Espa ñ ol Fruit Phenotype Analyzer

Espa ñ ol Fruit Phenotype Analyzer

Instrument usage

Fruit phenotype analysis is based on image recognition, 3D Gaussian Splatting and other technologies to achieve model imaging and analysis. This product uses the latest AI imaging analysis technology to scan fruits such as apples, oranges, pears, and watermelons from multiple perspectives. By generating 3D point cloud maps and dynamically drawing fruit surface textures, a three-dimensional fruit model is constructed. At the same time, during the model imaging process, the shape, texture, color and other features of the fruit will also be analyzed.

Measurement parameters:

Morphological parameters: weight, volume, density, surface area, specific surface area, length, width, height, aspect ratio, fruit shape index, spherical index, shape coefficient;

Color parameters: R, G, B, L, a, b, H, S, V, gray, direct color;

Texture parameters: Contrast, Correlation, Entropy, ASM, Homogeneity, Dissimilarity, Variance, Sum Variance, Sum Average, Difference Variance, SSIM (Structural Similarity Index)

Measurement range:

Fruit diameter: 30-300mm;

Fruit weight: 40-4000g;

Instrument function:

1. Applicable for index analysis of fruits such as lychee, peach, apple, grapefruit, cantaloupe, watermelon, etc;

2. Model operation: The 3D model can be scaled, rotated 360 °, and moved using the mouse;

3. Upload to the cloud: After binding the device number, the analyzed data can be saved to the cloud and the cloud data can be viewed at any time;

4. View: The software supports real-time switching between primary and secondary cameras, which can be adjusted by controlling the camera and seat through the software;

5. Focusing: The software supports both automatic focusing and manual focusing, which can be modified in the software settings interface;

6. Data: The measurement record interface can realize the summary of analysis results. Double clicking on the analysis record can display the details of the results, and any analysis result can also be deleted;

7. 3D imaging: Under the premise of video segmentation of 4 frames and 4060Ti graphics card, it takes 30-40 minutes, with less time for fewer frames and more time for more frames (note: the final imaging speed is positively correlated with computer performance, with higher computer performance resulting in faster imaging speed);

8. Export: Each analysis result can be exported, and all analysis results can be exported. Users can manually export 3D model display videos;

9. Modification: The analysis result export path, model storage path, and video save path can be modified in the software settings interface;

10. Language: Supports one click switching between Chinese and English on the software interface;

11. The software provides a subroutine associated with the maximum resolution of the computer being tested;

12. Weighing: Automatically weigh and synchronize the results to the software interface, without the need for an external weighing device;

13. Instrument size (mm) and weight: 1006 (W) * 506 (D) * 718 (H), 62kg

14. Laptop configuration: Windows operating system, i7-14700HX, NVIDIA RTX 4070 (8GB of VRAM), 16GB of RAM, 1TB of hard disk storage