![]() ![]() Choose the Selection tool (V), select both shapes, and group them by going under the Object menu and choosing Group. In the Move section of the dialog, enter “–5 in” for the Vertical setting and then click Copy. Under the Object menu, go to Transform, and choose Transform Each. This will be the reflection of our product box. Now we need to make a duplicate of the box just beneath the original. Next, set the Stroke to None in the Control panel. Change the Fill color to 50% gray (C:0, M:0, Y:0, K:50) and click OK. With the box still selected, go into the Toolbox and double-click on the Fill color swatch to bring up the Color Picker. In the dialog that appears, enter “5 in” for both Width and Height. Once the art is converted to symbols, delete the art on the artboard.Ĭhoose the Rectangle tool (M) in the Toolbox and click once on the artboard. We want to select Graphic and give the symbol a name that corresponds to which side it represents. You’ll see the new Symbol Options dialog that’s been carried over from Flash, which allows you to make the art a Graphic symbol or a Movie Clip. To create symbols out of your art, click-and-drag each item into the Symbols panel, or simply press F8. Now go to the Window menu and choose Symbols. You’ll only be able to place one file at a time, so double-check these settings for the other placed files. Before you click the Place button in the Place dialog, make sure that the Link option is unchecked. Navigate to your art files and select the first file. Now go to the File menu and choose Place. ![]() ![]() In Illustrator, choose File>New to create a new document. (Note: For this tutorial, we’ll only be using the front and right side of the box artwork.) The file for the front of the box is 5×5", and the files for the sides are 3×5". The art consists of three separate flattened PSD files that we’ll place in Illustrator. Step 1 Begin with the Product Artįor this tutorial, we created the artwork for the box in Photoshop that we’ll apply to a 3D object in Illustrator. If you’d like to download the images used in this tutorial to practice this technique, visit. So let’s create our own virtual box shot in Illustrator. We’ve also seen it used on the Apple website for a lot of their products. In fact, just recently this was prominent on the Adobe website where they had all the Creative Suite box shots displayed. Now this is something we see all the time. One way to promote goods before they’re completed is to generate the package art and create a 3D box shot. We further provide a DRD-BIBLOX application spectrum, spanning from investigating a variety of plant species and soil conditions as well as simulating different environmental conditions and stresses, to proteomic and phenotypic analyses, including early root tracking in the dark.Companies must often begin promoting their products before they’re actually produced. Our data therefore reinforces the importance of the application of field conditions in the lab and the value of our novel device, the DRD-BIBLOX. Additionally, we confirmed the significant effect of root illumination on barley root and shoot phenotypes. Proteomic analyses confirmed significant effects of root illumination on barley root and shoot proteome. The rhizoboxes sit in a scaffold of secondhand LEGObricks, which allows root development in the dark as well as non-invasive root-tracking with an infrared (IR) camera and an IR light emitting diode (LED) cluster. The DRD-BIBLOX consists of one or more 3D-printed rhizoboxes which can be filled with soil, while still providing root visibility. In this article, we describe the construction and different applications of a sustainable, affordable, flexible, and easy to assemble open-hardware bench-top LEGO DRD, the DRD-BIBLOX (Brick Black Box). To prevent root illumination during experimental procedures, which would heavily affect root development, dark-root (D-Root) devices (DRDs) have been developed. ![]() Thus, especially for crop plants and regarding agricultural challenges, it is essential to perform molecular and phenotypic analyses of the root system under conditions as near as possible to nature (#asnearaspossibletonature). The root system architecture (RSA) and its plasticity are crucial for resource acquisition and consequently correlate with plant performance, while being highly dependent on the surrounding environment, such as soil properties and therefore environmental conditions. They are responsible for water and nutrient uptake, as well as for interacting with biotic and abiotic factors in the soil. Roots are the hidden parts of plants, anchoring their above ground counterparts in the soil. ![]()
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