private void fUpdateEntityList()
{
for (int i = 0; i < 32; i++)
{
int[] iEntityOffset = { i * 0x04 };
int iEntityListAddress = pmcrw.ReadInt(moduleBaseAddress + OS.m_os_EntityList);
iEntityList[i] = pmcrw.ReadInt(iEntityListAddress + (i * 0x04));
VecInt2 tmpLocalPlayer = new VecInt2();
tmpLocalPlayer.x = pmcrw.ReadInt(localPlayerBaseAddress + OS.m_os_LocalPlayerBodyXCoord);
tmpLocalPlayer.y = pmcrw.ReadInt(localPlayerBaseAddress + OS.m_os_LocalPlayerBodyYCoord);
VecInt2 tmpEnemyPlayer = new VecInt2();
tmpEnemyPlayer.x = pmcrw.ReadInt(iEntityList[i] + OS.m_os_EnemyPlayerXCoord);
tmpEnemyPlayer.y = pmcrw.ReadInt(iEntityList[i] + OS.m_os_EnemyPlayerYCoord);
/* We are calculating the distance to the current enemy player. We will store this distance in an array
* along with the enemy index. We can validate if needed by storing unique parameters and checking later.
* But for now, this is good.
*/
int iDistanceToEnemy = ACFunctions.fGetDistance(tmpLocalPlayer, tmpEnemyPlayer);
// We will store the distance, and the pointer to the enemy. So later on when we figure out which distance is the closest,
// we can grab the pointer to that enemy and do what we want. As an example, set the mouse cursor to aim at them, etc..
enemyDistances.SetValue(iDistanceToEnemy, i);
}
//fGet2dCoords();
}
private void fGet2dCoords()
{
//int entityList = pmcrw.ReadInt(moduleBaseAddress + OS.m_os_EntityList);
//our entity list loop
for (int i = 1; i < iAmountOfPlayers; i++)
{
//Create the entity
// int entity = pmcrw.ReadInt(iEntityList[i] + 0x4 * i);
//The entitys Pos
float enemyX = pmcrw.ReadFloat(iEntityList[i] + 0x34);
float enemyY = pmcrw.ReadFloat(iEntityList[i] + 0x38);
float enemyZ = pmcrw.ReadFloat(iEntityList[i] + 0x3C);
Vec3 enemyPos = new Vec3();
enemyPos.x = enemyX;
enemyPos.y = enemyY;
enemyPos.z = enemyZ;
/*
* I guess I will do the processing here to get the current distance from the local player to the enemy, as we are already
* looking at each enemies parameters here.
* */
//Enemys Head Pos
float enemyXHead = pmcrw.ReadFloat(iEntityList[i] + 0x4);
float enemyYHead = pmcrw.ReadFloat(iEntityList[i] + 0x8);
float enemyZHead = pmcrw.ReadFloat(iEntityList[i] + 0xC);
Vec3 enemyHeadPos = new Vec3();
enemyHeadPos.x = enemyXHead;
enemyHeadPos.y = enemyYHead;
enemyHeadPos.z = enemyZHead;
//Sets each entitys health
int health = pmcrw.ReadInt(iEntityList[i] + OS.m_os_EnemyPlayerHealth);
if (ACFunctions.WorldToScreenFPos(enemyPos, viewMatrix, iWidthOfGameWindow, iHeightOfGameWindow))
{
if (ACFunctions.WorldToScreenHPos(enemyHeadPos, viewMatrix, iWidthOfGameWindow, iHeightOfGameWindow))
{
VecInt2 tmpLocalPlayer = new VecInt2();
tmpLocalPlayer.x = pmcrw.ReadInt(localPlayerBaseAddress + OS.m_os_LocalPlayerBodyXCoord);
tmpLocalPlayer.y = pmcrw.ReadInt(localPlayerBaseAddress + OS.m_os_LocalPlayerBodyYCoord);
VecInt2 tmpEnemyPlayer = new VecInt2();
tmpEnemyPlayer.x = pmcrw.ReadInt(iEntityList[i] + OS.m_os_EnemyPlayerXCoord);
tmpEnemyPlayer.y = pmcrw.ReadInt(iEntityList[i] + OS.m_os_EnemyPlayerYCoord);
/* We are calculating the distance to the current enemy player. We will store this distance in an array
* along with the enemy index. We can validate if needed by storing unique parameters and checking later.
* But for now, this is good.
*/
int iDistanceToEnemy = ACFunctions.fGetDistance(tmpLocalPlayer, tmpEnemyPlayer);
iDistanceToEnemy = iDistanceToEnemy / 20000;
//Creates the head height
float head = ACFunctions.vHead.y - ACFunctions.vFoot.y;
//Creates Width
float width = head / 2;
//Creates Center
float center = width / -2;
//Creates Extra area above head
float extra = head / -6;
Graphics g = Graphics.FromHwnd(hwnd);
SolidBrush b = new SolidBrush(Color.Aqua);
int iTeam = pmcrw.ReadInt(iEntityList[i] + OS.m_os_LocalPlayerTeam_ID);
// It is sorted, so the first address should be the closest enemy.
if (!(iTeam == localPlayer.iLPCurrentTeam))
{
b = new SolidBrush(Color.Red);
}
else
{
b = new SolidBrush(Color.Green);
}
Pen myPen = new Pen(b);
System.Drawing.Rectangle myrect = new Rectangle();
myrect.X = (int)ACFunctions.vFoot.x - (int)center;
myrect.Y = (int)ACFunctions.vHead.y - 20;
// myrect.Width = (int)ACFunctions.vFoot.x + (int)center + (int)width;
myrect.Width = iDistanceToEnemy / 5; //- (int)center + (int)width;
// myrect.Height = (int)ACFunctions.vFoot.y + ((int)head - (int)extra);
myrect.Height = iDistanceToEnemy * 2 / 5;
g.DrawRectangle(myPen, myrect);
// g.FillRectangle(Brushes.Red, new Rectangle((SystemInformation.WorkingArea.Width / 2) - 4, (SystemInformation.WorkingArea.Height / 2) - 20, 8, 40));
// g.FillRectangle(Brushes.Red, new Rectangle((SystemInformation.WorkingArea.Width / 2) - 20, (SystemInformation.WorkingArea.Height / 2) - 4, 40, 8));
// g.Dispose();
// ReleaseDC(IntPtr.Zero, hwnd);
}
}
}
}