Project Brief
This project explores multiple interaction techniques in 2D design applications tailored for touch screen devices. The aim is to enhance user efficiency and precision by addressing the limitations of existing tools. By introducing features such as an angle adjustment tool, circular ruler, straight ruler, real-time measurement display, and gesture-based interactions, the solution enables users to sketch more accurately, adjust angles effortlessly, and verify dimensions instantly. This project seeks to redefine the 2D sketching experience through thoughtful design and usability testing.
Observation
Existing 2D design applications lack precise measurement tools and intuitive interaction methods. Users often struggle with sketching accurately and adjusting shapes or dimensions effectively on touch-screen devices.
Angle Adjustment Tool
A dynamic tool allowing users to adjust angles of shapes or lines precisely. Users can drag a slider or input specific values to achieve the desired angle. This is particularly useful for creating geometric shapes or technical drawings.
Handwriting Gesture Interaction
Designers often need to draw shapes at specific angles, such as when sketching product or drawings measurements. The angle adjustment tool would allow them to easily set and visualize the angle of the shape they are drawing, ensuring accuracy and consistency in their sketches.
Designers often need to draw shapes at specific angles, such as when sketching product or drawings measurements. The angle adjustment tool would allow them to easily set and visualize the angle of the shape they are drawing, ensuring accuracy and consistency in their sketches.
Circular Ruler
Mimicking the experience of a physical compass, the circular ruler enables users to draw perfect circles or arcs. Users can adjust the radius by dragging on-screen handles, making it intuitive and efficient for freehand sketching or technical illustrations.
Draw Gesture Interaction
By using drag gestures interaction, users can intuitively adjust the diameter of a circle with one gesture, making it easier to achieve their intended value.
Handwriting Gesture Interaction
Designed
Drag Gesture Interaction
By using drag gestures interaction, users can intuitively adjust the diameter of a circle with one gesture, making it easier to achieve their intended value.
