Texture Animation

# Texture animasyonu oluÅŸtur
renderer.create_texture_animation(
    id="animation",
    frames=[
        "frame1.png",
        "frame2.png",
        "frame3.png"
    ],
    fps=24
)

# Animasyonu güncelle
renderer.update_texture_animation("animation")

Texture Filter

# Blur filtresi oluÅŸtur
renderer.create_texture_filter(
    id="blur_filter",
    type="blur",
    parameters={
        "size": 3,
        "sigma": 1.0
    }
)

# Texture'e filtre uygula
renderer.apply_texture_filter("blur_filter", "texture_id")

Texture Composite

# Texture bileÅŸimi oluÅŸtur
renderer.create_texture_composite(
    id="composite",
    textures=["texture1", "texture2"],
    blend_mode="add",
    opacity=1.0
)

Texture Mask

# Texture maskesi oluÅŸtur
renderer.create_texture_mask(
    id="masked_texture",
    mask_file="mask.png",
    texture_file="texture.png"
)

Texture Array

# Texture dizisi oluÅŸtur
renderer.create_texture_array(
    id="texture_array",
    textures=["tex1", "tex2", "tex3"],
    layers=3
)

Cubemap Array

# Cubemap dizisi oluÅŸtur
renderer.create_cubemap_array(
    id="cubemap_array",
    cubemaps=["cubemap1", "cubemap2"],
    layers=2
)

## License

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