/// Bind a mouse action to the python io map
/// @param action a string version of the action to bind to the map
/// @param pyAction the python action to take when the state is correct
void PyIOMap::BindMouseAction( const std::string& action, PythonIOMapping::Action pyAction )
{
// convert the strings into values
InputCode inputCode = GetInputCode( ParseTokens(action, "+" ) );
IOMapping::InputType eInputType = GetInputType( IOMapping::kInputSource_Mouse, action );
// bind the button
BindIO( IOMapping::kInputSource_Mouse, eInputType, inputCode, pyAction );
}
/// Bind a key to the python io map
/// @param key a string version of the key to bind to the map
/// @param inputType a string version of the input type to bind
/// @param pyAction the python action to take when the state is correct
void PyIOMap::BindKey( const std::string& key, const std::string& inputType, PythonIOMapping::Action pyAction )
{
// convert the parameters into values
InputCode inputCode = GetInputCode( ParseTokens( key, "+" ) );
IOMapping::InputType eInputType = GetInputType( IOMapping::kInputSource_Keyboard, inputType);
// bind the key
BindIO( IOMapping::kInputSource_Keyboard, eInputType, inputCode, pyAction );
}
bool CGM_Slider::HandleKeyboardInput( CGM_InputData& input )
{
if( !IsEnabled() || !IsVisible() )
return false;
switch( GetInputCode(input) )
{
case CGM_Input::INCREASE_SLIDER_VALUE:
if( input.type == CGM_InputData::TYPE_PRESSED )
{
SetValueInternal( m_iValue + m_iShiftAmount, true );
return true;
}
break;
case CGM_Input::DECREASE_SLIDER_VALUE:
if( input.type == CGM_InputData::TYPE_PRESSED )
{
SetValueInternal( m_iValue - m_iShiftAmount, true );
return true;
}
break;
}
/*
SPoint pt = input.pos;
if( input.code == m_aInputCode[ IC_INCREASE ] )
{
if( input.type == CGM_InputData::TYPE_PRESSED )
{
SetValueInternal( m_iValue + m_iShiftAmount, true );
return true;
}
}
else if( input.code == m_aInputCode[ IC_DECREASE ] )
{
if( input.type == CGM_InputData::TYPE_PRESSED )
{
SetValueInternal( m_iValue - m_iShiftAmount, true );
return true;
}
}
*/
return false;
}
bool CGM_Slider::HandleMouseInput( CGM_InputData& input )
{
if( !IsEnabled() || !IsVisible() )
return false;
SPoint pt = input.pos;
// switch( input.code )
switch( GetInputCode(input) )
{
case CGM_Input::MOUSE_BUTTON_L:
if( input.type == CGM_InputData::TYPE_PRESSED )
{
if( m_ButtonRect.ContainsPoint( pt ) )
{
// Pressed while inside the control
m_bPressed = true;
// SetCapture( DXUTGetHWND() );
m_iDragX = pt.x;
// m_iDragY = pt.y;
m_iDragOffset = m_iButtonX - m_iDragX;
// m_nDragValue = m_nValue;
if( !HasFocus() )
m_pDialog->RequestFocus( this );
return true;
}
if( m_BoundingBox.ContainsPoint( pt ) )
{
// pressed inside the slider control
if( m_iButtonX + m_BoundingBox.left < pt.x )
{
SetValueInternal( m_iValue + 1, true );
return true;
}
if( pt.x < m_BoundingBox.left + m_iButtonX )
{
SetValueInternal( m_iValue - 1, true );
return true;
}
}
break;
}
else if( input.type == CGM_InputData::TYPE_RELEASED )
{
if( IsPressed() )
{
m_bPressed = false;
// ReleaseCapture();
// m_pDialog->ClearFocus();
m_pDialog->SendEvent( CGM_Event::SLIDER_VALUE_CHANGED, true, this );
return true;
}
}
break;
case CGM_Input::MOUSE_AXIS_X:
case CGM_Input::MOUSE_AXIS_Y:
if( IsPressed() )
{
SetValueInternal( ValueFromPos( m_BoundingBox.left + pt.x + m_iDragOffset ), true );
return true;
}
break;
default:
break;
}
return false;
}
