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# Creating a vignette with a black-and-white border

Vignetting is a traditional technique to blur the edges of a picture, as shown in Figure 13-5. With black-and-white images, this technique is most effective.

Photoshop doesn’t give you much choice about how you wish to soften the vignette’s edges, so you need to think about your image and what effect you want to create. Maybe you want to blur the edges to a point where no detail is apparent. Or maybe you want to create a softer blur that keeps more of the image’s detail.

The greatest benefit of this technique is that it’s easy to do.

Here’s how to do this:

1. **Open the image you want to work with in Photoshop and click the Vignette adjustment icon (refer to** **Figure** **13-4** **)** **.**

The Lens Correction dialog box appears.

2. **Click the Add vignette button (refer to** **Figure** **13-4** **).**

A black border appears on the edges of the picture.

3. **Adjust the sliders, if desired.**

Usually, you don’t want to do much with this vignette — just softening the edges so that all the detail is visible.

You can also use Photoshop’s black-and-white Adjustment (refer to Figure 13-4) and Levels Adjustment (refer to Figure 13-4) tools to give your images a vignette effect, but the technique shown here in Figure 13-5 is more effective.

If you want to soften the vignette for images with a background that’s not black, use the Black & White Adjustment filter in Filter>Blacks and Whites.

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There are a number of different Photoshop alternatives for design and editing, but Photoshop is still the most important. Let’s see which other alternatives are worth using.

Photoshop Alternatives

1) Gimp – The flagship application from the GIMP project.

In terms of its popularity and features it is definitely the most successful image editing application. It is widely used by both professionals and amateurs and is commonly used for editing photos, illustrations and vector graphics.

Interface:

Linux, macOS, Windows.

System requirements:

Mac OS X 10.3 or later; Windows XP or Windows 7 or later.

GIMP is free and open source. The application itself costs US$50, but we list some of the free online resources here to make it easier for you to get started.

Website: gimp.org

Code: GitHub

2) Krita – Stable and developer-led image editing software.

Krita is both stable and developer-led. The developer-led part of the application is provided by the developers of the software themselves.

Krita is a robust, free and open-source package for all types of design and editing work. It has a simple, yet powerful interface, and can be used for designing and editing many different types of graphics.

Interface:

Windows, Linux, macOS.

System requirements:

Windows (XP, Vista, 7, 8.1 or later), Linux and macOS (10.0 or later).

Download: Krita

Code: GitHub

Website: www.krita.org

3) Inkscape – An open-source vector graphics editor.

Inkscape was the first truly open-source vector graphics editor. It is available for Windows, Linux and macOS. One of the features that stands out among all open-source image editing applications is its ability to edit multipage documents.

Interface:

Windows, Linux, macOS.

System requirements:

Windows (XP, Vista, 7, 8.1 or later), Linux and macOS (10.0 or later).

Download: Inkscape

Code: GitHub

Website: www.inkscape.org

4) Affinity Photo – A professional-grade non-destructive RAW editor.

Affinity Photo is a lightweight but powerful
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Abstract : As the number of mobile terminals has increased exponentially, BTS have been deployed at an unprecedented rate, resulting in frequent spectrum shortage situations. Thus, a significant amount of works has been addressed to that end. The frequency bands and the location of this work are diverse. This paper studies and evaluate the literature of frequency assignment in terms of these two factors. In so doing, we collect the data on the frequency bands and their location from the papers included in our study. Our study reveals that most of the works have been conducted in the ISM bands. As for the location, most of the works have been conducted in urban areas. However, as this is still a nascent field, further work is required to evaluate and model the impacts of the above two factors on frequency assignment.Are t* note analogies a useful technique?
The use of analogies between human body system and biological system is a very old but still used technique in medical practice. They have recently become popular in psychology and linguistics. Nevertheless it is still not clear whether using analogies of different kinds and forms in psychotherapy or educational activities will be helpful in teaching patients new behaviours or skills. In this article, the authors try to analyze the contents of two articles of the British Psychological Society (BPS) on the effectiveness of analogies in mind and behavior research and education. They argue that analogies are helpful in researching phenomena such as learning, remembering, studying, problem-solving, or acquiring new skills as well as in many other settings of humans’ physical and mental lives. It is further argued that these analogies cannot be exhaustively described, which is why they cannot be used as the basis of an argument.Q:

Pivoting data in R — what am I doing wrong?

I’m trying to do a pivoting on the data but I have read online and tried to execute what is given below, however it is not working.
meltingTemp

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Voltage drop across a multiplexed power supply (controlled via multiplexer)

In a circuit design I am working on I have to place a number of power supplies on a PCB. I have successfully implemented the power supply as a single multiplexed supply, however I am unsure how to calculate the voltage drop across this multiplexed supply. I have attached a simplified circuit diagram of what I have and the current requirements of each supply. I’m not including the supply part of the design because I only need to know the total voltage drop across the supply.

simulate this circuit – Schematic created using CircuitLab
My understanding is that \$V_{drop}\$ is the same across all supplies, however I am unsure as to how I would calculate this value. I have calculated the current requirements for each supply, and each supply has approximately 2A peak current. The supply also has a common mode range of 100V-240V, and can handle a maximum load of 100mA.
Can someone show me the voltage drop across each supply for a given \$V_{supply}\$?

Your interpretation of the role of the resistors is not correct. The resistors are there to limit the current through the BJT transistor.
The two yellow resistors on each PCB form a resistor ladder. Each PCB has a resistor ladder with a different resistance. The spacing between the resistors is chosen so that the top PCB has a resistance of about 600-1000\$\Omega\$. You can calculate that based on the R1 value and the number of resistors on the top board. R1 is of the order of 50 ohm. So it is a ladder resistor with 600-1000\$\Omega\$ spacing.
Each PCB will have a different current required for the 6 transistors. If we assume that each PCB will be operated from 3.3V then the maximum current through the resistor ladder will be:
$$I_{TOTAL} = 3.3V \times 50\;\Omega \times 6 = 212\;\mathrm{mA}$$
At the same time the transistor will have a transistor specific saturation current of about $$150\;\mathrm{mA}$$
This gives you a voltage across the resistors at the bottom of the ladder as $$3.3V — IR_L = 2.2\;\mathrm{V}

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A graphics card with a DirectX 9 compatible core
A 2 GHz (or faster) CPU (Intel Core 2 Duo or AMD Athlon XP is recommended)
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A 64-bit Windows