public void BuyDevelopmentCardsButtonPress()
{
action = ActionCode.BUY_DEVELOPMENT_CARD;
// Set up the status panel.
TextMeshProUGUI popupText = statusPanel.transform.GetChild(0).gameObject.transform.GetChild(0).GetComponent <TextMeshProUGUI>();
popupText.text = "One development card costs 1x" + ColourUtility.GetResourceText(Inventory.UnitCode.GRAIN) + ", 1x" + ColourUtility.GetResourceText(Inventory.UnitCode.ORE) + ", and 1x" + ColourUtility.GetResourceText(Inventory.UnitCode.WOOL) + ".\n";
if (!deck.IsEmpty())
{
if (inventory.CanBuyDevelopmentCard())
{
popupText.text += "<color=green>You have enough resources to buy a development card.</color>";
confirmButton.interactable = true;
}
else
{
popupText.text += "<color=red>You do not have enough resources to buy a development card.</color>";
confirmButton.interactable = false;
}
}
else
{
popupText.text += "<color=red>The development card deck is empty.</color>";
confirmButton.interactable = false;
}
// Open panel.
statusPanel.SetActive(true);
}
public static Color HSL2BlueGreen(double h, double sl, double l)
{
double new_h = (1 - h) * (ColourUtility.lowestBlue - ColourUtility.highestGreen) + highestGreen;
Color rgb = ColourUtility.HSL2RGB(new_h, sl, l);
return(rgb);
}
public static Color HSL2PurpleRed(double h, double sl, double l)
{
double new_h = h * (ColourUtility.lowestPurple);
Color rgb = ColourUtility.HSL2RGB(new_h, sl, l);
return(rgb);
}
public static Color HSL2YellowRed(double h, double sl, double l)
{
double new_h = (1 - h) * (ColourUtility.lowestYellow);
Color rgb = ColourUtility.HSL2RGB(new_h, sl, l);
return(rgb);
}
private void SetHarbourText()
{
string harbourText = "";
switch (harbourBonus)
{
case HarbourBonus.THREE_TO_ONE:
harbourText = "3:1";
break;
case HarbourBonus.TWO_TO_ONE_BRICK:
harbourText = "2:1\n" + ColourUtility.GetResourceText(Inventory.UnitCode.BRICK);
break;
case HarbourBonus.TWO_TO_ONE_GRAIN:
harbourText = "2:1\n" + ColourUtility.GetResourceText(Inventory.UnitCode.GRAIN);
break;
case HarbourBonus.TWO_TO_ONE_LUMBER:
harbourText = "2:1\n" + ColourUtility.GetResourceText(Inventory.UnitCode.LUMBER);
break;
case HarbourBonus.TWO_TO_ONE_ORE:
harbourText = "2:1\n" + ColourUtility.GetResourceText(Inventory.UnitCode.ORE);
break;
case HarbourBonus.TWO_TO_ONE_WOOL:
harbourText = "2:1\n" + ColourUtility.GetResourceText(Inventory.UnitCode.WOOL);
break;
}
gameObject.transform.GetChild(HARBOUR_TEXT_CHILD_ID).gameObject.SetActive(true);
gameObject.transform.GetChild(HARBOUR_TEXT_CHILD_ID).GetComponent <TextMeshPro>().text = harbourText;
}
public void mutateBranch(List <IStack> stacks,
int offset,
IFormConfiguration formConfig,
ColourConfiguration colourConfig,
Vector3 branchStartPosition,
Vector3 branchStartTwist,
Vector3 origin,
FormBounds formBounds)
{
Vector3 position = origin;
Vector3 stackTwist = formConfig.getStackStartTwist();
float radius = formConfig.getBranchPositionDelta().x * 20;
float rhumbAngle = formConfig.getStartRotation().x * 0.032f;
//colour stuff
int iterations = formConfig.getStackIterations();
Color modelColour = new Color(colourConfig.getBaseRed(),
colourConfig.getBaseGreen(),
colourConfig.getBaseBlue(),
1);
//if cycling override base colour
if (colourConfig.getCycle())
{
modelColour = colourConfig.getCycleColour();
}
int i = offset;
foreach (IStack stack in stacks)
{
position.x = formConfig.getStartPosition().x + (radius * (float)Math.Cos(i) / (float)Math.Cosh(Mathf.Rad2Deg * (Mathf.Deg2Rad * i * rhumbAngle)));
position.y = formConfig.getStartPosition().y + (radius * (float)Math.Sin(i) / (float)Math.Cosh(Mathf.Rad2Deg * (Mathf.Deg2Rad * i * rhumbAngle)));
position.z = formConfig.getStartPosition().z + (radius * (float)Math.Tanh(Mathf.Rad2Deg * (Mathf.Deg2Rad * i * rhumbAngle)));
formBounds.calculateNewBounds(position);
//colour stuff order is important
Color stackColour = modelColour;
if (colourConfig.getFadeColour())
{
//fade colour in
stackColour = ColourUtility.fadeModelColour(modelColour, iterations, i - offset);
}
if (colourConfig.getPulse())
{
//do pulse
stackColour = colourConfig.getPulseColourForStack(stackColour, i - offset);
}
stack.mutateTo(position, stackTwist, 0.5f, stackColour);
stackTwist = GeometryUtility.addDeltaToRotation(stackTwist, formConfig.getStackTwistDelta());
i++;
}
}
public void SupplyTradeInit()
{
// Hide trade panel and show trade panel.
GameObject.Find("BottomPanel").GetComponent <BottomPanel>().OpenTradeTab(); // toggles the trade tab
offersPanel.SetActive(true);
confirmed = false;
foreach (GameObject panel in localPanels)
{
panel.GetComponent <Image>().color = new Color(1f, 1f, 1f);
}
LockRemotePanel();
clearRemoteButton.SetActive(true);
trading = true;
this.tradeDeclined = false;
supplyTrading = true;
yearOfPlenty = false;
this.AvailableCards = 0;
this.senderId = PhotonNetwork.LocalPlayer.ActorNumber;
this.recepientId = SUPPLY_ID;
// Set up player and supply name.
localPlayerText.text = ColourUtility.GetPlayerDisplayNameFromId(senderId) + "'s offer";
remotePlayerText.text = "Available cards: 0";
// Set up cards. Left ones are local, right ones are remote.
foreach (Card card in localCards)
{
card.Init();
card.SetVisible(true);
card.SetInventory(inventory);
card.UpdateCard(0);
}
foreach (Card card in remoteCards)
{
card.Init();
card.SetVisible(true);
card.SetInventory(inventory);
card.UpdateCard(0);
// Specifically for supply trading.
card.SetEnabled(true);
}
GameObject.Find("EventTextController").GetComponent <EventTextController>().SendEvent(EventTextController.EventCode.TRADE_SUPPLY_INITIATED, PhotonNetwork.LocalPlayer);
}
public void YearOfPlentyInit()
{
offersPanel.SetActive(true);
confirmed = false;
foreach (GameObject panel in localPanels)
{
panel.GetComponent <Image>().color = new Color(1f, 1f, 1f);
}
LockRemotePanel();
clearRemoteButton.SetActive(true);
trading = true;
this.tradeDeclined = false;
this.supplyTrading = false;
this.yearOfPlenty = true;
// Set available cards instantly.
this.AvailableCards = 2;
this.senderId = PhotonNetwork.LocalPlayer.ActorNumber;
this.recepientId = SUPPLY_ID;
// Set up player and supply name.
localPlayerText.text = ColourUtility.GetPlayerDisplayNameFromId(senderId) + "'s offer";
remotePlayerText.text = "Available cards: 2";
// Set up cards. Left ones are local, right ones are remote.
foreach (Card card in localCards)
{
card.Init();
card.SetVisible(false); // Local cards here cannot be clicked.
card.SetInventory(inventory);
card.UpdateCard(0);
}
foreach (Card card in remoteCards)
{
card.Init();
card.SetVisible(true);
card.SetInventory(inventory);
card.UpdateCard(0);
// Specifically for year of plenty and supply trading.
card.SetEnabled(true);
}
GameObject.Find("EventTextController").GetComponent <EventTextController>().SendEvent(EventTextController.EventCode.YEAR_OF_PLENTY_INITIATED, PhotonNetwork.LocalPlayer);
}
// Should be run only from the Tick functions.
private void InitOffersPanel()
{
offersPanel.SetActive(true);
confirmed = false;
foreach (GameObject panel in localPanels)
{
panel.GetComponent <Image>().color = new Color(1f, 1f, 1f);
}
UnlockRemotePanel();
trading = true;
this.tradeDeclined = false;
supplyTrading = false;
yearOfPlenty = false;
clearRemoteButton.SetActive(false);
// Set up player names.
if (amRecepient)
{
localPlayerText.text = ColourUtility.GetPlayerDisplayNameFromId(recepientId) + "'s offer";
remotePlayerText.text = ColourUtility.GetPlayerDisplayNameFromId(senderId) + "'s offer";
}
else
{
localPlayerText.text = ColourUtility.GetPlayerDisplayNameFromId(senderId) + "'s offer";
remotePlayerText.text = ColourUtility.GetPlayerDisplayNameFromId(recepientId) + "'s offer";
}
// Set up cards. Left ones are local, right ones are remote.
foreach (Card card in localCards)
{
card.Init();
card.SetVisible(true);
card.SetInventory(inventory);
card.UpdateCard(0);
}
foreach (Card card in remoteCards)
{
card.Init();
card.SetVisible(true);
card.SetInventory(inventory);
card.UpdateCard(0);
}
}
// This is run on the sender of the trade request.
private IEnumerator TradeSenderTick()
{
recepientResponded = false;
TextMeshProUGUI panelText = tradeRequestStatusPanel.transform.GetChild(0).GetComponent <TextMeshProUGUI>();
string recepientName = ColourUtility.GetPlayerDisplayNameFromId(recepientId);
for (int i = 10; i > 0; i--)
{
if (recepientResponded)
{
break;
}
panelText.text = "Waiting for " + recepientName + " to accept your trade request... (" + i + ")";
yield return(new WaitForSeconds(1f));
}
if (recepientResponded)
{
if (tradeDeclined)
{
panelText.text = ColourUtility.GetPlayerDisplayNameFromId(recepientId) + " has declined your trade request.";
yield return(new WaitForSeconds(3));
tradeRequestStatusPanel.SetActive(false);
yield break;
}
else
{
// Trade accepted.
// Do not delay the initialisation on the sender as compensation for the message sending.
tradeRequestStatusPanel.SetActive(false);
GameObject.Find("EventTextController").GetComponent <EventTextController>().SendEvent(EventTextController.EventCode.TRADE_PLAYERS_INITIATED, PhotonNetwork.LocalPlayer, recepientId);
InitOffersPanel();
yield break;
}
}
else
{
panelText.text = "The trade request timed out.";
yield return(new WaitForSeconds(3));
tradeRequestStatusPanel.SetActive(false);
yield break;
}
}
// This is run on the recepient of the trade request.
private IEnumerator ReceiverOfferTick()
{
recepientResponded = false;
tradeRequestPopupPanel.SetActive(true);
TextMeshProUGUI popupText = tradeRequestPopupPanel.transform.GetChild(0).gameObject.transform.GetChild(0).GetComponent <TextMeshProUGUI>();
for (int i = 10; i > 0; i--)
{
if (recepientResponded)
{
break;
}
popupText.text = ColourUtility.GetPlayerDisplayNameFromId(senderId) + " sent you a trade request (" + i + ").";
yield return(new WaitForSeconds(1));
}
if (recepientResponded)
{
// Close trade request popup panel.
if (tradeDeclined)
{
tradeRequestPopupPanel.SetActive(false);
yield break;
}
else
{
//yield return new WaitForSeconds(1);
tradeRequestPopupPanel.SetActive(false);
InitOffersPanel();
yield break;
}
}
else
{
tradeRequestPopupPanel.SetActive(false);
yield break;
}
}
/* Internal methods */
private void renderTexture(ColourUtility.RGBColour[,] rgbPixelMap)
{
int width = rgbPixelMap.GetLength (0);
int height = rgbPixelMap.GetLength (1);
Texture2D texture = new Texture2D (width, height);
for (int x = 0; x < width; x++) {
for (int y = 0; y < height; y++) {
ColourUtility.RGBColour pixelColour = rgbPixelMap[x, y];
texture.SetPixel(x, y, new Color(pixelColour.red, pixelColour.green, pixelColour.blue, 1));
}
}
Rect backgroundSize = backgroundImage.pixelInset;
backgroundSize.width = width;
backgroundSize.height = height;
backgroundImage.pixelInset = backgroundSize;
//apply the texture to the background
texture.Apply();
backgroundImage.texture = texture;
}
private void RPCSetCurrentPlayer(int playerId)
{
currentPlayerText.text = ColourUtility.GetPlayerDisplayNameFromId(playerId);
}
private string GetMessage(EventCode code, int actorNumber, params object[] additionalParams)
{
switch (code)
{
case EventCode.FIRST_TURN_PHASE_ONE:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " is placing their first settlement.");
case EventCode.FIRST_TURN_PHASE_TWO:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " is placing their first road.");
case EventCode.SECOND_TURN_PHASE_ONE:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " is placing their second settlement.");
case EventCode.SECOND_TURN_PHASE_TWO:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " is placing their second road.");
case EventCode.ROAD_CONSTRUCTED:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has constructed a road.");
case EventCode.SETTLEMENT_CONSTRUCTED:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has constructed a settlement.");
case EventCode.CITY_CONSTRUCTED:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has upgraded a settlement into a city.");
case EventCode.PRE_DICE_ROLL:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " is rolling the dice.");
case EventCode.DICE_ROLLED:
int diceValue = (int)additionalParams[0];
string diceValueString = "";
if (diceValue == 7)
{
diceValueString = "<color=black>";
}
else if (diceValue == 6 || diceValue == 8)
{
diceValueString = "<color=red>";
}
diceValueString += diceValue;
if (diceValue >= 6 && diceValue <= 8)
{
diceValueString += "</color>";
}
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has rolled a " + diceValueString + ".");
case EventCode.PLAYER_IDLE:
return("Waiting for an action from " + ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + ".");
case EventCode.RESOURCE_EARNED:
int resourceType = (int)additionalParams[0];
int amount = (int)additionalParams[1];
Debug.Log("resourceType = " + resourceType + ", amount = " + amount);
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has earned " + amount + "x" + ColourUtility.GetResourceText((Inventory.UnitCode)resourceType) + ".");
case EventCode.NO_RESOURCE_EARNED:
return("No player has earned any resources from this roll.");
case EventCode.TRADE_SUPPLY_INITIATED:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " is trading with the supply.");
case EventCode.TRADE_PLAYERS_INITIATED:
int secondPlayerId = (int)additionalParams[0];
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " is trading with " + ColourUtility.GetPlayerDisplayNameFromId(secondPlayerId) + ".");
case EventCode.TRADE_CANCELLED:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has cancelled the trade.");
case EventCode.TRADE_SUPPLY_COMPLETED:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has finished trading with the supply.");
case EventCode.TRADE_PLAYERS_COMPLETED:
secondPlayerId = (int)additionalParams[0];
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has finished trading with " + ColourUtility.GetPlayerDisplayNameFromId(secondPlayerId) + ".");
case EventCode.SHOULD_DISCARD:
string resultText = "Waiting for ";
if (actorNumber == -1)
{
// Initial set.
discardList = ((int[])additionalParams[0]).OfType <int>().ToList();
bool first = true;
for (int i = 0; i < discardList.Count; i++)
{
if (first)
{
first = false;
}
else
{
resultText += ", ";
}
//discardlist[i] is null for some reason
resultText += ColourUtility.GetPlayerDisplayNameFromId(discardList[i]);
}
resultText += " to discard half of their resource cards.";
}
else
{
// Update. Remove the player from the discard list and then repeat.
if (discardList.IndexOf(actorNumber) != -1)
{
discardList.Remove(actorNumber);
}
bool first = true;
for (int i = 0; i < discardList.Count; i++)
{
if (first)
{
first = false;
}
else
{
resultText += ", ";
}
resultText += ColourUtility.GetPlayerDisplayNameFromId(discardList[i]);
}
resultText += " to discard half of their resource cards.";
}
Debug.Log(resultText);
return(resultText);
case EventCode.BANDIT_MOVE:
return("Waiting for " + ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " to move the bandit to another hex.");
case EventCode.SELECTING_STEAL_VICTIM:
return("Waiting for " + ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " to select a player to steal from.");
case EventCode.STEAL_NO_ADJACENT_PLAYER:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " had nobody to steal from.");
case EventCode.NO_RESOURCE_STOLEN:
Player stealPlayer = PhotonNetwork.CurrentRoom.GetPlayer((int)additionalParams[0]);
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " had no cards to steal from " + ColourUtility.GetPlayerDisplayName(stealPlayer) + ".");
case EventCode.RESOURCE_STOLEN:
stealPlayer = PhotonNetwork.CurrentRoom.GetPlayer((int)additionalParams[0]);
string resourceText = (string)additionalParams[1];
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has stolen 1x" + resourceText + " from " + ColourUtility.GetPlayerDisplayName(stealPlayer) + ".");
case EventCode.DEVELOPMENT_CARD_PURCHASED:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has purchased a development card from the supply.");
case EventCode.DEVELOPMENT_CARD_PLAYED:
Inventory.UnitCode cardCode = (Inventory.UnitCode)additionalParams[0];
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has played a " + ColourUtility.GetDevelopmentText(cardCode) + " card!");
case EventCode.YEAR_OF_PLENTY_INITIATED:
return("Waiting for " + ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " to take 2 free Resource cards.");
case EventCode.YEAR_OF_PLENTY_COMPLETED:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has taken two resource cards.");
case EventCode.MONOPOLY_COMPLETE:
resourceText = (string)additionalParams[0];
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has stolen all " + resourceText + " cards from the other players!");
case EventCode.LARGEST_ARMY_TAKE_FIRST_TIME:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has received the <color=black>Largest Army</color> card!");
case EventCode.LARGEST_ARMY_STEAL:
stealPlayer = PhotonNetwork.CurrentRoom.GetPlayer((int)additionalParams[0]);
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has stolen the <color=black>Largest Army</color> card from " + ColourUtility.GetPlayerDisplayName(stealPlayer) + "!");
case EventCode.LONGEST_ROAD_TAKE_FIRST_TIME:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has received the <color=black>Longest Road</color> card!");
case EventCode.LONGEST_ROAD_STEAL:
stealPlayer = PhotonNetwork.CurrentRoom.GetPlayer((int)additionalParams[0]);
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has stolen the <color=black>Longest Road</color> card from " + ColourUtility.GetPlayerDisplayName(stealPlayer) + "!");
case EventCode.LONGEST_ROAD_RETURNED:
return("The <color=black>Longest Road</color> card no longer belongs to any player!");
case EventCode.GAME_OVER:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has won the game! Press ESC to return to the main menu.");
case EventCode.END_TURN:
return(ColourUtility.GetPlayerDisplayNameFromId(actorNumber) + " has ended their turn.");
}
return("<invalid_text_code>");
}
void ProcessData()
{
double[] powerSpectrum;
ComplexSignal cs = Signal.FromArray(dataBuffer, SAMPLE_RATE).ToComplex();
cs.ForwardFourierTransform();
powerSpectrum = Tools.GetPowerSpectrum(cs.GetChannel(0));
//Convert to dB
powerSpectrum = powerSpectrum.Select((double arg, int index) => (10 * Math.Log10(arg / baselinePowerSpectrum[index]))).ToArray();
// Normalize values
double minPowerSpectrum = (powerSpectrum.Min());
double maxPowerSpectrum = (powerSpectrum.Max());
powerSpectrum = powerSpectrum.Select((double arg, int index) => (arg - minPowerSpectrum) / (maxPowerSpectrum - minPowerSpectrum)).ToArray();
//Pick the color scheme according to the peak frequency - Blue-Green if peak below alpha,
//Yellow-Red otherwise
int highestFrequency = Array.IndexOf(powerSpectrum, powerSpectrum.Max());
currentScheme = highestFrequency >= alphaCutoff ? (highestFrequency >= gammaCutoff ? COLOUR_SCHEME.YELLOW_RED : COLOUR_SCHEME.PURPLE_RED) : COLOUR_SCHEME.BLUE_GREEN;
Color[] spectrogramColours;
if (currentScheme == COLOUR_SCHEME.BLUE_GREEN)
{
spectrogramColours = powerSpectrum.Select(((double arg) => ColourUtility.HSL2BlueGreen(arg, 0.75, 0.5))).ToArray();
}
else if (currentScheme == COLOUR_SCHEME.PURPLE_RED)
{
spectrogramColours = powerSpectrum.Select(((double arg) => ColourUtility.HSL2PurpleRed(arg, 0.75, 0.5))).ToArray();
}
else
{
spectrogramColours = powerSpectrum.Select(((double arg) => ColourUtility.HSL2YellowRed(arg, 0.75, 0.5))).ToArray();
}
//Set the texture
for (int i = 0; i < numFreqs; i++)
{
texture.SetPixel(i, (currentWindow % maxTextureWidth), spectrogramColours[i]);
}
currentWindow++;
texture.Apply();
//Set the normal map
float xLeft;
float xRight;
float yUp;
float yDown;
float yDelta;
float xDelta;
for (int i = 0; i < numFreqs; i++)
{
int y = (currentWindow % maxTextureWidth);
yUp = normalMap.GetPixel(y - 1, i).grayscale;
yDown = normalMap.GetPixel(y + 1, i).grayscale;
int tempI = (int)Mathf.Clamp(i, 1, numFreqs - 2);
xLeft = (float)powerSpectrum[tempI - 1];
xRight = (float)powerSpectrum[tempI + 1];
xDelta = ((xLeft - xRight) + 1) * 0.5f;
yDelta = ((yUp - yDown) + 1) * 0.5f;
normalMap.SetPixel(i, y, new Color(xDelta, yDelta, 1.0f, yDelta));
}
normalMap.Apply();
}
// Do threaded task. DON'T use the Unity API here
protected override void ThreadFunction()
{
double moveX = 0;
double moveY = 0;
hsbPixelMap = new ColourUtility.HSBColour[width, height];
rgbPixelMap = new ColourUtility.RGBColour[width, height];
int x = 0;
int y = 0;
//each iteration, it calculates: new = old*old + c, where c is a constant and old starts at current pixel
double cRe, cIm; //real and imaginary part of the constant c, determinate shape of the Julia Set
double newRe, newIm, oldRe, oldIm; //real and imaginary parts of new and old
//pick some values for the constant c, this determines the shape of the Julia Set
cRe = -0.7;
cIm = 0.27015;
//loop through every pixel
for (x = 0; x < width; x++)
{
for (y = 0; y < height; y++)
{
//calculate the initial real and imaginary part of z, based on the pixel location and zoom and position values
newRe = 1.5 * (x - width / 2) / (0.5 * zoom * width) + moveX;
newIm = (y - height / 2) / (0.5 * zoom * height) + moveY;
//i will represent the number of iterations
int i;
//start the iteration process
for (i = 0; i < maxIterations; i++)
{
//remember value of previous iteration
oldRe = newRe;
oldIm = newIm;
//the actual iteration, the real and imaginary part are calculated
newRe = oldRe * oldRe - oldIm * oldIm + cRe;
newIm = 2 * oldRe * oldIm + cIm;
//if the point is outside the circle with radius 2: stop
if ((newRe * newRe + newIm * newIm) > 4)
{
break;
}
}
//colour black if max iterations exceeded
ColourUtility.HSBColour hsbColour = new ColourUtility.HSBColour(0, 0, 0);
if (i < maxIterations)
{
float hue = ((float)(i % 256)) / 256;
hsbColour.hue = hue;
hsbColour.saturation = 1;
hsbColour.brightness = hue;
}
ColourUtility.RGBColour rgbColour = ColourUtility.rgbFromHSB(hsbColour.hue,
hsbColour.saturation,
hsbColour.brightness);
//set pixel map for colour cycling
hsbPixelMap[x, y] = hsbColour;
rgbPixelMap[x, y] = rgbColour;
}
}
}
public void mutateBranch(List <IStack> stacks,
int offset,
IFormConfiguration formConfig,
ColourConfiguration colourConfig,
Vector3 branchStartPosition,
Vector3 branchStartTwist,
Vector3 origin,
FormBounds formBounds)
{
float scale = formConfig.getStartScale();
Vector3 stackTwist = formConfig.getStackStartTwist();
Vector3 position = branchStartPosition;
Vector3 twist = branchStartTwist;
//rotate position araound previous branch start position
position = GeometryUtility.rotateCoordinateAboutPoint(origin,
position,
branchStartTwist);
//colour stuff
int iterations = formConfig.getStackIterations();
Color modelColour = new Color(colourConfig.getBaseRed(),
colourConfig.getBaseGreen(),
colourConfig.getBaseBlue(),
1);
//if cycling override base colour
if (colourConfig.getCycle())
{
modelColour = colourConfig.getCycleColour();
}
int i = 0;
foreach (IStack stack in stacks)
{
formBounds.calculateNewBounds(position);
//colour stuff order is important
Color stackColour = modelColour;
if (colourConfig.getFadeColour())
{
//fade colour in
stackColour = ColourUtility.fadeModelColour(modelColour, iterations, i);
}
if (colourConfig.getPulse())
{
//do pulse
stackColour = colourConfig.getPulseColourForStack(stackColour, i);
}
stack.mutateTo(position, stackTwist, scale, stackColour);
scale = scale * formConfig.getScaleDelta();
float positionScale = scale;
if (!formConfig.getScaleBranch())
{
//ignore scale
positionScale = 1;
}
Vector3 newPosition = GeometryUtility.addDeltaToPosition(position,
formConfig.getBranchPositionDelta(),
positionScale);
position = GeometryUtility.rotateCoordinateAboutPoint(position, newPosition, twist);
twist = GeometryUtility.addDeltaToRotation(twist, formConfig.getBranchTwistDelta());
stackTwist = GeometryUtility.addDeltaToRotation(stackTwist, formConfig.getStackTwistDelta());
i++;
}
}
public void createBranch(List <IStack> stacks,
int offset,
IFormConfiguration formConfig,
ColourConfiguration colourConfig,
Vector3 branchStartPosition,
Vector3 branchStartTwist,
Vector3 origin,
FormBounds formBounds)
{
float scale = formConfig.getStartScale();
Vector3 stackTwist = formConfig.getStackStartTwist();
Vector3 position = branchStartPosition;
Vector3 twist = branchStartTwist;
//rotate position araound previous branch start position
position = GeometryUtility.rotateCoordinateAboutPoint(origin,
position,
branchStartTwist);
//colour stuff
int iterations = formConfig.getStackIterations();
Color modelColour = new Color(colourConfig.getBaseRed(),
colourConfig.getBaseGreen(),
colourConfig.getBaseBlue(),
1);
//if cycling override base colour
if (colourConfig.getCycle())
{
modelColour = colourConfig.getCycleColour();
}
for (int i = 0; i < iterations; i++)
{
formBounds.calculateNewBounds(position);
//Stack Shape
IStack stack = new SimpleStack(); //default
if (formConfig.getStackShape() == IFormConfiguration.StackShape.Sphere)
{
//spehere
stack = new SimpleStack();
}
else if (formConfig.getStackShape() == IFormConfiguration.StackShape.Box)
{
//box
stack = new SimpleBoxStack();
}
else if (formConfig.getStackShape() == IFormConfiguration.StackShape.Complex1)
{
//complex 1
stack = new ComplexStack();
}
else if (formConfig.getStackShape() == IFormConfiguration.StackShape.Complex2)
{
//complex 2
stack = new ComplexStack2();
}
else if (formConfig.getStackShape() == IFormConfiguration.StackShape.SimpleTorus)
{
//simple Torus
stack = new SimpleTorusStack();
}
//colour stuff order is important
Color stackColour = modelColour;
if (colourConfig.getFadeColour())
{
//fade colour in
stackColour = ColourUtility.fadeModelColour(modelColour, iterations, i);
}
if (colourConfig.getPulse())
{
//do pulse
stackColour = colourConfig.getPulseColourForStack(stackColour, i);
}
stack.initialise(position, stackTwist, scale, stackColour);
stacks.Add(stack);
scale = scale * formConfig.getScaleDelta();
Vector3 newPosition = GeometryUtility.addDeltaToPosition(position, formConfig.getBranchPositionDelta(), scale);
position = GeometryUtility.rotateCoordinateAboutPoint(position, newPosition, twist);
twist = GeometryUtility.addDeltaToRotation(twist, formConfig.getBranchTwistDelta());
stackTwist = GeometryUtility.addDeltaToRotation(stackTwist, formConfig.getStackTwistDelta());
}
}
public void PrepareStealing(List <int> playerIdList)
{
// The playerIdList size can be maximum 3.
stealPanel.SetActive(true);
// Reset buttons. Fill with player info top down.
for (int i = 0; i < stealButtons.Length; i++)
{
if (playerIdList.Count == 0)
{
stealButtons[i].interactable = false;
stealButtons[i].transform.GetChild(0).GetComponent <TextMeshProUGUI>().text = "";
playerStealIds[i] = -1;
}
else
{
int playerId = playerIdList[0];
playerIdList.RemoveAt(0);
stealButtons[i].interactable = true;
stealButtons[i].transform.GetChild(0).GetComponent <TextMeshProUGUI>().text = ColourUtility.GetPlayerDisplayNameFromId(playerId);
playerStealIds[i] = playerId;
}
}
}
public void ReceiveStolenCard(int senderId, int receivedResourceId)
{
// If the resource id is -1, the selected player had no card to give.
if (receivedResourceId == -1)
{
GameObject.Find("EventTextController").GetComponent <EventTextController>().SendEvent(EventTextController.EventCode.NO_RESOURCE_STOLEN, PhotonNetwork.LocalPlayer, senderId);
}
else
{
UnitCode receivedResource = (UnitCode)receivedResourceId;
this.GiveToPlayer(receivedResource, 1);
GameObject.Find("EventTextController").GetComponent <EventTextController>().SendEvent(EventTextController.EventCode.RESOURCE_STOLEN, PhotonNetwork.LocalPlayer, senderId, ColourUtility.GetResourceText(receivedResource));
}
}
public void MonopolyReplyReceived(int amount)
{
// Give the received resources to the player.
inventory.GiveToPlayer(this.monopolyResource, amount);
monopolyReplies++;
if (monopolyReplies == 3)
{
// All players have replied. The Monopoly card effect is complete.
// switch to idle phase
GameObject.Find("EventTextController").GetComponent <EventTextController>().SendEvent(EventTextController.EventCode.MONOPOLY_COMPLETE, PhotonNetwork.LocalPlayer, ColourUtility.GetResourceText(monopolyResource));
GameObject.Find("EventTextController").GetComponent <EventTextController>().SendEvent(EventTextController.EventCode.PLAYER_IDLE, PhotonNetwork.LocalPlayer);
}
}
public void createBranch(List <IStack> stacks,
int offset,
IFormConfiguration formConfig,
ColourConfiguration colourConfig,
Vector3 branchStartPosition,
Vector3 branchStartTwist,
Vector3 origin,
FormBounds formBounds)
{
Vector3 position = origin;
Vector3 stackTwist = formConfig.getStackStartTwist();
float radius = formConfig.getBranchPositionDelta().x * 20;
float rhumbAngle = formConfig.getStartRotation().x * 0.032f;
//colour stuff
int iterations = formConfig.getStackIterations();
Color modelColour = new Color(colourConfig.getBaseRed(),
colourConfig.getBaseGreen(),
colourConfig.getBaseBlue(),
1);
//if cycling override base colour
if (colourConfig.getCycle())
{
modelColour = colourConfig.getCycleColour();
}
for (int i = offset; i < offset + iterations; i++)
{
position.x = formConfig.getStartPosition().x + (radius * (float)Math.Cos(i) / (float)Math.Cosh(Mathf.Rad2Deg * (Mathf.Deg2Rad * i * rhumbAngle)));
position.y = formConfig.getStartPosition().y + (radius * (float)Math.Sin(i) / (float)Math.Cosh(Mathf.Rad2Deg * (Mathf.Deg2Rad * i * rhumbAngle)));
position.z = formConfig.getStartPosition().z + (radius * (float)Math.Tanh(Mathf.Rad2Deg * (Mathf.Deg2Rad * i * rhumbAngle)));
formBounds.calculateNewBounds(position);
//Stack Shape
IStack stack = new SimpleStack(); //default
if (formConfig.getStackShape() == IFormConfiguration.StackShape.Sphere)
{
//spehere
stack = new SimpleStack();
}
else if (formConfig.getStackShape() == IFormConfiguration.StackShape.Box)
{
//box
stack = new SimpleBoxStack();
}
else if (formConfig.getStackShape() == IFormConfiguration.StackShape.Complex1)
{
//complex 1
stack = new ComplexStack();
}
else if (formConfig.getStackShape() == IFormConfiguration.StackShape.Complex2)
{
//complex 2
stack = new ComplexStack2();
}
else if (formConfig.getStackShape() == IFormConfiguration.StackShape.SimpleTorus)
{
//simple Torus
stack = new SimpleTorusStack();
}
//colour stuff order is important
Color stackColour = modelColour;
if (colourConfig.getFadeColour())
{
//fade colour in
stackColour = ColourUtility.fadeModelColour(modelColour, iterations, i);
}
if (colourConfig.getPulse())
{
//do pulse
stackColour = colourConfig.getPulseColourForStack(stackColour, i);
}
stack.initialise(position, stackTwist, 0.5f, stackColour);
stacks.Add(stack);
stackTwist = GeometryUtility.addDeltaToRotation(stackTwist, formConfig.getStackTwistDelta());
}
}
public void mutateBranch(List <IStack> stacks,
int offset,
IFormConfiguration formConfig,
ColourConfiguration colourConfig,
Vector3 branchStartPosition,
Vector3 branchStartTwist,
Vector3 origin,
FormBounds formBounds)
{
int iterations = formConfig.getStackIterations();
float scale = formConfig.getStartScale();
for (int o = 0; o < offset; o++)
{
scale *= formConfig.getScaleDelta();
}
//centre of ring
Vector3 position = branchStartPosition;
//add radius of ring
float ringRadius = formConfig.getBranchPositionDelta().x * 10 * scale;
//first element of ring on radius
float zAngle = branchStartTwist.z * Mathf.Deg2Rad;
float yAngle = branchStartTwist.y * Mathf.Deg2Rad;
float ringSegmentAngle = 360 / iterations * Mathf.Deg2Rad;
Vector3 stackTwist = formConfig.getStackStartTwist();
//colour stuff
Color modelColour = new Color(colourConfig.getBaseRed(),
colourConfig.getBaseGreen(),
colourConfig.getBaseBlue(),
1);
//if cycling override base colour
if (colourConfig.getCycle())
{
modelColour = colourConfig.getCycleColour();
}
int i = 0;
foreach (IStack stack in stacks)
{
position.x = (ringRadius * Mathf.Cos(zAngle) * Mathf.Sin(yAngle)) + branchStartPosition.x;
position.y = (ringRadius * Mathf.Sin(zAngle) * Mathf.Sin(yAngle)) + branchStartPosition.y;
position.z = (ringRadius * Mathf.Cos(yAngle)) + branchStartPosition.z;
formBounds.calculateNewBounds(position);
//colour stuff order is important
Color stackColour = modelColour;
if (colourConfig.getFadeColour())
{
//fade colour in
stackColour = ColourUtility.fadeModelColour(modelColour, iterations, i);
}
if (colourConfig.getPulse())
{
//do pulse
stackColour = colourConfig.getPulseColourForStack(stackColour, i);
}
stack.mutateTo(position, stackTwist, 0.5f * scale, stackColour);
yAngle += ringSegmentAngle;
yAngle += ringSegmentAngle;
stackTwist = GeometryUtility.addDeltaToRotation(stackTwist, formConfig.getStackTwistDelta());
i++;
}
}
public void createBranch(List <IStack> stacks,
int offset,
IFormConfiguration formConfig,
ColourConfiguration colourConfig,
Vector3 branchStartPosition,
Vector3 branchStartTwist,
Vector3 origin,
FormBounds formBounds)
{
int iterations = formConfig.getStackIterations();
float scale = formConfig.getStartScale();
for (int o = 0; o < offset; o++)
{
scale *= formConfig.getScaleDelta();
}
//centre of ring
Vector3 position = branchStartPosition;
//add radius of ring
float ringRadius = formConfig.getBranchPositionDelta().x * 10 * scale;
//angle to calculate ring
float zAngle = branchStartTwist.z * Mathf.Deg2Rad;
float yAngle = branchStartTwist.y * Mathf.Deg2Rad;
float ringSegmentAngle = 360 / iterations * Mathf.Deg2Rad;
Vector3 stackTwist = formConfig.getStackStartTwist();
//colour stuff
Color modelColour = new Color(colourConfig.getBaseRed(),
colourConfig.getBaseGreen(),
colourConfig.getBaseBlue(),
1);
//if cycling override base colour
if (colourConfig.getCycle())
{
modelColour = colourConfig.getCycleColour();
}
for (int i = offset; i < offset + iterations; i++)
{
position.x = (ringRadius * Mathf.Cos(zAngle) * Mathf.Sin(yAngle)) + branchStartPosition.x;
position.y = (ringRadius * Mathf.Sin(zAngle) * Mathf.Sin(yAngle)) + branchStartPosition.y;
position.z = (ringRadius * Mathf.Cos(yAngle)) + branchStartPosition.z;
formBounds.calculateNewBounds(position);
//Stack Shape
IStack stack = new SimpleStack(); //default
if (formConfig.getStackShape() == IFormConfiguration.StackShape.Sphere)
{
//spehere
stack = new SimpleStack();
}
else if (formConfig.getStackShape() == IFormConfiguration.StackShape.Box)
{
//box
stack = new SimpleBoxStack();
}
else if (formConfig.getStackShape() == IFormConfiguration.StackShape.Complex1)
{
//complex 1
stack = new ComplexStack();
}
else if (formConfig.getStackShape() == IFormConfiguration.StackShape.Complex2)
{
//complex 2
stack = new ComplexStack2();
}
else if (formConfig.getStackShape() == IFormConfiguration.StackShape.SimpleTorus)
{
//simple Torus
stack = new SimpleTorusStack();
}
//colour stuff order is important
Color stackColour = modelColour;
if (colourConfig.getFadeColour())
{
//fade colour in
stackColour = ColourUtility.fadeModelColour(modelColour, iterations, i);
}
if (colourConfig.getPulse())
{
//do pulse
stackColour = colourConfig.getPulseColourForStack(stackColour, i);
}
stack.initialise(position, stackTwist, 0.5f * scale, stackColour);
stacks.Add(stack);
yAngle += ringSegmentAngle;
stackTwist = GeometryUtility.addDeltaToRotation(stackTwist, formConfig.getStackTwistDelta());
}
}
private string GetPlayerToTradeWithDisplayName()
{
return(ColourUtility.GetPlayerDisplayName(playerToTradeWith));
}
