Done Array-1

[sreeharsha4030]

No description provided.

[super30admin]

Strengths:

• The student has demonstrated a strong understanding of the problems and has provided optimal solutions.
• The code is clean, well-commented, and easy to follow.
• The student handles edge cases effectively, such as checking for null or empty arrays.

Areas for Improvement:

• In ArrayProduct.java, the comment about space complexity could be clarified to mention that the output array is not counted towards the space complexity, which is a common practice.
• The variable name rp (running product) could be more descriptive, such as leftProduct and rightProduct to make the code even more readable.
• The comments in DiagnolTraverse.java and SpiralMatrix.java could be expanded to explain the logic more thoroughly for someone who might be reading the code for the first time.

[super30admin]

Strengths:

• The student has implemented efficient solutions with optimal time and space complexity.
• The code is well-commented and easy to understand.
• Edge cases are handled appropriately.

Areas for Improvement:

• For ArrayProduct.java, the comment mentions SC: O(1), but it should clarify that this is excluding the output array. The space complexity is technically O(n) due to the output array.
• The student could add more comments in DiagnolTraverse.java and SpiralMatrix.java to explain the logic, especially the direction changes and boundary conditions.