391 lines
13 KiB
C++
391 lines
13 KiB
C++
/*
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* This program source code file is part of KICAD, a free EDA CAD application.
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*
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* Copyright (C) 2011 jean-pierre.charras
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* Copyright (C) 1992-2011 Kicad Developers, see change_log.txt for contributors.
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*
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* This program is free software; you can redistribute it and/or
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* modify it under the terms of the GNU General Public License
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* as published by the Free Software Foundation; either version 2
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* of the License, or (at your option) any later version.
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*
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* This program is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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* GNU General Public License for more details.
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*
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* You should have received a copy of the GNU General Public License
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* along with this program; if not, you may find one here:
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* http://www.gnu.org/licenses/old-licenses/gpl-2.0.html
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* or you may search the http://www.gnu.org website for the version 2 license,
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* or you may write to the Free Software Foundation, Inc.,
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* 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA
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*/
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#include <wx/wx.h>
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#include <wx/config.h>
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#include <wx/filename.h>
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#include <pcb_calculator_frame_base.h>
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#include <pcb_calculator.h>
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#include <UnitSelector.h>
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extern double DoubleFromString( const wxString& TextValue );
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// these values come from QucsStudio ( by Michael Margraf )
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// Display a selection of usual Er, TanD, Rho values
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// format is <value><space><comment>
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/**
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* Function OnEpsilonR_Button
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* Shows a list of current relative dielectric constant(Er)
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* and set the selected value in main dialog frame
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*/
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void PCB_CALCULATOR_FRAME::OnTranslineEpsilonR_Button( wxCommandEvent& event )
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{
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wxArrayString list;
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// EpsilonR ( relative dielectric constant) list
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list.Add( wxT( "4.5 FR4" ) );
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list.Add( wxT( "9.8 alumina (Al2O3)" ) );
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list.Add( wxT( "3.78 fused quartz" ) );
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list.Add( wxT( "3.38 RO4003" ) );
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list.Add( wxT( "2.2 RT/duroid 5880" ) );
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list.Add( wxT( "10.2 RT/duroid 6010LM" ) );
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list.Add( wxT( "2.1 teflon (PTFE)" ) );
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list.Add( wxT( "4.0 PVC" ) );
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list.Add( wxT( "2.3 PE" ) );
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list.Add( wxT( "6.6 beryllia (BeO)" ) );
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list.Add( wxT( "8.7 aluminum nitride" ) );
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list.Add( wxT( "11.9 silicon" ) );
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list.Add( wxT( "12.9 GaAs" ) );
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wxString value = wxGetSingleChoice( wxEmptyString,
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_("Relative Dielectric Constants"), list).BeforeFirst( ' ' );
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if( ! value.IsEmpty() )
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m_Value_EpsilonR->SetValue( value );
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}
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/**
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* Function OnTanD_Button
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* Shows a list of current dielectric loss factor (tangent delta)
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* and set the selected value in main dialog frame
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*/
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void PCB_CALCULATOR_FRAME::OnTranslineTanD_Button( wxCommandEvent& event )
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{
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wxArrayString list;
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// List of current dielectric loss factor (tangent delta)
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list.Clear();
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list.Add( wxT( "2e-2 FR4 @ 1GHz" ) );
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list.Add( wxT( "3e-4 beryllia @ 10GHz" ) );
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list.Add( wxT( "2e-4 aluminia (Al2O3) @ 10GHz" ) );
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list.Add( wxT( "1e-4 fused quartz @ 10GHz" ) );
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list.Add( wxT( "2e-3 RO4003 @ 10GHz" ) );
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list.Add( wxT( "9e-4 RT/duroid 5880 @ 10GHz" ) );
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list.Add( wxT( "2e-4 teflon (PTFE) @ 1MHz" ) );
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list.Add( wxT( "5e-2 PVC @ 1MHz" ) );
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list.Add( wxT( "2e-4 PE @ 1MHz" ) );
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list.Add( wxT( "1e-3 aluminum nitride @ 10GHz" ) );
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list.Add( wxT( "0.015 silicon @ 10GHz" ) );
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list.Add( wxT( "0.002 GaAs @ 10GHz" ) );
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wxString value = wxGetSingleChoice( wxEmptyString,
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_("Dielectric Loss Factor"), list).BeforeFirst( ' ' );
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if( ! value.IsEmpty() )
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m_Value_TanD->SetValue( value );
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}
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/**
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* Function OnTranslineRho_Button
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* Shows a list of current Specific resistance list (rho)
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* and set the selected value in main dialog frame
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*/
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void PCB_CALCULATOR_FRAME::OnTranslineRho_Button( wxCommandEvent& event )
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{
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wxArrayString list;
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// Specific resistance list in ohms*meters (rho):
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list.Clear();
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list.Add( wxT( "2.4e-8 gold" ) );
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list.Add( wxT( "1.72e-8 copper" ) );
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list.Add( wxT( "1.62e-8 silver" ) );
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list.Add( wxT( "12.4e-8 tin" ) );
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list.Add( wxT( "10.5e-8 platinum" ) );
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list.Add( wxT( "2.62e-8 aluminum" ) );
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list.Add( wxT( "6.9e-8 nickel" ) );
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list.Add( wxT( "3.9e-8 brass (66Cu 34Zn)" ) );
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list.Add( wxT( "9.71e-8 iron" ) );
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list.Add( wxT( "6.0e-8 zinc" ) );
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wxString value = wxGetSingleChoice( wxEmptyString,
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_("Specific Resistance"), list).BeforeFirst( ' ' );
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if( ! value.IsEmpty() )
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m_Value_Rho->SetValue( value );
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}
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// Minor helper struct to handle dialog items for a given parameter
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struct DLG_PRM_DATA
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{
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wxStaticText * name;
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wxTextCtrl * value;
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UNIT_SELECTOR * unit;
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};
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/**
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* Function TranslineTypeSelection
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* Must be called after selection of a new transline.
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* Update all values, labels and tool tips of parameters needed
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* by the new transline
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* Irrelevant parameters texts are blanked.
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* @param aType = the transline_type_id of the new selected transline
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*/
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void PCB_CALCULATOR_FRAME::TranslineTypeSelection( enum TRANSLINE_TYPE_ID aType )
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{
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wxString msg;
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#define DOUBLE_TO_CTLR( dlg_item, value ) { msg.Printf( wxT( "%g" ), value );\
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dlg_item->SetValue( msg ); }
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m_currTransLineType = aType;
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if( (m_currTransLineType < START_OF_LIST_TYPE )
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|| ( m_currTransLineType >= END_OF_LIST_TYPE ) )
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m_currTransLineType = DEFAULT_TYPE;
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// This helper bitmap is shown for coupled microstrip only:
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m_bmCMicrostripZoddZeven->Show( aType == C_MICROSTRIP_TYPE );
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TRANSLINE_IDENT* tr_ident = m_transline_list[m_currTransLineType];
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m_currTransLine = tr_ident->m_TLine;
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m_radioBtnPrm1->Show( tr_ident->m_HasPrmSelection );
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m_radioBtnPrm2->Show( tr_ident->m_HasPrmSelection );
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// Setup messages
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wxStaticText* left_msg_list[] =
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{
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m_left_message1, m_left_message2, m_left_message3,
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m_left_message4, m_left_message5, m_left_message6,
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m_left_message7, NULL
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};
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wxStaticText* msg_list[] =
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{
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m_Message1, m_Message2, m_Message3,
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m_Message4, m_Message5, m_Message6,
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m_Message7, NULL
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};
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unsigned jj = 0;
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for( ; jj < tr_ident->m_Messages.GetCount(); jj++ )
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{
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if( left_msg_list[jj] == NULL )
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break;
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left_msg_list[jj]->SetLabel( tr_ident->m_Messages[jj] );
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msg_list[jj]->SetLabel( wxEmptyString );
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}
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while( left_msg_list[jj] )
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{
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left_msg_list[jj]->SetLabel( wxEmptyString );
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msg_list[jj]->SetLabel( wxEmptyString );
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jj++;
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}
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// Init parameters dialog items
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struct DLG_PRM_DATA substrateprms[] =
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{
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{ m_EpsilonR_label,m_Value_EpsilonR, NULL },
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{ m_TanD_label,m_Value_TanD, NULL },
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{ m_Rho_label, m_Value_Rho, NULL },
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{ m_substrate_prm4_label,m_Substrate_prm4_Value, m_SubsPrm4_choiceUnit },
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{ m_substrate_prm5_label,m_Substrate_prm5_Value, m_SubsPrm5_choiceUnit },
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{ m_substrate_prm6_label,m_Substrate_prm6_Value, m_SubsPrm6_choiceUnit },
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{ m_substrate_prm7_label,m_Substrate_prm7_Value, m_SubsPrm7_choiceUnit },
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{ m_substrate_prm8_label,m_Substrate_prm8_Value, m_SubsPrm8_choiceUnit },
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{ m_substrate_prm9_label,m_Substrate_prm9_Value, m_SubsPrm9_choiceUnit }
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};
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#define substrateprms_cnt (sizeof(substrateprms)/sizeof(substrateprms[0]))
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struct DLG_PRM_DATA physprms[] =
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{
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{ m_phys_prm1_label,m_Phys_prm1_Value,m_choiceUnit_Param1 },
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{ m_phys_prm2_label,m_Phys_prm2_Value,m_choiceUnit_Param2 },
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{ m_phys_prm3_label,m_Phys_prm3_Value,m_choiceUnit_Param3 }
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};
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#define physprms_cnt (sizeof(physprms)/sizeof(physprms[0]))
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struct DLG_PRM_DATA elecprms[] =
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{
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{ m_elec_prm1_label,m_Elec_prm1_Value, m_choiceUnit_ElecPrm1 },
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{ m_elec_prm2_label,m_Elec_prm2_Value, m_choiceUnit_ElecPrm2 },
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{ m_elec_prm3_label,m_Elec_prm3_Value, m_choiceUnit_ElecPrm3 }
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};
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#define elecprms_cnt (sizeof(elecprms)/sizeof(elecprms[0]))
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struct DLG_PRM_DATA frequencyprms[] =
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{
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{ m_Frequency_label,m_Value_Frequency_Ctrl, m_choiceUnit_Frequency }
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};
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#define frequencyprms_cnt (sizeof(frequencyprms)/sizeof(frequencyprms[0]))
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unsigned idxsubs = 0;
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unsigned idxphys = 0;
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unsigned idxelec = 0;
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unsigned idxfreq = 0;
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for( unsigned ii = 0; ii < tr_ident->GetPrmsCount(); ii++ )
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{
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TRANSLINE_PRM* prm = tr_ident->GetPrm( ii );
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struct DLG_PRM_DATA * data = NULL;
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switch( prm->m_Type )
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{
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case PRM_TYPE_SUBS:
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wxASSERT( idxsubs < substrateprms_cnt );
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data = &substrateprms[idxsubs];
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idxsubs++;
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break;
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case PRM_TYPE_PHYS:
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wxASSERT( idxphys < physprms_cnt );
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data = &physprms[idxphys];
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idxphys++;
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break;
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case PRM_TYPE_ELEC:
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wxASSERT( idxelec < elecprms_cnt );
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data = &elecprms[idxelec];
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idxelec++;
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break;
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case PRM_TYPE_FREQUENCY:
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wxASSERT( idxfreq < frequencyprms_cnt );
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data = &frequencyprms[idxfreq];
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idxfreq++;
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break;
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}
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wxASSERT ( data );
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data->name->SetToolTip( prm->m_ToolTip );
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data->name->SetLabel( prm->m_Label );
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prm->m_ValueCtrl = data->value;
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if( prm->m_Id != DUMMY_PRM )
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{
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DOUBLE_TO_CTLR( data->value, prm->m_Value );
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data->value->Enable( true );
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}
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else
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{
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data->value->SetValue( wxEmptyString );
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data->value->Enable( false );
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}
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if( prm->m_ConvUnit )
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prm->m_UnitCtrl = data->unit;
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if( data->unit )
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{
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data->unit->Show( prm->m_ConvUnit );
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data->unit->Enable( prm->m_ConvUnit );
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data->unit->SetSelection( prm->m_UnitSelection );
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}
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}
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// Clear all unused params
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for( ; idxsubs < substrateprms_cnt; idxsubs++ )
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{
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substrateprms[idxsubs].name->SetLabel(wxEmptyString);
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substrateprms[idxsubs].name->SetToolTip(wxEmptyString);
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substrateprms[idxsubs].value->SetValue(wxEmptyString);
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substrateprms[idxsubs].value->Enable( false );
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if( substrateprms[idxsubs].unit)
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{
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substrateprms[idxsubs].unit->Show( false );
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substrateprms[idxsubs].unit->Enable( false );
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substrateprms[idxsubs].unit->SetSelection( 0 );
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}
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}
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for( ; idxphys < physprms_cnt; idxphys++ )
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{
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physprms[idxphys].name->SetLabel(wxEmptyString);
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physprms[idxphys].name->SetToolTip(wxEmptyString);
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physprms[idxphys].value->SetValue(wxEmptyString);
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physprms[idxphys].value->Enable( false );
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if( physprms[idxphys].unit)
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{
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physprms[idxphys].unit->Show( false );
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physprms[idxphys].unit->Enable( false );
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physprms[idxphys].unit->SetSelection( 0 );
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}
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}
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for( ; idxelec < elecprms_cnt; idxelec++)
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{
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elecprms[idxelec].name->SetLabel(wxEmptyString);
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elecprms[idxelec].name->SetToolTip(wxEmptyString);
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elecprms[idxelec].value->SetValue(wxEmptyString);
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elecprms[idxelec].value->Enable( false );
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if( elecprms[idxelec].unit)
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{
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elecprms[idxelec].unit->Show( false );
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elecprms[idxelec].unit->Enable( false );
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elecprms[idxelec].unit->SetSelection( 0 );
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}
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}
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for( ; idxfreq < frequencyprms_cnt; idxfreq++ )
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{
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frequencyprms[idxfreq].name->SetLabel(wxEmptyString);
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frequencyprms[idxfreq].name->SetToolTip(wxEmptyString);
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frequencyprms[idxfreq].value->SetValue(wxEmptyString);
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frequencyprms[idxfreq].value->Enable( false );
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if( frequencyprms[idxfreq].unit )
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{
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frequencyprms[idxfreq].unit->Show( false );
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frequencyprms[idxfreq].unit->Enable( false );
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frequencyprms[idxfreq].unit->SetSelection( 0 );
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}
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}
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}
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/**
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* Function TransfDlgDataToTranslineParams
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* Read values entered in dialog frame, and copy these values
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* in current transline parameters, converted in normalized units
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*/
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void PCB_CALCULATOR_FRAME::TransfDlgDataToTranslineParams()
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{
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TRANSLINE_IDENT* tr_ident = m_transline_list[m_currTransLineType];
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for( unsigned ii = 0; ii < tr_ident->GetPrmsCount(); ii++ )
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{
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TRANSLINE_PRM* prm = tr_ident->GetPrm( ii );
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wxTextCtrl * value_ctrl = (wxTextCtrl * ) prm->m_ValueCtrl;
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wxString value_txt = value_ctrl->GetValue();
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double value = DoubleFromString(value_txt);
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prm->m_Value = value;
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UNIT_SELECTOR * unit_ctrl = (UNIT_SELECTOR * ) prm->m_UnitCtrl;
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if( unit_ctrl )
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{
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prm->m_UnitSelection = unit_ctrl->GetSelection();
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value *= unit_ctrl->GetUnitScale();
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}
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prm->m_NormalizedValue = value;
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}
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}
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/**
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* Function OnTranslineSelection
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* Called on new transmission line selection
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*/
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void PCB_CALCULATOR_FRAME::OnTranslineSelection( wxCommandEvent& event )
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{
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enum TRANSLINE_TYPE_ID id = (enum TRANSLINE_TYPE_ID) event.GetSelection();
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TranslineTypeSelection( id );
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// Texts and units choice widgets can have their size modified:
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// The new size must be taken in account
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m_panelTransline->GetSizer()->Layout();
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m_panelTransline->Refresh();
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}
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