Generation system of clothing pattern simulation diagram

Abstract

This disclosure provides a garment pattern simulation diagram generation system, the system comprising: an input interface for inputting parameters; a pattern generation module for calculating the number of garment mechanical drawing combinations based on the parameters; a garment pattern simulation diagram module for generating multiple garment pattern simulation diagrams based on the number of garment mechanical drawing combinations; and an output interface for displaying a portion of the multiple garment pattern simulation diagrams based on the parameters.

Claims

1. A system for generating garment pattern simulation diagrams, comprising: An input interface is used to input the type of design outline, the number of human body blocks corresponding to the design outline, the number of cutting lines corresponding to the design outline, and the number of generated images; a pattern generation module is electrically connected to the input interface and calculates the number of garment mechanical drawing combinations using an algorithm based on the type of design outline, the number of human body blocks, and the number of cutting lines; a garment pattern simulation module is electrically connected to the pattern generation module and generates multiple garment pattern simulations based on the number of garment mechanical drawing combinations; and an output interface is electrically connected to the garment pattern simulation module and displays a portion of the multiple garment pattern simulations based on the number of generated images.

2. The garment pattern simulation diagram generation system as described in claim 1, wherein, The design outlines include various types of clothing such as trousers, two-piece outfits, and jumpsuits.

3. The garment pattern simulation diagram generation system as described in claim 2, wherein, When the design outline is of the type of pants, the human body block includes the upper half length and the lower half length; when the design outline is of the type of two-piece garment, the human body block includes the horizontal length and the vertical length; when the design outline is of the type of jumpsuit, the human body block includes the arm length, the middle length and the lower half length.

4. The garment pattern simulation diagram generation system as described in claim 3, wherein, When the design outline is of the type of pants, the algorithm is: where n is the number of seams, a is the length of the upper half, and b is the length of the lower half.

5. The garment pattern simulation diagram generation system as described in claim 3, wherein, When the design outline is of the type of false two-piece garment, the algorithm is: where n is the number of seams, a is the horizontal length, and b is the vertical length.

6. The garment pattern simulation diagram generation system as described in claim 3, wherein, When the design outline is of the type of jumpsuit, the algorithm is: , where n is the number of seams, a is the arm length, b is the middle length, and c is the lower half length.

7. The garment pattern simulation diagram generation system as described in claim 1, wherein, The input and output interfaces are user interfaces based on HTML and JavaScript, while the pattern generation module and the garment pattern simulation module are based on Python Flask.

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