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 0.0 false 0 true false 0 false -1 7000.0 6 -65536 0.0 null 7000.0 RPM 0.0 300.0 -9868934 360 false Circle Analog Gauge 300.0 true 265 0 0.0 300 600.0 6250.0 -16777114 -16777216 0 15000 -1.0 600.0 5500.0 -256 0 5500.0 true 6250.0 false 999.0 1 true null 0 NaN 300 0.0 false rpm null null false true false 0.0273224043715847 0.3724188790560472 0.19616519174041297 true false false 0.4827586206896552 0.0 false 0.0 true false 0 false -1 100.0 6 -65536 0.0 null 100.0 % 0.0 -1.0 -9868934 360 false Circle Analog Gauge -1.0 true 172 1 0.0 300 1.0 100.0 -16777114 -16777216 1 15000 -1.0 1.0 90.0 -256 0 90.0 true 100.0 false -0.1 1 true null 0 NaN 300 0.0 false throttle null null false true false 0.35934664246823955 0.12684365781710916 0.17642752562225475 true false false 0.3138020833333333 0.0 false 0.000 true false 0 false -1 25.5 6 -65536 0.0 null 25.5 ms 0.0 1.0 -9868934 360 false Circle Analog Gauge 1.0 true 173 1 0.0 300 1.2 25.0 -16777114 -16777216 3 15000 -1.0 1.2 20.0 -256 0 20.0 true 25.0 false 3.267396 1 true null 0 NaN 300 0.0 false pulseWidth1 null null false true false 0.5843920145190563 0.8193215339233039 0.17715959004392387 true false false 0.3151041666666667 0.0 false 0 true false 0 false -1 250.0 6 -65536 0.0 null 250.0 °F 0.0 50.0 -9868934 360 false Circle Analog Gauge 50.0 true 174 0 0.0 300 150.0 220.0 -16777114 -16777216 0 15000 -1.0 150.0 200.0 -256 0 200.0 true 220.0 false 196.0 1 true null 0 NaN 300 0.0 false coolant null null false true false 0.043557168784029036 0.5766961651917404 0.17862371888726208 true false false 0.3177083333333333 0.0 false 0.0 true false 0 false -1 36.0 6 -65536 0.0 null 36.0 degrees 0.0 5.0 -9868934 360 false Circle Analog Gauge 5.0 true 169 1 0.0 300 10.0 35.0 -16777114 -16777216 1 15000 -1.0 10.0 30.0 -256 0 30.0 true 35.0 false 18.0 1 true null 0 NaN 300 0.0 false advance null null false true false 0.588021778584392 0.017699115044247787 0.17349926793557832 true false false 0.30859375 0.0 false 0.0 true false 0 false -1 200.0 6 -65536 0.0 null 200.0 kPa 0.0 10.0 -9868934 360 false Circle Analog Gauge 10.0 true 179 0 0.0 300 20.0 190.0 -16777114 -16777216 1 15000 -1.0 20.0 160.0 -256 0 160.0 true 190.0 false 60.0 1 true null 0 NaN 300 0.0 false fuelload null null false true false 0.014519056261343012 0.8156342182890856 0.18374816983894582 true false false 0.3268229166666667 10.0 false 10.00 true false 0 false -1 19.4 6 -65536 10.0 null 19.4 10.0 12.0 -9868934 360 false Circle Analog Gauge 12.0 true 188 2 10.0 300 13.0 16.0 -16777114 -16777216 2 15000 -1.0 13.0 15.0 -256 0 15.0 true 16.0 false 15.4 1 true null 0 NaN 300 10.0 false afr1 null null false true false 0.5644283121597096 0.42551622418879054 0.1925329428989751 true false false 0.3424479166666667 800.0 false 800 true false 0 false -1 1400.0 6 -65536 800.0 null 1400.0 RPM 800.0 850.0 -9868934 360 false Circle Analog Gauge 850.0 true 182 0 800.0 300 900.0 1350.0 -16777114 -16777216 0 15000 -1.0 900.0 1300.0 -256 0 1300.0 true 1350.0 false 1078.0 1 true null 0 NaN 300 800.0 false cl_idle_targ_rpm null null false true false 0.0054446460980036296 0.008849557522123894 0.18667642752562225 true false false 0.33203125 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Protocol Error false Protocol Error false -16777216 -4144960 -256 null -1 null 0.0 false protocolError null null false Application Events false false 0.9675 0.9105909957885743 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Data Logging false Data Logging false -16777216 -4144960 -16711936 null -1 null 0.0 false dataLoggingActive null null false Application Events false false 0.9675 0.8196819021701813 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator AC false AC true -16777216 -16777216 -16711936 null -1 null 0.0 false ACOC null null false false true 0.9675 0.7287728085517884 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator No seq. shift false Seq. Shift true -16777216 -16777216 -65536 null -1 null 0.0 false Seq. ShiftOC null null false false true 0.9675 0.6378637149333954 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator No soft limit false Soft limiter true -16777216 -16777216 -65536 null -1 null 0.0 false Soft limiterOC null null false false true 0.9675 0.5469546213150025 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Test mode false Test mode true -16777216 -16777216 -65536 null -1 null 0.0 false Test modeOC null null false false true 0.9675 0.45604552769660955 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator MAPsample error! false MAPsample error! true -16777216 -16777216 -65536 null -1 null 0.0 false MAPsample error!OC null null false false true 0.9675 0.3651364340782166 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator T-log false T-log true -16777216 -16777216 -16711936 null -1 null 0.0 false T_logOC null null false false true 0.9675 0.27422734045982367 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator No Fuel cut false Fuel cut true -16777216 -16777216 -65536 null -1 null 0.0 false Fuel cutOC null null false false true 0.9675 0.18331824684143072 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Knock false Knock true -16777216 -16777216 -65536 null -1 null 0.0 false knock null null false false true 0.9675 0.09240915322303778 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator CL idle false CL idle true -16777216 -16777216 -16711936 null -1 null 0.0 false CL idleOC null null false false true 0.9675 0.0015000596046448322 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Over boost false Over boost true -16777216 -16777216 -65536 null -1 null 0.0 false Over boostOC null null false false true 0.9365000000000001 0.9105909659862519 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Spark cut false Spark cut true -16777216 -16777216 -65536 null -1 null 0.0 false Spark cutOC null null false false true 0.9365000000000001 0.8196818723678589 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Flat shift false Flat shift true -16777216 -16777216 -16711936 null -1 null 0.0 false Flat shiftOC null null false false true 0.9365000000000001 0.728772778749466 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Launch false Launch true -16777216 -16777216 -16711936 null -1 null 0.0 false LaunchOC null null false false true 0.9364791288566243 0.637905604719764 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Hard limit false Hard limit true -16777216 -16777216 -65536 null -1 null 0.0 false Hard limitOC null null false false true 0.9364791288566243 0.5471976401179941 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator N2O 2 false N2O 2 true -16777216 -16777216 -16711936 null -1 null 0.0 false N2O 2OC null null false false true 0.9364791288566243 0.4557522123893805 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator no2 false no2 true -16777216 -16777216 -16711936 null -1 null 0.0 false N2O 1OC null null false false true 0.9364791288566243 0.36504424778761063 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Spk Tbl sw false Spk Tbl sw true -16777216 -16777216 -16711936 null -1 null 0.0 false Spk Tbl swOC null null false false true 0.9365000000000001 0.2742273106575013 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Fuel Tbl sw false Fuel Tbl sw true -16777216 -16777216 -16711936 null -1 null 0.0 false Fuel Tbl swOC null null false false true 0.9365000000000001 0.18331821703910833 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Half-RPM sync false Full-RPM sync true -16777216 -16777216 -16711936 null -1 null 0.0 false Full_RPM syncOC null null false false true 0.9365000000000001 0.09240912342071539 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Not RPM synced false RPM Synced true -16777216 -16777216 -16711936 null -65536 null 0.0 false RPM SyncedOC null null false false true 0.9365000000000001 0.0015000298023224445 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Lost Data false Lost Data true -16777216 -16777216 -65536 null -1 null 0.0 false Lost DataOC null null false false true 0.9055000000000001 0.9105909361839294 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Need Burn false Need Burn true -16777216 -16777216 -65536 null -1 null 0.0 false Need BurnOC null null false false true 0.9055000000000001 0.8196818425655364 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Config Error false Config Error true -16777216 -16777216 -65536 null -1 null 0.0 false Config ErrorOC null null false false true 0.9055000000000001 0.7287727489471435 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator MAP Decel false MAP Decel true -16777216 -16777216 -16711936 null -1 null 0.0 false mapaccden null null false false true 0.9055000000000001 0.6378636553287506 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator TPS Decel false TPS Decel true -16777216 -16777216 -16711936 null -1 null 0.0 false tpsaccden null null false false true 0.9055000000000001 0.5469545617103576 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator MAP Accel Enrich false MAP Accel Enrich true -16777216 -16777216 -16711936 null -1 null 0.0 false mapaccaen null null false false true 0.9055000000000001 0.4560454680919647 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator TPS Accel Enrich false TPS Accel Enrich true -16777216 -16777216 -16711936 null -1 null 0.0 false tpsaccaen null null false false true 0.9055000000000001 0.3651363744735718 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator WUE OFF false WUE true -16777216 -16777216 -16711936 null -1 null 0.0 false warmup null null false false true 0.9055000000000001 0.27422728085517883 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator ASE OFF false ASE true -16777216 -16777216 -16711936 null -1 null 0.0 false startw null null false false true 0.9055000000000001 0.1833181872367859 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Not Cranking false Cranking true -16777216 -16777216 -16711936 null -1 null 0.0 false crank null null false false true 0.9055000000000001 0.09240909361839295 0.08790909361839294 true false false 0.028 0.0 java.awt.Insets[top=2,left=2,bottom=2,right=2] Basic Rectangle Indicator Not Ready false Ready true -16777216 -16777216 -16711936 null -1 null 0.0 false ready null null false false true 0.9055000000000001 0.0015 0.08790909361839294 true false false 0.028 0.0 false 0 true false 0 false -657931 215.0 8 -65536 0.0 null 215.0 °F 0.0 0.0 -9868934 360 false Circle Analog Gauge 0.0 true 169 0 0.0 300 30.0 180.0 -16777114 -14868654 0 15000 -1.0 30.0 150.0 -256 0 150.0 true 180.0 false 99.5 1 false null 0 NaN 300 0.0 false mat null null false true false 0.558983666061706 0.5870206489675516 0.17349926793557832 true false false 0.30859375 10.0 false 10.00 true false 0 false -657931 19.4 8 -65536 10.0 null 19.4 10.0 12.0 -9868934 360 false Circle Analog Gauge 12.0 true 197 2 10.0 300 13.0 16.0 -16777114 -14868654 2 15000 -1.0 13.0 15.0 -256 0 15.0 true 16.0 false 14.5 1 false null 0 NaN 300 10.0 false afrtgt1 null null false true false 0.5520833333333334 0.27379209370424595 0.14601769911504425 true false false 0.35934664246823955 0.0 false 0.0 true false 0 false -657931 10.0 8 -65536 0.0 null 10.0 psig 0.0 0.0 -9868934 360 false Circle Analog Gauge 0.0 true 162 1 0.0 300 0.0 8.0 -16777114 -14868654 1 15000 -1.0 0.0 6.0 -256 0 6.0 true 8.0 false -5.829 1 false null 0 NaN 300 0.0 false boostpsig null null false true false 0.32304900181488205 0.7411504424778761 0.12020648967551623 true false false 0.2958257713248639 0.0 false 0 true false 0 false -657931 300.0 8 -65536 0.0 null 300.0 %/sec 0.0 10.0 -9868934 360 true Circle Analog Gauge 10.0 true 171 0 0.0 300 0.0 400.0 -16777114 -14868654 0 15000 -1.0 0.0 400.0 -256 0 400.0 true 400.0 false 3.8000000000000003 1 false null 0 NaN 300 0.0 false TPSdot null null false true false 0.019963702359346643 0.21165191740412978 0.12684365781710916 true false false 0.3121597096188748