[VARS]
#Define the various parameters that are updated each workflow

	sig_xy = 3.0e-4
	sig_z = 6.0e-5
	gun_scale = 2.00e6
	gun_freq_shift = 1.98e6
	gun_phase = 0.0
	gun_fid = 300

[PATHS]
#Define paths to where the executables are found

	omega3p_path = /global/cfs/cdirs/ace3p/perlmutter/CPU/omega3p
	acdtool_path = /global/cfs/cdirs/ace3p/perlmutter/CPU/acdtool
	impactt_path = /global/cfs/cdirs/ace3p/perlmutter/CPU/ImpactTexeDisc
	workflow_path = workflow_test_single

[RUN_PARAMETERS]
#Define run command, HPC options, and list of static files needed for workflow

	A3PI_mode = single
	acdtool_cores = 128
	impactt_cores = 64
	static_files = SRF-GUN-cathR10mm.ncdf

[OMEGA3P_MODE_1]
#Define an Omega3P simulation for a specific mode
#See Omega3P user guide for more information

	#file = input filename (file will be generated automatically)
	file = cavity_1.omega3p
	
	#cores = number of tasks and cores needed for simulation
	tasks = 16
	cores = 16
	
	#Define mode file ID to be consistant with ImpactT
	mode_fid = ${VARS:gun_fid}
	
	#Define mesh filename from either a static .ncdf file or cubit_element_* 
	ModelInfo_File = SRF-GUN-cathR10mm.ncdf
	ModelInfo_Tolerant = 1
	
	#Set boundary conditions for surfaces (sep. bc types with a comma)
	ModelInfo_BoundaryCondition = magnetic 1 2 5, electric 6
	
	#Set finite element order and curved surfaces option
	FiniteElement_Order = 2
	FiniteElement_CurvedSurfaces = on
	
	#Define eigensolver data and tolerances
	EigenSolver_NumEigenvalues = 1
	EigenSolver_FrequencyShift = ${VARS:gun_freq_shift}

[RFPOST_MODE_1]
#Define parameters for acdtool postprocess routine
#See acdtool user guide for more information

	#file = input filename (file will be generated automatically from template)
	file = rfpost_1.in
	
	#Set RFField parameters
	RFField_ResultDir = omega3p_results
	RFField_FreqScanID = 0
	RFField_ModelID = 0
	RFField_xsymmetry = magnetic
	RFField_ysymmetry = magnetic
	RFField_gradient = -1
	RFField_cavityBeta = 1.0
	RFField_reversePowerFlow = 0
	RFField_x0 = 0.0
	RFField_y0 = 0.0
	RFField_gz1 = -0.375
	RFField_gz2 = 0.668
	RFField_npoint = 1000
	RFField_fmnx = 20
	RFField_fmny = 20
	RFField_fmnz = 100
	
	#Set OpenPMD_IMPACT parameters
	OpenPMD_IMPACT_ionoff = 1
	OpenPMD_IMPACT_nx = 101
	OpenPMD_IMPACT_ny = 101
	OpenPMD_IMPACT_nz = 301
	OpenPMD_IMPACT_x1 = -0.015
	OpenPMD_IMPACT_x2 = 0.015
	OpenPMD_IMPACT_y1 = -0.015
	OpenPMD_IMPACT_y2 = 0.015
	OpenPMD_IMPACT_z1 = 0.000
	OpenPMD_IMPACT_z2 = 0.300

[IMPACTT_PARAMETERS]
#Define the ImpactT input parameters (line numbers 1-9 here)
#See ImpactT user guide for more information

	#processors = col row
	procs = 8 8

	#steps = dt Nstep Nbunch
	steps = 4.0e-12 2000000 1

	#parts = PSdim Npart integF errF diagF imchgF imgCutOff
	parts = 6 10000 1 0 2 0 0.02
	
	#mesh = Nx Ny Nz bcF Rx Ry Lz
	mesh = 32 32 32 1 0.15 0.15 1.0e5
	
	#dist = distType restartF substepF Nemission Temission
	dist = 112 0 0 1300 6.5e-11

	#*dist = sig* sigp* mu*p* *scale p*scale xmu* xmu*
	xdist = ${VARS:sig_xy} 0.001 0.0 1.0 1.0 0.0 0.0
	ydist = ${VARS:sig_xy} 0.001 0.0 1.0 1.0 0.0 0.0
	zdist = ${VARS:sig_z} 0.0014 0.0 1.186189e-6 1.0 0.0 0.002

	#beam = I/A Ek/eV Mc2/eV Q/e freq/Hz phs/rad
	beam = 0.26 1.0 0.511005e6 -1.0 1.3e9 0.0

[IMPACTT_LATTICE]
#Define the ImpactT lattice (line numbers 10+ here)
#See ImpactT user guide for more information

	#Start 3D SC
	elem_00 = 0.0 1 20 -5 -2.0 -2.0 -2.0
	
	#SRF gun element
	elem_01 = 0.3 105 20 111 0.0 ${VARS:gun_scale} 2.0E8 ${VARS:gun_phase} ${VARS:gun_fid} 0.1 0.0 0.0 0.0 0.0

[WORKFLOW]
#Define sequence of tasks for this workflow

	task_01 = omega3p 1
	task_02 = rfpost 1
	task_03 = impactt 2