# Finch 101: Upload from Rhino

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### 1. Launch the `Finch Plugin` in Rhino

**Type `Finch` in the Rhino Command Line**

Open your Rhino model and type `Finch` into the command line to launch the **Finch plugin** panel.

**Tip**: *Ensure **Auto Receive Changes** is enabled in the **Advanced** section. This allows real-time syncing between Rhino and Finch.*

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### 2. Select Your Project and Variant

**Go to the `Project Tab`**

* Find the **project** you want to work in.
* Choose the **variant** you want to upload to.

**Click `"Load Variant`"**

This will bring in a predefined set of **Finch layers** into your Rhino model.

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### 3. Understand Finch Layers in Rhino

**Use Finch Layers to Assign Geometry**

The Finch plugin uses Rhino layers to organize and interpret geometry. You'll see layers such as:

* `Building Mass`
* `Centerline`
* `Custom Geometry`

Move your Rhino geometry onto the correct Finch layers:

* **Building Mass** → Main building volume
* **Custom geometry** (buildings, trees, terrain) → Drag these layers into the `Custom Geometry` section of the Finch plugin

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### 4. Set Colors for Geometry (Optional)

**Check Layer Colors**

Finch will import layer **colors** from Rhino as part of your geometry. Double-check that your **custom geometry layers** have the colors you want reflected in Finch.

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### 5. Sync Your Project

**Click "`Sync`" in the Finch Plugin**

Once all geometry is on the correct layers and colors are set, click **Sync**.

* Finch will import your **building mass and context**
* Rhino will also **receive geometry back from Finch**, such as calculated levels

You should now see your building split into **stories**, with **GFA** and **height metrics** automatically calculated.

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### 6. Next Steps in Finch

Once your geometry is in Finch:

* Assign **program types** to different layers
* Begin designing your **floor plates** using Finch’s planning tools