struct T_BRAIN

Intermediate Brain Object.

LOCATOR L

General information about the structure

char* job

string containing a prefix for any files generated by the simulator

char* distribute

distribution algorithm to be used by the simulator for load balancing

int ConnectRpt

new variable from ncs5

int SpikeRpt

new variable from ncs5

double Duration

The amount of time being simulated specified in seconds

int FSV

Frequency Sampling Value.

long Seed

Random Seed

int nColumns

The number of columns declared in the simulation

LIST* ColumnNames

Linked List of the column names lared wihin the Brain block

int* Columns

array of indexes which refer to the T_COLUMN objects used within the brain

int nStInject

The number of stimulus injects declared within the Brain block

LIST* StInjNames

Linked List of the stimulus inject names &c

int* StInject

array of indexes which refer to the T_STINJECT objects

int nReports

The number of reports declared within the Brain block

LIST* ReportNames

Linked List of report names

int* Reports

array of indexes which refer to the T_REPORT ojects

int nConnect

The number of connections declared

T_CONNECT* CnList

Linked List of connections created during input

T_CONNECT** Connect

array of pointers created for random access

char* savefile

filename for saving the Brain state automatically at a specified time

double savetime

Time (in seconds) when the Brain state should be saved automatically

char* loadfile

filename for loading the Brain state at startup

int HostPort

tcp/ip port to use when establishing automatic socket connections

int Port

tcp/ip port to use for receiving runtime commands

char* HostName

Host location to receive runtime commands from

Indicates whether sim should calculate synaptic distances

int nRecurrent

number of recurrent connections

T_RECURRENT* recurrentList

linked list of recurrent connections created during parsing

Documentation

Intermediate Brain Object. After parsing the input, this Brain object will have a list of names for Column, Stimulus injects, and reports. NCS will look up those names to verify that a corresponding T_COLUMN, T_STINJECT, or T_REPORT exists. If not, then there is an error; otherwise, the index (ID) of that object is stored in an array within this T_BRAIN object for future reference.

As for connections, they are initially stored in a linked list during parsing. Once the number of connections is known, an array of pointers is created to refer to the elements of the list to allow for random access.

LOCATOR L

General information about the structure

char* job

string containing a prefix for any files generated by the simulator

char* distribute

distribution algorithm to be used by the simulator for load balancing

int ConnectRpt

new variable from ncs5

int SpikeRpt

new variable from ncs5

double Duration

The amount of time being simulated specified in seconds

int FSV

Frequency Sampling Value. A second is segmented into FSV timesteps

long Seed

Random Seed

int nColumns

The number of columns declared in the simulation

LIST* ColumnNames

Linked List of the column names lared wihin the Brain block

int* Columns

array of indexes which refer to the T_COLUMN objects used within the brain

int nStInject

The number of stimulus injects declared within the Brain block

LIST* StInjNames

Linked List of the stimulus inject names &c

int* StInject

array of indexes which refer to the T_STINJECT objects

int nReports

The number of reports declared within the Brain block

LIST* ReportNames

Linked List of report names

int* Reports

array of indexes which refer to the T_REPORT ojects

int nConnect

The number of connections declared

T_CONNECT* CnList

Linked List of connections created during input

T_CONNECT** Connect

array of pointers created for random access

char* savefile

filename for saving the Brain state automatically at a specified time

double savetime

Time (in seconds) when the Brain state should be saved automatically

char* loadfile

filename for loading the Brain state at startup

int HostPort

tcp/ip port to use when establishing automatic socket connections

int Port

tcp/ip port to use for receiving runtime commands

char* HostName

Host location to receive runtime commands from

Indicates whether sim should calculate synaptic distances

Indicates whether sim should calculate synaptic distances

int nRecurrent

number of recurrent connections

T_RECURRENT* recurrentList

linked list of recurrent connections created during parsing

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