bool DebugGuiWindowDebugProp::processInputEvent( const InputEvent& inputEvent, const DebugGuiInputState& state )
{
if ( ( inputEvent.eventType == InputEventType_Mouse_ButtonDown || inputEvent.eventType == InputEventType_Mouse_ButtonUp ) && inputEvent.data.mouseButton.button == MouseButton_Left )
{
TreeNode* pNearestNode = findNearestNode( state.mousePosition, true, nullptr );
if ( inputEvent.eventType == InputEventType_Mouse_ButtonDown )
{
m_pInputNode = pNearestNode;
}
else if ( inputEvent.eventType == InputEventType_Mouse_ButtonUp && m_pInputNode == pNearestNode )
{
m_pSelectedNode = m_pInputNode;
}
}
else if ( inputEvent.eventType == InputEventType_Keyboard_Down )
{
m_inputTimer = 0.0;
switch ( inputEvent.data.keybaordKey.key )
{
case KeyboardKey_Up:
m_inputAction = InputAction_MoveUp;
break;
case KeyboardKey_Down:
m_inputAction = InputAction_MoveDown;
break;
case KeyboardKey_Left:
if ( m_pSelectedNode != nullptr )
{
m_inputAction = InputAction_Decrese;
}
break;
case KeyboardKey_Right:
if ( m_pSelectedNode != nullptr )
{
m_inputAction = InputAction_Increse;
}
break;
default:
break;
}
}
else if ( inputEvent.eventType == InputEventType_Keyboard_Up )
{
m_inputAction = InputAction_Invalid;
m_inputTimer = 0.0;
m_holdTimer = 0.0;
}
return DebugGuiWindow::processInputEvent( inputEvent, state );
}
void Bot::updateNearestNode() {
float minDist = slm::distance(position, nearestNode->position);
if(minDist > 2*map->distance) {
findNearestNode();
return;
}
AIMap_Node* newNearest = nearestNode;
for(int i = 0; i < nearestNode->neighbours.size(); i++) {
float tmpDist = slm::distance(position, nearestNode->neighbours[i]->position);
if(tmpDist < minDist) {
minDist = tmpDist;
newNearest = nearestNode->neighbours[i];
}
}
nearestNode = newNearest;
}
void DebugGuiWindowDebugProp::update( double elapsedTime )
{
if ( m_inputAction != InputAction_Invalid )
{
m_inputTimer -= elapsedTime;
m_holdTimer += elapsedTime;
if ( m_inputTimer < 0.0 )
{
switch ( m_inputAction )
{
case InputAction_MoveUp:
case InputAction_MoveDown:
{
const bool up = ( m_inputAction == InputAction_MoveUp );
if ( m_pSelectedNode != nullptr )
{
m_pSelectedNode = findNearestNode( m_pSelectedNode->nodeLayout.getRectangle().getXY(), up, m_pSelectedNode );
}
if ( m_pSelectedNode == nullptr )
{
const float multiplier = ( up ? 1.0f : -1.0f );
m_pSelectedNode = findNearestNode( vector::create( 0.0f, 100000.0f * multiplier ), up, nullptr );
}
}
break;
case InputAction_Decrese:
{
if ( m_pSelectedNode == nullptr )
{
break;
}
else if ( m_pSelectedNode->type == TreeNodeType_Folder )
{
collapseFolderNode( *(TreeFolderNode*)m_pSelectedNode );
}
else if ( m_pSelectedNode->type == TreeNodeType_Property )
{
changePropNode( *(TreePropNode*)m_pSelectedNode, false );
}
}
break;
case InputAction_Increse:
{
if ( m_pSelectedNode == nullptr )
{
break;
}
else if ( m_pSelectedNode->type == TreeNodeType_Folder )
{
expandFolderNode( *(TreeFolderNode*)m_pSelectedNode );
}
else if ( m_pSelectedNode->type == TreeNodeType_Property )
{
changePropNode( *(TreePropNode*)m_pSelectedNode, true );
}
}
break;
default:
break;
}
m_inputTimer = 0.35 / TIKI_MAX( 1.0, m_holdTimer );
}
}
DebugGuiWindow::update( elapsedTime );
}
