Harvest Quality Vision Browser Scan View

  Scan List to Scan View

1. To access your HQV results on the web, login to your Croptracker account.

2. From the dashboard, click on the Harvest drop down menu and select ‘Harvest Quality Vision Scans’.

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3. On the scan results screen, the results are automatically filtered to the current day. Using the Harvest Date filter, you can adjust the dates to a larger range to view more results. You can also use the Block filter to look for scans against a particlar growing area - or find scans with a specific status using the Status filter.

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Harvest Quality Vision Scans table columns:

• Scan ID: This is a unique code generate by Croptracker to identify this scan.

• Farm/Block/Row: The growing area the scan is linked to.

• Crop: The crop type of the growing area selected.

• Variety: The variety of the growing area selected.

• Lot Code: The Harvest Quality Vision event Lot Code - this can only be added and edited on the app. It is often used as a place to put a recieving ticket number or other inventory grouping identifications.

• Inventory: This is a Croptracker generated code that will change depending the event the scan was taken in, the growing location and whether a lot code was entered. Inventory created in Harvest, Shipping or Receiving events can be moved through the Croptracker system for traceability.

• Event Ref. #: This is Croptracker generated code for the event that scan was taken in. Harvest Quality Vision scans can be taken in Harvest events, Shipping events, Receiving events, Storage events or stand-alone Harvest Quality Vision events.

• Categories: Any event categories will be displayed here.

• Harvest Date: The date of the inventory associated with the scan was generated.

• Results: The nuymber of detected peices of fruit in the scan.

• Avg. Hue Degree: The circular mean average hue of the bin. Each detected piece of fruit has its own circular mean hue calculated and the circular mean of all of these is the bin average. The color displayed is the Avg. Hue.

• Avg. Size (mm): The average size of the fruit in the bin. Each detected piece of fruit’s mm size is averaged together.

• Status: The processing status - scans uploaded take some time to process through Croptracker’s servers. This column indicates whether the results or scan are ready to be viewed.

• Scanner: The user who was logged in when taking the san.

• Cloud Processing Time: The time it took the scan to process and return results after it was uploaded. This does not included the time it took for the scan to be uploaded fom the device, which will vary depending on the users internet connection the number of scans uploaded at once.

• Actions: This column allows you to view the scan or you can delete the scan, reprocess the scan, or refresh the results using the drop down arrow. Caution, scans cannot be undeleted by users. Refreshing the row will update the line in table and can be useful if you are waiting to check on a scan being processed but don’t want to refresh the whole page. Reprocessing should only need to done if the crop-type assigned to the scan has been changed. For example, if a scan of apples was accidenly attributed to a pear growing area, the scan will need to be reprocessed to get more accurate sizing.

4. To view the results for a single scan, click on the preview image or the blue ‘View’ button in the Actions column on the right.

Single Scan View

1. The scan results screen is broken up into several sections.

The first section, ‘Details’, provides context for the scan, including what variety is being scanned, when the scan was taken, who took the scan, etc.

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2. The second section contains the scan reconstruction. This shows a 3D model of what was scanned.

Navigate around the model using the buttons at the top. Hold shift while using the scroll button to zoom in and out. The table on the right hand side lists the size (in mm) of each piece of fruit detected along with the number of data points the system used to generate that size.

The table the side of the scan reconstruction displays the diameter size of each piece of fruit detected, the number of data points used to generate this information and the circular mean average hue* of each peice of fruit.

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3. The ‘Size Distribution’ section displays the size distribution of detected fruit as a bar graph. This graph can be organized by metric, imperial, or custom size class measures through the dropdown in the top left corner.

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4. The ‘Color Distribution’ section displays the color distribution of detected fruit as a bar graph. This indicates which colors are most prevalent in the scan.

Each bar in the graph represents 5 degrees of Hue. The y-axis shows how many data point pixels from the scan fell within each hue range.

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5. The ‘Harvest Class Colors’ section displays the percentage match of this scan to any color classes set up in the system. Color classes can be filtered using column ordering or by using the search filter at the top of the table.

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6. The last section will display any inspections added to this scan. You can click view from here to view the full inspection results as needed.

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  PDF Instructions

1. Navigate to the top of the Harvest Quality Vision Scans page.

2. Select the ‘Download PDF’ button.

3. After you’ve clicked the button, a new tab will open in your browser with the PDF formatted report.

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Details Section:

• Date: Date of scan

• Farm Block/Row: The Farm Block and Row of the scan

• Crop: The crop where the scan was taken

• Variety: The variety of the fruit

• Lot Code: The lot code of the scan

• Amount: The amount of units

• Event Link: The event link

• Inventory Notes: The notes on the inventory

• Location: The location of the scan

• Comments: The comments on the event

• Notes: The notes on the event

• Category: The category of the scan

• HQV Capture ID: The capture ID of the scan

• Event Reference: The reference number of the event

• Process Time: The process time of the scan

• Scan Profile: The profile of the scan

• Results: The number of results from the scan

• Average Size: The average size of the fruits in the scan

• Std. Deviation: The standard deviation between sizes

• Tracking Code: The tracking code of the scan

• Scanner: The person who scanned

Size Distribution Section:

• Size distribution: Shows the size distribution of detected fruit as a bar graph. It compares the harvest class size range (mm) by the percentage of fruit that fell into that size range.

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Color Distribution Section:

• Color Distribution: Shows the color distribution of detected fruit as a bar graph. It compares the hue value to the number of data point pixels that fell into that color range.

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