SHADERed vs Shaderific

Struggling to choose between SHADERed and Shaderific? Both products offer unique advantages, making it a tough decision.

SHADERed is a Development solution with tags like shader, glsl, hlsl, graphics, gpu.

It boasts features such as Live editing and compiling of GLSL/HLSL shaders, Built-in shader viewer, Error checking and reporting, Support for debugging compute and graphics shaders, Lightweight and cross-platform and pros including Easy to use interface, Fast iteration for shader development, Helps identify errors quickly, Shader debugging capabilities, Works across Windows, Linux and MacOS.

On the other hand, Shaderific is a Development product tagged with shader, gpu, visual-programming, node-editing.

Its standout features include Visual node-based shader editor, Real-time shader preview and editing, Supports GLSL and HLSL shaders, Node library for common shader functions, Export shaders for Unity, Unreal, and custom engines, and it shines with pros like Intuitive visual workflow, Fast iteration for shader prototyping, No coding required, Great for learning shader programming.

Feature	SHADERed	Shaderific
Overall Score	N/A	N/A
Primary Category	Development	Development

Product Overview

SHADERed

Description: SHADERed is a lightweight, cross-platform & open-source tool for writing and debugging shaders. It features live editing of GLSL/HLSL shaders, compilation checking, error reporting, built-in shader viewer and ability to debug Compute and Graphics shader programs.

Shaderific

Description: Shaderific is a visual programming and node editing system for GPU shader development. It allows users to create shaders in a simple and intuitive visual environment without writing code.

Key Features Comparison

SHADERed Features

• Live editing and compiling of GLSL/HLSL shaders
• Built-in shader viewer
• Error checking and reporting
• Support for debugging compute and graphics shaders
• Lightweight and cross-platform

Shaderific Features

• Visual node-based shader editor
• Real-time shader preview and editing
• Supports GLSL and HLSL shaders
• Node library for common shader functions
• Export shaders for Unity, Unreal, and custom engines

Pros & Cons Analysis

SHADERed

Pros

• Easy to use interface
• Fast iteration for shader development
• Helps identify errors quickly
• Shader debugging capabilities
• Works across Windows, Linux and MacOS

Cons

• Limited to OpenGL/DirectX shader languages
• Not many advanced debugging features
• Basic feature set compared to full shader IDEs

Shaderific

Pros

• Intuitive visual workflow
• Fast iteration for shader prototyping
• No coding required
• Great for learning shader programming

Cons

• Limited to shader authoring only
• Less flexible than hand-coding shaders
• Small user community and documentation

Pricing Comparison

SHADERed

• Free
• Open Source

Shaderific

• Free
• One-time Purchase