Ghost Hand

@@ -4,7 +4,7 @@ <!-- rev2-status:begin --> ## Rev 2 build status -Rev 2 is being built right now by three AI threads in Adom Hydrogen; this section follows their work. Last updated Nov 8, 8:36 PM Central.+Rev 2 is being built right now by three AI threads in Adom Hydrogen; this section follows their work. Last updated Nov 8, 8:42 PM Central.  | Stage | | What it covers | |---|---|---|@@ -16,13 +16,13 @@ Rev 2 is being built right now by three AI threads in Adom Hydrogen; this sectio | Silkscreen | **done** | names of every light and part, 0.6 / 0.3 mm text | | Checks | **done** | DRC, current and heat (Adom Fields), finish | | 3D | **done** | the finished board in 3D, inside the case |-| Fab files | *in progress* | Gerbers, drill, BOM and placement file; a fresh export follows the light-name fix |+| Fab files | **done** | Gerbers, drill, BOM and placement file | | Wiki | *in progress* | this page and the release; the hero image is **done** |  | Thread | Now | |---|---|-| Board (Claude) | 8:33 PM: Silkscreen: light-row fix final: rows nudged up so each gauge name clears its LED's own silk outline. |-| Case (Codex) | 8:02 PM: Case: new board exact fit PASS in reviewed case exports retained. Next: review this source-specific result. |+| Board (Claude) | 8:40 PM: Board: DONE export after the light-row fix: and, finished STEP and GLB. |+| Case (Codex) | 8:39 PM: Case: new board exact fit PASS in reviewed case exports retained. Next: review this source-specific result. | | Studio and wiki (Claude) | 8:09 PM: Studio: release 0.2.0 still on hold despite the 20:09 'board: DONE export' line: the fab set in is the 19:50 board-23 export. |  ![The rev 2 board as of 8:34 PM](docs/status/board-32afc2a4.png)@@ -353,7 +353,14 @@ The back carries the name, rev 2, the date and this page's address.  The board's own page, written by AI Flow, is in [board/](board/README.md). -The board is being laid out now; the finished board, its checks and its fab files appear here when AI Flow exports it.+### The finished board++| | |+|---|---|+| Parts | 66 fitted, 35 BOM lines, every placement rotation checked |+| Routing | 830 mm of track in 1326 segments, 77 vias, 0 DRC errors, 0 unconnected |+| Programming | UPDI on machine contacts MC4 (UPDI), MC3 (3V3), MC1 (GND) |+| Battery connector | J2 pin 1 = VBAT (+, red), pin 2 = GND (-, black), + and - in the silkscreen |  ## Why an ATtiny1616 and not an STM32C0 @@ -442,7 +449,7 @@ Design notes, print settings and assembly: [case/README.md](case/README.md); eng  ## Firmware -Plain C for the ATtiny1616, updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge) (avr-gcc, about 13.1 KB of the 16 KB flash). The echo path is pure hardware:+Plain C for the ATtiny1616, updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge), updated for rev 2 (the STATUS dot takes the logo's job at about half the drive, a 30 mA light cap for the small cell, the 77 mA charge) (avr-gcc, about 13.1 KB of the 16 KB flash). The echo path is pure hardware: AC0, the event system and TCB0/TCB1 single-shots. The CPU runs the state machine, the learner, the lights and the safety checks, and a 1 s watchdog guards the main loop. Full source is in [firmware/](firmware/README.md), with a host test that runs the learner against simulated faucets@@ -485,16 +492,16 @@ Rev 1's complete design (board KiCad files, Gerbers, BOM, CPL, case STEP and STL  | | | |---|---|+| **Rev 2 release (0.2.0)** | [design zip](https://wiki.adom.inc/download/john/ghost-hand/0.2.0/ghost-hand-rev2-design.zip) (board KiCad files, Gerbers, BOM, CPL, case STEP/STL/SVG, firmware hex), [Gerbers](https://wiki.adom.inc/download/john/ghost-hand/0.2.0/ghost-hand-rev2-gerbers.zip) | | Case STEP | [base.step](case/step/base.step), [battery_jst_plug.step](case/step/battery_jst_plug.step), [battery_lead_black.step](case/step/battery_lead_black.step), [battery_lead_red.step](case/step/battery_lead_red.step), [battery_pouch.step](case/step/battery_pouch.step), [battery_tape.step](case/step/battery_tape.step), [cover.step](case/step/cover.step), [final_board.step](case/step/final_board.step), [foot.step](case/step/foot.step), [gasket.step](case/step/gasket.step), [ghost-hand-assembly.step](case/step/ghost-hand-assembly.step), [ghost-hand-exploded.step](case/step/ghost-hand-exploded.step), [inserts.step](case/step/inserts.step), [ir_window.step](case/step/ir_window.step), [lightpipe_100.step](case/step/lightpipe_100.step), [lightpipe_25.step](case/step/lightpipe_25.step), [lightpipe_50.step](case/step/lightpipe_50.step), [lightpipe_75.step](case/step/lightpipe_75.step), [lightpipe_status.step](case/step/lightpipe_status.step), [screw_seals.step](case/step/screw_seals.step), [screws.step](case/step/screws.step), [usb_plug.step](case/step/usb_plug.step) | | Case STL (print) | [base.stl](case/stl/base.stl), [cover.stl](case/stl/cover.stl), [foot.stl](case/stl/foot.stl), [gasket.stl](case/stl/gasket.stl), [inserts.stl](case/stl/inserts.stl), [ir_window.stl](case/stl/ir_window.stl), [lightpipe_100.stl](case/stl/lightpipe_100.stl), [lightpipe_25.stl](case/stl/lightpipe_25.stl), [lightpipe_50.stl](case/stl/lightpipe_50.stl), [lightpipe_75.stl](case/stl/lightpipe_75.stl), [lightpipe_status.stl](case/stl/lightpipe_status.stl), [screw_seals.stl](case/stl/screw_seals.stl), [screws.stl](case/stl/screws.stl), [usb_plug.stl](case/stl/usb_plug.stl) | | Laser engraving SVG | [laser_engrave.svg](case/laser_engrave.svg) |+| Board fab files (Gerbers and drill, BOM, CPL, 3D) | [ghost-hand-rev2-gerbers.zip](docs/fab/ghost-hand-rev2-gerbers.zip), [ghost-hand-rev2-bom.csv](docs/fab/ghost-hand-rev2-bom.csv), [ghost-hand-rev2-cpl.csv](docs/fab/ghost-hand-rev2-cpl.csv), [ghost-hand-rev2-board.glb](docs/fab/ghost-hand-rev2-board.glb) | | Sourcing BOM | [ghost-hand-rev2-sourcing-bom.csv](docs/fab/ghost-hand-rev2-sourcing-bom.csv) | | Aim drawings and numbers | [side-view.svg](docs/aim/side-view.svg), [top-view.svg](docs/aim/top-view.svg), [aim.json](docs/aim/aim.json) | | Firmware | [ghost-hand.hex](firmware/build/ghost-hand.hex), [source](firmware/README.md) | | Rev 1 | [design zip](https://wiki.adom.inc/download/john/ghost-hand/0.1.0/ghost-hand-rev1-design.zip), [Gerbers](https://wiki.adom.inc/download/john/ghost-hand/0.1.0/ghost-hand-rev1-gerbers.zip) | -Rev 2 Gerbers, BOM and CPL appear here when AI Flow exports the finished board.- ## License  MIT. Build it, change it, share it.

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@@ -0,0 +1,36 @@+Reference,Qty,Value,Footprint,Manufacturer,MPN,DNP+C1 C2,2,4.7uF 16V,Capacitor_SMD:C_0603_1608Metric,Yageo,CC0603KRX5R7BB475,+C3 C4 C8 C11,4,1uF 25V,Capacitor_SMD:C_0402_1005Metric,Samsung Electro-Mechanics,CL05A105KA5NQNC,+C5 C21,2,10uF 10V,Capacitor_SMD:C_0603_1608Metric,KEMET,C0603C106M8PACTU,+C6 C7 C9 C14 C16 C17 C18 C19 C20,9,100nF,Capacitor_SMD:C_0402_1005Metric,Samsung Electro-Mechanics,CL05B104KO5NNNC,+C12,1,4.7pF,Capacitor_SMD:C_0402_1005Metric,Murata Electronics,GRM1555C1H4R7WA01D,+C13,1,1nF,Capacitor_SMD:C_0402_1005Metric,Murata Electronics,GRM1555C1H102JA01D,+C15,1,100uF 6.3V,Capacitor_SMD:C_1206_3216Metric,Taiyo Yuden,JMK316BJ107ML-T,+D1,1,VSMY2853SL,GhostHand:Vishay_SMD-SL_SideLooking_AK,Vishay,VSMY2853SL,+D2,1,VSMB2948SL,GhostHand:Vishay_SMD-SL_SideLooking_KA,Vishay,VSMB2948SL,+D4 D5 D6 D7 D8,5,WS2812B-2020,GhostHand:WS2812B-2020,Worldsemi,WS2812B-2020,+D10,1,SMF5.0A,Diode_SMD:D_SOD-123F,Littelfuse,SMF5.0A,+J1,1,USB4105-GF-A,Connector_USB:USB_C_Receptacle_GCT_USB4105-xx-A_16P_TopMnt_Horizontal,GCT,USB4105-GF-A,+J2,1,S2B-PH-K-S,Connector_JST:JST_PH_S2B-PH-K_1x02_P2.00mm_Horizontal,JST,S2B-PH-K-S,+PD1 PD2,2,VEMD2023SLX01,GhostHand:Vishay_SMD-SL_SideLooking_PD,Vishay,VEMD2023SLX01,+Q1 Q2,2,DMN2041L-7,Package_TO_SOT_SMD:SOT-23,Diodes Incorporated,DMN2041L-7,+Q3,1,DMG2305UX-13,Package_TO_SOT_SMD:SOT-23,Diodes Incorporated,DMG2305UX-13,+R1 R2,2,5.1k,Resistor_SMD:R_0402_1005Metric,Yageo,RC0402FR-075K1L,+R3,1,13k,Resistor_SMD:R_0402_1005Metric,Yageo,RC0402FR-0713KL,+R4,1,68k,Resistor_SMD:R_0402_1005Metric,Yageo,RC0402FR-0768KL,+R5 R6 R13 R16 R17 R21 R25 R26,8,100k,Resistor_SMD:R_0402_1005Metric,Yageo,RC0402FR-07100KL,+R7 R15,2,150k,Resistor_SMD:R_0402_1005Metric,Yageo,RC0402FR-07150KL,+R8 R9,2,4.7M,Resistor_SMD:R_0402_1005Metric,Yageo,RC0402FR-074M7L,+R11 R12,2,4.7k,Resistor_SMD:R_0402_1005Metric,Yageo,RC0402FR-074K7L,+R14 R18,2,10k,Resistor_SMD:R_0402_1005Metric,Yageo,RC0402FR-0710KL,+R19,1,8.2R,Resistor_SMD:R_0603_1608Metric,Yageo,RC0603FR-078R2L,+R20 R24,2,100R,Resistor_SMD:R_0402_1005Metric,Yageo,RC0402FR-07100RL,+R22,1,4.7R,Resistor_SMD:R_0603_1608Metric,Yageo,RC0603FR-074R7L,+R27,1,33R,Resistor_SMD:R_0402_1005Metric,Yageo,RC0402FR-0733RL,+R28,1,10R,Resistor_SMD:R_0402_1005Metric,Yageo,RC0402FR-0710RL,+U1,1,ATtiny1616-MNR,GhostHand:QFN-20-1EP_3x3mm_P0.4mm_EP1.65x1.65mm,Microchip Technology,ATTINY1616-MNR,+U2,1,MCP73831T-2ACI/OT,Package_TO_SOT_SMD:SOT-23-5,Microchip Technology,MCP73831T-2ACI/OT,+U3,1,TPS7A0233PDBVR,Package_TO_SOT_SMD:SOT-23-5,Texas Instruments,TPS7A0233PDBVR,+U4,1,LIS2DW12TR,Package_LGA:LGA-12_2x2mm_P0.5mm,STMicroelectronics,LIS2DW12TR,+U5,1,TLV9062IDGKT,Package_SO:MSOP-8_3x3mm_P0.65mm,Texas Instruments,TLV9062IDGKT,+BT1,1,150mAh 1S LiPo,"off-board, plugs into J2",Adafruit,1317,off-board (not assembled)

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@@ -4,7 +4,7 @@   "type": "component",   "title": "Ghost Hand",   "brief": "A small battery gadget that keeps an automatic sink faucet running while you use the sink: it learns the faucet's timeout, re-arms with the shortest blip, and stops after 10 minutes or when picked up.",-  "version": "0.1.0",+  "version": "0.2.0",   "kind": "project",   "hero": {     "type": "image",@@ -42,7 +42,7 @@     "subcategory": "",     "body_size": null,     "parts": {-      "model_3d": "docs/3d/ghost-hand-hero-a2ccb94f.glb"+      "model_3d": "docs/3d/ghost-hand-hero-c419fc1b.glb"     },     "distributor_links": {},     "viewer_3d": {