List <MapTextureStageModel> LoadTextureStages(string sm3directory, TdfParser.Section terrainsection)
{
int numstages = terrainsection.GetIntValue("numtexturestages");
List <MapTextureStageModel> stages = new List <MapTextureStageModel>();
TerrainModel terrainmodel = MetaverseClient.GetInstance().worldstorage.terrainmodel;
for (int i = 0; i < numstages; i++)
{
TdfParser.Section texstagesection = terrainsection.SubSection("texstage" + i);
string texturename = texstagesection.GetStringValue("source");
string blendertexturename = texstagesection.GetStringValue("blender");
string operation = texstagesection.GetStringValue("operation").ToLower();
int tilesize;
ImageWrapper splattexture = LoadSplatTexture(sm3directory, terrainsection, texturename, out tilesize);
if (operation == "blend")
{
ImageWrapper blendtexture = LoadBlendTexture(sm3directory, terrainsection, blendertexturename);
stages.Add(new MapTextureStageModel(MapTextureStageModel.OperationType.Blend, tilesize, splattexture, blendtexture));
}
else // todo: add other operations
{
stages.Add(new MapTextureStageModel(MapTextureStageModel.OperationType.Replace, tilesize, splattexture));
}
}
terrainmodel.texturestages = stages;
return(stages);
}
void LoadHeightMap(string sm3directory, TdfParser.Section terrainsection)
{
string filename = Path.Combine(sm3directory, terrainsection.GetStringValue("heightmap"));
double heightoffset = terrainsection.GetDoubleValue("heightoffset");
double heightscale = terrainsection.GetDoubleValue("heightscale");
LogFile.GetInstance().WriteLine("heightoffset: " + heightoffset + " heightscale " + heightscale);
Terrain.GetInstance().MinHeight = heightoffset;
Terrain.GetInstance().MaxHeight = heightoffset + heightscale; // I guess???
Image image = new Image(filename);
//Bitmap bitmap = DevIL.DevIL.LoadBitmap(filename);
int width = image.Width;
int height = image.Height;
Terrain.GetInstance().HeightMapWidth = width;
Terrain.GetInstance().HeightMapHeight = height;
Terrain.GetInstance().Map = new double[width, height];
LogFile.GetInstance().WriteLine("loaded bitmap " + width + " x " + height);
double minheight = Terrain.GetInstance().MinHeight;
double maxheight = Terrain.GetInstance().MaxHeight;
double heightmultiplier = (maxheight - minheight) / 255;
LogFile.GetInstance().WriteLine("heightmultiplier: " + heightmultiplier + " minheight: " + minheight);
for (int i = 0; i < width; i++)
{
for (int j = 0; j < height; j++)
{
Terrain.GetInstance().Map[i, j] =
(float)(minheight + heightmultiplier *
image.GetBlue(i, j));
}
}
terrain.HeightmapFilename = filename;
}
List <MapTextureStage> LoadTextureStages(string sm3directory, TdfParser.Section terrainsection)
{
int numstages = terrainsection.GetIntValue("numtexturestages");
List <MapTextureStage> stages = new List <MapTextureStage>();
for (int i = 0; i < numstages; i++)
{
TdfParser.Section texstagesection = terrainsection.SubSection("texstage" + i);
string texturename = texstagesection.GetStringValue("source");
string blendertexturename = texstagesection.GetStringValue("blender");
string operation = texstagesection.GetStringValue("operation").ToLower();
int tilesize;
ITexture texture = LoadTexture(sm3directory, terrainsection, texturename, out tilesize);
if (operation == "blend")
{
ITexture blendtexture = LoadTextureAsAlpha(sm3directory, terrainsection, blendertexturename);
stages.Add(new MapTextureStage(MapTextureStage.OperationType.Blend, tilesize, texture, blendtexture));
}
else // todo: add other operations
{
stages.Add(new MapTextureStage(MapTextureStage.OperationType.Replace, tilesize, texture));
}
}
Terrain.GetInstance().texturestages = stages;
return(stages);
}
public void Dump(TdfParser.Section section)
{
this.f.debugsave.Text = this.f.debugsave.Text + section.Name + "\n";
foreach (TdfParser.Section section1 in section.SubSections.Values)
{
this.Dump(section1);
}
}
ITexture LoadTextureAsAlpha(string sm3directory, TdfParser.Section terrainsection, string texturesectionname)
{
TdfParser.Section texturesection = terrainsection.SubSection(texturesectionname);
string texturename = Path.Combine(sm3directory, texturesection.GetStringValue("file"));
LogFile.GetInstance().WriteLine(texturename);
return(GlTexture.FromAlphamapFile(texturename));
}
ITexture LoadTexture(string sm3directory, TdfParser.Section terrainsection, string texturesectionname, out int tilesize)
{
TdfParser.Section texturesection = terrainsection.SubSection(texturesectionname);
string texturename = Path.Combine(sm3directory, texturesection.GetStringValue("file"));
LogFile.GetInstance().WriteLine(texturename);
tilesize = texturesection.GetIntValue("tilesize");
return(GlTexture.FromFile(texturename));
}
ImageWrapper LoadBlendTexture(string sm3directory, TdfParser.Section terrainsection, string texturesectionname)
{
TdfParser.Section texturesection = terrainsection.SubSection(texturesectionname);
string texturename = Path.Combine(sm3directory, texturesection.GetStringValue("file"));
LogFile.WriteLine(texturename);
return(new ImageWrapper(texturename));
//return GlTexture.FromAlphamapFile(texturename);
}
public void LoadSm3(string filename)
{
terrain.tdfparser = TdfParser.FromFile(filename);
TdfParser.Section terrainsection = terrain.tdfparser.RootSection.SubSection("map/terrain");
string tdfdirectory = Path.GetDirectoryName(Path.GetDirectoryName(filename));
LoadTextureStages(tdfdirectory, terrainsection);
LoadHeightMap(tdfdirectory, terrainsection);
terrain.OnTerrainModified();
MainUI.GetInstance().uiwindow.InfoMessage("SM3 load completed");
}
private string GetValueByPath(string path)
{
List <string> list1 = this.GetPathParts(path);
TdfParser.Section section1 = this;
for (int num1 = 0; num1 < (list1.Count - 1); num1++)
{
section1 = section1.SubSections[list1[num1]];
}
return(section1.Values[list1[list1.Count - 1]]);
}
private TdfParser.Section GetSectionByPath(string path)
{
List <string> list1 = this.GetPathParts(path);
TdfParser.Section section1 = this;
for (int num1 = 0; num1 < list1.Count; num1++)
{
section1 = section1.SubSections[list1[num1]];
}
return(section1);
}
ImageWrapper LoadSplatTexture(string sm3directory, TdfParser.Section terrainsection, string texturesectionname, out int tilesize)
{
TdfParser.Section texturesection = terrainsection.SubSection(texturesectionname);
string texturename = Path.Combine(sm3directory, texturesection.GetStringValue("file"));
LogFile.WriteLine(texturename);
tilesize = texturesection.GetIntValue("tilesize");
ImageWrapper splattexture = new ImageWrapper(texturename);
return(splattexture);
//return GlTexture.FromFile(texturename);
}
public bool LoadMod(string modfile)
{
this.modfilename = modfile;
TdfParser parser1 = TdfParser.FromFile(modfile);
if (parser1 != null)
{
TdfParser.Section section1 = parser1.RootSection.SubSection(@"AI\VALUES");
if (section1 != null)
{
foreach (string text1 in section1.Values.Keys)
{
string text2 = text1;
text2 = text2.ToLower();
text2 = text2.Trim();
this.units.Add(text2);
this.values[text2] = section1.GetDoubleValue(text1);
}
}
section1 = parser1.RootSection.SubSection(@"AI\NAMES");
if (section1 != null)
{
foreach (string text3 in section1.Values.Keys)
{
string text4 = text3;
text4 = text4.ToLower();
text4 = text4.Trim();
this.human_names[text4] = section1.GetStringValue(text3);
}
}
section1 = parser1.RootSection.SubSection(@"AI\DESCRIPTIONS");
if (section1 != null)
{
foreach (string text5 in section1.Values.Keys)
{
string text6 = text5;
text6 = text6.ToLower();
text6 = text6.Trim();
this.descriptions[text6] = section1.GetStringValue(text5);
}
}
this.units.Sort();
}
return(false);
}
public bool Load(string TDFfile)
{
this.buildtreefilename = TDFfile;
Stream stream1 = File.OpenRead(TDFfile);
StreamReader reader1 = new StreamReader(stream1);
string text1 = reader1.ReadToEnd();
reader1.Close();
TdfParser parser1 = new TdfParser(text1);
this.author = parser1.RootSection.GetStringValue("", @"AI\author");
this.f.debugsave.Text = this.f.debugsave.Text + this.author + "\n";
this.version = parser1.RootSection.GetStringValue("0.1", @"AI\version");
this.message = parser1.RootSection.GetStringValue("", @"AI\message");
this.use_mod_default = parser1.RootSection.GetIntValue(0, @"AI\use_mod_default");
this.use_mod_default_if_absent = parser1.RootSection.GetIntValue(1, @"AI\use_mod_default_if_absent");
this.defence_spacing = (decimal)parser1.RootSection.GetIntValue(7, @"AI\defence_spacing");
this.power_spacing = (decimal)parser1.RootSection.GetIntValue(6, @"AI\power_spacing");
this.factory_spacing = (decimal)parser1.RootSection.GetIntValue(4, @"AI\factory_spacing");
this.default_spacing = (decimal)parser1.RootSection.GetIntValue(5, @"AI\default_spacing");
this.spacemod = this.inttobool(parser1.RootSection.GetIntValue(0, @"AI\spacemod"));
this.Antistall = this.inttobool(parser1.RootSection.GetIntValue(1, @"AI\antistall"));
this.StallTimeImMobile = (decimal)parser1.RootSection.GetIntValue(0, @"AI\MaxStallTimeImmobile");
this.StallTimeMobile = (decimal)parser1.RootSection.GetIntValue(0, @"AI\MaxStallTimeMobile");
this.powerRule = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\power"));
this.mexRule = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\mex"));
this.powerRuleEx = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\EXTREME\power"));
this.mexRuleEx = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\EXTREME\mex"));
this.factorymetalRule = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\factorymetal"));
this.factorymetalRuleEx = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\EXTREME\factorymetal"));
this.factoryenergyRule = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\factoryenergy"));
this.factoryenergyRuleEx = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\EXTREME\factoryenergy"));
this.factorymetalgapRule = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\factorymetalgap"));
this.factorymetalgapRuleEx = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\EXTREME\factorymetalgap"));
this.energystorageRule = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\energystorage"));
this.energystorageRuleEx = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\EXTREME\energystorage"));
this.metalstorageRule = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\metalstorage"));
this.metalstorageRuleEx = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\EXTREME\metalstorage"));
this.makermetalRule = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\makermetal"));
this.makermetalRuleEx = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\EXTREME\makermetal"));
this.makerenergyRule = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\makerenergy"));
this.makerenergyRuleEx = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0.7, @"ECONOMY\RULES\EXTREME\makerenergy"));
this.normal_handicap = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(0, @"AI\normal_handicap"));
this.antistallwindow = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(43, @"AI\antistallwindow"));
this.initialAttackSize = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(5, @"AI\initial_threat_value"));
this.interpolate = parser1.RootSection.GetStringValue(@"AI\interpolate_tag").Equals("b_rule_extreme_nofact");
this.AttackIncrementValue = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(1, @"AI\increase_threshold_value"));
this.maxAttackSize = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(1, @"AI\maximum_attack_group_size"));
this.AttackIncrementPercentage = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(1, @"AI\increase_threshold_percentage"));
this.mexnoweaponradius = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(900, @"AI\mexnoweaponradius"));
this.GeoSearchRadius = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(3000, @"AI\geotherm\searchdistance"));
this.NoEnemyGeo = Convert.ToDecimal(parser1.RootSection.GetDoubleValue(600, @"AI\geotherm\noenemiesdistance"));
string[] textArray1 = parser1.RootSection.GetStringValue(" ", @"AI\hold_pos").Split(new char[] { ',' });
foreach (string text3 in textArray1)
{
string text4 = text3;
text4.Trim();
text4 = text4.ToLower();
this.movement[text4] = 0;
}
textArray1 = parser1.RootSection.GetStringValue(" ", @"AI\maneouvre").Split(new char[] { ',' });
foreach (string text5 in textArray1)
{
string text6 = text5;
text6.Trim();
text6 = text6.ToLower();
this.movement[text6] = 1;
}
textArray1 = parser1.RootSection.GetStringValue(" ", @"AI\roam").Split(new char[] { ',' });
foreach (string text7 in textArray1)
{
string text8 = text7;
text8.Trim();
text8 = text8.ToLower();
this.movement[text8] = 2;
}
textArray1 = parser1.RootSection.GetStringValue(" ", @"AI\hold_fire").Split(new char[] { ',' });
foreach (string text9 in textArray1)
{
string text10 = text9;
text10 = text10.Trim();
text10 = text10.ToLower();
this.firingstate[text10] = 0;
}
textArray1 = parser1.RootSection.GetStringValue(" ", @"AI\return_fire").Split(new char[] { ',' });
foreach (string text11 in textArray1)
{
string text12 = text11;
text12.Trim();
text12 = text12.ToLower();
this.firingstate[text12] = 1;
}
textArray1 = parser1.RootSection.GetStringValue(" ", @"AI\fire_at_will").Split(new char[] { ',' });
foreach (string text13 in textArray1)
{
string text14 = text13;
text14.Trim();
text14 = text14.ToLower();
this.firingstate[text14] = 2;
}
foreach (string text15 in parser1.RootSection.GetStringValue(" ", @"AI\attackers").Split(new char[] { ',' }))
{
string text16 = text15;
text16 = text16.Trim();
text16 = text16.ToLower();
this.attackers.Add(text16);
}
foreach (string text17 in parser1.RootSection.GetStringValue(" ", @"AI\scouters").Split(new char[] { ',' }))
{
string text18 = text17;
text18 = text18.Trim();
text18 = text18.ToLower();
this.scouters.Add(text18);
}
foreach (string text19 in parser1.RootSection.GetStringValue(" ", @"AI\kamikaze").Split(new char[] { ',' }))
{
string text20 = text19;
text20 = text20.Trim();
text20 = text20.ToLower();
this.kamikaze.Add(text20);
}
foreach (string text21 in parser1.RootSection.GetStringValue(" ", @"AI\solobuild").Split(new char[] { ',' }))
{
string text22 = text21;
text22 = text22.Trim();
text22 = text22.ToLower();
this.solobuild.Add(text22);
}
foreach (string text23 in parser1.RootSection.GetStringValue(" ", @"AI\singlebuild").Split(new char[] { ',' }))
{
string text24 = text23;
text24 = text24.Trim();
text24 = text24.ToLower();
this.singlebuild.Add(text24);
}
foreach (string text25 in parser1.RootSection.GetStringValue(" ", @"AI\alwaysantistall").Split(new char[] { ',' }))
{
string text26 = text25;
text26 = text26.Trim();
text26 = text26.ToLower();
this.alwaysantistall.Add(text26);
}
foreach (string text27 in parser1.RootSection.GetStringValue(" ", @"AI\neverantistall").Split(new char[] { ',' }))
{
string text28 = text27;
text28 = text28.Trim();
text28 = text28.ToLower();
this.neverantistall.Add(text28);
}
TdfParser.Section section1 = parser1.RootSection.SubSection(@"Resource\ConstructionRepairRanges");
if (section1 != null)
{
foreach (string text29 in section1.Values.Keys)
{
this.ConstructionRepairRanges[text29] = decimal.Parse(section1.Values[text29]);
}
}
section1 = parser1.RootSection.SubSection(@"Resource\ConstructionExclusionRange");
if (section1 != null)
{
foreach (string text30 in section1.Values.Keys)
{
this.ConstructionExclusionRange[text30] = decimal.Parse(section1.Values[text30]);
}
}
section1 = parser1.RootSection.SubSection(@"Resource\MaxEnergy");
if (section1 != null)
{
foreach (string text31 in section1.Values.Keys)
{
this.MaxEnergy[text31] = decimal.Parse(section1.Values[text31]);
}
}
section1 = parser1.RootSection.SubSection(@"Resource\MinEnergy");
if (section1 != null)
{
foreach (string text32 in section1.Values.Keys)
{
this.MinEnergy[text32] = decimal.Parse(section1.Values[text32]);
}
}
section1 = parser1.RootSection.SubSection(@"TASKLISTS\NORMAL");
if (section1 != null)
{
foreach (string text33 in section1.Values.Keys)
{
ArrayList list1 = new ArrayList();
foreach (string text34 in section1.Values[text33].Split(new char[] { ',' }))
{
string text35 = text34;
text35 = text35.Trim();
text35 = text35.ToLower();
list1.Add(text35);
}
this.unittasklists[text33] = list1;
}
}
section1 = parser1.RootSection.SubSection(@"TASKLISTS\CHEAT");
if (section1 != null)
{
foreach (string text36 in section1.Values.Keys)
{
ArrayList list2 = new ArrayList();
foreach (string text37 in section1.Values[text36].Split(new char[] { ',' }))
{
string text38 = text37;
text38 = text38.Trim();
text38 = text38.ToLower();
list2.Add(text38);
}
this.unitcheattasklists[text36] = list2;
}
}
section1 = parser1.RootSection.SubSection(@"TASKLISTS\LISTS");
if (section1 != null)
{
foreach (string text39 in section1.Values.Keys)
{
ArrayList list3 = new ArrayList();
foreach (string text40 in section1.Values[text39].Split(new char[] { ',' }))
{
string text41 = text40;
text41 = text41.Trim();
text41 = text41.ToLower();
list3.Add(text41);
}
this.tasklists[text39] = list3;
}
}
return(true);
}
