Geometry

from tapkit.geometry import Point, NormalizedPoint, BBox, NormalizedBBox, Screen

p = Point(100, 200)
phone.tap(p)

x, y = p           # Tuple unpacking
p.as_tuple()       # (100, 200)
p.distance_to(p2)  # Euclidean distance

center = NormalizedPoint(0.5, 0.5)
abs_point = center.to_absolute(phone.width, phone.height)
phone.tap(abs_point)

# From other scales
NormalizedPoint.from_1000_scale(500, 300)  # 0-1000 range
NormalizedPoint.from_100_scale(50, 30)     # 0-100 percentage

box = BBox(x1=100, y1=200, x2=300, y2=250)

box.center          # Point at center
box.width           # 200
box.height          # 50
box.contains(point) # Check if point inside
box.as_tuple()      # (100, 200, 300, 250)

phone.tap(box.center)

norm_box = NormalizedBBox(x1=0.1, y1=0.2, x2=0.3, y2=0.25)
abs_box = norm_box.to_absolute(phone.width, phone.height)

# From 0-1000 scale
NormalizedBBox.from_1000_scale(100, 200, 300, 250)

screen = phone.screen

screen.width         # Screen width in pixels
screen.height        # Screen height in pixels
screen.center        # Center Point

screen.contains(p)   # Check if point in bounds
screen.clamp(p)      # Clamp point to valid range

# Coordinate conversion
screen.point_to_normalized(abs_point)
screen.point_to_absolute(norm_point)
screen.bbox_to_normalized(abs_box)
screen.bbox_to_absolute(norm_box)