Photogrammetry material: Irish Tree Lichen 1 (8k) - JurandM

Welcome to our product page featuring a stunningly realistic replica of the Irish forest lichen in the form of a seamless PBR material, available in various sizes and file formats. This particular lichen is very common in Irish parks and forests and was captured from a 0.5x0.5m patch found on a fallen tree near the forest.

The material was created using the photogrammetry process, providing diffuse, normal, and height maps based on real-world sources. The capture process was done with a DSLR camera over a 0.5x0.5m path of lichen growing on a large fallen tree.

• 1k 2k 4k and 8k 

• PNG, TGA and TIFF: PNG and TGA in 8 bit format with dithering for Normal and Height map. And 16 bit tiff (Height map 16 bit float normalized and 32 bit float)

• Standard maps: AO, BentNormal, Curvature, Diffuse, Height, Normal, Roughness, Thickness, Height, 

• Combo maps: AORC, AORT, AORTC, DiffuseGlossiness, DiffuseRoughness
  AORC - Ambient occlusion + roughness + curvature (R+G+B)
  AORT - Ambient occlusion + roughness + thickness (R+G+B)
  AORTC - Ambient occlusion + roughness + thickness + curvature (R+G+B+A)
  DiffuseGlossiness/Roughness - Diffuse map with additional Gloss/Rough map as alpha channel  (RGB+A)

• PBR

• 8k, 4k, 2k, 1k

• Seamfree

• Extended commercial licence

• Size: 0.5 x 0.5 meter

CONTENT:

• 1,2,4,8k PNG: 8 bits png (AO, BentNormal, Curvature, Diffuse, Height, Normal, Roughness, Thickness, Height, AORC, AORT, AORTC, DiffuseGlossiness, DiffuseRoughness)

• 1,2,4,8k TGA: 8 bits tga (AO, BentNormal, Curvature, Diffuse, Height, Normal, Roughness, Thickness, Height, AORC, AORT, AORTC, DiffuseGlossiness, DiffuseRoughness)

• 1, 2, 4, 8k TIFF_FULL: 16 bit tiff (AO, BentNormal, Curvature, Diffuse, Height, Normal, Roughness, Thickness, Height, AORC, AORT, AORTC, DiffuseGlossiness, DiffuseRoughness), 32 bit tiff (Height)

• Render of material in various scenes

• Reference picture pack of surrounding

NOTES:

• Normal map is set with an DirectX Y orientation. If you need OpenGL Y orientation, flip the green channel (from the RGB channels) in engine or invert the green channel (Control + I) in any image editor (Photoshop, GIMP, Kitra...).

More resources at:

https://www.artstation.com/jurandm/prints