public override void Run(Combat.Character character)
{
if (IntNumber != null)
{
var index = EvaluationHelper.AsInt32(character, IntNumber, null);
var value = EvaluationHelper.AsInt32(character, Value, null);
if (index != null && value != null && character.Variables.SetInteger(index.Value, false, value.Value) == false)
{
}
}
if (FloatNumber != null)
{
var index = EvaluationHelper.AsInt32(character, FloatNumber, null);
var value = EvaluationHelper.AsSingle(character, Value, null);
if (index != null && value != null && character.Variables.SetFloat(index.Value, false, value.Value) == false)
{
}
}
if (SystemIntNumber != null)
{
var index = EvaluationHelper.AsInt32(character, SystemIntNumber, null);
var value = EvaluationHelper.AsInt32(character, Value, null);
if (index != null && value != null && character.Variables.SetInteger(index.Value, true, value.Value) == false)
{
}
}
if (SystemFloatNumber != null)
{
var index = EvaluationHelper.AsInt32(character, SystemFloatNumber, null);
var value = EvaluationHelper.AsSingle(character, Value, null);
if (index != null && value != null && character.Variables.SetFloat(index.Value, true, value.Value) == false)
{
}
}
}
public override void Run(Combat.Character character)
{
Single?x = EvaluationHelper.AsSingle(character, X, null);
Single?y = EvaluationHelper.AsSingle(character, Y, null);
Vector2 cameralocation = (Vector2)character.Engine.Camera.Location;
Vector2 location = character.CurrentLocation;
if (x != null)
{
location.X = cameralocation.X + x.Value;
}
if (y != null)
{
location.Y = y.Value;
}
character.CurrentLocation = location;
}
public override void Run(Combat.Character character)
{
Single?x = EvaluationHelper.AsSingle(character, X, null);
Single?y = EvaluationHelper.AsSingle(character, Y, null);
Int32 target_id = EvaluationHelper.AsInt32(character, TargetId, Int32.MinValue);
foreach (Combat.Character target in character.GetTargets(target_id))
{
Vector2 velocity = new Vector2(0, 0);
if (x != null)
{
velocity.X = x.Value;
}
if (y != null)
{
velocity.Y = y.Value;
}
target.CurrentVelocity += velocity;
}
}
public override void Run(Combat.Character character)
{
var x = EvaluationHelper.AsSingle(character, X, null);
var y = EvaluationHelper.AsSingle(character, Y, null);
var targetId = EvaluationHelper.AsInt32(character, TargetId, int.MinValue);
foreach (var target in character.GetTargets(targetId))
{
var velocity = target.CurrentVelocity;
if (x != null)
{
velocity.X = x.Value;
}
if (y != null)
{
velocity.Y = y.Value;
}
target.CurrentVelocity = velocity;
}
}
public override void Run(Combat.Character character)
{
Int32?start = EvaluationHelper.AsInt32(character, StartRange, null);
Int32?end = EvaluationHelper.AsInt32(character, EndRange, null);
if (IntNumber != null)
{
Int32?value = EvaluationHelper.AsInt32(character, IntNumber, null);
if (value != null)
{
for (Int32 i = 0; i != character.Variables.IntegerVariables.Count; ++i)
{
if (i < start || i > end)
{
continue;
}
character.Variables.SetInteger(i, false, value.Value);
}
}
}
if (FloatNumber != null)
{
Single?value = EvaluationHelper.AsSingle(character, FloatNumber, null);
if (value != null)
{
for (Int32 i = 0; i != character.Variables.FloatVariables.Count; ++i)
{
if (i < start || i > end)
{
continue;
}
character.Variables.SetFloat(i, false, value.Value);
}
}
}
}
public override void Run(Combat.Character character)
{
var fallset = EvaluationHelper.AsInt32(character, FallSet, -1);
var velx = EvaluationHelper.AsSingle(character, XVelocity, null);
var vely = EvaluationHelper.AsSingle(character, YVelocity, null);
if (fallset == 0)
{
character.DefensiveInfo.HitDef.Fall = false;
}
else if (fallset == 1)
{
character.DefensiveInfo.HitDef.Fall = true;
}
if (velx != null)
{
character.DefensiveInfo.HitDef.FallVelocityX = velx.Value;
}
if (vely != null)
{
character.DefensiveInfo.HitDef.FallVelocityY = vely.Value;
}
}
public override void Run(Combat.Character character)
{
var angle = EvaluationHelper.AsSingle(character, NewAngleValue, character.DrawingAngle);
character.DrawingAngle = angle;
}
public override void Run(Combat.Character character)
{
var angle = EvaluationHelper.AsSingle(character, AngleAddition, 0);
character.DrawingAngle += angle;
}
public override void Run(Combat.Character character)
{
var angle = EvaluationHelper.AsSingle(character, AngleMultiplier, 1);
character.DrawingAngle *= angle;
}
protected void SetHitDefinition(Combat.Character character, Combat.HitDefinition hitdef)
{
if (character == null)
{
throw new ArgumentNullException(nameof(character));
}
if (hitdef == null)
{
throw new ArgumentNullException(nameof(hitdef));
}
var defaulthitspark = EvaluationHelper.AsInt32(character, character.BasePlayer.Constants.DefaultSparkNumber, -1);
var defaultplayerhitspark = !EvaluationHelper.IsCommon(character.BasePlayer.Constants.DefaultSparkNumber, true);
var defaultguardspark = EvaluationHelper.AsInt32(character, character.BasePlayer.Constants.DefaultGuardSparkNumber, -1);
var defaultplayerguardspark = !EvaluationHelper.IsCommon(character.BasePlayer.Constants.DefaultGuardSparkNumber, true);
hitdef.HitAttribute = HitAttribute;
hitdef.HitFlag = HitFlag;
hitdef.GuardFlag = GuardFlag;
hitdef.Targeting = Targetting;
hitdef.GroundAnimationType = HitAnimationType;
hitdef.AirAnimationType = AirHitAnimationType;
hitdef.FallAnimationType = FallHitAnimationType;
hitdef.HitPriority = Priority;
var damage = EvaluationHelper.AsPoint(character, Damage, new Point(0, 0));
hitdef.HitDamage = damage.X;
hitdef.GuardDamage = damage.Y;
var pauseshaketime = EvaluationHelper.AsPoint(character, PauseTime, new Point(0, 0));
hitdef.PauseTime = pauseshaketime.X;
hitdef.ShakeTime = pauseshaketime.Y;
var guardpauseshaketime = EvaluationHelper.AsPoint(character, GuardPauseTime, pauseshaketime);
hitdef.GuardPauseTime = guardpauseshaketime.X;
hitdef.GuardShakeTime = guardpauseshaketime.Y;
hitdef.PlayerSpark = !EvaluationHelper.IsCommon(SparkNumber, !defaultplayerhitspark);
hitdef.SparkAnimation = EvaluationHelper.AsInt32(character, SparkNumber, defaulthitspark);
hitdef.GuardPlayerSpark = !EvaluationHelper.IsCommon(GuardSparkNumber, !defaultplayerguardspark);
hitdef.GuardSparkAnimation = EvaluationHelper.AsInt32(character, GuardSparkNumber, defaultguardspark);
hitdef.SparkStartPosition = (Vector2)EvaluationHelper.AsPoint(character, SparkPosition, new Point(0, 0));
hitdef.PlayerSound = !EvaluationHelper.IsCommon(HitSound, true);
hitdef.HitSoundId = EvaluationHelper.AsSoundId(character, HitSound, SoundId.Invalid);
hitdef.GuardPlayerSound = !EvaluationHelper.IsCommon(GuardHitSound, true);
hitdef.GuardSoundId = EvaluationHelper.AsSoundId(character, GuardHitSound, SoundId.Invalid);
hitdef.GroundAttackEffect = GroundAttackEffect;
hitdef.AirAttackEffect = AirAttackEffect;
hitdef.GroundHitTime = EvaluationHelper.AsInt32(character, GroundHitTime, 0);
hitdef.DownHitTime = EvaluationHelper.AsInt32(character, DownHitTime, 0);
hitdef.GuardHitTime = EvaluationHelper.AsInt32(character, GuardHitTime, hitdef.GroundHitTime);
hitdef.AirHitTime = EvaluationHelper.AsInt32(character, AirHitTime, 20);
hitdef.GroundSlideTime = EvaluationHelper.AsInt32(character, GroundSlideTime, 0);
hitdef.GuardSlideTime = EvaluationHelper.AsInt32(character, GroundSlideTime, hitdef.GuardHitTime);
hitdef.GuardControlTime = EvaluationHelper.AsInt32(character, GuardControlTime, hitdef.GuardSlideTime);
hitdef.AirGuardControlTime = EvaluationHelper.AsInt32(character, AirGuardControlTime, hitdef.GuardControlTime);
hitdef.GuardDistance = EvaluationHelper.AsInt32(character, GuardDistance, character.BasePlayer.Constants.Attackdistance);
hitdef.YAcceleration = EvaluationHelper.AsSingle(character, VerticalAcceleration, 0.35f);
hitdef.GroundVelocity = EvaluationHelper.AsVector2(character, GroundVelocity, Vector2.Zero);
hitdef.GroundGuardVelocity = new Vector2(EvaluationHelper.AsSingle(character, GuardVelocity, hitdef.GroundVelocity.X), 0);
hitdef.AirVelocity = EvaluationHelper.AsVector2(character, AirVelocity, Vector2.Zero);
hitdef.DownVelocity = EvaluationHelper.AsVector2(character, DownVelocity, hitdef.AirVelocity);
hitdef.AirGuardVelocity = EvaluationHelper.AsVector2(character, AirGuardVelocity, hitdef.AirVelocity * new Vector2(1.5f, 0.5f));
hitdef.GroundCornerPush = EvaluationHelper.AsSingle(character, GroundCornerPushOff, hitdef.HitAttribute.HasHeight(AttackStateType.Air) ? 0.0f : hitdef.GroundGuardVelocity.X * 1.3f);
hitdef.AirCornerPush = EvaluationHelper.AsSingle(character, AirCornerPushOff, hitdef.GroundCornerPush);
hitdef.DownCornerPush = EvaluationHelper.AsSingle(character, DownCornerPushOff, hitdef.GroundCornerPush);
hitdef.GuardCornerPush = EvaluationHelper.AsSingle(character, GuardCornerPushOff, hitdef.GroundCornerPush);
hitdef.AirGuardCornerPush = EvaluationHelper.AsSingle(character, AirGuardCornerPushOff, hitdef.GroundCornerPush);
hitdef.JugglePointsNeeded = EvaluationHelper.AsInt32(character, JugglePointsNeeded, 0);
hitdef.MininumDistance = EvaluationHelper.AsPoint(character, MinimumDistance, null);
hitdef.MaximumDistance = EvaluationHelper.AsPoint(character, MaximumDistance, null);
hitdef.SnapLocation = EvaluationHelper.AsPoint(character, Snap, null);
hitdef.P1SpritePriority = EvaluationHelper.AsInt32(character, P1SpritePriority, 1);
hitdef.P2SpritePriority = EvaluationHelper.AsInt32(character, P2SpritePriority, 0);
hitdef.P1Facing = EvaluationHelper.AsInt32(character, P1Facing, 0);
hitdef.P1GetP2Facing = EvaluationHelper.AsInt32(character, P1GetP2Facing, 0);
hitdef.P2Facing = EvaluationHelper.AsInt32(character, P2Facing, 0);
hitdef.P1NewState = EvaluationHelper.AsInt32(character, P1StateNumber, null);
hitdef.P2NewState = EvaluationHelper.AsInt32(character, P2StateNumber, null);
hitdef.P2UseP1State = EvaluationHelper.AsBoolean(character, P2GetP1StateNumber, true);
hitdef.ForceStand = EvaluationHelper.AsBoolean(character, ForceStand, hitdef.GroundVelocity.Y != 0 ? true : false);
hitdef.Fall = EvaluationHelper.AsBoolean(character, Fall, false);
hitdef.AirFall = EvaluationHelper.AsBoolean(character, AirFall, hitdef.Fall);
hitdef.FallVelocityX = EvaluationHelper.AsSingle(character, FallXVelocity, null);
hitdef.FallVelocityY = EvaluationHelper.AsSingle(character, FallYVelocity, -4.5f);
hitdef.FallCanRecover = EvaluationHelper.AsBoolean(character, FallCanRecover, true);
hitdef.FallRecoverTime = EvaluationHelper.AsInt32(character, FallRecoverTime, 4);
hitdef.FallDamage = EvaluationHelper.AsInt32(character, FallDamage, 0);
hitdef.DownBounce = EvaluationHelper.AsBoolean(character, DownBounce, false);
hitdef.TargetId = EvaluationHelper.AsInt32(character, TargetId, 0);
hitdef.ChainId = EvaluationHelper.AsInt32(character, ChainId, -1);
var nochainid = EvaluationHelper.AsPoint(character, NoChainId, new Point(-1, -1));
hitdef.NoChainId1 = nochainid.X;
hitdef.NoChainId2 = nochainid.Y;
hitdef.HitOnce = EvaluationHelper.AsBoolean(character, HitOnce, hitdef.HitAttribute.HasData(new Combat.HitType(AttackClass.Throw, AttackPower.All)) ? true : false);
hitdef.CanKill = EvaluationHelper.AsBoolean(character, CanKill, true);
hitdef.CanGuardKill = EvaluationHelper.AsBoolean(character, CanGuardKill, true);
hitdef.CanFallKill = EvaluationHelper.AsBoolean(character, CanFallKill, true);
hitdef.NumberOfHits = EvaluationHelper.AsInt32(character, NumberOfHits, 1);
if (P1PowerIncrease != null)
{
var statepower = P1PowerIncrease.Evaluate(character);
if (statepower.Length > 0 && statepower[0].NumberType != NumberType.None)
{
hitdef.P1HitPowerAdjustment = statepower[0].IntValue;
}
else
{
hitdef.P1HitPowerAdjustment = (int)(hitdef.HitDamage * 0.7f);
}
if (statepower.Length > 1 && statepower[1].NumberType != NumberType.None)
{
hitdef.P1GuardPowerAdjustment = statepower[1].IntValue;
}
else
{
hitdef.P1GuardPowerAdjustment = (int)(hitdef.P1HitPowerAdjustment * 0.5f);
}
}
if (P2PowerIncrease != null)
{
var p2power = P2PowerIncrease.Evaluate(character);
if (p2power.Length > 0 && p2power[0].NumberType != NumberType.None)
{
hitdef.P2HitPowerAdjustment = p2power[0].IntValue;
}
else
{
hitdef.P2HitPowerAdjustment = (int)(hitdef.HitDamage * 0.6f);
}
if (p2power.Length > 1 && p2power[1].NumberType != NumberType.None)
{
hitdef.P2GuardPowerAdjustment = p2power[1].IntValue;
}
else
{
hitdef.P2GuardPowerAdjustment = (int)(hitdef.P2HitPowerAdjustment * 0.5f);
}
}
hitdef.PalFxTime = EvaluationHelper.AsInt32(character, PaletteColorTime, 0);
hitdef.PalFxAdd = EvaluationHelper.AsVector3(character, PaletteColorAdd, new Vector3(0, 0, 0));
hitdef.PalFxMul = EvaluationHelper.AsVector3(character, PaletteColorMultiply, new Vector3(255, 255, 255));
hitdef.PalFxBaseColor = EvaluationHelper.AsInt32(character, PaletteColor, 255) / 255.0f;
hitdef.PalFxInvert = EvaluationHelper.AsBoolean(character, PaletteColorInversion, false);
hitdef.PalFxSinAdd = EvaluationHelper.AsVector4(character, PaletteColorSineAdd, new Vector4(0, 0, 0, 1));
hitdef.EnvShakeTime = EvaluationHelper.AsInt32(character, ShakeTime, 0);
hitdef.EnvShakeFrequency = Misc.Clamp(EvaluationHelper.AsSingle(character, ShakeFrequency, 60), 0, 180);
hitdef.EnvShakeAmplitude = EvaluationHelper.AsInt32(character, ShakeAmplitude, -4);
hitdef.EnvShakePhase = EvaluationHelper.AsSingle(character, ShakePhaseOffset, hitdef.EnvShakeFrequency >= 90 ? 0 : 90);
hitdef.EnvShakeFallTime = EvaluationHelper.AsInt32(character, FallShakeTime, 0);
hitdef.EnvShakeFallFrequency = Misc.Clamp(EvaluationHelper.AsSingle(character, FallShakeFrequency, 60), 0, 180);
hitdef.EnvShakeFallAmplitude = EvaluationHelper.AsInt32(character, FallShakeAmplitude, -4);
hitdef.EnvShakeFallPhase = EvaluationHelper.AsSingle(character, FallShakePhaseOffset, hitdef.EnvShakeFallFrequency >= 90 ? 0 : 90);
}
