protected virtual byte _mode2_Tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0:
return(0);
case 31:
completeEntry(toString());
return(_rpnf.requestNextReceiver(_return_to));
case 32:
return(_rpnf.requestNextReceiver(_return_to));
case 33:
_rpnf.requestNextReceiver(_return_to);
return(33);
default:
_mode = _Text;
break;
}
return(scancode);
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
char c = _convertButton(_AR_ButtonConversion, scancode);
switch (c)
{
case 'e': // entry completed
case 'f': // entry completed, action needed
completeEntry(toTrimmedString());
_rpnf.requestNextReceiver(_return_to);
return((c == 'e') ? (byte)0 : scancode);
case '0':
case '1':
case '2':
case '3':
case '4':
case '5':
case '6':
case '7':
case '8':
case '9':
_text.Remove(0, 1);
_text.Append(c);
if (_text[0] == ' ')
{
break;
}
completeEntry(toTrimmedString());
return(_rpnf.requestNextReceiver(_return_to));
case 'c': // erase
_text.Remove(3, 1);
_text.Insert(0, ' ');
if (_text[3] != ' ')
{
break;
}
completeEntry(toTrimmedString());
return(_rpnf.requestNextReceiver(_return_to));
default:
break;
}
updateDisplay(toString());
return(0);
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
if (!_parent._m_backgroundWorker.IsBusy)
{
return(_rpnf.requestNextReceiver("AUTO_N"));
}
if (scancode == 8)
{
_parent._m_backgroundWorker.CancelAsync();
return(0);
}
TimeSpan ts = DateTime.Now.Subtract(_lastUIUpdate);
bool update_required = ts.TotalMilliseconds > KBD_RUNNING_DELAY;
if (!update_required)
{
return(0);
}
LCD_Manager lm = _parent.getLCD();
lm.updateStatusPC(_rpnf.progMem.getCounter());
lm.updateStatusMC(_rpnf.extMem.getCounter());
lm.updateCalcRegister(0, _rpnf.rpnStack.X.toString());
lm.requestUpdate();
_lastUIUpdate = DateTime.Now;
return(0);
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 1:
return(_rpnf.requestNextReceiver("DATA_F"));
case 2:
return(_rpnf.requestNextReceiver("DATA_K"));
case 4:
//_parent._m_RPN_Stack.toggleAngleMode();
// return base.tick(0);
return(0);
// Column 1 does nothing (for now)
// Column 2 does nothing (for now)
// Column 3 does nothing (for now)
// Column 4 does nothing (for now)
// Column 5
case 24:
return(_rpnf.requestNextReceiver("FILE_N"));
// Column 6 does nothing (for now)
// Column 7
case 32:
case 33:
_rpnf.requestNextReceiver("DATA_N");
return(33);
default: // all other buttons do nothing, keeping A-mode
return(0);
}
//return _rpnf.requestNextReceiver("DATA_N");
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 2:
return(_rpnf.requestNextReceiver("AUTO_FK"));
case 3:
return(_rpnf.requestNextReceiver("AUTO_A"));
case 4:
_parent._m_RPN_Stack.toggleAngleMode();
return(base.tick(0));
// Column 7
case 29:
_parent._m_Hardware_KBD.LEDOn = true;
break;
case 30:
_parent._m_Hardware_KBD.LEDOn = false;
break;
case 32:
break;
case 33:
// Shutdown signal
_rpnf.requestNextReceiver("AUTO_N");
return(33);
default: // all other buttons do nothing, keeping FA-mode
return(0);
}
return(_rpnf.requestNextReceiver("AUTO_N"));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 2:
return(_rpnf.requestNextReceiver("PROG_K"));
case 3:
return(_rpnf.requestNextReceiver("PROG_FA"));
case 4:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_DMOD_DEG);
break;
// Column 6
case 27:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_POWYX);
break;
// Column 7
case 32:
// Clear FK mode
return(_rpnf.requestNextReceiver("PROG_N"));
case 33:
// Shutdown signal
_rpnf.requestNextReceiver("PROG_N");
return(33);
default: // all other buttons do nothing, keeping FK-mode
return(0);
}
_rpnf.progMem.incrementCounter();
return(_rpnf.requestNextReceiver("PROG_N"));
}
private void fontToolStripMenuItem_Click(object sender, EventArgs e)
{
if (myRPN.current_Receiver.Moniker == "AUTO_R")
{
return;
}
RPN_Functions fn = _stopIfRunning();
fn.requestNextReceiver("FontTest");
myRPN.tick();
timer1.Enabled = true;
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 2:
return(_rpnf.requestNextReceiver("AUTO_K"));
case 3:
return(_rpnf.requestNextReceiver("AUTO_FA"));
case 4:
_parent._m_RPN_Stack.toggleAngleMode();
return(base.tick(0));
// Column 6
case 27:
_rpnf.execute(RPN_Functions.FUNC_POWYX);
break;
// Column 7
case 32:
// Clear FK mode
break;
case 33:
// Shutdown signal
_rpnf.requestNextReceiver("AUTO_N");
return(33);
default: // all other buttons do nothing, keeping FK-mode
return(0);
}
return(_rpnf.requestNextReceiver("AUTO_N"));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0:
return(0);
case 31:
performAction();
return(_rpnf.requestNextReceiver(_return_to));
case 33:
_rpnf.requestNextReceiver(_return_to);
return(33);
default:
break;
}
return(_rpnf.requestNextReceiver(_return_to));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
char c = _convertButton(_RR_ButtonConversion, scancode);
switch (c)
{
case (char)0:
return(0);
case 'f': // entry completed, action needed
_rpnf.requestNextReceiver(_return_to);
return(scancode);
case 'a':
_text.Append("L0");
break;
case 'b':
_text.Append("L1");
break;
case 'c':
_text.Append("L2");
break;
case 'd':
_text.Append("L3");
break;
default:
_text.Append(c);
break;
}
completeEntry(toString());
return(_rpnf.requestNextReceiver(_return_to));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 1:
return(_rpnf.requestNextReceiver("FILE_FK"));
case 3:
return(_rpnf.requestNextReceiver("FILE_A"));
// Column 1 does nothing (for now)
// Column 2
case 9:
_rpnf.execute(RPN_Functions.FUNC_LOADALL);
return(_rpnf.requestNextReceiver("AUTO_N"));
case 10:
return(_rpnf.requestNextReceiver("File_Overwrite_All"));
case 12:
return(_rpnf.requestNextReceiver("File_All"));
// Column 3 does nothing (for now)
// Column 4 does nothing (for now)
// Column 5 does nothing (for now)
// Column 6 does nothing (for now)
// Column 7
case 32:
return(_rpnf.requestNextReceiver("Prog_Erase", "PROG_N"));
case 33:
// Shutdown signal
_rpnf.requestNextReceiver("FILE_N");
return(33);
default: // all other buttons do nothing, keeping K-mode
return(0);
}
//return _rpnf.requestNextReceiver("FILE_N");
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 1:
return(_rpnf.requestNextReceiver("PROG_F"));
case 3:
return(_rpnf.requestNextReceiver("PROG_A"));
case 4:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_DMOD_RAD);
break;
// Column 1
case 5:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_IFNOTLTY);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
case 6:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_IFNOTEQY);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
case 7:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_IFNOTGEY);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
case 8:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_IFNOTNEY);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
// Column 2
case 9:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_K_M2X);
return(_rpnf.requestNextReceiver("REGISTER", "PROG_N"));
case 10:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_K_X2M);
return(_rpnf.requestNextReceiver("REGISTER", "PROG_N"));
case 11:
_rpnf.progMem.updateLine_P("# K-GOTO is bad!");
break;
case 12:
_rpnf.progMem.updateLine_P("# K-GOSUB is bad!");
break;
// Column 3
case 13:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_WHOLE);
break;
case 14:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_ABS);
break;
case 15:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_EE);
break;
case 16:
_rpnf.progMem.commentLine();
break;
// Column 4
case 17:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_FRAC);
break;
case 18:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_SIGN);
break;
case 19:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_LOG);
break;
case 20:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_AND);
break;
// Column 5
case 21:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_MAX);
break;
case 22:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_DM2D);
break;
case 23:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_DMS2D);
break;
case 24:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_OR);
break;
// Column 6
case 25:
// TODO
_rpnf.progMem.updateLine_P("#K-SQRT");
break;
case 26:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_D2DM);
break;
case 27:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_D2DMS);
break;
case 28:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_XOR);
break;
// Column 7
case 29:
// TODO
_rpnf.progMem.updateLine_P("#K-1/X");
break;
case 30:
// TODO
_rpnf.progMem.updateLine_P("#K-X^2");
break;
case 31:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_RAND);
break;
case 32:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_NOT);
break;
case 33:
// Shutdown signal
_rpnf.requestNextReceiver("PROG_N");
return(33);
default: // all other buttons do nothing, keeping K-mode
return(0);
}
_rpnf.progMem.incrementCounter();
return(_rpnf.requestNextReceiver("PROG_N"));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 2:
return(_rpnf.requestNextReceiver("DATA_K"));
case 3:
return(_rpnf.requestNextReceiver("DATA_A"));
case 4:
//_parent._m_RPN_Stack.toggleAngleMode();
//return base.tick(0);
return(0);
// Column 1
case 5:
for (int i = 0; i < 9; i++)
{
_rpnf.extMem.incrementCounter();
}
break;
case 6:
for (int i = 0; i < 9; i++)
{
_rpnf.extMem.decrementCounter();
}
break;
//case 7:
// TODO: goto to the next entry
// break;
// Column 2 does nothing (for now)
// Column 3 does nothing (for now)
// Column 4 does nothing (for now)
// Column 5
case 24:
return(_rpnf.requestNextReceiver("AUTO_N"));
// Column 6
case 28:
return(_rpnf.requestNextReceiver("PROG_N"));
// Column 7
case 32:
// Clear F mode
break;
case 33:
// Shutdown signal
_rpnf.requestNextReceiver("DATA_N");
return(33);
default: // all other buttons do nothing, keeping F-mode
return(0);
}
return(_rpnf.requestNextReceiver("DATA_N"));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 1:
return(_rpnf.requestNextReceiver("AUTO_FK"));
case 3:
return(_rpnf.requestNextReceiver("AUTO_A"));
case 4:
_parent._m_RPN_Stack.toggleAngleMode();
return(base.tick(0));
// Column 1 does nothing (for now)
case 5:
case 6:
case 7:
case 8:
return(0);
// Column 2
case 9:
return(_rpnf.requestNextReceiver("REGISTER_KMX"));
case 10:
return(_rpnf.requestNextReceiver("REGISTER_KXM"));
case 11:
_parent._m_RPN_Stack.setLabel_P(0, "K-GOTO is bad for you!");
break;
case 12:
_parent._m_RPN_Stack.setLabel_P(0, "K-GOSUB is bad for you!");
break;
// Column 3
case 13:
_rpnf.execute(RPN_Functions.FUNC_WHOLE);
break;
case 14:
_rpnf.execute(RPN_Functions.FUNC_ABS);
break;
case 15:
_rpnf.execute(RPN_Functions.FUNC_EE);
break;
case 16:
// NOP
break;
// Column 4
case 17:
_rpnf.execute(RPN_Functions.FUNC_FRAC);
break;
case 18:
_rpnf.execute(RPN_Functions.FUNC_SIGN);
break;
case 19:
_rpnf.execute(RPN_Functions.FUNC_LOG);
break;
case 20:
_rpnf.execute(RPN_Functions.FUNC_AND);
break;
// Column 5
case 21:
_rpnf.execute(RPN_Functions.FUNC_MAX);
break;
case 22:
_rpnf.execute(RPN_Functions.FUNC_DM2D);
break;
case 23:
_rpnf.execute(RPN_Functions.FUNC_DMS2D);
break;
case 24:
_rpnf.execute(RPN_Functions.FUNC_OR);
break;
// Column 6
case 25:
// TODO
_parent._m_RPN_Stack.setLabel_P(0, "K-SQRT is available!");
break;
case 26:
_rpnf.execute(RPN_Functions.FUNC_D2DM);
break;
case 27:
_rpnf.execute(RPN_Functions.FUNC_D2DMS);
break;
case 28:
_rpnf.execute(RPN_Functions.FUNC_XOR);
break;
// Column 7
case 29:
// TODO
_parent._m_RPN_Stack.setLabel_P(0, "K-1/X is available!");
break;
case 30:
// TODO
_parent._m_RPN_Stack.setLabel_P(0, "K-X2 is available!");
break;
case 31:
_rpnf.execute(RPN_Functions.FUNC_RAND);
break;
case 32:
_rpnf.execute(RPN_Functions.FUNC_NOT);
break;
case 33:
// Shutdown signal
_rpnf.requestNextReceiver("AUTO_N");
return(33);
default: // all other buttons do nothing, keeping K-mode
return(0);
}
return(_rpnf.requestNextReceiver("AUTO_N"));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 1:
return(_rpnf.requestNextReceiver("DATA_F"));
case 2:
return(_rpnf.requestNextReceiver("DATA_K"));
case 3:
return(_rpnf.requestNextReceiver("DATA_A"));
case 4:
// TODO: Insert mode
//_parent._m_RPN_Stack.toggleAngleMode();
// base.tick(0);
return(0);
// Column 1
case 5:
_rpnf.extMem.incrementCounter();
break;
case 6:
_rpnf.extMem.decrementCounter();
break;
case 7:
_rpnf.extMem.resetCounter();
break;
case 8:
_rpnf.execute(RPN_Functions.FUNC_MEXTOX);
_rpnf.extMem.incrementCounter();
break;
// Column 2
case 9:
// TODO
return(_rpnf.requestNextReceiver("REGISTER_ME"));
case 10:
// TODO
return(_rpnf.requestNextReceiver("REGISTER_EM"));
case 11:
return(_rpnf.requestNextReceiver("ADDRESS_MC", "DATA_N"));
case 12:
_rpnf.execute(RPN_Functions.FUNC_XTOMEX);
_rpnf.extMem.incrementCounter();
break;
// Column 3-5 - number entry
// Column 6
case 25:
case 26:
break;
case 27:
_rpnf.execute(RPN_Functions.FUNC_MEMSWP);
_rpnf.extMem.incrementCounter();
break;
// Column 7
case 29:
case 30:
break;
case 31:
_rpnf.execute(RPN_Functions.FUNC_MEMSET,
_parent._m_RPN_Stack._DataEntry.ToString().Trim());
_rpnf.extMem.incrementCounter();
break;
case 32:
_parent._m_Extended_Memory.clearCurrent();
_rpnf.extMem.incrementCounter();
break;
case 33:
// Shutdown signal
_rpnf.requestNextReceiver("OFF");
return(33);
default: // all other buttons activate number entry
_rpnf.requestNextReceiver("NUMBER_DATA");
return(scancode);
}
return(base.tick(0));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 2:
return(_rpnf.requestNextReceiver("PROG_FK"));
case 3:
return(_rpnf.requestNextReceiver("PROG_A"));
case 4:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_DMOD_DEG);
break;
// Column 1
case 5:
for (int i = 0; i < 9; i++)
{
_rpnf.progMem.incrementCounter();
}
return(base.tick(0));
case 6:
for (int i = 0; i < 9; i++)
{
_rpnf.progMem.decrementCounter();
}
return(base.tick(0));
case 7:
_rpnf.progMem.resetCounter();
return(_rpnf.requestNextReceiver("PROG_N"));
// Column 2
case 11:
return(_rpnf.requestNextReceiver("ADDRESS_PC", "PROG_N"));
case 12:
_rpnf.progMem.setCounterToBottom();
return(_rpnf.requestNextReceiver("PROG_N"));
// Column 6
case 25:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_DELAY);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
case 26:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_UPDATE);
break;
// Column 7
case 29:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_LEDON);
break;
case 30:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_LEDOFF);
break;
case 31:
_rpnf.progMem.updateLine(_rpnf.rpnStack.X.toString());
break;
case 32:
// Clear FA mode
return(_rpnf.requestNextReceiver("PROG_N"));
case 33:
// Shutdown signal
_rpnf.requestNextReceiver("PROG_N");
return(33);
default: // all other buttons do nothing, keeping FA-mode
return(0);
}
_rpnf.progMem.incrementCounter();
return(_rpnf.requestNextReceiver("PROG_N"));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 1:
return(_rpnf.requestNextReceiver("AUTO_FA"));
case 2:
return(_rpnf.requestNextReceiver("AUTO_K"));
case 4:
_parent._m_RPN_Stack.toggleAngleMode();
return(base.tick(0));
// Column 1
case 5:
_rpnf.extMem.incrementCounter();
break;
case 6:
_rpnf.extMem.decrementCounter();
break;
case 7:
_rpnf.extMem.resetCounter();
break;
case 8:
return(0);
// Column 2
case 9:
return(_rpnf.requestNextReceiver("ADDRESS_AMX"));
case 10:
return(_rpnf.requestNextReceiver("ADDRESS_AXM"));
case 11:
return(_rpnf.requestNextReceiver("ADDRESS_MC", "AUTO_N"));
case 12:
_rpnf.execute(RPN_Functions.FUNC_A_M2X);
_rpnf.extMem.incrementCounter();
break;
// Column 3 does nothing
// Column 4 does nothing
// Column 5
case 22:
_rpnf.execute(RPN_Functions.FUNC_D2RAD);
break;
case 23:
_rpnf.execute(RPN_Functions.FUNC_MM2IN);
break;
case 24:
return(_rpnf.requestNextReceiver("FILE_N"));
// Column 6
case 25:
// TODO
_parent._m_RPN_Stack.setLabel_P(0, "A-SQRT is available!");
break;
case 26:
_rpnf.execute(RPN_Functions.FUNC_RAD2D);
break;
case 27:
_rpnf.execute(RPN_Functions.FUNC_IN2MM);
break;
case 28:
return(_rpnf.requestNextReceiver("DATA_N"));
// Column 7
case 29:
// TODO
_parent._m_RPN_Stack.setLabel_P(0, "A-1/X is available!");
break;
case 30:
// TODO
_parent._m_RPN_Stack.setLabel_P(0, "A-X2 is available!");
break;
case 31:
_rpnf.execute(RPN_Functions.FUNC_SEED);
break;
case 32:
case 33:
_rpnf.requestNextReceiver("AUTO_N");
return(33);
default: // all other buttons do nothing, keeping A-mode
return(0);
}
return(_rpnf.requestNextReceiver("AUTO_N"));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0:
return(0);
case 4:
_mode++;
if (_mode > _Number)
{
_mode = _Text;
}
updateDisplay(toString());
return(0);
case 31:
completeEntry(toString());
return(_rpnf.requestNextReceiver(_return_to));
case 32:
if (_text.Length > 0)
{
_text.Remove(_text.Length - 1, 1);
}
updateDisplay(toString());
return(0);
case 33:
_rpnf.requestNextReceiver(_return_to);
return(33);
default:
break;
}
char c = (char)0;
switch (_mode)
{
case _Text:
c = _convertButton(_RT_LetterConversion, scancode);
break;
case _Number:
c = _convertButton(_RT_DigitConversion, scancode);
break;
default:
break;
}
if (c == 0)
{
return(0);
}
if (_text.Length >= RPN_Functions.PROGRAM_LINE_LENGTH)
{
return(0);
}
_text.Append(c);
updateDisplay(toString());
return(0);
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(base.tick(0));
// Column 0
case 1:
return(_rpnf.requestNextReceiver("AUTO_F"));
case 2:
return(_rpnf.requestNextReceiver("AUTO_K"));
case 3:
return(_rpnf.requestNextReceiver("AUTO_A"));
case 4:
_parent._m_RPN_Stack.toggleAngleMode();
break;
// Column 1
case 5:
_rpnf.progMem.incrementCounter();
break;
case 6:
_rpnf.progMem.decrementCounter();
break;
case 7:
_rpnf.progMem.resetCounter();
break;
case 8:
return(_rpnf.requestNextReceiver("AUTO_R"));
// Column 2
case 9:
return(_rpnf.requestNextReceiver("REGISTER_MX"));
case 10:
return(_rpnf.requestNextReceiver("REGISTER_XM"));
case 11:
return(_rpnf.requestNextReceiver("ADDRESS_PC"));
case 12:
_rpnf.executeStep();
break;
// Column 5
case 24:
_rpnf.execute(RPN_Functions.FUNC_NEGATE);
break;
// Column 6
case 25:
_rpnf.execute(RPN_Functions.FUNC_MINUS);
break;
case 26:
_rpnf.execute(RPN_Functions.FUNC_PLUS);
break;
case 27:
_rpnf.execute(RPN_Functions.FUNC_SWAP);
break;
// Column 7
case 29:
_rpnf.execute(RPN_Functions.FUNC_DIVIDE);
break;
case 30:
_rpnf.execute(RPN_Functions.FUNC_MULTIPLY);
break;
case 31:
_rpnf.execute(RPN_Functions.FUNC_ENTER);
break;
case 32:
if (_parent._m_RPN_Stack.customLabels())
{
_parent._m_RPN_Stack.resetLabels();
}
else
{
_rpnf.execute(RPN_Functions.FUNC_CLEAR_X);
}
break;
case 33:
return(_rpnf.requestNextReceiver("OFF"));
default: // all other buttons activate number entry
_rpnf.execute(RPN_Functions.FUNC_ENTER);
base.tick(0); // redraw stack movement
_rpnf.requestNextReceiver("NUMBER");
return(scancode);
}
return(base.tick(0));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 2:
return(_rpnf.requestNextReceiver("FILE_K"));
case 3:
return(_rpnf.requestNextReceiver("FILE_A"));
// Column 1
case 5:
for (int i = 0; i < 9; i++)
{
_parent.getSD().nextListingPosition();
}
break;
case 6:
for (int i = 0; i < 9; i++)
{
_parent.getSD().previousListingPosition();
}
break;
// Column 2
case 9:
_rpnf.execute(RPN_Functions.FUNC_LOADDATA);
return(_rpnf.requestNextReceiver("DATA_N"));
case 10:
return(_rpnf.requestNextReceiver("File_Overwrite_Data"));
case 12:
return(_rpnf.requestNextReceiver("File_Data"));
// Column 3 does nothing (for now)
// Column 4 does nothing (for now)
// Column 5
case 24:
return(_rpnf.requestNextReceiver("AUTO_N"));
// Column 6
case 28:
return(_rpnf.requestNextReceiver("PROG_N"));
// Column 7
case 32:
// Clear F mode
break;
case 33:
// Shutdown signal
_rpnf.requestNextReceiver("FILE_N");
return(33);
default: // all other buttons do nothing, keeping F-mode
return(0);
}
return(_rpnf.requestNextReceiver("FILE_N"));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 1:
return(_rpnf.requestNextReceiver("PROG_F"));
case 2:
return(_rpnf.requestNextReceiver("PROG_K"));
case 4:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_DMOD_GRD);
break;
// Column 1
case 5:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_LBT);
return(_rpnf.requestNextReceiver("TEXT", "PROG_N"));
case 6:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_LBZ);
return(_rpnf.requestNextReceiver("TEXT", "PROG_N"));
case 7:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_LBY);
return(_rpnf.requestNextReceiver("TEXT", "PROG_N"));
case 8:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_LBX);
return(_rpnf.requestNextReceiver("TEXT", "PROG_N"));
// Column 2
case 9:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_A_M2X);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
case 10:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_A_X2M);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
case 11:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_LBR);
break;
case 12:
_rpnf.progMem.deleteLine();
break;
// Column 3
case 16:
_rpnf.progMem.commentLine();
return(_rpnf.requestNextReceiver("TEXT", "PROG_N"));
// Column 5
case 22:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_D2RAD);
break;
case 23:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_MM2IN);
break;
case 24:
return(_rpnf.requestNextReceiver("FILE_N"));
// Column 6
case 26:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_RAD2D);
break;
case 27:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_IN2MM);
break;
case 28:
return(_rpnf.requestNextReceiver("DATA_N"));
// Column 7
case 31:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_SEED);
break;
case 32:
case 33:
_rpnf.requestNextReceiver("PROG_N");
return(33);
default: // all other buttons do nothing, keeping A-mode
return(0);
}
_rpnf.progMem.incrementCounter();
return(_rpnf.requestNextReceiver("PROG_N"));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 2:
return(_rpnf.requestNextReceiver("PROG_FK"));
case 3:
return(_rpnf.requestNextReceiver("PROG_FA"));
case 4:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_DMOD_DEG);
break;
// Column 1
case 5:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_IFNOTLT0);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
case 6:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_IFNOTEQ0);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
case 7:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_IFNOTGE0);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
case 8:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_IFNOTNE0);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
// Column 2 does nothing (for now)
case 9:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_L0);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
case 10:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_L1);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
case 11:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_L2);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
case 12:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_L3);
return(_rpnf.requestNextReceiver("ADDRESS", "PROG_N"));
// Column 3
case 13:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_SIN);
break;
case 14:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_ARCSIN);
break;
case 15:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_EXP);
break;
case 16:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_10X);
break;
// Column 4
case 17:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_COS);
break;
case 18:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_ARCCOS);
break;
case 19:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_LG);
break;
case 20:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_ROT);
break;
// Column 5
case 21:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_TG);
break;
case 22:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_ARCTG);
break;
case 23:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_LN);
break;
case 24:
return(_rpnf.requestNextReceiver("AUTO_N"));
// Column 6
case 25:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_SQRT);
break;
case 26:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_PI);
break;
case 27:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_POW);
break;
case 28:
// PROG is already on
return(_rpnf.requestNextReceiver("PROG_N"));
// Column 7
case 29:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_1X);
break;
case 30:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_X2);
break;
case 31:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_BX);
break;
case 32:
// Clear F mode
return(_rpnf.requestNextReceiver("PROG_N"));
case 33:
// Shutdown signal
_rpnf.requestNextReceiver("PROG_N");
return(33);
default: // all other buttons do nothing, keeping F-mode
return(0);
}
_rpnf.progMem.incrementCounter();
return(_rpnf.requestNextReceiver("PROG_N"));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(base.tick(0));
// Column 0
case 1:
return(_rpnf.requestNextReceiver("PROG_F"));
case 2:
return(_rpnf.requestNextReceiver("PROG_K"));
case 3:
return(_rpnf.requestNextReceiver("PROG_A"));
case 4:
_parent._m_Program_Memory.toggleEditMode();
return(base.tick(0));
// Column 1
case 5:
break;
case 6:
_rpnf.progMem.decrementCounter();
return(base.tick(0));
case 7:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_RETURN);
break;
case 8:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_STOP);
break;
// Column 2
case 9:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_M2X);
return(_rpnf.requestNextReceiver("REGISTER"));
case 10:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_X2M);
return(_rpnf.requestNextReceiver("REGISTER"));
case 11:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_GOTO);
return(_rpnf.requestNextReceiver("ADDRESS"));
case 12:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_GOSUB);
return(_rpnf.requestNextReceiver("ADDRESS"));
// Column 5
case 24:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_NEGATE);
break;
// Column 6
case 25:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_MINUS);
break;
case 26:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_PLUS);
break;
case 27:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_SWAP);
break;
// Column 7
case 29:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_DIVIDE);
break;
case 30:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_MULTIPLY);
break;
case 31:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_ENTER);
break;
case 32:
_rpnf.appendProgramLine_P(RPN_Functions.FUNC_CLEAR_X);
break;
case 33:
return(_rpnf.requestNextReceiver("OFF"));
default: // all other buttons activate number entry
_rpnf.requestNextReceiver("NUMBER_PROG");
return(scancode);
}
_rpnf.progMem.incrementCounter();
return(base.tick(0));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 1:
return(_rpnf.requestNextReceiver("FILE_F"));
case 2:
return(_rpnf.requestNextReceiver("FILE_K"));
case 3:
return(_rpnf.requestNextReceiver("FILE_A"));
// Column 1
case 5:
_parent.getSD().nextListingPosition();
break;
case 6:
_parent.getSD().previousListingPosition();
break;
case 7:
_parent.getSD().upFolder();
break;
case 8:
_rpnf.stepIn();
break;
// Column 2
case 9:
_rpnf.execute(RPN_Functions.FUNC_LOAD);
return(_rpnf.requestNextReceiver("PROG_N"));
case 10:
return(_rpnf.requestNextReceiver("File_Overwrite"));
case 11:
// find program TODO
break;
case 12:
return(_rpnf.requestNextReceiver("File_Name"));
// Column 3-5 - do nothing (for now)
// Column 6
case 28:
return(_rpnf.requestNextReceiver("File_MkDir"));
// Column 7
case 31:
_rpnf.stepIn();
break;
case 32:
return(_rpnf.requestNextReceiver("File_Delete"));
case 33:
// Shutdown signal
_rpnf.requestNextReceiver("OFF");
return(33);
default: // all other buttons do nothing (for now)
return(0);
}
return(base.tick(0));
}
public override byte tick(byte scancode)
{
RPN_Functions _rpnf = _parent.getFunctions();
switch (scancode)
{
case 0: // keyboard inactive
return(0);
// Column 0
case 2:
return(_rpnf.requestNextReceiver("AUTO_FK"));
case 3:
return(_rpnf.requestNextReceiver("AUTO_FA"));
case 4:
_parent._m_RPN_Stack.toggleAngleMode();
return(base.tick(0));
// Column 1 does nothing (for now)
case 5:
case 6:
case 7:
case 8:
// Column 2 does nothing (for now)
case 9:
case 10:
case 11:
case 12:
return(0);
// Column 3
case 13:
_rpnf.execute(RPN_Functions.FUNC_SIN);
break;
case 14:
_rpnf.execute(RPN_Functions.FUNC_ARCSIN);
break;
case 15:
_rpnf.execute(RPN_Functions.FUNC_EXP);
break;
case 16:
_rpnf.execute(RPN_Functions.FUNC_10X);
break;
// Column 4
case 17:
_rpnf.execute(RPN_Functions.FUNC_COS);
break;
case 18:
_rpnf.execute(RPN_Functions.FUNC_ARCCOS);
break;
case 19:
_rpnf.execute(RPN_Functions.FUNC_LG);
break;
case 20:
_rpnf.execute(RPN_Functions.FUNC_ROT);
break;
// Column 5
case 21:
_rpnf.execute(RPN_Functions.FUNC_TG);
break;
case 22:
_rpnf.execute(RPN_Functions.FUNC_ARCTG);
break;
case 23:
_rpnf.execute(RPN_Functions.FUNC_LN);
break;
case 24:
// AUTO is already on
break;
// Column 6
case 25:
_rpnf.execute(RPN_Functions.FUNC_SQRT);
break;
case 26:
_rpnf.execute(RPN_Functions.FUNC_PI);
break;
case 27:
_rpnf.execute(RPN_Functions.FUNC_POW);
break;
case 28:
return(_rpnf.requestNextReceiver("PROG_N"));
// Column 7
case 29:
_rpnf.execute(RPN_Functions.FUNC_1X);
break;
case 30:
_rpnf.execute(RPN_Functions.FUNC_X2);
break;
case 31:
_rpnf.execute(RPN_Functions.FUNC_BX);
break;
case 32:
// Clear F mode
break;
case 33:
// Shutdown signal
_rpnf.requestNextReceiver("AUTO_N");
return(33);
default: // all other buttons do nothing, keeping F-mode
return(0);
}
return(_rpnf.requestNextReceiver("AUTO_N"));
}