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create-schematic-compute

create-schematic-compute

Create: Schematic Compute brings a graph-based visual programming interface​ to the Create ecosystem, allowing you to build complex computational blueprints without messy redstone dust.

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142.9Kdownloads
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Licensed MIT
Published 4 months ago
Updated 2 weeks ago
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1.2.5.1

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create-schematic-compute 1.2.5.12 weeks ago 586
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Minecraft: Java Edition
1.21.1
Platform
NeoForge
Supported environments
Client and server

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Changes

v1.2.5.1 — 动力传感器（Create 表同款 3 轴放置 · STRESS/RPM 节点 · 蓝屏显示）· 编辑器输入焦点与选中高亮修复 · GUI 巨型文件拆分 / Kinetic Gauge (Create-style 3-axis Placement · STRESS/RPM Nodes · Blue Screen) · Editor Input Focus & Highlight Fixes · GUI Decomposition

🎯 编辑器输入与选中修复 / Editor Input & Selection Fixes

Fix / 修复 Description / 说明
⌨️ 输入中途丢焦点 / Focus lost mid-typing 重建 EditState 会把整批 EditBox 换成新实例并丢掉焦点；现在重建前记录聚焦字段下标与光标，重建后按下标还原（光标仅多行编辑器且文本仍够长时还原）/ An EditState rebuild replaced every box and dropped focus; the focused field index and caret are now captured and restored
🔁 显示编辑器吞键 / Display editor swallowed keys MonitorDisplayEditor.handleKeyPressed 曾无条件 return true，设置面板打开时（离开显示模式后并不关闭）节点图输入框完全收不到按键；改为「仅面板打开且未消费 → 返回 null」把输入交还屏幕（charTyped 同步修正）/ The display editor consumed every key unconditionally, so node-graph edit boxes got nothing while the settings panel was open
🖱️ 设置面板点击穿透 / Settings-panel clicks fell through 拆分丢失了「设置面板点击优先」与模式无关的语义：在显示模式点开设置面板后回到节点图，面板仍渲染但点击穿透到底下图编辑区（关闭/保存按钮、输入框不可点）；现恢复面板打开即优先——handleSettingsClick 提为 public，屏幕在面板打开时直接路由 / The split lost the mode-independent settings-panel click priority: a panel opened in display mode kept rendering in graph mode while clicks fell through to the graph editor (close/save buttons and EditBoxes unreachable). Priority is restored — the screen routes to the now-public handleSettingsClick whenever the panel is open
🖼️ 选中高亮消失 / 回弹 / Highlight vanished or bounced 高亮判定原用对象相等，整图同步或重载替换节点实例后旧实例再也匹配不上；改为按 id 判定（isSelectedById / isPrimaryById）/ Highlight matching is now by id instead of object identity
⚡ 每秒数次整批重建 / Edit boxes rebuilt several times per second 图代际是 per-instance 的，跨实例用裸 int 比较永远「看起来变了」（实测 1→2→3→4→1 循环）；改为绑定图实例 + 按节点结构指纹增量重建，无结构变化即零重建 / The generation compare is bound to the graph instance and rebuilds are incremental per node
📝 折叠丢未提交输入 / Collapse dropped uncommitted input 增量重建引入的清理曾把「折叠但仍在图」的节点编辑状态一并删除，整图同步导致的折叠后再展开会丢 busBox 未提交文本；现只清已离开图的节点，折叠节点保留状态与指纹、仅退出展开集合 / The cull added with the incremental rebuild also dropped collapsed-but-present nodes' edit states, so a collapse arriving via a whole-graph sync lost uncommitted busBox text on re-expand; only nodes that left the graph are culled now
🔖 书签命名对话框加确认/取消按钮 / Bookmark name dialog gains Confirm/Cancel buttons 新建/重命名对话框底部新增 确认/取消 按钮，纯鼠标即可完成，不再必须按 Enter/Esc；键盘路径保持不变（确认与 Enter 同路径，取消与 Esc 同路径）；对话框内点击改为模态消费，不再穿透到底下画布 / The add/rename dialog gains Confirm/Cancel buttons for a mouse-only flow — Enter/Esc are no longer required and keep working (Confirm shares the Enter path, Cancel the Esc path); clicks inside the dialog are consumed modally instead of falling through to the canvas
🏷️ 方块名输入框透明化 + 图名软锁 / Transparent block-name box + graph-name soft lock 顶栏方块名输入框背景改为透明（聚焦时以细底边提示可编辑区）；新增图名软锁：一人改名时其余玩家的名字框自动只读并交出焦点，名字框显示金色描边与编辑者名字，防止两人同时改名；焦点翻转立即上报（键盘编辑不触发鼠标移动，锁的广播与释放不等 30s 过期）/ The top-bar block-name box is now transparent (a thin underline marks the editable region while focused); a graph-name soft lock makes everyone else's box read-only and unfocused with a golden outline and the editor's name shown, preventing simultaneous renames; focus flips broadcast immediately — keyboard editing never moves the mouse, so the lock no longer waits out the 30 s presence expiry
🗂️ 添加菜单节点分类按方块收敛 / Add-menu node categories scoped per block 蓝图计算机的黑名单漏掉了齿轮箱分类——运动节点（移动/转动/等待/离合/编码器）与目标转速混进了蓝图菜单；现变速箱白名单与转速代理控制器同款（输出节点为 TX_OUT）、CNC 齿轮箱 = 编程计算机同款 + 五个运动节点、蓝图不再出现齿轮箱分类（与 node-guide 的「仅数控齿轮箱图 / 仅变速器图」声明对齐）。只影响添加菜单，旧存档中已放置的节点不受影响 / The blueprint blacklist missed the gearbox category — motion nodes (move/rotate/wait/clutch/encoder) and TX_OUT leaked into its menu; the transmission now mirrors the Speed Proxy's set (with TX_OUT as its output), the CNC gearbox = the Program Computer's set + the five motion nodes, and the blueprint menu no longer shows the gearbox category (matching node-guide's "CNC-graph-only / transmission-graph-only" claims). Menu-only: nodes already placed in old saves are unaffected

⚙️ 图求值修复 / Graph Evaluation Fixes

Fix / 修复 Description / 说明
🎛️ 封装内的齿轮箱节点丢失宿主注入 / Gearbox nodes inside encapsulations lost host access 子图求值器不继承宿主注入（encoderView / commandSink / radarPos）：封装内的 ENCODER 恒输出 0、MOVE/ROTATE/WAIT/CLUTCH 的指令入栈被静默丢弃、雷达节点同样退化——这正是「编码器输出 0」的根因（宿主构造器的注入只到顶层求值器）。现子图求值器创建时继承全部宿主注入（GearboxNodesEvalTest 新增回归用例），并补上 recompileEvaluatorLight 漏掉的定制回调重放 / Sub-graph evaluators did not inherit host injections (encoderView / commandSink / radarPos): an encapsulated ENCODER read a null view — pinned at 0 — motion-command enqueues inside encapsulations were silently dropped, radar likewise; this is the root cause of the "encoder outputs 0" report (the constructor injection only ever reached the top-level evaluator). Sub-evaluators now inherit every host injection (regression test in GearboxNodesEvalTest), and the missed customizer replay in recompileEvaluatorLight is restored
⚠️ 语义变更：编码器只在离合接合时计量 / Behaviour change: the encoder measures only while engaged 编码器的位置积分与转速读数此前无条件跟随输入网络转速——没有指令、离合已分离甚至图已停止时仍在计数（「没有指令也在动」）。现积分与转速都门控到接合状态，且积分与指令配额逐 tick 对齐（在运动决策的同一位置积分、以本 tick 的接合决策作门控——门控读方块状态会因翻转时序在指令起止边界各丢一个 tick 的行程，256rpm 下即 76.8°）；分离/空闲时位置保持、转速读 0；node-guide #88 已同步 / The encoder's position integration and velocity readout followed the input network speed unconditionally — counting with no commands, a detached clutch, even a stopped graph. Both are now gated on engagement and tick-aligned with the quota bookkeeping (integrated at the motion-decision point with this tick's engagement decision — a blockstate-read gate lags the quota across every ENGAGED flip, losing one tick of travel per command boundary = 76.8° at 256 rpm); held with zero velocity while disengaged; node-guide #88 updated
📉 组合线整图同步收敛到显式全量同步 / Composition-line whole-graph sync scoped to explicit full syncs 组合线方块实体（数控齿轮箱 / 可编程变速器）此前把整张图塞进每个客户端数据包——Create 在每次转速变化/状态翻转都会 sendData，打开编辑器的客户端因此反复整图重建（「断动力/启停时一直在刷新图」）。现仅 join / flagFullSync 挂起时携带整图，常规包只带 running 等轻量字段；图变化走 op 通道，存档走 NBT / The composition-line BEs (CNC gearbox / programmable transmission) shipped the whole graph in every client data packet — Create fires sendData on every speed change / state flip, so open editors rebuilt wholesale. The graph now travels only on join / flagFullSync; routine packets carry light fields, graph changes ride the op channel, saves write NBT

🧩 GUI 巨型文件拆分 / GUI Decomposition（步骤 1–3）

Refactor / 重构 Result / 结果
✂️ HUD 裁剪数学抽出 / HUD clip math extracted MonitorBlockEntityRenderer 1742 → 1465 行，新增 MonitorClipMath（纯几何/裁剪/投影，可单测）/ New MonitorClipMath, behaviour-preserving
🖥️ 显示器显示编辑 GUI 脱离 / Display-layout editor extracted MonitorScreen 1767 → 348 行，新增 MonitorDisplayEditor（显示区/图层面板/设置面板/协作存在包）；评审时移除从未接线的 drawToolbarStrip 死缝（工具栏条仍由编辑器内部绘制，与原实现一致）/ Display-mode GUI, layer panel, settings panel and presence moved out; the review pass removed the never-wired drawToolbarStrip seam (the toolbar strip stays drawn inside the editor, as in the original)
⚙️ 设置界面按 tab 拆分 / Settings screen split by tab EditorSettingsScreen 1204 → 893 行；新增 EditorSettingsGuideTab、EditorSettingsColorsTab、EditorSettingsHost；键位 tab 待办（计划见 docs/gui-decomposition-plan.md）/ Guide + colours tabs extracted; the keys tab remains, with its plan documented

新增文档 / New docs

🚌 总线频段解析改为服务端唯一权威 / Bus Band Resolution Now Server-Authoritative

Fix / 修复 Description / 说明
🎛️ 同一个 BUS_IN 在不同客户端显示不同频段图 / Same BUS_IN showed a different band graph per client BUS_IN 的频段列表过去不随操作传递，而是每一侧各自查自己那份全局频段注册表解析。某个频道名失去发布方时，服务端会清掉自己那份定义却不通知客户端，各端缓存因此分叉 —— 实测同一次改名得到「服务端空 / 一个客户端空 / 另一个客户端 6 个频段」三种结果。现在解析只发生在服务端一处，结果作为一条权威 SET_BANDS 下发给该图全部编辑者（含发起者），各端只应用同一个值 / The list was resolved independently on each side against a per-side cache; the server pruned a dead channel name without telling clients, so the caches diverged (one rename produced three different answers). Resolution now happens once on the server and ships as an authoritative SET_BANDS to every editor, originator included
🧹 客户端不再自行解析频段 / Clients no longer resolve bands themselves 移除客户端四处解析：改名提交处、展开 BUS_IN 时的自动同步、收到改名 op 后按注册表同步、渲染循环逐帧按本地频段表刷新（正是它长期遮掩了 #15 的过期列表）/ Four client-side resolution sites removed: the rename commit, the expand-BUS_IN auto-sync, the per-op registry re-sync, and the per-frame render-loop refresh (the one that long masked #15's stale lists)
⚠️ 语义变更：采用到无发布方的频道名会清除该节点频段上的连线 / Behaviour change: adopting a name with no publisher prunes that node's band connections 统一走 SET_BANDS 的剪线语义后，把一个 BUS_IN 改名到一个无定义的频道名会让频段归空，从而删除该节点频段上的连线，且不可撤销（撤销只恢复名字与频段列表）。改名到有定义的频道名不受影响 / Uniform pruning via SET_BANDS means renaming a BUS_IN to a name with no publisher empties its bands and deletes the connections on them, with no undo (Ctrl+Z restores the name and band list only). Renaming to a defined name is unaffected
🧪 新增回归测试 / New regression tests BusInBandResolutionTest —— 改名不得触碰频段、解析顺序（同图节点 → 注册表 → 空）、解析不读自身、SET_BANDS 值未变时为空操作 / Rename must not touch bands; documented resolution order; no self-adoption; unchanged SET_BANDS is a no-op

🚌 总线冲突标志与频段收敛 / Bus Conflict Flags & Band Convergence

Fix / 修复 Description / 说明
⚠️ 跨方块频道冲突警告终于显示（#12）/ Cross-block conflict warnings now show 客户端原判定分支结构上不可达，且本地赋值会抹掉随图同步来的服务端权威冲突标志；现客户端只合并本地可证明的部分（同图重名只增不减），跨方块冲突以服务端下发的标志呈现 / The client branch was structurally unreachable and its local assignment silently erased the server-synced flag; the client now merges only what it can prove (same-graph duplicates, raise-only) while cross-block conflicts arrive from the server
🚫 冲突的 BUS_OUT 不再充当频道定义来源（#14）/ A conflicted BUS_OUT is no longer a definition source 服务端唯一解析点的「同图优先」分支未排除冲突节点：输家方块内的 BUS_IN 采纳了输家的频段图，而其它方块拿到赢家的。现定义来源必须是非冲突 BUS_OUT / The same-graph-priority branch didn't exclude conflicted nodes, so the BUS_IN inside the losing block adopted the loser's band graph; only a non-conflicted BUS_OUT may now serve as the source
🔁 BUS_IN 频段列表收敛为每 tick 服务端不变量（#15）/ BUS_IN band lists converged by a per-tick server invariant 频道定义变化后，其它方块里已有 BUS_IN 的频段列表永不刷新（重开编辑器也无效——服务端副本本身就是旧的）。现挂进 GraphHost 每 tick：把每个 BUS_IN 收敛到频道定义，变化才经节点数据通道（BusBandSyncPacket）下发，绝不走整图推送 / After a definition change, other blocks' BUS_IN lists never refreshed (reopening the editor didn't help — the server's own copy was stale). GraphHost now converges every BUS_IN per tick, shipping only real changes over the node-data channel (BusBandSyncPacket), never a whole-graph push
🛡️ 收敛跳过「无已加载发布方」的频道（#15 后续修正）/ Convergence skips channels with no loaded publisher 缺席不是定义：发布方块区块卸载、服务器重启首 tick 的注册顺序、方块被拆除，都会让频道暂时无主——照常收敛会把 BUS_IN 收敛为空、按索引剪光输入连线并落盘，发布方回归后频段恢复而连线永久丢失。现解析为空且 CHANNELS 无该名字条目时整轮跳过、保留原列表；改名到死名仍由改名路径的权威 SET_BANDS 清空（#11 语义不变）/ Absence is not a definition: an unloaded publisher chunk, a restart's registration order or a broken block leaves the channel momentarily ownerless — converging then emptied the BUS_IN, pruned every input wire by index and persisted the loss; the bands returned but the wires never did. The pass now skips channels whose name resolves empty with no CHANNELS entry and keeps the list; renaming onto a dead name is still emptied by the rename path's authoritative SET_BANDS (#11 semantics unchanged)
🧬 接替的 BUS_OUT 不再带着别人的频段图上线（#16）/ A successor BUS_OUT no longer comes online with someone else's bands 同名对齐路径（GraphBusEditor.syncBusBands）只检查了来源、没检查目标：拥有者的频段图被复制进冲突 BUS_OUT，拥有者被删后接替者带着别人的图上线。现来源与目标都过资格检查 / The same-name alignment path checked the source but not the target: the owner's band graph was copied into the conflicted BUS_OUT, and when the owner was deleted the successor came online carrying it. Source and target are now both eligibility-checked
🧹 改名链路收尾（审查跟进）/ Rename-path cleanups (review follow-up) ① BUS_IN 改名只在频段真的变化时才产生权威 SET_BANDS（相同值不再白付版本号 bump、日志与全员广播）；② 改名与新频段经合并版全量同步（40 tick 宽限）带给非编辑者客户端——此前该通道仅 Monitor 宿主存在，其余宿主的非编辑者会过期到下次整图同步；③ PRIVATE 名框不再逐键按客户端本地 BAND_REGISTRY 重写频段——各端自行推导模式的最后一处残留，PRIVATE 节点本无频段引脚 / ① the authoritative SET_BANDS is emitted only when a rename actually changes the bands (no version bump / log / broadcast for an identical value); ② the rename and its bands reach non-editor clients through the coalesced full sync on every host (only the Monitor had that channel before, and the convergence had no diff left to push); ③ the PRIVATE name box no longer rewrites bands from the client's local registry per keystroke — the last leftover of per-side derivation, on nodes that have no band pins anyway

🎛️ 新方块：动力传感器 / New Block: Kinetic Gauge (create_schematic_compute:kinetic_gauge)

  • 3 轴多状态放置（Create 官方应力表/转速表同款语义）：facing（显示面朝向，恒为水平）+ axis_along_first；贴着带轴的面放置时自动对齐轴。放置朝向对官方表有一处有意偏离：官方表把 facing 取成点击面，贴地/贴顶时点击面是竖直的，只剩 axis_along_first 一个自由度 —— 2 个状态换不出 4 个偏航角，屏幕只能朝西或朝北（2026-09-13 实测报告）；故贴地/贴顶改为"显示面水平正对玩家"（四向可选），代价是贴顶安装时斜板朝上翘进天花板。贴墙仍保持官方语义（显示面 = 点击面）。回归测试 KineticGaugePlacementTest。扳手：点击轴端面或显示面时，面板绕轴 90° 循环（轴与连接不动，即机械动力对轴端旋转的标准 90° 循环）；点击其余两个侧面则整表刚性旋转一步（轴绕点击轴换向、显示随动，同可编程变速器的换轴）；潜行拆除走官方默认；自身沿旋转轴贯通传轴。 3-axis multi-state placement (Create gauge semantics): facing (display direction, always horizontal) + axis_along_first; auto-aligns against shaft-bearing faces. One intentional deviation from the official gauge: it takes facing from the clicked face, and a floor/ceiling click is vertical — leaving only axis_along_first, so two states cannot encode four yaws and the screen could only face west or north (in-game report, 2026-09-13). Floor/ceiling placement therefore points the display horizontally at the player (all four directions selectable); the cost is that a ceiling-mounted gauge tilts its panel up into the ceiling. Wall placement keeps the official semantics (display = clicked face). Regression test: KineticGaugePlacementTest. Wrench rotation: the shaft end face and the display face cycle the panel 90° around the shaft (the shaft and its connections never move — Create's standard 90° end-face rotation); the two remaining side faces rigidly rotate the whole gauge one step (the shaft pivots onto the clicked axis and the display follows — same as the transmission's axis cycling). Deliberately NOT Create's default for this family ("click the display face = cycle axis_along_first"), which would flip the rotation axis between horizontal and vertical, jump to the _shaft_y variant and disconnect the gauge from its shaft. Sneak-dismantle keeps the official default; the block passes rotation through along its axis.
  • 模型双变体：基础变体（用户手工建模，讲台式屏幕法线上仰 45°，传动轴沿水平方向）覆盖 8 个水平轴状态；_shaft_y 变体（机架滚转 + 西面竖直平板屏）覆盖 4 个竖直轴状态——数学上单一网格无法同时覆盖（屏幕法线⊥轴是旋转不变量），竖直轴状态的屏幕由 BER 复刻 blockstate 旋转绘制，文字永远直立可读。 Two model variants: the base (hand-made lectern screen tilted 45° up) covers the 8 horizontal-shaft states; _shaft_y (rolled frame + flat west panel) covers the 4 vertical-shaft states — a single mesh provably cannot (screen normal ⊥ shaft is rotation-invariant). The BER replays the blockstate rotation, so text is always upright.
  • 蓝屏显示（与全息显示器同机制）：图里有 DATA/TEXT 节点 → 逐行显示它们（服务端求值快照权威）；否则显示内置读数——转速数字 + 应力比例条（绿→黄→红，超载闪烁，对齐 Create 的 1.125 约定）+ 百分比。全部自发光。 Blue-screen display (same mechanism as the holographic monitor): DATA/TEXT nodes when present (server eval snapshot); otherwise the built-in readout — speed digits + stress bar (green→yellow→red, overload blink aligned with Create's 1.125 convention) + percentage. Fully emissive.
  • 读数自适应排版：内置读数只使用面板未被边框遮挡的窗口（脚本从模型几何推导），窄竖屏把标签与数值上下堆叠、进度条为百分比预留空间；文字/数字比例对齐全息显示器（GeometryConstants.FONT_BLOCK_SCALE，约 0.24 模型单位/像素）。转速或应力变化时主动同步读数（Create 默认只在转速变化时同步），无需重开界面即可刷新。 Adaptive readout layout: the built-in readout stays inside the panel's bezel-unoccluded window (derived from model geometry by script); on the narrow vertical panel the label stacks above the digits and the bar reserves room for the percentage; glyph scale matches the holographic monitor (GeometryConstants.FONT_BLOCK_SCALE, ≈0.24 model units/px). The readout is pushed when speed or stress changes (Create by default only syncs on speed changes), so it live-updates without reopening the UI.
  • 传动轴绘制：BER 用共享的 KineticShaftRenderer 按 AnimationTickHolder 相位绘制前后两段轴，转速/相位与相邻的 Create 轴一致。 Shaft rendering: the BER draws the front and rear shaft segments through the shared KineticShaftRenderer using the AnimationTickHolder phase, matching neighbouring Create shafts in speed and phase.

📊 新节点：动力网络读数 / New Nodes: Kinetic Network Readings

  • STRESS（应力状态）：0 入 4 出——占比（0-1，超载 >1）、已用（SU）、未用（0-1）、剩余（SU）；无网络/零容量全 0。 STRESS: 0-in/4-out — ratio (0-1, >1 overloaded), used (SU), unused (0-1), left (SU); all 0 offline.
  • RPM（转速）：0 入 1 出——网络转速（RPM 带符号，过载/无动力为 0）。 RPM: 0-in/1-out — network speed (signed RPM, 0 when unpowered/overloaded).
  • 经新宿主注入视图 KineticNetworkView 读取（求值器保持纯净），ENCAPSULATION 子图求值器同 propagate；动力传感器/可编程变速器/数控齿轮箱三个动力宿主的图均可使用（新增「动力读数」分类）。 Read through the new host-injected KineticNetworkView (evaluator stays pure), propagated into ENCAPSULATION sub-evaluators; available in all three kinetic hosts (new "Kinetic Readings" category).

🧪 质量与接入 / Quality & Integration

  • 新增 KineticNodesEvalTest（视图注入、无注入零退化、封装传播、超载/零容量守卫，6 用例）；全仓 421 测试通过。 Added KineticNodesEvalTest (6 cases: injection, zero degradation, encapsulation propagation, overload/zero-capacity guards); all 421 tests pass.
  • 模型流水线入库：手工 Blockbench 工程放在 assets-src/kinetic_gauge/（基础变体 + 竖直变体及各自贴图），由 tools/gen_gauge_assets.py 生成并校验方块模型/贴图/方块状态；校验项含命名契约（必须有 screen 元素、bezel* 建议）、元素旋转后的包围盒、贴图覆盖率与屏幕面未遮挡跨度，--check 模式可随时复验。 Model pipeline in-repo: the hand-made Blockbench projects live in assets-src/kinetic_gauge/ (both variants and their own textures) and tools/gen_gauge_assets.py generates and validates the block models, textures and blockstate; checks cover the naming contract (a screen element is required, bezel* recommended), rotation-aware element bounds, texture coverage and the screen face's unoccluded span — --check re-verifies at any time.
  • 便携终端接入修复：终端对未登记路由的方块（如刚放置、路由表尚未命中的新设备）执行"编辑"时不再抛空指针崩溃，本方块已在便携终端设备表登记（TerminalRoutingTest 覆盖）。 Portable terminal routing fix: "Edit" on a block the terminal has no route for (e.g. a freshly placed device not yet matched by the route table) no longer crashes with a null pointer, and this block is registered in the terminal's device table (TerminalRoutingTest covers it).
  • 右键（非扳手、非轴端面）打开图编辑器；护目镜悬停显示转速/应力读数；创造标签页、战利品表、配方（黄铜外壳+轴+铁）、Create 蓝图 SafeNbt 全套接入。 Right-click (non-wrench, non-axis face) opens the graph editor; goggles show live readings; creative tab, loot table, recipe (brass casing + shafts + iron) and Create schematic SafeNbt all wired.

Optional dependencies

Any compatible version