public void removePipes(Component c, Graphics graphic)
{
{
if ((((Pipe)c).InputA != null) && (((Pipe)c).InputA is Pipe))
{
removePipes(((Pipe)c).InputA, graphic);
}
if ((((Pipe)c).OutputA != null) && (((Pipe)c).OutputA is Pipe))
{
removePipes(((Pipe)c).OutputA, graphic);
}
Components.Remove(c);
grid.unDrawComponent(c, graphic);
}
Components.Remove(c);
//componentToRemove just an example
//<<<<<<< HEAD
PointP p = new PointP(1, 1);
Component splitter = new Splitter(p);
grid.unDrawComponent(splitter, graphic);
grid.unDrawComponent(c, graphic);
//=======
grid.unDrawComponent(c, graphic);
//>>>>>>> origin/master
//then delete the component
//return true;
}
PointP p; // for testing right click
public PipeSystem()
{
Components = new List<Component>();
p = new PointP();
// populating the list for testing purposes
}
public PointP returnMousePosition(Point mousePosition)
{
PointP gridSpace = new PointP();
gridSpace.X = Convert.ToSingle(mousePosition.X / xSpace);
gridSpace.Y = Convert.ToSingle(mousePosition.Y / ySpace);
gridSpace.X = (float)Math.Floor(gridSpace.X);
gridSpace.Y = (float)Math.Floor(gridSpace.Y);
return(gridSpace);
}
public bool CheckCordinates(PointP tocheck)
{
if (tocheck.X == X && tocheck.Y == Y)
{
return(true);
}
return(false);
}
PointP returnMousePosition(Point mousePosition)
{
PointP gridSpace = null;
gridSpace.X = Convert.ToSingle(mousePosition.X / xSpace);
gridSpace.Y = Convert.ToSingle(mousePosition.Y / ySpace);
Math.Floor(gridSpace.X);
Math.Floor(gridSpace.Y);
return(gridSpace);
}
//Component selectedComponent = null;
public Form1()
{
InitializeComponent();
system.showsave += allowSave;
system.saveload = new SaveLoad();
system.grid = new Grid(GridPanel, system.CurrentXsize);
system.drawTheComponent += drawComponent;
p = new PointP();
//When the SaveSinceLast is at anypoint turned to false,
//an event will rise not allowing the Save Button to be clicked
}
private void button2_Click(object sender, EventArgs e)
{
PointP position = new PointP();
Point point = GridPanel.PointToClient(Cursor.Position);
//mouse position is relative to panel
position = system.grid.returnMousePosition(point);
foreach (Component c in system.Components)
{
// checks if a component with the current location exists
if (c.location.X == p.X && c.location.Y == p.Y)
{
label2.Text = c.Flow.ToString();
}
}
}
private void RightClickInputB_Click(object sender, EventArgs e)
{
PointP position = new PointP();
Point point = GridPanel.PointToClient(Cursor.Position);
//mouse position is relative to panel
position = system.grid.returnMousePosition(point);
foreach (Component c in system.Components)
{
// checks if a component with the current location exists
if (c.location.X == p.X && c.location.Y == p.Y)
{
// parameter neeed to be assignet
selector = Selection.InputB;
}
}
}
private void button1_Click(object sender, EventArgs e)
{
try
{
int flow = Convert.ToInt32(textBox1.Text);
PointP position = new PointP();
Point point = GridPanel.PointToClient(Cursor.Position);
//mouse position is relative to panel
position = system.grid.returnMousePosition(point);
foreach (Component c in system.Components)
{
// checks if a component with the current location exists
if (c.location.X == p.X && c.location.Y == p.Y)
{
c.SetFlow(flow);
}
}
}
catch (Exception ex)
{
MessageBox.Show("error: " + ex.Message);
}
}
public Pump(PointP loc) : base(loc)
{
}
public Splitter(PointP loc) : base(loc)
{
Ratio = 50;
}
public Component(PointP loc)
{
location = loc;
}
public Sink(PointP loc) : base(loc)
{
}
private void contextMenuStrip1_Opening(object sender, CancelEventArgs e)
{
PointP position = new PointP();
Point point = GridPanel.PointToClient(Cursor.Position);
//mouse position is relative to panel
position = system.grid.returnMousePosition(point);
//RightClickInputA.Visible = false;
//RightClickInputB.Visible = false;
//RightClickOutputA.Visible = false;
//RightClickOutputB.Visible = false;
//RightClickChange.Visible = false;
//RightClickDelete.Visible = false;
RightClickInputA.Enabled = false;
RightClickInputB.Enabled = false;
RightClickOutputA.Enabled = false;
RightClickOutputB.Enabled = false;
RightClickDelete.Enabled = false;
RightClickChange.Enabled = false;
int x = -1;
foreach (Component c in system.Components)
{
x++;
// checks if a component with the current location exists
if (c.location.X == p.X && c.location.Y == p.Y)
{
system.index = x;
//system.selectedComponent = c;
// toolStripMenuItem1.HideDropDown();
if (c is Pipe)
{
// when you right click only Pipe properties are shown
//RightClickInputA.Visible = true;
//RightClickOutputA.Visible = true;
//RightClickChange.Visible = true;
//RightClickDelete.Visible = true;
RightClickInputA.Enabled = true;
RightClickInputB.Enabled = false;
RightClickOutputA.Enabled = true;
RightClickOutputB.Enabled = false;
RightClickChange.Enabled = true;
RightClickDelete.Enabled = true;
}
else if (c is Pump)
{
//RightClickOutputA.Visible = true;
//RightClickChange.Visible = true;
//RightClickDelete.Visible = true;
RightClickInputA.Enabled = false;
RightClickInputB.Enabled = false;
RightClickOutputA.Enabled = true;
RightClickOutputB.Enabled = false;
RightClickChange.Enabled = true;
RightClickDelete.Enabled = true;
}
else if (c is Merger)
{
//RightClickInputA.Visible = true;
//RightClickOutputA.Visible = true;
//RightClickOutputB.Visible = true;
//RightClickChange.Visible = true;
//RightClickDelete.Visible = true;
RightClickInputA.Enabled = true;
RightClickInputB.Enabled = true;
RightClickOutputA.Enabled = true;
RightClickOutputB.Enabled = false;
RightClickChange.Enabled = true;
RightClickDelete.Enabled = true;
}
else if (c is Splitter)
{
//RightClickInputA.Visible = true;
//RightClickInputB.Visible = true;
//RightClickOutputA.Visible = true;
//RightClickChange.Visible = true;
//RightClickDelete.Visible = true;
RightClickInputA.Enabled = true;
RightClickInputB.Enabled = false;
RightClickOutputA.Enabled = true;
RightClickOutputB.Enabled = true;
RightClickChange.Enabled = true;
RightClickDelete.Enabled = true;
}
else if (c is Sink)
{
//RightClickInputA.Visible = true;
//RightClickChange.Visible = true;
//RightClickDelete.Visible = true;
RightClickInputA.Enabled = true;
RightClickInputB.Enabled = false;
RightClickOutputA.Enabled = false;
RightClickOutputB.Enabled = false;
RightClickChange.Enabled = true;
RightClickDelete.Enabled = true;
}
}
}
}
private void GridPanel_Click(object sender, EventArgs e)
/*
* This changes how the click even works according to the context menu selection. It looks correct,
* but for some reason takes in the wrong coordinates, and I can't figure out why.
*/
{
switch (selector)
{
case Selection.Add:
{
//When Clicked in the Panel selectedComponent will be selected based on grid space
PointP position = new PointP();
Point point = GridPanel.PointToClient(Cursor.Position);
//mouse position is relative to panel
p = system.grid.returnMousePosition(point);
return;
}
case Selection.InputA:
{
PointP position = new PointP();
Point point = GridPanel.PointToClient(Cursor.Position);
//mouse position is relative to panel
p = system.grid.returnMousePosition(point);
foreach (Component c in system.Components)
{
// checks if a component with the current location exists
if (c.location.X == p.X && c.location.Y == p.Y)
{
// parameter neeed to be assignet
system.Components[system.index].attachInputA(c);
}
}
selector = Selection.Add;
return;
}
case Selection.InputB:
{
//When Clicked in the Panel selectedComponent will be selected based on grid space
PointP position = new PointP();
Point point = GridPanel.PointToClient(Cursor.Position);
//mouse position is relative to panel
p = system.grid.returnMousePosition(point);
foreach (Component c in system.Components)
{
// checks if a component with the current location exists
if (c.location.X == p.X && c.location.Y == p.Y)
{
// parameter neeed to be assignet
system.Components[system.index].attachInputB(c);
}
}
selector = Selection.Add;
return;
}
case Selection.OutputA:
{
//When Clicked in the Panel selectedComponent will be selected based on grid space
PointP position = new PointP();
Point point = GridPanel.PointToClient(Cursor.Position);
//mouse position is relative to panel
p = system.grid.returnMousePosition(point);
foreach (Component c in system.Components)
{
// checks if a component with the current location exists
if (c.location.X == p.X && c.location.Y == p.Y)
{
// parameter neeed to be assignet
system.Components[system.index].attachOutputA(c);
}
}
selector = Selection.Add;
return;
}
case Selection.OutputB:
{
//When Clicked in the Panel selectedComponent will be selected based on grid space
PointP position = new PointP();
Point point = GridPanel.PointToClient(Cursor.Position);
//mouse position is relative to panel
p = system.grid.returnMousePosition(point);
foreach (Component c in system.Components)
{
// checks if a component with the current location exists
if (c.location.X == p.X && c.location.Y == p.Y)
{
// parameter neeed to be assignet
system.Components[system.index].attachOutputB(c);
}
}
selector = Selection.Add;
return;
}
default:
return;
}
}
// constructor
public Pipe(PointP loc) : base(loc)
{
}
private bool getImage(Component component, out Image img)
{
if (component != null)
{
if (component is Pipe)
{
PointP next = new PointP();
PointP previous = new PointP();
if (((Pipe)component).InputA == null)
{
img = Pipes.Properties.Resources.RedHorizontalPipe;
return(true);
}
previous = ((Pipe)component).InputA.location;
PointP test = new PointP();
PointP test2 = new PointP();
//gets cooridnates of the input and outputs
if (((Pipe)component).OutputA != null)
{
next = ((Pipe)component).OutputA.location;
//pipe has an output
test = component.location;
test2 = component.location;
test.X = component.location.X - 1;
test2.X = component.location.X + 1;
if (((previous.CheckCordinates(test)) && (next.CheckCordinates(test2))) || ((previous.CheckCordinates(test2)) && (next.CheckCordinates(test))))
{
//Is horizontal Pipe
switch (((Pipe)component).checkSystemFlow())
{
case 0:
img = Pipes.Properties.Resources.RedHorizontalPipe;
break;
case 1:
img = Pipes.Properties.Resources.GreenHorizontalPipe;
break;
default:
img = Pipes.Properties.Resources.HorizontalPipe;
break;
}
return(true);
}
test = component.location;
test2 = component.location;
test.Y = component.location.Y - 1;
test2.Y = component.location.Y + 1;
if (((previous.CheckCordinates(test)) && (next.CheckCordinates(test2))) || ((previous.CheckCordinates(test2)) && (next.CheckCordinates(test))))
{
switch (((Pipe)component).checkSystemFlow())
{
case 0:
img = Pipes.Properties.Resources.verticalRedPipe;
break;
case 1:
img = Pipes.Properties.Resources.GreenVerticalPipe;
break;
default:
img = Pipes.Properties.Resources.VerticalPipe;
break;
}
return(true);
}
test = component.location;
test2 = component.location;
test.X = component.location.X - 1;
test2.Y = component.location.Y + 1;
if (((previous.CheckCordinates(test)) && (next.CheckCordinates(test2))) || ((previous.CheckCordinates(test2)) && (next.CheckCordinates(test))))
{
switch (((Pipe)component).checkSystemFlow())
{
case 0:
img = Pipes.Properties.Resources.RedWestSouthPipe;
break;
case 1:
img = Pipes.Properties.Resources.GreenWestSouthPipe;
break;
default:
img = Pipes.Properties.Resources.WestSouthPipe;
break;
}
return(true);
}
test = component.location;
test2 = component.location;
test.X = component.location.X - 1;
test2.Y = component.location.Y - 1;
if (((previous.CheckCordinates(test)) && (next.CheckCordinates(test2))) || ((previous.CheckCordinates(test2)) && (next.CheckCordinates(test))))
{
switch (((Pipe)component).checkSystemFlow())
{
case 0:
img = Pipes.Properties.Resources.RedWestNorthPipe;
break;
case 1:
img = Pipes.Properties.Resources.GreenWestNorthPipe;
break;
default:
img = Pipes.Properties.Resources.NorthWestPipe;
break;
}
return(true);
}
test = component.location;
test2 = component.location;
test.X = component.location.X + 1;
test2.Y = component.location.Y - 1;
if (((previous.CheckCordinates(test)) && (next.CheckCordinates(test2))) || ((previous.CheckCordinates(test2)) && (next.CheckCordinates(test))))
{
switch (((Pipe)component).checkSystemFlow())
{
case 0:
img = Pipes.Properties.Resources.RedNorthEastPipe;
break;
case 1:
img = Pipes.Properties.Resources.GreenEastNorthPipe;
break;
default:
img = Pipes.Properties.Resources.NorthEastPipe;
break;
}
return(true);
}
test = component.location;
test2 = component.location;
test.X = component.location.X + 1;
test2.Y = component.location.Y + 1;
if (((previous.CheckCordinates(test)) && (next.CheckCordinates(test2))) || ((previous.CheckCordinates(test2)) && (next.CheckCordinates(test))))
{
switch (((Pipe)component).checkSystemFlow())
{
case 0:
img = Pipes.Properties.Resources.RedEastSouthPipe;
break;
case 1:
img = Pipes.Properties.Resources.GreenEastSouthPipe;
break;
default:
img = Pipes.Properties.Resources.SouthEastPipe;
break;
}
return(true);
}
img = null;
return(false);
}
else
{
//Pipe does not yet have an output
//Therefore can only a horizontal or vertical
test = component.location;
test2 = component.location;
test.Y = component.location.Y - 1;
test2.Y = component.location.Y + 1;
if ((previous.CheckCordinates(test)) || (previous.CheckCordinates(test2)))
{
//test vertical
img = Pipes.Properties.Resources.VerticalPipe;
return(true);
}
test = component.location;
test2 = component.location;
test.X = component.location.X - 1;
test2.X = component.location.X + 1;
if ((previous.CheckCordinates(test)) || (previous.CheckCordinates(test2)))
{
//test horizontal
img = Pipes.Properties.Resources.HorizontalPipe;
return(true);
}
img = null;
return(false);
}
}
else if (component is Sink)
{
img = Pipes.Properties.Resources.sink;
return(true);
}
else if (component is Splitter)
{
PointP previous = new PointP();
// previous = ((Splitter)component).InputA.location;
PointP test = new PointP();
test = component.location;
test.X = component.location.X + 1;
if (test.CheckCordinates(previous))
{
img = Pipes.Properties.Resources.EastSpiltter;
return(true);
}
test = component.location;
test.Y = component.location.Y - 1;
if (test.CheckCordinates(previous))
{
img = Pipes.Properties.Resources.NorthSpiltter;
return(true);
}
test = component.location;
test.Y = component.location.Y + 1;
if (test.CheckCordinates(previous))
{
img = Pipes.Properties.Resources.SouthSpiltter;
return(true);
}
//Must be SpiltterWest Image
img = Pipes.Properties.Resources.SouthSpiltter;
return(true);
}
else if (component is Merger)
{
PointP next = new PointP();
if (((Merger)component).location != null)
{
// next = ((Merger)component).OutputA.location;
PointP test = new PointP(component.location);
test.X = component.location.X + 1;
if (test.CheckCordinates(next))
{
img = Pipes.Properties.Resources.MergerEast;
return(true);
}
test.Y = component.location.Y - 1;
if (test.CheckCordinates(next))
{
img = Pipes.Properties.Resources.MergerNorthpng;
return(true);
}
test.X = component.location.X + 1;
if (test.CheckCordinates(next))
{
img = Pipes.Properties.Resources.MergerSouth;
return(true);
}
//Defeault image
img = Pipes.Properties.Resources.MergerWest;
return(true);
}
else
{
//Output not yet determined default image
img = Pipes.Properties.Resources.MergerEast;
return(true);
}
}
else if (component is Pump)
{
img = Pipes.Properties.Resources.pump;
return(true);
}
else
{
img = null;
return(false);
}
}
else
{
img = null;
return(false);
}
}
public PointP(PointP point)
{
this.X = point.X;
this.Y = point.Y;
}
// connstructor
public Merger(PointP loc) : base(loc)
{
}
