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Integrated mapping image
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jfpoilpret
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This is because on ATmega 32u4, which is used in Arduino Leonardo, pins 5 and 7 are not mapped to port D but to port C and E respectively, as you can see in the ATmega 32u4 - Arduino Pin Mapping.

enter image description here

So you will have to:

  • either find another port where all 8 bits are available as digital outputs (note that I'm not sure one such port exists)
  • or split each sine[i] in 2 parts because you will have to work with 2 ports at the same time.

This is because on ATmega 32u4, which is used in Arduino Leonardo, pins 5 and 7 are not mapped to port D but to port C and E respectively, as you can see in the ATmega 32u4 - Arduino Pin Mapping.

So you will have to:

  • either find another port where all 8 bits are available as digital outputs (note that I'm not sure one such port exists)
  • or split each sine[i] in 2 parts because you will have to work with 2 ports at the same time.

This is because on ATmega 32u4, which is used in Arduino Leonardo, pins 5 and 7 are not mapped to port D but to port C and E respectively, as you can see in the ATmega 32u4 - Arduino Pin Mapping.

enter image description here

So you will have to:

  • either find another port where all 8 bits are available as digital outputs (note that I'm not sure one such port exists)
  • or split each sine[i] in 2 parts because you will have to work with 2 ports at the same time.
Source Link
jfpoilpret
  • 9.1k
  • 7
  • 37
  • 54

This is because on ATmega 32u4, which is used in Arduino Leonardo, pins 5 and 7 are not mapped to port D but to port C and E respectively, as you can see in the ATmega 32u4 - Arduino Pin Mapping.

So you will have to:

  • either find another port where all 8 bits are available as digital outputs (note that I'm not sure one such port exists)
  • or split each sine[i] in 2 parts because you will have to work with 2 ports at the same time.