Transform the specified matrix to world space with this transformation.

Return the inverse of this quaternion. * This method makes no assumptions about the quaternion's magnitude. * If converting a unit-length quatern

Return the inverse of this normalized quaternion. * This method assumes that the quaternion is of unit length. This * greatly simplifies the calc

Transform the specified matrix to object space. * This returns what the specified matrix would be in this transformation's * coordinate frame. Th

Transform the specified matrix from object to world space. * This returns what the specified matrix would be in this transformation's * coordinat

Convert this transformation into a 4x4 homogeneous-coordinate matrix.

Convert the inverse of this transformation into a 4x4 homogeneous-coordinate matrix.

Return the transpose of this matrix.

Create a triangle interface for the specified mesh shape.

######################################################################################### Start Om Math Namespace

######################################################################################### Start Om Language Namespace

Create an Optional object that stores a 'void' type.

Create a new path renderer state.

Transform the specified plane into object space. * This method rotates the normal of the plane into the new coordinate frame * and calculates a n

Transform the specified plane into world space. * This method rotates the normal of the plane into the new coordinate frame * and calculates a ne

Return the maximum number of primitives that can be part of a leaf node in this BVH.

Create a new QEM vertex with the specified error metric matrix.

Return the inverse of this quaternion. * This method makes no assumptions about the quaternion's magnitude. * If inverting a unit-length quaterni

Return the inverse of this normalized quaternion. * This method assumes that the quaternion is of unit length. This * greatly simplifies the calc

Return a normalized version of this quaternion. * This method normalizes this quaternion by dividing * each component by the quaternion's magnitu

Multiply this quaternion and another quaternion. * This operation, like matrix multiplication, is not commutative. */

Add this quaternion to another and return the result. * This method adds another quaternion to this one, component-wise, * and returns this addit

Subtract a quaternion from this quaternion component-wise and return the result. * This method subtracts another quaternion from this one, component-w

Divide every component of this quaternion by a value and return the result. * This method divides every component of the quaternion by the value param

Create a random variable with a default initial seed value derived from the current system time.

Return the representation type for this directional IR.

Create a new resource ID which doesn't point to a valid resource.

Call this function and return its return value. * Calling a NULL function object will cause an assertion to be raised. */

Call this function and return its return value. * Calling a NULL function object will cause an assertion to be raised. */

Call this function and return its return value. * Calling a NULL function object will cause an assertion to be raised. */

Call this function and return its return value. * Calling a NULL function object will cause an assertion to be raised. */

Call this function and return its return value. * Calling a NULL function object will cause an assertion to be raised. */

Call this function and return its return value. * Calling a NULL function object will cause an assertion to be raised. */

Call this function and return its return value. * Calling a NULL function object will cause an assertion to be raised. */

Call this function and return its return value. * Calling a NULL function object will cause an assertion to be raised. */

Call this function and return its return value. * Calling a NULL function object will cause an assertion to be raised. */

Call this function and return its return value. * Calling a NULL function object will cause an assertion to be raised. */

Call this function and return its return value. * Calling a NULL function object will cause an assertion to be raised. */

Create a new SIMD array with all elements equal to the specified value.

Create a new SIMD scalar with all elements equal to the specified value.

Compare two SIMD arrays component-wise for inequality.

Compare two 4D SIMD scalars component-wise for inequality

Perform a component-wise less-than comparison between this an another SIMD array.

Perform a component-wise less-than comparison between this an another 4D SIMD scalar.

Perform a component-wise less-than-or-equal-to comparison between this an another SIMD array.

Perform a component-wise less-than-or-equal-to comparison between this an another 4D SIMD scalar.

Compare two SIMD arrays component-wise for equality.

Compare two 4D SIMD scalars component-wise for equality.

Perform a component-wise greater-than comparison between this an another SIMD array.

Perform a component-wise greater-than comparison between this an another 4D SIMD scalar.

Perform a component-wise greater-than-or-equal-to comparison between this an another SIMD array.

Perform a component-wise greater-than-or-equal-to comparison between this an another 4D SIMD scalar.

Transform a 3D point by this transformation.

Transform a 3D vector by this transformation, neglecting the translation.