|
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 atan(a/b) |
| Beta |
|
| Ceil |
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| Cosine |
Returns the cosine of an expressionTree |
| Division |
Divides two expressionTrees. |
| Exponent |
Returns the exponent of the value of an expressionTree. |
| Floor |
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| Ifs |
This is not really at all an implementation of an IFS fractal. |
| Invert |
1/x |
| Mandel |
An implementation of the mandelbrot set. |
| Maximum |
Returns the maximum value of two expressionTrees. |
| Minimum |
Returns the minimum value from two expressionTrees. |
| Multiplication |
Multiplication |
| Mux3 |
3 Input Multiplexer |
| Mux5 |
5 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 |