Royal French Flag until 1792 Low-poly 3D model

cgtrader

The Royal French Flag model utilized by the Bourbon royal family from 1365 until 1792 showcases an intricate, highly detailed 3D design that spans three unique materials for a pristine version, a grime-encrusted version, and a blood-stained rendition. Each colorful component is carefully seamed together, incorporating subtle creases and wrinkles surrounding the seams to produce the most realistic textile simulation possible. This meticulously crafted model makes it perfect for utilization within any 3D setting, whether it be video games or movies, with the aid of subdivision surfaces to enhance smooth lines and achieve more lifelike visual fidelity. Incorporated into game development projects or suitable low-poly usage, this Royal French Flag model is fully primed with PBR (Physically Based Rendering) readiness on all fronts. Conceived and crafted exclusively utilizing Blender 2.80, this project boasts advanced features courtesy of its native render engine - Eevee. Further expansion through additional compatibility with the Cycles engine can be easily achieved. Its primary designation: A highly detailed model, boasting numerous defining features. Key specifications highlight six discreetly created components encompassing a staggering 2484 polygons; each expertly crafted to serve seamlessly across various render platforms thanks to Eevee and, as per requirement, full compatibility with Cycles for comprehensive functionality. The creation adheres strictly to an animatable model paradigm - designed not only for seamless gameplay or low-poly environments but perfectly optimized to respond effortlessly under various interactive conditions with precise motion. Its versatility lies within six uniquely crafted items consisting of intricately defined details. A notable feature lies within 2484 precision-defined polygons allowing optimal movement with each step in line. An essential addition incorporates the possibility of utilizing Eevee while ensuring complete and undeterred support with cycles to enhance smooth interaction across all environments seamlessly. Specifications can be further segmented based on type, for clarity: Static Assets: objects five in total containing a range of polygon count, from 144 up to an incredible 576 with each meticulously arranged around distinct group labels - thus ensuring complete flexibility throughout animation. A significant feature points out three equally crafted components using materials specifically tailored towards this very context. Additional versatility arises within low detail (LODs) capabilities. Exporting in compatible formats presents zero complexities and encompasses several types like FBX, Collada and OBJ. In regards to Textures used - scene components consist of merely three while texture format stands on DirectX as well as OpenGL basis both of which operate around specific sizes namely two Kilobyte per side count alongside respective content such as normal map in addition AO material alongside others. The Real-scale component serves crucial purpose and offers considerable flexibility while organization plays out quite orderly, keeping related entities aligned by grouping - all to contribute efficiently toward creation. Noting the File structure, scene-specific entities have a specified designated folder referred 'Textures' within which the associated materials, along with texture are situated