# Feature Request: A Powerful 3D Design Engine, Editable Effect Templates, Modular Architecture, and an Open Plugin Development Platform for CorelDRAW I request Corel to transform CorelDRAW into a more powerful, flexible, and future-ready graphic design application by introducing a professional 3D design system, reusable editable effect templates, a modular architecture, and an open plugin development platform. ## 1. A Complete Professional 3D Design Engine CorelDRAW needs a powerful, integrated 3D engine for both text and vector objects. Designers should be able to create professional 3D effects directly inside CorelDRAW without depending on other software for every advanced effect. Important features should include: - Advanced 3D extrusion, bevels, contours, depth control, rounded edges, and customizable geometry. - Professional materials such as gold, silver, chrome, metal, glass, crystal, jelly, liquid, plastic, rubber, and glossy or transparent materials. - Realistic reflections, refractions, highlights, shadows, lighting, textures, and environmental effects. - HDRI/environment lighting, customizable light sources, backgrounds, and material properties. - Procedural textures and customizable material presets. - Real-time previews and high-quality final rendering, with GPU acceleration where supported. - Transparent-background rendering and high-resolution output suitable for banners, posters, signs, labels, and professional printing. - Non-destructive editing, allowing users to modify text, depth, bevels, materials, lighting, and other properties at any time. - Reusable effects that can be copied between objects, saved as presets, and shared with other designers. The system should make it possible to create attractive 3D typography and vector graphics comparable to the results achievable with dedicated 3D software, while keeping the workflow accessible to ordinary graphic designers. ## 2. Editable 3D Text Templates and an Effect Library CorelDRAW should provide a library of ready-made, editable 3D text styles and design templates. For example, a designer could open a gold 3D text template, replace the sample wording with a shop name or heading, and retain the compatible material, bevel, extrusion, lighting, reflections, and other effect settings. The template system should support: - Editable text rather than flattened images. - Reusable styles for gold, chrome, metallic, jelly, glass, glossy, embossed, and other popular effects. - Easy replacement of sample text while preserving the design style as much as possible. - Editable vector objects and customizable effect settings. - User-created templates that can be saved, organized, imported, exported, and shared. - An online library or marketplace where designers can access free and paid templates, materials, lighting setups, textures, and presets. This would save considerable time, especially for designers who frequently create shop banners, advertisements, signboards, logos, and promotional graphics. ## 3. Modular Architecture for Better Performance CorelDRAW should use a modular architecture so users can install, enable, disable, or uninstall optional tools and advanced workspaces according to their needs and computer capabilities. Possible modules could include: - 3D Studio - AI Design Studio - Advanced Typography Studio - Image Editing Studio - Automation and Macro Studio - Advanced Effects Studio Users who only need basic vector design should not have to keep every advanced engine running. When an optional module is disabled, its background processes and unnecessary resource usage should be stopped wherever technically possible. The application should also offer hardware-adaptive quality settings, such as low, balanced, and high quality, based on available RAM, CPU, and GPU resources. Lightweight computers should remain usable, while powerful workstations should be able to take full advantage of advanced capabilities. ## 4. An Open Plugin SDK and Third-Party Developer Ecosystem Corel should not limit the future of CorelDRAW to the features its own development team has the time, budget, or resources to build. It should provide an official, well-documented Software Development Kit (SDK), stable APIs, and development tools that allow independent developers to create professional plugins and extend CorelDRAW's capabilities. The platform should allow developers to create integrated tools and dockers that work directly with CorelDRAW's document and vector objects, rather than being restricted to exporting flattened images. Where technically feasible, the SDK should provide access to: - Vector objects, editable text, pages, layers, selections, and document properties. - Custom effects, 3D engines, material systems, presets, and reusable templates. - Dockers, panels, workspaces, menus, commands, and user-interface extensions. - Document events, automation, macros, import/export functions, and rendering workflows. - Undo/redo integration, plugin lifecycle management, and resource handling. - Interfaces for connecting external rendering engines, AI tools, and other specialized software. Corel should support practical development technologies such as C++ and C#/.NET, along with JavaScript/TypeScript and Python where technically feasible. The SDK should include clear documentation, working examples, starter projects, debugging tools, and instructions for building, testing, packaging, and maintaining plugins. A beginner-friendly plugin builder or visual development environment would also help designers who have useful ideas but limited programming experience. ## 5. AI-Assisted Plugin Development Corel should make its official SDK and API documentation accessible enough that AI coding assistants, including ChatGPT and other development tools, can help people create new CorelDRAW extensions. For example, a designer could explain a requirement in ordinary language and use an AI assistant to help write, understand, debug, and improve the plugin code using Corel's documented APIs. I would also like to use ChatGPT to learn plugin development and build practical tools for CorelDRAW, including advanced 3D text tools, editable effect-template systems, typography utilities, automation tools, and other extensions described in this request. This requires reliable APIs, clear technical documentation, usable development examples, and a stable testing environment. AI-generated code would still need to be compiled, tested, and validated against the actual SDK before being used. Corel could further encourage this ecosystem by providing an official plugin marketplace for free and paid extensions, with version compatibility information, documentation, reviews, and developer support. Plugin security, isolation where possible, resource management, crash recovery, and compatibility controls should be included to protect application stability. ## 6. Professional Printing and Export Compatibility All these advanced features should fit naturally into CorelDRAW's existing professional graphic design and print-production workflow. The system should support high-resolution output, transparent backgrounds, accurate colors, suitable CMYK/RGB workflows, editable vector content wherever possible, and reliable export to commonly used professional file formats. Designers must be able to use the results for real production work, including large-format banners, signboards, posters, labels, logos, advertising materials, and commercial printing. ## Expected Outcome These improvements would help CorelDRAW become more than a vector drawing application. They would create a flexible design platform where Corel's own developers, independent plugin developers, and AI-assisted creators could work together to expand its capabilities. A powerful integrated 3D engine would reduce dependence on external software. Editable effect templates would speed up everyday design work. A modular architecture would help control resource usage. An open SDK would allow the community to develop tools that Corel's internal team may not have the time or resources to create. **Please consider making CorelDRAW a modular, extensible graphic design platform with professional 3D capabilities, editable design templates, and an official third-party plugin ecosystem. Give developers and AI-assisted creators the tools to build the features the community needs, rather than limiting future innovation to what Corel's own team can develop internally.**
