ExpressionFunctions Class
Definition
Important
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Class ExpressionFunctions.
public static class ExpressionFunctionstype ExpressionFunctions = classPublic Class ExpressionFunctions- Inheritance
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ExpressionFunctions
Methods
| Abs(ScalarNode) |
Returns the absolute value of the specified input. For vectors, the absolute value of each subchannel is returned. |
| Abs(Vector2Node) |
Returns the absolute value of the specified input. For vectors, the absolute value of each subchannel is returned. |
| Abs(Vector3Node) |
Returns the absolute value of the specified input. For vectors, the absolute value of each subchannel is returned. |
| Abs(Vector4Node) |
Returns the absolute value of the specified input. For vectors, the absolute value of each subchannel is returned. . |
| ACos(ScalarNode) |
Returns the angle (in radians) whose cosine is the specified number. |
| And(BooleanNode, BooleanNode) |
Performs a logical AND operation on two boolean values as: val1 && val2. |
| ASin(ScalarNode) |
Returns the angle (in radians) whose sine is the specified number. |
| ATan(ScalarNode) |
Returns the angle (in radians) whose tangent is the specified number. |
| Ceil(ScalarNode) |
Returns the smallest integral value that is greater than or equal to the specified value. |
| Clamp(ScalarNode, ScalarNode, ScalarNode) |
Restricts a value to be within a specified range. For vectors, each subchannel is clamped. |
| Clamp(Vector2Node, Vector2Node, Vector2Node) |
Restricts a value to be within a specified range. For vectors, each subchannel is clamped. |
| Clamp(Vector3Node, Vector3Node, Vector3Node) |
Restricts a value to be within a specified range. For vectors, each subchannel is clamped. |
| Clamp(Vector4Node, Vector4Node, Vector4Node) |
Restricts a value to be within a specified range. For vectors, each subchannel is clamped. |
| ColorHsl(ScalarNode, ScalarNode, ScalarNode) |
Creates a color in the HSL format. |
| ColorLerp(ColorNode, ColorNode, ScalarNode) |
Linearly interpolates between two colors in the default color space. |
| ColorLerpHsl(ColorNode, ColorNode, ScalarNode) |
Linearly interpolates between two colors in the HSL color space. |
| ColorLerpRgb(ColorNode, ColorNode, ScalarNode) |
Linearly interpolates between two colors in the RBG color space. |
| ColorRgb(ScalarNode, ScalarNode, ScalarNode, ScalarNode) |
Creates a Color in the ARGB format. |
| Concatenate(QuaternionNode, QuaternionNode) |
Concatenates two Quaternions; the result represents the first rotation followed by the second rotation. |
| Conditional(BooleanNode, ColorNode, ColorNode) |
Returns one of two values, depending on the value of the boolean condition. |
| Conditional(BooleanNode, Matrix3x2Node, Matrix3x2Node) |
Returns one of two values, depending on the value of the boolean condition. |
| Conditional(BooleanNode, Matrix4x4Node, Matrix4x4Node) |
Returns one of two values, depending on the value of the boolean condition. |
| Conditional(BooleanNode, QuaternionNode, QuaternionNode) |
Returns one of two values, depending on the value of the boolean condition. |
| Conditional(BooleanNode, ScalarNode, ScalarNode) |
Returns one of two values, depending on the value of the boolean condition. |
| Conditional(BooleanNode, Vector2Node, Vector2Node) |
Returns one of two values, depending on the value of the boolean condition. |
| Conditional(BooleanNode, Vector3Node, Vector3Node) |
Returns one of two values, depending on the value of the boolean condition. |
| Conditional(BooleanNode, Vector4Node, Vector4Node) |
Returns one of two values, depending on the value of the boolean condition. |
| Cos(ScalarNode) |
Returns the cosine of the specified angle (in radians). |
| CreateMatrix4x4FromAxisAngle(Vector3Node, ScalarNode) |
Creates a matrix that rotates around an arbitrary vector. |
| CreateQuaternionFromAxisAngle(Vector3Node, ScalarNode) |
Creates a quaternion that rotates around an arbitrary vector. |
| CreateRotation(ScalarNode) |
Creates a rotation matrix using the given rotation in radians. |
| CreateScale(Vector2Node) |
Creates a scale matrix from the specified vector scale. |
| CreateScale(Vector3Node) |
Creates a scale matrix from the specified vector scale. |
| CreateSkew(ScalarNode, ScalarNode, Vector2Node) |
Creates a skew matrix from the specified angles in radians. |
| CreateTranslation(Vector2Node) |
Creates a translation matrix from the specified vector. |
| CreateTranslation(Vector3Node) |
Creates a translation matrix from the specified vector. |
| Distance(ScalarNode, ScalarNode) |
Returns the distance between two vectors as: sqrt((x1-x2)^2 + (y1-y2)^2 + ...). |
| Distance(Vector2Node, Vector2Node) |
Returns the distance between two vectors as: sqrt((x1-x2)^2 + (y1-y2)^2 + ...). |
| Distance(Vector3Node, Vector3Node) |
Returns the distance between two vectors as: sqrt((x1-x2)^2 + (y1-y2)^2 + ...). |
| Distance(Vector4Node, Vector4Node) |
Returns the distance between two vectors as: sqrt((x1-x2)^2 + (y1-y2)^2 + ...). |
| DistanceSquared(ScalarNode, ScalarNode) |
Returns the squared distance between two vectors as: ((x1-x2)^2 + (y1-y2)^2 + ...). |
| DistanceSquared(Vector2Node, Vector2Node) |
Returns the squared distance between two vectors as: ((x1-x2)^2 + (y1-y2)^2 + ...). |
| DistanceSquared(Vector3Node, Vector3Node) |
Returns the squared distance between two vectors as: ((x1-x2)^2 + (y1-y2)^2 + ...). |
| DistanceSquared(Vector4Node, Vector4Node) |
Returns the squared distance between two vectors as: ((x1-x2)^2 + (y1-y2)^2 + ...). |
| Floor(ScalarNode) |
Returns the largest integer less than or equal to the specified value. |
| Inverse(Matrix3x2Node) |
Returns the inverse of the specified matrix. |
| Inverse(Matrix4x4Node) |
Returns the inverse of the specified matrix. |
| Length(QuaternionNode) |
Returns the length of the vector as: sqrt(x^2 + y^2 + ...). |
| Length(ScalarNode) |
Returns the length of the vector as: sqrt(x^2 + y^2 + ...). |
| Length(Vector2Node) |
Returns the length of the vector as: sqrt(x^2 + y^2 + ...). |
| Length(Vector3Node) |
Returns the length of the vector as: sqrt(x^2 + y^2 + ...). |
| Length(Vector4Node) |
Returns the length of the vector as: sqrt(x^2 + y^2 + ...). |
| LengthSquared(QuaternionNode) |
Returns the squared length of the vector as: (x^2 + y^2 + ...). |
| LengthSquared(ScalarNode) |
Returns the squared length of the vector as: (x^2 + y^2 + ...). |
| LengthSquared(Vector2Node) |
Returns the squared length of the vector as: (x^2 + y^2 + ...). |
| LengthSquared(Vector3Node) |
Returns the squared length of the vector as: (x^2 + y^2 + ...). |
| LengthSquared(Vector4Node) |
Returns the squared length of the vector as: (x^2 + y^2 + ...). |
| Lerp(ScalarNode, ScalarNode, ScalarNode) |
Linearly interpolates between two vectors as: Output.x = x1 + (x2-x1)*progress. |
| Lerp(Vector2Node, Vector2Node, ScalarNode) |
Linearly interpolates between two vectors as: Output.x = x1 + (x2-x1)*progress. |
| Lerp(Vector3Node, Vector3Node, ScalarNode) |
Linearly interpolates between two vectors as: Output.x = x1 + (x2-x1)*progress. |
| Lerp(Vector4Node, Vector4Node, ScalarNode) |
Linearly interpolates between two vectors as: Output.x = x1 + (x2-x1)*progress. |
| Ln(ScalarNode) |
Returns the natural (base e) logarithm of a specified number. |
| Log10(ScalarNode) |
Returns the base 10 logarithm of a specified number. |
| Matrix3x2(ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode) |
Creates a matrix whose subchannels have the specified values. |
| Matrix4x4(Matrix3x2Node) |
Creates a 4x4 matrix from a 3x2 matrix. |
| Matrix4x4(ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode, ScalarNode) |
Creates a matrix whose subchannels have the specified values. |
| Max(ScalarNode, ScalarNode) |
Returns the maximum of two values. For vectors, the max of each subchannel is returned. |
| Max(Vector2Node, Vector2Node) |
Returns the maximum of two values. For vectors, the max of each subchannel is returned. |
| Max(Vector3Node, Vector3Node) |
Returns the maximum of two values. For vectors, the max of each subchannel is returned. |
| Max(Vector4Node, Vector4Node) |
Returns the maximum of two values. For vectors, the max of each subchannel is returned. |
| Min(ScalarNode, ScalarNode) |
Returns the minimum of two values. For vectors, the min of each subchannel is returned. |
| Min(Vector2Node, Vector2Node) |
Returns the minimum of two values. For vectors, the min of each subchannel is returned. |
| Min(Vector3Node, Vector3Node) |
Returns the minimum of two values. For vectors, the min of each subchannel is returned. |
| Min(Vector4Node, Vector4Node) |
Returns the minimum of two values. For vectors, the min of each subchannel is returned. |
| Mod(ScalarNode, ScalarNode) |
Returns the remainder resulting from dividing val1/val2. For vectors, the remainder for each subchannel is returned. |
| Mod(Vector2Node, Vector2Node) |
Returns the remainder resulting from dividing val1/val2. For vectors, the remainder for each subchannel is returned. |
| Mod(Vector3Node, Vector3Node) |
Returns the remainder resulting from dividing val1/val2. For vectors, the remainder for each subchannel is returned. |
| Mod(Vector4Node, Vector4Node) |
Returns the remainder resulting from dividing val1/val2. For vectors, the remainder for each subchannel is returned. |
| Normalize(QuaternionNode) |
Returns the normalized version of a vector. |
| Normalize(Vector2Node) |
Returns the normalized version of a vector. |
| Normalize(Vector3Node) |
Returns the normalized version of a vector. |
| Normalize(Vector4Node) |
Returns the normalized version of a vector. |
| Not(BooleanNode) |
Performs a logical NOT operation on a specified boolean value as: !val. |
| Or(BooleanNode, BooleanNode) |
Performs a logical OR operation on two boolean values as: val1 || val2. |
| Pow(ScalarNode, ScalarNode) |
Returns a specified number raised to the specified power. |
| Quaternion(ScalarNode, ScalarNode, ScalarNode, ScalarNode) |
Creates a quaternion whose subchannels have the specified values. |
| Round(ScalarNode) |
Rounds a floating point value to the nearest integral value. |
| Scale(Matrix3x2Node, ScalarNode) |
Multiply each subchannel of the specified vector/matrix by a float value. |
| Scale(Matrix4x4Node, ScalarNode) |
Multiply each subchannel of the specified vector/matrix by a float value. |
| Scale(ScalarNode, ScalarNode) |
Multiply each subchannel of the specified vector/matrix by a float value. |
| Scale(Vector2Node, ScalarNode) |
Multiply each subchannel of the specified vector/matrix by a float value. |
| Scale(Vector3Node, ScalarNode) |
Multiply each subchannel of the specified vector/matrix by a float value. |
| Scale(Vector4Node, ScalarNode) |
Multiply each subchannel of the specified vector/matrix by a float value. |
| Sin(ScalarNode) |
Returns the sine of the specified angle (in radians). |
| Slerp(QuaternionNode, QuaternionNode, ScalarNode) |
Spherically interpolates between two quaternions. |
| Sqrt(ScalarNode) |
Returns the square root of a specified number. |
| Square(ScalarNode) |
Returns the specified number multiplied by itself. |
| Tan(ScalarNode) |
Returns the tangent of the specified angle (in radians). |
| ToDegrees(ScalarNode) |
Converts an angle in radians to degrees as: val*180/PI. |
| ToRadians(ScalarNode) |
Converts an angle in degrees to radians as: val*PI/180. |
| Transform(Vector2Node, Matrix3x2Node) |
Transforms a vector by the specified matrix. |
| Transform(Vector4Node, Matrix4x4Node) |
Transforms a vector by the specified matrix. |
| Vector2(ScalarNode, ScalarNode) |
Creates a vector whose subchannels have the specified values. |
| Vector3(ScalarNode, ScalarNode, ScalarNode) |
Creates a vector whose subchannels have the specified values. |
| Vector4(ScalarNode, ScalarNode, ScalarNode, ScalarNode) |
Creates a vector whose subchannels have the specified values. |