ghost ball target discs (for marking ball target positions on the table or rail).distance template (and another and one with combined, extra-fine scales) (e.g., for measuring stick and ball positions and speeds with video).cut angle and aim training template (with clock-face numbers and object-ball contact-point illustrations).for example, see my September ’06 instructional article.cut angle template (e.g., for visualizing cut angles and for doing experiments).for more info, see the 30° rule and my April ’04 instructional article.30° rule angle templates (for visualizing cue ball angles and training your hand peace-sign).Cranfield arrow (for ghost-ball aiming visualization).Billiard University exam diagrams, templates, and score sheets.angle template (for visualizing and measuring angles).Top 100 Pool Maxims, Sayings, and Quotes.Dave Vimeo Video on Demand Stream/Download Top 100 Tips, Tricks, Secrets, and Gems.Set the symbol to the component by the Edit Component feature. To adjust the symbol, draw it in a new sheet by just using non-functional parts and ports. Calling that feature will add a -internal- library to the library list and create a component made from the current displayed schematic. A subcircuit is created within the LayoutEditor with the Use As Component feature. A subcircuit is displayed as a symbol in the upper level schematic. So a schematic with a subcircuit as component can be a subcircuit in a further schematic. The as component used circuit is also called subcircut. In a hierarchical circuit a schematic sheet is used as a component in another schematic sheet. Parameters for the individual component placement can be adjusted with the Edit Item feature. The label format is also included in the component library and can be adjusted as any other data of a component with the Edit Component feature. The component will be displayed in the schematic with its symbol and a label. To place a component just click it in the component list and place it. Opened component libraries are displayed next to the schematic drawing. This includes parameters of the component, symbol, ports, netlist and simulation data, layout information, and extraction information. Components are managed in libraries which contains all component related information. Any connection to sub schematics or external connections are realized by Ports and Bus Ports.Ī component or device is the functional part of a schematic. A wire connected to a bus needs to be named. It is displayed in another color than a Wire and also can be globally adjusted in the Setup Dialog. The name will be used for the NetlistGeneration as well for the schematic driven layout. A Wire can be named with the LabelNode feature. Two crossing wires without a dot are not connected. A connection of two wires in the schematic is displayed with a small dot. Modifying the color can be globally done in the Setup Dialog. All wires are displayed in the same color. A Wire should not be confused with a Line as a line is non functional. A single connection is drawn in the schematic with the Wire feature. It can be a single connection or a bundle of connections in a bus. A connection can be an electrical connection or any other connection. A symbol is drawn in the same drawing area as the schematic and can be assigned to a component by the EditComponent feature.Ĭonnections connects the ports of a component with other components or via the Port element to an external connection. A symbol of a component consists only of non functional shapes, Ports and BusPorts. Non functional elements are also needed to draw symbols for components. Changing the color is done via the right click menu of the EditItem feature. The color can be set for each non functional part independently and can individually be adjusted. Non functional parts in the SchematicEditor are: It can be a drawing frame or creator name. They are just used for information or administrative purpose. Non functional parts are not considered in the layout or in the simulation. Each sheet consists of components (=devices), connections between the components and non functional parts. Changing the displayed sheet is possible via the combo box control in the tool bar of the SchematicEditor. The SchematicEditor displays just one sheet of this collection at a time.
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