demo-simple-withtiming.cpp

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//======================================================================
//======================================================================
 
#include <iostream>
#include <vector>
 
 
// Include the cSDH interface
#include "sdh/sdh.h"
#include "sdh/util.h"
#include "sdh/sdhlibrary_settings.h"
#include "sdh/basisdef.h"
#include "sdhoptions.h"
#include "sdh/simpletime.h"
#include "sdh/dbg.h"
 
USING_NAMESPACE_SDH
 
char const* __help__      = "Move proximal and distal joints of finger 1 three times by 10 degrees and measure time for these actions.\n(C++ demo application using the SDHLibrary-CPP library.)";
char const* __author__    = "Dirk Osswald: dirk.osswald@de.schunk.com";
char const* __url__       = "http://www.schunk.com";
char const* __version__   = "$Id: demo-simple-withtiming.cpp 6265 2010-12-02 13:59:45Z Osswald2 $";
char const* __copyright__ = "Copyright (c) 2007 SCHUNK GmbH & Co. KG";
 
//  end of doxygen name group sdhlibrary_cpp_demo_simple_withtiming_cpp_vars
//  @}
 
char const* usage =
  "usage: demo-simple-withtiming [options]\n"
  ;
 
 
int main( int argc, char** argv )
{
    SDH_ASSERT_TYPESIZES();
 
    //---------------------
    // handle command line options: set defaults first then overwrite by parsing actual command line
    cSDHOptions options;
 
    options.Parse( argc, argv, __help__, "demo-simple-withtiming", __version__, cSDH::GetLibraryName(), cSDH::GetLibraryRelease() );
    //
    //---------------------
 
    //---------------------
    // initialize debug message printing:
    cDBG cdbg( options.debug_level > 0, "red", options.debuglog );
    g_sdh_debug_log = options.debuglog;
 
    cdbg << "Debug messages of " << argv[0] << " are printed like this.\n";
 
    // reduce debug level for subsystems
    options.debug_level-=1;
    //---------------------
 
    int    iFinger        = 0;     // The index of the finger to move
 
    try
    {
        // Create an instance "hand" of the class cSDH:
        cSDH hand( options.use_radians, options.use_fahrenheit, options.debug_level );
        cdbg << "Successfully created cSDH instance\n";
 
        // Open configured communication to the SDH device
        options.OpenCommunication( hand );
        cdbg << "Successfully opened communication to SDH\n";
 
        // Now perform some action:
        //   get the current actual axis angles of finger iFinger:
        std::vector<double> faa = hand.GetFingerActualAngle( iFinger );
 
        //   sometimes the actual angles are reported slightly out of range
        //   (Like -0.001 for axis 0 ). So limit the angles to the allowed range:
        ToRange( faa, hand.GetFingerMinAngle( iFinger ), hand.GetFingerMaxAngle( iFinger ) );
 
        //   modify faa by decrementing the proximal and the distal axis angles
        //   (make a copy fta of faa and modify that to keep actual pose available)
        std::vector<double> fta = faa;
 
        std::vector<double> faa2;
 
        fta[1] -= 10.0;
        fta[2] -= 10.0;
 
        //   keep fta in range too:
        ToRange( fta, hand.GetFingerMinAngle( iFinger ), hand.GetFingerMaxAngle( iFinger ) );
 
        std::cout << "Moving finger " << iFinger << " between faa=" << faa << " and fta=" << fta << "\n";
 
        cSimpleTime start;
        double dt1, dt2, dt3, T;
        //   now move for 3 times between these two poses:
        std::cout << "SetFingerTargetAngle\t";
        std::cout << "GetFingerActualAngle\t";
        std::cout << "MoveHand\t";
        std::cout << "\n";
        for (int i=0; i<20; i++ )
        {
            // set a new target angles
            start.StoreNow();
            hand.SetFingerTargetAngle( iFinger, fta );
            hand.SetFingerTargetAngle( iFinger, fta );
            hand.SetFingerTargetAngle( iFinger, fta );
            hand.SetFingerTargetAngle( iFinger, fta );
            hand.SetFingerTargetAngle( iFinger, fta );
            dt1 = start.Elapsed() / 5.0;
 
            // get actual angles
            start.StoreNow();
            faa2 = hand.GetFingerActualAngle( iFinger );
            faa2 = hand.GetFingerActualAngle( iFinger );
            faa2 = hand.GetFingerActualAngle( iFinger );
            faa2 = hand.GetFingerActualAngle( iFinger );
            faa2 = hand.GetFingerActualAngle( iFinger );
            dt2 = start.Elapsed() / 5.0;
 
            // and make the finger move there:
            start.StoreNow();
            T = hand.MoveHand( false );
            dt3 = start.Elapsed();
 
            SleepSec( T );
 
            std::cout << dt1 << "\t" << dt2 << "\t" << dt3 << "\n";
 
            // set a new target angles
            start.StoreNow();
            hand.SetFingerTargetAngle( iFinger, faa );
            hand.SetFingerTargetAngle( iFinger, faa );
            hand.SetFingerTargetAngle( iFinger, faa );
            hand.SetFingerTargetAngle( iFinger, faa );
            hand.SetFingerTargetAngle( iFinger, faa );
            dt1 = start.Elapsed() / 5.0;
 
            // get actual angles
            start.StoreNow();
            faa2 = hand.GetFingerActualAngle( iFinger );
            faa2 = hand.GetFingerActualAngle( iFinger );
            faa2 = hand.GetFingerActualAngle( iFinger );
            faa2 = hand.GetFingerActualAngle( iFinger );
            faa2 = hand.GetFingerActualAngle( iFinger );
            dt2 = start.Elapsed() / 5.0;
 
            // and make the finger move there:
            start.StoreNow();
            T = hand.MoveHand( false );
            dt3 = start.Elapsed();
 
            SleepSec( T );
 
            std::cout << dt1 << "\t" << dt2 << "\t" << dt3 << "\n";
 
        }
 
 
        // Finally close connection to SDH again, this switches the axis controllers off
        hand.Close();
    }
    catch (cSDHLibraryException* e)
    {
        std::cerr << "demo-simple-withtiming main(): An exception was caught: " << e->what() << "\n";
        delete e;
    }
}
//----------------------------------------------------------------------
 
 
//======================================================================
/*
  Here are some settings for the emacs/xemacs editor (and can be safely ignored)
  (e.g. to explicitely set C++ mode for *.h header files)
 
  Local Variables:
  mode:C++
  mode:ELSE
  End:
*/
//======================================================================]