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•	org.maloi.evolvo.expressiontree.operators.* (32)	•	org.maloi.evolvo.expressiontree.renderer.* (3)
•	org.maloi.evolvo.expressiontree.utilities.* (6)	•	org.maloi.evolvo.expressiontree.vm.* (3)

• org.maloi.evolvo.expressiontree: Javadoc index of package org.maloi.evolvo.expressiontree.


Package Samples:

• org.maloi.evolvo.expressiontree.operators
• org.maloi.evolvo.expressiontree.renderer
• org.maloi.evolvo.expressiontree.utilities
• org.maloi.evolvo.expressiontree.vm

Classes:

• ExpressionTreeGenerator: Creates a randomly generated symbolic expression and places it in an expressionTree. The generation process is influenced by several parameters contain in a globalSettings object. The most significant are the properties "complexity," "depreciation," and "variable.probability." The complexity value determines how likely the node being produced is to be a terminal node, where the lower complexity's value, the more likely it is to be terminal. Depreciation is a value that is subtracted from complexity at each level of the tree, to ensure the generation process will end within a reasonable number of ...
• Instruction: A single instruction for a simple stack machine. Yes, this is made up almost entirely of public data members. Yes, that's what I wanted. Actually, I wanted a C-style struct. But this is the closest I can get.
• ExpressionTree: Handles mathematic expressions in a tree structure, including storage, evaluation, and display. Will eventually provide the functionality to manipulate the tree as well.
• TiledRenderer: Rendered that breaks the image down to bite-sized tiles, rendering the image tile by tile until finished. Note that these tiles are not related to BufferedImage's tiles.
• VariablePackage: Keeps a list of variables available for use in an expressionTree.
• Value: Terminal node for an expressionTree that stores a double value.
• Ifs: This is not really at all an implementation of an IFS fractal.
• WarpedNoise: Returns the value of a point in a 3 dimensional noise field.
• Noise: Returns the value of a point in a 3 dimensional noise field
• Xor: Returns the exclusive-or function for two expressionTrees
• Variable: Terminal node for expressionTree that stores a variable.
• OperatorInterface: Defines the interface which all operators must implement
• Exponent: Returns the exponent of the value of an expressionTree.
• Machine: Very simple stack machine, and code for it to execute.
• OperatorList: Creates a list of the currently available operators.
• Minimum: Returns the minimum value from two expressionTrees.
• Maximum: Returns the maximum value of two expressionTrees.
• Sine: Caluclates the sine of an expressionTree's value.
• And: Returns the bitwise and of two expressionTrees.
• Absolute: Returns the absolute value of its parameter.
• Arctan: Returns the arctangent of an expressionTree.
• Arccos: Returns the arccosine of an expressionTree.
• Subtraction: Subtracts one expressionTrees from another.
• Mandel: An implementation of the mandelbrot set.
• Arcsin: Returns the arcsin of an expressionTree.

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