weight, even if it is below the limit value! Quantize This operator uses a process known as Quantization which takes the input weights and clamps each weight to a number of steps between (0 - 1), so KHR_lights_punctual KHR_materials_unlit KHR_texture_transform KHR_materials_clearcoat KHR_mesh_quantization Export KHR_draco_mesh_compression KHR_lights_punctual KHR_materials_clearcoat KHR_materials_transmission Google Draco. Compression Level Higher compression results in slower encoding and decoding. Quantization Position Higher values result in better compression rates. Normal Higher values result in better

weight, even if it is below the limit value! Quantize This operator uses a process known as Quantization which takes the input weights and clamps each weight to a number of steps between (0 - 1), so KHR_lights_punctual KHR_materials_unlit KHR_texture_transform KHR_materials_clearcoat KHR_mesh_quantization Export KHR_draco_mesh_compression KHR_lights_punctual KHR_materials_clearcoat KHR_materials_transmission Google Draco. Compression Level Higher compression results in slower encoding and decoding. Quantization Position Higher values result in better compression rates. Normal Higher values result in better

weight, even if it is below the limit value! Quantize This operator uses a process known as Quantization which takes the input weights and clamps each weight to a number of steps between (0 - 1), so KHR_lights_punctual KHR_materials_unlit KHR_texture_transform KHR_materials_clearcoat KHR_mesh_quantization Export KHR_draco_mesh_compression KHR_lights_punctual KHR_materials_clearcoat KHR_materials_transmission Google Draco. Compression Level Higher compression results in slower encoding and decoding. Quantization Position Higher values result in better compression rates. Normal Higher values result in better

weight, even if it is below the limit value! Quantize This operator uses a process known as Quantization which takes the input weights and clamps each weight to a number of steps between (0 - 1), so KHR_lights_punctual KHR_materials_unlit KHR_texture_transform KHR_materials_clearcoat KHR_mesh_quantization Export KHR_draco_mesh_compression KHR_lights_punctual KHR_materials_clearcoat KHR_materials_transmission Google Draco. Compression Level Higher compression results in slower encoding and decoding. Quantization Position Higher values result in better compression rates. Normal Higher values result in better

weight, even if it is below the limit value! Quantize This operator uses a process known as Quantization which takes the input weights and clamps each weight to a number of steps between (0 - 1), so r KHR_materials_ior KHR_materials_variants KHR_lights_punctual KHR_texture_transform KHR_mesh_quantization Export KHR_draco_mesh_compression KHR_lights_punctual KHR_materials_clearcoat KHR_materials_transmission Google Draco. Compression Level Higher compression results in slower encoding and decoding. Quantization Position Higher values result in better compression rates. Normal Higher values result in better

weight, even if it is below the limit value! Quantize This operator uses a process known as Quantization which takes the input weights and clamps each weight to a number of steps between (0 - 1), so r KHR_materials_ior KHR_materials_variants KHR_lights_punctual KHR_texture_transform KHR_mesh_quantization Export KHR_draco_mesh_compression KHR_lights_punctual KHR_materials_clearcoat KHR_materials_transmission Google Draco. Compression Level Higher compression results in slower encoding and decoding. Quantization Position Higher values result in better compression rates. Normal Higher values result in better

weight, even if it is below the limit value! Quantize This operator uses a process known as Quantization which takes the input weights and clamps each weight to a number of steps between (0 - 1), so KHR_lights_punctual KHR_materials_unlit KHR_texture_transform KHR_materials_clearcoat KHR_mesh_quantization Export KHR_draco_mesh_compression KHR_lights_punctual KHR_materials_clearcoat KHR_materials_transmission Google Draco. Compression Level Higher compression results in slower encoding and decoding. Quantization Position Higher values result in better compression rates. Normal Higher values result in better

weight, even if it is below the limit value! Quantize This operator uses a process known as Quantization which takes the input weights and clamps each weight to a number of steps between (0 - 1), so KHR_materials_ior KHR_materials_variants KHR_lights_punctual KHR_texture_transform KHR_mesh_quantization EXT_mesh_gpu_instancing Export KHR_draco_mesh_compression KHR_lights_punctual KHR_materials_clearcoat Google Draco. Compression Level Higher compression results in slower encoding and decoding. Quantization Position Higher values result in better compression rates. Normal Higher values result in better

weight, even if it is below the limit value! Quantize This operator uses a process known as Quantization which takes the input weights and clamps each weight to a number of steps between (0 - 1), so r KHR_materials_ior KHR_materials_variants KHR_lights_punctual KHR_texture_transform KHR_mesh_quantization Export KHR_draco_mesh_compression KHR_lights_punctual KHR_materials_clearcoat KHR_materials_transmission Google Draco. Compression Level Higher compression results in slower encoding and decoding. Quantization Position Higher values result in better compression rates. Normal Higher values result in better

weight, even if it is below the limit value! Quantize This operator uses a process known as Quantization which takes the input weights and clamps each weight to a number of steps between (0 - 1), so r KHR_materials_ior KHR_materials_variants KHR_lights_punctual KHR_texture_transform KHR_mesh_quantization Export KHR_draco_mesh_compression KHR_lights_punctual KHR_materials_clearcoat KHR_materials_transmission Google Draco. Compression Level Higher compression results in slower encoding and decoding. Quantization Position Higher values result in better compression rates. Normal Higher values result in better