var cmworld;

//용적율 변수
var m_BuildingRates = {};
var m_PNUField = "A1";
var m_CodeField = "용도코드";
var m_LandAreaField = "LAND_AREA";
var m_BuildAreaField = "BUILD_AREA";

var wgslatlon;
var wgsutm;
var utmk;

function getBuildingRates()
{
   m_BuildingRates['UQA111'] = 1.00;
   m_BuildingRates['UQA112'] = 1.20;
   m_BuildingRates['UQA121'] = 1.50;
   m_BuildingRates['UQA122'] = 2.00;
   m_BuildingRates['UQA123'] = 2.50;
   m_BuildingRates['UQA130'] = 4.00;
   m_BuildingRates['UQA210'] = 10.00;
   m_BuildingRates['UQA220'] = 8.00;
   m_BuildingRates['UQA230'] = 6.00;
   m_BuildingRates['UQA240'] = 6.00;
   m_BuildingRates['UQA310'] = 2.00;
   m_BuildingRates['UQA320'] = 2.00;
   m_BuildingRates['UQA330'] = 4.00;
   m_BuildingRates['UQA410'] = 0.50;
   m_BuildingRates['UQA420'] = 0.50;
   m_BuildingRates['UQA430'] = 0.50;
}

function openShp()
{
	var url2 = "파일경로";
	shp(url2).then(function (data2) {
  
	var geoDataLen2 = data2.features.length; // 실행한 shp 파일의 객체 수를 저장합니다
	console.log(geoDataLen2);
	
	if (geoDataLen2 == 0) return;
	console.log('============== jijuk');
	
	var pnus = {};
	for (var i = 0; i < geoDataLen2; i++)
	{
	   pnus[data2.features[i].properties.A1] = data2.features[i].geometry.coordinates[0]; //PNU에 포인트 할당
	}
	
	var url = "파일경로";
	
	// shp 파일을 실행하여 데이터를 조회합니다
	shp(url).then(function (data)
	{
		var geoDataLen = data.features.length; // 실행한 shp 파일의 객체 수를 저장합니다
		
		if (geoDataLen == 0) return;
		
		//var light = new THREE.DirectionalLight(0x015AB3);
		var light = new THREE.DirectionalLight(0xffffff);
		light.position.set(0.75, 0.75, 1.0).normalize();
		
		cmworld.getWorldScene().add(light);
		
		var jijuk_ptlist, code, areaLand, areaBuild;
		var areaY; //용적율 면적
		var ptlist, dHeight, h, model, dFloor, iFloor;
		for (var i = 0; i < geoDataLen; i++)
		{
		    //console.log(i);
			try
			{
			
			   ptlist = data.features[i].geometry.coordinates[0];
			   ptlist.length = ptlist.length - 1;
			
			   for (var j = 0; j < ptlist.length; j++)
			   {
			      ptlist[j].x = ptlist[j][0]; ptlist[j].y = ptlist[j][1];
			   }
			
			
			   jijuk_ptlist = pnus[data.features[i].properties.A1]; //PNU
			   if (!jijuk_ptlist)
			   {
			      continue;
			   }
			
			   for (var j = 0; j < jijuk_ptlist.length; j++)
			   {
			      jijuk_ptlist[j].x = jijuk_ptlist[j][0]; jijuk_ptlist[j].y = jijuk_ptlist[j][1];
			   }
			
			
			   ptlist = sortNorthFirst(ptlist);
			   jijuk_ptlist = sortNorthFirst(jijuk_ptlist);
			
			   code = data.features[i].properties.CODE.trim();
			
			   if (!m_BuildingRates[code])
			   {
			      continue;
			   }
			
			   h = cmworld.getGroundHeight(ptlist[0].x, ptlist[0].y); //지형 높이
			
			   areaLand = data.features[i].properties.LAND_AREA;
			   areaBuild = data.features[i].properties.BUILD_AREA;
			
			   areaY = areaLand * m_BuildingRates[code]; //토지면적 X 용적율 = 가능한 면적
			   //가능 층수
			   dFloor = areaY / areaBuild;
			   iFloor = parseInt(dFloor);
			
			   var bBoxBuild = true;
			   if (code.indexOf('UQA1') == 0) //주거지역은 사선처리
			   {
			      if (iFloor > 2) //3층 이하이면 박스로 그림
			      {
			         bBoxBuild = false;
			
			         // 층수, 토지면적, 건물면적, 용적율, 토지ptlist, 건물 ptlist
			         // iFloor, areaLand, areaBuild, m_BuildingRates[code], jijuk_ptlist, ptlist
			      
			         model = makeBuildingMesh2(iFloor, areaLand, areaBuild, m_BuildingRates[code], jijuk_ptlist, ptlist);
			
			         if (model)
			         {
			            var obj = new CMWORLD.UserObject(name, model, new THREE.Vector3(ptlist[0].x, ptlist[0].y, h));
			
			            obj.rotate4GlobeEarth();
			            var userLayer = getUserLayer();
			
			            userLayer.add(obj);
			         }
			      }
			   }
			
			   if (bBoxBuild == true) //박스형 건물
			   {
			      dHeight = iFloor * 3; //ptlist를 dHeight만큼 그리고, 나머지 옥상 그림
			      remareaBuild = areaBuild * (dFloor - iFloor); //옥상 면적... ptlist 다시 계산해서 옥상 그리기
			
			      if (dHeight < 3) dHeight = 3;
			
			      var color = 0x505050;
			      //건물 그리자.
			      ptlist = sortSouthFirst(ptlist);
			
			      model = makeBuildingMesh(ptlist, dHeight, areaBuild, remareaBuild, color);
			
			      //console.log(data.features[i]);
			      if (model)
			      {
			         var obj = new CMWORLD.UserObject(name, model, new THREE.Vector3(ptlist[0].x, ptlist[0].y, h));
			
			         obj.rotate4GlobeEarth();
			         var userLayer = getUserLayer();
			
			         userLayer.add(obj);
			      }
			   }
			} catch(e) {
			    //console.log("Error Message: " + i.toString() + " " +  e.message);
			    }
			
			}
		});
	});
}