Controller

Defines a Clontroller class that manages pressing buttons for your console

class melee.controller.Controller(console, port, type=<ControllerType.STANDARD: '6'>)

Manages virtual controller state and button presses

The Controller object is your primary input mechanism for a bot. It’s used for pressing buttons programatically, but also automatically configuring the controller with dolphin

connect()

Connect the controller to the console

Note

Blocks until the other side is ready

disconnect()

Disconnects the controller from the console

empty_input()

flush()

Actually send the button presses to the console

Up until this point, any buttons you ‘press’ are just queued in a pipe. It doesn’t get sent to the console until you flush

press_button(button)

Press a single button

If already pressed, this has no effect

Parameters:button (enums.Button) – Button to press

press_shoulder(button, amount)

Press the analog shoulder buttons to a given amount

Parameters:

• button (enums.Button) – Has to be L or R
• amount (float) – Ranges from 0 (not pressed at all) and 1 (Fully pressed in)

Note

The ‘digital’ button press of L or R are handled separately as normal button presses. Pressing the shoulder all the way in will not cause the digital button to press

release_all()

Resets the controller to a resting state

All buttons are released, all sticks set to 0.5, all shoulders set to 0

release_button(button)

Release a single button

If already released, this has no effect

Parameters:button (enums.Button) – Button to release

simple_press(x, y, button)

Here is a simpler representation of a button press, in case you don’t want to bother with the tedium of manually doing everything. It isn’t capable of doing everything the normal controller press functions can, but probably covers most scenarios. Notably, a difference here is that doing a button press releases all other buttons pressed previously.

Note

Don’t call this function twice in the same frame

x = 0 (left) to 1 (right) on the main stick y = 0 (down) to 1 (up) on the main stick button = the button to press. Enter None for no button

tilt_analog(button, x, y)

Tilt one of the analog sticks to a given (x,y) value

Parameters:

• button (enums.Button) – Must be main stick or C stick
• x (float) – Ranges between 0 (left) and 1 (right)
• y (float) – Ranges between 0 (down) and 1 (up)

tilt_analog_unit(button, x, y)

Tilt one of the analog sticks to a given (x,y) value, normalized to a unit vector

This mean the values range from -1 -> 1 (with 0 center) rather than 0 -> 1 (with 0.5 center) This doesn’t press the stick any further than the tilt_analog(), it’s just a compat helper

Parameters:

• button (enums.Button) – Must be main stick or C stick
• x (float) – Ranges between -1 (left) and 1 (right)
• y (float) – Ranges between -1 (down) and 1 (up)

class melee.controller.ControllerState

A snapshot of the state of a virtual controller

button = None

For the each Button as key, tells you if the button is pressed.

Type:(dict of enums.Button to bool)

c_stick = None

The C stick’s x,y position. Ranges from 0->1, 0.5 is neutral

Type:(pair of floats)

l_shoulder = None

L shoulder analog press. Ranges from 0 (not pressed) to 1 (fully pressed)

Type:(float)

main_stick = None

The main stick’s x,y position. Ranges from 0->1, 0.5 is neutral

Type:(pair of floats)

r_shoulder = None

R shoulder analog press. Ranges from 0 (not pressed) to 1 (fully pressed)

Type:(float)