Floor tile fast composing system and method based on BIM technology

Abstract

The invention provides a floor tile fast composing system and method based on a BIM technology. The floor tile fast composing method based on the BIM technology comprises the steps of building a self-adaptive floor tile family model, and defining self-adaptive floor tile family parameterization; setting the actual floor tile size through house boundary pickup, and using the actual floor tile size as the house floor tile mesh size for dividing a house floor tile mesh; loading the self-adaptive floor tile family model into the divided house floor tile mesh, utilizing revit sharing parameters to automatically carry out house floor tile rapid composing, and generating all house floor tiles; judging whether or not the generated house floor tiles are complete; outputting the number and side length of complete house floor tiles which are judged as complete; outputting cutting data and processing data of incomplete house floor tiles which are judged as incomplete; according to the output number and side length of the complete floor tiles, and the cutting data and the processing data of the incomplete house tiles, guiding composing operation of the house floor tiles on the scene. According to the floor tile fast composing system and method based on the BIM technology, composing time of the floor tiles can be effectively reduced, and precision of floor tile composing is improved.

Description

technical field [0001] The present invention relates to decoration building information construction technology, in particular to a BIM technology-based floor tile rapid typesetting system and method. Background technique [0002] Large-scale commercial building decoration requires a large amount of engineering and high requirements, especially the typesetting of decorative materials is labor-intensive and time-consuming. At the same time, it is necessary to quickly calculate the processing data of the materials after typesetting. In addition, if the plan changes, relevant personnel are required to complete the typesetting and engineering quantity changes and statistics in a timely and accurate manner. [0003] At present, the conventional BIM floor tile typesetting method generally uses BIM software to establish a conventional model of floor tiles and manually place the floor tiles for typesetting. This method generally requires the user to manually typeset one by one. At t...

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Problems solved by technology

[0003] At present, the conventional BIM floor tile typesetting method generally uses BIM software to establish a conventional model of floor tiles and manually place the floor tiles for typesetting. This method generally requires the user to manually typeset one by one. At the same time, the user must refer to the drawing specifications to determine the concession relationship of the floor tiles. The method is very time-consuming, and when encountering non-integral bricks, it is necessary to repeat the modeling separately, which wastes time again. At the same time, if the scheme or the size of the floor tiles are changed, a large-scale adjustment is required, which will consume more time

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