members (usual value 1 or -1). Auto save time interval: Time in minutes between saving backups. Part id notation: Style of suffix that is used to denote component parts (U1A, U1.A, U1-1, etc.) Show Grid: to modify previous annotations. The Annotation Choice gives the method used to calculate reference Id: Use first free number in schematic: components are annotated from 1 (for each reference prefix). components --> )&nl;*&nl;

members (usual value 1 or -1). Auto save time interval: Time in minutes between saving backups. Part id notation: Style of suffix that is used to denote component parts (U1A, U1.A, U1-1, etc.) Show Grid: to modify previous annotations. The Annotation Choice gives the method used to calculate reference Id: Eeschema 56 / 139 • Use first free number in schematic: components are annotated from 1 (for each components --> )&nl;*&nl; Eeschema 124 / 139

in the footprint with the specified reference designator. Filter items by parent footprint library id filters to fields in footprint with the specified library identifier. Selected items only filters file will be compressed as a ZIP file. Internal ID: Choose the footprint field to use for the BOM’s internal ID column. This can be a generated unique ID or set to any footprint field in the design. Manufacturer Use `intersectsArea() where possible. existsOnLayer('layer_id') A or B Returns true if the object exists on the given board layer. layer_id is a string containing the name of a board layer. fromTo('x'

in the footprint with the specified reference designator. Filter items by parent footprint library id filters to fields in footprint with the specified library identifier. Selected items only filters file will be compressed as a ZIP file. Internal ID: Choose the footprint field to use for the BOM’s internal ID column. This can be a generated unique ID or set to any footprint field in the design. Manufacturer Use `intersectsArea() where possible. existsOnLayer('layer_id') A or B Returns true if the object exists on the given board layer. layer_id is a string containing the name of a board layer. fromTo('x'

对于带有文本框的筛选器，支持通配符。 * 匹配任何字符， ? 匹配任 何单个字符。 按层筛选对象 筛选到指定板层上的对象。 按位号筛选对象 筛选到封装中具有特定位号的字段。通过父系封装库 ID 筛选对象 筛选到封装中具有指定库标识符的 字段。 Selected items only filters to the current selection. 61 操作 被筛选对象的属性 file will be compressed as a ZIP file. Internal ID: Choose the footprint field to use for the BOM’s internal ID column. This can be a generated unique ID or set to any footprint field in the design. Manufacturer Use `intersectsArea() where possible. existsOnLayer('layer_id') A or B Returns true if the object exists on the given board layer. layer_id is a string containing the name of a board layer. fromTo('x'

draw buses. Line thickness Pen size used to draw objects that do not have a specified pen size. Part ID notation Style of suffix that is used to denote symbol units (U1A, U1.A, U1-1, etc.) Icon scale Adjust components --> )&nl;*&nl; &nl;

18 / 159 Line thickness Pen size used to draw objects that do not have a specified pen size. Part ID notation Style of suffix that is used to denote symbol units (U1A, U1.A, U1-1, etc.) Icon scale Adjust of file --> )&nl;*&nl; &nl;

网格大小选择。 建议 使用普通网格（0.050英寸或1,27毫米）。较小 网格 用于元件构建。 总线厚度 用于绘制总线的笔大小。 线条粗细 用于绘制没有对象的对象的笔大小 指定的笔大小。 元件 ID 表示法 用于表示符号单元的后缀样式（U1A， U1.A，U1-1等） 图标比例 调整工具栏图标大小。 显示网格 网格可见性设置。 将总线和电线限制为 H 和 V 方向 如果检查，总线和 电线仅用垂直或水平线绘制。 components --> )&nl;*&nl; &nl;

网格大小选择。 建议使用普通网格（0.050 英寸或 1,27 毫米）。较小网格用于元件 构建。 总线厚度 用于绘制总线的笔大小。 线条粗细 用于绘制没有对象的对象的笔大小指定的笔大小。 元件 ID 表示法 用于表示符号单元的后缀样式（U1A，U1.A，U1-1 等） 图标比例 调整工具栏图标大小。 显示网格 网格可见性设置。 将总线和电线限制为 H 和 V 方向 如果检查，总线和电线仅用垂直或水平线绘制。否则，可以在任 components --> )&nl;*&nl; Eeschema 简介 126 / 151 &nl;

KEY=VALUE] [--precision PRECISION] [--compress] [--version VAR] [--units VAR] [-- 11 bom-col-int-id FIELD_NAME] [--bom-col-mfg-pn FIELD_NAME] [--bom-col-mfg FIELD_NAME] [--bom-col- dist-pn FIELD_NAME] to use in export. Options are mm (default) or in . --bom-col-int-id Name of the part field to use for the Bill of Materials Internal ID column. This can be any footprint field, or blank to omit this column