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Smart placement, visualization and optimization methodology for component placement and planning

机译:智能布局,可视化和优化方法,用于组件布局和规划

摘要

A child component ID module identifies child components connected to a parent component in response to selection of the parent component for placement on a PCB. The child components identified from component connections of a logic design. A child placement module places the child components around the parent component after placement of the parent component, where each child component is placed in compliance with constraints of the child components. A constraint highlight module identifies, on a PCB layout, an allowable area for component placement and prohibited areas for non-placement after selection of the component. The component is a parent component or a child component identified from component connections of a logic design of an electronic circuit design. The apparatus includes a constraint de-highlight module that removes identification on the PCB layout of the allowable area and the one or more prohibited areas in response to placement of the component.
机译:子组件ID模块响应于选择要放置在PCB上的父组件来识别连接到父组件的子组件。子组件从逻辑设计的组件连接中识别。子级放置模块在放置父级组件之后将子级组件放置在父级组件周围,其中每个子级组件均按照子级组件的约束放置。约束突出显示模块在PCB布局上标识组件放置后的允许区域和选择组件后禁​​止放置的禁止区域。该组件是从电子电路设计的逻辑设计的组件连接中标识的父组件或子组件。该设备包括约束去高亮模块,该约束去高亮模块响应于组件的放置而去除在允许区域和一个或多个禁止区域的PCB布局上的标识。

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