In the German city of Weimar, in 1919, a foundation of books was created to add The modernity on the 20 th century in all fields like the Architecture, and everything related to the design of the applied and industrial arts, such as furniture, daily use tools, lighting units, advertisements, interior design and fashion design. One of the most important principles of the founders of the school "Gropius" is the application of the product analysis method to its primary elements and many furniture factories followed later his ideas. Consequently, fashion designers were influenced by the architectural sense in their works as there are some who were influenced and produced geometric designs in a clear manner, and the geometric shapes were both regular like circle and cube. Research Importance:  Take advantage of the design lines of the Bauhaus School in contemporary designs for both interior design and fashion design.  Studying the design theory and the Principles of the Bauhaus School and the stages of creativity in modern design thought.

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owadays, the era of virtual fashion and simulation is of prime importance in clothing technology. Virtual fashion necessitates the accuracy of the virtual garment product. On the contrary, the physical sampling trials are time and material-consuming. Herein, we suggest a method for the fashion designer to visualize the drape coefficient value of the fabric using virtual garment products, to help the designer produce an identical virtual piece of the actual product. This method is based on the fabric drape coefficient test, as the drape coefficient reflects all fabric characteristics. In this work, several trials were conducted virtually to measure the validity of the capability test, and to correlate it with a virtual standard. Three different fabrics, cotton, polyester, and cotton polyester blend (50/50), were used in this study. The physical parameters were investigated following the CLO3D software standard method.The assessment of the final form of garment appearance must be referred to as values to avoid the conflict of human judgment. Therefore, the drape coefficient of fabrics was measured (using shadow analysis), in both real and virtual phases, and the relationship between them was assigned. Four types of flared skirts were used to assemble the fabrics based on the angle of construction, and three skirt lengths were used virtually. The skirts were simulated using CLO3D software and the skirt's hemline formation shape was analyzed, to find the most descriptive flared skirt to the drape coefficient value.

The fabric digitization is the way to input a material to the 3D software as data. The priority of the virtual fashion design in the garment industry field makes the accuracy of the fabric characteristics composed the garment piece is the first, in the virtual environment. Garment assembling for samples purposes consumes times and materials. In this work, the teamwork suggest a way to conclude the fabric characteristics in a garment piece. The method is a trial to simulate the garment fabric draped in the human body.Six fabrics were collected from the Egyptian market randomly, from different material and weights, they are categorized in 2 structures groups. The under study fabrics were tested by the FAST system, and their own fabric drape coefficient were measured traditionally. For the research procedures, the fabrics were digitized to CLO3D software through its standard procedures.This study was established virtually using flared skirt as fabric samples. The flared skirt sample was assembled through angle flared skirt assembled method in two angles 180 0 and 90 0 , with 54cm and 67 cm of length. In CLO3D software the virtual assembled flared skirts were captured and rendered in three different poses (front, side and bottom view). All the simulation properties and render values are unified to all the captured skirts. A virtual dummy was used as holder object for the fabric sample in form of the flared skirt.Finally, the study concluded that the flared skirt can be used to a common method can be used to asses and to digitize the textile fabrics to 3d garment simulation software.