public void addSkills(Demo.Mob mb)
{
foreach (Skill sk in mb.skillList)
{
MenuItem skmi = new MenuItem(sk.name, null, Demo.OnKeyDown_SelectSkill, Demo.HighlightSkill);
allScreens["Attack"].menu.Add(skmi);
allMenuItems.Add(skmi);
}
}
public Demo.Mob checkPos(int checkX, int checkY)
{
Demo.Mob ret = null;
entities.TryGetValue(new Point()
{
X = checkX, Y = checkY
}, out ret);
return(ret);
}
public Demo.Mob checkPos(int checkX, int checkY, int checkTile)
{
Demo.Mob ret = null;
entities.TryGetValue(new Point()
{
X = checkX, Y = checkY
}, out ret);
if (ret != null && ret.tile != checkTile)
{
ret = null;
}
return(ret);
}
public Demo.Mob Spawn(int tileNo, int width, int height)
{
int rx = rnd.Next(width);
int ry = rnd.Next(height);
if (map[ry, rx] == DungeonMap.gr && enemyBlockedCells.Contains(new Point(rx, ry)) == false)
{
Demo.Mob nt = new Demo.Mob(tileNo, rx, ry, false, floor);
if (checkPos(nt.x, nt.y) != null)
{
return(Spawn(tileNo, width, height));
}
nt.skillList.Add(new Skill("Basic Attack", rnd.Next(3, 7), 1, 1, SkillAreaKind.SingleTarget, 0, true));
nt.currentSkill = nt.skillList[0];
//nt.ui.addSkills(nt);
entities[nt.pos] = nt;
o_entities[nt.o_pos] = nt;
return(nt);
}
return(Spawn(tileNo, width, height));
}
public Vision(Demo.Mob viewer)
{
this.viewer = viewer;
//sightSet = new HashSet<Point>() { this.viewer.pos };
}
public Intellect(Demo.Mob thinker)
{
this.thinker = thinker;
this.activity = MentalState.Hunting;
goals = new double[thinker.dlevel.map.GetLength(0), thinker.dlevel.map.GetLength(0)];
}
public Demo.Mob Spawn(int tileNo, int width, int height)
{
int rx = rnd.Next(width);
int ry = rnd.Next(height);
if (map[ry, rx] == DungeonMap.gr && enemyBlockedCells.Contains(new Point(rx, ry)) == false)
{
Demo.Mob nt = new Demo.Mob(tileNo, rx, ry, false, floor);
if (checkPos(nt.x, nt.y) != null)
return Spawn(tileNo, width, height);
nt.skillList.Add(new Skill("Basic Attack", rnd.Next(3, 7), 1, 1, SkillAreaKind.SingleTarget, 0, true));
nt.currentSkill = nt.skillList[0];
//nt.ui.addSkills(nt);
entities[nt.pos] = nt;
o_entities[nt.o_pos] = nt;
return nt;
}
return Spawn(tileNo, width, height);
}
public static void ShowMobInfo(Demo.Mob mb)
{
Dictionary <char, char> mandrillDict = SimpleUI.mandrillDict;
string tx = mandrillDict['┌'].ToString();
tx = tx.PadRight(maxWidth - 1, mandrillDict['─']);
tx += mandrillDict['┐'];
// for (int i = 1; i < maxWidth - 1; i++)
// tx += mandrillDict['─'];
int currentLine = 1;
mb.ui.font.DrawText(renderX, renderY + (mb.ui.font.FontHeight * currentLine), tx);
currentLine++;
mb.ui.font.DrawText(renderX, renderY + (mb.ui.font.FontHeight * currentLine), mandrillDict['│'] + (mb.name + ((mb.friendly == true) ? " (Ally)" : "")).PadRight(maxWidth - 2, ' ') + mandrillDict['│']);
tx = mandrillDict['╞'].ToString();
tx = tx.PadRight(maxWidth - 1, mandrillDict['═']);
tx += mandrillDict['╡'];
currentLine++;
mb.ui.font.DrawText(renderX, renderY + (mb.ui.font.FontHeight * currentLine), tx);
currentLine++;
mb.ui.font.DrawText(renderX, renderY + (mb.ui.font.FontHeight * currentLine), mandrillDict['│'] + (mb.health + "/" + mb.maxHP + " HP").PadRight(maxWidth - 2, ' ') + mandrillDict['│']);
tx = mandrillDict['├'].ToString();
tx = tx.PadRight(maxWidth - 1, mandrillDict['─']);
tx += mandrillDict['┤'];
currentLine++;
mb.ui.font.DrawText(renderX, renderY + (mb.ui.font.FontHeight * currentLine), tx);
int counter = 0;
if (mb.skillList.Count > 4)
{
counter = (int)(sw.TotalMilliseconds / 5000);
}
List <Skill> shownSkills = new List <Skill>();
for (int i = counter % mb.skillList.Count, t = 0; t < 4 && t < mb.skillList.Count; i = (i + 1) % mb.skillList.Count, t++)
{
shownSkills.Add(mb.skillList[i]);
}
/*
*
* if (counter + 4 > mb.skillList.Count)
* {
* counter = 0;
* sw.Reset();
* }
*/
for (int i = 0; i < shownSkills.Count; i++)
{
currentLine++;
mb.ui.font.DrawText(renderX, renderY + (mb.ui.font.FontHeight * currentLine), "" + mandrillDict['│']);
mb.ui.font.DrawText(renderX + 6.0, renderY + (mb.ui.font.FontHeight * (currentLine)), shownSkills[i].name.PadRight(maxWidth - 2, ' '));
mb.ui.font.DrawText(renderX + 6.0 * (maxWidth - 1), renderY + (mb.ui.font.FontHeight * currentLine), "" + mandrillDict['│']);
currentLine++;
mb.ui.font.DrawText(renderX, renderY + (mb.ui.font.FontHeight * currentLine), "" + mandrillDict['│']);
mb.ui.font.DrawText(renderX + 6.0, renderY + (mb.ui.font.FontHeight * (currentLine)), ("Damage: " + shownSkills[i].damage).PadRight(maxWidth - 2, ' '));
mb.ui.font.DrawText(renderX + 6.0 * (maxWidth - 1), renderY + (mb.ui.font.FontHeight * currentLine), "" + mandrillDict['│']);
currentLine++;
mb.ui.font.DrawText(renderX, renderY + (mb.ui.font.FontHeight * currentLine), "" + mandrillDict['│']);
mb.ui.font.DrawText(renderX + 6.0, renderY + (mb.ui.font.FontHeight * (currentLine)), (SkillView.RangeToString(shownSkills[i])).PadRight(maxWidth - 2, ' '));
mb.ui.font.DrawText(renderX + 6.0 * (maxWidth - 1), renderY + (mb.ui.font.FontHeight * currentLine), "" + mandrillDict['│']);
}
tx = mandrillDict['└'].ToString();
tx = tx.PadRight(maxWidth - 1, mandrillDict['─']);
tx += mandrillDict['┘'];
currentLine++;
mb.ui.font.DrawText(renderX, renderY + (mb.ui.font.FontHeight * currentLine), tx);
}
public SkillResult ApplySkill(Demo.Mob user)
{
switch (areaKind)
{
case SkillAreaKind.Ring:
{
Dictionary <Point, int> damages = new Dictionary <Point, int>();
Dictionary <Point, bool> kills = new Dictionary <Point, bool>();
//assuming targetSquare of 10, 11 and radius 1:
int minX = targetSquare.X - radius; // 9
if (minX < 0)
{
minX = 0;
}
int minY = targetSquare.Y - radius; // 10
if (minY < 0)
{
minY = 0;
}
int maxX = targetSquare.X + radius; // 11
if (maxX > Demo.currentLevel.map.GetUpperBound(1))
{
maxX = Demo.currentLevel.map.GetUpperBound(1);
}
int maxY = targetSquare.Y + radius; // 12
if (maxY > Demo.currentLevel.map.GetUpperBound(0))
{
maxY = Demo.currentLevel.map.GetUpperBound(0);
}
for (int i = minX; i <= maxX; i++)
{
for (int j = minY; j <= maxY; j++)
{
if (j - targetSquare.Y > i - targetSquare.X + radius || // 10 - 10 > 10 - 11 + 1
j - targetSquare.Y > -1 * (i - targetSquare.X) + radius || // 10 - 10 > -10 + 11 + 1
j - targetSquare.Y < i - targetSquare.X - radius || // 10 - 10 < 10 - 11 - 1
j - targetSquare.Y < -1 * (i - targetSquare.X) - radius || // 10 - 10 < -10 + 11 - 1
(i == targetSquare.X && j == targetSquare.Y))
{
continue;
}
Demo.Mob tgt = Demo.currentLevel.checkPos(i, j);
if (tgt != null && user.fov.sight[j, i] > 0)
{
if (hitsAllies == false && tgt.friendly == user.friendly)
{
continue;
}
Point o_tgt = new Point(tgt.o_pos.X, tgt.o_pos.Y);
Point tgt_pos = new Point(tgt.pos.X, tgt.pos.Y);
tgt.health = tgt.health - this.damage;
bool didKill = false;
if (!Demo.currentLevel.o_entities.ContainsKey(o_tgt))
{
didKill = true;
}
damages.Add(tgt_pos, this.damage);
kills.Add(tgt_pos, didKill);
}
}
}
return(new SkillResult(damages, kills));
}
/*{
* Dictionary<Cell, int> damages = new Dictionary<Cell, int>();
* Dictionary<Cell, bool> kills = new Dictionary<Cell, bool>();
* Demo.Mob tgt = Demo.checkPos(targetSquare.x - radius, targetSquare.y);
* if (tgt != null)
* {
* Cell o_tgt = new Cell(tgt.o_pos.x, tgt.o_pos.y);
* Cell tgt_pos = new Cell(tgt.pos.x, tgt.pos.y);
* tgt.health = tgt.health - this.damage;
* bool didKill = false;
* if (!Demo.o_entities.ContainsKey(o_tgt))
* didKill = true;
* damages.Add(tgt_pos, this.damage);
* kills.Add(tgt_pos, didKill);
* }
* tgt = Demo.checkPos(targetSquare.x + radius, targetSquare.y);
* if (tgt != null)
* {
* Cell o_tgt = new Cell(tgt.o_pos.x, tgt.o_pos.y);
* Cell tgt_pos = new Cell(tgt.pos.x, tgt.pos.y);
* tgt.health = tgt.health - this.damage;
* bool didKill = false;
* if (!Demo.o_entities.ContainsKey(o_tgt))
* didKill = true;
* damages.Add(tgt_pos, this.damage);
* kills.Add(tgt_pos, didKill);
* }
* tgt = Demo.checkPos(targetSquare.x, targetSquare.y - radius);
* if (tgt != null)
* {
* Cell o_tgt = new Cell(tgt.o_pos.x, tgt.o_pos.y);
* Cell tgt_pos = new Cell(tgt.pos.x, tgt.pos.y);
* tgt.health = tgt.health - this.damage;
* bool didKill = false;
* if (!Demo.o_entities.ContainsKey(o_tgt))
* didKill = true;
* damages.Add(tgt_pos, this.damage);
* kills.Add(tgt_pos, didKill);
* }
* tgt = Demo.checkPos(targetSquare.x, targetSquare.y + radius);
* if (tgt != null)
* {
* Cell o_tgt = new Cell(tgt.o_pos.x, tgt.o_pos.y);
* Cell tgt_pos = new Cell(tgt.pos.x, tgt.pos.y);
* tgt.health = tgt.health - this.damage;
* bool didKill = false;
* if (!Demo.o_entities.ContainsKey(o_tgt))
* didKill = true;
* damages.Add(tgt_pos, this.damage);
* kills.Add(tgt_pos, didKill);
* }
* return new SkillResult(damages, kills);
* }*/
case SkillAreaKind.Burst:
{
Dictionary <Point, int> damages = new Dictionary <Point, int>();
Dictionary <Point, bool> kills = new Dictionary <Point, bool>();
//assuming targetSquare of 10, 11 and radius 1:
int minX = targetSquare.X - radius; // 9
if (minX < 0)
{
minX = 0;
}
int minY = targetSquare.Y - radius; // 10
if (minY < 0)
{
minY = 0;
}
int maxX = targetSquare.X + radius; // 11
if (maxX > Demo.currentLevel.map.GetUpperBound(1))
{
maxX = Demo.currentLevel.map.GetUpperBound(1);
}
int maxY = targetSquare.Y + radius; // 12
if (maxY > Demo.currentLevel.map.GetUpperBound(0))
{
maxY = Demo.currentLevel.map.GetUpperBound(0);
}
for (int i = minX; i <= maxX; i++)
{
for (int j = minY; j <= maxY; j++)
{
if (j - targetSquare.Y > i - targetSquare.X + radius || // 10 - 10 > 10 - 11 + 1
j - targetSquare.Y > -1 * (i - targetSquare.X) + radius || // 10 - 10 > -10 + 11 + 1
j - targetSquare.Y < i - targetSquare.X - radius || // 10 - 10 < 10 - 11 - 1
j - targetSquare.Y < -1 * (i - targetSquare.X) - radius) // 10 - 10 < -10 + 11 - 1
{
continue;
}
Demo.Mob tgt = Demo.currentLevel.checkPos(i, j);
if (tgt != null && user.fov.sight[j, i] > 0)
{
if (hitsAllies == false && tgt.friendly == user.friendly)
{
continue;
}
Point o_tgt = new Point(tgt.o_pos.X, tgt.o_pos.Y);
Point tgt_pos = new Point(tgt.pos.X, tgt.pos.Y);
tgt.health = tgt.health - this.damage;
bool didKill = false;
if (!Demo.currentLevel.o_entities.ContainsKey(o_tgt))
{
didKill = true;
}
damages.Add(tgt_pos, this.damage);
kills.Add(tgt_pos, didKill);
}
}
}
return(new SkillResult(damages, kills));
}
case SkillAreaKind.Spray:
{
Dictionary <Point, int> damages = new Dictionary <Point, int>();
Dictionary <Point, bool> kills = new Dictionary <Point, bool>();
//assuming targetSquare of 10, 11 and radius 2:
int minX = targetSquare.X - (radius - 1); // 8
if (minX < 0)
{
minX = 0;
}
int minY = targetSquare.Y - (radius - 1); // 9
if (minY < 0)
{
minY = 0;
}
int maxX = targetSquare.X + (radius - 1); // 12
if (maxX > Demo.currentLevel.map.GetUpperBound(1))
{
maxX = Demo.currentLevel.map.GetUpperBound(1);
}
int maxY = targetSquare.Y + (radius - 1); // 13
if (maxY > Demo.currentLevel.map.GetUpperBound(0))
{
maxY = Demo.currentLevel.map.GetUpperBound(0);
}
if (targetSquare.Y == user.y && targetSquare.X == user.x)
{
minY++;
maxY++;
}
for (int i = minX; i <= maxX; i++)
{
for (int j = minY; j <= maxY; j++)
{
if (targetSquare.Y == user.y && targetSquare.X == user.x)
{
if (j - targetSquare.Y > radius + 1 ||
j - targetSquare.Y < i - targetSquare.X + 1 ||
j - targetSquare.Y < -1 * (i - targetSquare.X) + 1 ||
(i == targetSquare.X && j == targetSquare.Y))
{
continue;
}
}
else if (targetSquare.Y - user.y >= user.x - targetSquare.X && targetSquare.Y - user.y >= targetSquare.X - user.x)
{
if (j - targetSquare.Y > radius ||
j - targetSquare.Y < i - targetSquare.X ||
j - targetSquare.Y < -1 * (i - targetSquare.X)) //|| //+ 1
// (i == targetSquare.x && j == targetSquare.y))
{
continue;
}
}
else if (user.y - targetSquare.Y >= user.x - targetSquare.X && user.y - targetSquare.Y >= targetSquare.X - user.x)
{
if (j - targetSquare.Y < -1 * radius ||
j - targetSquare.Y > i - targetSquare.X ||
j - targetSquare.Y > -1 * (i - targetSquare.X)) //|| //- 1
// (i == targetSquare.x && j == targetSquare.y))
{
continue;
}
}
else if (targetSquare.X - user.x > user.y - targetSquare.Y && targetSquare.X - user.x > targetSquare.Y - user.y)
{
if (i - targetSquare.X > radius ||
i - targetSquare.X < j - targetSquare.Y ||
i - targetSquare.X < -1 * (j - targetSquare.Y)) //|| //+ 1
// (i == targetSquare.x && j == targetSquare.y))
{
continue;
}
}
else if (user.x - targetSquare.X > user.y - targetSquare.Y && user.x - targetSquare.X > targetSquare.Y - user.y)
{
if (i - targetSquare.X < -1 * radius ||
i - targetSquare.X > j - targetSquare.Y ||
i - targetSquare.X > -1 * (j - targetSquare.Y)) //- 1
// (i == targetSquare.x && j == targetSquare.y))
{
continue;
}
}
Demo.Mob tgt = Demo.currentLevel.checkPos(i, j);
if (tgt != null && user.fov.sight[j, i] > 0)
{
if (hitsAllies == false && tgt.friendly == user.friendly)
{
continue;
}
Point o_tgt = new Point(tgt.o_pos.X, tgt.o_pos.Y);
Point tgt_pos = new Point(tgt.pos.X, tgt.pos.Y);
tgt.health = tgt.health - this.damage;
bool didKill = false;
if (!Demo.currentLevel.o_entities.ContainsKey(o_tgt))
{
didKill = true;
}
damages.Add(tgt_pos, this.damage);
kills.Add(tgt_pos, didKill);
}
}
}
return(new SkillResult(damages, kills));
}
case SkillAreaKind.SingleTarget:
default:
{
Demo.Mob tgt = Demo.currentLevel.checkPos(targetSquare.X, targetSquare.Y);
if (tgt == null)
{
return(new SkillResult());
}
if (hitsAllies == false && tgt.friendly == user.friendly)
{
return(new SkillResult());
}
if (user.fov.sight[tgt.y, tgt.x] <= 0)
{
return(new SkillResult());
}
Point o_tgt = new Point(tgt.o_pos.X, tgt.o_pos.Y);
Point tgt_pos = new Point(tgt.pos.X, tgt.pos.Y);
tgt.health = tgt.health - this.damage;
bool didKill = false;
if (!Demo.currentLevel.o_entities.ContainsKey(o_tgt))
{
didKill = true;
}
return(new SkillResult(new Dictionary <Point, int>()
{
{ tgt_pos, this.damage }
}, new Dictionary <Point, bool>()
{
{ tgt_pos, didKill }
}));
}
}
}
public Intellect(Demo.Mob thinker)
{
this.thinker = thinker;
this.activity = MentalState.Hunting;
goals = new double[thinker.dlevel.map.GetLength(0), thinker.dlevel.map.GetLength(0)];
}
