ZX-naves platform green glass T9 LOD

ZX-naves platform green glass T9 LOD

Стеклянный сплайновый навес для платформ
Совместимость: TC2009 и выше.
4 LOD-уровня

ZX-naves platform green glass T9 LOD
• $screenshot$.jpg 60.02KB
• config.txt 3.12KB
• kollona-stropila_a.texture.txt 68 bytes
• kollona.bmp 512.05KB
• kollona.texture.txt 30 bytes
• naves-lod1.im 40.45KB
• naves-lod2.im 18.74KB
• naves-lod3.im 11.26KB
• naves.im 56.28KB
• stropila_a.bmp 128.07KB
• terminator-lod1.im 55.91KB
• terminator-lod2.im 35.53KB
• terminator-lod3.im 13.57KB
• terminator.im 80.63KB

VE48: This asset uses an obsolete trainz-build number. Trainz-build numbers below 3.5 are no longer supported.
VE186: Material 'arc:fld:$(original)/hash-39||kuid 276733 100222.tzarc|***naves*glass*default*m.onetex' is shared between multiple chunks in this asset but the material parameters conflict.
VE186: Material 'arc:fld:$(original)/hash-39||kuid 276733 100222.tzarc|***naves*glass*default*m.onetex' is shared between multiple chunks in this asset but the material parameters conflict.
VE186: Material 'arc:fld:$(original)/hash-39||kuid 276733 100222.tzarc|***naves*glass*default*m.onetex' is shared between multiple chunks in this asset but the material parameters conflict.
VE186: Material 'arc:fld:$(original)/hash-39||kuid 276733 100222.tzarc|***naves*glass*default*m.onetex' is shared between multiple chunks in this asset but the material parameters conflict.
VE186: Material 'arc:fld:$(original)/hash-39||kuid 276733 100222.tzarc|***naves*glass*default*m.onetex' is shared between multiple chunks in this asset but the material parameters conflict.
VE186: Material 'arc:fld:$(original)/hash-39||kuid 276733 100222.tzarc|***naves*glass*default*m.onetex' is shared between multiple chunks in this asset but the material parameters conflict.
VE186: Material 'arc:fld:$(original)/hash-39||kuid 276733 100222.tzarc|***naves*glass*default*m.onetex' is shared between multiple chunks in this asset but the material parameters conflict.
VE189: Collision data exceeds 64KB and has been simplified. Consider using a different generation method or a simplified mesh.