kicad/eeschema/sim/kibis/kibis.h

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/*
* This program source code file is part of KiCad, a free EDA CAD application.
*
* Copyright (C) 2022 Fabien Corona f.corona<at>laposte.net
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* Copyright (C) 2022-2023 KiCad Developers, see AUTHORS.txt for contributors.
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*
* Redistribution and use in source and binary forms, with or without modification,
* are permitted provided that the following conditions are met:
*
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* 1. Redistributions of source code must retain the above copyright notice,
* this list of conditions and the following disclaimer.
*
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* 2. Redistributions in binary form must reproduce the above copyright notice,
* this list of conditions and the following disclaimer in the documentation
* and/or other materials provided with the distribution.
*
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* 3. Neither the name of the copyright holder nor the names of its contributors may be used
* to endorse or promote products derived from this software without specific
* prior written permission.
*
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* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS
* OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY
* AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR
* CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
* CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
* SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
* THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
* OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
* POSSIBILITY OF SUCH DAMAGE.
*/
#ifndef KIBIS_H
#define KIBIS_H
#include "ibis_parser.h"
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class KIBIS_PIN;
class KIBIS_FILE;
class KIBIS_MODEL;
class KIBIS_COMPONENT;
class KIBIS;
class KIBIS_ANY : public IBIS_ANY
{
public:
KIBIS_ANY( KIBIS* aTopLevel );
KIBIS* m_topLevel;
bool m_valid;
};
enum KIBIS_WAVEFORM_TYPE
{
NONE = 0, // Used for three state
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PRBS,
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RECTANGULAR,
STUCK_HIGH,
STUCK_LOW,
HIGH_Z
};
class KIBIS_WAVEFORM : public KIBIS_ANY
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{
public:
KIBIS_WAVEFORM( KIBIS* aTopLevel ) : KIBIS_ANY{ aTopLevel } { m_valid = true; };
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KIBIS_WAVEFORM_TYPE GetType() { return m_type; };
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virtual double GetDuration() { return 1; };
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bool inverted = false; // Used for differential drivers
virtual ~KIBIS_WAVEFORM(){};
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virtual std::vector<std::pair<int, double>> GenerateBitSequence()
{
std::vector<std::pair<int, double>> bits;
return bits;
};
// Check fuction if using waveform data
virtual bool Check( IbisWaveform* aRisingWf, IbisWaveform* aFallingWf ) { return true; };
// Check fuction if using ramp data
virtual bool Check( dvdtTypMinMax aRisingRp, dvdtTypMinMax aFallingRp ) { return true; };
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protected:
KIBIS_WAVEFORM_TYPE m_type = KIBIS_WAVEFORM_TYPE::NONE;
};
class KIBIS_WAVEFORM_RECTANGULAR : public KIBIS_WAVEFORM
{
public:
KIBIS_WAVEFORM_RECTANGULAR( KIBIS* aTopLevel ) : KIBIS_WAVEFORM( aTopLevel )
{
m_type = KIBIS_WAVEFORM_TYPE::RECTANGULAR;
};
double m_ton = 100e-9;
double m_toff = 100e-9;
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double m_delay = 0;
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int m_cycles = 1;
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std::vector<std::pair<int, double>> GenerateBitSequence() override;
bool Check( IbisWaveform* aRisingWf, IbisWaveform* aFallingWf ) override;
bool Check( dvdtTypMinMax aRisingRp, dvdtTypMinMax aFallingRp ) override;
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double GetDuration() override { return ( m_ton + m_toff ) * m_cycles; };
};
// For now, we only support PRBS7
class KIBIS_WAVEFORM_PRBS : public KIBIS_WAVEFORM
{
public:
KIBIS_WAVEFORM_PRBS( KIBIS* aTopLevel ) : KIBIS_WAVEFORM( aTopLevel )
{
m_type = KIBIS_WAVEFORM_TYPE::PRBS;
};
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double m_bitrate = 10e6;
double m_delay = 0;
int m_bits = 10;
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std::vector<std::pair<int, double>> GenerateBitSequence() override;
bool Check( IbisWaveform* aRisingWf, IbisWaveform* aFallingWf ) override;
bool Check( dvdtTypMinMax aRisingRp, dvdtTypMinMax aFallingRp ) override;
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double GetDuration() override { return m_bits / m_bitrate ; };
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};
class KIBIS_WAVEFORM_STUCK_HIGH : public KIBIS_WAVEFORM
{
public:
KIBIS_WAVEFORM_STUCK_HIGH( KIBIS* aTopLevel ) : KIBIS_WAVEFORM( aTopLevel )
{
m_type = KIBIS_WAVEFORM_TYPE::STUCK_HIGH;
};
std::vector<std::pair<int, double>> GenerateBitSequence() override;
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};
class KIBIS_WAVEFORM_STUCK_LOW : public KIBIS_WAVEFORM
{
public:
KIBIS_WAVEFORM_STUCK_LOW( KIBIS* aTopLevel ) : KIBIS_WAVEFORM( aTopLevel )
{
m_type = KIBIS_WAVEFORM_TYPE::STUCK_LOW;
};
std::vector<std::pair<int, double>> GenerateBitSequence() override;
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};
class KIBIS_WAVEFORM_HIGH_Z : public KIBIS_WAVEFORM
{
public:
KIBIS_WAVEFORM_HIGH_Z( KIBIS* aTopLevel ) : KIBIS_WAVEFORM( aTopLevel )
{
m_type = KIBIS_WAVEFORM_TYPE::HIGH_Z;
};
std::vector<std::pair<int, double>> GenerateBitSequence() override;
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};
/** Accuracy level.
*
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* Level 0 is faster, but not as accurate
*
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* Level 0 :
* - Driver: Don't use waveform
* - Driver: Don't use _DUT info
* Level 1 :
* _ Driver: Use up to one waveform
* _ Driver: Don't use _DUT info
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* Level 2 :
* _ Driver: Use up to two waveforms
* _ Driver: Don't use _DUT info
*
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* Level 3 : ( not implemented, fallback to level 2 )
* _ Driver: Use up to two waveforms
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* _ Driver: Use _DUT info if at least one waveform
*/
enum class KIBIS_ACCURACY
{
LEVEL_0,
LEVEL_1,
LEVEL_2,
LEVEL_3,
};
class KIBIS_PARAMETER
{
public:
IBIS_CORNER m_Rpin = IBIS_CORNER::TYP;
IBIS_CORNER m_Lpin = IBIS_CORNER::TYP;
IBIS_CORNER m_Cpin = IBIS_CORNER::TYP;
IBIS_CORNER m_Ccomp = IBIS_CORNER::TYP;
IBIS_CORNER m_supply = IBIS_CORNER::TYP;
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KIBIS_WAVEFORM* m_waveform = nullptr;
KIBIS_ACCURACY m_accuracy = KIBIS_ACCURACY::LEVEL_2;
void SetCornerFromString( IBIS_CORNER& aCorner, std::string aString );
};
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class KIBIS_FILE : KIBIS_ANY
{
public:
KIBIS_FILE( KIBIS* aTopLevel );
std::string m_fileName;
double m_fileRev;
double m_ibisVersion;
std::string m_date;
std::string m_source;
std::string m_notes;
std::string m_disclaimer;
std::string m_copyright;
bool Init( IbisParser& aParser );
};
class KIBIS_MODEL : public KIBIS_ANY
{
public:
KIBIS_MODEL( KIBIS* aTopLevel, IbisModel& aSource, IbisParser& aParser );
std::string m_name;
std::string m_description;
IBIS_MODEL_TYPE m_type = IBIS_MODEL_TYPE::UNDEFINED;
/* The Polarity, Enable, Vinl, Vinh, Vmeas, Cref, Rref, and Vref subparameters are optional. */
/* the default values of Vinl = 0.8 V and Vinh = 2.0 V are assumed. */
double m_vinl = 0.8;
double m_vinh = 2;
double m_vref = 0;
double m_rref = 0;
double m_cref = 0;
double m_vmeas = 0;
IBIS_MODEL_ENABLE m_enable = IBIS_MODEL_ENABLE::UNDEFINED;
IBIS_MODEL_POLARITY m_polarity = IBIS_MODEL_POLARITY::UNDEFINED;
// End of optional subparameters
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TypMinMaxValue m_C_comp;
TypMinMaxValue m_voltageRange;
TypMinMaxValue m_temperatureRange;
TypMinMaxValue m_pullupReference;
TypMinMaxValue m_pulldownReference;
TypMinMaxValue m_GNDClampReference;
TypMinMaxValue m_POWERClampReference;
TypMinMaxValue m_Rgnd;
TypMinMaxValue m_Rpower;
TypMinMaxValue m_Rac;
TypMinMaxValue m_Cac;
IVtable m_GNDClamp;
IVtable m_POWERClamp;
IVtable m_pullup;
IVtable m_pulldown;
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std::vector<IbisWaveform*> m_risingWaveforms;
std::vector<IbisWaveform*> m_fallingWaveforms;
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IbisRamp m_ramp;
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/** @brief Return true if the model has a pulldown transistor */
bool HasPulldown();
/** @brief Return true if the model has a pullup transistor */
bool HasPullup();
/** @brief Return true if the model has a clamp diode to the gnd net */
bool HasGNDClamp();
/** @brief Return true if the model has a clamp diode to the power net */
bool HasPOWERClamp();
/** @brief Generate the spice directive to simulate the die
*
* @param aParam Parameters
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* @param aIndex Index used to offset spice nodes / directives
* @return A multiline string with spice directives
*/
std::string SpiceDie( KIBIS_PARAMETER& aParam, int aIndex );
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/** @brief Create waveform pairs
*
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* For maximum accuracy, we need a waveform pair.
* This function creates the pairs based on the fixture.
* The first element is the rising edge, the second is the falling edge.
*
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* @return a vector of waveform pairs
*/
std::vector<std::pair<IbisWaveform*, IbisWaveform*>> waveformPairs();
/** @brief Generate a square waveform
*
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* For maximum accuracy, we need a waveform pair.
* This function creates the pairs based on the fixture.
*
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* @param aNode1 node where the voltage is applied
* @param aNode2 Reference node
* @param aBits The first member is the bit value ( 1 or 0 ).
* The second member is the time of the transition edge.
* @param aPair @see waveformPairs()
* @param aParam Parameters
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* @return A multiline string with spice directives
*/
std::string generateSquareWave( std::string aNode1, std::string aNode2,
std::vector<std::pair<int, double>> aBits,
std::pair<IbisWaveform*, IbisWaveform*> aPair,
KIBIS_PARAMETER& aParam );
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/** @brief Copy a waveform, and substract the first value to all samples
*
*
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* @param aIn Input waveform
* @return Output waveform
*/
IbisWaveform TrimWaveform( IbisWaveform& aIn );
};
class KIBIS_PIN : public KIBIS_ANY
{
public:
KIBIS_PIN( KIBIS* aTopLevel, IbisComponentPin& aPin, IbisComponentPackage& aPackage,
IbisParser& aParser, KIBIS_COMPONENT* aParent, std::vector<KIBIS_MODEL>& aModels );
/** @brief Name of the pin
* Examples : "VCC", "GPIOA", "CLK", etc...
*/
std::string m_signalName;
/** @brief Pin Number
* Examples : 1, 2, 3 ( or for BGA ), A1, A2, A3, etc...
*/
std::string m_pinNumber;
/** @brief Resistance from die to pin */
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TypMinMaxValue m_Rpin;
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/** @brief Inductance from die to pin */
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TypMinMaxValue m_Lpin;
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/** @brief Capacitance from pin to GND */
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TypMinMaxValue m_Cpin;
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KIBIS_COMPONENT* m_parent;
std::vector<double> m_t, m_Ku, m_Kd;
std::vector<KIBIS_MODEL*> m_models;
bool writeSpiceDriver( std::string* aDest, std::string aName, KIBIS_MODEL& aModel,
KIBIS_PARAMETER& aParam );
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bool writeSpiceDiffDriver( std::string* aDest, std::string aName, KIBIS_MODEL& aModel,
KIBIS_PARAMETER& aParam );
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bool writeSpiceDevice( std::string* aDest, std::string aName, KIBIS_MODEL& aModel,
KIBIS_PARAMETER& aParam );
bool writeSpiceDiffDevice( std::string* aDest, std::string aName, KIBIS_MODEL& aModel,
KIBIS_PARAMETER& aParam );
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/** @brief Update m_Ku, m_Kd using no falling / rising waveform inputs ( low accuracy )
* @param aModel Model to be used
* @param aParam Parameters
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*/
void getKuKdNoWaveform( KIBIS_MODEL& aModel, KIBIS_PARAMETER& aParam );
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/** @brief Update m_Ku, m_Kd using with a single waveform input
* @param aModel Model to be used
* @param aPair @see waveformPairs()
* @param aParam Parameters
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*/
void getKuKdOneWaveform( KIBIS_MODEL& aModel, std::pair<IbisWaveform*, IbisWaveform*> aPair,
KIBIS_PARAMETER& aParam );
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/** @brief Update m_Ku, m_Kd using with two waveform inputs
*
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* The order of aPair1 and aPair2 is not important.
* @param aModel Model to be used
* @param aPair1 @see waveformPairs()
* @param aPair2 @see waveformPairs()
* @param aParam Parameters
* @param aIndex Index for numbering spice .SUBCKT
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*/
void getKuKdTwoWaveforms( KIBIS_MODEL& aModel, std::pair<IbisWaveform*, IbisWaveform*> aPair1,
std::pair<IbisWaveform*, IbisWaveform*> aPair2,
KIBIS_PARAMETER& aParam );
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/** @brief Update m_Ku, m_Kd using with two waveform inputs
*
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* The order of aPair1 and aPair2 is not important.
* @param aModel Model to be used
* @param aPair @see waveformPairs()
* @param aParam Parameters
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* @param aIndex Index for numbering spice .SUBCKT
*
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* @return A multiline string with spice directives
*/
std::string KuKdDriver( KIBIS_MODEL& aModel, std::pair<IbisWaveform*, IbisWaveform*> aPair,
KIBIS_PARAMETER& aParam, int aIndex );
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/** @brief Generate the spice directive to simulate the die for Ku/Kd estimation
*
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* DO NOT use it in order to generate a model.
* It sole purpose is to run the internal simulation to get Ku/Kd
*
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* @param aModel Model to be used
* @param aParam Parameters
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* @param aIndex Index for numbering ports
* @return A multiline string with spice directives
*/
std::string addDie( KIBIS_MODEL& aModel, KIBIS_PARAMETER& aParam, int aIndex );
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/** @brief Update m_Ku, m_Kd using with two waveform inputs
*
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* Runs a simulation. The simulation creates a specific file with Ku/Kd values
* This function then reads the output file and updates m_Ku / m_Kd.
* This function probably needs a rewrite.
*
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* @param aSimul The simulation to run, multiline spice directives
*/
void getKuKdFromFile( std::string* aSimul );
KIBIS_PIN* m_complementaryPin = nullptr;
bool isDiffPin() { return m_complementaryPin != nullptr; };
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};
class KIBIS_COMPONENT : public KIBIS_ANY
{
public:
KIBIS_COMPONENT( KIBIS* aToplevel, IbisComponent& aSource, IbisParser& aParser );
/** @brief Name of the component */
std::string m_name;
/** @brief Name of the manufacturer */
std::string m_manufacturer;
std::vector<KIBIS_PIN> m_pins;
/** @brief Get a pin by its number ( 1, 2, A1, A2, ... )
*
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* @param aPinNumber pin number
* @return pointer to a KIBIS_PIN, or nullptr if there is no matching pin
*/
KIBIS_PIN* GetPin( std::string aPinNumber );
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};
class KIBIS : public KIBIS_ANY
{
public:
KIBIS() : KIBIS_ANY( this ), m_file( this )
{
m_valid = false;
}; // Constructor for unitialized KIBIS members
KIBIS( std::string aFileName, REPORTER* aReporter = nullptr );
REPORTER* m_reporter;
std::vector<KIBIS_COMPONENT> m_components;
std::vector<KIBIS_MODEL> m_models;
KIBIS_FILE m_file;
/** @brief Absolute path of the directory that will be used for caching. */
std::string m_cacheDir = "";
/** @brief Return the model with name aName . Nullptr if not found */
KIBIS_MODEL* GetModel( std::string aName );
/** @brief Return the component with name aName . Nullptr if not found */
KIBIS_COMPONENT* GetComponent( std::string aName );
};
#endif