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EImmaterialResourceManager.cs
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using ColossalFramework;
using ColossalFramework.Math;
using HarmonyLib;
using System;
using System.Collections.Generic;
using System.Runtime.CompilerServices;
using UnityEngine;
namespace EManagersLib {
internal static class EImmaterialResourceManager {
internal const int RESOURCE_COUNT = 29;
internal const int DEFAULTGRID_RESOLUTION = 256;
internal const int RESOURCEGRID_RESOLUTION = 450;
private struct CellLocation {
public short m_x;
public short m_z;
}
private struct AreaQueueItem {
public int m_cost;
public CellLocation m_location;
public CellLocation m_source;
}
private static MinHeap<AreaQueueItem> m_tempAreaQueue;
private static Dictionary<CellLocation, int> m_tempAreaCost;
private sealed class AreaQueueItemComparer : Comparer<AreaQueueItem> {
public override int Compare(AreaQueueItem x, AreaQueueItem y) => x.m_cost < y.m_cost ? -1 : (x.m_cost > y.m_cost ? 1 : 0);
}
internal static void UpdateResourceMapping(ImmaterialResourceManager irmInstance) {
IEnumerable<CodeInstruction> Transpiler(IEnumerable<CodeInstruction> instructions) {
using (var codes = instructions.GetEnumerator()) {
while (codes.MoveNext()) {
var cur = codes.Current;
if (cur.LoadsConstant(1f / (38.4f * DEFAULTGRID_RESOLUTION))) {
cur.operand = 1f / (38.4f * RESOURCEGRID_RESOLUTION);
yield return cur;
} else if (cur.LoadsConstant(DEFAULTGRID_RESOLUTION - 1) && codes.MoveNext()) {
var next = codes.Current;
if (next.LoadsConstant(DEFAULTGRID_RESOLUTION - 1)) {
cur.operand = RESOURCEGRID_RESOLUTION - 1;
next.operand = RESOURCEGRID_RESOLUTION - 1;
}
yield return cur;
yield return next;
} else {
yield return cur;
}
}
}
}
_ = Transpiler(null);
}
[MethodImpl(MethodImplOptions.NoInlining)]
internal static void Awake(ImmaterialResourceManager.Resource resourceMapVisible) {
m_tempAreaQueue = new MinHeap<AreaQueueItem>(new AreaQueueItemComparer());
m_tempAreaCost = new Dictionary<CellLocation, int>();
}
private static void AddResource(ref ushort buffer, int rate) => buffer = (ushort)EMath.Min(buffer + rate, 65535);
internal static int AddParkResource(ImmaterialResourceManager irmInstance, ushort[] localTempResources, ImmaterialResourceManager.Resource resource, int rate, byte park, float radius) {
const float halfGrid = RESOURCEGRID_RESOLUTION / 2f;
if (rate == 0) {
return 0;
}
Dictionary<CellLocation, int> tempAreaCost = m_tempAreaCost;
MinHeap<AreaQueueItem> tempAreaQueue = m_tempAreaQueue;
tempAreaCost.Clear();
tempAreaQueue.Clear();
float minRadius = EMath.Max(0f, EMath.Min(radius, 19.2f));
float maxRadius = EMath.Max(38.4f, radius + 19.2f);
int num3 = EMath.FloorToInt(maxRadius * maxRadius / 1474.56f);
DistrictManager instance = Singleton<DistrictManager>.instance;
Vector3 nameLocation = instance.m_parks.m_buffer[park].m_nameLocation;
CellLocation cellLocation;
cellLocation.m_x = (short)EMath.Clamp((int)(nameLocation.x / 38.4000015258789d + halfGrid), 0, RESOURCEGRID_RESOLUTION - 1);
cellLocation.m_z = (short)EMath.Clamp((int)(nameLocation.z / 38.4000015258789d + halfGrid), 0, RESOURCEGRID_RESOLUTION - 1);
AreaQueueItem item;
item.m_cost = 0;
item.m_location = cellLocation;
item.m_source = cellLocation;
tempAreaCost[cellLocation] = 0;
tempAreaQueue.Insert(item);
int num4 = 0;
while (tempAreaQueue.Size != 0) {
item = tempAreaQueue.Extract();
if (!tempAreaCost.TryGetValue(item.m_location, out int areaCost) || areaCost >= item.m_cost) {
float num6 = item.m_cost * 1474.56f;
int finalRate = rate;
if (num6 > minRadius * minRadius) {
finalRate = EMath.RoundToInt(finalRate * EMath.Clamp01((maxRadius - (float)Math.Sqrt(num6)) / (maxRadius - minRadius)));
}
AddResource(ref localTempResources[(int)((item.m_location.m_z * RESOURCEGRID_RESOLUTION + item.m_location.m_x) * 29 + resource)], finalRate);
num4 += finalRate;
if (item.m_location.m_x > 0 && item.m_location.m_x <= item.m_source.m_x) {
AreaQueueItem item2;
item2.m_location.m_x = (short)(item.m_location.m_x - 1);
item2.m_location.m_z = item.m_location.m_z;
if (!tempAreaCost.TryGetValue(item2.m_location, out areaCost)) {
areaCost = num3 + 1;
}
if (areaCost != 0) {
nameLocation.x = (float)(((double)item2.m_location.m_x - halfGrid + 0.5f) * 38.4000015258789d);
nameLocation.z = (float)(((double)item2.m_location.m_z - halfGrid + 0.5f) * 38.4000015258789d);
if (instance.GetPark(nameLocation) == park) {
item2.m_cost = 0;
item2.m_source = item2.m_location;
} else {
item2.m_cost = (item2.m_location.m_x - item.m_source.m_x) *
(item2.m_location.m_x - item.m_source.m_x) +
(item2.m_location.m_z - item.m_source.m_z) *
(item2.m_location.m_z - item.m_source.m_z);
item2.m_source = item.m_source;
}
if (item2.m_cost < areaCost) {
tempAreaCost[item2.m_location] = item2.m_cost;
tempAreaQueue.Insert(item2);
}
}
}
if (item.m_location.m_z > 0 && item.m_location.m_z <= item.m_source.m_z) {
AreaQueueItem item3;
item3.m_location.m_x = item.m_location.m_x;
item3.m_location.m_z = (short)(item.m_location.m_z - 1);
if (!tempAreaCost.TryGetValue(item3.m_location, out areaCost)) {
areaCost = num3 + 1;
}
if (areaCost != 0) {
nameLocation.x = (float)(((double)item3.m_location.m_x - halfGrid + 0.5f) * 38.4000015258789d);
nameLocation.z = (float)(((double)item3.m_location.m_z - halfGrid + 0.5f) * 38.4000015258789d);
if (instance.GetPark(nameLocation) == park) {
item3.m_cost = 0;
item3.m_source = item3.m_location;
} else {
item3.m_cost = (item3.m_location.m_x - item.m_source.m_x) *
(item3.m_location.m_x - item.m_source.m_x) +
(item3.m_location.m_z - item.m_source.m_z) *
(item3.m_location.m_z - item.m_source.m_z);
item3.m_source = item.m_source;
}
if (item3.m_cost < areaCost) {
tempAreaCost[item3.m_location] = item3.m_cost;
tempAreaQueue.Insert(item3);
}
}
}
if (item.m_location.m_x < (RESOURCEGRID_RESOLUTION - 1) && item.m_location.m_x >= item.m_source.m_x) {
AreaQueueItem item4;
item4.m_location.m_x = (short)(item.m_location.m_x + 1);
item4.m_location.m_z = item.m_location.m_z;
if (!tempAreaCost.TryGetValue(item4.m_location, out areaCost)) {
areaCost = num3 + 1;
}
if (areaCost != 0) {
nameLocation.x = (float)(((double)item4.m_location.m_x - halfGrid + 0.5f) * 38.4000015258789d);
nameLocation.z = (float)(((double)item4.m_location.m_z - halfGrid + 0.5f) * 38.4000015258789d);
if (instance.GetPark(nameLocation) == park) {
item4.m_cost = 0;
item4.m_source = item4.m_location;
} else {
item4.m_cost = (item4.m_location.m_x - item.m_source.m_x) *
(item4.m_location.m_x - item.m_source.m_x) +
(item4.m_location.m_z - item.m_source.m_z) *
(item4.m_location.m_z - item.m_source.m_z);
item4.m_source = item.m_source;
}
if (item4.m_cost < areaCost) {
tempAreaCost[item4.m_location] = item4.m_cost;
tempAreaQueue.Insert(item4);
}
}
}
if (item.m_location.m_z < (RESOURCEGRID_RESOLUTION - 1) && item.m_location.m_z >= item.m_source.m_z) {
AreaQueueItem item5;
item5.m_location.m_x = item.m_location.m_x;
item5.m_location.m_z = (short)(item.m_location.m_z + 1);
if (!tempAreaCost.TryGetValue(item5.m_location, out areaCost)) {
areaCost = num3 + 1;
}
if (areaCost != 0) {
nameLocation.x = (float)(((double)item5.m_location.m_x - halfGrid + 0.5f) * 38.4000015258789d);
nameLocation.z = (float)(((double)item5.m_location.m_z - halfGrid + 0.5f) * 38.4000015258789d);
if (instance.GetPark(nameLocation) == park) {
item5.m_cost = 0;
item5.m_source = item5.m_location;
} else {
item5.m_cost = (item5.m_location.m_x - item.m_source.m_x) *
(item5.m_location.m_x - item.m_source.m_x) +
(item5.m_location.m_z - item.m_source.m_z) *
(item5.m_location.m_z - item.m_source.m_z);
item5.m_source = item.m_source;
}
if (item5.m_cost < areaCost) {
tempAreaCost[item5.m_location] = item5.m_cost;
tempAreaQueue.Insert(item5);
}
}
}
}
}
return num4;
}
internal static int AddObstructedResource(ushort[] localTempResources, float[] tempSectorSlopes, float[] tempSectorDistances, int[] tempCircleMinX, int[] tempCircleMaxX, ImmaterialResourceManager.Resource resource, int rate, Vector3 position, float radius) {
const float halfGrid = RESOURCEGRID_RESOLUTION / 2f;
const int maxSize = RESOURCEGRID_RESOLUTION - 3;
const double ratio = 38.4000015258789d;
if (rate == 0) {
return 0;
}
ushort[] finalHeights = Singleton<TerrainManager>.instance.FinalHeights;
for (int i = 0; i < RESOURCEGRID_RESOLUTION; i++) {
tempSectorSlopes[i] = -100f;
tempSectorDistances[i] = 0f;
}
float num = radius * 0.5f;
float num2 = EMath.Max(38.4f, radius + 19.2f);
int num3 = EMath.Clamp((int)(position.x / ratio + halfGrid), 2, maxSize);
int num4 = num3;
int num5 = EMath.Clamp((int)(position.z / ratio + halfGrid), 2, maxSize);
int num6 = num5;
double num7 = position.x - ((double)num3 - halfGrid + 0.5f) * ratio;
double num8 = position.z - ((double)num5 - halfGrid + 0.5f) * ratio;
if (num7 > 9.60000038146973d) {
num4 = EMath.Min(num4 + 1, maxSize);
} else if (num7 < -9.60000038146973d) {
num3 = EMath.Max(num3 - 1, 2);
}
if (num8 > 9.60000038146973d) {
num6 = EMath.Min(num6 + 1, maxSize);
} else if (num8 < -9.60000038146973d) {
num5 = EMath.Max(num5 - 1, 2);
}
int num9 = num5;
int num10 = num6;
int num11 = num9 + 1;
int num12 = num10 - 1;
int num13 = 0;
bool flag;
do {
flag = false;
float num14 = (float)(ratio * (0.75f + num13++));
num14 *= num14;
for (int j = num9; j <= num10; j++) {
int num15 = (j > num5) ? j : (num5 - j + num9);
float num16 = (float)(((double)num15 - halfGrid + 0.5f) * ratio);
float num17 = num16 - position.z;
int num18 = EMath.Clamp(EMath.RoundToInt(num16 / 16f + 540f), 0, 1080);
int num19 = num3;
int num20 = num4;
if (num15 >= num11 && num15 <= num12) {
num19 = EMath.Min(num19, tempCircleMinX[num15] - 1);
num20 = EMath.Max(num20, tempCircleMaxX[num15] + 1);
}
int k = num19;
while (k >= 2) {
float num21 = (float)(((double)k - halfGrid + 0.5f) * ratio);
float num22 = num21 - position.x;
int num23 = EMath.Clamp(EMath.RoundToInt(num21 / 16f + 540f), 0, 1080);
float num24 = num17 * num17 + num22 * num22;
if ((num19 == k || num24 < num14) && num24 < num2 * num2) {
float num25 = (float)Math.Sqrt(num24);
float num26 = rate;
ushort num27 = finalHeights[num18 * 1081 + num23];
float num28 = 0.015625f * num27;
float num29 = (num28 - position.y) / EMath.Max(1f, num25);
float num30 = EMath.Atan2(num17, num22) * 40.7436638f;
float num31 = EMath.Min((float)(ratio / EMath.Max(1f, num25) * 20.3718318939209d), 64f); //TODO: 64: halfgrid/2 ??
int num32 = EMath.RoundToInt(num30 - num31) & 0xff;
int num33 = EMath.RoundToInt(num30 + num31) & 0xff;
float num34 = 0f;
float num35 = 0f;
int num36 = num32;
while (true) {
float num37 = tempSectorSlopes[num36];
float num38 = tempSectorDistances[num36];
float num39 = EMath.Clamp(num25 - num38, 1f, 38.4f);
num34 += (num37 - num29) * num39;
num35 += num39;
if (num29 > num37) {
tempSectorSlopes[num36] = num29;
tempSectorDistances[num36] = num25;
}
if (num36 == num33) {
break;
}
num36 = (num36 + 1 & 0xff);
}
num34 /= EMath.Max(1f, num35);
num26 *= 1.5f / EMath.Max(1f, num34 * 20f + 2.625f) - 0.5f;
if (num26 > 0f) {
if (num25 > num) {
num26 *= EMath.Clamp01((num2 - num25) / (num2 - num));
}
int num40 = (int)((num15 * RESOURCEGRID_RESOLUTION + k) * 29 + resource);
AddResource(ref localTempResources[num40], EMath.RoundToInt(num26));
}
flag = true;
}
if (num24 >= num14) {
break;
}
num19 = k--;
}
k = num20;
while (k <= RESOURCEGRID_RESOLUTION - 3) {
float num41 = (float)((k - halfGrid + 0.5f) * ratio);
float num42 = num41 - position.x;
int num43 = EMath.Clamp(EMath.RoundToInt(num41 / 16f + 540f), 0, 1080);
float num44 = num17 * num17 + num42 * num42;
if ((num20 == k || num44 < num14) && k != num3 && num44 < num2 * num2) {
float num45 = (float)Math.Sqrt(num44);
float num46 = rate;
ushort num47 = finalHeights[num18 * 1081 + num43];
float num48 = 0.015625f * num47;
float num49 = (num48 - position.y) / EMath.Max(1f, num45);
float num50 = (float)Math.Atan2(num17, num42) * 40.7436638f;
float num51 = EMath.Min((float)(ratio / EMath.Max(1f, num45) * 20.3718318939209d), 64f);
int num52 = EMath.RoundToInt(num50 - num51) & 0xff;
int num53 = EMath.RoundToInt(num50 + num51) & 0xff;
float num54 = 0f;
float num55 = 0f;
int num56 = num52;
while (true) {
float num57 = tempSectorSlopes[num56];
float num58 = tempSectorDistances[num56];
float num59 = EMath.Clamp(num45 - num58, 1f, 38.4f);
num54 += (num57 - num49) * num59;
num55 += num59;
if (num49 > num57) {
tempSectorSlopes[num56] = num49;
tempSectorDistances[num56] = num45;
}
if (num56 == num53) {
break;
}
num56 = (num56 + 1 & 0xff);
}
num54 /= EMath.Max(1f, num55);
num46 *= 1.5f / EMath.Max(1f, num54 * 20f + 2.625f) - 0.5f;
if (num46 > 0f) {
if (num45 > num) {
num46 *= EMath.Clamp01((num2 - num45) / (num2 - num));
}
int num60 = (int)((num15 * RESOURCEGRID_RESOLUTION + k) * 29 + resource);
AddResource(ref localTempResources[num60], EMath.RoundToInt(num46));
}
flag = true;
}
if (num44 >= num14) {
break;
}
num20 = k++;
}
tempCircleMinX[num15] = num19;
tempCircleMaxX[num15] = num20;
}
num11 = num9;
num12 = num10;
if (num9 > 2) {
num9--;
}
if (num10 < RESOURCEGRID_RESOLUTION - 3) {
num10++;
}
}
while (flag);
return rate;
}
internal static bool CalculateLocalResources(int x, int z, ushort[] buffer, int[] global, ushort[] target, int index) {
const float halfGrid = RESOURCEGRID_RESOLUTION / 2f;
int num = buffer[index] + global[0];
int num2 = buffer[index + 1] + global[1];
int num3 = buffer[index + 2] + global[2];
int num4 = buffer[index + 3] + global[3];
int num5 = buffer[index + 4] + global[4];
int num6 = buffer[index + 5] + global[5];
int num7 = buffer[index + 6] + global[6];
int num8 = buffer[index + 7] + global[7];
int num9 = buffer[index + 8] + global[8];
int num10 = buffer[index + 9] + global[9];
int num11 = buffer[index + 10] + global[10];
int num12 = buffer[index + 11] + global[11];
int num13 = buffer[index + 12] + global[12];
int num14 = buffer[index + 13] + global[13];
int num15 = buffer[index + 14] + global[14];
int num16 = buffer[index + 15];
int num17 = buffer[index + 16] + global[16];
int num18 = buffer[index + 17] + global[17];
int num19 = buffer[index + 18] + global[18];
int num20 = buffer[index + 19] + global[19];
int num21 = buffer[index + 20] + global[20];
int num22 = buffer[index + 21];
int num23 = buffer[index + 22] + global[22];
int num24 = buffer[index + 23] + global[23];
int num25 = buffer[index + 24] + global[24];
int num26 = buffer[index + 25] + global[25];
int num27 = buffer[index + 26] + global[26];
int num28 = buffer[index + 27] + global[27];
int num29 = buffer[index + 28] + global[28];
Rect area = new Rect((float)((x - halfGrid - 1.5f) * 38.4000015258789d), (float)((z - halfGrid - 1.5f) * 38.4000015258789d), 153.6f, 153.6f);
Singleton<NaturalResourceManager>.instance.AveragePollutionAndWaterAndTrees(area, out float groundPollution, out float waterProximity, out float treeProximity);
int num33 = (int)(groundPollution * 100f);
int num34 = (int)(waterProximity * 100f);
int num35 = (int)(treeProximity * 100f);
if (num34 > 33 && num34 < 99) {
area = new Rect((float)((x - halfGrid + 0.25f) * 38.4000015258789d), (float)((z - halfGrid + 0.25f) * 38.4000015258789d), 19.2f, 19.2f);
Singleton<NaturalResourceManager>.instance.AverageWater(area, out waterProximity);
num34 = EMath.Max(EMath.Min(num34, (int)(waterProximity * 100f)), 33);
}
num18 = num18 * 2 / (num2 + 50);
num9 = (num9 * (100 - num35) + 50) / 100;
if (num13 == 0) {
num10 = 0;
num11 = 50;
num12 = 50;
} else {
num10 /= num13;
num11 /= num13;
num12 /= num13;
num17 += EMath.Min(num13, 10) * 10;
}
bool flag = Singleton<GameAreaManager>.instance.PointOutOfArea(VectorUtils.X_Y(area.center));
flag |= (x <= 1 || x >= RESOURCEGRID_RESOLUTION - 2 || z <= 1 || z >= RESOURCEGRID_RESOLUTION - 2);
if (flag) {
num15 = 0;
num16 = 0;
} else {
int num36 = ImmaterialResourceManager.CalculateResourceEffect(num34, 33, 67, 300, 0) * Mathf.Max(0, 32 - num33) >> 5;
int num37 = ImmaterialResourceManager.CalculateResourceEffect(num35, 10, 100, 0, 30);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num, 100, 500, 50, 100);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num3, 100, 500, 50, 100);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num2, 100, 500, 50, 100);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num4, 100, 500, 50, 100);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num5, 100, 500, 50, 100);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num6, 100, 500, 50, 100);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num7, 100, 500, 50, 100);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num8, 100, 500, 50, 100);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num20, 100, 500, 50, 100);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num14, 100, 500, 100, 200);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num12, 60, 100, 0, 50);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num11, 60, 100, 0, 50);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num21, 50, 100, 20, 25);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num24, 50, 100, 20, 25);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num22, 100, 1000, 0, 25);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num26, 100, 200, 20, 30);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num27, 100, 500, 50, 200);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num28, 100, 500, 50, 100);
num15 += ImmaterialResourceManager.CalculateResourceEffect(num29, 100, 500, 50, 100);
num15 -= ImmaterialResourceManager.CalculateResourceEffect(100 - num12, 60, 100, 0, 50);
num15 -= ImmaterialResourceManager.CalculateResourceEffect(100 - num11, 60, 100, 0, 50);
num15 -= ImmaterialResourceManager.CalculateResourceEffect(num33, 50, 255, 50, 100);
num15 -= ImmaterialResourceManager.CalculateResourceEffect(num9, 10, 100, 0, 100);
num15 -= ImmaterialResourceManager.CalculateResourceEffect(num10, 10, 100, 0, 100);
num15 -= ImmaterialResourceManager.CalculateResourceEffect(num18, 50, 100, 10, 50);
num15 -= ImmaterialResourceManager.CalculateResourceEffect(num19, 15, 50, 100, 200);
num15 += num36;
num15 /= 10;
num16 += num36 * 25 / 300;
num16 += num37;
}
num = EMath.Clamp(num, 0, 65535);
num2 = EMath.Clamp(num2, 0, 65535);
num3 = EMath.Clamp(num3, 0, 65535);
num4 = EMath.Clamp(num4, 0, 65535);
num5 = EMath.Clamp(num5, 0, 65535);
num6 = EMath.Clamp(num6, 0, 65535);
num7 = EMath.Clamp(num7, 0, 65535);
num8 = EMath.Clamp(num8, 0, 65535);
num9 = EMath.Clamp(num9, 0, 65535);
num10 = EMath.Clamp(num10, 0, 65535);
num11 = EMath.Clamp(num11, 0, 65535);
num12 = EMath.Clamp(num12, 0, 65535);
num13 = EMath.Clamp(num13, 0, 65535);
num14 = EMath.Clamp(num14, 0, 65535);
num15 = EMath.Clamp(num15, 0, 65535);
num16 = EMath.Clamp(num16, 0, 65535);
num17 = EMath.Clamp(num17, 0, 65535);
num18 = EMath.Clamp(num18, 0, 65535);
num19 = EMath.Clamp(num19, 0, 65535);
num20 = EMath.Clamp(num20, 0, 65535);
num21 = EMath.Clamp(num21, 0, 65535);
num22 = EMath.Clamp(num22, 0, 65535);
num23 = EMath.Clamp(num23, 0, 65535);
num24 = EMath.Clamp(num24, 0, 65535);
num25 = EMath.Clamp(num25, 0, 65535);
num26 = EMath.Clamp(num26, 0, 65535);
num27 = EMath.Clamp(num27, 0, 65535);
num28 = EMath.Clamp(num28, 0, 65535);
num29 = EMath.Clamp(num29, 0, 65535);
DistrictManager instance = Singleton<DistrictManager>.instance;
byte district = instance.GetDistrict(x * (EDistrictManager.DISTRICTGRID_RESOLUTION / RESOURCEGRID_RESOLUTION),
z * (EDistrictManager.DISTRICTGRID_RESOLUTION / RESOURCEGRID_RESOLUTION));
instance.m_districts.m_buffer[district].AddGroundData(num15, num33, num17);
bool result = false;
if (num != target[index]) {
target[index] = (ushort)num;
result = true;
}
if (num2 != target[index + 1]) {
target[index + 1] = (ushort)num2;
result = true;
}
if (num3 != target[index + 2]) {
target[index + 2] = (ushort)num3;
result = true;
}
if (num4 != target[index + 3]) {
target[index + 3] = (ushort)num4;
result = true;
}
if (num5 != target[index + 4]) {
target[index + 4] = (ushort)num5;
result = true;
}
if (num6 != target[index + 5]) {
target[index + 5] = (ushort)num6;
result = true;
}
if (num7 != target[index + 6]) {
target[index + 6] = (ushort)num7;
result = true;
}
if (num26 != target[index + 25]) {
target[index + 25] = (ushort)num26;
result = true;
}
if (num8 != target[index + 7]) {
target[index + 7] = (ushort)num8;
result = true;
}
if (num9 != target[index + 8]) {
target[index + 8] = (ushort)num9;
result = true;
}
if (num10 != target[index + 9]) {
target[index + 9] = (ushort)num10;
result = true;
}
if (num11 != target[index + 10]) {
target[index + 10] = (ushort)num11;
result = true;
}
if (num12 != target[index + 11]) {
target[index + 11] = (ushort)num12;
result = true;
}
if (num13 != target[index + 12]) {
target[index + 12] = (ushort)num13;
result = true;
}
if (num14 != target[index + 13]) {
target[index + 13] = (ushort)num14;
result = true;
}
if (num15 != target[index + 14]) {
target[index + 14] = (ushort)num15;
result = true;
}
if (num16 != target[index + 15]) {
target[index + 15] = (ushort)num16;
result = true;
}
if (num17 != target[index + 16]) {
target[index + 16] = (ushort)num17;
result = true;
}
if (num18 != target[index + 17]) {
target[index + 17] = (ushort)num18;
result = true;
}
if (num19 != target[index + 18]) {
target[index + 18] = (ushort)num19;
result = true;
}
if (num20 != target[index + 19]) {
target[index + 19] = (ushort)num20;
result = true;
}
if (num21 != target[index + 20]) {
target[index + 20] = (ushort)num21;
result = true;
}
if (num22 != target[index + 21]) {
target[index + 21] = (ushort)num22;
result = true;
}
if (num23 != target[index + 22]) {
target[index + 22] = (ushort)num23;
result = true;
}
if (num24 != target[index + 23]) {
target[index + 23] = (ushort)num24;
result = true;
}
if (num25 != target[index + 24]) {
target[index + 24] = (ushort)num25;
result = true;
}
if (num27 != target[index + 26]) {
target[index + 26] = (ushort)num27;
result = true;
}
if (num28 != target[index + 27]) {
target[index + 27] = (ushort)num28;
result = true;
}
if (num29 != target[index + 28]) {
target[index + 28] = (ushort)num29;
result = true;
}
return result;
}
private static void CalculateTotalResources(int[] buffer, long[] bufferMul, int[] target) {
int num, num2, num3, num4, num5, num6, num7, num8, num9, num10, num11, num12, num13, num14, num15;
int num16 = buffer[15];
int num17 = buffer[16];
int num18, num19, num20, num21;
int num22 = buffer[21];
int num23 = buffer[22];
int num24, num25, num26, num27, num28, num29;
long num30 = bufferMul[0];
long num31 = bufferMul[1];
long num32 = bufferMul[2];
long num33 = bufferMul[3];
long num34 = bufferMul[4];
long num35 = bufferMul[5];
long num36 = bufferMul[6];
long num37 = bufferMul[7];
long num38 = bufferMul[8];
long num39 = bufferMul[9];
long num40 = bufferMul[10];
long num41 = bufferMul[11];
long num42 = bufferMul[12];
long num43 = bufferMul[13];
long num44 = bufferMul[14];
long num45 = bufferMul[15];
long num46 = bufferMul[17];
long num47 = bufferMul[18];
long num48 = bufferMul[19];
long num49 = bufferMul[20];
long num50 = bufferMul[23];
long num51 = bufferMul[24];
long num52 = bufferMul[25];
long num53 = bufferMul[26];
long num54 = bufferMul[27];
long num55 = bufferMul[28];
if (num17 != 0) {
num = (int)(num30 / num17);
num2 = (int)(num31 / num17);
num3 = (int)(num32 / num17);
num4 = (int)(num33 / num17);
num5 = (int)(num34 / num17);
num6 = (int)(num35 / num17);
num7 = (int)(num36 / num17);
num8 = (int)(num37 / num17);
num10 = (int)(num39 / num17);
num11 = (int)(num40 / num17);
num12 = (int)(num41 / num17);
num13 = (int)(num42 / num17);
num14 = (int)(num43 / num17);
num15 = (int)(num44 / num17);
num16 = (int)(num45 / num17);
num9 = (int)(num38 / num17);
num18 = (int)(num46 / num17);
num19 = (int)(num47 / num17);
num20 = (int)(num48 / num17);
num21 = (int)(num49 / num17);
num24 = (int)(num50 / num17);
num25 = (int)(num51 / num17);
num26 = (int)(num52 / num17);
num27 = (int)(num53 / num17);
num28 = (int)(num54 / num17);
num29 = (int)(num55 / num17);
} else {
num = 0;
num2 = 0;
num3 = 0;
num4 = 0;
num5 = 0;
num6 = 0;
num7 = 0;
num8 = 0;
num10 = 0;
num11 = 50;
num12 = 50;
num13 = 0;
num14 = 0;
num15 = 0;
num9 = 0;
num18 = 0;
num19 = 0;
num20 = 0;
num21 = 0;
num24 = 0;
num25 = 0;
num26 = 0;
num27 = 0;
num28 = 0;
num29 = 0;
}
num = EMath.Clamp(num, 0, 2147483647);
num2 = EMath.Clamp(num2, 0, 2147483647);
num3 = EMath.Clamp(num3, 0, 2147483647);
num4 = EMath.Clamp(num4, 0, 2147483647);
num5 = EMath.Clamp(num5, 0, 2147483647);
num6 = EMath.Clamp(num6, 0, 2147483647);
num7 = EMath.Clamp(num7, 0, 2147483647);
num8 = EMath.Clamp(num8, 0, 2147483647);
num9 = EMath.Clamp(num9, 0, 2147483647);
num10 = EMath.Clamp(num10, 0, 2147483647);
num11 = EMath.Clamp(num11, 0, 2147483647);
num12 = EMath.Clamp(num12, 0, 2147483647);
num13 = EMath.Clamp(num13, 0, 2147483647);
num14 = EMath.Clamp(num14, 0, 2147483647);
num15 = EMath.Clamp(num15, 0, 2147483647);
num16 = EMath.Clamp(num16, 0, 2147483647);
num17 = EMath.Clamp(num17, 0, 2147483647);
num18 = EMath.Clamp(num18, 0, 2147483647);
num19 = EMath.Clamp(num19, 0, 2147483647);
num20 = EMath.Clamp(num20, 0, 2147483647);
num21 = EMath.Clamp(num21, 0, 2147483647);
num22 = EMath.Clamp(num22, 0, 2147483647);
num23 = EMath.Clamp(num23, 0, 2147483647);
num24 = EMath.Clamp(num24, 0, 2147483647);
num25 = EMath.Clamp(num25, 0, 2147483647);
num26 = EMath.Clamp(num26, 0, 2147483647);
num27 = EMath.Clamp(num27, 0, 2147483647);
num28 = EMath.Clamp(num28, 0, 2147483647);
num29 = EMath.Clamp(num29, 0, 2147483647);
target[0] = num;
target[2] = num3;
target[1] = num2;
target[3] = num4;
target[4] = num5;
target[5] = num6;
target[6] = num7;
target[7] = num8;
target[8] = num9;
target[9] = num10;
target[10] = num11;
target[11] = num12;
target[12] = num13;
target[13] = num14;
target[14] = num15;
target[15] = num16;
target[16] = num17;
target[17] = num18;
target[18] = num19;
target[19] = num20;
target[20] = num21;
target[21] = num22;
target[22] = num23;
target[23] = num24;
target[24] = num25;
target[25] = num26;
target[26] = num27;
target[27] = num28;
target[28] = num29;
}
internal static void CheckLocalResource(ushort[] localFinalResources, ImmaterialResourceManager.Resource resource, Vector3 position, float radius, out int local) {
const float halfGrid = RESOURCEGRID_RESOLUTION / 2f;
const double ratio = 38.4000015258789d;
float num = EMath.Max(0f, EMath.Min(radius, 19.2f));
float num2 = EMath.Max(38.4f, radius + 19.2f);
int num3 = EMath.Max((int)((position.x - radius) / ratio + halfGrid), 2);
int num4 = EMath.Max((int)((position.z - radius) / ratio + halfGrid), 2);
int num5 = EMath.Min((int)((position.x + radius) / ratio + halfGrid), RESOURCEGRID_RESOLUTION - 3);
int num6 = EMath.Min((int)((position.z + radius) / ratio + halfGrid), RESOURCEGRID_RESOLUTION - 3);
float num7 = 0f;
float num8 = 0f;
for (int i = num4; i <= num6; i++) {
float num9 = (float)((i - halfGrid + 0.5f) * ratio - position.z);
for (int j = num3; j <= num5; j++) {
float num10 = (float)((j - halfGrid + 0.5f) * ratio - position.x);
float num11 = num9 * num9 + num10 * num10;
if (num11 < num2 * num2) {
int num12 = (int)((i * RESOURCEGRID_RESOLUTION + j) * 29 + resource);
int num13 = localFinalResources[num12];
if (num11 > num * num) {
float num14 = EMath.Clamp01((num2 - (float)Math.Sqrt(num11)) / (num2 - num));
num7 += num13 * num14;
num8 += num14 * num14;
} else {
num7 += num13;
num8 += 1f;
}
}
}
}
if (num8 != 0f) {
num7 /= num8;
}
local = EMath.RoundToInt(num7);
}
internal static void SimulationStepImpl(ImmaterialResourceManager irmInstance, ushort[] localTempResources, ushort[] localFinalResources,
int[] globalTempResources, int[] globalFinalResources, int[] totalTempResources,
int[] totalFinalResources, long[] totalTempResourcesMul, int subStep) {
if (subStep != 0 && subStep != 1000) {
uint currentFrameIndex = Singleton<SimulationManager>.instance.m_currentFrameIndex;
int frameIndex = (int)(currentFrameIndex & 255u);
int frameStart = frameIndex * 2; // frameIndex * 256 >> 8;
int minX = -1; // frameIndex * 256 * 256 >> 8 & 255;
int maxX = -1; // ((frameIndex + 1) * 256 * 256 >> 8) - 1 & 255;
int minZ = -1;
int maxZ = -1;
for (int z = frameStart; z <= frameStart + 1; z++) {
if (z < RESOURCEGRID_RESOLUTION) {
for (int x = 0; x <= RESOURCEGRID_RESOLUTION - 1; x++) {
int index = (z * RESOURCEGRID_RESOLUTION + x) * 29;
if (CalculateLocalResources(x, z, localTempResources, globalFinalResources, localFinalResources, index)) {
minX = minX == -1 ? x : EMath.Min(minX, x);
maxX = EMath.Max(maxX, x);
minZ = minZ == -1 ? z : EMath.Min(minZ, z);
maxZ = EMath.Max(maxZ, z);
}
int num5 = localFinalResources[index + 16];
for (int i = 0; i < 29; i++) {
int num6 = localFinalResources[index + i];
totalTempResources[i] += num6;
totalTempResourcesMul[i] += (num6 * num5);
localTempResources[index + i] = 0;
}
}
}
}
if (frameIndex == 255) {
CalculateTotalResources(totalTempResources, totalTempResourcesMul, totalFinalResources);
StatisticsManager instance = Singleton<StatisticsManager>.instance;
StatisticBase statisticBase = instance.Acquire<StatisticArray>(StatisticType.ImmaterialResource);
for (int k = 0; k < 29; k++) {
globalFinalResources[k] = globalTempResources[k];
globalTempResources[k] = 0;
totalTempResources[k] = 0;
totalTempResourcesMul[k] = 0L;
statisticBase.Acquire<StatisticInt32>(k, 29).Set(totalFinalResources[k]);
}
}
if (minX != -1) {
irmInstance.AreaModified(minX, minZ, maxX, maxZ);
}
}
}
internal static void EnsureCapacity(ImmaterialResourceManager irmInstance, ref Texture2D resourceTexture, ref int[] modifiedX1, ref int[] modifiedX2, ref int[] tempCircleMinX,
ref int[] tempCircleMaxX, ref int[] tempSectorSlopes, ref int[] tempSectorDistances) {
//EUtils.ELog($"modifiedX1 Len: {modifiedX1.Length} modifiedX2 Len: {modifiedX2.Length}");
if (modifiedX1.Length != RESOURCEGRID_RESOLUTION && modifiedX2.Length != RESOURCEGRID_RESOLUTION) {
modifiedX1 = new int[RESOURCEGRID_RESOLUTION];
modifiedX2 = new int[RESOURCEGRID_RESOLUTION];
tempCircleMinX = new int[RESOURCEGRID_RESOLUTION];
tempCircleMaxX = new int[RESOURCEGRID_RESOLUTION];
tempSectorSlopes = new int[RESOURCEGRID_RESOLUTION];
tempSectorDistances = new int[RESOURCEGRID_RESOLUTION];
resourceTexture = new Texture2D(RESOURCEGRID_RESOLUTION, RESOURCEGRID_RESOLUTION, TextureFormat.Alpha8, false, true) {
wrapMode = TextureWrapMode.Clamp
};
Shader.SetGlobalTexture("_ImmaterialResources", resourceTexture);
UpdateResourceMapping(irmInstance);
for (int i = 0; i < RESOURCEGRID_RESOLUTION; i++) {
modifiedX1[i] = 0;
modifiedX2[i] = RESOURCEGRID_RESOLUTION - 1;
}
}
if (m_tempAreaQueue is null) {
m_tempAreaQueue = new MinHeap<AreaQueueItem>(new AreaQueueItemComparer());
}
if (m_tempAreaCost is null) {
m_tempAreaCost = new Dictionary<CellLocation, int>();
}
}
internal static void IntegratedDeserialize(ImmaterialResourceManager _, ref ushort[] localFinalResources, ref ushort[] localTempResources) {
int i;
const int len = DEFAULTGRID_RESOLUTION * DEFAULTGRID_RESOLUTION * RESOURCE_COUNT;
ushort[] newFinalResources = new ushort[RESOURCEGRID_RESOLUTION * RESOURCEGRID_RESOLUTION * RESOURCE_COUNT];
ushort[] newTempResources = new ushort[RESOURCEGRID_RESOLUTION * RESOURCEGRID_RESOLUTION * RESOURCE_COUNT];
for (i = 0; i < len; i++) {
newFinalResources[i] = localFinalResources[i];
}
for (i = 0; i < len; i++) {
newTempResources[i] = localTempResources[i];
}
localFinalResources = newFinalResources;
localTempResources = newTempResources;
}
internal static ushort[] PrepareResourcesForSerialize(ushort[] localResources) {
const int len = DEFAULTGRID_RESOLUTION * DEFAULTGRID_RESOLUTION * RESOURCE_COUNT;
ushort[] oldResources = new ushort[len];
for (int i = 0; i < len; i++) {
oldResources[i] = localResources[i];
}
return oldResources;
}
}
}