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Here we will track the specific configuration and status of each unique BenchBot by location.

Lref gdrive file
urlhttps://drive.google.com/drive/folders/12edguqPMUOn2kdDns3_MAyCKJnYT9Hev?usp=drive_link

Image Collection

High overlap mode for generating orthomosaics.

  • Camera needs to be positioned 1.8 m above the pots during collection

  • For testing, and aiming for 50% side and font overlap, images should be spaced accordingly:

    • x-axis distance: 50-55 cm

    • y-axis distance: 43-45 cm

Values given below are not the actual pot/row spacing on the ground, but instead represent what should be entered into the bbotv3 GUI to achieve sufficient image overlap.

Semi-Field Potting Area Dimensions

Semi-Field Physical Pot Layout

BB App Programmed Settings

Notes

Site

Width

length

Num Pots Per Row

Number of Rows

On Center pot spacing

Programmed Number of Rows

Pots Per Row

Pot Spacing

Row spacing

MD (BARC)

6.1m

39.0m

77

12

50 cm

43 cm

BARC Test 1 7/8/24

6.1m

39.0m

40 cm

25 cm

Amiga not removed from FOV. Successful reconstruction (MD_2024-07-08)

BARC Test 2 7/9/24

6.1m

39m

102

11

50

38

Amiga removed from FOV. Failed reconstruction (only 40 unaligned images)

BARC Test 3 7/11/24

6.1m

39m

12

45

30

Amiga removed from FOV.

NCSU

7.0m

33.5m

79

8

53 cm

38 cm

NCSU Test 1 7/9/24

7.0m

33.5m

40

19

39

25

Start with 3cm offset from home on X axis. Failed reconstruction, however significant improvement. Amiga not removed from FOV

NCSU Test 2 7/11/24

40

17

39

25

Start with 54cm offset

Amiga should not appear in pics

NCSU 7/15/24 to Present

Variable

15

45 cm

30 cm

Start with 73cm offset

Amiga should not appear in pics (but will if the camera is tilted).

TX

Expand
titleDetermining Pots per Row

To calculate the number of pots per row in your setup, use the following formula:

Pots per Row = Travel Available for Image Collection ÷ Pot Spacing

However, this calculation often does not result in an even number. To optimize the arrangement, follow these steps:

  1. Initial Calculation:

    • Calculate the initial number of pots per row by dividing the travel available for image collection by the pot spacing.

  2. Adjust for an Even Number:

    • If the initial calculation does not yield an even number, adjust the offset distance incrementally by reducing it by 1 centimeter at a time.

    • Recalculate the number of pots per row after each adjustment.

    • Continue this process until you achieve an even number of pots per row that uses the available distance efficiently.

  3. Check the Distance:

    • Make sure the final number of pots per row does not exceed the available distance or fall short significantly.


NCSU (Method Rd.)

The NCSU BenchBot is currently operating on a newly constructed pad located outside of the Plant Sciences Building. The general pad, watering system, and plants are managed byEsleyther Henriquez Inoaand his team. The BenchBot itself and day to day operation is overseen by Mark Funderburk and his team.

Connectivity Method

Internet connectivity is provided by a dedicated point to point link using Ubiquity radios provided by Jevon Smith (PSI / PSB IT). The BenchBot is behind its own NAT provided by a building router. One end of the link is on top of the PSB roof and is maintained by Jevon. The other side is mounted to the BB and is integrated / maintained by us. The unit on the BB is powered by a dedicated 24V passive POE injector in the Carriage Electronics Enclosure (CEE).

There is also a small Ubiquity AP, also managed by Jevon, mounted to the BB to provide local network access and service internet to operators since the building WiFi has poor signal here.

The Amiga Brain has some site specific tweaks to make the networking work in this environment.

The Service network name is “BenchBot”, and the password can be provided by Mark Funderburk or Priya Jakhar on an as needed basis.

Watering System

10 Sprinkler heads in 2 groups supplied form the buildings landscaping water supply. Automatic Rainbird timer triggers each section 3x per day for 30 min each time.

https://docs.google.com/spreadsheets/d/1hHF8rfs_FmxJ3NN68AEIFvJoWfUUDHr8HZfFNhLZf3E/edit?usp=sharing

BBv3 - NCSU Config (partsbox.com)

NCSU BenchBot Specifications

Value

Gantry width (wheel center to center)

7.77m (25.5')

Gantry Height (Min clearance under gantry)

2.0m (7.0')

X-Axis Limit Switch to Limit Switch Travel

7.46m (24.5')

Sony Camera Image Collection Settings

(Adjustments necessary to prevent Amiga frame from being in the images)

Offset From Negative (Home) Limit Switch

56 cm

Offset From Positive Limit Switch

43 cm

Travel Available for Image Collection

6.57 m

20240701_120653.jpg

Physical Configuration (approximate measurements)

BARC

BARC BenchBot Specifications

Value

Gantry width (wheel center to center)

6.33 (20.8'')

Gantry Height (Min clearance under gantry)

2.0m (7.0')

X-Axis Limit Switch to Limit Switch Travel

5.56m

Sony Camera Image Collection Settings

(Adjustments necessary to prevent Amiga frame from being in the images)

Offset From Negative (Home) Limit Switch

19 cm

Offset From Positive Limit Switch

41 cm

Travel Available for Image Collection

4.96 m

https://drive.google.com/file/d/1KiT54UeeKDKgvi4IdNZzvcnvpGuQB7Ys/view?usp=drive_link

img_6632.jpgImage Added

MD 2024 Weeds list

BBv3 - BARC Config (partsbox.com)

Specification

Value

Notes

Gantry width (wheel center to center)

20.8 ft

Gantry Height (Min clearance under gantry)

82”

The BARC site expects to add a second, identical, BenchBotv3 to their new 50ft wide pad later in 2024. This diagram reflects the clearances possible with that setup.

Physical Configuration (approximate measurements)

BARC BB V3 Config.drawio (1).png

Texas

https://docs.google.com/spreadsheets/d/1-aCRfjkK83yY6R9pnCn2wCGlo5JU2bBDv4jpgL5DbW0/edit?usp=sharing

BBv3 - TAMU Config (partsbox.com)

Specification

Value

Notes

Gantry width (wheel center to center)

30.4 ft

Gantry Height (Min clearance under gantry)

82”

Physical Configuration (approximate measurements)