Member name
Type
Description
imageName
STRING
Name of the image file.
mappingType
int
Type of mapping used to associate texture image to the geometry.
0 = XY projection
1 = XZ projection
2 = YZ projection
3 = UV map (unwrapped)
4 = UV map (wrapped)
5 = Cylindrical projection
6 = Spherical projection
7 = Reflection map
width
int
Number of horizontal pixels in image.
height
int
Number of vertical pixels in image.
cropUMin
int
Start of the cropping region in U.
cropUMax
int
End of the cropping region in U.
cropVMin
int
Start of the cropping region in V.
cropVMax
int
End of the cropping region in V.
UVSwap
Boolean
Indicates if the U and V orientations are swapped.
When FALSE, U goes from 0.0 (left) to 1.0 (right) and V goes from 0.0 (bottom) to 1.0 (top).
When TRUE, U goes from 0.0 (top) to 1.0 (bottom) and V goes from 0.0 (right) to 1.0 (left).
URepeat
int
Number of horizontal repetitions of the image.
VRepeat
int
Number of vertical repetitions of the image.
UAlternate
VAlternate
Boolean
Boolean
Specifies whether to mirror the texture horizontally (U) and vertically (V). Corresponds to the Tiling options in SOFTIMAGE|3D.
0;0;
1;0;
0;1;
1;1;
UScale
float
Scaling of image in U.
VScale
float
Scaling of image in V.
UOffset
float
Offset of image in U.
VOffset
float
Offset of image in V.
projectionMatrix
Matrix4x4
Texture projection matrix.
To compute the UV texture coordinates, you need to transform the geometry using the inverse of the texture projection matrix. This generates vertex positions in the the projection coordinate system. Then you compute the actual projection of the geometry into the UV domain defined by the projection method.
blendingType
int
Type of blending between texture and material attributes:
1 = Alpha Mask
2 = Intensity Mask
3 = No Mask
4 = RGB Modulation
blending
float
Normalized contribution of texture attributes (ambient, diffuse, specular, transparency, reflectivity).
Note: When blendingType is No Mask, this value corresponds to the Overall Blending parameter in the 2D Texture dialog box. Otherwise, this value is multiplied with either the alpha channel or the RGB intensity of the image pixels.
ambient
float
Normalized contribution of texture pixel colors to the material ambient color.
The weight used to normalize the contribution is a scalar and is multiplied by the average intensity of the global ambience.
Note: When this value is 0.0, SOFTIMAGE|3D uses the material ambient value. Otherwise, the texture ambient value is multiplied with the atmosphere ambience, and then blended with the material ambient color according to the blending value.
diffuse
float
Normalized contribution of texture pixel colors to the material diffuse color.
Note: If this value is 0.0, then SOFTIMAGE|3D uses the material diffuse value. Otherwise, it blends the texture diffuse value with the material diffuse color according to the blending value.
specular
float
Normalized contribution of texture pixel colors to the material specular color.
Note: If this value is 0.0, then SOFTIMAGE|3D uses the material specular value. Otherwise, it blends the texture specular value with the material specular color according to the blending value.
transparency
float
Normalized contribution of texture pixel colors to the material transparency level.
Note: If this value is 0.0, then SOFTIMAGE|3D uses the material transparency value. Otherwise, it blends the texture transparency value with the material transparency color according to the blending value.
reflectivity
float
Normalized contribution of texture pixel colors to the material reflectivity level.
Note: If this value is 0.0, then SOFTIMAGE|3D uses the material reflectivity value. Otherwise, it blends the texture reflectivity value with the material reflectivity color according to the blending value.
roughness
float
Bump mapping intensity and/or displacement of geometry along surface normals.
For bump mapping, mappingType determines the axis frame or bump basis vectors, which displaces the normals (according to the differences in values between neighboring pixels along the U and V axes).