/// <summary>
/// Sets the starting rotation of this object
/// </summary>
/// <param name="Angle"></param>
/// <param name="Random">Random Mode</param>
/// <param name="RandomAngle"></param>
/// <param name="RandomInterval">Constant distance between random numbers</param>
public void SetRotation(float Angle, float RandomAngle, RandomMode Random, int RandomInterval = 101)
{
RotEvents[0].X = Angle;
RotEvents[0].RandomX = RandomAngle;
RotEvents[0].Random = Random;
RotEvents[0].RandomInterval = RandomInterval;
}
private void btnApply_Click(object sender, System.EventArgs e)
{
randomMode = radioBtnRandom.Checked ? RandomMode.PureRandom : RandomMode.LimitedRandom;
if (randomMode == RandomMode.PureRandom)
{
return;
}
try {
interfaceRange = new ValueRange2(textBoxInterface.Text);
srcAddressRange = new AddressRange(textBoxSrcAddress.Text);
dstAddressRange = new AddressRange(textBoxDstAddress.Text);
tosRange = new ValueRange1(textBoxTOS.Text);
asRange = new ValueRange2(textBoxAS.Text);
bytesRange = new ValueRange4(textBoxBytes.Text);
packetsRange = new ValueRange4(textBoxPackets.Text);
tcpflagRange = new ValueRange1(textBoxTCPFlags.Text);
portRange = new ValueRange2(textBoxPort.Text);
protocolRange = new ValueRange1(textBoxProtocols.Text);
maskRange = new ValueRange1(textBoxMasks.Text);
flowsRange = new ValueRange4(textBoxFlows.Text);
} catch (InvalidValueSpecificationException ie) {
MessageBox.Show(this, ie.Message, "Invalid Value Specified");
//this.DialogResult = DialogResult.Cancel;
return;
}
DialogResult = DialogResult.OK;
}
public IActionResult StartRandomMode()
{
var mode = new RandomMode();
StoplightModeManager.SetMode(mode);
return(Ok());
}
/// <summary>
/// Sets the starting scale of this object
/// </summary>
/// <param name="X">X Scale</param>
/// <param name="Y">Y Scale</param>
/// <param name="Random">Random Mode</param>
/// <param name="RandomX">X Scale</param>
/// <param name="RandomY">Y Scale</param>
/// <param name="RandomInterval">Constant distance between random numbers</param>
public void SetScale(float X, float Y, float RandomX, float RandomY, RandomMode Random, int RandomInterval = 101)
{
ScaEvents[0].X = X;
ScaEvents[0].Y = Y;
ScaEvents[0].RandomX = RandomX;
ScaEvents[0].RandomY = RandomY;
ScaEvents[0].Random = Random;
ScaEvents[0].RandomInterval = RandomInterval;
}
/// <summary>
/// Sets the starting position of this object.
/// </summary>
/// <param name="X"></param>
/// <param name="Y"></param>
/// <param name="Random">Random Mode</param>
/// <param name="RandomX"></param>
/// <param name="RandomY"></param>
/// <param name="RandomInterval">Constant distance between random numbers</param>
public void SetPosition(float X, float Y, float RandomX, float RandomY, RandomMode Random, int RandomInterval = 101)
{
PosEvents[0].X = X;
PosEvents[0].Y = Y;
PosEvents[0].RandomX = RandomX;
PosEvents[0].RandomY = RandomY;
PosEvents[0].Random = Random;
PosEvents[0].RandomInterval = RandomInterval;
}
public static string GetRandomMacroString(RandomMode random, VFXAttribute attribute, params string[] parameters)
{
if (random == RandomMode.Off)
{
return(parameters[0]);
}
else
{
return(string.Format("lerp({0},{1},{2})", parameters));
}
}
private void RightMode_Clicked(object sender, EventArgs e)
{
_testViewModel.SelectedMode = Enums.SelectedMode.Right;
RightMode.ScaleTo(1.5, 100);
RightMode.FadeTo(1, 100);
LeftMode.ScaleTo(1, 100);
LeftMode.FadeTo(0.5, 100);
RandomMode.ScaleTo(1, 100);
RandomMode.FadeTo(0.5, 100);
}
public static string GetNameString(RandomMode mode)
{
switch (mode)
{
case RandomMode.Off: return("");
case RandomMode.PerComponent: return("Random");
case RandomMode.Uniform: return("Random");
default: throw new ArgumentException();
}
}
public Event(Event Base)
{
Type = Base.Type;
Ease = Base.Ease;
Random = Base.Random;
Time = Base.Time;
X = Base.X;
Y = Base.Y;
RandomX = Base.RandomX;
RandomY = Base.RandomY;
RandomInterval = Base.RandomInterval;
}
public static string GetRandomMacroString(RandomMode mode, int attributeSize, string postfix, params string[] parameters)
{
switch (mode)
{
case RandomMode.Off:
return(parameters[0] + postfix);
case RandomMode.Uniform:
return(string.Format("lerp({0},{1},RAND)", parameters.Select(s => s + postfix).ToArray()));
case RandomMode.PerComponent:
string rand = GetRandStringFromSize(attributeSize);
return(string.Format("lerp({0},{1}," + rand + ")", parameters.Select(s => s + postfix).ToArray()));
default: throw new System.NotImplementedException("VFXBlockUtility.GetRandomMacroString() does not implement return string for RandomMode : " + mode.ToString());
}
}
//Takes a seed and sets up everything for randomization
private void ApplyRandomization(int seed)
{
randomSeed = seed;
Log("Randomizing using seed " + randomSeed);
CommandLoadPrefabs();
slime_randomMode = (RandomMode)slimeRandomModeInput;
produce_randomMode = (RandomMode)produceRandomModeInput;
/* For consistent randomization for a given seed, we want to create a new Random object for each element that's being randomized separately */
/* These methods simply *set up* randomization tables. The replacement is done in separate methods that are called from Harlomony patches */
RandomizeSlimeSpawns(new System.Random(seed));
RandomizeSlimeDiets(new System.Random(seed));
RandomizeProduce(new System.Random(seed));
//RandomizeGordos(new System.Random(seed));
//Set up for randomization that needs to be done at runtime
runTimeRand = new System.Random(seed);
}
/// <summary>
/// Takes all objects from a prefab and returns them.
/// Note: If the prefab contains a single object it's returned as a GameObject, otherwise it's returned as a GameObject List.
/// </summary>
/// <param name="PrefabPath">Path to the prefab</param>
public dynamic ImportPrefab(string PrefabPath)
{
using (StreamReader sr = new StreamReader(PrefabPath))
{
// Get rid of the junk
sr.ReadLine();
sr.ReadLine();
sr.ReadLine();
sr.ReadLine();
List <GameObject> objects = new List <GameObject>();
string data = sr.ReadToEnd();
data = data.Insert(0, "{\n");
JObject rss = JObject.Parse(data);
JArray objectArray = rss["objects"] as JArray;
if (objectArray == null)
{
throw new NullReferenceException();
}
foreach (var Object in objectArray)
{
JObject Events = Object["events"] as JObject;
JArray pos = Events["pos"] as JArray;
JArray sca = Events["sca"] as JArray;
JArray rot = Events["rot"] as JArray;
JArray col = Events["col"] as JArray;
byte shape = 99;
byte.TryParse((string)Object["so"], out shape);
if (shape == 99)
{
shape = 0;
}
JObject editor = Object["ed"] as JObject;
JObject offset = Object["o"] as JObject;
string id = (string)Object["id"], name = (string)Object["name"], parent = (string)Object["p"], text = (string)Object["text"];
int? pt = (int?)Object["pt"], d = (int?)Object["d"], so = (int?)Object["so"];
pt ??= 101;
d ??= 15;
so ??= 0;
Autokill akt = Autokill.LastKFOffset;
float ako = 0;
ObjectType ot = ObjectType.Normal;
try
{
akt = (Autokill)(int)Object["akt"];
ako = (float)Object["ako"];
ot = (ObjectType)(int)Object["ot"];
}
catch { }
bool?empty = (bool?)Object["empty"], h = (bool)Object["h"];
empty ??= false;
float?st = (float?)Object["st"];
st ??= 0;
GameObject obj = new GameObject(id, name, (Shapes)shape, parent, (int)pt);
obj.GetEventList(EventType.pos).Clear();
obj.GetEventList(EventType.sca).Clear();
obj.GetEventList(EventType.rot).Clear();
obj.GetEventList(EventType.col).Clear();
if (editor != null)
{
obj.Bin = (int)editor["bin"];
obj.Layer = (int)editor["layer"];
}
if (offset != null)
{
obj.OffsetX = (float)offset["x"];
obj.OffsetY = (float)offset["y"];
}
obj.AutokillMode = (Autokill)akt;
obj.AutokillTime = (float)ako;
obj.Depth = (int)d;
obj.Type = (ObjectType)ot;
obj.ShapeVariant = (int)so;
obj.StartTime = (float)st;
obj.Text = text;
foreach (var Event in pos)
{
Easing ct = Easing.Linear;
Easing.TryParse((string)Event["ct"], out ct);
float t = (float)Event["t"], x = (float)Event["x"];
float?y = (float?)Event["y"];
y ??= 0;
RandomMode r = RandomMode.None;
RandomMode.TryParse((string)Event["r"], out r);
float?rx = (int?)Event["rx"];
float?ry = (int?)Event["ry"];
float?rz = (int?)Event["rz"];
if (r == RandomMode.None)
{
obj.AddEvent(EventType.pos, t, x, y, ct);
}
else
{
obj.AddEvent(EventType.pos, t, x, y, ct, r, (float)rx, ry, (float)rz);
}
}
foreach (var Event in sca)
{
Easing ct = Easing.Linear;
Easing.TryParse((string)Event["ct"], out ct);
float t = (float)Event["t"], x = (float)Event["x"];
float?y = (float?)Event["y"];
y ??= 0;
RandomMode r = RandomMode.None;
RandomMode.TryParse((string)Event["r"], out r);
float?rx = (int?)Event["rx"];
float?ry = (int?)Event["ry"];
float?rz = (int?)Event["rz"];
if (r == RandomMode.None)
{
obj.AddEvent(EventType.sca, t, x, y, ct);
}
else
{
obj.AddEvent(EventType.sca, t, x, y, ct, r, (float)rx, ry, (float)rz);
}
}
foreach (var Event in rot)
{
Easing ct = Easing.Linear;
Easing.TryParse((string)Event["ct"], out ct);
float t = (float)Event["t"], x = (float)Event["x"];
float?y = (float?)Event["y"];
y ??= 0;
RandomMode r = RandomMode.None;
RandomMode.TryParse((string)Event["r"], out r);
float?rx = (int?)Event["rx"];
float?rz = (int?)Event["rz"];
if (r == RandomMode.None)
{
obj.AddEvent(EventType.rot, t, x, y, ct);
}
else
{
obj.AddEvent(EventType.rot, t, x, y, ct, r, (float)rx, null, (float)rz);
}
}
foreach (var Event in col)
{
Easing ct = Easing.Linear;
Easing.TryParse((string)Event["ct"], out ct);
float t = (float)Event["t"], x = (float)Event["x"];
float?y = (float?)Event["y"];
y ??= 0;
obj.AddEvent(EventType.col, t, x, y, ct);
}
objects.Add(obj);
}
if (objects.Count > 1)
{
return(objects);
}
return(objects[0]);
}
}
/// <summary>
/// Adds an event to this object
/// </summary>
/// <param name="Type"></param>
/// <param name="Time">Event placement on the event timeline</param>
/// <param name="X"></param>
/// <param name="Y"></param>
/// <param name="Ease">Easing mode for this event</param>
/// <param name="Random">Random Mode</param>
/// <param name="RandomX"></param>
/// <param name="RandomY"></param>
/// <param name="RandomInterval">Constant distance between random numbers</param>
public void AddEvent(EventType Type, float Time, float X, float?Y, Easing Ease, RandomMode Random, float RandomX, float?RandomY, float RandomInterval)
{
Event e = new Event(Type, Time)
{
X = X,
Random = Random,
RandomX = RandomX,
RandomInterval = RandomInterval,
Ease = Ease
};
if (Y != null)
{
e.Y = (float)Y;
}
if (RandomY != null)
{
e.RandomY = (float)RandomY;
}
switch (Type)
{
case EventType.pos:
PosEvents.Add(e);
break;
case EventType.sca:
ScaEvents.Add(e);
break;
case EventType.rot:
RotEvents.Add(e);
break;
case EventType.col:
ColEvents.Add(e);
break;
}
}
private void GenerateRandom(RandomMode mode)
{
var tone = new ToneParamPM8();
tone.Extended = mode != RandomMode.Normal;
tone.Al = GetRandomValue(0, 7);
tone.Fb = GetRandomValue(0, 7, 3.0f);
uint output;
// al0 fb-0-1-2-3
// al1 [[fb-0]+1]-2-3
// al2 [[fb-0]+[1-2]]-3
// al3 [[fb-0-1]+2]-3
// al4 [fb-0-1]+[2-3]
// al5 [fb-0]-[1+2+3]
// al6 [fb-0-1]+2+3
// al7 [fb-0]+1+2+3
switch (tone.Al)
{
case 0:
case 1:
case 2:
case 3:
output = 0x8;
break;
case 4:
output = 0xa;
break;
case 5:
case 6:
output = 0xe;
break;
case 7:
default:
output = 0xf;
break;
}
for (int i = 0; i < 4; i++)
{
var op = tone.Op[i];
bool o = (output & (1 << i)) != 0;
op.WS = (mode != RandomMode.Ex) ? (byte)0 : GetRandomValue(0, 0, 0, 1, 2, 3, 6, 7);
op.AE = 0;
op.Fx = 0;
var env = op.Env;
if (mode == RandomMode.Tx)
{
op.Ml = (byte)((GetRandomValue(0, 15) + 1) & 15);
op.MF = 0;
op.Dt = GetRandomValue(0, 7);
env.TL = GetRandomValue(0, 64);
if (o)
{
env.ExAR = GetRandomValue(32, 127);
env.ExDR = GetRandomValue(0, 127);
env.ExSL = GetRandomValue(0, 127);
env.ExSR = GetRandomValue(0, 127);
env.ExRR = GetRandomValue(32, 127);
env.VS = 1;
env.KS = 0;
}
else
{
env.ExAR = GetRandomValue(0, 127);
env.ExDR = GetRandomValue(0, 127);
env.ExSL = GetRandomValue(0, 127);
env.ExSR = GetRandomValue(0, 127);
env.ExRR = GetRandomValue(0, 127);
env.VS = 0; // normal ? (byte)0 : GetRandomValue(0, 7);
env.KS = 0; // normal ? (byte)0 : GetRandomValue(0, 3);
}
}
else
{
if (o)
{
op.Ml = (byte)((GetRandomValue(0, 15, 5.0f) + 1) & 15);
op.MF = 0;
op.Dt = GetRandomValue(0, 7, 2.0f);
env.TL = GetRandomValue(0, 64, 2.0f);
env.ExAR = GetRandomValue(32, 127, 0.8f);
env.ExDR = GetRandomValue(0, 127, 1.5f);
env.ExSL = GetRandomValue(0, 127, 1.5f);
env.ExSR = GetRandomValue(0, 127, 3.0f);
env.ExRR = GetRandomValue(32, 127, 0.8f);
env.VS = 1;
env.KS = 0;
}
else
{
op.Ml = (byte)((GetRandomValue(0, 15, 3.0f) + 1) & 15);
op.MF = 0;
op.Dt = GetRandomValue(0, 7, 1.0f);
env.TL = GetRandomValue(0, 118, 2.0f);
env.ExAR = GetRandomValue(0, 127, 0.5f);
env.ExDR = GetRandomValue(0, 127, 0.7f);
env.ExSL = GetRandomValue(0, 127, 1.0f);
env.ExSR = GetRandomValue(0, 127, 3.0f);
env.ExRR = GetRandomValue(0, 127, 2.0f);
env.VS = 0; // normal ? (byte)0 : GetRandomValue(0, 7);
env.KS = 0; // normal ? (byte)0 : GetRandomValue(0, 3);
}
}
}
Normalize(tone, output);
loadTone(tone);
}
public static SKColor GetRandomColor(RandomMode mode = RandomMode.Default) =>
Color.FromRgb(
RandomRgb(mode == RandomMode.LightOnly ? 200 : 0),
RandomRgb(mode == RandomMode.LightOnly ? 150 : 0),
RandomRgb(mode == RandomMode.LightOnly ? 150 : 0)).ToSKColor();