|
Class Summary |
| absolute |
Returns the absolute value of its parameter. |
| addition |
Adds two expressionTrees together. |
| and |
Returns the bitwise and of two expressionTrees. |
| arccos |
Returns the arccosine of an expressionTree. |
| arcsin |
Returns the arcsin of an expressionTree. |
| arctan |
Returns the arctangent of an expressionTree. |
| atan2 |
Returns the atan2 of two expressionTrees
This particular application expects all inputs and outputs on the expressionTree
to be bound to [-1.0,1.0], so this function is not actually natural atan2. |
| beta |
|
| ceil |
|
| cosine |
Returns the cosine of an expressionTree |
| division |
Divides two expressionTrees. |
| exponent |
Returns the exponent of the value of an expressionTree. |
| floor |
|
| ifs |
|
| image |
|
| invert |
Inverts the value of an expressionTree (for instance 1/x). |
| mandel |
Returns a value based on a mandelbrot set. |
| maximum |
Returns the maximum value of two expressionTrees. |
| minimum |
Returns the minimum value from two expressionTrees. |
| multiplication |
Multiplies two expressionTrees. |
| mux |
5 Input Multiplexer |
| mux3 |
3 Input Multiplexer |
| noise |
Returns the value of a point in a 3 dimensional noise field. |
| not |
|
| operatorList |
Creates a list of the currently available operators. |
| or |
|
| remainder |
|
| rint |
|
| sine |
Caluclates the sine of an expressionTree's value. |
| subtraction |
Subtracts one expressionTrees from another. |
| warpednoise |
Returns the value of a point in a 3 dimensional noise field. |
| xor |
Returns the exclusive-or function for two expressionTrees
This particular application expects all inputs and outputs on the expressionTree
to be bound to [-1.0,1.0], so this function is not actually natural xor. |