Utilities

rerun.utilities

color_grid = build_color_grid() module-attribute

Default color grid

color_spiral = build_color_spiral() module-attribute

Default color spiral

rect_pyramid = build_rect_pyramid() module-attribute

Default rect pyramid data

def bounce_lerp(a, b, t)

A linear interpolator that bounces between a and b as t goes above 1.0.

PARAMETER	DESCRIPTION
a	Start value (t == 0). TYPE: float
b	End value (t == 1). TYPE: float
t	Interpolation coefficient. TYPE: float | ndarray[Any, dtype[Any]]

def build_color_grid(x_count=10, y_count=10, z_count=10, twist=0)

Create a cube of points with colors.

The total point cloud will have x_count * y_count * z_count points.

PARAMETER	DESCRIPTION
x_count	Number of points in each dimension. TYPE: int DEFAULT: 10
y_count	Number of points in each dimension. TYPE: int DEFAULT: 10
z_count	Number of points in each dimension. TYPE: int DEFAULT: 10
twist	Angle to twist from bottom to top of the cube TYPE: float DEFAULT: 0

def build_color_spiral(num_points=100, radius=2, angular_step=0.02, angular_offset=0, z_step=0.1)

Create a spiral of points with colors along the Z axis.

PARAMETER	DESCRIPTION
num_points	Total number of points. TYPE: int DEFAULT: 100
radius	The radius of the spiral. TYPE: float DEFAULT: 2
angular_step	The factor applied between each step along the trigonometric circle. TYPE: float DEFAULT: 0.02
angular_offset	Offsets the starting position on the trigonometric circle. TYPE: float DEFAULT: 0
z_step	The factor applied between each step along the Z axis. TYPE: float DEFAULT: 0.1

def build_rect_pyramid(count=20, width=100, height=100)

Create a stack of N colored rectangles.

PARAMETER	DESCRIPTION
count	Number of rectangles to create. TYPE: int DEFAULT: 20
width	Width of the base of the pyramid. TYPE: int DEFAULT: 100
height	Height of the pyramid. TYPE: int DEFAULT: 100

def interleave(arr1, arr2)

Interleaves two numpy arrays.

PARAMETER	DESCRIPTION
arr1	A numpy array of arbitrary shape and length. TYPE: NDArray[float64]
arr2	A numpy array with the same shape and length as arr1. TYPE: NDArray[float64]

data

Simple data to be used for Rerun demos.

color_grid = build_color_grid() module-attribute

Default color grid

color_spiral = build_color_spiral() module-attribute

Default color spiral

rect_pyramid = build_rect_pyramid() module-attribute

Default rect pyramid data

def build_color_grid(x_count=10, y_count=10, z_count=10, twist=0)

Create a cube of points with colors.

The total point cloud will have x_count * y_count * z_count points.

PARAMETER	DESCRIPTION
x_count	Number of points in each dimension. TYPE: int DEFAULT: 10
y_count	Number of points in each dimension. TYPE: int DEFAULT: 10
z_count	Number of points in each dimension. TYPE: int DEFAULT: 10
twist	Angle to twist from bottom to top of the cube TYPE: float DEFAULT: 0

def build_color_spiral(num_points=100, radius=2, angular_step=0.02, angular_offset=0, z_step=0.1)

Create a spiral of points with colors along the Z axis.

PARAMETER	DESCRIPTION
num_points	Total number of points. TYPE: int DEFAULT: 100
radius	The radius of the spiral. TYPE: float DEFAULT: 2
angular_step	The factor applied between each step along the trigonometric circle. TYPE: float DEFAULT: 0.02
angular_offset	Offsets the starting position on the trigonometric circle. TYPE: float DEFAULT: 0
z_step	The factor applied between each step along the Z axis. TYPE: float DEFAULT: 0.1

def build_rect_pyramid(count=20, width=100, height=100)

Create a stack of N colored rectangles.

PARAMETER	DESCRIPTION
count	Number of rectangles to create. TYPE: int DEFAULT: 20
width	Width of the base of the pyramid. TYPE: int DEFAULT: 100
height	Height of the pyramid. TYPE: int DEFAULT: 100

util

Simple utilities to be used for Rerun demos.

def bounce_lerp(a, b, t)

A linear interpolator that bounces between a and b as t goes above 1.0.

PARAMETER	DESCRIPTION
a	Start value (t == 0). TYPE: float
b	End value (t == 1). TYPE: float
t	Interpolation coefficient. TYPE: float | ndarray[Any, dtype[Any]]

def interleave(arr1, arr2)

Interleaves two numpy arrays.

PARAMETER	DESCRIPTION
arr1	A numpy array of arbitrary shape and length. TYPE: NDArray[float64]
arr2	A numpy array with the same shape and length as arr1. TYPE: NDArray[float64]