void MD_PZone::effectDissolve(bool bIn)
// Dissolve the current message in/out
{
switch (_fsmState)
{
case INITIALISE: // bIn = true
case PAUSE: // bIn = false
case GET_FIRST_CHAR: // first stage dissolve
PRINT_STATE("IO DISS");
for (uint16_t i=ZONE_START_COL(_zoneStart); i<=ZONE_END_COL(_zoneEnd); i++)
{
uint8_t col = DATA_BAR(_MX->getColumn(i));
col |= (i&1 ? 0x55 : 0xaa); // checkerboard pattern
_MX->setColumn(i, DATA_BAR(col));
}
_fsmState = GET_NEXT_CHAR;
break;
case GET_NEXT_CHAR: // second stage dissolve
PRINT_STATE("IO DISS");
zoneClear();
if (bIn) commonPrint();
for (uint16_t i=ZONE_START_COL(_zoneStart); i<=ZONE_END_COL(_zoneEnd); i++)
{
uint8_t col = DATA_BAR(_MX->getColumn(i));
col |= (i&1 ? 0xaa : 0x55); // alternate checkerboard pattern
_MX->setColumn(i, DATA_BAR(col));
}
_fsmState = PUT_CHAR;
break;
case PUT_CHAR:
PRINT_STATE("IO DISS");
zoneClear();
if (bIn) commonPrint();
_fsmState = (bIn ? PAUSE : END);
break;
default:
PRINT_STATE("IO DISS");
_fsmState = (bIn ? PAUSE : END);
}
}
void MD_PZone::effectPrint(bool bIn)
// Just print the message in the justification selected
{
if (bIn) // incoming
{
commonPrint();
_fsmState = PAUSE;
}
else //exiting
{
zoneClear();
_fsmState = END;
}
}
void MD_PZone::effectVScroll(bool bUp, bool bIn)
// Scroll the display horizontally up of down, depending on the selected effect
{
if (bIn) // incoming
{
switch (_fsmState)
{
case INITIALISE:
PRINT_STATE("I VSCROLL");
_nextPos = 0;
_MX->control(_zoneStart, _zoneEnd, MD_MAX72XX::WRAPAROUND, MD_MAX72XX::OFF);
_fsmState = PUT_CHAR;
// fall through to next state
case GET_FIRST_CHAR:
case GET_NEXT_CHAR:
case PUT_CHAR:
case PAUSE:
PRINT_STATE("I VSCROLL");
zoneClear();
commonPrint();
for (uint8_t i = _nextPos; i < 7; i++)
// scroll the whole display so that the message appears to be animated
// Note: Directions are reversed because we start with the message in the
// middle position thru commonPrint() and to see it animated move DOWN we
// need to scroll it UP, and vice versa.
_MX->transform(_zoneStart, _zoneEnd, bUp ? MD_MAX72XX::TSD : MD_MAX72XX::TSU);
// check if we have finished
if (_nextPos == 7) _fsmState = PAUSE;
_nextPos++;
break;
default:
PRINT_STATE("I VSCROLL");
_fsmState = PAUSE;
}
}
else // exiting
{
switch (_fsmState)
{
case PAUSE:
case INITIALISE:
PRINT_STATE("O VSCROLL");
_nextPos = 0;
_fsmState = PUT_CHAR;
// fall through to next state
case GET_FIRST_CHAR:
case GET_NEXT_CHAR:
case PUT_CHAR:
PRINT_STATE("O VSCROLL");
_MX->transform(_zoneStart, _zoneEnd, bUp ? MD_MAX72XX::TSU : MD_MAX72XX::TSD);
// check if we have finished
if (_nextPos == 7) _fsmState = END;
_nextPos++;
break;
default:
PRINT_STATE("O VSCROLL");
_fsmState = END;
break;
}
}
}
void MD_PZone::effectClose(bool bLightBar, bool bIn)
// Dissolve the current message in/out
{
if (bIn)
{
switch (_fsmState)
{
case INITIALISE:
case GET_FIRST_CHAR:
case GET_NEXT_CHAR:
PRINT_STATE("I CLOSE");
_nextPos = 0;
zoneClear();
if (bLightBar)
{
_MX->setColumn(_limitLeft, LIGHT_BAR);
_MX->setColumn(_limitRight,LIGHT_BAR);
}
_fsmState = PUT_CHAR;
// fall through
case PUT_CHAR:
PRINT_STATE("I CLOSE");
FSMPRINT(" - offset ", _nextPos);
zoneClear();
commonPrint();
{
const int16_t halfWidth = (_limitLeft - _limitRight)/2;
if (_nextPos > halfWidth)
{
_fsmState = PAUSE;
}
else
{
for (int16_t i = _limitRight + _nextPos + 1; i < _limitLeft - _nextPos; i++)
_MX->setColumn(i, EMPTY_BAR);
_nextPos++;
if (bLightBar && (_nextPos <= halfWidth))
{
_MX->setColumn(_limitLeft - _nextPos, LIGHT_BAR);
_MX->setColumn(_limitRight + _nextPos, LIGHT_BAR);
}
}
}
break;
default:
PRINT_STATE("I CLOSE");
_fsmState = PAUSE;
}
}
else // exiting
{
switch (_fsmState)
{
case PAUSE:
case GET_FIRST_CHAR:
case GET_NEXT_CHAR:
PRINT_STATE("O CLOSE");
FSMPRINT(" - limits R:", _limitRight);
FSMPRINT(" L:", _limitLeft);
_nextPos = (_limitLeft-_limitRight)/2;
FSMPRINT(" O:", _nextPos);
zoneClear();
commonPrint();
if (bLightBar)
{
_MX->setColumn(_limitLeft - _nextPos, LIGHT_BAR);
_MX->setColumn(_limitRight + _nextPos, LIGHT_BAR);
}
_fsmState = PUT_CHAR;
break;
case PUT_CHAR:
PRINT_STATE("O CLOSE");
FSMPRINT(" - offset ", _nextPos);
if (_nextPos < 0)
{
_fsmState = END;
}
else
{
_MX->setColumn(_limitLeft - _nextPos, EMPTY_BAR);
_MX->setColumn(_limitRight + _nextPos, EMPTY_BAR);
_nextPos--;
if (bLightBar && (_nextPos >= 0))
{
_MX->setColumn(_limitLeft - _nextPos, LIGHT_BAR);
_MX->setColumn(_limitRight + _nextPos, LIGHT_BAR);
}
}
break;
default:
PRINT_STATE("O CLOSE");
_fsmState = END;
}
}
}
void MD_PZone::effectSlice(bool bIn)
{
if (bIn)
{
switch(_fsmState)
{
case INITIALISE:
case GET_FIRST_CHAR:
PRINT_STATE("I SLICE");
if ((_charCols = getFirstChar()) == 0)
{
_fsmState = END;
break;
}
zoneClear();
_countCols = 0;
_nextPos = ZONE_START_COL(_zoneStart);
_endPos = _limitLeft;
_fsmState = PUT_CHAR;
break;
case GET_NEXT_CHAR: // Load the next character from the font table
PRINT_STATE("I SLICE");
// have we reached the end of the characters string?
if ((_charCols = getNextChar()) == 0)
{
_fsmState = PAUSE;
break;
}
_countCols = 0;
_fsmState = PUT_CHAR;
// !! fall through to next state to start displaying
case PUT_CHAR: // display the next part of the character
PRINT_STATE("I SLICE");
FSMPRINT(" - Next ", _endPos);
FSMPRINT(", anim ", _nextPos);
if (_cBuf[_countCols] == 0)
{
_nextPos = _endPos; // pretend we just animated it!
}
else
{
// clear the column and animate the next one
if (_nextPos != _endPos) _MX->setColumn(_nextPos, EMPTY_BAR);
_nextPos++;
_MX->setColumn(_nextPos, DATA_BAR(_cBuf[_countCols]));
}
// set up for the next time
if (_nextPos == _endPos)
{
_nextPos = ZONE_START_COL(_zoneStart);
_countCols++;
_endPos--;
}
if (_countCols == _charCols) _fsmState = GET_NEXT_CHAR;
break;
default:
_fsmState = PAUSE;
}
}
else // exiting
{
switch(_fsmState)
{
case PAUSE:
PRINT_STATE("O SLICE");
_nextPos = _endPos = _limitLeft;
_fsmState = PUT_CHAR;
// fall through
case GET_FIRST_CHAR:
case GET_NEXT_CHAR:
case PUT_CHAR:
PRINT_STATE("O SLICE");
FSMPRINT(" - Next ", _endPos);
FSMPRINT(", anim ", _nextPos);
while(_MX->getColumn(_nextPos) == EMPTY_BAR && _endPos >= _limitRight)
_nextPos = _endPos--; // pretend we just animated it!
if (_endPos <= _limitRight)
_fsmState = END; //reached the end
else
{
// Move the column over to the left and blank out previous position
if (_nextPos < ZONE_END_COL(_zoneEnd))
_MX->setColumn(_nextPos+1, _MX->getColumn(_nextPos));
_MX->setColumn(_nextPos, EMPTY_BAR);
_nextPos++;
// set up for the next time
if (_nextPos == ZONE_END_COL(_zoneEnd)+1)
_nextPos = _endPos--;
}
break;
default:
_fsmState = END;
}
}
}
bool MD_PZone::zoneAnimate(void)
{
if (_fsmState == END)
return(true);
// work through things that stop us running this at all
if (((_fsmState == PAUSE) && (millis() - _lastRunTime < _pauseTime)) ||
(millis() - _lastRunTime < _tickTime) ||
(_suspend))
return(false);
// save the time now, before we run the animation, so that the animation is part of the
// delay between animations giving more accurate frame timing.
_lastRunTime = millis();
// any text to display?
if (_pText != NULL)
{
switch (_fsmState)
{
case END: // do nothing in this state
PRINT_STATE("ANIMATE");
break;
case INITIALISE:
PRINT_STATE("ANIMATE");
setInitialConditions();
zoneClear();
_moveIn = true;
// fall through to process the effect, first call will be with INITIALISE
default: // All state except END are handled by the special effect functions
switch (_moveIn ? _effectIn : _effectOut)
{
case PRINT: effectPrint(_moveIn); break;
case SLICE: effectSlice(_moveIn); break;
case WIPE: effectWipe(false, _moveIn); break;
case WIPE_CURSOR: effectWipe(true, _moveIn); break;
case OPENING: effectOpen(false, _moveIn); break;
case OPENING_CURSOR: effectOpen(true, _moveIn); break;
case CLOSING: effectClose(false, _moveIn); break;
case CLOSING_CURSOR: effectClose(true, _moveIn); break;
case BLINDS: effectBlinds(_moveIn); break;
case DISSOLVE: effectDissolve(_moveIn); break;
case SCAN_HORIZ: effectHScan(_moveIn); break;
case SCAN_VERT: effectVScan(_moveIn); break;
case GROW_UP: effectGrow(true, _moveIn); break;
case GROW_DOWN: effectGrow(false, _moveIn); break;
case SCROLL_UP: effectVScroll(true, _moveIn); break;
case SCROLL_DOWN: effectVScroll(false, _moveIn); break;
case SCROLL_LEFT: effectHScroll(true, _moveIn); break;
case SCROLL_RIGHT: effectHScroll(false, _moveIn); break;
case SCROLL_UP_LEFT: effectDiag(true, true, _moveIn); break;
case SCROLL_UP_RIGHT: effectDiag(true, false, _moveIn); break;
case SCROLL_DOWN_LEFT: effectDiag(false, true, _moveIn); break;
case SCROLL_DOWN_RIGHT: effectDiag(false, false, _moveIn); break;
default:
_fsmState = END;
}
// one way toggle for input to output, reset on initialize
_moveIn = _moveIn && !(_fsmState == PAUSE);
break;
}
}
TIME_PROFILE("\nAnimation time ");
TIME_PROFILE(": Cycle time ");
return(_fsmState == END);
}