static int Solve2(string raw)
{
var input = Transform(raw);
var lookup = new Dictionary <string, AxialCoord>();
lookup["n"] = AxialCoord.Right;
lookup["ne"] = AxialCoord.DownRight;
lookup["se"] = AxialCoord.DownLeft;
lookup["s"] = AxialCoord.Left;
lookup["sw"] = AxialCoord.UpLeft;
lookup["nw"] = AxialCoord.UpRight;
var pos = new AxialCoord();
int max = 0;
foreach (var op in input)
{
pos += lookup[op];
var dist = AxialCoord.Distance(pos, new AxialCoord());
if (dist > max)
{
max = dist;
}
}
return(max);
}
public static bool IsAbilityUsableFrom(GameInstance game, CachedMob mob, AxialCoord from, CachedMob target,
int abilityId)
{
var ability = game.MobManager.Abilities[abilityId];
int remainingAp = mob.MobInstance.Ap - game.Pathfinder.Distance(mob.MobInstance.Coord, from);
bool withinRange = ability.Range >= from.Distance(target.MobInstance.Coord);
bool enoughAp = remainingAp >= ability.Cost;
bool notOnCooldown = game.State.Cooldowns[abilityId] == 0;
return(withinRange && enoughAp && notOnCooldown);
}
static int Solve(string raw)
{
var input = Transform(raw);
var lookup = new Dictionary <string, AxialCoord>();
lookup["n"] = AxialCoord.Right;
lookup["ne"] = AxialCoord.DownRight;
lookup["se"] = AxialCoord.DownLeft;
lookup["s"] = AxialCoord.Left;
lookup["sw"] = AxialCoord.UpLeft;
lookup["nw"] = AxialCoord.UpRight;
var pos = new AxialCoord();
foreach (var op in input)
{
pos += lookup[op];
}
var result = AxialCoord.Distance(pos, new AxialCoord());
return(result);
}