Changes between Version 2 and Version 3 of superBatchTransform

Timestamp:

Jul 6, 2021, 1:06:28 PM (3 years ago)

Author:

bpt

Comment:

--

superBatchTransform

@@ -1 +1 @@
 "Super Batch Transform" allows specifying transforms in a single file with a good degree of flexibility.  Each row defines most of the parameters of a transform, including output of several frames per row.   The columns defined in the file should be:
 
-Subject (String filename without extension)
-Source (String filename without extension)
-Target (String filename without extension)
-Start value (floating point number)
-End value (floating point number)
-Output (String output file name)
-Steps (integer number)
-Shape (integer - if 1 include shape in the transform, otherwise don't)
-Colour (integer - if 1 include colour in the transform, otherwise don't)
-Texture (integer - if 1 include texture in the transform, otherwise don't)
-Mask (integer - if 1 mask the transform, otherwise don't)
-Sample (integer - if 1 include sampling in the transform,  this is about using points along curves not just the anchor points in the template)
-Resize (floating point value -  for overall scaling of the output, so 1 is no rescaling)
+* Subject (String filename without extension)
+* Source (String filename without extension)
+* Target (String filename without extension)
+* Start value (floating point number)
+* End value (floating point number)
+* Output (String output file name)
+* Steps (integer number)
+* Shape (integer - if 1 include shape in the transform, otherwise don't)
+* Colour (integer - if 1 include colour in the transform, otherwise don't)
+* Texture (integer - if 1 include texture in the transform, otherwise don't)
+* Mask (integer - if 1 mask the transform, otherwise don't)
+* Sample (integer - if 1 include sampling in the transform,  this is about using points along curves not just the anchor points in the template)
+* Resize (floating point value -  for overall scaling of the output, so 1 is no rescaling)
 
 Note that some of the global settings, such as Average -> shape normalisation and Average->warping option are used and will have an impact on the output.  Things can also get very slow with certain options (e.g. Thin plate spline warping with sampling of the points can get very slow!)