Documentation
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Overview ¶
Package clg provides CLGs that implement basic behaviour leveraged in the neural network.
Note that this package defines a go generate statement to generate fully functional source code for all CLGs.
Source Files
Directories
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| Path | Synopsis |
|---|---|
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Package divide implements spec.CLG and provides the mathematical operation of division.
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Package divide implements spec.CLG and provides the mathematical operation of division. |
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Package greater implements spec.CLG and provides a method to identify which of the given numbers is greater than the other.
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Package greater implements spec.CLG and provides a method to identify which of the given numbers is greater than the other. |
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Package input implements spec.CLG and provides the entry to the neural network.
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Package input implements spec.CLG and provides the entry to the neural network. |
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Package isbetween implements spec.CLG and provides a method to identify if a given number is between a given range.
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Package isbetween implements spec.CLG and provides a method to identify if a given number is between a given range. |
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Package isgreater implements spec.CLG and provides a method to identify if the first given number is greater than the later.
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Package isgreater implements spec.CLG and provides a method to identify if the first given number is greater than the later. |
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Package islesser implements spec.CLG and provides a method to identify if the first given number is lesser than the later.
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Package islesser implements spec.CLG and provides a method to identify if the first given number is lesser than the later. |
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Package lesser implements spec.CLG and provides a method to identify which of the given numbers is lesser than the other.
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Package lesser implements spec.CLG and provides a method to identify which of the given numbers is lesser than the other. |
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Package multiply implements spec.CLG and provides the mathematical operation of multiplication.
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Package multiply implements spec.CLG and provides the mathematical operation of multiplication. |
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Package output implements spec.CLG and provides one of the two very special CLGs.
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Package output implements spec.CLG and provides one of the two very special CLGs. |
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Package pairsyntactic implements spec.CLG and provides pairing of information sequences.
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Package pairsyntactic implements spec.CLG and provides pairing of information sequences. |
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Package readinformationid implements spec.CLG and provides functionality to read the information sequence stored under a specific information ID.
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Package readinformationid implements spec.CLG and provides functionality to read the information sequence stored under a specific information ID. |
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Package readseparator implements spec.CLG and provides functionality to read a separator stored in association to a specific behaviour ID.
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Package readseparator implements spec.CLG and provides functionality to read a separator stored in association to a specific behaviour ID. |
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Package round implements spec.CLG and provides a method to round the given number using the given precision.
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Package round implements spec.CLG and provides a method to round the given number using the given precision. |
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Package splitfeatures implements spec.CLG and provides functionality to split information sequences into features.
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Package splitfeatures implements spec.CLG and provides functionality to split information sequences into features. |
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Package subtract implements spec.CLG and provides the mathematical operation of subtraction.
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Package subtract implements spec.CLG and provides the mathematical operation of subtraction. |
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Package sum implements spec.CLG and provides the mathematical operation of addition.
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Package sum implements spec.CLG and provides the mathematical operation of addition. |
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