
During November 2024, contributed to the MegaMek/megamek repository by developing a Pulse Laser Module feature that activates Pulse Mode for laser weapons when equipped, introducing gameplay changes such as to-hit modifiers, increased heat, and a catastrophic failure path on low rolls. The implementation included UI updates to reflect pulse status and weapon list enhancements to indicate module presence. Additionally, improved backend handling of Mounted equipment by strengthening type safety and refining tonnage calculations for targeting computers, ensuring accurate accounting for linked devices. The work was completed in Java, emphasizing backend development, game mechanics, and comprehensive unit testing to ensure maintainability.
November 2024 performance highlights for MegaMek/megamek: Delivered Pulse Laser Module functionality with Pulse Mode activated when a Laser Pulse Module is installed, introducing targeted gameplay changes including to-hit modifier, increased heat, and a catastrophic failure path if the to-hit roll is 2. UI updates reflect pulse mode status, and the weapon list now indicates pulse module presence. Implemented restrictions on targeting computer aiming when pulse mode is active to preserve balance. Added comprehensive unit tests to cover new pulse-mode behavior. In parallel, strengthened Mounted equipment handling by improving type safety for Mounted types and refining tonnage calculations for targeting computers to correctly account for linked equipment, including new overloads to consider linked devices. These changes improve realism, reduce risk of miscalculation, and enhance maintainability for future feature work.
November 2024 performance highlights for MegaMek/megamek: Delivered Pulse Laser Module functionality with Pulse Mode activated when a Laser Pulse Module is installed, introducing targeted gameplay changes including to-hit modifier, increased heat, and a catastrophic failure path if the to-hit roll is 2. UI updates reflect pulse mode status, and the weapon list now indicates pulse module presence. Implemented restrictions on targeting computer aiming when pulse mode is active to preserve balance. Added comprehensive unit tests to cover new pulse-mode behavior. In parallel, strengthened Mounted equipment handling by improving type safety for Mounted types and refining tonnage calculations for targeting computers to correctly account for linked equipment, including new overloads to consider linked devices. These changes improve realism, reduce risk of miscalculation, and enhance maintainability for future feature work.

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