This tutorial is based on a real customer problem. The customer needs to render this device in landscape mode:
Let's Do It!
This sounds easy: we just rotate the device to landscape mode and then tilt it back to the wall. However, after we rotate the device 90° counter-clockwise, we can't tilt it to the wall, as all the other rotation sliders are now rotating around the Z axis. That's how rotation works.
This was the customer's problem and the solution is not obvious at first sight. Ideas?
Boxshot features a scene hierarchy that you can see in the scene tree panel on the left side. The idea is to make the device a child of some other object and tilt the other object instead of the device. Boxshot features a special "Group" node that doesn't have geometry and can be used for such things. So let's add a group node and make the device its child:
There are no visible changes in the scene so far, but what if we rotate the "Group" node using the gizmo?
It works! It's not perfect, as the device is now above the floor, but it works. But why is the device floating above the floor?
The device got lifted because we moved it along the Y axis from the wall. But when we created a group object it was created near the wall, at the zero-point. When we dragged the device to the group, Boxshot noticed the device's distance and kept it. Now when you rotate the center of the parent object, Boxshot rotates the child object as if it is bound to the parent one. So it flies above the floor.
The Easy Fix
The easiest way to fix this is to click the device, switch to the translation gizmo and move it back:
This works pretty well, until you try to change the tilt. If you do this, you'll have to adjust the device position again. It is not a problem to do once or twice, but if you need to do this many times the repetition becomes boring.
The Better Fix
The right way to fix this issue is to make zero distance between the group and the device. To do so open the group's transformation properties and set all the translation values to zero (they probably are already). Set the angles to zeroes, as well. Then do the same for the device. You'll see something like this:
The device is now under the floor, but the distance between it and its parent is zero. That's good. Put the device on the floor by right-clicking it and picking the "Put on the floor" command:
Finally, move the device to the right, to match the center of the wall. This is the last thing you need to do with the device itself:
Now select the "Group" node in the tree. See the gizmo at the bottom of the device? This is now the point you will be tilting the device around.
Now you can move and tilt the group instead of the device. The device will retain its landscape rotation, while the group will provide offset and tilt. And you don't need to adjust the device position after changing the tilt. At least, not after changing the vertical one :)
You may need to sleep on this if you haven't worked with 3D software before. But overall it is not so difficult. It just requires some practice.
You've just learned how to make scene hierarchies by making one node a child of another. You also learned how to make complex transformations by splitting them between parent and child nodes.
Finally, you learned how to make landscape-oriented devices tilted to walls :).
- Realistic Rendering — improving scenes visual appearance;
- Decals — applying decals and configuring them;
- Lighting — control environment and directional lighting;
- Saturated Reflection — make "rich" colorful reflections;
- Floor Reflection — reflecting scene objects in the floor;
- Loft Objects — Quick Start Guide — making loft objects from scratch or configuring the built–in ones;
- Loft Objects — FAQ — frequently asked questions about lofts, when the quick start guide is not enough;
- Loft Objects — Shape Editor — editing loft shapes using the built–in editor;
- Lathe Curve Editing — editing lathe curves using the built–in editor;
- Glass Materials — how to make semi–transparent objects look attractive;
- UV–Spot — how to make a UV–spot effect easily;
- Depth Of Field — adding more realism to your renderings;
- Semi–Transparent Labels — how to make semi–transparent and partial labels on bottles;
- Foil Effect — how to add foil–finishing to your shapes;
- 3D Text — making 3D text objects in Boxshot;
- Extruded Objects — how to make thick 3D object of your flat 2D curve;
- Conical Labels — making conical labels with distorted artwork.