Pycro

A macro for the terminal game Py++ MUST BE REWRITE 1 OR IT WILL NOT WORK

Requirements:

Device the macro will be plugged into:

Linux (Debian-based, preferably Raspbian)

py-max installed in a folder named "py++" (case-sensitive!)

tmux

Device that will be plugged into the other device:

Has to be a Raspberry Pi Pico 1

Matching version of CircuitPython and Adafruit_HID lib

This project was inspired by an old version of Pico-Ducky.

Update Mode

To enter Update Mode, first, make sure caps lock is enabled on your keyboard. Then, plug in the macro device. This will stop the macro from starting, making it easy to update the code.py file.

Info on all the variables:

start_delay

Var Type: Int

Range: 0 - ∞

This variable controls the delay before the program starts.

Log_in

Var Type: bool

Options: True, False

This controls if the program should auto-login as a part of the marco. (Note: The username and password should be defined if login is true. They will be used to log you in.

fan_max

Var Type: bool

Options: True, False

On most computers that are running Linux, this will set the CPU fan speed to max speed.

slowdown_level

Var Type: str

Options: “off”, “low”, “min”, “max”

On some low power devices (for example the Raspberry Pi Zero 2W) the actions for the macro are sent too fast for it to register so this should fix the issue.

Chip Chipper

chip_chipper_repeat_all

Var Type: Int

Range: 0 - ∞

After the macro switches to Chip Chipper, this is how many cycles it will run.

chip_chipper_start_amount

Var Type: int 0 - ∞

This is how many enters the macro will do after buying the first chip.

chip_chipper_cash_repeat

Var Type: Int

Range: 0 - ∞

this is how Many enters it will do after buying the second chipper and beyond

chip_chipper_repeat_amount

Type Int 0 - ∞

after the macro switches to a chip chipper submode rebirth, this is how many of those cycles it will do.

chip_chiper_multiplication

Type Int 0 - ∞ after buying and selling of any chips and chip chipper for previous buying amount would be multiplied by this number to get that new buying about.

chip_chipper_start_multiplication_amount

Type Int 0 - ∞

at the beginning of submode this number will be multiplied with chip_chiper_multiplication to get the proper buying amount.

quintillion_point_chance

Type Int 0 - ∞

at the beginning of every cycle a random NUMBER will be generated starting at 0 and ending at this number if is Number is 1 it will start a sub mode of chip chipper called quintillion

chip_chipper_repeat_amount_qt

Var Type: Int

Range: 0 - ∞

This controls how any enters the macro will do after buying the second chipper and beyond. !for qt submode only!

chosen_chip_of_buying

Var Type: str

Options: “b”, “r”, “bc”

This controls which chip for the macro will buy in the Chip Chipper mode.

Trivia++

trivia_repeat

Type Int 0 - ∞

attempted cases of trivia questions This also counts gui, so I believe divided by 4 to get true number.

The default configuration is:

start_delay = 0

log_in = True

username = "py"

password = "hi"

fan_max = True

slowdown_level = "off"

Chip Chipper

chip_chipper_repeat_all = 3

chip_chipper_start_amount = 1020

chip_chipper_cash_repeat = 100

chip_chipper_repeat_amount = 3

chip_chiper_multiplication = 50

chip_chipper_start_multiplication_amount = 1

quintillion_point_chance = 36

chip_chipper_repeat_amount_qt = 49

chosen_chip_of_buying = "r"

Trivia++

trivia_repeat = 6000

How many points does it actually make?:

For v2.1:

triva coin in a hour 2,901.716

rb_cc in a hour 46.213

bot_points in a hour 711.479

qt points an hour 2798351101696786e59

all points in a hour is 384.5976

vs

For v1.3:

triva coin in a hour 3,312.373

rb_cc in a hour 12.575

bot_points in a hour 795.694

all points in a hour is 338.282