#ifndef MMFLOOROBSTACLEWALL_H
#define MMFLOOROBSTACLEWALL_H


#include "MapModelElement.h"
#include "../2D/MapViewElementHelper.h"

#include "EElementParams.h"
#include "IHasParams.h"

#include "../2D/MV2DElementFloorObstacleWall.h"

#include <Indoor/floorplan/v2/Floorplan.h>

class MMFloorObstacleWall : public MapModelElement, public IHasParams {

public:

	Floorplan::Floor* mf;
	Floorplan::FloorObstacleWall* wall;
	MV2DElementFloorObstacleWall mv2d;

public:

	MMFloorObstacleWall(MapLayer* parent, Floorplan::Floor* mf, Floorplan::FloorObstacleWall* wall) :
		MapModelElement(parent), mf(mf), wall(wall), mv2d(mf, wall) {
		;
	}

//	void setMaterial(const Floorplan::Material m) override {wall->material = m;}
//	Floorplan::Material getMaterial() const override {return wall->material;}

//	void setObstacleType(const Floorplan::ObstacleType t) override {wall->type = t;}
//	Floorplan::ObstacleType getObatcleType() const override {return wall->type;}

	MV2DElement* getMV2D() const override {return (MV2DElement*) &mv2d;}

	void deleteMe() const override {
		parent->removeElement(this);
		mf->obstacles.erase(std::remove(mf->obstacles.begin(), mf->obstacles.end(), wall), mf->obstacles.end());
	}

	int getType() const {
		const int idx = mv2d.getSelectedNode();
		if (idx < 1000) {return 0;}	// line
		if (idx < 2000) {return 1;}	// door
		return 2;					// window
	}

	Floorplan::FloorObstacleWallDoor* getCurDoor() const {
		const int idx = mv2d.getSelectedNode()-1000;
		return wall->doors[idx];
	}

	Floorplan::FloorObstacleWallWindow* getCurWindow() const {
		const int idx = mv2d.getSelectedNode()-2000;
		return wall->windows[idx];
	}

	int getNumParams() const override {
		switch(getType()) {
			case 0: return 5;
			case 1: return 4;
			case 2: return 4;
		}
		throw 1;
	}

	virtual Param getParamDesc(const int idx) const override {
		switch(getType()) {
			case 0: switch(idx) {
				case 0: return Param("material", ParamType::ENUM, getMaterialStrings());
				case 1: return Param("type", ParamType::ENUM, getObstacleTypeStrings());
				case 2: return Param("thickness (m)", ParamType::FLOAT);
				case 3: return Param("height (m)", ParamType::FLOAT);
				case 4: return Param("length", ParamType::FLOAT, true);
			} break;
			case 1: switch(idx) {
				case 0: return Param("width (m)", ParamType::FLOAT);
				case 1: return Param("height (m)", ParamType::FLOAT);
				case 2: return Param("left/right", ParamType::BOOL);
				case 3: return Param("in/out", ParamType::BOOL);
			} break;
			case 2: switch(idx) {
				case 0: return Param("above ground (m)", ParamType::FLOAT);
				case 1: return Param("width (m)", ParamType::FLOAT);
				case 2: return Param("height (m)", ParamType::FLOAT);
				case 3: return Param("in/out", ParamType::BOOL);
			} break;
		}
		throw 1;
	}

	virtual ParamValue getParamValue(const int idx) const override {
		switch(getType()) {
			case 0: switch(idx) {
				case 0: return (int) wall->material;
				case 1: return (int) wall->type;
				case 2: return wall->thickness_m;
				case 3: return wall->height_m;
				case 4: return wall->from.getDistance(wall->to);
			} break;
			case 1: switch(idx) {
				case 0: return getCurDoor()->width;
				case 1: return getCurDoor()->height;
				case 2: return getCurDoor()->leftRight;
				case 3: return getCurDoor()->inOut;
			} break;
			case 2 : switch(idx) {
				case 0: return getCurWindow()->startsAtHeight;
				case 1: return getCurWindow()->width;
				case 2: return getCurWindow()->height;
				case 3: return getCurWindow()->inOut;
			} break;
		}
		throw 1;
	}

	virtual void setParamValue(const int idx, const ParamValue& val) override {
		switch(getType()) {
			case 0: switch(idx) {
				case 0: wall->material = (Floorplan::Material) val.toInt(); return;
				case 1: wall->type = (Floorplan::ObstacleType) val.toInt(); return;
				case 2: wall->thickness_m = val.toFloat(); return;
				case 3: wall->height_m = val.toFloat(); return;
				case 4: return;
			} break;
			case 1: switch(idx) {
				case 0: getCurDoor()->width = val.toFloat(); return;
				case 1: getCurDoor()->height = val.toFloat(); return;
				case 2: getCurDoor()->leftRight = val.toBool(); return;
				case 3: getCurDoor()->inOut = val.toBool(); return;
			} break;
			case 2: switch(idx) {
				case 0: getCurWindow()->startsAtHeight = val.toFloat(); return;
				case 1: getCurWindow()->width = val.toFloat(); return;
				case 2: getCurWindow()->height = val.toFloat(); return;
				case 3: getCurWindow()->inOut = val.toBool(); return;
			} break;
		}
	}
};

#endif // MMFLOOROBSTACLEWALL_H