g++ [flags ...] file ... -l /isip/tools/lib/$ISIP_BINARY/lib_algo.a

#include <Connection.h>

Connection();
Connection(const Connection& arg);
boolean eq(const Connection& arg);
boolean setAlgorithm(ALGORITHM algorithm);

Connection conn;
conn.setAlgorithm(Connection::INPUTS);
conn.setImplementation(Connection::CONCATENATION);

AlgorithmData in;
in.makeCombination().setLength(2);
in.getCombination()(0).makeVector().assign(L"0, 1, 2, 3");
in.getCombination()(1).makeVector().assign(L"5, 6, 7, 8");
VectorFloat out;
conn.computeInputs(out, in);

• This example demonstrates how to use this class to combine one multichannel signal into one single channel signal:

  // declare variables
  //
  Vector< CircularBuffer<AlgorithmData> > input(1);
  Vector< AlgorithmData> output;
  AlgorithmData tmp;
  
  // create a signal with four channels
  //
  tmp.makeCombination().setLength(4);
  tmp.getCombination()(0).makeVectorFloat().assign(L"0, 1, 2, 3");
  tmp.getCombination()(1).makeVectorFloat().assign(L"4, 5, 6, 7");
  tmp.getCombination()(2).makeVectorFloat().assign(L"8, 9, 10, 11");
  tmp.getCombination()(3).makeVectorFloat().assign(L"12, 13, 14, 15");
  input(0).append(tmp);
  
  // initialize the connection block and process the data
  //
  Connection conn;
  conn.setAlgorithm(Connection::CHANNEL);
  conn.setImplementation(Connection::CONCATENATE);
  conn.apply(output, input);

  The corresponding output is shown in the first row in the table above.
  
  
• This example demonstrates how to combine two multichannel signals into one multichannel signal:

  // declare variables
  //
  Vector< CircularBuffer<AlgorithmData> > input(2);
  Vector<AlgorithmData> output;
  AlgorithmData tmp1;
  AlgorithmData tmp2;
  
  // create two signals with two channels each
  //
  tmp1.makeCombination().setLength(2);
  tmp1.getCombination()(0).makeVectorFloat().assign(L"0, 1, 0");
  tmp1.getCombination()(1).makeVectorFloat().assign(L"1, 0, 1");
  
  tmp2.makeCombination().setLength(2);
  tmp2.getCombination()(0).makeVectorFloat().assign(L"2, 3, 2");
  tmp2.getCombination()(1).makeVectorFloat().assign(L"3, 2, 3");
  
  input(0).append(tmp1);
  input(1).append(tmp2);
  
  // initialize the connection block and process the data
  //
  Connection conn;
  conn.setAlgorithm(Connection::STREAM);
  conn.setImplementation(Connection::CONCATENATE);
  conn.apply(output, input);

  The corresponding output is shown in the third row in the table above.

• none.