Inserting New Key-frames Need Some Calculations 

Inserting New Key-frames Need Some Calculations 

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In this paper, the scene parameters are setup for scene reconstruction; camera position and orientation are considered. Consecutive images are used to create the depth map of the scene. After reconstructing the scene, we apply a new methodology to augment the scene by using LAB color space and K-means clustering. A general scheme for scene manipula...

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Context 1
... 4: assign color for each small sphere (Lambertian reflectance model is considered). Referring to Figure 5, the Lambertian function can be calculated as ...
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... inserted frame is obtained by using interpolation of the neighboring frames. The basic idea is similar to that is used in making cartoon movies where interpolation frames are inserted to smooth the motion of bodies( see Figure 5). As shown in Figure 5, the inserted frame is obtained by getting the average coordinates for each point in frame #2 and its corresponding point in frame #3. ...
Context 3
... basic idea is similar to that is used in making cartoon movies where interpolation frames are inserted to smooth the motion of bodies( see Figure 5). As shown in Figure 5, the inserted frame is obtained by getting the average coordinates for each point in frame #2 and its corresponding point in frame #3. In the above illustrations, it can be noticed that two frames containing the motion of human body are considered. ...
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... creating the scene frames, the scene can be made smoother by increasing the number of frames. To achieve this goal, trajectory interpolation is applied to the 3D scene. For example, A 100 frames can be increased to 200 frames by inserting a new frame between each couple of frames. The inserted frame is obtained by using interpolation of the neighboring frames. The basic idea is similar to that is used in making cartoon movies where interpolation frames are inserted to smooth the motion of bodies( see Figure 5). As shown in Figure 5, the inserted frame is obtained by getting the average coordinates for each point in frame #2 and its corresponding point in frame #3. In the above illustrations, it can be noticed that two frames containing the motion of human body are considered. Interpolation is the intermediate step between rendering the two frames. This intermediate step results in a more smooth animation flow between the two frames (frame #1 and frame #3). The resulting scene frames from bilinear interpolation is shown in Figure 6. The resulting frames can be more increased until reaching a very smooth scene viewing. Figure 7 shows the reconstructed scene after smoothing process. ...
Context 5
... creating the scene frames, the scene can be made smoother by increasing the number of frames. To achieve this goal, trajectory interpolation is applied to the 3D scene. For example, A 100 frames can be increased to 200 frames by inserting a new frame between each couple of frames. The inserted frame is obtained by using interpolation of the neighboring frames. The basic idea is similar to that is used in making cartoon movies where interpolation frames are inserted to smooth the motion of bodies( see Figure 5). As shown in Figure 5, the inserted frame is obtained by getting the average coordinates for each point in frame #2 and its corresponding point in frame #3. In the above illustrations, it can be noticed that two frames containing the motion of human body are considered. Interpolation is the intermediate step between rendering the two frames. This intermediate step results in a more smooth animation flow between the two frames (frame #1 and frame #3). The resulting scene frames from bilinear interpolation is shown in Figure 6. The resulting frames can be more increased until reaching a very smooth scene viewing. Figure 7 shows the reconstructed scene after smoothing process. ...
Context 6
... 4: assign color for each small sphere (Lambertian reflectance model is considered). Referring to Figure 5, the Lambertian function can be calculated ...

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