public void Test_Swim_LaneProperty()
{
Swim aSwim = new Swim();
aSwim.Lane = 1;
Assert.AreEqual(1, aSwim.Lane);
}
public void StartBonus4(float index, float direction)
{
_swim = GetComponent <Swim>();
_swim.Speed = ((Mathf.PI * index) / 5);
_swim.RotateSpeed = 38;
_fish = new List <Transform>();
for (int i = 0; i < countFish; i++)
{
Transform _tr = Instantiate(_FishPre).transform;
_tr.position = Vector3.zero;
_tr.position = transform.position - transform.right * Distan * i;
_tr.right = transform.right;
_tr.GetComponent <FishFollowBonusControl>().SetTarget(transform, Vector3.Magnitude(transform.right * Distan * i));
_tr.GetComponent <Swim>().Speed = _swim.Speed;
_tr.GetComponent <Swim>().RotateSpeed = 38;
if (direction == 0)
{
_tr.gameObject.AddComponent <SwinRotationBonus>().a = 270;
}
else
{
_tr.gameObject.AddComponent <SwinRotationBonus>().a = 90;
}
_fish.Add(_tr);
}
Destroy(gameObject);
}
public void SetLeader(Transform _leader)
{
_trLeader = _leader;
_swimLeader = _leader.GetComponent <Swim>();
_fol = _leader.GetComponent <FishFlockLeaderControl>();
CohesionDistance = DistanceToLeader + _swimLeader.BoundCircleRadius + _swim.BoundCircleRadius;
}
public void NoClimbSpeed_NoRacialBonus()
{
// Arrange
var mockSwim = new Mock <IMovement>();
//mockSwim.Setup(c => c.BaseSpeed).Returns(null); // Redundant - the default behavior is to return null
var strength = Mock.Of <IAbilityScore>();
var mockAbilityScores = new Mock <IAbilityScoreSection>();
mockAbilityScores.Setup(abs => abs.Strength)
.Returns(strength);
var mockSpeeds = new Mock <IMovementSection>();
mockSpeeds.Setup(ms => ms.Swim)
.Returns(mockSwim.Object);
var mockCharacter = new Mock <ICharacter>();
mockCharacter.Setup(c => c.AbilityScores)
.Returns(mockAbilityScores.Object);
mockCharacter.Setup(c => c.MovementModes)
.Returns(mockSpeeds.Object);
Swim swim = new Swim(mockCharacter.Object);
// Act
var total = swim.RacialBonuses.GetTotal();
// Assert
Assert.IsTrue(swim.ArmorCheckPenaltyApplies);
Assert.AreEqual(0, total);
}
public void SetTarget(Transform leader, float distan)
{
_swimLeader = leader.GetComponent <Swim>();
_fol = leader.GetComponent <FishFollowLeaderBonusControl>();
DistanceToLeader = Vector3.Distance(transform.position, leader.position);
_swimLeader.EventRotate += Handlel_TargetFishRotateStasrt;
}
public void Test_Swim_HeatProperty()
{
Swim aSwim = new Swim();
aSwim.Heat = 1;
Assert.AreEqual(1, aSwim.Heat);
}
public void Test_Swim_GetInfo()
{
Swim aSwim = new Swim(3, 3);
string expectedResult = ($"Heat: {aSwim.Heat} | Lane: {aSwim.Lane} \n" +
$"Time Swam: {aSwim.TimeSwam.ToString(@"mm\:ss\.ff")}");
Assert.AreEqual(expectedResult, aSwim.ToString());
}
public void AddSwim()
{
Swim aSwim = new Swim();
Swims.Add(aSwim);
NumOfSwims++;
aSwim.Event = this;
}
void OnEnable()
{
_swim = GetComponent <Swim>();
_swimLeader = null;
transform.position = Vector3.zero;
transform.right = Vector3.right;
_fishControl = GetComponent <FishControl>();
_fishControl._callDie += calldie;
}
public void Test_Swim_TimeSwamProperty()
{
string expectedResult = "00:30.13";
Swim aSwim = new Swim();
aSwim.TimeSwam = TimeSpan.ParseExact(expectedResult, "mm':'ss'.'ff", null);
Assert.AreEqual(expectedResult, aSwim.TimeSwam.ToString(@"mm\:ss\.ff"));
}
public void Swim_ContsuctorWithArguments_Same()
{
//Arrange
Swim anSwim = new Swim("00:30.13", 1, 1);
//Act
string Expected_Swim_SwamTime = "00:30.13";
//Assert
Assert.AreEqual(anSwim.TimeSwam, Expected_Swim_SwamTime, "Swam time is not same!");
}
void OnEnable()
{
_fishControl = GetComponent <FishControl>();
if (gameObject.tag == "fish")
{
_fishControl._callDie += calldie;
}
_swim = GetComponent <Swim>();
TimeRotate = RotateInterval + Random.Range(-RotateIntervalRndRange, RotateIntervalRndRange);
}
public void Swim_CreatedWithInvalidInput_Exception()
{
try
{
Swim swim1 = new Swim(TimeSpan.Parse(""), 1, 1);
}
catch (FormatException e)
{
StringAssert.Contains(e.Message, "String was not recognized as a valid TimeSpan");
}
}
public void Swim_CreatedWithValidInput_Success()
{
Swim swim1 = new Swim();
swim1.Heat = 1;
swim1.Lane = 1;
Assert.AreEqual(swim1.Heat, 1);
Assert.AreEqual(swim1.Lane, 1);
Assert.AreEqual(swim1.TimeSwam, new TimeSpan());
}
public void ExceptionIsThrownWhenTimeSwamOfASwimmerIsTriedToInputWhoHasNotEnteredThatEvent()
{
//arrange
Event aEvent = new Event();
Swim aSwim = new Swim();
Registrant anotherRegisterant = new Registrant();
//act
aEvent.EnterSwimmersTime(anotherRegisterant, "1:0:0");
//assert
}
public override void ChangeMoveState()
{
if (moveBehavior.GetType() == typeof(Swim))
{
moveBehavior = new Fly();
}
else
{
moveBehavior = new Swim();
}
}
public void CorrectTimeSwamIsInputtedInSwimClass()
{
//arrange
Swim aSwim = new Swim(2, 3, "1:9:00");
//act
string expected = "1:9:00";
//assert
string actual = aSwim.TimeSwam;
Assert.AreEqual(expected, actual, "wrong");
}
public void CorrectHeatIsInputtedInSwimClass()
{
//arrange
Swim aSwim = new Swim(2, 3, "1:9:00");
//act
int expected = 2;
//assert
int actual = aSwim.Heat;
Assert.AreEqual(expected, actual, "wrong");
}
public string infoduck()
{
InfoDuck type;
Ivolar ivolar;
ivolar = new Flyaway();
string Nombre = "Mallard";
Swim s = new Swim();
string Nada = s.S();
return(Nombre);
}
public void CallBackTest()
{
//Person person = new Person();
//Swim swim = new Swim(person);
//person.Learn(swim);
//person.DoWork();
Person person = new Person(new Swim());
Swim swim = new Swim(person);
person.Learn(swim);
person.DoWork();
// Assert.AreEqual(person, swim.person);
}
public void TypeDuck(Label a, Label b, Label c, PictureBox pic)
{
IQuack quack;
Ivolar ivolar;
quack = new Quack();
ivolar = new Flyaway();
Swim s = new Swim();
a.Text = quack.TypeQuack();
b.Text = ivolar.Comportamiento();
c.Text = s.S();
quack.Typesound();
pic.Image = Properties.Resources.redhead;
}
public void FollowStart()
{
_swim = GetComponent <Swim>();
_fish = new List <Transform>();
for (int i = 0; i < countFish; i++)
{
Transform _tr = Instantiate(_FishPre).transform;
_tr.position = Vector3.zero;
_tr.position = transform.position - transform.right * Distan * i;
_tr.right = transform.right;
_tr.GetComponent <FishFollowBonusControl>().SetTarget(transform, Vector3.Magnitude(transform.right * Distan * i));
_tr.GetComponent <Swim>().Speed = _swim.Speed;
_fish.Add(_tr);
}
}
public void TypeDuck(Label a, Label b, Label c, PictureBox pic)
{
Ivolar ivolar;
IQuack quack;
Swim s = new Swim();
ivolar = new Flyaway();
quack = new Quack();
a.Text = ivolar.Comportamiento();
b.Text = quack.TypeQuack();
c.Text = s.S();
quack.Typesound();
PMallard d = new PMallard();
d.p(pic);
}
public void TypeDuck(Label a, Label b, Label c, PictureBox pic)
{
IQuack quack;
Ivolar ivolar;
quack = new Mute();
ivolar = new Nofly();
Swim s = new Swim();
a.Text = quack.TypeQuack();
b.Text = ivolar.Comportamiento();
c.Text = s.S();
Duckphotos x = new Duckphotos();
x.decoy(pic);
}
void OnEnable()
{
_checkInvisible = false;
_ani = GetComponent <Animator>();
_ani.Play(AnimationName, 0, Random.Range(0f, 1f));
_swim = GetComponent <Swim>();
if (Random.Range(0, 2) == 1)
{
_hp = Random.Range(HpMax - RndHpMax, HpMax + RndHpMax);
}
else
{
_hp = Random.Range(Hp - RndHp, Hp - RndHp);
}
}
void OnEnable()
{
_swim = GetComponent <Swim>();
_fishControl = GetComponent <FishControl>();
_tr = transform;
_fishControl._callDie += calldie;
IsRotating = true;
TimeRotate = 1;
SpeedRotate = 180;
RndForceRotate = Random.insideUnitCircle.normalized * 96;
TimeIntervalRotate = Random.Range(0.1f, 2.5f);
RotateSpdWithDirection = (Random.Range(0, 2) == 0 ? -1f : 1f) * SpeedRotate;
}
public void FollowStart()
{
UiTextSpawmControl = GameObject.Find("UITextSpawm").GetComponent <UiTextSpawmControl>();
_swim = GetComponent <Swim>();
_fish = new List <Transform>();
countFish = Random.Range(minCount, maxCount);
for (int i = 0; i < countFish; i++)
{
Transform _tr = Instantiate(_FishPre).transform;
_tr.position = Vector3.zero;
_tr.position = transform.position - transform.right * Distan * i;
_tr.right = transform.right;
_tr.GetComponent <FishFollowControl>().SetTarget(transform, Vector3.Magnitude(transform.right * Distan * i));
_tr.GetComponent <Swim>().Speed = _swim.Speed;
_fish.Add(_tr);
UiTextSpawmControl.fishCount++;
Debug.Log("Fish 1 count: " + UiTextSpawmControl.fishCount);
}
}
public override JSONObject Serialize()
{
JSONObject obj = new JSONObject();
obj.Add(cAppraise, Appraise.Serialize());
obj.Add(cBalance, Balance.Serialize());
obj.Add(cBluff, Bluff.Serialize());
obj.Add(cClimb, Climb.Serialize());
obj.Add(cConcentration, Concentration.Serialize());
obj.Add(cDecipherScript, DecipherScript.Serialize());
obj.Add(cDiplomacy, Diplomacy.Serialize());
obj.Add(cDisableDevice, DisableDevice.Serialize());
obj.Add(cDisguise, Disguise.Serialize());
obj.Add(cEscapeArtist, EscapeArtist.Serialize());
obj.Add(cForgery, Forgery.Serialize());
obj.Add(cGatherInformation, GatherInformation.Serialize());
obj.Add(cHandleAnimal, HandleAnimal.Serialize());
obj.Add(cHeal, Heal.Serialize());
obj.Add(cHide, Hide.Serialize());
obj.Add(cIntimidate, Intimidate.Serialize());
obj.Add(cJump, Jump.Serialize());
obj.Add(cListen, Listen.Serialize());
obj.Add(cMoveSilently, MoveSilently.Serialize());
obj.Add(cOpenLock, OpenLock.Serialize());
obj.Add(cRide, Ride.Serialize());
obj.Add(cSearch, Search.Serialize());
obj.Add(cSenseMotive, SenseMotive.Serialize());
obj.Add(cSleightOfHand, SleightOfHand.Serialize());
obj.Add(cSpellCraft, SpellCraft.Serialize());
obj.Add(cSpot, Spot.Serialize());
obj.Add(cSurvival, Survival.Serialize());
obj.Add(cSwim, Swim.Serialize());
obj.Add(cTumble, Tumble.Serialize());
obj.Add(cUseMagicDevice, UseMagicDevice.Serialize());
obj.Add(cUseRope, UseRope.Serialize());
return(obj);
}
// Use this for initialization
void Start()
{
startSwimTime = Time.time;
swim = GetComponent<Swim>();
}
/// <summary>Convert the SWIM component to the specified thicknesses.</summary>
/// <param name="swim">The swim component.</param>
/// <param name="thickness">The thickness to convert to.</param>
private static void SetSWIM(Swim swim, double[] thickness)
{
if (swim != null && swim.SwimSoluteParameters != null && !MathUtilities.AreEqual(thickness, swim.SwimSoluteParameters.Thickness))
{
swim.SwimSoluteParameters.NO3Exco = MapConcentration(swim.SwimSoluteParameters.NO3Exco, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.NO3Exco));
swim.SwimSoluteParameters.NO3FIP = MapConcentration(swim.SwimSoluteParameters.NO3FIP, swim.SwimSoluteParameters.Thickness, thickness, 0.0); // Making these use the LastValue causes C:/Apsim/Tests/UserRuns/WinteringSystems/BaseSimulation.sum to fail
swim.SwimSoluteParameters.NH4Exco = MapConcentration(swim.SwimSoluteParameters.NH4Exco, swim.SwimSoluteParameters.Thickness, thickness, 0.0);
swim.SwimSoluteParameters.NH4FIP = MapConcentration(swim.SwimSoluteParameters.NH4FIP, swim.SwimSoluteParameters.Thickness, thickness, 0.0);
swim.SwimSoluteParameters.UreaExco = MapConcentration(swim.SwimSoluteParameters.UreaExco, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.UreaExco));
swim.SwimSoluteParameters.UreaFIP = MapConcentration(swim.SwimSoluteParameters.UreaFIP, swim.SwimSoluteParameters.Thickness, thickness, 0.0);
swim.SwimSoluteParameters.ClExco = MapConcentration(swim.SwimSoluteParameters.ClExco, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.ClExco));
swim.SwimSoluteParameters.ClFIP = MapConcentration(swim.SwimSoluteParameters.ClFIP, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.ClFIP));
swim.SwimSoluteParameters.TracerExco = MapConcentration(swim.SwimSoluteParameters.TracerExco, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.TracerExco));
swim.SwimSoluteParameters.TracerFIP = MapConcentration(swim.SwimSoluteParameters.TracerFIP, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.TracerFIP));
swim.SwimSoluteParameters.MineralisationInhibitorExco = MapConcentration(swim.SwimSoluteParameters.MineralisationInhibitorExco, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.MineralisationInhibitorExco));
swim.SwimSoluteParameters.MineralisationInhibitorFIP = MapConcentration(swim.SwimSoluteParameters.MineralisationInhibitorFIP, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.MineralisationInhibitorFIP));
swim.SwimSoluteParameters.UreaseInhibitorExco = MapConcentration(swim.SwimSoluteParameters.UreaseInhibitorExco, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.UreaseInhibitorExco));
swim.SwimSoluteParameters.UreaseInhibitorFIP = MapConcentration(swim.SwimSoluteParameters.UreaseInhibitorFIP, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.UreaseInhibitorFIP));
swim.SwimSoluteParameters.NitrificationInhibitorExco = MapConcentration(swim.SwimSoluteParameters.NitrificationInhibitorExco, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.NitrificationInhibitorExco));
swim.SwimSoluteParameters.NitrificationInhibitorFIP = MapConcentration(swim.SwimSoluteParameters.NitrificationInhibitorFIP, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.NitrificationInhibitorFIP));
swim.SwimSoluteParameters.DenitrificationInhibitorExco = MapConcentration(swim.SwimSoluteParameters.DenitrificationInhibitorExco, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.DenitrificationInhibitorExco));
swim.SwimSoluteParameters.DenitrificationInhibitorFIP = MapConcentration(swim.SwimSoluteParameters.DenitrificationInhibitorFIP, swim.SwimSoluteParameters.Thickness, thickness, MathUtilities.LastValue(swim.SwimSoluteParameters.DenitrificationInhibitorFIP));
swim.SwimSoluteParameters.Thickness = thickness;
}
}
// Use this for initialization
void Start()
{
swim = GetComponent<Swim>();
}
public Fish()
{
Name = Fish;
MoveBehaviour = new Swim();
MakeSoundBehaviour = new Silence();
}
public static void EnterRoom(Player player, Room room, string direction = "", bool teleported = false)
{
var directionOrigin = oppositeDirection(direction, true);
var isSneaking = player.Effects?.FirstOrDefault(
x => x.Name.Equals("Sneak", StringComparison.CurrentCultureIgnoreCase)) != null;
for (int i = 0; i < room.players.Count; i++)
{
if (room.players[i].Status == Player.PlayerStatus.Sleeping)
{
continue;
}
if (teleported == false)
{
if (isSneaking)
{
HubContext.Instance.AddNewMessageToPage(player.HubGuid, $"You sneak {direction}");
break;
}
string name = Helpers.ReturnName(player, room.players[i], string.Empty);
string movement = "walks in "; // runs, hovers, crawls. Steps out of a portal, appears?
if (player.Effects?.FirstOrDefault(
x => x.Name.Equals("Fly", StringComparison.CurrentCultureIgnoreCase)) != null)
{
movement = "floats in ";
}
if ((player.Effects?.FirstOrDefault(
x => x.Name.Equals("Fly", StringComparison.CurrentCultureIgnoreCase)) == null && room.needsBoat))
{
movement = "swims in";
}
direction = oppositeDirection(direction, false);
string enterText = name + " " + movement + direction;
if (player.HubGuid != null)
{
if (player.Name != room.players[i].Name)
{
HubContext.Instance.SendToClient(enterText, room.players[i].HubGuid);
}
else
{
if (player.Status == Player.PlayerStatus.Standing)
{
if (player.Effects?.FirstOrDefault(
x => x.Name.Equals("Fly", StringComparison.CurrentCultureIgnoreCase)) != null)
{
enterText = "You float in " + direction;
}
else if ((player.Effects?.FirstOrDefault(
x => x.Name.Equals("Fly", StringComparison.CurrentCultureIgnoreCase)) ==
null && room.needsBoat))
{
enterText = "You swim in " + direction;
Swim.SwimSuccess(player,
player.Skills.FirstOrDefault(x => x.Name.Equals("Swim")).Proficiency);
}
else
{
enterText = "You walk in " + direction;
}
HubContext.Instance.AddNewMessageToPage(room.players[i].HubGuid, enterText);
}
}
}
else
{
if (room.players[i].HubGuid != null)
{
HubContext.Instance.SendToClient(enterText, room.players[i].HubGuid);
}
}
}
}
Score.UpdateUiMap(player, room.areaId, room.area.ToLower(), room.region.ToLower(), room.coords.Z = 0);
}
