private void HasHeat(Weapon weapon, StackedWeaponInfo stackedInfo, ref Vector2D currWeaponDisplayPos, bool reset)
{
int heatBarIndex;
if (weapon.State.Overheated)
{
var index = _session.SCount < 30 ? 1 : 2;
heatBarIndex = HeatBarTexture.Length - 2;
}
else
{
heatBarIndex = (int)MathHelper.Clamp(weapon.HeatPerc * 10, 0, HeatBarTexture.Length - 1);
}
stackedInfo.CachedHeatTexture.Material = HeatBarTexture[heatBarIndex].Material;
stackedInfo.CachedHeatTexture.Color = Vector4.Zero;
stackedInfo.CachedHeatTexture.Position.X = currWeaponDisplayPos.X - _heatOffsetX;
stackedInfo.CachedHeatTexture.Position.Y = currWeaponDisplayPos.Y - _heatOffsetY;
stackedInfo.CachedHeatTexture.Width = _heatWidth;
stackedInfo.CachedHeatTexture.Height = _heatHeight;
stackedInfo.CachedHeatTexture.P0 = HeatBarTexture[heatBarIndex].P0;
stackedInfo.CachedHeatTexture.P1 = HeatBarTexture[heatBarIndex].P1;
stackedInfo.CachedHeatTexture.P2 = HeatBarTexture[heatBarIndex].P2;
stackedInfo.CachedHeatTexture.P3 = HeatBarTexture[heatBarIndex].P3;
if (reset)
{
stackedInfo.CachedHeatTexture.Persistant = false;
}
_textureAddList.Add(stackedInfo.CachedHeatTexture);
}
private void HasHeat(Weapon weapon, StackedWeaponInfo stackedInfo, ref Vector2D currWeaponDisplayPos, bool reset)
{
int heatBarIndex;
if (weapon.State.Overheated)
{
heatBarIndex = _heatBarTexture.Length - 1;
}
else
{
heatBarIndex = (int)MathHelper.Clamp(weapon.HeatPerc * 10, 0, _heatBarTexture.Length - 1);
}
stackedInfo.CachedHeatTexture.Material = _heatBarTexture[heatBarIndex].Material;
stackedInfo.CachedHeatTexture.Color = Color.Transparent;
stackedInfo.CachedHeatTexture.Position.X = currWeaponDisplayPos.X - _heatOffsetX;
stackedInfo.CachedHeatTexture.Position.Y = currWeaponDisplayPos.Y - _heatOffsetY - _paddingHeat;
stackedInfo.CachedHeatTexture.Width = _heatWidth;
stackedInfo.CachedHeatTexture.Height = _heatHeight;
stackedInfo.CachedHeatTexture.P0 = _heatBarTexture[heatBarIndex].P0;
stackedInfo.CachedHeatTexture.P1 = _heatBarTexture[heatBarIndex].P1;
stackedInfo.CachedHeatTexture.P2 = _heatBarTexture[heatBarIndex].P2;
stackedInfo.CachedHeatTexture.P3 = _heatBarTexture[heatBarIndex].P3;
if (reset)
{
stackedInfo.CachedHeatTexture.Persistant = false;
}
_textureAddList.Add(stackedInfo.CachedHeatTexture);
}
private void ShowReloadIcon(Weapon weapon, StackedWeaponInfo stackedInfo, ref Vector2D currWeaponDisplayPos, double textOffset, bool reset)
{
var mustCharge = weapon.ActiveAmmoDef.ConsumableDef.Const.MustCharge;
var texture = mustCharge ? _chargingTexture : _reloadingTexture;
if (texture.Length > 0)
{
if (mustCharge)
{
stackedInfo.ReloadIndex = MathHelper.Clamp((int)(MathHelper.Lerp(0, texture.Length - 1, weapon.Ammo.CurrentCharge / weapon.MaxCharge)), 0, texture.Length - 1);
}
stackedInfo.CachedReloadTexture.Material = texture[stackedInfo.ReloadIndex].Material;
stackedInfo.CachedReloadTexture.Color = Color.GhostWhite * _session.UiOpacity;
stackedInfo.CachedReloadTexture.Position.X = (textOffset - _paddingReload) - _reloadOffset;
stackedInfo.CachedReloadTexture.Position.Y = currWeaponDisplayPos.Y;
stackedInfo.CachedReloadTexture.Width = _reloadWidth;
stackedInfo.CachedReloadTexture.Height = _reloadHeight;
stackedInfo.CachedReloadTexture.P0 = texture[stackedInfo.ReloadIndex].P0;
stackedInfo.CachedReloadTexture.P1 = texture[stackedInfo.ReloadIndex].P1;
stackedInfo.CachedReloadTexture.P2 = texture[stackedInfo.ReloadIndex].P2;
stackedInfo.CachedReloadTexture.P3 = texture[stackedInfo.ReloadIndex].P3;
if (!mustCharge && _session.Tick10 && ++stackedInfo.ReloadIndex > texture.Length - 1)
{
stackedInfo.ReloadIndex = 0;
}
if (reset)
{
stackedInfo.CachedReloadTexture.Persistant = false;
}
_textureAddList.Add(stackedInfo.CachedReloadTexture);
}
}
internal List <StackedWeaponInfo> SortDisplayedWeapons(List <Weapon> list)
{
int length = list.Count;
int finalCount = 0;
List <StackedWeaponInfo> finalList;
if (!_weaponInfoListPool.TryDequeue(out finalList))
{
finalList = new List <StackedWeaponInfo>();
}
for (int h = length / 2; h > 0; h /= 2)
{
for (int i = h; i < length; i += 1)
{
var tempValue = list[i];
var temp = list[i].State.Heat;
int j;
for (j = i; j >= h && list[j - h].State.Heat < temp; j -= h)
{
list[j] = list[j - h];
}
list[j] = tempValue;
}
}
if (list.Count > 50) //limit to top 50 based on heat
{
list.RemoveRange(50, list.Count - 50);
}
else if (list.Count <= 12)
{
for (int i = 0; i < list.Count; i++)
{
var w = list[i];
if (w.System.WeaponName.Length > _currentLargestName)
{
_currentLargestName = w.System.WeaponName.Length;
}
StackedWeaponInfo swi;
if (!_weaponStackedInfoPool.TryDequeue(out swi))
{
swi = new StackedWeaponInfo();
}
if (!_textureDrawPool.TryDequeue(out swi.CachedReloadTexture))
{
swi.CachedReloadTexture = new TextureDrawData();
}
if (!_textureDrawPool.TryDequeue(out swi.CachedHeatTexture))
{
swi.CachedHeatTexture = new TextureDrawData();
}
swi.CachedHeatTexture.Persistant = true;
swi.CachedReloadTexture.Persistant = true;
swi.ReloadIndex = 0;
swi.HighestValueWeapon = w;
swi.WeaponStack = 1;
finalList.Add(swi);
}
return(finalList);
}
Dictionary <int, List <Weapon> > weaponTypes = new Dictionary <int, List <Weapon> >();
for (int i = 0; i < list.Count; i++) //sort list into groups of same weapon type
{
var w = list[i];
if (!weaponTypes.ContainsKey(w.System.WeaponIdHash))
{
List <Weapon> tmp;
if (!_weaponSortingListPool.TryDequeue(out tmp))
{
tmp = new List <Weapon>();
}
weaponTypes[w.System.WeaponIdHash] = tmp;
}
weaponTypes[w.System.WeaponIdHash].Add(w);
}
foreach (var weaponType in weaponTypes)
{
var weapons = weaponType.Value;
if (weapons[0].System.WeaponName.Length > _currentLargestName)
{
_currentLargestName = weapons[0].System.WeaponName.Length;
}
if (weapons.Count > 1)
{
List <List <Weapon> > subLists;
List <Weapon> subList;
var last = weapons[0];
if (!_weaponSubListsPool.TryDequeue(out subLists))
{
subLists = new List <List <Weapon> >();
}
if (!_weaponSortingListPool.TryDequeue(out subList))
{
subList = new List <Weapon>();
}
for (int i = 0; i < weapons.Count; i++)
{
var w = weapons[i];
if (i == 0)
{
subList.Add(w);
}
else
{
if (last.HeatPerc - w.HeatPerc > .05f || last.Reloading != w.Reloading || last.State.Overheated != w.State.Overheated)
{
subLists.Add(subList);
if (!_weaponSortingListPool.TryDequeue(out subList))
{
subList = new List <Weapon>();
}
}
last = w;
subList.Add(w);
if (i == weapons.Count - 1)
{
subLists.Add(subList);
}
}
}
weapons.Clear();
_weaponSortingListPool.Enqueue(weapons);
for (int i = 0; i < subLists.Count; i++)
{
var subL = subLists[i];
if (finalCount < 12)
{
StackedWeaponInfo swi;
if (!_weaponStackedInfoPool.TryDequeue(out swi))
{
swi = new StackedWeaponInfo();
}
if (!_textureDrawPool.TryDequeue(out swi.CachedReloadTexture))
{
swi.CachedReloadTexture = new TextureDrawData();
}
if (!_textureDrawPool.TryDequeue(out swi.CachedHeatTexture))
{
swi.CachedHeatTexture = new TextureDrawData();
}
swi.CachedHeatTexture.Persistant = true;
swi.CachedReloadTexture.Persistant = true;
swi.ReloadIndex = 0;
swi.HighestValueWeapon = subL[0];
swi.WeaponStack = subL.Count;
finalList.Add(swi);
finalCount++;
}
subL.Clear();
_weaponSortingListPool.Enqueue(subL);
}
subLists.Clear();
_weaponSubListsPool.Enqueue(subLists);
}
else
{
if (finalCount < 12)
{
StackedWeaponInfo swi;
if (!_weaponStackedInfoPool.TryDequeue(out swi))
{
swi = new StackedWeaponInfo();
}
if (!_textureDrawPool.TryDequeue(out swi.CachedReloadTexture))
{
swi.CachedReloadTexture = new TextureDrawData();
}
if (!_textureDrawPool.TryDequeue(out swi.CachedHeatTexture))
{
swi.CachedHeatTexture = new TextureDrawData();
}
swi.CachedHeatTexture.Persistant = true;
swi.CachedReloadTexture.Persistant = true;
swi.ReloadIndex = 0;
swi.HighestValueWeapon = weapons[0];
swi.WeaponStack = 1;
finalList.Add(swi);
finalCount++;
}
weapons.Clear();
_weaponSortingListPool.Enqueue(weapons);
}
}
return(finalList);
}
