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A 'Dot' used as a solder joint can be put on the bottom of the board with the 'Board Side' property
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@@ -67,7 +67,7 @@ projects; the open questions below remain.
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- **Done.** Every part that uses the `SilkscreenTop` default implements `IBoardSideComponent`: a
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nullable `PCBLayer boardSide` field and a getter/setter pair with
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`@EditableProperty(name = "Board Side")` on the getter, which returns `_2` (Top) when the field
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is `null`. The key is in every language file. 45 parts have it.
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is `null`. The key is in every language file. 45 parts and `Dot` have it.
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- On a shared base, covering every subclass: `AbstractFilmCapacitor`, `AbstractPotentiometer`,
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`AbstractRadialComponent`, `AbstractTransistorPackage`, `PassiveSMDComponent`.
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- On the class itself: `Resistor`, `HeatSinkResistor`, `AxialElectrolyticCapacitor`,
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@@ -77,6 +77,8 @@ projects; the open questions below remain.
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`MiniToggleSwitch`, `SlideSwitch`, `TactileMicroSwitch`, `RotarySwitchOpen`,
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`RotarySwitchSealed`, `RotarySelectorSwitch`, `MiniRelay`, `PCBTerminalBlock`.
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- Whether a part can be mirrored does not matter: the app never mirrors it for the user.
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- `Dot` has it too, though it has no silkscreen: a dot used as a solder joint on stripboard can
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be put on the copper side (see `copper-side-view.md`).
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- `Label` is left out: it is text, not a mounted part, and `PCBText` already has a layer.
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- `BoardSideComponentsTest` checks that every such part starts on Top and takes Bottom, and
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that every part writing `SilkscreenTop` has a side, so a new part cannot be left out by
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@@ -33,6 +33,7 @@ were regenerated for the faded copper. The open questions below remain.
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| Holes and trace cuts are visible from both sides (`startDrawingBothSides()`) and never fade; a board's own holes are already solid as board paint | A faded hole reads as copper, and a faded cut hides the break the user is looking for. |
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| `Jumper`, `Eyelet`, `Turret`, `Top`-layer copper and `EyeletBoard` eyelets are component side | Jumpers run over the board; eyelets and turrets are visible from the top. |
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| `ProtoBoard780` declares its traces and pads bottom side, like `PerfBoard`. `ProtoBoard` declares only the traces and pads its code paints in the underside colours. `EurorackStripboard` declares nothing | The 780-hole boards carry copper on the bottom only. `ProtoBoard` is plated through with some traces on top. Which side `EurorackStripboard`'s traces are on is not sourced. |
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| `Dot` has a Board Side property, Top by default | Dots are junctions in schematics and wiring diagrams, which must not fade, and solder joints on stripboard, which are on the copper side. Setting a solder joint's side to Bottom fades it in the main view and draws it solid in the mirror; a dot placed in the mirror goes to the bottom on its own (`bottom-side-components.md`). |
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| `Breadboard`, `BlankBoard`, `MarshallPerfBoard`, `TagStrip`, `TerminalStrip` and the maker boards declare nothing | They have no bottom copper to show. |
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## 3. Design as built
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@@ -78,8 +79,6 @@ were regenerated for the faded copper. The open questions below remain.
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## 4. Open questions
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- **`Dot` on stripboard.** Users draw solder joints with `Dot`, which is generic and undeclared,
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so dots are solid in the main view and faded in the mirror.
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- **`EurorackStripboard`.** Unchanged until the side of its traces is sourced.
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- **AI catalog.** `ComponentCatalogGenerator` still lists the deprecated inner layers as possible
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values.
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