public static int InterpolateColor(GamePlatform platform, float progress, int[] colors, int colorsLength)
{
float one = 1;
int colora = platform.FloatToInt((colorsLength - 1) * progress);
if (colora < 0)
{
colora = 0;
}
if (colora >= colorsLength)
{
colora = colorsLength - 1;
}
int colorb = colora + 1;
if (colorb >= colorsLength)
{
colorb = colorsLength - 1;
}
int a = colors[colora];
int b = colors[colorb];
float p = (progress - (one * colora) / (colorsLength - 1)) * (colorsLength - 1);
int A = platform.FloatToInt(Game.ColorA(a) + (Game.ColorA(b) - Game.ColorA(a)) * p);
int R = platform.FloatToInt(Game.ColorR(a) + (Game.ColorR(b) - Game.ColorR(a)) * p);
int G = platform.FloatToInt(Game.ColorG(a) + (Game.ColorG(b) - Game.ColorG(a)) * p);
int B = platform.FloatToInt(Game.ColorB(a) + (Game.ColorB(b) - Game.ColorB(a)) * p);
return(Game.ColorFromArgb(A, R, G, B));
}
static int VersionToInt(GamePlatform platform, string version)
{
int max = 1000 * 1000 * 1000;
if (!IsVersionDate(platform, version))
{
return(max);
}
FloatRef year = new FloatRef();
FloatRef month = new FloatRef();
FloatRef day = new FloatRef();
if (platform.FloatTryParse(StringTools.StringSubstring(platform, version, 0, 4), year))
{
if (platform.FloatTryParse(StringTools.StringSubstring(platform, version, 5, 2), month))
{
if (platform.FloatTryParse(StringTools.StringSubstring(platform, version, 8, 2), day))
{
int year_ = platform.FloatToInt(year.value);
int month_ = platform.FloatToInt(month.value);
int day_ = platform.FloatToInt(day.value);
return(year_ * 10000 + month_ * 100 + day_);
}
}
}
return(max);
}
public static BitmapData_ CreateFromBitmap(GamePlatform p, BitmapCi atlas2d_)
{
BitmapData_ b = new BitmapData_();
b.width = p.FloatToInt(p.BitmapGetWidth(atlas2d_));
b.height = p.FloatToInt(p.BitmapGetHeight(atlas2d_));
b.argb = new int[b.width * b.height];
p.BitmapGetPixelsArgb(atlas2d_, b.argb);
return b;
}
static int Texture2d(GamePlatform platform, int[] pixelsArgb, float x, float y)
{
int px = platform.FloatToInt(x * (textureSize - 1));
int py = platform.FloatToInt(y * (textureSize - 1));
px = positive_modulo(px, (textureSize - 1));
py = positive_modulo(py, (textureSize - 1));
return(pixelsArgb[MapUtilCi.Index2d(px, py, textureSize)]);
}
public static BitmapData_ CreateFromBitmap(GamePlatform p, BitmapCi atlas2d_)
{
BitmapData_ b = new BitmapData_();
b.width = p.FloatToInt(p.BitmapGetWidth(atlas2d_));
b.height = p.FloatToInt(p.BitmapGetHeight(atlas2d_));
b.argb = new int[b.width * b.height];
p.BitmapGetPixelsArgb(atlas2d_, b.argb);
return(b);
}
public BlockPosSide[] LineIntersection(DelegateIsBlockEmpty isEmpty, DelegateGetBlockHeight getBlockHeight, Line3D line, IntRef retCount)
{
lCount = 0;
currentLine = line;
currentHit[0] = 0;
currentHit[1] = 0;
currentHit[2] = 0;
ListBox3d l1 = Search(PredicateBox3DHit.Create(this));
for (int i = 0; i < l1.count; i++)
{
Box3D node = l1.arr[i];
float[] hit = currentHit;
float x = node.MinEdge[0];
float y = node.MinEdge[2];
float z = node.MinEdge[1];
if (!isEmpty.IsBlockEmpty(platform.FloatToInt(x), platform.FloatToInt(y), platform.FloatToInt(z)))
{
Box3D node2 = new Box3D();
node2.MinEdge = Vec3.CloneIt(node.MinEdge);
node2.MaxEdge = Vec3.CloneIt(node.MaxEdge);
node2.MaxEdge[1] = node2.MinEdge[1] + getBlockHeight.GetBlockHeight(platform.FloatToInt(x), platform.FloatToInt(y), platform.FloatToInt(z));
BlockPosSide b = new BlockPosSide();
float[] hit2 = new float[3];
float[] dir = new float[3];
dir[0] = line.End[0] - line.Start[0];
dir[1] = line.End[1] - line.Start[1];
dir[2] = line.End[2] - line.Start[2];
bool ishit = Intersection.HitBoundingBox(node2.MinEdge, node2.MaxEdge, line.Start, dir, hit2);
if (ishit)
{
//hit2.pos = Vec3.FromValues(x, z, y);
b.blockPos = Vec3.FromValues(platform.FloatToInt(x), platform.FloatToInt(z), platform.FloatToInt(y));
b.collisionPos = hit2;
l[lCount++] = b;
}
}
}
BlockPosSide[] ll = new BlockPosSide[lCount];
for (int i = 0; i < lCount; i++)
{
ll[i] = l[i];
}
retCount.value = lCount;
return(ll);
}
TextTexture GetTextTexture(string text, FontCi font)
{
for (int i = 0; i < textTexturesCount; i++)
{
TextTexture t = textTextures[i];
if (t == null)
{
continue;
}
if (t.text == text &&
t.font.size == font.size &&
t.font.family == font.family &&
t.font.style == font.style)
{
return(t);
}
}
TextTexture textTexture = new TextTexture();
Text_ text_ = new Text_();
text_.text = text;
text_.font = font;
text_.color = Game.ColorFromArgb(255, 255, 255, 255);
BitmapCi textBitmap = textColorRenderer.CreateTextTexture(text_);
int texture = p.LoadTextureFromBitmap(textBitmap);
IntRef textWidth = new IntRef();
IntRef textHeight = new IntRef();
p.TextSize(text, font, textWidth, textHeight);
textTexture.texture = texture;
textTexture.texturewidth = p.FloatToInt(p.BitmapGetWidth(textBitmap));
textTexture.textureheight = p.FloatToInt(p.BitmapGetHeight(textBitmap));
textTexture.text = text;
textTexture.font = font;
textTexture.textwidth = textWidth.value;
textTexture.textheight = textHeight.value;
p.BitmapDelete(textBitmap);
textTextures[textTexturesCount++] = textTexture;
return(textTexture);
}
public static int InterpolateAngle256(GamePlatform platform, int a, int b, float progress)
{
if (progress != 0 && b != a)
{
int diff = NormalizeAngle256(b - a);
if (diff >= CircleHalf256)
{
diff -= CircleFull256;
}
a += platform.FloatToInt(progress * diff);
}
return(NormalizeAngle256(a));
}
public static int InterpolateAngle256(GamePlatform platform, int a, int b, float progress)
{
if (progress != 0 && b != a)
{
int diff = NormalizeAngle256(b - a);
if (diff >= CircleHalf256)
{
diff -= CircleFull256;
}
a += platform.FloatToInt(progress * diff);
}
return NormalizeAngle256(a);
}
public int GetInt(string key, int default_)
{
if (GetString(key, null) == null)
{
return(default_);
}
FloatRef ret = new FloatRef();
if (platform.FloatTryParse(GetString(key, null), ret))
{
return(platform.FloatToInt(ret.value));
}
return(default_);
}
void UpdateStatisticsText(float dt)
{
GamePlatform p = m.GetPlatform();
fpscount++;
longestframedt = MathCi.MaxFloat(longestframedt, dt);
float elapsed = one * (p.TimeMillisecondsFromStart() - lasttitleupdateMilliseconds) / 1000;
if (elapsed >= 1)
{
lasttitleupdateMilliseconds = p.TimeMillisecondsFromStart();
string fpstext1 = p.IntToString(p.FloatToInt((one * fpscount) / elapsed));
fpstext1 = StringTools.StringAppend(p, fpstext1, p.StringFormat(" (min: {0})", p.IntToString(p.FloatToInt(one / longestframedt))));
longestframedt = 0;
fpscount = 0;
m.GetPerformanceInfo().Set("FPS", fpstext1);
StatsLineCount = 0;
for (int i = 0; i < m.GetPerformanceInfo().size; i++)
{
if (m.GetPerformanceInfo().items[i] == null)
{
continue;
}
if (m.GetPerformanceInfo().items[i].key == "Chunk updates")
{
UpdateChunkHistory(p.IntParse(m.GetPerformanceInfo().items[i].value));
}
if (m.GetPerformanceInfo().items[i].key == "Ping")
{
UpdatePingHistory(p.IntParse(m.GetPerformanceInfo().items[i].value));
}
if (StatsLineCount >= StatsMaxLineCount)
{
// Prevent running out of bounds
break;
}
StatsLines[StatsLineCount++] = p.StringFormat2("{0}: {1}", m.GetPerformanceInfo().items[i].key, m.GetPerformanceInfo().items[i].value);
}
}
}
/// <summary>
/// Creates a bitmap from a given string
/// </summary>
/// <param name="t">The <see cref="Text_"/> object to create an image from</param>
/// <returns>A <see cref="BitmapCi"/> containing the rendered text</returns>
internal BitmapCi CreateTextTexture(Text_ t)
{
IntRef partsCount = new IntRef();
TextPart[] parts = DecodeColors(t.text, t.color, partsCount);
float totalwidth = 0;
float totalheight = 0;
int[] sizesX = new int[partsCount.value];
int[] sizesY = new int[partsCount.value];
for (int i = 0; i < partsCount.value; i++)
{
IntRef outWidth = new IntRef();
IntRef outHeight = new IntRef();
platform.TextSize(parts[i].text, t.font, outWidth, outHeight);
sizesX[i] = outWidth.value;
sizesY[i] = outHeight.value;
totalwidth += outWidth.value;
totalheight = MathCi.MaxFloat(totalheight, outHeight.value);
}
int size2X = NextPowerOfTwo(platform.FloatToInt(totalwidth) + 1);
int size2Y = NextPowerOfTwo(platform.FloatToInt(totalheight) + 1);
BitmapCi bmp2 = platform.BitmapCreate(size2X, size2Y);
int[] bmp2Pixels = new int[size2X * size2Y];
float currentwidth = 0;
for (int i = 0; i < partsCount.value; i++)
{
int sizeiX = sizesX[i];
int sizeiY = sizesY[i];
if (sizeiX == 0 || sizeiY == 0)
{
continue;
}
Text_ partText = new Text_();
partText.text = parts[i].text;
partText.color = parts[i].color;
partText.font = t.font;
BitmapCi partBmp = platform.CreateTextTexture(partText);
int partWidth = platform.FloatToInt(platform.BitmapGetWidth(partBmp));
int partHeight = platform.FloatToInt(platform.BitmapGetHeight(partBmp));
int[] partBmpPixels = new int[partWidth * partHeight];
platform.BitmapGetPixelsArgb(partBmp, partBmpPixels);
for (int x = 0; x < partWidth; x++)
{
for (int y = 0; y < partHeight; y++)
{
if (x + currentwidth >= size2X)
{
continue;
}
if (y >= size2Y)
{
continue;
}
int c = partBmpPixels[MapUtilCi.Index2d(x, y, partWidth)];
if (Game.ColorA(c) > 0)
{
bmp2Pixels[MapUtilCi.Index2d(platform.FloatToInt(currentwidth) + x, y, size2X)] = c;
}
}
}
currentwidth += sizeiX;
}
platform.BitmapSetPixelsArgb(bmp2, bmp2Pixels);
return(bmp2);
}
static int Texture2d(GamePlatform platform, int[] pixelsArgb, float x, float y)
{
int px = platform.FloatToInt(x * (textureSize - 1));
int py = platform.FloatToInt(y * (textureSize - 1));
px = positive_modulo(px, (textureSize - 1));
py = positive_modulo(py, (textureSize - 1));
return pixelsArgb[MapUtilCi.Index2d(px, py, textureSize)];
}
public override bool OnClientCommand(Game game, ClientCommandArgs args)
{
if (args.command == "cam")
{
IntRef argumentsLength = new IntRef();
string[] arguments = p.StringSplit(args.arguments, " ", argumentsLength);
if (p.StringTrim(args.arguments) == "")
{
m.DisplayNotification("&6AutoCamera help.");
m.DisplayNotification("&6.cam p&f - add a point to path");
m.DisplayNotification("&6.cam start [real seconds]&f - play the path");
m.DisplayNotification("&6.cam rec [real seconds] [video seconds]&f - play and record to .avi file");
m.DisplayNotification("&6.cam stop&f - stop playing and recording");
m.DisplayNotification("&6.cam clear&f - remove all points from path");
m.DisplayNotification("&6.cam save&f - copy path points to clipboard");
m.DisplayNotification("&6.cam load [points]&f - load path points");
return(true);
}
if (arguments[0] == "p")
{
m.DisplayNotification("Point defined.");
CameraPoint point = new CameraPoint();
point.positionGlX = m.GetLocalPositionX();
point.positionGlY = m.GetLocalPositionY();
point.positionGlZ = m.GetLocalPositionZ();
point.orientationGlX = m.GetLocalOrientationX();
point.orientationGlY = m.GetLocalOrientationY();
point.orientationGlZ = m.GetLocalOrientationZ();
cameraPoints[cameraPointsCount++] = point;
}
if (arguments[0] == "start" || arguments[0] == "play" || arguments[0] == "rec")
{
if (!m.IsFreemoveAllowed())
{
m.DisplayNotification("Free move not allowed.");
return(true);
}
if (cameraPointsCount == 0)
{
m.DisplayNotification("No points defined. Enter points with \".cam p\" command.");
return(true);
}
playingSpeed = 1;
float totalRecTime = -1;
if (arguments[0] == "rec")
{
if (argumentsLength.value >= 3)
{
// video time
totalRecTime = p.FloatParse(arguments[2]);
}
avi = m.AviWriterCreate();
avi.Open(p.StringFormat("{0}.avi", p.Timestamp()), framerate, m.GetWindowWidth(), m.GetWindowHeight());
}
if (argumentsLength.value >= 2)
{
// play time
float totalTime = p.FloatParse(arguments[1]);
playingSpeed = TotalDistance() / totalTime;
if (totalRecTime == -1)
{
recspeed = 10;
}
else
{
recspeed = totalTime / totalRecTime;
}
}
playingTime = 0;
firstFrameDone = false;
previousPositionX = m.GetLocalPositionX();
previousPositionY = m.GetLocalPositionY();
previousPositionZ = m.GetLocalPositionZ();
previousOrientationX = m.GetLocalOrientationX();
previousOrientationY = m.GetLocalOrientationY();
previousOrientationZ = m.GetLocalOrientationZ();
m.ShowGui(0);
previousFreemove = m.GetFreemove();
m.SetFreemove(FreemoveLevelEnum.Noclip);
m.EnableCameraControl(false);
}
if (arguments[0] == "stop")
{
m.DisplayNotification("Camera stopped.");
Stop();
}
if (arguments[0] == "clear")
{
m.DisplayNotification("Camera points cleared.");
cameraPointsCount = 0;
Stop();
}
if (arguments[0] == "save")
{
string s = "1,";
for (int i = 0; i < cameraPointsCount; i++)
{
CameraPoint point = cameraPoints[i];
s = p.StringFormat2("{0}{1},", s, p.IntToString(p.FloatToInt(point.positionGlX * 100)));
s = p.StringFormat2("{0}{1},", s, p.IntToString(p.FloatToInt(point.positionGlY * 100)));
s = p.StringFormat2("{0}{1},", s, p.IntToString(p.FloatToInt(point.positionGlZ * 100)));
s = p.StringFormat2("{0}{1},", s, p.IntToString(p.FloatToInt(point.orientationGlX * 1000)));
s = p.StringFormat2("{0}{1},", s, p.IntToString(p.FloatToInt(point.orientationGlY * 1000)));
s = p.StringFormat2("{0}{1}", s, p.IntToString(p.FloatToInt(point.orientationGlZ * 1000)));
if (i != cameraPointsCount - 1)
{
s = p.StringFormat("{0},", s);
}
}
p.ClipboardSetText(s);
m.DisplayNotification("Camera points copied to clipboard.");
}
if (arguments[0] == "load")
{
IntRef pointsLength = new IntRef();
string[] points = p.StringSplit(arguments[1], ",", pointsLength);
int n = (pointsLength.value - 1) / 6;
cameraPointsCount = 0;
for (int i = 0; i < n; i++)
{
CameraPoint point = new CameraPoint();
point.positionGlX = one * p.IntParse(points[1 + i * 6 + 0]) / 100;
point.positionGlY = one * p.IntParse(points[1 + i * 6 + 1]) / 100;
point.positionGlZ = one * p.IntParse(points[1 + i * 6 + 2]) / 100;
point.orientationGlX = one * p.IntParse(points[1 + i * 6 + 3]) / 1000;
point.orientationGlY = one * p.IntParse(points[1 + i * 6 + 4]) / 1000;
point.orientationGlZ = one * p.IntParse(points[1 + i * 6 + 5]) / 1000;
cameraPoints[cameraPointsCount++] = point;
}
m.DisplayNotification(p.StringFormat("Camera points loaded: {0}", p.IntToString(n)));
}
return(true);
}
return(false);
}
int IntParse(string s)
{
return(p.FloatToInt(FloatParse(s)));
}
void ProcessPacket(int client, Packet_Client packet)
{
switch (packet.GetId())
{
case Packet_ClientIdEnum.PlayerIdentification:
{
if (packet.Identification == null)
{
return;
}
SendPacket(client, ServerPackets.Identification(0, MapSizeX, MapSizeY, MapSizeZ, platform.GetGameVersion()));
clients[client].Name = packet.Identification.Username;
}
break;
case Packet_ClientIdEnum.RequestBlob:
{
SendPacket(client, ServerPackets.LevelInitialize());
for (int i = 0; i < blockTypesCount; i++)
{
Packet_BlockType blocktype = blockTypes[i];
if (blocktype == null)
{
blocktype = new Packet_BlockType();
}
SendPacket(client, ServerPackets.BlockType(i, blocktype));
}
SendPacket(client, ServerPackets.BlockTypes());
SendPacket(client, ServerPackets.LevelFinalize());
for (int i = 0; i < clientsCount; i++)
{
if (clients[i] == null)
{
continue;
}
clients[i].glX = spawnGlX;
clients[i].glY = spawnGlY;
clients[i].glZ = spawnGlZ;
Packet_PositionAndOrientation pos = new Packet_PositionAndOrientation();
pos.X = platform.FloatToInt(32 * clients[i].glX);
pos.Y = platform.FloatToInt(32 * clients[i].glY);
pos.Z = platform.FloatToInt(32 * clients[i].glZ);
pos.Pitch = 255 / 2;
//SendPacket(client, ServerPackets.Spawn(i, clients[i].Name, pos));
Packet_ServerEntity e = new Packet_ServerEntity();
e.DrawModel = new Packet_ServerEntityAnimatedModel();
e.DrawModel.Model_ = "player.txt";
e.DrawModel.ModelHeight = platform.FloatToInt((one * 17 / 10) * 32);
e.DrawModel.EyeHeight = platform.FloatToInt((one * 15 / 10) * 32);
e.Position = pos;
SendPacket(client, ServerPackets.EntitySpawn(0, e));
SendPacket(client, ServerPackets.PlayerStats(100, 100, 100, 100));
}
for (int i = 0; i < modsCount; i++)
{
mods[i].OnPlayerJoin(client);
}
clients[client].connected = true;
}
break;
case Packet_ClientIdEnum.Message:
{
SendPacketToAll(ServerPackets.Message(platform.StringFormat2("{0}: &f{1}", clients[client].Name, packet.Message.Message)));
}
break;
case Packet_ClientIdEnum.SetBlock:
{
int x = packet.SetBlock.X;
int y = packet.SetBlock.Y;
int z = packet.SetBlock.Z;
int block = packet.SetBlock.BlockType;
int mode = packet.SetBlock.Mode;
if (mode == Packet_BlockSetModeEnum.Create)
{
}
if (mode == Packet_BlockSetModeEnum.Destroy)
{
SendPacketToAll(ServerPackets.SetBlock(x, y, z, 0));
}
if (mode == Packet_BlockSetModeEnum.Use)
{
}
if (mode == Packet_BlockSetModeEnum.UseWithTool)
{
}
}
break;
case Packet_ClientIdEnum.PositionandOrientation:
{
clients[client].glX = one * packet.PositionAndOrientation.X / 32;
clients[client].glY = one * packet.PositionAndOrientation.Y / 32;
clients[client].glZ = one * packet.PositionAndOrientation.Z / 32;
}
break;
case Packet_ClientIdEnum.InventoryAction:
{
switch (packet.InventoryAction.Action)
{
case Packet_InventoryActionTypeEnum.Click:
break;
}
}
break;
}
}
void UpdateTitleFps(float dt)
{
GamePlatform p = m.GetPlatform();
fpscount++;
longestframedt = MathCi.MaxFloat(longestframedt, dt);
float elapsed = one * (p.TimeMillisecondsFromStart() - lasttitleupdateMilliseconds) / 1000;
if (elapsed >= 1)
{
string fpstext1 = "";
lasttitleupdateMilliseconds = p.TimeMillisecondsFromStart();
fpstext1 = StringTools.StringAppend(p, fpstext1, p.StringFormat("FPS: {0}", p.IntToString(p.FloatToInt((one * fpscount) / elapsed))));
fpstext1 = StringTools.StringAppend(p, fpstext1, p.StringFormat(" (min: {0})", p.IntToString(p.FloatToInt(one / longestframedt))));
longestframedt = 0;
fpscount = 0;
m.GetPerformanceInfo().Set("fps", fpstext1);
string s = "";
string[] l = new string[64];
int lCount = 0;
for (int i = 0; i < m.GetPerformanceInfo().count; i++)
{
if (m.GetPerformanceInfo().items[i] == null)
{
continue;
}
l[lCount++] = m.GetPerformanceInfo().items[i].value;
}
int perline = 2;
for (int i = 0; i < lCount; i++)
{
s = StringTools.StringAppend(p, s, l[i]);
if ((i % perline == 0) && (i != lCount - 1))
{
s = StringTools.StringAppend(p, s, ", ");
}
if (i % perline != 0)
{
s = StringTools.StringAppend(p, s, "\n");
}
}
fpstext = s;
}
}
public static int InterpolateColor(GamePlatform platform, float progress, int[] colors, int colorsLength)
{
float one = 1;
int colora = platform.FloatToInt((colorsLength - 1) * progress);
if (colora < 0) { colora = 0; }
if (colora >= colorsLength) { colora = colorsLength - 1; }
int colorb = colora + 1;
if (colorb >= colorsLength) { colorb = colorsLength - 1; }
int a = colors[colora];
int b = colors[colorb];
float p = (progress - (one * colora) / (colorsLength - 1)) * (colorsLength - 1);
int A = platform.FloatToInt(Game.ColorA(a) + (Game.ColorA(b) - Game.ColorA(a)) * p);
int R = platform.FloatToInt(Game.ColorR(a) + (Game.ColorR(b) - Game.ColorR(a)) * p);
int G = platform.FloatToInt(Game.ColorG(a) + (Game.ColorG(b) - Game.ColorG(a)) * p);
int B = platform.FloatToInt(Game.ColorB(a) + (Game.ColorB(b) - Game.ColorB(a)) * p);
return Game.ColorFromArgb(A, R, G, B);
}
static int VersionToInt(GamePlatform platform, string version)
{
int max = 1000 * 1000 * 1000;
if (!IsVersionDate(platform, version))
{
return max;
}
FloatRef year = new FloatRef();
FloatRef month = new FloatRef();
FloatRef day = new FloatRef();
if (platform.FloatTryParse(StringTools.StringSubstring(platform, version, 0, 4), year))
{
if (platform.FloatTryParse(StringTools.StringSubstring(platform, version, 5, 2), month))
{
if (platform.FloatTryParse(StringTools.StringSubstring(platform, version, 8, 2), day))
{
int year_ = platform.FloatToInt(year.value);
int month_ = platform.FloatToInt(month.value);
int day_ = platform.FloatToInt(day.value);
return year_ * 10000 + month_ * 100 + day_;
}
}
}
return max;
}
public ModelData GetSphereModelData2(ModelData data,
GamePlatform platform,
float radius, float height, int segments, int rings,
int[] skyPixels_, int[] glowPixels_,
float sunX, float sunY, float sunZ)
{
int i = 0;
if (data == null)
{
data = new ModelData();
data.xyz = new float[rings * segments * 3];
data.uv = new float[rings * segments * 2];
data.rgba = new byte[rings * segments * 4];
data.SetVerticesCount(segments * rings);
data.SetIndicesCount(segments * rings * 6);
data.setIndices(SphereModelData.CalculateElements(radius, height, segments, rings));
}
// Load data into a vertex buffer or a display list afterwards.
for (int y = 0; y < rings; y++)
{
float yFloat = y;
float phiFloat = (yFloat / (rings - 1)) * Game.GetPi();
for (int x = 0; x < segments; x++)
{
float xFloat = x;
float theta = (xFloat / (segments - 1)) * 2 * Game.GetPi();
float vx = radius * Platform.Sin(phiFloat) * Platform.Cos(theta);
float vy = height * Platform.Cos(phiFloat);
float vz = radius * Platform.Sin(phiFloat) * Platform.Sin(theta);
float u = xFloat / (segments - 1);
float v = yFloat / (rings - 1);
data.xyz[i * 3 + 0] = vx;
data.xyz[i * 3 + 1] = vy;
data.xyz[i * 3 + 2] = vz;
data.uv[i * 2 + 0] = u;
data.uv[i * 2 + 1] = v;
float vertexLength = platform.MathSqrt(vx * vx + vy * vy + vz * vz);
float vertexXNormalized = vx / vertexLength;
float vertexYNormalized = vy / vertexLength;
float vertexZNormalized = vz / vertexLength;
float sunLength = platform.MathSqrt(sunX * sunX + sunY * sunY + sunZ * sunZ);
if (sunLength == 0)
{
sunLength = 1;
}
float sunXNormalized = sunX / sunLength;
float sunYNormalized = sunY / sunLength;
float sunZNormalized = sunZ / sunLength;
// Compute the proximity of this fragment to the sun.
float dx = vertexXNormalized - sunXNormalized;
float dy = vertexYNormalized - sunYNormalized;
float dz = vertexZNormalized - sunZNormalized;
float proximityToSun = 1 - (platform.MathSqrt(dx * dx + dy * dy + dz * dz) / 2);
// Look up the sky color and glow colors.
float one = 1;
int skyColor = Texture2d(platform, skyPixels_, (sunYNormalized + 2) / 4, 1 - ((vertexYNormalized + 1) / 2));
float skyColorA = one * Game.ColorA(skyColor) / 255;
float skyColorR = one * Game.ColorR(skyColor) / 255;
float skyColorG = one * Game.ColorG(skyColor) / 255;
float skyColorB = one * Game.ColorB(skyColor) / 255;
int glowColor = Texture2d(platform, glowPixels_, (sunYNormalized + one) / 2, 1 - proximityToSun);
float glowColorA = one * Game.ColorA(glowColor) / 255;
float glowColorR = one * Game.ColorR(glowColor) / 255;
float glowColorG = one * Game.ColorG(glowColor) / 255;
float glowColorB = one * Game.ColorB(glowColor) / 255;
// Combine the color and glow giving the pixel value.
float colorR = skyColorR + glowColorR * glowColorA;
float colorG = skyColorG + glowColorG * glowColorA;
float colorB = skyColorB + glowColorB * glowColorA;
float colorA = skyColorA;
if (colorR > 1)
{
colorR = 1;
}
if (colorG > 1)
{
colorG = 1;
}
if (colorB > 1)
{
colorB = 1;
}
if (colorA > 1)
{
colorA = 1;
}
data.rgba[i * 4 + 0] = Game.IntToByte(platform.FloatToInt(colorR * 255));
data.rgba[i * 4 + 1] = Game.IntToByte(platform.FloatToInt(colorG * 255));
data.rgba[i * 4 + 2] = Game.IntToByte(platform.FloatToInt(colorB * 255));
data.rgba[i * 4 + 3] = Game.IntToByte(platform.FloatToInt(colorA * 255));
i++;
}
}
//data.setMode(DrawModeEnum.Triangles);
return(data);
}
public ModelData GetSphereModelData2(ModelData data,
GamePlatform platform,
float radius, float height, int segments, int rings,
int[] skyPixels_, int[] glowPixels_,
float sunX, float sunY, float sunZ)
{
int i = 0;
if (data == null)
{
data = new ModelData();
data.xyz = new float[rings * segments * 3];
data.uv = new float[rings * segments * 2];
data.rgba = new byte[rings * segments * 4];
data.SetVerticesCount(segments * rings);
data.SetIndicesCount(segments * rings * 6);
data.setIndices(SphereModelData.CalculateElements(radius, height, segments, rings));
}
// Load data into a vertex buffer or a display list afterwards.
for (int y = 0; y < rings; y++)
{
float yFloat = y;
float phiFloat = (yFloat / (rings - 1)) * Game.GetPi();
for (int x = 0; x < segments; x++)
{
float xFloat = x;
float theta = (xFloat / (segments - 1)) * 2 * Game.GetPi();
float vx = radius * Platform.Sin(phiFloat) * Platform.Cos(theta);
float vy = height * Platform.Cos(phiFloat);
float vz = radius * Platform.Sin(phiFloat) * Platform.Sin(theta);
float u = xFloat / (segments - 1);
float v = yFloat / (rings - 1);
data.xyz[i * 3 + 0] = vx;
data.xyz[i * 3 + 1] = vy;
data.xyz[i * 3 + 2] = vz;
data.uv[i * 2 + 0] = u;
data.uv[i * 2 + 1] = v;
float vertexLength = platform.MathSqrt(vx * vx + vy * vy + vz * vz);
float vertexXNormalized = vx / vertexLength;
float vertexYNormalized = vy / vertexLength;
float vertexZNormalized = vz / vertexLength;
float sunLength = platform.MathSqrt(sunX * sunX + sunY * sunY + sunZ * sunZ);
if (sunLength == 0) { sunLength = 1; }
float sunXNormalized = sunX / sunLength;
float sunYNormalized = sunY / sunLength;
float sunZNormalized = sunZ / sunLength;
// Compute the proximity of this fragment to the sun.
float dx = vertexXNormalized - sunXNormalized;
float dy = vertexYNormalized - sunYNormalized;
float dz = vertexZNormalized - sunZNormalized;
float proximityToSun = 1 - (platform.MathSqrt(dx * dx + dy * dy + dz * dz) / 2);
// Look up the sky color and glow colors.
float one = 1;
int skyColor = Texture2d(platform, skyPixels_, (sunYNormalized + 2) / 4, 1 - ((vertexYNormalized + 1) / 2));
float skyColorA = one * Game.ColorA(skyColor) / 255;
float skyColorR = one * Game.ColorR(skyColor) / 255;
float skyColorG = one * Game.ColorG(skyColor) / 255;
float skyColorB = one * Game.ColorB(skyColor) / 255;
int glowColor = Texture2d(platform, glowPixels_, (sunYNormalized + one) / 2, 1 - proximityToSun);
float glowColorA = one * Game.ColorA(glowColor) / 255;
float glowColorR = one * Game.ColorR(glowColor) / 255;
float glowColorG = one * Game.ColorG(glowColor) / 255;
float glowColorB = one * Game.ColorB(glowColor) / 255;
// Combine the color and glow giving the pixel value.
float colorR = skyColorR + glowColorR * glowColorA;
float colorG = skyColorG + glowColorG * glowColorA;
float colorB = skyColorB + glowColorB * glowColorA;
float colorA = skyColorA;
if (colorR > 1) { colorR = 1; }
if (colorG > 1) { colorG = 1; }
if (colorB > 1) { colorB = 1; }
if (colorA > 1) { colorA = 1; }
data.rgba[i * 4 + 0] = Game.IntToByte(platform.FloatToInt(colorR * 255));
data.rgba[i * 4 + 1] = Game.IntToByte(platform.FloatToInt(colorG * 255));
data.rgba[i * 4 + 2] = Game.IntToByte(platform.FloatToInt(colorB * 255));
data.rgba[i * 4 + 3] = Game.IntToByte(platform.FloatToInt(colorA * 255));
i++;
}
}
//data.setMode(DrawModeEnum.Triangles);
return data;
}
void DrawLocalPosition(Game game)
{
if (DRAW_POSITION)
{
GamePlatform p = m.GetPlatform();
float heading = (((m.GetLocalOrientationY()) % (2 * Game.GetPi())) / (2 * Game.GetPi())) * 256;
float pitch = (((m.GetLocalOrientationX() + Game.GetPi()) % (2 * Game.GetPi())) / (2 * Game.GetPi())) * 256;
// Y and Z axis are swapped for display as Z axis depicts height
PositionLines[0] = p.StringFormat("X: {0}", p.IntToString(game.MathFloor(m.GetLocalPositionX())));
PositionLines[1] = p.StringFormat("Y: {0}", p.IntToString(game.MathFloor(m.GetLocalPositionZ())));
PositionLines[2] = p.StringFormat("Z: {0}", p.IntToString(game.MathFloor(m.GetLocalPositionY())));
PositionLines[3] = p.StringFormat("Heading: {0}", p.IntToString(Game.IntToByte(p.FloatToInt(heading))));
PositionLines[4] = p.StringFormat("Pitch: {0}", p.IntToString(Game.IntToByte(p.FloatToInt(pitch))));
m.OrthoMode();
for (int i = 0; i < PositionLinesCount; i++)
{
m.Draw2dText(PositionLines[i], 20, m.GetWindowHeight() - 100 + 1.5f * i * displayFont.size, displayFont);
}
m.PerspectiveMode();
}
}