void Triangle::SetPoints(const Point& A, const Point& B, const Point& C) {
_pointA = A.GetPosition();
_pointB = B.GetPosition();
_pointC = C.GetPosition();
CalculateDimensions();
CalculateArea();
}
Triangle::Triangle(const Vector2D& pointOne, const Vector2D& pointTwo, const Vector2D& pointThree, const a2de::Color& color, bool filled) : Shape(), _pointA(pointOne), _pointB(pointTwo), _pointC(pointThree) {
if(_pointA == _pointB || _pointA == _pointC || _pointB == _pointC || _pointA == _pointC) throw Exception("Points do not describe a triangle.");
_type = Shape::SHAPETYPE_TRIANGLE;
_color = color;
_filled = filled;
CalculateDimensions();
CalculateArea();
}
Triangle& Triangle::operator=(const Triangle& rhs) {
if(this == &rhs) return *this;
Shape::operator=(rhs);
CalculateDimensions();
CalculateArea();
return *this;
}
AUI_ERRCODE aui_Header::RemoveChild( uint32 itemId )
{
AUI_ERRCODE errcode = aui_SwitchGroup::RemoveChild( itemId );
CalculateDimensions();
RepositionSwitches();
return errcode;
}
AUI_ERRCODE aui_Header::AddChild( aui_Region *child )
{
AUI_ERRCODE errcode = aui_SwitchGroup::AddChild( child );
CalculateDimensions();
RepositionSwitches();
return errcode;
}
A2DE_BEGIN
Triangle::Triangle(double x1, double y1, double x2, double y2, double x3, double y3, const a2de::Color& color, bool filled) : Shape(), _pointA(x1, y1), _pointB(x2, y2), _pointC(x3, y3) {
if(_pointA == _pointB || _pointA == _pointC || _pointB == _pointC || _pointA == _pointC) throw Exception("Points do not describe a triangle.");
_type = Shape::SHAPETYPE_TRIANGLE;
_color = color;
_filled = filled;
CalculateDimensions();
CalculateArea();
}
HRESULT CFeedback::Init(FeedbackTypeId idType, bool bIsDisabled, bool bIsInherited, CString &csText,
CArray<DrawSdk::DrawObject *, DrawSdk::DrawObject *> *pObjects,
CInteractionAreaEx *pOkButton)
{
HRESULT hr = Init(idType, bIsDisabled, bIsInherited);
if (SUCCEEDED(hr))
{
m_csText = csText;
if (!bIsDisabled && !bIsInherited)
{
// Note: more or less any combination of parameters is allowed here.
// For example: bIsDisabled == true and pObjects->GetSize() > 0 is possible.
// But this case here is an error.
if (pObjects == NULL) // TODO require? || pOkButton == NULL)
return E_POINTER;
}
//if (bIsInherited && pObjects != NULL && pObjects->GetSize() > 0)
// _ASSERT(false);
if (pObjects != NULL)
{
for (int i=0; i<pObjects->GetSize(); ++i)
m_aObjects.Add(pObjects->GetAt(i)->Copy());
}
if (pOkButton != NULL)
m_pOkButton = pOkButton;
// calculate bounding box from objects
CArray<DrawSdk::DrawObject *, DrawSdk::DrawObject *> aObjectsDummy;
aObjectsDummy.Append(m_aObjects);
if (pOkButton != NULL)
aObjectsDummy.Append(*(pOkButton->GetNormalObjects()));
CalculateDimensions(&aObjectsDummy, &m_rcDimensions);
// TODO (inconsistency): no "+2" here (see CMoveableObjects); which is better?
CreateNameAndType();
m_bHiddenDuringEdit = true;
m_bHiddenDuringPreview = true;
}
return hr;
}
HRESULT CFeedback::Init(CFeedbackDefinition *pDefinition)
{
if (pDefinition == NULL)
return E_POINTER;
CString csType = pDefinition->GetType();
if (StringManipulation::StartsWith(csType, CString(_T("q-correct"))))
m_idType = FEEDBACK_TYPE_Q_CORRECT;
else if (StringManipulation::StartsWith(csType, CString(_T("q-wrong"))))
m_idType = FEEDBACK_TYPE_Q_WRONG;
else if (StringManipulation::StartsWith(csType, CString(_T("q-repeat"))))
m_idType = FEEDBACK_TYPE_Q_REPEAT;
else if (StringManipulation::StartsWith(csType, CString(_T("q-time"))))
m_idType = FEEDBACK_TYPE_Q_TIME;
else if (StringManipulation::StartsWith(csType, CString(_T("q-tries"))))
m_idType = FEEDBACK_TYPE_Q_TRIES;
else if (StringManipulation::StartsWith(csType, CString(_T("qq-passed"))))
m_idType = FEEDBACK_TYPE_QQ_PASSED;
else if (StringManipulation::StartsWith(csType, CString(_T("qq-failed"))))
m_idType = FEEDBACK_TYPE_QQ_FAILED;
else if (StringManipulation::StartsWith(csType, CString(_T("qq-eval"))))
m_idType = FEEDBACK_TYPE_QQ_EVAL;
else
return E_INVALIDARG;
m_bIsDisabled = pDefinition->IsDisabled();
m_csText = pDefinition->GetText(); // can be empty
if (!m_bIsDisabled)
{
m_bIsInherited = pDefinition->IsInherited();
if (!m_bIsInherited)
{
pDefinition->ExtractObjects(&m_aObjects);
// m_aObjects can be empty, eg for question feedback in the test/questionnaire (storing texts)
//if (m_aObjects.GetSize() <= 0)
// return E_INVALIDARG; // there must be some objects in this case
CInteractionArea *pOldArea = pDefinition->ExtractOkButton();
if (pOldArea != NULL)
{
m_pOkButton = new CInteractionAreaEx();
HRESULT hr = m_pOkButton->Init(pOldArea, NULL, 0);
// Note: CEditorDoc* and nInsertPositionMs hopefully (?) not necessary for this button.
if (FAILED(hr))
delete m_pOkButton; // ignore error
delete pOldArea;
}
}
}
// calculate bounding box from objects
CArray<DrawSdk::DrawObject *, DrawSdk::DrawObject *> aObjectsDummy;
aObjectsDummy.Append(m_aObjects);
if (m_pOkButton != NULL)
aObjectsDummy.Append(*(m_pOkButton->GetNormalObjects()));
CalculateDimensions(&aObjectsDummy, &m_rcDimensions);
// TODO (inconsistency): no "+2" here (see CMoveableObjects); which is better?
m_bHiddenDuringEdit = true;
m_bHiddenDuringPreview = true;
CreateNameAndType();
return S_OK;
}
Triangle::Triangle(const Triangle& triangle) : Shape(triangle), _pointA(triangle.GetPointA()), _pointB(triangle.GetPointB()), _pointC(triangle.GetPointC()) {
_type = Shape::SHAPETYPE_TRIANGLE;
CalculateDimensions();
CalculateArea();
}
AUI_ERRCODE TextBox::CreateRangers( MBCHAR *ldlBlock )
{
AUI_ERRCODE errcode = AUI_ERRCODE_OK;
MBCHAR *patternFilename = NULL;
if (m_pattern)
patternFilename = m_pattern->GetFilename();
static MBCHAR block[ k_AUI_LDL_MAXBLOCK + 1 ];
if ( ldlBlock )
{
if ( m_header )
{
RemoveChild( m_header->Id() );
delete m_header;
m_header = NULL;
}
sprintf( block, "%s.%s", ldlBlock, k_AUI_LISTBOX_LDL_HEADER );
if (aui_Ldl::GetLdl()->FindDataBlock(block))
m_header = new aui_Header(
&errcode,
aui_UniqueId(),
block );
}
if ( !m_header )
m_header = new aui_Header(
&errcode,
aui_UniqueId(),
0, 0, 0, 0 );
Assert( AUI_NEWOK(m_header,errcode) );
if ( !AUI_NEWOK(m_header,errcode) ) return AUI_ERRCODE_MEMALLOCFAILED;
AddChild( m_header );
ListPos position = m_header->ChildList()->GetHeadPosition();
for ( sint32 i = m_header->ChildList()->L(); i; i-- )
m_widthList->AddTail(
m_header->ChildList()->GetNext( position )->Width() );
if ( ldlBlock )
{
sprintf( block, "%s.%s", ldlBlock, k_AUI_LISTBOX_LDL_RANGERY );
if (aui_Ldl::GetLdl()->FindDataBlock(block))
m_verticalRanger = new c3_Ranger(
&errcode,
aui_UniqueId(),
block,
ListBoxRangerActionCallback,
this );
}
if ( !m_verticalRanger )
m_verticalRanger = new c3_Ranger(
&errcode,
aui_UniqueId(),
0, 0, 0, 0,
AUI_RANGER_TYPE_SCROLLER,
AUI_RANGER_ORIENTATION_VERTICAL,
patternFilename,
ListBoxRangerActionCallback,
this );
Assert( AUI_NEWOK(m_verticalRanger,errcode) );
if ( !AUI_NEWOK(m_verticalRanger,errcode) )
return AUI_ERRCODE_MEMALLOCFAILED;
AddChild( m_verticalRanger );
if ( ldlBlock )
{
sprintf( block, "%s.%s", ldlBlock, k_AUI_LISTBOX_LDL_RANGERX );
if (aui_Ldl::GetLdl()->FindDataBlock(block))
m_horizontalRanger = new c3_Ranger(
&errcode,
aui_UniqueId(),
block,
ListBoxRangerActionCallback,
this );
}
if ( !m_horizontalRanger )
m_horizontalRanger = new c3_Ranger(
&errcode,
aui_UniqueId(),
0, 0, 0, 0,
AUI_RANGER_TYPE_SCROLLER,
AUI_RANGER_ORIENTATION_HORIZONTAL,
patternFilename,
ListBoxRangerActionCallback,
this );
Assert( AUI_NEWOK(m_horizontalRanger,errcode) );
if ( !AUI_NEWOK(m_horizontalRanger,errcode) )
return AUI_ERRCODE_MEMALLOCFAILED;
AddChild( m_horizontalRanger );
sint32 maxRangerSize =
std::max(m_verticalRanger->Width(), m_horizontalRanger->Height());
if (maxRangerSize)
SetRangerSize( maxRangerSize );
else
RepositionRangers();
CalculateDimensions();
RepositionHeaderSwitches();
return AUI_ERRCODE_OK;
}
