Designer Functions Quick List¶

Creating objects¶

Images
`image(path)`
`image(path, x, y)`

Built-in Emojis
`emoji(name)`
`emoji(name, x, y)`

Text
`text(color, text)`
`text(color, text, size)`
`text(color, text, size, x, y)`
`text(color, text, size, x, y, font_name="Arial")`

Rectangles
`rectangle(color, width, height)`
`rectangle(color, width, height, x, y)`
`rectangle(color, width, height, x, y, border, anchor)`

Circles
`circle(color, radius)`
`circle(color, radius, x, y)`
`circle(color, radius, x, y, border, anchor)`

Ellipses
`ellipse(color, width, height)`
`ellipse(color, width, height, x, y)`
`ellipse(color, width, height, x, y, border, anchor)`

Line between two points
`line(color, start_x, start_y, end_x, end_y)`
`line(color, start_x, start_y, end_x, end_y, thickness)`

Arc between two points
`arc(color, start_angle, stop_angle, width, height)`
`arc(color, start_angle, stop_angle, width, height, x, y)`
`arc(color, start_angle, stop_angle, width, height, x, y, thickness=1, anchor='center')`

Shape
`shape(color, x1, y1, x2, y2, x3, y3, ...)`
`shape(color, points)`

Connected Lines
`lines(color, x1, y1, x2, y2, x3, y3, ...)`
`lines(color, points)`

Frozen Group of Objects
`group(object1, ...)`
`group(objects)`

Position
`move_forward(object, amount)`	Move `amount` in object’s current `angle`, updating the `x` and `y`
`move_forward(object, amount, angle)`	Move `amount` in `angle` degrees, updating the `x` and `y`
`move_backward(object, amount)`	Move `amount` away from object’s current `angle`, updating the `x` and `y`
`move_backward(object, amount, angle)`	Move `amount` away from `angle` degrees, updating the `x` and `y`
`move_to_xy(object, x, y)`	Set the object’s `x` and `y` to the given pixel locations
`move_to(object, other_object)`	Set the first object’s `x` and `y` to the other object’s location
`move_to_mouse(object)`	Set the object’s `x` and `y` to the current mouse position
`change_xy(object, x_amount, y_amount)`	Increase the object’s `x` and `y` location by the two amounts
`change_x(object, amount)`	Increase the object’s `x` location by the `amount`
`change_y(object, amount)`	Increase the object’s `y` location by the `amount`
`set_x(object, new_x)`	Set the object’s `x` coordinate to be `new_x`
`set_y(object, new_y)`	Set the object’s `y` coordinate to be `new_y`
`get_x(object)`	Get the object’s `x` coordinate
`get_y(object)`	Get the object’s `y` coordinate

Angle
`turn_right(object, amount)`	Decrease the object’s current `angle` by `amount` degrees
`turn_left(object, amount)`	Increase the object’s current `angle` by `amount` degrees
`point_in_direction(object, angle)`	Set the object’s rotation to the given `angle`
`point_towards(object, other_object)`	Change the first object’s `angle` to be oriented towards the other object’s position
`point_towards_mouse(object)`	Change the first object’s `angle` to be oriented towards the location of the mouse cursor
`get_angle(object)`	Get the object’s `angle` in degrees that it is oriented towards

Size
`set_scale(object, scale)`	Set the object’s `scale` to a float relative to `1.0`
`change_scale(object, amount)`	Increase the object’s scale by the decimal `amount`
`grow(object, times)`	Make the object bigger by `times`, setting its scale to that value
`shrink(object, times)`	Make the object smaller by `times`, setting its scale to the inverse of that value
`grow_x(object, amount)`	Increase the object’s horizontal `scale_x` by the decimal `amount`
`grow_y(object, amount)`	Increase the object’s vertical `scale_y` by the decimal `amount`
`set_scale_x(object, new_scale_x)`	Set the object’s horizontal `scale_x` to the `new_scale_x`
`set_scale_y(object, new_scale_y)`	Set the object’s horizontal `scale_y` to the `new_scale_y`
`get_scale(object)`	Get the object’s `scale`
`get_scale_x(object)`	Get the object’s horizontal `scale_x`
`get_scale_y(object)`	Get the object’s vertical `scale_y`
`get_width(object)`	Get the object’s horizontal width in pixels before scaling
`get_height(object)`	Get the object’s vertical height in pixels before scaling

Visibility
`show(object)`	Makes the object `visible`
`hide(object)`	Makes the object not `visible` (aka hidden)
`set_visible(object, status)`	Sets the object to be `visible` or not based on `status`
`get_visible(object)`	Get whether or not the object is `visible`

Flipping
`flip_x(object)`	Inverts whether the object is flipped horizontally
`flip_y(object)`	Inverts whether the object is flipped vertically
`set_flip_x(object, new_flip_x)`	Sets the object to be flipped horizontally based on `new_flip_x`
`set_flip_y(object, new_flip_y)`	Sets the object to be flipped vertically based on `new_flip_y`
`get_flip_x(object)`	Get whether or not the object is flipped horizontally
`get_flip_y(object)`	Get whether or not the object is flipped vertically