Difference between revisions of "Main Page"

From StereoPi Wiki
Jump to navigation Jump to search
m
m (Our experiments)
 
(30 intermediate revisions by the same user not shown)
Line 1: Line 1:
== Crowdfunding Campaign ==
+
 
Our crowdfunding campaign on Crowd Supply:  
+
Our successfully crowdfunded campaign on Crowd Supply:
  
 
https://www.crowdsupply.com/virt2real/stereopi
 
https://www.crowdsupply.com/virt2real/stereopi
Line 17: Line 17:
 
  StereoPi [https://twitter.com/StereoPi Twitter]
 
  StereoPi [https://twitter.com/StereoPi Twitter]
 
<br>
 
<br>
&nbsp;&nbsp;StereoPi [https://medium.com/stereopi blog]
+
&nbsp;&nbsp;StereoPi [https://stereopi.com/blog blog]
 
<br>
 
<br>
 
&nbsp;&nbsp;Hackaday.io: [https://hackaday.io/project/162954-stereopi-diy-stereoscopic-camera-with-raspberry StereoPi project page].
 
&nbsp;&nbsp;Hackaday.io: [https://hackaday.io/project/162954-stereopi-diy-stereoscopic-camera-with-raspberry StereoPi project page].
Line 29: Line 29:
 
|- style="vertical-align:top;"
 
|- style="vertical-align:top;"
 
| style="width: 50%"| '''[[The Basics | The Basics]]'''
 
| style="width: 50%"| '''[[The Basics | The Basics]]'''
 +
* [[The Basics#HOT!!! The VERY first steps video tutorials | HOT!!! The VERY first steps video tutorials]]
 
* [[The Basics#How to insert RPi Compute Module | How to insert RPi Compute Module]]
 
* [[The Basics#How to insert RPi Compute Module | How to insert RPi Compute Module]]
 
* [[The Basics#How to prepare Raspbian image | How to prepare Raspbian image]]
 
* [[The Basics#How to prepare Raspbian image | How to prepare Raspbian image]]
 +
* [[The Basics#eMMC Compute Module (non-"Lite" editions)|eMMC Compute Module (non-"Lite" editions)]]
 
* [[The Basics#How to connect cameras | How to connect cameras]]
 
* [[The Basics#How to connect cameras | How to connect cameras]]
 
* [[The Basics#How to connect power|How to connect power]]
 
* [[The Basics#How to connect power|How to connect power]]
Line 47: Line 49:
 
* [[Advanced User Section#GPIO pinout notice|GPIO pinout notice]]
 
* [[Advanced User Section#GPIO pinout notice|GPIO pinout notice]]
 
* [[Advanced User Section#Google Coral Installation with Compute Modules|Google Coral Installation with Compute Modules]]
 
* [[Advanced User Section#Google Coral Installation with Compute Modules|Google Coral Installation with Compute Modules]]
 +
* [[Advanced User Section#Connecting two 18MP Arducam (UC-549, AR1820) to the StereoPi|Connecting two 18MP Arducam (UC-549, AR1820) to the StereoPi]]
 +
  
 
|- style="vertical-align:top;"
 
|- style="vertical-align:top;"
Line 53: Line 57:
 
''Ready-to-use image for experiments with 3D livestream. You may use it with a classic Raspberry Pi, disabling “stereo” mode and use only one camera.''
 
''Ready-to-use image for experiments with 3D livestream. You may use it with a classic Raspberry Pi, disabling “stereo” mode and use only one camera.''
 
* [[SLP (StereoPi Livestream Playground) Raspbian Image#SLP Raspbian Image Specific|SLP Raspbian Image Specific]]
 
* [[SLP (StereoPi Livestream Playground) Raspbian Image#SLP Raspbian Image Specific|SLP Raspbian Image Specific]]
 +
* [[SLP (StereoPi Livestream Playground) Raspbian Image#Quick Start video guide|Quick Start video guide]]
 
* [[SLP (StereoPi Livestream Playground) Raspbian Image#Partition structure|Partition structure]]
 
* [[SLP (StereoPi Livestream Playground) Raspbian Image#Partition structure|Partition structure]]
 
* [[SLP (StereoPi Livestream Playground) Raspbian Image#How to prepare MicroSD card with SLP|How to prepare MicroSD card with SLP]]
 
* [[SLP (StereoPi Livestream Playground) Raspbian Image#How to prepare MicroSD card with SLP|How to prepare MicroSD card with SLP]]
Line 78: Line 83:
 
* [[StereoPi Mechanics#Cases for 3D print|Cases for 3D print]]
 
* [[StereoPi Mechanics#Cases for 3D print|Cases for 3D print]]
 
* [[StereoPi Mechanics#Step file (3D model of the board)|Step file (3D model of the board)]]
 
* [[StereoPi Mechanics#Step file (3D model of the board)|Step file (3D model of the board)]]
 
+
* [[StereoPi Mechanics#DWG, STL and OBJ models of the StereoPi Regular board|DWG, STL and OBJ models of the StereoPi]]
 
<br>
 
<br>
  
Line 92: Line 97:
 
* [[StereoPi Specifications#Features & Specifications|Features & Specifications]]
 
* [[StereoPi Specifications#Features & Specifications|Features & Specifications]]
 
* [[StereoPi Specifications#StereoPi Pinout|StereoPi Pinout]]
 
* [[StereoPi Specifications#StereoPi Pinout|StereoPi Pinout]]
 +
* [[StereoPi Specifications#StereoPi GPIO pinout|StereoPi GPIO pinout]]
 +
* [[StereoPi Specifications#USB pins, power pins|USB pins, power pins]]
 +
 +
 
| style="width: 50%"| '''Computer Vision'''
 
| style="width: 50%"| '''Computer Vision'''
* [https://medium.com/stereopi/opencv-and-depth-map-on-stereopi-tutorial-62cb6792bbed Python and OpenCV first steps]
+
* [https://stereopi.com/blog/opencv-comparing-speed-c-and-python-code-raspberry-pi-stereo-vision OpenCV: comparing the speed of C++ and Python code]
* [https://medium.com/stereopi/ros-a-simple-depth-map-using-raspberry-pi-5c81c0dd7ece ROS first steps]
+
* [https://stereopi.com/blog/opencv-and-depth-map-stereopi-tutorial Python and OpenCV first steps]
 +
* [https://stereopi.com/blog/ros-simple-depth-map-using-raspberry-pi ROS first steps]
 
<br>
 
<br>
  
 
|- style="vertical-align:top;"
 
|- style="vertical-align:top;"
| style="width: 50%"| '''Our experiments'''
+
| style="width: 50%"|  
* [https://medium.com/stereopi/you-from-3rd-person-view-stereopi-oculus-go-f0b84bb8ab70 You from 3rd person view: StereoPi + Oculus Go]. <br>Forum discussion of Oculus Go experiment [http://forum.stereopi.com/viewtopic.php?f=10&t=20 is here].
+
 
* [https://medium.com/stereopi/ros-a-simple-depth-map-using-raspberry-pi-5c81c0dd7ece ROS: a simple depth map using Raspberry Pi]
+
====Our experiments====
* [https://medium.com/stereopi/stitching-360-panorama-with-raspberry-pi-cm3-stereopi-and-two-fisheye-cameras-step-by-step-guide-aeca3ff35871 Stitching 360 panorama with Raspberry Pi CM3, StereoPi and two fisheye cameras. Step-by-step guide.]
+
 
* [https://medium.com/stereopi/opencv-and-depth-map-on-stereopi-tutorial-62cb6792bbed OpenCV and Depth Map on StereoPi tutorial]
+
* [https://stereopi.com/blog/opencv-comparing-speed-c-and-python-code-raspberry-pi-stereo-vision OpenCV: comparing the speed of C++ and Python code]
| style="width: 50%"| ''' '''
+
* [https://stereopi.com/blog/you-3rd-person-view-stereopi-oculus-go You from 3rd person view: StereoPi + Oculus Go]. <br>Forum discussion of Oculus Go experiment [http://forum.stereopi.com/viewtopic.php?f=10&t=20 is here].
+
* [https://stereopi.com/blog/ros-simple-depth-map-using-raspberry-pi ROS: a simple depth map using Raspberry Pi]
<br>
+
* [https://stereopi.com/blog/stitching-360-panorama-raspberry-pi-cm3-stereopi-and-two-fisheye-cameras-step-step-guide Stitching 360 panorama with Raspberry Pi CM3, StereoPi and two fisheye cameras. Step-by-step guide.]
 +
* [https://stereopi.com/blog/opencv-and-depth-map-stereopi-tutorial OpenCV and Depth Map on StereoPi tutorial]
 +
* [https://stereopi.com/blog/robot-stereopi-part-1-fisheye-cameras A robot on StereoPi, part 1: fisheye cameras]
 +
* [https://stereopi.com/blog/hacking-skybox-oculus-go-stereopi-live-streaming Hacking Skybox on Oculus Go]
 +
* [https://stereopi.com/blog/art-stereoscopic-photo The Art Of Stereoscopic Photo]
 +
* [https://stereopi.com/blog/art-stereoscopic-photo-part-2 The Art Of Stereoscopic Photo, Part 2]
 +
* [https://stereopi.com/blog/opencv-comparing-speed-c-and-python-code-raspberry-pi-stereo-vision The Art Of Stereoscopic Photo - macro 3D, Part 3]
 +
* [https://stereopi.com/blog/stereopi-used-usb-device StereoPi as a USB device (USB gadget mode, network over USB)]
 +
 
 +
| style="width: 50%"|
 +
 
 +
====Downloads section====
 +
 
 +
'''Raspbian S.L.P. Image'''
 +
* [https://drive.google.com/open?id=1QM_hgQDdlhmJfyVccWxxVbQWqXFcuJeL S.L.P. Raspbian image, Google Drive]
 +
* [https://yadi.sk/d/hMEW80igrxaaSw S.L.P. Raspbian image, Yandex Disk]
 +
 
 +
'''Raspbian Stretch OpenCV Image'''
 +
* [https://drive.google.com/open?id=1sM37cT6dTlZHhSRIz4Z9oEJk_xbR7pLL Raspbian Stretch OpenCV image, Google Drive]
 +
* [https://yadi.sk/d/KWYOwR3IIgTzAA Raspbian Stretch OpenCV image, Yandex Disk]
 +
 
 +
'''Raspbian Buster OpenCV Image (Python code)'''
 +
* [https://drive.google.com/file/d/1eIt-qJDd_aeyK72cqOgRzUGfm5TZmfMD/view?usp=sharing Raspbian Buster OpenCV image, Google Drive]
 +
* [https://yadi.sk/d/gCYA_Yy06fpJxA Raspbian Buster OpenCV image, Yandex Disk]
 +
 
 +
'''Raspbian Buster OpenCV Image (Python and C++ code, the latest release)'''
 +
* [https://drive.google.com/file/d/1xlkvZMl9gJGm4Gy1oVlGknHywDnvy5gS/view?usp=sharing Raspbian Buster OpenCV image, Google Drive]
 +
 
 +
'''dt-blob.bin and dt-blob.dts files'''
 +
* [http://wiki.stereopi.com/files/dt-blob.bin.zip dt-blob.bin]
 +
* [http://wiki.stereopi.com/files/dt-blob.dts.zip dt-blob.dts]
 +
 
 
|}
 
|}
 +
 +
== Where to buy ==
 +
* '''New''' reseller in Canada: [https://www.buyapi.ca/stereopi/ BuyaPi.ca]
 +
* USA: [https://www.pishop.us/stereopi/ PiShop.us]
 +
* USA/Worldwide: [https://www.crowdsupply.com/virt2real/stereopi Crowd Supply]
 +
* Worldwide: [https://www.mouser.com/Search/Refine?Keyword=stereopi Mouser Electronics]
 +
* Russia [https://chipster.ru/catalog/microcomputers/raspberry/stereopi/ Chipster.ru] [https://onpad.ru/catalog/cubie/raspberrypi/boards/2808.html Onpad.ru]

Latest revision as of 12:48, 24 March 2020

Our successfully crowdfunded campaign on Crowd Supply:

https://www.crowdsupply.com/virt2real/stereopi

StereoPi Wiki Main Page

Information sources

  Project page: StereoPi.com
  Crowdfunding (buy) page: CrowdSupply
  Project forum: forum.stereopi.com
  StereoPi Twitter
  StereoPi blog
  Hackaday.io: StereoPi project page.

How To Burn Out Equipment (top mistakes chart)


The Basics


Advanced User Section


Stereopi Livestream Playground (S.L.P.) image

Ready-to-use image for experiments with 3D livestream. You may use it with a classic Raspberry Pi, disabling “stereo” mode and use only one camera.


Features You Should Know

Some useful tips from different scopes.

  • Rotate, flip and swap stereoscopic picture
  • Camera mechanics may break your plan (features)
  • Power cable is for current load, not for weight load


StereoPi Mechanics


* DIY Ninjas Section


StereoPi Specifications


Computer Vision


Our experiments

Downloads section

Raspbian S.L.P. Image

Raspbian Stretch OpenCV Image

Raspbian Buster OpenCV Image (Python code)

Raspbian Buster OpenCV Image (Python and C++ code, the latest release)

dt-blob.bin and dt-blob.dts files

Where to buy