RaylibVector3Ext class

Inheritance

• Object
• RaylibModule<Raylib>
• RaylibModuleWasm
• RaylibVector3Ext

Constructors

RaylibVector3Ext(Raylib rl)

Properties

$ → RaylibTemp<RaylibBase>

See RaylibTemp.

no setter, inherited

hashCode → int

The hash code for this object.

no setter, inherited

rl → Raylib

final, inherited

rn → String

Emscripten cwrap return type for anything other than structs and void.

final, inherited

runtimeType → Type

A representation of the runtime type of the object.

no setter, inherited

rv → Null

Emscripten cwrap return type for functions returning void.

final, inherited

Vector3Add ↔ WF3<void>

Add two vectors

late, final

Vector3AddValue ↔ WF3<void>

Add vector and double value

late, final

Vector3Angle ↔ WF2<double>

Calculate angle between two vectors

late, final

Vector3Barycenter ↔ WF5<void>

Compute barycenter coordinates (u, v, w) for point p with respect to triangle (a, b, c)

late, final

Vector3Clamp ↔ WF4<void>

Clamp the components of the vector between min and max values specified by the given vectors

late, final

Vector3ClampValue ↔ WF4<void>

Clamp the magnitude of the vector between two values

late, final

Vector3CrossProduct ↔ WF3<void>

Calculate two vectors cross product

late, final

Vector3CubicHermite ↔ WF6<void>

Calculate cubic hermite interpolation between two vectors and their tangents as described in the GLTF 2.0 specification: https://registry.khronos.org/glTF/specs/2.0/glTF-2.0.html#interpolation-cubic

late, final

Vector3Distance ↔ WF2<double>

Calculate distance between two vectors

late, final

Vector3DistanceSqr ↔ WF2<double>

Calculate square distance between two vectors

late, final

Vector3Divide ↔ WF3<void>

Divide vector by vector

late, final

Vector3DotProduct ↔ WF2<double>

Calculate two vectors dot product

late, final

Vector3Equals ↔ WF2<bool>

Check whether two given vectors are almost equal

late, final

Vector3Invert ↔ WF2<void>

Invert the given vector

late, final

Vector3Length ↔ WF1<double>

Calculate vector length

late, final

Vector3LengthSqr ↔ WF1<double>

Calculate vector square length

late, final

Vector3Lerp ↔ WF4<void>

Calculate linear interpolation between two vectors

late, final

Vector3Max ↔ WF3<void>

Get max value for each pair of components

late, final

Vector3Min ↔ WF3<void>

Get min value for each pair of components

late, final

Vector3MoveTowards ↔ WF4<void>

Move Vector towards target

late, final

Vector3Multiply ↔ WF3<void>

Multiply vector by vector

late, final

Vector3Negate ↔ WF2<void>

Negate provided vector (invert direction)

late, final

Vector3Normalize ↔ WF2<void>

Normalize provided vector

late, final

Vector3One ↔ WF1<void>

Vector with components value 1.0f

late, final

Vector3OrthoNormalize ↔ WF2<void>

Orthonormalize provided vectors Makes vectors normalized and orthogonal to each other Gram-Schmidt function implementation

late, final

Vector3Perpendicular ↔ WF2<void>

Calculate one vector perpendicular vector

late, final

Vector3Project ↔ WF3<void>

Calculate the projection of the vector v1 on to v2

late, final

Vector3Reflect ↔ WF3<void>

Calculate reflected vector to normal

late, final

Vector3Refract ↔ WF4<void>

Compute the direction of a refracted ray v: normalized direction of the incoming ray n: normalized normal vector of the interface of two optical media r: ratio of the refractive index of the medium from where the ray comes to the refractive index of the medium on the other side of the surface

late, final

Vector3Reject ↔ WF3<void>

Calculate the rejection of the vector v1 on to v2

late, final

Vector3RotateByAxisAngle ↔ WF4<void>

Rotates a vector around an axis

late, final

Vector3RotateByQuaternion ↔ WF3<void>

Transform a vector by quaternion rotation

late, final

Vector3Scale ↔ WF3<void>

Multiply vector by scalar

late, final

Vector3Subtract ↔ WF3<void>

Subtract two vectors

late, final

Vector3SubtractValue ↔ WF3<void>

Subtract vector by double value

late, final

Vector3ToFloatV ↔ WF2<void>

Get Vector3 as float array

late, final

Vector3Transform ↔ WF3<void>

Transforms a Vector3 by a given Matrix

late, final

Vector3Unproject ↔ WF4<void>

Projects a Vector3 from screen space into object space

late, final

Vector3Zero ↔ WF1<void>

Vector with components value 0.0f

late, final

Methods

debug(bool v) → void

Enables or disables debug logging for this module.

inherited

debugError(String message) → void

Logs message at error level if debug is enabled and message passes all filters.

inherited

debugFilter(bool filter(String)) → void

Adds a predicate that gates debug output. Only messages satisfying at least one filter are logged.

inherited

debugInfo(String message) → void

Logs message at info level if debug is enabled and message passes all filters.

inherited

debugTime(bool v) → void

Enables or disables per-call timing output alongside debug logs.

inherited

debugWarn(String message) → void

Logs message at warn level if debug is enabled and message passes all filters.

inherited

disableSync<T>(T f()) → T

Executes f with RaylibTemp syncing temporarily disabled, restoring the previous sync state afterward.

inherited

dispose() → void

Calls all registered onDispose callbacks and clears them.

inherited

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

disposeStructWithOpUnslotted<D extends RaylibStruct<D>>(D struct, void fn(StructPointer<D> ptr)) → void

Disposes struct, invokes fn with its underlying pointer, and then unslots the temporary allocation backing the pointer, if any.

inherited

dwrap0<R>(String name) → WF0<R>

Binds a cwraped C function taking 0 arguments and returning a plain (non-struct) value.

inherited

dwrap1<R>(String name) → WF1<R>

Binds a cwraped C function taking 1 argument and returning a plain (non-struct) value.

inherited

dwrap2<R>(String name) → WF2<R>

Binds a cwraped C function taking 2 arguments and returning a plain (non-struct) value.

inherited

dwrap3<R>(String name) → WF3<R>

Binds a cwraped C function taking 3 arguments and returning a plain (non-struct) value.

inherited

dwrap4<R>(String name) → WF4<R>

Binds a cwraped C function taking 4 arguments and returning a plain (non-struct) value.

inherited

dwrap5<R>(String name) → WF5<R>

Binds a cwraped C function taking 5 arguments and returning a plain (non-struct) value.

inherited

dwrap6<R>(String name) → WF6<R>

Binds a cwraped C function taking 6 arguments and returning a plain (non-struct) value.

inherited

dwrap7<R>(String name) → WF7<R>

Binds a cwraped C function taking 7 arguments and returning a plain (non-struct) value.

inherited

dwrap8<R>(String name) → WF8<R>

Binds a cwraped C function taking 8 arguments and returning a plain (non-struct) value.

inherited

dwrap9<R>(String name) → WF9<R>

Binds a cwraped C function taking 9 arguments and returning a plain (non-struct) value.

inherited

load() → void

Override to perform one-time module initialization.

inherited

logError(Object? message) → void

inherited

logInfo(Object? message) → void

inherited

logWarn(Object? message) → void

inherited

noSuchMethod(Invocation invocation) → dynamic

Invoked when a nonexistent method or property is accessed.

inherited

onDispose(void fn()) → void

Registers fn to be called when this module is disposed.

inherited

pwrap0<X extends RType>(String name) → WF0<WasmMemoryPointer<X>>

Binds a cwraped C function taking 0 arguments and returning a pointer, wrapped as WasmMemoryPointer<X>.

inherited

pwrap1<X extends RType>(String name) → WF1<WasmMemoryPointer<X>>

Binds a cwraped C function taking 1 argument and returning a pointer, wrapped as WasmMemoryPointer<X>.

inherited

pwrap2<X extends RType>(String name) → WF2<WasmMemoryPointer<X>>

Binds a cwraped C function taking 2 arguments and returning a pointer, wrapped as WasmMemoryPointer<X>.

inherited

pwrap3<X extends RType>(String name) → WF3<WasmMemoryPointer<X>>

Binds a cwraped C function taking 3 arguments and returning a pointer, wrapped as WasmMemoryPointer<X>.

inherited

pwrap4<X extends RType>(String name) → WF4<WasmMemoryPointer<X>>

Binds a cwraped C function taking 4 arguments and returning a pointer, wrapped as WasmMemoryPointer<X>.

inherited

pwrap5<X extends RType>(String name) → WF5<WasmMemoryPointer<X>>

Binds a cwraped C function taking 5 arguments and returning a pointer, wrapped as WasmMemoryPointer<X>.

inherited

pwrap6<X extends RType>(String name) → WF6<WasmMemoryPointer<X>>

Binds a cwraped C function taking 6 arguments and returning a pointer, wrapped as WasmMemoryPointer<X>.

inherited

pwrap7<X extends RType>(String name) → WF7<WasmMemoryPointer<X>>

Binds a cwraped C function taking 7 arguments and returning a pointer, wrapped as WasmMemoryPointer<X>.

inherited

pwrap8<X extends RType>(String name) → WF8<WasmMemoryPointer<X>>

Binds a cwraped C function taking 8 arguments and returning a pointer, wrapped as WasmMemoryPointer<X>.

inherited

pwrap9<X extends RType>(String name) → WF9<WasmMemoryPointer<X>>

Binds a cwraped C function taking 9 arguments and returning a pointer, wrapped as WasmMemoryPointer<X>.

inherited

qwrap0<X extends RaylibStruct<X>>(String name) → WF0<StructPointer<X>>

Binds a cwraped C function taking 0 arguments and returning a struct pointer, wrapped as StructPointer<X>.

inherited

qwrap1<X extends RaylibStruct<X>>(String name) → WF1<StructPointer<X>>

Binds a cwraped C function taking 1 argument and returning a struct pointer, wrapped as StructPointer<X>.

inherited

qwrap2<X extends RaylibStruct<X>>(String name) → WF2<StructPointer<X>>

Binds a cwraped C function taking 2 argument and returning a struct pointer, wrapped as StructPointer<X>.

inherited

qwrap3<X extends RaylibStruct<X>>(String name) → WF3<StructPointer<X>>

Binds a cwraped C function taking 3 argument and returning a struct pointer, wrapped as StructPointer<X>.

inherited

qwrap4<X extends RaylibStruct<X>>(String name) → WF4<StructPointer<X>>

Binds a cwraped C function taking 4 argument and returning a struct pointer, wrapped as StructPointer<X>.

inherited

qwrap5<X extends RaylibStruct<X>>(String name) → WF5<StructPointer<X>>

Binds a cwraped C function taking 5 argument and returning a struct pointer, wrapped as StructPointer<X>.

inherited

qwrap6<X extends RaylibStruct<X>>(String name) → WF6<StructPointer<X>>

Binds a cwraped C function taking 6 argument and returning a struct pointer, wrapped as StructPointer<X>.

inherited

qwrap7<X extends RaylibStruct<X>>(String name) → WF7<StructPointer<X>>

Binds a cwraped C function taking 7 argument and returning a struct pointer, wrapped as StructPointer<X>.

inherited

qwrap8<X extends RaylibStruct<X>>(String name) → WF8<StructPointer<X>>

Binds a cwraped C function taking 8 argument and returning a struct pointer, wrapped as StructPointer<X>.

inherited

qwrap9<X extends RaylibStruct<X>>(String name) → WF9<StructPointer<X>>

Binds a cwraped C function taking 9 argument and returning a struct pointer, wrapped as StructPointer<X>.

inherited

run<T>(String name(), T f()) → T

Executes f, logging its label (and optionally timing it) when debug is enabled and the label passes all filters.

inherited

swrap0(String name) → WF1<void>

Binds a cwraped C function taking 0 arguments that returns a struct via the WASM structure-return (sret) convention.

inherited

swrap1(String name) → WF2<void>

Binds a cwraped C function taking 1 argument that returns a struct via the WASM structure-return (sret) convention.

inherited

swrap2(String name) → WF3<void>

Binds a cwraped C function taking 2 arguments that returns a struct via the WASM structure-return (sret) convention.

inherited

swrap3(String name) → WF4<void>

Binds a cwraped C function taking 3 arguments that returns a struct via the WASM structure-return (sret) convention.

inherited

swrap4(String name) → WF5<void>

Binds a cwraped C function taking 4 arguments that returns a struct via the WASM structure-return (sret) convention.

inherited

swrap5(String name) → WF6<void>

Binds a cwraped C function taking 5 arguments that returns a struct via the WASM structure-return (sret) convention.

inherited

swrap6(String name) → WF7<void>

Binds a cwraped C function taking 6 arguments that returns a struct via the WASM structure-return (sret) convention.

inherited

swrap7(String name) → WF8<void>

Binds a cwraped C function taking 7 arguments that returns a struct via the WASM structure-return (sret) convention.

inherited

swrap8(String name) → WF9<void>

Binds a cwraped C function taking 8 arguments that returns a struct via the WASM structure-return (sret) convention.

inherited

symbol<X extends RType>(String name) → WasmMemoryPointer<X>

Resolves a global symbol exported by the WASM module and wraps its address as a WasmMemoryPointer.

inherited

toString() → String

A string representation of this object.

inherited

Operators

operator ==(Object other) → bool

The equality operator.

inherited