public void BuildRenderList()
{
var entityPlayer = new EntityPlayerListRender(
structs.NickName,
structs.PlayerColor,
10,
structs.PosX,
structs.PosY,
structs.PosZ,
structs.ViewX,
structs.Weapons,
structs.Side,
structs.HealthPercent,
structs.Pose,
structs.Cheater);
if (structs.LocalPlayer)
{
HelperOpenGL.PlayerListToRenderPre.Insert(0, entityPlayer);
}
else
{
HelperOpenGL.PlayerListToRenderPre.Add(entityPlayer);
}
}
// Main Draw Cycle it includes the logic that need to be split later on.
private void GlControl_Map_PrepareObjects()
{
/* Here comes all logic that is required before rendering objects
* we do all calculations here and add everything else and then add it to render list */
/* X.Y.
* Left Top ( - | + )
* Left Bottom ( - | - )
* Right Top ( + | + )
* Right Bottom ( + | - )
*/
// Fix for shoreline, dont know how to make this more beautiful but it`s OK.
switch (Settings.CurrentMap)
{
case "Shoreline":
openglInvertMap = -1;
break;
case "Interchange":
openglInvertMap = -1;
break;
default:
openglInvertMap = 1;
break;
}
// Fix to keep up with network.
if (HelperOpenGL.PlayerListToRenderFinal.Count == 0)
{
return;
}
Helper.myPosXingame = HelperOpenGL.PlayerListToRenderFinal[0].MapLocX;
Helper.myPosYingame = HelperOpenGL.PlayerListToRenderFinal[0].MapLocY;
Helper.myPosZingame = HelperOpenGL.PlayerListToRenderFinal[0].MapLocZ;
var distance = 0f;
// On Screen Display
var osdText = new StringBuilder();
// Render item declare.
RenderItem renderItem;
/* The order it goes to openGL
* From least important to most, includes text. */
// Check iteration readcomplete open close bools. It must check if true then iterate then close.
if (Settings.FindLoot)
{
GlControl_Map_PrepareObjects_Loot();
}
// Check iteration readcomplete open close bools. It must check if true then iterate then close.
if (mapMarkerDraw)
{
renderItem = new RenderItem();
renderItem.structs.MapPosX = mapMarkerX;
renderItem.structs.MapPosZ = mapMarkerY;
renderItem.structs.Text = "loot";
renderItem.structs.Rotation = 45;
renderItem.structs.DrawColor = Color.Yellow;
HelperOpenGL.OpenglMapIcons.Add(renderItem);
renderItem = new RenderItem();
renderItem.structs.MapPosX = mapMarkerX;
renderItem.structs.MapPosZ = mapMarkerY;
renderItem.structs.Text = "circlefill";
renderItem.structs.Size = 32 * Settings.MapSizeIcon;
renderItem.structs.DrawColor = Color.FromArgb(64, 255, 255, 0);
HelperOpenGL.OpenglMapGeometry.Add(renderItem);
////glControl_Map_Draw_Circle((float)Settings.Data.map_MapMarkerScanSize * map_ratio, mapMarkerX, mapMarkerY, Color.FromArgb(64, 255, 255, 0));
////
////int distance = (int)Math.Sqrt(Math.Pow((my_player_coord_real_Y - reversalmapMarkerLocY), 2) + Math.Pow((my_player_coord_real_X - reversalmapMarkerLocX), 2));
////glControl_Map_DrawLines(3, my_player_coord_formap_X, my_player_coord_formap_Y, mapMarkerX, mapMarkerY, Color.FromArgb(64, Color.Red));
////string distanceString = distance + "m";
////glControl_Map_DrawText(distanceString, Color.White, 10, mapMarkerX - 20, mapMarkerY + 30);
}
// Map Maker TEMP
for (int i = 0; i < HelperOpenGL.MapMakerDots.Count; i++)
{
var entityPosXingame = HelperOpenGL.MapMakerDots[i].MapLocX;
var entityPosYingame = HelperOpenGL.MapMakerDots[i].MapLocY;
var entityPosZingame = HelperOpenGL.MapMakerDots[i].MapLocZ;
var entityPosXmap = (entityPosXingame * Settings.MapZoomLevelFromZoomLevels * openglInvertMap) + openglControlMapDragOffsetX;
var entityPosZmap = (entityPosZingame * Settings.MapZoomLevelFromZoomLevels * openglInvertMap) + openglControlMapDragOffsetY;
var entityPosYmap = entityPosYingame;
renderItem = new RenderItem();
renderItem.structs.Text = "point";
renderItem.structs.MapPosX = entityPosXmap;
renderItem.structs.MapPosZ = entityPosZmap;
renderItem.structs.DrawColor = HelperOpenGL.MapMakerDots[i].Drawcolor;
renderItem.structs.Size = HelperOpenGL.MapMakerDots[i].Size;
HelperOpenGL.OpenglMapGeometry.Add(renderItem);
}
// Players
for (int i = 0; i < HelperOpenGL.PlayerListToRenderFinal.Count; i++)
{
// Default FOV.
var lengthFOV = Settings.MapFOVlineOther * Settings.MapZoomLevelFromZoomLevels;
var entityPosXingame = HelperOpenGL.PlayerListToRenderFinal[i].MapLocX;
var entityPosYingame = HelperOpenGL.PlayerListToRenderFinal[i].MapLocY;
var entityPosZingame = HelperOpenGL.PlayerListToRenderFinal[i].MapLocZ;
// Don`t draw who at 0.0.0
if (entityPosXingame == 0 || entityPosZingame == 0)
{
continue;
}
var entityPosXmap = (entityPosXingame * Settings.MapZoomLevelFromZoomLevels * openglInvertMap) + openglControlMapDragOffsetX;
var entityPosZmap = (entityPosZingame * Settings.MapZoomLevelFromZoomLevels * openglInvertMap) + openglControlMapDragOffsetY;
var entityPosYmap = entityPosYingame;
// Override for OurPlayer.
if (i == 0)
{
// dot do map maker
if (dotDo)
{
var entityPlayer = new EntityPlayerListRender(
"point",
Color.Black,
1,
HelperOpenGL.PlayerListToRenderFinal[i].MapLocX,
HelperOpenGL.PlayerListToRenderFinal[i].MapLocY,
HelperOpenGL.PlayerListToRenderFinal[i].MapLocZ,
0,
string.Empty,
string.Empty,
0,
string.Empty,
false);
HelperOpenGL.MapMakerDots.Add(entityPlayer);
}
// Inner circle
renderItem = new RenderItem();
renderItem.structs.Text = "circle";
renderItem.structs.MapPosX = entityPosXmap;
renderItem.structs.MapPosZ = entityPosZmap;
renderItem.structs.DrawColor = Color.FromArgb(255, Color.Red);
renderItem.structs.Size = 100 * Settings.MapZoomLevelFromZoomLevels;
HelperOpenGL.OpenglMapGeometry.Add(renderItem);
// Medium circle
renderItem = new RenderItem();
renderItem.structs.Text = "circle";
renderItem.structs.MapPosX = entityPosXmap;
renderItem.structs.MapPosZ = entityPosZmap;
renderItem.structs.DrawColor = Color.FromArgb(255, Color.Green);
renderItem.structs.Size = 200 * Settings.MapZoomLevelFromZoomLevels;
HelperOpenGL.OpenglMapGeometry.Add(renderItem);
// Outer circle
renderItem = new RenderItem();
renderItem.structs.Text = "circle";
renderItem.structs.MapPosX = entityPosXmap;
renderItem.structs.MapPosZ = entityPosZmap;
renderItem.structs.DrawColor = Color.FromArgb(255, Color.Red);
renderItem.structs.Size = 300 * Settings.MapZoomLevelFromZoomLevels;
HelperOpenGL.OpenglMapGeometry.Add(renderItem);
lengthFOV = Settings.MapFOVlineMyself * Settings.MapZoomLevelFromZoomLevels;
textBoxMyPosition.Text = entityPosXingame.ToString() + " | " + entityPosYingame.ToString() + " | " + entityPosZingame.ToString();
}
/* Classic Way. Leaving for history.
* distance = (int)Math.Sqrt(Math.Pow((
* ReaderCore.Entities[0].MapLocZ - ReaderCore.Entities[i].MapLocZ), 2) +
* Math.Pow((ReaderCore.Entities[0].MapLocX - ReaderCore.Entities[i].MapLocX), 2));
*/
Vector3 vectorMe = new Vector3(Helper.myPosXingame, Helper.myPosZingame, 0);
Vector3 vectorTarget = new Vector3(entityPosXingame, entityPosZingame, 0);
Vector3 vectorFOV;
// Get degress from game for player.
var degressFOVcenter = HelperOpenGL.PlayerListToRenderFinal[i].MapLocXview;
// FOV Calculator
if (openglInvertMap == -1)
{
degressFOVcenter += 180;
}
// Correction for negative value.
if (degressFOVcenter < 0)
{
degressFOVcenter = 360 + degressFOVcenter;
}
float degreesFOVleft = degressFOVcenter - 22;
float degreesFOVright = degressFOVcenter + 22;
if (degreesFOVleft < 0)
{
degreesFOVleft = 360 + degreesFOVleft;
}
if (degreesFOVright < 0)
{
degreesFOVright = 360 + degreesFOVright;
}
// Azimuth for OSD.
if (Settings.MapOSDShowStats && Settings.MapOSDAzimuth && i == 0)
{
// If i is I am :D
osdText.Append("AZT: " + ((int)degressFOVcenter).ToString()).AppendLine().AppendLine();
}
// Draw FOV Line.
// Direction for FOV and angle calculator.
var fov_line_X = (float)(entityPosXmap + (Math.Cos(((degressFOVcenter * Math.PI) / -180) + (Math.PI / 2)) * lengthFOV));
var fov_line_Z = (float)(entityPosZmap + (Math.Sin(((degressFOVcenter * Math.PI) / -180) + (Math.PI / 2)) * lengthFOV));
vectorFOV = new Vector3(fov_line_X, fov_line_Z, 0);
if (Settings.MapShowPlayerFOV)
{
renderItem = new RenderItem();
renderItem.structs.Text = "linestripple";
renderItem.structs.MapPosX = entityPosXmap;
renderItem.structs.MapPosZ = entityPosZmap;
renderItem.structs.MapPosXend = fov_line_X;
renderItem.structs.MapPosZend = fov_line_Z;
renderItem.structs.DrawColor = HelperOpenGL.PlayerListToRenderFinal[i].Drawcolor;
renderItem.structs.Size = 2;
HelperOpenGL.OpenglMapGeometry.Add(renderItem);
renderItem = new RenderItem();
renderItem.structs.Text = "linestripple_invert";
renderItem.structs.MapPosX = entityPosXmap;
renderItem.structs.MapPosZ = entityPosZmap;
renderItem.structs.MapPosXend = fov_line_X;
renderItem.structs.MapPosZend = fov_line_Z;
renderItem.structs.DrawColor = System.Windows.Forms.ControlPaint.Dark(HelperOpenGL.PlayerListToRenderFinal[i].Drawcolor);
renderItem.structs.Size = 2;
HelperOpenGL.OpenglMapGeometry.Add(renderItem);
}
distance = (int)Math.Round(Helper.GetDistance(vectorTarget, vectorMe));
if (i != 0 && Settings.MapShowPlayerDistance)
{
renderItem = new RenderItem();
renderItem.structs.Text = distance + "m";
renderItem.structs.MapPosX = entityPosXmap + 20;
renderItem.structs.MapPosZ = entityPosZmap + 15;
renderItem.structs.DrawColor = Settings.ColorText;
renderItem.structs.Size = (int)FontSizes.misc;
renderItem.structs.TextOutline = true;
HelperOpenGL.OpenglMapText.Add(renderItem);
}
// Draw Player Icon.
if (Settings.MapShowPlayers)
{
renderItem = new RenderItem();
renderItem.structs.Text = "player";
renderItem.structs.MapPosX = entityPosXmap;
renderItem.structs.MapPosZ = entityPosZmap;
renderItem.structs.DrawColor = HelperOpenGL.PlayerListToRenderFinal[i].Drawcolor;
renderItem.structs.Rotation = degressFOVcenter * -1;
HelperOpenGL.OpenglMapIcons.Add(renderItem);
}
// Draw Player Nickname.
if (i != 0 && Settings.MapShowPlayerName)
{
switch (HelperOpenGL.PlayerListToRenderFinal[i].Nickname)
{
case "BOT":
case "SCAV":
break;
default:
renderItem = new RenderItem();
renderItem.structs.Text = HelperOpenGL.PlayerListToRenderFinal[i].Nickname;
renderItem.structs.MapPosX = entityPosXmap + 20 + Settings.MapZoomLevelFromZoomLevels;
renderItem.structs.MapPosZ = entityPosZmap;
renderItem.structs.DrawColor = HelperOpenGL.PlayerListToRenderFinal[i].Drawcolor;
renderItem.structs.TextOutline = true;
renderItem.structs.Size = (int)FontSizes.misc;
HelperOpenGL.OpenglMapText.Add(renderItem);
break;
}
}
// Draw Weapon.
if (i != 0 && Settings.MapShowPlayerWeapons)
{
renderItem = new RenderItem();
renderItem.structs.Text = HelperOpenGL.PlayerListToRenderFinal[i].Weapon;
renderItem.structs.MapPosX = entityPosXmap + 20 + Settings.MapZoomLevelFromZoomLevels;
renderItem.structs.MapPosZ = entityPosZmap - 15;
renderItem.structs.DrawColor = Settings.ColorText;
renderItem.structs.TextOutline = true;
renderItem.structs.Size = (int)FontSizes.misc;
HelperOpenGL.OpenglMapText.Add(renderItem);
}
// PlayerSide.
if (i != 0 && Settings.MapShowPlayerSide)
{
renderItem = new RenderItem();
renderItem.structs.Text = "point";
renderItem.structs.MapPosX = entityPosXmap - 7 - Settings.MapZoomLevelFromZoomLevels;
renderItem.structs.MapPosZ = entityPosZmap + 7 + Settings.MapZoomLevelFromZoomLevels;
renderItem.structs.Size = 5;
switch (HelperOpenGL.PlayerListToRenderFinal[i].Side)
{
case "BEAR":
renderItem.structs.DrawColor = Settings.ColorPlayerSideBEAR;
HelperOpenGL.OpenglMapGeometry.Add(renderItem);
break;
case "USEC":
renderItem.structs.DrawColor = Settings.ColorPlayerSideUSEC;
HelperOpenGL.OpenglMapGeometry.Add(renderItem);
break;
case "SCAV":
renderItem.structs.DrawColor = Settings.ColorPlayerSideSCAV;
HelperOpenGL.OpenglMapGeometry.Add(renderItem);
break;
default:
break;
}
}
// Player Health.
if (i != 0 && Settings.MapShowPlayerHealth)
{
renderItem = new RenderItem();
renderItem.structs.Text = HelperOpenGL.PlayerListToRenderFinal[i].Health.ToString() + "%";
renderItem.structs.TextOutline = true;
renderItem.structs.MapPosX = entityPosXmap + 20;
renderItem.structs.MapPosZ = entityPosZmap - 20;
renderItem.structs.DrawColor = Settings.ColorText;
renderItem.structs.Size = (int)FontSizes.misc;
HelperOpenGL.OpenglMapText.Add(renderItem);
}
// Cheater
if (HelperOpenGL.PlayerListToRenderFinal[i].Cheater)
{
renderItem = new RenderItem();
renderItem.structs.Text = "circlefill";
renderItem.structs.MapPosX = entityPosXmap;
renderItem.structs.MapPosZ = entityPosZmap;
renderItem.structs.DrawColor = Color.FromArgb(128, Color.Red);
renderItem.structs.Size = Settings.MapSizeIcon + 30;
}
// Counters for OSD.
switch (HelperOpenGL.PlayerListToRenderFinal[i].Side)
{
case "BEAR":
case "USEC":
reader.PlayerCountPMC++;
break;
default:
break;
}
// Counters for OSD.
switch (HelperOpenGL.PlayerListToRenderFinal[i].Nickname)
{
case "BOT":
reader.PlayerCountBOT++;
break;
case "SCAV":
reader.PlayerCountSCAV++;
break;
default:
break;
}
}
Settings.FramesPerSecondCounter++;
//// OSD.
if (Settings.MapOSDShowStats && Settings.MapOSDPlayerCount)
{
osdText.Append(
"PMC: " + reader.PlayerCountPMC.ToString()).AppendLine().Append(
"SCAV: " + reader.PlayerCountSCAV.ToString()).AppendLine().Append(
"BOT: " + reader.PlayerCountBOT.ToString()).AppendLine().Append(
"TEAMS: " + Settings.ListTeams.Count).AppendLine().AppendLine();
}
if (Settings.MapOSDShowStats)
{
osdText.Append(
"ZOOM: " + Settings.MapZoomLevelFromZoomLevels.ToString()).AppendLine();
}
if (Settings.MapOSDShowStats && Settings.MapOSDFPS)
{
osdText.Append(
"FPS: " + Settings.FramerPerSecondOSD).AppendLine();
}
if (Settings.MapOSDShowStats && Settings.MapOSDReadCalls)
{
osdText.Append(
"RPM/TICK: " + Memory.RPMCount).AppendLine();
}
if (Settings.MapOSDShowStats && Settings.MapOSDDateTime)
{
osdText.Append(DateTime.Now.ToString("HH:mm:ss fff"));
}
Memory.RPMCount = 0;
if ((DateTime.Now - Settings.FramesPerSecondTime).Seconds > 1)
{
Settings.FramerPerSecondOSD = Settings.FramesPerSecondCounter;
Settings.FramesPerSecondTime = DateTime.Now;
Settings.FramesPerSecondCounter = 0;
}
renderItem = new RenderItem();
renderItem.structs.Text = osdText.ToString();
renderItem.structs.TextOutline = true;
renderItem.structs.MapPosX = -(openglControlMap.Width / 2) + 10;
renderItem.structs.MapPosZ = (openglControlMap.Height / 2) - 10;
renderItem.structs.DrawColor = Settings.ColorOSD;
renderItem.structs.Size = (int)FontSizes.misc;
HelperOpenGL.OpenglMapText.Add(renderItem);
}