Difference between revisions of "IC Python API:Smooth Camera Follow"
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=== Required Files === | === Required Files === | ||
− | You can download | + | You can download this plugin from the [https://marketplace.reallusion.com/smooth-camera-follow Reallusion Marketplace]. |
To acquire and view the source code, please visit [https://github.com/reallusion/iClone/tree/master/SmoothCameraFollow Reallusion GitHub]. | To acquire and view the source code, please visit [https://github.com/reallusion/iClone/tree/master/SmoothCameraFollow Reallusion GitHub]. | ||
Revision as of 02:07, 2 May 2019
- Main article: RL Python Samples.
Smooth Camera Follow
Demo Video
Description
This script lets the user pick a camera/view and a prop/target to follow. The camera will always be facing the direction of the target prop with delay as an adjustable factor. The Offset values creates a distance between the view and the target. Use the Delay value to create a lag between the view and the target.
Course Prerequisites
You should be familiar with the following fundamental articles before you proceed.
Learn How to
- Drive the motion of the camera according to the animation of a prop.
- Populate drop down menus/combo boxes with elements from the scene.
Required Files
You can download this plugin from the Reallusion Marketplace. To acquire and view the source code, please visit Reallusion GitHub.
- iClone scene with camera and animated prop
- Smooth Camera Follow Python script
- Extensions Python script
Steps to Take
- Clone or download the Reallusion/iClone GitHub.
- Copy SmoothCameraFollow folder into the iClone install directory > ...\Bin64\OpenPlugin.
- Load the script into the project from the menu: Plugins > Python Samples > Smooth Camera Follow.
- Follow the instructions in the subsequent dialog window.
Code Flow
Given a target prop and a target camera, the script will also require the inputs for the camera movement delay and offset position from the target prop. The code creates a new movement animation for the camera transformations by applying keys in the timeline. The final result is a camera that smoothly follows the target prop at the designated offset position with a certain degree of lag time decided by the user.
Modules Used
You can research the following references for the modules deployed in this code.