MBJ HDF-07-RD-s (Illumination Panel)

General Description

The MBJ HDF-07-RD-s Illumination Panel is an industrial lighting solution used for high-precision optical inspections. As the surface of the hood is made of glass, a uniform and diffuse source if light is required. The illumination panel provides consistent and uniform illumination, enabling better image processing and defect detection. This is used in conjunction with a2A5320-23ucBAS to optimize the accuracy of defect detection.

Contact

The following table includes contact information of the main developers in charge of the component:

Name email Organisation
Yaşar Kurt kurt@teknopar.com.tr logo image
Ezgi Şanli sanli@teknopar.com.tr logo image
Amr Okasha okasha@teknopar.com.tr logo image

License

nan

Technical Foundations

✔️ Describe the technical foundations of your component. Describe in detail the models, algorithms, or methods you use. If the documentation is available in a different source, for instance, an open access paper, provide here a high-level overview and links to external references.

Code blocks

You can enter block codes in Markdown cells surrounding the text you want to display as code using triple quotes (````) and adding the language name. For instance, the following code block will display some python code styled using Python language syntax:

# This is a comment
print("Hello, world!")

Tables

You can add a table like this in your document:

| This | is   |
|------|------|
|   a  | table|

will display the following table:

This is
a table

The table cells are delimited by the (|) character. The first row and first column are used to determine the width of the table, so it is important to insert spaces if you want to control the table width and text alignment across the table. Also, note that the first row is used as headers, and that there is a separator between the header and the table body.

Note that the text in the table is automatically aligned to the left. You can control the alignment of the text using colons (:) after the column delimiter. For instance, the code:

```markdown
|           Right aligned           |centered aligned          |
|----------------------------------:|:------------------------:|
| This is a right aligned column    | and this one is centered |
```

see:

Right aligned centered aligned
This is a right aligned column and this one is centered

Lists

You can build itemized lists using the - character, and nested sublists using the tabulator or insert some spaces before the - character. For instance, the code:

- Item list number one
    - Sublist number one
        - This is a sublist item
    - Sublist number two
        - This is a sublist item
        - And this is another
- Item list number two
    - This is another sublist item
    - Here, just one more sublist:
        - One item
        - And one more!

Creates the following list:

You can also create numbered nested lists just using numbers before a '.' character. For instance:

1. Here we go
    1. Sublist item 1
    2. Sublist item 2
2. Here we go again
    1. Sublist item 1
    2. Sublist item 2

Will create this sublist: 1. Here we go 1. Sublist item 1 2. Sublist item 2 2. Here we go again 1. Sublist item 1 2. Sublist item 2

LaTeX equations

You can include mathematical expressions using LaTex notation wrapped using the dollar symbol as a delimiter. You can insert equations inline (in the same line) as text like:

This is an inline equation $e^{i\pi} + 1 = 0$
````

This is an inline equation $e^{i\pi} + 1 = 0$

You can also use the dollar symbol to include equations standalone in a new line. For instance, the code:

```markdown
$$e^x=\sum_{i=0}^\infty \frac{1}{i!}x^i$$

Will introduce an equation in a new line, like this:

$$e^x=\sum_{i=0}^\infty \frac{1}{i!}x^i$$

Latex cheat sheet

You can find a comprehensive cheat sheet for LaTeX equations here. You can also use Overleaf to find tutorials and edit equations online. However, we hope this table contains the most common LaTeX commands and symbols.

Symbol LaTex Command Description Example
$x^y$ ^{x} Exponent. The expression in the exponent is passed between curly brackets ({}) $x^{y+1}$
$x_i$ _{i} Subscript. The expression in the subscript is passed between curly brackets $x_{i+1}$
$\sum$ \sum Summation. You can add subscripts and exponents to determine the range of the summation $\sum_{i=0}^{10}{i!}$
$\frac{x}{y}$ \frac Fraction. Pass first the numerator and then the denominator using curly brackets $\frac{1}{2}$
$\int$ \int Integration. Pass the expression to integrate and the variable to integrate over $\int x^2 dx$
$\sqrt{x}$ \sqrt Square root. Pass the expression to square root using curly brackets $\sqrt{x^2}$
$\geq$ \geq Greater than or equal to. $\geq x^2 dx$
$\leq$ \leq Less than or equal to. $\leq x^2 dx$
$\neq$ \neq Not equal to. $\neq x^2 dx$
$\alpha$ \alpha Any greek symbol, using its english name (e.g. alpha). $\alpha$
$\beta$ \beta Beta is another popular greek symbol. $\beta$
$\gamma$ \gamma Gamma is another great greek symbol. $\gamma$
$\omega$ \omega But Omega as in Omega level mutant is my favourite. $\omega$

Matrices and vectors in LaTeX

You can just use brackets to insert vectors in LaTex, which is quite convenient. For instance, the code:

x = [1, 2, 3]

Defines a row vector x with the values 1, 2, 3.

Writing a matrix in LaTex is a bit more complicated. You can use the following syntax:

\begin{bmatrix}
  1 & 2 & 3 \\
  4 & 5 & 6 \\
  7 & 8 & 9
\end{bmatrix}

To write a matrix like:

\begin{bmatrix} 1 & 2 & 3 \ 4 & 5 & 6 \ 7 & 8 & 9 \end{bmatrix}

Note that we write the matrix row-by-row, using two backslashes to separate rows, and the & symbol to separate cells in a row.

Integrated and Open Source Components

This component does not include any pre-existing or open-source components.

How to install

✔️ Every AI-PRISM component is installed using the Cluster management service. During the installation process, the user needs to configure a set of high-level parameters. Provide here a description of the parameters that the user needs to fill in.

How to use

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