Minions Bubble research

code.py

import array
import pulseio
import board
import adafruit_irremote
import time
#from adafruit_circuitplayground import playground

HEADER_VAL = 6000

BLACK = (0, 0, 0)

# Create a 'pulseio' input, to listen to infrared signals on the IR receiver
pulsein = pulseio.PulseIn(board.IR_RX, maxlen=120, idle_state=True)
# Create a decoder that will take pulses and turn them into numbers
decoder = adafruit_irremote.GenericDecode()
pulseout = pulseio.PulseOut(board.IR_TX, frequency=38000, duty_cycle=32768)

encoder = adafruit_irremote.GenericTransmit(header=[HEADER_VAL, 0],
                                           one=   [575,   550],
                                           zero=  [600,  1650],
                                           trail=None,
                                           debug=True)

#$ java -jar IrpTransmogrifier-1.2.10-jar-with-dependencies.jar analyze --trailinggap 6162 500 1591 481 1600 474 551 1521 1596 478 1573 500 1600 498 1573 475 529
# {498,msb}<1,-1|1,-3>(A:3,3,-3,B:4){A=0x6,B=0xe}
# Pwm2Decoder

def minion_ish(pulses):
    # Look for header and split pulses into 'messages'
    # messages should be 16 pulses
    if len(pulses) > 17:
        pulses = pulses[:16]
    if pulses[0] > HEADER_VAL * 1.1 or pulses[0] < HEADER_VAL * 0.9:
        return []

    #return ["l" if b > 1000 else "s" for b in pulses[1:]]
    return ["1" if b > 1000 else "0" for b in pulses[1:]]

sample = False

while True:
    try:
        pulses = decoder.read_pulses(pulsein)
        if len(pulses) < 10 or len(pulses) > 20:
            continue

        #print(" ".join([str(b) for b in pulses]))
        ish = minion_ish(pulses)
        decimal_representation = int("".join(ish), 2)
        hexadecimal_string = hex(decimal_representation)

        if decimal_representation == 0x5354:
            print("playing")
        elif decimal_representation == 0x534d:
            print("singing")
        elif decimal_representation == 0x4ad2:
            print("laughing")
        elif decimal_representation == 0x4ad3:
            print("raspberry")
        elif decimal_representation == 0x4ad4:
            print("idle")
            pulses = array.array('H', [6114, 534, 1516, 529, 1541, 551, 504, 1566, 1521, 548, 1511, 558, 1512, 557, 1515, 556, 499])
            pulseout.send(pulses)
        elif decimal_representation == 0x2d54:
            print("reply")
        else:
            print("minion_ish: ", hexadecimal_string)
        sample = True
    except Exception as e:
        print("exception: ", e.args)
        continue

    #if cp.button_a:  ### left button_a
    #    pulses = array.array('H', [6114, 534, 1516, 529, 1541, 551, 504, 1566, 1521, 548, 1511, 558, 1512, 557, 1515, 556, 499])
    #    pulseout.send(pulses)
    #    cp.pixels.fill(SHUTTER_CMD_COLOUR)
    #    while cp.button_a:
    #        pass  ### wait for button release
    #elif cp.button_b:
    #    pixel_indication = not pixel_indication
    #    while cp.button_b:
    #        pass  ### wait for button release

notes.txt

[5990, 502, 1537, 479, 1540, 477, 559, 1458, 1544, 473, 1517, 500, 1517, 499, 1540, 477, 558, 1485,
 6019, 473, 1547, 470, 1547, 470, 555, 1461, 1542, 476, 1543, 475, 1544, 473, 1545, 470, 555, 2187,
 6168, 480, 1591, 478, 1593, 475, 528, 1543, 1564, 504, 1597, 472, 1567, 500, 1591, 475, 530]


[6167,
507, 1514,
530, 1541,
553, 501,
1568, 1538,
531, 1520,
550, 1519,
550, 1541,
527, 508
]
[6114, 534, 1516, 529, 1541, 551, 504, 1566, 1521, 548, 1511, 558, 1512, 557, 1515, 556, 499]
[6135, 528, 1541, 523, 1516, 523, 534, 1532, 1542, 548, 1512, 553, 1518, 574, 1486, 553, 502]



https://github.com/kevinjwalters/circuitpython-examples/blob/master/cpx/cpx-ir-shutter-remote.py
#sony
ir_encoder = adafruit_irremote.GenericTransmit(header=[2400, 600],
                                               one=   [1200, 600],
                                               zero=  [600,  600],
                                               trail=None)

### Create an encoder for NEC IR timed pulses (in microseconds)
### NEC values from Adafruit example - these do work for PCS II
##encoder = adafruit_irremote.GenericTransmit(header=[9500, 4500],
##                                            one=   [550,   550],
##                                            zero=  [550,  1700],
##                                            trail=0)

### Practical Colorful Series II remote for RGBW lightbulbs
### Observed values
encoder = adafruit_irremote.GenericTransmit(header=[9000, 4500],
                                           one=   [575,   550],
                                           zero=  [600,  1650],
                                           trail=0)
https://github.com/cyborg5/IRLib2
https://www.analysir.com/blog/analysir-free-download/


[6162 500 1591 481 1600 474 551 1521 1596 478 1573 500 1600 498 1573 475 529]
  m    s   m    s    m   s    m   s   m    s   m    s    m    s   m   s    m
$ java -jar IrpTransmogrifier-1.2.10-jar-with-dependencies.jar analyze --trailinggap 6162 500 1591 481 1600 474 551 1521 1596 478 1573 500 1600 498 1573 475 529
{498,msb}<1,-1|1,-3>(A:3,3,-3,B:4){A=0x6,B=0xe}

Pwm2Decoder

[6163 528 1573 500 1571 502 553 1520 1576 499 1572 502 1549 526 1576 498 557]
[6184 480 1550 525 1598 477 559 1516 1549 526 1566 508 1572 502 1599 476 560]
[6156 507 1542 530 1572 502 563 1511 1576 499 1540 534 1568 504 1576 498 558]
[6162 505 1596 477 1594 481 533 1541 1596 479 1603 471 1599 477 1594 481 533]

sm mm sm mm sm ss sm mm sm mm sm mm sm mm sm
0   1  0  1 0      0  1  0  1 0   1  0  1  0

----
exception:  (IRMessage(pulses=(
6032, 473, 1493, 528, 1512, 510, 536, 1484, 1518, 504, 1516, 505, 1514, 508, 1521, 499, 505, 1517,
5997, 534, 1495, 526, 1493, 528, 539, 1457, 1545, 502, 1518, 503, 1495, 527, 1493, 530, 505, 2216,
6159, 525, 1514, 558, 1513, 560, 506, 1540, 1545, 554, 1517, 555, 1514, 558, 1544, 528, 506
), reason='Both even/odd pulses differ'),)

[6193, 473, 1567, 508, 1593, 482, 564, 1511, 1573, 502, 1568, 506, 1566, 509, 1571, 504, 561]

[6187, 502, 1568, 506, 1576, 498, 536, 1538, 1567, 481, 1568, 532, 1569, 505, 1575, 498, 527]

[6156, 508, 1593, 480, 1571, 504, 560, 1514, 1571, 502, 1569, 507, 1564, 508, 1572, 503, 564] #len 17

exception:  (IRMessage(pulses=(6038, 472, 1516, 506, 539, 1484, 535, 1462, 558, 1465, 1517, 531, 1518, 506, 1544, 478, 536), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6004, 505, 1514, 508, 537, 1485, 533, 1490, 539, 1484, 1519, 504, 1516, 507, 1522, 500, 534), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6005, 478, 1522, 525, 509, 1513, 535, 1462, 537, 1486, 1518, 502, 1546, 502, 1497, 500, 555), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6031, 479, 1540, 483, 532, 1490, 559, 1462, 537, 1485, 1547, 502, 1497, 498, 1520, 504, 533), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6036, 473, 1546, 477, 506, 1516, 503, 1520, 530, 1493, 1521, 501, 1518, 531, 1499, 499, 504), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6034, 474, 1546, 477, 538, 1458, 561, 1462, 557, 1466, 1548, 475, 1524, 500, 1519, 502, 564), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6003, 505, 1524, 499, 558, 1465, 532, 1490, 530, 1493, 1520, 502, 1549, 474, 1544, 478, 537), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6004, 505, 1546, 476, 537, 1485, 535, 1490, 528, 1493, 1541, 481, 1548, 476, 1524, 499, 535), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6037, 472, 1517, 505, 530, 1492, 505, 1517, 513, 1536, 1498, 525, 1494, 503, 1516, 506, 530), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6032, 478, 1541, 481, 502, 1520, 531, 1491, 537, 1486, 1518, 503, 1515, 507, 1522, 527, 508), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6005, 504, 1516, 507, 507, 1516, 534, 1463, 557, 1466, 1516, 532, 1497, 525, 1514, 508, 537), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6029, 480, 1518, 504, 531, 1492, 537, 1486, 534, 1487, 1494, 529, 1521, 501, 1518, 504, 531), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6034, 474, 1523, 500, 535, 1487, 564, 1459, 529, 1495, 1549, 472, 1547, 476, 1543, 479, 556), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6031, 478, 1520, 503, 532, 1491, 508, 1514, 505, 1518, 1548, 475, 1545, 478, 1522, 501, 534), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6003, 505, 1515, 508, 507, 1516, 512, 1510, 510, 1513, 1521, 502, 1517, 508, 1512, 511, 504), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6036, 474, 1514, 508, 527, 1497, 502, 1521, 509, 1513, 1541, 481, 1548, 475, 1546, 476, 528), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6009, 501, 1517, 506, 508, 1514, 537, 1458, 559, 1464, 1520, 503, 1515, 533, 1497, 526, 529), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6004, 479, 1521, 502, 563, 1460, 559, 1463, 536, 1486, 1547, 475, 1544, 479, 1541, 481, 563), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6035, 476, 1512, 511, 535, 1488, 511, 1512, 539, 1484, 1489, 534, 1515, 507, 1544, 479, 504), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6006, 503, 1516, 506, 529, 1494, 535, 1487, 533, 1490, 1544, 479, 1550, 473, 1547, 474, 529), reason='Both even/odd pulses differ'),)
exception:  (IRMessage(pulses=(6008, 502, 1548, 475, 509, 1513, 536, 1486, 533, 1490, 1544, 479, 1521, 502, 1547, 476, 509), reason='Both even/odd pulses differ'),)



-----
0x5354/0x4ad4
0x5354/0x4ad3/0x4ad2
0x5354/0x4ad4

long: 0x534d/0x2d4d