public static GonObject ArtAltsMerge(GonObject low, GonObject high)
{
// create new gonObject to return
GonObject ret = new GonObject();
ret.Type = FieldType.ARRAY;
List <string[]> lowArr = GonTo2DStringArray(low).ToList();
List <string[]> highArr = GonTo2DStringArray(high).ToList();
for (int i = 0; i < lowArr.Count(); i++)
{
bool found = false;
for (int j = 0; j < highArr.Count(); j++)
{
if (lowArr[i][0] == highArr[j][0])
{
ret.InsertChild(FromStringArray(highArr[j]));
highArr.Remove(highArr[j]);
found = true;
break;
}
}
if (!found)
{
ret.InsertChild(FromStringArray(lowArr[i]));
}
}
foreach (var highItem in highArr)
{
ret.InsertChild(FromStringArray(highItem));
}
return(ret);
}
static void remove_patch_suffixes_recursive(GonObject obj)
{
remove_suffix(ref obj.Name, ".overwrite");
remove_suffix(ref obj.Name, ".append");
remove_suffix(ref obj.Name, ".merge");
remove_suffix(ref obj.Name, ".add");
remove_suffix(ref obj.Name, ".multiply");
if (obj.Type == FieldType.OBJECT)
{
obj.Children_Map.Clear();
for (int i = 0; i < obj.size(); i++)
{
remove_patch_suffixes_recursive(obj.Children_Array[i]);
obj.Children_Map[obj.Children_Array[i].Name] = i;
}
}
else if (obj.Type == FieldType.ARRAY)
{
for (int i = 0; i < obj.size(); i++)
{
remove_patch_suffixes_recursive(obj.Children_Array[i]);
}
}
}
// METHODS
// resource loading functions
static void LoadFunnyNames()
{
var gon = GonObject.Load("data/text/area_names.gon");
LINames = GonObject.Manip.GonToStringArray(gon["name"]);
LILocations = GonObject.Manip.GonToStringArray(gon["location"]);
LIAdjectives = GonObject.Manip.GonToStringArray(gon["adjective"]);
LINouns = GonObject.Manip.GonToStringArray(gon["noun"]);
}
public static int[] GonToIntArray(GonObject gon)
{
int[] ret = new int[gon.Size()];
for (int i = 0; i < gon.Size(); i++)
{
ret[i] = gon[i].Int();
}
return(ret);
}
public void Load()
{
var gon = GonObject.Load("data/text/settings.gon"); // open levelpool file
NumLevels = gon[nameof(NumLevels)].Int();
NumAreas = gon[nameof(NumAreas)].Int();
DoMusic = gon[nameof(DoMusic)].Bool();
DoPalettes = gon[nameof(DoPalettes)].Bool();
MusicPerLevel = gon[nameof(MusicPerLevel)].Bool();
//PalettePerLevel = gon[nameof(PalettePerLevel));
DoShaders = gon[nameof(DoShaders)].Bool();
DoParticles = gon[nameof(DoParticles)].Bool();
DoOverlays = gon[nameof(DoOverlays)].Bool();
DoTileGraphics = gon[nameof(DoTileGraphics)].Bool();
DoNevermoreTilt = gon[nameof(DoNevermoreTilt)].Bool();
DoExodusWobble = gon[nameof(DoExodusWobble)].Bool();
//DoArtAlts = gon[nameof(DoArtAlts));
DoNPCs = gon[nameof(DoNPCs)].Bool();
UseAreaTileset = gon[nameof(UseAreaTileset)].Bool();
CacheRuns = gon[nameof(CacheRuns)].Int();
//NumShuffles = gon[nameof(NumShuffles));
AreaType = gon[nameof(AreaType)].String();
RepeatTolerance = gon[nameof(RepeatTolerance)].Int();
AltLevel = gon[nameof(AltLevel)].String();
//AttachToTS = gon[nameof(AttachToTS));
//AutoRefresh = gon[nameof(AutoRefresh));
GenerateCustomParticles = gon[nameof(GenerateCustomParticles)].Bool();
MaxParticles = gon[nameof(MaxParticles)].Int();
GameDirectory = gon[nameof(GameDirectory)].String();
//ModSaveDirectory = gon[nameof(ModSaveDirectory));
MaxParticleEffects = gon[nameof(MaxParticleEffects)].Int();
ManualLoad = gon[nameof(ManualLoad)].Bool();
DoCorruptions = gon[nameof(DoCorruptions)].Bool();
MirrorMode = gon[nameof(MirrorMode)].Bool();
DeadRacer = gon[nameof(DeadRacer)].Bool();
CartLives = gon[nameof(CartLives)].Int();
DoPhysics = gon[nameof(DoPhysics)].Bool();
PlatformPhysics = gon[nameof(PlatformPhysics)].Bool();
PlayerPhysics = gon[nameof(PlayerPhysics)].Bool();
WaterPhysics = gon[nameof(WaterPhysics)].Bool();
LowGravPhysics = gon[nameof(LowGravPhysics)].Bool();
LevelMerge = gon[nameof(LevelMerge)].Bool();
ToolsInDirectory = gon[nameof(ToolsInDirectory)].String();
ToolsOutDirectory = gon[nameof(ToolsOutDirectory)].String();
RandomizeAreaType = gon[nameof(RandomizeAreaType)].Bool();
CRSmart = gon[nameof(CRSmart)].Bool();
CROverlays = gon[nameof(CROverlays)].Bool();
CRTumors = gon[nameof(CRTumors)].Bool();
CRAddTiles = gon[nameof(CRAddTiles)].Int();
CRAddEnemies = gon[nameof(CRAddEnemies)].Int();
CRSpikeStrips = gon[nameof(CRSpikeStrips)].Bool();
CRCrumbles = gon[nameof(CRCrumbles)].Bool();
CRCrushers = gon[nameof(CRCrushers)].Bool();
CRChaos = gon[nameof(CRChaos)].Bool();
CRWaterLevels = gon[nameof(CRWaterLevels)].Bool();
UserName = gon[nameof(UserName)].String();
}
static LevelCorruptors()
{
var gon = GonObject.Load($"data/text/corruptor_tiles.gon");
ActiveTiles = GonObject.Manip.GonToIntArray(gon["active"]);
EntityTiles = GonObject.Manip.GonToIntArray(gon["entity"]);
OverlayTiles = GonObject.Manip.GonToIntArray(gon["overlay"]);
SmartTiles = LoadDictionary(gon["smart"]);
ColorTiles = LoadDictionary(gon["color"]);
}
public static void FixAltsFile()
{
var gon = GonObject.Load("data/text/art_alts.gon");
string outFile = "";
for (int i = 0; i < gon["safe"].Size(); i++)
{
var art = gon["safe"][i];
outFile += $"{art.GetName()} [ ";
for (int j = 0; j < art.Size(); j++)
{
outFile += $"\"{art[j].String()}\", ";
}
outFile = outFile.TrimEnd(' ', ',');
outFile += "]\n";
}
for (int i = 0; i < gon["extended"].Size(); i++)
{
var art = gon["extended"][i];
outFile += $"{art.GetName()} [ ";
for (int j = 0; j < art.Size(); j++)
{
outFile += $"\"{art[j].GetName()}\", ";
}
outFile = outFile.TrimEnd(' ', ',');
outFile += "]\n";
}
for (int i = 0; i < gon["crazy"].Size(); i++)
{
var art = gon["crazy"][i];
outFile += $"{art.GetName()} [ ";
for (int j = 0; j < art.Size(); j++)
{
outFile += $"\"{art[j].GetName()}\", ";
}
outFile = outFile.TrimEnd(' ', ',');
outFile += "]\n";
}
for (int i = 0; i < gon["insane"].Size(); i++)
{
string name = gon["insane"][i].GetName();
outFile += ($"\"{name}\", ");
}
outFile = outFile.TrimEnd(' ', ',');
outFile += "]\n";
File.WriteAllText("art_alts.txt", outFile);
}
static TilesetManip()
{
// Load Resources
var gon = GonObject.Load("data/text/tilesets_pools.gon");
NumPalettes = Convert.ToInt32(gon["palettes"].Int());
TileGraphicsPool = GonObject.Manip.GonToStringArray(gon["tile_graphics"]);
OverlayGraphicsPool = GonObject.Manip.GonToStringArray(gon["overlay_graphics"]);
ParticlePool = GonObject.Manip.GonToStringArray(gon["particles"]);
MusicPool = GonObject.Manip.GonToStringArray(gon["music"]);
}
public static GonObject FromString(string val, string name = "")
{
GonObject gon = new GonObject();
gon.Name = name;
gon.Type = FieldType.STRING;
gon.String_Data = val;
return(gon);
}
// Custom Gon Object Constructors)
public static GonObject FromBool(bool val, string name = "")
{
GonObject gon = new GonObject();
gon.Name = name;
gon.Type = FieldType.BOOL;
gon.Bool_Data = val;
return(gon);
}
public void Save()
{
var gon = new GonObject();
gon.InsertChild(nameof(NumLevels), GonObject.Manip.FromInt(NumLevels));
gon.InsertChild(nameof(NumAreas), GonObject.Manip.FromInt(NumAreas));
gon.InsertChild(nameof(DoMusic), GonObject.Manip.FromBool(DoMusic));
gon.InsertChild(nameof(DoPalettes), GonObject.Manip.FromBool(DoPalettes));
gon.InsertChild(nameof(MusicPerLevel), GonObject.Manip.FromBool(MusicPerLevel));
gon.InsertChild(nameof(DoShaders), GonObject.Manip.FromBool(DoShaders));
gon.InsertChild(nameof(DoParticles), GonObject.Manip.FromBool(DoParticles));
gon.InsertChild(nameof(DoOverlays), GonObject.Manip.FromBool(DoOverlays));
gon.InsertChild(nameof(DoTileGraphics), GonObject.Manip.FromBool(DoTileGraphics));
gon.InsertChild(nameof(DoNevermoreTilt), GonObject.Manip.FromBool(DoNevermoreTilt));
gon.InsertChild(nameof(DoExodusWobble), GonObject.Manip.FromBool(DoExodusWobble));
gon.InsertChild(nameof(DoNPCs), GonObject.Manip.FromBool(DoNPCs));
gon.InsertChild(nameof(UseAreaTileset), GonObject.Manip.FromBool(UseAreaTileset));
gon.InsertChild(nameof(CacheRuns), GonObject.Manip.FromInt(CacheRuns));
gon.InsertChild(nameof(AreaType), GonObject.Manip.FromString(AreaType));
gon.InsertChild(nameof(RepeatTolerance), GonObject.Manip.FromInt(RepeatTolerance));
gon.InsertChild(nameof(AltLevel), GonObject.Manip.FromString(AltLevel));
gon.InsertChild(nameof(GenerateCustomParticles), GonObject.Manip.FromBool(GenerateCustomParticles));
gon.InsertChild(nameof(MaxParticles), GonObject.Manip.FromInt(MaxParticles));
gon.InsertChild(nameof(GameDirectory), GonObject.Manip.FromString(GameDirectory));
gon.InsertChild(nameof(MaxParticleEffects), GonObject.Manip.FromInt(MaxParticleEffects));
gon.InsertChild(nameof(ManualLoad), GonObject.Manip.FromBool(ManualLoad));
gon.InsertChild(nameof(DoCorruptions), GonObject.Manip.FromBool(DoCorruptions));
gon.InsertChild(nameof(MirrorMode), GonObject.Manip.FromBool(MirrorMode));
gon.InsertChild(nameof(DeadRacer), GonObject.Manip.FromBool(DeadRacer));
gon.InsertChild(nameof(CartLives), GonObject.Manip.FromInt(CartLives));
gon.InsertChild(nameof(DoPhysics), GonObject.Manip.FromBool(DoPhysics));
gon.InsertChild(nameof(PlatformPhysics), GonObject.Manip.FromBool(PlatformPhysics));
gon.InsertChild(nameof(PlayerPhysics), GonObject.Manip.FromBool(PlayerPhysics));
gon.InsertChild(nameof(WaterPhysics), GonObject.Manip.FromBool(WaterPhysics));
gon.InsertChild(nameof(LowGravPhysics), GonObject.Manip.FromBool(LowGravPhysics));
gon.InsertChild(nameof(LevelMerge), GonObject.Manip.FromBool(LevelMerge));
gon.InsertChild(nameof(ToolsInDirectory), GonObject.Manip.FromString(ToolsInDirectory));
gon.InsertChild(nameof(ToolsOutDirectory), GonObject.Manip.FromString(ToolsOutDirectory));
gon.InsertChild(nameof(RandomizeAreaType), GonObject.Manip.FromBool(RandomizeAreaType));
gon.InsertChild(nameof(CRSmart), GonObject.Manip.FromBool(CRSmart));
gon.InsertChild(nameof(CROverlays), GonObject.Manip.FromBool(CROverlays));
gon.InsertChild(nameof(CRTumors), GonObject.Manip.FromBool(CRTumors));
gon.InsertChild(nameof(CRAddTiles), GonObject.Manip.FromInt(CRAddTiles));
gon.InsertChild(nameof(CRAddEnemies), GonObject.Manip.FromInt(CRAddEnemies));
gon.InsertChild(nameof(CRSpikeStrips), GonObject.Manip.FromBool(CRSpikeStrips));
gon.InsertChild(nameof(CRCrumbles), GonObject.Manip.FromBool(CRCrumbles));
gon.InsertChild(nameof(CRCrushers), GonObject.Manip.FromBool(CRCrushers));
gon.InsertChild(nameof(CRChaos), GonObject.Manip.FromBool(CRChaos));
gon.InsertChild(nameof(CRWaterLevels), GonObject.Manip.FromBool(CRWaterLevels));
gon.InsertChild(nameof(UserName), GonObject.Manip.FromString(UserName));
gon.Save("data/text/settings.gon");
}
public static GonObject PriorityMerge(GonObject low, GonObject high)
{
// create new gonObject to return
GonObject ret = new GonObject();
// iterate over the low-priority object's children
for (int i = 0; i < low.Size(); i++)
{
string childName = low[i].Name;
var lowChild = low[childName];
// step into if the same child exists in high priority object
if (high[childName] != null)
{
var highChild = high[childName];
// special case for art_alts
if (childName == "art_alts")
{
ret.InsertChild("art_alts", ArtAltsMerge(lowChild, highChild));
}
// recurse if type is object
else if (lowChild.Type == FieldType.OBJECT && highChild.Type == FieldType.OBJECT)
{
ret.InsertChild(PriorityMerge(lowChild, highChild));
}
// otherwise just use the high-priority child
else
{
ret.InsertChild(highChild);
}
}
else
{
ret.InsertChild(lowChild); // if no high-priority child available, use low-priority child
}
}
// iterate over high-priority object's children
// copy those that do not already exist in low-priority object to return object
for (int i = 0; i < high.Size(); i++)
{
string childName = high[i].Name;
if (low[childName] == null)
{
ret.InsertChild(high[childName]);
}
}
return(ret);
}
public static GonObject FromInt(int val, string name = "")
{
GonObject gon = new GonObject();
gon.Name = name;
gon.Type = FieldType.NUMBER;
gon.Int_Data = val;
gon.Float_Data = val;
return(gon);
}
public static void TilesetTest()
{
var gon = GonObject.Load("testin.txt");
var ts1 = gon["1"];
var ts2 = gon["2"];
var ts3 = GonObject.Manip.PriorityMerge(ts1, ts2);
ts1.Save("testout1.txt");
ts2.Save("testout2.txt");
ts3.Save("testout3.txt");
}
public static GonObject FromStringArray(string[] arr, string name = "")
{
GonObject gon = new GonObject();
gon.Name = name;
gon.Type = FieldType.ARRAY;
foreach (string s in arr)
{
gon.InsertChild(FromString(s));
}
return(gon);
}
public static GonObject FromIntArray(int[] arr, string name = "")
{
GonObject gon = new GonObject();
gon.Name = name;
gon.Type = FieldType.ARRAY;
foreach (int i in arr)
{
gon.InsertChild(FromInt(i));
}
return(gon);
}
static Dictionary <int, int[]> LoadDictionary(GonObject gon)
{
var dict = new Dictionary <int, int[]>();
for (int i = 0; i < gon.Size(); i++)
{
var item = gon[i];
int id = item["id"].Int();
int[] alts = GonObject.Manip.GonToIntArray(item["alts"]);
dict.Add(id, alts);
}
return(dict);
}
static void LoadNPCs()
{
var gon = GonObject.Load($"data/text/npcs.gon"); // open npcs file
NPCMovieClips = GonObject.Manip.GonToStringArray(gon["movieclips"]);
NPCSoundIDs = GonObject.Manip.GonToStringArray(gon["movieclips"]);
NPCTexts = new List <string[]>();
var text = gon["text"];
for (int i = 0; i < text.Size(); i++)
{
NPCTexts.Add(GonObject.Manip.GonToStringArray(text[i]));
}
}
public static void SaveShadersList(List <Shader> ShadersList)
{
if (ShadersList != null)
{
var gon = new GonObject();
foreach (var shader in ShadersList)
{
var item = new GonObject();
item.InsertChild(GonObject.Manip.FromBool(shader.Enabled, "enabled"));
item.InsertChild(GonObject.Manip.FromString(shader.Content, "content"));
gon.InsertChild(shader.Name, item);
}
gon.Save($"data/text/shaders.gon");
}
}
public static string[][] GonTo2DStringArray(GonObject gon)
{
try
{
string[][] ret = new string[gon.Size()][];
for (int i = 0; i < gon.Size(); i++)
{
ret[i] = GonToStringArray(gon[i]);
}
return(ret);
}
catch (GonException ge)
{
Console.Write(ge);
throw;
}
}
static LevelManip()
{
// load flips dictionary in constructor
HFlipIndex = new List <Pair> {
};
VFlipIndex = new List <Pair> {
};
var gon = GonObject.Load("data/text/tile_flips.gon");
Pair pair;
// load horizontal flips
var child = gon["horz"];
for (int i = 0; i < child.Size(); i++)
{
// We can safely index both the first and second item directly since we know they will always be present
pair.First = child[i][0].Int();
pair.Second = child[i][1].Int();
HFlipIndex.Add(pair);
}
// load vertical flips
child = gon["vert"];
for (int i = 0; i < child.Size(); i++)
{
pair.First = child[i][0].Int();
pair.Second = child[i][1].Int();
VFlipIndex.Add(pair);
}
// load rotations
gon = GonObject.Load("data/text/tile_rotations.gon");
RotationIndex = new List <Pair> {
};
child = gon["rotate"];
for (int i = 0; i < child.Size(); i++)
{
pair.First = child[i][0].Int();
pair.Second = child[i][1].Int();
RotationIndex.Add(pair);
}
}
// METHODS
// Resource loading functions
static void LoadShadersList()
{
ShadersList = new List <Shader>()
{
};
var gon = GonObject.Load($"data/text/shaders.gon"); // open levelpool file
for (int i = 0; i < gon.Size(); i++)
{
var shader = new Shader()
{
};
var item = gon[i];
shader.Name = item.GetName();
shader.Enabled = item["enabled"].Bool();
shader.Content = item["content"].String();
ShadersList.Add(shader);
}
}
private static string GetArtAlts(SettingsFile settings)
{
string ArtAlts = "";
try
{
var gon = GonObject.Load("data/text/art_alts.gon");
if (settings.AltLevel == "Safe")
{
for (int i = 0; i < gon["safe"].Size(); i++)
{
var art = gon["safe"][i];
for (int j = 0; j < art.Size(); j++)
{
var alts = GonObject.Manip.GonToStringArray(art);
ArtAlts += "[" + art.GetName() + "," + alts[RNG.random.Next(0, alts.Length)].Trim() + "]";
}
}
}
else if (settings.AltLevel == "Extended")
{
for (int i = 0; i < gon["extended"].Size(); i++)
{
var art = gon["extended"][i];
for (int j = 0; j < art.Size(); j++)
{
var alts = GonObject.Manip.GonToStringArray(art);
ArtAlts += "[" + art.GetName() + "," + alts[RNG.random.Next(0, alts.Length)].Trim() + "]";
}
}
}
else if (settings.AltLevel == "Crazy")
{
for (int i = 0; i < gon["crazy"].Size(); i++)
{
var art = gon["crazy"][i];
for (int j = 0; j < art.Size(); j++)
{
var alts = GonObject.Manip.GonToStringArray(art);
ArtAlts += "[" + art.GetName() + "," + alts[RNG.random.Next(0, alts.Length)].Trim() + "]";
}
}
}
else if (settings.AltLevel == "Insane")
{
var art = gon["insane"];
for (int i = 0; i < art.Size(); i++)
{
var alts = GonObject.Manip.GonToStringArray(gon["insane"]);
ArtAlts += "[" + art[i].String() + "," + alts[RNG.random.Next(0, alts.Length)].Trim() + "]";
}
//ArtAlts += "[ChainLink, None][ChainLink2, None]";
}
}
catch (Exception)
{
MessageBox.Show(
"Art Alt Error",
"Warning",
MessageBoxButton.OK,
MessageBoxImage.Information,
MessageBoxResult.OK
);
throw;
}
return(ArtAlts);
}
public static string MistParticle(SettingsFile settings)
{
string particle_name = "MistParticle" + RNG.GetUInt32().ToString();
int layer = 4;
int base_speed = 3;
// can be anything
double alpha_start = 1;
double alpha_end = 0;
string movieclip;
int max_particles = settings.MaxParticles;
int emit_spread = 0;
string rotation_speed = "0";
string initial_rotation = "0";
double particle_lifetime = RNG.random.Next(1, 5);
string size_start;
int size_end = RNG.random.Next(50, 101);
string emit_direction = $"[{RNG.random.Next(-10, 11) / 10},{RNG.random.Next(-10, 11) / 10}]";
if (emit_direction == "[0,0]")
{
emit_direction = "[0,-1]";
}
//string emit_box = "";
//string emit_offset = "";
string force = "0";
int emit_rate;
int emit_amount;
double initial_speed = RNG.random.Next(0, 20);
double friction = 1;
// open particles file
var gon = GonObject.Load($"data/text/particles_templates.gon"); // open particle file
string template = gon["templates"]["MistParticle"].String(); // load particle template
// select particle from pool
var particles = gon["particles"];
var chosen = particles[RNG.random.Next(0, particles.Size())];
// get particle variables from file
movieclip = chosen["name"].String();
string face_moving_direction = chosen["face_moving_direction"].String();
alpha_start = chosen["alpha"].Number();
double size = chosen["size"].Number() * .03;
size_start = $"[{size * .75},{size * 1.25}]";
layer = chosen["layer"].Int();
double density = chosen["density"].Number();
double speed_scale = chosen["speed_scale"].Number();
// calculate emitter properties
int emit_density = (int)(64 * density);
emit_rate = RNG.random.Next(1, emit_density);
emit_amount = emit_density / emit_rate;
if (RNG.CoinFlip())
{
emit_spread = RNG.random.Next(0, 46);
}
if (RNG.random.Next(0, 10) == 0)
{
emit_spread = 360;
}
if (!Convert.ToBoolean(face_moving_direction))
{
int temp = RNG.random.Next(0, 251);
rotation_speed = $"[{temp},{temp * 1.5}]";
initial_rotation = "[0, 359]";
}
template = template.Replace("PARTICLE_NAME", particle_name);
template = template.Replace("LAYER", layer.ToString());
template = template.Replace("MOVIECLIP", movieclip);
template = template.Replace("MAX_PARTICLES", max_particles.ToString());
template = template.Replace("EMIT_RATE", emit_rate.ToString());
template = template.Replace("EMIT_AMOUNT", emit_amount.ToString());
template = template.Replace("EMIT_DIRECTION", emit_direction);
template = template.Replace("EMIT_SPREAD", emit_spread.ToString());
//template = template.Replace("EMIT_BOX", emit_box);
//template = template.Replace("EMIT_OFFSET", emit_offset);
template = template.Replace("PARTICLE_LIFETIME", particle_lifetime.ToString());
template = template.Replace("INITIAL_SPEED", $"[{initial_speed},{initial_speed * 2}]");
template = template.Replace("INITIAL_ROTATION", initial_rotation.ToString());
template = template.Replace("ROTATION_SPEED", rotation_speed.ToString());
template = template.Replace("FORCE", force);
template = template.Replace("FRICTION", friction.ToString());
template = template.Replace("ALPHA_START", alpha_start.ToString());
template = template.Replace("ALPHA_END", alpha_end.ToString());
template = template.Replace("SIZE_START", size_start);
template = template.Replace("SIZE_END", size_end.ToString());
template = template.Replace("FACE_MOVING_DIRECTION", face_moving_direction);
template = template.Replace("SPEED_SCALE", speed_scale.ToString());
using (StreamWriter sw = File.AppendText(Randomizer.saveDir + "data/particles.txt.append"))
{
sw.WriteLine(template);
}
return(particle_name);
}
static GonObject LoadFromTokens(GonTokenStream Tokens)
{
GonObject ret = new GonObject();
if (Tokens.Peek() == "{")
{ //read object
ret.Type = FieldType.OBJECT;
Tokens.Consume(); //consume '{'
while (Tokens.Peek() != "}")
{
string name = Tokens.Read();
ret.Children_Array.Add(LoadFromTokens(Tokens));
ret.Children_Map[name] = (int)ret.Children_Array.Count() - 1;
ret.Children_Array[ret.Children_Array.Count() - 1].Name = name;
if (Tokens.error)
{
throw new GonException("GON ERROR: missing a '}' somewhere");
}
}
Tokens.Consume(); //consume '}'
return(ret);
}
else if (Tokens.Peek() == "[")
{ //read array
ret.Type = FieldType.ARRAY;
Tokens.Consume(); //consume '['
while (Tokens.Peek() != "]")
{
ret.Children_Array.Add(LoadFromTokens(Tokens));
if (Tokens.error)
{
throw new GonException("GON ERROR: missing a ']' somewhere");
return(null);
}
}
Tokens.Consume(); //consume ']'
return(ret);
}
else
{
//read data value
ret.Type = FieldType.STRING;
ret.String_Data = Tokens.Read();
//if string data can be converted to a number, do so
if (ret.String_Data.All(Char.IsDigit))
{
ret.Int_Data = Convert.ToInt32(ret.String_Data);
ret.Type = FieldType.NUMBER;
}
/*char* endptr;
* ret.int_data = strtol(ret.string_data.c_str(), &endptr, 0);
* if (*endptr == 0)
* {
* ret.type = FieldType.NUMBER;
* }*/
if (IsStringFloat(ret.String_Data))
{
ret.Float_Data = Convert.ToDouble(ret.String_Data);
ret.Type = FieldType.NUMBER;
}
/*ret.float_data = strtod(ret.string_data.c_str(), &endptr);
* if (*endptr == 0)
* {
* ret.type = FieldType.NUMBER;
* }*/
//if string data can be converted to a bool or null, convert
if (ret.String_Data == "null")
{
ret.Type = FieldType.NULLGON;
}
if (ret.String_Data == "true")
{
ret.Type = FieldType.BOOL;
ret.Bool_Data = true;
}
if (ret.String_Data == "false")
{
ret.Type = FieldType.BOOL;
ret.Bool_Data = false;
}
return(ret);
}
}
public static string DirectionParticle(SettingsFile settings)
{
string particle_name = "DirectionParticle" + RNG.GetUInt32().ToString();
int layer = 4;
double base_speed = 3;
double base_force = 1;
string notes = "#";
// can be anything
double alpha_start = 1;
double alpha_end = 1;
string movieclip;
int max_particles = settings.MaxParticles;
int emit_spread = 0;
string rotation_speed = "0";
string initial_rotation = "0";
double particle_lifetime = 80;
string size_start;
// establish direction
string emit_direction = "";
string emit_box = "";
string emit_offset = "";
// dependent on eachother
int emit_rate;
int emit_amount;
double initial_speed;
double friction = 1;
string force;
// open particles file
var gon = GonObject.Load($"data/text/particles_templates.gon"); // open particle file
string template = gon["templates"]["DirectionParticle"].String(); // load particle template
// select particle from pool
var particles = gon["particles"];
var chosen = particles[RNG.random.Next(0, particles.Size())];
// get particle variables from file
movieclip = chosen["name"].String();
string face_moving_direction = chosen["face_moving_direction"].String();
alpha_start = chosen["alpha"].Number();
double size = chosen["size"].Number();
size_start = $"[{size * .75},{size * 1.25}]";
layer = chosen["layer"].Int();
double density = chosen["density"].Number();
double speed_scale = chosen["speed_scale"].Number();
speed_scale += RNG.random.Next(-2, 3) / 10;
int speed_scalar = 1, force_scalar = 1;
// set moving direction
bool force_neg = false;
int direction = RNG.random.Next(0, 4);
switch (direction)
{
case 0: // up
emit_direction = $"[{RNG.random.Next(-3, 4) / 10},1]";
emit_box = "[54,1]";
emit_offset = "[27,-3]";
break;
case 1: // down
emit_direction = $"[{RNG.random.Next(-3, 4) / 10},-1]";
emit_box = "[54,1]";
emit_offset = "[27,35]";
force_neg = true;
break;
case 2: // right
emit_direction = $"[1,{RNG.random.Next(-3, 4) / 10}]";
emit_box = "[1,32]";
emit_offset = "[-3,16]";
base_speed *= 1.2;
base_force *= .8;
break;
case 3: // left
emit_direction = $"[-1,{RNG.random.Next(-3, 4) / 10}]";
emit_box = "[1,32]";
emit_offset = "[57,16]";
base_speed *= 1.2;
base_force *= .8;
force_neg = true;
break;
}
//int particle_density = 100;
int emit_density = (int)(RNG.random.Next(5, 16) * density);
speed_scalar = RNG.random.Next(1, 5);
if (RNG.CoinFlip()) // decide whether to accelerate, slow down, or no force
{
force_scalar = speed_scalar * speed_scalar;
if (RNG.CoinFlip() && direction < 2) // gravity
{
//force_scalar = speed_scalar * speed_scalar;
force_neg = !force_neg;
emit_density *= Math.Max(speed_scalar / 2, 1);
notes += "gravity, ";
}
else // accelerate
{
//force_scalar = speed_scalar * speed_scalar;
emit_density *= speed_scalar;
notes += "accelerate, ";
}
}
else
{
force_scalar = 0;
emit_density *= speed_scalar;
}
notes += $"force scalar: {force_scalar}, speed scalar: {speed_scalar}, ";
initial_speed = base_speed * speed_scalar; // set initial speed
double parallel_force = base_force * force_scalar * -(Convert.ToInt32(force_neg)); // set force
double perpendicular_force = base_force * force_scalar * RNG.random.Next(-10, 11) / 10;
//perpendicular_force = 0;
if (RNG.random.Next(0, 3) == 0) // decide if particle fades out
{
alpha_end = 0;
particle_lifetime = (float)RNG.random.Next(2, 4) * (float)base_speed / (float)speed_scalar;
}
if (direction > 1) // if right or left
{
force = $"[{parallel_force},{perpendicular_force}]";
particle_lifetime *= 2;
}
else
{
force = $"[{perpendicular_force},{parallel_force}]";
}
emit_rate = RNG.random.Next(1, emit_density);
emit_amount = emit_density / emit_rate;
if (RNG.CoinFlip())
{
emit_spread = RNG.random.Next(0, 46);
}
if (!Convert.ToBoolean(face_moving_direction))
{
int temp = RNG.random.Next(0, 251);
rotation_speed = $"[{temp},{temp * 1.5}]";
initial_rotation = "[0, 359]";
}
// write all values to template
template = template.Replace("PARTICLE_NAME", particle_name);
template = template.Replace("LAYER", layer.ToString());
template = template.Replace("MOVIECLIP", movieclip);
template = template.Replace("MAX_PARTICLES", max_particles.ToString());
template = template.Replace("EMIT_RATE", emit_rate.ToString());
template = template.Replace("EMIT_AMOUNT", emit_amount.ToString());
template = template.Replace("EMIT_DIRECTION", emit_direction);
template = template.Replace("EMIT_SPREAD", emit_spread.ToString());
template = template.Replace("EMIT_BOX", emit_box);
template = template.Replace("EMIT_OFFSET", emit_offset);
template = template.Replace("PARTICLE_LIFETIME", particle_lifetime.ToString());
template = template.Replace("INITIAL_SPEED", $"[{initial_speed},{initial_speed * 2}]");
template = template.Replace("INITIAL_ROTATION", initial_rotation.ToString());
template = template.Replace("ROTATION_SPEED", rotation_speed.ToString());
template = template.Replace("FORCE", force);
template = template.Replace("FRICTION", friction.ToString());
template = template.Replace("ALPHA_START", alpha_start.ToString());
template = template.Replace("ALPHA_END", alpha_end.ToString());
template = template.Replace("SIZE_START", size_start);
//template = template.Replace("SIZE_END", size_end.ToString());
template = template.Replace("FACE_MOVING_DIRECTION", face_moving_direction);
template = template.Replace("SPEED_SCALE", speed_scale.ToString());
template += notes;
using (StreamWriter sw = File.AppendText(Randomizer.saveDir + "data/particles.txt.append"))
{
sw.WriteLine(template);
}
return(particle_name);
}