######### COMPILE-TIME PARAMETERS ##########

##### ARCHITECTURE
arch=				# bg for BlueGene, none for Linux

##### OPTIMIZATIONS 
make debg version		# debug, production: enable optimizations
opts=				# 

##### FDTD COMPILE DATA
N=2				# dimensionality of the problem (2,3)
problem_type=fdtd+dispersive#maxbloch	# fdtd (fdtd run), dispersive (add dispersion), all (allows 2D TE+TM runs at the same time, e.g., for casimir), maxbloch (enable four level maxwell bloch system plus noise)

##### I/O 
output=raw			# (raw) vtk to be implemented

##### SOURCES
spatial=tfsf+Ey+single					# <type> + <params>
							# point + field (Ex, Ey and Ez)	
							# tfsf + field (Ey or Ex) + opts [single (single plane at z0)]; the tfsf assumes a nondispersive background
							# field (Ex or Ey) alone selects just the polarization

##### MEASUREMENT
measurements=probes+Ey+energy	#+poynting			# probes (Ei, Hi, Ni) + farfield (+ bscatt to omit the plane at z1) + energy + poynting 

########## RUN-TIME PARAMETERS ##########



##### MPI OPTIONS
procs=1 9 1

##### FDTD GEOMETRY
number_of_cells=200 200 65		# x y z number of unit cells
box_size=2e-6 2e-6 2e-6	      			# physical size of simulation box along x y z
media_filename=geometry.in	   

##### TIME & I/O
base_dir=./res			# directory where to save results
CFL=2.				# CFL Condition
total_steps=20000		# steps used for performing final averages (total steps = equilibration + measure)
io_screen=1000			# I/O on screen
chkpoint_every=9000000		# checkpoint step 
chk_load=0			# 1 true, 0 false
chk_numb=0			# chkpoint number: 0 or 1

##### SOURCES
waveform=cw+0.4e-6+3+1e6#spl+500e-9+0.#cw+2.54e-07+3+100000       # cw + wavelength + m-duration + n-duration 
					# gaussian + wavelength + waist + peak time position
					# gaussian2 + wavelength + waist in wl 
					# spl + wavelength + starting time 
					# cw + wavelength + m-duration + n-duration 
					# fcb + wl0 + wl1 + N + m-duration + n-duration (fill wl0, wl1 with N mnm cw) 

					       		  # TFSF SOURCE SPECIFIERS
tfsf_box=0.2e-6 1.8e-6 0.4e-06 5.5e-06 0.3e-6 1.7e-6    	  # xsta xend ysta yend zsta zend separated by just one space
tfsf_power=1e-3	     	     	     	  # average power of the source [W] at central frequency
							
					# POINT SOURCE SPECIFIERS 
Ex_origin=1.15e-06 1.05e-06 1			# Ex source points lists x y z separated by a single space						
Ey_origin=1e-6 1e-6 1		# Ey source points lists x y z separated by a single space							
Ez_origin=1.15e-06 1.05e-06 1			# Ez source points lists x y z separated by a single space						

##### MAXWELL-BLOCH NOISE
envir_temp=300;                         #temperature of the environment in Kelvin
					

##### MEASUREMENTS
								# FAR FIELD
farfield_box=3.7 25.7 3.7 25.7 0.9 1.1		# far field box xsta xend ysta yend zsta zend separated by just one space
n_angles=100	    	   	  	       			# number of angles (theta,phi) to process  
ff_file=angles.in						# binary filename containing angles [theta,phi, theta,phi, ...]  

						# PROBES	
probe_list=4e-6+1e-6+4e-6+4e-6+4e-6+7e-6  # probe point list (x y z) separated by +; probe are saved as p1_<field>.bin,p2_<field>.bin,...
	       	       			# probes owned by one processor are grouped in p_<0>_<1>_..._<N>_<field>.bin and saved in [0-t0,1-t0,...,N-t0;
					#                                                                                          0-t1,1-t1,...,N-t1,
					#                                                                                          ..................]

		  	 			# ENERGY & POYNTING
erg_io=50000					# frequency of io save  


##### UPML
rmax=-16			# reflection error, designated as R(0) in Equation 7.62
orderbc=4			# order of the polynomial grading, designated as m in Equation 7.60a,b
upml=10 10 10			# number of UPML layer along x y and z