private void on_button_rhythm_default_clicked(object o, EventArgs args)
{
//have default values
EncoderRhythm encoderRhythm = new EncoderRhythm();
//But have rhythm active
encoderRhythm.Active = true;
//modify widgets
encoder_rhythm_set_values(encoderRhythm);
}
/*
* on inertial rest is after ecc.
* on gravitatory rest can be after ecc or con (see RestAfterEcc)
*/
// Constructor ---------------------
public EncoderRhythmExecute(EncoderRhythm encoderRhythm, bool gravitatory)
{
this.encoderRhythm = encoderRhythm;
//this.eccon_ec = eccon_ec;
this.gravitatory = gravitatory;
FirstPhaseDone = false;
textRepetition = "";
textRest = "";
phaseStartDT = DateTime.MinValue;
nreps = 1; //start with 1 because it's the phase user will do before calling here
}
public void View(Constants.BellModes bellMode, bool volumeOn, Preferences.GstreamerTypes gstreamer,
Constants.EncoderVariablesCapture encoderMainVariable, EncoderRhythm encoderRhythm)
{
//when user "deleted_event" the window
if (RepetitiveConditionsWindowBox == null)
{
RepetitiveConditionsWindowBox = new RepetitiveConditionsWindow();
}
RepetitiveConditionsWindowBox.showWidgets(bellMode, encoderMainVariable, encoderRhythm);
RepetitiveConditionsWindowBox.repetitive_conditions.Show();
RepetitiveConditionsWindowBox.volumeOn = volumeOn;
RepetitiveConditionsWindowBox.gstreamer = gstreamer;
}
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();
}
protected internal static void initializeTable(string databaseVersion, bool creatingBlankDatabase)
{
using (SqliteTransaction tr = dbcon.BeginTransaction())
{
using (SqliteCommand dbcmdTr = dbcon.CreateCommand())
{
dbcmdTr.Transaction = tr;
Insert("databaseVersion", databaseVersion, dbcmdTr);
if (UtilAll.IsWindows() || creatingBlankDatabase)
{
Insert("chronopicPort", Constants.ChronopicDefaultPortWindows, dbcmdTr);
}
else
{
Insert("chronopicPort", Constants.ChronopicDefaultPortLinux, dbcmdTr);
}
//appearance
Insert("maximized", Preferences.MaximizedTypes.NO.ToString(), dbcmdTr);
Insert("personWinHide", "False", dbcmdTr);
Insert("personPhoto", "True", dbcmdTr);
Insert("encoderCaptureShowOnlyBars", "False", dbcmdTr);
Insert("encoderCaptureShowNRepetitions", "-1", dbcmdTr);
Insert("digitsNumber", "3", dbcmdTr);
Insert("showPower", "True", dbcmdTr);
Insert("showStiffness", "True", dbcmdTr);
Insert("showInitialSpeed", "True", dbcmdTr);
Insert("showAngle", "False", dbcmdTr); //for treeviewjumps
Insert("showQIndex", "False", dbcmdTr); //for treeviewJumps
Insert("showDjIndex", "False", dbcmdTr); //for treeviewJumps
Insert("simulated", "True", dbcmdTr);
Insert("weightStatsPercent", "False", dbcmdTr);
Insert("askDeletion", "True", dbcmdTr);
Insert("heightPreferred", "False", dbcmdTr);
Insert("metersSecondsPreferred", "True", dbcmdTr);
Insert("language", "", dbcmdTr);
Insert("crashLogLanguage", "", dbcmdTr);
Insert("allowFinishRjAfterTime", "True", dbcmdTr);
Insert("volumeOn", "True", dbcmdTr);
Insert(Preferences.GstreamerStr, Preferences.GstreamerTypes.GST_0_1.ToString(), dbcmdTr);
Insert("videoOn", "True", dbcmdTr);
Insert("evaluatorServerID", "-1", dbcmdTr);
Insert("versionAvailable", "", dbcmdTr);
Insert("runSpeedStartArrival", "True", dbcmdTr);
Insert("runDoubleContactsMode",
Constants.DoubleContact.LAST.ToString(), dbcmdTr);
Insert("runDoubleContactsMS", "300", dbcmdTr);
Insert("runIDoubleContactsMode",
Constants.DoubleContact.AVERAGE.ToString(), dbcmdTr);
Insert("runIDoubleContactsMS", "300", dbcmdTr);
Insert("thresholdJumps", "50", dbcmdTr);
Insert("thresholdRuns", "10", dbcmdTr);
Insert("thresholdOther", "50", dbcmdTr);
Random rnd = new Random();
string machineID = rnd.Next().ToString();
Insert("machineID", machineID, dbcmdTr);
Insert("multimediaStorage", Constants.MultimediaStorage.BYSESSION.ToString(), dbcmdTr);
//encoder
Insert("encoderCaptureTime", "60", dbcmdTr);
Insert("encoderCaptureInactivityEndTime", "3", dbcmdTr);
Insert("encoderCaptureMainVariable", Constants.EncoderVariablesCapture.MeanPower.ToString(), dbcmdTr);
Insert("encoderCaptureMinHeightGravitatory", "20", dbcmdTr);
Insert("encoderCaptureMinHeightInertial", "5", dbcmdTr);
Insert("encoderCaptureInertialDiscardFirstN", "3", dbcmdTr);
Insert("encoderCaptureCheckFullyExtended", "True", dbcmdTr);
Insert("encoderCaptureCheckFullyExtendedValue", "4", dbcmdTr);
Insert("encoderCaptureBarplotFontSize", "14", dbcmdTr);
Insert("encoderShowStartAndDuration", "False", dbcmdTr);
Insert("encoderCaptureCutByTriggers", Preferences.TriggerTypes.NO_TRIGGERS.ToString(), dbcmdTr);
Insert("encoderPropulsive", "True", dbcmdTr);
Insert("encoderSmoothEccCon", "0.6", dbcmdTr);
Insert("encoderSmoothCon", "0.7", dbcmdTr);
Insert("encoder1RMMethod", Constants.Encoder1RMMethod.WEIGHTED2.ToString(), dbcmdTr);
ArrayList encoderExercises =
SqliteEncoder.SelectEncoderExercises(true, -1, true);
if (encoderExercises.Count > 0)
{
EncoderExercise ex = (EncoderExercise)encoderExercises[0];
Insert(EncoderExerciseIDGravitatory, ex.uniqueID.ToString(), dbcmdTr);
Insert(EncoderExerciseIDInertial, ex.uniqueID.ToString(), dbcmdTr);
}
else
{
Insert(EncoderExerciseIDGravitatory, "1", dbcmdTr);
Insert(EncoderExerciseIDInertial, "1", dbcmdTr);
}
Insert(EncoderContractionGravitatory, Constants.Concentric, dbcmdTr);
Insert(EncoderContractionInertial, Constants.EccentricConcentric, dbcmdTr);
Insert(EncoderLateralityGravitatory, "RL", dbcmdTr);
Insert(EncoderLateralityInertial, "RL", dbcmdTr);
Insert(EncoderMassGravitatory, "10", dbcmdTr);
Insert(EncoderWeightsInertial, "0", dbcmdTr);
//encoderRhythm
EncoderRhythm er = new EncoderRhythm();
Insert(EncoderRhythmActiveStr, er.Active.ToString(), dbcmdTr);
Insert(EncoderRhythmRepsOrPhasesStr, er.RepsOrPhases.ToString(), dbcmdTr);
Insert(EncoderRhythmRepSecondsStr, Util.ConvertToPoint(er.RepSeconds), dbcmdTr);
Insert(EncoderRhythmEccSecondsStr, Util.ConvertToPoint(er.EccSeconds), dbcmdTr);
Insert(EncoderRhythmConSecondsStr, Util.ConvertToPoint(er.ConSeconds), dbcmdTr);
Insert(EncoderRhythmRestRepsSecondsStr, Util.ConvertToPoint(er.RestRepsSeconds), dbcmdTr);
Insert(EncoderRhythmRestAfterEccStr, er.RestAfterEcc.ToString(), dbcmdTr);
Insert(EncoderRhythmRepsClusterStr, Util.ConvertToPoint(er.RepsCluster), dbcmdTr);
Insert(EncoderRhythmRestClustersSecondsStr, Util.ConvertToPoint(er.RestClustersSeconds), dbcmdTr);
Insert("videoDevice", "", dbcmdTr); //first
Insert("videoDeviceResolution", "", dbcmdTr);
Insert("videoDeviceFramerate", "", dbcmdTr);
Insert("videoStopAfter", "2", dbcmdTr);
Insert("inertialmomentum", "0.01", dbcmdTr);
Insert("CSVExportDecimalSeparator", Util.GetDecimalSeparatorFromLocale(), dbcmdTr);
Insert("RGraphsTranslate", "True", dbcmdTr);
Insert("useHeightsOnJumpIndexes", "True", dbcmdTr);
Insert("encoderAutoSaveCurve", Constants.EncoderAutoSaveCurve.BEST.ToString(), dbcmdTr);
Insert("email", "", dbcmdTr);
Insert("muteLogs", "False", dbcmdTr);
Insert(ForceSensorTareDateTimeStr, "", dbcmdTr);
Insert(ForceSensorTareStr, "-1", dbcmdTr); //result value from sensor. Decimal is point!!
Insert(ForceSensorCalibrationDateTimeStr, "", dbcmdTr);
Insert(ForceSensorCalibrationWeightStr, "-1", dbcmdTr);
Insert(ForceSensorCalibrationFactorStr, "-1", dbcmdTr); //result value from sensor. Decimal is point!!
//removed on 1.37
//Insert ("encoderConfiguration", new EncoderConfiguration().ToStringOutput(EncoderConfiguration.Outputs.SQL), dbcmdTr);
}
tr.Commit();
}
}
void showWidgets(Constants.BellModes bellMode, Constants.EncoderVariablesCapture encoderMainVariable, EncoderRhythm encoderRhythm)
{
frame_best_and_worst.Hide();
frame_conditions.Hide();
hbox_jump_best_worst.Hide();
hbox_run_best_worst.Hide();
hbox_jump_conditions.Hide();
hbox_run_conditions.Hide();
frame_encoder_automatic_conditions.Hide();
vbox_encoder_manual.Hide();
notebook_encoder_conditions.Hide();
vbox_encoder_stuff.Hide();
notebook_main.GetNthPage(RHYTHMPAGE).Hide();
notebook_main.ShowTabs = false;
if (bellMode == Constants.BellModes.JUMPS)
{
frame_best_and_worst.Show();
hbox_jump_best_worst.Show();
hbox_jump_conditions.Show();
frame_conditions.Show();
}
else if (bellMode == Constants.BellModes.RUNS)
{
frame_best_and_worst.Show();
hbox_run_best_worst.Show();
hbox_run_conditions.Show();
frame_conditions.Show();
}
else //encoder (grav and inertial)
{
vbox_encoder_stuff.Show();
frame_encoder_automatic_conditions.Show();
notebook_main.ShowTabs = true;
vbox_encoder_manual.Show();
if (checkbutton_encoder_show_manual_feedback.Active)
{
notebook_encoder_conditions.Show();
}
combo_encoder_main_variable.Active = UtilGtk.ComboMakeActive(combo_encoder_main_variable,
Constants.GetEncoderVariablesCapture(encoderMainVariable));
notebook_main.GetNthPage(RHYTHMPAGE).Show();
encoder_rhythm_set_values(encoderRhythm);
}
label_test_sound_result.Text = "";
}
public void UpdateEncoderRhythm(EncoderRhythm er)
{
if (
encoderRhythmActive != er.Active ||
encoderRhythmRepsOrPhases != er.RepsOrPhases ||
encoderRhythmRepSeconds != er.RepSeconds ||
encoderRhythmEccSeconds != er.EccSeconds ||
encoderRhythmConSeconds != er.ConSeconds ||
encoderRhythmRestRepsSeconds != er.RestRepsSeconds ||
encoderRhythmRestAfterEcc != er.RestAfterEcc ||
encoderRhythmRepsCluster != er.RepsCluster ||
encoderRhythmRestClustersSeconds != er.RestClustersSeconds
)
{
Sqlite.Open();
}
else
{
return;
}
if (encoderRhythmActive != er.Active)
{
encoderRhythmActive = er.Active;
SqlitePreferences.Update(SqlitePreferences.EncoderRhythmActiveStr,
er.Active.ToString(), true); //bool
}
if (encoderRhythmRepsOrPhases != er.RepsOrPhases)
{
encoderRhythmRepsOrPhases = er.RepsOrPhases;
SqlitePreferences.Update(SqlitePreferences.EncoderRhythmRepsOrPhasesStr,
er.RepsOrPhases.ToString(), true); //bool
}
if (encoderRhythmRepSeconds != er.RepSeconds)
{
encoderRhythmRepSeconds = er.RepSeconds;
SqlitePreferences.Update(SqlitePreferences.EncoderRhythmRepSecondsStr,
Util.ConvertToPoint(er.RepSeconds), true); //double to point
}
if (encoderRhythmEccSeconds != er.EccSeconds)
{
encoderRhythmEccSeconds = er.EccSeconds;
SqlitePreferences.Update(SqlitePreferences.EncoderRhythmEccSecondsStr,
Util.ConvertToPoint(er.EccSeconds), true); //double to point
}
if (encoderRhythmConSeconds != er.ConSeconds)
{
encoderRhythmConSeconds = er.ConSeconds;
SqlitePreferences.Update(SqlitePreferences.EncoderRhythmConSecondsStr,
Util.ConvertToPoint(er.ConSeconds), true); //double to point
}
if (encoderRhythmRestRepsSeconds != er.RestRepsSeconds)
{
encoderRhythmRestRepsSeconds = er.RestRepsSeconds;
SqlitePreferences.Update(SqlitePreferences.EncoderRhythmRestRepsSecondsStr,
Util.ConvertToPoint(er.RestRepsSeconds), true); //double to point
}
if (encoderRhythmRestAfterEcc != er.RestAfterEcc)
{
encoderRhythmRestAfterEcc = er.RestAfterEcc;
SqlitePreferences.Update(SqlitePreferences.EncoderRhythmRestAfterEccStr,
er.RestAfterEcc.ToString(), true); //bool
}
if (encoderRhythmRepsCluster != er.RepsCluster)
{
encoderRhythmRepsCluster = er.RepsCluster;
SqlitePreferences.Update(SqlitePreferences.EncoderRhythmRepsClusterStr,
er.RepsCluster.ToString(), true); //int
}
if (encoderRhythmRestClustersSeconds != er.RestClustersSeconds)
{
encoderRhythmRestClustersSeconds = er.RestClustersSeconds;
SqlitePreferences.Update(SqlitePreferences.EncoderRhythmRestClustersSecondsStr,
Util.ConvertToPoint(er.RestClustersSeconds), true); //double to point
}
Sqlite.Close();
}