private static List <TerrainDisparity> CalculateAllCoverDisparities(
HumanoidVantage strategizer,
List <HumanoidVantage> enemyVantages,
Vector3 location
)
{
List <TerrainDisparity> totalDisparity = new List <TerrainDisparity>();
Projectile stratWeaponThreat = strategizer.GetWeaponThreat();
Vector3 standingAtEnd = location.AddY(strategizer.GetStandingHeight());
Vector3 kneelingAtEnd = location.AddY(strategizer.GetKneelingHeight());
Vector3 layingAtEnd = location.AddY(strategizer.GetLayingHeight());
foreach (HumanoidVantage enemyVantage in enemyVantages)
{
Projectile enemyWeaponThreat = enemyVantage.GetWeaponThreat();
Vector3 enemyStanding = enemyVantage.GetStandingVantage();
Vector3 enemyKneeling = enemyVantage.GetKneelingVantage();
Vector3 enemyLaying = enemyVantage.GetLayingVantage();
TerrainDisparity topToTopDisp =
EnvironmentPhysics.CalculateTerrainDisparityBetween(
stratWeaponThreat,
enemyWeaponThreat,
standingAtEnd,
enemyStanding
);
totalDisparity.Add(topToTopDisp);
}
return(totalDisparity);
}
private void SetPositions(Rect screenRect, bool convertToWorldSpace)
{
Vector3 topBorderPosition = new Vector3(screenRect.x + screenRect.width / 2f, screenRect.yMax);
Vector3 bottomBorderPosition = new Vector3(screenRect.x + screenRect.width / 2f, screenRect.y);
Vector3 leftBorderPosition = new Vector3(screenRect.x, screenRect.y + screenRect.height / 2f);
Vector3 rightBorderPosition = new Vector3(screenRect.xMax, screenRect.y + screenRect.height / 2f);
if (convertToWorldSpace)
{
topBorderPosition = Camera.ScreenToWorldPoint(!Camera.orthographic
? topBorderPosition.WithZ(PerspectiveZOffset)
: topBorderPosition);
bottomBorderPosition = Camera.ScreenToWorldPoint(!Camera.orthographic
? bottomBorderPosition.WithZ(PerspectiveZOffset)
: bottomBorderPosition);
leftBorderPosition = Camera.ScreenToWorldPoint(!Camera.orthographic
? leftBorderPosition.WithZ(PerspectiveZOffset)
: leftBorderPosition);
rightBorderPosition = Camera.ScreenToWorldPoint(!Camera.orthographic
? rightBorderPosition.WithZ(PerspectiveZOffset)
: rightBorderPosition);
}
topBorder.transform.position = topBorderPosition.AddY(Thickness / 2f);
bottomBorder.transform.position = bottomBorderPosition.AddY(-Thickness / 2f);
leftBorder.transform.position = leftBorderPosition.AddX(-Thickness / 2f);
rightBorder.transform.position = rightBorderPosition.AddX(Thickness / 2f);
}
public void add_y_test()
{
//Arrange
Vector3 input = Vector3.one;
//Act
input = input.AddY(1);
//Assert
Assert.AreEqual(1, input.x);
Assert.AreEqual(2, input.y);
Assert.AreEqual(1, input.z);
}
private void UpdateArrowVertically()
{
arrowMesh.localPosition = m_initPos.AddY(Mathf.Sin(Time.time * speed) * amplitude);
}
private void SpawnBurnParticles(Transform parent, Vector3 at, float yAdjustment = 0) => Object .Instantiate(_burnParticlesPref, parent) .With(x => x.transform.localPosition = at.AddY(yAdjustment));
public Vector3 GetStandingVantage()
{
return(centerBottom.AddY(standingHeight));
}
