The Republic Of China Flag 1928-1949 Low-poly 3D model

cgtrader

The 3D model of the Flag of the Republic of China, known colloquially as Blue Sky, White Sun, and Wholly Red Earth, was flown by mainland China from 1928 to 1949. Its history begins in 1912 when it was adopted as the Navy flag of China before being officially declared the national emblem of the Republic of China (ROC) two years later. This digital recreation includes both a spotless and sullied edition, with meticulously designed texture maps that evoke realistic folds and creases along the seams. Suitable for high-performance visuals in movies or video games, this 3D representation utilizes advanced mesh refinement techniques to minimize its visual impact on gaming engines. Tailored for optimized game compatibility and streamlined low-poly execution, the design accommodates multiple render modes using state-of-the-art rendering technology PBR. Originally conceptualized within the realm of Blender 2.80 and visualized through Eevee's powerful rendering tools. Low-poly compatible DETAILS Entities: 6 Faces (triangles): 2484 Supports subdivision surface techniques : Yes Primary rendering engine utilized: Eevee, adaptable for Cycles implementation when necessary. Animated Model Specifications Entities: 1 Polycount: 36 faces/triangles Material layers: 3 Variations of object appearances by scale (level of detail): No Key Frame Animation Capabilities Possesses in-built rigging and armature structure Number of animations embedded: 2 (basic at 138 frames & advanced motion patterns recorded at 575 frames) Contains repeat animation cycle functionality for streamlined reuse in project files. Static, un-animated object components Total objects in file structure : 5 Total polygon/triangle count within file structure : 144 to 576, adjustable for performance Used material layerings: identical three types utilized within the main animated scene context Includes two Level Of Details (LODs): Yes Amount of detailed models embedded as variations to support optimized rendering choices during runtime. Available output formats include Collada FBX GLTF