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E-Journal of Informatics Engineering Volume.8, No.1, August (2016) ISSN

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E-Journal of Informatics Engineering Volume.

8,
No.1, August (2016) ISSN :

Figure 4.5 Animating


Presenter character
F. CameraOperation
Figure 4.3 Character rigging At the Camera Operation
D. Lighting stage, the author operates the
At the Lighting stage, the author camera still in the animation
carries out the process of giving tools so that he can see the
light to the model so that a movement of human objects
realistic visual impression is and record these objects
obtained, as infigure 4.4 which have been animated
by the author, as shown in
Figure 4.6

Figure 4.4 Lighting settings


E. animation Figure 4.6 Camera Operation
At this Animating stage the author for character parts
adjusts the movement of animated Presenters
objects by providing movement to
objects and cameras according to
the storyboard, as shown in Figure
4.5
the Blender application and
G. renderings audio files created in the Adobe
At this Rendering stage it is done to SoundBooth application are
make the animation into a 3- imported into the Adobe
dimensional video form. The Premiere Pro application, as
rendering process is carried out for shown in Figure 4.9 which will
each scene one by one to become then be merged.
several 3D Animation videos for
Cyber Crime Prevention. The
rendering process is carried out using
the rendering tools in the properties
column by pressing the Animation
button as shown in Figure 4.7
Figure 4.9 Importing Video
Files into the Adobe
Premiere Pro application

Figure 4.7 Rendering of the


Presenter part

H. Sound Record Post


Production Stage
The sound recording process is carried
out using the Adobe Soundbooth CS5
application with the recording file
format being the .wav format, as
shown in Figure 4.8

Figure 4.8 Voice Recording


I. Final Edits
Final Editsis a process in which all 3-
dimensional video files rendered in
E-Journal of Informatics
Engineering Volume.8, No.1, August (2016) ISSN : 7
J. Final Renders
Final Rendersis the final stage of making a 3D animation
video in the Adobe Premiere Pro CS5 application with 3D
Animation output for Cyber Crime Prevention. In Figure
4.10 is the process of exporting 3D Animation video files
for Cyber Crime Prevention from the Adobe Premiere Pro
CS5 application to Adobe Media Enconder

Picture 4.10 Process of Exporting Video from Adobe


Premiere Pro to Adobe Media Enconder
K. 3D Animation Video Results
Figure 4.11 is the result of a 3D Animation video for Cyber
Crime Prevention, the first case example which has become
an avi file format with a resolution of 1280 × 720 pixels
with a duration of 5 minutes 2 seconds and a file size of
77.9 MB.
Figure 4.11 3D Animation video
Properties
Cyber Crime Prevention
CHAPTER V
CONCLUSIONS AND RECOMMENDATIONS
A. Conclusion

1. This 3-dimensional animated video was successfully


made and can provide knowledge for online media
users regarding Cyber Crime and its prevention.
2. In the initial rendering process, it takes quite a long
time, such as rendering 1 part in an animation video
that has a lot of movement, character modeling that
has a fine mesh and a large number of objects, it takes
approximately 4 hours.
B. Suggestion
1. More adequate PC specifications are needed and the
provision of a Multimedia lab in developing future
animations.

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