NUM_SEEDS=1             # number of random graphs to generate for the test. Note that MAX values will be averaged amond runs with different seeds
SEEDs=`seq 1 1 $NUM_SEEDS`

NUM_PEERSs=1000          # number of peers, including the source
DEGREEs=20

MEANBWs=1.0             # mean bandwidth. 1:critical regime; <1:overload regime >1:undeload regime
PEERSCLASS1s=0        # ratio of peers in the first class
MEANCLASS1s=1.0 # BW of peers in the first class. It can be calcualted based on MEANBW = PC1*MC1 + (1-PC1)*MC2
PEERSCLASS2s=1
MEANCLASS2s=1.0        
VARIANCERATEs=0

NUM_CHUNKSs=1000         # number of chunks
FIRST_CHUNK=0.001 #a small initial transient
LAST_CHUNK=0.9

SCHED_ORDERs="C_P"
CSCHEDs="LUc" # chunk scheduling alogorithms used
PSCHEDs="RUp" # peer scheduling alogorithms used

PSNR_EVERY=100

VIDEORATEs="0.7 0.8 0.9 1.0 1.1"
    
#PSNR_CODER='-f mpeg1video -vcodec mpeg1video -g 12 -bf 1 -b ${VIDEORATE}M '
#PSNR_CODER='-f mpeg2video -vcodec mpeg2video -g 12 -bf 1 -b ${VIDEORATE}M '
#PSNR_CODER='-f m4v -vcodec mpeg4 -g 12 -bf 1 -b ${VIDEORATE}M '
#PSNR_CODER='-f h263 -vcodec h263 -g 12 -b ${VIDEORATE}M '
#PSNR_CODER='-f h264 -vcodec libx264 -vpre libx264-default -keyint_min 12  -g 12 -b ${VIDEORATE}M '
PSNR_CODER='-f h264 -vcodec libx264 -vpre ${FFDIR}/ffpresets/libx264-default.ffpreset -keyint_min 12  -g 12 -b ${VIDEORATE}M '

PLAYOUT_DEADLINEs="12 16 22 30"
XLABEL="\"video rate\""
XSHORTNAME=videorate
XINDEX=$(linehead_index VIDEORATE)

PLOTTITLE='Effect of video rate and playout delay for $CSCHEDs/$PSCHEDs\n
     homogenous bandwith, set to $MEANBWs \n
     peers=$NUM_PEERSs; degree=$DEGREEs; chunks=$NUM_CHUNKSs; iterations=$NUM_ITERATIONS; seeds=$NUM_SEEDS'

GNUPLOT_XTRA=""

CURVEVARS="PLAYOUT_DEADLINE" #variables to use to differentiate curves