Transform Presets is a pretty simple plugin – it allows you to store multiple transformations of an object (and it’s target, if there is one) in a list, to call up when you like.

You apply it to any object, and it adds a custom rollout to the base object, with a small interface that you can use when the object is selected.

I built it for fun in response to a thread on CGTalk.

Screenshots

Here it is working on a target camera. Note both the camera and target are transformed.

And here it is working with an IK handle. Note the swivel angle is updated as well as the transform.

Download and installation

Download TransformPresets.mzp and then drag the .mzp file onto one of your 3dsmax viewports, which will install the script in the correct directory. Then you can add the script to a toolbar / quad by going to:

• Customize > Customize User Interface…
• Then look under the Animation Tools category for Transform Presets

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Overview

Camera Animator is designed to animate a camera through a series of locked-off shots, at user defined times, for such things as titles, credits, walk-throughs, or any other situation where you would want to move methodically through a series of points-of-interest.

Click the image below to view a QuickTime movie of the script in action.

Benefits

Camera Animator allows you to concentrate on framing “template” shots without worrying about animation timings, then quickly and easily create a base animation from those shots by clicking a single button.

You can continually re-frame the original shots, as well as adjust the timing and weighting of the movement in a variety of ways, and it’s just a few clicks to add cameras, reorder cameras, change timings of holds or moves on a per-camera basis, and have the entire animation update.

The final key-framed animation can be used a starting point for further development, or can just be used as-is.

Interface and basic usage

Using the script is quite straightforward:

1. Set up your scene by framing your required shots using target cameras
2. Click the Grab Cameras from Scene button to add the cameras
3. Adjust individual camera settings, such as Hold Time and Move time
   
4. Click the Animate Camera button to create the animation
5. Repeat the process from step 3 as necessary

A new Animated Camera will be created that animates through the Template Camera positions using the default values of 75 frames per hold, and 25 frames per move.

You can continually re-adjust settings, and click Animate Camera again to update the animation.

Options

There are various ways to customize the animation that the script creates:

Change Template Camera order by selecting camera(s) in the list and clicking the Up and Down buttons.

Change Hold and Move timings by either selecting the camera(s) in the list and adjusting the timings spinners, or by selecting the camera by double-clicking the item in the list, and editing the camera’s Camera Animation parameters in the Modify Panel.

Toggle the Synchronize List checkbutton to automatically synchronize the Template Cameras list selection as you drag the Time Slider. This is useful for quickly adjusting timings as you scrub through the animation.

You can also change the controller types used, depending on the level of control / ease of use required. Choose from between Position XYZ, or Bezier Position.

Choose any of the default tangent types, such as Slow, Auto, Linear to adjust the easing of the movement.

Assign a Secondary Animation track to the Animated Camera, complete with placeholder keyframes for later adjustment, to add subtle movement on top of the main animation.

Animation

The script automatically creates 2 sets of controllers and keyframes:

• Primary Motion: a primary set of keyframes for Camera, Target and FOV, animating a path through the Template Cameras
• Secondary Motion: a secondary set of placeholder keyframes (on either Camera’s position controller, or an XForm modifier) to allow the animator to add further subtle movement.

You can clearly see both animation curves in the Trackview below.

In this case, the Secondary Motion keys have been adjusted to give the holding phases a little life, by gently tracking left and right in the horizontal axis.

Case Study

You can see Camera Animator in action on a real job in the screen grab for my Viewport Layout Manager.

Download and Installation

Download Camera Animator.ms then drag it onto your 3dsmax viewports to create the Camera Animator dialog.

Sample Scenes

The famous Hitchcock “Vertigo Effect”, or dolly zoom in 3dsmax form.

cam = $Camera02 -- the camera
width = cam.frameWidth -- the width of the far end of the camera fov triangle
degToRad(atan(width / cam.targetDistance / 2) * 2) -- the formula to achieve the effect

Download

Download a 3dsmax 9 scene: vertigo.max.