rocks set Low-poly 3D model

cgtrader

Polygon rock1.............94 polygons.....49 vertices. Vertices in polygon rock2.............98 poly...... 51 verts. Multiple polygon data for rock3.............98 polygons..51 vertices exist. UV map and rock texture information is crucial to polygon understanding rock4.............110 polys..57 vertices. High definition rock model data indicates rock5.............114 polys.59 verts exists. Large format rock polygon6.............124 polygons..64 vertices are necessary for game engine implementation. Polygon size comparison yields data for rock7.............110 polygons.. 57 verts found useful for development. Multiple polygon comparisons exist, showing varying vertices count for polygon rock8.............96 poly...50 vertices detected. Textured polygon model information supports existence of vertex variation as seen in polygon data for rock9.............102 polys....53 verts necessary. Engine compatible polygon models verify presence of low to high polygon variations and rock vertex quantities found within rock10.............98 polys.. 51 verts. Vertex-polygon relationships support larger polygon datasets found for rock11.............120 polys.62 verts exist, confirming game engine ready polygons are viable option when using smaller sets such as seen with rock12.............96 polys..50 vertices detected. Further data analysis confirms higher polygons rock13.............136 poly....... 70 verts may also meet compatibility requirements. Comparison data further shows various polygons and low-to-high vertex count relationship, providing data to validate existing polygon models that utilize 2048*2048 texture sizes like those found with rock14.............92 polys...48 verts confirmed by additional testing with other engine supported polygons and varying rock15.............134 poly....... 69 verts used effectively for further model developments in both the 3D art pipelines as well game ready, polygon format export process involving .obj,.fbx and.blend data. UV mapping is essential to all listed above models as demonstrated by numerous vertex, poly-count, engine and format variations shown throughout this particular example set. Data provided also represents typical industry accepted, real world polygons found when developing 3d assets with both low-poly and high poly model creation involved within various industries where texture mapping techniques support existing game engines compatible requirements including data export formats .obj , fbx as well as blending necessary for engine development.