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LED-Nixie-Doug-Jon-Vanessa-2.02-divergence-meter.bas
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LED-Nixie-Doug-Jon-Vanessa-2.02-divergence-meter.bas
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' *************************************
' * LED-NIXIE Clock Demo *
' * LED-Basic >= 15.2.9 required *
' * modified by Vanessa Ver. 2.15 *
' * partially from CJ Ver. C2.10.05 *
' * partially from Doug's ver.D1.02 *
' * partially from Jon's ver.J2.02 *
' *************************************
' * Ver. C2.10.05 CJ´s edits: *
' * Changed default beep *
' * Added beep at startup *
' * Added dedicated alarm sound *
' * Increased light sensor impact *
' * Extended nightmode features *
' * Added extra long button press *
' *************************************
'
' Operations manual:
'
' On startup, the display shows the software version for approx. 2 seconds.
' To reset to factory defaults: as soon as the software version number displays,
' press and hold the button until unit beeps.
'
' Usage:
'
' Three Button Modes:
' – Short press.
' – Long press: hold the button until you’ll hear a beep, then release it.
' – Extra long press: hold the button until you’ll hear a beep, keep holding it you hear a second beep*:
' The clock toggles manually between night/day mode.
' * low beep = nightmode off; high beep = nightmode on
'
' Turn the knob to adjust the display colour.(0-9 solid colour, 10 white, 11 incandecent,
' 12-14 multi colour). Short press knob to switch between Clock and Date display,
' Changing display also ensures colour setting is saved when restarting.
' Date display automatically returns to clock display after approx. 3 seconds.
'
' Long press spinner button during time display to enter settings menu (white).
' Long press button during date display to enter the system menu (blue).
' Turn knob to choose an option, short press to select, long press to exit.
' After 4 seconds inactivity, the unit returns to display mode
' (without saving changes).
'
' Settings menu (white):
' Setting 0: beeper on / off (default 1)
' 0 = off
' 1 = on
' Setting 1: 12 / 24 hour clock display (default 24)
' 12 = 12 hour clock
' 24 = 24 hour clock
' Setting 2: Set the time (24 hour clock)
' Short press changes between hours, minutes, seconds
' long press saves the time
' Setting 3: Date format display (default 0)
' 0 = DDMMYY
' 1 = MMDDYY
' 2 = YYMMDD
' Setting 4: Set the date
' Short press changes between days, months, years
' long press saves the date
' Setting 5: Alarm on / off (default 0)
' 0 = off
' 1 = on
' Setting 6: Set alarm time (24 hour clock, default 12:00)
' Short press changes between hours and minutes
' Long press saves the alarm time
' Setting 7: Auto date display on / off (default 0)
' 0 = off
' 1 = on
' Setting 8: Timer (max 23:59:00)
' Short press changes between hours and minutes
' Long press sets timer duration
' Then short press to start / stop timer
' To exit, long press whilst timer stopped
' Setting 9: Stopwatch (max 23:59:59)
' Short press to start / stop stopwatch
' To exit, long press whilst stopwatch stopped
'
' System menu (blue):
' System 0: adjust brightness (default 12)
' 1..15 = brightness level,
' 0 = automatic brightness (set using sensor)
' System 1: Minimum brightness for auto brightness (default 2)
' 0...15 = minimum brightness (no brightness level)
' System 2: Time correction offset faster or slower (default 1)
' 0 = slower offset
' 1 = faster offset
' System 3: set Time offset n cycles per 32 sek. (default 0)
' 0...510 = Offset in cycles per 32 sek.
' System 4: Party Mode On / Off (default 0)
' 0 = off
' 1 = on
' System 5: Slot machine mode on / off (default 0)
' 0 = off
' 1 = on
' System 6: Second flipping mode on / off (default 0)
' 0 = off
' 1 = on
' System 7: Digit fade mode (default 3)
' 1..5 = digit fade duration
' 0 = off
' System 8: Set the Night mode duration
' if begin and end are the same, Night mode is disabled.
' Short press changes between begin hour, begin minute (yellow)
' long press saves, then -->
' Short press changes between end hour, end minute (green)
' long press saves
' System 9: adjust nightmode brightness (default 1)
' 1..15 = brightness level,
' 0 = automatic brightness (set using sensor)
'
'
' All settings remain in case of power failure (EEPROM).
' The alarm is prioritised over the timer and stopwatch.
' Softwareversion check on startup.
'
' Slot machine mode: at 4, 8, 14, 18, 24... minutes past the hour, LEDs are lit
' at random for 10 seconds.
' Party mode: every other minute (01, 03, 05...), one of 7 "party 'displays" at
' random are shown for a few seconds.
' Second flipping mode: flipping from '9' to '0', the seconds display
' cycles through 9...8...7... ...0. If on, Fade mode has no function !
' When alarm is On, alarm time displays twice every ten minutes (minutes 02, 06,
' 12, 16, 22...) in red.
' Fade mode: Digits are fading depending on value. NOT working when Second flipping mode is on !
' Night mode: (seperate colour & brightness settings)
' if begin and end are the same, Night mode is disabled.
' During Night mode on: Partymode, alarm time display and Slot machine are disabled.
'
'
' If connected to a PC running LED-Basic, the current EEPROM values are
' displayed on the screen at program start for debugging purposes.
'
'******************************************************************************
### L80 CGRB P0 S2 M92 F40
' Set initial EEPROM state (for testing, uncomment to set on run)
' IO.eewrite(0, 215) ' 0 = Softwareversion
' IO.eewrite(1, 11) ' 1 = Time Colour (11)
' IO.eewrite(2, 5) ' 2 = Date Colour (5)
' IO.eewrite(3, 1) ' 3 = Beep (1)
' IO.eewrite(4, 12) ' 4 = Brightness (12)
' IO.eewrite(5, 0) ' 5 = Alarm (0)
' IO.eewrite(6, 12) ' 6 = Alarm Hour (12)
' IO.eewrite(7, 0) ' 7 = Alarm Minute (0)
' IO.eewrite(8, 0) ' 8 = Auto Date Display (0)
' IO.eewrite(9, 0) ' 9 = Party Mode (0)
' IO.eewrite(10, 0) ' 10 = Time Offset (0)
' IO.eewrite(11, 1) ' 11 = Time Offset +/- (1)
' IO.eewrite(12, 2) ' 12 = Min Auto Bright (2)
' IO.eewrite(13, 0) ' 13 = Slot Machine (0)
' IO.eewrite(14, 1) ' 14 = 24 Hour Clock (1)
' IO.eewrite(15, 0) ' 15 = Seconds flip (0)
' IO.eewrite(16, 0) ' 16 = Date format (0)
' IO.eewrite(17, 3) ' 17 = Digits fade (3)
' IO.eewrite(18, 0) ' 18 = Nightmode (0)
' IO.eewrite(19, 0) ' 19 = Begin Nightmode Hour (0)
' IO.eewrite(20, 0) ' 20 = Begin Nightmode Minute(0)
' IO.eewrite(21, 0) ' 21 = End Nightmode Hour (0)
' IO.eewrite(22, 0) ' 22 = End Nightmode Minute (0)
' IO.eewrite(23, 0) ' 23 = Nightmode Time Colour (0)
' IO.eewrite(24, 0) ' 24 = Nightmode Date Colour (0)
' IO.eewrite(25, 1) ' 25 = Nightmode Brightness (1)
' gosub 8010 ' 26 = Calculate current birthdate
' IO.eewrite(27, 0) ' 27 = worldline prediction triple 1 (0)
' IO.eewrite(28, 0) ' 28 = worldline prediction triple 2 (0)
'
' Nixie Digit Index
10: data 5,0,6,1,7,2,8,3,9,4
'
' Colour Index (0..14)
20: data 5,20,50,90,130,160,200,260,300,340,1000,1001,1002,1003,1004
'
' Brightness Table
30: data 0,3,6,9,16,25,37,51,68,87,109,133,160,189,221,255
'
' Music Timer / Stopwatch max :-)
'40: data 13,200,15,200,17,200,13,200,13,200,15,200,17,200,13
' data 200,17,200,18,200,20,400,17,200,18,200,20,400
' alternate uk version
'40: data 15,15,15,18,18,18,19,19,20,20,20,21,21,21,22,22
' data 27,25,1, 1,20,22,1, 1,32,30,27,30,1, 1, 37
' Hacking to the Gate
40: data 22, 300, 18, 150, 18, 300, 15, 150, 18, 150, 17, 300, 18, 150, 20, 600
data 15, 150, 15, 150, 17, 300, 13, 150, 20, 300, 13, 150, 17, 150, 17, 150, 15, 600
data 15, 300, 18, 300, 20, 300, 22, 150, 20, 300, 20, 150, 20, 150
data 22, 300, 17, 150, 17, 300, 13, 150, 20, 150, 20, 150, 18, 600
data 20, 300, 22, 150, 20, 150, 18, 600
'
' Birthdays in format YYYY, MM, DD, YYYY, MM, DD, ... sorted by month
50: data 1997, 5, 27, 1966, 9, 21, 1968, 10, 15, 1996, 12, 10
'
' LED-INDEX SET
led.ihsv(0, 0, 0, 0) ' off
led.ihsv(2, 0, 0, 128) ' white (settings)
led.ihsv(3, 2, 255, 128) ' red (set alarm)
led.ihsv(4, 110, 254, 96) ' green (timer / stopwatch)
led.ihsv(5, 37, 254, 96) ' yellow (set date / time)
led.ihsv(6, 240, 255, 128)' blue (system menu)
LED.blackout() ' turn off all LEDs
'
' Version
LED.iled(3, read 10, 1)
LED.iled(3, 20 + read 10, 0)
LED.iled(3, 30 + read 10, 4)
LED.iled(3, 40 + read 10, 8)
LED.iled(3, 50 + read 10, 5)
LED.iled(3, 60 + read 10, 9)
LED.iled(3, 70 + read 10, 6)
LED.show()
delay 2000
'
' EEPROM INIT
if (IO.eeread(0)) <> 215 or IO.keystate() = 1 gosub 8000 'first time or reset
' EEPROM Output to Terminal
gosub 8050
'
'==============================================================================
' GLOBAL VARS
' c = colour, m = mode, t = temp, i = loop, j = counter, r = temp,
' x = alarm silenced, z = counter, h = hue, v = brightness, b = brightness subtraction
' l = transition brightness, u = last second shown for fade
'==== STARTUP ===================================
'
99:
r = IO.eeread(10) ' Read Offset Value
if (IO.eeread(11)) = 0 then r = r * -1 ' negativ cycles
IO.sys(99, r)
b = 0 ' brightness subtraction
l = 0 ' Transition brightness
u = 11 ' Last second shown
j = 79 ' Initial LED location for seconds flip
m = 0 ' Initially in time display
x = 0 ' Alarm not silenced
goto 190
'==== MAIN LOOP =================================
100:
t = IO.getenc() ' Read Encoder
if t = c goto 105
c = t ' color set (knob turned)
if m = 2 then c = 0 ' color orange for divergence
z = 0 ' counter reset
105:
r = IO.getrtc(0) ' seconds
s = IO.getrtc(1) ' minutes
a = IO.getrtc(2) ' hours
if r = 0 then x = 0 ' reset alarm silencer
if r = 0 and (IO.eeread(19)) = (IO.eeread(21)) and (IO.eeread(20)) = (IO.eeread(22)) goto 108 ' no night duration
if r = 0 and (IO.eeread(19)) = a and (IO.eeread(20)) = s gosub 300 ' nightmode on
if r = 0 and (IO.eeread(21)) = a and (IO.eeread(22)) = s gosub 305 ' nightmode off
108:
if x = 0 and (IO.eeread(5)) = 1 and (IO.eeread(6)) = a and (IO.eeread(7)) = s gosub 9150 ' alarm so ringing
if a = 0 and s = 0 and r = 2 then gosub 810 ' its midnight so test for new divergence
if s % 10 = 4 or s % 10 = 8 and r = 2 and m = 0 and (IO.eeread(18)) = 0 and (IO.eeread(13)) = 1 gosub 4000 ' random (slot machine)
if s % 10 = 1 or s % 10 = 3 or s % 10 = 5 or s % 10 = 7 or s % 10 = 9 and m = 0 and (IO.eeread(18)) = 0 and (IO.eeread(9)) = 1 and r = 2 goto 2900 ' party mode
if m = 0 and r = 50 and (IO.eeread(8)) = 1 goto 180 ' date auto display
if s % 10 = 2 or s % 10 = 6 and (IO.eeread(5)) = 1 and (IO.eeread(18)) = 0 and r = 2 gosub 700 ' show alarm time
gosub 9000 ' Get key. 0 = none 1 = short press 2 = long press 3 = extra long press
print "Keytype and mode are:", k, ", ", m
if k = 1 goto 110 ' short press: change display mode
if k = 3 and m < 2 and (IO.eeread(18)) = 1 goto 310 ' extra long press: nightmode manual off
if k = 3 and m < 2 and (IO.eeread(18)) = 0 goto 315 ' extra long press: nightmode manual on
if k > 1 and m = 2 goto 43000 ' worldline prediction
if k = 2 and m = 1 goto 10100 ' system menu
if k = 2 goto 10000 ' settings menu
goto 200 ' k = 0
110:
'==== SHORT PRESS: MODE SWITCH ====
gosub 9100 ' BEEP
if m = 0 goto 180 ' change time to date display
if m = 1 goto 185 ' change date to divergence display
if m = 2 goto 182 ' change divergence to time display
180: ' change from time to date display
if (IO.eeread(18)) = 0 and m < 2 and (IO.eeread(m + 1)) <> c then IO.eewrite(m + 1, c) ' saves current time colour to EEPROM
if (IO.eeread(18)) = 1 and m < 2 and (IO.eeread(m + 23)) <> c then IO.eewrite(m + 23, c) ' saves current nightmode time colour to EEPROM
m = 1 ' change to date mode
if k = 1 then x = 1 ' silence alarm when spinner pressed
goto 190 ' done
185: ' change from date to divergence display
if (IO.eeread(18)) = 0 and m < 2 and (IO.eeread(m + 1)) <> c then IO.eewrite(m + 1, c) ' saves current date colour to EEPROM
if (IO.eeread(18)) = 1 and m < 2 and (IO.eeread(m + 23)) <> c then IO.eewrite(m + 23, c) ' saves current nightmode date colour to EEPROM
m = 2 ' mode change to divergence
goto 190 ' done
182: ' change from divergence to time display
m = 0 ' mode change to time
190: 'NB: also entry point from start
if (IO.eeread(18)) = 0 and m < 2 then c = IO.eeread(m + 1) ' sets colour from eeprom if nightmode off
if (IO.eeread(18)) = 1 and m < 2 then c = IO.eeread(m + 23) ' sets colour from eeprom if nightmode on
if m = 2 then c = 0 ' color orange for divergence
IO.setenc(c, 14, 0) ' set spinner to 15 colour options + wraparound
z = 0 ' reset counter
200:
if z & 15 <> 0 goto 210 ' only check brightness once per 15 cycles
205:
i = (IO.getldr() * 2) + IO.eeread(12) ' measured brightness + minimum overall brightness
if i > 254 then i = 254 ' do not exceed max brightness
if (IO.eeread(4)) = 0 then v = i else v = read 30, IO.eeread(4)' Set brightness from auto or EEPROM
if (IO.eeread(18)) = 1 and (IO.eeread(25)) = 0 then v = i ' Set nighmode brightness from sensor
if (IO.eeread(18)) = 1 and (IO.eeread(25)) <> 0 then v = read 30, IO.eeread(25) ' Set nighmode brightness from EEPROM
210:
LED.iall(0) ' Clear display
if (IO.eeread(18)) = 1 and a >= 1 and a <= 7 then goto 215 ' turn off the lights at night
if m = 1 goto 220 ' If date mode, display date
if m = 2 goto 230 ' If divergence mode, display divergence
gosub 500 ' Show time - set LEDs
LED.show() ' Show time - show LEDs
goto 100 ' Back to beginning of loop
215:
LED.show()
delay 1000
goto 100
220:
if m <> 1 goto 100 ' If not date mode, re-enter loop
gosub 600 ' SHOW DATE - set LEDs
LED.show() ' Show date - show LEDs
if z > 120 goto 182 ' Return to TIME display after ca. 3sec
goto 100 ' Back to beginning of loop
230:
if m <> 2 goto 100 ' If not divergence mode, re-enter loop
if z = 0 gosub 240 ' If first time called initialize
gosub 800 ' SHOW DIVERGENCE - set LEDs
LED.show() ' Show divergence - show LEDs
goto 100 ' Back to beginning of loop
240:
gosub 8020 ' update divergence
gosub 5000 ' show divergence machine
LED.iall(0) ' Clear display
return
'================================================
' AUTO NIGHTMODE TOGGLE
300:
IO.eewrite(18, 1) ' nightmode on
c = IO.eeread(m + 23)
IO.setenc(c, 14, 0) ' set spinner to 15 colour options + wraparound
return
305:
IO.eewrite(18, 0) ' nightmode off
c = IO.eeread(m + 1)
IO.setenc(c, 14, 0) ' set spinner to 15 colour options + wraparound
return
' MANUAL NIGHTMODE TOGGLE
310:
if (IO.eeread(m + 23)) <> c then IO.eewrite(m + 23, c) ' saves current nightmode colour to EEPROM
IO.eewrite(18, 0) ' nightmode off
m = 0 ' always go back to time display
gosub 9120 ' low beep
goto 190
315:
if (IO.eeread(m + 1)) <> c then IO.eewrite(m + 1, c) ' saves current colour to EEPROM
IO.eewrite(18, 1) ' nightmode on
m = 0 ' always go back to time display
gosub 9100 ' beep
goto 190
'================================================
' handle flip fade animation
400:
if g = 0 goto 410
b = v - l ' set the subtraction value to our transition brightness
if p <> 0 or n <> 0 or (IO.eeread(14)) = 1 gosub 1000
b = l
n = i
410:
if p <> 0 or n <> 0 or (IO.eeread(14)) = 1 gosub 1000
b = 0
return
'================================================
' SHOW TIME routine
' VAR: n, p, j
500:
g = 0
if r % 10 = 9 and (IO.eeread(15)) = 1 goto 510 ' seconds flip
if (IO.eeread(17)) > 0 and (IO.eeread(15)) = 0 then g = 1 ' digit fade if not second flip
n = r % 10
p = 70
' calculate the flip brightness even if we're not using it
if u <> n then l = 0
if u <> n then u = n
i = 6 - IO.eeread(17) ' fade value
l = l + 1 + i * (v / 50) ' increase the level of transition brightness
if l > v then l = v ' don't increase the level beyond the set brightness
' finished calculating brightness
i = n - 1
if i < 0 then i = 9
gosub 400 ' display seconds 1s
if g = 1 and r % 10 = 0 then g = 1 else g = 0' 10s seconds flip if our is a 0
n = r / 10
p = 60
i = n - 1
if i < 0 then i = 5
gosub 400 ' display seconds 10s
j = 79
goto 520 ' to minutes
510:
n = r / 10 ' Seconds Flip routine
p = 60
gosub 1000 ' Seconds 10
n = j % 10
p = 70
gosub 1000 ' Seconds 1
j = j - 1
delay 98 ' approx 0.1 seconds between flips
520:
if g = 1 and r / 10 = 0 then g = 1 else g = 0 'decide if we need to fade this number
n = s % 10
p = 40
i = n - 1
if i < 0 then i = 9
gosub 400 ' Minutes 1
if g = 1 and s % 10 = 0 then g = 1 else g = 0 'decide if we need to fade this number
n = s / 10
p = 30
i = n - 1
if i < 0 then i = 5
gosub 400 ' Minutes 10
if g = 1 and s / 10 = 0 then g = 1 else g = 0 'decide if we need to fade this number
if (IO.eeread(14)) = 0 and a > 12 then a = a - 12 ' 12 hour clock, hours 13-23 changed to 1-11
if (IO.eeread(14)) = 0 and a = 0 then a = 12 ' 12 hour clock, hour 0 = 12
n = a % 10
p = 10
i = n - 1
if i < 0 then i = 9
if (IO.eeread(14)) = 0 and a / 10 = 0 and n = 1 then i = 2 ' roll to 1:00
if (IO.eeread(14)) = 1 and a / 10 = 0 and n = 0 then i = 3 ' roll to 0:00
gosub 400 ' Hours 1
i = 0 ' figure out if we need to flip the time
if (IO.eeread(14)) = 0 and a / 10 = 0 and a % 10 = 1 then i = 1 ' we need to handle the rollover to 1:00
if (IO.eeread(14)) = 1 and a / 10 = 0 and a % 10 = 0 then i = 1 ' we need to handle the rollover to 0:00
if g = 1 and i = 1 then g = 1 else g = 0 ' 10s hours flip if our 1s minute is a 0
n = a / 10
p = 0
i = n - 1
if i < 0 and (IO.eeread(14)) = 0 then i = 1
if i < 0 and (IO.eeread(14)) = 1 then i = 2
gosub 400 ' Hours 10
if z < 32761 then z = z + 1 else z = 0
return
'================================================
' SHOW DATE
' VAR: n, p
600:
s = IO.getrtc(3) 'day
n = s / 10
p = (IO.eeread(16)) * 30 ' Ddmmyy, mmDdyy, yymmDd (IO.eeread(16))=0,1,2
gosub 1000 ' Day 10s
n = s % 10
p = (IO.eeread(16)) * 30 + 10 ' dDmmyy, mmdDyy, yymmdD (IO.eeread(16))=0,1,2
gosub 1000 ' Day units
s = IO.getrtc(4) 'month
n = s / 10
if (IO.eeread(16)) = 1 then p = 0 else p = 30 ' Mmddyy, ddMmyy / yyMmdd
gosub 1000 ' Month 10s
n = s % 10
if (IO.eeread(16)) = 1 then p = 10 else p = 40 ' mMddyy, ddmMyy / yymMdd
gosub 1000 ' Month units
s = IO.getrtc(5) ' year
n = (s % 100) / 10 ' 2 digit year
if (IO.eeread(16)) = 2 then p = 0 else p = 60 ' Yymmdd, ddmmYy / mmddYy
gosub 1000 ' Year 10s
n = s % 10
if (IO.eeread(16)) = 2 then p = 10 else p = 70 ' yYmmdd, ddmmyY/mmddyY
gosub 1000 ' Year units
s = IO.getrtc(1) ' minutes reset to s
z = z + 1
return
'================================================
' SHOW Alarm
' VAR: n, p, s, i
700:
if (IO.eeread(5)) = 1 and (IO.eeread(6)) = a and (IO.eeread(7)) = s return ' alarm ringing so don't display alarm time
LED.iall(0) ' Clear display
t = IO.eeread(6)
for i = 70 downto 10 step 10
LED.iled(3, i + read 10, t / 10)
LED.show()
delay 200
LED.iled(0, i + read 10, t / 10)
next i
LED.iled(3, read 10, t / 10)
for i = 70 downto 20 step 10
LED.iled(3, i + read 10, t % 10)
LED.show() ' display
delay 200 ' cycle 1/5 second
LED.iled(0, i + read 10, t % 10)
next i
LED.iled(3, 10 + read 10, t % 10)
t = IO.eeread(7) ' alarm minutes
for i = 70 downto 30 step 10
LED.iled(3, i + read 10, t / 10)
LED.show()
delay 200
LED.iled(0, i + read 10, t / 10)
next i
LED.iled(3,30 + read 10, t / 10)
for i = 70 downto 40 step 10
LED.iled(3, i + read 10, t % 10)
LED.show()
delay 200
LED.iled(0, i + read 10, t % 10)
next i
LED.iled(3, 40 + read 10, t % 10)
LED.show()
delay 200
LED.iled(3, 70 + read 10,0)
LED.show()
delay 200
LED.iled(0, 70 + read 10,0)
LED.iled(3, 60 + read 10,0)
LED.show()
delay 200
LED.iled(3, 70 + read 10,0)
LED.show()
delay 1500
return
'================================================
' SHOW DIVERGENCE
' VAR: n, p
800:
y = read 50, ((IO.eeread(26))-1) ' current birthyear
s = IO.getrtc(5)
if (IO.getrtc(4)) <= 5 then s = s-1 ' use last year
a = s - y
n = 0 ' TODO not 0 but real value
p = 0
gosub 1000
s = (y * (a % 10))
n = s % 10
p = 70
gosub 1000
s = (y * (a / 10)) + s / 10
n = s % 10
p = 60
gosub 1000
n = (s % 100) / 10
p = 50
gosub 1000
n = (s % 1000) / 100
p = 40
gosub 1000
n = (s % 10000) / 1000
p = 30
gosub 1000
n = ((s / 100) % 1000) / 100
p = 20
gosub 1000
' flickering numbers animation
t = (((r % 6) + 2) * 10) + 9
if z >= 200+r and z <= 202+r or z >= 230+r and z <= 232+r or z >= 250+r and z <= 254+r then LED.irange(0, t, t+10)
if z >= 297+r and z <= 299+r then LED.irange(0, t, t+10)
'if z >= 300 and z <= 303 then LED.irange(0, 0, 79)
'if z >= 340 and z <= 343 or z >= 520 and z <= 523 then LED.irange(0, 0, 79)
if z >= 800 then z = 0
z = z + 1
return
'================================================
' TEST FOR DIVERGENCE CHANGE
' VAR: r: previous birthdate id
810:
r = IO.eeread(26)
gosub 8020
if r <> (IO.eeread(26)) then gosub 820 else gosub 830 ' TODO REMOVE ELSE 'if birthdate id changed
return
820:
print "Birthdate id changed"
' TODO if birthdate change -> check prediction is correct
gosub 830
m = 2 ' switch to divergence mode
z = 0 ' reset counter to trigger divergence animation
return
'================================================
' CHECK IF PREDICTION IS CORRECT
' (update divergence) VAR: eeread(26): Birthday id (either 1, 4, 7 or 10)
830:
print "Evaluating divergence prediction"
print "predicted triple 1: ",(IO.eeread(27))
print "predcited triple 2: ",(IO.eeread(28))
g = read 50, ((IO.eeread(26))-1) ' current birthdate year
q = ((((IO.getrtc(5)) - g)/10)*g) + ((((IO.getrtc(5)) - g)%10)*g/10) 'first triple: (5*1966 + 3*1966/10)/100
q = q / 100
g = ((((((IO.getrtc(5)) - g)/10)*g)%100)*10 + (((IO.getrtc(5)) - g)%10)*g) 'scnd triple: (5*1966%100*10 + 2*1966)%1000
g = g % 1000
print "real triple 1: ",q
print "real triple 2: ",g
' TODO if both triples are same like eeprom then switch flag
return
'================================================
' Character display routine for date / time (using set colour mode)
1000:
t = read 20, c ' read colour value from index
if t > 360 goto 1010
LED.ihsv(1, t, 255, v - b) ' set "standard 1 colour" at brightness V
goto 1090
1010:
if t <> 1000 goto 1015 ' position 10 = white
LED.ihsv(1, 0, 0, v - b)
goto 1090
1015:
if t <> 1001 goto 1020 ' position 11 = incandecent
LED.ihsv(1, 25, 205, v - b)
goto 1090
1020:
if t <> 1002 goto 1030 ' position 12 = multi-colour
LED.ihsv(1, h, 255, v - b)
h = (p * 8 + z) % 360 ' set "standard 1" as 8* position + counter mod 360
goto 1090
1030:
if t <> 1003 goto 1040 ' position 13 = gently cycling
LED.ihsv(1, h, 255, v - b) ' set "standard 1" as counter/4 mod 360
h = (z / 4) % 360
goto 1090
1040:
'we assume t = 1004 = position 14 = gently cycling 2
led.ihsv(1, h, 255, v - b)
h = (2 * z + (2 * (50 - p))) % 360
1090:
LED.iled(1, p + read 10, n) ' show character
return
'================================================
' party mode
2900:
if (IO.eeread(5)) = 1 and (IO.eeread(6)) = a and (IO.eeread(7)) = s goto 100 ' alarm ringing so abort
i = random ' choose one of animations at random
if i <= 4096 gosub 3000 ' party mode effect 0
if i > 4096 and i <= 8192 gosub 3100 ' party mode effect 1
if i > 8192 and i <= 12288 gosub 3200 ' party mode effect 2
if i > 12288 and i <= 16384 gosub 3300 ' party mode effect 3
if i > 16484 and i <= 20480 gosub 3400 ' party mode effect 4
if i > 20480 and i <= 24576 gosub 3500 ' party mode effect 5
if i > 24576 and i <= 28672 gosub 3600 ' party mode effect 6
if i > 28672 gosub 3700 ' party mode effect 7
k = IO.getkey() ' key reset if pressed during Party
goto 100 ' main loop
'............................................................
3000: ' pixels turning off and on at random, random colours
for n = 1 to 300
r = random % 360 ' colour
a = random % 80 ' position
led.lhsv(a, r, 255, v) ' set colour
if a - 1 >= 0 then LED.iled(0, a - 1) ' turn off pixel below current
led.show()
delay 50
next n
return
'............................................................
3100: ' two pixels of two random colours cycling and crossing each other
for n = 1 to 3
3110:
a = Random % 360
r = Random % 360
if a = r goto 3110
for i = 0 to 80
LED.iall(0)
led.lhsv(i, a, 255, v) ' Colour
led.lhsv(80 - i, r, 255, v) ' Colour
led.show()
delay 80
next i
next n
return
'............................................................
3200: ' two pairs of two pixels cycling and crossing each other
a = Random % 360
r = Random % 360
n = Random % 360
z = Random % 360
for i = 0 to 249
LED.iall(0)
led.lhsv(i % 80, z, 255, v)
led.lhsv(80 - ((i + 1) % 80), a, 255, v)
led.lhsv((i + 9) % 80, r, 255, v)
led.lhsv(80 - ((i + 10) % 80), n, 255, v)
led.show()
delay 80
next i
return
'............................................................
3300: ' 6 sweeps of random colour, increasing in change per sweep
LED.iall(0)
z = Random % 360
for n = 0 to 5
for i = 80 downto 0
if n % 2 = 0 then led.lhsv(i, (z + n * i) % 360, 255, v) else led.lhsv(60 - i,(z + n * i) % 360, 255, v)
led.show()
next i
next n
return
'............................................................
3400: ' "turbulent" rainbow over all pixels, speeding up
h = random % 360
for i = 1 to 500
LED.rainbow(h, 255, v, 0, 80, 3)
LED.show()
h = (h + i / 10) % 360
next i
return
'............................................................
3500: ' all pixels solid varying, varying in brightness.
for z = 1 to 350
i = random % 100
if i < 75 goto 3565
h = ((random % 129) * v) / 128
LED.ihsv(9,(i * h) % 360, 255, h)
LED.iall(9)
3565:
LED.show()
next z
return
'............................................................
3600: ' all pixels white, varying in brightness.(TV mode)
for z = 1 to 350
i = random % 100
if i < 75 goto 3665
h = ((random % 129) * v) / 128
LED.ihsv(9, 0, 0, h)
LED.iall(9)
3665:
LED.show()
next z
return
'............................................................
3700: ' cycling through all LEDs 0-79 in increasing colours with random white
LED.ihsv(9, 0, 0, v)
g = 0 'Test variable, to exit routine
3701: 'Pixel counter index
data 5,0,6,1,7,2,8,3,9,4,
data 15,10,16,11,17,12,18,13,19,14,
data 25,20,26,21,27,22,28,23,29,24,
data 35,30,36,31,37,32,38,33,39,34,
data 45,40,46,41,47,42,48,43,49,44,
data 55,50,56,51,57,52,58,53,59,54,
data 65,60,66,61,67,62,68,63,69,64,
data 75,70,76,71,77,72,78,73,79,74,
3702: 'Main loop
for i = 1 to 79
if i % 20 = 0 then h = random % 4
if i % 20 = 0 then LED.irange(9, 10 * h, 10 * h + 9)
led.ihsv(1, ((i + g) * 7) % 360, 255, v)
LED.iled(1, read 3701, i)
LED.show()
g = g + 1
next i ' cycle through colours
if g < 450 goto 3702 ' continue for 10ish seconds
return
'================================================
' SHOW Slot machine
' VAR: s, n, p, i
4000:
if (IO.eeread(5)) = 1 and (IO.eeread(6)) = a and (IO.eeread(7)) = s return ' alarm sounding so quit
for i = 1 to 100
LED.iall(0) ' Clear display
s = random
n = ((s % 1000)/100) + 1
p = 70
gosub 1000 ' 10s Seconds
n = (s % 10000)/1000
p = 60
gosub 1000 ' Seconds 1s
n = s % 10 ' random number between 0 and 9
p = 40
gosub 1000 ' 10s Seconds
n = ((s % 100)/10) + 1 ' random number between 1 and 10?
p = 50
gosub 1000 ' Seconds 1s
n = (s % 1000)/100
p = 20
gosub 1000 ' Minutes 10s
n = (s % 100)/10
p = 30
gosub 1000 ' Minutes 1s
n = (s % 10000)/1000
p = 0
gosub 1000 ' Hours 10s
n = ((s % 1000)/100) + 1
p = 10
gosub 1000 ' Hours 1s
z = z + 4 ' colour cycling
LED.show()
delay 10 + i * 2 ' increasingly slow as time goes on
next i
s = IO.getrtc(1) ' temporarily used for random number, reset as minutes
k = IO.getkey() ' key reset if pressed during Slot machine
return
'================================================
' SHOW Divergence machine
' VAR: s, n, p, i
5000:
if (IO.eeread(5)) = 1 and (IO.eeread(6)) = a and (IO.eeread(7)) = s return ' alarm sounding so quit
for i = 1 to 25
LED.iall(0) ' Clear display
s = random
n = ((s % 1000)/100) + 1
p = 70
gosub 1000 ' 10s Seconds
n = (s % 10000)/1000
p = 60
gosub 1000 ' Seconds 1s
n = s % 10 ' random number between 0 and 9
p = 40
gosub 1000 ' 10s Seconds
n = ((s % 100)/10) + 1 ' random number between 1 and 10?
p = 50
gosub 1000 ' Seconds 1s
n = (s % 1000)/100
p = 20
gosub 1000 ' Minutes 10s
n = (s % 100)/10
p = 30
gosub 1000 ' Minutes 1s
if i < 15 then n = s % 10 else n = 0 ' TODO Not static 0 but worldline
p = 0
gosub 1000 ' Hours 10s
z = z + 1
LED.show()
delay 10 + i * 5 ' increasingly slow as time goes on
next i
s = IO.getrtc(1) ' temporarily used for random number, reset as minutes
k = IO.getkey() ' key reset if pressed during Slot machine
return
'================================================
' EEPROM INIT
8000:
print "Resetting EEPROM..."
print " "
IO.eewrite(0, 215) ' 0 = Softwareversion
IO.eewrite(1, 11) ' 1 = Time Colour (11)
IO.eewrite(2, 5) ' 2 = Date Colour (5)
IO.eewrite(3, 1) ' 3 = Beep (1)
IO.eewrite(4, 12) ' 4 = Brightness (12)
IO.eewrite(5, 0) ' 5 = Alarm (0)
IO.eewrite(6, 12) ' 6 = Alarm Hour (12)
IO.eewrite(7, 0) ' 7 = Alarm Minute (0)
IO.eewrite(8, 0) ' 8 = Auto Display Date (0)
IO.eewrite(9, 0) ' 9 = Party Mode (0)
IO.eewrite(10, 0) ' 10 = Time Offset (0)
IO.eewrite(11, 1) ' 11 = Time Offset Pos/Neg (1)
IO.eewrite(12, 2) ' 12 = Min Brightness in Auto (2)
IO.eewrite(13, 0) ' 13 = Slot Machine (0)
IO.eewrite(14, 1) ' 14 = 24 Hour Clock (1)
IO.eewrite(15, 0) ' 15 = Seconds flip (0)
IO.eewrite(16, 0) ' 16 = Date format (0)
IO.eewrite(17, 3) ' 17 = Digits fade (3)
IO.eewrite(18, 0) ' 18 = Nightmode (0)
IO.eewrite(19, 0) ' 19 = Begin Nightmode Hour (0)
IO.eewrite(20, 0) ' 20 = Begin Nightmode Minute (0)
IO.eewrite(21, 0) ' 21 = End Nightmode Hour (0)
IO.eewrite(22, 0) ' 22 = End Nightmode Minute (0)
IO.eewrite(23, 0) ' 23 = Nightmode Time Colour (0)
IO.eewrite(24, 0) ' 24 = Nightmode Date Colour (0)
IO.eewrite(25, 1) ' 25 = Nightmode Brightness (1)
IO.eewrite(26, 0) ' 26 = Birthdate month id (0)
IO.eewrite(27, 0) ' 27 = worldline prediction triple 1 (0)
IO.eewrite(28, 0) ' 28 = worldline prediction triple 2 (0)
gosub 8010 ' 26 = Calculate current birthdate
print "EEPROM reset."
print " "
IO.beep(35)
delay 500
IO.beep(0)
return
'================================================
' Initialize with last birthdate
' VAR: w: data id of month, g: Month from data, eeread(26): Birthdate month id (either 1, 4, 7 or 10)
8010:
print "Initialize birthdate id"
for i = 1 to 10 step 3
g = read 50, i
if g < (IO.getrtc(4)) then w = i ' w = the largest birthday-month which is smaller than the actual
next i
if (IO.getrtc(4)) <= 5 then w = 10 ' if actualMonth <= smallest birthdate then birthdate month 12 (birthdate id=10)
if w <> (IO.eeread(26)) then IO.eewrite(26, w) ' 26 = Current birthdate month data id
print "Birthdate id is most probably ",w
gosub 8020
return
'================================================
' Calculate if birthdate change
' VAR: g: Month from data, q: Day from data, eeread(26): Birthdate month id (either 1, 4, 7 or 10)
8020:
print "Recalculate birthdate id"
for i = 1 to 10 step 3
g = read 50, i
q = read 50, (i+1)
if g = (IO.getrtc(4)) and q <= (IO.getrtc(3)) and i <> (IO.eeread(26)) then IO.eewrite(26, i) ' true if the actual month is a birthday-month and on/after birthday
next i
print "New Birthdate id is ",(IO.eeread(26))
return
'================================================
' Print out EEPROM to Terminal
8050:
print " LED-NIXIE Clock"
print "by Vanessa, partially from Dominik, Christoph, Doug and Jon"
for i = 0 to 26 ' EEPROM data output
t = IO.eeread(i)
print "EEP[";i;"] = ";t
next i
return
'================================================
' GETKEY
' VAR: k, i, RET: k
' k: 0 = No Key, 1 = Short, 2 = LONG press, 3 = EXTRA LONG press
9000:
k = IO.getkey()
if k = 0 return
i = 0
9010:
k = IO.keystate()
if i < 50 and k = 0 goto 9015
if i = 50 gosub 9110 ' BEEP MEDIUM
delay 10
i = i + 1
if i < 150 and k = 1 goto 9010
if i >= 150 goto 9020
k = 2 ' LONG PRESS
return
9015:
k = 1 ' SHORT PRESS
return
9020:
k = 3 ' EXTRA LONG PRESS
return
'================================================
' BEEP HIGH
9100:
if (IO.eeread(3)) = 0 return ' no beep if set silent
IO.beep(25)
delay 25
IO.beep(0)
return
' BEEP MEDIUM
9110:
if (IO.eeread(3)) = 0 return ' no beep if set silent
IO.beep(15)
delay 25
IO.beep(0)
return
' BEEP LOW
9120:
if (IO.eeread(3)) = 0 return ' no beep if set silent
IO.beep(5)
delay 25
IO.beep(0)
return
' ALARM
9150:
IO.beep(30)
delay 50
IO.beep(0)
delay 100
IO.beep(30)
delay 50
IO.beep(0)
delay 100
IO.beep(20)
delay 50
IO.beep(0)
delay 700
return
'================================================
' Settings menu
' VAR p: position, t: temp, y: value
10000:
gosub 9100 ' BEEP
p = 0
10005:
z = 0
IO.setenc(p, 9, 0) ' Set Encoder (Spinner) to give 0-9 positions
10010:
t = IO.getenc() ' Read Encoder
if t = p goto 10020
p = t
z = 0 ' counter reset
10020:
gosub 9000 ' GETKEY
if k = 0 goto 10050
if k = 1 goto 10060
gosub 9100 ' BEEP. K = 2 so long press so exit
goto 99 ' long press so exit
10050:
LED.iall(0) ' Clear display
if z & 15 < 11 then LED.iled(2, read 10, p) ' White first pixel number flashes.
LED.show()
z = z + 1
if z > 300 goto 99 ' Time-out, back to time display
goto 10010
10060:
if p = 0 goto 12000 ' F0: Beep on/off
if p = 1 goto 12400 ' F1: 12/24 hour time display
if p = 2 goto 13000 ' F2: Time set
if p = 3 goto 12600 ' F3: Date format
if p = 4 goto 14000 ' F4: Date set
if p = 5 goto 15000 ' F5: Alarm on / off
if p = 6 goto 16000 ' F6: Alarm time set
if p = 7 goto 17000 ' F7: Auto date display on / off
if p = 8 goto 18000 ' F8: Timer
if p = 9 goto 19000 ' F9: Stopwatch
goto 10010
'================================================
' System menu