from xv.chemistry.visualizer import VisualizationManager

ke = VisualizationManager()
ke

ke.printProblemTypes()

0. _problem_search_visualization
1. _problem_spd_orbitals
2. _problem_simple_molecular_orbitals
3. _problem_pi_molecular_orbitals
4. _problem_SN2_reactions
5. _problem_simple_molecules
6. _problem_crystals
7. _problem_structure_and_bonding
8. _problem_visualize_structure_with_an_element
9. _problem_visualize_acids
10. _problem_organic_reactions
11. _problem_polymers

from IPython.display import HTML
n = len(ke._problemTemplates)
max_loop = 1
for j in range(0, max_loop):
    for i in range(n):
        problem_type = i
        display(HTML(f"<h2>problem_type: {problem_type}/{n-1} (loop {j}/{max_loop-1})</h2>"))
        ke.getRandomProblem(problem_type = problem_type, verbose = True)
        display(ke.printProblem())

        display(HTML(f"<h6>Solution:</h6>"))
        display(ke.printSolution())
        pass

Problem Template: _problem_search_visualization

Problem Template: _problem_spd_orbitals

Problem Template: _problem_simple_molecular_orbitals

Problem Template: _problem_pi_molecular_orbitals

Problem Template: _problem_SN2_reactions

Problem Template: _problem_simple_molecules

Problem Template: _problem_crystals

Problem Template: _problem_structure_and_bonding

Problem Template: _problem_visualize_structure_with_an_element

Problem Template: _problem_visualize_acids

VisualizationManager.ipynb

problem_type: 0/11 (loop 0/0)

Solution:

problem_type: 1/11 (loop 0/0)

Solution:

problem_type: 2/11 (loop 0/0)

Solution:

problem_type: 3/11 (loop 0/0)

Solution:

problem_type: 4/11 (loop 0/0)

Solution:

problem_type: 5/11 (loop 0/0)

Solution:

problem_type: 6/11 (loop 0/0)

Solution:

problem_type: 7/11 (loop 0/0)

Solution:

problem_type: 8/11 (loop 0/0)

Solution:

problem_type: 9/11 (loop 0/0)

Solution:

problem_type: 10/11 (loop 0/0)

Solution:

problem_type: 11/11 (loop 0/0)

Solution:

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