WET LATEX – 32 Matcap Textures 32 ultra glossy latex matcap textures with a wet look: water drops, drips running down, dew, rain streaks and thick dripping goo. Available in 4 colors: black, red, pink and white. Made for avatars, clothing and props that need a shiny, wet latex or rubber finish. ■ Features - 32 matcaps, all 1024 x 1024 px PNG - 4 colors x 8 wet effects, sorted into one folder per color - Very glossy look with crisp reflections and highlights - Water drops with realistic highlights, shadows and light refraction - Drips and runs that end in a drop, and thick goo flowing down - Overview image (all matcaps.png) included, so you can pick the right one quickly - Works with any shader that has a matcap slot ■ Colors and effects Colors (one folder each): Wet_Black, Wet_Red, Wet_Pink, Wet_White Effects (available in every color): - Gloss: clean, mirror-like latex with window and light reflections - Drops: large and medium water drops - Dew: lots of tiny droplets - Runs: drips running down that end in a drop - Streaks: long rain streaks - Goo_Flow: thick goo hanging from the top with drips - Goo_Blobs: big, thick gel drops - Goo_Melt: goo covering most of the surface and melting down ■ Included - all matcaps.png (overview) - Matcaps/ (32 PNG files, 1024 x 1024) ■ Requirements - Unity (any version) or any 3D software with matcap support - A shader with a matcap slot, for example lilToon, Poiyomi or similar ■ How to use 1. Unzip the file and import the PNG files into your Unity project. 2. Open your material and enable the Matcap option of your shader. 3. Assign the PNG as the matcap texture. 4. Adjust the matcap strength / blend mode until it looks right. ■ Please note - This pack contains matcap textures only. No avatar, mesh or shader is included. - The look depends on your shader, its blend mode (add / multiply / replace) and your scene lighting. - The preview image shows the textures as flat images, not on a specific avatar. - The textures were generated procedurally by custom scripts (written with AI assistance). No image-generation models and no third-party artwork were used.