X/Y/Z Axis can be :
# the counters/formulas
# the MOClass (eg UtranCell, IubLink, RncModule)
# the time: h (aggregate on hour), d (aggregate on day), a (aggregate on the whole period). If nothing specified there is no time aggregation, each ROP period is displayed separately.
#Note: The pmdiff flag has to be specified for Cello counters

reportName Q.Aal2 Setup Performance (Aal2Ap), Whole Period
X counter Aal2SetupFail,Aal2Congestion,NoAal2SetupAttempts
Y mo Aal2Ap=([^\s,=\t]+)
Z time a
precision 2

reportName Q.Aal2 Setup Performance (Aal2Ap), ROP by ROP
X time
Y counter Aal2SetupFail,Aal2Congestion,NoAal2SetupAttempts
Z mo Aal2Ap=([^\s,=\t]+)
precision 2

reportName Q.Aal2 Setup Performance (Aal2Ap) per QoS Class, Whole Period
X counter Aal2FailClassA,Aal2FailClassB,Aal2FailClassC,Aal2FailClassD,CongestClassA,CongestClassB,CongestClassC,CongestClassD
Y mo Aal2Ap=([^\s,=\t]+)
Z time a
precision 1

reportName Q.Aal2 Setup Performance (Aal2Ap) per QoS Class, ROP by ROP
X time
Y counter Aal2FailClassA,Aal2FailClassB,Aal2FailClassC,Aal2FailClassD,CongestClassA,CongestClassB,CongestClassC,CongestClassD
Z mo Aal2Ap=([^\s,=\t]+)
precision 1

reportName ISL load, ROP by ROP
X counter InternalLinkGroupLoad
Y mo InternalLinkGroup=([^\s,=\t]+)
Z time

reportName PlugInUnits with highest processor load, ROP by ROP
X time
Y counter pmProcessorLoad
Z mo (Equipment=1.*PlugInUnit=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
precision 1
pipe sort -rnk3
#pipe sort -rnk3 | $moshelldir/gawk '$3>0.1{print}'

reportName Sctp PacketLossRatio, ROP by ROP
X time 
Y counter SctpPacketLossRatio
Z mo (Sctp=[^\s,=\t]+) -r PIU=([^\s,=\t]+)
precision 4 
pmdiff 

reportName IpSecTunnel Performance, ROP by ROP
X counter IpSecRxPeerFaults,IpSecRxDrop,IpSecTxDrop,IpSecEspIn,IpSecEspOut
Y mo IpSecTunnel=([^\s,=\t]+)
Z time 
precision 1

reportName AtmPort Tput in Mbps, ROP by ROP
X time 
Y counter AtmIn,AtmOut,AtmTot
Z mo AtmPort=([^\s,=\t+]+)$
precision 1
pmdiff  

reportName VplTp Tput in Mbps, ROP by ROP
X time 
Y counter AtmIn,AtmOut,AtmTot
Z mo (TransportNetwork=1.*VplTp=[^\s,=\t]+)$ -r Pos=([^\s,=\t]+)
precision 1
pmdiff

reportName VclTp Tput in Mbps, ROP by ROP
X time 
Y counter AtmIn,AtmOut,AtmTot
Z mo (TransportNetwork=1.*VclTp=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
precision 1
pmdiff

reportName EthernetSwitch(Module)Port Tput in Mbps, ROP by ROP
X time 
Y counter EsmPortIn,EsmPortOut,EsmPortTot
Z mo (Equipment=1.*EthernetSwitch.*Port=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
precision 1

reportName InternalEthPort Tput in Mbps, ROP by ROP
X time 
Y counter EsmPortIn,EsmPortOut,EsmPortTot
Z mo (Equipment=1.*InternalEthernetPort=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
precision 1

reportName GigabitEthernet Tput in Mbps, ROP by ROP
X time
Y counter GigaPortIn,GigaPortOut,GigaPortTot
Z mo (Equipment=1.*GigaBitEthernet=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
precision 1

reportName IpInterface Tput in Mbps, ROP by ROP
X time 
Y counter IpLayerMbpsOut,IpLayerMbpsIn,EthLayerMbpsOut,EthLayerMbpsIn
Z mo (Equipment=1.*IpInterface=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
precision 3

reportName IpAccessHostEt Performance at Node level, ROP by ROP
X counter IpEtReasmTrf,IpEtFragTrf,IpEtOutPkt,IpEtInPkt,IpEtUdpOut,IpEtUdpIn
Y time
Z mo ManagedElement=1
prepipe grep IpAccessHostEt=
precision 0

reportName IpAccessHostEt Performance at Slot level, ROP by ROP
X counter IpEtReasmTrf,IpEtFragTrf,IpEtOutPkt,IpEtInPkt,IpEtUdpOut,IpEtUdpIn
Y mo (IpAccessHostEt=[^\s,=\t]+) -r PIU=([^\s,=\t]+)
Z time 
precision 0

reportName IpAccessHostEt Performance, ROP by ROP
X counter IpEtReasmTrf,IpEtFragTrf,IpEtOutPkt,IpEtInPkt,IpEtUdpOut,IpEtUdpIn
Y mo (IpAccessHostEt=[^\s,=\t]+) -r PIU=([^\s,=\t]+) -append
Z time 
precision 0

reportName IpAccessHostEt UDP and ICMP Performance at Slot level, ROP by ROP
X counter IpEtUdpIpInError,IpEtIpOutError,IpEtUdpOut,IpEtUdpIn,IpEtIcmpInDstUnr,IpEtIcmpInOth,IpEtIcmpOutDstUnr,IpEtIcmpOutOth 
Y mo (IpAccessHostEt=[^\s,=\t]+) -r PIU=([^\s,=\t]+)
Z time
precision 0

#reportName IpAccessHostEt Fragmentation and Re-assembly success rate per Slot, ROP by ROP
#Y counter IpEtReasmSuc,IpEtFragSuc
#Z mo (IpAccessHostEt=[^\s,=\t]+) -r PIU=([^\s,=\t]+)
#X time 
#precision 1

reportName IpAccessHostEt Fragmentation and Re-assembly per Slot, ROP by ROP
X counter IpEtReasmTrf,IpEtReasmSuc,IpEtFragTrf,IpEtFragSuc,IpEtOutPkt,IpEtInPkt,IpEtIpRxDrop
Y mo (IpAccessHostEt=[^\s,=\t]+) -r PIU=([^\s,=\t]+)
Z time 
precision 1

reportName IpInterface Performance per Slot, ROP by ROP
X counter IpIfInMbps,IpIfOutMbps,IpIfInPkt,IpIfOutPkt,IpIfEsp,IpIfInErr,IpIfOutErr
Y mo (Equipment=1.*IpInterface=.*) -r PIU=([^\s,=\t]+)
Z time 
precision 1 

reportName GigaBitEthernet Tput in Mbps, ROP by ROP
X time
Y counter GigaP1In,GigaP2In,GigaP1Out,GigaP2Out
Z mo (Equipment=1.*GigaBitEthernet=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
precision 1
pipe sort -nrk 3

reportName GigaBitEthernet link 1 Performance, ROP by ROP
X counter GigaP1In,GigaP1Out,GigaP1InDisc,GigaP1OutDisc,GigaP1InBcst,GigaP1InUcst,GigaP1OutUcst,GigaP1InOth,GigaP1OutOth
Y mo (Equipment=1.*GigaBitEthernet=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
Z time 
precision 1

reportName GigaBitEthernet link 2 Performance, ROP by ROP
X counter GigaP2In,GigaP2Out,GigaP2InDisc,GigaP2OutDisc,GigaP2InBcst,GigaP2InUcst,GigaP2OutUcst,GigaP2InOth,GigaP2OutOth
Y mo (Equipment=1.*GigaBitEthernet=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
Z time 
precision 1

reportName InternalEthernetPort Performance, Whole Period
X counter IntEthIn,IntEthOut,IntEthInDisc,IntEthOutDisc,IntEthInUcast,IntEthOutUcast,IntEthInBcast,IntEthOutBcast,IntEthTot,IntEthDiscTot,IntEthUcastTot,IntEthBcastTot
Y mo (Equipment=1.*InternalEthernetPort=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
Z time a
precision 1

reportName InternalEthernetPort Performance, ROP by ROP
X time 
Y counter IntEthIn,IntEthOut,IntEthInDisc,IntEthOutDisc,IntEthInUcast,IntEthOutUcast,IntEthInBcast,IntEthOutBcast,IntEthTot,IntEthDiscTot,IntEthUcastTot,IntEthBcastTot
Z mo (Equipment=1.*InternalEthernetPort=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
precision 1

reportName EthernetSwitchModulePort Performance, Whole Period
X counter EsmPortIn,EsmPortOut,EsmPInDisc,EsmPOutDisc,EsmPInUcast,EsmPOutUcast,EsmPInBcast,EsmPOutBcast
Y mo (Equipment=1.*EthernetSwitchModulePort=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
Z time a
precision 1

reportName EthernetSwitchModulePort Performance, ROP by ROP
X counter EsmPortIn,EsmPortOut,EsmPInDisc,EsmPOutDisc,EsmPInUcast,EsmPOutUcast,EsmPInBcast,EsmPOutBcast
Y mo (Equipment=1.*EthernetSwitchModulePort=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
Z time
precision 1

reportName EthernetSwitchPort Performance, Whole Period
X counter EsPortIn,EsPortInDisc,EsPortInUcast,EsPortInBcast,EsPortOut,EsPortOutDisc,EsPortOutUcast,EsPortOutBcast,EsPortTot,EsPortDiscTot,EsPortUcastTot,EsPortBcastTot
Y mo (Equipment=1.*EthernetSwitchPort=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
Z time a
precision 1

reportName EthernetSwitchPort Performance, ROP by ROP
X time
Y counter EsPortIn,EsPortInDisc,EsPortInUcast,EsPortInBcast,EsPortOut,EsPortOutDisc,EsPortOutUcast,EsPortOutBcast,EsPortTot,EsPortDiscTot,EsPortUcastTot,EsPortBcastTot
Z mo (Equipment=1.*EthernetSwitchPort=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
precision 1


reportName EthernetPort Performance, Whole Period
X counter EthPortIn,EthPortOut,EthPInDisc,EthPOutDisc,EthPInUcast,EthPOutUcast,EthPInBcast,EthPOutBcast
Y mo (Equipment=1.*EthernetPort=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
Z time a
precision 1

reportName EthernetPort Performance, ROP by ROP
X counter EthPortIn,EthPortOut,EthPInDisc,EthPOutDisc,EthPInUcast,EthPOutUcast,EthPInBcast,EthPOutBcast
Y mo (Equipment=1.*EthernetPort=[^\s,=\t]+) -r Pos=([^\s,=\t]+)
Z time
precision 1

