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@BharathVuppala96
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@super30admin
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  • Strengths:
    • The student demonstrates a strong understanding of the problems and provides efficient solutions.
    • The use of in-place modifications and temporary states in "Game of Life" is a clever optimization.
    • Code is clean, readable, and follows best practices.
  • Areas for Improvement:
    • In "Find all numbers disappeared in Array", the second loop could be simplified to iterate over range(n) instead of range(len(nums)) since n is already defined.
    • In "Game of Life", the neighbourCount method could be made static since it doesn't use any instance variables.
    • Adding a brief comment explaining the marking technique in "Find all numbers disappeared in Array" would enhance readability.

@super30admin
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  • Strengths:
    • Efficient use of in-place techniques to solve the problems without extra space.
    • Clear and concise logic, especially in handling state transitions in "Game of Life".
    • Good variable naming and use of comments where necessary.
  • Areas for Improvement:
    • In "Find all numbers disappeared in Array", the second loop could be simplified to iterate over range(n) instead of range(len(nums)) since n is already defined.
    • In "Game of Life", the neighbourCount method could be made more concise by using list comprehension or a more compact loop structure, though the current implementation is clear.

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2 participants