public virtual TsEnum GetTsEnum(NetEnum netEnum)
{
return(new TsEnum
{
Enums = netEnum.Enums.Select(GetTsEnumValue).ToList(),
IsPublic = netEnum.IsPublic,
Name = netEnum.Name
});
}
public virtual string WriteEnum(NetEnum netEnum)
{
var enumStr = string.Join("," + _config.NewLine, netEnum.Enums.Select(WriteEnumValue)).Indent(_indent);
var exportStr = netEnum.IsPublic ? "public " : "";
return($"{exportStr}enum {netEnum.Name}" + _config.NewLine +
@"{" + _config.NewLine +
$"{enumStr}" + _config.NewLine +
@"}");
}
internal void ResolveEnum(JToken propValue, NetModel.NetModel model)
{
var result = new NetEnum();
var name = propValue["name"].ToString().Split('.').Last();
var symbols = (JArray)propValue["symbols"];
result.Name = name;
result.Symbols = symbols.Select(s => s.ToString()).ToList();
model.NetTypes.Add(result);
}
public static NetEnum GetNetEnum(EnumDeclarationSyntax enumDeclaration)
{
var name = enumDeclaration.Identifier.ToString();
var a = new NetEnum
{
Attributes = GetAttributeList(enumDeclaration.AttributeLists),
IsPublic = IsPublic(enumDeclaration.Modifiers),
Name = name,
Enums = GetNetEnumValues(enumDeclaration.Members)
};
return(a);
}
public Debris(int debrisType, int numberOfChunks, Vector2 debrisOrigin, Vector2 playerPosition, float velocityMultiplyer)
: this()
{
switch (debrisType)
{
case 0:
case 378:
debrisType = 378;
this.debrisType.Value = DebrisType.RESOURCE;
break;
case 2:
case 380:
debrisType = 380;
this.debrisType.Value = DebrisType.RESOURCE;
break;
case 6:
case 384:
debrisType = 384;
this.debrisType.Value = DebrisType.RESOURCE;
break;
case 10:
case 386:
debrisType = 386;
this.debrisType.Value = DebrisType.RESOURCE;
break;
case 4:
case 382:
debrisType = 382;
this.debrisType.Value = DebrisType.RESOURCE;
break;
case 12:
case 388:
debrisType = 388;
this.debrisType.Value = DebrisType.RESOURCE;
break;
case 14:
case 390:
debrisType = 390;
this.debrisType.Value = DebrisType.RESOURCE;
break;
case 8:
this.debrisType.Value = DebrisType.CHUNKS;
break;
default:
this.debrisType.Value = DebrisType.OBJECT;
break;
}
if (debrisType != -1)
{
playerPosition -= (playerPosition - debrisOrigin) * 2f;
}
_ = 154;
chunkType.Value = debrisType;
int minYVelocity3 = 2;
int maxYVelocity3 = 10;
int minXVelocity3 = -10;
int maxXVelocity3 = 10;
floppingFish.Value = (Game1.objectInformation.ContainsKey(debrisType) && Game1.objectInformation[debrisType].Split('/')[3].Contains("-4") && !Game1.objectInformation[debrisType].Split('/')[0].Equals("Mussel"));
isFishable = (Game1.objectInformation.ContainsKey(debrisType) && Game1.objectInformation[debrisType].Split('/')[3].Contains("Fish"));
if (playerPosition.Y >= debrisOrigin.Y - 32f && playerPosition.Y <= debrisOrigin.Y + 32f)
{
chunkFinalYLevel = (int)debrisOrigin.Y - 32;
minYVelocity3 = 220;
maxYVelocity3 = 250;
if (playerPosition.X < debrisOrigin.X)
{
minXVelocity3 = 20;
maxXVelocity3 = 140;
}
else
{
minXVelocity3 = -140;
maxXVelocity3 = -20;
}
}
else if (playerPosition.Y < debrisOrigin.Y - 32f)
{
chunkFinalYLevel = (int)debrisOrigin.Y + (int)(32f * velocityMultiplyer);
minYVelocity3 = 150;
maxYVelocity3 = 200;
minXVelocity3 = -50;
maxXVelocity3 = 50;
}
else
{
movingFinalYLevel = true;
chunkFinalYLevel = (int)debrisOrigin.Y - 1;
chunkFinalYTarget = (int)debrisOrigin.Y - (int)(96f * velocityMultiplyer);
movingUp = true;
minYVelocity3 = 350;
maxYVelocity3 = 400;
minXVelocity3 = -50;
maxXVelocity3 = 50;
}
debrisOrigin.X -= 32f;
debrisOrigin.Y -= 32f;
minXVelocity3 = (int)((float)minXVelocity3 * velocityMultiplyer);
maxXVelocity3 = (int)((float)maxXVelocity3 * velocityMultiplyer);
minYVelocity3 = (int)((float)minYVelocity3 * velocityMultiplyer);
maxYVelocity3 = (int)((float)maxYVelocity3 * velocityMultiplyer);
for (int i = 0; i < numberOfChunks; i++)
{
chunks.Add(new Chunk(debrisOrigin, (float)Game1.recentMultiplayerRandom.Next(minXVelocity3, maxXVelocity3) / 40f, (float)Game1.recentMultiplayerRandom.Next(minYVelocity3, maxYVelocity3) / 40f, Game1.recentMultiplayerRandom.Next(debrisType, debrisType + 2)));
}
}
