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GerbView #4872 : Map loaded X2 Gerbers or Gerbers using KiCad naming conventions when exporting to Pcbnew 

This Merge Request creates a function called 'findKnownGerbersLoaded()'.  That function in turn
calls the existing 'findNumAltiumGerbersLoaded()' and two new functions:

findNumX2GerbersLoaded()
findNumKiCadGerbersLoaded()

This approach allows a single call to detect Altium/Protel Gerbers, X2 Gerbers, and Gerbers using
KiCad naming conventions.

If it's desired to add detection of Gerbers from other EDA programs, new functions can be written
and then called from 'findKnownGerbersLoaded()'.

Fixes issue https://gitlab.com/kicad/code/kicad/-/issues/4872
pull/16/head
PJM 5 years ago
committed by Seth Hillbrand
parent
98b1f55e29
commit
e28c882ce2
2 changed files with 357 additions and 21 deletions
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  1. 332
      gerbview/select_layers_to_pcb.cpp
  2. 46
      gerbview/select_layers_to_pcb.h

332
gerbview/select_layers_to_pcb.cpp
View File

@ -26,6 +26,7 @@
* 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA
*/
#include <X2_gerber_attributes.h>
#include <fctsys.h>
#include <gerber_file_image.h>
#include <gerber_file_image_list.h>
@ -215,14 +216,14 @@ void LAYERS_MAP_DIALOG::initDialog()
std::vector<int> gerber2KicadMapping;
// See how many of the loaded Gerbers have Altium file extensions
int numAltiumGerbers = findNumAltiumGerbersLoaded( gerber2KicadMapping );
// See how many of the loaded Gerbers can be mapped to KiCad layers automatically
int numMappedGerbers = findKnownGerbersLoaded( gerber2KicadMapping );
if( numAltiumGerbers > 0 )
if( numMappedGerbers > 0 )
{
// See if the user wants to map the Altium Gerbers to known KiCad PCB layers
int returnVal = wxMessageBox(
_( "Gerbers with known layers: " + wxString::Format( wxT( "%i" ), numAltiumGerbers )
_( "Gerbers with known layers: " + wxString::Format( wxT( "%i" ), numMappedGerbers )
+ "\n\nAssign to matching KiCad PCB layers?" ),
_( "Automatic Layer Assignment" ), wxOK | wxCANCEL | wxOK_DEFAULT );
@ -446,6 +447,29 @@ void LAYERS_MAP_DIALOG::OnOkClick( wxCommandEvent& event )
EndModal( wxID_OK );
}
int LAYERS_MAP_DIALOG::findKnownGerbersLoaded( std::vector<int>& aGerber2KicadMapping )
{
int numKnownGerbers = 0;
// We can automatically map Gerbers using different techniques. The first thing we
// try is to see if any of the loaded Gerbers were created by or use the
// Altium/Protel file extensions
numKnownGerbers += findNumAltiumGerbersLoaded( aGerber2KicadMapping );
// Next we check if any of the loaded Gerbers are X2 Gerbers and if they contain
// layer information in "File Functions". For info about X2 Gerbers see
// http://www.ucamco.com/files/downloads/file/81/the_gerber_file_format_specification.pdf
numKnownGerbers += findNumX2GerbersLoaded( aGerber2KicadMapping );
// Finally, check if any of the loaded Gerbers use the KiCad naming conventions
numKnownGerbers += findNumKiCadGerbersLoaded( aGerber2KicadMapping );
return numKnownGerbers;
}
int LAYERS_MAP_DIALOG::findNumAltiumGerbersLoaded( std::vector<int>& aGerber2KicadMapping )
{
// The next comment preserves initializer formatting below it
@ -503,29 +527,46 @@ int LAYERS_MAP_DIALOG::findNumAltiumGerbersLoaded( std::vector<int>& aGerber2Kic
GERBER_FILE_IMAGE_LIST* images = m_Parent->GetGerberLayout()->GetImagesList();
// If the passed vector isn't empty but is too small to hold the loaded
// Gerbers, then bail because something isn't right.
if( ( aGerber2KicadMapping.size() != 0 )
&& ( aGerber2KicadMapping.size() != (size_t) m_gerberActiveLayersCount ) )
return numAltiumMatches;
// If the passed vector is empty, set it to the same number of elements as there
// are loaded Gerbers, and set each to "UNSELECTED_LAYER"
if( aGerber2KicadMapping.size() == 0 )
aGerber2KicadMapping.assign( m_gerberActiveLayersCount, UNSELECTED_LAYER );
// Loop through all loaded Gerbers looking for any with Altium specific extensions
for( int ii = 0; ii < m_gerberActiveLayersCount; ii++ )
{
// Get file name of Gerber loaded on this layer.
wxFileName fn( images->GetGbrImage( ii )->m_FileName );
if( images->GetGbrImage( ii ) )
{
// Get file name of Gerber loaded on this layer.
wxFileName fn( images->GetGbrImage( ii )->m_FileName );
// Get uppercase version of file extension
wxString FileExt = fn.GetExt();
FileExt.MakeUpper();
// Get uppercase version of file extension
wxString FileExt = fn.GetExt();
FileExt.MakeUpper();
// Check for matching Altium Gerber file extension we'll handle
it = altiumExt.find( FileExt );
// Check for matching Altium Gerber file extension we'll handle
it = altiumExt.find( FileExt );
if( it != altiumExt.end() )
{
// We got a match, so store the KiCad layer number
aGerber2KicadMapping.push_back( it->second );
numAltiumMatches++;
}
else
{
// If there's no Altium match, then note the layer as unselected
aGerber2KicadMapping.push_back( UNSELECTED_LAYER );
if( it != altiumExt.end() )
{
// We got a match, so store the KiCad layer number. We verify it's set to
// "UNSELECTED_LAYER" in case the passed vector already had entries
// matched to other known Gerber files. This will preserve them.
if( aGerber2KicadMapping[ii] == UNSELECTED_LAYER )
{
aGerber2KicadMapping[ii] = it->second;
numAltiumMatches++;
}
}
}
}
@ -534,3 +575,252 @@ int LAYERS_MAP_DIALOG::findNumAltiumGerbersLoaded( std::vector<int>& aGerber2Kic
// KiCad layer for Altium Gerbers, or "UNSELECTED_LAYER" for the rest.
return numAltiumMatches;
}
int LAYERS_MAP_DIALOG::findNumKiCadGerbersLoaded( std::vector<int>& aGerber2KicadMapping )
{
// The next comment preserves initializer formatting below it
// clang-format off
// This map contains the known KiCad suffixes used for Gerbers that we care about,
// along with their corresponding KiCad layer
std::map<wxString, PCB_LAYER_ID> kicadLayers
{
{ "-F_Cu", F_Cu },
{ "-In1_Cu", In1_Cu },
{ "-In2_Cu", In2_Cu },
{ "-In3_Cu", In3_Cu },
{ "-In4_Cu", In4_Cu },
{ "-In5_Cu", In5_Cu },
{ "-In6_Cu", In6_Cu },
{ "-In7_Cu", In7_Cu },
{ "-In8_Cu", In8_Cu },
{ "-In9_Cu", In9_Cu },
{ "-In10_Cu", In10_Cu },
{ "-In11_Cu", In11_Cu },
{ "-In12_Cu", In12_Cu },
{ "-In13_Cu", In13_Cu },
{ "-In14_Cu", In14_Cu },
{ "-In15_Cu", In15_Cu },
{ "-In16_Cu", In16_Cu },
{ "-In17_Cu", In17_Cu },
{ "-In18_Cu", In18_Cu },
{ "-In19_Cu", In19_Cu },
{ "-In20_Cu", In20_Cu },
{ "-In21_Cu", In21_Cu },
{ "-In22_Cu", In22_Cu },
{ "-In23_Cu", In23_Cu },
{ "-In24_Cu", In24_Cu },
{ "-In25_Cu", In25_Cu },
{ "-In26_Cu", In26_Cu },
{ "-In27_Cu", In27_Cu },
{ "-In28_Cu", In28_Cu },
{ "-In29_Cu", In29_Cu },
{ "-In30_Cu", In30_Cu },
{ "-B_Cu", B_Cu },
{ "-B_Adhes", B_Adhes },
{ "-F_Adhes", F_Adhes },
{ "-B_Paste", B_Paste },
{ "-F_Paste", F_Paste },
{ "-B_SilkS", B_SilkS },
{ "-F_SilkS", F_SilkS },
{ "-B_Mask", B_Mask },
{ "-F_Mask", F_Mask },
{ "-Dwgs_User", Dwgs_User },
{ "-Cmts_User", Cmts_User },
{ "-Eco1_User", Eco1_User },
{ "-Eco2_User", Eco2_User },
{ "-Edge_Cuts", Edge_Cuts }
};
// clang-format on
std::map<wxString, PCB_LAYER_ID>::iterator it;
int numKicadMatches = 0; // Assume we won't find KiCad Gerbers
GERBER_FILE_IMAGE_LIST* images = m_Parent->GetGerberLayout()->GetImagesList();
// If the passed vector isn't empty but is too small to hold the loaded
// Gerbers, then bail because something isn't right.
if( ( aGerber2KicadMapping.size() != 0 )
&& ( aGerber2KicadMapping.size() < (size_t) m_gerberActiveLayersCount ) )
return numKicadMatches;
// If the passed vector is empty, set it to the same number of elements as there
// are loaded Gerbers, and set each to "UNSELECTED_LAYER"
if( aGerber2KicadMapping.size() == 0 )
aGerber2KicadMapping.assign( m_gerberActiveLayersCount, UNSELECTED_LAYER );
// Loop through all loaded Gerbers looking for any with KiCad specific layer names
for( int ii = 0; ii < m_gerberActiveLayersCount; ii++ )
{
if( images->GetGbrImage( ii ) )
{
// Get file name of Gerber loaded on this layer.
wxFileName fn( images->GetGbrImage( ii )->m_FileName );
wxString layerName = fn.GetName();
// To create Gerber file names, KiCad appends a suffix consisting of a "-" and the
// name of the layer to the project name. We need to isolate the suffix if present
// and see if it's a known KiCad layer name. Start by looking for the last "-" in
// the file name.
int dashPos = layerName.Find( '-', true );
// If one was found, isolate the suffix from the "-" to the end of the file name
wxString suffix;
if( dashPos != wxNOT_FOUND )
suffix = layerName.Right( layerName.length() - dashPos );
// Check if the string we've isolated matches any known KiCad layer names
it = kicadLayers.find( suffix );
if( it != kicadLayers.end() )
{
// We got a match, so store the KiCad layer number. We verify it's set to
// "UNSELECTED_LAYER" in case the passed vector already had entries
// matched to other known Gerber files. This will preserve them.
if( aGerber2KicadMapping[ii] == UNSELECTED_LAYER )
{
aGerber2KicadMapping[ii] = it->second;
numKicadMatches++;
}
}
}
}
// Return number of KiCad Gerbers we found. Each index in the passed vector corresponds to
// a loaded Gerber layer, and the entry will contain the index to the matching
// KiCad layer for KiCad Gerbers, or "UNSELECTED_LAYER" for the rest.
return numKicadMatches;
}
int LAYERS_MAP_DIALOG::findNumX2GerbersLoaded( std::vector<int>& aGerber2KicadMapping )
{
// The next comment preserves initializer formatting below it
// clang-format off
// This map contains the known KiCad X2 "File Function" values used for Gerbers that we
// care about, along with their corresponding KiCad layer
std::map<wxString, PCB_LAYER_ID> kicadLayers
{
{ "Top", F_Cu },
{ "L2", In1_Cu },
{ "L2", In1_Cu },
{ "L2", In2_Cu },
{ "L3", In3_Cu },
{ "L4", In4_Cu },
{ "L5", In5_Cu },
{ "L6", In6_Cu },
{ "L7", In7_Cu },
{ "L8", In8_Cu },
{ "L9", In9_Cu },
{ "L10", In10_Cu },
{ "L11", In11_Cu },
{ "L12", In12_Cu },
{ "L13", In13_Cu },
{ "L14", In14_Cu },
{ "L15", In15_Cu },
{ "L16", In16_Cu },
{ "L17", In17_Cu },
{ "L18", In18_Cu },
{ "L19", In19_Cu },
{ "L20", In20_Cu },
{ "L21", In21_Cu },
{ "L22", In22_Cu },
{ "L23", In23_Cu },
{ "L24", In24_Cu },
{ "L25", In25_Cu },
{ "L26", In26_Cu },
{ "L27", In27_Cu },
{ "L28", In28_Cu },
{ "L29", In29_Cu },
{ "L30", In30_Cu },
{ "Bot", B_Cu },
{ "BotGlue", B_Adhes },
{ "TopGlue", F_Adhes },
{ "BotPaste", B_Paste },
{ "TopPaste", F_Paste },
{ "BotLegend", B_SilkS },
{ "TopLegend", F_SilkS },
{ "BotSoldermask", B_Mask },
{ "TopSoldermask", F_Mask },
{ "FabricationDrawing", Dwgs_User },
{ "OtherDrawing", Cmts_User },
{ "TopAssemblyDrawing", Eco1_User },
{ "BotAssemblyDrawing", Eco2_User },
{ "PProfile", Edge_Cuts }, // Plated PCB outline
{ "NPProfile", Edge_Cuts } // Non-plated PCB outline
};
// clang-format on
std::map<wxString, PCB_LAYER_ID>::iterator it;
int numKicadMatches = 0; // Assume we won't find KiCad Gerbers
wxString mapThis;
GERBER_FILE_IMAGE_LIST* images = m_Parent->GetGerberLayout()->GetImagesList();
// If the passed vector isn't empty but is too small to hold the loaded
// Gerbers, then bail because something isn't right.
if( ( aGerber2KicadMapping.size() != 0 )
&& ( aGerber2KicadMapping.size() < (size_t) m_gerberActiveLayersCount ) )
return numKicadMatches;
// If the passed vector is empty, set it to the same number of elements as there
// are loaded Gerbers, and set each to "UNSELECTED_LAYER"
if( aGerber2KicadMapping.size() == 0 )
aGerber2KicadMapping.assign( m_gerberActiveLayersCount, UNSELECTED_LAYER );
// Loop through all loaded Gerbers looking for any with X2 File Functions
for( int ii = 0; ii < m_gerberActiveLayersCount; ii++ )
{
if( images->GetGbrImage( ii ) )
{
X2_ATTRIBUTE_FILEFUNCTION* x2 = images->GetGbrImage( ii )->m_FileFunction;
mapThis = "";
if( images->GetGbrImage( ii )->m_IsX2_file )
{
if( x2->IsCopper() )
{
// This is a copper layer, so figure out which one
mapThis = x2->GetBrdLayerSide(); // Returns "Top", "Bot" or "Inr"
// To map inner layers properly, we need the layer number
if( mapThis.IsSameAs( wxT( "Inr" ), false ) )
mapThis = x2->GetBrdLayerId(); // Returns "L2", "L5", etc
}
else
{
// Create strings like "TopSolderMask" or "BotPaste" for non-copper layers
mapThis << x2->GetBrdLayerId() << x2->GetFileType();
}
// Check if the string we've isolated matches any known X2 layer names
it = kicadLayers.find( mapThis );
if( it != kicadLayers.end() )
{
// We got a match, so store the KiCad layer number. We verify it's set to
// "UNSELECTED_LAYER" in case the passed vector already had entries
// matched to other known Gerber files. This will preserve them.
if( aGerber2KicadMapping[ii] == UNSELECTED_LAYER )
{
aGerber2KicadMapping[ii] = it->second;
numKicadMatches++;
}
}
}
}
}
return numKicadMatches;
}

46
gerbview/select_layers_to_pcb.h
View File

@ -63,6 +63,21 @@ private:
void OnGetSetup( wxCommandEvent& event ) override;
void OnResetClick( wxCommandEvent& event ) override;
/**
* Finds number of loaded Gerbers where the matching KiCad layer can be identified
*
* The passed vector<int> will be returned with the same number of elements
* as there are Gerber files. The indices into it are 1:1 with the loaded Gerber
* files. Any Gerber that maps will have it's entry set to the KiCad PCB layer
* number. Gerbers that can be identified or which don't map to an
* equivalent KiCad PCB layer will be set to UNSELECTED_LAYER.
*
* @param aGerber2KicadMapping passed to return KiCad PCB layer number for each Gerber
*
* @return int - The number of loaded Gerbers that have Altium extensions
*/
int findKnownGerbersLoaded( std::vector<int>& aGerber2KicadMapping );
/**
* Finds number of loaded Gerbers using Altium file extensions
*
@ -78,6 +93,37 @@ private:
*/
int findNumAltiumGerbersLoaded( std::vector<int>& aGerber2KicadMapping );
/**
* Finds number of loaded Gerbers using KiCad naming convention
*
* The passed vector<int> will be returned with the same number of elements
* as there are Gerber files. The indices into it are 1:1 with the loaded Gerber
* files. Any Gerber that maps will have it's entry set to the KiCad PCB layer
* number. Gerbers that aren't using KiCad naming or which don't map to an
* equivalent KiCad PCB layer will be set to UNSELECTED_LAYER.
*
* @param aGerber2KicadMapping passed to return KiCad PCB layer number for each Gerber
*
* @return int - The number of loaded Gerbers using KiCad naming conventions
*/
int findNumKiCadGerbersLoaded( std::vector<int>& aGerber2KicadMapping );
/**
* Finds number of loaded Gerbers using X2 File Functions to define layers
*
* The passed vector<int> will be returned with the same number of elements
* as there are Gerber files. The indices into it are 1:1 with the loaded Gerber
* files. Any Gerber that maps will have it's entry set to the KiCad PCB layer
* number. Gerbers that aren't using X2 File functions or which don't map to an
* equivalent KiCad PCB layer will be set to UNSELECTED_LAYER.
*
* @param aGerber2KicadMapping passed to return KiCad PCB layer number for each Gerber
*
* @return int - The number of loaded Gerbers with X2 File Functions
*/
int findNumX2GerbersLoaded( std::vector<int>& aGerber2KicadMapping );
DECLARE_EVENT_TABLE()
};

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