Fig 1.
Refinement analysis of the content presentation module.
(a) content cube cut. (b) accidental event microcube visualization model.
Fig 2.
Refinement analysis of emotional carryover.
(a) emotional grid diagram. (b) color matching results.
Fig 3.
Scene transition microcube visualization model
(a)scene transitioned three times. (b) scene transitioned twice. (c) no scene transition. (d) scene transitioned six times.
Fig 4.
Refinement analysis of element amplification
(a) color grid diagram of imagery elements. (b) sub-cube model. (c) this sample data contains 4 amplified elements.
Fig 5.
Refinement analysis of element interactions
(a) color grid diagram of the decomposition of imagery elements. (b) microcube model of character element interactions. (c) decomposition of 7 interactions of character elements.
Fig 6.
Refinement analysis of picture styles
(a) color grid diagram of primary colors. (b) visual framework of 5 primary colors.
Table 1.
Overview of the microcube model constructed for popular/non-popular cities.
Fig 7.
(a) Relationship heat matrix diagram of short video screen visualization relationship heat matrix display of sample data for popular cities. (b) relationship heat matrix display of sample data for non-popular cities.
Table 2.
Number of microcube models containing unexpected events and number of video pumping seconds frames.
Fig 8.
Accidental event stacking graph based on microcube model
(a) sample case of popular city image short video. (b) sample case of non-popular city image short video.
Table 3.
The number of microcube models containing emotional elements and the video pumping second frames.
Fig 9.
Emotional resonance stacking diagram based on microcube model
(a) sample case of popular city image short video. (b) sample case of non-popular city image short video.
Table 4.
Number and percentage of microcube models containing scene transformation.
Fig 10.
Scene transformation stacking diagram based on microcube mode
(a) sample case of popular city image short video. (b) sample case of non-popular city image short video.
Table 5.
Number of microcube models containing intentional elements.
Fig 11.
Amplified stacking diagram of elements based on microcube model
(a) sample case of popular city image short video. (b) sample case of non-popular city image short video.
Table 6.
Number of microcube models containing element interactions and number of video pumping seconds frames.
Fig 12.
Element interaction stacking diagram based on microcube model
(a) sample case of popular city image short video. (b) sample case of non-popular city image short video.
Table 7.
Number of microcube models containing unexpected events and number of video pumping seconds frames.
Fig 13.
Screen style stacking diagram based on microcube model
(a) sample case of popular city image short video. (b) sample case of non-popular city image short video.