public ColourData GetPreviousAvailableColour(int startPoint) // iterate through an array of colors to see what colors can be picked from
{
//colours[startPoint].isFree = true;
if (startPoint == 0)
{
startPoint = colours.Length;
}
ColourData r_colours = new ColourData();
for (int i = startPoint - 1; i >= 0; i--)
{
if (colours[i].isFree == true)
{
colours[i].itr = i;
//if the colour is free then set it and return.
//colours[i].isFree = false;
colours[i].playerID = i - 1;
r_colours = colours[i];
Debug.Log(colours[i].name);
Debug.Log(r_colours.playerID);
return(r_colours);
}
}
//r_colours.isFree = false;
//r_colours.colour = white;
//r_colours.playerID = 10;
return(r_colours);
}
//Returns the colour data and whether it is free or not.
//public ColourData GetColour(COLOURS a_colours)
//{
// ColourData r_colours = new ColourData();
// r_colours.isFree = !array[(int)a_colours];
//
// //Checks whether the colour is free
// if (r_colours.isFree == true)
// {
// r_colours.colour = colours[a_colours];
// array[(int)a_colours] = true;
// r_colours.playerID = (int)a_colours;
// }
// else
// {
// r_colours.colour = white;
// r_colours.playerID = 10;
// }
//
// return r_colours;
//}
//Free's the colour for other use [cam]
//public void FreeColour(COLOURS a_colours)
//{
// //Set the colour to be available [cam]
// array[(int)a_colours] = false;
//}
//Loops through and finds the next available colour [cam]
public ColourData SpawnColour()
{
ColourData r_colours = new ColourData();
for (int i = 0 + 1; i <= colours.Length; i++)
{
if (colours[i].isFree == true)
{
colours[i].itr = i;
//if the colour is free then set it and return.
colours[i].isFree = false;
colours[i].playerID = i - 1;
r_colours = colours[i];
Debug.Log(colours[i].name);
Debug.Log(r_colours.playerID);
newColors = true;
return(r_colours);
}
}
newColors = true;
//r_colours.isFree = false;
//r_colours.colour = white;
//r_colours.playerID = 10;
return(r_colours);
}
public void selectColor(int startPoint)
{
if (colours[startPoint].isFree == true)
{
colours[startPoint].isFree = false;
}
else
{
ColourData r_colours = new ColourData();
for (int i = startPoint + 1; i <= colours.Length; i++)
{
if (startPoint > 5)
{
startPoint = -1;
}
if (colours[i].isFree == true)
{
colours[i].itr = i;
//if the colour is free then set it and return.
//colours[i].isFree = false;
colours[i].playerID = i - 1;
r_colours = colours[i];
Debug.Log(colours[i].name);
Debug.Log(r_colours.playerID);
}
}
}
}
private void Start()
{
ColourData temp = GetComponentInParent <bulletColour>().SpawnColour();
if (temp.isFree == false && MatchSettings.numPlayers == 0) // on character select [Graham]
{
Debug.Log("Setting Colour");
ColourOfBullet = temp.colour;
colour = temp.colour;
colourData = temp;
GetComponentInChildren <SkinnedMeshRenderer>().material.color = colour;
m_PlayerID = temp.playerID;
GetComponentInParent <Unique>().GetComponentInChildren <BoostCollider>().setColour(colour);
colourdull = colour;
colourItr = colourData.itr;
}
else
{
Debug.Log("Setting Colour from match settings");
ColourOfBullet = colour;
colourdull = colour;
GetComponentInChildren <SkinnedMeshRenderer>().material.color = colour;
GetComponentInParent <Unique>().GetComponentInChildren <BoostCollider>().setColour(colour);
}
}
public void TestXlsxParsingDataStructures_ColorTypeIndexed()
{
ColourData text = new ColourData("72", "", ColourType.Indexed);
Assert.IsFalse(StyleInfoColor.IsWhiteText(text));
text = new ColourData("81", "", ColourType.Indexed);
Assert.IsFalse(StyleInfoColor.IsWhiteText(text));
text = new ColourData("-1", "", ColourType.Indexed);
Assert.IsFalse(StyleInfoColor.IsWhiteText(text));
text = new ColourData("65", "", ColourType.Indexed);
Assert.IsFalse(StyleInfoColor.IsWhiteText(text));
text = new ColourData("66", "", ColourType.Indexed);
Assert.IsFalse(StyleInfoColor.IsWhiteText(text));
text = new ColourData("1", "", ColourType.Indexed);
Assert.IsTrue(StyleInfoColor.IsWhiteText(text));
text = new ColourData("9", "", ColourType.Indexed);
Assert.IsTrue(StyleInfoColor.IsWhiteText(text));
text = new ColourData("64", "", ColourType.Indexed);
Assert.IsTrue(StyleInfoColor.IsWhiteText(text));
}
public void InitializeColours(ColourData colourData)
{
this.colourData = colourData;
Debug.Log("Init player colours");
GetComponents();
currentColourIndex = (uint)Random.Range(0, colourData.size);
spriteRenderer.color = colourData.GetColourFromIndex(currentColourIndex);
}
private void OnButtonClick(object sender, EventArgs e, CheckBox butt, ColourData <byte> colourData)
{
if (current.value != colourData.value)
{
current = colourData;
SetSelected();
onValueChanged.Invoke(colourData.value);
}
}
private void Start()
{
ColourData temp = GetComponentInParent <bulletColour>().GetNextAvailableColour();
if (temp.isFree == true)
{
Debug.Log("Setting Colour");
ColourOfBullet = temp.colour;
colour = temp.colour;
GetComponentInChildren <SkinnedMeshRenderer>().material.color = colour;
m_PlayerID = temp.playerID;
GetComponentInParent <Unique>().GetComponentInChildren <BoostCollider>().setColour(colour);
}
}
public ObstacleGenerator(ObstacleData[] obstacles, ObstacleData colourSwapper, Transform container, ColourData colourData)
{
this.obstacles = obstacles;
this.colourSwapper = colourSwapper;
this.container = container;
this.colourData = colourData;
generatedObstacles = new List <IColorEntity>();
Generate();
GenerateColourSwapper();
Generate();
GenerateColourSwapper();
Generate();
GenerateColourSwapper();
Generate();
}
public void InitializeColours(ColourData colourData)
{
if (system == null)
{
return;
}
var copySystem = new ParticleSystem.Particle[system.main.maxParticles];
var count = system.GetParticles(copySystem);
for (int i = 0; i < count; i++)
{
if (copySystem[i].startColor == Color.white)
{
copySystem[i].startColor = colourData.GetRandomColour();
}
}
system.SetParticles(copySystem, count);
}
//Returns the colour data and whether it is free or not.
public ColourData GetColour(COLOURS a_colours)
{
ColourData r_colours = new ColourData();
r_colours.isFree = !array[(int)a_colours];
//Checks whether the colour is free
if (r_colours.isFree == true)
{
r_colours.colour = colours[a_colours];
array[(int)a_colours] = true;
r_colours.playerID = (int)a_colours;
}
else
{
r_colours.colour = white;
r_colours.playerID = 10;
}
return r_colours;
}
//Loops through and finds the next available colour [cam]
public ColourData GetNextAvailableColour()
{
ColourData r_colours = new ColourData();
for (int i = 0; i <= counter; i++)
{
if (array[i] == false)
{
//if the colour is free then set it and return.
r_colours.isFree = true;
array[i] = true;
r_colours.colour = colours[(COLOURS)i];
r_colours.playerID = i;
return r_colours;
}
}
r_colours.isFree = false;
r_colours.colour = white;
r_colours.playerID = 10;
return r_colours;
}
public static UI32.tableLayoutPanel1 GetTrainerColourButtonsFromFile(string file)
{
string titleThing = "";
List <ColourData <byte> > colours = new List <ColourData <byte> >();
using (var reader = new StreamReader(file))
{
int l = 0;
while (!reader.EndOfStream)
{
l++;
string line = reader.ReadLine();
string[] values = line.Split(',');
if (l == 1)
{
titleThing = values[1];
}
if (l > 5)
{
string[] colourNameSplit = values[0].Split('-');
byte val = byte.Parse(values[1], System.Globalization.NumberStyles.HexNumber);
Color col = ColorTranslator.FromHtml(colourNameSplit[0]);
string colName = colourNameSplit[1];
ColourData <byte> colourD = new ColourData <byte>(col, colName, val);
colours.Add(colourD);
}
}
return(new tableLayoutPanel1(titleThing, colours.ToArray()));
}
}
public Color selectColourLeft()
{
//if (colourData.itr == 6)
//{
// colourData.itr = 0;
//}
ColourData temp = GetComponentInParent <bulletColour>().GetPreviousAvailableColour(colourItr);
if (temp.isFree == true)
{
colourData = temp;
//Debug.Log("Setting Colour");
ColourOfBullet = temp.colour;
colour = temp.colour;
colourdull = temp.colour;
GetComponentInChildren <SkinnedMeshRenderer>().material.color = colour;
GetComponentInParent <Unique>().GetComponentInChildren <BoostCollider>().setColour(colour);
colourItr = colourData.itr;
}
return(colour);
}
public void drawMesh(MeshData meshData, ColourData colourData, Material material)
{
// Debug.Log(meshData);
this.colourData = colourData;
Mesh mesh = meshData.CreateMesh();
float[] heights = findMinMax(mesh.uv);
colourData.mat.SetFloat("minHeight", -15);
colourData.mat.SetFloat("maxHeight", 15);
//Debug.Log("Max height : " + heights[1]);
//Debug.Log("Min height : " + heights[0]);
//Debug.Log("height: " + mesh.uv[mesh.uv.Length / 2]);
colourData.mat.SetColorArray("baseColours", colourData.baseColours);
colourData.mat.SetFloatArray("baseStartHeights", colourData.baseStartHeights);
colourData.mat.SetInt("baseColourCount", colourData.baseColours.Length);
colourData.mat.SetFloatArray("baseBlends", colourData.baseBlends);
meshFilter.sharedMesh = mesh;
meshCollider.sharedMesh = mesh;
}
public ButtonColourData(CheckBox button, ColourData <T> colourData)
{
this.button = button;
this.colourData = colourData;
}
void ColourChooser() //Chooses a random colour scheme each call, matching the background and cube, with contrasting ghoul and player colours
{
Renderer cubeColour, playerColour, ghoulmateColour;
Camera cameraColour;
cameraColour = GameObject.Find("Main Camera").GetComponent <Camera>();
cubeColour = GameObject.Find("Cube").GetComponent <MeshRenderer>();
ghoulmateColour = GameObject.Find("Ghoulmate(Clone)").transform.Find("Sphere").GetComponent <SkinnedMeshRenderer>();
playerColour = GameObject.Find("Player(Clone)").transform.Find("Sphere").GetComponent <SkinnedMeshRenderer>();
ColourData green = ScriptableObject.CreateInstance <ColourData>();
ColourData blue = ScriptableObject.CreateInstance <ColourData>();
ColourData yellow = ScriptableObject.CreateInstance <ColourData>();
ColourData orange = ScriptableObject.CreateInstance <ColourData>();
ColourData red = ScriptableObject.CreateInstance <ColourData>();
ColourData pink = ScriptableObject.CreateInstance <ColourData>();
ColourData purple = ScriptableObject.CreateInstance <ColourData>();
ColourData black = ScriptableObject.CreateInstance <ColourData>();
green.Init("green", cameraGreen, cubeGreen, greenGhoulmates);
blue.Init("blue", cameraBlue, cubeBlue, blueGhoulmates);
yellow.Init("yellow", cameraYellow, cubeYellow, yellowGhoulmates);
orange.Init("orange", cameraOrange, cubeOrange, orangeGhoulmates);
red.Init("red", cameraRed, cubeRed, redGhoulmates);
pink.Init("pink", cameraPink, cubePink, pinkGhoulmates);
purple.Init("purple", cameraPurple, cubePurple, purpleGhoulmates);
black.Init("black", cameraBlack, cubeBlack, blackGhoulmates);
ColourData[] colours = { green, blue, yellow, orange, red, pink, purple };
Material[] ghoulmates = { ghoulmatesGreen, ghoulmatesBlue, ghoulmatesYellow, ghoulmatesOrange, ghoulmatesRed, ghoulmatesPink, ghoulmatesPurple };
int random = Random.Range(0, colours.Length);
if (levelCount % 10 == 0 && levelCount != 0) //Every 10 levels spawns a dark scene, only light visible is the player
{
timerRaw += 5;
cameraColour.backgroundColor = black.colourCamera;
cubeColour.material = black.colourCube;
int randomBlack = Random.Range(0, black.colourGhoulmates.Length);
ghoulmateColour.material = ghoulmates[black.colourGhoulmates[randomBlack]];
playerColour.material = ghoulmates[black.colourGhoulmates[randomBlack]];
Light light = GameObject.Find("Player(Clone)").transform.Find("Light").GetComponent <Light>();;
light.enabled = true;
//Following section disables emission light source on all AI and ghoulmate
Renderer heart = GameObject.Find("LevelHeart").GetComponent <Renderer>();
heart.material.DisableKeyword("_EMISSION");
ghoulmateColour.material.DisableKeyword("_EMISSION");
GameObject[] ais = GameObject.FindGameObjectsWithTag("AI");
for (int i = 0; i < ais.Length; i++)
{
Renderer cur = ais[i].transform.Find("Sphere").GetComponent <SkinnedMeshRenderer>();
cur.material.DisableKeyword("_EMISSION");
}
return;
}
cameraColour.backgroundColor = colours[random].colourCamera;
cubeColour.material = colours[random].colourCube;
int random2 = Random.Range(0, colours[random].colourGhoulmates.Length);
if (levelCount % 5 == 0 && levelCount != 0) //Every level ending in 5 ghoulmate is same colour as AI
{
ghoulmateColour.material = AImaterial;
}
else
{
ghoulmateColour.material = ghoulmates[colours[random].colourGhoulmates[random2]];
}
playerColour.material = ghoulmates[colours[random].colourGhoulmates[random2]];
}
public void OnColorChoice(object sender, Event evt)
{
wx.Object obj = evt.EventObject;
SkinElementColor el = null;
if (obj == m_background.m_rgbSelector)
{
el = m_background;
}
else if (obj == m_freeTrack.m_rgbSelector)
{
el = m_freeTrack;
}
else if (obj == m_reservedTrack.m_rgbSelector)
{
el = m_reservedTrack;
}
else if (obj == m_reservedShunting.m_rgbSelector)
{
el = m_reservedShunting;
}
else if (obj == m_occupiedTrack.m_rgbSelector)
{
el = m_occupiedTrack;
}
else if (obj == m_workingTrack.m_rgbSelector)
{
el = m_workingTrack;
}
else if (obj == m_outline.m_rgbSelector)
{
el = m_outline;
}
else if (obj == m_text.m_rgbSelector)
{
el = m_text;
}
else
{
return;
}
byte rv, gv, bv;
String str;
str = el.m_r.Value;
rv = Globals.wxStrtoul(str, 0, 0);
str = el.m_g.Value;
gv = Globals.wxStrtoul(str, 0, 0);
str = el.m_b.Value;
bv = Globals.wxStrtoul(str, 0, 0);
Colour elCol = new wx.Colour(rv, gv, bv);
ColourData data = new ColourData();
data.ChooseFull = (true);
data.Colour = (elCol);
ColourDialog dialog = new ColourDialog(this, data);
if (dialog.ShowModal() == ShowModalResult.OK)
{
ColourData retData = dialog.ColourData;
wx.Colour col = retData.Colour;
byte v = col.Red;
str = String.Format(wxPorting.T("%d"), v);
el.m_r.Value = (str);
v = col.Green;
str = String.Format(wxPorting.T("%d"), v);
el.m_g.Value = (str);
v = col.Blue;
str = String.Format(wxPorting.T("%d"), v);
el.m_b.Value = (str);
}
}
public void InitializeColours(ColourData colourData)
{
this.colourData = colourData;
GetComponents();
spriteRenderer.color = colourData.GetColourFromIndex(colourIndex);
}
// Use this for initialization
void Start()
{
// Pull the color from the player's stats, step up to parent and then grab playerstats from the child [jack]
playerColour = GetComponent <Transform>().parent.gameObject.GetComponentInChildren <PlayerStats>().colourData;
meshRenderer = GetComponent <MeshRenderer>();
}
