void DBGridOperationAbs(DBObjData *grdData) {
DBInt layerID;
DBFloat value;
DBPosition pos;
DBObjRecord *layerRec;
DBGridIF *gridIF = new DBGridIF(grdData);
for (layerID = 0; layerID < gridIF->LayerNum(); ++layerID) {
layerRec = gridIF->Layer(layerID);
if ((layerRec->Flags() & DBObjectFlagIdle) != DBObjectFlagIdle) break;
}
if (layerID == gridIF->LayerNum()) {
CMmsgPrint(CMmsgAppError, "No Layer to Process in %s %d", __FILE__, __LINE__);
return;
}
for (layerID = 0; layerID < gridIF->LayerNum(); ++layerID) {
layerRec = gridIF->Layer(layerID);
if ((layerRec->Flags() & DBObjectFlagIdle) == DBObjectFlagIdle) continue;
for (pos.Row = 0; pos.Row < gridIF->RowNum(); pos.Row++) {
if (DBPause((layerID * gridIF->RowNum() + pos.Row) * 100 / (gridIF->LayerNum() * gridIF->RowNum())))
goto Stop;
for (pos.Col = 0; pos.Col < gridIF->ColNum(); pos.Col++)
if (gridIF->Value(layerRec, pos, &value)) gridIF->Value(layerRec, pos, fabs(value));
}
gridIF->RecalcStats(layerRec);
}
Stop:
return;
}
void ComputeTask(DBObjRecord *record, size_t taskId) {
size_t i;
DBPosition pos;
DBCoordinate coord;
pos.Row = taskId / GridIF->ColNum();
pos.Col = taskId % GridIF->ColNum();
GridIF->Pos2Coord(pos, coord);
for (i = 0; i < VarNum; ++i) GrdVar[i]->GetVariable(record, coord);
for (i = 0; i < ExpNum; ++i) Expressions[i]->Evaluate(record);
GridIF->Value(LayerRec, pos, Operand->Float(record));
}
void DBGridOperation(DBObjData *grdData, DBFloat constant, DBInt oper) {
DBInt layerID;
DBFloat value;
DBPosition pos;
DBObjRecord *layerRec;
DBGridIF *gridIF = new DBGridIF(grdData);
for (layerID = 0; layerID < gridIF->LayerNum(); ++layerID) {
layerRec = gridIF->Layer(layerID);
if ((layerRec->Flags() & DBObjectFlagIdle) != DBObjectFlagIdle) break;
}
if (layerID == gridIF->LayerNum()) {
CMmsgPrint(CMmsgAppError, "No Layer to Process in %s %d", __FILE__, __LINE__);
return;
}
for (layerID = 0; layerID < gridIF->LayerNum(); ++layerID) {
layerRec = gridIF->Layer(layerID);
if ((layerRec->Flags() & DBObjectFlagIdle) == DBObjectFlagIdle) continue;
for (pos.Row = 0; pos.Row < gridIF->RowNum(); pos.Row++) {
if (DBPause((layerID * gridIF->RowNum() + pos.Row) * 100 / (gridIF->LayerNum() * gridIF->RowNum())))
goto Stop;
for (pos.Col = 0; pos.Col < gridIF->ColNum(); pos.Col++) {
if (gridIF->Value(layerRec, pos, &value))
switch (oper) {
case DBMathOperatorAdd:
gridIF->Value(layerRec, pos, value + constant);
break;
case DBMathOperatorSub:
gridIF->Value(layerRec, pos, value - constant);
break;
case DBMathOperatorMul:
gridIF->Value(layerRec, pos, value * constant);
break;
case DBMathOperatorDiv:
gridIF->Value(layerRec, pos, value / constant);
break;
}
}
}
gridIF->RecalcStats(layerRec);
}
Stop:
return;
}
void DBObjData::RecalcExtent() {
DBRegion extent;
switch (Type()) {
case DBTypeVectorPoint:
case DBTypeVectorLine:
case DBTypeVectorPolygon: {
DBVectorIF *vectorIF = new DBVectorIF(this);
DBInt recordID;
for (recordID = 0; recordID < vectorIF->ItemNum(); ++recordID)
extent.Expand(Extent(vectorIF->Item(recordID)));
delete vectorIF;
}
break;
case DBTypeGridDiscrete:
case DBTypeGridContinuous: {
DBGridIF *gridIF = new DBGridIF(this);
extent.LowerLeft = Extent().LowerLeft;
extent.UpperRight.X = extent.LowerLeft.X + gridIF->ColNum() * gridIF->CellWidth();
extent.UpperRight.Y = extent.LowerLeft.Y + gridIF->RowNum() * gridIF->CellHeight();
delete gridIF;
}
break;
case DBTypeNetwork: {
DBNetworkIF *netIF = new DBNetworkIF(this);
extent.LowerLeft = Extent().LowerLeft;
extent.UpperRight.X = extent.LowerLeft.X + netIF->ColNum() * netIF->CellWidth();
extent.UpperRight.Y = extent.LowerLeft.Y + netIF->RowNum() * netIF->CellHeight();
delete netIF;
}
break;
case DBTypeTable:
default:
return;
}
Extent(extent);
}
int _CMDnetErosion(DBObjData *netData, DBObjData *inData, DBObjData *weightData,
DBObjData *outData, DBFloat coeff, DBInt areaMult) {
DBInt ret = DBSuccess, layerID, cellID, progress, maxProgress;
DBFloat inValue, weight, outValue, *sumWeights;
DBPosition pos;
DBNetworkIF *netIF = new DBNetworkIF(netData);
DBGridIF *inIF = new DBGridIF(inData);
DBGridIF *outIF = new DBGridIF(outData);
DBGridIF *weightIF = weightData != (DBObjData *) NULL ? new DBGridIF(weightData) : (DBGridIF *) NULL;
DBObjRecord *inLayerRec, *outLayerRec, *weightLayerRec, *cellRec, *toCell;
if ((sumWeights = (DBFloat *) calloc(netIF->CellNum(), sizeof(DBFloat))) == (DBFloat *) NULL) {
CMmsgPrint(CMmsgSysError, "Memory allocation error in: %s %d", __FILE__, __LINE__);
ret = DBFault;
goto Stop;
}
layerID = 0;
inLayerRec = inIF->Layer(layerID);
outLayerRec = outIF->Layer(layerID);
outIF->RenameLayer(outLayerRec, inLayerRec->Name());
outValue = outIF->MissingValue(outLayerRec);
for (pos.Row = 0; pos.Row < outIF->RowNum(); pos.Row++)
for (pos.Col = 0; pos.Col < outIF->ColNum(); pos.Col++) outIF->Value(outLayerRec, pos, outValue);
for (layerID = 1; layerID < inIF->LayerNum(); ++layerID) {
inLayerRec = inIF->Layer(layerID);
if ((outLayerRec = outIF->AddLayer(inLayerRec->Name())) == (DBObjRecord *) NULL) {
ret = DBFault;
goto Stop;
}
for (pos.Row = 0; pos.Row < outIF->RowNum(); pos.Row++)
for (pos.Col = 0; pos.Col < outIF->ColNum(); pos.Col++) outIF->Value(outLayerRec, pos, outValue);
}
maxProgress = inIF->LayerNum() * netIF->CellNum();
for (layerID = 0; layerID < inIF->LayerNum(); ++layerID) {
inLayerRec = inIF->Layer(layerID);
outLayerRec = outIF->Layer(layerID);
if (weightIF != (DBGridIF *) NULL)
weightLayerRec = weightIF->Layer(layerID % weightIF->LayerNum());
for (cellID = 0; cellID < netIF->CellNum(); cellID++) {
sumWeights[cellID] = 0.0;
cellRec = netIF->Cell(cellID);
if (inIF->Value(inLayerRec, netIF->Center(cellRec), &inValue) == false)
outIF->Value(outLayerRec, netIF->CellPosition(cellRec), 0.0);
else {
if (weightIF != (DBGridIF *) NULL)
weight = weightIF->Value(weightLayerRec, netIF->Center(cellRec), &weight) == false ?
0.0 : weight * coeff;
else weight = coeff;
if (areaMult) weight = weight * netIF->CellArea(cellRec);
sumWeights[cellID] = weight;
outIF->Value(outLayerRec, netIF->CellPosition(cellRec), inValue * weight);
}
}
for (cellID = netIF->CellNum() - 1; cellID >= 0; --cellID) {
progress = layerID * netIF->CellNum() + (netIF->CellNum() - cellID);
if (DBPause(progress * 100 / maxProgress)) goto Stop;
cellRec = netIF->Cell(cellID);
if ((toCell = netIF->ToCell(cellRec)) == (DBObjRecord *) NULL) continue;
if (outIF->Value(outLayerRec, netIF->CellPosition(cellRec), &inValue) == false) continue;
if (outIF->Value(outLayerRec, netIF->CellPosition(toCell), &outValue) == false) continue;
sumWeights[toCell->RowID()] = sumWeights[toCell->RowID()] + weight;
outIF->Value(outLayerRec, netIF->CellPosition(toCell), outValue + inValue);
}
outIF->RecalcStats(outLayerRec);
}
free(sumWeights);
Stop:
delete netIF;
delete inIF;
delete outIF;
if (weightIF != (DBGridIF *) NULL) delete weightIF;
return (ret);
}
DBInt DBPointToGrid(DBObjData *pntData, DBObjData *grdData, DBFloat factor) {
DBInt startID, pnt0ID, pntID, id, itemNum;
double dist, minDist, box, box0, bWidth, bHeight;
DBPosition pos;
DBCoordinate gCoord, *pCoord;
DBObjRecord *grdRec, *pntRec, *symRec;
DBObjTable *itemTable, *symTable;
DBObjTableField *valField, *symField;
DBVPointIF *pntIF;
DBGridIF *gridIF;
DBMathDistanceFunction distFunc = DBMathGetDistanceFunction(pntData);
if (distFunc != DBMathGetDistanceFunction(grdData)) {
CMmsgPrint(CMmsgAppError, "Incompatible projections in: %s %d", __FILE__, __LINE__);
return (DBFault);
}
pntIF = new DBVPointIF(pntData);
itemNum = pntIF->ItemNum();
if ((pCoord = (DBCoordinate *) calloc(itemNum, sizeof(DBCoordinate))) == (DBCoordinate *) NULL) {
CMmsgPrint(CMmsgSysError, "Memory allocation Error in: %s %d", __FILE__, __LINE__);
return (DBFault);
}
gridIF = new DBGridIF(grdData);
for (pntID = 0; pntID < itemNum; ++pntID) pCoord[pntID] = pntIF->Coordinate(pntIF->Item(pntID));
if (grdData->Type() == DBTypeGridContinuous)
gridIF->RenameLayer(gridIF->Layer((DBInt) 0), (char *) "Distance to Station");
else {
gridIF->RenameLayer(gridIF->Layer((DBInt) 0), (char *) "Station grid");
itemTable = grdData->Table(DBrNItems);
symTable = grdData->Table(DBrNSymbols);
valField = itemTable->Field(DBrNGridValue);
symField = itemTable->Field(DBrNSymbol);
if ((symRec = symTable->Item(0)) == (DBObjRecord *) NULL)
CMmsgPrint(CMmsgAppError, "Total Metal Gebasz in: %s %d", __FILE__, __LINE__);
for (pntID = 0; pntID < itemNum; ++pntID) {
pntRec = pntIF->Item(pntID);
grdRec = itemTable->Add(pntRec->Name());
valField->Int(grdRec, pntID + 1);
symField->Record(grdRec, symRec);
}
}
startID = 0;
for (pos.Row = 0; pos.Row < gridIF->RowNum(); ++pos.Row) {
DBPause(pos.Row * 100 / gridIF->RowNum());
for (pos.Col = 0; pos.Col < gridIF->ColNum(); ++pos.Col) {
gridIF->Pos2Coord(pos, gCoord);
minDist = box0 = DBHugeVal;
pnt0ID = pntID = startID;
id = DBFault;
do {
bWidth = fabs(gCoord.X - pCoord[pntID].X);
bHeight = fabs(gCoord.Y - pCoord[pntID].Y);
box = bWidth > bHeight ? bWidth : bHeight;
if ((box < box0) && ((dist = DBMathCoordinateDistance(distFunc, gCoord, pCoord[pntID])) < minDist)) {
minDist = dist;
id = startID = pntID;
box *= factor;
if (box0 > box) box0 = box;
}
pntID = pntID + 1 < itemNum ? pntID + 1 : 0;
} while (pntID != pnt0ID);
if (grdData->Type() == DBTypeGridContinuous) gridIF->Value(pos, minDist); else gridIF->Value(pos, id);
}
}
if (grdData->Type() == DBTypeGridContinuous) gridIF->RecalcStats(); else gridIF->DiscreteStats();
delete gridIF;
free(pCoord);
return (DBSuccess);
}
DBInt DBPointToGrid(DBObjData *pntData, DBObjData *netData, DBObjData *grdData) {
DBInt i;
DBPosition pos;
DBObjTable *pntTable = pntData->Table(DBrNItems);
DBObjTable *grdTable = grdData->Table(DBrNItems);
DBObjTable *symTable = grdData->Table(DBrNSymbols);
DBObjectLIST<DBObjTableField> *pntFields = pntTable->Fields();
DBObjTableField *pntFLD;
DBObjTableField *grdAttribFLD;
DBObjTableField *grdFLD = grdTable->Field(DBrNGridValue);
DBObjTableField *symFLD = grdTable->Field(DBrNSymbol);
DBObjRecord *cellRec, *toCell, *pntRec, *itemRec;
DBObjRecord *symRec = symTable->First();
DBVPointIF *pntIF;
DBNetworkIF *netIF;
DBGridIF *grdIF;
pntIF = new DBVPointIF(pntData);
netIF = new DBNetworkIF(netData);
grdIF = new DBGridIF(grdData);
grdIF->RenameLayer(grdIF->Layer((DBInt) 0), (char *) "Subbasins");
for (pos.Row = 0; pos.Row < grdIF->RowNum(); ++pos.Row)
for (pos.Col = 0; pos.Col < grdIF->ColNum(); ++pos.Col) grdIF->Value(pos, DBFault);
for (pntFLD = pntFields->First(); pntFLD != (DBObjTableField *) NULL; pntFLD = pntFields->Next())
if (DBTableFieldIsVisible(pntFLD)) grdTable->AddField(new DBObjTableField(*pntFLD));
for (i = 0; i < pntIF->ItemNum(); ++i) {
DBPause(i * 100 / pntIF->ItemNum());
pntRec = pntIF->Item(i);
if ((pntRec->Flags() & DBObjectFlagIdle) == DBObjectFlagIdle) continue;
if ((cellRec = netIF->Cell(pntIF->Coordinate(pntRec))) == (DBObjRecord *) NULL) continue;
itemRec = grdTable->Add(pntRec->Name());
grdFLD->Int(itemRec, pntRec->RowID() + 1);
symFLD->Record(itemRec, symRec);
for (pntFLD = pntFields->First(); pntFLD != (DBObjTableField *) NULL; pntFLD = pntFields->Next())
if ((grdAttribFLD = grdTable->Field(pntFLD->Name())) != (DBObjTableField *) NULL)
switch (pntFLD->Type()) {
case DBTableFieldString:
grdAttribFLD->String(itemRec, pntFLD->String(pntRec));
break;
case DBTableFieldInt:
grdAttribFLD->Int(itemRec, pntFLD->Int(pntRec));
break;
case DBTableFieldFloat:
grdAttribFLD->Float(itemRec, pntFLD->Float(pntRec));
break;
case DBTableFieldDate:
grdAttribFLD->Date(itemRec, pntFLD->Date(pntRec));
break;
}
grdIF->Value(netIF->CellPosition(cellRec), itemRec->RowID());
}
for (i = 0; i < netIF->CellNum(); ++i) {
if ((cellRec = netIF->Cell(i)) == (DBObjRecord *) NULL) continue;
if ((itemRec = grdIF->GridItem(netIF->CellPosition(cellRec))) != (DBObjRecord *) NULL) continue;
if ((toCell = netIF->ToCell(cellRec)) == (DBObjRecord *) NULL) continue;
if ((itemRec = grdIF->GridItem(netIF->CellPosition(toCell))) != (DBObjRecord *) NULL)
grdIF->Value(netIF->CellPosition(cellRec), itemRec->RowID());
}
grdIF->DiscreteStats();
delete pntIF;
delete netIF;
delete grdIF;
return (DBSuccess);
}
DBInt RGPDrawGridContinuous (DBInt mode, DBInt *entryNum, DBObjData *grdData)
{
DBInt r, g, b;
DBInt ret, shadeNum, colorNum, scaleMode = 0;
DBPosition pos;
char charBuffer [RGPBufferSIZE], errorMsg [RGPBufferSIZE];
const char *colorMaps [] = { "default", "grey", "blue", "red", "blue-red", "elevation", "custom", NULL };
char colorMap;
const char *scaleModes [] = { "linear", "logarithmic", "square-root", NULL };
RGPColorMapEntry *customColors;
DBFloat value;
float *array, translation [6], min, max, unit = 1.0;
DBRegion extent = grdData->Extent ();
DBObjRecord *layerRec;
DBGridIF *gridIF = new DBGridIF (grdData);
do {
RGPPrintMessage (mode,entryNum,"Grid Layer:");
if (fgets (charBuffer,sizeof (charBuffer) - 2,stdin) == (char *) NULL) { ret = DBFault; goto Stop; }
if ((strlen (charBuffer) > 0) && (charBuffer [strlen (charBuffer) - 1] == '\n'))
charBuffer [strlen (charBuffer) - 1] = '\0';
if ((layerRec = gridIF->Layer (charBuffer)) != NULL) break;
sprintf (errorMsg,"Invalid grid layer [%s]",charBuffer);
if (RGPPrintError (mode,*entryNum,errorMsg)) { ret = DBFault; goto Stop;}
} while (true);
do {
RGPPrintMessage (mode,entryNum,"Colormap [default|grey|blue|red-blue|elevation|custom]:");
if (fgets (charBuffer,sizeof (charBuffer) - 2,stdin) == (char *) NULL) { ret = DBFault; goto Stop; }
if ((strlen (charBuffer) > 0) && (charBuffer [strlen (charBuffer) - 1] == '\n'))
charBuffer [strlen (charBuffer) - 1] = '\0';
if ((colorMap = CMoptLookup (colorMaps,charBuffer,true)) != DBFault) break;
sprintf (errorMsg,"Invalid colormap [%s]",charBuffer);
if (RGPPrintError (mode,*entryNum,errorMsg)) { ret = DBFault; goto Stop; }
} while (true);
switch (colorMap)
{
default:
case 0:
switch (grdData->Flags () & DBDataFlagDispModeFlags)
{
case DBDataFlagDispModeContStandard:
case DBDataFlagDispModeContGreyScale:
shadeNum = RGPSetColorMap (_RGPGreyColors, RGPColorNum (_RGPGreyColors)); break;
case DBDataFlagDispModeContBlueScale:
shadeNum = RGPSetColorMap (_RGPBlueColors, RGPColorNum (_RGPBlueColors)); break;
case DBDataFlagDispModeContBlueRed:
shadeNum = RGPSetColorMap (_RGPBlueRedColors, RGPColorNum (_RGPBlueRedColors)); break;
case DBDataFlagDispModeContElevation:
shadeNum = RGPSetColorMap (_RGPElevationColors, RGPColorNum (_RGPElevationColors)); break;
}
break;
case 1: shadeNum = RGPSetColorMap (_RGPGreyColors, RGPColorNum (_RGPGreyColors)); break;
case 2: shadeNum = RGPSetColorMap (_RGPBlueColors, RGPColorNum (_RGPBlueColors)); break;
case 3: shadeNum = RGPSetColorMap (_RGPRedColors, RGPColorNum (_RGPRedColors)); break;
case 4: shadeNum = RGPSetColorMap (_RGPBlueRedColors, RGPColorNum (_RGPBlueRedColors)); break;
case 5: shadeNum = RGPSetColorMap (_RGPElevationColors, RGPColorNum (_RGPElevationColors)); break;
case 6:
colorNum = 0;
if ((customColors = (RGPColorMapEntry *) calloc (1,sizeof (RGPColorMapEntry))) == (RGPColorMapEntry *) NULL)
{ CMmsgPrint (CMmsgSysError, "Memory Allocation Error in: %s %d",__FILE__,__LINE__); delete gridIF; return (DBFault); }
do {
RGPPrintMessage (mode,entryNum,"Background Shade [red,green,blue]:");
if (fgets (charBuffer,sizeof (charBuffer) - 2,stdin) == (char *) NULL) { ret = DBFault; goto Stop; }
if (sscanf (charBuffer,"%d,%d,%d",&r,&g,&b) == 3)
{
customColors [colorNum].Red = r;
customColors [colorNum].Green = g;
customColors [colorNum].Blue = b;
colorNum++;
break;
}
else if (RGPPrintError (mode,*entryNum,"Background Color Entry Error")) { ret = DBFault; goto Stop; }
} while (true);
do {
RGPPrintMessage (mode,entryNum,"Color Shade [red,green,blue]:");
if (fgets (charBuffer,sizeof (charBuffer) - 2,stdin) == (char *) NULL) { ret = DBFault; goto Stop; }
if (sscanf (charBuffer,"%d,%d,%d",&r,&g,&b) == 3)
{
if ((customColors = (RGPColorMapEntry *) realloc (customColors,(colorNum + 1) * sizeof (RGPColorMapEntry))) == (RGPColorMapEntry *) NULL)
{ CMmsgPrint (CMmsgSysError, "Memory Allocation Error in: %s %d",__FILE__,__LINE__); delete gridIF; return (DBFault); }
customColors [colorNum].Red = r;
customColors [colorNum].Green = g;
customColors [colorNum].Blue = b;
colorNum++;
}
else
{
if (colorNum < 3)
{ if (RGPPrintError (mode,*entryNum,"Color Shade Entry Error")) { ret = DBFault; goto Stop; }}
else break;
}
} while (true);
shadeNum = RGPSetColorMap (customColors,colorNum);
free (customColors);
break;
}
if (shadeNum == DBFault) { RGPPrintError (mode,*entryNum,"Colormap Initialization Error") ; ret = DBFault; goto Stop; }
do {
RGPPrintMessage (mode,entryNum,"Scale mode [linear|logarithmic]:");
if (fgets (charBuffer,sizeof (charBuffer) - 2,stdin) == (char *) NULL) { ret = DBFault; goto Stop; }
if ((strlen (charBuffer) > 0) && (charBuffer [strlen (charBuffer) - 1] == '\n'))
charBuffer [strlen (charBuffer) - 1] = '\0';
if ((scaleMode = CMoptLookup (scaleModes,charBuffer,true)) != DBFault) break;
sprintf (errorMsg,"Invalid scale mode [%s]",charBuffer);
if (RGPPrintError (mode,*entryNum,errorMsg)) { ret = DBFault; goto Stop; }
} while (true);
do {
RGPPrintMessage (mode,entryNum,"Value range [minimum,maximum]:");
if (fgets (charBuffer,sizeof (charBuffer) - 2,stdin) == (char *) NULL) { ret = DBFault; goto Stop; }
if (sscanf (charBuffer,"%f,%f",&min,&max) == 2) break;
else if (RGPPrintError (mode,*entryNum,"Value range input error")) { ret = DBFault; goto Stop; }
} while (true);
if ((array = (float *) calloc (gridIF->RowNum () * gridIF->ColNum (),sizeof (float))) == (float *) NULL)
{ CMmsgPrint (CMmsgSysError, "Memory allocation error in: %s %d",__FILE__,__LINE__); ret = DBFault; goto Stop; }
for (pos.Row = 0;pos.Row < gridIF->RowNum ();++pos.Row)
for (pos.Col = 0;pos.Col < gridIF->ColNum ();++pos.Col)
if (gridIF->Value (layerRec,pos,&value))
{
value = value > min ? value : min;
value = value < max ? value : max;
switch (scaleMode)
{
default:
case 0: array [pos.Row * gridIF->ColNum () + pos.Col] = value; break;
case 1: array [pos.Row * gridIF->ColNum () + pos.Col] = log10 (value); break;
case 2: array [pos.Row * gridIF->ColNum () + pos.Col] = sqrt (value); break;
}
}
else array [pos.Row * gridIF->ColNum () + pos.Col] = min - (max - min) / (float) shadeNum;
translation [0] = extent.LowerLeft.X - gridIF->CellWidth () / 2.0;
translation [1] = gridIF->CellWidth ();
translation [2] = 0.0;
translation [3] = extent.LowerLeft.Y - gridIF->CellHeight () / 2.0;
translation [4] = 0.0;
translation [5] = gridIF->CellHeight ();
RGPPrintMessage (mode,entryNum,"Unit:");
if ((fgets (charBuffer,sizeof (charBuffer) - 2,stdin) == (char *) NULL) || (sscanf (charBuffer,"%f",&unit) != 1))
{ RGPPrintError (mode,*entryNum,"Unit input error"), ret = DBFault; goto Stop; }
RGPPrintMessage (mode,entryNum,"Unit label:");
if (fgets (charBuffer,sizeof (charBuffer) - 2,stdin) == (char *) NULL)
{ RGPPrintError (mode,*entryNum,"Unit label input error"); ret = DBFault; goto Stop; }
if ((strlen (charBuffer) > 0) && (charBuffer [strlen (charBuffer) - 1] == '\n'))
charBuffer [strlen (charBuffer) - 1] = '\0';
/* cpgsitf (scaleMode); */
switch (scaleMode)
{
default:
case 0:
min = min - (max - min) / (float) shadeNum;
max = max + (max - min) / (float) shadeNum;
cpgwedg ("BI",0.0,5.0,min * unit,max * unit,charBuffer);
cpgimag (array,pos.Col,pos.Row,1,pos.Col,1,pos.Row,min,max,translation);
break;
case 1:
cpgwedg ("BI",0.0,5.0,log10 (min * unit),log10 (max * unit),charBuffer);
cpgimag (array,pos.Col,pos.Row,1,pos.Col,1,pos.Row,log10 (min),log10 (max),translation);
break;
case 2:
cpgwedg ("BI",0.0,5.0,sqrt (min * unit),sqrt (max * unit),charBuffer);
cpgimag (array,pos.Col,pos.Row,1,pos.Col,1,pos.Row,sqrt (min),sqrt (max),translation);
break;
}
Stop:
delete gridIF;
return (ret);
}
void DBGridOperation(DBObjData *leftGrd, DBObjData *rightGrd, DBInt oper, DBInt mergeMissingVal) {
DBInt leftID, rightID;
DBFloat leftVal, rightVal;
DBPosition pos;
DBCoordinate coord;
DBObjRecord *leftRec, *rightRec;
DBGridIF *leftIF = new DBGridIF(leftGrd);
DBGridIF *rightIF = new DBGridIF(rightGrd);
for (leftID = 0; leftID < leftIF->LayerNum(); ++leftID) {
leftRec = leftIF->Layer(leftID);
if ((leftRec->Flags() & DBObjectFlagIdle) != DBObjectFlagIdle) break;
}
if (leftID == leftIF->LayerNum()) {
CMmsgPrint(CMmsgAppError, "No Layer to Process in %s %d", __FILE__, __LINE__);
return;
}
for (rightID = 0; rightID < rightIF->LayerNum(); ++rightID) {
rightRec = rightIF->Layer(rightID);
if ((rightRec->Flags() & DBObjectFlagIdle) != DBObjectFlagIdle) break;
}
if (rightID == rightIF->LayerNum()) {
CMmsgPrint(CMmsgAppError, "No Layer to Process in %s %d", __FILE__, __LINE__);
return;
}
rightID = (DBInt) 0;
for (leftID = 0; leftID < leftIF->LayerNum(); ++leftID) {
leftRec = leftIF->Layer(leftID);
while ((leftRec->Flags() & DBObjectFlagIdle) == DBObjectFlagIdle) {
++leftID;
if (leftID == leftIF->LayerNum()) goto Stop;
leftRec = leftIF->Layer(leftID);
}
if ((rightRec = rightIF->Layer(rightID)) == (DBObjRecord *) NULL) {
rightID = 0;
rightRec = rightIF->Layer(rightID);
}
while ((rightRec->Flags() & DBObjectFlagIdle) == DBObjectFlagIdle) {
++rightID;
if (rightID == rightIF->LayerNum()) rightID = 0;
rightRec = rightIF->Layer(rightID);
}
for (pos.Row = 0; pos.Row < leftIF->RowNum(); pos.Row++) {
if (DBPause((leftID * leftIF->RowNum() + pos.Row) * 100 / (leftIF->LayerNum() * leftIF->RowNum())))
goto Stop;
for (pos.Col = 0; pos.Col < leftIF->ColNum(); pos.Col++) {
leftIF->Pos2Coord(pos, coord);
if (leftIF->Value(leftRec, pos, &leftVal)) {
if (rightIF->Value(rightRec, coord, &rightVal))
switch (oper) {
case DBMathOperatorAdd:
leftIF->Value(leftRec, pos, leftVal + rightVal);
break;
case DBMathOperatorSub:
leftIF->Value(leftRec, pos, leftVal - rightVal);
break;
case DBMathOperatorMul:
leftIF->Value(leftRec, pos, leftVal * rightVal);
break;
case DBMathOperatorDiv:
if (fabs(rightVal) > 0.000001) leftIF->Value(leftRec, pos, leftVal / rightVal);
else leftIF->Value(leftRec, pos, leftIF->MissingValue());
break;
}
else if (mergeMissingVal) leftIF->Value(leftRec, pos, leftIF->MissingValue());
}
}
}
++rightID;
leftIF->RecalcStats(leftRec);
}
Stop:
return;
}
DBInt RGlibDataStream2RGIS(DBObjData *outData, DBObjData *tmplData, FILE *inFile) {
DBInt layerID = 0, itemSize;
DBPosition pos;
DBFloat val;
void *data = (void *) NULL;
MFVarHeader_t header;
DBObjRecord *record;
switch (tmplData->Type()) {
case DBTypeVectorPoint: {
DBInt itemID;
DBDate date;
DBObjTable *itemTable = outData->Table(DBrNItems);
DBObjTableField *idField = new DBObjTableField("ItemID", DBTableFieldInt, "%6d", sizeof(DBInt), false);
DBObjTableField *dateField = new DBObjTableField("Date", DBTableFieldDate, "%s", sizeof(DBDate), false);
DBObjTableField *valField;
DBVPointIF *pntIF = new DBVPointIF(tmplData);
itemTable->AddField(idField);
itemTable->AddField(dateField);
while (MFVarReadHeader(&header, inFile)) {
if (header.ItemNum != pntIF->ItemNum()) {
CMmsgPrint(CMmsgUsrError, "Error: Datastream inconsistency %d %d!", header.ItemNum,
pntIF->ItemNum());
return (DBFault);
}
if (data == (void *) NULL) {
itemSize = MFVarItemSize(header.DataType);
if ((data = (void *) realloc(data, header.ItemNum * itemSize)) == (void *) NULL) {
CMmsgPrint(CMmsgSysError, "Memory allocation error in: %s %d", __FILE__, __LINE__);
return (DBFault);
}
switch (header.DataType) {
case MFByte:
valField = new DBObjTableField("Value", DBTableFieldInt, "%2d", sizeof(char), false);
case MFShort:
valField = new DBObjTableField("Value", DBTableFieldInt, "%4d", sizeof(DBShort), false);
case MFInt:
valField = new DBObjTableField("Value", DBTableFieldInt, "%8d", sizeof(DBInt), false);
case MFFloat:
valField = new DBObjTableField("Value", DBTableFieldFloat, "%8.2f", sizeof(DBFloat4),
false);
case MFDouble:
valField = new DBObjTableField("Value", DBTableFieldFloat, "%8.2f", sizeof(DBFloat), false);
}
itemTable->AddField(valField);
}
if ((int) fread(data, itemSize, header.ItemNum, inFile) != header.ItemNum) {
CMmsgPrint(CMmsgSysError, "Error: Data stream read in: %s %d", __FILE__, __LINE__);
return (DBFault);
}
for (itemID = 0; itemID < header.ItemNum; ++itemID) {
record = itemTable->Add(header.Date);
date.Set(header.Date);
idField->Int(record, itemID);
dateField->Date(record, date);
/* decDateField->Float (record,date);
*/ switch (header.DataType) {
case MFByte:
valField->Int(record, ((char *) data)[itemID]);
break;
case MFShort:
valField->Int(record, ((short *) data)[itemID]);
break;
case MFInt:
valField->Int(record, ((int *) data)[itemID]);
break;
case MFFloat:
valField->Float(record, ((float *) data)[itemID]);
break;
case MFDouble:
valField->Float(record, ((double *) data)[itemID]);
break;
}
}
}
delete pntIF;
}
break;
case DBTypeGridContinuous:
case DBTypeGridDiscrete: {
DBGridIF *gridIF = new DBGridIF(outData);
while (MFVarReadHeader(&header, inFile)) {
if (header.ItemNum != gridIF->RowNum() * gridIF->ColNum()) {
CMmsgPrint(CMmsgUsrError, "Error: Datastream inconsistency!");
return (DBFault);
}
if (layerID == 0) {
itemSize = MFVarItemSize(header.DataType);
if ((data = (void *) realloc(data, header.ItemNum * itemSize)) == (void *) NULL) {
CMmsgPrint(CMmsgSysError, "Memory allocation error in: %s %d", __FILE__, __LINE__);
return (DBFault);
}
record = gridIF->Layer(layerID);
gridIF->RenameLayer(header.Date);
}
else record = gridIF->AddLayer(header.Date);
switch (header.DataType) {
case MFByte:
case MFShort:
case MFInt:
gridIF->MissingValue(record, header.Missing.Int);
break;
case MFFloat:
case MFDouble:
gridIF->MissingValue(record, header.Missing.Float);
break;
}
if ((int) fread(data, itemSize, header.ItemNum, inFile) != header.ItemNum) {
CMmsgPrint(CMmsgSysError, "Error: Data stream read in: %s %d", __FILE__, __LINE__);
return (DBFault);
}
for (pos.Row = 0; pos.Row < gridIF->RowNum(); ++pos.Row)
for (pos.Col = 0; pos.Col < gridIF->ColNum(); ++pos.Col) {
switch (header.DataType) {
case MFByte:
val = (DBFloat) (((char *) data)[pos.Row * gridIF->ColNum() + pos.Col]);
break;
case MFShort:
val = (DBFloat) (((short *) data)[pos.Row * gridIF->ColNum() + pos.Col]);
break;
case MFInt:
val = (DBFloat) (((int *) data)[pos.Row * gridIF->ColNum() + pos.Col]);
break;
case MFFloat:
val = (DBFloat) (((float *) data)[pos.Row * gridIF->ColNum() + pos.Col]);
break;
case MFDouble:
val = (DBFloat) (((double *) data)[pos.Row * gridIF->ColNum() + pos.Col]);
break;
}
gridIF->Value(record, pos, val);
}
layerID++;
}
gridIF->RecalcStats();
}
break;
case DBTypeNetwork: {
DBInt cellID;
DBGridIF *gridIF = new DBGridIF(outData);
DBNetworkIF *netIF = new DBNetworkIF(tmplData);
while (MFVarReadHeader(&header, inFile)) {
if (header.ItemNum != netIF->CellNum()) {
CMmsgPrint(CMmsgUsrError, "Error: Datastream inconsistency!");
return (DBFault);
}
if (layerID == 0) {
itemSize = MFVarItemSize(header.DataType);
if ((data = (void *) realloc(data, header.ItemNum * itemSize)) == (void *) NULL) {
CMmsgPrint(CMmsgSysError, "Memory allocation error in: %s %d", __FILE__, __LINE__);
return (DBFault);
}
record = gridIF->Layer(layerID);
gridIF->RenameLayer(header.Date);
}
else record = gridIF->AddLayer(header.Date);
if ((int) fread(data, itemSize, header.ItemNum, inFile) != header.ItemNum) {
CMmsgPrint(CMmsgSysError, "Error: Data stream read in: %s %d", __FILE__, __LINE__);
delete netIF;
return (DBFault);
}
for (pos.Row = 0; pos.Row < gridIF->RowNum(); ++pos.Row)
for (pos.Col = 0; pos.Col < gridIF->ColNum(); ++pos.Col)
gridIF->Value(record, pos, gridIF->MissingValue());
for (cellID = 0; cellID < netIF->CellNum(); ++cellID) {
pos = netIF->CellPosition(netIF->Cell(cellID));
switch (header.DataType) {
case MFByte:
val = (DBFloat) (((char *) data)[cellID]);
break;
case MFShort:
val = (DBFloat) (((short *) data)[cellID]);
break;
case MFInt:
val = (DBFloat) (((int *) data)[cellID]);
break;
case MFFloat:
val = (DBFloat) (((float *) data)[cellID]);
break;
case MFDouble:
val = (DBFloat) (((double *) data)[cellID]);
break;
}
gridIF->Value(record, pos, val);
}
layerID++;
}
gridIF->RecalcStats();
}
break;
}
return (DBSuccess);
}
DBInt RGlibRGIS2DataStream(DBObjData *grdData, DBObjData *tmplData, char *fieldName, FILE *outFile) {
DBInt layerID, ret = DBSuccess, itemSize, itemID;
DBInt intValue;
DBFloat floatValue;
void *data;
MFVarHeader_t varHeader;
DBObjRecord *layerRec, *gridRec;
DBObjTableField *fieldPTR = (DBObjTableField *) NULL;
DBGridIF *gridIF;
DBVPointIF *tmplPntIF = (DBVPointIF *) NULL;
DBGridIF *tmplGrdIF = (DBGridIF *) NULL;
DBNetworkIF *tmplNetIF = (DBNetworkIF *) NULL;
gridIF = new DBGridIF(grdData);
varHeader.Swap = 1;
if (grdData->Type() == DBTypeGridDiscrete) {
DBObjTable *itemTable = grdData->Table(DBrNItems);
if (fieldName == (char *) NULL) fieldName = DBrNGridValue;
if ((fieldPTR = itemTable->Field(fieldName)) == (DBObjTableField *) NULL) {
CMmsgPrint(CMmsgAppError, "Error: Invalid field [%s] in: %s %d", fieldName, __FILE__, __LINE__);
return (DBFault);
}
itemSize = fieldPTR->Length();
switch (fieldPTR->Type()) {
case DBTableFieldInt:
switch (itemSize) {
default:
case sizeof(DBByte):
varHeader.DataType = MFByte;
break;
case sizeof(DBShort):
varHeader.DataType = MFShort;
break;
case sizeof(DBInt):
varHeader.DataType = MFInt;
break;
}
varHeader.Missing.Int = fieldPTR->IntNoData();
break;
case DBTableFieldFloat:
switch (itemSize) {
default:
case sizeof(DBFloat4):
varHeader.DataType = MFFloat;
break;
case sizeof(DBFloat):
varHeader.DataType = MFDouble;
break;
}
varHeader.Missing.Float = fieldPTR->FloatNoData();
break;
}
}
else {
if (fieldName != (char *) NULL) CMmsgPrint(CMmsgUsrError, "Warning: Fieldname ignored for continuous grid!");
itemSize = gridIF->ValueSize();
switch (gridIF->ValueType()) {
case DBVariableInt:
switch (itemSize) {
case 1:
varHeader.DataType = MFByte;
break;
case 2:
varHeader.DataType = MFShort;
break;
case 4:
varHeader.DataType = MFInt;
break;
}
varHeader.Missing.Int = (int) gridIF->MissingValue();
break;
case DBVariableFloat:
switch (itemSize) {
case 4:
varHeader.DataType = MFFloat;
break;
case 8:
varHeader.DataType = MFDouble;
break;
}
varHeader.Missing.Float = gridIF->MissingValue();
break;
}
}
if (tmplData == (DBObjData *) NULL) {
tmplGrdIF = gridIF;
varHeader.ItemNum = gridIF->RowNum() * gridIF->ColNum();
}
else {
switch (tmplData->Type()) {
case DBTypeVectorPoint:
tmplPntIF = new DBVPointIF(tmplData);
varHeader.ItemNum = tmplPntIF->ItemNum();
break;
case DBTypeGridContinuous:
case DBTypeGridDiscrete:
tmplGrdIF = new DBGridIF(tmplData);
varHeader.ItemNum = gridIF->RowNum() * gridIF->ColNum();
break;
case DBTypeNetwork:
tmplNetIF = new DBNetworkIF(tmplData);
varHeader.ItemNum = tmplNetIF->CellNum();
break;
default:
delete gridIF;
return (DBFault);
}
}
if ((data = (void *) calloc(varHeader.ItemNum, itemSize)) == (void *) NULL) {
CMmsgPrint(CMmsgSysError, "Error! Allocating %d items of %d size in: %s %d", varHeader.ItemNum, itemSize,
__FILE__, __LINE__);
return (DBFault);
}
/**************************************************************
* *
* Point template *
* *
**************************************************************/
if (tmplPntIF != (DBVPointIF *) NULL) {
DBObjRecord *pntRec;
if (fieldPTR == (DBObjTableField *) NULL) {
for (layerID = 0; layerID < gridIF->LayerNum(); ++layerID) {
layerRec = gridIF->Layer(layerID);
strncpy(varHeader.Date, layerRec->Name(), MFDateStringLength - 1);
for (itemID = 0; itemID < varHeader.ItemNum; ++itemID) {
pntRec = tmplPntIF->Item(itemID);
if ((varHeader.DataType == MFByte) || (varHeader.DataType == MFShort) ||
(varHeader.DataType == MFInt)) {
if (gridIF->Value(layerRec, tmplPntIF->Coordinate(pntRec), &intValue) == false)
intValue = varHeader.Missing.Int;
switch (varHeader.DataType) {
case MFByte:
((char *) data)[itemID] = (char) intValue;
break;
case MFShort:
((short *) data)[itemID] = (short) intValue;
break;
case MFInt:
((int *) data)[itemID] = (short) intValue;
break;
}
}
else {
if (gridIF->Value(layerRec, tmplPntIF->Coordinate(pntRec), &floatValue) == false)
floatValue = varHeader.Missing.Float;
switch (varHeader.DataType) {
case MFFloat:
((float *) data)[itemID] = (float) floatValue;
break;
case MFDouble:
((double *) data)[itemID] = (double) floatValue;
break;
}
}
}
if ((DBInt) fwrite(&varHeader, sizeof(MFVarHeader_t), 1, outFile) != 1) {
CMmsgPrint(CMmsgSysError, "Error: Writing record header in: %s %d", __FILE__, __LINE__);
ret = DBFault;
break;
}
if ((DBInt) fwrite(data, itemSize, varHeader.ItemNum, outFile) != varHeader.ItemNum) {
CMmsgPrint(CMmsgSysError, "Error: Writing data in: %s %d", __FILE__, __LINE__);
ret = DBFault;
break;
}
}
}
else {
for (layerID = 0; layerID < gridIF->LayerNum(); ++layerID) {
layerRec = gridIF->Layer(layerID);
strncpy(varHeader.Date, layerRec->Name(), MFDateStringLength - 1);
for (itemID = 0; itemID < varHeader.ItemNum; ++itemID) {
pntRec = tmplPntIF->Item(itemID);
gridRec = gridIF->GridItem(layerRec, tmplPntIF->Coordinate(pntRec));
switch (varHeader.DataType) {
case MFByte:
((char *) data)[itemID] =
gridRec != (DBObjRecord *) NULL ? fieldPTR->Int(gridRec) : fieldPTR->IntNoData();
break;
case MFShort:
((short *) data)[itemID] =
gridRec != (DBObjRecord *) NULL ? fieldPTR->Int(gridRec) : fieldPTR->IntNoData();
break;
case MFInt:
((int *) data)[itemID] =
gridRec != (DBObjRecord *) NULL ? fieldPTR->Int(gridRec) : fieldPTR->IntNoData();
break;
case MFFloat:
((float *) data)[itemID] =
gridRec != (DBObjRecord *) NULL ? fieldPTR->Int(gridRec) : fieldPTR->FloatNoData();
break;
case MFDouble:
((double *) data)[itemID] =
gridRec != (DBObjRecord *) NULL ? fieldPTR->Int(gridRec) : fieldPTR->FloatNoData();
break;
}
}
if ((DBInt) fwrite(&varHeader, sizeof(MFVarHeader_t), 1, outFile) != 1) {
CMmsgPrint(CMmsgSysError, "Error: Writing record header in: %s %d", __FILE__, __LINE__);
ret = DBFault;
break;
}
if ((DBInt) fwrite(data, itemSize, varHeader.ItemNum, outFile) != varHeader.ItemNum) {
CMmsgPrint(CMmsgSysError, "Error: Writing data in: %s %d", __FILE__, __LINE__);
ret = DBFault;
break;
}
}
}
delete tmplPntIF;
}
/**************************************************************
* *
* Grid Template (default when no template coverage is given. *
* *
**************************************************************/
else if (tmplGrdIF != (DBGridIF *) NULL) {
DBPosition pos;
DBCoordinate coord;
if (fieldPTR == (DBObjTableField *) NULL) {
for (layerID = 0; layerID < gridIF->LayerNum(); ++layerID) {
layerRec = gridIF->Layer(layerID);
strncpy(varHeader.Date, layerRec->Name(), MFDateStringLength - 1);
for (pos.Row = 0; pos.Row < tmplGrdIF->RowNum(); ++pos.Row)
for (pos.Col = 0; pos.Col < tmplGrdIF->ColNum(); ++pos.Col) {
itemID = pos.Row * tmplGrdIF->ColNum() + pos.Col;
if ((varHeader.DataType == MFByte) || (varHeader.DataType == MFShort) ||
(varHeader.DataType == MFInt)) {
if (tmplGrdIF != gridIF) {
tmplGrdIF->Pos2Coord(pos, coord);
if (gridIF->Value(layerRec, coord, &intValue) == false)
intValue = varHeader.Missing.Int;
}
else {
if (gridIF->Value(layerRec, pos, &intValue) == false) intValue = varHeader.Missing.Int;
}
switch (varHeader.DataType) {
case MFByte:
((char *) data)[itemID] = (char) intValue;
break;
case MFShort:
((short *) data)[itemID] = (short) intValue;
break;
case MFInt:
((int *) data)[itemID] = (short) intValue;
break;
}
}
else {
if (tmplGrdIF != gridIF) {
tmplGrdIF->Pos2Coord(pos, coord);
if (gridIF->Value(layerRec, coord, &floatValue) == false)
floatValue = varHeader.Missing.Float;
}
else {
if (gridIF->Value(layerRec, pos, &floatValue) == false)
floatValue = varHeader.Missing.Float;
}
switch (varHeader.DataType) {
case MFFloat:
((float *) data)[itemID] = (float) floatValue;
break;
case MFDouble:
((double *) data)[itemID] = (double) floatValue;
break;
}
}
}
if ((DBInt) fwrite(&varHeader, sizeof(MFVarHeader_t), 1, outFile) != 1) {
CMmsgPrint(CMmsgSysError, "Error: Writing record header in: %s %d", __FILE__, __LINE__);
ret = DBFault;
break;
}
if ((DBInt) fwrite(data, itemSize, varHeader.ItemNum, outFile) != varHeader.ItemNum) {
CMmsgPrint(CMmsgSysError, "Error: Writing data in: %s %d", __FILE__, __LINE__);
ret = DBFault;
break;
}
}
}
else {
for (layerID = 0; layerID < gridIF->LayerNum(); ++layerID) {
layerRec = gridIF->Layer(layerID);
strncpy(varHeader.Date, layerRec->Name(), MFDateStringLength - 1);
for (pos.Row = 0; pos.Row < tmplGrdIF->RowNum(); ++pos.Row)
for (pos.Col = 0; pos.Col < tmplGrdIF->ColNum(); ++pos.Col) {
itemID = pos.Row * tmplGrdIF->ColNum() + pos.Col;
if (tmplGrdIF != gridIF) {
tmplGrdIF->Pos2Coord(pos, coord);
gridRec = gridIF->GridItem(layerRec, coord);
}
else gridRec = gridIF->GridItem(layerRec, pos);
switch (varHeader.DataType) {
case MFByte:
((char *) data)[itemID] = gridRec != (DBObjRecord *) NULL ? fieldPTR->Int(gridRec)
: fieldPTR->IntNoData();
break;
case MFShort:
((short *) data)[itemID] = gridRec != (DBObjRecord *) NULL ? fieldPTR->Int(gridRec)
: fieldPTR->IntNoData();
break;
case MFInt:
((int *) data)[itemID] = gridRec != (DBObjRecord *) NULL ? fieldPTR->Int(gridRec)
: fieldPTR->IntNoData();
break;
case MFFloat:
((float *) data)[itemID] = gridRec != (DBObjRecord *) NULL ? fieldPTR->Int(gridRec)
: fieldPTR->FloatNoData();
break;
case MFDouble:
((double *) data)[itemID] = gridRec != (DBObjRecord *) NULL ? fieldPTR->Int(gridRec)
: fieldPTR->FloatNoData();
break;
}
}
if ((DBInt) fwrite(&varHeader, sizeof(MFVarHeader_t), 1, outFile) != 1) {
CMmsgPrint(CMmsgSysError, "Error: Writing record header in: %s %d", __FILE__, __LINE__);
ret = DBFault;
break;
}
if ((DBInt) fwrite(data, itemSize, varHeader.ItemNum, outFile) != varHeader.ItemNum) {
CMmsgPrint(CMmsgSysError, "Error: Writing data in: %s %d", __FILE__, __LINE__);
ret = DBFault;
break;
}
}
}
if (tmplGrdIF != gridIF) delete tmplGrdIF;
}
/**************************************************************
* *
* Network Template *
* *
**************************************************************/
else if (tmplNetIF != (DBNetworkIF *) NULL) {
DBObjRecord *cellRec;
if (fieldPTR == (DBObjTableField *) NULL) {
for (layerID = 0; layerID < gridIF->LayerNum(); ++layerID) {
layerRec = gridIF->Layer(layerID);
strncpy(varHeader.Date, layerRec->Name(), MFDateStringLength - 1);
for (itemID = 0; itemID < varHeader.ItemNum; ++itemID) {
cellRec = tmplNetIF->Cell(itemID);
if ((varHeader.DataType == MFByte) || (varHeader.DataType == MFShort) ||
(varHeader.DataType == MFInt)) {
if (gridIF->Value(layerRec, tmplNetIF->Center(cellRec), &intValue) == false)
intValue = varHeader.Missing.Int;
switch (varHeader.DataType) {
case MFByte:
((char *) data)[itemID] = (char) intValue;
break;
case MFShort:
((short *) data)[itemID] = (short) intValue;
break;
case MFInt:
((int *) data)[itemID] = (short) intValue;
break;
}
}
else {
if (gridIF->Value(layerRec, tmplNetIF->Center(cellRec), &floatValue) == false)
floatValue = varHeader.Missing.Float;
switch (varHeader.DataType) {
case MFFloat:
((float *) data)[itemID] = (float) floatValue;
break;
case MFDouble:
((double *) data)[itemID] = (double) floatValue;
break;
}
}
}
if ((DBInt) fwrite(&varHeader, sizeof(MFVarHeader_t), 1, outFile) != 1) {
CMmsgPrint(CMmsgSysError, "Error: Writing record header in: %s %d", __FILE__, __LINE__);
ret = DBFault;
break;
}
if ((DBInt) fwrite(data, itemSize, varHeader.ItemNum, outFile) != varHeader.ItemNum) {
CMmsgPrint(CMmsgSysError, "Error: Writing data in: %s %d", __FILE__, __LINE__);
ret = DBFault;
break;
}
}
}
else {
for (layerID = 0; layerID < gridIF->LayerNum(); ++layerID) {
layerRec = gridIF->Layer(layerID);
strncpy(varHeader.Date, layerRec->Name(), MFDateStringLength - 1);
for (itemID = 0; itemID < varHeader.ItemNum; ++itemID) {
cellRec = tmplNetIF->Cell(itemID);
gridRec = gridIF->GridItem(layerRec, tmplNetIF->Center(cellRec));
switch (varHeader.DataType) {
case MFByte:
((char *) data)[itemID] =
gridRec != (DBObjRecord *) NULL ? fieldPTR->Int(gridRec) : fieldPTR->IntNoData();
break;
case MFShort:
((short *) data)[itemID] =
gridRec != (DBObjRecord *) NULL ? fieldPTR->Int(gridRec) : fieldPTR->IntNoData();
break;
case MFInt:
((int *) data)[itemID] =
gridRec != (DBObjRecord *) NULL ? fieldPTR->Int(gridRec) : fieldPTR->IntNoData();
break;
case MFFloat:
((float *) data)[itemID] = gridRec != (DBObjRecord *) NULL ? fieldPTR->Float(gridRec)
: fieldPTR->FloatNoData();
break;
case MFDouble:
((double *) data)[itemID] = gridRec != (DBObjRecord *) NULL ? fieldPTR->Float(gridRec)
: fieldPTR->FloatNoData();
break;
}
}
if ((DBInt) fwrite(&varHeader, sizeof(MFVarHeader_t), 1, outFile) != 1) {
CMmsgPrint(CMmsgSysError, "Error: Writing record header in: %s %d", __FILE__, __LINE__);
ret = DBFault;
break;
}
if ((DBInt) fwrite(data, itemSize, varHeader.ItemNum, outFile) != varHeader.ItemNum) {
CMmsgPrint(CMmsgSysError, "Error: Writing data in: %s %d", __FILE__, __LINE__);
ret = DBFault;
break;
}
}
}
delete tmplNetIF;
}
free(data);
delete gridIF;
return (ret);
}
DBInt Write (FILE *file,DBObjData *data)
{
char *dmRecord;
DBInt layerID, docLen, dbType, intVal;
DBFloat floatVal;
DBPosition pos;
DBObjRecord *layerRec;
DBGridIF *gridIF = new DBGridIF (data);
DMLayerHeader dmLayerHeader;
dbType = gridIF->ValueType ();
switch (dbType)
{
case DBTableFieldFloat: DataType (DMFloat); break;
case DBTableFieldInt:
DataType (gridIF->ValueSize () > 1 ? DMInt : DMByte); break;
}
CellWidth (gridIF->CellWidth ());
CellHeight (gridIF->CellHeight ());
Extent (data->Extent ());
LayerNum (gridIF->LayerNum ());
RowNum (gridIF->RowNum ());
ColNum (gridIF->ColNum ());
dmRecord = (char *) calloc (RowNum () * ColNum (),DataType () != DMByte ? sizeof (int) : sizeof (char));
if (dmRecord == (char *) NULL)
{ CMmsgPrint (CMmsgSysError, "Memory Allocation Error in: %s %d",__FILE__,__LINE__); return (DBFault); }
DMFileHeader::Write (file);
for (layerID = 0;layerID < gridIF->LayerNum ();++layerID)
{
layerRec = gridIF->Layer (layerID);
dmLayerHeader.Description (layerRec->Name ());
dmLayerHeader.Write (file);
}
docLen = strlen (data->Document (DBDocComment));
if (fwrite (&docLen,sizeof (int),1,file) != 1)
{ CMmsgPrint (CMmsgSysError, "File Writing Error in: %s %d",__FILE__,__LINE__); return (DBFault); }
if (docLen > 0)
{
if (fwrite (data->Document (DBDocComment),docLen,1,file) != 1)
{ CMmsgPrint (CMmsgSysError, "File Writing Error in: %s %d",__FILE__,__LINE__); return (DBFault); }
}
for (layerID = 0;layerID < gridIF->LayerNum ();++layerID)
{
layerRec = gridIF->Layer (layerID);
switch (data->Type ())
{
case DBTypeGridContinuous:
layerRec = gridIF->Layer (layerID);
if (dbType == DBTableFieldFloat)
{
for (pos.Row = 0;pos.Row < RowNum ();pos.Row++)
for (pos.Col = 0;pos.Col < ColNum ();pos.Col++)
if (gridIF->Value (layerRec,pos,&floatVal))
((float *) dmRecord) [(RowNum () - pos.Row - 1) * ColNum () + pos.Col] = (float) floatVal;
else
((float *) dmRecord) [(RowNum () - pos.Row - 1) * ColNum () + pos.Col] = MissingValue ();
}
else
{
for (pos.Row = 0;pos.Row < RowNum ();pos.Row++)
for (pos.Col = 0;pos.Col < ColNum ();pos.Col++)
if (gridIF->Value (layerRec,pos,&intVal))
{
if (DataType () == DMInt)
((int *) dmRecord) [(RowNum () - pos.Row - 1) * ColNum () + pos.Col] = (int) intVal;
else
dmRecord [(RowNum () - pos.Row - 1) * ColNum () + pos.Col] = intVal;
}
else
{
if (DataType () == DMInt)
((int *) dmRecord) [(RowNum () - pos.Row - 1) * ColNum () + pos.Col] = (int) MissingValue ();
else
dmRecord [(RowNum () - pos.Row - 1) * ColNum () + pos.Col] = -99;
}
}
break;
case DBTypeGridDiscrete:
for (pos.Row = 0;pos.Row < RowNum ();pos.Row++)
for (pos.Col = 0;pos.Col < ColNum ();pos.Col++)
{
intVal = gridIF->GridValue (layerRec,pos);
if (DataType () == DMInt)
((int *) dmRecord) [(RowNum () - pos.Row - 1) * ColNum () + pos.Col] = intVal;
else
dmRecord [(RowNum () - pos.Row - 1) * ColNum () + pos.Col] = -99;
}
break;
default:
CMmsgPrint (CMmsgAppError, "Invalid Data Type in: %s %d",__FILE__,__LINE__);
free (dmRecord);
delete gridIF;
return (DBFault);
}
if ((DBInt) fwrite (dmRecord,DataType () == DMByte ? sizeof (char) : sizeof (int),DataPointNum (),file) != DataPointNum ())
{ CMmsgPrint (CMmsgSysError, "File Writing Error in: %s %d",__FILE__,__LINE__); return (DBFault); }
}
free (dmRecord);
delete gridIF;
return (DBSuccess);
}
DBObjData *Compute(char *title, CMthreadUserExecFunc userFunc) {
DBInt i, layerID, dataLayerID;
size_t threadId;
DBPosition pos;
DBCoordinate coord;
char *layerName;
DBObjData *data;
DBObjRecord *record;
size_t threadsNum = CMthreadProcessorNum();
CMthreadTeam_t team;
CMthreadJob_p job = (CMthreadJob_p) NULL;
if (CMthreadTeamInitialize(&team, threadsNum) == (CMthreadTeam_p) NULL) {
CMmsgPrint (CMmsgUsrError,"Team initialization error %s, %d",__FILE__,__LINE__);
return ((DBObjData *) NULL);
}
if ((data = DBGridCreate(title, Extent, CellSize)) == (DBObjData *) NULL) return ((DBObjData *) NULL);
data->Projection(GrdVar[0]->Projection()); // Taking projection from first grid variable
GridIF = new DBGridIF(data);
if (team.ThreadNum > 0) {
if ((job = CMthreadJobCreate(GridIF->RowNum() * GridIF->ColNum(), userFunc, (void *) this)) ==
(CMthreadJob_p) NULL) {
CMmsgPrint(CMmsgAppError, "Job creation error in %s:%d", __FILE__, __LINE__);
CMthreadTeamDestroy(&team);
return ((DBObjData *) NULL);
}
for (threadId = 0; threadId < team.ThreadNum; ++threadId)
if (Table->Add("TEMPRecord") == (DBObjRecord *) NULL) {
CMthreadTeamDestroy(&team);
return ((DBObjData *) NULL);
}
}
else {
if ((record = Table->Add("TEMPRecord")) == (DBObjRecord *) NULL) return ((DBObjData *) NULL);
}
for (layerID = 0; layerID < LayerNum; ++layerID) {
layerName = GrdVar[MasterVar]->CurrentLayer(layerID);
for (i = 0; i < (DBInt) VarNum; ++i) {
if ((dataLayerID = GrdVar[i]->FindLayer(layerName)) != DBFault)
GrdVar[i]->CurrentLayer(dataLayerID);
else {
if (GrdVar[i]->LayerIsDated(0)) continue;
GrdVar[i]->CurrentLayer(dataLayerID);
}
}
if (layerID > 0) GridIF->AddLayer((char *) "New Layer");
LayerRec = GridIF->Layer(layerID);
GridIF->RenameLayer(LayerRec, layerName);
if (job != (CMthreadJob_p) NULL) CMthreadJobExecute(&team, job);
else
for (pos.Row = 0; pos.Row < GridIF->RowNum(); ++pos.Row)
for (pos.Col = 0; pos.Col < GridIF->ColNum(); ++pos.Col) {
GridIF->Pos2Coord(pos, coord);
for (i = 0; i < (DBInt) VarNum; ++i) GrdVar[i]->GetVariable(record, coord);
for (i = 0; i < (DBInt) ExpNum; ++i) Expressions[i]->Evaluate(record);
GridIF->Value(LayerRec, pos, Operand->Float(record));
}
GridIF->RecalcStats(LayerRec);
}
delete GridIF;
CMthreadTeamDestroy(&team);
return (data);
}
DBInt DBGridCont2Network (DBObjData *gridData,DBObjData *netData, bool downhill)
{
DBInt basinID, layerID, zLayerID, zLayerNum, dir, maxDir, projection = gridData->Projection (), *zones;
DBFloat elev0, elev1, delta, maxDelta, distance;
DBCoordinate coord0, coord1;
DBInt row, col;
DBPosition pos, auxPos;
char nameSTR [DBStringLength];
DBObjTable *basinTable = netData->Table (DBrNItems);
DBObjTable *cellTable = netData->Table (DBrNCells);
DBObjTable *layerTable = netData->Table (DBrNLayers);
DBObjRecord *layerRec, *dataRec, *cellRec, *basinRec;
DBObjTableField *mouthPosFLD = basinTable->Field (DBrNMouthPos);
DBObjTableField *colorFLD = basinTable->Field (DBrNColor);
DBObjTableField *positionFLD = cellTable->Field (DBrNPosition);
DBObjTableField *toCellFLD = cellTable->Field (DBrNToCell);
DBObjTableField *fromCellFLD = cellTable->Field (DBrNFromCell);
DBObjTableField *orderFLD = cellTable->Field (DBrNOrder);
DBObjTableField *basinFLD = cellTable->Field (DBrNBasin);
DBObjTableField *basinCellsFLD= cellTable->Field (DBrNBasinCells);
DBObjTableField *travelFLD = cellTable->Field (DBrNTravel);
DBObjTableField *upCellPosFLD = cellTable->Field (DBrNUpCellPos);
DBObjTableField *cellAreaFLD = cellTable->Field (DBrNCellArea);
DBObjTableField *subbasinLengthFLD = cellTable->Field (DBrNSubbasinLength);
DBObjTableField *subbasinAreaFLD = cellTable->Field (DBrNSubbasinArea);
DBObjTableField *rowNumFLD = layerTable->Field (DBrNRowNum);
DBObjTableField *colNumFLD = layerTable->Field (DBrNColNum);
DBObjTableField *cellWidthFLD = layerTable->Field (DBrNCellWidth);
DBObjTableField *cellHeightFLD = layerTable->Field (DBrNCellHeight);
DBObjTableField *valueTypeFLD = layerTable->Field (DBrNValueType);
DBObjTableField *valueSizeFLD = layerTable->Field (DBrNValueSize);
DBObjTableField *layerFLD = layerTable->Field (DBrNLayer);
DBObjData *zGridData = gridData->LinkedData ();
DBGridIF *gridIF = new DBGridIF (gridData), *zGridIF;
DBNetworkIF *netIF;
if ((zGridData != (DBObjData *) NULL) && ((zGridData->Type () == DBTypeGridDiscrete) || (zGridData->Type () == DBTypeGridContinuous)))
{
zGridIF = new DBGridIF (zGridData);
zLayerNum = zGridIF->LayerNum () + 1;
}
else { zGridIF = (DBGridIF *) NULL; zLayerNum = 1; }
if ((zones = (DBInt *) calloc (9 * zLayerNum,sizeof (DBInt))) == (DBInt *) NULL)
{
CMmsgPrint (CMmsgSysError, "Memory Allocation Error in: %s %d",__FILE__,__LINE__);
if (zGridIF != (DBGridIF *) NULL) delete zGridIF;
delete gridIF;
return (DBFault);
}
layerTable->Add (DBrNLookupGrid);
if ((layerRec = layerTable->Item (DBrNLookupGrid)) == (DBObjRecord *) NULL)
{
free (zones);
if (zGridIF != (DBGridIF *) NULL) delete zGridIF;
delete gridIF;
return (DBFault);
}
netData->Projection (projection);
netData->Extent (gridData->Extent ());
cellWidthFLD->Float (layerRec,gridIF->CellWidth ());
cellHeightFLD->Float (layerRec,gridIF->CellHeight ());
valueTypeFLD->Int (layerRec,DBTableFieldInt);
valueSizeFLD->Int (layerRec,sizeof (DBInt));
rowNumFLD->Int (layerRec,gridIF->RowNum ());
colNumFLD->Int (layerRec,gridIF->ColNum ());
dataRec = new DBObjRecord ("NetLookupGridRecord",((size_t) gridIF->RowNum ()) * gridIF->ColNum () * sizeof (DBInt),sizeof (DBInt));
if (dataRec == (DBObjRecord *) NULL)
{
if (zGridIF != (DBGridIF *) NULL) delete zGridIF;
return (DBFault);
}
layerFLD->Record (layerRec,dataRec);
(netData->Arrays ())->Add (dataRec);
for (pos.Row = 0;pos.Row < gridIF->RowNum ();pos.Row++)
for (pos.Col = 0;pos.Col < gridIF->ColNum ();pos.Col++)
((DBInt *) dataRec->Data ()) [pos.Row * gridIF->ColNum () + pos.Col] = DBFault;
for (pos.Row = 0;pos.Row < gridIF->RowNum ();pos.Row++)
{
if (DBPause (10 * pos.Row / gridIF->RowNum ())) goto PauseStop;
for (pos.Col = 0;pos.Col < gridIF->ColNum ();pos.Col++)
{
gridIF->Pos2Coord (pos,coord0);
zLayerID = 0;
if (zGridIF != (DBGridIF *) NULL)
for ( ; zLayerID < zGridIF->LayerNum (); zLayerID++)
{
layerRec = zGridIF->Layer (zLayerID);
if ((layerRec->Flags () & DBObjectFlagIdle) == DBObjectFlagIdle) continue;
for (dir = 0;dir < 8;++dir)
{
row = pos.Row;
col = pos.Col;
if (((0x01 << dir) == DBNetDirNW) || ((0x01 << dir) == DBNetDirN) || ((0x01 << dir) == DBNetDirNE)) row++;
if (((0x01 << dir) == DBNetDirSE) || ((0x01 << dir) == DBNetDirS) || ((0x01 << dir) == DBNetDirSW)) row--;
if (((0x01 << dir) == DBNetDirNE) || ((0x01 << dir) == DBNetDirE) || ((0x01 << dir) == DBNetDirSE)) col++;
if (((0x01 << dir) == DBNetDirNW) || ((0x01 << dir) == DBNetDirW) || ((0x01 << dir) == DBNetDirSW)) col--;
if (row < 0) continue;
if (col < 0) continue;
if (row >= gridIF->RowNum ()) continue;
if (col >= gridIF->ColNum ()) continue;
auxPos.Row = row;
auxPos.Col = col;
gridIF->Pos2Coord (auxPos,coord1);
switch (zGridData->Type ())
{
case DBTypeGridDiscrete: basinID = zGridIF->GridValue (layerRec,coord1); break;
case DBTypeGridContinuous: zGridIF->Value (layerRec,coord1,&basinID); break;
}
zones [zLayerID * 9 + dir] = basinID;
}
switch (zGridData->Type ())
{
case DBTypeGridDiscrete: basinID = zGridIF->GridValue (layerRec,coord0); break;
case DBTypeGridContinuous: zGridIF->Value (layerRec,coord0,&basinID); break;
}
zones [zLayerID * 9 + 8] = basinID;
}
for (dir = 0;dir < 9;++dir) zones [zLayerID * 9 + dir] = 0;
maxDir = DBFault;
for (layerID = 0;layerID < gridIF->LayerNum ();++layerID)
{
layerRec = gridIF->Layer (layerID);
if ((layerRec->Flags () & DBObjectFlagIdle) == DBObjectFlagIdle) continue;
if (gridIF->Value (layerRec,pos,&elev0))
{
maxDelta = (DBFloat) 0.0;
maxDir = 0;
for (zLayerID = 0;zLayerID < zLayerNum;++zLayerID)
{
for (dir = 0;dir < 8;++dir)
{
row = pos.Row;
col = pos.Col;
if (((0x01 << dir) == DBNetDirNW) || ((0x01 << dir) == DBNetDirN) || ((0x01 << dir) == DBNetDirNE)) row++;
if (((0x01 << dir) == DBNetDirSE) || ((0x01 << dir) == DBNetDirS) || ((0x01 << dir) == DBNetDirSW)) row--;
if (((0x01 << dir) == DBNetDirNE) || ((0x01 << dir) == DBNetDirE) || ((0x01 << dir) == DBNetDirSE)) col++;
if (((0x01 << dir) == DBNetDirNW) || ((0x01 << dir) == DBNetDirW) || ((0x01 << dir) == DBNetDirSW)) col--;
if (col < 0) continue;
if (row < 0) continue;
if (col >= gridIF->ColNum ()) continue;
if (row >= gridIF->RowNum ()) continue;
auxPos.Row = row;
auxPos.Col = col;
gridIF->Pos2Coord (auxPos,coord1);
distance = DBMathCoordinateDistance (projection,coord0,coord1);
if ((zones [zLayerID * 9 + dir] == zones [zLayerID * 9 + 8]) && (gridIF->Value (layerRec,auxPos,&elev1)))
{
delta = (downhill ? (elev1 - elev0) : (elev0 - elev1)) / distance;
if (maxDelta > delta) { maxDelta = delta; maxDir = (0x01 << dir); }
}
}
if (maxDir != 0) goto SlopeStop;
}
}
}
SlopeStop:
if (maxDir != DBFault)
{
sprintf (nameSTR,"GHAASCell:%d",cellTable->ItemNum ());
cellRec = cellTable->Add (nameSTR);
positionFLD->Position(cellRec,pos);
toCellFLD->Int (cellRec,(DBInt) maxDir);
fromCellFLD->Int (cellRec,(DBInt) 0);
orderFLD->Int (cellRec,(DBInt) 0);
basinFLD->Int (cellRec,(DBInt) 0);
basinCellsFLD->Int (cellRec,(DBInt) 0);
travelFLD->Int (cellRec,(DBInt) 0);
upCellPosFLD->Position (cellRec,pos);
cellAreaFLD->Float (cellRec,(DBFloat) 0.0);
subbasinLengthFLD->Float(cellRec,(DBFloat) 0.0);
subbasinAreaFLD->Float (cellRec,(DBFloat) 0.0);
((DBInt *) dataRec->Data ()) [pos.Row * gridIF->ColNum () + pos.Col] = cellRec->RowID ();
}
}
}
PauseStop:
if (pos.Row < gridIF->RowNum ()) return (DBFault);
sprintf (nameSTR,"GHAASBasin%d",(DBInt) 0);
basinRec = basinTable->Add (nameSTR);
mouthPosFLD->Position (basinRec,positionFLD->Position (cellTable->Item (0)));
colorFLD->Int (basinRec,0);
free (zones);
delete gridIF;
if (zGridIF != (DBGridIF *) NULL) delete zGridIF;
netData->Precision (DBMathMin (gridIF->CellWidth (),gridIF->CellHeight ()) / 25.0);
netIF = new DBNetworkIF (netData);
netIF->Build ();
delete netIF;
return (DBSuccess);
}
int _CMDnetTransfer(DBObjData *netData,
DBObjData *inData,
DBObjData *weightData,
DBObjData *outData,
DBFloat coeff,
DBObjData *coeffData,
DBObjData *QData,
DBObjData *HLData,
DBFloat umax,
DBFloat ksat,
DBInt areaMult) {
DBInt ret = DBSuccess, layerID, cellID, progress, maxProgress;
DBFloat inValue, weight, outValue, *sumWeights, kCoeff, q, hl, Conc, Uptake, Vf;
DBPosition pos;
DBNetworkIF *netIF = new DBNetworkIF(netData);
DBGridIF *inIF = new DBGridIF(inData);
DBGridIF *outIF = new DBGridIF(outData);
DBGridIF *weightIF = weightData != (DBObjData *) NULL ? new DBGridIF(weightData) : (DBGridIF *) NULL;
DBGridIF *coeffIF = coeffData != (DBObjData *) NULL ? new DBGridIF(coeffData) : (DBGridIF *) NULL;
DBGridIF *Q_IF = QData != (DBObjData *) NULL ? new DBGridIF(QData) : (DBGridIF *) NULL;
DBGridIF *HL_IF = HLData != (DBObjData *) NULL ? new DBGridIF(HLData) : (DBGridIF *) NULL;
DBObjRecord *inLayerRec, *outLayerRec, *weightLayerRec, *coeffLayerRec, *Q_LayerRec, *HL_LayerRec, *cellRec, *toCell;
DBCoordinate coord;
if ((sumWeights = (DBFloat *) calloc(netIF->CellNum(), sizeof(DBFloat))) == (DBFloat *) NULL) {
CMmsgPrint(CMmsgSysError, "Memory allocation error in: %s %d", __FILE__, __LINE__);
ret = DBFault;
goto Stop;
}
layerID = 0;
inLayerRec = inIF->Layer(layerID);
outLayerRec = outIF->Layer(layerID);
outIF->RenameLayer(outLayerRec, inLayerRec->Name());
outValue = outIF->MissingValue(outLayerRec);
for (pos.Row = 0; pos.Row < outIF->RowNum(); pos.Row++)
for (pos.Col = 0; pos.Col < outIF->ColNum(); pos.Col++) outIF->Value(outLayerRec, pos, outValue);
for (layerID = 1; layerID < inIF->LayerNum(); ++layerID) {
inLayerRec = inIF->Layer(layerID);
if ((outLayerRec = outIF->AddLayer(inLayerRec->Name())) == (DBObjRecord *) NULL) {
ret = DBFault;
goto Stop;
}
for (pos.Row = 0; pos.Row < outIF->RowNum(); pos.Row++)
for (pos.Col = 0; pos.Col < outIF->ColNum(); pos.Col++) outIF->Value(outLayerRec, pos, outValue);
}
maxProgress = inIF->LayerNum() * netIF->CellNum();
for (layerID = 0; layerID < inIF->LayerNum(); ++layerID) {
inLayerRec = inIF->Layer(layerID);
outLayerRec = outIF->Layer(layerID);
if (weightIF != (DBGridIF *) NULL)
weightLayerRec = weightIF->Layer(layerID % weightIF->LayerNum());
if (coeffIF != (DBGridIF *) NULL)
coeffLayerRec = coeffIF->Layer(layerID % coeffIF->LayerNum());
if (Q_IF != (DBGridIF *) NULL)
Q_LayerRec = Q_IF->Layer(layerID % Q_IF->LayerNum());
if (HL_IF != (DBGridIF *) NULL)
HL_LayerRec = HL_IF->Layer(layerID % HL_IF->LayerNum());
for (cellID = 0; cellID < netIF->CellNum(); cellID++) {
sumWeights[cellID] = 0.0;
cellRec = netIF->Cell(cellID);
coord = netIF->Center(cellRec);
if (inIF->Value(inLayerRec, coord, &inValue) == false)
outIF->Value(outLayerRec, netIF->CellPosition(cellRec), 0.0);
else {
if (weightIF != (DBGridIF *) NULL)
weight = weightIF->Value(weightLayerRec, coord, &weight) == false ?
0.0 : weight * coeff;
else weight = coeff;
if (areaMult) weight = weight * netIF->CellArea(cellRec);
sumWeights[cellID] = weight;
outIF->Value(outLayerRec, netIF->CellPosition(cellRec), inValue * weight);
}
}
for (cellID = netIF->CellNum() - 1; cellID >= 0; --cellID) {
progress = layerID * netIF->CellNum() + (netIF->CellNum() - cellID);
if (DBPause(progress * 100 / maxProgress)) goto Stop;
cellRec = netIF->Cell(cellID);
coord = netIF->Center(cellRec);
if ((toCell = netIF->ToCell(cellRec)) == (DBObjRecord *) NULL) continue;
if (outIF->Value(outLayerRec, netIF->CellPosition(cellRec), &inValue) == false) continue;
if (outIF->Value(outLayerRec, netIF->CellPosition(toCell), &outValue) == false) continue;
sumWeights[toCell->RowID()] = sumWeights[toCell->RowID()] + weight;
if (coeffIF != (DBGridIF *) NULL) {
if (coeffIF->Value(coeffLayerRec, netIF->Center(cellRec), &kCoeff) == false) kCoeff = 1.0;
}
else {
if (((Q_IF == (DBGridIF *) NULL) || (Q_IF->Value(Q_LayerRec, netIF->Center(cellRec), &q) == false)) ||
((HL_IF == (DBGridIF *) NULL) ||
(HL_IF->Value(HL_LayerRec, netIF->Center(cellRec), &hl) == false)) ||
(umax == 0) || (ksat == 0))
kCoeff = 1.0;
else {
if ((q > 0) && (hl > 0)) {
Conc = ((inValue / (q * 86400 * 365)) * 1000 *
1000); /* mg/m3 - assume input = kg/yr, Q is m3/s convert to m3/yr kg to mg */
Uptake = (umax * 24 * 365 * Conc) /
(ksat * 1000 + Conc); /* mg/m2/yr - umax and ksat/Conc are in mg/m2/hr, mg/m3 */
if (Uptake > 0) {
Vf = Uptake / Conc; /* Vf in m/yr */
}
else Vf = 0;
kCoeff = pow(2.71828, (-1.0 * Vf / hl)); /* HL in m/yr */
/*
if ((cellID == 5390) || (cellID == 5015) || (cellID == 4905) || (cellID == 4857))
printf("%i, %f, %f, %f, %f, %f, %f, %f, %f, %f, %f \n", cellID, outValue, inValue, q, hl, umax, ksat, Conc, Uptake, Vf, kCoeff);
*/
}
else kCoeff = 0;
}
}
/*
if ((cellID == 5390) || (cellID == 5015) || (cellID == 4905) || (cellID == 4857))
printf("%i, %f \n", cellID, inValue);
*/
inValue = kCoeff * inValue;
outIF->Value(outLayerRec, netIF->CellPosition(toCell), outValue + inValue);
}
outIF->RecalcStats(outLayerRec);
}
free(sumWeights);
Stop:
delete netIF;
delete inIF;
delete outIF;
if (weightIF != (DBGridIF *) NULL) delete weightIF;
return (ret);
return (DBSuccess);
}