public MemoryRecord(string _group, double _rxfreq, string _name, DSPMode _dsp_mode, bool _scan,
string _tune_step, FMTXMode _repeater_mode, double _fm_tx_offset_mhz, bool _ctcss_on, double _ctcss_freq,
int _power, int _deviation, bool _split, double _txfreq, Filter _filter, int _filterlow, int _filterhigh,
string _comments, AGCMode _agc_mode, int _agc_thresh)
{
group = _group;
rx_freq = _rxfreq;
name = _name;
dsp_mode = _dsp_mode;
scan = _scan;
tune_step = _tune_step;
repeater_mode = _repeater_mode;
rptr_offset = _fm_tx_offset_mhz;
ctcss_on = _ctcss_on;
ctcss_freq = _ctcss_freq;
power = _power;
deviation = _deviation;
split = _split;
tx_freq = _txfreq;
rx_filter = _filter;
rx_filter_low = _filterlow;
rx_filter_high = _filterhigh;
comments = _comments;
agc_mode = _agc_mode;
agct = _agc_thresh;
}
public MemoryRecord(string _group, double _rxfreq, string _name, DSPMode _dsp_mode, bool _scan,
string _tune_step, FMTXMode _repeater_mode, double _fm_tx_offset_mhz, bool _ctcss_on, double _ctcss_freq,
int _power, int _deviation, bool _split, double _txfreq, Filter _filter, int _filterlow, int _filterhigh,
string _comments, AGCMode _agc_mode, int _agc_thresh)
{
group = _group;
rx_freq = _rxfreq;
name = _name;
dsp_mode = _dsp_mode;
scan = _scan;
tune_step = _tune_step;
repeater_mode = _repeater_mode;
rptr_offset = _fm_tx_offset_mhz;
ctcss_on = _ctcss_on;
ctcss_freq = _ctcss_freq;
power = _power;
deviation = _deviation;
split = _split;
tx_freq = _txfreq;
rx_filter = _filter;
rx_filter_low = _filterlow;
rx_filter_high = _filterhigh;
comments = _comments;
agc_mode = _agc_mode;
agct = _agc_thresh;
}
public static void SetRXAGC(AGCMode setit)
{
SetRXAGC_DLL(setit);
SetRXListen(1);
SetRXAGC_DLL(setit);
SetRXListen(0);
}
private void InitAGCModes()
{
for (AGCMode agc = AGCMode.FIRST + 1; agc < AGCMode.LAST; agc++)
{
string s = agc.ToString().ToLower();
s = s.Substring(0, 1).ToUpper() + s.Substring(1, s.Length - 1);
comboAGC.Items.Add(s);
}
}
/*
* public MemoryRecord(string _group, double _rxfreq, string _name, DSPMode _dsp_mode, bool _scan,
* string _tune_step, FMTXMode _repeater_mode, double _fm_tx_offset_mhz, bool _ctcss_on, double _ctcss_freq,
* int _power, int _deviation, bool _split, double _txfreq, Filter _filter, int _filterlow, int _filterhigh,
* string _comments, AGCMode _agc_mode, int _agc_thresh)
* {
* group = _group;
* rx_freq = _rxfreq;
* name = _name;
* dsp_mode = _dsp_mode;
* scan = _scan;
* tune_step = _tune_step;
* repeater_mode = _repeater_mode;
* rptr_offset = _fm_tx_offset_mhz;
* ctcss_on = _ctcss_on;
* ctcss_freq = _ctcss_freq;
* power = _power;
* deviation = _deviation;
* split = _split;
* tx_freq = _txfreq;
* rx_filter = _filter;
* rx_filter_low = _filterlow;
* rx_filter_high = _filterhigh;
* comments = _comments;
* agc_mode = _agc_mode;
* agct = _agc_thresh;
* }
*/
//=====================================================================================================================
// ke9ns add start/stop date and time and determine if repeating and if you want to record audio
public MemoryRecord(string _group, double _rxfreq, string _name, DSPMode _dsp_mode, bool _scan,
string _tune_step, FMTXMode _repeater_mode, double _fm_tx_offset_mhz, bool _ctcss_on, double _ctcss_freq,
int _power, int _deviation, bool _split, double _txfreq, Filter _filter, int _filterlow, int _filterhigh,
string _comments, AGCMode _agc_mode, int _agc_thresh,
DateTime _StartDate, bool _ScheduleOn, int _Duration, bool _Repeating, bool _Recording, bool _Repeatingm, int _Extra) // string _StartTime,
{
group = _group;
rx_freq = _rxfreq;
name = _name;
dsp_mode = _dsp_mode;
scan = _scan;
tune_step = _tune_step;
repeater_mode = _repeater_mode;
rptr_offset = _fm_tx_offset_mhz;
ctcss_on = _ctcss_on;
ctcss_freq = _ctcss_freq;
power = _power;
deviation = _deviation;
split = _split;
tx_freq = _txfreq;
rx_filter = _filter;
rx_filter_low = _filterlow;
rx_filter_high = _filterhigh;
comments = _comments;
agc_mode = _agc_mode;
agct = _agc_thresh;
startdate = _StartDate; // ke9ns add for scheduled freq change and optional recording
scheduleon = _ScheduleOn; // ke9ns add for scheduled freq change and optional recording
duration = _Duration; // ke9ns add for scheduled freq change and optional recording
repeating = _Repeating; // ke9ns add for scheduled freq change and optional recording
recording = _Recording; // ke9ns add for scheduled freq change and optional recording
repeatingm = _Repeatingm; // ke9ns add for scheduled freq change and optional recording
extra = _Extra; // ke9ns add for scheduled freq change and optional recording
/*
*
* startdate = StartDate; // ke9ns add for scheduled freq change and optional recording
* scheduleon = ScheduleOn; // ke9ns add for scheduled freq change and optional recording
* duration = Duration;// ke9ns add for scheduled freq change and optional recording
* repeating = Repeating;// ke9ns add for scheduled freq change and optional recording
* recording = Recording;// ke9ns add for scheduled freq change and optional recording
* repeatingm = Repeatingm;// ke9ns add for scheduled freq change and optional recording
* extra = Extra;// ke9ns add for scheduled freq change and optional recording
*/
} // memoryrecord
[DllImport("DttSP.dll", CallingConvention = CallingConvention.Cdecl, EntryPoint = "SetRXAGC")]///
public static extern void SetRXAGC(uint thread, uint subrx, AGCMode setit);
public static extern void SetRXAAGCMode(int channel, AGCMode mode);
public Memory(Console c)
{
InitializeComponent();
console = c;
// Setup arrays
modes = new ArrayList();
for (DSPMode m = DSPMode.FIRST + 1; m < DSPMode.LAST; m++)
{
modes.Add(new DataBind((int)m, m.ToString()));
}
// modes.Add(new DataBind(0, "LSB"));
// modes.Add(new DataBind(1, "USB"));
// modes.Add(new DataBind(2, "DSB"));
// modes.Add(new DataBind(3, "CWL"));
// modes.Add(new DataBind(4, "CWU"));
// modes.Add(new DataBind(5, "FMN"));
// modes.Add(new DataBind(6, "AM"));
// modes.Add(new DataBind(7, "SAM"));
// modes.Add(new DataBind(8, "SPEC"));
// modes.Add(new DataBind(9, "DRM"));
filters = new ArrayList();
filters.Add(new DataBind(0, "Filter1"));
filters.Add(new DataBind(1, "Filter2"));
filters.Add(new DataBind(2, "Filter3"));
filters.Add(new DataBind(3, "Filter4"));
filters.Add(new DataBind(4, "Filter5"));
filters.Add(new DataBind(5, "Filter6"));
filters.Add(new DataBind(6, "Filter7"));
filters.Add(new DataBind(7, "Filter8"));
filters.Add(new DataBind(8, "Filter9"));
filters.Add(new DataBind(9, "Filter10"));
filters.Add(new DataBind(10, "Var1"));
filters.Add(new DataBind(11, "Var2"));
filters.Add(new DataBind(12, "None"));
agc_modes = new ArrayList();
for (AGCMode agc = AGCMode.FIRST + 1; agc < AGCMode.LAST; agc++)
{
string s = agc.ToString().ToLower();
s = s.Substring(0, 1).ToUpper() + s.Substring(1, s.Length - 1);
agc_modes.Add(new DataBind((int)agc, s));
}
step_sizes = new ArrayList();
step_sizes.Add(new DataBind(0, "1Hz"));
step_sizes.Add(new DataBind(1, "10Hz"));
step_sizes.Add(new DataBind(2, "50Hz"));
step_sizes.Add(new DataBind(3, "100Hz"));
step_sizes.Add(new DataBind(4, "250Hz"));
step_sizes.Add(new DataBind(5, "500Hz"));
step_sizes.Add(new DataBind(6, "1kHz"));
step_sizes.Add(new DataBind(7, "5kHz"));
step_sizes.Add(new DataBind(8, "10kHz"));
step_sizes.Add(new DataBind(9, "100kHz"));
step_sizes.Add(new DataBind(10, "1MHz"));
step_sizes.Add(new DataBind(11, "10MHz"));
// Init DataGrid components
InitDataGrid();
// Use database memory table
ds = DB.dsMemory;
dataGrid1.DataSource = ds.Tables["Memory"];
ds.Tables["Memory"].Columns["GroupID"].DefaultValue = 0;
ds.Tables["Memory"].Columns["Frequency"].DefaultValue = 7.0;
ds.Tables["Memory"].Columns["ModeID"].DefaultValue = 0;
ds.Tables["Memory"].Columns["FilterID"].DefaultValue = 0;
ds.Tables["Memory"].Columns["Callsign"].DefaultValue = " ";
ds.Tables["Memory"].Columns["Comments"].DefaultValue = " ";
//ds.Tables["Memory"].Columns["Scan"].DefaultValue = 1;
ds.Tables["Memory"].Columns["Squelch"].DefaultValue = 0;
ds.Tables["Memory"].Columns["StepSizeID"].DefaultValue = 0;
ds.Tables["Memory"].Columns["AGCID"].DefaultValue = 2;
ds.Tables["Memory"].Columns["Gain"].DefaultValue = 0;
ds.Tables["Memory"].Columns["FilterLow"].DefaultValue = 0;
ds.Tables["Memory"].Columns["FilterHigh"].DefaultValue = 0;
ds.Tables["Memory"].Columns["CreateDate"].DefaultValue = DateTime.Now;
// Bind combobox datasources
columnGroupID.ComboBox.DataSource =
ds.Tables["GroupList"];
columnGroupID.ComboBox.DisplayMember = "GroupName";
columnGroupID.ComboBox.ValueMember = "GroupID";
columnMode.ComboBox.DataSource = modes;
columnMode.ComboBox.DisplayMember = "Text";
columnMode.ComboBox.ValueMember = "Index";
columnFilter.ComboBox.DataSource = filters;
columnFilter.ComboBox.DisplayMember = "Text";
columnFilter.ComboBox.ValueMember = "Index";
columnAGC.ComboBox.DataSource = agc_modes;
columnAGC.ComboBox.DisplayMember = "Text";
columnAGC.ComboBox.ValueMember = "Index";
columnStepSize.ComboBox.DataSource = step_sizes;
columnStepSize.ComboBox.DisplayMember = "Text";
columnStepSize.ComboBox.ValueMember = "Index";
chkEdit_CheckedChanged(this, EventArgs.Empty);
ds.Tables["Memory"].DefaultView.Sort = "Frequency";
dataGrid1.CurrentRowIndex = 0;
ds.Tables["Memory"].DefaultView.AllowNew = false;
}
public void SetAGC(AGCMode newmode)
{
try
{
agc_mode = newmode;
SetRXAGC(0, 0, newmode);
SetRXAGC(0, 1, newmode);
SetRXAGC(0, 2, newmode);
SetRXAGC(0, 3, newmode);
}
catch (Exception ex)
{
Debug.Write(ex.ToString());
}
}
public static extern void SetRXAGC(uint thread, uint subrx, AGCMode setit);
public static extern void SetRXAGC_DLL(AGCMode setit);
private void comboAGCMainRX_SelectedIndexChanged(object sender, EventArgs e)
{
try
{
if (comboAGCMainRX.SelectedIndex < 0) return;
{
DttSP.SetRXAGC(0, 0, (AGCMode)comboAGCMainRX.SelectedIndex);
}
if ((AGCMode)comboAGCMainRX.SelectedIndex == AGCMode.CUSTOM)
SetupForm.CustomRXAGCEnabled = true;
else SetupForm.CustomRXAGCEnabled = false;
current_agc_mode = (AGCMode)comboAGCMainRX.SelectedIndex;
if (comboAGCMainRX.Focused)
btnHidden.Focus();
}
catch (Exception ex)
{
Debug.Write(ex.ToString());
}
}
