c:\ORMSware\ProgramFiles\ ModPrp0 <- 1 2 !----------------------------------------------------------------------------- ModPrp0 <- 1 3 !Above (1st record): ORMSware hub ModPrp0 <- 1 4 !Below: Command and argument for evoking compiler ModPrp0 <- 1 5 !----------------------------------------------------------------------------- ModPrp0 <- 1 6 C:\LF9557\Bin\lf95.exe>c:\Ormsware\ProgramFiles\CompilerFeedback.TXT @c:\Ormsware\ProgramFiles\modelfiles.fig Compile-link command: C:\LF9557\Bin\lf95.exe>c:\Ormsware\ProgramFiles\CompilerFeedback.TXT @c:\Ormsware\ProgramFiles\modelfiles.fig ModPrp3 <- 1 7 !C:\LF9557Trial\Bin\lf95.exe>c:\Ormsware\ProgramFiles\CompilerFeedback.TXT @c:\Ormsware\ProgramFiles\modelfiles.fig ModPrp3 <- 1 8 !----------------------------------------------------------------------------- ModPrp3 <- 1 9 F95 !File extension of generated code file Extension of generated code file: F95 ModPrp3 <- 1 10 win !Case sensitive; change to nwin if operating system is not MS Windows Operating system is: win 02/09/2003 10:26:58.996 -----------------------------Configuration Feedback----------------------------- Reading default configuration in c:\ORMSware\ProgramFiles\Nmod.CFG.HTM ----------------------------Loading table from Excel---------------------------- Looking in file ( 7 ) for {Table.255}NmodCFG Found {Table.255}NmodCFG Row border size: 1 Column border size: 1 Found beginning of {Table.255}NmodCFG Found beginning of data in {Table.255}NmodCFG Determining number of columns in {Table.255}NmodCFG 2 column(s) in {Table.255}NmodCFG Found {Table.255}NmodCFG 18 row(s) in {Table.255}NmodCFG ---------------------------------Data in table---------------------------------- Table limits: ( 1 : 18 , 1 : 2 ) Row 1 1 Report_1.html 2 1 Row 2 1 - 2 2 Row 3 1 Yes 2 3. No to turn off Row 4 1 - 2 4 Row 5 1 10 2 5 Row 6 1 10 2 6 Row 7 1 - 2 7 Row 8 1 3,000 2 8.Set it to zero to remove limit after debugging Row 9 1 0 2 9. Set it to zeroto remove limit Row 10 1 - 2 10 Row 11 1 10 2 11 Row 12 1 100 2 12. Set it to zeroto remove limit Row 13 1 - 2 13 Row 14 1 10 2 14 Row 15 1 100 2 15. Set it to zeroto remove limit Row 16 1 - 2 16 Row 17 1 10 2 17 Row 18 1 5 2 18 End of table {Table.255}NmodCFG ------------------------Finished Loading table from Excel----------------------- Default Visio report name: Report_1.html Produce execution trace: T Model: c:\ORMSware\PrimerModels\PrimerSig Active model: c:\ORMSware\PrimerModels\PrimerSig Did not find c:\ORMSware\PrimerModels\PrimerSig.CFG.htm Using default configuration in c:\ORMSware\ProgramFiles\Nmod.CFG.HTM Max events limit: 3000 Time limit: 0.000000000000000E+00 Token memory increment size set to: 10 Max tokens limit set to: 100 Surrogate memory increment set to: 10 Max surrogates limit set to: 100 Convergence nodes memory increment set to: 10 Surrogate stack memory increment size set to: 5 Executing c:\ORMSware\PrimerModels\PrimerSig model... ----------------------------Loading table from Excel---------------------------- Looking in file ( 20 ) for {Table.D}PrimerOptPieces Found {Table.D}PrimerOptPieces Row border size: 0 Column border size: 1 Found beginning of {Table.D}PrimerOptPieces Found beginning of data in {Table.D}PrimerOptPieces Determining number of columns in {Table.D}PrimerOptPieces 1 column(s) in {Table.D}PrimerOptPieces Found {Table.D}PrimerOptPieces 4 row(s) in {Table.D}PrimerOptPieces ---------------------------------Data in table---------------------------------- Table limits: ( 1 : 4 , 1 : 1 ) Row 1 0.000000000000000E+00 Row 2 15.00000000000000 Row 3 40.00000000000000 Row 4 0.1000000000000000 End of table {Table.D}PrimerOptPieces ------------------------Finished Loading table from Excel----------------------- Golden Section Search, but only single probe/what-if: Events queue set up with HUGE capcity (upto 9223372036854775807 potential queue length) qarConNdes%regIncSize 10 ----------------------------------Network data---------------------------------- Opened c:\ORMSware\PrimerModels\PrimerSig.ERN AI1 <- 12 1 0 <--Number of errors reading Visio export file AI1 <- 12 2 10 <--Number of nodes AI1 <- 12 3 9 <--Number of arcs Allocated memory for 9 arcs. AI1 <- 12 4 Translating c:\ORMSware\PrimerModels\PrimerSig.PGM AI1 <- 12 5 Translating c:\ORMSware\PrimerModels\PrimerSig.ADD AI1 <- 12 6 Translating c:\ORMSware\PrimerModels\PrimerSig.NET AI1 <- 12 7 !------------------------------------------------------------------------- AI1 <- 12 8 AI1 <- 12 9 !Number of pages/networks ---------------------------------Networks/pages--------------------------------- AI2.1 <- 12 10 ! 2 AI3 <- 12 11 !Network,HighestObjNumInNetwork,StartNdeObjNum,NdeSeq,NetworkName AI4 <- 12 12 ! 1 12 6 6 "CostPerPiece" AI4 <- 12 13 ! 2 8 3 9 "PiecesPerHour" ----------------------------Nodes and successor arcs---------------------------- AI5 <- 12 14 !Total number of nodes AI6 <- 12 15 ! 10 AI7 <- 12 16 !NdeSeq,PageNum,ObjID,NdeType,Term,AndTerm,Orig,NdeName,NetworkName,SubNwNum AI8 <- 12 17 ! ArcNum,ObjID,ArcName AI9 <- 12 18 ! 1 1 1 3 0 0 1 ".[1]WearParameters" "CostPerPiece" 0 AI9.1Dummy <- 12 19 ! <<-AndTerm AI10Dummy <- 12 20 ! -->Orig AI10 <- 12 21 ! 5 9 ".[9]WearParameters-->>|MachineCostPerHour" AI9 <- 12 22 ! 2 1 2 1 0 0 2 ".[2]PiecesPerHour" "CostPerPiece" 0 AI9.1Dummy <- 12 23 ! <<-AndTerm AI10Dummy <- 12 24 ! -->Orig AI10 <- 12 25 ! 2 12 ".[12]PiecesPerHour--->|LaborCostPerHour" AI10 <- 12 26 ! 4 8 ".[8]PiecesPerHour-->>|MachineCostPerHour" AI9 <- 12 27 ! 3 1 3 3 2 2 1 ".[3]MachineCostPerHour" "CostPerPiece" 0 {-----Convergence node----- CostPerPiece.[3]MachineCostPerHour Convergence queue set up with HUGE capcity (upto 9223372036854775807 potential queue length) -----Convergence node-----} AI9.1Dummy <- 12 28 ! <<-AndTerm AI10 <- 12 29 ! 4 8 ".[8]PiecesPerHour-->>|MachineCostPerHour" Convergence modification: 0 AI10 <- 12 30 ! 5 9 ".[9]WearParameters-->>|MachineCostPerHour" Convergence modification: 0 AI10Dummy <- 12 31 ! -->Orig AI10 <- 12 32 ! 1 10 ".[10]MachineCostPerHour-->>|CostPerPiece" AI9 <- 12 33 ! 4 1 4 3 1 0 1 ".[4]LaborCostPerHour" "CostPerPiece" 0 AI9.1Dummy <- 12 34 ! <<-AndTerm AI10Dummy <- 12 35 ! -->Orig AI10 <- 12 36 ! 3 7 ".[7]LaborCostPerHour-->>|CostPerPiece" AI9 <- 12 37 ! 5 1 5 2 2 2 0 ".[5]CostPerPiece" "CostPerPiece" 0 {-----Convergence node----- CostPerPiece.[5]CostPerPiece Convergence queue set up with HUGE capcity (upto 9223372036854775807 potential queue length) -----Convergence node-----} AI9.1Dummy <- 12 38 ! <<-AndTerm AI10 <- 12 39 ! 1 10 ".[10]MachineCostPerHour-->>|CostPerPiece" Convergence modification: 0 AI10 <- 12 40 ! 3 7 ".[7]LaborCostPerHour-->>|CostPerPiece" Convergence modification: 0 AI10Dummy <- 12 41 ! -->Orig AI9 <- 12 42 ! 6 1 6 6 0 0 0 ".[6]Initializations" "CostPerPiece" 0 AI9.1Dummy <- 12 43 ! <<-AndTerm AI10Dummy <- 12 44 ! -->Orig AI9 <- 12 45 ! 7 2 1 3 1 0 1 ".[1]Product A" "PiecesPerHour" 0 AI9.1Dummy <- 12 46 ! <<-AndTerm AI10Dummy <- 12 47 ! -->Orig AI10 <- 12 48 ! 6 5 ".[5]Product A-->>|PiecesPerHour" AI9 <- 12 49 ! 8 2 2 3 1 0 1 ".[2]Product B" "PiecesPerHour" 0 AI9.1Dummy <- 12 50 ! <<-AndTerm AI10Dummy <- 12 51 ! -->Orig AI10 <- 12 52 ! 7 6 ".[6]Product B-->>|PiecesPerHour" AI9 <- 12 53 ! 9 2 3 6 0 0 2 ".[3]DummyNode" "PiecesPerHour" 0 AI9.1Dummy <- 12 54 ! <<-AndTerm AI10Dummy <- 12 55 ! -->Orig AI10 <- 12 56 ! 8 7 ".[7]DummyNode--->|Product A" AI10 <- 12 57 ! 9 8 ".[8]DummyNode--->|Product B" AI9 <- 12 58 ! 10 2 4 8 2 2 0 ".[4]PiecesPerHour" "PiecesPerHour" 0 {-----Convergence node----- PiecesPerHour.[4]PiecesPerHour Convergence queue set up with HUGE capcity (upto 9223372036854775807 potential queue length) -----Convergence node-----} AI9.1Dummy <- 12 59 ! <<-AndTerm AI10 <- 12 60 ! 6 5 ".[5]Product A-->>|PiecesPerHour" Convergence modification: 0 AI10 <- 12 61 ! 7 6 ".[6]Product B-->>|PiecesPerHour" Convergence modification: 0 AI10Dummy <- 12 62 ! -->Orig --------------------------------------Arcs-------------------------------------- AI11 <- 12 63 !Total number of arcs AI12 <- 12 64 ! 9 AG <- 12 65 !ArcNum,PageNum,ObjID,ArcType,Orig,Term,ArcName AI13 <- 12 66 ! 1 1 10 4 3 5 ".[10]MachineCostPerHour-->>|CostPerPiece" AI13 <- 12 67 ! 2 1 12 2 2 4 ".[12]PiecesPerHour--->|LaborCostPerHour" AI13 <- 12 68 ! 3 1 7 4 4 5 ".[7]LaborCostPerHour-->>|CostPerPiece" AI13 <- 12 69 ! 4 1 8 4 2 3 ".[8]PiecesPerHour-->>|MachineCostPerHour" AI13 <- 12 70 ! 5 1 9 4 1 3 ".[9]WearParameters-->>|MachineCostPerHour" AI13 <- 12 71 ! 6 2 5 4 7 10 ".[5]Product A-->>|PiecesPerHour" AI13 <- 12 72 ! 7 2 6 4 8 10 ".[6]Product B-->>|PiecesPerHour" AI13 <- 12 73 ! 8 2 7 2 9 7 ".[7]DummyNode--->|Product A" AI13 <- 12 74 ! 9 2 8 2 9 8 ".[8]DummyNode--->|Product B" -----------------------Start of model execution feedback------------------------ Created T0-C0 0 Created S1-T0-C0 1 Created S2-T0-C0 2 S2-T0-C0 executing Start node on first page/network 6 CostPerPiece.[6]Initializations ----------------------------Loading table from Excel---------------------------- Looking in file ( 21 ) for {Table.D}CostPerPieceInputs Found {Table.D}CostPerPieceInputs Row border size: 0 Column border size: 1 Found beginning of {Table.D}CostPerPieceInputs Found beginning of data in {Table.D}CostPerPieceInputs Determining number of columns in {Table.D}CostPerPieceInputs 1 column(s) in {Table.D}CostPerPieceInputs Found {Table.D}CostPerPieceInputs 3 row(s) in {Table.D}CostPerPieceInputs ---------------------------------Data in table---------------------------------- Table limits: ( 1 : 3 , 1 : 1 ) Row 1 5.000000000000000 Row 2 5.000000000000000 Row 3 40.00000000000000 End of table {Table.D}CostPerPieceInputs ------------------------Finished Loading table from Excel----------------------- ----------------------------Loading table from Excel---------------------------- Looking in file ( 21 ) for {Table.D}LaborCosts Found {Table.D}LaborCosts Row border size: 2 Column border size: 1 Found beginning of {Table.D}LaborCosts Found beginning of data in {Table.D}LaborCosts Determining number of columns in {Table.D}LaborCosts 2 column(s) in {Table.D}LaborCosts Found {Table.D}LaborCosts 4 row(s) in {Table.D}LaborCosts ---------------------------------Data in table---------------------------------- Table limits: ( 1 : 4 , 1 : 2 ) Row 1 0.000000000000000E+00 20.00000000000000 Row 2 15.00000000000000 25.00000000000000 Row 3 30.00000000000000 30.00000000000000 Row 4 40.00000000000000 35.00000000000000 End of table {Table.D}LaborCosts ------------------------Finished Loading table from Excel----------------------- &L.CurveBuild T 0.000000000000000E+00 Entity 2 entering Events queue. Rank value 0.000000000000000E+00 -> 0.000000000000000E+00 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 0.000000000000000E+00 End event 1 -> S2-T0-C0 finished node 6 CostPerPiece.[6]Initializations {~~~ Created S3-T0-C0 3 S3-T0-C0 Normal signal 0 CostPerPiece~.[6]Initializations~~~[2]PiecesPerHour 0.000000000000000E+00 Entity 3 entering Events queue. Rank value 0.000000000000000E+00 }~~~ Disposed S2-T0-C0 2 0 successors -> 0.000000000000000E+00 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 0.000000000000000E+00 End event 2 -> S3-T0-C0 finished temporal arc 0 CostPerPiece~.[6]Initializations~~~[2]PiecesPerHour 0.000000000000000E+00 ***>> Customer arrival <<*** Created T1-C1 0 Switched surrogate token to S3-T1-C1 ( Prev down to 1 ; Curr up to 1 ) S3-T1-C1 executing Arrival node 2 CostPerPiece.[2]PiecesPerHour 0.000000000000000E+00 Entity 3 entering Events queue. Rank value 0.000000000000000E+00 -> 0.000000000000000E+00 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 0.000000000000000E+00 End event 3 -> S3-T1-C1 finished node 2 CostPerPiece.[2]PiecesPerHour {~~~ Created S2-T1-C1 2 S2-T1-C1 Normal signal 0 CostPerPiece~.[2]PiecesPerHour~~~[1]WearParameters 0.000000000000000E+00 Entity 2 entering Events queue. Rank value 0.000000000000000E+00 }~~~ Disposed S3-T1-C1 1 2 successors Successor 1 Created S3-T1-C1 2 Normal S3-T1-C1 executing arc CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour 0.000000000000000E+00 Entity 3 entering Events queue. Rank value 0.000000000000000E+00 Successor 2 Created S4-T1-C1 3 Normal S4-T1-C1 executing arc CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour 0.000000000000000E+00 Entity 4 entering Events queue. Rank value 0.000000000000000E+00 -> 0.000000000000000E+00 Dequeued entity 4 from Events queue. 2 items remaining in queue Entry time was 0.000000000000000E+00 End event 4 -> S4-T1-C1 finished arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour >> << 2 required for convergence, 0 waiting. 0.000000000000000E+00 Entity 4 entering CostPerPiece.[3]MachineCostPerHour Convergence queue. Rank value 1.000000000000000 -> 0.000000000000000E+00 Dequeued entity 3 from Events queue. 1 items remaining in queue Entry time was 0.000000000000000E+00 End event 5 -> S3-T1-C1 finished arc 2 CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour S3-T1-C1 executing node 4 CostPerPiece.[4]LaborCostPerHour bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 4 F 40.00000000000000 5.000000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 3 F 30.00000000000000 5.000000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 2 F 15.00000000000000 5.000000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 1 T 0.000000000000000E+00 5.000000000000000 bigPos,logFound,dblTable(bigIndx,1),dblTable(bigPos,intCol+1) 1 T 0.000000000000000E+00 20.00000000000000 {cp.D}PiecesPerHour,#S.LaborCostPerHour 5.000000000000000 20.0000000 1 F 0.000000000000000E+00 Entity 3 entering Events queue. Rank value 0.000000000000000E+00 -> 0.000000000000000E+00 Dequeued entity 3 from Events queue. 1 items remaining in queue Entry time was 0.000000000000000E+00 End event 6 -> S3-T1-C1 finished node 4 CostPerPiece.[4]LaborCostPerHour Disposed S3-T1-C1 2 1 successors Successor 1 Created S3-T1-C1 3 Normal S3-T1-C1 executing arc CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece 0.000000000000000E+00 Entity 3 entering Events queue. Rank value 0.000000000000000E+00 -> 0.000000000000000E+00 Dequeued entity 3 from Events queue. 1 items remaining in queue Entry time was 0.000000000000000E+00 End event 7 -> S3-T1-C1 finished arc 3 CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece >> << 2 required for convergence, 0 waiting. 0.000000000000000E+00 Entity 3 entering CostPerPiece.[5]CostPerPiece Convergence queue. Rank value 1.000000000000000 -> 0.000000000000000E+00 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 0.000000000000000E+00 End event 8 -> S2-T1-C1 finished temporal arc 0 CostPerPiece~.[2]PiecesPerHour~~~[1]WearParameters S2-T1-C1 executing signal target node 1 CostPerPiece.[1]WearParameters 0.000000000000000E+00 Entity 2 entering Events queue. Rank value 0.000000000000000E+00 -> 0.000000000000000E+00 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 0.000000000000000E+00 End event 9 -> S2-T1-C1 finished node 1 CostPerPiece.[1]WearParameters Disposed S2-T1-C1 2 1 successors Successor 1 Created S2-T1-C1 3 Normal S2-T1-C1 executing arc CostPerPiece.[9]WearParameters-->>|MachineCostPerHour 0.000000000000000E+00 Entity 2 entering Events queue. Rank value 0.000000000000000E+00 -> 0.000000000000000E+00 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 0.000000000000000E+00 End event 10 -> S2-T1-C1 finished arc 5 CostPerPiece.[9]WearParameters-->>|MachineCostPerHour >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. S2-T1-C1 dequeuing entities in convergence queue at node 3 CostPerPiece.[3]MachineCostPerHour --- Search by rank value 1.000000000000000 0.000000000000000E+00 Dequeued entity 4 from CostPerPiece.[3]MachineCostPerHour Convergence queue. 0 items remaining in queue Entry time was 0.000000000000000E+00 S4-T1-C1 had arrived through arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour Disposed S4-T1-C1 2 === S2-T1-C1 executing [convergence] node 3 CostPerPiece.[3]MachineCostPerHour MachineCostPerHour = 1.81194901 0.000000000000000E+00 Entity 2 entering Events queue. Rank value 0.000000000000000E+00 -> 0.000000000000000E+00 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 0.000000000000000E+00 End event 11 -> S2-T1-C1 finished node 3 CostPerPiece.[3]MachineCostPerHour Disposed S2-T1-C1 1 1 successors Successor 1 Created S2-T1-C1 2 Normal S2-T1-C1 executing arc CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece 0.000000000000000E+00 Entity 2 entering Events queue. Rank value 0.000000000000000E+00 -> 0.000000000000000E+00 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 0.000000000000000E+00 End event 12 -> S2-T1-C1 finished arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. Merging initialization logic: CostPerHour sum= 1.81194901 S2-T1-C1 dequeuing entities in convergence queue at node 5 CostPerPiece.[5]CostPerPiece --- Search by rank value 1.000000000000000 0.000000000000000E+00 Dequeued entity 3 from CostPerPiece.[5]CostPerPiece Convergence queue. 0 items remaining in queue Entry time was 0.000000000000000E+00 S3-T1-C1 had arrived through arc 3 CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece Merging logic: #S.CostPerHour= 21.8119488 Final merging logic: Cost per piece= 4.362389755249024 Disposed S3-T1-C1 1 === S2-T1-C1 executing [convergence] node 5 CostPerPiece.[5]CostPerPiece PiecesPerHour = 5.000000000000000 MachineCostPerHour = 1.81194901 LaborCostPerHour = 20.0000000 CostPerPiece = 4.362389802932739 dblStimulus,dblResponse 5.000000000000000 4.362389802932739 0.000000000000000E+00 Entity 2 entering Events queue. Rank value 0.000000000000000E+00 -> 0.000000000000000E+00 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 0.000000000000000E+00 End event 13 -> S2-T1-C1 finished node 5 CostPerPiece.[5]CostPerPiece Switched surrogate token to S2-T0-C0 ( Prev down to 0 ; Curr up to 2 ) Disposed T1-C1 0 0.000000000000000E+00 ***<< Customer departure >>*** S2-T0-C0 Executed departure of customer 1 5 CostPerPiece.[5]CostPerPiece @D.PiecesPerHour < &B.PiecesLim,logBranch: 5.000000000000000 40 T Duration of signal traversal: 5.000000000000000 {~~~ Created S3-T0-C0 3 S3-T0-C0 Normal signal 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 0.000000000000000E+00 Entity 3 entering Events queue. Rank value 5.000000000000000 }~~~ Disposed S2-T0-C0 2 0 successors -> 5.000000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 0.000000000000000E+00 End event 14 ++++++ clock advanced ++++++ -> S3-T0-C0 finished temporal arc 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 5.000000000000000 ***>> Customer arrival <<*** Created T1-C2 0 Switched surrogate token to S3-T1-C2 ( Prev down to 1 ; Curr up to 1 ) S3-T1-C2 executing Arrival node 2 CostPerPiece.[2]PiecesPerHour 5.000000000000000 Entity 3 entering Events queue. Rank value 5.000000000000000 -> 5.000000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 5.000000000000000 End event 15 -> S3-T1-C2 finished node 2 CostPerPiece.[2]PiecesPerHour Disposed S3-T1-C2 0 2 successors Successor 1 Created S3-T1-C2 1 Normal S3-T1-C2 executing arc CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour 5.000000000000000 Entity 3 entering Events queue. Rank value 5.000000000000000 Successor 2 Created S2-T1-C2 2 Normal S2-T1-C2 executing arc CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour 5.000000000000000 Entity 2 entering Events queue. Rank value 5.000000000000000 -> 5.000000000000000 Dequeued entity 2 from Events queue. 1 items remaining in queue Entry time was 5.000000000000000 End event 16 -> S2-T1-C2 finished arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour {~~~ Created S4-T1-C2 3 S4-T1-C2 Normal signal 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour 5.000000000000000 Entity 4 entering Events queue. Rank value 5.000000000000000 }~~~ >> << 2 required for convergence, 0 waiting. 5.000000000000000 Entity 2 entering CostPerPiece.[3]MachineCostPerHour Convergence queue. Rank value 1.000000000000000 -> 5.000000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 5.000000000000000 End event 17 -> S4-T1-C2 finished temporal arc 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour Normal signal S4-T1-C2 executing arc CostPerPiece.[9]WearParameters-->>|MachineCostPerHour 5.000000000000000 Entity 4 entering Events queue. Rank value 5.000000000000000 -> 5.000000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 5.000000000000000 End event 18 -> S4-T1-C2 finished arc 5 CostPerPiece.[9]WearParameters-->>|MachineCostPerHour >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. S4-T1-C2 dequeuing entities in convergence queue at node 3 CostPerPiece.[3]MachineCostPerHour --- Search by rank value 1.000000000000000 5.000000000000000 Dequeued entity 2 from CostPerPiece.[3]MachineCostPerHour Convergence queue. 0 items remaining in queue Entry time was 5.000000000000000 S2-T1-C2 had arrived through arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour Disposed S2-T1-C2 2 === S4-T1-C2 executing [convergence] node 3 CostPerPiece.[3]MachineCostPerHour MachineCostPerHour = 6.30957270 5.000000000000000 Entity 4 entering Events queue. Rank value 5.000000000000000 -> 5.000000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 5.000000000000000 End event 19 -> S4-T1-C2 finished node 3 CostPerPiece.[3]MachineCostPerHour Disposed S4-T1-C2 1 1 successors Successor 1 Created S4-T1-C2 2 Normal S4-T1-C2 executing arc CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece 5.000000000000000 Entity 4 entering Events queue. Rank value 5.000000000000000 -> 5.000000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 5.000000000000000 End event 20 -> S4-T1-C2 finished arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece >> << 2 required for convergence, 0 waiting. 5.000000000000000 Entity 4 entering CostPerPiece.[5]CostPerPiece Convergence queue. Rank value 1.000000000000000 -> 5.000000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 5.000000000000000 End event 21 -> S3-T1-C2 finished arc 2 CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour S3-T1-C2 executing node 4 CostPerPiece.[4]LaborCostPerHour bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 4 F 40.00000000000000 10.00000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 3 F 30.00000000000000 10.00000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 2 F 15.00000000000000 10.00000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 1 T 0.000000000000000E+00 10.00000000000000 bigPos,logFound,dblTable(bigIndx,1),dblTable(bigPos,intCol+1) 1 T 0.000000000000000E+00 20.00000000000000 {cp.D}PiecesPerHour,#S.LaborCostPerHour 10.00000000000000 20.0000000 1 F 5.000000000000000 Entity 3 entering Events queue. Rank value 5.000000000000000 -> 5.000000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 5.000000000000000 End event 22 -> S3-T1-C2 finished node 4 CostPerPiece.[4]LaborCostPerHour Disposed S3-T1-C2 1 1 successors Successor 1 Created S3-T1-C2 2 Normal S3-T1-C2 executing arc CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece 5.000000000000000 Entity 3 entering Events queue. Rank value 5.000000000000000 -> 5.000000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 5.000000000000000 End event 23 -> S3-T1-C2 finished arc 3 CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. Merging initialization logic: CostPerHour sum= 20.0000000 S3-T1-C2 dequeuing entities in convergence queue at node 5 CostPerPiece.[5]CostPerPiece --- Search by rank value 1.000000000000000 5.000000000000000 Dequeued entity 4 from CostPerPiece.[5]CostPerPiece Convergence queue. 0 items remaining in queue Entry time was 5.000000000000000 S4-T1-C2 had arrived through arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece Merging logic: #S.CostPerHour= 26.3095722 Final merging logic: Cost per piece= 2.630957221984863 Disposed S4-T1-C2 1 === S3-T1-C2 executing [convergence] node 5 CostPerPiece.[5]CostPerPiece PiecesPerHour = 10.00000000000000 MachineCostPerHour = 6.30957270 LaborCostPerHour = 20.0000000 CostPerPiece = 2.630957269668579 dblStimulus,dblResponse 10.00000000000000 2.630957269668579 5.000000000000000 Entity 3 entering Events queue. Rank value 5.000000000000000 -> 5.000000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 5.000000000000000 End event 24 -> S3-T1-C2 finished node 5 CostPerPiece.[5]CostPerPiece Switched surrogate token to S3-T0-C0 ( Prev down to 0 ; Curr up to 2 ) Disposed T1-C2 0 5.000000000000000 ***<< Customer departure >>*** S3-T0-C0 Executed departure of customer 2 5 CostPerPiece.[5]CostPerPiece @D.PiecesPerHour < &B.PiecesLim,logBranch: 10.00000000000000 40 T Duration of signal traversal: 10.00000000000000 {~~~ Created S4-T0-C0 3 S4-T0-C0 Normal signal 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 5.000000000000000 Entity 4 entering Events queue. Rank value 15.00000000000000 }~~~ Disposed S3-T0-C0 2 0 successors -> 15.00000000000000 Dequeued entity 4 from Events queue. 0 items remaining in queue Entry time was 5.000000000000000 End event 25 ++++++ clock advanced ++++++ -> S4-T0-C0 finished temporal arc 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 15.00000000000000 ***>> Customer arrival <<*** Created T1-C3 0 Switched surrogate token to S4-T1-C3 ( Prev down to 1 ; Curr up to 1 ) S4-T1-C3 executing Arrival node 2 CostPerPiece.[2]PiecesPerHour 15.00000000000000 Entity 4 entering Events queue. Rank value 15.00000000000000 -> 15.00000000000000 Dequeued entity 4 from Events queue. 0 items remaining in queue Entry time was 15.00000000000000 End event 26 -> S4-T1-C3 finished node 2 CostPerPiece.[2]PiecesPerHour Disposed S4-T1-C3 0 2 successors Successor 1 Created S4-T1-C3 1 Normal S4-T1-C3 executing arc CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour 15.00000000000000 Entity 4 entering Events queue. Rank value 15.00000000000000 Successor 2 Created S3-T1-C3 2 Normal S3-T1-C3 executing arc CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour 15.00000000000000 Entity 3 entering Events queue. Rank value 15.00000000000000 -> 15.00000000000000 Dequeued entity 3 from Events queue. 1 items remaining in queue Entry time was 15.00000000000000 End event 27 -> S3-T1-C3 finished arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour {~~~ Created S2-T1-C3 3 S2-T1-C3 Normal signal 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour 15.00000000000000 Entity 2 entering Events queue. Rank value 15.00000000000000 }~~~ >> << 2 required for convergence, 0 waiting. 15.00000000000000 Entity 3 entering CostPerPiece.[3]MachineCostPerHour Convergence queue. Rank value 1.000000000000000 -> 15.00000000000000 Dequeued entity 2 from Events queue. 1 items remaining in queue Entry time was 15.00000000000000 End event 28 -> S2-T1-C3 finished temporal arc 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour Normal signal S2-T1-C3 executing arc CostPerPiece.[9]WearParameters-->>|MachineCostPerHour 15.00000000000000 Entity 2 entering Events queue. Rank value 15.00000000000000 -> 15.00000000000000 Dequeued entity 2 from Events queue. 1 items remaining in queue Entry time was 15.00000000000000 End event 29 -> S2-T1-C3 finished arc 5 CostPerPiece.[9]WearParameters-->>|MachineCostPerHour >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. S2-T1-C3 dequeuing entities in convergence queue at node 3 CostPerPiece.[3]MachineCostPerHour --- Search by rank value 1.000000000000000 15.00000000000000 Dequeued entity 3 from CostPerPiece.[3]MachineCostPerHour Convergence queue. 0 items remaining in queue Entry time was 15.00000000000000 S3-T1-C3 had arrived through arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour Disposed S3-T1-C3 2 === S2-T1-C3 executing [convergence] node 3 CostPerPiece.[3]MachineCostPerHour MachineCostPerHour = 13.0907402 15.00000000000000 Entity 2 entering Events queue. Rank value 15.00000000000000 -> 15.00000000000000 Dequeued entity 2 from Events queue. 1 items remaining in queue Entry time was 15.00000000000000 End event 30 -> S2-T1-C3 finished node 3 CostPerPiece.[3]MachineCostPerHour Disposed S2-T1-C3 1 1 successors Successor 1 Created S2-T1-C3 2 Normal S2-T1-C3 executing arc CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece 15.00000000000000 Entity 2 entering Events queue. Rank value 15.00000000000000 -> 15.00000000000000 Dequeued entity 2 from Events queue. 1 items remaining in queue Entry time was 15.00000000000000 End event 31 -> S2-T1-C3 finished arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece >> << 2 required for convergence, 0 waiting. 15.00000000000000 Entity 2 entering CostPerPiece.[5]CostPerPiece Convergence queue. Rank value 1.000000000000000 -> 15.00000000000000 Dequeued entity 4 from Events queue. 0 items remaining in queue Entry time was 15.00000000000000 End event 32 -> S4-T1-C3 finished arc 2 CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour S4-T1-C3 executing node 4 CostPerPiece.[4]LaborCostPerHour bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 4 F 40.00000000000000 15.00000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 3 F 30.00000000000000 15.00000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 2 T 15.00000000000000 15.00000000000000 bigPos,logFound,dblTable(bigIndx,1),dblTable(bigPos,intCol+1) 2 T 15.00000000000000 25.00000000000000 {cp.D}PiecesPerHour,#S.LaborCostPerHour 15.00000000000000 25.0000000 2 T 15.00000000000000 Entity 4 entering Events queue. Rank value 15.00000000000000 -> 15.00000000000000 Dequeued entity 4 from Events queue. 0 items remaining in queue Entry time was 15.00000000000000 End event 33 -> S4-T1-C3 finished node 4 CostPerPiece.[4]LaborCostPerHour Disposed S4-T1-C3 1 1 successors Successor 1 Created S4-T1-C3 2 Normal S4-T1-C3 executing arc CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece 15.00000000000000 Entity 4 entering Events queue. Rank value 15.00000000000000 -> 15.00000000000000 Dequeued entity 4 from Events queue. 0 items remaining in queue Entry time was 15.00000000000000 End event 34 -> S4-T1-C3 finished arc 3 CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. Merging initialization logic: CostPerHour sum= 25.0000000 S4-T1-C3 dequeuing entities in convergence queue at node 5 CostPerPiece.[5]CostPerPiece --- Search by rank value 1.000000000000000 15.00000000000000 Dequeued entity 2 from CostPerPiece.[5]CostPerPiece Convergence queue. 0 items remaining in queue Entry time was 15.00000000000000 S2-T1-C3 had arrived through arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece Merging logic: #S.CostPerHour= 38.0907402 Final merging logic: Cost per piece= 2.539382680257162 Disposed S2-T1-C3 1 === S4-T1-C3 executing [convergence] node 5 CostPerPiece.[5]CostPerPiece PiecesPerHour = 15.00000000000000 MachineCostPerHour = 13.0907402 LaborCostPerHour = 25.0000000 CostPerPiece = 2.539382680257162 dblStimulus,dblResponse 15.00000000000000 2.539382680257162 15.00000000000000 Entity 4 entering Events queue. Rank value 15.00000000000000 -> 15.00000000000000 Dequeued entity 4 from Events queue. 0 items remaining in queue Entry time was 15.00000000000000 End event 35 -> S4-T1-C3 finished node 5 CostPerPiece.[5]CostPerPiece Switched surrogate token to S4-T0-C0 ( Prev down to 0 ; Curr up to 2 ) Disposed T1-C3 0 15.00000000000000 ***<< Customer departure >>*** S4-T0-C0 Executed departure of customer 3 5 CostPerPiece.[5]CostPerPiece @D.PiecesPerHour < &B.PiecesLim,logBranch: 15.00000000000000 40 T Duration of signal traversal: 15.00000000000000 {~~~ Created S2-T0-C0 3 S2-T0-C0 Normal signal 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 15.00000000000000 Entity 2 entering Events queue. Rank value 30.00000000000000 }~~~ Disposed S4-T0-C0 2 0 successors -> 30.00000000000000 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 15.00000000000000 End event 36 ++++++ clock advanced ++++++ -> S2-T0-C0 finished temporal arc 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 30.00000000000000 ***>> Customer arrival <<*** Created T1-C4 0 Switched surrogate token to S2-T1-C4 ( Prev down to 1 ; Curr up to 1 ) S2-T1-C4 executing Arrival node 2 CostPerPiece.[2]PiecesPerHour 30.00000000000000 Entity 2 entering Events queue. Rank value 30.00000000000000 -> 30.00000000000000 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 30.00000000000000 End event 37 -> S2-T1-C4 finished node 2 CostPerPiece.[2]PiecesPerHour Disposed S2-T1-C4 0 2 successors Successor 1 Created S2-T1-C4 1 Normal S2-T1-C4 executing arc CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour 30.00000000000000 Entity 2 entering Events queue. Rank value 30.00000000000000 Successor 2 Created S4-T1-C4 2 Normal S4-T1-C4 executing arc CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour 30.00000000000000 Entity 4 entering Events queue. Rank value 30.00000000000000 -> 30.00000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 30.00000000000000 End event 38 -> S4-T1-C4 finished arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour {~~~ Created S3-T1-C4 3 S3-T1-C4 Normal signal 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour 30.00000000000000 Entity 3 entering Events queue. Rank value 30.00000000000000 }~~~ >> << 2 required for convergence, 0 waiting. 30.00000000000000 Entity 4 entering CostPerPiece.[3]MachineCostPerHour Convergence queue. Rank value 1.000000000000000 -> 30.00000000000000 Dequeued entity 3 from Events queue. 1 items remaining in queue Entry time was 30.00000000000000 End event 39 -> S3-T1-C4 finished temporal arc 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour Normal signal S3-T1-C4 executing arc CostPerPiece.[9]WearParameters-->>|MachineCostPerHour 30.00000000000000 Entity 3 entering Events queue. Rank value 30.00000000000000 -> 30.00000000000000 Dequeued entity 3 from Events queue. 1 items remaining in queue Entry time was 30.00000000000000 End event 40 -> S3-T1-C4 finished arc 5 CostPerPiece.[9]WearParameters-->>|MachineCostPerHour >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. S3-T1-C4 dequeuing entities in convergence queue at node 3 CostPerPiece.[3]MachineCostPerHour --- Search by rank value 1.000000000000000 30.00000000000000 Dequeued entity 4 from CostPerPiece.[3]MachineCostPerHour Convergence queue. 0 items remaining in queue Entry time was 30.00000000000000 S4-T1-C4 had arrived through arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour Disposed S4-T1-C4 2 === S3-T1-C4 executing [convergence] node 3 CostPerPiece.[3]MachineCostPerHour MachineCostPerHour = 21.9712086 30.00000000000000 Entity 3 entering Events queue. Rank value 30.00000000000000 -> 30.00000000000000 Dequeued entity 3 from Events queue. 1 items remaining in queue Entry time was 30.00000000000000 End event 41 -> S3-T1-C4 finished node 3 CostPerPiece.[3]MachineCostPerHour Disposed S3-T1-C4 1 1 successors Successor 1 Created S3-T1-C4 2 Normal S3-T1-C4 executing arc CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece 30.00000000000000 Entity 3 entering Events queue. Rank value 30.00000000000000 -> 30.00000000000000 Dequeued entity 3 from Events queue. 1 items remaining in queue Entry time was 30.00000000000000 End event 42 -> S3-T1-C4 finished arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece >> << 2 required for convergence, 0 waiting. 30.00000000000000 Entity 3 entering CostPerPiece.[5]CostPerPiece Convergence queue. Rank value 1.000000000000000 -> 30.00000000000000 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 30.00000000000000 End event 43 -> S2-T1-C4 finished arc 2 CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour S2-T1-C4 executing node 4 CostPerPiece.[4]LaborCostPerHour bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 4 F 40.00000000000000 20.00000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 3 F 30.00000000000000 20.00000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 2 T 15.00000000000000 20.00000000000000 bigPos,logFound,dblTable(bigIndx,1),dblTable(bigPos,intCol+1) 2 T 15.00000000000000 25.00000000000000 {cp.D}PiecesPerHour,#S.LaborCostPerHour 20.00000000000000 25.0000000 2 F 30.00000000000000 Entity 2 entering Events queue. Rank value 30.00000000000000 -> 30.00000000000000 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 30.00000000000000 End event 44 -> S2-T1-C4 finished node 4 CostPerPiece.[4]LaborCostPerHour Disposed S2-T1-C4 1 1 successors Successor 1 Created S2-T1-C4 2 Normal S2-T1-C4 executing arc CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece 30.00000000000000 Entity 2 entering Events queue. Rank value 30.00000000000000 -> 30.00000000000000 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 30.00000000000000 End event 45 -> S2-T1-C4 finished arc 3 CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. Merging initialization logic: CostPerHour sum= 25.0000000 S2-T1-C4 dequeuing entities in convergence queue at node 5 CostPerPiece.[5]CostPerPiece --- Search by rank value 1.000000000000000 30.00000000000000 Dequeued entity 3 from CostPerPiece.[5]CostPerPiece Convergence queue. 0 items remaining in queue Entry time was 30.00000000000000 S3-T1-C4 had arrived through arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece Merging logic: #S.CostPerHour= 46.9712067 Final merging logic: Cost per piece= 2.348560333251953 Disposed S3-T1-C4 1 === S2-T1-C4 executing [convergence] node 5 CostPerPiece.[5]CostPerPiece PiecesPerHour = 20.00000000000000 MachineCostPerHour = 21.9712086 LaborCostPerHour = 25.0000000 CostPerPiece = 2.348560428619385 dblStimulus,dblResponse 20.00000000000000 2.348560428619385 30.00000000000000 Entity 2 entering Events queue. Rank value 30.00000000000000 -> 30.00000000000000 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 30.00000000000000 End event 46 -> S2-T1-C4 finished node 5 CostPerPiece.[5]CostPerPiece Switched surrogate token to S2-T0-C0 ( Prev down to 0 ; Curr up to 2 ) Disposed T1-C4 0 30.00000000000000 ***<< Customer departure >>*** S2-T0-C0 Executed departure of customer 4 5 CostPerPiece.[5]CostPerPiece @D.PiecesPerHour < &B.PiecesLim,logBranch: 20.00000000000000 40 T Duration of signal traversal: 20.00000000000000 {~~~ Created S3-T0-C0 3 S3-T0-C0 Normal signal 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 30.00000000000000 Entity 3 entering Events queue. Rank value 50.00000000000000 }~~~ Disposed S2-T0-C0 2 0 successors -> 50.00000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 30.00000000000000 End event 47 ++++++ clock advanced ++++++ -> S3-T0-C0 finished temporal arc 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 50.00000000000000 ***>> Customer arrival <<*** Created T1-C5 0 Switched surrogate token to S3-T1-C5 ( Prev down to 1 ; Curr up to 1 ) S3-T1-C5 executing Arrival node 2 CostPerPiece.[2]PiecesPerHour 50.00000000000000 Entity 3 entering Events queue. Rank value 50.00000000000000 -> 50.00000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 50.00000000000000 End event 48 -> S3-T1-C5 finished node 2 CostPerPiece.[2]PiecesPerHour Disposed S3-T1-C5 0 2 successors Successor 1 Created S3-T1-C5 1 Normal S3-T1-C5 executing arc CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour 50.00000000000000 Entity 3 entering Events queue. Rank value 50.00000000000000 Successor 2 Created S2-T1-C5 2 Normal S2-T1-C5 executing arc CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour 50.00000000000000 Entity 2 entering Events queue. Rank value 50.00000000000000 -> 50.00000000000000 Dequeued entity 2 from Events queue. 1 items remaining in queue Entry time was 50.00000000000000 End event 49 -> S2-T1-C5 finished arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour {~~~ Created S4-T1-C5 3 S4-T1-C5 Normal signal 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour 50.00000000000000 Entity 4 entering Events queue. Rank value 50.00000000000000 }~~~ >> << 2 required for convergence, 0 waiting. 50.00000000000000 Entity 2 entering CostPerPiece.[3]MachineCostPerHour Convergence queue. Rank value 1.000000000000000 -> 50.00000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 50.00000000000000 End event 50 -> S4-T1-C5 finished temporal arc 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour Normal signal S4-T1-C5 executing arc CostPerPiece.[9]WearParameters-->>|MachineCostPerHour 50.00000000000000 Entity 4 entering Events queue. Rank value 50.00000000000000 -> 50.00000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 50.00000000000000 End event 51 -> S4-T1-C5 finished arc 5 CostPerPiece.[9]WearParameters-->>|MachineCostPerHour >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. S4-T1-C5 dequeuing entities in convergence queue at node 3 CostPerPiece.[3]MachineCostPerHour --- Search by rank value 1.000000000000000 50.00000000000000 Dequeued entity 2 from CostPerPiece.[3]MachineCostPerHour Convergence queue. 0 items remaining in queue Entry time was 50.00000000000000 S2-T1-C5 had arrived through arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour Disposed S2-T1-C5 2 === S4-T1-C5 executing [convergence] node 3 CostPerPiece.[3]MachineCostPerHour MachineCostPerHour = 32.8315926 50.00000000000000 Entity 4 entering Events queue. Rank value 50.00000000000000 -> 50.00000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 50.00000000000000 End event 52 -> S4-T1-C5 finished node 3 CostPerPiece.[3]MachineCostPerHour Disposed S4-T1-C5 1 1 successors Successor 1 Created S4-T1-C5 2 Normal S4-T1-C5 executing arc CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece 50.00000000000000 Entity 4 entering Events queue. Rank value 50.00000000000000 -> 50.00000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 50.00000000000000 End event 53 -> S4-T1-C5 finished arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece >> << 2 required for convergence, 0 waiting. 50.00000000000000 Entity 4 entering CostPerPiece.[5]CostPerPiece Convergence queue. Rank value 1.000000000000000 -> 50.00000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 50.00000000000000 End event 54 -> S3-T1-C5 finished arc 2 CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour S3-T1-C5 executing node 4 CostPerPiece.[4]LaborCostPerHour bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 4 F 40.00000000000000 25.00000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 3 F 30.00000000000000 25.00000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 2 T 15.00000000000000 25.00000000000000 bigPos,logFound,dblTable(bigIndx,1),dblTable(bigPos,intCol+1) 2 T 15.00000000000000 25.00000000000000 {cp.D}PiecesPerHour,#S.LaborCostPerHour 25.00000000000000 25.0000000 2 F 50.00000000000000 Entity 3 entering Events queue. Rank value 50.00000000000000 -> 50.00000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 50.00000000000000 End event 55 -> S3-T1-C5 finished node 4 CostPerPiece.[4]LaborCostPerHour Disposed S3-T1-C5 1 1 successors Successor 1 Created S3-T1-C5 2 Normal S3-T1-C5 executing arc CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece 50.00000000000000 Entity 3 entering Events queue. Rank value 50.00000000000000 -> 50.00000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 50.00000000000000 End event 56 -> S3-T1-C5 finished arc 3 CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. Merging initialization logic: CostPerHour sum= 25.0000000 S3-T1-C5 dequeuing entities in convergence queue at node 5 CostPerPiece.[5]CostPerPiece --- Search by rank value 1.000000000000000 50.00000000000000 Dequeued entity 4 from CostPerPiece.[5]CostPerPiece Convergence queue. 0 items remaining in queue Entry time was 50.00000000000000 S4-T1-C5 had arrived through arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece Merging logic: #S.CostPerHour= 57.8315926 Final merging logic: Cost per piece= 2.313263702392578 Disposed S4-T1-C5 1 === S3-T1-C5 executing [convergence] node 5 CostPerPiece.[5]CostPerPiece PiecesPerHour = 25.00000000000000 MachineCostPerHour = 32.8315926 LaborCostPerHour = 25.0000000 CostPerPiece = 2.313263702392578 dblStimulus,dblResponse 25.00000000000000 2.313263702392578 50.00000000000000 Entity 3 entering Events queue. Rank value 50.00000000000000 -> 50.00000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 50.00000000000000 End event 57 -> S3-T1-C5 finished node 5 CostPerPiece.[5]CostPerPiece Switched surrogate token to S3-T0-C0 ( Prev down to 0 ; Curr up to 2 ) Disposed T1-C5 0 50.00000000000000 ***<< Customer departure >>*** S3-T0-C0 Executed departure of customer 5 5 CostPerPiece.[5]CostPerPiece @D.PiecesPerHour < &B.PiecesLim,logBranch: 25.00000000000000 40 T Duration of signal traversal: 25.00000000000000 {~~~ Created S4-T0-C0 3 S4-T0-C0 Normal signal 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 50.00000000000000 Entity 4 entering Events queue. Rank value 75.00000000000000 }~~~ Disposed S3-T0-C0 2 0 successors -> 75.00000000000000 Dequeued entity 4 from Events queue. 0 items remaining in queue Entry time was 50.00000000000000 End event 58 ++++++ clock advanced ++++++ -> S4-T0-C0 finished temporal arc 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 75.00000000000000 ***>> Customer arrival <<*** Created T1-C6 0 Switched surrogate token to S4-T1-C6 ( Prev down to 1 ; Curr up to 1 ) S4-T1-C6 executing Arrival node 2 CostPerPiece.[2]PiecesPerHour 75.00000000000000 Entity 4 entering Events queue. Rank value 75.00000000000000 -> 75.00000000000000 Dequeued entity 4 from Events queue. 0 items remaining in queue Entry time was 75.00000000000000 End event 59 -> S4-T1-C6 finished node 2 CostPerPiece.[2]PiecesPerHour Disposed S4-T1-C6 0 2 successors Successor 1 Created S4-T1-C6 1 Normal S4-T1-C6 executing arc CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour 75.00000000000000 Entity 4 entering Events queue. Rank value 75.00000000000000 Successor 2 Created S3-T1-C6 2 Normal S3-T1-C6 executing arc CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour 75.00000000000000 Entity 3 entering Events queue. Rank value 75.00000000000000 -> 75.00000000000000 Dequeued entity 3 from Events queue. 1 items remaining in queue Entry time was 75.00000000000000 End event 60 -> S3-T1-C6 finished arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour {~~~ Created S2-T1-C6 3 S2-T1-C6 Normal signal 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour 75.00000000000000 Entity 2 entering Events queue. Rank value 75.00000000000000 }~~~ >> << 2 required for convergence, 0 waiting. 75.00000000000000 Entity 3 entering CostPerPiece.[3]MachineCostPerHour Convergence queue. Rank value 1.000000000000000 -> 75.00000000000000 Dequeued entity 2 from Events queue. 1 items remaining in queue Entry time was 75.00000000000000 End event 61 -> S2-T1-C6 finished temporal arc 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour Normal signal S2-T1-C6 executing arc CostPerPiece.[9]WearParameters-->>|MachineCostPerHour 75.00000000000000 Entity 2 entering Events queue. Rank value 75.00000000000000 -> 75.00000000000000 Dequeued entity 2 from Events queue. 1 items remaining in queue Entry time was 75.00000000000000 End event 62 -> S2-T1-C6 finished arc 5 CostPerPiece.[9]WearParameters-->>|MachineCostPerHour >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. S2-T1-C6 dequeuing entities in convergence queue at node 3 CostPerPiece.[3]MachineCostPerHour --- Search by rank value 1.000000000000000 75.00000000000000 Dequeued entity 3 from CostPerPiece.[3]MachineCostPerHour Convergence queue. 0 items remaining in queue Entry time was 75.00000000000000 S3-T1-C6 had arrived through arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour Disposed S3-T1-C6 2 === S2-T1-C6 executing [convergence] node 3 CostPerPiece.[3]MachineCostPerHour MachineCostPerHour = 45.5846062 75.00000000000000 Entity 2 entering Events queue. Rank value 75.00000000000000 -> 75.00000000000000 Dequeued entity 2 from Events queue. 1 items remaining in queue Entry time was 75.00000000000000 End event 63 -> S2-T1-C6 finished node 3 CostPerPiece.[3]MachineCostPerHour Disposed S2-T1-C6 1 1 successors Successor 1 Created S2-T1-C6 2 Normal S2-T1-C6 executing arc CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece 75.00000000000000 Entity 2 entering Events queue. Rank value 75.00000000000000 -> 75.00000000000000 Dequeued entity 2 from Events queue. 1 items remaining in queue Entry time was 75.00000000000000 End event 64 -> S2-T1-C6 finished arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece >> << 2 required for convergence, 0 waiting. 75.00000000000000 Entity 2 entering CostPerPiece.[5]CostPerPiece Convergence queue. Rank value 1.000000000000000 -> 75.00000000000000 Dequeued entity 4 from Events queue. 0 items remaining in queue Entry time was 75.00000000000000 End event 65 -> S4-T1-C6 finished arc 2 CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour S4-T1-C6 executing node 4 CostPerPiece.[4]LaborCostPerHour bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 4 F 40.00000000000000 30.00000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 3 T 30.00000000000000 30.00000000000000 bigPos,logFound,dblTable(bigIndx,1),dblTable(bigPos,intCol+1) 3 T 30.00000000000000 30.00000000000000 {cp.D}PiecesPerHour,#S.LaborCostPerHour 30.00000000000000 30.0000000 3 T 75.00000000000000 Entity 4 entering Events queue. Rank value 75.00000000000000 -> 75.00000000000000 Dequeued entity 4 from Events queue. 0 items remaining in queue Entry time was 75.00000000000000 End event 66 -> S4-T1-C6 finished node 4 CostPerPiece.[4]LaborCostPerHour Disposed S4-T1-C6 1 1 successors Successor 1 Created S4-T1-C6 2 Normal S4-T1-C6 executing arc CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece 75.00000000000000 Entity 4 entering Events queue. Rank value 75.00000000000000 -> 75.00000000000000 Dequeued entity 4 from Events queue. 0 items remaining in queue Entry time was 75.00000000000000 End event 67 -> S4-T1-C6 finished arc 3 CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. Merging initialization logic: CostPerHour sum= 30.0000000 S4-T1-C6 dequeuing entities in convergence queue at node 5 CostPerPiece.[5]CostPerPiece --- Search by rank value 1.000000000000000 75.00000000000000 Dequeued entity 2 from CostPerPiece.[5]CostPerPiece Convergence queue. 0 items remaining in queue Entry time was 75.00000000000000 S2-T1-C6 had arrived through arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece Merging logic: #S.CostPerHour= 75.5846100 Final merging logic: Cost per piece= 2.519486999511719 Disposed S2-T1-C6 1 === S4-T1-C6 executing [convergence] node 5 CostPerPiece.[5]CostPerPiece PiecesPerHour = 30.00000000000000 MachineCostPerHour = 45.5846062 LaborCostPerHour = 30.0000000 CostPerPiece = 2.519486872355143 dblStimulus,dblResponse 30.00000000000000 2.519486872355143 75.00000000000000 Entity 4 entering Events queue. Rank value 75.00000000000000 -> 75.00000000000000 Dequeued entity 4 from Events queue. 0 items remaining in queue Entry time was 75.00000000000000 End event 68 -> S4-T1-C6 finished node 5 CostPerPiece.[5]CostPerPiece Switched surrogate token to S4-T0-C0 ( Prev down to 0 ; Curr up to 2 ) Disposed T1-C6 0 75.00000000000000 ***<< Customer departure >>*** S4-T0-C0 Executed departure of customer 6 5 CostPerPiece.[5]CostPerPiece @D.PiecesPerHour < &B.PiecesLim,logBranch: 30.00000000000000 40 T Duration of signal traversal: 30.00000000000000 {~~~ Created S2-T0-C0 3 S2-T0-C0 Normal signal 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 75.00000000000000 Entity 2 entering Events queue. Rank value 105.0000000000000 }~~~ Disposed S4-T0-C0 2 0 successors -> 105.0000000000000 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 75.00000000000000 End event 69 ++++++ clock advanced ++++++ -> S2-T0-C0 finished temporal arc 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 105.0000000000000 ***>> Customer arrival <<*** Created T1-C7 0 Switched surrogate token to S2-T1-C7 ( Prev down to 1 ; Curr up to 1 ) S2-T1-C7 executing Arrival node 2 CostPerPiece.[2]PiecesPerHour 105.0000000000000 Entity 2 entering Events queue. Rank value 105.0000000000000 -> 105.0000000000000 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 105.0000000000000 End event 70 -> S2-T1-C7 finished node 2 CostPerPiece.[2]PiecesPerHour Disposed S2-T1-C7 0 2 successors Successor 1 Created S2-T1-C7 1 Normal S2-T1-C7 executing arc CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour 105.0000000000000 Entity 2 entering Events queue. Rank value 105.0000000000000 Successor 2 Created S4-T1-C7 2 Normal S4-T1-C7 executing arc CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour 105.0000000000000 Entity 4 entering Events queue. Rank value 105.0000000000000 -> 105.0000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 105.0000000000000 End event 71 -> S4-T1-C7 finished arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour {~~~ Created S3-T1-C7 3 S3-T1-C7 Normal signal 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour 105.0000000000000 Entity 3 entering Events queue. Rank value 105.0000000000000 }~~~ >> << 2 required for convergence, 0 waiting. 105.0000000000000 Entity 4 entering CostPerPiece.[3]MachineCostPerHour Convergence queue. Rank value 1.000000000000000 -> 105.0000000000000 Dequeued entity 3 from Events queue. 1 items remaining in queue Entry time was 105.0000000000000 End event 72 -> S3-T1-C7 finished temporal arc 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour Normal signal S3-T1-C7 executing arc CostPerPiece.[9]WearParameters-->>|MachineCostPerHour 105.0000000000000 Entity 3 entering Events queue. Rank value 105.0000000000000 -> 105.0000000000000 Dequeued entity 3 from Events queue. 1 items remaining in queue Entry time was 105.0000000000000 End event 73 -> S3-T1-C7 finished arc 5 CostPerPiece.[9]WearParameters-->>|MachineCostPerHour >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. S3-T1-C7 dequeuing entities in convergence queue at node 3 CostPerPiece.[3]MachineCostPerHour --- Search by rank value 1.000000000000000 105.0000000000000 Dequeued entity 4 from CostPerPiece.[3]MachineCostPerHour Convergence queue. 0 items remaining in queue Entry time was 105.0000000000000 S4-T1-C7 had arrived through arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour Disposed S4-T1-C7 2 === S3-T1-C7 executing [convergence] node 3 CostPerPiece.[3]MachineCostPerHour MachineCostPerHour = 60.1620216 105.0000000000000 Entity 3 entering Events queue. Rank value 105.0000000000000 -> 105.0000000000000 Dequeued entity 3 from Events queue. 1 items remaining in queue Entry time was 105.0000000000000 End event 74 -> S3-T1-C7 finished node 3 CostPerPiece.[3]MachineCostPerHour Disposed S3-T1-C7 1 1 successors Successor 1 Created S3-T1-C7 2 Normal S3-T1-C7 executing arc CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece 105.0000000000000 Entity 3 entering Events queue. Rank value 105.0000000000000 -> 105.0000000000000 Dequeued entity 3 from Events queue. 1 items remaining in queue Entry time was 105.0000000000000 End event 75 -> S3-T1-C7 finished arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece >> << 2 required for convergence, 0 waiting. 105.0000000000000 Entity 3 entering CostPerPiece.[5]CostPerPiece Convergence queue. Rank value 1.000000000000000 -> 105.0000000000000 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 105.0000000000000 End event 76 -> S2-T1-C7 finished arc 2 CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour S2-T1-C7 executing node 4 CostPerPiece.[4]LaborCostPerHour bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 4 F 40.00000000000000 35.00000000000000 bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 3 T 30.00000000000000 35.00000000000000 bigPos,logFound,dblTable(bigIndx,1),dblTable(bigPos,intCol+1) 3 T 30.00000000000000 30.00000000000000 {cp.D}PiecesPerHour,#S.LaborCostPerHour 35.00000000000000 30.0000000 3 F 105.0000000000000 Entity 2 entering Events queue. Rank value 105.0000000000000 -> 105.0000000000000 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 105.0000000000000 End event 77 -> S2-T1-C7 finished node 4 CostPerPiece.[4]LaborCostPerHour Disposed S2-T1-C7 1 1 successors Successor 1 Created S2-T1-C7 2 Normal S2-T1-C7 executing arc CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece 105.0000000000000 Entity 2 entering Events queue. Rank value 105.0000000000000 -> 105.0000000000000 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 105.0000000000000 End event 78 -> S2-T1-C7 finished arc 3 CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. Merging initialization logic: CostPerHour sum= 30.0000000 S2-T1-C7 dequeuing entities in convergence queue at node 5 CostPerPiece.[5]CostPerPiece --- Search by rank value 1.000000000000000 105.0000000000000 Dequeued entity 3 from CostPerPiece.[5]CostPerPiece Convergence queue. 0 items remaining in queue Entry time was 105.0000000000000 S3-T1-C7 had arrived through arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece Merging logic: #S.CostPerHour= 90.1620178 Final merging logic: Cost per piece= 2.576057652064732 Disposed S3-T1-C7 1 === S2-T1-C7 executing [convergence] node 5 CostPerPiece.[5]CostPerPiece PiecesPerHour = 35.00000000000000 MachineCostPerHour = 60.1620216 LaborCostPerHour = 30.0000000 CostPerPiece = 2.576057761056083 dblStimulus,dblResponse 35.00000000000000 2.576057761056083 105.0000000000000 Entity 2 entering Events queue. Rank value 105.0000000000000 -> 105.0000000000000 Dequeued entity 2 from Events queue. 0 items remaining in queue Entry time was 105.0000000000000 End event 79 -> S2-T1-C7 finished node 5 CostPerPiece.[5]CostPerPiece Switched surrogate token to S2-T0-C0 ( Prev down to 0 ; Curr up to 2 ) Disposed T1-C7 0 105.0000000000000 ***<< Customer departure >>*** S2-T0-C0 Executed departure of customer 7 5 CostPerPiece.[5]CostPerPiece @D.PiecesPerHour < &B.PiecesLim,logBranch: 35.00000000000000 40 T Duration of signal traversal: 35.00000000000000 {~~~ Created S3-T0-C0 3 S3-T0-C0 Normal signal 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 105.0000000000000 Entity 3 entering Events queue. Rank value 140.0000000000000 }~~~ Disposed S2-T0-C0 2 0 successors -> 140.0000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 105.0000000000000 End event 80 ++++++ clock advanced ++++++ -> S3-T0-C0 finished temporal arc 0 CostPerPiece~.[5]CostPerPiece~~~[2]PiecesPerHour 140.0000000000000 ***>> Customer arrival <<*** Created T1-C8 0 Switched surrogate token to S3-T1-C8 ( Prev down to 1 ; Curr up to 1 ) S3-T1-C8 executing Arrival node 2 CostPerPiece.[2]PiecesPerHour 140.0000000000000 Entity 3 entering Events queue. Rank value 140.0000000000000 -> 140.0000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 140.0000000000000 End event 81 -> S3-T1-C8 finished node 2 CostPerPiece.[2]PiecesPerHour Disposed S3-T1-C8 0 2 successors Successor 1 Created S3-T1-C8 1 Normal S3-T1-C8 executing arc CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour 140.0000000000000 Entity 3 entering Events queue. Rank value 140.0000000000000 Successor 2 Created S2-T1-C8 2 Normal S2-T1-C8 executing arc CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour 140.0000000000000 Entity 2 entering Events queue. Rank value 140.0000000000000 -> 140.0000000000000 Dequeued entity 2 from Events queue. 1 items remaining in queue Entry time was 140.0000000000000 End event 82 -> S2-T1-C8 finished arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour {~~~ Created S4-T1-C8 3 S4-T1-C8 Normal signal 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour 140.0000000000000 Entity 4 entering Events queue. Rank value 140.0000000000000 }~~~ >> << 2 required for convergence, 0 waiting. 140.0000000000000 Entity 2 entering CostPerPiece.[3]MachineCostPerHour Convergence queue. Rank value 1.000000000000000 -> 140.0000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 140.0000000000000 End event 83 -> S4-T1-C8 finished temporal arc 0 CostPerPiece~.[8]PiecesPerHour-->>|MachineCostPerHour~~~[9]WearParameters-->>|MachineCostPerHour Normal signal S4-T1-C8 executing arc CostPerPiece.[9]WearParameters-->>|MachineCostPerHour 140.0000000000000 Entity 4 entering Events queue. Rank value 140.0000000000000 -> 140.0000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 140.0000000000000 End event 84 -> S4-T1-C8 finished arc 5 CostPerPiece.[9]WearParameters-->>|MachineCostPerHour >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. S4-T1-C8 dequeuing entities in convergence queue at node 3 CostPerPiece.[3]MachineCostPerHour --- Search by rank value 1.000000000000000 140.0000000000000 Dequeued entity 2 from CostPerPiece.[3]MachineCostPerHour Convergence queue. 0 items remaining in queue Entry time was 140.0000000000000 S2-T1-C8 had arrived through arc 4 CostPerPiece.[8]PiecesPerHour-->>|MachineCostPerHour Disposed S2-T1-C8 2 === S4-T1-C8 executing [convergence] node 3 CostPerPiece.[3]MachineCostPerHour MachineCostPerHour = 76.5081863 140.0000000000000 Entity 4 entering Events queue. Rank value 140.0000000000000 -> 140.0000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 140.0000000000000 End event 85 -> S4-T1-C8 finished node 3 CostPerPiece.[3]MachineCostPerHour Disposed S4-T1-C8 1 1 successors Successor 1 Created S4-T1-C8 2 Normal S4-T1-C8 executing arc CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece 140.0000000000000 Entity 4 entering Events queue. Rank value 140.0000000000000 -> 140.0000000000000 Dequeued entity 4 from Events queue. 1 items remaining in queue Entry time was 140.0000000000000 End event 86 -> S4-T1-C8 finished arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece >> << 2 required for convergence, 0 waiting. 140.0000000000000 Entity 4 entering CostPerPiece.[5]CostPerPiece Convergence queue. Rank value 1.000000000000000 -> 140.0000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 140.0000000000000 End event 87 -> S3-T1-C8 finished arc 2 CostPerPiece.[12]PiecesPerHour--->|LaborCostPerHour S3-T1-C8 executing node 4 CostPerPiece.[4]LaborCostPerHour bigIndx,logFound,dblTable(bigIndx,1),<=dblSearchVal 4 T 40.00000000000000 40.00000000000000 bigPos,logFound,dblTable(bigIndx,1),dblTable(bigPos,intCol+1) 4 T 40.00000000000000 35.00000000000000 {cp.D}PiecesPerHour,#S.LaborCostPerHour 40.00000000000000 35.0000000 4 T 140.0000000000000 Entity 3 entering Events queue. Rank value 140.0000000000000 -> 140.0000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 140.0000000000000 End event 88 -> S3-T1-C8 finished node 4 CostPerPiece.[4]LaborCostPerHour Disposed S3-T1-C8 1 1 successors Successor 1 Created S3-T1-C8 2 Normal S3-T1-C8 executing arc CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece 140.0000000000000 Entity 3 entering Events queue. Rank value 140.0000000000000 -> 140.0000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 140.0000000000000 End event 89 -> S3-T1-C8 finished arc 3 CostPerPiece.[7]LaborCostPerHour-->>|CostPerPiece >>!<< 2 required for convergence, 1 waiting. Requirement satisfied. Merging initialization logic: CostPerHour sum= 35.0000000 S3-T1-C8 dequeuing entities in convergence queue at node 5 CostPerPiece.[5]CostPerPiece --- Search by rank value 1.000000000000000 140.0000000000000 Dequeued entity 4 from CostPerPiece.[5]CostPerPiece Convergence queue. 0 items remaining in queue Entry time was 140.0000000000000 S4-T1-C8 had arrived through arc 1 CostPerPiece.[10]MachineCostPerHour-->>|CostPerPiece Merging logic: #S.CostPerHour= 111.508186 Final merging logic: Cost per piece= 2.787704658508301 Disposed S4-T1-C8 1 === S3-T1-C8 executing [convergence] node 5 CostPerPiece.[5]CostPerPiece PiecesPerHour = 40.00000000000000 MachineCostPerHour = 76.5081863 LaborCostPerHour = 35.0000000 CostPerPiece = 2.787704658508301 dblStimulus,dblResponse 40.00000000000000 2.787704658508301 140.0000000000000 Entity 3 entering Events queue. Rank value 140.0000000000000 -> 140.0000000000000 Dequeued entity 3 from Events queue. 0 items remaining in queue Entry time was 140.0000000000000 End event 90 -> S3-T1-C8 finished node 5 CostPerPiece.[5]CostPerPiece Switched surrogate token to S3-T0-C0 ( Prev down to 0 ; Curr up to 2 ) Disposed T1-C8 0 140.0000000000000 ***<< Customer departure >>*** S3-T0-C0 Executed departure of customer 8 5 CostPerPiece.[5]CostPerPiece @D.PiecesPerHour < &B.PiecesLim,logBranch: 40.00000000000000 40 F ------------------------------ Pieces/hour Cost/piece 5.000000000000000 4.362389802932739 10.00000000000000 2.630957269668579 15.00000000000000 2.539382680257162 20.00000000000000 2.348560428619385 25.00000000000000 2.313263702392578 30.00000000000000 2.519486872355143 35.00000000000000 2.576057761056083 40.00000000000000 2.787704658508301 ------------------------------ Disposed S3-T0-C0 1 0 successors > No more pending events. -------------------------Initiating cleanup and wrap-up------------------------- Disposed S1-T0-C0 0 Disposed T0-C0 0 0 surrogates remaining in circulation 0 customer tokens remaining in circulation 0.04006 seconds. Normal model end. Golden Section Search, but only single probe/what-if: 5 2.787704658508301