List <BuildingArea> GetLayers()
{
List <BuildingArea> layers = new List <BuildingArea> ();
for (int i = 0; i < transform.childCount; i++)
{
BuildingArea ba = transform.GetChild(i).gameObject.GetComponent <BuildingArea> ();
if (ba != null)
{
layers.Add(ba);
}
}
//sort from down to up
layers.Sort(delegate(BuildingArea x, BuildingArea y) {
if (x.lines.Count == 0)
{
return((1).CompareTo(0));
}
else if (y.lines.Count == 0)
{
return((0).CompareTo(1));
}
return(x.lines[0].a.y.CompareTo(y.lines[0].a.y));
});
return(layers);
}
public IDictionary <string, object> GetBuildingAreaDynamic(
BuildingArea row, AreaQueryProjection projection,
AreaQueryOptions options)
{
var obj = new Dictionary <string, object>();
foreach (var f in projection.GetFieldsArr())
{
switch (f)
{
case AreaQueryProjection.INFO:
{
var entity = row;
obj["archived"] = entity.Archived;
obj["code"] = entity.Code;
obj["description"] = entity.Description;
obj["name"] = entity.Name;
}
break;
case AreaQueryProjection.SELECT:
{
var entity = row;
obj["code"] = entity.Code;
obj["name"] = entity.Name;
}
break;
}
}
return(obj);
}
public ActionResult DeleteConfirmed(int id)
{
BuildingArea buildingArea = db.BuildingAreas.Find(id);
db.BuildingAreas.Remove(buildingArea);
db.SaveChanges();
return(RedirectToAction("Index"));
}
public ActionResult OtherSBO()
{
BuildingArea BA = (BuildingArea)this.Session["_BA"];
List <BuildingArea> liba = new List <BuildingArea>();
liba.Add(BA);
this.Session["_BA"] = BA;
return(View(liba));
}
public ActionResult ManageAccessories()
{
BuildingArea BA = (BuildingArea)this.Session["_BA"];
List <BuildingArea> liba = new List <BuildingArea>();
liba.Add(BA);
this.Session["_BA"] = BA;
return(View(liba));
}
public ActionResult PowerVentilators()
{
BuildingArea BA = (BuildingArea)this.Session["_BA"];
List <BuildingArea> liba = new List <BuildingArea>();
liba.Add(BA);
this.Session["_BA"] = BA;
return(View(liba));
}
public ActionResult InteriorCatwalks()
{
BuildingArea BA = (BuildingArea)this.Session["_BA"];
List <BuildingArea> liba = new List <BuildingArea>();
liba.Add(BA);
this.Session["_BA"] = BA;
return(View());
}
public ActionResult RoofPlatforms()
{
BuildingArea BA = (BuildingArea)this.Session["_BA"];
List <BuildingArea> liba = new List <BuildingArea>();
liba.Add(BA);
this.Session["_BA"] = BA;
return(View());
}
public ActionResult Edit([Bind(Include = "ID,PISX_VER,GeneralData,DesignCode,SurfaceTreatment,Bracings,PanelsAndInsulations,RoofWallCladding,WallPanelAccessories,Openings,Subsystems,CraneSystems,Mezzanines,OldArea,Width,length,height")] BuildingArea buildingArea)
{
if (ModelState.IsValid)
{
db.Entry(buildingArea).State = EntityState.Modified;
db.SaveChanges();
return(RedirectToAction("Index"));
}
return(View(buildingArea));
}
public ValidationData ValidateUpdateBuildingArea(ClaimsPrincipal principal,
BuildingArea entity, UpdateBuildingAreaModel model)
{
var validationData = new ValidationData();
if (string.IsNullOrWhiteSpace(model.Name))
{
validationData = validationData.Fail(mess: "Name required", code: AppResultCode.FailValidation);
}
return(validationData);
}
public ActionResult Index()
{
BuildingArea BA = (BuildingArea)this.Session["_BA"];
List <BuildingArea> liba = new List <BuildingArea>();
liba.Add(BA);
this.Session["_BA"] = BA;
//this.Session["_Job"] = "New Job";
return(View(liba));
}
// Convert OuR Object (Building Area) To Json String
//public ActionResult Getjson()
public string Getjson()
{
BuildingArea BA = (BuildingArea)this.Session["_BA"];
this.Session["_BA"] = BA;
string isoJson = JsonConvert.SerializeObject(BA, new JsonSerializerSettings {
NullValueHandling = NullValueHandling.Ignore
});
//string isoJson = "{ \"name\":\"John Johnson\",\"street\":\"Oslo West 16\",\"phone\":-1.0}";
//return Json(BA , JsonRequestBehavior.AllowGet);
return(isoJson);
}
// GET: BuildingAreas/Delete/5
public ActionResult Delete(int?id)
{
if (id == null)
{
return(new HttpStatusCodeResult(HttpStatusCode.BadRequest));
}
BuildingArea buildingArea = db.BuildingAreas.Find(id);
if (buildingArea == null)
{
return(HttpNotFound());
}
return(View(buildingArea));
}
protected override void Awake()
{
base.Awake();
gameObject.tag = "StrategicPoint";
flag = GetComponentInChildren <Flag> ();
if (flag)
{
flag.transform.eulerAngles = new Vector3(HUD.xCameraRotation, 0f, 0f);
flag.gameObject.SetActive(false);
}
buildingArea = GetComponentInChildren <BuildingArea> ();
if (buildingArea)
{
buildingArea.Initiate();
}
}
// Convert Json String To OuR Object (Building Area)
public ActionResult Setjson(string jsonStr)
{
JavaScriptSerializer json_serializer = new JavaScriptSerializer();
//BuildingArea BA = JsonConvert.DeserializeObject<BuildingArea>(jsonStr);
BuildingArea BA = new BuildingArea();
XNode node = JsonConvert.DeserializeXNode(jsonStr, "BuildingArea");
XmlSerializer serializer = new XmlSerializer(typeof(BuildingArea));
StringReader rdr = new StringReader(node.ToString());
BA = (BuildingArea)serializer.Deserialize(rdr);
this.Session["_BA"] = BA;
return(null);
}
// Convert OuR Object (Building Area) To XMl String and download it
public FileResult downloadFile()
{
BuildingArea BA = (BuildingArea)this.Session["_BA"];
string a;
XmlSerializer xsSubmit = new XmlSerializer(typeof(BuildingArea));
StringWriter sww = new StringWriter();
using (XmlWriter writer = XmlWriter.Create(sww))
{
xsSubmit.Serialize(writer, BA);
var xml = sww.ToString(); // Your XML
var file = File(Encoding.UTF8.GetBytes(xml), "application/xml", "Xml.xml");
a = xml;
}
this.Session["_BA"] = BA;
a = a.Replace("utf-16", "utf-8");
return(File(Encoding.UTF8.GetBytes(a), "application/xml", "job.zxml"));
}
protected void Session_Start(Object sender, EventArgs e)
{
Session.Timeout = 60;
BuildingArea BA = new BuildingArea();
//
////string defult = "<?xml version=\"1.0\" encoding=\"utf - 8\"?><BuildingArea><PISX_VER><Created>4.0.0.3</ Created >< Current > 4.0.0.3 </ Current ></ PISX_VER >< GeneralData >< ID > 1 </ ID >< Location >< AlongBuildingWidth >< FromGL > A </ FromGL >< ToGL > B </ ToGL >< Axes > A,B </ Axes ></ AlongBuildingWidth >< AlongBuildingLength >< FromGL > 1 </ FromGL >< ToGL > 2 </ ToGL >< Axes > 1,2 </ Axes ></ AlongBuildingLength ></ Location >< Width > 20.000 </ Width >< WidthReference > OUT TO OUT OF STEEL LINE(O / O OF EAVE STRUTS) </ WidthReference >< Length > 8.000 </ Length >< LengthReference > OUT TO OUT OF STEEL LINE(O / O ENDWALL GIRTS) </ LengthReference >< HeightReference > EAVE HEIGHT </ HeightReference >< FrameType > CLEAR SPAN </ FrameType >< FixedBaseAllowed > true </ FixedBaseAllowed >< Gables >< Gable >< ID > 1 </ ID >< LeftSlope > 1 </ LeftSlope >< RightSlope > -1 </ RightSlope >< Width > 20.000 </ Width >< RidgeDistance > 10.000 </ RidgeDistance >< LeftHeight > 6.000 </ LeftHeight >< LeftColBase > 0.000 </ LeftColBase >< RightHeight > 6.000 </ RightHeight >< RightColBase > 0.000 </ RightColBase >< EaveCondition >< NearSide >< EaveConditionEnum > NO EAVE </ EaveConditionEnum ></ NearSide >< FarSide >< EaveConditionEnum > NO EAVE </ EaveConditionEnum ></ FarSide ></ EaveCondition ></ Gable ></ Gables >< Bays >< Bay >< ID > 1 </ ID >< Width > 8.000 </ Width >< BracingAvailable > true </ BracingAvailable ></ Bay ></ Bays >< EndWalls >< LEW >< Type > RIGID FRAME </ Type >< Profile >< ID > 1 </ ID >< GablesWidthModules >< GableWidthModules >< GableNo > 1 </ GableNo >< WidthModules >< Width > 20.000 </ Width ></ WidthModules ></ GableWidthModules ></ GablesWidthModules ></ Profile ></ LEW >< REW >< Type > RIGID FRAME </ Type >< Profile >< ID > 1 </ ID >< GablesWidthModules >< GableWidthModules >< GableNo > 1 </ GableNo >< WidthModules >< Width > 20.000 </ Width ></ WidthModules ></ GableWidthModules ></ GablesWidthModules ></ Profile ></ REW ></ EndWalls >< Profiles >< Profile >< ID > 1 </ ID >< GablesWidthModules >< GableWidthModules >< GableNo > 1 </ GableNo >< WidthModules >< Width > 20.000 </ Width ></ WidthModules ></ GableWidthModules ></ GablesWidthModules ></ Profile ></ Profiles >< Frames >< FrameProfile >< ID > 1 </ ID >< ProfileNo > 1 </ ProfileNo ></ FrameProfile >< FrameProfile >< ID > 2 </ ID >< ProfileNo > 1 </ ProfileNo ></ FrameProfile ></ Frames >< BaysProfile > [email protected] </ BaysProfile >< FramesProfile > 2@1 </ FramesProfile >< FutureExtension >< TransverseDirection > false </ TransverseDirection >< LongitudinalDirection > false </ LongitudinalDirection ></ FutureExtension >< Remarks /></ GeneralData >< DesignCode >< DeadLoad >< AsPerDesign > As Per Design</ AsPerDesign >< UserValue > 1 </ UserValue ></ DeadLoad >< LiveLoadOnRoof > 0.57 </ LiveLoadOnRoof >< LiveLoadOnFrame > 0.57 </ LiveLoadOnFrame >< GroundSnowLoad > 0.00 </ GroundSnowLoad >< ThicknessGroundSnow > 0.00 </ ThicknessGroundSnow >< CollateralLoad > 0 </ CollateralLoad >< RainFall >< Intensity > 150 </ Intensity >< HeavyRainArea > false </ HeavyRainArea >< Years > 25 </ Years >< Minutes > 5 </ Minutes ></ RainFall >< Temperature >< Plus > 0.00 </ Plus >< Minus > 0.00 </ Minus ></ Temperature >< Wind >< WindSpeed > 137 </ WindSpeed >< WindExposure > B </ WindExposure >< WindSpeedEnum > 3 SECOND GUST SPEED </ WindSpeedEnum ></ Wind >< Seismic > NONE </ Seismic >< DesignCodes > AISC </ DesignCodes >< ApplyLoadsPer > MBMA 2002 </ ApplyLoadsPer >< ColdFormedDesignCodes > AISI 01 </ ColdFormedDesignCodes >< Remarks /></ DesignCode >< SurfaceTreatment >< PrimaryMembers >< SurfaceFinish > PAINTED </ SurfaceFinish >< SurfaceTreatment > NONE </ SurfaceTreatment >< PaintSystem > NONE </ PaintSystem >< Coats />< Remarks /></ PrimaryMembers >< SecondaryMembers >< SurfaceFinish > PRE GALVANIZED </ SurfaceFinish >< SurfaceTreatment > NONE </ SurfaceTreatment >< PaintSystem > NONE </ PaintSystem >< Coats />< Remarks /></ SecondaryMembers ></ SurfaceTreatment >< Bracings >< NSW > DIAGONAL </ NSW >< NSWHeight > 0 </ NSWHeight >< FSW > DIAGONAL </ FSW >< FSWHeight > 0 </ FSWHeight >< LEW > NONE </ LEW >< LEWHeight > 0 </ LEWHeight >< REW > NONE </ REW >< REWHeight > 0 </ REWHeight >< InteriorBracings />< Remarks /></ Bracings >< PanelsAndInsulations >< SingleSkinTypes >< SingleSkin >< ID > 1 </ ID >< ProfileType > S </ ProfileType >< BaseMetal > ZA - Steel </ BaseMetal >< PaintFinish > ZSP </ PaintFinish >< Thickness > 0.5 </ Thickness >< Color > FW </ Color >< Description > S - ZA - ZSP - 0.5 - FW </ Description ></ SingleSkin ></ SingleSkinTypes >< TempconTypes />< InsulationTypes /></ PanelsAndInsulations >< RoofWallCladding >< RoofPanel >< Panel >< ByWho > OTHER </ ByWho >< Weight > 0 </ Weight ></ Panel >< Insulation >< ByWho > NONE </ ByWho >< SupplyWireMesh > false </ SupplyWireMesh >< Area > 0 </ Area ></ Insulation >< Liner >< ByWho > NONE </ ByWho ></ Liner ></ RoofPanel >< WallPanel >< NSW >< Condition > FULLY BLOCKED </ Condition >< GirtCondition > BY PASS </ GirtCondition ></ NSW >< FSW >< Condition > FULLY BLOCKED </ Condition >< GirtCondition > BY PASS </ GirtCondition ></ FSW >< LEW >< Condition > FULLY BLOCKED </ Condition >< GirtCondition > BY PASS </ GirtCondition ></ LEW >< REW >< Condition > FULLY BLOCKED </ Condition >< GirtCondition > BY PASS </ GirtCondition ></ REW ></ WallPanel >< Remarks /></ RoofWallCladding >< WallPanelAccessories >< WallPanelRelatedAccessories > SPECIAL </ WallPanelRelatedAccessories >< WallAccessories />< Remarks /></ WallPanelAccessories >< Openings >< Louvers >< Remarks /></ Louvers >< Windows >< Remarks /></ Windows >< FiberglassRoofCurbs >< Remarks /></ FiberglassRoofCurbs >< GravityRidgeVentillators >< Remarks /></ GravityRidgeVentillators >< OtherSBO >< Remarks /></ OtherSBO >< PersonnelDoors >< Remarks /></ PersonnelDoors >< PipeFlashings >< Remarks /></ PipeFlashings >< PowerVentilators >< Remarks /></ PowerVentilators >< RollupDoors >< Remarks /></ RollupDoors >< SlidingDoors >< Remarks /></ SlidingDoors >< FramedOpenings >< Remarks /></ FramedOpenings >< OpenWalls >< Remarks /></ OpenWalls >< TranslucentPanels >< Remarks /></ TranslucentPanels ></ Openings >< Subsystems >< Canopies >< Remarks /></ Canopies >< RoofExtensions >< Remarks /></ RoofExtensions >< Fascias >< Remarks /></ Fascias >< RoofMonitors >< Remarks /></ RoofMonitors >< InteriorCatwalks >< Remarks /></ InteriorCatwalks >< Ladders >< Remarks /></ Ladders >< Partitions >< Remarks /></ Partitions >< RoofPlatforms >< Remarks /></ RoofPlatforms >< RoofWalkways >< Remarks /></ RoofWalkways >< Staircases >< Remarks /></ Staircases ></ Subsystems >< CraneSystems >< Remarks /></ CraneSystems >< Mezzanines >< Remarks /></ Mezzanines >< OldArea /></ BuildingArea > ";
string Pathde = Server.MapPath(@"\App_Data\Defult.xml");
string defult = File.ReadAllText(Pathde);
XmlSerializer serializer = new XmlSerializer(typeof(BuildingArea));
//xmlStr=xmlStr.Replace("utf-8", "utf-16");
StringReader rdr = new StringReader(defult);
BA = (BuildingArea)serializer.Deserialize(rdr);
HttpContext.Current.Session.Add("_BA", BA);
HttpContext.Current.Session.Add("_Job", "New Job");
}
public AppEvent GetEventForDeleteBuildingArea(string display, ClaimsPrincipal principal, BuildingArea entity)
{
return(new AppEvent
{
Id = Guid.NewGuid().ToString(),
DisplayContent = display,
Data = JsonConvert.SerializeObject(new
{
entity.Code
}),
HappenedTime = DateTime.UtcNow,
Type = "DeleteBuildingArea",
UserId = principal.Identity.Name
});
}
public ValidationData ValidateDeleteBuildingArea(ClaimsPrincipal principal,
BuildingArea entity)
{
return(new ValidationData());
}
public BuildingArea UpdateBuildingArea(BuildingArea entity, UpdateBuildingAreaModel model)
{
model.CopyTo(entity);
return(entity);
}
public BuildingArea DeleteBuildingArea(BuildingArea entity)
{
entity = context.BuildingArea.Remove(entity).Entity;
return(entity);
}
protected void PrepareCreate(BuildingArea entity)
{
}
public void NewLayer()
{
// get upper ceil
// make new object (building area)
// copy lines
// offset to up
// disable old layer
List <BuildingArea> layers = GetLayers();
if (layers [layers.Count - 1].lines.Count == 0)
{
return;
}
Mesh lastCeil = layers [layers.Count - 1].IsBasement ? layers [layers.Count - 1].GetOuterCeil() : layers [layers.Count - 1].GetCeil();
GameObject go;
if (ceilFlag)
{
go = new GameObject("FloorCeil" + (layers.Count - 1).ToString());
}
else
{
go = new GameObject("Floor" + layers.Count.ToString());
}
go.AddComponent <MeshFilter> ().mesh = lastCeil;
go.AddComponent <MeshCollider> ();
go.AddComponent <MeshRenderer> ();
BuildingArea newLayer = go.AddComponent <BuildingArea> ();
if (layers.Count > 0)
{
layers [layers.Count - 1].CopyToNewLayer(newLayer);
}
go.transform.parent = this.transform;
newLayer.lines.Clear();
// if (newLayer.lines.Count != 0) {
// //go.transform.position += Vector3.up * layers [layers.Count - 1].lines [0].Height;
// for (int i = 0; i < newLayer.lines [0].Vertices.Count; i++) {
// newLayer.lines [0].Vertices [i] += Vector3.up * layers [layers.Count - 1].lines [0].Height;
// }
//
// for (int i = 0; i < newLayer.lines.Count; ++i) {
// for (int j = 0; j < newLayer.lines [i].Doors.Count; ++j)
// newLayer.lines [i].Doors [j].Update ();
//
// for (int j = 0; j < newLayer.lines [i].Windows.Count; ++j)
// newLayer.lines [i].Windows [j].Update ();
// }
// }
if (layers [layers.Count - 1].IsBasement)
{
GameObject.Destroy(newLayer.Basement);
newLayer.Basement = null;
for (int i = 0; i < newLayer.lines.Count; ++i)
{
newLayer.lines [i].Destroy();
}
GameObject.Destroy(newLayer.upperWallFace);
newLayer.upperWallFace = null;
newLayer.lines.Clear();
newLayer.IsBasement = false;
}
newLayer.isCeil = ceilFlag;
if (ceilFlag)
{
Mesh mesh = GameObject.Instantiate(layers [0].gameObject.GetComponent <MeshCollider> ().sharedMesh);
Vector3[] newVerts = new Vector3[mesh.vertices.Length];
for (int i = 0; i < mesh.vertices.Length; i++)
{
newVerts[i] = mesh.vertices [i] + Vector3.up * (layers [layers.Count - 1].lines [0].a.y + layers [layers.Count - 1].Height);
}
mesh.vertices = newVerts;
newLayer.GetComponent <MeshCollider> ().sharedMesh = mesh;
newLayer.Height = CeilThickness;
}
else
{
for (int i = 0; i < newLayer.lines.Count; i++)
{
newLayer.lines [i].Height = layers[layers.Count - 2].lines[0].Height;
}
}
newLayer.SetWorkingHeight(layers [layers.Count - 1].lines [0].a.y + layers [layers.Count - 1].Height);
layers.Add(newLayer);
newLayer.regeneratePath(true);
//enable roof on last layer only
for (int i = 1; i < layers.Count; i++)
{
layers [i].RoofEnabled = false;
}
// slider.minValue = 0;
// slider.maxValue = layers.Count - 1;
// slider.value = slider.maxValue;
ceilFlag = !ceilFlag;
SelectLayer(layers.Count - 1);
}
public ActionResult GetXML(string xmlStr)
{
string Xmlse = xmlStr;
try
{
BuildingArea BA = (BuildingArea)this.Session["_BA"];
XmlSerializer serializer = new XmlSerializer(typeof(BuildingArea));
//xmlStr=xmlStr.Replace("utf-8", "utf-16");
if (Xmlse.Contains("<Years/>"))
{
Xmlse = Xmlse.Replace("<Years/>", "<Years>0</Years>");
}
if (Xmlse.Contains("<Minutes/>"))
{
Xmlse = Xmlse.Replace("<Minutes/>", "<Minutes>0</Minutes>");
}
if (Xmlse.Contains("<Thickness/>"))
{
Xmlse = Xmlse.Replace("<Thickness/>", "<Thickness>0</Thickness>");
}
if (Xmlse.Contains("<Area/>"))
{
Xmlse = Xmlse.Replace("<Area/>", "<Area>0</Area>");
}
if (Xmlse.Contains("<Height/>"))
{
Xmlse = Xmlse.Replace("<Height/>", "<Height>0</Height>");
}
if (Xmlse.Contains("<Width/>"))
{
Xmlse = Xmlse.Replace("<Width/>", "<Width>0</Width>");
}
if (Xmlse.Contains("<ClearHeightBelowBeam/>"))
{
Xmlse = Xmlse.Replace("<ClearHeightBelowBeam/>", "<ClearHeightBelowBeam>0</ClearHeightBelowBeam>");
}
if (Xmlse.Contains("<ClearHeightAboveJoist/>"))
{
Xmlse = Xmlse.Replace("<ClearHeightAboveJoist/>", "<ClearHeightAboveJoist>0</ClearHeightAboveJoist>");
}
if (Xmlse.Contains("<TopOfMezzFinishFromFFL/>"))
{
Xmlse = Xmlse.Replace("<TopOfMezzFinishFromFFL/>", "<TopOfMezzFinishFromFFL>0</TopOfMezzFinishFromFFL>");
}
if (Xmlse.Contains("<Length/>"))
{
Xmlse = Xmlse.Replace("<Length/>", "<Length>0</Length>");
}
if (Xmlse.Contains("<LiveLoad/>"))
{
Xmlse = Xmlse.Replace("<LiveLoad/>", "<LiveLoad>0</LiveLoad>");
}
if (Xmlse.Contains("<DeadLoad/>"))
{
Xmlse = Xmlse.Replace("<DeadLoad/>", "<DeadLoad>0</DeadLoad>");
}
if (Xmlse.Contains("<CollateralLoad/>"))
{
Xmlse = Xmlse.Replace("<CollateralLoad/>", "<CollateralLoad>0</CollateralLoad>");
}
if (Xmlse.Contains("<OtherLoad/>"))
{
Xmlse = Xmlse.Replace("<OtherLoad/>", "<OtherLoad>0</OtherLoad>");
}
if (Xmlse.Contains("<ID/>"))
{
Xmlse = Xmlse.Replace("<ID/>", "<ID>0</ID>");
}
if (Xmlse.Contains("<HookHeightH3/>"))
{
Xmlse = Xmlse.Replace("<HookHeightH3/>", "<HookHeightH3>0</HookHeightH3>");
}
if (Xmlse.Contains("<TopOfCraneBeamH1/>"))
{
Xmlse = Xmlse.Replace("<TopOfCraneBeamH1/>", "<TopOfCraneBeamH1>0</TopOfCraneBeamH1>");
}
if (Xmlse.Contains("<WheelBase/>"))
{
Xmlse = Xmlse.Replace("<WheelBase/>", "<WheelBase>0</WheelBase>");
}
if (Xmlse.Contains("<VertH2/>"))
{
Xmlse = Xmlse.Replace("<VertH2/>", "<VertH2>0</VertH2>");
}
if (Xmlse.Contains("<HorizW2/>"))
{
Xmlse = Xmlse.Replace("<HorizW2/>", "<HorizW2>0</HorizW2>");
}
if (Xmlse.Contains("<Crane/>"))
{
Xmlse = Xmlse.Replace("<Crane/>", "<Crane>0</Crane>");
}
if (Xmlse.Contains("<Hoist/>"))
{
Xmlse = Xmlse.Replace("<Hoist/>", "<Hoist>0</Hoist>");
}
if (Xmlse.Contains("<Trolley/>"))
{
Xmlse = Xmlse.Replace("<Trolley/>", "<Trolley>0</Trolley>");
}
if (Xmlse.Contains("<Bridge/>"))
{
Xmlse = Xmlse.Replace("<Bridge/>", "<Bridge>0</Bridge>");
}
if (Xmlse.Contains("<ClearHeight/>"))
{
Xmlse = Xmlse.Replace("<ClearHeight/>", "<ClearHeight>0</ClearHeight>");
}
if (Xmlse.Contains("<Projection/>"))
{
Xmlse = Xmlse.Replace("<Projection/>", "<Projection>0</Projection>");
}
if (Xmlse.Contains("<ThroatOpening/>"))
{
Xmlse = Xmlse.Replace("<ThroatOpening/>", "<ThroatOpening>0</ThroatOpening>");
}
if (Xmlse.Contains("<BottomHeightFromFFL/>"))
{
Xmlse = Xmlse.Replace("<BottomHeightFromFFL/>", "<BottomHeightFromFFL>0</BottomHeightFromFFL>");
}
if (Xmlse.Contains("<HandrailLength/>"))
{
Xmlse = Xmlse.Replace("<HandrailLength/>", "<HandrailLength>0</HandrailLength>");
}
if (Xmlse.Contains("<UniformLoad/>"))
{
Xmlse = Xmlse.Replace("<UniformLoad/>", "<UniformLoad>0</UniformLoad>");
}
if (Xmlse.Contains("<ConcentratedLoad/>"))
{
Xmlse = Xmlse.Replace("<ConcentratedLoad/>", "<ConcentratedLoad>0</ConcentratedLoad>");
}
if (Xmlse.Contains("<OpenWallLength/>"))
{
Xmlse = Xmlse.Replace("<OpenWallLength/>", "<OpenWallLength>0</OpenWallLength>");
}
if (Xmlse.Contains("<OpenWallHeight/>"))
{
Xmlse = Xmlse.Replace("<OpenWallHeight/>", "<OpenWallHeight>0</OpenWallHeight>");
}
if (Xmlse.Contains("<LocationX/>"))
{
Xmlse = Xmlse.Replace("<LocationX/>", "<LocationX>0</LocationX>");
}
if (Xmlse.Contains("<LocationY/>"))
{
Xmlse = Xmlse.Replace("<LocationY/>", "<LocationY>0</LocationY>");
}
if (Xmlse.Contains("<CarryingWeight/>"))
{
Xmlse = Xmlse.Replace("<CarryingWeight/>", "<CarryingWeight>0</CarryingWeight>");
}
if (Xmlse.Contains("<Throat/>"))
{
Xmlse = Xmlse.Replace("<Throat/>", "<Throat>0</Throat>");
}
if (Xmlse.Contains("<Density/>"))
{
Xmlse = Xmlse.Replace("<Density/>", "<Density>0</Density>");
}
if (Xmlse.Contains("<Offset/>"))
{
Xmlse = Xmlse.Replace("<Offset/>", "<Offset>0</Offset>");
}
if (Xmlse.Contains("<LiveLoadOnRoof/>"))
{
Xmlse = Xmlse.Replace("<LiveLoadOnRoof/>", "<LiveLoadOnRoof>0</LiveLoadOnRoof>");
}
if (Xmlse.Contains("<LiveLoadOnFrame/>"))
{
Xmlse = Xmlse.Replace("<LiveLoadOnFrame/>", "<LiveLoadOnFrame>0</LiveLoadOnFrame>");
}
if (Xmlse.Contains("<ThicknessGroundSnow/>"))
{
Xmlse = Xmlse.Replace("<ThicknessGroundSnow/>", "<ThicknessGroundSnow>0</ThicknessGroundSnow>");
}
if (Xmlse.Contains("<GroundSnowLoad/>"))
{
Xmlse = Xmlse.Replace("<GroundSnowLoad/>", "<GroundSnowLoad>0</GroundSnowLoad>");
}
if (Xmlse.Contains("<CollateralLoad/>"))
{
Xmlse = Xmlse.Replace("<CollateralLoad/>", "<CollateralLoad>0</CollateralLoad>");
}
if (Xmlse.Contains("<Intensity/>"))
{
Xmlse = Xmlse.Replace("<Intensity/>", "<Intensity>0</Intensity>");
}
if (Xmlse.Contains("<Plus/>"))
{
Xmlse = Xmlse.Replace("<Plus/>", "<Plus>0</Plus>");
}
if (Xmlse.Contains("<Minus/>"))
{
Xmlse = Xmlse.Replace("<Minus/>", "<Minus>0</Minus>");
}
if (Xmlse.Contains("<WindPressure/>"))
{
Xmlse = Xmlse.Replace("<WindPressure/>", "<WindPressure>0</WindPressure>");
}
if (Xmlse.Contains("<WindSpeed/>"))
{
Xmlse = Xmlse.Replace("<WindSpeed/>", "<WindSpeed>0</WindSpeed>");
}
if (Xmlse.Contains("<LeftSlope/>"))
{
Xmlse = Xmlse.Replace("<LeftSlope/>", "<LeftSlope>0</LeftSlope>");
}
if (Xmlse.Contains("<RightSlope/>"))
{
Xmlse = Xmlse.Replace("<RightSlope/>", "<RightSlope>0</RightSlope>");
}
if (Xmlse.Contains("<RidgeDistance/>"))
{
Xmlse = Xmlse.Replace("<RidgeDistance/>", "<RidgeDistance>0</RidgeDistance>");
}
if (Xmlse.Contains("<LeftHeight/>"))
{
Xmlse = Xmlse.Replace("<LeftHeight/>", "<LeftHeight>0</LeftHeight>");
}
if (Xmlse.Contains("<LeftColBase/>"))
{
Xmlse = Xmlse.Replace("<LeftColBase/>", "<LeftColBase>0</LeftColBase>");
}
if (Xmlse.Contains("<RightHeight/>"))
{
Xmlse = Xmlse.Replace("<RightHeight/>", "<RightHeight>0</RightHeight>");
}
if (Xmlse.Contains("<RightColBase/>"))
{
Xmlse = Xmlse.Replace("<RightColBase/>", "<RightColBase>0</RightColBase>");
}
if (Xmlse.Contains("<NSWHeight/>"))
{
Xmlse = Xmlse.Replace("<NSWHeight/>", "<NSWHeight>0</NSWHeight>");
}
if (Xmlse.Contains("<FSWHeight/>"))
{
Xmlse = Xmlse.Replace("<FSWHeight/>", "<FSWHeight>0</FSWHeight>");
}
if (Xmlse.Contains("<LEWHeight/>"))
{
Xmlse = Xmlse.Replace("<LEWHeight/>", "<LEWHeight>0</LEWHeight>");
}
if (Xmlse.Contains("<REWHeight/>"))
{
Xmlse = Xmlse.Replace("<REWHeight/>", "<REWHeight>0</REWHeight>");
}
//Xmlse = Xmlse.ToUpper();
//StringReader rdr = new StringReader(Xmlse);
XDocument doc = XDocument.Parse(Xmlse);
foreach (var desc in doc.Descendants())
{
var nodes = desc.Nodes().Where(p => p.NodeType == XmlNodeType.Text);
string flow = "xmlns=\"http://schemas.microsoft.com/winfx/2006/xaml/presentation\"";
foreach (XText node in nodes)
{
if (node.Value == "false" || node.Value == "true" || node.Value.Contains(flow))
{
}
else
{
node.Value = node.Value.ToUpper();
}
}
}
string res = Edit1Area(doc.Root);
Vaildtion(doc.ToString());
StringReader rdr = new StringReader(res.ToString());
//StringReader rdr = new StringReader(doc.ToString());
//BA = (BuildingArea)serializer.Deserialize(rdr);
BA = (BuildingArea)serializer.Deserialize(rdr);
this.Session["_BA"] = BA;
return(null);
}
catch (Exception ex)
{
//BuildingArea BA = (BuildingArea)this.Session["_BA"];
//this.Session["_BA"] = BA;
StringReader rdr = new StringReader(Xmlse);
var err = FromDictionaryToJson(expections);
return(Json(erors));
//return Json(new { error = "Wrong File" + ex, baz = "Blech" });
}
}
