By clicking on the Panel Builder symbol, the following dialog will open:

1. Clicking on "Add a new Step" enables you to create an additional step.

2. "Import Step" allows you to import a new design / step from another file.

3. "Create Panel (Simple)" is described separatly and in detail under the post "Create Panel (Simple)".

4. "Create Panel (Intelligent Nesting)" is also explicitly described in an extra post.

5. "Edit Step" is an additional functionality to be used to individually place the origin. 

6. The "Drag and Drop" option allows you to manually place the steps on your panel. Clicking on it, the following dialog will open:

• Minimum Distance: Minimum Distance to another step that should not be deceeded.
• Distance to Profile: Minimum Distance to the profile.
• Show Measure Lines: Measure lines for a better handling of drag & drop.
• Use Orientation Elements: Orientation elements for facilitating drag & drop.

7. Clicking on a step in the list, you can transform the selected step by rotating it or moving it in individually set intervals.

• Minimum Distance: Minimum Distance to another step that should not be deceeded.
• Distance to Profile: Minimum Distance to the profile.

8. This list shows all steps currently placed on the relevant panel with its most important information.

9. Clicking on "Set Fiducials" allows you to define markers on your panel. The following dialog will therefore open:

• You can either use the values from the panel border or from the origin of the border.
• If you want to place markers, you can select the starting point (left-top, right-top, left-bot, right-bot) from which they are to be placed and - if needed - the interval (X offset) that defines the spacing of the placement.
• You have the choice between four default marker symbols; you can also load another symbol out of the default options or choose an own symbol from a library if needed.
• You can also choose to add a mask opening; the size of this opening can be adjusted individually in mm. This also gives you the option to oversize the symbol.
• You also have the option to add components. To do this, you just need to select one from your Package Library.
• Before setting the fiducial markers (Click on "Set Fiducials"), you have to select the propriate layer/s where you want or need to place the markers.

10. "Add Routing" is used to define the routing for your panel. Clicking on "Add Routing" will open the following dialog:

• On the top of the dialog, there are four symbols to be further explained (from the left to the right):
  • 1. Symbol: For checking for components placed nearby.
  • 2. Symbol: For setting the cutout on your mouse position. To multiselect, you have to use shift key; to deactivate snapping, you have use alt key.
  • 3. Symbol: Use for multiply cutouts.
  • 4. Symbol: Use to clean double cutouts.
• Routing Layer: Choose the layere you want to use for routing.
• Routing Size: Select the size of the routing.
• Cutout Length: Adjust the length of your routing.
• CMP area: Set the size of the area not to have any components within it when routing.
• There are three further options that you can select before creating the routing layer: 
  • Clear Layer to create a new layer in case of different milling thicknesses, 
  • Ignore Holes,
  • Only in Panel Profile.
• After the creation of the routing layer, you can "Use Mouse Click" to define a cutout for each mouse click. You just have to click on the intended routing part to set a cutout.

11. For defining holes on your panel, click on "Set Holes". The following dialog will be opened:

• Like described in "9. Set Fiducials", this dialog works practically analogously.
• There is the possibility to decide for the hole shape for each position (left-top, right-top, left-bot, right-bot) by clicking on : You can either decide for an oval form or a round shape. 
• You can define the diameter of the holes to be set in mm. 
• To set the holes like defined before, just click on "Set Holes".

12. "Set Profile" allows you to define the profile of your panel. The following dialog will be opened when clicking on it:

• You have the option between setting the contour according to a rectangle or a manufacturing edge: Depending on your choice you have to set different parameters.
• Rectangle: You have to define the x and y axis as well as the width and height of your profile in mm. If needed, you can select to use rounded corners (you therefore have to define a suitable radius)
• Manufacturing Edge: You have to define the size of left, right, top and bottom of your profile in mm. You can also decide for rounded corners.
• By clicking on "Accept", the current size of all active layers will be calculated. If there is no active layer, all loaded layers will be used instead
• By clicking on "Set by all Outlines/Objects", all loaded objects will be used for the calculation.

13. Here, you can add another step on your current panel by choosing the step out of the provided list options. You are able to select each step that has been defined for this design.

14. Clicking on "Apply" applies all changes made by you on your currently opened design. 

• "PCBI_GenCadImport.PCBI_GenCadExport"

  • ID: 1	Import GenCad file	Params: string importPath
    ID: 2	Export GenCad file	Params: string exportPath

    Example: parent.SendMessage("PCBI_GenCadImport.PCBI_GenCadExport", "script", 2, new List object(){ newGenCad })

• "PCBI_IPC2581B.PCBI_Connection"

  • ID: 1	Import IPC2581b file	Params: string importPath
    ID: 2	Add or modify Stackup	Params: string/IFileData exportPath
    ID: 3	Export Stackup	Params: string/IFileData exportPath
    ID: 4	Export to IPC2581b file	Params: string/IFileData exportPath

    Example: parent.SendMessage("PCBI_IPC2581B.PCBI_Connection", "script", 4, new List object (){ newIPCF })

• "PCBI_DXFImport.PCBI_Connection"

  • ID: 1	Import DXF file	Params: string importPath
    ID: 2	Change Settings as XML	Params: stringimportPath
    ID: 3	Save DXF file	Params:  IFileData filedata Dictionary<double, List PCBI.MathUtils.PointD> outputElements IStep step string outptLayerName bool? unitInch bool unitInch
    ID: 4	Export file Asynchronus	Params:  string name XMLSettingsOutput outputSetting List ILayer outputLayers IStep step bool param
    ID: 5	Export in DXF format	Params:  string exportPath IStep step List ILayer outputLayers XMLSettingsOutput outputSetting bool param

    Example: parent.SendMessage("PCBI_DXFImport.PCBI_Connection", "script", 2, listParams);

• "CncExport.PCBI_Connection"

  • ID: 1	Export SiebUndMeyer	Params:  string exportPath PointD zeroOffset double settingDouble bool settingBool Dictionary<double, List PCBI.MathUtils.PointD> excellonSpecialOutput MoveRoutingDirection routingOptionDirection XMLSettings _settings string layerNames
    ID: 2	Export Excellon2	Params:  string exportPath PointD zeroOffset double settingDouble bool settingBool Dictionary<double, List PCBI.MathUtils.PointD> MoveRoutingDirection routingOptionDirection XMLSettings _settings string layerNames
    ID: 3	Export Posalux	Params: string exportPath PointD zeroOffset double settingDouble bool settingBool Dictionary<double, List PCBI.MathUtils.PointD> MoveRoutingDirection routingOptionDirection XMLSettings _settings string layerNames

    Example: parent.SendMessage("CncExport.PCBI_Connection", "script", 1, listParams);

• "PCBI_MachineFormats_ImportExport.PCBI_Connection"

  • ID: 1	Export Viscom SI	Params: string exportPath
    ID: 2	Export Viscom XML	Params: string exportPath
    ID: 10	Export Parmi	Params: string exportPath
    ID: 11	Export Goepel	Params: string exportPath
    ID: 12	Export Modus	Params: string exportPath
    ID: 13	Export Yamaha	Params: string exportPath
    ID: 14	Export Tri	Params: string exportPath
    ID: 15	Export Mycronic Data	Params: string exportPath, bool exportTHTs

    Example: parent.SendMessage("PCBI_MachineFormats_ImportExport.PCBI_Connection", "script", 1, listParams);

  •  
• "PCBI_Step_Export.PCBI_Connection"

  • ID: 1

    Export Step file

    Params: string outputStepName List string exportOptions ExportOptionAll expOptionAll

    Example: parent.SendMessage("PCBI_Step_Export.PCBI_Connection", "script", 1, listParams);
  •  
• "PCBI_AOICheck.PCBI_Connection"

  • ID: 1	run check without gui	Params: string param
    ID: 10	open dialog and show it	Params: string param

    Example: parent.SendMessage("PCBI_AOICheck.PCBI_Connection", "script", 1, new List object() { newAOI })

• "PCBI_BareBoardDRC.PCBI_Connection"

  • ID: 1	open result file	Params: string param
    ID: 2	show DRC dialog	Params: string param
    ID: 3	run check and save result file	Params: string fileName

    Example: parent.SendMessage("PCBI_BareBoardDRC.PCBI_Connection", "script", 1, new List object() { newDRC })

• "PCBI_ComponentsAnalysis.PCBI_Connection"

  • ID: 1

    Export HTML with all options

    Params: string exportPath

    Example: parent.SendMessage("PCBI_ComponentsAnalysis.PCBI_Connection", "script", 1, new List object(){ newAnalysis })

• "PCBI_CreepageDistances.PCBI_Connection"

  • ID: 1

    Export result in user DIR with given Nets

    Params:  string outputPath PCBI_NetGroups.NetGroup netGr PCBI_CreepageMeasure.XMLCreepageSettings settings

    Example: parent.SendMessage("PCBI_CreepageDistances.PCBI_Connection", "script", 1, listParams)

• "PCBI_HazardAnalysis.PCBI_Connection"

  • ID: 1	Open the Dialog	Params: string fileName
    ID: 2	Save FilePath	Params: string fileName bool saveBothFormats

    Example: parent.SendMessage("PCBI_HazardAnalysis.PCBI_Connection", "script", 1, new List object() { newHazard })

• "PCBI_TombstoneAnalysis.PCBI_Connection"

  • ID: 1

    Export CSV in User Dir

    Params: string fileName

    Example: parent.SendMessage("PCBI_TombstoneAnalysis.PCBI_Connection", "script", 1, new List object() { newTombstone })

• "PCBI_IDFFilter.PCBI_ConnectionImport"

  • ID: 1	Import IDF file	Params: string importPath
    ID: 2	Export IDF file	Params: string exportPath

    Example: parent.SendMessage("PCBI_IDFFilter.PCBI_ConnectionImport", "example", 2, new List object(){"path"}

• "PCBI_NetGroups.PCBI_Connection"

  • ID: 1	Add Rule File	Params: string importPath strong> IFileData importFileData
    ID: 2	Run rule check	Params: string resultPath XMLSettings settings NetGroupList all net groups to check double first double is distance min outer, second double value is distance min inner and third double value is distance min 3D
    ID: 3	Open net group dialog	Params: string info string
    ID: 4	Open net rule dialog	Params: string step name

    Example: parent.SendMessage("PCBI_NetGroups.PCBI_Connection", "example", 4, new List  object(){"stepname"}