Dynamic graphical user interface for virtual emoticon animation of electronic devices

Abstract

1. Name of the product in this design: Dynamic graphical user interface for virtual facial animation in electronic devices. 2. Purpose of this design: An electronic device. 3. The key design feature of this product is its graphical user interface. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Purpose of the graphical user interface: to display virtual animations and interact with the display screen panel by recognizing it. 6. Human-computer interaction methods of the graphical user interface: Clicking anywhere in the main view will cause a "telephone" shape to appear in the lower left corner of the main view, which will enter the interface change state (Figure 1); the "telephone" shape will continue to enlarge, which will enter the interface change state (Figure 2); the "two eyes" and "mouth" will move down, the "telephone" shape will continue to enlarge, and a "number" shape will appear in the lower left corner, which will enter the interface change state (Figure 3); the "two eyes" and "mouth" will move down, and the "number" shape will move to the right, which will enter the interface change state (Figure 4); the "two eyes" will move up, the "mouth" will disappear, and the "number" shape will continue to move to the right, which will enter the interface change state (Figure 5); the "two eyes" will move towards the center, and the "telephone" shape will move to the right, which will enter the interface change state (Figure 6); the "two eyes," "telephone," and "number" shapes will shrink, which will enter the interface change state (Figure 7); the "two eyes," "telephone," and "number" shapes will continue to shrink. Simultaneously, a "microphone" shape appears in the upper right corner, indicating the interface change state (Figure 8); the "two eyes" disappear, the "telephone" and "numbers" continue to shrink, and a "earpiece" shape appears, indicating the interface change state (Figure 9); the "telephone" and "numbers" disappear, and a "voice" shape appears in the middle, indicating the interface change state (Figure 10); the number of "voice" shapes increases, indicating the interface change state (Figure 11); the length of the "voice" shapes changes, indicating the interface change state (Figure 12); the number of "voice" shapes decreases, the "earpiece" shape moves upward, and "eyes" and "mouth" appear, indicating the interface change state (Figure 13); the "voice" shape disappears, the "earpiece" shape continues to move upward, and the "eyes" and "mouth" shapes enlarge, indicating the interface change state (Figure 14); the "earpiece" shape disappears, and the "eyes" and "mouth" shapes continue to enlarge, indicating the interface change state (Figure 15).

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