The X and Z fields shared bit 36, causing nodes like (1,80,0)
and (0,80,0) to hash to the same value. Fixed by using proper
non-overlapping bit allocation: X in bits 38-63, Z in bits 12-37,
Y in bits 0-11. Added diagnostic logging to pathfind command.
Made-with: Cursor
Implements the new Baritone-inspired A* pathfinding system:
- Core types: PathNode, PathResult, MoveResult, MoveType, ActionCosts
- BinaryHeapOpenSet min-heap for A* open set
- AStarPathFinder with timeout, cancellation, partial path support
- CalculationContext for thread-safe world state snapshots
- MoveHelper for block passability checks
- IGoal interface + GoalBlock, GoalXZ, GoalNear, GoalComposite
- IMove interface + MoveTraverse, MoveDiagonal, MoveAscend, MoveDescend, MoveClimb
- /pathfind command for testing the new pathfinder
Made-with: Cursor
Implement the three Phase 0 prerequisites for the pathfinding rewrite:
- Pose system (vanilla Player.updatePlayerPose): dynamic AABB height based
on current pose -- Standing (1.8), Sneaking (1.5), Swimming/Crawling (0.6).
Automatically downgrades pose when headroom is insufficient (Standing ->
Sneaking -> Swimming), matching vanilla 1.14+ forced-crawl behavior.
- Slime block bounce (vanilla SlimeBlock.bounceUp / stepOn): reverses
downward velocity on landing, with sneaking suppression via
isSuppressingBounce(). Also applies the horizontal slowdown effect
from SlimeBlock.stepOn when walking on slime with low vertical velocity.
- Per-pose dimension constants in PhysicsConsts with eye heights for each
pose, sourced from vanilla Avatar.POSES (26.1 decompiled).
- Debug logging for pose transitions, slime bounces, and periodic physics
state dumps routed through McClient's ILogger.
Tested on a real 1.21.11 server: crawling triggers correctly under 1-block
ceilings, sneaking under 1.5-block ceilings, slime bounce produces correct
decaying oscillation, and pose recovery works when obstacles are removed.
Made-with: Cursor
UpdateScore Display Name was read with ReadNextString instead of ReadNextChat. In 1.20.4+ Text Components are NBT-encoded, causing ReadNextString to misinterpret the tag type byte as a string length prefix, corrupting the read offset and exhausting the packet queue.
Also fix incomplete Number Format consumption in both UpdateScore and ScoreboardObjective: the styled (Compound Tag) and fixed (Text Component) payloads after the VarInt enum were not being read, leaving stale bytes in the packet queue.
- Removed hex color handling logic from ClassicConsoleBackend, streamlining the WriteLineFormatted method.
- Updated ColorHelper to ensure consistent formatting for color codes.
- Ensured console-specific settings are reapplied after backend initialization in Program.cs.
- Added documentation for mapping system CultureInfo names to Minecraft game language codes.
- Included support for Tagalog (tl and tl-PH) language codes in the game settings.
- Added support for Filipino (fil and fil-PH) and Norwegian (no) language codes in the game settings.
- Corrected formatting for existing language codes to ensure consistency and prevent potential issues with language recognition.
- Added a property to the MinecraftClient.csproj to disable the default Avalonia compilation, preventing file-lock races during parallel builds, as the project does not utilize XAML resources.
- Add reentrant guard to Program.Restart: track the active restart
thread and silently drop concurrent calls from other threads while
allowing the restart thread itself to chain a new restart (needed
for AutoRelog retry flow).
- Fix double AutoRelog.OnDisconnectStatic invocation in HandleFailure:
the method was called once in the error-message branch and again in
the interactive-mode branch for the same failure event, doubling the
retry counter increment and potentially spawning duplicate restarts.
Made-with: Cursor
Minecraft 1.16+ servers can send custom hex colors in JSON text
components ("color": "#RRGGBB"). MCC's ChatParser.Color2tag() only
recognized the 16 named colors, silently dropping hex values and
leaving gradient/custom-colored chat as uncolored plain text.
- ChatParser: recognize hex color values and emit internal §#rrggbb
encoding; extend ColorCodeRegex to match the new format
- ClassicConsoleBackend: resolve §#rrggbb to ANSI escape codes via
ColorHelper before passing to ConsoleInteractive (adapts to the
configured ConsoleColorMode: 24-bit, 8-bit, 4-bit, or disable)
- McColorParser (TUI): parse §#rrggbb into exact SolidColorBrush
for full RGB fidelity in Avalonia
- ChatBot.GetVerbatim(): skip the full 8-char §#rrggbb sequence
instead of only 2 chars, preventing hex digits from leaking into
stripped text
Made-with: Cursor
The old code filtered out any instantaneous TPS sample > 20 with
`if (tps <= 20 && tps > 0)`. Because time-update packets arrive with
OS/network jitter, many measurements on a healthy server land slightly
above 20.0 and were silently discarded, leaving only sub-20 samples in
the rolling average. This caused the reported TPS to be virtually always
lower than the true server TPS.
A Minecraft server cannot genuinely run faster than 20 TPS (it sleeps
for the remainder of each 50 ms tick budget), so any measurement above
20 is definitionally timing noise. Clamp to Math.Min(tps, 20.0) instead
of discarding the sample so a healthy server's rolling average converges
to 20.0 as expected.
Agent-Logs-Url: https://github.com/MCCTeam/Minecraft-Console-Client/sessions/826926c5-78fa-4059-ab8f-4abd209f120d
Co-authored-by: milutinke <441903+milutinke@users.noreply.github.com>
