TASK: Do some research about what keyframing ability your editing software has available (including the ‘ken burns effect’ if you have it).
● Explore this technique adding key framed movement to a single still image.
Once you have mastered this, return to the editing project of exercise 5 (garbage mattes and basic compositing).
● Can you apply a key-framed move to one of the layers (either the chair or the object that you introduced as a new layer)?
Explore Bezier curves and direct movement if your software offers this.
Upload a short experiment demonstrating that you have come to grips with basic digital keyframed movement to your learning log along with any notes on how easy or difficult you found this process and what resources you used to help you.
Tip: Ken Burns and keyframing
Stories can be told using just still images, for example, in Chris Marker’s 1962 film La Jetee. The use of still imagery is particularly prevalent in the documentary form. It is almost a cliché now to have slow zooms and pans of historical photographs accompanied with a narrated voice over. This is partly due to the ease with which such panning and zooming has become with the use of digital editing. American documentary film-maker Ken Burns is synonymous with this approach to documentary film-making. So much so that Apple have named their ‘ease in ease out’ tool after the film-maker “The Ken Burns Effect” (this effect is found in iPhoto, iMovie and Final Cut Pro X but it is also possibly in many professional and home software applications under a different name).
What the “Ken Burns Effect” does is zoom or pan in an ‘ease in, ease out’ way. That is to say, the movement starts smoothly and slowly comes to rest. This smoothing and altering of the pace of an overall movement is normally achieved by manipulating a ‘Bezier Curve’. The Ken Burns Effect does this Bezier work for you. You set the first ‘key frame’ (where you want the movement/zoom to start) and the final ‘key frame’ (where you want the movement/zoom to end). The software then interpolates the inbetween frames.