This article discusses and solves the problem of designing swimming pools.
Previously, before the advent of modern CAD, designers had to manually draw drawings, as any automation was not available, and it took too much time and effort, and the percentage of errors and errors was large enough.
With the advent of modern CAD, the design of objects has become much easier, it is enough to build a 3D model, and drawings and specifications will be formed automatically. And when you make any change to the 3D model, the drawings and specifications are updated automatically. This greatly simplifies and speeds up the design.
But not everything is still automated. When designing swimming pools, each new project begins with the selection of equipment for water treatment of a particular pool. Selection of equipment depends on the set of initial data determined by the customer, such as: the type and size of the pool, water exchange time, the desired temperature in the pool and so on. Based on these data, the equipment for the water treatment system is calculated (all calculations are strictly regulated according to GOST). Further, after the selection of equipment, a geometric 3D model of the pool is built. The geometric 3D model of the entire water treatment system is designed in stages: a pool bowl is designed, a technical room is designed, 3D models of previously calculated equipment are installed and everything is tied with a pipeline.
Since it takes a lot of time to calculate the equipment and design the pool bowl, and with each new project it has to be done "from scratch", it was decided to automate these modules. The article presents the development of a program to automate the calculation of equipment and the construction of a geometric 3D model of the pool bowl. This development is implemented in the company "ASTRAL CIS", engaged in the design of swimming pools and is actively used, reducing the design time by 2 working days.
Experimental ergonomic investigation of selection of the technical means for managing the dialogue of the operator with computer technology in a shipboard automated control system (ACS)
