numeric_t Column::getTotalData() const
{
numeric_t total = 0.0;
ICell* pCell = nullptr;
foreach(pCell, m_cells)
total += pCell->getData().toDouble();
return total;
}
numeric_t Column::getTotalValue(const CellValueRetriever* pColumn) const
{
numeric_t total = 0.0;
ICell* pCell = nullptr;
foreach(pCell, m_cells)
total += pCell->getValue(pColumn);
return total;
}
numeric_t Sheet::totalRowValue(const RowId& rowId) const
{
numeric_t rowTotal = 0.0;
Column* pColumn = NULL;
foreach(pColumn, m_columns)
{
ICell* pCell = pColumn->cellAt(rowId);
if (pCell && pCell->isNumeric() && pCell->isPartOfTotal())
rowTotal += pCell->getValue(NULL); //pass here the total column? useless
}
int Column::findRow(const RowId& rowId) const
{
int row = -1;
ICell* pCell = nullptr;
foreach(pCell, m_cells)
{
++row;
if (pCell && pCell->rowId() == rowId)
return row;
}
numeric_t SplitComponent::getRowInputUnits(const RowId& rowId) const
{
numeric_t units = 0.0;
const InputColumn* pInputCol = NULL;
foreach(pInputCol, m_inputs)
{
ICell* pCell = pInputCol->cellAt(rowId);
Q_ASSERT(pCell);
if (pCell)
units += pCell->getValue(this);
}
numeric_t SplitComponent::setAmount(const numeric_t & amount)
{
doSetAmount(amount);
m_pricePerUnit = getAmount() / getInputsUnitsTotal();
//notify that our cells were 'recomputed'
ICell* pCell = NULL;
foreach(pCell, m_cells)
pCell->notify();
const numeric_t & myAmount = getAmount();
Q_ASSERT(compareNumeric(getTotalValue(this), myAmount)); //cells sum should match
return myAmount;
}
numeric_t SplitComponent::getCellValue(const ICell & cell, const numeric_t & value) const
{
//
//1 - handle custom inputs
//
//TODO move here code from InputColumn::getInputValue, InputColumn::setCustomInputValue
//
//2 - handle implicit inter-split dependencies:
//
//if 'counted' is null, don't consider 'divided'
if (getTitle() == SplitDivided)
{
SplitComponent* pSplitCounted = m_ownerCol.getSplitComponent(SplitCounted);
if (pSplitCounted)
if (!pSplitCounted->getRowInputUnits(cell.rowId()))
return 0;
}
return value;
}
virtual void TearDown() {
cell1->drop();
cell2->drop();
}
ICell * PhotoAutotroph::reproduce()
{
ICell * daughter = new PhotoAutotroph(this);
daughter->setColour(mutateColour());
return daughter;
}