Management interaction control for shipbuilding assembly fixed disc

Abstract

The invention discloses a shipbuilding assembly fixed disc management interaction control, which comprises three coordinate systems, a world coordinate system, a world coordinate system, a world coordinate system and a world coordinate system, wherein the world coordinate system is a coordinate origin Wo, a horizontal abscissa is positive horizontally rightward, a vertical coordinate is positive downward, and a coordinate value cannot be negative; the viewport coordinate system is a coordinate origin Vo, the direction of the viewport coordinate system is the same as that of a world coordinate system, and coordinate values cannot be negative; the direction of the control coordinate system is the same as that of the world coordinate system, the coordinate value cannot be negative, the control coordinate system is coplanar with the viewport coordinate system, and the coordinate origin is different; the columns of the three coordinate systems are dates and line fixed disks, assemblage is represented by strip-shaped graphs, the columns where the left end point and the right end point are located represent the dates of the assemblage entering and exiting the fixed disks, the lines where the left end point and the right end point are located represent the fixed disks occupied by assemblage construction, and the ratio of the filling area of the strip-shaped graphs from left to right to the total shape area of the strip-shaped graphs represents the assemblage construction completion rate. By adopting a graphical method, the three elements of the fixed disc, the assembly and the time are displayed by adopting the graphical method, so that the accuracy and the efficiency of assembly production compilation are improved.

Description

technical field [0001] The invention relates to the field of controls, in particular to an interactive control for management of a shipbuilding assembly set plate, which is used for the preparation of shipbuilding assembly production. Background technique [0002] The utilization rate of key resources in the shipbuilding industry is an important factor in determining production capacity. Assembled production accounts for 40% of the shipbuilding workload, and fixed-order resources are the key resources for assembled production. Therefore, improving the utilization rate of fixed orders can improve the production capacity of assembled orders, and scientific, reasonable and efficient preparation of fixed-order orders can improve the utilization rate of fixed orders. . The following factors need to be considered in the preparation of the assembly and fixed plate reservation: (1) the equipment capacity and space constraints of the fixed plate position; (2) the structural characte...

AI Technical Summary

Problems solved by technology

The amount of data required for group establishment and pre-compilation is large, the logic is strict, and repeated adjustments and optimizations are required. Therefore, manual compilation is prone to errors, heavy workload, great difficulty, and extremely low efficiency.

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