3D typography has a big place in the industry. Any company with a message to tell can use a designer who knows how to make attention grabbing 3d typography.
So it makes sense to hone your craft now so you can make yourself more employable.
In this tutorial we’ll be creating a typical, big, bold, attention grabbing title.
Resources used in the tutorial:
Not sure where to take this tutorial? Here’s some 3d typography inspiration:
If you create something cool, post it in the comments below!
If you like this tutorial you may also like, How to Create a Professional Logo Animation.
1. Delete the default cube and lamp, replace it with text (Add>Text).
2. Rotate the text by 90 degrees so it’s standing upright.
3. Go to the font settings and click the folder icon to change the font.
4. You can use any font you like, but I’ll be using Bebas.
5. Set the text extrude to 0.5.
6. So that the edge catches more light, set the Bevel to 0.007 and the resolution to 4.
7. Now we’ll create the text outer shell. To do this, duplicate the font (Shift+D) then press Escape.
8. With the new text object selected, go the font settings and change these settings:
9. With both text objects selected, press Alt+C to convert the object to a mesh.
1. Position the camera so it’s facing directly infront of the text, and set the focal length to 18.
2. Go to the world settings and set the color to almost solid black.
3. Add a plane and scale it along the x-axis to create a rectangle. Position it directly above the text, looking down:
4. Set the material for the plane to an Emission shader, with the strength set to 10.
5. Add a plane and scale it so it fits the grid floor.
Render it and you should see this:
1. Select the inner text mesh, go to the node editor and add a new material.
2. Add a mix and glossy shader. Connect them as shown:
3. Add an Image Texture node and load in the Grungemaps0119 texture.
4. In edit mode, go into front view then press U and select Project from View.
5. Next add an RGB curves node and connect it between the image and glossy shader. Create a bow in the curve to increase contrast:
Render it and you should have this:
6. To make the texture have even more of an impact, connect the output of the RGB curve node to the Mix Shader Fac input.
7. Change the color of both the Glossy and Diffuse shader as shown, to create a gold material:
8. To give the material a fine brushed metal look, add a noise texture and Bump node (Add>Vector>Bump). Connect and set the settings as shown:
In order to make the texture looked “brushed” we need to fake it, by stretching it along one axis. To do this, add a Texture Coordinate and Mapping Node and connect as shown. Set the X scale to 0.01.
The scene is alright, but the text is reflecting too much black background. It needs more highlights and edge lights.
1. Add two planes on both sides of the text, and set the material as Emission and Strength 3.
2. Add two rectangular planes behind the camera as shown, with an emission of 3.
3. Place a spotlamp behind the text, set the size 0.5 and strength 60.
You should now have this:
1. Select the outer text mesh and add a new material.
2. Go to the Node editor, and setup a mix node with a glossy shader as shown:
3. Set the diffuse color to dark grey:
4. UV unwrap the text, by going into side view mode and selecting U, Project From View.
5. Go back to the node editor and add an Image Texture node. Load in the Grungemaps0088 texture, and connect to the Mix Shader Fac input:
6. Add a Bump node (Add>Vector>Bump) and set the Strength to 0.001, connect it as shown:
1. Select the floor plane and in top view mode press U, Project from View (bounds).
2. Go the node editor and a new material.
3. Add a mix and glossy shader and connect as shown. Set the glossy roughness to 0 and the Mix Shader Fac to 0.7.
4. Add an image texture node and load in the ConcreteDamaged (tiled) texture:
5. Add a Mapping and Texture Coordinate node and connect it as shown. Set the Scaling to 16:
6. You may also like to add DoF (Depth of Field). To do that, place an empty at the front of the text:
7. Next, select the camera and set the Focus point to the empty, and the Aperture to F/stop 3.2.
To make the background less dark and heavy, we’re going to lighten it with a foggy spotlamp from behind. Unfortunately at the time of writing this (March 2013) Cycles does not support volumetric lighting, so we’ll have to do some trickery by combining a blender internal scene with our current render.
1. In the top toolbar find the box that says ‘Scene’ click the + next to it and select new.
2. A new scene should open, rename it volumetric spotlamp.
3. Go back to your previous scene, and select the floor plane, spotlamp, camera and both text meshes, then press Ctrl+L. In the popup select Objects to Scene > Volumetric Lamp.
4. In the newly created scene, go to the lamp settings and check Halo and Step 1.
5. In the newly created scene, select the spotlamp and move it to a separate layer.
6. In the render panel, go to the layers section and select the layer which the spotlamp is on. In the Mask Layer section, select the layer that the rest of the scene is on (this is for blocking out the rays of light).
1. Go to the original scene and set the screen mode to Compositing.
2. Add a new RenderLayer (Add>Input>Render Layers) and from the dropdown box, select the ‘Volumetric Spotlamp’.
3. Add a Mix node, and connect it to both Render Layers. Set the blend type to Screen and Fac to 0.2.
4. Now we’ll do some color grading. Add a Color Balance node and connect as shown. Push the midtones (middle wheel) to light blue, and the highlights (right wheel) to light yellow.
5. Now we’ll create a vignette. Add an Ellipse Mask and change the settings as shown:
6. Add an Invert and Blur node and connect it to the Mask node as shown. Set the Blur settings as shown:
7. Finally, add a Mix node, set the blend type to Mulitply, and connect as shown. Change the bottom input to a grey color:
Final compositing setup: