void OverlayTask::Update()
{
for (auto it = m_Selected.begin(), end = m_Selected.end(); it != end; ++it)
{
const auto& entity = *it;
auto pos = entity->GetPosition();
pos.x = ToRenderUnits(pos.x), pos.y = ToRenderUnits(pos.y);
pos += m_Offset;
clan::Rectf box(clan::Sizef(50, 50));
box.translate(pos.x - box.get_width() * 0.5f, pos.y - box.get_height() * 0.5f);
m_DebugDraw.DrawRectangle(box, GetColour(it));
}
if (m_EditCam)
{
clan::Colorf rangeColour(1.0f, 0.6f, 0.6f, 0.95f);
auto center = m_EditCam->GetPosition();
auto radius = ToRenderUnits(m_CamRange);
clan::Rectf camRect(center.x - radius, center.y - radius, center.x + radius, center.y + radius);
m_DebugDraw.DrawRectangle(camRect, rangeColour);
}
if (m_PolygonTool && m_PolygonTool->IsActive())
m_PolygonTool->Draw();
if (m_RectangleTool && m_RectangleTool->IsActive())
m_RectangleTool->Draw();
if (m_CircleTool && m_CircleTool->IsActive())
m_CircleTool->Draw();
}
bool cWorld::isChunkViable(vec2i pos)
{
int unitId;
float bufferArea = 500.00f;
sf::FloatRect camRect(vec2f(camera.pos.x - bufferArea, camera.pos.y - bufferArea), vec2f(camera.res.x + bufferArea * 2, camera.res.y + bufferArea * 2));
sf::FloatRect unitRect;
sf::FloatRect chunkRect(vec2f(pos.x * LIMIT_CHUNKSIZE, pos.y * LIMIT_CHUNKSIZE), vec2f(LIMIT_CHUNKSIZE, LIMIT_CHUNKSIZE));
if (client.unit != -1){
unitId = game.getUnitId(client.unit);
if (unitId != -1) {
unitRect = sf::FloatRect(vec2f(game.unit[unitId].pos.x - camera.res.x / 2, game.unit[unitId].pos.y - camera.res.y / 2), vec2f(camera.res.x, camera.res.y));
}
}
// Local player
if (client.connected && (camRect.intersects(chunkRect) || unitRect.intersects(chunkRect)))
{
return true;
}
// Remote players
if (core.localServer || core.serverMode)
{
for (int i = 0; i < LIMIT_SERVER_PLAYERS; i++)
{
if (server.player[i].connected)
{
camRect = sf::FloatRect(vec2f(server.player[i].camPos.x - bufferArea, server.player[i].camPos.y - bufferArea),
vec2f(server.player[i].camRes.x + bufferArea * 2, server.player[i].camRes.y + bufferArea * 2));
if (server.player[i].unit != -1){
unitId = game.getUnitId(server.player[i].unit);
if (unitId != -1)
{
unitRect = sf::FloatRect(vec2f(game.unit[unitId].pos.x - server.player[i].camRes.x / 2,
game.unit[unitId].pos.y - server.player[i].camRes.y / 2), vec2f(server.player[i].camRes.x, server.player[i].camRes.y));
}
}
if (camRect.intersects(chunkRect) || unitRect.intersects(chunkRect))
{
return true;
}
}
}
}
return false;
}
void cWindow::paintClouds()
{
brushRect.setScale(vec2f(1.00f, 1.00f));
brushRect.setFillColor(color(0, 0, 0));
//brushRect.setTexture(&visual.gameTex[database.texture[TEX_CLOUD]].handle);
sf::FloatRect camRect(camera.pos.x, camera.pos.y, camera.res.x, camera.res.y);
mutex.renderClouds.lock();
visual.cloudsPainted = 0;
for (int i = 0; i < (int)weather.cloud.size(); i++)
{
//brushRect.setTexture(&weather.cloudTexture[i], true);
brushRect.setTexture(&visual.gameTex[weather.cloud[i].tex].handle, true);
brushRect.setPosition(weather.cloud[i].pos);
brushRect.setSize(weather.cloud[i].size);
brushRect.setOrigin(weather.cloud[i].size / 2.00f);
if (camRect.intersects(brushRect.getGlobalBounds())) {
window.texHandleShadow.draw(brushRect, window.matrixHandle);
visual.cloudsPainted += 1;
}
}
mutex.renderClouds.unlock();
}
void cPreRender::updateUnits()
{
game.access.lock();
mutex.renderUnits.lock();
preRender.units.ready = true;
preRender.units.queue.clear();
sf::RenderStates renderState;
float cameraLeft = camera.pos.x;
float cameraRight = camera.res.x + camera.pos.x;
float cameraTop = camera.pos.y;
float cameraBot = camera.res.y + camera.pos.y;
// Render distance
if (core.advancedDebug)
{
cameraLeft -= 5000; cameraRight += 5000;
cameraTop -= 5000; cameraBot += 5000;
}
else
{
cameraLeft -= 200; cameraRight += 200;
cameraTop -= 300; cameraBot += 550;
}
// Random initialization
float unitLeft, unitRight, unitTop, unitBot;
sf::FloatRect camRect(camera.pos.x, camera.pos.y, camera.res.x, camera.res.y);
sf::FloatRect objRect;
vector<int> miniQueue;
vector<int> sortedQueue;
for (int i = 0; i < game.unitCounter; i++)
{
unitTop = game.unit[i].pos.y - game.unit[i].center.y;
unitBot = unitTop + game.unit[i].size.y;
unitLeft = game.unit[i].pos.x - game.unit[i].center.x;
unitRight = unitLeft + game.unit[i].size.x;
if (!game.unit[i].hasRef(REF_UNIT_NORENDER)
&& (game.unit[i].hasRef(REF_UNIT_ALWAYSVISIBLE) || (unitRight >= cameraLeft && unitLeft <= cameraRight && unitTop >= cameraTop && unitBot <= cameraBot)
/*&& !game.unit[i].hasRef(REF_UNIT_ALWAYSVISIBLE_BOT) && !game.unit[i].hasRef(REF_UNIT_ALWAYSVISIBLE_TOP))
|| (game.unit[i].hasRef(REF_UNIT_ALWAYSVISIBLE_BOT) && y == cameraTop)
|| (game.unit[i].hasRef(REF_UNIT_ALWAYSVISIBLE_TOP) && y == cameraBot - step*/))
{
// Check if unit is already in the queue
bool found = false;
for (int checkVal : miniQueue)
{
if (checkVal == i)
{
found = true;
break;
}
}
// Don't allow repeating
if (!found) { miniQueue.push_back(i); }
}
}
// Sorting
bool renderFirst = false;
bool renderLast = false;
int bestUnit = -1;
float bestPos = -1.00f;
while ((int)miniQueue.size() > 0)
{
// Search
for (int i = 0; i < (int)miniQueue.size(); i++)
{
if (bestUnit == -1 || game.unit[miniQueue[i]].pos.y < bestPos || game.unit[miniQueue[i]].hasRef(REF_UNIT_RENDERFIRST))
{
bestUnit = i;
bestPos = game.unit[miniQueue[i]].pos.y;
if (game.unit[miniQueue[i]].hasRef(REF_UNIT_RENDERFIRST)) { break; }
}
}
// Add
preRender.units.queue.push_back(miniQueue[bestUnit]);
// Erase
miniQueue[bestUnit] = miniQueue[miniQueue.size() - 1];
miniQueue.pop_back();
// Clear
bestUnit = -1;
bestPos = -1.00f;
}
mutex.renderUnits.unlock();
game.access.unlock();
}