raygeo.ops.raster

ScanLine

end_mm

end_mm: tuple[float, float]

index

index: int

line_interval_mm

line_interval_mm: float

pixels

pixels: list[tuple[int, int]]

start_mm

start_mm: tuple[float, float]

direction()

direction() -> tuple[float, float]

Parameter	Type	Description
Returns	tuple[float, float]

length_mm()

length_mm() -> float

Parameter	Type	Description
Returns	float

pixel_to_mm()

pixel_to_mm(px: int, py: int, pixels_per_mm: tuple[float, float]) -> tuple[float, float]

Parameter	Type	Description
px	int
py	int
pixels_per_mm	tuple[float, float]
Returns	tuple[float, float]

Functions

rasterize_mask_lines()

rasterize_mask_lines(mask: numpy.NDArray[numpy.uint8], pixels_per_mm: tuple[float, float], offset_x_mm: float, offset_y_mm: float, line_interval_mm: float, z: float = 0.0, angle: float = 0.0) -> Ops

Parameter	Type	Description
mask	numpy.NDArray[numpy.uint8]
pixels_per_mm	tuple[float, float]
offset_x_mm	float
offset_y_mm	float
line_interval_mm	float
z	float = 0.0
angle	float = 0.0
Returns	Ops

rasterize_mask_scan()

rasterize_mask_scan(mask: numpy.NDArray[numpy.uint8], pixels_per_mm: tuple[float, float], offset_x_mm: float, offset_y_mm: float, line_interval_mm: float, step_power: float = 1.0, angle: float = 0.0) -> Ops

Parameter	Type	Description
mask	numpy.NDArray[numpy.uint8]
pixels_per_mm	tuple[float, float]
offset_x_mm	float
offset_y_mm	float
line_interval_mm	float
step_power	float = 1.0
angle	float = 0.0
Returns	Ops

rasterize_multi_pass()

rasterize_multi_pass(gray_image: numpy.NDArray[numpy.uint8], pixels_per_mm: tuple[float, float], offset_x_mm: float, offset_y_mm: float, line_interval_mm: float, num_depth_levels: int, z_step_down: float, angle: float = 0.0, angle_increment: float = 0.0) -> Ops

Parameter	Type	Description
gray_image	numpy.NDArray[numpy.uint8]
pixels_per_mm	tuple[float, float]
offset_x_mm	float
offset_y_mm	float
line_interval_mm	float
num_depth_levels	int
z_step_down	float
angle	float = 0.0
angle_increment	float = 0.0
Returns	Ops

rasterize_power_modulation()

rasterize_power_modulation(gray_image: numpy.NDArray[numpy.uint8], alpha: numpy.NDArray[numpy.uint8], pixels_per_mm: tuple[float, float], offset_x_mm: float, offset_y_mm: float, line_interval_mm: float, sample_interval_mm: float, min_power: float = 0.0, max_power: float = 1.0, step_power: float = 1.0, num_power_levels: int = 256, angle: float = 0.0) -> Ops

Parameter	Type	Description
gray_image	numpy.NDArray[numpy.uint8]
alpha	numpy.NDArray[numpy.uint8]
pixels_per_mm	tuple[float, float]
offset_x_mm	float
offset_y_mm	float
line_interval_mm	float
sample_interval_mm	float
min_power	float = 0.0
max_power	float = 1.0
step_power	float = 1.0
num_power_levels	int = 256
angle	float = 0.0
Returns	Ops