##########################################
#
# CIG Rotation
#
# Input Data organized in z,x,h
#
#	RotCig_v3.x tag_cig_hdip=**input** tag_cig_hdip_transf= **input FFtransfed** \
#		    tag_off_ddcig=**output** tag_off_ddcig_transf= **output FFtransfed** par=Cig-rot.P 
sigsbee:
	< /net/koko/claudio/Research/Prst_ExpRefl/OneWay/04sig_mig_brad.H Window3d min1=20000 max1=50000 max5=20000 \
	| Transp plane=12 reshape=2,3 > sigsbee.H

vconstlo:
	< /net/koko/claudio/Research/Prst_ExpRefl/2Wpar/6425_mig_brad.H Window3d min1=-1 max1=5 | Transp plane=12 reshape=2,3 > 1000_mig_brad.H
	RotCig_v3.x Cig_hx=1000_mig_brad.H Cig_tilt=1001_rot_sig_pos.H par=Cig-rot.P positive_rot=1
	RotCig_v3.x Cig_hx=1000_mig_brad.H Cig_tilt=1001_rot_sig_neg.H par=Cig-rot.P positive_rot=0

vconst:
	< /net/koko/claudio/Research/Prst_ExpRefl/2Wpar/6420_mig_brad.H Window3d min1=-1 max1=5 | Transp plane=12 reshape=2,3 > 1100_mig_brad.H
	RotCig_v3.x Cig_hx=1100_mig_brad.H Cig_tilt=1101_rot_sig_pos.H par=Cig-rot800.P positive_rot=1
	RotCig_v3.x Cig_hx=1100_mig_brad.H Cig_tilt=1101_rot_sig_neg.H par=Cig-rot800.P positive_rot=0

sigsrot:
	RotCig_v3.x tag_cig_hdip=sigsbee.H tag_cig_hdip_transf= **input FFtransfed** tag_cig_hx=sigsbee_rot.H\
		    tag_off_ddcig=sigsbee_rot.H tag_off_ddcig_transf= **output FFtransfed** Cig_tilt=rot_sig.H par=Cig-rot.P 

miglorot:
	< rot1_miglo.H Window3d max1=12000 \
	| Transp plane=12 reshape=2,3 > miglo.H
	RotCig_v3.x tag_cig_hdip=miglo.H tag_cig_hdip_transf= **input FFtransfed** \
		    tag_off_ddcig=miglo_rot.H tag_off_ddcig_transf= **output FFtransfed** par=Cig-rot.P 

mighirot:
	< rot1_mighi.H Window3d max1=12000 \
	| Transp plane=12 reshape=2,3 > mighi.H
	RotCig_v3.x tag_cig_hdip=mighi.H tag_cig_hdip_transf= **input FFtransfed** \
		    tag_off_ddcig=mighi_rot.H tag_off_ddcig_transf= **output FFtransfed** par=Cig-rot.P