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* Initial curved surface function. Parameters need more thought.
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from pathlib import Path | ||
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import numpy as np | ||
import typer | ||
import mrcfile | ||
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from ._cli import cli | ||
from .soft_edge import add_soft_edge | ||
from .box_setup import box_setup | ||
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@cli.command(name='curved_surface') | ||
def curved_surface( | ||
sidelength: int = typer.Option(...), | ||
fit_sphere_diameter: float = typer.Option(...), | ||
soft_edge_width: int = typer.Option(0), | ||
pixel_size: float = typer.Option(1), | ||
output: Path = typer.Option(Path("curved_surface.mrc")), | ||
surface_thickness: float = typer.Option(...), | ||
): | ||
sphere_radius = fit_sphere_diameter / 2 | ||
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# establish our coordinate system and empty mask | ||
coordinates_centered, mask = box_setup(sidelength) | ||
coordinates_shifted = coordinates_centered - ([0, sphere_radius, 0]) | ||
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#determine distances of each pixel to the center | ||
distance_to_center = np.linalg.norm(coordinates_shifted, axis=-1) | ||
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# set up criteria for which pixels are inside the sphere and modify values to 1. | ||
inside_sphere = distance_to_center < (sphere_radius / pixel_size) | ||
mask[inside_sphere] = 1 | ||
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# if requested, criteria set up for pixels within the hollowed area and these values changed to zero | ||
if surface_thickness != 0: | ||
within_hollowing = distance_to_center < ((sphere_radius - surface_thickness) / pixel_size) | ||
mask[within_hollowing] = 0 | ||
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# if requested, a soft edge is added to the mask | ||
mask = add_soft_edge(mask, soft_edge_width) | ||
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# output created with desired pixel size. | ||
mrcfile.write(output, mask, voxel_size=pixel_size, overwrite=True) |
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