// WPP: empty constructor is redundant, compiler creates this by default
//public MasterGenomePool() { }
public void FirstTimeInitialize(MutationSettingsInstance mutationSettings)
{
debugRecentlyDeletedCandidateIDsList = new List <int>();
nextCandidateIndex = 0;
this.mutationSettings = mutationSettings;
currentlyActiveSpeciesIDList = new List <int>();
completeSpeciesPoolsList = new List <SpeciesGenomePool>();
//SpeciesGenomePool rootSpecies = new SpeciesGenomePool(0, -1, 0, 0, mutationSettingsRef);
//rootSpecies.FirstTimeInitializeROOT(numAgentGenomes, 0);
//currentlyActiveSpeciesIDList.Add(0);
//completeSpeciesPoolsList.Add(rootSpecies);
for (int i = 0; i < numInitSpecies; i++)
{
//float lerpV = Mathf.Clamp01((i + 0.1f) / (numInitSpecies + 1) + 0.06f) * 0.8f + 0.1f;
//float lerpV = 0.5f;
SpeciesGenomePool newSpecies = new SpeciesGenomePool(i, -1, 0, 0, mutationSettings);
AgentGenome seedGenome = new AgentGenome(mutationSettings.brainInitialConnectionChance, simulation.numInitialHiddenNeurons);
newSpecies.FirstTimeInitialize(new CandidateAgentData(seedGenome, i), 0);
currentlyActiveSpeciesIDList.Add(i);
completeSpeciesPoolsList.Add(newSpecies);
}
selectionManager.SetSelected(completeSpeciesPoolsList[0].candidateGenomesList[0]);
}
// Current Genepool
private void RebuildGenomeButtonsCurrent(SpeciesGenomePool pool)
{
Vector3 hue = pool.foundingCandidate.candidateGenome.bodyGenome.appearanceGenome.huePrimary;
genomeLeaderboard.color = new Color(hue.x, hue.y, hue.z);
UpdateButtons(pool.candidateGenomesList, SelectionGroup.Candidates);
}
//public Sprite sprite;
//public Image imageColor1;
//public Image imageColor2;
//public Image imageColor3;
public void Initialize(int index, SpeciesGenomePool pool, Transform anchor, Color color)
{
linkedPool = pool;
speciesID = pool.speciesID;
targetCoords = Vector2.zero;
//Debug.Log("NEW BUTTON! " + index + ", " + pool.speciesID);
transform.SetParent(anchor, false);
transform.localPosition = Vector3.zero;
transform.localScale = new Vector3(1f, 1f, 1f);
image.color = Color.white;
image.material = pool.coatOfArmsMat;
//image.material.SetPass(0);
//sprite = Sprite.Create(pool.GetCoatOfArms(), image.rectTransform.rect, Vector2.one * 0.5f);
//sprite.name = "whoaSprite!";
//image.sprite = sprite;
//image.GetComponent<CanvasRenderer>().SetTexture(pool.GetCoatOfArms());
if (pool == null)
{
Debug.LogError("pool NULL");
return;
}
//text.text = "[" + pool.speciesID + "]";// " + masterGenomePool.completeSpeciesPoolsList[pool.speciesID].foundingCandidate.candidateGenome.bodyGenome.coreGenome.name;
}
private void CreateSpeciesIcon(SpeciesGenomePool pool)
{
AgentGenome templateGenome = masterGenomePool.completeSpeciesPoolsList[pool.speciesID].leaderboardGenomesList[0].candidateGenome;
Color color = new Color(templateGenome.bodyGenome.appearanceGenome.huePrimary.x, templateGenome.bodyGenome.appearanceGenome.huePrimary.y, templateGenome.bodyGenome.appearanceGenome.huePrimary.z);
var icon = Instantiate(prefabSpeciesIcon).GetComponent <SpeciesIconUI>();
icon.Initialize(speciesIcons.Count - 1, masterGenomePool.completeSpeciesPoolsList[pool.speciesID], anchor, color);
speciesIcons.Add(icon);
}
void CreateCreatureLine(int line, int point, Vector2 cursorCoords, WorldTreeLineData[] worldTreeLines)
{
int index = (line + worldTreeNumSpeciesLines) * worldTreeNumPointsPerLine + point;
SpeciesGenomePool pool = simManager.masterGenomePool.completeSpeciesPoolsList[selectionManager.currentSelection.historySelectedSpeciesID];
if (line >= pool.candidateGenomesList.Count)
{
return;
}
WorldTreeLineData data = new WorldTreeLineData();
CandidateAgentData cand = pool.candidateGenomesList[line];
float xCoord = (float)point / (float)worldTreeNumPointsPerLine;
int numAgentsDisplayed = Mathf.Max(pool.GetNumberAgentsEvaluated(), 1); // Prevent divide by 0
float yCoord = 1f - (float)line / (float)numAgentsDisplayed;
int timeStepStart = Mathf.RoundToInt(timelineStartTimeStep);
float xStart = (float)(pool.candidateGenomesList[line].performanceData.timeStepHatched - timeStepStart) / (float)(simManager.simAgeTimeSteps - timeStepStart);
float xEnd = 1f;
if (pool.isExtinct || cand.performanceData.timeStepDied > 1)
{
xEnd = (float)(cand.performanceData.timeStepDied - timeStepStart) / (float)(simManager.simAgeTimeSteps - timeStepStart);
}
bool inXBounds = xStart <= xCoord && xEnd >= xCoord;
Vector3 hue = pool.foundingCandidate.candidateGenome.bodyGenome.appearanceGenome.huePrimary * 1.5f;
data.color = GetCreatureLineColor(hue, cand, inXBounds);
// new Color(hue.x, hue.y, hue.z);// Color.HSVToRGB(lerp, 1f - lerp, 1f); // Color.Lerp(Color.white, Color.black, lineID * 0.11215f);
xCoord = xCoord * displayWidth + marginLeft; // rescaling --> make this more robust
yCoord = yCoord * displayHeight + marginBottom;
data.worldPos = new Vector3(xCoord, yCoord, 0f);
// Mouse hover highlight
if ((new Vector2(xCoord, yCoord) - cursorCoords).magnitude < 0.05f)
{
data.color = Color.white;
}
if (isTimelineMode) //if (isPopulationMode || isTimelineMode) {
{
data.worldPos = Vector3.zero;
data.color = new Color(0f, 0f, 0f, 0f);
}
worldTreeLines[index] = data;
}
public void RebuildGenomeButtons()
{
SpeciesGenomePool pool = simulationManager.masterGenomePool.completeSpeciesPoolsList[selectionManager.currentSelection.candidate.speciesID];
//SetSpeciesIconColors(pool.appearanceGenome);
textSpeciesLineage.gameObject.SetActive(true);
textSpeciesLineage.text = GetLineageText(pool);
//RebuildGenomeButtonsLineage(pool);
RebuildGenomeButtonsCurrent(pool);
}
void SortSpeciesIcons(float bestScore)
{
foreach (var icon in speciesIcons)
{
SpeciesGenomePool pool = icon.linkedPool;
float valStat = pool.avgCandidateDataYearList[pool.avgCandidateDataYearList.Count - 1].performanceData.totalTicksAlive;
float xCoord = pool.isExtinct ? (float)pool.timeStepExtinct / Mathf.Max(1f, (float)simManager.simAgeTimeSteps) : 1f;
float yCoord = Mathf.Clamp01(valStat / bestScore);
xCoord = xCoord * displayWidth + marginLeft;
yCoord = yCoord * displayHeight + marginBottom;
icon.SetTargetCoords(new Vector2(xCoord, yCoord));
}
}
public void AddNewSpecies(MasterGenomePool masterGenomePool, int newSpeciesID)
{
SpeciesGenomePool speciesPool = masterGenomePool.completeSpeciesPoolsList[newSpeciesID];
// RaycastColliderGameObject:
GameObject speciesNodeColliderGO = new GameObject("SpeciesNodeRaycastCollider_" + newSpeciesID.ToString());
speciesNodeColliderGO.transform.parent = treeOfLifeAnchorGO.transform;
speciesNodeColliderGO.transform.localPosition = Vector3.zero; // new Vector3(-1f * (float)speciesPool.depthLevel, UnityEngine.Random.Range(-2f, 0f), 0f) * scaleMultiplier;
speciesNodeColliderGO.transform.localScale = Vector3.one * colliderBaseScaleMultiplier * camScale;
TreeOfLifeNodeRaycastTarget rayTarget = speciesNodeColliderGO.AddComponent <TreeOfLifeNodeRaycastTarget>();
rayTarget.Initialize(speciesPool);
rayTarget.rayCollider = speciesNodeColliderGO.AddComponent <CapsuleCollider>();
rayTarget.rayCollider.isTrigger = true;
nodeRaycastTargetsList.Add(rayTarget);
}
public void SetSelectedFromSpeciesUI(int speciesID)
{
//currentSelection.historySelectedSpeciesID = id;
if (speciesID == currentSelection.historySelectedSpeciesID)
{
return;
}
SpeciesGenomePool pool = simulation.masterGenomePool.completeSpeciesPoolsList[speciesID];
CandidateAgentData cand = pool.foundingCandidate;
if (!pool.isExtinct && pool.candidateGenomesList.Count > 0)
{
cand = pool.candidateGenomesList[0];
}
SetSelected(cand);
Debug.Log("Selected! " + speciesID + ", " + cand.candidateID);
}
public void ChangeSelectedGenome(SelectionGroup group, int index)
{
SpeciesGenomePool pool = simulationManager.GetSelectedGenomePool();
//selectionManager.SetFocusedCandidateGenome(pool, group, index);
selectedButtonData = GetSelectionGroupData(group);
uiManager.historyPanelUI.buttonSelCreatureEventsLink.gameObject.transform.localPosition = new Vector3(360f, 180f, 0f);
if (group == SelectionGroup.Candidates)
{
selectionManager.SetSelected(pool.candidateGenomesList[index]);
}
if (selectedButtonData != null && selectedButtonData.image != null)
{
selectedButtonData.image.color = Color.white;
// new Vector3(selectedButtonData.image.rectTransform.localPosition.x + 24f, selectedButtonData.image.rectTransform.localPosition.y, 0f);
}
panelGenomeViewer.SetActive(true);
//uiManager.historyPanelUI.buttonSelCreatureEventsLink.GetComponent<RectTransform>().localPosition = Vector3.one * 4.2f;
}
private string GetLineageText(SpeciesGenomePool pool)
{
int savedSpeciesID = pool.speciesID;
int parentSpeciesID = pool.parentSpeciesID;
string lineage = savedSpeciesID.ToString();
for (int i = 0; i < 64; i++)
{
if (parentSpeciesID < 0)
{
lineage += "*";
break;
}
SpeciesGenomePool parentPool = simulationManager.GetGenomePoolBySpeciesID(parentSpeciesID);
lineage += " <- " + parentPool.speciesID;
savedSpeciesID = parentPool.speciesID;
parentSpeciesID = parentPool.parentSpeciesID;
}
return(lineage);
}
public void CreateSpeciesLeaderboardGenomeTexture()
{
int width = 32;
int height = 96;
speciesPoolGenomeTex.Resize(width, height);
SpeciesGenomePool pool = simulationManager.GetSelectedGenomePool();
for (int x = 0; x < width; x++)
{
for (int y = 0; y < height; y++)
{
LinkGenome linkGenome = pool.GetLeaderboardLinkGenome(x, y);
Color testColor = linkGenome == null ? CLEAR : Color.Lerp(negativeColor, positiveColor, linkGenome.normalizedWeight);
speciesPoolGenomeTex.SetPixel(x, y, testColor);
}
}
// Body Genome
//int xI = curLinearIndex % speciesPoolGenomeTex.width;
//int yI = Mathf.FloorToInt(curLinearIndex / speciesPoolGenomeTex.width);
speciesPoolGenomeTex.Apply();
}
public void AddNewSpeciesToPanel(SpeciesGenomePool pool)
{
//Debug.Log("AddNewSpeciesToPanelUI: " + pool.speciesID);
CreateSpeciesIcon(pool);
}
// Hall of fame genomes (checkpoints .. every 50 years?)
private void RebuildGenomeButtonsLineage(SpeciesGenomePool pool)
{
UpdateButtons(pool.hallOfFameGenomesList, SelectionGroup.HallOfFame);
}
public void UpdateSpeciesTreeDataTextures(int year)
{
Initialize();
int numActiveSpecies = masterGenomePool.currentlyActiveSpeciesIDList.Count;
int numTotalSpecies = masterGenomePool.completeSpeciesPoolsList.Count;
//int maxDisplaySpecies = 32;
int[] displaySpeciesIndicesArray;
displaySpeciesIndicesArray = new int[maxDisplaySpecies];
TreeOfLifeSpeciesKeyData[] speciesKeyDataArray = new TreeOfLifeSpeciesKeyData[32];
// Get Active ones first:
for (int i = 0; i < masterGenomePool.currentlyActiveSpeciesIDList.Count; i++)
{
SpeciesGenomePool pool = masterGenomePool.completeSpeciesPoolsList[masterGenomePool.currentlyActiveSpeciesIDList[i]];
SpeciesGenomePool parentPool;
Vector3 parentHue = Vector3.one;
if (pool.parentSpeciesID != -1)
{
parentPool = masterGenomePool.completeSpeciesPoolsList[pool.parentSpeciesID];
parentHue = parentPool.representativeCandidate.candidateGenome.bodyGenome.appearanceGenome.huePrimary;
}
Vector3 huePrimary = pool.representativeCandidate.candidateGenome.bodyGenome.appearanceGenome.huePrimary;
statsSpeciesColorKey?.SetPixel(i, 1, new Color(huePrimary.x, huePrimary.y, huePrimary.z));
//Debug.Log("(" + i.ToString() + ", " + gameManager.simulationManager.masterGenomePool.currentlyActiveSpeciesIDList[i].ToString());
displaySpeciesIndicesArray[i] = masterGenomePool.currentlyActiveSpeciesIDList[i];
var isSelected = selectionManager.currentSelection.historySelectedSpeciesID == masterGenomePool.currentlyActiveSpeciesIDList[i] ? 1f : 0f;
TreeOfLifeSpeciesKeyData keyData = new TreeOfLifeSpeciesKeyData(pool, isSelected, parentHue);
// WPP: use constructor
//Vector3 hueSecondary = pool.representativeCandidate.candidateGenome.bodyGenome.appearanceGenome.hueSecondary;
/*keyData.timeCreated = pool.timeStepCreated; // Use TimeSteps instead of Years???
* keyData.timeExtinct = pool.timeStepExtinct;
* keyData.huePrimary = huePrimary;
* keyData.hueSecondary = hueSecondary;
* keyData.parentHue = parentHue;
* keyData.isExtinct = pool.isExtinct ? 1f : 0f;
* keyData.isOn = 1f;
* //int selectedID = treeOfLifeManager.selectedID;
* keyData.isSelected = selectionManager.selectedSpeciesID == masterGenomePool.currentlyActiveSpeciesIDList[i] ? 1f : 0f;*/
speciesKeyDataArray[i] = keyData;
}
// Then fill with most recently extinct:
for (int i = numTotalSpecies - 1; i > Mathf.Clamp(numTotalSpecies - maxDisplaySpecies, 0, numTotalSpecies); i--)
{
SpeciesGenomePool pool = masterGenomePool.completeSpeciesPoolsList[i];
SpeciesGenomePool parentPool = pool.parentSpeciesID == -1 ?
pool : masterGenomePool.completeSpeciesPoolsList[pool.parentSpeciesID];
Vector3 huePrimary = pool.representativeCandidate.candidateGenome.bodyGenome.appearanceGenome.huePrimary;
Vector3 hueSecondary = pool.representativeCandidate.candidateGenome.bodyGenome.appearanceGenome.hueSecondary;
Vector3 parentHue = parentPool.representativeCandidate.candidateGenome.bodyGenome.appearanceGenome.huePrimary;
if (masterGenomePool.completeSpeciesPoolsList[i].isExtinct)
{
huePrimary = Vector3.zero;
}
statsSpeciesColorKey.SetPixel(i, 1, new Color(huePrimary.x, huePrimary.y, huePrimary.z));
displaySpeciesIndicesArray[i] = i;
TreeOfLifeSpeciesKeyData keyData = new TreeOfLifeSpeciesKeyData();
keyData.timeCreated = pool.timeStepCreated; // Use TimeSteps instead of Years???
keyData.timeExtinct = pool.timeStepExtinct;
keyData.huePrimary = huePrimary;
keyData.hueSecondary = hueSecondary;
keyData.parentHue = parentHue;
keyData.isExtinct = pool.isExtinct ? 1f : 0f;
keyData.isOn = i >= masterGenomePool.completeSpeciesPoolsList.Count ||
pool.yearCreated == -1 || i == 0 ?
0f : 1f;
keyData.isSelected = selectionManager.currentSelection.historySelectedSpeciesID == i ? 1f : 0f;
speciesKeyDataArray[i] = keyData;
}
statsSpeciesColorKey.Apply();
//uiManagerRef.gameManager.simulationManager.theRenderKing.treeOfLifeSpeciesDataKeyCBuffer.SetData(speciesKeyDataArray);
// ========== data: =========== //
int years = Mathf.Min(2048, year); // cap textures at 2k for now?
years = Mathf.Max(1, years);
// check for resize before doing it?
foreach (var texture in statsTreeOfLifeSpeciesTexArray)
{
texture.Resize(years, maxDisplaySpecies);
}
for (int i = 0; i < maxValuesStatArray.Length; i++)
{
maxValuesStatArray[i] = 0.0000001f;
minValuesStatArray[i] = 1000000f;
}
// for each year & each species, create 2D texture with fitness scores:
for (int s = 0; s < maxDisplaySpecies; s++)
{
if (displaySpeciesIndicesArray[s] < masterGenomePool.completeSpeciesPoolsList.Count)
{
SpeciesGenomePool speciesPool = masterGenomePool.completeSpeciesPoolsList[displaySpeciesIndicesArray[s]];
if (speciesPool == null)
{
Debug.LogError("speciesPool is null");
}
for (int t = 0; t < years; t++)
{
for (int a = 0; a < statsTreeOfLifeSpeciesTexArray.Length; a++)
{
float valStat = 0f;
if (speciesPool.avgCandidateDataYearList.Count > t)
{
valStat = (float)speciesPool.avgCandidateDataYearList[t].performanceData.totalTicksAlive; //0f;
//Debug.Log("valStat: " + valStat.ToString());
}
if (years > 15)
{
float time01 = (float)t / (float)years;
// Don't use first 5% of history towards stat range!
if (time01 >= 0.05f)
{
minValuesStatArray[a] = Mathf.Min(minValuesStatArray[a], valStat);
maxValuesStatArray[a] = Mathf.Max(maxValuesStatArray[a], valStat);
}
}
else
{
minValuesStatArray[a] = Mathf.Min(minValuesStatArray[a], valStat);
maxValuesStatArray[a] = Mathf.Max(maxValuesStatArray[a], valStat);
}
statsTreeOfLifeSpeciesTexArray[a].SetPixel(t, s, new Color(valStat, valStat, valStat, 1f));
}
}
}
}
foreach (var texture in statsTreeOfLifeSpeciesTexArray)
{
texture.Apply();
}
//RefreshGraphMaterial();
}
private void RefreshGraphMaterial()
{
//Debug.Log("RefreshGraphMaterial " + statsTreeOfLifeSpeciesTexArray[0].width.ToString() + ", " + maxValuesStatArray[0].ToString());
SpeciesGenomePool pool = masterGenomePool.completeSpeciesPoolsList[selectionManager.currentSelection.historySelectedSpeciesID];
switch (selectedGraphCategory)
{
case GraphCategory.Life:
speciesGraphMatLeft.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[0]);
speciesGraphMatLeft.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatLeft.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[0].width);
speciesGraphMatLeft.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatLeft.SetFloat("_MaximumValue", maxValuesStatArray[0]);
speciesGraphMatLeft.SetFloat("_MinimumValue", minValuesStatArray[0]);
speciesGraphMatCenter.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[14]);
speciesGraphMatCenter.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatCenter.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[14].width);
speciesGraphMatCenter.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatCenter.SetFloat("_MaximumValue", maxValuesStatArray[14]);
speciesGraphMatCenter.SetFloat("_MinimumValue", minValuesStatArray[14]);
speciesGraphMatRight.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[15]);
speciesGraphMatRight.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatRight.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[15].width);
speciesGraphMatRight.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatRight.SetFloat("_MaximumValue", maxValuesStatArray[15]);
speciesGraphMatRight.SetFloat("_MinimumValue", minValuesStatArray[15]);
//curSpeciesStatValue = pool.avgDamageDealt;
//curSpeciesStatName = "Damage Dealt";
textGraphStatsLeft.text = "LIFESPAN\n" + pool.avgCandidateData.performanceData.totalTicksAlive.ToString(); // + ", M: " + maxValuesStatArray[selectedSpeciesStatsIndex].ToString() + ", m: " + minValuesStatArray[selectedSpeciesStatsIndex].ToString();
textGraphStatsCenter.text = "DMG DEALT\n" + pool.avgCandidateData.performanceData.totalDamageDealt.ToString();
textGraphStatsRight.text = "DMG TAKEN\n" + pool.avgCandidateData.performanceData.totalDamageTaken.ToString();
textGraphCategory.text = "HEALTH";
break;
case GraphCategory.Body:
speciesGraphMatLeft.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[4]);
speciesGraphMatLeft.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatLeft.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[4].width);
speciesGraphMatLeft.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatLeft.SetFloat("_MaximumValue", maxValuesStatArray[4]);
speciesGraphMatLeft.SetFloat("_MinimumValue", minValuesStatArray[4]);
speciesGraphMatCenter.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[12]);
speciesGraphMatCenter.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatCenter.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[12].width);
speciesGraphMatCenter.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatCenter.SetFloat("_MaximumValue", maxValuesStatArray[12]);
speciesGraphMatCenter.SetFloat("_MinimumValue", minValuesStatArray[12]);
speciesGraphMatRight.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[13]);
speciesGraphMatRight.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatRight.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[13].width);
speciesGraphMatRight.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatRight.SetFloat("_MaximumValue", maxValuesStatArray[13]);
speciesGraphMatRight.SetFloat("_MinimumValue", minValuesStatArray[13]);
//textGraphStatsLeft.text = "BODYSIZE\n" + pool.avgBodySize.ToString();
//textGraphStatsCenter.text = "NEURONS\n" + pool.avgNumNeurons.ToString();
//textGraphStatsRight.text = "AXONS\n" + pool.avgNumAxons.ToString();
textGraphCategory.text = "BODY & BRAIN";
break;
case GraphCategory.Talents:
speciesGraphMatLeft.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[5]);
speciesGraphMatLeft.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatLeft.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[5].width);
speciesGraphMatLeft.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatLeft.SetFloat("_MaximumValue", maxValuesStatArray[5]);
speciesGraphMatLeft.SetFloat("_MinimumValue", minValuesStatArray[5]);
speciesGraphMatCenter.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[6]);
speciesGraphMatCenter.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatCenter.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[6].width);
speciesGraphMatCenter.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatCenter.SetFloat("_MaximumValue", maxValuesStatArray[6]);
speciesGraphMatCenter.SetFloat("_MinimumValue", minValuesStatArray[6]);
speciesGraphMatRight.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[7]);
speciesGraphMatRight.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatRight.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[7].width);
speciesGraphMatRight.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatRight.SetFloat("_MaximumValue", maxValuesStatArray[7]);
speciesGraphMatRight.SetFloat("_MinimumValue", minValuesStatArray[7]);
textGraphCategory.text = "SPECIALIZATIONS";
break;
case GraphCategory.Eaten:
speciesGraphMatLeft.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[1]);
speciesGraphMatLeft.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatLeft.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[1].width);
speciesGraphMatLeft.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatLeft.SetFloat("_MaximumValue", maxValuesStatArray[1]);
speciesGraphMatLeft.SetFloat("_MinimumValue", minValuesStatArray[1]);
speciesGraphMatCenter.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[2]);
speciesGraphMatCenter.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatCenter.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[2].width);
speciesGraphMatCenter.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatCenter.SetFloat("_MaximumValue", maxValuesStatArray[2]);
speciesGraphMatCenter.SetFloat("_MinimumValue", minValuesStatArray[2]);
speciesGraphMatRight.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[3]);
speciesGraphMatRight.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatRight.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[3].width);
speciesGraphMatRight.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatRight.SetFloat("_MaximumValue", maxValuesStatArray[3]);
speciesGraphMatRight.SetFloat("_MinimumValue", minValuesStatArray[3]);
textGraphCategory.text = "FOOD CONSUMED";
break;
case GraphCategory.DigestSpec:
speciesGraphMatLeft.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[10]);
speciesGraphMatLeft.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatLeft.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[10].width);
speciesGraphMatLeft.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatLeft.SetFloat("_MaximumValue", maxValuesStatArray[10]);
speciesGraphMatLeft.SetFloat("_MinimumValue", minValuesStatArray[10]);
speciesGraphMatCenter.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[11]);
speciesGraphMatCenter.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatCenter.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[11].width);
speciesGraphMatCenter.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatCenter.SetFloat("_MaximumValue", maxValuesStatArray[11]);
speciesGraphMatCenter.SetFloat("_MinimumValue", minValuesStatArray[11]);
speciesGraphMatRight.SetTexture("_MainTex", statsTreeOfLifeSpeciesTexArray[9]);
speciesGraphMatRight.SetTexture("_ColorKeyTex", statsSpeciesColorKey);
speciesGraphMatRight.SetFloat("_NumEntries", statsTreeOfLifeSpeciesTexArray[9].width);
speciesGraphMatRight.SetInt("_SelectedSpeciesID", selectionManager.currentSelection.historySelectedSpeciesID);
speciesGraphMatRight.SetFloat("_MaximumValue", maxValuesStatArray[9]);
speciesGraphMatRight.SetFloat("_MinimumValue", minValuesStatArray[9]);
textGraphCategory.text = "DIGESTION BONUSES";
break;
default:
break;
}
//speciesGraphImage.material = speciesGraphMatLeft;
//speciesGraphImage.gameObject.SetActive(false);
//speciesGraphImage.gameObject.SetActive(true);
}
/// Simple list, evenly spaced
private void UpdateSpeciesIconsSinglePop()
{
foreach (var icon in speciesIcons)
{
// DEFAULTS
float xCoord = -0.2f;
float yCoord = 0.2f;// (float)s / Mathf.Max(speciesIconsList.Count - 1, 1f);
int prevSpeciesIndex = selectionManager.currentSelection.historySelectedSpeciesID - 1;
if (prevSpeciesIndex < 0)
{
prevSpeciesIndex = masterGenomePool.completeSpeciesPoolsList.Count - 1;
}
int nextSpeciesIndex = selectionManager.currentSelection.historySelectedSpeciesID + 1;
if (nextSpeciesIndex >= masterGenomePool.completeSpeciesPoolsList.Count)
{
nextSpeciesIndex = 0;
}
// CYCLE PREV SPECIES
if (icon.linkedPool.speciesID == prevSpeciesIndex)
{
xCoord = 0f;
yCoord = 1f;
}
// SELECTED
if (icon.linkedPool.speciesID == selectionManager.currentSelection.historySelectedSpeciesID)
{
xCoord = 0f;
yCoord = 0.5f;
}
// CYCLE NEXT SPECIES
if (icon.linkedPool.speciesID == nextSpeciesIndex)
{
xCoord = 0f;
yCoord = 0f;
}
xCoord = xCoord * displayWidth + marginLeft;
yCoord = yCoord * displayHeight + marginBottom;
icon.SetTargetCoords(new Vector2(xCoord, yCoord));
}
//*** UPDATE CREATURE ICONS!!!!!! v v v
SpeciesGenomePool pool = simManager.masterGenomePool.completeSpeciesPoolsList[selectionManager.currentSelection.historySelectedSpeciesID];
int numAgentsDisplayed = Mathf.Max(pool.GetNumberAgentsEvaluated(), 1); // avoid divide by 0
for (int line = 0; line < worldTreeNumCreatureLines; line++)
{
if (line >= pool.candidateGenomesList.Count)
{
continue;
}
CandidateAgentData cand = pool.candidateGenomesList[line];
float xCoord = 1f;
float yCoord = 1f - (float)line / (float)numAgentsDisplayed;
Vector3 hue = pool.foundingCandidate.candidateGenome.bodyGenome.appearanceGenome.huePrimary * 2f;
int timeStepStart = Mathf.RoundToInt(timelineStartTimeStep);
if (pool.isExtinct || cand.performanceData.timeStepDied > 1)
{
xCoord = (float)(cand.performanceData.timeStepDied - timeStepStart) / (float)(simManager.simAgeTimeSteps - timeStepStart);
}
xCoord = xCoord * displayWidth + marginLeft;
yCoord = yCoord * displayHeight + marginBottom;
//***EAC FIX!
uiManagerRef.speciesOverviewUI.SetButtonPos(line, new Vector3(xCoord * (float)panelSizePixels, yCoord * (float)panelSizePixels, 0f));
}
}
//public int speciesID;
//public bool isActive; // extinct or not?
public TreeOfLifeSpeciesNodeData(SpeciesGenomePool speciesPool)
{
this.speciesPool = speciesPool;
//speciesID = speciesPool.speciesID;
//isActive = !speciesPool.isExtinct;
}
void CreateSpeciesLine(int line, int point, Vector2 cursorCoords, WorldTreeLineData[] worldTreeLines)
{
int index = line * worldTreeNumPointsPerLine + point;
if (line >= simManager.masterGenomePool.completeSpeciesPoolsList.Count)
{
return;
}
SpeciesGenomePool pool = simManager.masterGenomePool.completeSpeciesPoolsList[line];
WorldTreeLineData data = new WorldTreeLineData();
if (isAllSpeciesMode)
{
if (isGraphMode)
{
int graphDataYearIndexStart = 0;
int graphDataYearIndexEnd = 0;
if (pool.avgCandidateDataYearList.Count == 0)
{
return;
}
float xCoord = (float)(point % worldTreeNumPointsPerLine) / (float)worldTreeNumPointsPerLine;
int count = Mathf.Max(0, pool.avgCandidateDataYearList.Count - 1);
graphDataYearIndexStart = Mathf.FloorToInt((float)count * xCoord);
graphDataYearIndexEnd = Mathf.CeilToInt((float)count * xCoord);
float frac = ((float)count * xCoord) % 1f;
float valStart = (float)pool.avgCandidateDataYearList[graphDataYearIndexStart].performanceData.totalTicksAlive / uiManagerRef.speciesGraphPanelUI.maxValuesStatArray[0];
float valEnd = (float)pool.avgCandidateDataYearList[graphDataYearIndexEnd].performanceData.totalTicksAlive / uiManagerRef.speciesGraphPanelUI.maxValuesStatArray[0];
//valEnd = Mathf.Clamp(valEnd, 0, pool.avgCandidateDataYearList.Count - 1);
float yCoord = Mathf.Lerp(valStart, valEnd, frac); // Mathf.Sin(xCoord / orbitalPeriod * (simManager.simAgeTimeSteps) * animTimeScale) * 0.075f * (float)lineID + 0.5f;
float zCoord = 0f;
Vector3 hue = pool.foundingCandidate.candidateGenome.bodyGenome.appearanceGenome.huePrimary;
float alpha = 1f;
int timeStepStart = Mathf.RoundToInt(timelineStartTimeStep);
float xStart01 = (float)(pool.timeStepCreated - timeStepStart) / (float)(simManager.simAgeTimeSteps - timeStepStart);
float xEnd01 = pool.isExtinct ?
(float)(pool.timeStepExtinct - timeStepStart) / (float)(simManager.simAgeTimeSteps - timeStepStart) : 1f;
if (pool.speciesID == selectionManager.currentSelection.historySelectedSpeciesID)
{
hue = Vector3.one;
zCoord = -0.1f;
}
if (xStart01 > xCoord || xEnd01 < xCoord)
{
hue = Vector3.zero;
alpha = 0f;
}
xCoord = xCoord * displayWidth + marginLeft; // rescaling --> make this more robust
yCoord = yCoord * displayHeight + marginBottom;
if ((new Vector2(xCoord, yCoord) - cursorCoords).magnitude < 0.05f)
{
//data.color = Color.white;
hue = Vector3.Lerp(hue, Vector3.one, 0.8f);
//alpha = 1f;
}
data.worldPos = new Vector3(xCoord, yCoord, zCoord);
data.color = new Color(hue.x, hue.y, hue.z, alpha);// Color.HSVToRGB(lerp, 1f - lerp, 1f); // Color.Lerp(Color.white, Color.black, lineID * 0.11215f);
}
else
{
// LINEAGE:
float xCoord = (float)point / (float)worldTreeNumPointsPerLine;
float yCoord = 1f - ((float)pool.speciesID / (float)Mathf.Max(simManager.masterGenomePool.completeSpeciesPoolsList.Count - 1, 1)); // Mathf.Sin(xCoord / orbitalPeriod * (simManager.simAgeTimeSteps) * animTimeScale) * 0.075f * (float)lineID + 0.5f;
float zCoord = 0f;
Vector3 hue = pool.foundingCandidate.candidateGenome.bodyGenome.appearanceGenome.huePrimary;
float alpha = 1f;
int timeStepStart = Mathf.RoundToInt(timelineStartTimeStep);
float xStart01 = (float)(pool.timeStepCreated - timeStepStart) / (float)(simManager.simAgeTimeSteps - timeStepStart);
float xEnd01 = 1f;
if (pool.isExtinct)
{
xEnd01 = (float)(pool.timeStepExtinct - timeStepStart) / (float)(simManager.simAgeTimeSteps - timeStepStart);
}
if (xStart01 > xCoord || xEnd01 < xCoord)
{
hue = Vector3.zero;
alpha = 0f;
}
if (pool.speciesID == selectionManager.currentSelection.historySelectedSpeciesID)
{
hue = Vector3.one;
zCoord = -0.1f;
}
data.color = new Color(hue.x, hue.y, hue.z, alpha); // Color.HSVToRGB(lerp, 1f - lerp, 1f); // Color.Lerp(Color.white, Color.black, lineID * 0.11215f);
xCoord = xCoord * displayWidth + marginLeft; // rescaling --> make this more robust
yCoord = yCoord * displayHeight + marginBottom;
if ((new Vector2(xCoord, yCoord) - cursorCoords).magnitude < 0.05f)
{
data.color = Color.white;
}
data.worldPos = new Vector3(xCoord, yCoord, zCoord);
}
}
if (curPanelMode == HistoryPanelMode.SpeciesPopulation || curPanelMode == HistoryPanelMode.CreatureTimeline)
{
data.worldPos = Vector3.zero;
data.color = new Color(0f, 0f, 0f, 0f);
}
worldTreeLines[index] = data;
}
public void Initialize(SpeciesGenomePool speciesRef)
{
this.speciesRef = speciesRef;
}
/*
* string[] strSpiritBrushDescriptionArray = new string[6]; // = "Decomposers break down the old so that new life can grow.";
* strSpiritBrushDescriptionArray[0] = "Provides information about the world and its contents, and chronicles events through time";
* strSpiritBrushDescriptionArray[1] = "This spirit possesses limited control of life & existence itself";
* strSpiritBrushDescriptionArray[2] = "A mysterious Kelpie able to control the flow of water";
* strSpiritBrushDescriptionArray[3] = "A Watcher Spirit can track an organism's journey through space and time";
* strSpiritBrushDescriptionArray[4] = "Mutate... blah blah";
* strSpiritBrushDescriptionArray[5] = "Extra.";
*
* string[] strLinkedSpiritDescriptionArray = new string[12]; // = "Decomposers break down the old so that new life can grow.";
* strLinkedSpiritDescriptionArray[0] = "The World Spirit provides the spark for a new universe";
* strLinkedSpiritDescriptionArray[1] = "Stone Spirits are some of the oldest known";
* strLinkedSpiritDescriptionArray[2] = "Pebble Spirits are usually found in rivers and streams";
* strLinkedSpiritDescriptionArray[3] = "Sand Spirits";
* strLinkedSpiritDescriptionArray[4] = "Mineral Spirits infuse nutrients into the earth.";
* strLinkedSpiritDescriptionArray[5] = "Water Spirits";
* strLinkedSpiritDescriptionArray[6] = "Air Spirits";
* strLinkedSpiritDescriptionArray[7] = "Decomposers break down the old so that new life can grow.";
* strLinkedSpiritDescriptionArray[8] = "Algae needs light and nutrients to grow.";
* strLinkedSpiritDescriptionArray[9] = "Floating Plants that are a foodsource for Vertebrates";
* strLinkedSpiritDescriptionArray[10] = "Tiny Organisms that feed on Algae";
* strLinkedSpiritDescriptionArray[11] = "Animals that can feed on Plants, Zooplankton, or even other Vertebrates.";
*
*/
public string GetSpeciesDescriptionString()
{
string str = "";
TrophicSlot slot = uiManager.worldSpiritHubUI.selectedWorldSpiritSlot;
// * WPP: calculate values in simResourceManager, retrieve via function. Use switch statement.
if (slot.kingdomID == KingdomId.Decomposers)
{
str = "Bacterial and Fungal organisms that recycle vital nutrients."; // \n\nUses: <b><color=#A97860FF>Waste</color></b>, <b><color=#8EDEEEFF>Oxygen</color></b>\n\nProduces: <b><color=#FBC653FF>Nutrients</color></b>";
str += "\n\n";
str += "<size=13><b>Total Biomass: " + simResourceManager.curGlobalDecomposers.ToString("F1") + "</b></size>\n\n";
str += "<color=#FBC653FF>Nutrient Production: <b>" + simResourceManager.nutrientsProducedByDecomposersLastFrame.ToString("F3") + "</b></color>\n";
str += "<color=#8EDEEEFF>Oxygen Usage: <b>" + simResourceManager.oxygenUsedByDecomposersLastFrame.ToString("F3") + "</b></color>\n";
str += "<color=#A97860FF>Waste Processed: <b>" + simResourceManager.detritusRemovedByDecomposersLastFrame.ToString("F3") + "</b></color>\n";
}
else if (slot.id == KnowledgeMapId.Algae)
{
str = "Microscopic Plants that form the foundation of the ecosystem along with the Decomposers."; // \n\nUses: <b><color=#FBC653FF>Nutrients</color></b>\n\nProduces: <b><color=#8EDEEEFF>Oxygen</color></b>";
str += "\n\n";
str += "<size=13><b>Total Biomass: " + simResourceManager.curGlobalAlgaeReservoir.ToString("F1") + "</b></size>\n\n";
str += "<color=#8EDEEEFF>Oxygen Production: <b>" + simResourceManager.oxygenProducedByAlgaeReservoirLastFrame.ToString("F3") + "</b></color>\n";
str += "<color=#FBC653FF>Nutrient Usage: <b>" + simResourceManager.nutrientsUsedByAlgaeReservoirLastFrame.ToString("F3") + "</b></color>\n";
str += "<color=#A97860FF>Waste Generated: <b>" + simResourceManager.wasteProducedByAlgaeReservoirLastFrame.ToString("F3") + "</b></color>\n";
}
else if (slot.id == KnowledgeMapId.Plants)
{
str = "Larger Plants."; // \n\nUses: <b><color=#FBC653FF>Nutrients</color></b>\n\nProduces: <b><color=#8EDEEEFF>Oxygen</color></b>";
str += "\n\nWelcome to the Big Leagues, chloroplasts";
str += "\n\n";
str += "<size=13><b>Total Biomass: " + simResourceManager.curGlobalPlantParticles.ToString("F1") + "</b></size>\n\n";
str += "<color=#8EDEEEFF>Oxygen Production: <b>" + simResourceManager.oxygenProducedByPlantParticlesLastFrame.ToString("F3") + "</b></color>\n";
str += "<color=#FBC653FF>Nutrient Usage: <b>" + simResourceManager.nutrientsUsedByPlantParticlesLastFrame.ToString("F3") + "</b></color>\n";
str += "<color=#A97860FF>Waste Generated: <b>" + simResourceManager.wasteProducedByPlantParticlesLastFrame.ToString("F3") + "</b></color>\n";
}
else if (slot.id == KnowledgeMapId.Microbes)
{
str = "Tiny Animals that feed on Algae."; // \n\nUses: <b><color=#8EDEEEFF>Oxygen</color></b>\n\nProduces: <b><color=#A97860FF>Waste</color></b>";
str += "\n\n";
str += "<size=13><b>Total Biomass: " + simResourceManager.curGlobalAnimalParticles.ToString("F1") + "</b></size>\n\n";
str += "<color=#8EDEEEFF>Oxygen Usage: <b>" + simResourceManager.oxygenUsedByAnimalParticlesLastFrame.ToString("F3") + "</b></color>\n";
str += "<color=#A97860FF>Waste Generated: <b>" + simResourceManager.wasteProducedByAnimalParticlesLastFrame.ToString("F3") + "</b></color>\n";
}
else if (slot.id == KnowledgeMapId.Animals)
{
str = "Simple Animal that feeds on Plants and Zooplankton."; // \n\nUses: <b><color=#8EDEEEFF>Oxygen</color></b>\n\nProduces: <b><color=#A97860FF>Waste</color></b>";
str += "\n\n";
/*float speciesMass = 0f;
* if (slot.slotID == 0) {
* speciesMass = simManager.simResourceManager.curGlobalAgentBiomass0;
* }
* else if(slot.slotID == 1) {
* speciesMass = simManager.simResourceManager.curGlobalAgentBiomass1;
* }
* else if(slot.slotID == 2) {
* speciesMass = simManager.simResourceManager.curGlobalAgentBiomass2;
* }
* else {
* speciesMass = simManager.simResourceManager.curGlobalAgentBiomass3;
* }*/
str += "<size=13><b>Total Biomass: " + simResourceManager.curGlobalAgentBiomass.ToString("F1") + "</b></size>\n\n";// simManager.simResourceManager.curGlobalAgentBiomass.ToString("F1") + "</b></size>\n\n";
SpeciesGenomePool GenomePool = simulationManager.masterGenomePool.completeSpeciesPoolsList[uiManagerRef.worldSpiritHubUI.selectedWorldSpiritSlot.linkedSpeciesID];
str += "<color=#8EDEEEFF>Oxygen Usage: <b>" + simResourceManager.oxygenUsedByAgentsLastFrame.ToString("F3") + "</b></color>\n";
str += "<color=#A97860FF>Waste Generated: <b>" + simResourceManager.wasteProducedByAgentsLastFrame.ToString("F3") + "</b></color>\n";
//str += "<color=#8BD06AFF>Avg Food Eaten: <b>" + (GenomePool.avgConsumptionPlant + GenomePool.avgConsumptionMeat).ToString("F3") + "</b></color>\n";
//str += "\n\n\nAvg Lifespan: <b>" + (GenomePool.avgLifespan / 1500f).ToString("F1") + " Years</b>\n\n";
/*
* str += "Avg Body Size: <b>" + ((GenomePool.representativeCandidate.candidateGenome.bodyGenome.GetFullsizeBoundingBox().x + GenomePool.representativeCandidate.candidateGenome.bodyGenome.GetFullsizeBoundingBox().y) * 0.5f * GenomePool.representativeCandidate.candidateGenome.bodyGenome.GetFullsizeBoundingBox().z).ToString("F2") + "</b>\n";
* str += "Avg Brain Size: <b>" + ((GenomePool.avgNumNeurons + GenomePool.avgNumAxons) * 1f).ToString("F0") + "</b>\n";
*
* str += "\nFOOD EATEN:\nPlants: <b>" + ((GenomePool.avgFoodEatenPlant) * 1f).ToString("F3") + "</b> [" + (GenomePool.avgFoodSpecPlant).ToString() + "]\n";
* str += "Meat: <b>" + ((GenomePool.avgFoodEatenZoop) * 1f).ToString("F3") + "</b> [" + (GenomePool.avgFoodSpecMeat).ToString() + "]\n";
*
* str += "\nSPECIALIZATIONS:\nAttack: <b>" + ((GenomePool.avgSpecAttack) * 1f).ToString("F2") + "</b>\n";
* str += "Defend: <b>" + ((GenomePool.avgSpecDefend) * 1f).ToString("F2") + "</b>\n";
* str += "Speed: <b>" + ((GenomePool.avgSpecSpeed) * 1f).ToString("F2") + "</b>\n";
* str += "Utility: <b>" + ((GenomePool.avgSpecUtility) * 1f).ToString("F2") + "</b>\n";*/
}
// * WPP: simplify, consider moving data to SO
else if (slot.kingdomID == KingdomId.Terrain)
{
if (slot.layerIndex == 0)
{
str = "World";
str += "\n\nWorld Size: X square meters";
}
else if (slot.layerIndex == 1)
{
str = "Stone";
str += "\n\nTotal Stone: Y lbs";
}
else if (slot.layerIndex == 2)
{
str = "Pebbles";
}
else
{
str = "Fine Sand";
}
}
else
{
if (slot.layerIndex == 0)
{
str = "Minerals";
}
else if (slot.layerIndex == 1)
{
str = "Water";
}
else if (slot.layerIndex == 2)
{
str = "Air";
}
}
return(str);
}
