
Over a two-month period, MJ Woo developed three core features for the geultto/daily-solvetto repository, focusing on algorithmic problem-solving in Python. He built a backtracking utility to generate all letter combinations from digit strings, supporting predictive text and puzzle features with robust empty-input handling. In subsequent work, he implemented a Battle Power Calculator using breadth-first search to analyze contiguous groups on a battlefield grid, and a Daily Temperatures Solver leveraging a monotonic stack for efficient sequence analysis. His solutions demonstrated depth in data structures, recursion, and algorithm optimization, resulting in reusable, well-documented code that streamlines complex analytical tasks.

January 2025 (Month: 2025-01) – Delivered two feature-oriented solutions in geultto/daily-solvetto with clear business value and solid technical execution. Key features delivered include: Battle Power Calculator (BFS) for Problem 1303, a Python script that identifies contiguous groups of soldiers by color on a battlefield grid using BFS and sums their powers to generate team totals; and the Daily Temperatures Solver using a Stack, a Python solution that computes the number of days until a warmer temperature with a monotonic stack, optimizing performance over a naive approach. Major bugs fixed: none reported this month. Overall impact: provides automation and efficient problem-solving tools that can scale to larger grids and more complex sequences, enabling faster analysis and reusable code for similar challenges. Technologies/skills demonstrated: Python scripting, BFS, monotonic stack algorithms, data structures, algorithm optimization, code readability and maintainability. Business value: reduces manual analysis time for battlefield power calculations and accelerates problem-solving workloads, supporting faster decision-making and reusable patterns for future coding tasks.
January 2025 (Month: 2025-01) – Delivered two feature-oriented solutions in geultto/daily-solvetto with clear business value and solid technical execution. Key features delivered include: Battle Power Calculator (BFS) for Problem 1303, a Python script that identifies contiguous groups of soldiers by color on a battlefield grid using BFS and sums their powers to generate team totals; and the Daily Temperatures Solver using a Stack, a Python solution that computes the number of days until a warmer temperature with a monotonic stack, optimizing performance over a naive approach. Major bugs fixed: none reported this month. Overall impact: provides automation and efficient problem-solving tools that can scale to larger grids and more complex sequences, enabling faster analysis and reusable code for similar challenges. Technologies/skills demonstrated: Python scripting, BFS, monotonic stack algorithms, data structures, algorithm optimization, code readability and maintainability. Business value: reduces manual analysis time for battlefield power calculations and accelerates problem-solving workloads, supporting faster decision-making and reusable patterns for future coding tasks.
Month 2024-12: Delivered a Python backtracking utility to generate all letter combinations from digits, enabling predictive text inputs and puzzle-solving features. Implemented robust empty-input handling and prepared the solution for UI integration and testing. Commit reference: d961ddd96efffc32397421ad60dcbc625373694f.
Month 2024-12: Delivered a Python backtracking utility to generate all letter combinations from digits, enabling predictive text inputs and puzzle-solving features. Implemented robust empty-input handling and prepared the solution for UI integration and testing. Commit reference: d961ddd96efffc32397421ad60dcbc625373694f.
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