operator=( const SGVECTOR& source ); }; The IFSG_NODE class is the base class for all scenegraph nodes. All scenegraph objects implement the public functions of this class but in some cases a particular it may contain any number of child IFSG_SHAPE and IFSG_TRANSFORM nodes and any number of referenced IFSG_SHAPE and IFSG_TRANSFORM nodes. A valid scenegraph must have a single IFSG_TRANSFORM object as a ensures that all nodes have a unique name to present to the final output file. // Internally, RenameNodes() will only rename the given node and all Child subnodes; // nodes which are only

operator=( const SGVECTOR& source ); }; The IFSG_NODE class is the base class for all scenegraph nodes. All scenegraph objects implement the public functions of this class but in some cases a particular it may contain any number of child IFSG_SHAPE and IFSG_TRANSFORM nodes and any number of referenced IFSG_SHAPE and IFSG_TRANSFORM nodes. A valid scenegraph must have a single IFSG_TRANSFORM object as a ensures that all nodes have a unique name to present to the final output file. // Internally, RenameNodes() will only rename the given node and all Child subnodes; // nodes which are only

operator=( const SGVECTOR& source ); }; The IFSG_NODE class is the base class for all scenegraph nodes. All scenegraph objects implement the public functions of this Kicad Plugins 23 / 33 class but in it may contain any number of child IFSG_SHAPE and IFSG_TRANSFORM nodes and any number of referenced IFSG_SHAPE and IFSG_TRANSFORM nodes. A valid scenegraph must have a single IFSG_TRANSFORM object as this ensures that all nodes have a unique name to present to the final output ←� file. // Internally, RenameNodes() will only rename the given node and all Child subnodes; // nodes which are only referenced

operator=( const SGVECTOR& source ); }; The IFSG_NODE class is the base class for all scenegraph nodes. All scenegraph objects implement the public functions of this class but in some cases a particular it may contain any number of child IFSG_SHAPE and IFSG_TRANSFORM nodes and any number of referenced IFSG_SHAPE and IFSG_TRANSFORM nodes. A valid scenegraph must have a single IFSG_TRANSFORM object as this ensures that all nodes have a unique name to present to the final output ←� file. // Internally , RenameNodes() will only rename the given node and all Child subnodes; // nodes which are only referenced

ensures that all nodes have a unique name to present to the final output file. // Internally, RenameNodes() will only rename the given node and all Child subnodes; // nodes which are only supplied // by 'S3DCACHE->Load()' ensures that all nodes but the returned node (top node) are // children of at least one node, so all nodes are given unique names. // 3. if SG* trees are created RenameNodes() as appropriate to ensure that all nodes have a unique name // 4. create an assembly structure by creating new IFSG_TRANSFORM nodes as appropriate // for each instance of a

this ensures that all nodes have a unique name to present to the final output ←� file. // Internally , RenameNodes() will only rename the given node and all Child subnodes; // nodes which are only referenced pointer supplied // by 'S3DCACHE ->Load()' ensures that all nodes but the returned node (top node) are // children of at least one node, so all nodes are given unique names. // 3. if SG* trees are created // RenameNodes() as appropriate to ensure that all nodes have a unique name // 4. create an assembly structure by creating new IFSG_TRANSFORM nodes as appropriate // for each instance of a component;

N-000007 N-000007 Q2N2222 Q1 N-000010 /VIN N-000007 N-000007 Q2N2222 .print ac v(vout) .plot ac v(nodes) (-1,5) .end 10.4. Notes on Netlists 10.4.1. Netlist name precautions Many software tools that to the Spice model nodes shown above, one needs to use an alternate node sequence option with value: "1 3 5 2 4". It is a list of pin numbers corresponding to the Spice model nodes order. 16.1.1. Passive

N-000007 N-000007 Q2N2222 Q1 N-000010 /VIN N-000007 N-000007 Q2N2222 .print ac v(vout) .plot ac v(nodes) (-1,5) .end 10.4 Notes on Netlists 10.4.1 Netlist name precautions Many software tools that use to the Spice model nodes shown above, one needs to use an alternate node sequence option with value: ”1 3 5 2 4”. It is a list of pin numbers corresponding to the Spice model nodes order. 16.1.1 Passive

N-000007 N-000007 Q2N2222 Q1 N-000010 /VIN N-000007 N-000007 Q2N2222 .print ac v(vout) .plot ac v(nodes) (-1,5) .end 10.4. 关于网表的说明 10.4.1. 网表名称注意事项 许多使用网表的软件工具不接受元件名称、引脚、网络或其他信息中的空格。 避免在标签中使用空格, 或元件或其引脚的名称和值字段 to the Spice model nodes shown above, one needs to use an alternate node sequence option with value: "1 3 5 2 4". It is a list of pin numbers corresponding to the Spice model nodes order. 16.1.1. 无源

N-000007 N-000007 Q2N2222 Q1 N-000010 /VIN N-000007 N-000007 Q2N2222 .print ac v(vout) .plot ac v(nodes) (-1,5) .end 10.4 关于网表的说明 10.4.1 网表名称注意事项 许多使用网表的软件工具不接受元件名称、引脚、网络或其他信息中的空格。避免在标签中使用空格, 或元件或其引 to the Spice model nodes shown above, one needs to use an alternate node sequence option with value: ”1 3 5 2 4”. It is a list of pin numbers corresponding to the Spice model nodes order. 16.1.1 无源