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write a simple packing function that implements 'single ball model' and 'multiple-ball model' for packing only 5 - 10 macromolecules. So that we can simulate a subtomogram that contain one target macromolecule and some neighbor structures. And the simulation can be performed quickly in CPU.

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Simple-Packing

a simple packing function that implements 'single ball model' and 'multiple-ball model' for packing only 5 - 10 macromolecules. So that we can simulate a subtomogram that contain one target macromolecule and some neighbor structures. And the simulation can be performed quickly in CPU.

including the following algorithm

1. packing_single_sphere: using single sphere to model one macromolecule, packing using gradient descent.
2. map_tomo: obtain density map of single macromolecule and merge them based on packing result, then convert to cryo-ET.
3. simu_subtomo.py: packing and obtain cryo-ET of several macromolecules, then get the subtomogram of the target macromolecule.

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write a simple packing function that implements 'single ball model' and 'multiple-ball model' for packing only 5 - 10 macromolecules. So that we can simulate a subtomogram that contain one target macromolecule and some neighbor structures. And the simulation can be performed quickly in CPU.

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