Home > SCH_Document > autoRouting

SCH_Document.autoRouting() method

此 API 当前处于 BETA 预览状态，希望得到开发者的反馈。它的任何功能都可能在接下来的开发进程中被修改，请不要将它用于任何正式环境。

自动布线

签名

function autoRouting(props?: {
	uuids?: undefined | string[];
	netlist?:
		| undefined
		| {
			component: Record<
				string,
				{
					pinInfoMap: Record<
						string,
						{
							name: string;
							number: string;
							net: string;
							props: { 'Pin Number': string };
						}
					>;
				}
			>;
		};
	designatorDeviceTypeMap?:
		| undefined
		| Record<
			string,
			| 'resistor'
			| 'capacitor'
			| 'inductive'
			| 'diode'
			| 'triode'
			| 'oscillator'
			| 'chip'
			| 'otherDevice'
		>;
}): Promise<any>;

参数名

参数	类型	描述
props	{ uuids?: undefined | string[]; netlist?: undefined | { component: Record<string, { pinInfoMap: Record<string, { name: string; number: string; net: string; props: { 'Pin Number': string } }> }> }; designatorDeviceTypeMap?: undefined | Record<string, 'resistor' | 'capacitor' | 'inductive' | 'diode' | 'triode' | 'oscillator' | 'chip' | 'otherDevice'> }	（可选） 自动布线参数

返回值

Promise<any>

自动布线结果

备注

如不传入任何参数，将对所有未布线的网络进行自动布线

示例

// 1. 创建测试原理图并打开
const schematicUuid = await eda.dmt_Schematic.createSchematic();
await new Promise(r => setTimeout(r, 1000));
const schInfo = await eda.dmt_Schematic.getSchematicInfo(schematicUuid);
await eda.dmt_EditorControl.openDocument(schInfo.page[0].uuid);
await new Promise(r => setTimeout(r, 800));

// 2. 放置两个测试器件并取第一个引脚的坐标（关键字搜索当前版本异常，按 C 编号反查器件）
const devices = await eda.lib_Device.searchByProperties({ supplierId: 'C1523' }, undefined, undefined, undefined, 5, 1);
const sysLibUuid = await eda.lib_LibrariesList.getSystemLibraryUuid();
const device = { libraryUuid: sysLibUuid, uuid: devices[0].uuid };
const comp1 = await eda.sch_PrimitiveComponent.create(device, 800, 800);
const comp2 = await eda.sch_PrimitiveComponent.create(device, 1600, 800);
const pin1 = (await comp1.getAllPins())[0];
const pin2 = (await comp2.getAllPins())[0];

// 3. 在两个引脚上放同名接地标志，构成一个跨器件的 GND 网络
const flag1 = await eda.sch_PrimitiveComponent.createNetFlag('Ground', 'GND', pin1.getState_X(), pin1.getState_Y());
const flag2 = await eda.sch_PrimitiveComponent.createNetFlag('Ground', 'GND', pin2.getState_X(), pin2.getState_Y());
console.log('netFlagIds:', flag1.getState_PrimitiveId(), flag2.getState_PrimitiveId());

// 4. 统计布线前导线数，执行自动布线后再统计一次
const wiresBefore = (await eda.sch_PrimitiveWire.getAllPrimitiveId()).length;
const result = await eda.sch_Document.autoRouting();
const wiresAfter = (await eda.sch_PrimitiveWire.getAllPrimitiveId()).length;
console.log('result:', result);
console.log('wiresBefore:', wiresBefore, 'wiresAfter:', wiresAfter);

// 5. 清理测试原理图（器件与网络标志随文档一起删除）
await new Promise(r => setTimeout(r, 1500));
await eda.dmt_Schematic.deleteSchematic(schematicUuid);