Breximatica

Changelog — Breximatica v1.8.0 Visual & GUI Enhancements

1. Solid Block Model Color Tinting Translucent block overlays are now tinted with the selected preset color (Cyan/Lime/Red) while preserving 60% of the original texture detail.
2. Outlines Toggle Added Outlines: ON/OFF button. Combine with Solids toggle for wireframe-only, tinted-only, or both.
3. Layer Up/Down Buttons Re-added - Layer / + Layer buttons to the Visuals column. Namespace Rename Full rename from schematichelper → Breximatica (packages, GUI class, config file, key bindings, translations). Block Orientation & Placement Engine
4. Universal Block Rotation Look-towards rotations for doors, beds, fence gates, bells, 16-directional standing banners/signs, anvils (90° CCW offset). Multi-block filters: Automatically skips upper halves of doors/double plants and bed heads.
5. Neighbor Click-Face Validation Wall-attached blocks (ladders, wall signs/banners/torches, tripwire hooks, end rods, shulker boxes, lightning rods): click facing.getOpposite(). Hoppers & cocoa beans: click facing direction. Buttons, levers, grindstones: UP for ceiling, DOWN for floor, facing.getOpposite() for walls. Standing torches & standing signs: restricted to floor placement (DOWN only). Sign Support
6. Automatic Sign Text Auto-Fill When the autopilot places a sign and the SignEditScreen opens, the mod automatically fills in the text from the schematic and closes the screen instantly — no manual typing needed. Sign text is parsed from all three formats: .litematica (TileEntities), .schem (BlockEntities), and .nbt (nbt compound tags). JSON text components ({"text":"Hello"}) are automatically decoded to plain text. Sign text positions are correctly rotated when the schematic is rotated with rotateClockwise90(). Scaffolding & Supports
7. Persistent Scaffolding Memory & 20s Delay Support blocks are tracked in config/breximatica.json — survives restarts and disconnects. 20-second minimum lifetime before cleanup — prevents place/break vibration loops. BFS connection validation: scaffolds used as bridges are preserved until destination blocks are built.
8. Reach Range Validation Support blocks are only broken when the player is within reach distance. Out-of-range scaffolds stay in memory until the player gets closer — no blocks forgotten.
9. Prioritized Horizontal Bridging Horizontal bridges and single-block attachments are tried before vertical pillars, reducing total blocks placed. Physics-Aware Placement
10. Gravity-Affected Block Support (Sand, Gravel, Concrete Powder, Anvils) Detects FallingBlock instances and checks if the block below is air. If schematic has a block below: defers placement until the correct block below is built first. If schematic has air below (floating block): places a temporary scaffold underneath first.
11. Hanging Lantern Ceiling Block Placement Detects LanternBlock with hanging=true and checks if the block above exists. If the ceiling block is missing: automatically places the correct schematic block from the upper layer first, even when building layer-by-layer. Lantern placement is deferred until the ceiling block is in place. isSupported() treats hanging lanterns without a ceiling as unsupported. Two-Phase Block Placement
12. Potted Plant Support (Flower Pots) Blocks like potted_poppy, potted_oak_sapling, potted_cactus, etc. are now fully supported. Phase 1: Places an empty flower_pot at the target position. Phase 2: Right-clicks the empty pot with the correct flower/plant item (FlowerPotBlock.getContent()). New interactWithBlockAt() helper method for right-clicking existing blocks in the world. findNearestMissingBlock correctly identifies potted plants as missing targets and checks for FLOWER_POT in inventory.