RaylibVector4Ext class
Methods
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debug(bool v)
→ void
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Enables or disables debug logging for this module.
inherited
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debugError(String message)
→ void
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Logs
message at error level if debug is enabled and message passes all filters.
inherited
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debugFilter(bool filter(String))
→ void
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Adds a predicate that gates debug output. Only messages satisfying at least one filter are logged.
inherited
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debugInfo(String message)
→ void
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Logs
message at info level if debug is enabled and message passes all filters.
inherited
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debugTime(bool v)
→ void
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Enables or disables per-call timing output alongside debug logs.
inherited
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debugWarn(String message)
→ void
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Logs
message at warn level if debug is enabled and message passes all filters.
inherited
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disableSync<T>(T f())
→ T
-
Executes
f with RaylibTemp syncing temporarily disabled,
restoring the previous sync state afterward.
inherited
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dispose()
→ void
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Calls all registered onDispose callbacks and clears them.
inherited
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disposeStructWithOpFreed<D extends RaylibStruct<D>>(D struct, void fn(StructPointer<D> ptr))
→ void
-
Disposes
struct, invokes fn with its underlying pointer, and then frees
the temporary allocation backing the pointer, if any.
inherited
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disposeStructWithOpUnslotted<D extends RaylibStruct<D>>(D struct, void fn(StructPointer<D> ptr))
→ void
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Disposes
struct, invokes fn with its underlying pointer, and then
unslots the temporary allocation backing the pointer, if any.
inherited
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load()
→ void
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Override to perform one-time module initialization.
inherited
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logError(Object? message)
→ void
-
inherited
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logInfo(Object? message)
→ void
-
inherited
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logWarn(Object? message)
→ void
-
inherited
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noSuchMethod(Invocation invocation)
→ dynamic
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Invoked when a nonexistent method or property is accessed.
inherited
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onDispose(void fn())
→ void
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Registers
fn to be called when this module is disposed.
inherited
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run<T>(String name(), T f())
→ T
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Executes
f, logging its label (and optionally timing it) when debug is enabled
and the label passes all filters.
inherited
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toString()
→ String
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A string representation of this object.
inherited
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Vector4Add(Vector4C v1, Vector4C v2)
→ Vector4C
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Add two vectors
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Vector4AddValue(Vector4C v, double add)
→ Vector4C
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Add value to vector components
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Vector4Distance(Vector4C v1, Vector4C v2)
→ double
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Calculate distance between two vectors
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Vector4DistanceSqr(Vector4C v1, Vector4C v2)
→ double
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Calculate square distance between two vectors
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Vector4Divide(Vector4C v1, Vector4C v2)
→ Vector4C
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Divide vector by vector
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Vector4DotProduct(Vector4C v1, Vector4C v2)
→ double
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Vectors dot product
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Vector4Equals(Vector4C p, Vector4C q)
→ bool
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Check whether two given vectors are almost equal
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Vector4Invert(Vector4C v)
→ Vector4C
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Invert the given vector
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Vector4Length(Vector4C v)
→ double
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Vector length
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Vector4LengthSqr(Vector4C v)
→ double
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Vector square length
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Vector4Lerp(Vector4C v1, Vector4C v2, double amount)
→ Vector4C
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Calculate linear interpolation between two vectors
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Vector4Max(Vector4C v1, Vector4C v2)
→ Vector4C
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Get max value for each pair of components
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Vector4Min(Vector4C v1, Vector4C v2)
→ Vector4C
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Get min value for each pair of components
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Vector4MoveTowards(Vector4C v, Vector4C target, double maxDistance)
→ Vector4C
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Move Vector towards target
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Vector4Multiply(Vector4C v1, Vector4C v2)
→ Vector4C
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Multiply vector by vector
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Vector4Negate(Vector4C v)
→ Vector4C
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Negate vector
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Vector4Normalize(Vector4C v)
→ Vector4C
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Normalize provided vector
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Vector4One()
→ Vector4C
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Get vector one
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Vector4Scale(Vector4C v, double scale)
→ Vector4C
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Scale vector components by value (multiply)
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Vector4Subtract(Vector4C v1, Vector4C v2)
→ Vector4C
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Substract vectors
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Vector4SubtractValue(Vector4C v, double add)
→ Vector4C
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Substract value from vector components
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Vector4Zero()
→ Vector4C
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Get vector zero
