/// <summary>
/// Retrieve Trainer Tree
/// List of MiniLines Containing Skill and attached Skill count (2 and 3 attachments supported)
/// </summary>
/// <param name="living"></param>
public virtual List <Tuple <MiniLineSpecialization, List <Tuple <Skill, byte> > > > GetTrainerTreeDisplay(GameLiving living, Type type)
{
if (typeof(MiniLineSpecialization).IsAssignableFrom(type))
{
var minispecs = SkillBase.GetSpecializationByType(type).OrderBy(e => e.KeyName);
List <Tuple <MiniLineSpecialization, List <Skill> > > allLines = new List <Tuple <MiniLineSpecialization, List <Skill> > >();
foreach (var spec in minispecs)
{
MiniLineSpecialization minispec = (MiniLineSpecialization)spec;
minispec.Level = living.GetBaseSpecLevel(minispec.KeyName);
allLines.Add(new Tuple <MiniLineSpecialization, List <Skill> >(minispec, minispec.GetMiniLineSkillsForLiving(living, MaxChampionSpecLevel).Select(t => t.Item1).ToList()));
}
var final = new List <Tuple <MiniLineSpecialization, List <Tuple <Skill, byte> > > >();
// Find intersecting Lines
for (int i = 0; i < MaxChampionSpecLevel; i++)
{
var grouped = allLines.Where(l => l.Item2.Count > i).GroupBy(l => new { l.Item2[i].Name, l.Item2[i].ID }).Where(grp => grp.Count() > 1 && grp.Count() < 4).Select(grp => grp.OrderBy(msp => msp.Item1.KeyName));
foreach (var groups in grouped)
{
// Champion display only handle these tree merge
if (groups.Count() == 3)
{
byte index = 0;
foreach (var tsp in groups)
{
final.Add(new Tuple <MiniLineSpecialization, List <Tuple <Skill, byte> > >(
tsp.Item1,
tsp.Item2.Take(index == 1 ? tsp.Item2.Count : i)
.Select(e => new Tuple <Skill, byte>(e, 0)).ToList()));
allLines.Remove(tsp);
index++;
}
// Set group
int ins = final.Count - 2;
var skill = final[ins].Item2[i];
final[ins].Item2[i] = new Tuple <Skill, byte>(skill.Item1, 3);
}
else if (groups.Count() == 2)
{
// firsts lines
foreach (var tsp in groups)
{
final.Add(new Tuple <MiniLineSpecialization, List <Tuple <Skill, byte> > >(
tsp.Item1,
tsp.Item2.Take(i)
.Select(e => new Tuple <Skill, byte>(e, 0)).ToList()));
allLines.Remove(tsp);
}
// Remaining
int ins = final.Count - 1;
final.Insert(ins, new Tuple <MiniLineSpecialization, List <Tuple <Skill, byte> > >(
groups.First().Item1, groups.First().Item2.Skip(i).Select(e => new Tuple <Skill, byte>(e, 0)).ToList()));
// Set Group and add "nulls"
for (int n = 0; n < i; n++)
{
final[ins].Item2.Insert(0, new Tuple <Skill, byte>(null, 0));
}
var skill = final[ins].Item2[i];
final[ins].Item2[i] = new Tuple <Skill, byte>(skill.Item1, 2);
}
}
}
Tuple <MiniLineSpecialization, List <Tuple <Skill, byte> > > pivot = final.Count > 0 ? final[0] : null;
// Insert not intersecting lines (try keeping order)
foreach (var elem in allLines)
{
var item = new Tuple <MiniLineSpecialization, List <Tuple <Skill, byte> > >(elem.Item1, elem.Item2
.Select(e => new Tuple <Skill, byte>(e, 0))
.ToList());
if (pivot != null && elem.Item1.KeyName.CompareTo(pivot.Item1.KeyName) <= 0)
{
// insert
int ins = final.FindIndex(el => el == pivot);
if (ins > -1)
{
final.Insert(ins, item);
}
else
{
final.Insert(0, item);
}
}
else
{
// add
final.Add(item);
}
}
return(final);
}
// default
return(new List <Tuple <MiniLineSpecialization, List <Tuple <Skill, byte> > > >());
}
/// <summary>
/// Retrieve Trainer Tree
/// List of MiniLines Containing Skill and attached Skill count (2 and 3 attachments supported)
/// </summary>
/// <param name="living"></param>
public virtual List<Tuple<MiniLineSpecialization, List<Tuple<Skill, byte>>>> GetTrainerTreeDisplay(GameLiving living, Type type)
{
if (typeof(MiniLineSpecialization).IsAssignableFrom(type))
{
var minispecs = SkillBase.GetSpecializationByType(type).OrderBy(e => e.KeyName);
List<Tuple<MiniLineSpecialization, List<Skill>>> allLines = new List<Tuple<MiniLineSpecialization, List<Skill>>>();
foreach (var spec in minispecs)
{
MiniLineSpecialization minispec = (MiniLineSpecialization)spec;
minispec.Level = living.GetBaseSpecLevel(minispec.KeyName);
allLines.Add(new Tuple<MiniLineSpecialization, List<Skill>>(minispec, minispec.GetMiniLineSkillsForLiving(living, MaxChampionSpecLevel).Select(t => t.Item1).ToList()));
}
var final = new List<Tuple<MiniLineSpecialization, List<Tuple<Skill, byte>>>>();
// Find intersecting Lines
for (int i = 0 ; i < MaxChampionSpecLevel ; i++)
{
var grouped = allLines.Where(l => l.Item2.Count > i).GroupBy(l => new { l.Item2[i].Name, l.Item2[i].ID }).Where(grp => grp.Count() > 1 && grp.Count() < 4).Select(grp => grp.OrderBy(msp => msp.Item1.KeyName));
foreach (var groups in grouped)
{
// Champion display only handle these tree merge
if (groups.Count() == 3)
{
byte index = 0;
foreach(var tsp in groups)
{
final.Add(new Tuple<MiniLineSpecialization, List<Tuple<Skill, byte>>>(tsp.Item1,
tsp.Item2.Take(index == 1 ? tsp.Item2.Count : i)
.Select(e => new Tuple<Skill, byte>(e, 0)).ToList()));
allLines.Remove(tsp);
index++;
}
// Set group
int ins = final.Count - 2;
var skill = final[ins].Item2[i];
final[ins].Item2[i] = new Tuple<Skill, byte>(skill.Item1, 3);
}
else if (groups.Count() == 2)
{
// firsts lines
foreach(var tsp in groups)
{
final.Add(new Tuple<MiniLineSpecialization, List<Tuple<Skill, byte>>>(tsp.Item1,
tsp.Item2.Take(i)
.Select(e => new Tuple<Skill, byte>(e, 0)).ToList()));
allLines.Remove(tsp);
}
// Remaining
int ins = final.Count - 1;
final.Insert(ins, new Tuple<MiniLineSpecialization, List<Tuple<Skill, byte>>>(
groups.First().Item1, groups.First().Item2.Skip(i).Select(e => new Tuple<Skill, byte>(e, 0)).ToList()));
// Set Group and add "nulls"
for (int n = 0 ; n < i ; n++)
final[ins].Item2.Insert(0, new Tuple<Skill, byte>(null, 0));
var skill = final[ins].Item2[i];
final[ins].Item2[i] = new Tuple<Skill, byte>(skill.Item1, 2);
}
}
}
Tuple<MiniLineSpecialization, List<Tuple<Skill, byte>>> pivot = final.Count > 0 ? final[0] : null;
// Insert not intersecting lines (try keeping order)
foreach (var elem in allLines)
{
var item = new Tuple<MiniLineSpecialization, List<Tuple<Skill, byte>>>(elem.Item1, elem.Item2
.Select(e => new Tuple<Skill, byte>(e, 0))
.ToList());
if (pivot != null && elem.Item1.KeyName.CompareTo(pivot.Item1.KeyName) <= 0)
{
// insert
int ins = final.FindIndex(el => el == pivot);
if (ins > -1)
{
final.Insert(ins, item);
}
else
{
final.Insert(0, item);
}
}
else
{
// add
final.Add(item);
}
}
return final;
}
// default
return new List<Tuple<MiniLineSpecialization, List<Tuple<Skill, byte>>>>();
}