the nets in the net class). Nets have no color by default; this is indicated by a checkerboard pattern in the color swatch. Double-click or right-click a net or net class color swatch to set the color type of length-tuning pattern (single-track length, differential-pair length, and differential-pair skew). These defaults can be overridden in the properties of each tuning pattern added to the board. the Net Classes section lists pattern-based netclass assignments. Working with pattern- based netclass assignments is explained in the Schematic Editor documentation; pattern-based assignments can be edited

the nets in the net class). Nets have no color by default; this is indicated by a checkerboard pattern in the color swatch. Double-click or right-click a net or net class color swatch to set the color type of length-tuning pattern (single-track length, differential-pair length, and differential-pair skew). These defaults can be overridden in the properties of each tuning pattern added to the board. the Net Classes section lists pattern-based netclass assignments. Working with pattern- based netclass assignments is explained in the Schematic Editor documentation; pattern-based assignments can be edited

type of length-tuning pattern (single-track length, differential-pair length, and differential-pair skew). These defaults can be overridden in 17 the properties of each tuning pattern added to the board differential pairs, you must use single-track length tuner. Editing tuning patterns After a tuning pattern has been added, it can be selected, modified, and moved. While it is selected, the target length window. When a pattern is selected, editing handles appear, which let you adjust the pattern geometry. Dragging the handles at the ends of the pattern will expand or contract the pattern along the trace

or Board Setup dialogs. Nets can be added to netclasses in either the schematic or board using pattern-based assignments described below. Nets can also be assigned to netclasses in the schematic using documentation. The bottom pane lists pattern-based netclass assignments. Each row has a net name pattern and a netclass; nets with names that match the pattern are assigned to the specified netclass matches multiple patterns, the first match is used. Pattern-based netclass assignments are dynamic: when a new net is added that matches an existing pattern, it will be assigned to the associated netclass

or Board Setup dialogs. Nets can be added to netclasses in either the schematic or board using pattern-based assignments described below. Nets can also 37 be assigned to netclasses in the schematic documentation. The bottom pane lists pattern-based netclass assignments. Each row has a net name pattern and a netclass; nets with names that match the pattern are assigned to the specified netclass matches multiple patterns, the first match is used. Pattern-based netclass assignments are dynamic: when a new net is added that matches an existing pattern, it will be assigned to the associated netclass

or Board Setup dialogs. Nets can be added to netclasses in either the schematic or board using pattern-based assignments described below. Nets can also be assigned to netclasses in the schematic using documentation. The bottom pane lists pattern-based netclass assignments. Each row has a net name pattern and a netclass; nets with names that match the pattern are assigned to the specified netclass matches multiple patterns, the first match is used. Pattern-based netclass assignments are dynamic: when a new net is added that matches an existing pattern, it will be assigned to the associated netclass

the nets in the net class). Nets have no color by default; this is indicated by a checkerboard pattern in the color swatch. Double-click or right-click a net or net class color swatch to set the color the Net Classes section lists pattern-based netclass assignments. Working with pattern- based netclass assignments is explained in the Schematic Editor documentation; pattern-based assignments can be edited edited in either the Board or Schematic Setup windows. Note that pattern-based assignments can be created directly from the PCB editing canvas by right clicking a copper track or zone and clicking Assign

the nets in the net class). Nets have no color by default; this is indicated by a checkerboard pattern in the color swatch. Double-click or right-click a net or net class color swatch to set the color available space within the zone outline. The zone can also be set to fill a hatch pattern, which will fill the area with a pattern that contains less copper. This can be useful for flexible printed circuits the hatch pattern lines. An orientation of 0 degrees will result in the hatch pattern using horizontal and vertical lines. Hatch width controls the width of each line in the hatch pattern. Hatch gap

documentation. The bottom pane lists pattern-based netclass assignments. Each row has a net name pattern and a netclass; nets with names that match the pattern are assigned to the specified netclass matches multiple patterns, the first match is used. Pattern-based netclass assignments are dynamic: when a new net is added that matches an existing pattern, it will be assigned to the associated netclass and regular expressions. The nets that match the selected pattern are displayed to the right of the pattern list. For example, the net* pattern matches nets named net , net1 , network , and any other

available space within the zone outline. The zone can also be set to fill a hatch pattern, which will fill the area with a pattern that contains less copper. This can be useful for flexible printed circuits the hatch pattern lines. An orientation of 0 degrees will result in the hatch pattern using horizontal and vertical lines. Hatch width controls the width of each line in the hatch pattern. Hatch gap gap controls the distance between each line in the hatch pattern. Smoothing effort controls the style of smoothing applied to the hatch pattern. A value of 0 will result in no smoothing, and a value of