Photo album customizable rigged low poly Low-poly 3D model

cgtrader

3D leather photo album model features customizable golden ornaments and comes with rig instructions and animation. It's suitable for close-up views. Two possibilities exist for the cover and spine text: objects or textures. File units are centimeters. Size is 35 (X axis), 22.19 (Y axis), 7.914 (Z axis). Real-world scale applies, focused on the origin. Topology details reveal 36 separate items including an album, cover text, spine text, decoration, and photos. Replacing existing text on cover and spine can be done with custom textures or other objects. 60 manifold meshes are present: 8 albums, 10 text covers, 5 text spines, 4 cover decorations, and 32 photo items. Total quads count at 23,806 with 100% being quads; distribution includes 6,688 for the album, 5,164 for the text cover, 2,826 for the text spine, 8,680 for the cover decoration, and 14 for each photo. Additionally, a total of 23,912 vertices exist with equal numbers assigned to albums, text covers, text spines, cover decorations, and photos. Edge totals reach 47,612 with distributions matching those for quads; isolated, coincident vertices and coplanar faces are not present in this topology. Clean edge flow exists and geometry is free of distortions or poles. Armature construction relies on 86 bones: 27 animated and 59 auxiliary items which replace shapes with colors guiding form and ranges limited by constraint-based control for animation precision. A separate layer hides these and instructions are provided within the rig for straightforward use. The UV map utilizes outward normal direction without overlapping, employing a customizable template texture for text and photos; every photo has a specific material which only needs to be replaced by the user's chosen image. Instructions on animating the textures are included with all images at 8192x4096 resolution; album_diffuse.png, album_normal.png (optional), and others accompany this package. For visual inspection and review, render these scenes with Blender's internal engine and without post-production alterations; all mesh and bone visual representations exist within an orthographic view in a predefined orientation, adhering to the overall topology.