private void AddBox_Click(object sender, EventArgs e)
{
wardrobe.AddBox(36);
part = wardrobe.Visual_part;
view = "front";
TestVisualPart(view);
}
/*
* views_names : keys = views from added visualPart, values = positions in the current visualPart
* locations : keys = views from added visualPart, values = locations in the current visualPart
*
* create a new panel in current visualPart for each concerned view (path = position + name)
*/
//AddVisualPart
public void AddVisualPart(string name, VisualPart visual_part, Dictionary <string, string> views_names, Dictionary <string, Point> locations)
{
visual_part.ChangeScaling(scaling);
pieces.Add(name, new Tuple <VisualPart, HashSet <string> >(visual_part, new HashSet <string>()));
foreach (string view in views_names.Keys)
{
List <string> position = ConvertToPosition(views_names[view]);
position.Add(name);
string view_container = ConvertToName(position);
VPPanel container = AddPanel(view_container, locations[view], visual_part.Views[view].Mm_size);
//container.BorderStyle = BorderStyle.FixedSingle;//MODIF wtf apparence bizarre?
pieces[name].Item2.Add(view_container);
container.Controls.Add(visual_part.Views[view]);
OrderedDictionary size = new OrderedDictionary()
{
{ "slave", null },
{ "master_sizes", null },
{ "axis_dependency", new Tuple <bool, bool>(true, true) },
{ "axis_inversion", false }
};
Action <VPPanel, Tuple <Size, Size>, Tuple <bool, bool>, bool> SizCopySizeChangeRule = visual_part.CopySizeChangeRule;
AddRule(container.Name, string.Concat(view, "_" + name), SizCopySizeChangeRule, size, typeof(Size));
//MODIF desactive peut etre l'opportunite de cliquer sur l'etage, a verifier
}
}
private void ChangeSurface_Click(object sender, EventArgs e)
{
wardrobe.ChangeSurface(80, 52);
part = wardrobe.Visual_part;
view = "front";
TestVisualPart(view);
}
private void ChangeColor_Click(object sender, EventArgs e)
{
string etage = wardrobe.Visual_part.Pointer.Split('_').Last();
wardrobe.ChangeColor(Color_input.Text);
part = wardrobe.Visual_part;
view = "front";
TestVisualPart(view);
}
private void ResizeBox_Click(object sender, EventArgs e)
{
string position = wardrobe.Visual_part.Pointer.Split('*').Last();
wardrobe.ResizeBox(position, 56);
part = wardrobe.Visual_part;
view = "front";
TestVisualPart(view);
}
public Part()
{
Code = "";
Dimensions = new Size3D(0, 0, 0);
Location = new Point3D(0, 0, 0);
Color = Color.Empty;
Selling_price = 0;
visual_part = null;
}
/// <summary>
/// Construct the visualPart for a panel (which is also a nogging => same behavior for a visualPart)
/// </summary>
public override void ConstructVisualPart()
{
Size scaled = new Size(Convert.ToInt32(Dimensions.X), Convert.ToInt32(Dimensions.Y));
Visual_part = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
Visual_part.AddPanel("front_" + Reference, new Point(0, 0), scaled, Color);
}
private void UNZOOM_Click(object sender, EventArgs e)
{
if (parts.Count() > 0)
{
VisualPart container = parts.Pop();
string piece = container.ConvertToPosition(container.Pointer).Last();
container.ReinsertPiece(piece);
part = container;
view = "front";
TestVisualPart(view);
}
}
private void ZOOM_Click(object sender, EventArgs e)
{
string piece = part.ConvertToPosition(part.Pointer).Last();
if (part.Pieces.Keys.Contains(piece))
{
parts.Push(part);
part = part.Pieces[piece].Item1;
view = "front";
TestVisualPart(view);
}
}
private void AddVisualPart1v(VisualPart container, VisualPart content, string content_name, string content_view, string container_pos, Point location)
{
container.AddVisualPart(content_name, content,
new Dictionary <string, string>()
{
{ content_view, container_pos }
},
new Dictionary <string, Point>()
{
{ content_view, location }
});
}
//ReinsertPiece
/// <summary>
/// When a piece is displayed in a screen, the related controls are removed from the VisualPart that contained the piece
/// This method adds the said removed controls in the right place anew
/// </summary>
/// <param name="name">the name of the piece that had been displayed</param>
public void ReinsertPiece(string name)
{
VisualPart piece = Pieces[name].Item1;
foreach(string container in Pieces[name].Item2.Keys)
{
VPPanel master = GetPanel(container);
VPPanel slave = piece.GetPanel(Pieces[name].Item2[container]);
if(!master.Controls.Contains(slave))
{
master.Controls.Add(slave);
}
}
}
/*
*
*/
//ChangeScaling : scaling
public void ChangeScaling(double scaling)
{
foreach (string reference in references)
{
VPPanel current = GetPanel(reference);
current.Location = ScalePoint(current.Mm_location, scaling);
current.Size = ScaleSize(current.Mm_size, scaling);
}
foreach (string visual_part in pieces.Keys)
{
VisualPart piece = pieces[visual_part].Item1;
piece.ChangeScaling(scaling);
}
}
//Display
/// <summary>
/// Adapt the method called when clicking on a component of the VisualPart for every components
/// </summary>
/// <returns> views as in a technical drawing, key : name of the view </returns>
public Dictionary<string, VPPanel> Display()
{
Action<object> RuleSelected = SelectPiece;
Rule selection = new Rule(RuleSelected,
new OrderedDictionary()
{
{ "sender", null }
}, typeof(EventHandler), typeof(VisualPart));
this.selection = selection;
foreach (string ref_piece in pieces.Keys)
{
VisualPart current = pieces[ref_piece].Item1;
current.ChangeEventHandler(selection);
}
return Views;
}
public void Preset()
{
part = wardrobe.Visual_part;
parts = new Stack <VisualPart>();
view = "front";
M_etage.Text = "armoire";
DisplayVisualPart(view);
ZoneWardrobe(true);
M_depth.Text = Convert.ToString(wardrobe.Dimensions.Z);
M_width.Text = Convert.ToString(wardrobe.Dimensions.X);
M_price.Text = Convert.ToString(wardrobe.SellingPrice());
M_dim.Text = Convert.ToString(wardrobe.Dimensions.X) + "*" + Convert.ToString(wardrobe.Dimensions.Y) + "*" + Convert.ToString(wardrobe.Dimensions.Z);
}
private void M_unzoom_Click(object sender, EventArgs e)
{
if (parts.Count() > 0)
{
VisualPart container = parts.Pop();
string piece = container.ConvertToPosition(container.Pointer).Last();
container.ReinsertPiece(piece);
part = container;
view = "front";
DisplayVisualPart(view);
}
if (parts.Count() == 0)
{
ZoneWardrobe(true);
M_etage.Text = "armoire";
}
}
private void M_zoom_Click(object sender, EventArgs e)
{
string piece = part.ConvertToPosition(part.Pointer).Last();
if (part.Pieces.Keys.Contains(piece))
{
parts.Push(part);
part = part.Pieces[piece].Item1;
view = "front";
DisplayVisualPart(view);
ZoneWardrobe(false);
if (parts.Count == 1)
{
M_etage.Text = piece;
}
}
}
public Part()
{
Code = "";
Dimensions = new Size3D(0, 0, 0);
Location = new Point3D(0, 0, 0);
Color = Color.Empty;
Stock = 0;
Min_stock = 0;
Selling_price = 0;
visual_part = null;
//MODIF???
//Dictionary that contains every suppliers
//Dictionary that contains every structure
//Dictionary that contains every Type
}
private void compute_Click(object sender, EventArgs e)
{
wardrobe = null;
switch (test_input.Text)
{
case "vp_door": //VisualPart_Door
part = TestDoor(62, 32, Color.Beige).Visual_part;
break;
case "vp_knop": //VisualPart_Knop
part = TestKnop(6, 6, Color.Black).Visual_part;
break;
case "vp_panel": //VisualPart_Panel
part = TestPanel(120, 2, Color.Tan).Visual_part;
break;
case "vp_angle": //VisualPart_Angle
part = TestAngle(2, 108, Color.Black).Visual_part;
break;
case "vp_box": //VisualPart_Box
part = TestBox(120, 36, 42).Visual_part;;
break;
case "vp_wardrobe": //VisualPart_Wardrobe
wardrobe = TestWardrobe(120, 36, 42);
part = wardrobe.Visual_part;
AddBox.Visible = true;
ChangeSurface.Visible = true;
RemoveBox.Visible = true;
ResizeBox.Visible = true;
ChangeColor.Visible = true;
Color_input.Visible = true;
break;
}
try
{
view = "front";
TestVisualPart(view);
}
catch { return; }
}
public override void ConstructVisualPart()
{
Size scaled = new Size(Convert.ToInt32(Dimensions.X), Convert.ToInt32(Dimensions.Y));
Visual_part = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
Visual_part.AddPanel("front_" + Reference, new Point(0, 0), scaled, Color);
int invert;
int take;
if (knop_position == "left")
{
invert = -1;
take = 0;
}
else if (knop_position == "right")
{
invert = 1;
take = 1;
}
else
{
return;
}
Visual_part.AddVisualPart(knop.Reference + "*" + Knop.Position, knop.Visual_part,
new Dictionary <string, string>()
{
{ "front", "front_" + Reference }
},
new Dictionary <string, Point>()
{
{ "front", new Point(take * (scaled.Width - Convert.ToInt32(knop.Dimensions.X)) - invert * Convert.ToInt32(knop.Location.X), Convert.ToInt32((scaled.Height - Convert.ToInt32(knop.Dimensions.Y)) / 2)) }
});
}
//WARNING COUPELLE DE DROITE PLACEMENT ERRONE?
public Viewer()
{
InitializeComponent();
//6 coupelles
Stack <VisualPart> knops = new Stack <VisualPart>();
for (int i = 0; i < 6; i++)
{
Size scaled = new Size(6, 6);
VisualPart knop = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
knop.AddPanel("front_knop", new Point(0, 0), scaled, Color.Black, true);
knops.Push(knop);
}
//6 portes
Stack <VisualPart> doors = new Stack <VisualPart>();
for (int i = 0; i < 6; i++)
{
Size scaled = new Size(62, 32);
VisualPart door = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
door.AddPanel("front_door", new Point(0, 0), scaled, Color.White);
VisualPart knop = knops.Pop();
int invert = Convert.ToInt32(Math.Pow(-1, i)); //1 ou -1
int take = Convert.ToInt32(((1 + invert) / 2)); //1 ou 0
AddVisualPart1v(door, knop, "knop", "front", "front_door",
new Point(take * (scaled.Width - knop.Mm_size.Width) - invert * 4, Convert.ToInt32((scaled.Height - knop.Mm_size.Height) / 2)));
doors.Push(door);
}
//3 panneaux AR
Stack <VisualPart> ARpanels = new Stack <VisualPart>();
for (int i = 0; i < 3; i++)
{
Size scaled = new Size(120, 32);
VisualPart ARpanel = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
ARpanel.AddPanel("front_arpanel", new Point(0, 0), scaled, Color.White);
ARpanels.Push(ARpanel);
}
//6 panneaux GD
Stack <VisualPart> GDpanels = new Stack <VisualPart>();
for (int i = 0; i < 6; i++)
{
Size scaled = new Size(42, 32);
VisualPart GDpanel = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
GDpanel.AddPanel("front_gdpanel", new Point(0, 0), scaled, Color.White);
GDpanels.Push(GDpanel);
}
//6 panneaux HB
Stack <VisualPart> HBpanels = new Stack <VisualPart>();
for (int i = 0; i < 6; i++)
{
Size scaled = new Size(120, 42);
VisualPart HBpanel = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
HBpanel.AddPanel("front_HBpanel", new Point(0, 0), scaled, Color.White);
HBpanels.Push(HBpanel);
}
//6 traverses AV
Stack <VisualPart> AVnoggings = new Stack <VisualPart>();
for (int i = 0; i < 6; i++)
{
Size scaled = new Size(120, 2);
VisualPart AVnogging = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
AVnogging.AddPanel("front_AVnogging", new Point(0, 0), scaled, Color.Tan);
AVnoggings.Push(AVnogging);
}
//6 traverses AR
Stack <VisualPart> ARnoggings = new Stack <VisualPart>();
for (int i = 0; i < 6; i++)
{
Size scaled = new Size(120, 2);
VisualPart ARnogging = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
ARnogging.AddPanel("front_ARnogging", new Point(0, 0), scaled, Color.Tan);
ARnoggings.Push(ARnogging);
}
//12 traverses GD
Stack <VisualPart> GDnoggings = new Stack <VisualPart>();
for (int i = 0; i < 12; i++)
{
Size scaled = new Size(42, 2);
VisualPart GDnogging = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
GDnogging.AddPanel("front_GDnogging", new Point(0, 0), scaled, Color.Tan);
GDnoggings.Push(GDnogging);
}
//4 cornières
Stack <VisualPart> angles = new Stack <VisualPart>();
for (int i = 0; i < 4; i++)
{
Size scaled = new Size(2, 108);
VisualPart angle = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled },
{ "left", scaled }
});
angle.AddPanel("front_angle", new Point(0, 0), scaled, Color.Black);
angle.AddPanel("left_angle", new Point(0, 0), scaled, Color.Black);
angles.Push(angle);
}
//3 etages
Stack <VisualPart> boxes = new Stack <VisualPart>();
for (int i = 0; i < 3; i++)
{
int h = 36;
int l = 120;
int p = 42;
Size lh = new Size(l, h);
Size lp = new Size(l, p);
Size ph = new Size(p, h);
VisualPart box = new VisualPart(front.Size,
new Dictionary <string, Size>()
{
{ "front", lh },
{ "left", ph },
{ "right", ph },
{ "rear", lh },
{ "top", lp },
{ "bottom", lp }
});
//doors
VisualPart Ldoor = doors.Pop();
AddVisualPart1v(box, Ldoor, "Ldoor", "front", "front", new Point(0, 2));
VisualPart Rdoor = doors.Pop();
AddVisualPart1v(box, Rdoor, "Rdoor", "front", "front", new Point(l - Rdoor.Mm_size.Width, 2));
//GDnoggings
VisualPart BLnogging = GDnoggings.Pop();
AddVisualPart1v(box, BLnogging, "BLnogging", "front", "left", new Point(0, h - BLnogging.Mm_size.Height));
VisualPart HLnogging = GDnoggings.Pop();
AddVisualPart1v(box, HLnogging, "HLnogging", "front", "left", new Point(0, 0));
VisualPart BRnogging = GDnoggings.Pop();
AddVisualPart1v(box, BRnogging, "BRnogging", "front", "right", new Point(0, h - BRnogging.Mm_size.Height));
VisualPart HRnogging = GDnoggings.Pop();
AddVisualPart1v(box, HRnogging, "HRnogging", "front", "right", new Point(0, 0));
//AVnoggings
VisualPart BAVnogging = AVnoggings.Pop();
AddVisualPart1v(box, BAVnogging, "BAVnogging", "front", "front", new Point(0, h - BAVnogging.Mm_size.Height));
VisualPart HAVnogging = AVnoggings.Pop();
AddVisualPart1v(box, HAVnogging, "HAVnogging", "front", "front", new Point(0, 0));
//ARnoggings
VisualPart BARnogging = ARnoggings.Pop();
AddVisualPart1v(box, BARnogging, "BARnogging", "front", "rear", new Point(0, h - BARnogging.Mm_size.Height));
VisualPart HARnogging = ARnoggings.Pop();
AddVisualPart1v(box, HARnogging, "HARnogging", "front", "rear", new Point(0, 0));
//HBpanels
VisualPart Hpanel = HBpanels.Pop();
AddVisualPart1v(box, Hpanel, "Hpanel", "front", "top", new Point(0, 0));
VisualPart Bpanel = HBpanels.Pop();
AddVisualPart1v(box, Bpanel, "Bpanel", "front", "bottom", new Point(0, 0));
//GDpanels
VisualPart Gpanel = GDpanels.Pop();
AddVisualPart1v(box, Gpanel, "Gpanel", "front", "left", new Point(0, 2));
VisualPart Dpanel = GDpanels.Pop();
AddVisualPart1v(box, Dpanel, "Dpanel", "front", "right", new Point(0, 2));
//ARpanels
VisualPart ARpanel = ARpanels.Pop();
AddVisualPart1v(box, ARpanel, "ARpanel", "front", "rear", new Point(0, 2));
boxes.Push(box);
}
//1 armoire
int _h = 3 * 36;
int _l = 120;
int _p = 42;
Size _lh = new Size(_l, _h);
Size _lp = new Size(_l, _p);
Size _ph = new Size(_p, _h);
VisualPart wardrobe = new VisualPart(front.Size,
new Dictionary <string, Size>()
{
{ "front", _lh },
{ "left", _ph },
{ "right", _ph },
{ "rear", _lh },
{ "top", _lp },
{ "bottom", _lp }
});
//angles
VisualPart angle1 = angles.Pop();
wardrobe.AddVisualPart("angle1", angle1,
new Dictionary <string, string>()
{
{ "front", "front" },
{ "left", "left" }
},
new Dictionary <string, Point>()
{
{ "front", new Point(0, 0) },
{ "left", new Point(_p - angle1.Mm_size.Width, 0) }
});
VisualPart angle2 = angles.Pop();
wardrobe.AddVisualPart("angle2", angle2,
new Dictionary <string, string>()
{
{ "front", "right" },
{ "left", "front" }
},
new Dictionary <string, Point>()
{
{ "front", new Point(0, 0) },
{ "left", new Point(_l - angle2.Mm_size.Width, 0) }
});
VisualPart angle3 = angles.Pop();
wardrobe.AddVisualPart("angle3", angle3,
new Dictionary <string, string>()
{
{ "front", "rear" },
{ "left", "right" }
},
new Dictionary <string, Point>()
{
{ "front", new Point(0, 0) },
{ "left", new Point(_p - angle3.Mm_size.Width, 0) }
});
VisualPart angle4 = angles.Pop();
wardrobe.AddVisualPart("angle4", angle4,
new Dictionary <string, string>()
{
{ "front", "left" },
{ "left", "rear" }
},
new Dictionary <string, Point>()
{
{ "front", new Point(0, 0) },
{ "left", new Point(_l - angle4.Mm_size.Width, 0) }
});
//floors
VisualPart floor1 = boxes.Pop();
wardrobe.AddVisualPart("floor1", floor1,
new Dictionary <string, string>()
{
{ "front", "front" },
{ "left", "left" },
{ "right", "right" },
{ "rear", "rear" },
{ "top", "top" },
{ "bottom", "bottom" },
},
new Dictionary <string, Point>()
{
{ "front", new Point(0, 0) },
{ "left", new Point(0, 0) },
{ "right", new Point(0, 0) },
{ "rear", new Point(0, 0) },
{ "top", new Point(0, 0) },
{ "bottom", new Point(0, 0) }
});
VisualPart floor2 = boxes.Pop();
wardrobe.AddVisualPart("floor2", floor2,
new Dictionary <string, string>()
{
{ "front", "front" },
{ "left", "left" },
{ "right", "right" },
{ "rear", "rear" },
{ "top", "top" },
{ "bottom", "bottom" },
},
new Dictionary <string, Point>()
{
{ "front", new Point(0, 36) },
{ "left", new Point(0, 36) },
{ "right", new Point(0, 36) },
{ "rear", new Point(0, 36) },
{ "top", new Point(0, 0) },
{ "bottom", new Point(0, 0) }
});
VisualPart floor3 = boxes.Pop();
wardrobe.AddVisualPart("floor3", floor3,
new Dictionary <string, string>()
{
{ "front", "front" },
{ "left", "left" },
{ "right", "right" },
{ "rear", "rear" },
{ "top", "top" },
{ "bottom", "bottom" },
},
new Dictionary <string, Point>()
{
{ "front", new Point(0, 72) },
{ "left", new Point(0, 72) },
{ "right", new Point(0, 72) },
{ "rear", new Point(0, 72) },
{ "top", new Point(0, 0) },
{ "bottom", new Point(0, 0) }
});
current = wardrobe;
//DimensionTester.Panel1.Controls.Add(current.Views["front"]);
Dictionary <string, VPPanel> views = current.Display();
front.Controls.Add(views["front"]);
rear.Controls.Add(views["rear"]);
top.Controls.Add(views["top"]);
bottom.Controls.Add(views["bottom"]);
left.Controls.Add(views["left"]);
right.Controls.Add(views["right"]);
}
public App()
{
InitializeComponent();
Stack <VisualPart> knops = new Stack <VisualPart>();
for (int i = 0; i < 2; i++)
{
Size scaled = new Size(6, 6);
VisualPart knop = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
knop.AddPanel("front_knop", new Point(0, 0), scaled, Color.Black, true);
knops.Push(knop);
}
//6 portes
Stack <VisualPart> doors = new Stack <VisualPart>();
for (int i = 0; i < 2; i++)
{
Size scaled = new Size(62, 32);
VisualPart door = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
door.AddPanel("front_door", new Point(0, 0), scaled, Color.White);
VisualPart knop = knops.Pop();
int invert = Convert.ToInt32(Math.Pow(-1, i)); //1 ou -1
int take = Convert.ToInt32(((1 + invert) / 2)); //1 ou 0
AddVisualPart1v(door, knop, "knop", "front", "front_door",
new Point(take * (scaled.Width - knop.Mm_size.Width) - invert * 4, Convert.ToInt32((scaled.Height - knop.Mm_size.Height) / 2)));
doors.Push(door);
}
//3 panneaux AR
Stack <VisualPart> ARpanels = new Stack <VisualPart>();
for (int i = 0; i < 1; i++)
{
Size scaled = new Size(120, 32);
VisualPart ARpanel = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
ARpanel.AddPanel("front_arpanel", new Point(0, 0), scaled, Color.White);
ARpanels.Push(ARpanel);
}
//6 panneaux GD
Stack <VisualPart> GDpanels = new Stack <VisualPart>();
for (int i = 0; i < 2; i++)
{
Size scaled = new Size(42, 32);
VisualPart GDpanel = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
GDpanel.AddPanel("front_gdpanel", new Point(0, 0), scaled, Color.White);
GDpanels.Push(GDpanel);
}
//6 panneaux HB
Stack <VisualPart> HBpanels = new Stack <VisualPart>();
for (int i = 0; i < 2; i++)
{
Size scaled = new Size(120, 42);
VisualPart HBpanel = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
HBpanel.AddPanel("front_HBpanel", new Point(0, 0), scaled, Color.White);
HBpanels.Push(HBpanel);
}
//6 traverses AV
Stack <VisualPart> AVnoggings = new Stack <VisualPart>();
for (int i = 0; i < 2; i++)
{
Size scaled = new Size(120, 2);
VisualPart AVnogging = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
AVnogging.AddPanel("front_AVnogging", new Point(0, 0), scaled, Color.Tan);
AVnoggings.Push(AVnogging);
}
//6 traverses AR
Stack <VisualPart> ARnoggings = new Stack <VisualPart>();
for (int i = 0; i < 2; i++)
{
Size scaled = new Size(120, 2);
VisualPart ARnogging = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
ARnogging.AddPanel("front_ARnogging", new Point(0, 0), scaled, Color.Tan);
ARnoggings.Push(ARnogging);
}
//12 traverses GD
Stack <VisualPart> GDnoggings = new Stack <VisualPart>();
for (int i = 0; i < 4; i++)
{
Size scaled = new Size(42, 2);
VisualPart GDnogging = new VisualPart(scaled,
new Dictionary <string, Size>()
{
{ "front", scaled }
});
GDnogging.AddPanel("front_GDnogging", new Point(0, 0), scaled, Color.Tan);
GDnoggings.Push(GDnogging);
}
//1 etage
int h = 36;
int l = 120;
int p = 42;
Size lh = new Size(l, h);
Size lp = new Size(l, p);
Size ph = new Size(p, h);
VisualPart box = new VisualPart(viewer.Size,
new Dictionary <string, Size>()
{
{ "front", lh },
{ "left", ph },
{ "right", ph },
{ "rear", lh },
{ "top", lp },
{ "bottom", lp }
});
//doors
VisualPart Ldoor = doors.Pop();
AddVisualPart1v(box, Ldoor, "Ldoor", "front", "front", new Point(0, 2));
VisualPart Rdoor = doors.Pop();
AddVisualPart1v(box, Rdoor, "Rdoor", "front", "front", new Point(l - Rdoor.Mm_size.Width, 2));
//GDnoggings
VisualPart BLnogging = GDnoggings.Pop();
AddVisualPart1v(box, BLnogging, "BLnogging", "front", "left", new Point(0, h - BLnogging.Mm_size.Height));
VisualPart HLnogging = GDnoggings.Pop();
AddVisualPart1v(box, HLnogging, "HLnogging", "front", "left", new Point(0, 0));
VisualPart BRnogging = GDnoggings.Pop();
AddVisualPart1v(box, BRnogging, "BRnogging", "front", "right", new Point(0, h - BRnogging.Mm_size.Height));
VisualPart HRnogging = GDnoggings.Pop();
AddVisualPart1v(box, HRnogging, "HRnogging", "front", "right", new Point(0, 0));
//AVnoggings
VisualPart BAVnogging = AVnoggings.Pop();
AddVisualPart1v(box, BAVnogging, "BAVnogging", "front", "front", new Point(0, h - BAVnogging.Mm_size.Height));
VisualPart HAVnogging = AVnoggings.Pop();
AddVisualPart1v(box, HAVnogging, "HAVnogging", "front", "front", new Point(0, 0));
//ARnoggings
VisualPart BARnogging = ARnoggings.Pop();
AddVisualPart1v(box, BARnogging, "BARnogging", "front", "rear", new Point(0, h - BARnogging.Mm_size.Height));
VisualPart HARnogging = ARnoggings.Pop();
AddVisualPart1v(box, HARnogging, "HARnogging", "front", "rear", new Point(0, 0));
//HBpanels
VisualPart Hpanel = HBpanels.Pop();
AddVisualPart1v(box, Hpanel, "Hpanel", "front", "top", new Point(0, 0));
VisualPart Bpanel = HBpanels.Pop();
AddVisualPart1v(box, Bpanel, "Bpanel", "front", "bottom", new Point(0, 0));
//GDpanels
VisualPart Gpanel = GDpanels.Pop();
AddVisualPart1v(box, Gpanel, "Gpanel", "front", "left", new Point(0, 2));
VisualPart Dpanel = GDpanels.Pop();
AddVisualPart1v(box, Dpanel, "Dpanel", "front", "right", new Point(0, 2));
//ARpanels
VisualPart Apanel = ARpanels.Pop();
AddVisualPart1v(box, Apanel, "Apanel", "front", "rear", new Point(0, 2));
current = box;
//DimensionTester.Panel1.Controls.Add(current.Views["front"]);
Dictionary <string, VPPanel> views = current.Display();
viewer.Controls.Add(views["front"]);
}
//TestVisualPart
public void TestVisualPart(VisualPart part)
{
part.ChangeScaling(screen.Size);
screen.Controls.Add(part.Display()["front"]);
screen.Visible = true;
}
