The microscopic image processing software independently designed and developed by Shanghai Caikang Optical Instrument Co., Ltd. covers many application fields of image quantitative analysis, including materials, metallurgy, medicine, biology, chemical engineering, tribology and other fields that require the use of image methods for statistical and morphological automatic analysis and measurement.
All kinds of detection and analysis related to image morphology can be completed using our company's microscopic image analysis software. Covered upMorphological analysis of organizational cells、Microstructure and Grain Size Analysis of Metals、Analysis of pollutant content in oilseeds、Morphological analysis of agricultural seeds、Measurement of geometric dimensions of various small abnormal parts、Morphological analysis of various reactant particles in the chemical industryWait.
The use of our image analysis software can provide more scientific basis for enterprise quality control, improve management level and external image, and is an effective tool for enterprises engaged in the development of new technological products and product quality monitoring. The microscopic image analysis system can also serve as an effective tool for theoretical teaching, experimental analysis, and basic scientific research.

One

Main features of MiVnt

1. Provide a variety of powerful area selection tools that can process and analyze areas of any shape;

2. It can complete tasks including chromaticity adjustment, image deformation, mathematical morphology processing, image enhancement, image matching, texture analysis, and feature recognition

Don't wait for over a hundred professional image processing and analysis functions;

3. Supports 24 bit true color image acquisition, processing and analysis of color models such as RGB, CMY, HSV, Lab, YUV, etc;

4. Visualize the analysis data to establish a direct mapping relationship between the analysis results and the images, making it easier to observe and analyze;

5. Advanced particle automatic recognition and adhesive particle automatic segmentation functions ensure accurate analysis of complex images;

6. Automatic analysis and processing step editing function, capable of setting up a fully automated analysis process;

7. Geometric parameter measurement function, automatic quantitative analysis function for various characteristic bodies such as slender bodies, block bodies, granular bodies, linear bodies, etc

There are over ten thousand parameters.

8. The analysis results can be stored in a database for statistical analysis, creating charts, printing reports, and outputting high-quality images.

II
MiVnt's main processing and analysis functions

1. Geometric dimension inspection
Measurement of geometric parameters such as length, angle, area, perimeter, etc. of points, lines, curves, circles, ellipses, rectangles, and arbitrary shapes. Measurement units can be selected from micrometers, millimeters, centimeters, decimeters, and inches;

2. Image deformation and geometric correction
Horizontal mirroring, vertical mirroring, translation, tilt, scaling, rotation, perspective, roaming, arbitrary, mesh deformation, etc;

3. Region selection tool
Wands, lassos, ellipses, rectangles, circular tools, square tools;

4. Regional processing

Reverse selection of regions, expansion and contraction of regions, smooth boundaries, translation, scaling, rotation, and arbitrary deformation;
5. Image processing

(1) Color tone processing
Negative image, gray value conversion, color tone adjustment, color balance, brightness contrast adjustment;

(2) Image enhancement
Uniform lighting field, histogram stretching, histogram equalization, gray value function transformation, etc;

(3) Edge detection
Roberts、Laplace、Kirch、Prewitt、 Horizontal, vertical, left 45, right 45 edge detection, etc;

(4) Image smoothing
Mean, median, low-pass filtering, etc;

(5) Grey value morphology
Corrosion, expansion, opening and closing, opening and closing, peaks and valleys, morphological gradients, mixed filtering, etc;

(6) Image constant operation
RGB channels perform operations such as addition, subtraction, multiplication, division, multiplication, exponentiation, etc;

(7) Inter image computation
RGB channels perform operations such as addition, subtraction, multiplication, division, AND, OR, NOT, AND, OR, Min, distance, feature AND, etc;

(8) Other filters
Custom filters, mosaics, black spot removal, black area enhancement, etc;

6. Analyze target processing
Expanding the analysis target, reducing the analysis target, smoothing the boundary, deleting the analysis target, filling holes, extracting inner and outer contours, morphological gradients, skeletonization, skeleton purification, branch pruning, breakpoint repair, etc;
7. Analysis parameters (including eleven categories)
(1) Geometric parameters
(2) Position parameters
(3) Equivalent geometric parameters
(4) External geometric parameters
(5) Optical density parameter
(6) Morphological parameters
(7) Moment parameter
(9) Texture parameters
(10) Hole parameters

(11) Other parameters
Among them, there are over 100 individual parameters, over 100 statistical parameters, and analysis parameters. The total number exceeds 10000.

9. Visualize analysis parameters
The analysis results are directly mapped and displayed with the image. Extract and display specific targets and their long axis, centroid, bounding rectangle, convex hull, numbering, etc. Analyze the stacked display of different transparency colors for the target;

10 Other functions

The system also provides more than ten interactive processing tools such as straws, brushes, fillers, lines, moves, and cuts;
III
Introduction to MiVnt Usage
Welcome to MiVNT image analysis software. MiVNT uses advanced image analysis algorithms to process, analyze, and detect various microscopic images. MiVNT can be divided into the following functional parts:
1. Image processing section
2. Region selection and processing section
3. Target selection and processing analysis
4. Objective analysis section

5. Image input and output section