void MindLocalCircuitConnectionDef::createFromXml( Xml xml ) {
// attributes are properties
typeName = xml.getAttribute( "type" );
primary = xml.getBooleanAttribute( "primary" , false );
srcRegion = xml.getAttribute( "src" );
dstRegion = xml.getAttribute( "dst" );
Object::setInstance( srcRegion + "-" + dstRegion );
}
void MindTarget::addSensor( String p_id , MindSensor *sensor ) {
Xml configSensors = config.getChildNode( "sensors" );
Xml xconfig = configSensors.findChildByPathAttr( "sensor" , "id" , p_id );
bool offline = true;
if( xconfig.exists() && xconfig.getBooleanAttribute( "run" , true ) ) {
sensor -> configureSensor( xconfig );
offline = false;
}
sensor -> setSensorId( p_id );
sensorArea -> addSensor( sensor , offline );
}
void MindTarget::addEffector( String p_id , MindEffector *effector ) {
Xml configEffectors = config.getChildNode( "effectors" );
Xml xconfig = configEffectors.findChildByPathAttr( "effector" , "id" , p_id );
ASSERTMSG( xconfig.exists() , "addEffector: unknown target id=" + p_id );
bool offline = true;
if( xconfig.getBooleanAttribute( "run" , true ) ) {
effector -> configureEffector( xconfig );
offline = false;
}
effector -> setEffectorId( p_id );
effectorArea -> addEffector( effector , offline );
}
void MindCircuitDef::createFromXml( Xml xml ) {
// attributes are properties
id = xml.getAttribute( "id" );
name = xml.getAttribute( "name" );
Object::setInstance( name );
enabled = xml.getBooleanAttribute( "enabled" , true );
if( !enabled )
return;
// read connections
for( Xml xmlChild = xml.getFirstChild( "connection" ); xmlChild.exists(); xmlChild = xmlChild.getNextChild( "connection" ) ) {
// construct MindArea from attributes
MindCircuitConnectionDef *connection = new MindCircuitConnectionDef( this );
connection -> createFromXml( xmlChild );
connections.add( connection );
}
}
void AIKnowledgeImpl::addKnowledgeController( Xml configControllers , KnowledgeController *controller )
{
String name = controller -> getName();
// find configuration
Xml config = configControllers.getChildNamedNode( "controller" , name );
ASSERTMSG( config.exists() , "Configuration not found for knowledge controller=" + name );
if( !config.getBooleanAttribute( "run" ) ) {
// do not use this controller
delete controller;
logger.logInfo( "addKnowledgeController: knowledge controller ignored as not configured to run - name=" + name );
return;
}
// add controller
controllers.add( name , controller );
controller -> createController( config );
logger.logInfo( "addKnowledgeController: knowledge controller created - name=" + name );
}
void MindAreaDef::createFromXml( Xml xml ) {
// attributes are properties
areaId = xml.getAttribute( "id" );
areaType = xml.getAttribute( "type" );
areaName = xml.getAttribute( "name" );
areaFunction = xml.getAttribute( "function" );
Object::setInstance( areaId );
enabled = xml.getBooleanAttribute( "enabled" , true );
if( !enabled )
return;
// read regions
for( Xml xmlChild = xml.getFirstChild( "region" ); xmlChild.exists(); xmlChild = xmlChild.getNextChild( "region" ) ) {
// construct MindArea from attributes
MindRegionDef *region = new MindRegionDef( this );
region -> createFromXml( xmlChild );
regions.add( region );
regionMap.add( region -> getId() , region );
}
}
void TargetCircuitConnectionDef::defineCircuitConnectorDef( TargetRegionConnectorDef *p_regionConnection , Xml xml ) {
regionConnection = p_regionConnection;
TargetCircuitDef *circuitInfoTarget = ( TargetCircuitDef * )MindCircuitConnectionDef::circuitDef;
// check direction
if( regionConnection -> getType().equals( "target" ) ) {
MindCircuitConnectionDef::srcRegion = regionConnection -> getRegion();
MindCircuitConnectionDef::dstRegion = circuitInfoTarget -> getActuatorId();
}
else {
MindCircuitConnectionDef::srcRegion = circuitInfoTarget -> getActuatorId();
MindCircuitConnectionDef::dstRegion = regionConnection -> getRegion();
}
// create unique connection type
connectionTypeDef = new TargetConnectionTypeDef();
connectionTypeDef -> defineConnectionTypeDef( circuitInfoTarget , regionConnection , xml );
MindCircuitConnectionDef::typeName = connectionTypeDef -> getName();
Object::setInstance( MindCircuitConnectionDef::typeName );
MindCircuitConnectionDef::type = connectionTypeDef;
MindCircuitConnectionDef::primary = xml.getBooleanAttribute( "primary" , false );
}
void Sensors::addSensor( Xml configSensors , Sensor *att )
{
String name = att -> getName();
Xml config = configSensors.getChildNamedNode( "sensor" , name );
if( config.exists() && config.getBooleanAttribute( "run" ) ) {
sensors.add( name , att );
logger.logInfo( "addSensor: sensor added - name=" + name );
}
else {
sensorsOffline.add( name , att );
logger.logInfo( "addSensor: sensor is not configured to run - name=" + name );
}
// generate cortex dimentions - square-like
BrainLocation cortexLocation;
int inputsDim1 , inputsDim2;
int nInputs = att -> getNInputs( inputsDim1 , inputsDim2 );
int outputsDim1 , outputsDim2;
int nOutputs = att -> getNOutputs( outputsDim1 , outputsDim2 );
// two layers: upper - control, lower - sensor data
int dz = 2;
// make cortex location
int dx = max( inputsDim1 , outputsDim1 );
int dy = max( inputsDim2 , outputsDim2 );
cortexLocation.setDimensions( dx , dy , dz );
cortexLocation.setOrientationZ( true );
BrainLocation areaLocation = MindArea::getLocation();
areaLocation.placeLocation( coverLocation , cortexLocation );
// add to brain
AIBrain brain;
brain.createSensorCortex( this , cortexLocation , att );
}
