Positions -> Position

class miniworldmaker.positions.position.Position(x, y)

A Position Object represents a position on a Board.

As a subclass of namedtuple, Position is for performance reasons not mutable.

On a tiled board, the Position does not describe pixels but tiles coordinates.

Public Data Attributes:

Inherited from Position

x	Alias for field number 0
y	Alias for field number 1

Public Methods:

__str__()	Return str(self).
from_vector(vector)	Transforms a miniworldmaker-Vector object to a position.
distance_to(other)
direction_to(other)
direction_to(other)
from_board_coordinates(position)	Transforms board-coordinates to position
create(value)	Creates a board position from value
from_pixel(position)	Transforms pixel-coordinates to position by calling board.get_from_pixel()
to_pixel_from_tile()	Transforms position to pixel-coordinates by calling board.to_pixel() :return:
add(x, y)	Adds x and y to the board positions x and y coordinate
__add__(other)	Adds two board coordinates (or board-coordinate and vector)
__sub__(other)
__neg__()
to_int()	Transforms both coordinates of a position to integers :return: Tuple (x,y) , x and y are integers.
is_close(other[, error])	Is a position close to another position
up(value)
down(value)
left(value)
right(value)
is_on_the_board()

Inherited from Position

__new__(_cls, x, y)

Create new instance of Position(x, y)

Inherited from tuple

__repr__()	Return a nicely formatted representation string
__hash__()	Return hash(self).
__getattribute__(name, /)	Return getattr(self, name).
__lt__(value, /)	Return self<value.
__le__(value, /)	Return self<=value.
__eq__(value, /)	Return self==value.
__ne__(value, /)	Return self!=value.
__gt__(value, /)	Return self>value.
__ge__(value, /)	Return self>=value.
__iter__()	Implement iter(self).
__len__()	Return len(self).
__getitem__(key, /)	Return self[key].
__add__(other)	Adds two board coordinates (or board-coordinate and vector)
__mul__(value, /)	Return self*value.
__rmul__(value, /)	Return value*self.
__contains__(key, /)	Return key in self.
__getnewargs__()	Return self as a plain tuple.
index(value[, start, stop])	Return first index of value.
count(value, /)	Return number of occurrences of value.
__class_getitem__	See PEP 585

Private Data Attributes:

_abc_impl

Inherited from Position

_fields
_field_defaults

Inherited from PositionBase

_abc_impl

Inherited from ABC

_abc_impl

Private Methods:

Inherited from Position

---

add(x, y)

Adds x and y to the board positions x and y coordinate

Returns

The new Position

angle_to(other)

classmethod create(value)

Creates a board position from value

If value is … * Tuple: A new Position-object will be created * Position: The position object itself is returned * pygame.Rect: The position is created from topleft corner of Rect

direction_to(other)

distance_to(other)

down(value)

classmethod from_board_coordinates(position)

Transforms board-coordinates to position

Parameters

position –

Returns

The Position

classmethod from_pixel(position)

Transforms pixel-coordinates to position by calling board.get_from_pixel()

Parameters

position (Tuple) –

Returns

classmethod from_vector(vector)

Transforms a miniworldmaker-Vector object to a position. :type vector: Vector :param vector: The vector :return: The Position

is_close(other, error=1)

Is a position close to another position

Parameters

• other (Union[Position, Tuple]) – The other position

• error (int) – The error for both coordinates.

Returns

If x-other.x < error and y-other.y < error, is_close() returns True

is_on_the_board()

left(value)

right(value)

to_int()

Transforms both coordinates of a position to integers :return: Tuple (x,y) , x and y are integers.

to_pixel_from_tile()

Transforms position to pixel-coordinates by calling board.to_pixel() :return:

up(value)