i'm not absolutely sure , sheldon (longpole) provided me with them in exchange for code to drive them
they are twocolour p10 modules 16x32
in deed , when i discovered the crc idea for stagnation...
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i'm not absolutely sure , sheldon (longpole) provided me with them in exchange for code to drive them
they are twocolour p10 modules 16x32
in deed , when i discovered the crc idea for stagnation...
my first venture into youtube
life on pic18f26k22@64mhz on 32x64 red,green p10 led panel , with word seeds
https://youtu.be/znE3BSGpKZ8
this is my ccitt16 crc code , i feed every byte in the cell array into it and store result in ring buffer after first testing to see if the new crc exists more than once in the buffer buffer, if its...
i had a bit of a "google" for stagnant life pattern detection . the answer was obvious CRC
i resurrected my old code , added crc16 stored the last 8 crc's in a ring buffer. i then go on to check...
last time i played with "life" i never found a way to detect a stable repetitive cycling pattern.
are you determining if boring stuck patterns ensue ?
hmm i think i got that the wrong way round
try Temp = Counter & 31
the bitwise and is faster than a // which uses a divide
i wonder about led/LedNew arrays as byte . a cell is either...
would this work too ?
Temp = Counter & 65504
If Temp = 0 THEN
lefedge = 1
ENDIF
IF Temp = 31 THEN
rigedge = 1