/*
*
*/
//ResizePanel
public void ResizePanel(VPPanel panel, Size new_size)
{
Size old_size = panel.Size;
panel.Size = new_size;
foreach (string slave in panel.Rules.Keys)
{
foreach (Rule rule in panel.Rules[slave])
{
if (rule.Trigger == typeof(Size))
{
string visual_part = ConvertToPosition(slave).First();
string view = ConvertToPosition(slave).Last();
Dictionary <object, object> args = new Dictionary <object, object>()
{
{
"slave",
(pieces.Keys.Contains(visual_part)) ?
pieces[visual_part].Item1.GetPanel(view) :
GetPanel(slave)
},
{ "master_sizes", new Tuple <Size, Size>(old_size, new_size) }
};
rule.Execute(args);
}
}
}
}
/*
*
*/
//GetPanel
public VPPanel GetPanel(string name)
{
List <string> position = ConvertToPosition(name);
Control[] subcontainers;
if (position.Count() == 1 && views.ContainsKey(position[0]))
{
subcontainers = new VPPanel[1]
{
views[position[0]]
};
}
else if (position.Count() > 1 && views.ContainsKey(position[0]))
{
subcontainers = views[position[0]].Controls.Find(name, true);
}
else
{
subcontainers = new VPPanel[0];
}
if (subcontainers.Count() == 1)
{
return((VPPanel)subcontainers[0]);
}
else
{
throw new Exception("Could not find consistent control at specified position");
}
}
/*
* 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
}
}
//SizeDependentPositionRule
/// <summary>
/// The rule which change the position if the size is changed
/// </summary>
/// <param name="slave"></param>
/// <param name="master_sizes"></param>
/// <param name="axis_dependency"></param>
/// <param name="axis_inversion"></param>
public void SizeDependentPositionRule(VPPanel slave, Tuple<Size, Size> master_sizes,
Tuple<bool, bool> axis_dependency, bool axis_inversion)
{
double sx = slave.Size.Width;
double sy = slave.Size.Height;
double lx = slave.Location.X + sx / 2;
double ly = slave.Location.Y + sy / 2;
double x = (master_sizes.Item2.Width / master_sizes.Item1.Width);
double y = (master_sizes.Item2.Height / master_sizes.Item1.Height);
if(axis_dependency.Item1)
{
if(axis_inversion)
{
ly = ly * x;
}
else
{
lx = lx * x;
}
}
if(axis_dependency.Item2)
{
if(axis_inversion)
{
lx = lx * y;
}
else
{
ly = ly * y;
}
}
lx = lx - sx / 2;
ly = ly - sy / 2;
RelocatePanel(slave, new Point(Convert.ToInt32(lx), Convert.ToInt32(ly)));
}
//AddPanel
/// <summary>
/// Add a VPPanel in the VisualPart
/// </summary>
/// <param name="name">the name(exclusive) of the VPPanel to be added</param>
/// <param name="location"> the location of the VPPanel in the VisualPart (unit of measurement) </param>
/// <param name="size"> The size of the VPPanel to be added (unit of measurement) </param>
/// <param name="color"> The color of the VPPanel to be added </param>
/// <param name="is_elliptic"> Specify if the VPPanel is elliptic (true) or rectangular (false) </param>
/// <returns></returns>
public VPPanel AddPanel(string name, Point location, Size size, Color? color = null, bool is_elliptic = false)
{
List<string> position = ConvertToPosition(name);
VPPanel subcontainer;
if (HasSubcontainer(position))
{
if (position.Count() > 1)
{
subcontainer = GetPanel(ConvertToName(position.Take(position.Count() - 1).ToList()));
}
else if (position.Count() == 1)
{
subcontainer = null;
}
else
{ throw new Exception("Specify a nonempty position"); }
positions = AddPosition(positions, position);
VPPanel new_panel = new VPPanel();
bool mouseHover = true;
if (color == null)
{
color = SystemColors.Control;
mouseHover = false;
}
if(subcontainer != null)
{
subcontainer.Controls.Add(new_panel);
new_panel.Click += new EventHandler(Click);
if (mouseHover)
{
new_panel.MouseHover += new EventHandler(MouseHover);
}
}
else
{
views[name] = new_panel;
ChangeConstrainingSize();
}
new_panel.BackColor = (Color)color;
new_panel.Mm_location = location;
new_panel.Location = ScalePoint(location, scaling);
new_panel.Name = name;
new_panel.Mm_size = size;
new_panel.Size = ScaleSize(size, scaling);
if(is_elliptic)
{
new_panel.Shape = new EventHandler(new_panel.ShapeElliptic);
}
references.Add(new_panel.Name);
return new_panel;
}
else { throw new Exception("The specified position does not contain a subcontainer in this VisualPart"); }
}
/*
* //MODIF on peut certainement modifier tous les ADDRULES pour qu'ils dépendent d'un code à paramètres (pcq la c'est du recopiage)
*/
//AddRule
/// <summary>
/// Add a Rule to a VPPanel, in short : when a dimension of a master VPPanel change, all of its slave must apply the related
/// Rule. NONFONCTIONNAL
/// </summary>
/// <param name="ref_master"></param>
/// <param name="ref_slave"></param>
/// <param name="action"></param>
/// <param name="args"></param>
/// <param name="Ttrigger"></param>
public void AddRule(string ref_master, string ref_slave, Delegate action, OrderedDictionary args, Type Ttrigger)
{
Type Ttarget = typeof(VPPanel);
VPPanel master = GetPanel(ref_master);
if(!master.Rules.ContainsKey(ref_slave))
{
master.Rules[ref_slave] = new List<Rule>();
}
master.Rules[ref_slave].Add(new Rule(action, args, Ttrigger, Ttarget));
}
//NoOverLappingRule : size changed
/// <summary>
/// The rule which relocate a slave if the master is resized
/// </summary>
/// <param name="slave"></param>
/// <param name="master_sizes"></param>
/// <param name="axis_dependency"></param>
/// <param name="axis_inversion"></param>
public void NoOverlappingRule(VPPanel slave, Tuple<Size, Size> master_sizes,
Tuple<bool, bool> axis_dependency, bool axis_inversion)
{
int dsx = Convert.ToInt32(axis_dependency.Item1) * (master_sizes.Item2.Width - master_sizes.Item1.Width);
int dsy = Convert.ToInt32(axis_dependency.Item2) * (master_sizes.Item2.Height - master_sizes.Item1.Height);
RelocatePanel(
slave,
new Point(
slave.Location.X + (axis_inversion ? dsy : dsx),
slave.Location.Y + (axis_inversion ? dsx : dsy)));
}
/*
* master_locations : old, new
* axis_dependency : x, y : refering to the master
*/
//NoOverlappingRule : location changed
/// <summary>
/// The rule which relocate a slave if the master is relocated
/// </summary>
/// <param name="slave"></param>
/// <param name="master_locations"></param>
/// <param name="axis_dependency"></param>
/// <param name="axis_inversion"></param>
public void NoOverlappingRule(VPPanel slave, Tuple<Point, Point> master_locations,
Tuple<bool, bool> axis_dependency, bool axis_inversion)
{
int dlx = Convert.ToInt32(axis_dependency.Item1) * (master_locations.Item2.X - master_locations.Item1.X);
int dly = Convert.ToInt32(axis_dependency.Item2) * (master_locations.Item2.Y - master_locations.Item1.Y);
RelocatePanel(
slave,
new Point(
slave.Location.X + (axis_inversion ? dly : dlx),
slave.Location.Y + (axis_inversion ? dlx : dly)));
}
/*
*
*/
//CopySizeProportionRule
/// <summary>
/// The rule which change the size of a slave if the master size is modified (proportions)
/// </summary>
/// <param name="slave"></param>
/// <param name="master_sizes"></param>
/// <param name="axis_dependency"></param>
/// <param name="axis_inversion"></param>
public void CopySizeProportionRule(VPPanel slave, Tuple<Size, Size> master_sizes,
Tuple<bool, bool> axis_dependency, bool axis_inversion)
{
double cx = Convert.ToInt32(axis_dependency.Item1) * (master_sizes.Item2.Width / master_sizes.Item1.Width);
double cy = Convert.ToInt32(axis_dependency.Item2) * (master_sizes.Item2.Height / master_sizes.Item1.Height);
ResizePanel(
slave,
new Size(
Convert.ToInt32(slave.Size.Width * (axis_inversion ? cy : cx)),
Convert.ToInt32(slave.Size.Height * (axis_inversion ? cx : cy))));
}
//CopySizeChangeRule
/// <summary>
/// The rule which change the size of a slave if the size of the master is modified
/// </summary>
/// <param name="slave"></param>
/// <param name="master_sizes"></param>
/// <param name="axis_dependency"></param>
/// <param name="axis_inversion"></param>
public void CopySizeChangeRule(VPPanel slave, Tuple<Size, Size> master_sizes,
Tuple<bool, bool> axis_dependency, bool axis_inversion)
{
int dx = Convert.ToInt32(axis_dependency.Item1) * (master_sizes.Item2.Width - master_sizes.Item1.Width);
int dy = Convert.ToInt32(axis_dependency.Item2) * (master_sizes.Item2.Height - master_sizes.Item1.Height);
ResizePanel(
slave,
new Size(
slave.Size.Width + (axis_inversion ? dy : dx),
slave.Size.Height + (axis_inversion ? dx : dy)));
}
//RemovePanel
/// <summary>
/// Remove the VPPanel with the name
/// </summary>
/// <param name="name"></param>
public void RemovePanel(string name)
{
List<string> position = ConvertToPosition(name);
List<string> container_position = position.Take(position.Count() - 1).ToList();
VPPanel container = GetPanel(ConvertToName(container_position));
container.Controls.RemoveByKey(name);
references.Remove(name);
if (position.Count() == 1)
{
views.Remove(name);
}
positions = RemovePosition(positions, position);
}
//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);
}
}
//CreateViews
/// <summary>
/// Construct as many VPPanel as the number of elements in mm_sizes, with the related dimensions
/// </summary>
/// <param name="mm_sizes">The sizes of the views (keys are the views names) (unit of measurement)</param>
private void CreateViews(Dictionary<string, Size> mm_sizes)
{
this.views = new Dictionary<string, VPPanel>();
List<string> list_views = mm_sizes.Keys.ToList();
for (int i = 0; i < list_views.Count(); i++)
{
VPPanel new_panel = new VPPanel();
new_panel.BackColor = SystemColors.Control;
new_panel.Location = new Point(0, 0);
new_panel.Mm_location = new Point(0, 0);
new_panel.Name = list_views[i];
new_panel.Size = mm_sizes[list_views[i]];
new_panel.Mm_size = mm_sizes[list_views[i]];
views[list_views[i]] = new_panel;
positions[list_views[i]] = null;
references.Add(list_views[i]);
}
}
//SelectPiece
/// <summary>
/// This method can be used to select a Component of the VisualPart, the colors will be adapted to
/// have a better visualization of the selection, the selected Component will have its name stored in Pointer
/// </summary>
/// <param name="sender"></param>
public void SelectPiece(object sender)
{
if(!typeof(VPPanel).IsInstanceOfType(sender))
{
return;
}
VPPanel current_sender = (VPPanel)sender;
string piece_name = ConvertToPosition(current_sender.Name).Last();
if(pieces.Keys.Contains(piece_name))
{
UndoFocus();
pointer = current_sender.Name;
Focus(current_sender);
SearchScreen(sender);
}
else
{
SelectPiece(current_sender.Parent);
}
}
//RelocatePanel
/// <summary>
/// Relocate a VPPanel
/// </summary>
/// <param name="panel"></param>
/// <param name="new_location"></param>
public void RelocatePanel(VPPanel panel, Point new_location)
{
Point old_location = panel.Location;
panel.Location = new_location;
foreach (string slave in panel.Rules.Keys)
{
foreach (Rule rule in panel.Rules[slave])
{
if (rule.Trigger == typeof(Point))
{
Dictionary<object, object> args = new Dictionary<object, object>()
{
{ "slave", GetPanel(slave) },
{ "master_locations", new Tuple<Point, Point>(old_location, new_location) }
};
rule.Execute(args);
}
}
}
}
