This paper presents a novel constructive approach to sequentially tidying up 2D online freehand sketches for further 3D interpretation in a conceptual design system. Upon receiving a sketch stroke, the system first identifies it as a 2D primitive and then automatically infers its 2D geometric constraints related to previous 2D geometry (if any). Based on recognized 2D constraints, the identified geometry will be modified accordingly to meet its constraints. The modification is realized in one or two sequent geometric constructions in consistence with its degrees of freedom. This method can produce 2D configurations without iterative procedures to solve constraint equations. It is simple and easy to use for a real-time application. Sev...
At the start of the conceptual design process, designers start to give tangible form to their though...
This paper presents a novel method for interpreting overtracing freehand sketch. The overtracing str...
This paper describes a new method for recognizing overtraced strokes to 2D geometric primitives, whi...
This paper presents a novel constructive approach to sequentially tidying up 2D online freehand sket...
We demonstrate an intuitive and interactive prototype sketching system that reconstructs 3D polyhedr...
This paper presents a novel method for interpreting overtracing freehand sketch. The overtracing str...
This research investigates the use of sketching techniques in 3D modeling and reconstruction to enha...
The possibility of using freehand sketching as the language for interactive design is a longstanding...
Multiple overtracing strokes are common drawing behaviors in freehand sketching; that is, additional...
This paper presents a novel method for interpreting overtracing freehand sketch. The overtracing str...
We present the first algorithm capable of automatically lifting real-world, vector-format, industria...
The traditional pen-paper sketching is extensively used in the early stages of product design as it ...
The paper describes the development of a fuzzy knowledge based prototype system for conceptual desig...
technical reportThe goal of this thesis is to provide a simple and intuitive user interface to a Com...
The paper describes the development of a fuzzy knowledge-based prototype system for conceptual desig...
At the start of the conceptual design process, designers start to give tangible form to their though...
This paper presents a novel method for interpreting overtracing freehand sketch. The overtracing str...
This paper describes a new method for recognizing overtraced strokes to 2D geometric primitives, whi...
This paper presents a novel constructive approach to sequentially tidying up 2D online freehand sket...
We demonstrate an intuitive and interactive prototype sketching system that reconstructs 3D polyhedr...
This paper presents a novel method for interpreting overtracing freehand sketch. The overtracing str...
This research investigates the use of sketching techniques in 3D modeling and reconstruction to enha...
The possibility of using freehand sketching as the language for interactive design is a longstanding...
Multiple overtracing strokes are common drawing behaviors in freehand sketching; that is, additional...
This paper presents a novel method for interpreting overtracing freehand sketch. The overtracing str...
We present the first algorithm capable of automatically lifting real-world, vector-format, industria...
The traditional pen-paper sketching is extensively used in the early stages of product design as it ...
The paper describes the development of a fuzzy knowledge based prototype system for conceptual desig...
technical reportThe goal of this thesis is to provide a simple and intuitive user interface to a Com...
The paper describes the development of a fuzzy knowledge-based prototype system for conceptual desig...
At the start of the conceptual design process, designers start to give tangible form to their though...
This paper presents a novel method for interpreting overtracing freehand sketch. The overtracing str...
This paper describes a new method for recognizing overtraced strokes to 2D geometric primitives, whi...