cursor. In high density designs there can be so many elements under the cursor that the heuristics algorithm cannot determine a single element. In this case a disambiguation pop-up menu will be displayed with desired element. Note Force display of disambiguation pop-up menu In some instances the heuristics algorithm does not allow the desired element to be selected. In this case, the disambiguation pop-up menu (0, 90, -90, 180 degrees) of the footprint. The placement is made according to an optimization algorithm, which seeks to minimize the length of the ratsnest, and which seeks to create space between the

cursor. In high density designs there can be so many elements under the cursor that the heuristics algorithm cannot determine a single element. In this case a disambiguation pop-up menu will be displayed Pcbnew 17 / 154 Note Force display of disambiguation pop-up menu In some instances the heuristics algorithm does not allow the desired element to be selected. In this case, the disambiguation pop-up menu (0, 90, -90, 180 degrees) of the footprint. The placement is made according to an optimization algorithm, which seeks to minimize the length of the ratsnest, and which seeks to create space between the

strategy KiCad’s zone filling algorithm has been improved to give better results and faster performance. The new algorithm produces slightly different results from the old algorithm, so this setting allows

cursor. In high density designs there can be so many elements under the cursor that the heuristics algorithm cannot determine a single element. In this case a disambiguation pop-up menu will be displayed with desired element. 注意 Force display of disambiguation pop-up menu In some instances the heuristics algorithm does not allow the desired element to be selected. In this case, the disambiguation pop-up menu

cursor. In high density designs there can be so many elements under the cursor that the heuristics algorithm cannot determine a single element. In this case a disambiguation pop-up menu will be displayed desired element. Note Force display of disambiguation pop-up menu In some instances the heuristics algorithm does not allow the desired element to be selected. In this case, the disambiguation pop-up menu

(0, 90, -90, 180 degrees) of the footprint. The placement is made according to an optimization algorithm, which seeks to minimize the length of the ratsnest, and which seeks to create space between the

(0, 90, -90, 180 degrees) of the footprint. The placement is made according to an optimization algorithm, which seeks to minimize the length of the ratsnest, and which seeks to create space between the

Assign a netclass to the net of the selected wire Autoplace Fields Runs the automatic placement algorithm on the symbol or sheet’s fields Break Bus Divide a bus into segments which can be dragged independently

Assign a netclass to the net of the selected wire Autoplace Fields Runs the automatic placement algorithm on the symbol or sheet’s fields Break Bus Divide a bus into segments which can be dragged independently

Netclass… Assign a netclass to nets matching a pattern Autoplace Fields Runs the automatic placement algorithm on the symbol or sheet’s fields Break Divide into connected segments Change Symbol… Assign a