📄 art_doc.txt
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GetSetOutType
Given a pointer to a pattern set, returns the type of output
patterns in the set.
Arguments:
set - A pointer to a set of patterns of type setTYPE
Return Value:
NONE - When there are no output patterns
BINARY - When the output is binary
ANALOG - When the output is analog
-1 - When the set was not initialized or NULL
Syntax:
int GetSetOutType(setPTR set)
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InitNet
Given network parameters, initializes network values and allocates
spaces
Arguments:
net - A pointer to a network of type netTYPE
net_type - ART or ARTMAP
componentA - ART1 or FUZZYART
For net_type ART, this is the type of ART
network that is created.
For net_type ARTMAP, this the the ArtA network
used for ArtMap input vectors.
styleA - NONE or COMPLIMENT
componentB - ART1, FUZZYART or NONE
For net-type ARTMAP, this the the ArtB network
used for ArtMap input vectors.
styleB - NONE or COMPLIMENT
Return Value:
0 - Network successfully Initialized
1 - Invalid Network Type
2 - Invalid Art Component
3 - Invalid Style Type
4 - Invalid number or inputs or outputs (<=0)
5 - Network was already initialized
6 - Memory Allocation Failure (out of memory)
7 - When net NULL
Syntax:
int InitNet(netPTR net, int net_type,
int componentA, int styleA, int num_inputs,
int componentB, int styleB, int num_outputs)
--------------------------------------------------------------------------
InitSet
Initialize values for a new pattern set
Arguments:
set - A pointer to a set of patterns of type setTYPE
num_inputs - Number of input values
type_inputs - ANALOG or BINARY
num_outputs - Number of output values
type_outputs - ANALOG, BINARY or NONE
Return Value:
0 - Set successfully Initialized
1 - Invalid Set Types
2 - Output type NONE with non-zero number of outputs
3 - Memory Allocation Failure (out of memory)
4 - When set is NULL
Syntax:
int InitSet(setPTR set, int num_inputs, int type_inputs,
int num_outputs, int type_outputs)
--------------------------------------------------------------------------
LoadNet
Given a filename prefix, loads {filename}.net into a network
structure setting appropriate initial values.
Arguments:
net - A pointer to an initialized network of type netTYPE
file_prefix - A pointer to a character string
Return Value:
0 - When successful
1 - When file not found
2 - Memory Allocation Failure (out of memory)
3 - When net NULL
Syntax:
int LoadNet(netPTR net, char *file_prefix)
--------------------------------------------------------------------------
LoadSet
Given a pattern set pointer, and filename prefix, loads the pattern
set from {filename}.pat
Arguments:
set - A pointer to a set of patterns of type setTYPE
file_prefix - A pointer to a character string
Return Value:
0 - When successful
1 - When file not found
2 - Memory Allocation Failure (out of memory)
3 - When set NULL
Syntax:
int LoadSet(setPTR set, char *file_prefix)
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MakeSet
Given an uninitialized set pointer, the name of two files containing
data and the size and type of input and output patterns, creates a
pattern set from the data files. Each data file must have one number
per line with no blank lines between patterns.
Arguments:
set - A pointer to a set of patterns of type setTYPE
infile_name - A pointer to a file of input values
num_inputs - The number of inputs per pattern
type_inputs - The type of inputs (ANALOG or BINARY)
outfile_name - A pointer to a file of output values
num_outputs - The number of outputs per pattern
type_outputs - The type of outputs (ANALOG or BINARY)
Return errs:
0 - When successful
1 - Invalid Set Types
2 - Output type NONE with non-zero number of outputs
3 - Memory Allocation Failure (out of memory)
4 - Set is NULL
5 - Input file not found
6 - Output file not found
7 - ANALOG data given for BINARY set type
8 - ANALOG patter data not properly bounded [0 1]
9 - Input or Output Vector has only zero values
10 - WARNING: Input or Output file ended prematurely
Syntax:
int MakeSet (setPTR set,char *infile_name,
int num_inputs, int type_inputs,
char *outfile_name, int num_outputs,
int type_outputs)
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MergeSets
Given three pattern set prefixes, loads patterns using the first
two pattern sets files, merges them and saves them and saves them
using the third file prefix.
Arguments:
file1_prefix - The first file to load from {file1_prefix}.pat
file2_prefix - The second file to load from {file2_prefix}.pat
save_prefix - The file to save the merged set to {save_prefix}.pat
Return errs:
0 - When successful
1 - When input or output size is incompatible
2 - When file1 not found
3 - When file2 not found
4 - Memory Allocation Failure (out of memory)
Syntax:
int MergeSets (char *file1_prefix, char *file2_prefix,
char *save_prefix)
-------------------------------------------------------------------------
SaveNet
Given pointer to a network and a filename prefix, saves network
into {filename}.net
Arguments:
net - A pointer to an initialized network of type netTYPE
file_prefix - A pointer to a character string
Return Value:
0 - When successful
1 - When network not initialized, NULL or never trained
2 - Error opening save file
Syntax:
int SaveNet(netPTR net, char *file_prefix)
--------------------------------------------------------------------------
SaveSet
Given a pointer to a pattern set, and filename prefix, saves the pattern
set to {filename}.pat file
Arguments:
set - A pointer to a set of patterns of type setTYPE
file_prefix - A pointer to a character string
Return Value:
0 - When successful
1 - When network not initialized
2 - Error opening save file
Syntax:
int SaveSet(setPTR set, char *file_prefix)
--------------------------------------------------------------------------
SetArtBeta
Given a pointer to a network, a network component and a
recoding rate sets the components recoding rate.
Arguments:
net - A pointer to an initialized network of type netTYPE
component - ARTA, ARTB, or ART
beta - new recoding rate value between [0 1]
Return Value:
0 - When successful
1 - When network type is incompatible
2 - When vigilance is in incorrect range
3 - When network not initialized or NULL
Syntax:
int SetArtBeta(netPTR net, int component, float beta)
-------------------------------------------------------------------------
SetArtVigil
Given a pointer to a network, a network component and a
vigilance sets the components vigilance level.
Arguments:
net - A pointer to an initialized network of type netTYPE
component - ARTA, ARTB, or ART
vigil - new vigilance value between [0 1]
Return Value:
0 - When successful
1 - When network type is incompatible
2 - When vigilance is in incorrect range
3 - When network not initialized or NULL
Syntax:
int SetArtVigil(netPTR net, int component, float vigil)
-------------------------------------------------------------------------
SetBaseVigil
Given a pointer to an ArtMap network, sets the base
vigilance level of the ArtA network.
Arguments:
net - A pointer to an initialized network of type netTYPE
base_vigil - New vigilance value between [0 1]
Return Value:
0 - When successful
1 - When network type is incompatible
2 - When vigilance is in incorrect range
3 - When network not initialized or NULL
Syntax:
int SetBaseVigil(netPTR net, float base_vigil)
-------------------------------------------------------------------------
SetMapVigil
Given a pointer to an ArtMap network, sets the mapfield
vigilence level.
Arguments:
net - A pointer to an initialized network of type netTYPE
vigil - New vigilence value between [0 1]
Return Values:
0 - When successful
1 - When network type is incompatible
2 - When vigilence is in incorrect range
3 - When network not initialized or NULL
Syntax:
int SetMapVigil(netPTR net, float map_vigil)
-------------------------------------------------------------------------
ShowPat
Given a pointer to a network, a pointer to a pattern set, and a
pattern number, calculates network activations for that pattern
number in the pattern set. Uses the current vigilance level.
Arguments: ⌨️ 快捷键说明
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