Photoshop to create realistic blackboard chalk word effect
Look at the effect chart first.
The following tutorial begins
First step
To create a new document, the size I use is 1000x609. Use a radial gradient of dark green to medium green to fill the background layer. (Figure 01, figure 02)
Figure 01
Figure 02
Second Step
Add noise to the blackboard: Filter-> noise-> add noise. The set number is 1.6%, the distribution is evenly distributed, and a single color is selected. (Figure 03, figure 04)
Figure 03
Figure 04
Third Step
Next we draw the wooden border of the blackboard. It takes only a few steps to complete, and I choose to use the fiber filter to create it. Because I couldn't set the fiber orientation, I created a document for each part of the wood frame and put them in the blackboard picture.
First create the top bar. Create a new document with the same width as the blackboard, width set to the width of the bar you need.
In this tutorial, my blackboard size is 1000x609, so the document size I created for the top bars is 45x1000. Set the foreground color to light gray, the background color dark gray, and then click "Filter-> Render-> Fiber" (filter->render->fiber). The difference is set to 3, the intensity is set to about 21, and the "randomization" button is used to find the appropriate fiber shape. Then rotate the temperature 90 degrees, "image-> rotate canvas->90 (clockwise)/90 degrees (counterclockwise)" (Image->image rotation->90 Degrees CW) (Figure 05, figure 06)
Figure 05
Figure 06
Fourth Step
below to add color to the wood, image-> adjust-> hue/saturation (image->adjustments->hue/saturation), shortcut key ctrl+u. Select coloring, and the parameters are set to Hue 29, saturation 33, brightness-20. Of course, you can adjust the parameters flexibly according to the effect you want to make. (Figure 07)
Figure 07
Fifth Step
Add some noise to the wood bar, as with the second step, the set number is 1%. Copy the wood bar to the blackboard file and move to the top position where it should be. After that, the effect is as follows. (Figure 08)
Figure 08