Poke Breeder Bot

As long as the in-game preconditions are met before plugging in the device, plugging the Arduino directly into the Switch through a USB Type B to USB Type C cable should enable the bot to start picking up and hatching eggs automatically without any user input

In-Game Information

Preconditions

• You are not on your bike
• You are currently at the Nursery in the Wild Area
• There is an egg waiting for you at the Nursery
• Ensure that when you hit "X" the cursor is on the "Town Map" icon
• Your party is full of non-egg pokemon (The first pokemon will never be swapped out so it can be a flame body pokemon)
• None of the pokemon in your party are holding any items (except the first one, since it is never going to be swapped out it is allowed to hold an item)
• In-Game Options:
  • Text Speed: Fast
  • Send to Boxes: Manual
  • Give Nicknames: Don't Give
  • Vertical Camera Control: Regular
• It's recommended to direct your box to a series of empty boxes before beginning the automatic breeding process

Breeding Duration Values

• Disclaimer: All of the breeding duration information including the steps2breedingduration.py script assume a party lead with flame body. If you do not use a flame body lead, then double the values

  Breeding Duration	Pokemon	Cycles	Steps	Cycling Time
  2150 (51 seconds)	Togepi	10	2.5k	29 seconds
  2250 (53 seconds)	Darumaka	20	5k	62 seconds
  2900 (69 seconds)	Duraludon	30	7.6k	93 seconds
  3500 (83 seconds)	Dreepy	40	10k	123 seconds

• To use the steps2breedingduration.py script type:

  ./steps2breedingduration.py <number of steps to hatch the egg>

  Where the number of steps to hatch the egg is the value taken from this link in the far right column of the species of pokemon you are trying to hatch

• Change the breeding_duration variable at the top of instructions.h to match the value given as a result of running the steps2breedingduration.py script before making and flashing Joystick.hex to the Arduino

Setting up the Arduino

• Disclaimer: These instructions were written for Mac OSX in the context of an Arduino with an atmega16u2 chip

Dependencies and Compiling

• Install dfu-programmer through homebrew with:

  brew install dfu-programmer

• To compile this project you need AVR GCC Compiler and Tools. This can be installed through homebrew with:

  brew tap osx-cross/avr

  followed by

  brew install avr-gcc

• Download the LUFA library through this link at the bottom of the page, put it in this directory, and rename the folder to LUFA

• Make sure the LUFA_PATH inside the makefile points to the LUFA subdirectory that you just created inside this directory (should be ./LUFA/LUFA)

• Ensure that the makefile setting for MCU is set to MCU = atmega16u2 and compile by typing make

Putting the Arduino in DFU Mode

• Plug the Arduino into a computer

• Put the Arduino in DFU mode if it is not already by bridging the reset pin with the ground

• If necessary, ensure the Arduino is in DFU mode by typing:

  sudo dfu-programmer atmega16u2 get ID1

Flashing onto the Arduino

• Navigate to the folder containing the .hex file you are flashing onto the Arduino

• In this case, the .hex file to be flashed onto the Arduino is called Joystick.hex generated by the makefile

• Follow these commands to flash the .hex file:

  sudo dfu-programmer atmega16u2 erase

  sudo dfu-programmer atmega16u2 flash <.hex file>

  sudo dfu-programmer atmega16u2 reset

• You can also use the flash.sh shell script (either through the command sh flash.sh or ./flash.sh) which makes the code and runs all 3 of the above dfu-programmer commands to flash the code onto the Arduino once it is in DFU mode

• If you receive this error:

  dfu-programmer: no device present.

  but your Arduino is plugged in and the lights are on then you most likely need to put the Arduino into DFU mode by bridging its reset and ground pins