public VMDefaultElement(VMDefaultElement vmPrev, MainBlockViewModel mvm = null) : this(vmPrev.Width * Constants.MainScale, vmPrev.Height *Constants.MainScale, vmPrev.X, vmPrev.Y, mvm ?? vmPrev.MyWindow,
vmPrev.PathToImg, vmPrev.Rotation, vmPrev.Name)
{
ElementId = vmPrev.ElementId;
Rotation = vmPrev.Rotation;
New_x = vmPrev.New_x;
New_y = vmPrev.New_y;
ParentEl.LayoutTransform = new RotateTransform((double)Rotation, ParentEl.Width / 2, ParentEl.Height / 2);
UpdateCoord();
IdParentElement = vmPrev.IdParentElement;
PowerTrans = vmPrev.PowerTrans;
VisInform = vmPrev.VisInform;
Inform = vmPrev.Inform;
NameElementDef = vmPrev.NameElementDef;
}
public BaseDrawClass(MainBlockViewModel vm, myDrawCollect myImage, double x, double y)
{
switch (myImage.typeElem)
{
case "VMSandwitchBlock":
vm.BaseDrawElements.Add(new VMSandwitchBlock(myImage.width, myImage.height, x, y, vm, myImage.pathSVG,
(TypeWall)myImage.idElement, 666));
break;
case "VMDoorBlock":
vm.BaseDrawElements.Add(new VMDefaultElement(myImage.width, myImage.height, x, y, vm, myImage.pathSVG, Rotation.D0, "DoorBlock"));
break;
case "VMRUVNPlace":
vm.BaseDrawElements.Add(new VMRUVNPlace(RoomType.HighVoltage, myImage.width, myImage.height, x, y, vm, myImage.pathSVG));
break;
case "VMRUNNPlace":
vm.BaseDrawElements.Add(new VMRUVNPlace(RoomType.LowVoltage, myImage.width, myImage.height, x, y, vm, myImage.pathSVG));
break;
case "VMTransformPlace":
vm.BaseDrawElements.Add(new VMRUVNPlace(RoomType.Transformer, myImage.width, myImage.height, x, y, vm,
myImage.pathSVG, (Rotation)(myImage.Rotation)));
break;
case "VMTransform":
{
string power = myImage.NameElement;
power = power.Substring(power.IndexOf("(") + 1);
power = power.Substring(0, power.IndexOf("кВ") - 1);
int powerTrans = Convert.ToInt32(power.Trim());
var f = vm.BaseDrawElements.ToList().FindAll(xx => xx is VMRUVNPlace);
foreach (var vari in f)
{
bool trueDraw = false;
var curPlace = (vari as VMRUVNPlace);
if (curPlace.RoomType == RoomType.Transformer)
{
if (FindInter(curPlace, new System.Drawing.Point((int)x, (int)y)))
{
if (curPlace.virtualRot == Rotation.D0)
{
if ((curPlace.Width > myImage.width / Constants.MainScale) &&
(curPlace.Height > myImage.height / Constants.MainScale))
{
trueDraw = true;
}
else
{
vm.IToastNotifications.ShowError(
"Размер выбранного тр-ра не подходит для данного шаблона");
break;
}
}
if (curPlace.virtualRot == Rotation.D90)
{
if ((curPlace.Width > myImage.height / Constants.MainScale) &&
(curPlace.Height > myImage.width / Constants.MainScale))
{
trueDraw = true;
}
else
{
vm.IToastNotifications.ShowError(
"Размер выбранного тр-ра не подходит для данного шаблона");
break;
}
}
if (curPlace.virtualRot == Rotation.D270)
{
if ((curPlace.Width > myImage.height / Constants.MainScale) &&
(curPlace.Height > myImage.width / Constants.MainScale))
{
trueDraw = true;
}
else
{
vm.IToastNotifications.ShowError(
"Размер выбранного тр-ра не подходит для данного шаблона");
break;
}
}
if (trueDraw)
{
if (powerTrans > curPlace.PowerTrans)
{
vm.IToastNotifications.ShowError(
$"Мощность выбранного тр-ра не подходит для данного шаблона. Требуется не более {curPlace.PowerTrans}");
break;
}
curPlace.Visibility = Visibility.Collapsed;
double heightt = myImage.height / 2;
double widthh = myImage.width / 2;
if ((curPlace.virtualRot == Rotation.D270) ||
(curPlace.virtualRot == Rotation.D90))
{
var ss33 = new VMDefaultElement(myImage.width, myImage.height,
curPlace.X + curPlace.Width / 2 - heightt / Constants.MainScale,
curPlace.Y + curPlace.Height / 2 - widthh / Constants.MainScale, vm,
myImage.pathSVG, curPlace.virtualRot,
curPlace.namePlaceFrame.IndexOf("1") > -1 ? "Тр-р №1" : "Тр-р №2",
powerTrans);
vm.BaseDrawElements.Add(ss33);
var link = vm.BaseDrawElements.ToList().FindAll(x1 => x1 is VMLink);
var max = link.Max(y1 => (y1 as VMLink).NumbElem);
max = (Convert.ToInt32(max) + 1).ToString();
vm.AddElemLink(ss33,
link.FindAll(x1 => (x1 as VMLink).nameLink == "Трансформатор").Count == 0 ? max : (link.Find(x1 => (x1 as VMLink).nameLink == "Трансформатор") as VMLink).NumbElem,
"Трансформатор", ss33.Rotation == Rotation.D0 || ss33.Rotation == Rotation.D180 ? false : true, ss33);
}
else
{
var ss33 = new VMDefaultElement(myImage.width, myImage.height,
curPlace.X + curPlace.Width / 2 - widthh / Constants.MainScale,
curPlace.Y + curPlace.Height / 2 - heightt / Constants.MainScale, vm,
myImage.pathSVG, curPlace.virtualRot,
curPlace.namePlaceFrame.IndexOf("1") > -1 ? "Тр-р №1" : "Тр-р №2",
powerTrans);
vm.BaseDrawElements.Add(ss33);
var link = vm.BaseDrawElements.ToList().FindAll(x1 => x1 is VMLink);
var max = link.Max(y1 => (y1 as VMLink).NumbElem);
max = (Convert.ToInt32(max) + 1).ToString();
vm.AddElemLink(ss33,
link.FindAll(x1 => (x1 as VMLink).nameLink == "Трансформатор").Count == 0 ? max : (link.Find(x1 => (x1 as VMLink).nameLink == "Трансформатор") as VMLink).NumbElem,
"Трансформатор", ss33.Rotation == Rotation.D0 || ss33.Rotation == Rotation.D180 ? false : true, ss33);
}
break;
}
}
}
}
}
break;
case "VMDefaultElement":
vm.BaseDrawElements.Add(new VMDefaultElement(myImage.width, myImage.height, x, y, vm, myImage.pathSVG, Rotation.D0, "DefaultElemnt"));
break;
}
}