public void Clear()
{
currentEntry = null;
currentVert = new Vector2(0);
currentNormal = new Vector2(0);
currentMat = null;
currentTreeNode = null;
currentPoint = null;
currentBounds = null;
currentItemSection = null;
currentGeneralPoint = null;
currentGeneralRect = null;
currentGeneralPath = null;
name.Text = "";
subname.Text = "";
lvdEntryGroup.Visible = false;
collisionGroup.Visible = false;
cliffGroup.Visible = false;
point2dGroup.Visible = false;
boundsGroup.Visible = false;
itemSpawnerGroup.Visible = false;
point3dGroup.Visible = false;
rectangleGroup.Visible = false;
pathGroup.Visible = false;
}
public void read(FileData f)
{
base.read(f);
flag1 = Convert.ToBoolean(f.readByte());
flag2 = Convert.ToBoolean(f.readByte());
flag3 = Convert.ToBoolean(f.readByte());
flag4 = Convert.ToBoolean(f.readByte());
f.skip(1);
int vertCount = f.readInt();
for (int i = 0; i < vertCount; i++)
{
f.skip(1);
Vector2D temp = new Vector2D();
temp.x = f.readFloat();
temp.y = f.readFloat();
verts.Add(temp);
}
f.skip(1);
int normalCount = f.readInt();
for (int i = 0; i < normalCount; i++)
{
f.skip(1);
Vector2D temp = new Vector2D();
temp.x = f.readFloat();
temp.y = f.readFloat();
normals.Add(temp);
}
f.skip(1);
int cliffCount = f.readInt();
for (int i = 0; i < cliffCount; i++)
{
CollisionCliff temp = new CollisionCliff();
temp.read(f);
cliffs.Add(temp);
}
f.skip(1);
int materialCount = f.readInt();
for (int i = 0; i < materialCount; i++)
{
f.skip(1);
CollisionMat temp = new CollisionMat();
temp.material = f.read(0xC);//Temporary, will work on fleshing out material more later
materials.Add(temp);
}
}
public void ResetUi()
{
currentEntry = null;
currentTreeNode = null;
currentMat = null;
currentPoint = null;
currentBounds = null;
nameTB.Text = "";
subnameTB.Text = "";
HideAllGroupBoxes();
}
private void lines_AfterSelect(object sender, TreeViewEventArgs e)
{
currentNormal = (Vector2)((object[])e.Node.Tag)[0];
LVD.LVDSelection = currentNormal;
currentMat = (CollisionMat)((object[])e.Node.Tag)[1];
leftLedge.Checked = currentMat.getFlag(6);
rightLedge.Checked = currentMat.getFlag(7);
noWallJump.Checked = currentMat.getFlag(4);
comboBox1.Text = Enum.GetName(typeof(materialTypes), currentMat.physics);
passthroughAngle.Value = (decimal)(Math.Atan2(currentNormal.Y, currentNormal.X) * 180.0 / Math.PI);
}
private void lines_AfterSelect(object sender, TreeViewEventArgs e)
{
currentNormal = (Vector2D)((object[])e.Node.Tag)[0];
Runtime.LVDSelection = currentNormal;
MainForm.Instance.viewports[0].timeSinceSelected.Restart();
currentMat = (CollisionMat)((object[])e.Node.Tag)[1];
leftLedge.Checked = currentMat.getFlag(6);
rightLedge.Checked = currentMat.getFlag(7);
noWallJump.Checked = currentMat.getFlag(4);
comboBox1.Text = Enum.GetName(typeof(materialTypes), currentMat.getPhysics());
passthroughAngle.Value = (decimal)(Math.Atan2(currentNormal.y, currentNormal.x) * 180.0 / Math.PI);
}
private void lines_AfterSelect(object sender, TreeViewEventArgs e)
{
// Find the currently selected normal.
int selectedIndex = linesTreeView.SelectedNode.Index;
Collision collision = (Collision)currentEntry;
if (selectedIndex >= collision.normals.Count)
{
return;
}
LVD.LVDSelection = collision.normals[selectedIndex];
currentMat = (CollisionMat)((object[])e.Node.Tag)[1];
leftLedgeCB.Checked = currentMat.getFlag(6);
rightLedgeCB.Checked = currentMat.getFlag(7);
noWallJumpCB.Checked = currentMat.getFlag(4);
physicsMatComboBox.SelectedItem = (CollisionMatType)currentMat.physics;
passthroughAngleUpDown.Value = (decimal)(Math.Atan2(collision.normals[selectedIndex].Y, collision.normals[selectedIndex].X) * 180.0 / Math.PI);
}
public void Clear()
{
currentEntry = null;
currentVert = null;
currentNormal = null;
currentMat = null;
currentTreeNode = null;
currentPoint = null;
currentBounds = null;
currentItemSection = null;
currentGeneralPoint = null;
currentGeneralRect = null;
currentGeneralPath = null;
name.Text = "";
subname.Text = "";
collisionGroup.Visible = false;
pointGroup.Visible = false;
boundGroup.Visible = false;
itemSpawnerGroup.Visible = false;
generalPointShapeBox.Visible = false;
rectangleGroup.Visible = false;
pathGroup.Visible = false;
}
private void addVert(object sender, EventArgs e)
{
if (vertices.SelectedNode == null || (vertices.SelectedNode != null && vertices.SelectedNode.Index == vertices.Nodes.Count - 1))
{
Vector2D newVert;
if (vertices.SelectedNode != null)
{
newVert = new Vector2D()
{
x = currentVert.x, y = currentVert.y
}
}
;
else
{
newVert = new Vector2D();
}
((Collision)currentEntry).verts.Add(newVert);
TreeNode newNode = new TreeNode("New Vertex")
{
Tag = newVert
};
vertices.Nodes.Add(newNode);
vertices.SelectedNode = newNode;
if (((Collision)currentEntry).verts.Count > ((Collision)currentEntry).normals.Count + 1)
{
CollisionMat newMat = new CollisionMat();
object[] t = { new Vector2D()
{
x = 1, y = 0
}, new CollisionMat() };
((Collision)currentEntry).materials.Add((CollisionMat)t[1]);
((Collision)currentEntry).normals.Add((Vector2D)t[0]);
lines.Nodes.Add(new TreeNode("New line")
{
Tag = t
});
}
}
else
{
Vector2D newVert = new Vector2D()
{
x = currentVert.x, y = currentVert.y
};
((Collision)currentEntry).verts.Insert(vertices.SelectedNode.Index, newVert);
vertices.Nodes.Insert(vertices.SelectedNode.Index, new TreeNode("New Vertex")
{
Tag = newVert
});
if (((Collision)currentEntry).verts.Count > ((Collision)currentEntry).normals.Count + 1)
{
object[] t = { new Vector2D()
{
x = 1, y = 0
}, new CollisionMat() };
((Collision)currentEntry).materials.Insert(vertices.SelectedNode.Index, (CollisionMat)t[1]);
((Collision)currentEntry).normals.Insert(vertices.SelectedNode.Index, (Vector2D)t[0]);
lines.Nodes.Insert(vertices.SelectedNode.Index, new TreeNode("New line")
{
Tag = t
});
}
}
renumber();
}
public void read(FileData f)
{
f.skip(0xD);
name = f.readString(f.pos(), 0x38);
f.skip(0x38);
f.skip(1);//Seperation char
subname = f.readString(f.pos(), 0x40);
f.skip(0x40);
f.skip(1);//Seperation char
startPos[0] = f.readFloat();
startPos[1] = f.readFloat();
startPos[2] = f.readFloat();
useStartPos = (f.readByte() != 0);
f.skip(1);//Seperation char
unk2 = f.readInt();
f.skip(1);
unk3 = f.read(0xC);
f.skip(4); //FF FF FF FF
f.skip(1); //Seperation char
unk4 = new char[0x40];
for (int i = 0; i < 0x40; i++)
{
unk4[i] = (char)f.readByte();
}
flag1 = Convert.ToBoolean(f.readByte());
flag2 = Convert.ToBoolean(f.readByte());
flag3 = Convert.ToBoolean(f.readByte());
flag4 = Convert.ToBoolean(f.readByte());
f.skip(1);//Seperation char
//f.skip(0xAA);
//Console.WriteLine(f.pos());
int vertCount = f.readInt();
for (int i = 0; i < vertCount; i++)
{
f.skip(1);//Seperation char
Vector2D temp = new Vector2D();
temp.x = f.readFloat();
temp.y = f.readFloat();
verts.Add(temp);
}
f.skip(1);//Seperation char
int normalCount = f.readInt();
for (int i = 0; i < normalCount; i++)
{
f.skip(1);//Seperation char
Vector2D temp = new Vector2D();
temp.x = f.readFloat();
temp.y = f.readFloat();
normals.Add(temp);
}
f.skip(1); //Seperation char
int cliffCount = f.readInt(); //CLIFFS tend to be useless
f.skip(0xFC * cliffCount); //Standard CLIFFS are 0xFC in length, just skip em all
f.skip(1); //Seperation char
int materialCount = f.readInt();
for (int i = 0; i < materialCount; i++)
{
f.skip(1); //Seperation char
CollisionMat temp = new CollisionMat();
temp.material = f.read(0xC); //Temporary, will work on fleshing out material more later
materials.Add(temp);
}
}
