OsmAnd::MapRenderer::MapRenderer()
: _taskHostBridge(this)
, currentConfiguration(_currentConfiguration)
, _currentConfigurationInvalidatedMask(0xFFFFFFFF)
, currentState(_currentState)
, _currentStateInvalidated(true)
, _invalidatedRasterLayerResourcesMask(0)
, _invalidatedElevationDataResources(false)
, tiledResources(_tiledResources)
, _renderThreadId(nullptr)
, _workerThreadId(nullptr)
, renderAPI(_renderAPI)
{
_tileRequestsThreadPool.setMaxThreadCount(4);
// Create all tiled resources
for(auto resourceType = 0u; resourceType < TiledResourceTypesCount; resourceType++)
{
auto collection = new TiledResources(static_cast<TiledResourceType>(resourceType));
_tiledResources[resourceType].reset(collection);
}
// Fill-up default state
for(auto layerId = 0u; layerId < RasterMapLayersCount; layerId++)
setRasterLayerOpacity(static_cast<RasterMapLayerId>(layerId), 1.0f);
setElevationDataScaleFactor(1.0f, true);
setFieldOfView(16.5f, true);
setDistanceToFog(400.0f, true);
setFogOriginFactor(0.36f, true);
setFogHeightOriginFactor(0.05f, true);
setFogDensity(1.9f, true);
setFogColor(FColorRGB(1.0f, 0.0f, 0.0f), true);
setSkyColor(FColorRGB(140.0f / 255.0f, 190.0f / 255.0f, 214.0f / 255.0f), true);
setAzimuth(0.0f, true);
setElevationAngle(45.0f, true);
const auto centerIndex = 1u << (ZoomLevel::MaxZoomLevel - 1);
setTarget(PointI(centerIndex, centerIndex), true);
setZoom(0, true);
}
FLayer(std::string _n="", FColorRGB _c=FColorRGB(), bool _v=true, bool _l=true) : name(_n),color(_c),visible(_v),locked(_l) {};
