!=====================================================================
!    ELECTRON CYCLOTRON HEATING
!=====================================================================

! settings common to all EC modules

NANTECH    = 6      ! Number of gyrotrons

!  timestep for EC calculations (seconds)
! important: if using also NUBEAM make sure that DTTOR=DTBEAM
 DTTOR = 0.01

! Major radius of each gyrotron source (cm)
 XECECH(1) = 240.0
 XECECH(2) = 240.0
 XECECH(3) = 240.0
 XECECH(4) = 240.0
 XECECH(5) = 240.0
 XECECH(6) = 240.0
!
! Elevation above midplane of each gyrotron source (cm)
 ZECECH(1) = 67.9
 ZECECH(2) = 67.9
 ZECECH(3) = 67.9
 ZECECH(4) = 67.9
 ZECECH(5) = 67.9
 ZECECH(6) = 67.9

! Each gyrotron frequency in Hz (if not using UFILE)
 FREQECH(1) = 1.10E+11
 FREQECH(2) = 1.10E+11
 FREQECH(3) = 1.10E+11
 FREQECH(4) = 1.10E+11
 FREQECH(5) = 1.10E+11
 FREQECH(6) = 1.10E+11

! Toroidal angle of gyrotron source (deg).
!  Has no impact on axisymmetric plasma
 PHECECH = 0.0
!

! time when the EC is turned on.
! This is overwritten by the time traces in the UFILES
 TECHON(1) = 1.001
 TECHON(2) = 0.351
 TECHON(3) = 0.251
 TECHON(4) = 1.501
 TECHON(5) = 0.551
 TECHON(6) = 0.551

!
! time when the EC is turned off.
! This is overwritten by the time traces in the UFILES
 TECHOFF(1) = 5.498
 TECHOFF(2) = 5.348
 TECHOFF(3) = 5.248
 TECHOFF(4) = 5.498
 TECHOFF(5) = 5.548
!

! Power on each gyrotron [Watt]
! Note: the numbers here are examples. 
 POWECH(1) = 1.0E+06
 POWECH(2) = 1.0E+06
 POWECH(3) = 1.0E+06
 POWECH(4) = 1.0E+06
 POWECH(5) = 1.0E+06
 POWECH(6) = 1.0E+06
!
! To provide power via UFILES, add these lines in the namelist
PREECP = ‘’
EXTECP = ‘’
!
!
! Polar launch angle of central ray (deg).
! These values are overwritten by UFILES, if provided
! These numbers are examples, check the angle in the plasma shot you are analyzing 
 THETECH(1) = 106.2
 THETECH(2) = 111.5
 THETECH(3) = 118.5
 THETECH(4) = 108.9
 THETECH(5) = 114.3
 THETECH(6) = 114.3
!
! To provide the polar angle via UFILES, add these lines in the namelist
PREECA = ‘’
EXTECA = ‘’


! Azimuthal launch angle of central ray (deg).  Zero is +R major radius
! These values are overwritten by UFILES, if provided
! These numbers are examples, check the angle in the plasma shot you are analyzing 
 PHAIECH(1) = 193.2
 PHAIECH(2) = 193.0
 PHAIECH(3) = 190.0
 PHAIECH(4) = 193.1
 PHAIECH(5) = 193.0
 PHAIECH(6) = 193.0

! To provide the azimuthal angle via UFILES, add these lines in the namelist
PREECB = ‘’
EXTECB = ‘’
!
!
!  Fraction of EC power in O-mode (DIII-D is using X-mode, so this should be =0)
 RFMODECH(1) = 0.0
 RFMODECH(2) = 0.0
 RFMODECH(3) = 0.0
 RFMODECH(4) = 0.0
 RFMODECH(5) = 0.0
 RFMODECH(6) = 0.0
!

! settings for TORBEAM
! in addition to the common settings, TORBEAM needs the following

NLTORBEAM  = .T
NLTORBEAM_VERBOSE = .F      ! T. to write files for running standalone (usually not needed)

NTOB_NPROFVW = 25 
NTOB_MMAX =  159 

 NHARMTOR = 2		! to calculate up to the second harmonics

 NLAUNCHECH = 0         ! if the angles above are to be interpreted with the TRANSP convention (recommended for direct comparison with TORAY and GENRAY)

! initial principal horizontal beam width
 ECB_WIDTH_HOR(1) = 2.427
 ECB_WIDTH_HOR(2) = 2.427
 ECB_WIDTH_HOR(3) = 2.427
 ECB_WIDTH_HOR(4) = 2.427
 ECB_WIDTH_HOR(5) = 2.427
 ECB_WIDTH_HOR(6) = 2.427

! initial principal vertical beam width
 ECB_WIDTH_VERT(1)= 2.427
 ECB_WIDTH_VERT(2)= 2.427
 ECB_WIDTH_VERT(3)= 2.427
 ECB_WIDTH_VERT(4)= 2.427
 ECB_WIDTH_VERT(5)= 2.427
 ECB_WIDTH_VERT(6)= 2.427

 ! initial principal horizontal curvature
 ECB_CURV_HOR(1)  = -5592  
 ECB_CURV_HOR(2)  = -5592  
 ECB_CURV_HOR(3)  = -5592  
 ECB_CURV_HOR(4)  = -5592  
 ECB_CURV_HOR(5)  = -5592  
 ECB_CURV_HOR(6)  = -5592  

 ! initial principal vertical curvature
 ECB_CURV_VERT(1)= -5592
 ECB_CURV_VERT(2)= -5592
 ECB_CURV_VERT(3)= -5592
 ECB_CURV_VERT(4)= -5592
 ECB_CURV_VERT(5)= -5592
 ECB_CURV_VERT(6)= -5592


! settings for TORAY
! in addition to the common settings, TORAY-GA needs the following

NLTORAY = .T.          ! to use TORAY

! Damping model 
NDAMPECH(1)=8 
NDAMPECH(2)=8 
NDAMPECH(3)=8 
NDAMPECH(4)=8 
NDAMPECH(5)=8 
NDAMPECH(6)=8 

! Fraction of EC power launched in O-mode

! Number of rays
NRAYECH(1) = 30
NRAYECH(2) = 30
NRAYECH(3) = 30
NRAYECH(4) = 30
NRAYECH(5) = 30
NRAYECH(6) = 30

! divergence of beam (at the resonance location)
BHALFECH(1) = 1.7
BHALFECH(2) = 1.7
BHALFECH(3) = 1.7
BHALFECH(4) = 1.7
BHALFECH(5) = 1.7
BHALFECH(6) = 1.7

! beam aspect ratio
BSRATECH(1) = 1.0
BSRATECH(2) = 1.0
BSRATECH(3) = 1.0
BSRATECH(4) = 1.0
BSRATECH(5) = 1.0
BSRATECH(6) = 1.0

! multiplier for the ECCD, applied to the EC output
EFFECH(1) = 1.0
EFFECH(2) = 1.0
EFFECH(3) = 1.0
EFFECH(4) = 1.0
EFFECH(5) = 1.0
EFFECH(6) = 1.0


! settings for GENRAY
! in addition to the common settings, GENRAY needs the following

NLGEN_ECH = .T.          ! to use GENRAY
NGENRAY_PSERVE = 0       ! 1 to use MPI GENRAY