private void encoder_rhythm_set_values(EncoderRhythm encoderRhythm)
{
check_rhythm_active.Active = encoderRhythm.Active;
/*
* if(encoderRhythm.RepsOrPhases)
* radio_rhythm_together.Active = true;
* else
* radio_rhythm_separated.Active = true;
*/
//just before 1.8.0 always use separated
radio_rhythm_separated.Active = true;
//spin_rhythm_rep.Value = encoderRhythm.RepSeconds;
spin_rhythm_ecc.Value = encoderRhythm.EccSeconds;
spin_rhythm_con.Value = encoderRhythm.ConSeconds;
spin_rhythm_rest_reps.Value = encoderRhythm.RestRepsSeconds;
spin_rhythm_reps_cluster.Value = encoderRhythm.RepsCluster;
spin_rhythm_rest_clusters.Value = encoderRhythm.RestClustersSeconds;
frame_rhythm.Visible = check_rhythm_active.Active;
if (encoderRhythm.RepsOrPhases)
{
notebook_duration_repetition.CurrentPage = 0;
}
else
{
notebook_duration_repetition.CurrentPage = 1;
}
if (encoderRhythm.RestRepsSeconds < 0.1)
{
check_rhythm_rest_reps.Active = false;
}
if (encoderRhythm.UseClusters())
{
check_rhythm_use_clusters.Active = true;
vbox_rhythm_cluster.Visible = true;
}
else
{
check_rhythm_use_clusters.Active = false;
vbox_rhythm_cluster.Visible = false;
}
should_show_vbox_rhythm_rest_after();
}
private phases getNextPhase(phases previousPhase)
{
//manage what happens after cluster rest or if we should start a cluster rest
if (encoderRhythm.UseClusters())
{
//check what happens after cluster rest
if (previousPhase == phases.RESTCLUSTER)
{
if (encoderRhythm.RepsOrPhases)
{
return(phases.REPETITION);
}
else if (gravitatory && !encoderRhythm.RestAfterEcc) //ecc-con
{
return(phases.ECC);
}
else // ! gravitatory or gravitatory resting after ecc
{
return(phases.CON);
}
}
//check if we are on (REPETITION or ECC or CON) and we should start a cluster rest
if
(nreps > 0 && nreps % encoderRhythm.RepsCluster == 0 &&
(previousPhase == phases.REPETITION ||
(previousPhase == phases.CON && gravitatory && !encoderRhythm.RestAfterEcc) ||
(previousPhase == phases.ECC && (!gravitatory || encoderRhythm.RestAfterEcc))
)
)
{
return(phases.RESTCLUSTER);
}
}
if (encoderRhythm.RepsOrPhases)
{
if (previousPhase == phases.REPETITION)
{
if (encoderRhythm.RestRepsSeconds == 0)
{
return(phases.REPETITION);
}
else
{
return(phases.RESTREP);
}
}
else //RESTREP
{
return(phases.REPETITION);
}
}
if (gravitatory && !encoderRhythm.RestAfterEcc) //ecc-con
{
if (previousPhase == phases.ECC)
{
return(phases.CON);
}
else if (previousPhase == phases.CON)
{
if (encoderRhythm.RestRepsSeconds == 0)
{
return(phases.ECC);
}
else
{
return(phases.RESTREP);
}
}
else //(previousPhase == phases.RESTREP)
{
return(phases.ECC);
}
}
else // ! gravitatory or gravitatory resting after ecc
{
if (previousPhase == phases.CON)
{
return(phases.ECC);
}
else if (previousPhase == phases.ECC)
{
if (encoderRhythm.RestRepsSeconds == 0)
{
return(phases.CON);
}
else
{
return(phases.RESTREP);
}
}
else //(previousPhase == phases.RESTREP)
{
return(phases.CON);
}
}
}
