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IIntract.mod
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IIntract.mod
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{++++++++++++++++++++++++++++++++++++++RAPTOR++++++++++++++++++++++++++++++++++++++}
{+ +}
{+ Implementation Module : Intract +}
{+ Author : Steve Brown / Elizabeth Grimes +}
{+ Last Modified : 08/22/08 wds/TES +}
{+ Description : This module takes care of the dialog boxes used in RAPTOR +}
{+ (except simulation). DBs are initialized here, actions +}
{+ controlled, data pulled off and error checked. +}
{+ +}
{++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++}
IMPLEMENTATION MODULE Intract;
FROM Graphic IMPORT GraphicVObj;
FROM Form IMPORT MessageDialogBoxObj, MessageStyleType(AlertMessage),
MessageResponseType(YesNoResponse,YesNoCancelResponse),
MessageButtonType(OkButton,CancelButton,YesButton,NoButton);
FROM GProcs IMPORT HandleEvents;
FROM OSMod IMPORT Delay, MicroDelay, ViewHelp, FileExists, GetProgDir, SystemCall, StartBGTask;
FROM IOMod IMPORT StreamObj, FileUseType(Input, Output);
FROM GTypes IMPORT DBPositionType(BottomLeft), TextBufferType, ALL SysCursorType;
FROM Runsim IMPORT FinalArray, LogArray, resultsBox, SparesArray, BlockCostArray,
CapacityArray, NodeArray, BlockArray, EventArray, HierArray, REALTOCOST, COSTTOREAL, UpdateNodeArray,
UpdateBlockArray, NumRunsCompleted, FinalArrayType, WriteFMECAtoFile, FMECAarray, FevDepGroup;
FROM Display IMPORT dialogs, window, simulated, root, somethingChanged, activePhases, phaseObjArray,
totalBlocks, totalEvents, totalNodes, totalHiers, totalLinks, startId, endId, lambdaMode, muSigmaMode, sound,
totalObjects, systemUnits, soundsPath, dSimWithGraph,
dTimeTrunc, dFailTrunc, dCycleTrunc, dTimeStartTime, dFailStartTime, dCycleStartTime, sysLostCost,
flowGenerated, systemRedCost, devDate, systemImage, sysStreams, negShutUp,
devVersion, costAnalysis, weakLinkAnalType, GYthreshold, YRthreshold, installPath, nextId,
compileType, activeWindow,termType, ChangeWindow, totalTriggers, dNumberOfRuns,sysComment,
saveIsOn, soundIsOn, soundPath, saveInc, lastSave, globalUnits, globalImage, muSigmaMode, lambdaMode;
FROM Print IMPORT ExportRBD, PrintSummaryOutput, PrintSparingOutput, PrintCapacityOutput,
PrintAnalOutput, PrintCostOutput, PrintCostInput, SaveSummaryOutput,
SaveSparingOutput, SaveCapacityOutput, SaveAnalOutput, SaveCostOutput,
SaveCostInput, PrintEventPhases, SaveEventPhases, PrintNodePhases,
SaveNodePhases, PrintBlockPhases, SaveBlockPhases, PrintPhases, PrintInputTable,
PrintFMECA, SaveSystemInput, PrintSystemInput, PrintLogisticsOutput, SaveLogisticsOutput,
PrintHierPhases, SaveHierPhases, PrintTree, SavePhases;
FROM MathMod IMPORT POWER, LN, EXP, SQRT, pi;
FROM Objects IMPORT RBDBlockObj, LinkObj, RBDNodeObj, RBDBasicObj, SparePoolObj, RapTriggerObj, poolGroup,
totalSpares, totalRes, spareList, resList, RapTriggerObj, triggerGroup,
trigList, PhaseObj, RBDHierObj, ALL BlockStatusType, ALL EventStatusType, CheckColds, AnalyzeSystem;
FROM FileFx IMPORT GetFileName, ReadData;
FROM Menubar IMPORT libArray, nameArray, libVersion;
FROM GTree IMPORT TreeObj, TreeItemObj;
FROM ListBox IMPORT ListBoxObj, ListBoxItemObj;
FROM Menu IMPORT MenuItemObj;
FROM GrpMod IMPORT QueueObj;
FROM UtilMod IMPORT ClockRealSecs;
{FROM RoboHelpCSH IMPORT ShowHelp;}
FROM Display IMPORT userPath; { wds/TES, 8/22/08 }
VAR
fEmpMean, rEmpMean : REAL;
tempTotalPhases, tempOldPhases, tablesFull,
errors, flag1, distType, nParm, numDataPoints,
phaseBlocks, phaseNodes, phaseEvents, phaseHiers, distnum,
oldFailNum, oldRepNum, npars, tempPhaseDist, anth : INTEGER;
lastClicked : GraphicVObj;
button, insertButton : ButtonObj;
message : TextBufferType;
result, empFlag, failType, printPhase, cellSelected : BOOLEAN;
{fEmpArray, rEmpArray,} tempPhaseParams : realArray;
axedPhases : ARRAY INTEGER OF INTEGER;
spCostText, failText, repairText, timeLabel2,
stockTxt1, emerText, timeLabel1, newSparesText,
stockTxt2, initStock, failMean, timeLabel3, stockTxt3,
timeLabel4, timeLabel5, shipCostText, idleCostText,
holdCostText, timeLabel6, standbyCostTxt, degradeTxt1,
repairMean, repairSTDev, degradeTxt2, degradeTxt3,
SBStressText, ancStreamText,
res1Txt1, res2Txt1, res3Txt1, res4Txt1, res5Txt1,
res1Txt2, res2Txt2, res3Txt2, res4Txt2, res5Txt2,
res1Txt3, res2Txt3, res3Txt3, res4Txt3, res5Txt3,
unitsLabel1, unitsLabel2, unitsLabel3, unitsLabel4,
unitsLabel5, pTextBox, resAcqText, poolTypeText,
afterFailText, forPMText, defineDepText, opText,
idleText, PMText, failedText, blockTypeText, BPhaseLabel,
NPhaseLabel, EPhaseLabel, HPhaseLabel, distLabel, unitsLabel,
PMText2, defaultDepText : LabelObj;
coldList1, coldList2, capList1, capList2, capList3,
buddyList2 : OptionListType;
sort1, sort2, sort3, sort4, sort5, sort6, sort7, sort8,
sort9, tableUp, lastType, distribution, tempString : STRING;
SBStressVal, res1ReqPM, res2ReqPM, res3ReqPM, res4ReqPM,
res5ReqPM, res1Req, res2Req, res3Req, res4Req, res5Req,
pValBox, priorityValBox, opValBox, idleValBox, PMValBox,
failValBox, lifeExBox : ValueBoxObj;
hoardRadBox, blockRadBox : RadioBoxObj;
hoardRadButton, antiRadButton, priorityRadButton,
idleRadButton, opRadButton : RadioButtonObj;
PROCEDURE CallHelp(IN helpCode : INTEGER);
VAR
procID : INTEGER;
pID : INTEGER; {wds/TES, 8/26/08 }
BEGIN
{helpfile needs installPath if open raptor by file associated}
IF (compileType = "release")
{ procID := ViewHelp(installPath + "help\HelpFile70.hlp", helpCode); wds/TES, 8/22/08 }
pID := SystemCall("Help\HelpFile70.chm",0); { wds/TES, 8/26/08 }
ELSIF (compileType = "gmd")
pID := SystemCall("Help\HelpFile70.chm",0); { wds/TES, 8/26/08 }
ELSIF (compileType = "student")
pID := SystemCall("Help\HelpFile70Demo.chm",0); { wds/TES, 8/26/08 }
ELSE
{ procID := ViewHelp(installPath + "help\HelpFile70Demo.hlp", 0); wds/TES, 8/22/08 }
pID := SystemCall("Help\HelpFile70Demo.chm",0); { wds/TES, 8/26/08 }
END IF;
{ wds/TES, 8/26/08 - added check below }
IF pID = -1
NEW(message, 1..3);
message[1] := "ERROR: Unable to open Raptor Help file. ";
result := SendAlert(message, FALSE, FALSE, TRUE);
DISPOSE(message);
END IF;
END PROCEDURE; {CallHelp}
PROCEDURE ConvertToString(IN distroNum : INTEGER;
OUT distroName : STRING);
BEGIN
CASE distroNum
WHEN 1: distroName := "Beta";
WHEN 2: distroName := "Chi-square";
WHEN 3: distroName := "Binomial";
WHEN 4: distroName := "Exponential";
WHEN 5: distroName := "Erlang";
WHEN 6: distroName := "Gamma";
WHEN 7: distroName := "Lognormal";
WHEN 8: distroName := "Normal";
WHEN 9: distroName := "Uniform Integer";
WHEN 10: distroName := "Uniform Real";
WHEN 11: distroName := "Pearson 5";
WHEN 12: distroName := "Pearson 6";
WHEN 13: distroName := "Poisson";
WHEN 14: distroName := "Triangular";
WHEN 15: distroName := "Weibull";
WHEN 16: distroName := "Empirical";
WHEN 17: distroName := "Point Estimate";
WHEN 18: distroName := "None";
WHEN 19: distroName := "Fixed";
WHEN 20: distroName := "Exponential Power";
WHEN 21: distroName := "Extreme Value";
WHEN 22: distroName := "Laplace";
OTHERWISE
NEW(message, 1..1);
message[1] := "ERROR: Unknown Distribution Type! ";
result := SendAlert(message, FALSE, FALSE, TRUE);
DISPOSE(message);
distroName := "UNKNOWN";
END CASE;
END PROCEDURE; {ConvertToString}
PROCEDURE ConvertToInteger(IN distro : STRING;
OUT distroNum, nPars : INTEGER);
BEGIN
CASE distro
WHEN "Beta": distroNum := 1; nPars := 2;
WHEN "Chi-square": distroNum := 2; nPars := 1;
WHEN "Binomial": distroNum := 3; nPars := 2;
WHEN "Exponential": distroNum := 4; nPars := 2;
WHEN "Erlang": distroNum := 5; nPars := 2;
WHEN "Gamma": distroNum := 6; nPars := 3;
WHEN "Lognormal": distroNum := 7; nPars := 2;
WHEN "Normal": distroNum := 8; nPars := 2;
WHEN "Uniform Integer": distroNum := 9; nPars := 2;
WHEN "Uniform Real": distroNum := 10; nPars := 2;
WHEN "Pearson 5": distroNum := 11; nPars := 3;
WHEN "Pearson 6": distroNum := 12; nPars := 3;
WHEN "Poisson": distroNum := 13; nPars := 1;
WHEN "Triangular": distroNum := 14; nPars := 3;
WHEN "Weibull": distroNum := 15; nPars := 3;
WHEN "Empirical": distroNum := 16; nPars := 0;
WHEN "Point Estimate": distroNum := 17; nPars := 1;
WHEN "None": distroNum := 18; nPars := 1;
WHEN "Fixed": distroNum := 19; nPars := 1;
WHEN "Exponential Power": distroNum := 20; nPars := 3;
WHEN "Extreme Value" : distroNum := 21; nPars := 2;
WHEN "Laplace" : distroNum := 22; nPars := 2;
OTHERWISE
NEW(message, 1..1);
message[1] := "ERROR: Unknown distribution selected! ";
result := SendAlert(message, FALSE, FALSE, TRUE);
DISPOSE(message);
distroNum := 4;
nPars := 2;
END CASE;
END PROCEDURE; {ConvertToInteger}
PROCEDURE GetEmpirical();
VAR
swap : REAL;
i, pass : INTEGER;
validData, changed : BOOLEAN;
dataBox : DataBoxObj;
numPtsText,ptsInText : LabelObj;
dataTable : TableObj;
dataEntryBox : ValueBoxObj;
deleteButton : ButtonObj;
BEGIN
NEW(dataBox);
ASK dataBox TO LoadFromLibrary(dialogs, "EmpDataBox");
ASK window TO AddGraphic(dataBox);
deleteButton := ASK dataBox Child("DeleteButton", 100);
dataTable := ASK dataBox Child("DataTable", 101);
ptsInText := ASK dataBox Child("PtsInText", 103);
numPtsText := ASK dataBox Child("NumPtsText", 104);
dataEntryBox := ASK dataBox Child("DataEntryBox", 105);
IF (failType AND (oldFailNum = 16))
numDataPoints := HIGH(fEmpArray);
ASK numPtsText TO SetLabel(INTTOSTR(numDataPoints));
FOR i := 1 TO numDataPoints
ASK dataTable TO SetText(REALTOSTR(fEmpArray[i]), 2, i);
END FOR;
ELSIF ((NOT failType) AND (oldRepNum = 16))
numDataPoints := HIGH(rEmpArray);
ASK numPtsText TO SetLabel(INTTOSTR(numDataPoints));
FOR i := 1 TO numDataPoints
ASK dataTable TO SetText(REALTOSTR(rEmpArray[i]), 2, i);
END FOR;
ELSE
numDataPoints := 0;
END IF;
FOR i := 1 TO dataTable.NumberRows
ASK dataTable TO SetText(INTTOSTR(i)+".", 1, i);
END FOR;
ASK dataBox TO Draw;
ASK deleteButton TO Deactivate;
ASK dataEntryBox TO ReceiveFocus;
button := ASK dataBox TO AcceptInput();
IF ASK button ReferenceName = "OKButton"
IF (numDataPoints > 0) AND failType
fEmpMean := 0.;
IF fEmpArray <> NILARRAY
DISPOSE(fEmpArray);
END IF;
NEW (fEmpArray, 1..numDataPoints);
FOR i := 1 TO numDataPoints
fEmpArray[i] := STRTOREAL(ASK dataTable Text(2,i));
fEmpMean := fEmpMean + STRTOREAL(ASK dataTable Text(2,i));
END FOR;
FOR pass := 1 TO numDataPoints-1
changed := FALSE;
FOR i := 1 TO numDataPoints-1
IF fEmpArray[i] > fEmpArray[i+1]
swap := fEmpArray[i];
fEmpArray[i] := fEmpArray[i+1];
fEmpArray[i+1] := swap;
changed := TRUE;
END IF;
END FOR;
IF NOT changed
EXIT;
END IF;
END FOR;
fEmpMean := fEmpMean/FLOAT(numDataPoints);
oldFailNum := 16;
ELSIF (numDataPoints > 0) AND (NOT failType)
rEmpMean := 0.;
IF rEmpArray <> NILARRAY
DISPOSE(rEmpArray);
END IF;
NEW (rEmpArray, 1..numDataPoints);
FOR i := 1 TO numDataPoints
rEmpArray[i] := STRTOREAL(ASK dataTable Text(2,i));
rEmpMean := rEmpMean + STRTOREAL(ASK dataTable Text(2,i));
END FOR;
FOR pass := 1 TO numDataPoints-1
changed := FALSE;
FOR i := 1 TO numDataPoints-1
IF rEmpArray[i] > rEmpArray[i+1]
swap := rEmpArray[i];
rEmpArray[i] := rEmpArray[i+1];
rEmpArray[i+1] := swap;
changed := TRUE;
END IF;
END FOR;
IF NOT changed
EXIT;
END IF;
END FOR;
rEmpMean := rEmpMean/FLOAT(numDataPoints);
oldRepNum := 16;
ELSE
empFlag := TRUE;
END IF;
ELSIF (button.ReferenceName = "CancelButton") OR (numDataPoints = 0)
IF NOT ((oldRepNum =16) OR (oldFailNum = 16))
numDataPoints := 0;
END IF;
empFlag := TRUE;
END IF;
DISPOSE(dataBox);
END PROCEDURE; {GetEmpirical}
PROCEDURE GammaFunction(IN x : REAL) : REAL;
VAR
y : REAL;
BEGIN
y := (1.000000000190015+(76.18009172947146/(x+1.))-(86.50532032941677/(x+2.))
+(24.01409824083091/(x+3.))-(1.231739572450155/(x+4.))+
(0.001208650973866179/(x+5.))-(0.000005395239384953/(x+6.)));
RETURN ((POWER((x+5.5),(x+0.5))*EXP(-1.*(x+5.5))*SQRT(2.*pi)*y)/x);
END METHOD;
{ComputeStats -- Compute the mean and standard deviation}
PROCEDURE ComputeStats(IN distro : INTEGER;
IN params : realArray;
OUT mean, stdev : REAL);
BEGIN
VAR
i,j, numParams : INTEGER;
sum,x,y,z,z2 : REAL;
BEGIN
CASE distro
WHEN 1: {Beta}
mean := params[1]/(params[1]+params[2]);
stdev := SQRT(params[1]*params[2]/
(POWER(params[1]+params[2],2.)*(params[1]+params[2]+1.)));
WHEN 2: {Chi-square}
mean := params[1];
stdev :=SQRT(2.*params[1]);
WHEN 3: {Binomial}
mean := params[1]*params[2];
stdev := SQRT(params[1]*params[2]*(1.-params[2]));
WHEN 4: {Exponential}
mean := params[1]+params[2];
stdev := params[1];
WHEN 5: {Erlang}
mean := params[1]*params[2];
stdev := SQRT(params[1]*POWER(params[2],2.));
WHEN 6: {Gamma}
mean := params[1]*params[2]+params[3];
stdev := SQRT(params[1]*POWER(params[2],2.));
WHEN 7: {Lognormal}
mean := params[1];
stdev := params[2];
WHEN 8: {Normal}
mean := params[1];
stdev := params[2];
WHEN 9: {Uniform Integer}
mean := (params[1]+params[2])/2.;
stdev := SQRT(POWER(params[2]-params[1],2.)/12.);
WHEN 10: {Uniform Real}
mean := (params[1]+params[2])/2.;
stdev := SQRT(POWER(params[2]-params[1],2.)/12.);
WHEN 11: {Pearson 5}
IF params[1] <= 1.
mean := 12345.6789; {Murphy identifier for out of range Pearson 5 mean}
stdev := 12345.6789; {Murphy identifier for out of range Pearson 5 mean}
ELSE
mean := (params[2]/(params[1]-1.))+params[3];
IF params[1]<=2.
stdev := 12345.6789; {Murphy identifier for out of range Pearson 5 std dev}
ELSE
stdev := params[2]/(params[1]-1.)/SQRT(params[1]-2.);
END IF;
END IF;
WHEN 12: {Pearson 6}
IF params[2] <= 1.
mean := 12345.6789; {Murphy identifier for out of range Pearson 6 mean}
stdev := 12345.6789; {Murphy identifier for out of range Pearson 6 std dev}
ELSE
mean := ((params[3]*params[1])/(params[2]-1.));
IF params[2]<=2.
stdev := 12345.6789; {Murphy identifier for out of range Pearson 6 std dev}
ELSE
stdev := SQRT((POWER(params[3],2.)*params[1]*(params[1]+params[2]-1.))
/(POWER(params[2]-1.,2.)*(params[2]-2.)));
END IF;
END IF;
WHEN 13: {Poisson}
mean := params[1];
stdev := SQRT(params[1]);
WHEN 14: {Triangular}
mean := (params[1]+params[2]+params[3])/3.;
stdev := SQRT((POWER(params[1],2.)+POWER(params[2],2.)+POWER(params[3],2.)
-params[1]*params[2]-params[1]*params[3]-params[2]*params[3])/18.);
WHEN 15: {Weibull}
IF params[1] < 0.05
mean := 12345.6789; {Murphy identifier for out of range Weibull mean}
stdev := 12345.6789; {Murphy identifier for out of range Weibull std dev}
ELSIF params[1] = 1.
mean := params[2] + params[3];
stdev := params[2];
ELSIF params[1] > 10000000.
mean := params[2] + params[3];
stdev := 0.;
ELSE
x := (1.+(1./params[1]));
z := GammaFunction(x);
mean := (params[2]*z)+params[3];
y := (1.+(2./params[1]));
z2 := GammaFunction(y);
stdev := params[2]*SQRT(z2 - POWER(z,2.));
END IF;
WHEN 16: {Empirical}
numParams := HIGH(params);
FOR j := 1 TO numParams
sum := sum+params[j];
END FOR;
mean := sum/FLOAT(numParams);
sum :=0.;
FOR j:=1 TO numParams
sum := sum+POWER(params[j]-mean,2.);
END FOR;
stdev :=SQRT(sum/FLOAT(numParams));
WHEN 17: {Point Estimate}
mean := 12345.6788; {Murphy identifier for no mean}
stdev := 12345.6788; {Murphy identifier for no standard deviation}
WHEN 18: {[None]}
mean := 12345.6788; {Murphy identifier for no mean}
stdev := 12345.6788; {Murphy identifier for no standard deviation}
WHEN 19: {[Fixed]}
mean :=params[1];
stdev :=0.;
WHEN 20: {Exponential Power/Error}
{Shape is var[1], scale is var[2], and location is var[3]}
mean := params[3];
x := 3.*params[1]/2.;
z := GammaFunction(x);
y := params[1]/2.;
z2 := GammaFunction(y);
stdev := SQRT(POWER(2.,params[1])*POWER(params[2],2.)*z/z2);
WHEN 21: {Extreme Value}
{Scale is var[1], location is var[2]}
mean := params[2]+.57721*params[1];
stdev := SQRT(POWER(params[1],2.)*POWER(pi,2.)/6.);
WHEN 22: {Laplace}
{Scale is var[1], location is var[2]}
mean := params[2];
stdev := SQRT(2.*POWER(params[1],2.));
OTHERWISE
END CASE;
END PROCEDURE; {ComputeStats}
{ShowDistBox}
PROCEDURE ShowDistBox (INOUT distType : INTEGER;
INOUT distParams : realArray);
VAR
distBox : DistBoxObj;
BEGIN
NEW(distBox);
ASK distBox TO LoadFromLibrary(dialogs, "DistBox");
ASK window TO AddGraphic(distBox);
ASK distBox TO Draw;
ASK distBox TO ReceiveData(distType, distParams);
DISPOSE(distBox);
END PROCEDURE; {ShowDistBox}
PROCEDURE GetDistMean(IN distString : STRING; OUT distMean : REAL);
VAR
ch, meanStr : STRING;
i : INTEGER;
BEGIN
FOR i := 1 TO STRLEN(distString)
ch := SUBSTR(i, i, distString);
IF (ch = "(")
INC(i);
ch := SUBSTR(i, i, distString);
WHILE(ch <> ")")
meanStr := meanStr + ch;
INC(i);
ch := SUBSTR(i, i, distString);
END WHILE;
EXIT;
END IF;
END FOR;
distMean := STRTOREAL(meanStr);
END PROCEDURE;
PROCEDURE MakeDistString(IN distro : INTEGER;
IN params : realArray;
OUT distroString : STRING);
VAR
distroName, tempString : STRING;
tempMean, tempStdev : REAL;
BEGIN
CASE distro
WHEN 1: distroName := "Beta";
WHEN 2: distroName := "ChiS";
WHEN 3: distroName := "Bnml";
WHEN 4: distroName := "Expo";
WHEN 5: distroName := "Erl";
WHEN 6: distroName := "Gamm";
WHEN 7: distroName := "LogN";
WHEN 8: distroName := "Norm";
WHEN 9: distroName := "UnIn";
WHEN 10: distroName := "UnRl";
WHEN 11: distroName := "Pea5";
WHEN 12: distroName := "Pea6";
WHEN 13: distroName := "Pois";
WHEN 14: distroName := "Trng";
WHEN 15: distroName := "Weib";
WHEN 16: distroName := "Emp";
WHEN 17: distroName := "PtEs";
WHEN 18: distroName := "None";
WHEN 19: distroName := "Fixd";
WHEN 20: distroName := "ExpP";
WHEN 21: distroName := "Extr";
WHEN 22: distroName := "Lapl";
OTHERWISE
NEW(message, 1..1);
message[1] := "ERROR: Unknown Distribution Type! ";
result := SendAlert(message, FALSE, FALSE, TRUE);
DISPOSE(message);
END CASE;
tempString := distroName + " (";
ComputeStats(distro, params, tempMean, tempStdev);
IF tempMean = 12345.6789
tempString := tempString + "Undefined)";
ELSE
tempString := tempString + REALTOSTR(tempMean) + ")";
END IF;
{ tempMean := {out of range}
ELSIF tempMean = 12345.6788
tempMean := {N/A}
}
distroString := tempString;
END PROCEDURE; {MakeDistString}
PROCEDURE GetParameters(IN distroType : INTEGER;
IN typeOfDistro : STRING;
INOUT params, xUnits : strArray;
INOUT xOffset : realArray);
BEGIN
CASE distroType
WHEN 1: {Beta}
params[1] := "Shape";
xOffset[1] := 12.16;
xUnits[1] := "";
params[2] := "Shape2";
xOffset[2] := 11.17;
xUnits[2] := "";
params[3] := "";
WHEN 2: {Chi-square}
params[1] := "Shape";
xOffset[1] := 12.16;
xUnits[1] := systemUnits;
params[2] := "";
params[3] := "";
WHEN 3: {Binomial}
params[1] := "N Trials";
xOffset[1] := 11.33;
xUnits[1] := systemUnits;
params[2] := "Probability";
xOffset[2] :=9.33;
xUnits[2] := "";
params[3] := "";
WHEN 4: {Exponential}
IF (lambdaMode AND (typeOfDistro <> "other"))
params[1] := "lambda";
xOffset[1] := 11.67;
xUnits[1] := typeOfDistro + " per "+systemUnits;
ELSE
params[1] := "Mean";
xOffset[1] := 12.83;
xUnits[1] := systemUnits;
END IF;
params[2] := "Location";
xOffset[2] := 10.5;
xUnits[2] := systemUnits;
params[3] := "";
WHEN 5: {Erlang}
params[1] := "Shape";
xOffset[1] := 12.16;
xUnits[1] := "";
params[2] := "Scale";
xOffset[2] := 12.83;
xUnits[2] := systemUnits;
params[3] := "";
WHEN 6, 11, 15: {Gamma, Pearson 5, Weibull}
params[1] := "Shape";
xOffset[1] := 12.16;
xUnits[1] := "";
params[2] := "Scale";
xOffset[2] := 12.83;
xUnits[2] := systemUnits;
params[3] := "Location";
xOffset[3] := 10.5;
xUnits[3] := systemUnits;
WHEN 7: {Lognormal}
IF muSigmaMode
params[1] := "mu";
xOffset[1] := 15.;
xUnits[1] := "ln("+systemUnits+")";
params[2] := "sigma";
xOffset[2] := 12.83;
xUnits[2] := "ln("+systemUnits+")";
ELSE
params[1] := "Mean";
xOffset[1] := 12.83;
xUnits[1] := systemUnits;
params[2] := "Standard Dev";
xOffset[2] := 6.33;
xUnits[2] := systemUnits;
END IF;
params[3] := "";
WHEN 8: {Normal}
params[1] := "Mean";
xOffset[1] := 12.83;
xUnits[1] := systemUnits;
params[2] := "Standard Dev";
xOffset[2] := 6.33;
xUnits[2] := systemUnits;
params[3] := "";
WHEN 9, 10: {Uniform Int, Uniform Real}
params[1] := "Min";
xOffset[1] := 14.5;
xUnits[1] := systemUnits;
params[2] := "Max";
xOffset[2] := 14.;
xUnits[2] := systemUnits;
params[3] := "";
WHEN 12: {Pearson 6}
params[1] := "Shape";
xOffset[1] := 12.16;
xUnits[1] := "";
params[2] := "Shape2";
xOffset[2] := 11.17;
xUnits[2] := "";
params[3] := "Scale";
xOffset[3] := 12.83;
xUnits[3] := systemUnits;
WHEN 13: {Poisson}
params[1] := "Mean";
xOffset[1] := 12.83;
xUnits[1] := systemUnits;
params[2] := "";
params[3] := "";
WHEN 14: {Triangular}
params[1] := "Min";
xOffset[1] := 14.5;
xUnits[1] := systemUnits;
params[2] := "Mode";
xOffset[2] := 12.83;
xUnits[2] := systemUnits;
params[3] := "Max";
xOffset[3] := 14.;
xUnits[3] := systemUnits;
WHEN 16: {Empirical}
params[1] := "";
params[2] := "";
params[3] := "";
WHEN 17: {Point Estimate}
params[1] := "P Success";
xOffset[1] := 8.83;
xUnits[1] := systemUnits;
params[2] := "";
params[3] := "";
WHEN 18: {None}
params[1] := "";
params[2] := "";
params[3] := "";
WHEN 19: {Fixed}
params[1] := "Constant";
xOffset[1] := 10.4;
xUnits[1] := systemUnits;
params[2] := "";
params[3] := "";
WHEN 20: {Exponential Power}
params[1] := "Shape";
xOffset[1] := 12.16;
xUnits[1] := "";
params[2] := "Scale";
xOffset[2] := 12.83;
xUnits[2] := systemUnits;
params[3] := "Location";
xOffset[3] := 10.5;
xUnits[3] := systemUnits;
WHEN 21: {Extreme Value}
params[1] := "Scale";
xOffset[1] := 12.83;
xUnits[1] := systemUnits;
params[2] := "Location";
xOffset[2] := 10.5;
xUnits[2] := systemUnits;
WHEN 22: {Laplace}
params[1] := "Scale";
xOffset[1] := 12.83;
xUnits[1] := systemUnits;
params[2] := "Location";
xOffset[2] := 10.5;
xUnits[2] := systemUnits;
OTHERWISE
END CASE;
END PROCEDURE;{GetParameters}
PROCEDURE SendAlert(IN message : TextBufferType;
IN cancel, yesNo, error : BOOLEAN) : BOOLEAN;
VAR
messageBox : MessageDialogBoxObj;
BEGIN
IF soundIsOn AND (FileExists(soundsPath + "Error.wav")) AND error
ASK sound TO PlayMe(soundsPath + "Error.wav");
ELSIF soundIsOn AND (FileExists(soundsPath + "Info.wav")) AND (NOT error)
ASK sound TO PlayMe(soundsPath + "Info.wav");
END IF;
NEW(messageBox);
ASK messageBox TO SetTextBuffer(message);
ASK messageBox TO SetStyle(AlertMessage);
IF yesNo AND (NOT threeWay)
ASK messageBox TO SetResponses(YesNoResponse);
ELSIF yesNo AND threeWay
ASK messageBox TO SetResponses(YesNoCancelResponse);
END IF;
IF cancel
ASK messageBox TO SetCancel(TRUE,TRUE);
END IF;
ASK window TO AddGraphic(messageBox);
result := ASK messageBox TO AcceptSysInput();
IF messageBox.SelectedButton = CancelButton
loadCanceled := TRUE;
ELSE
loadCanceled := FALSE;
END IF;
DISPOSE(messageBox);
RETURN result;
END PROCEDURE; {SendAlert}
PROCEDURE GetSpareList(INOUT spares : OptionListType);
VAR
i, j : INTEGER;
pool : SparePoolObj;
BEGIN
IF totalSpares > 0
DISPOSE(spares);
NEW(spares, 1..totalSpares);
i := 1;
END IF;
FOREACH pool IN poolGroup
IF pool.sparingType = SparePool
spares[i] := pool.poolName;
INC(i);
END IF;
END FOREACH;
END PROCEDURE;
PROCEDURE GetResList(INOUT res : OptionListType);
VAR
i, j : INTEGER;
pool : SparePoolObj;
BEGIN
IF totalRes > 0
DISPOSE(res);
NEW(res, 1..totalRes);
j := 1;
END IF;
FOREACH pool IN poolGroup
IF pool.sparingType = Resource
res[j] := pool.poolName;
INC(j);
END IF;
END FOREACH;
END PROCEDURE;
PROCEDURE GetTrigList(INOUT trigs : OptionListType);
VAR
i : INTEGER;
trig : RapTriggerObj;
BEGIN
IF totalTriggers > 0
DISPOSE(trigs);
NEW(trigs, 1..totalTriggers);
i := 1;
END IF;
FOREACH trig IN triggerGroup
trigs[i] := trig.TrigName;
INC(i);
END FOREACH;
END PROCEDURE;
PROCEDURE ChopZeros(IN num : REAL;
IN length : INTEGER) : STRING;
VAR
chopped : BOOLEAN;
testChar, sigDigs : INTEGER;
chopee : STRING;
BEGIN
chopee := REALTOSTR(num);
testChar := STRLEN(chopee);
REPEAT
IF SUBSTR(testChar, testChar, chopee) = "0"
DEC(testChar);
ELSIF SUBSTR(testChar, testChar, chopee) = "."
chopee := SUBSTR(1, testChar+1, chopee);
sigDigs := testChar-1;
chopped := TRUE;
ELSE
chopee := SUBSTR(1, testChar+1, chopee);
sigDigs := testChar;
chopped := TRUE;
END IF;
UNTIL chopped;
IF STRLEN(chopee) > length
IF sigDigs <= length
chopee := SUBSTR(1, sigDigs, chopee);
ELSE
chopee := SUBSTR(1, length, chopee);
END IF;
END IF;
RETURN chopee;
END PROCEDURE;
PROCEDURE GetNumParams (IN distroNum : INTEGER;
OUT nPars : INTEGER);
BEGIN
CASE distroNum
WHEN 1: nPars := 2;
WHEN 2: nPars := 1;
WHEN 3: nPars := 2;
WHEN 4: nPars := 2;
WHEN 5: nPars := 2;
WHEN 6: nPars := 3;
WHEN 7: nPars := 2;
WHEN 8: nPars := 2;
WHEN 9: nPars := 2;
WHEN 10: nPars := 2;
WHEN 11: nPars := 3;
WHEN 12: nPars := 3;
WHEN 13: nPars := 1;
WHEN 14: nPars := 3;
WHEN 15: nPars := 3;
WHEN 16: nPars := 0;
WHEN 17: nPars := 1;
WHEN 18: nPars := 1;
WHEN 19: nPars := 1;
WHEN 20: nPars := 3;
WHEN 21: nPars := 2;
WHEN 22: nPars := 2;
OTHERWISE
NEW(message, 1..1);
message[1] := "ERROR: Unknown distribution selected! ";
result := SendAlert(message, FALSE, FALSE, TRUE);
DISPOSE(message);
distroNum := 4;
nPars := 2;
END CASE;
END PROCEDURE;
PROCEDURE InitHierFilter(INOUT hierList : OptionListType);
VAR
i,j, minloc : INTEGER;
tempHier : RBDHierObj;
min, temp : STRING;
BEGIN
i := 1;
FOREACH tempHier IN hierGroup
hierList[i+3] := tempHier.name + " - " + INTTOSTR(tempHier.Id);
INC(i);
END FOREACH;
{sort the list, then add first three }
FOR j := 4 TO totalHiers+3
min := hierList[j];
minloc := j;
FOR i := j+1 TO totalHiers+3
IF hierList[i] < min
min := hierList[i];
minloc := i;
END IF;
END FOR;
temp := hierList[j];
hierList[j] := hierList[minloc];
hierList[minloc] := temp;
END FOR;
hierList[1] := "All";
hierList[2] := "Home";
hierList[3] := "--------------------------------------";
END PROCEDURE;
PROCEDURE HierFilter(IN tableType: STRING; INOUT table : TableObj; IN arr : FinalArrayType;
IN arraySize : INTEGER; IN hierIdLoc : INTEGER; IN hierName : STRING;
IN printing : BOOLEAN; OUT displayArray : FinalArrayType; OUT hiercount : INTEGER);
VAR
i, j, k, lastColumn, counter, tableSize : INTEGER;
cost : REAL;
test : STRING;
BEGIN
IF NOT printing
ASK table TO Activate;
END IF;
IF ((tableType = "sparesOut") OR (tableType = "blockcostOut"))
tableSize := 13;
lastColumn := 6;
ELSIF (tableType = "maint")
tableSize := 15;
lastColumn := 6;
ELSIF (tableType = "capacityOut")
tableSize := 13;
lastColumn := 9;
ELSIF (tableType = "distro")
tableSize := 11;
lastColumn := 11;
ELSIF ((tableType = "nodegen") OR (tableType = "standby") OR (tableType = "bspares") OR (tableType = "pm"))
tableSize := 15;
lastColumn := 9;
ELSIF (tableType = "eventgen")
tableSize := 15;
lastColumn := 7;
ELSIF ((tableType = "blockanalOut") OR (tableType = "nodeanalOut") OR (tableType = "eventanalOut")
OR (tableType = "hieranalOut"))
tableSize := 13;
lastColumn := 7;
ELSIF (tableType = "cost")
tableSize := 15;
lastColumn := 16;
ELSIF (tableType = "dep")
tableSize := 15;
lastColumn := 8;
ELSIF (tableType = "adv")
tableSize := 15;
lastColumn := 10;
ELSIF (tableType = "cap")
tableSize := 15;
lastColumn := 5;
END IF;
IF (hierName <> "All")
i := POSITION(hierName, " -");
hierName := INTTOSTR(STRTOINT(SUBSTR(i+2, i+11, hierName + " ")));
END IF;
counter := 0;
FOR i := 1 TO arraySize
test := arr[i,hierIdLoc];
IF arr[i,hierIdLoc] = hierName
INC(counter);
END IF;
END FOR;
hiercount := 0;
FOR i := 1 TO arraySize
test := arr[i,hierIdLoc];
IF arr[i,hierIdLoc] <> "0"
INC(hiercount);
END IF;
END FOR;
IF (counter > tableSize)
IF tableType = "cost"
ASK table TO SetSize(lastColumn-1, counter);
ELSIF tableType = "distro"
ASK table TO SetSize(lastColumn-2, counter);
ELSE
ASK table TO SetSize(lastColumn, counter);
END IF;
END IF;
IF hierName = "All"
IF arraySize > tableSize
IF tableType = "cost"
ASK table TO SetSize(lastColumn-1, arraySize);
ELSIF tableType = "distro"
ASK table TO SetSize(lastColumn-2, arraySize);
ELSE
ASK table TO SetSize(lastColumn, arraySize);
END IF;
ELSE
IF tableType = "cost"
ASK table TO SetSize(lastColumn-1, tableSize);
ELSIF tableType = "distro"
ASK table TO SetSize(lastColumn-2, tableSize);
ELSE
ASK table TO SetSize(lastColumn, tableSize);
END IF;
END IF;
NEW(displayArray, 1..arraySize, 1..lastColumn);
j := arraySize+1;
FOR i := 1 TO arraySize
FOR k := 1 TO lastColumn
IF ((tableType = "blockanalOut") OR (tableType = "nodeanalOut") OR (tableType = "eventanalOut")
OR (tableType = "hieranalOut"))
IF k<=2
displayArray[i, k] := arr[i, k];
ELSE
displayArray[i, k] := arr[i, k+5*(weakLinkAnalType-1)];