[General]
Description=Pano (5x HDR, 12xMID/DOWN/UP, 1xUP, 1xDOWN)
Help=Assistant for multi-row spherical panorama
StepCount=4

[Step0]
Description=Assign yaw and compute row index
Condition=not connected
Program=pto_var
Arguments=--set "imagesPerRow=12,imagesPerStack=5,y=(360/imagesPerRow)*i/imagesPerStack % 360,p=floor(i/imagesPerStack/imagesPerRow),r=0" --output=%project% %project%

[Step1]
Description=Correct yaw and row index for shot DOWN
Condition=not connected
Program=pto_var
# i/imagesPerStack/imagesPerRow == numRows for the UP photo,
# and slightly larger for the DOWN photo
Arguments=--set "numRows=3,imagesPerRow=12,imagesPerStack=5,p=(val >= numRows && i/imagesPerStack/imagesPerRow > numRows ? val+1 : val)" --output=%project% %project%

[Step2]
Description=Assign pitch
Condition=not connected
Program=pto_var
# val = the row index computed in the last two steps, in [0, 4]
Arguments=--set "p=(val==0 ? 0 : val == 1 ? -45 : val == 2 ? 45 : val == 3 ? 90 : val == 4 ? -90 : 0)" --output=%project% %project%

[Step3]
Description=Searching control points
Condition=not connected
Program=cpfind
Arguments=--multirow -v --output=%project% %project%

; [Step2]
; Description=Cleaning control points
; Condition=not connected
; Program=cpclean
; Arguments=--output=%project% %project%

; [Step3]
; Description=Connect orphaned images
; Condition=not connected
; Program=geocpset
; Arguments=--output=%project% %project%

; [Step4]
; Description=Searching line cp
; Condition=no line cp
; Program=linefind
; Arguments=--output=%project% %project%

; [Step5]
; Description=Optimizing
; Program=autooptimiser
; Arguments=-a -m -l -s --output=%project% %project%

; [Step6]
; Description=Searching for best crop
; Program=pano_modify
; Arguments=--canvas=70% --crop=AUTO --output=%project% %project%