public Weapon(IReal wielder, Specs payload, Vector3 offset)
: this(wielder, payload)
{
Angle = (float)Math.Atan2(offset.Y, offset.X);
Length = new Vector2(offset.X, offset.Y).Length();
Depth = offset.Z;
}
public Weapon(IReal wielder, Specs payload, float depth)
: this(wielder, payload)
{
Angle = 0.0f;
Length = 0.0f;
Depth = depth;
}
public MountedTurret(IReal wielder, Specs payload, Vector3 offset,
float turnSpeed, float eleSpeed)
: base(wielder, payload, offset)
{
TurnSpeed = turnSpeed;
EleSpeed = eleSpeed;
}
public MountedTurret(IReal wielder, Specs payload, float depth,
float turnSpeed, float eleSpeed)
: base(wielder, payload, depth)
{
TurnSpeed = turnSpeed;
EleSpeed = eleSpeed;
}
Check(
IReal item
)
{
ValueReferenceException.Map(
f => f.Parameter( "item" ),
f => f.Down().Parameter( "item" ),
() => Create().Check( item ) );
}
public Sprite(IReal parent)
{
Parent = parent;
Textures = new List <Rectangle>();
for (int i = 0; i < 4; i++)
{
Textures.Add(new Rectangle(i * 32, 0, 32, 32));
}
}
GetHashCode(
IReal x
)
{
NonNull.CheckParameter( x, "x" );
return
typeof( IReal ).GetHashCode()
^ x.GetValue().GetHashCode();
}
Create(
IReal value
///< - <tt>NonNull</tt>
/// - <tt>NonFractional</tt>
)
{
NonNull.CheckParameter( value, "value" );
NonFractional.CheckParameter( value, "value" );
return new DecimalInteger( value.GetValue() );
}
CheckParameter(
IReal item,
string paramName
)
{
ValueReferenceException.Map(
f => f.Up().Parameter( paramName ),
f => f.Down().Parameter( "item" ),
() => Check( item ) );
}
Equals(
IReal x,
IReal y
)
{
if( x == null && y == null ) return true;
if( x == null || y == null ) return false;
if( object.ReferenceEquals( x, y ) ) return true;
return x.GetValue() == y.GetValue();
}
Compare(
IReal x,
IReal y
)
{
if( x == null && y == null ) return 0;
if( x == null ) return -1;
if( y == null ) return 1;
if( object.ReferenceEquals( x, y ) ) return 0;
return x.GetValue().CompareTo( y.GetValue() );
}
protected void Fire(IReal shooter, Vector3 pos, Vector3 vel, Specs spec)
{
Shooter = shooter;
Position = pos;
Velocity = vel;
Specification = spec;
Gravitized = spec.Gravitized;
Elasticity = spec.Elasticity;
Aero = spec.Aero;
Active = true;
Bounces = 0;
}
public static void Fire(IReal shooter, Vector3 pos, float angle, float elevation, Specs spec)
{
// TODO: really wish this could be implemented in the manager somehow
Munition toFire;
if (Registry.MunMan.Stored.Count > 0)
{
toFire = Registry.MunMan.Stored[0];
}
else
{
toFire = new Munition();
}
toFire.Fire(shooter, pos, Gizmo.VectorFromAngles(angle, elevation, spec.MuzzleVel), spec);
Registry.MunMan.Add(toFire);
}
DividedBy(
this IReal dis,
IReal that
///< - <tt>NonZero</tt>
)
{
NonNull.CheckParameter( dis, "dis" );
NonNull.CheckParameter( that, "that" );
NonZero.CheckParameter( that, "that" );
return Create( dis.GetValue() / that.GetValue() );
}
Times(
this IReal dis,
IReal that
)
{
NonNull.CheckParameter( dis, "dis" );
NonNull.CheckParameter( that, "that" );
return Create( dis.GetValue() * that.GetValue() );
}
public Sprite(IReal parent, List <Rectangle> textures)
{
Parent = parent;
Textures = textures;
}
protected Weapon(IReal wielder, Specs payload)
{
Wielder = wielder;
Payload = payload;
}
Test_InRange(
RType< IReal > t,
IReal min,
IReal max,
bool skipout
)
{
Print( "null passes" );
t.Check( null );
Print( "Smaller fails" );
if( !skipout )
Expect(
e => RTypeException.Match( e,
(vr,f) => vr.Equals( f.Down().Parameter( "item" ) ),
rt => rt.Equals( t ) ),
() => t.Check( min.Minus( Real.Create( 1m ) ) ) );
Print( "Min passes" );
t.Check( min );
Print( "In range passes" );
t.Check( Real.Create( 10 ) );
Print( "Max passes" );
t.Check( max );
Print( "Bigger fails" );
if( !skipout )
Expect(
e => RTypeException.Match( e,
(vr,f) => vr.Equals( f.Down().Parameter( "item" ) ),
rt => rt.Equals( t ) ),
() => t.Check( max.Plus( Real.Create( 1m ) ) ) );
}
