e6fdd54ba3
The PartSimulationRegistry handler for 'analog-joystick' was reading
`el.xValue` / `el.yValue` and computing `(value / 1023) * vcc` as if the
component were a potentiometer producing a raw 0..1023 reading. It is
not — `@wokwi/elements/analog-joystick-element` emits xValue / yValue as
a tri-state DIRECTION signal:
* xValue = -1 → "left" (mousedown on left zone)
* xValue = 0 → centered (mouseup snap-back)
* xValue = +1 → "right" (mousedown on right zone)
(same for yValue with up/down)
`(±1) / 1023 ≈ ±0.001`, so the ADC channel sat at ~0 V no matter which
directional zone was clicked. Center-button clicks worked because that
path is digital (`setPinState(SEL, …)`) and bypasses the analog map.
Fix:
* Tri-state → voltage with explicit map: -1 → 0V, 0 → Vcc/2, +1 → Vcc.
* Vcc was hardcoded to 5V for "not RP2040" — wrong for ESP32 / S3 /
Nano-ESP32 / etc., which all run at 3.3V like the Pi Pico. Detect
ESP32 via the BridgeShim's `setAdcVoltage` method and select 3.3V
for everything that isn't pure AVR.
Reported on /example/esp32-joystick where center-button-only worked but
directional zones did nothing. Verification via Chrome MCP after deploy.
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|---|---|---|
| .. | ||
| ActiveParts.ts | ||
| BasicParts.ts | ||
| ChipParts.ts | ||
| ComplexParts.ts | ||
| CustomChipPart.ts | ||
| EPaperPart.ts | ||
| LogicGateParts.ts | ||
| PartSimulationRegistry.ts | ||
| ProtocolParts.ts | ||
| SensorParts.ts | ||
| index.ts | ||
| partUtils.ts | ||