# Input RAW file format
InputWidth      4096    # width  of the input image
InputHeight     2048    # height of the input image
InputChannels   1       # number of channels (Grayscale - 1, RGB - 3, RGBA - 4, etc.)
Input16bit      true    # true = 16, false = 8 bit per channel
InputByteSwap   true    # for 16-bit: little endian
InputUnsigned   true    # for 16-bit: unsigned or signed values
InputLatOffset  0       # shift in longitude, degrees

# Output files format
OutFormat       png     # output format (raw, tga, png, jpg, tif, dds)
OutFormat2      png     # output format (raw, tga, png, jpg, tif, dds) for lower byte or alpha channel (for SeparateHiLo or SeparateRGBA)
TileWidth       256     # resolution of tile (width and height)
TileBorder      1       # add the pixels from the neighboring tiles around the perimeter of each tile
Out16bit        true    # capacity: 16 or 8 bits per channel (only raw and png)
OutByteSwap     true    # for 16-bit: little endian
OutUnsigned     true    # for 16-bit: unsigned or signed values
OutInvertAlpha  false   # invert alpha channel in RGBA images
OutJPEGquality  100     # JPEG quality
SeparateRGBA    false   # for RGBA:   output RGB and Alpha channels as separate tiles
SeparateHiLo    false   # for 16-bit: output high byte and low byte as separate tiles
DoublePrecision false   # use double resolution of the input file for calculation

# Normalization of the elevation map
Normalize       false   # for the 1-channel: normalize the output image (elevation map)
EnterNormData   false   # enter information for normalization or calculate it from the input file
NormMinValue    -10577  # data for the normalization: the minimum value (height)
NormMaxValue    8430    # data for the normalization: the maximum value (height)

# The basic cylindrical texture
BaseTexFormat   png     # base texture format (raw, tga, png, jpg, tif, dds)
BaseTexDownSize 16      # how many times reduce the original texture

# Parameters for optimization of homogeneous tiles
MinVar          20.0    # minimum variation of the pixel colors in the tile to keep it

# Memory settings
MaxMem          1024    # cache size in megabytes
MethodSide      Line    # mode of caching data for the side  cubemap faces (NEG_X, POS_X, NEG_Z, POS_Z): Line, Quad
MethodPolar     Line    # mode of caching data for the polar cubemap faces (NEG_Y, POS_Y): Line, Quad

# Faces to process
Create_NEG_X    1
Create_POS_X    1
Create_NEG_Y    1
Create_POS_Y    1
Create_NEG_Z    1
Create_POS_Z    1

# Stages
CreateBaseTex   1       # create a base texture
ComputeFaces    1       # compute selected faces of the cubemap
DownsizeFaces   1       # compute LODs of selected faces
UpdateEdges     1       # for TileBorder > 0: update pixels on the edges of the adjacent faces (the temporary raw-files of all faces must be computed!)
TileFaces       1       # split temporary raw-files of selected faces into tiles
OptimizeTiles   1       # apply optimization of a homogeneous tiles (delete or move them to the temporary folder)