int xlw::XlfOper4::ConvertToMatrix(MyMatrix& value) const
{
// deal with empty case first
if (lpxloper_->xltype == xltypeMissing || lpxloper_->xltype == xltypeNil )
{
MyMatrix tmp;
value = tmp;
return xlretSuccess;
}
CellMatrix tmp(1,1);// will be resized anyway
int xlret = ConvertToCellMatrix(tmp);
if (xlret != xlretSuccess)
return xlret;
value = MyMatrix(tmp.RowsInStructure(), tmp.ColumnsInStructure());
for (unsigned long i =0; i < tmp.RowsInStructure(); i++)
for (unsigned long j =0; j < tmp.ColumnsInStructure(); j++)
if (tmp(i,j).IsANumber())
ChangingElement(value,i,j) = tmp(i,j).NumericValue();
else
return xlretFailed;
return xlretSuccess;
}
ArgumentList::ArgumentList(CellMatrix cells,
std::string ErrorId)
{
CellValue empty;
unsigned long rows = cells.RowsInStructure();
unsigned long columns = cells.ColumnsInStructure();
if (rows == 0)
throw(std::string("Argument List requires non empty cell matix ")+ErrorId);
if (!cells(0,0).IsAString())
throw(std::string("a structure name must be specified for argument list class ")+ErrorId);
else
{
StructureName = cells(0,0).StringValueLowerCase();
cells(0,0) = empty;
}
{for (unsigned long i=1; i < columns; i++)
if (!cells(0,i).IsEmpty() )
throw("An argument list should only have the structure name on the first line: "+StructureName+ " " + ErrorId);
}
ErrorId +=" "+StructureName;
{for (unsigned long i=1; i < rows; i++)
for (unsigned long j=0; j < columns; j++)
if (cells(i,j).IsError())
GenerateThrow("Error Cell passed in ",i,j);}
unsigned long row=1UL;
while (row < rows)
{
unsigned long rowsDown=1;
unsigned column = 0;
while (column < columns)
{
if (cells(row,column).IsEmpty())
{
// check nothing else in row
while (column< columns)
{
if (!cells(row,column).IsEmpty())
GenerateThrow("data or value where unexpected.",row, column);
++column;
}
}
else // we have data
{
if (!cells(row,column).IsAString())
GenerateThrow("data where name expected.", row, column);
std::string thisName(cells(row,column).StringValueLowerCase());
if (thisName =="")
GenerateThrow("empty name not permissible.", row, column);
if (rows == row+1)
GenerateThrow("No space where data expected below name", row, column);
cells(row,column).clear();
// weird syntax to satisfy VC6
CellValue* belowPtr = &cells(row+1,column);
CellValue& cellBelow = *belowPtr;
if (cellBelow.IsEmpty())
GenerateThrow("Data expected below name", row, column);
if (cellBelow.IsANumber())
{
add(thisName, cellBelow.NumericValue());
column++;
cellBelow=empty;
}
else
if (cellBelow.IsBoolean())
{
add(thisName, cellBelow.BooleanValue());
column++;
cellBelow=empty;
}
else // ok its a string
{
std::string stringVal = cellBelow.StringValueLowerCase();
if ( (cellBelow.StringValueLowerCase() == "list") ||
(cellBelow.StringValueLowerCase() == "matrix") ||
(cellBelow.StringValueLowerCase() == "cells") )
{
bool nonNumeric = false;
CellMatrix extracted(ExtractCells(cells,row+2,column,ErrorId,thisName,nonNumeric));
if (cellBelow.StringValueLowerCase() == "list")
{
ArgumentList value(extracted,ErrorId+":"+thisName);
addList(thisName, extracted); //note not value
}
if (cellBelow.StringValueLowerCase() == "cells")
{
add(thisName,extracted);
}
if (cellBelow.StringValueLowerCase() == "matrix")
{
if (nonNumeric)
throw("Non numerical value in matrix argument :"+thisName+ " "+ErrorId);
MJMatrix value(extracted.RowsInStructure(),extracted.ColumnsInStructure());
for (unsigned long i=0; i < extracted.RowsInStructure(); i++)
for (unsigned long j=0; j < extracted.ColumnsInStructure(); j++)
ChangingElement(value,i,j) = extracted(i,j);
add(thisName,value);
}
cellBelow = empty;
rowsDown = maxi(rowsDown,extracted.RowsInStructure()+2);
column+= extracted.ColumnsInStructure();
}
else // ok its an array or boring string
{
if (cellBelow.StringValueLowerCase() == "array"
||cellBelow.StringValueLowerCase() == "vector" )
{
cellBelow.clear();
if (row+2>= rows)
throw(ErrorId+" data expected below array "+thisName);
unsigned long size = cells(row+2,column);
cells(row+2,column).clear();
if (row+2+size>=rows)
throw(ErrorId+" more data expected below array "+thisName);
MyArray theArray(size);
for (unsigned long i=0; i < size; i++)
{
theArray[i] = cells(row+3+i,column);
cells(row+3+i,column).clear();
}
add(thisName,theArray);
rowsDown = maxi(rowsDown,size+2);
column+=1;
}
else
{
std::string value = cellBelow.StringValueLowerCase();
add(thisName,value);
column++;
cellBelow=empty;
}
}
}
}
}
row+=rowsDown+1;
}
{for (unsigned long i=0; i < rows; i++)
for (unsigned long j=0; j < columns; j++)
if (!cells(i,j).IsEmpty())
{
GenerateThrow("extraneous data "+ErrorId,i,j);
}}
}
