; Empty lines or lines starting with semicolon are ignored.
; If a parameter is missing in this configuration file, its default value is used.

; The resolution is given as pixels per 1 micrometer (analogy to DPI).
; NB: The phantom and ISOmask images will be rendered isotropically based on the resolution in the x axis.
texture_res_x  8
texture_res_y  8
texture_res_z  1

; Border width is given as percentage of the minimal (axes-aligned) bounding box of the cell.
; NB: The texture image is then given as (1 + 2*percentage/100)*box_size.
border_width_x  75
border_width_y  75
border_width_z  75

; Parameters related to phantom rendering:
; NB: One can influence the rendered cell type (e.g., overexpressing, phosphodefective) in this section.
param1  100

; Parameters related to rendering of the final texture image:
; NB: One can influence the appearance of the cell (e.g., amount of noise) in this section.
; PSF  /opt/psf/2013-07-25_1_1_9_0_2_0_0_1_0_0_0_0_9_12.ics
PSF  ../psf/2013-07-25_1_1_9_0_2_0_0_1_0_0_0_0_9_12.ics

; Filopodium parameter:
; multiplicity of how many dots should be pressed between two
; pixel positions. The neighbouring pixels are understood as
; neighbouring pixel along the direction of filopodium axis
filoAxisOrientedDensity 10

; Filopodium parameter:
; multiplicity of how many dots should be pressed between two
; pixel positions. The neighbouring pixels are understood as
; neighbouring pixel in the direction from filo axis to the envelope
; (surface). This direction is orthogonal to filo axis.
filoContourOrientedDensity	12
		
; coarseness of initial Perlin noise in cell body (lower limit)
coarsenessLower 1.0

; coarseness of initial Perlin noise in cell body (upper limit)
coarsenessUpper 2.0
