G33 RO. FOUND??
---> G33 L0
20:27:00.318 : G33 X10.00 Y10.00 Z0.000
20:27:00.318 : G33 X10.00 Y354.98 Z0.000
20:27:00.318 : G33 X10.00 Y699.97 Z0.000
20:27:00.318 : G33 X354.98 Y10.00 Z0.000
20:27:00.333 : G33 X354.98 Y354.98 Z0.000
20:27:00.333 : G33 X354.98 Y699.97 Z0.000
20:27:00.333 : G33 X699.97 Y10.00 Z0.000
20:27:00.333 : G33 X699.97 Y354.98 Z0.000
20:27:00.333 : G33 X699.97 Y699.97 Z0.000
---> G33 RO
20:28:29.316 : Info:Resetting Z correction
---> G33 L0
20:29:53.338 : G33 X10.00 Y10.00 Z0.000
20:29:53.338 : G33 X10.00 Y354.98 Z0.000
20:29:53.338 : G33 X10.00 Y699.97 Z0.000
20:29:53.338 : G33 X354.98 Y10.00 Z0.000
20:29:53.353 : G33 X354.98 Y354.98 Z0.000
20:29:53.353 : G33 X354.98 Y699.97 Z0.000
20:29:53.353 : G33 X699.97 Y10.00 Z0.000
20:29:53.353 : G33 X699.97 Y354.98 Z0.000
20:29:53.353 : G33 X699.97 Y699.97 Z0.000
ALL CORRECTIONS TO 0 ?????NOOOOOOO
20:27:00.318 : G33 X10.00 Y10.00 Z0.000
20:27:00.318 : G33 X10.00 Y354.98 Z0.000
20:27:00.318 : G33 X10.00 Y699.97 Z0.000
20:27:00.318 : G33 X354.98 Y10.00 Z0.000
20:27:00.333 : G33 X354.98 Y354.98 Z0.000
20:27:00.333 : G33 X354.98 Y699.97 Z0.000
20:27:00.333 : G33 X699.97 Y10.00 Z0.000
20:27:00.333 : G33 X699.97 Y354.98 Z0.000
20:27:00.333 : G33 X699.97 Y699.97 Z0.000
---> G33 RO
20:28:29.316 : Info:Resetting Z correction
---> G33 L0
20:29:53.338 : G33 X10.00 Y10.00 Z0.000
20:29:53.338 : G33 X10.00 Y354.98 Z0.000
20:29:53.338 : G33 X10.00 Y699.97 Z0.000
20:29:53.338 : G33 X354.98 Y10.00 Z0.000
20:29:53.353 : G33 X354.98 Y354.98 Z0.000
20:29:53.353 : G33 X354.98 Y699.97 Z0.000
20:29:53.353 : G33 X699.97 Y10.00 Z0.000
20:29:53.353 : G33 X699.97 Y354.98 Z0.000
20:29:53.353 : G33 X699.97 Y699.97 Z0.000
ALL CORRECTIONS TO 0 ?????NOOOOOOO
Comments
?
void setup() {
// initialize the LED pin as an output.
pinMode(13, OUTPUT);
/***
Iterate through each byte of the EEPROM storage.
Larger AVR processors have larger EEPROM sizes, E.g:
- Arduno Duemilanove: 512b EEPROM storage.
- Arduino Uno: 1kb EEPROM storage.
- Arduino Mega: 4kb EEPROM storage.
Rather than hard-coding the length, you should use the pre-provided length function.
This will make your code portable to all AVR processors.
***/
for (int i = 0 ; i < EEPROM.length() ; i++) {
EEPROM.write(i, 0);
}
// turn the LED on when we're done
digitalWrite(13, HIGH);
}
void loop() {
/** Empty loop. **/
}
I have tried this code to erase the memory .... and what happened? , everything remains the same. I do not understand Anything. it keeps appearing the same values of the matrix
It is G33 R0 btw, not RO. Always use digits after the first letter in gcode. This is supposed to set all G33 corrections to 0, so why so surprised it does. Deleting eeprom also does not give you these back, how should it? Just call G33 after G32 S2 to get them back.
13:51:09.962 : Info:Resetting Z correction <<< G33 RO
13:51:14.611 : Info:Resetting Z correction <<<G33 R
13:51:25.531 : G33 X10.00 Y329.98 Z0.000
13:51:25.531 : G33 X10.00 Y649.97 Z0.000
13:51:25.547 : G33 X329.98 Y10.00 Z0.000
13:51:25.547 : G33 X329.98 Y329.98 Z0.000
13:51:25.547 : G33 X329.98 Y649.97 Z0.000
13:51:25.547 : G33 X649.97 Y10.00 Z0.000
13:51:25.547 : G33 X649.97 Y329.98 Z0.000
13:51:25.547 : G33 X649.97 Y649.97 Z0.000