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Select the downloaded Pioreactor image from step 1.
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<imgsrc="/img/user-guide/select_new_image.png"alt="Screenshot of the local computer's directory, selecting the downloaded image"width="555"style={{margin: "auto", display:"block"}} />
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4. Insert your microSD card to your computer. After your microSD card is recognized by your computer, click **Choose Storage** and select it.
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6. Insert your microSD card to your computer. After your microSD card is recognized by your computer, click **Choose Storage** and select it.
1. Check **Set hostname**. Input a unique name for this Pioreactor. Some names that we use for our first Pioreactor: `pioreactor01`, or `leader`, or `pio01`. _Don't_ use `pioreactor` or `raspberrypi`.
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3. Check **Set username and password**. Enter the following:
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2. Check **Set username and password**. Enter the following:
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-**username**: `pioreactor`.
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-**password**: `raspberry`.
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- Note: You can change the username and password later.
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4. Check **Configure wireless LAN** and enter your network name into SSID network name, WiFi password, and country. Or leave blank if using ethernet.
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3. Check **Configure wireless LAN** and enter your network name into SSID network name, WiFi password, and country. Or leave blank if using ethernet.
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:::tip
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If you are having difficulty connecting to a network, like at a university that may not easily incorporate Raspberry Pi's, [there's a built-in solution for creating a local access point](/user-guide/local-access-point)) and a [solution for internet-sharing from a PC via ethernet](/user-guide/internet-sharing).
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:::
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5. Change timezone to your local timezone.
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6. Under the "Services" tab, check **Enable SSH**, and select **Use password authentication**.
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4. Change timezone to your local timezone.
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5. Under the "Services" tab, check **Enable SSH**, and select **Use password authentication**.
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Your settings should look something like this:
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<imgsrc="/img/user-guide/rpi-imager-settings.png"width="625"alt="Screenshot of what your settings should look like"style={{margin: "auto", display:"block"}} />
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<imgsrc="/img/user-guide/rpi-imager-settings-2.png"width="625"alt="Screenshot of what your settings should look like"style={{margin: "auto", display:"block"}} />
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6.Click **Save** to save and exit the dialog box.
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6. Click **Save** to save and exit the dialog box.
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7. Click "Yes" to begin writing. A prompt *may* appear asking for permission to write, accept it. Writing will take up to 5 minutes. Perfect time for a tea break.
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9. Click "Yes" to begin writing. A prompt *may* appear asking for permission to write, accept it. Writing will take up to 5 minutes. Perfect time for a tea break.
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<imgsrc="/img/user-guide/coffee.svg"width="250"alt="Screenshot of what your settings should look like"style={{margin: "auto", display:"block"}} />
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8. Once writing is complete, remove the microSD card, and place it into the Raspberry Pi. **Your Raspberry Pi's power should be unplugged before inserting the microSD card**. The microSD slot is located on the PWM side of the Pioreactor. Example for a Raspberry Pi A model:
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10. Once writing is complete, remove the microSD card, and place it into the Raspberry Pi. **Your Raspberry Pi's power should be unplugged before inserting the microSD card**. The microSD slot is located on the PWM side of the Pioreactor. Example for a Raspberry Pi A model:
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8. Plug power into your Raspberry Pi. LEDs onboard the Raspberry Pi may start to light up momentarily. After **a few minutes**, your Pioreactor HAT will briefly blink a blue LED, telling us it is ready.
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11. Plug power into your Raspberry Pi. LEDs onboard the Raspberry Pi may start to light up momentarily. After **a few minutes**, your Pioreactor HAT will briefly blink a blue LED, telling us it is ready.
Waited, but didn't see a blue LED blink, or maybe you missed it? Try pressing on the onboard button, near the side labelled "PWM", and pictured above. If this lights up the blue LED, you're good to move on. Still not working? Try power-cycling the Raspberry Pi, or email us at [email protected].
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:::
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:::info
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Waited, but didn't see a blue LED blink, or maybe you missed it? Try pressing on the onboard button, near the side labelled "PWM", and pictured above. If this lights up the blue LED, you're good to move on. Still not working? Try power-cycling the Raspberry Pi, or email us at [email protected].
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:::
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9. After observing the blue LED flashing, navigate to [http://pioreactor.local](http://pioreactor.local) in a web browser to visit the web interface. If you are using local-access-point, looking for a `pioreactor` wifi network and then visit the link. (Not able to load http://pioreactor.local? Read [Common Questions](#pioreactorlocal-in-a-web-browser-is-not-showing-up) below).
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12. After observing the blue LED flashing, navigate to [http://pioreactor.local](http://pioreactor.local) in a web browser to visit the web interface. If you are using local-access-point, looking for a `pioreactor` wifi network and then visit the link. (Not able to load http://pioreactor.local? Read [Common Questions](#pioreactorlocal-in-a-web-browser-is-not-showing-up) below).
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10. Once you're on the UI, visit the Inventory page and confirm the model of Pioreactor you are using.
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13. When the UI loads for the first time you'll be prompted by the **Update Pioreactor model** dialog. Select the correct model and hardware version for each Pioreactor listed, then click **Save** to continue.
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11. The Pioreactor is now ready for use! Follow [this guide](/user-guide/prepare-vial-for-cultures) to set up your first experiment.
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14. The Pioreactor is now ready for use! Follow [this guide](/user-guide/prepare-vial-for-cultures) to set up your first experiment.
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## Adding additional workers to your cluster
@@ -133,9 +133,9 @@ Workers are additional Pioreactors that you can control from a single UI. Togeth
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<imgsrc="/img/user-guide/rpi-imager-settings-worker.png"width="625"alt="Screenshot of what your settings may look like"style={{margin: "auto", display:"block"}} />
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2. If using a local-access-point on your leader Pioreactor, use the wifi ssid `pioreactor` and password `raspberry`. Otherwise, use the same wifi credentials are your leader Pioreactor.
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3. After the image is written to the microSD card, place the microSD card into the Raspberry Pi and power it on.
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4. After a few minutes, the Pioreactor's blue LED will light up and stay on, indicating that it's ready to be connected. Move onto the next step.
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3. If using a local-access-point on your leader Pioreactor, use the wifi ssid `pioreactor` and password `raspberry`. Otherwise, use the same wifi credentials are your leader Pioreactor.
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4. After the image is written to the microSD card, place the microSD card into the Raspberry Pi and power it on.
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5. After a few minutes, the Pioreactor's blue LED will light up and stay on, indicating that it's ready to be connected. Move onto the next step.
There's still no particular assumption about the shape of the growth rate function, $gr(s)$. For example, consider the following ODs from a batch experiment:
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