#!/bin/ksh # Viewperf post processor # Version 1.1 SCRIPT=` echo $0 | awk ' BEGIN {FS="/"} {print $NF} ' ` PROCESS="VIEWSETS" PRINT_SUMMARY="FALSE" PRINT_VISUAL_DATA="FALSE" while [ ! $# = 0 ] do case "$1" in # What type of tests will be processed "-V") PROCESS="VIEWSETS" ;; "-a") PROCESS="ALL_TESTS" ;; # What type of output format will be used "-s") PRINT_SUMMARY="TRUE" ;; "-v") PRINT_VISUAL_DATA="TRUE" ;; "-h") echo "Usage: $SCRIPT [-V|-a] [-s] [-v] < viewperf_data"; echo echo " -V - Process the standard Viewsets (default)." echo " -a - Process all the tests." echo " -s - Print the test summary (default)." echo " -v - Print the visual information." echo exit;; *) echo "What is this ??? '$1'" ;; esac shift done awk ' BEGIN { NumVis=14 Cnt=0 # Get shell variables... PROCESS = '\"$PROCESS\"' PRINT_SUMMARY = '\"$PRINT_SUMMARY\"' PRINT_VISUAL_DATA = '\"$PRINT_VISUAL_DATA\"' # Check to see that at least one print option has been set if ( PRINT_SUMMARY ~ /FALSE/ && PRINT_VISUAL_DATA ~ /FALSE/ ) { # Nothing has been set, then set the default PRINT_SUMMARY="TRUE" } # Set up lookup table for framebuffer level fbl[-4]="U" # Underlays fbl[-3]="U" fbl[-2]="U" fbl[-1]="U" fbl[0]="N" # Normal fbl[1]="O" fbl[2]="O" fbl[3]="O" fbl[4]="O" # Overlays # Define output formats for the visual information # id lvl db st r g b a db sb r g b a split( "%7s ,%4s ,%8s ,%7s ,%4s ,%4s ,%4s ,%4s ,%6s ,%6s ,%7s ,%4s ,%4s ,%4s ", fmt , "," ) ## Metrics & Weights for CDRS-02 ... cdrs_m[1]="-mh mower-wf -rm LINE -cp FRAME -dl -ls -bl -dbf ONE -vz " cdrs_w[1]=0.50 cdrs_m[2]="-mh mower-ts.msh -rm TMESH -cp FRAME -dl -zb -nil 1 -vz " cdrs_w[2]=0.20 cdrs_m[3]="-mh mower-ts.msh -rm TMESH -cp PRIMITIVE -dl -zb -nil 1 -bl -vz " cdrs_w[3]=0.15 cdrs_m[4]="-mh mower-ts.msh -rm TMESH -cp PRIMITIVE -dl -zb -nil 1 -bl -tx flag.mtv -vz " cdrs_w[4]=0.08 cdrs_m[5]="-mh mower-ts.msh -rm TMESH -cp FRAME -dl -zb -nil 1 -txg flag.mtv -te MODULATE -vz " cdrs_w[5]=0.05 cdrs_m[6]="-mh mower-ts.msh -rm TMESH -cp VERTEX -dl -zb -nil 1 -vz " cdrs_w[6]=0.02 cdrs_m[7]="-mh mower-wf.msh -rm VECTOR -cp FRAME -dl -bl -dbf ONE -vz " cdrs_w[7]=0.0 ## Metrics & Weights for DX-02 ... dx_m[1]="-mh dx.msh -rm TMESH -cp VERTEX -zb -nil 1 " dx_w[1]=0.400000 dx_m[2]="-mh dx.msh -rm LINE -cp VERTEX -zb -nil 1 " dx_w[2]=0.200000 dx_m[3]="-mh dx.msh -rm TMESH -cp VERTEX -dl -zb -nil 1 " dx_w[3]=0.100000 dx_m[4]="-mh dx.msh -rm POINT -cp VERTEX -zb -nil 1 " dx_w[4]=0.080000 dx_m[5]="-mh dx.msh -rm LINE -cp VERTEX -dl -zb -nil 1 " dx_w[5]=0.050000 dx_m[6]="-mh dx.msh -rm TMESH -cp VERTEX -zb -nil 1 -fn " dx_w[6]=0.050000 dx_m[7]="-mh dx.msh -rm TMESH -cp VERTEX -zb -nil 1 -pp " dx_w[7]=0.050000 dx_m[8]="-mh dx.msh -rm TMESH -cp VERTEX -zb -nil 1 -l2s " dx_w[8]=0.025000 dx_m[9]="-mh dx.msh -rm TMESH -cp VERTEX -zb -nil 1 -c " dx_w[9]=0.025000 dx_m[10]="-mh dx.msh -rm POINT -cp VERTEX -dl -zb -nil 1 " dx_w[10]=0.020000 drv_01_m[1]="-mh gyda1-ts.msh -rm TMESH -cp PRIMITIVE -zb -nil 1 -vz " drv_01_w[1]=0.38 drv_01_m[2]="-mh gyda2-ts.msh -rm TMESH -cp PRIMITIVE -zb -f -nil 1 -fn -vz " drv_01_w[2]=0.30 drv_01_m[3]="-mh gyda1-ts.msh -rm TMESH -cp PRIMITIVE -zb -nil 1 -c -vz " drv_01_w[3]=0.08 drv_01_m[4]="-mh gyda2-ts.msh -rm TMESH -cp PRIMITIVE -zb -f -nil 1 -fn -c -vz " drv_01_w[4]=0.05 drv_01_m[5]="-mh gyda0-wf.msh -rm LINE -cp PRIMITIVE -zb -f -vz " drv_01_w[5]=0.05 drv_01_m[6]="-mh gyda2-ts.msh -rm TMESH -cp PRIMITIVE -zb -f -nil 1 -fn -pp -vz " drv_01_w[6]=0.05 drv_01_m[7]="-mh gyda0-wf.msh -rm LINE -cp PRIMITIVE -f -or " drv_01_w[7]=0.04 drv_01_m[8]="-mh gyda2-ts.msh -rm TMESH -cp FRAME -zb -f -tx flag.mtv -magf LINEAR -minf LINEAR_MIPMAP_LINEAR -vz " drv_01_w[8]=0.03 drv_01_m[9]="-mh gyda0-wf.msh -rm LINE -cp PRIMITIVE -zb -f -c -vz " drv_01_w[9]=0.01 drv_01_m[10]="-mh gyda2-ts.msh -rm TMESH -cp FRAME -zb -f -c -tx flag.mtv -magf LINEAR -minf LINEAR_MIPMAP_LINEAR -vz " drv_01_w[10]=0.01 } # Start Main Loop # Parse for the frame rate $2~/frames\/sec/ && $3~/--/ { # Get test description Description="" for(i=4;i<=NF;i++) Description=Description$i" " # Save the test results by the test description string="" for(i=1;i<=NumVis;i++) string=string Vis[i]"," # Save everything for printing later FrameRate[Description]=$1 DLBuild[Description]=DLB Visuals[Description]=string Order[++Cnt]=Description } # Parse for the display list build time $2~/sec/ && $3~/\(DL/ && $4~/Build\)/ { DLB = $1 } # Parse for the visual information $1~/Visual/ && $2~/ID/ { Vis[1] = $3 } $1~/Frame/ && $2~/BufferLevel/ { Vis[2] = $3 } $1~/Double/ && $2~/Buffer/ { Vis[3] = $3 } $1~/Stereo/ { Vis[4] = $2 } $1~/Red/ && $2~/Size/ { Vis[5] = $3 } $1~/Green/ && $2~/Size/ { Vis[6] = $3 } $1~/Blue/ && $2~/Size/ { Vis[7] = $3 } $1~/Alpha/ && $2~/Size/ { Vis[8] = $3 } $1~/Depth/ && $2~/Size/ { Vis[9] = $3 } $1~/Stencil/ && $2~/Size/ { Vis[10] = $3 } $2~/Red/ && $1~/Accum/ && $3~/Size/ { Vis[11] = $4 } $2~/Green/ && $1~/Accum/ && $3~/Size/ { Vis[12] = $4 } $2~/Blue/ && $1~/Accum/ && $3~/Size/ { Vis[13] = $4 } $2~/Alpha/ && $1~/Accum/ && $3~/Size/ { Vis[14] = $4 } # Initialze everything $1~/OpenGL/ && $2~/Client/ && $3~/Extensions/ { FPS="" DLB="NA" for(i=1;i<=NumVis;i++) Vis[i]="" } END { if ( PROCESS~/VIEWSETS/ ) { ################################# ## Calculate CDRS-03 Composite ## ################################# CdrsComposite = 1.0 CdrsHit = 0 for ( i in cdrs_m ) { if( FrameRate[cdrs_m[i]] > 0 ) { CdrsComposite *= FrameRate[cdrs_m[i]] ^ cdrs_w[i] ; ++CdrsHit } } if ( CdrsHit != 0 ) { if( PRINT_SUMMARY ~ /TRUE/ ) { printf("\nCDRS-02 Viewset\n") printf("------------------------------------------------------------------------------------------------------------------\n") printf("Test Weight Frames DLB --------------------------------- Test Description --------------------------------\n") printf(" # %% Per Sec Sec \n") printf("------------------------------------------------------------------------------------------------------------------\n") for ( i=1;i<=7;i++) { printf("%3d %4.1f %7s %7s %s\n",i, cdrs_w[i]*100, FrameRate[cdrs_m[i]], DLBuild[cdrs_m[i]],cdrs_m[i]) } printf("------------------------------------------------------------------------------------------------------------------\n") } if( PRINT_VISUAL_DATA ~ /TRUE/ ) { printf("\nCDRS-02 Viewset\n") printf("------------------------------------------------------------------------------------------------------------------\n") printf("Test Weight Frames DLB Visual Level Double Stereo Frame Buffer Depth Stencil Accumulation Buffer\n") printf(" # %% Per Sec Sec ID Buffer Enabled Red Green Blue Alpha Buffer Buffer Red Green Blue Alpha\n") printf("------------------------------------------------------------------------------------------------------------------\n") for ( i=1;i<=7;i++) { split( Visuals[cdrs_m[i]] , f , "," ) f[2]=fbl[f[2]] printf("%3d %4.1f %7s %7s",i, cdrs_w[i]*100, FrameRate[cdrs_m[i]], DLBuild[cdrs_m[i]]) for(j=1;j<=NumVis;j++) printf(fmt[j],f[j]) printf("\n") } printf("------------------------------------------------------------------------------------------------------------------\n") } #printf("Frame Buffer Level: N-Normal O-Overlay U-Underlay\n") if ( CdrsHit == 7 ) printf("CDRS-02 Weighted Geometric Mean = %f\n\n ", CdrsComposite ) else printf("CDRS-02 Weighted Geometric Mean = NA (Missing Data)\n\n " ) } ############################### ## Calculate DX-02 Composite ## ############################### DxComposite = 1.0 DxHit = 0 for ( i in dx_m ) { if( FrameRate[dx_m[i]] > 0 ) { DxComposite *= FrameRate[dx_m[i]] ^ dx_w[i] ; DxHit ++ } } if ( DxHit != 0 ) { if( PRINT_SUMMARY ~ /TRUE/ ) { printf("\nDX-02 Viewset\n") printf("------------------------------------------------------------------------------------------------------------------\n") printf("Test Weight Frames DLB --------------------------------- Test Description --------------------------------\n") printf(" # %% Per Sec Sec \n") printf("------------------------------------------------------------------------------------------------------------------\n") for ( i=1;i<=10;i++) { printf("%3d %4.1f %7s %7s %s\n",i, dx_w[i]*100, FrameRate[dx_m[i]], DLBuild[dx_m[i]],dx_m[i]) } printf("------------------------------------------------------------------------------------------------------------------\n") } if( PRINT_VISUAL_DATA ~ /TRUE/ ) { printf("\nDX-02 Viewset\n") printf("------------------------------------------------------------------------------------------------------------------\n") printf("Test Weight Frames DLB Visual Level Double Stereo Frame Buffer Depth Stencil Accumulation Buffer\n") printf(" # %% Per Sec Sec ID Buffer Enabled Red Green Blue Alpha Buffer Buffer Red Green Blue Alpha\n") printf("------------------------------------------------------------------------------------------------------------------\n") for ( i=1;i<=10;i++) { split( Visuals[dx_m[i]] , f , "," ) f[2]=fbl[f[2]] printf("%3d %4.1f %7s %7s",i, dx_w[i]*100, FrameRate[dx_m[i]], DLBuild[dx_m[i]]) for(j=1;j<=NumVis;j++) printf(fmt[j],f[j]) printf("\n") } printf("------------------------------------------------------------------------------------------------------------------\n") } #printf("Frame Buffer Level: N-Normal O-Overlay U-Underlay\n") if ( DxHit == 10 ) printf("DX-02 Weighted Geometric Mean = %f\n\n ", DxComposite ) else printf("DX-02 Weighted Geometric Mean = NA (Missing Data)\n\n " ) } ################################ ## Calculate DRV-01 Composite ## ################################ DrvComposite = 1.0 DrvHit = 0 for ( i in drv_01_m ) { if( FrameRate[drv_01_m[i]] > 0 ) { DrvComposite *= FrameRate[drv_01_m[i]] ^ drv_01_w[i] ; DrvHit ++ } } if ( DrvHit != 0 ) { if( PRINT_SUMMARY ~ /TRUE/ ) { printf("\nDRV-01 Viewset\n") printf("------------------------------------------------------------------------------------------------------------------\n") printf("Test Weight Frames DLB --------------------------------- Test Description --------------------------------\n") printf(" # %% Per Sec Sec \n") printf("------------------------------------------------------------------------------------------------------------------\n") for ( i=1;i<=10;i++) { printf("%3d %4.1f %7s %7s %s\n",i, drv_01_w[i]*100, FrameRate[drv_01_m[i]], DLBuild[drv_01_m[i]],drv_01_m[i]) } printf("------------------------------------------------------------------------------------------------------------------\n") } if( PRINT_VISUAL_DATA ~ /TRUE/ ) { printf("\nDRV-01 Viewset\n") printf("------------------------------------------------------------------------------------------------------------------\n") printf("Test Weight Frames DLB Visual Level Double Stereo Frame Buffer Depth Stencil Accumulation Buffer\n") printf(" # %% Per Sec Sec ID Buffer Enabled Red Green Blue Alpha Buffer Buffer Red Green Blue Alpha\n") printf("------------------------------------------------------------------------------------------------------------------\n") for ( i=1;i<=10;i++) { split( Visuals[drv_01_m[i]] , f , "," ) f[2]=fbl[f[2]] printf("%3d %4.1f %7s %7s",i, drv_01_w[i]*100, FrameRate[drv_01_m[i]], DLBuild[drv_01_m[i]]) for(j=1;j<=NumVis;j++) printf(fmt[j],f[j]) printf("\n") } printf("------------------------------------------------------------------------------------------------------------------\n") } #printf("Frame Buffer Level: N-Normal O-Overlay U-Underlay\n") if ( DrvHit == 10 ) printf("DRV-01 Weighted Geometric Mean = %f\n\n ", DrvComposite ) else printf("DRV-01 Weighted Geometric Mean = NA (Missing Data)\n\n " ) } } ################## # NON_VIEWSETS # ################## else { if( PRINT_SUMMARY ~ /TRUE/ ) { printf("------------------------------------------------------------------------------------------------------------------\n") printf("Test Weight Frames DLB --------------------------------- Test Description --------------------------------\n") printf(" # %% Per Sec Sec \n") printf("------------------------------------------------------------------------------------------------------------------\n") for ( i=1;i<=Cnt;i++) { printf("%3d %3s %7s %7s %s\n",i, "NA", FrameRate[Order[i]], DLBuild[Order[i]],Order[i]) } printf("------------------------------------------------------------------------------------------------------------------\n") printf("\n") } if( PRINT_VISUAL_DATA ~ /TRUE/ ) { printf("------------------------------------------------------------------------------------------------------------------\n") printf("Test Weight Frames DLB Visual Level Double Stereo Frame Buffer Depth Stencil Accumulation Buffer\n") printf(" # %% Per Sec Sec ID Buffer Enabled Red Green Blue Alpha Buffer Buffer Red Green Blue Alpha\n") printf("------------------------------------------------------------------------------------------------------------------\n") for ( i=1;i<=Cnt;i++) { split( Visuals[Order[i]] , f , "," ) f[2]=fbl[f[2]] printf("%3d %3s %7s %7s",i, "NA", FrameRate[Order[i]], DLBuild[Order[i]]) for(j=1;j<=NumVis;j++) printf(fmt[j],f[j]) printf("\n") } printf("------------------------------------------------------------------------------------------------------------------\n") printf("\n") } } } '