private void OnCombo()
{
bool useQ = Menu["combo"]["useq"].Enabled;
if (useQ)
{
var QHuman = GetBestEnemyHeroTargetInRange(QH.Range);
var QCougar = GetBestEnemyHeroTargetInRange(QC.Range);
switch (Menu["combo"]["qo"].As <MenuList>().Value)
{
case 0:
if (QH.Ready && Player.SpellBook.GetSpell(SpellSlot.Q).Name == "JavelinToss" && QHuman.IsValidTarget(QH.Range))
{
QH.Cast(QHuman);
}
else if (QC.Ready && Player.SpellBook.GetSpell(SpellSlot.Q).Name == "Takedown" && QCougar.IsValidTarget(QC.Range))
{
QC.Cast();
}
break;
case 1:
if (QH.Ready && Player.SpellBook.GetSpell(SpellSlot.Q).Name == "JavelinToss" && QHuman.IsValidTarget(QH.Range))
{
QH.Cast(QHuman);
}
break;
case 2:
if (QC.Ready && Player.SpellBook.GetSpell(SpellSlot.Q).Name == "Takedown" && QCougar.IsValidTarget(QC.Range))
{
QC.Cast();
}
break;
}
}
bool useW = Menu["combo"]["usew"].Enabled;
if (useW)
{
var WHuman = GetBestEnemyHeroTargetInRange(WH.Range);
var WCougar = GetBestEnemyHeroTargetInRange(WC.Range);
switch (Menu["combo"]["wo"].As <MenuList>().Value)
{
case 0:
if (WH.Ready && Player.SpellBook.GetSpell(SpellSlot.W).Name == "Bushwhack" && WHuman.IsValidTarget(WH.Range))
{
WH.Cast(WHuman);
}
else if (WC.Ready && Player.SpellBook.GetSpell(SpellSlot.W).Name == "Pounce" && WCougar.IsValidTarget(WC.Range))
{
WC.Cast(WCougar);
}
break;
case 1:
if (WH.Ready && Player.SpellBook.GetSpell(SpellSlot.W).Name == "Bushwhack" && WHuman.IsValidTarget(WH.Range))
{
WH.Cast(WHuman);
}
break;
case 2:
if (WC.Ready && Player.SpellBook.GetSpell(SpellSlot.W).Name == "Pounce" && WCougar.IsValidTarget(WC.Range))
{
WC.Cast(WCougar);
}
else if (WCL.Ready && Player.SpellBook.GetSpell(SpellSlot.W).Name == "Pounce" && WCougar.IsValidTarget(WCL.Range) && WCougar.HasBuff("NidaleePassiveHunted"))
{
WCL.Cast(WCougar);
}
break;
}
}
bool useE = Menu["combo"]["usee"].Enabled;
float hpe = Menu["combo"]["useeh"].As <MenuSlider>().Value;
float manae = Menu["combo"]["useehm"].As <MenuSlider>().Value;
if (useE)
{
var ECougar = GetBestEnemyHeroTargetInRange(EC.Range);
switch (Menu["combo"]["eo"].As <MenuList>().Value)
{
case 0:
if (EH.Ready && Player.SpellBook.GetSpell(SpellSlot.E).Name == "PrimalSurge" && Player.ManaPercent() >= manae && Player.HealthPercent() <= hpe)
{
EH.Cast(Player);
}
else if (EC.Ready && Player.SpellBook.GetSpell(SpellSlot.E).Name == "Swipe" && ECougar.IsValidTarget(EC.Range))
{
EC.Cast(ECougar);
}
break;
case 1:
if (EH.Ready && Player.SpellBook.GetSpell(SpellSlot.E).Name == "PrimalSurge" && Player.ManaPercent() >= manae && Player.HealthPercent() <= hpe)
{
EH.Cast(Player);
}
break;
case 2:
if (EC.Ready && Player.SpellBook.GetSpell(SpellSlot.E).Name == "Swipe" && ECougar.IsValidTarget(EC.Range))
{
EC.Cast(ECougar);
}
break;
}
}
bool useR = Menu["combo"]["user"].Enabled;
float rangeR = Menu["combo"]["userr"].As <MenuSlider>().Value;
if (useR)
{
var RTarget = GetBestEnemyHeroTargetInRange(rangeR);
switch (Menu["combo"]["ro"].As <MenuList>().Value)
{
case 0:
if (R.Ready && !QH.Ready && Player.SpellBook.GetSpell(SpellSlot.Q).Name == "JavelinToss" && RTarget.IsValidTarget(WC.Range))
{
R.Cast();
}
else if (R.Ready && !QC.Ready && Player.SpellBook.GetSpell(SpellSlot.Q).Name == "Takedown" && RTarget.IsValidTarget(QH.Range))
{
R.Cast();
}
else if (R.Ready && !RTarget.IsValidTarget(WCL.Range) && Player.SpellBook.GetSpell(SpellSlot.Q).Name != "JavelinToss")
{
R.Cast();
}
break;
}
}
}
private void Jungle()
{
foreach (var jungle in GameObjects.Jungle.Where(m => m.IsValidTarget(QH.Range)).ToList())
{
if (!jungle.IsValidTarget() || !jungle.IsValidSpellTarget())
{
return;
}
float manapercent = Menu["jungleclear"]["manaj"].As <MenuSlider>().Value;
if (Player.ManaPercent() >= manapercent)
{
bool useQ = Menu["jungleclear"]["usejq"].Enabled;
if (useQ)
{
switch (Menu["jungleclear"]["qo"].As <MenuList>().Value)
{
case 0:
if (QH.Ready && Player.SpellBook.GetSpell(SpellSlot.Q).Name == "JavelinToss" && jungle.IsValidTarget(QH.Range))
{
QH.Cast(jungle);
}
else if (QC.Ready && Player.SpellBook.GetSpell(SpellSlot.Q).Name == "Takedown" && jungle.IsValidTarget(QC.Range))
{
QC.Cast();
}
break;
case 1:
if (QH.Ready && Player.SpellBook.GetSpell(SpellSlot.Q).Name == "JavelinToss" && jungle.IsValidTarget(QH.Range))
{
QH.Cast(jungle);
}
break;
case 2:
if (QC.Ready && Player.SpellBook.GetSpell(SpellSlot.Q).Name == "Takedown" && jungle.IsValidTarget(QC.Range))
{
QC.Cast();
}
break;
}
}
bool useW = Menu["jungleclear"]["usejw"].Enabled;
if (useW)
{
switch (Menu["jungleclear"]["wo"].As <MenuList>().Value)
{
case 0:
if (WH.Ready && Player.SpellBook.GetSpell(SpellSlot.W).Name == "Bushwhack" && jungle.IsValidTarget(WH.Range))
{
WH.Cast(jungle);
}
else if (WC.Ready && Player.SpellBook.GetSpell(SpellSlot.W).Name == "Pounce" && jungle.IsValidTarget(WC.Range))
{
WC.Cast(jungle);
}
break;
case 1:
if (WH.Ready && Player.SpellBook.GetSpell(SpellSlot.W).Name == "Bushwhack" && jungle.IsValidTarget(WH.Range))
{
WH.Cast(jungle);
}
break;
case 2:
if (WC.Ready && Player.SpellBook.GetSpell(SpellSlot.W).Name == "Pounce" && jungle.IsValidTarget(WC.Range))
{
WC.Cast(jungle);
}
else if (WCL.Ready && Player.SpellBook.GetSpell(SpellSlot.W).Name == "Pounce" && jungle.IsValidTarget(WCL.Range) && jungle.HasBuff("NidaleePassiveHunted"))
{
WCL.Cast(jungle);
}
break;
}
}
bool useE = Menu["jungleclear"]["usejce"].Enabled;
if (useE && Player.SpellBook.GetSpell(SpellSlot.E).Name == "Swipe" && EC.Ready && jungle.IsValidTarget(EC.Range))
{
EC.Cast(jungle);
}
bool useR = Menu["jungleclear"]["usejr"].Enabled;
if (useR)
{
switch (Menu["combo"]["ro"].As <MenuList>().Value)
{
case 0:
if (R.Ready && !QH.Ready && Player.SpellBook.GetSpell(SpellSlot.Q).Name == "JavelinToss" && jungle.IsValidTarget(QC.Range))
{
R.Cast();
}
else if (R.Ready && !QC.Ready && Player.SpellBook.GetSpell(SpellSlot.Q).Name == "Takedown" && jungle.IsValidTarget(QH.Range))
{
R.Cast();
}
else if (R.Ready && !jungle.IsValidTarget(WCL.Range) && Player.SpellBook.GetSpell(SpellSlot.Q).Name != "JavelinToss" || jungle == null)
{
R.Cast();
}
break;
}
}
}
}
}
/// <summary>
/// Executes the algorithms on the data
/// Results are written to a log
/// </summary>
/// <param name="Set">DataSet containing the RSS data</param>
/// <param name="numberAnchors">The number of anchors that the dataset should contain</param>
private void ExecuteAlgorithms(DataSet Set, int numberAnchors)
{
Console.WriteLine("Executing each algorithm on the data");
foreach (DataRow row in Set.Tables[0].Rows)
{
currentID = row["node"].ToString();
Node CurrentNode;
//Positioning.Point pos = new Positioning.Point(0, 0);
Point pos = new Point(0, 0);
if (currentID == "11")
{
CurrentNode = BlindNodes.Find(BN => BN.WsnIdProperty == currentID);
CurrentNode.UpdateAnchors(row["ANode"].ToString(), Convert.ToDouble(row["RSSI"].ToString()), 1, DateTime.Now);
if (CurrentNode.Anchors.Count == numberAnchors)
{
logger.Write(row["idlocalization"].ToString() + ",");
logger.Write(row["time"].ToString() + ",");
logger.Write(currentID + ",");
logger.Write(CurrentNode.Anchors.Count + ",");
//centroid localization
//logger.Write("CL,");
pos = CentroidLocalization.CalculatePosition(CurrentNode);
LogPosition(pos, CurrentNode, logger);
//wcl
//logger.Write("WCL - NoFilter,");
pos = WCL.CalculatePosition(CurrentNode, RangeBasedPositioning.NoFilter);
LogPosition(pos, CurrentNode, logger);
//min-max
//logger.Write("Min-Max - NoFilter - Ranging,");
pos = MinMaxExtended.CalculatePosition(CurrentNode, RangeBasedPositioning.NoFilter, RangeBasedPositioning.Ranging, false);
LogPosition(pos, CurrentNode, logger);
//logger.Write("Min-Max - NoFilter - DefaultRanging,");
pos = MinMaxExtended.CalculatePosition(CurrentNode, RangeBasedPositioning.NoFilter, RangeBasedPositioning.DefaultRanging, false);
LogPosition(pos, CurrentNode, logger);
//trilateration
//logger.Write("TriLat - NoFilter - Ranging,");
pos = ExtendedTrilateration.CalculatePosition(CurrentNode, RangeBasedPositioning.NoFilter,
RangeBasedPositioning.Ranging, false);
LogPosition(pos, CurrentNode, logger);
//logger.Write("TriLat - NoFilter - DefaultRanging,");
pos = ExtendedTrilateration.CalculatePosition(CurrentNode, RangeBasedPositioning.NoFilter,
RangeBasedPositioning.DefaultRanging, false);
LogPosition(pos, CurrentNode, logger);
//lstrilateration
//logger.Write("LSTriLat - NoFilter - Ranging,");
pos = LSTrilateration.CalculatePosition(CurrentNode, RangeBasedPositioning.NoFilter,
RangeBasedPositioning.Ranging, false);
LogPosition(pos, CurrentNode, logger);
//logger.Write("LSTriLat - NoFilter - DefaultRanging,");
pos = LSTrilateration.CalculatePosition(CurrentNode, RangeBasedPositioning.NoFilter,
RangeBasedPositioning.DefaultRanging, false);
LogPosition(pos, CurrentNode, logger);
}
else if (CurrentNode.Anchors.Count > numberAnchors)
{
logger.WriteLine("Too many nodes for idlocalization:" + row["idlocalization"].ToString());
}
logger.WriteLine("");
logger.Flush();
}
//Performs calibratino
else
{
if (!AnchorNodes.Exists(AN => AN.WsnIdProperty == currentID))
{
AnchorNodes.Add(new Node(row["node"].ToString(), MyDb));
}
CurrentNode = AnchorNodes.Find(AN => AN.WsnIdProperty == currentID);
CurrentNode.UpdateAnchors(row["ANode"].ToString(), Convert.ToDouble(row["RSSI"].ToString()), 1, DateTime.Now);
//CurrentNode = AnchorNodes.Find(AN => AN.WsnIdProperty == currentID);
RangeBasedPositioning.CalibratePathlossLS(AnchorNodes, RangeBasedPositioning.NoFilter);
}
}
}
