</source-comment>
</source>
<source name="basename" type="string">
- <source-comment><b><font color=blue>basename</font></b> (<b><font color=green>String</font></b>): Basename of the result file
+ <source-comment><b><font color=blue>basename</font></b> (<b><font color=green>String</font></b>): Basename of the result files
</source-comment>
</source>
<source name="dist" type="string">
</source-comment>
</source>
<source name="muMat" type="string">
- <source-comment><b><font color=blue>muMat</font></b> (<b><font color=green>String</font></b>): Material of the circle (e.g., PET at 19 keV)
+ <source-comment><b><font color=blue>muMat</font></b> (<b><font color=green>String</font></b>): Linear attenuation coefficient of the material of the circle (e.g. 0.89 cm-1 for PET at 19keV)
</source-comment>
</source>
<source name="deltaMat" type="string">
- <source-comment><b><font color=blue>deltaMat</font></b> (<b><font color=green>String</font></b>): Material of the circle (e.g., PET at 19 keV)
+ <source-comment><b><font color=blue>deltaMat</font></b> (<b><font color=green>String</font></b>): Refractive index decrement of the material of the circle, in 10^-7 (e.g. 8.265 for PET at 19keV)
</source-comment>
</source>
<source name="Rcircle" type="string">
- <source-comment><b><font color=blue>Rcircle</font></b> (<b><font color=green>String</font></b>): radius of the circle
+ <source-comment><b><font color=blue>Rcircle</font></b> (<b><font color=green>String</font></b>): Radius of the circle (in pixels)
</source-comment>
</source>
<source name="imageSize" type="string">
- <source-comment><b><font color=blue>imageSize</font></b> (<b><font color=green>String</font></b>): Size of the image (square)
+ <source-comment><b><font color=blue>imageSize</font></b> (<b><font color=green>String</font></b>): Size of the image (square; in pixels)
</source-comment>
</source>
<source name="circleCenter" type="string">
- <source-comment><b><font color=blue>circleCenter</font></b> (<b><font color=green>String</font></b>): 2D coordinates of the circle center (e.g., 200 250)
+ <source-comment><b><font color=blue>circleCenter</font></b> (<b><font color=green>String</font></b>): 2D coordinates of the circle center (in pixels; e.g., 200 250)
</source-comment>
</source>
<source name="noiseType" type="string">
- <source-comment><b><font color=blue>noiseType</font></b> (<b><font color=green>String</font></b>): Use noise='gaussian' (addition of gaussian noise) or noise='poisson' ( generation of Poisson noise) Put '<b>no</b>' to ignore this optional input.
+ <source-comment><b><font color=blue>noiseType</font></b> (<b><font color=green>String</font></b>): Use noise='gaussian' (addition of gaussian noise) or noise='poisson' (generation of Poisson noise).
</source-comment>
</source>
<source name="noiseAmount" type="string">
- <source-comment><b><font color=blue>noiseAmount</font></b> (<b><font color=green>String</font></b>): If 'gaussian' (additive noise), please specify the Peak-to-peak Signe-to-noise ratio (PPSNR, in dB)
+ <source-comment><b><font color=blue>noiseAmount</font></b> (<b><font color=green>String</font></b>): If 'gaussian' (additive noise), please specify the Peak-to-peak Signe-to-noise ratio (PPSNR, in dB). If 'poisson', please specify a scaling factor ranging in [0:1].
</source-comment>
</source>
<constant name="dirOut" type="string" value="dirOut" cardinality="scalar" />