Your Pupil is properly detected by the camera.
- +
-[Pupil Cloud](https://cloud.pupil-labs.com) is a web-based eye tracking platform for data logistics, analysis, and visualization. It is the recommended tool for processing your Neon recordings. It makes it easy to store all your data securely in one place and it offers a variety of options for analysis.
+[Pupil Cloud](https://cloud.pupil-labs.com) is a web-based eye tracking platform for data logistics, analysis, and visualization. It is the recommended tool for processing your Pupil Invisible recordings. It makes it easy to store all your data securely in one place and it offers a variety of options for analysis.
-If Cloud upload is enabled in the Neon Companion app, then all recordings will be uploaded automatically to Pupil Cloud.
+If Cloud upload is enabled in the Pupil Invisible Companion app, then all recordings will be uploaded automatically to Pupil Cloud.
We have a strict privacy policy that ensures your recording data is accessible only by you and those you explicitly grant access to. Pupil Labs will never access your recording data unless you explicitly instruct us to.
diff --git a/invisible/real-time-api/tutorials/index.md b/invisible/real-time-api/tutorials/index.md
index 23451e467..3eb02b3e6 100644
--- a/invisible/real-time-api/tutorials/index.md
+++ b/invisible/real-time-api/tutorials/index.md
@@ -2,7 +2,7 @@
For some applications it is critical to have access to eye tracking data in real time. Imagine for example an application utilizing gaze interaction to allow users to press a button using only their eyes.
-In other cases it may be important to automatically start or stop a recording and save [events](https://docs.pupil-labs.com/neon/data-collection/events/). For example, you might want to launch a screen-based experiment and have the recording start automatically when the stimulus presentation begins. Additionally, you might want to save the timestamps of when the subject interacted with the screen.
+In other cases it may be important to automatically start or stop a recording and save [events](/data-collection/events/). For example, you might want to launch a screen-based experiment and have the recording start automatically when the stimulus presentation begins. Additionally, you might want to save the timestamps of when the subject interacted with the screen.
All of this is possible for developers using [Pupil Invisible's Realtime Network API](https://github.com/pupil-labs/realtime-network-api). It allows you to stream gaze data and scene video to any device connected to the same local network. Further, you can control all devices remotely to start and stop recordings or save events.
@@ -72,7 +72,7 @@ device.recording_stop_and_save()
Started recording with id 2f99d9f9-f009-4015-97dd-eb253de443b0
-While a recording is running, you can save [events](https://docs.pupil-labs.com/neon/data-collection/events/)
+While a recording is running, you can save [events](/data-collection/events/)
using the [`send_event`](https://pupil-labs-realtime-api.readthedocs.io/en/stable/api/simple.html#pupil_labs.realtime_api.simple.Device.send_event) method.
By default, the Pupil Invisible device receiving the event will assign assign a timestamp to it,
using the time of arrival. Optionally, you can set a custom nanosecond timestamp for your event instead.
diff --git a/invisible/understand-the-ecosystem/index.md b/invisible/understand-the-ecosystem/index.md
index ae515146a..27f5d94c5 100644
--- a/invisible/understand-the-ecosystem/index.md
+++ b/invisible/understand-the-ecosystem/index.md
@@ -1,18 +1,18 @@
# Understand the Ecosystem
-The Neon ecosystem contains a range of tools that support you during data collection and data analysis. This overview introduces all the key components so you can become familiar with all tools at your disposal.
+The Pupil Invisible ecosystem contains a range of tools that support you during data collection and data analysis. This overview introduces all the key components so you can become familiar with all tools at your disposal.
-## Neon Companion app
+## Pupil Invisible Companion app
-You should have already used the Neon Companion app to [make your first recording](/data-collection/first-recording/). This app is the core of every Neon data collection.
+You should have already used the Pupil Invisible Companion app to [make your first recording](/data-collection/first-recording/). This app is the core of every Pupil Invisible data collection.
-When your Neon is connected to the Companion device, it supplies it with power and the app calculates a real-time gaze signal. When making a recording, all generated data is saved on the Companion device.
+When your Pupil Invisible is connected to the Companion device, it supplies it with power and the app calculates a real-time gaze signal. When making a recording, all generated data is saved on the Companion device.
The app automatically saves [UTC timestamps](https://en.wikipedia.org/wiki/Coordinated_Universal_Time) for every generated data sample. This allows you to easily sync your data with other 3rd party sensors, or to sync recordings from multiple subjects that have been made in parallel.
## Pupil Cloud
-Pupil Cloud is our web-based storage and analysis platform located at [cloud.pupil-labs.com](https://cloud.pupil-labs.com/). It is the recommended tool for handling your Neon recordings.
+Pupil Cloud is our web-based storage and analysis platform located at [cloud.pupil-labs.com](https://cloud.pupil-labs.com/). It is the recommended tool for handling your Pupil Invisible recordings.
It makes it easy to store all your data securely in one place and it offers a variety of options for analysis.
@@ -23,22 +23,22 @@ From here, you can either download the raw data in a convenient format or use so
We have a strict [privacy policy](https://pupil-labs.com/legal/) that ensures your recording data is accessible only by you and those you explicitly grant access to. Pupil Labs will never access your recording data unless you explicitly instruct us to.
-If Cloud upload is enabled in the Neon Companion app, then recordings will be uploaded automatically to Pupil Cloud. No additional effort is required for data logistics.
+If Cloud upload is enabled in the Pupil Invisible Companion app, then recordings will be uploaded automatically to Pupil Cloud. No additional effort is required for data logistics.
-## Neon Monitor
+## Pupil Invisible Monitor
-
+
-All data generated by Neon can be monitored in real-time using the Neon Monitor app. To access the app simply visit [neon.local:8080](http://neon.local:8080) in your browser while being connected to the same WiFi network as the Companion device.
+All data generated by Pupil Invisible can be monitored in real-time using the Pupil Invisible Monitor app. To access the app simply visit [pi.local:8080](http://pi.local:8080) in your browser while being connected to the same WiFi network as the Companion device.
-The real-time streaming app enables you to monitor and control a recording session remotely without having to directly interact with the Companion device carried by the subject. You can view the scene video and gaze data remotely in your browser. You can also start and stop recordings and annotate important moments in time with [events](https://docs.pupil-labs.com/neon/data-collection/events/). All data will be saved with the recording on the Companion device.
+The real-time streaming app enables you to monitor and control a recording session remotely without having to directly interact with the Companion device carried by the subject. You can view the scene video and gaze data remotely in your browser. You can also start and stop recordings and annotate important moments in time with [events](/data-collection/events/). All data will be saved with the recording on the Companion device.
## Real-Time API
-All data generated by Neon is accessible to developers in real-time via our **Real-Time API**. Similar to the Neon Monitor app, it allows you to stream data, remotely start/stop recordings and save events. The only requirement is that the Companion device and the computer using the API are connected to the same WiFi network.
+All data generated by Pupil Invisible is accessible to developers in real-time via our **Real-Time API**. Similar to the Pupil Invisible Monitor app, it allows you to stream data, remotely start/stop recordings and save events. The only requirement is that the Companion device and the computer using the API are connected to the same WiFi network.
-This enables you to e.g. implement Human Computer Interaction (HCI) applications with Neon or to streamline your experiments by remotely controlling your devices and saving events automatically.
+This enables you to e.g. implement Human Computer Interaction (HCI) applications with Pupil Invisible or to streamline your experiments by remotely controlling your devices and saving events automatically.
-Check-out out our [real-time API tutorial](https://docs.pupil-labs.com/neon/real-time-api/tutorials/) to learn more!
+Check-out out our [real-time API tutorial](/real-time-api/tutorials/) to learn more!
For a concrete usage example, see [Track your Experiment Progress using Events](/real-time-api/track-your-experiment-progress-using-events/)!
diff --git a/landing-page/.vitepress/config.mts b/landing-page/.vitepress/config.mts
index da30ed3ef..38ef9d17d 100644
--- a/landing-page/.vitepress/config.mts
+++ b/landing-page/.vitepress/config.mts
@@ -1,17 +1,17 @@
import { fileURLToPath, URL } from "node:url";
import { defineConfig } from "vitepress";
-const url = `https://docs.pupil-labs.com/`;
-
-import { config as default_config } from "./../../default_config.mts";
-import { theme_config as default_theme_config } from "./../../default_config.mts";
+import {
+ config as default_config,
+ theme_config as default_theme_config,
+} from "./../../default_config.mts";
const theme_config_additions = {
nav: [
- { text: "Neon", link: url + "neon/", target: "_self" },
- { text: "Invisible", link: url + "invisible/", target: "_self" },
- { text: "Core", link: url + "core/", target: "_self" },
- { text: "Alpha Lab", link: url + "alpha-lab/", target: "_self" },
+ { text: "Neon", link: "/neon/", target: "_self" },
+ { text: "Invisible", link: "/invisible/", target: "_self" },
+ { text: "Core", link: "/core/", target: "_self" },
+ { text: "Alpha Lab", link: "/alpha-lab/", target: "_self" },
],
socialLinks: [
{ icon: "discord", link: "https://pupil-labs.com/chat" },
@@ -19,7 +19,7 @@ const theme_config_additions = {
icon: {
svg: '',
},
- link: "https://docs.pupil-labs.com/alpha-lab",
+ link: "/alpha-lab",
target: "_self",
},
],
@@ -34,6 +34,24 @@ const config_additions = {
title: "Home",
titleTemplate: ":title - Pupil Labs Docs",
description: "Documentation for all Pupil Labs products.",
+ head: [
+ [
+ "script",
+ {},
+ `
+ if (navigator.serviceWorker) {
+ navigator.serviceWorker.getRegistrations().then(
+ function (registrations) {
+ for (let idx in registrations) {
+ registrations[idx].unregister()
+ }
+ }
+ )
+ }
+
+ `,
+ ],
+ ],
vite: {
resolve: {
alias: [
diff --git a/landing-page/index.md b/landing-page/index.md
index 51aff05b3..36b81f11c 100644
--- a/landing-page/index.md
+++ b/landing-page/index.md
@@ -11,53 +11,53 @@ products:
details: Neon is our most powerful eye tracker. It features research-grade gaze and pupil diameter estimation, industry-leading robustness in real-world applications, and a pleasent calibration-free user experience.
image: "/neon-doc.webp"
link:
- { text: "Enter Documentation", href: "https://docs.pupil-labs.com/neon/" }
+ { text: "Enter Documentation", href: "/neon/" }
- title: Pupil Invisible
details: Pupil Invisible was the world's first calibration-free eye tracker and set new standards for robustness in real-world applications. It is now deprecated and replaced by Neon.
image: "/invisible-doc.webp"
link:
{
text: "Enter Documentation",
- href: "https://docs.pupil-labs.com/invisible/",
+ href: "/invisible/",
}
- title: Pupil Core
details: Pupil Core is a modular and more affordable eye tracker. It comes with open-source software and was the first eye tracker Pupil Labs created.
image: "/core-doc.webp"
link:
- { text: "Enter Documentation", href: "https://docs.pupil-labs.com/core/" }
+ { text: "Enter Documentation", href: "/core/" }
alpha:
title: "Alpha Lab"
tagline: "This is the space for our latest experiments with our tools. Alpha Lab is not a place for official product documentation. Everything you find here should be considered a work in progress, and may even be a bit rough around the edges."
action:
- { text: View all articles, link: "https://docs.pupil-labs.com/alpha-lab/" }
+ { text: View all articles, link: "/alpha-lab/" }
cards:
- title: Define AOIs and Calculate Gaze Metrics
details: Here we demonstrate how to make areas of interest using data downloaded from Pupil Cloud’s Reference Image Mapper.
link:
{
text: View,
- href: "https://docs.pupil-labs.com/alpha-lab/gaze-metrics-in-aois/#define-aois-and-calculate-gaze-metrics",
+ href: "/alpha-lab/gaze-metrics-in-aois/#define-aois-and-calculate-gaze-metrics",
}
- title: Map and visualise gaze onto a display content using the Reference Image Mapper
details: Here we show you how you can use Pupil Cloud’s Reference Image Mapper to map gaze onto dynamic on-screen content - like a video.
link:
{
text: View,
- href: "https://docs.pupil-labs.com/alpha-lab/map-your-gaze-to-a-2d-screen/#map-and-visualise-gaze-onto-a-display-content-using-the-reference-image-mapper",
+ href: "/alpha-lab/map-your-gaze-to-a-2d-screen/#map-and-visualise-gaze-onto-a-display-content-using-the-reference-image-mapper",
}
- title: Map gaze onto body parts using DensePose
details: Use detectron's densepose AI to segment and know at which part of a body a person is looking.
link:
{
text: View,
- href: "https://docs.pupil-labs.com/alpha-lab/dense-pose/#map-gaze-onto-body-parts-using-densepose",
+ href: "/alpha-lab/dense-pose/#map-gaze-onto-body-parts-using-densepose",
}
- title: Map and visualize gaze on multiple reference images taken from the same environment
details: We pushed the limits of markerless mapping with Pupil Cloud’s Reference Image Mapper - scanning an entire apartment.
link:
{
text: View,
- href: "https://docs.pupil-labs.com/alpha-lab/multiple-rim/#map-and-visualize-gaze-on-multiple-reference-images-taken-from-the-same-environment",
+ href: "/alpha-lab/multiple-rim/#map-and-visualize-gaze-on-multiple-reference-images-taken-from-the-same-environment",
}
---
diff --git a/landing-page/public/service-worker.js b/landing-page/public/service-worker.js
new file mode 100644
index 000000000..05eb5c015
--- /dev/null
+++ b/landing-page/public/service-worker.js
@@ -0,0 +1,11 @@
+console.log("Cleanup Service Worker Starting");
+
+caches.keys()
+ .then(keys =>
+ Promise.all(
+ keys.map(async key => console.log("caches.delete", key, await caches.delete(key)))))
+ .then(async () => {
+ console.log("registration.unregister", await registration.unregister());
+ })
+ .then(() => console.log("DONE"))
+ .catch(console.error);
\ No newline at end of file
diff --git a/neon/pupil-cloud/enrichments/reference-image-mapper/index.md b/neon/pupil-cloud/enrichments/reference-image-mapper/index.md
index 21e815fc1..964568bda 100644
--- a/neon/pupil-cloud/enrichments/reference-image-mapper/index.md
+++ b/neon/pupil-cloud/enrichments/reference-image-mapper/index.md
@@ -13,11 +13,11 @@ A heatmap of gaze data mapped onto the reference image can be generated, and map
As described in the setup video, you will need two things in addition to your eye tracking recording(s) to produce a Reference Image Mapper enrichment:
1. A reference image
-2. A scanning video of the object/feature(s) taken with Invisible/Neon’s scene camera
+2. A scanning video of the object/feature(s) taken with Neon’s scene camera
:::tip
**Reference Image**](../../../media/shared/imgs/apriltags_tag36h11_24-47.jpg){kind=link}