PLUGIN_3D_DEMO1_REVNO 0 // implement the function which provides users with this plugin's name const char* GetKicadPluginName( void ) { return "PLUGIN_3D_DEMO1"; } // implement the function which provides users with plugin’s services. This is achieved by the Plugin Loader class providing a public interface containing function names which are similar to those implemented by the plugin; the argument lists may vary to accommodate no plugin is loaded. Internally the Plugin Loader uses a stored pointer to each API function to invoke each function on behalf of the user. API: Base Kicad Plugin Class The Base Kicad Plugin Class is

PLUGIN_3D_DEMO1_REVNO 0 // implement the function which provides users with this plugin's name const char* GetKicadPluginName( void ) { return "PLUGIN_3D_DEMO1"; } // implement the function which provides users with plugin’s services. This is achieved by the Plugin Loader class providing a public interface containing function names which are similar to those implemented by the plugin; the argument lists may vary to accommodate no plugin is loaded. Internally the Plugin Loader uses a stored pointer to each API function to invoke each function on behalf of the user. API: Base Kicad Plugin Class The Base Kicad Plugin Class is

PLUGIN_3D_DEMO1_REVNO 0 // implement the function which provides users with this plugin’s name const char* GetKicadPluginName( void ) { return ”PLUGIN_3D_DEMO1”; } // implement the function which provides users with plugin’s services. This is achieved by the Plugin Loader class providing a public interface containing function names which are similar to those implemented by the plugin; the argument lists may vary to accommodate no plugin is loaded. Internally the Plugin Loader uses a stored pointer to each API function to invoke each function on behalf of the user. 3.1.1 API: Base Kicad Plugin Class The Base Kicad Plugin Class

implement the function which provides users with this plugin's name const char* GetKicadPluginName( void ) { return "PLUGIN_3D_DEMO1"; } Kicad Plugins 8 / 33 // implement the function which provides achieved by the Plugin Loader class providing a public Kicad Plugins 19 / 33 interface containing function names which are similar to those implemented by the plugin; the argument lists may vary to accommodate no plugin is loaded. Internally the Plugin Loader uses a stored pointer to each API function to invoke each function on behalf of the user. 3.1.1 API: Base Kicad Plugin Class The Base Kicad Plugin Class

implement the function which provides users with this plugin's name const char* GetKicadPluginName( void ) { return "PLUGIN_3D_DEMO1"; } // 实现为用户提供此插件版本的功能 // implement the function which provides * Function Destroy * deletes the scenegraph object held by this wrapper */ void Destroy( void ); /** * 函数附加。 * 将给定S GNODE* 与此包装器关联。 */ /** * Function Attach Attach( SGNODE* aNode ) = 0; /** * 函数 NewNode。 * 创建与此包装器关联的新节点。 */ /** * Function NewNode * creates a new node to associate with this wrapper */ virtual bool NewNode(

供 b''b'' 此 b''b'' 插 b''b'' 件 b''b'' 名 b''b'' 称 b''b'' 的 b''b'' 函 b''b'' 数 b'' // implement the function which provides users with this plugin 's name const char* GetKicadPluginName( void ) { return 供 b''b'' 此 b''b'' 插 b''b'' 件 b''b'' 版 b''b'' 本 b''b'' 的 b''b'' 功 b''b'' 能 b'' // implement the function which provides users with this plugin 's version void GetPluginVersion( unsigned char* Major, unsigned b''b'' 装 b''b'' 器 b''b'' 持 b''b'' 有 b''b'' 的 b'' Scenegraph b'' 对 b''b'' 象 b''b''。b'' */ /** * Function Destroy * deletes the scenegraph object held by this wrapper */ void Destroy( void ); /** *

reveals a pop-up menu the content of which depends on the element under the mouse arrow. Keyboard (Function keys F1, F2, F3, F4, Shift, Delete, +, -, Page Up, Page Down and Space bar). The Escape key generally pop-up window (using the right mouse button) and then select the desired zoom. Use the following function keys: F1: Enlarge (zoom in) F2: Reduce (zoom out) F3: Redraw the display F4: Center view at paste layers 3.9.5. Place menu Same function as the right-hand toolbar. 3.9.6. Route menu Routing function. 3.9.7. Inspect menu Allows: List nets Measure function Design Rules Checker 3.9.8. Tools

(zero point) of the grid, use Place → Grid Origin and click to place the origin in the canvas. This function is also available with the button in the right toolbar. Alternatively, you can enter explicit a small area. Finally, KiCad can automatically place footprints onto the board. The auto-place function attempts to optimally place footprints to simplify ratsnest connections to other footprints. You files that can be read by external software. The Plot function allows you to export 2D line drawings of the PCB in various formats. The Print function allows you to send a view of the PCB to a 2D printer

(zero point) of the grid, use Place → Grid Origin and click to place the origin in the canvas. This function is also available with the button in the right toolbar. Alternatively, you can enter explicit a small area. Finally, KiCad can automatically place footprints onto the board. The auto-place function attempts to optimally place footprints to simplify ratsnest connections to other footprints. You files that can be read by external software. The Plot function allows you to export 2D line drawings of the PCB in various formats. The Print function allows you to send a view of the PCB to a 2D printer

reveals a pop-up menu the content of which depends on the element under the mouse arrow. • Keyboard (Function keys F1, F2, F3, F4, Shift, Delete, +, -, Page Up, Page Down and Space bar). The Escape key generally pop-up window (using the right mouse button) and then select the desired zoom. • Use the following function keys: – F1: Enlarge (zoom in) – F2: Reduce (zoom out) – F3: Redraw the display – F4: Center 24 / 154 3.9.5 Place menu Same function as the right-hand toolbar. 3.9.6 Route menu Routing function. 3.9.7 Inspect menu Allows: • List nets • Measure function • Design Rules Checker Pcbnew 25