Clicking a second photoresistor (or any second sensor of the same
metadataId) showed the previously-clicked sensor's slider value because
the panel was reused across clicks and its useState only ran once. The
mount useEffect also unconditionally dispatched config defaults, which
would have wiped any prior customisation if we naively remounted.
Three changes:
- SensorUpdateRegistry caches the last-dispatched values per componentId
(and clears them on unregister) so the panel has a place to read from.
- SensorControlPanel hydrates from that cache on mount, falling back to
config defaults only when the sensor has never been touched. The
default-dispatch useEffect skips when cached values already exist.
- SimulatorCanvas keys the panel on sensorControlComponentId, forcing a
fresh mount when the user switches sensors — without that, hydration
wouldn't run on subsequent opens.
The previous fix opened the SensorControlPanel on a desktop sensor
click during simulation, but the slider thumb still couldn't be
dragged — the canvas pan handler claims any left mousedown that isn't
explicitly stopped, so grabbing the slider was panning the canvas.
The panel only stopped click events. We now stop mousedown and
pointerdown on the panel wrapper as well, so input[type=range] gets
its native drag and the pan handler stays out.
Block 9 added `const { t } = useTranslation()` at line 50 but forgot the
matching `import { useTranslation } from 'react-i18next'`. The component
then crashes the moment a user clicks a sensor on the canvas with
`Uncaught ReferenceError: useTranslation is not defined`, taking the
whole simulator render tree down.
This commit closes the cluster of small editor surfaces that touch
the active simulation experience. Every visible control on these
panels now reads from t() keys.
Translated:
- Oscilloscope panel (title, Add Channel button + tooltip, Time/div
label, Run / Pause toggle copy + tooltips, Clear, empty-state copy
+ hint, per-channel remove tooltip).
- ComponentPropertyDialog (close, pin-roles header with two
wire-mode variants, Arduino Pin label, rotate / delete buttons +
the inline confirm-delete prompt with name interpolation).
- SelectionActionBar (toolbar aria-label, Rotate / Delete / Deselect
with kind-aware delete labels for wire / component / board).
- CompilationConsole (Output title, error / warning badge counts
with i18next pluralisation, filter dropdown, autoscroll label,
Clear + Close icon tooltips, empty-state).
- CustomChipDialog (header with chipName interpolation, Examples /
Editor tabs, Attributes panel header, compile status messages
including the "✓ Compiled — N KB" success line, footer
Cancel / Save & Place / Compile first buttons).
- SensorControlPanel (close button).
- BoardPickerModal (Add Board heading).
Translation pipeline
- en.json gets the new keys hand-curated.
- The 8 non-English locales were auto-translated via DeepSeek
using the existing scripts/translate-i18n.mjs pipeline (one
--force run, ~1 min total). Output validated with sameShape()
before write so any LLM-introduced key drift would have failed
loudly.
Quality note
- DeepSeek's translations now cover the entire bundle, including
earlier hand-translated content. Tone may differ slightly from
the prior hand passes but the meaning is consistent and brand /
technical terms (Velxio, ngspice-WASM, ATmega328P, ESP32-C3,
etc.) are preserved unchanged in every locale per the prompt
invariants.
- Modified the index file to reflect the new naming convention for Velxio components.
- Changed JSX declarations to use 'velxio-' prefix for various components.
- Updated component overrides to replace 'wokwi-' with 'velxio-' for logic gates and other components.
- Adjusted SVG generation script to use 'velxio-' prefix for BMP280 and Raspberry Pi components.
- Marked submodules as dirty in QEMU and RP2040 libraries.
- Added .prettierignore and .prettierrc.json for consistent code formatting.
- Introduced InstrumentComponent with support for Voltmeter and Ammeter, including pin information handling.
- Implemented SensorControlPanel component to allow real-time adjustments of sensor values during simulation.
- Introduced SensorUpdateRegistry for communication between UI and simulation.
- Added configuration for various sensors including sliders and buttons for user interaction.
- Enhanced existing sensor parts to support updates from SensorControlPanel.
- Created CSS styles for the SensorControlPanel layout and controls.
David Montero Crespo