Watching other people's audio and video tutorials is very tired, and I have summarized the production points. In this process, you can write a simpleProgram.
- Three stacked rails are required
- A total of 6 photos are required. The image must be in PNG format and be in a half transparent format after psprocessing. Generally, the right half is transparent.
- Only two photos are used for initial flip, and two photos are taken at the end of flip. Therefore, only two overlapping tracks are used in this time interval.
- At the bottom of the list is an overlay track processing flip animation.
- A middle stacked track is used to flip the photo
- At the top of the page, a photo of the latest appearance of the stacked track processing, but has not been flipped.
Production Process
1. Insert 1st photos to the second stacked track, and add a rectangular mask and a picture-in-picture filter.
The following figure shows how to set a picture filter:
1.1 remove the key frame, move the cursor to the starting frame, clear the border, clear the shadow, set the position to 0, set the size to 60, and rotate the Y axis to 180 degrees;
1.2 select key frame, move the cursor to the final position of the clip, and set the rotation Y axis to 0 degrees.
2. Insert 2nd photos to the first stacked track, align 1st images on the timeline, and add a rectangular mask and a picture-in-picture filter. The parameters of the picture-in-picture filter are as follows:
Remove the key frame, move the cursor to the starting frame, clear the border shadow, set the position to 0, set the size to 60, and rotate the Y axis to-180.
3. Insert 1st photos to the second stacked track, and add a rectangular mask and a picture-in-picture filter. The filter parameters are set as follows:
Remove the key frame, move the cursor to the starting frame, clear the border shadow, set the position to 0, and set the size to 60.
4. insert 2nd photos to N consecutive photos on the third stacked track. The timeline is aligned with the photos in step 3, and the subsequent steps are recursive; copy the attributes of the first image of 2nd overlapping tracks to all the photo attributes of the third stacked track.
5. Insert 2nd photos consecutively behind the second stacked track to the N-1 photo, copy the second stacked track second photo attributes to the back so the photo attributes.
6. Insert 3rd photos to N consecutive photos behind the first stacked track, and copy the first photo of the first stacked track to the next photo.
Note: The number of the photo in the preceding description. If an Arabic number refers to the photo number, otherwise it refers to the photo sequence number on the stacked track.