TreeNode CreateColorFormNode(string title, string hint)
{
TreeNode ret = new TreeNode();
ret.Text = title + ": =";
BindingList <EntityKVP> stuff = new BindingList <EntityKVP>();
EntityKVP usual = new EntityKVP();
usual.Key = "Typ";
usual.Value = "LN";
stuff.Add(usual);
usual = new EntityKVP();
usual.Key = "Txt";
usual.Value = "&";
stuff.Add(usual);
usual = new EntityKVP();
usual.Key = "Hint";
usual.Value = hint;
stuff.Add(usual);
ret.Tag = stuff;
return(ret);
}
EntityKVP BBoxForEnt(string entName)
{
EntityKVP ret = new EntityKVP();
ret.mbUsesSingleQuotes = true;
ret.Key = "bbox";
if (entName.StartsWith("misc_"))
{
ret.Value = SmallGroundBBox;
}
else if (entName.StartsWith("info_player_"))
{
ret.Value = BipedGroundBBox;
}
else if (entName.StartsWith("light_"))
{
ret.Value = SmallCenteredBBox;
}
else if (entName.StartsWith("weapon_"))
{
ret.Value = SmallGroundBBox;
}
else if (entName.StartsWith("ammo_"))
{
ret.Value = SmallGroundBBox;
}
else if (entName.StartsWith("monster_"))
{
ret.Value = BipedGroundBBox;
}
else if (entName.StartsWith("point_"))
{
ret.Value = TinyCenteredBBox;
}
else if (entName.StartsWith("key_"))
{
ret.Value = TinyGroundBBox;
}
else if (entName.StartsWith("item_"))
{
ret.Value = SmallGroundBBox;
}
else if (entName.StartsWith("target_"))
{
ret.Value = TinyCenteredBBox;
}
else
{
ret.Value = SmallCenteredBBox;
}
return(ret);
}
void AddFormForEntity(TreeNode tn, string entName)
{
TreeNode forms = FindNode(EntityTree.Nodes[0], FormsFolder);
TreeNode form = new TreeNode();
form.Text = entName + ":form =";
BindingList <EntityKVP> formStuff = new BindingList <EntityKVP>();
//add the usual help and bbox
EntityKVP usual = new EntityKVP();
usual.Key = "Help";
usual.Value = "A newly created Entity type.";
formStuff.Add(usual);
usual = BBoxForEnt(entName);
formStuff.Add(usual);
form.Tag = formStuff;
foreach (EntityKVP kvp in tn.Tag as BindingList <EntityKVP> )
{
if (kvp.Key == "origin")
{
continue;
}
if (kvp.Key == "angle")
{
form.Nodes.Add(CreateBasicFormNode(kvp.Key, AngleHint));
}
else if (kvp.Key == "angles")
{
form.Nodes.Add(CreateBasicFormNode(kvp.Key, AnglesHint));
}
else if (kvp.Key == "delay")
{
form.Nodes.Add(CreateBasicFormNode(kvp.Key, DelayHint));
}
else if (kvp.Key == "target")
{
form.Nodes.Add(CreateBasicFormNode(kvp.Key, TargetHint));
}
else if (kvp.Key == "targetname")
{
form.Nodes.Add(CreateBasicFormNode(kvp.Key, TargetNameHint));
}
else if (kvp.Key == "message")
{
form.Nodes.Add(CreateBasicFormNode(kvp.Key, MessageHint));
}
else if (kvp.Key == "meshname")
{
form.Nodes.Add(CreateBasicFormNode(kvp.Key, MeshNameHint));
}
else if (kvp.Key == ";desc")
{
form.Nodes.Add(CreateBasicFormNode(kvp.Key, kvp.Value));
}
else if (kvp.Key == "_color")
{
form.Nodes.Add(CreateBasicFormNode(kvp.Key, ColorHint));
form.Nodes.Add(CreateColorFormNode(kvp.Key, ColorHint));
}
else
{
form.Nodes.Add(CreateBasicFormNode(kvp.Key, "An unknown field of some sort"));
}
}
forms.Nodes.Add(form);
}
BindingList <EntityKVP> ParseGuts(string file, TreeNode node)
{
//check for { }
int open = file.IndexOf('{');
int close = file.IndexOf('}');
file = file.Trim();
BindingList <EntityKVP> kvps = new BindingList <EntityKVP>();
while (true)
{
int nextNewLine = file.IndexOf('\n');
string gut = file.Substring(0, nextNewLine);
int eqPosPreTrim = gut.IndexOf('=');
gut = gut.Trim();
int eqPos = gut.IndexOf('=');
if (eqPos == -1 || eqPosPreTrim == (nextNewLine - 1) || gut.StartsWith("\""))
{
//watch for double lines
if (gut.StartsWith("\""))
{
//trim crap and quotes
if (gut.EndsWith("\""))
{
gut = gut.Substring(1, gut.Length - 2);
}
else
{
gut = gut.Substring(1, gut.Length - 1);
gut += "\"";
}
//tack onto end of previous value
kvps[kvps.Count - 1].Value += gut;
//advance
file = file.Substring(nextNewLine + 1);
continue;
}
return(kvps);
}
string key = gut.Substring(0, eqPos - 1);
key = key.Trim();
string value = gut.Substring(eqPos + 1);
value = value.Trim();
EntityKVP ekvp = new EntityKVP();
if (value.StartsWith("'") && value.EndsWith("'"))
{
ekvp.mbUsesSingleQuotes = true;
}
//trim quotes
value = value.Substring(1, value.Length - 2);
ekvp.Key = key;
ekvp.Value = value;
kvps.Add(ekvp);
file = file.Substring(nextNewLine + 1);
}
}
void OnAddEntity(object sender, EventArgs e)
{
TreeNode tn = new TreeNode();
TreeNode mom = EntityTree.SelectedNode;
//grab the category text
string cat = mom.Text;
cat = cat.ToLower();
int catIndex = cat.IndexOf("_");
if (catIndex == -1)
{
cat = "point_new";
}
else
{
cat = cat.Substring(0, catIndex);
cat += "_new";
}
tn.Text = cat + ":e =";
BindingList <EntityKVP> kvps = new BindingList <EntityKVP>();
if (AutoAddOrigin.Checked)
{
EntityKVP kvp = new EntityKVP();
kvp.Key = "origin";
kvp.Value = "0 0 0";
kvps.Add(kvp);
}
if (AutoAddMeshName.Checked)
{
EntityKVP kvp = new EntityKVP();
kvp.Key = "meshname";
kvp.Value = "Default.Static";
kvps.Add(kvp);
}
if (AutoAddDesc.Checked)
{
EntityKVP kvp = new EntityKVP();
kvp.Key = ";desc";
kvp.Value = "An automatically generated description";
kvps.Add(kvp);
}
if (AutoAddAngles.Checked)
{
EntityKVP kvp = new EntityKVP();
kvp.Key = "angles";
kvp.Value = "0 0 0";
kvps.Add(kvp);
}
if (AutoAddPickUp.Checked)
{
EntityKVP kvp = new EntityKVP();
kvp.Key = "pickup";
kvp.Value = "true";
kvps.Add(kvp);
}
tn.Tag = kvps;
if (AutoAddForm.Checked)
{
AddFormForEntity(tn, cat);
}
mom.Nodes.Add(tn);
}
