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# GriefPrevention v17.3.2 ## Highlights - Fixed a `/permissiontrust` regression where trusted players could end up with edit-level abandon behavior instead of only trust-management access. - Continued the shaped-claim editor stabilization pass, especially around nib merges, corner reconnects, and map-driven geometry updates. - Updated default `/claim create` layout math so editor-integrated creation flows line up to a true `10x10` starter claim instead of drifting between `9x9` and `11x11`. ## Shaped Claims And Resizing - Fixed several shaped resize edge cases where notch and nib edits could: - expand an entire face instead of the intended local segment, - collapse into a tiny invalid local loop, - fail to reconnect to the main claim body during merge-style edits, - or report a successful merge while leaving inconsistent geometry. - Improved polygon union and subtraction tracing used by the editor stack so map-driven claim edits can resolve the final claim body more reliably. - Tightened claim creation and resize alignment for editor-driven workflows so boundary math stays consistent between command creation, shovel resizing, and external map tools. ## Bug Fixes - Fixed `/permissiontrust` incorrectly allowing players to abandon claims they did not own. - Fixed starter claim sizing so `/claim create` now produces the expected exact square footprint for editor integrations. - Fixed several shaped-resize regressions that could mis-handle corner fills, side merges, or segment-local edits. ## Technical Improvements - Added cleaner polygon merge/subtract handling for occupied-cell based claim editing. - Improved boundary tracing and reconnect selection for complex orthogonal shaped claims. - Better failure handling for unsupported geometry outcomes, such as edits that would split a claim into disconnected pieces. ## Notes - This release is the recommended base for the updated GPExpansion `v1.0.3` map editor and resize GUI work. - When a shaped edit cannot be represented safely, it now fails cleanly instead of silently approximating a broken result.