void CEditor::DrawEditor()
{
if (current_object == 3) {
// we have selected to work with collisionboxes, draw them.
for (unsigned int x = 0; x < zoneToEdit->CollisionMap.size(); x++) {
if (objectedit_selected == (signed int)x) { // if we have a selected collisionbox, draw it a little brighter than the others.
glColor4f(0.9f, 0.2f, 0.8f,0.8f);
} else {
glColor4f(0.7f, 0.1f, 0.6f, 0.8f);
}
DrawingHelpers::mapTextureToRect( interfacetexture.getTexture(4),
zoneToEdit->CollisionMap[x].CR.x, zoneToEdit->CollisionMap[x].CR.w,
zoneToEdit->CollisionMap[x].CR.y, zoneToEdit->CollisionMap[x].CR.h );
glColor4f(1.0f,1.0f,1.0f,1.0f);
}
// draw interaction regions
std::vector<InteractionRegion*> zoneInteractionRegions = zoneToEdit->getInteractionRegions();
for ( size_t curInteractionRegionNr = 0; curInteractionRegionNr < zoneInteractionRegions.size(); ++curInteractionRegionNr )
{
InteractionRegion *curInteractionRegion = zoneInteractionRegions[ curInteractionRegionNr ];
int left, bottom, width, height;
curInteractionRegion->getPosition( left, bottom, width, height );
if ( ! DrawingHelpers::isRectOnScreen(left-4, width+8, bottom-4, height+8) )
{
continue;
}
// draw border around the region
glColor4f( 0.0f, 0.8f, 0.0f, 0.6f );
DrawingHelpers::mapTextureToRect( interfacetexture.getTexture(4),
left, width, bottom, height );
// draw region
if ( width > 8 && height > 8 )
{
glColor4f( 0.0f, 0.3f, 0.0f, 0.6f );
DrawingHelpers::mapTextureToRect( interfacetexture.getTexture(4),
left+4, width-8, bottom+4, height-8 );
}
// draw text for region
if ( width > 28 and height > tinyFont->getHeight() * 3 + 8 )
{
glColor4f(1.0f,1.0f,1.0f,1.0f);
std::string curEnterText = curInteractionRegion->getOnEnterText();
std::string curLeaveText = curInteractionRegion->getOnLeaveText();
bool printEnterAndLeaveText = ( curEnterText.size() > 0 && curLeaveText.size() > 0 && height > tinyFont->getHeight() * 6 );
if ( curEnterText.size() > 0 )
{
std::string printText = std::string("Enter:\n").append(curEnterText);
int printHeight = height - 8;
int printBottom = bottom + 4;
if ( printEnterAndLeaveText )
{
printBottom = printBottom - 4 + height - height/2;
printHeight = (height-8) / 2;
}
printShortText( tinyFont, printText, left + 4, width - 8, printBottom, printHeight );
}
if ( curLeaveText.size() > 0 )
{
std::string printText = std::string("Leave:\n").append(curLeaveText);
int printHeight = height - 8;
int printBottom = bottom + 4;
if ( printEnterAndLeaveText )
{
printHeight = (height-8) / 2;
}
printShortText( tinyFont, printText, left + 4, width - 8, printBottom, printHeight );
}
}
}
// NPCs. Show wander radius
std::vector<CNPC*> npcs = zoneToEdit->getNPCs();
for ( size_t curNPCNr=0; curNPCNr<npcs.size(); ++curNPCNr )
{
CNPC *curNPC = npcs[ curNPCNr ];
int wanderRadius = curNPC->getWanderRadius();
double rootX = curNPC->x_spawn_pos + curNPC->getWidth() / 2;
double rootY = curNPC->y_spawn_pos + curNPC->getHeight() / 2;
double collisionRadius = wanderRadius + 0.5*sqrt( curNPC->getWidth()*curNPC->getWidth() + curNPC->getHeight()*curNPC->getHeight() );
glColor4f( 0.0f, 0.0f, 0.5f, 0.4f );
DrawingHelpers::mapTextureToRect( interfacetexture.getTexture( 5 ),
rootX-collisionRadius, 2*collisionRadius,
rootY-collisionRadius, 2*collisionRadius );
}
}
glColor4f(1.0f, 1.0f, 1.0f, 1.0f);
if (objectedit_selected >= 0) { // we have selected an object to edit it's properties, show the edit-screen.
switch (current_object) {
case 1:
DrawEditFrame(&(zoneToEdit->EnvironmentMap[objectedit_selected]));
break;
case 2:
DrawEditFrame(&(zoneToEdit->ShadowMap[objectedit_selected]));
break;
case 3:
break;
}
}
// quad on the top, baseframe for the object-selection.
DrawingHelpers::mapTextureToRect( interfacetexture.getTexture(0),
editorFocus->getX(), Configuration::screenWidth,
editorFocus->getY()+Configuration::screenHeight-100, 100 );
// quad on bottom, baseframe for our helptext.
DrawingHelpers::mapTextureToRect( interfacetexture.getTexture(0),
editorFocus->getX(), Configuration::screenWidth,
editorFocus->getY(), 100 );
int fontHeight = keybindingFont->getHeight();
// display our general help text for the editor.
glColor4f(1.0f,1.0f,0.13f,1.0f); // set yellow as font color
keybindingFont->drawText(editorFocus->getX()+10, editorFocus->getY()+90 - fontHeight, "[ Scoll Up/Down ] Select previous/next object");
keybindingFont->drawText(editorFocus->getX()+10, editorFocus->getY()+80 - fontHeight, "[ F1 ] Next set of objects");
keybindingFont->drawText(editorFocus->getX()+10, editorFocus->getY()+70 - fontHeight, "[ DEL ] Delete object at mouse position");
keybindingFont->drawText(editorFocus->getX()+10, editorFocus->getY()+60 - fontHeight, "[ ENTER ] Place object at mouse position");
keybindingFont->drawText(editorFocus->getX()+10, editorFocus->getY()+50 - fontHeight, "[ S ] Saves the changes into zone1-files");
keybindingFont->drawText(editorFocus->getX()+10, editorFocus->getY()+40 - fontHeight, "[ O ] Load a different zone (not yet implemented)");
keybindingFont->drawText(editorFocus->getX()+10, editorFocus->getY()+30 - fontHeight, "[ L ] Exit the editor");
keybindingFont->drawText(editorFocus->getX()+10, editorFocus->getY()+20 - fontHeight, "//Press the left mouse button near the sides to scroll around ;-)");
// if we have a selected object, display specific help text for it
if (objectedit_selected >= 0) {
glColor4f(0.5f,1.0f,0.5f,1.0f);
keybindingFont->drawText(editorFocus->getX()+500, editorFocus->getY()+90 - fontHeight, "[ UP, DOWN, LEFT, RIGHT ] Move the object");
keybindingFont->drawText(editorFocus->getX()+500, editorFocus->getY()+80 - fontHeight, "[ Left Shift + UP, DOWN, LEFT, RIGHT ] Change scale of object");
keybindingFont->drawText(editorFocus->getX()+500, editorFocus->getY()+70 - fontHeight, "[ . ] Increase transparency");
keybindingFont->drawText(editorFocus->getX()+500, editorFocus->getY()+60 - fontHeight, "[ , ] Decrease transparency");
keybindingFont->drawText(editorFocus->getX()+500, editorFocus->getY()+50 - fontHeight, "[ 1/2/3 ] Increase color RED/GREEN/BLUE");
keybindingFont->drawText(editorFocus->getX()+500, editorFocus->getY()+40 - fontHeight, "[ Left Shift + 1/2/3 ] Decrease color RED/GREEN/BLUE)");
keybindingFont->drawText(editorFocus->getX()+500, editorFocus->getY()+30 - fontHeight, "[ b/n ] Increase / decrease Z-position");
}
glColor4f(1.0f,1.0f,1.0f,1.0f); // and back to white.
DrawingHelpers::mapTextureToRect( interfacetexture.getTexture(1),
editorFocus->getX()+(Configuration::screenWidth/2)-5, 50,
editorFocus->getY()+Configuration::screenHeight-65, 50 );
glBegin(GL_LINES);
glTexCoord2f(0.0f, 0.0f);
glVertex3f(mouseX-20+editorFocus->getX(), mouseY+editorFocus->getY(), 0.0f);
glTexCoord2f(1.0f, 0.0f);
glVertex3f(mouseX+20+editorFocus->getX(), mouseY+editorFocus->getY(), 0.0f);
glTexCoord2f(0.0f, 0.0f);
glVertex3f(mouseX+editorFocus->getX(), mouseY+20+editorFocus->getY(), 0.0f);
glTexCoord2f(1.0f, 0.0f);
glVertex3f(mouseX+editorFocus->getX(), mouseY-20+editorFocus->getY(), 0.0f);
glEnd();
TileSet* tileSet = EditorInterface::getTileSet();
std::vector<Tile*> curTiles;
switch (current_object)
{
case 0:
// draw all tileset tiles in edit frame
curTiles = tileSet->getAllTilesOfType( TileClassificationType::FLOOR );
break;
case 1:
// draw all environment objects in edit frame
curTiles = tileSet->getAllTilesOfType( TileClassificationType::ENVIRONMENT );
break;
case 2:
// draw all available shadows in edit frame
curTiles = tileSet->getAllTilesOfType( TileClassificationType::SHADOW );
break;
case 4:
// we have selected to work with NPCs, draw their bases
for ( size_t curNPC = 0; curNPC < editorNPCs.size(); curNPC++ ) {
int npcWidth = editorNPCs[ curNPC ].second->getTexture( ActivityType::Walking )->getTexture( 5 ).width;
int npcHeight = editorNPCs[ curNPC ].second->getTexture( ActivityType::Walking )->getTexture( 5 ).height;
DrawingHelpers::mapTextureToRect( editorNPCs[ curNPC ].second->getTexture( ActivityType::Walking )->getTexture( 5 ),
editorFocus->getX()+(Configuration::screenWidth/2)+(curNPC*50)+(tilepos_offset*50)-48+20, npcWidth,
editorFocus->getY()+Configuration::screenHeight-40-48, npcHeight );
};
keybindingFont->drawText( editorFocus->getX()+(Configuration::screenWidth/2)-5, editorFocus->getY()+Configuration::screenHeight-90, editorNPCs[ current_tilepos ].first );
keybindingFont->drawText( editorFocus->getX()+(Configuration::screenWidth/2)-5, editorFocus->getY()+Configuration::screenHeight-100, "Level: %d (%s)", editorNPCs[ current_tilepos ].second->getLevel(), CharacterClass::getCharacterClassName( editorNPCs[ current_tilepos ].second->getClass() ).c_str() );
break;
}
for ( tilepos=0; tilepos<curTiles.size(); ++tilepos ) {
Tile *curTile = curTiles[ tilepos ];
DrawingHelpers::mapTextureToRect( curTile->texture->getTexture(0),
editorFocus->getX()+(Configuration::screenWidth/2)+(tilepos*50)+(tilepos_offset*50), 40,
editorFocus->getY()+Configuration::screenHeight-60, 40 );
}
/// draw the world position of the mouse in the top left corner.
keybindingFont->drawText( editorFocus->getX()+10, editorFocus->getY()+Configuration::screenHeight-10, "x: %d, y: %d", int(editorFocus->getX())+mouseX, int(editorFocus->getY())+mouseY );
}
HBRUSH CBorderStyleEdit::CtlColor(CDC* pDC, UINT /*nCtlColor*/)
{
DrawEditFrame( pDC );
return m_BgBrush;
}