void CPropTreeItemFileEdit::OnInsertFile()
{
CFileDialog dlg(TRUE);
dlg.m_ofn.Flags |= OFN_FILEMUSTEXIST;
int startSel, endSel;
GetSel(startSel, endSel);
if (dlg.DoModal()== IDOK) {
idStr currentText = (char *)GetItemValue();
idStr newText = currentText.Left(startSel) + currentText.Right(currentText.Length() - endSel);
idStr filename = fileSystem->OSPathToRelativePath(dlg.m_ofn.lpstrFile);
filename.BackSlashesToSlashes();
newText.Insert(filename, startSel);
SetItemValue((LPARAM)newText.c_str());
m_pProp->RefreshItems(this);
m_pProp->SendNotify(PTN_ITEMCHANGED, this);
}
}
void GLIDebugVariableGrid::AddWatchDisplay(const UniformData &watchValue, uint watchOffset)
{
//Create the initial static item
int watchRowIndex = AddRowType(RT_WatchValue, watchOffset);
//Assign the name
SetCellValue(watchRowIndex, NAME_COLUMN_INDEX, watchValue.name);
//Assign the type from the drop down
SetTypeSelectionBox(watchRowIndex, TYPE_COLUMN_INDEX, watchValue.type);
//Check the data
if(watchValue.isFloatType)
{
//Get if the data is valid
if(watchValue.numTypeElements == 0 ||
watchValue.floatUniformData.size() != watchValue.numTypeElements)
{
SetCellValue(watchRowIndex, VALUE_COLUMN_INDEX, wxT("<unknown>"));
return;
}
//Add the single value
SetItemValue(watchRowIndex, watchValue.type, watchValue.floatUniformData.size(), &watchValue.floatUniformData[0]);
}
else
{
//Get if the data is valid
if(watchValue.numTypeElements == 0 ||
watchValue.intUniformData.size() != watchValue.numTypeElements)
{
SetCellValue(watchRowIndex, VALUE_COLUMN_INDEX, wxT("<unknown>"));
return;
}
//Add the single value
SetItemValue(watchRowIndex, watchValue.type, watchValue.intUniformData.size(), &watchValue.intUniformData[0]);
}
}
void StereoObject::SetUpForInputOfPoleOrMatrix()
void GLIDebugVariableGrid::AddUniformDisplay(const UniformRowData &uniformValue, uint uniformOffset)
{
//Create the initial static item
int uniformRowIndex = AddRowType(RT_Uniform, uniformOffset);
//Assign the name
SetCellValue(uniformRowIndex, NAME_COLUMN_INDEX, uniformValue.name);
//Assign the type
SetCellValue(uniformRowIndex, TYPE_COLUMN_INDEX, GetGLSLStringType(uniformValue.type));
//Get the array size
if(uniformValue.arrayCount == 0)
{
SetCellValue(uniformRowIndex, VALUE_COLUMN_INDEX, wxT("<empty>"));
return;
}
//If there is more than one array item, nest them
if(uniformValue.arrayCount > 1)
{
//Update the main label name
wxString labelName;
labelName.Printf("%s[%u]", uniformValue.name.c_str(), uniformValue.arrayCount);
SetCellValue(uniformRowIndex, NAME_COLUMN_INDEX, labelName);
SetCellRenderer(uniformRowIndex, NAME_COLUMN_INDEX, new ExpandGridCellRenderer(CELL_RENDER_OFFSET, uniformValue.isExpanded));
SetCellValue(uniformRowIndex, VALUE_COLUMN_INDEX, wxT("...."));
//If the array is expanded
if(uniformValue.isExpanded)
{
//Loop an add each item as a sub item
for(uint i=0; i<uniformValue.arrayCount; i++)
{
int arrayRowIndex = AddRowType(RT_UniformArray, i);
//Set the name
labelName.Printf("%s[%u]", uniformValue.name.c_str(), i);
SetCellValue(arrayRowIndex, NAME_COLUMN_INDEX, labelName);
SetCellValue(arrayRowIndex, TYPE_COLUMN_INDEX, GetGLSLStringType(uniformValue.type));
//Add the description
if(uniformValue.isFloatType)
{
SetItemValue(arrayRowIndex, uniformValue.type, uniformValue.numTypeElements, &uniformValue.floatUniformData[i*uniformValue.numTypeElements]);
}
else
{
SetItemValue(arrayRowIndex, uniformValue.type, uniformValue.numTypeElements, &uniformValue.intUniformData[i*uniformValue.numTypeElements]);
}
}
}
}
else
{
//Add the single value
if(uniformValue.isFloatType)
{
SetItemValue(uniformRowIndex, uniformValue.type, uniformValue.floatUniformData.size(), &uniformValue.floatUniformData[0]);
}
else
{
SetItemValue(uniformRowIndex, uniformValue.type, uniformValue.intUniformData.size(), &uniformValue.intUniformData[0]);
}
}
}
CXmlItem* CXmlItem::SetItemValue(const CString& sName, double dValue, XI_TYPE nType)
{
ASSERT(nType != XIT_CDATA);
return SetItemValue(sName, ToString(dValue), nType);
}
