void Move(float force)
{
if (!canMove)
{
return;
}
currentSpeed = BMath.Smoothstep1D(currentSpeed, force, col.OnGround ? accelerationGrounded : accelerationAirbone);
rb.velocity = new Vector2(currentSpeed, rb.velocity.y);
}
public void MoveHorizontally(Vector2 direction)
{
TargetSpeed = direction.x * moveSpeed;
CurrentSpeed = BMath.Smoothstep1D(CurrentSpeed, TargetSpeed, (Col.OnGround ? accelerationGrounded : accelerationAirbone) * Time.deltaTime);
Rb.velocity = new Vector2(CurrentSpeed, Rb.velocity.y);
if (direction.x > 0 && !facingRight || direction.x < 0 && facingRight)
{
Flip();
}
}
public static string sIP2IP(string sIP, IPv4Type sIPType)
{
uint numAddress = (uint)BMath.BaseNToBase10(sIP, GetBaseN(sIPType));
return(Num2IP(numAddress));
}
public static string IP2sIP(string IP, IPv4Type sIPType)
{
return(BMath.Base10ToBaseN(IP2Num(IP), GetBaseN(sIPType)));
}
public static T ModIndex <T>(this T[] arr, int index) => arr[BMath.Mod(arr.Length, index)];
public Environment()
{
Output = new Output();
EmptyArgs = new SArgs(this);
True = new LBoolean(this, true);
False = new LBoolean(this, false);
Undefined = new LUndefined(this);
Null = new LNull(this);
GlobalObject = new BGlobal(this);
GlobalEnvironment = new SLexicalEnvironment(this, new SObjectEnvironmentRecord(this, GlobalObject, false), null);
MathObject = new BMath(this);
JsonObject = new BJson(this);
ObjectConstructor = new CObject(this);
FunctionConstructor = new CFunction(this);
ArrayConstructor = new CArray(this);
StringConstructor = new CString(this);
BooleanConstructor = new CBoolean(this);
NumberConstructor = new CNumber(this);
DateConstructor = new CDate(this);
RegExpConstructor = new CRegExp(this);
ErrorConstructor = new CError(this);
EvalErrorConstructor = new CEvalError(this);
RangeErrorConstructor = new CRangeError(this);
ReferenceErrorConstructor = new CReferenceError(this);
SyntaxErrorConstructor = new CSyntaxError(this);
TypeErrorConstructor = new CTypeError(this);
UriErrorConstructor = new CUriError(this);
ObjectPrototype = new PObject(this);
FunctionPrototype = new PFunction(this);
ArrayPrototype = new PArray(this);
StringPrototype = new PString(this);
BooleanPrototype = new PBoolean(this);
NumberPrototype = new PNumber(this);
DatePrototype = new PDate(this);
RegExpPrototype = new PRegExp(this);
ErrorPrototype = new PError(this);
EvalErrorPrototype = new PEvalError(this);
RangeErrorPrototype = new PRangeError(this);
ReferenceErrorPrototype = new PReferenceError(this);
SyntaxErrorPrototype = new PSyntaxError(this);
TypeErrorPrototype = new PTypeError(this);
UriErrorPrototype = new PUriError(this);
GlobalObject.Initialize();
MathObject.Initialize();
JsonObject.Initialize();
ObjectConstructor.Initialize();
FunctionConstructor.Initialize();
ArrayConstructor.Initialize();
StringConstructor.Initialize();
BooleanConstructor.Initialize();
NumberConstructor.Initialize();
DateConstructor.Initialize();
RegExpConstructor.Initialize();
ErrorConstructor.Initialize();
EvalErrorConstructor.Initialize();
RangeErrorConstructor.Initialize();
ReferenceErrorConstructor.Initialize();
SyntaxErrorConstructor.Initialize();
TypeErrorConstructor.Initialize();
UriErrorConstructor.Initialize();
ObjectPrototype.Initialize();
FunctionPrototype.Initialize();
ArrayPrototype.Initialize();
StringPrototype.Initialize();
BooleanPrototype.Initialize();
NumberPrototype.Initialize();
DatePrototype.Initialize();
RegExpPrototype.Initialize();
ErrorPrototype.Initialize();
EvalErrorPrototype.Initialize();
RangeErrorPrototype.Initialize();
ReferenceErrorPrototype.Initialize();
SyntaxErrorPrototype.Initialize();
TypeErrorPrototype.Initialize();
UriErrorPrototype.Initialize();
}
public T SafeIndexFromBack(int ii)
{
ii = BMath.Clamp(1, Count, ii);
return(arr[BMath.Mod(arr.Length, pointer - ii)]);
}
