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This commit is contained in:
Christophe Alexandre 2008-05-06 13:03:16 +00:00
parent 40c410cabf
commit 97747ddfdc
14 changed files with 1029 additions and 1161 deletions
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2
chamsin/src/analogic/CMakeLists.txt
View File

@ -1,8 +1,6 @@
INCLUDE_DIRECTORIES(${CHAMSIN_SOURCE_DIR}/src/dtr ${HURRICANE_INCLUDE_DIR} ${source_dir}) INCLUDE_DIRECTORIES(${CHAMSIN_SOURCE_DIR}/src/dtr ${HURRICANE_INCLUDE_DIR} ${source_dir})
ADD_LIBRARY(analogic SHARED ADD_LIBRARY(analogic SHARED
GenV1Trans.cpp
MetaTransistor.cpp
Transistor.cpp) Transistor.cpp)
TARGET_LINK_LIBRARIES(analogic dtr ${HURRICANE_LIBRARIES}) TARGET_LINK_LIBRARIES(analogic dtr ${HURRICANE_LIBRARIES})

148
chamsin/src/analogic/GenTrans.h
View File

@ -13,154 +13,6 @@
#include "Box.h" #include "Box.h"
// --------------------------------------------------------------------
// Macro Method : "MAXLONG(a,b), MINLONG(a,b)"
// Comparaison Method Macro For Calculate Rectangles.
#define MAXLONG(a,b) (a>b?a:b)
#define MINLONG(a,b) (a>b?b:a)
// --------------------------------------------------------------------
// Macro Method : "GET_RULE(s)"
// This Method Macro is For geting The Value in RdsUnit of a DRM Rule.
// To Use This Macro, you must predefine Pointeur dtraccess.
#define GET_RULE(s) \
dtraccess->getSingleRdsRuleByLabel(string(s))
// --------------------------------------------------------------------
// Macro Method "GET_RULE_BYNP(prefix, type, suffix)"
// This Method Macro is For geting The Value in RdsUnit of a DRM Rule
// selected by string type which is mostype .
/* \prefix must be a chain character.
* \type mos type('N'/'P'), must be a string.
* \suffix must be a chain character.
*/
// To Use This Macro, you must Predefine Pointeur dtraccess.
#define GET_RULE_BYNP(prefix, type, suffix) \
dtraccess->getSingleRdsRuleByLabel(prefix, type, suffix)
// --------------------------------------------------------------------
// Macro Method : "get_LAYER_BYNP(prefix, type, suffix)"
// This Method Macro is For geting the Layer of a Layer Rule Selected
// by string type which is mostype. To Use This Macro, you must predefine
// Pointeur dtraccess.
/* \prefix must be a chain of character.
* \type mos type('N'/'P'), must be a string.
* \suffix must be a string.
*/
// To Use This Macro, you must Predefine Pointeur dtraccess.
#define GET_LAYER_BYNP(prefix, type, suffix) \
dtraccess->getSingleLayerByLabel(prefix, type, suffix)
// --------------------------------------------------------------------
// Macro Method : "SAVE_RECTANGLE(S, x, y, dx, dy)"
// This Method Macro is For Saving A Rectangle in a map .
/* \s name of rectangle, must be a chain of character.
* \x xmin, must be a long.
* \y ymin, must be a long.
* \dx width, must be a long.
* \dy height, must be a long.
*/
// This Method Macro must be used in Membre Function Calculate.
#define SAVE_RECTANGLE(s, x, y, dx, dy) \
_mapString2Box[string(s)] = Box(getUnit(x), getUnit(y), getUnit(x+dx), getUnit(y+dy)); \
xmin = MINLONG(xmin, getUnit(x)); \
ymin = MINLONG(ymin, getUnit(y));
// --------------------------------------------------------------------
// Macro Method : "GET_BOX(s)"
// This Method Macro is For get the box According to the its name.
/*
* \s name of rectangle, must be a string.
*/
// This Method Macro must be used in member function of Class GenTrans.
//
#define GET_BOX(s) \
_mapString2Box[s]
// ---------------------------------------------------------------------
// Macro Method : "CREATE_CONTACT_MATRIX_UNDER(boxname, nbcolumn, layer, net)"
// This Method Macro is For Create a matrix of Contact under a zone for
// a net specified.
/* \underbox A rectangle under which contacts will be placed, must be a objet Box.
* \nbcolumn the number of column, must be a integer.
* \layer the layer of contact, must be a pointer of type Layer*.
* \net the net to be hooked, must be a pointer of type Net*.
*/
// To use this Macro Function. You Must also définir variable nbcontact,
// tmp_xcenter, tmp_ycenter, rw_cont, rd_cont.
//
#define CREATE_CONTACT_MATRIX_UNDER(underbox, nbcolumn, layer, net) \
\
if(underbox.getHeight()<rw_cont) \
nbcontact = 0; \
else \
nbcontact = (underbox.getHeight()-rw_cont)/(rw_cont + rd_cont) + 1 ;\
\
\
tmp_xcenter = underbox.getXMin() + (rw_cont/2); \
tmp_ycenter = underbox.getYMin() + (rw_cont/2); \
\
\
for(unsigned i=0; i<nbcolumn; i++) { \
\
for(unsigned j=0; j<nbcontact; j++) { \
Contact::create(net, layer \
, tmp_xcenter \
, tmp_ycenter \
, rw_cont \
, rw_cont \
); \
\
tmp_ycenter += (rw_cont + rd_cont); \
} \
\
tmp_xcenter += (rw_cont + rd_cont); \
tmp_ycenter = underbox.getYMin() + (rw_cont/2); \
}
// ------------------------------------------------------------------
// Macro Function : "BOX_IS_VALID(box)"
// This Macro Function is for check if the box is correctly in the
// grille of fondor. It will check if the value of x,y,dx,dy are all
// pair.
/*
* box the box is to check. must be a objet Box.
*/
# define BOX_IS_VALID(box) \
( (long)(getValue(box.getXMin()))%2==0 )&& \
( (long)(getValue(box.getXMax()))%2==0 )&& \
( (long)(getValue(box.getYMin()))%2==0 )&& \
( (long)(getValue(box.getYMax()))%2==0 )
namespace Hurricane { namespace Hurricane {
class GenTrans { class GenTrans {

213
chamsin/src/analogic/GenV1Trans.cpp
View File

@ -13,6 +13,53 @@
#include "AnalogicalCommons.h" #include "AnalogicalCommons.h"
#include "GenTrans.h" #include "GenTrans.h"
#define MAXLONG(a,b) (a>b?a:b)
#define MINLONG(a,b) (a>b?b:a)
#define SAVE_RECTANGLE(s, x, y, dx, dy) \
_mapString2Box[string(s)] = Box(getUnit(x), getUnit(y), getUnit(x+dx), getUnit(y+dy)); \
xmin = MINLONG(xmin, getUnit(x)); \
ymin = MINLONG(ymin, getUnit(y));
#define GET_RULE(s) \
dtraccess->getSingleRdsRuleByLabel(string(s))
#define BOX_IS_VALID(box) \
( (long)(getValue(box.getXMin()))%2==0 )&& \
( (long)(getValue(box.getXMax()))%2==0 )&& \
( (long)(getValue(box.getYMin()))%2==0 )&& \
( (long)(getValue(box.getYMax()))%2==0 )
#define CREATE_CONTACT_MATRIX_UNDER(underbox, nbcolumn, layer, net) \
\
if(underbox.getHeight()<rw_cont) \
nbcontact = 0; \
else \
nbcontact = (underbox.getHeight()-rw_cont)/(rw_cont + rd_cont) + 1 ;\
\
\
tmp_xcenter = underbox.getXMin() + (rw_cont/2); \
tmp_ycenter = underbox.getYMin() + (rw_cont/2); \
\
\
for(unsigned i=0; i<nbcolumn; i++) { \
\
for(unsigned j=0; j<nbcontact; j++) { \
Contact::create(net, layer \
, tmp_xcenter \
, tmp_ycenter \
, rw_cont \
, rw_cont \
); \
\
tmp_ycenter += (rw_cont + rd_cont); \
} \
\
tmp_xcenter += (rw_cont + rd_cont); \
tmp_ycenter = underbox.getYMin() + (rw_cont/2); \
}
namespace Hurricane { namespace Hurricane {
@ -20,8 +67,8 @@ namespace Hurricane {
// **************************************************************************************************** // ****************************************************************************************************
// Globals Datas // Globals Datas
// **************************************************************************************************** // ****************************************************************************************************
string segsforsource[] = {string("20"), string("23")}; string segsforsource[] = {string("20"), string("22")};
string segsfordrain[] = {string("40"), string("43")}; string segsfordrain[] = {string("40"), string("42")};
string segsforgrid[] = {string("00"), string("01"), string("30"), string("31")}; string segsforgrid[] = {string("00"), string("01"), string("30"), string("31")};
//string segsforgrid[] = {string("00"), string("30") }; //string segsforgrid[] = {string("00"), string("30") };
string segsforanonym[] = {string("10"), string("11"), string("12"), string("50")}; string segsforanonym[] = {string("10"), string("11"), string("12"), string("50")};
@ -109,44 +156,44 @@ void GenV1Trans::Calculate(Transistor* transistor)
// Begin Calculate. // Begin Calculate.
//long re_imp_acti = GET_RULE_BYNP("RE_", mostype, "IMP_ACTI"); //long re_imp_acti = GET_RULE_BYNP("RE_", mostype, "IMP_ACTI");
long re_imp_acti = GET_RULE_BYNP("RE_", mostype, "IMP_ACTI"); long re_imp_acti = dtraccess->getSingleRdsRuleByLabel("RE_", mostype, "IMP_ACTI");
long re_imp_poly = GET_RULE_BYNP("RE_", mostype, "IMP_POLY"); long re_imp_poly = dtraccess->getSingleRdsRuleByLabel("RE_", mostype, "IMP_POLY");
long re_imp_cont = GET_RULE_BYNP("RE_", mostype, "IMP_CONT"); long re_imp_cont = dtraccess->getSingleRdsRuleByLabel("RE_", mostype, "IMP_CONT");
long re_imp_gate = GET_RULE_BYNP("RE_", mostype, "IMP_GATE"); long re_imp_gate = dtraccess->getSingleRdsRuleByLabel("RE_", mostype, "IMP_GATE");
//long re_well_acti = GET_RULE_BYNP("RE_", mostype, "WELL_ACTI"); //long re_well_acti = GET_RULE_BYNP("RE_", mostype, "WELL_ACTI");
// Calculate Rectangle 00 // Calculate Rectangle 00
// ********************** // **********************
x00 = 0; x00 = 0;
y00 = -( GET_RULE("RE_GATE_ACTI") ); y00 = -dtraccess->getSingleRdsRuleByLabel("RE_GATE_ACTI");
dx00 = ConvertRealToRdsUnit(_masqueV1Info->getL()); dx00 = ConvertRealToRdsUnit(_masqueV1Info->getL());
realw = ConvertRealToRdsUnit(_masqueV1Info->getW()); realw = ConvertRealToRdsUnit(_masqueV1Info->getW());
dy00 = realw + 2*(-y00); dy00 = realw + 2*(-y00);
SAVE_RECTANGLE("00", x00, y00, dx00, dy00) SAVE_RECTANGLE("00", x00, y00, dx00, dy00);
// Calculate Rectangle 30 // Calculate Rectangle 30
// ********************** // **********************
// cout << "RD_ACTI_CONT is " << GET_RULE("RD_ACTI_CONT")<<endl; // cout << "RD_ACTI_CONT is " << dtraccess->getSingleRdsRuleByLabel("RD_ACTI_CONT")<<endl;
// cout << "RD_ACTI_POLY is " << GET_RULE("RD_ACTI_POLY")<<endl; // cout << "RD_ACTI_POLY is " << dtraccess->getSingleRdsRuleByLabel("RD_ACTI_POLY")<<endl;
// cout << "RE_POLY_CONT is " << GET_RULE("RE_POLY_CONT")<<endl; // cout << "RE_POLY_CONT is " << dtraccess->getSingleRdsRuleByLabel("RE_POLY_CONT")<<endl;
// cout << "MAX RD_ACTI_POLY is " << (MAXLONG(GET_RULE("RD_ACTI_CONT"), GET_RULE("RD_ACTI_POLY") + GET_RULE("RE_POLY_CONT"))) <<endl; // cout << "MAX RD_ACTI_POLY is " << (MAXLONG(dtraccess->getSingleRdsRuleByLabel("RD_ACTI_CONT"), GET_RULE("RD_ACTI_POLY") + GET_RULE("RE_POLY_CONT"))) <<endl;
// //
dx31 = GET_RULE("RW_CONT") + 2*GET_RULE("RE_POLY_CONT"); dx31 = dtraccess->getSingleRdsRuleByLabel("RW_CONT") + 2*GET_RULE("RE_POLY_CONT");
if (dx31 >= dx00) { if (dx31 >= dx00) {
dx30 = GET_RULE("RW_CONT"); dx30 = dtraccess->getSingleRdsRuleByLabel("RW_CONT");
dy30 = dx30; dy30 = dx30;
y30 = 0 + realw + MAXLONG(GET_RULE("RD_ACTI_CONT"), GET_RULE("RD_ACTI_POLY") + GET_RULE("RE_POLY_CONT")); y30 = 0 + realw + MAXLONG(dtraccess->getSingleRdsRuleByLabel("RD_ACTI_CONT"), GET_RULE("RD_ACTI_POLY") + GET_RULE("RE_POLY_CONT"));
} }
else { else {
dx30 = dx00 - 2*GET_RULE("RE_POLY_CONT"); dx30 = dx00 - 2*dtraccess->getSingleRdsRuleByLabel("RE_POLY_CONT");
dy30 = GET_RULE("RW_CONT"); dy30 = dtraccess->getSingleRdsRuleByLabel("RW_CONT");
y30 = 0 + realw + GET_RULE("RD_ACTI_CONT"); y30 = 0 + realw + dtraccess->getSingleRdsRuleByLabel("RD_ACTI_CONT");
} }
x30 = x00 + dx00/2 - dx30/2; x30 = x00 + dx00/2 - dx30/2;
@ -156,10 +203,10 @@ void GenV1Trans::Calculate(Transistor* transistor)
// Calculate Rectangle 31 // Calculate Rectangle 31
// ********************** // **********************
dx31 = dx30 + 2*GET_RULE("RE_POLY_CONT"); dx31 = dx30 + 2*dtraccess->getSingleRdsRuleByLabel("RE_POLY_CONT");
dy31 = dy30 + 2*GET_RULE("RE_POLY_CONT"); dy31 = dy30 + 2*dtraccess->getSingleRdsRuleByLabel("RE_POLY_CONT");
x31 = x30 - GET_RULE("RE_POLY_CONT"); x31 = x30 - dtraccess->getSingleRdsRuleByLabel("RE_POLY_CONT");
y31 = y30 - GET_RULE("RE_POLY_CONT"); y31 = y30 - dtraccess->getSingleRdsRuleByLabel("RE_POLY_CONT");
SAVE_RECTANGLE("31", x31, y31, dx31, dy31) SAVE_RECTANGLE("31", x31, y31, dx31, dy31)
@ -196,11 +243,11 @@ void GenV1Trans::Calculate(Transistor* transistor)
// Calculate Rectangle 20 // Calculate Rectangle 20
// ********************** // **********************
y20 = 0 + GET_RULE("RE_ACTI_CONT"); y20 = 0 + dtraccess->getSingleRdsRuleByLabel("RE_ACTI_CONT");
dy20 = realw - 2 * GET_RULE("RE_ACTI_CONT"); dy20 = realw - 2 * dtraccess->getSingleRdsRuleByLabel("RE_ACTI_CONT");
dx20 = (_masqueV1Info->getNbSourceColumn()) * GET_RULE("RW_CONT") + dx20 = (_masqueV1Info->getNbSourceColumn()) * dtraccess->getSingleRdsRuleByLabel("RW_CONT") +
((_masqueV1Info->getNbSourceColumn()) - 1) * GET_RULE("RD_CONT"); ((_masqueV1Info->getNbSourceColumn()) - 1) * dtraccess->getSingleRdsRuleByLabel("RD_CONT");
x20 = 0 - ( dx20 + GET_RULE("RD_CONT_GATE") ); x20 = 0 - ( dx20 + dtraccess->getSingleRdsRuleByLabel("RD_CONT_GATE") );
SAVE_RECTANGLE("20", x20, y20, dx20, dy20) SAVE_RECTANGLE("20", x20, y20, dx20, dy20)
@ -208,9 +255,9 @@ void GenV1Trans::Calculate(Transistor* transistor)
// Calculate Rectangle 40 // Calculate Rectangle 40
// ********************** // **********************
y40 = y20; y40 = y20;
x40 = x00 + dx00 + GET_RULE("RD_CONT_GATE"); x40 = x00 + dx00 + dtraccess->getSingleRdsRuleByLabel("RD_CONT_GATE");
dx40 = (_masqueV1Info->getNbDrainColumn()) * GET_RULE("RW_CONT") + dx40 = (_masqueV1Info->getNbDrainColumn()) * dtraccess->getSingleRdsRuleByLabel("RW_CONT") +
((_masqueV1Info->getNbDrainColumn()) - 1) * GET_RULE("RD_CONT"); ((_masqueV1Info->getNbDrainColumn()) - 1) * dtraccess->getSingleRdsRuleByLabel("RD_CONT");
dy40 = dy20; dy40 = dy20;
SAVE_RECTANGLE("40", x40, y40, dx40, dy40) SAVE_RECTANGLE("40", x40, y40, dx40, dy40)
@ -218,10 +265,10 @@ void GenV1Trans::Calculate(Transistor* transistor)
// Calculate Rectangle 10 // Calculate Rectangle 10
// ********************** // **********************
y10 = 0; y10 = 0;
x10 = MINLONG(x20 - GET_RULE("RE_ACTI_CONT"), 0 - GET_RULE("RE_ACTI_GATE")); x10 = MINLONG(x20 - dtraccess->getSingleRdsRuleByLabel("RE_ACTI_CONT"), 0 - GET_RULE("RE_ACTI_GATE"));
dy10 = realw; dy10 = realw;
extension1 = MAXLONG(0 + x40 + dx40 + GET_RULE("RE_ACTI_CONT"), dx00 + GET_RULE("RE_ACTI_GATE")); extension1 = MAXLONG(0 + x40 + dx40 + dtraccess->getSingleRdsRuleByLabel("RE_ACTI_CONT"), dx00 + GET_RULE("RE_ACTI_GATE"));
dx10 = 0 - x10 + extension1; dx10 = 0 - x10 + extension1;
@ -278,10 +325,10 @@ void GenV1Trans::Calculate(Transistor* transistor)
// Calculate Rectangle 50 just for PMOS. // Calculate Rectangle 50 just for PMOS.
// ------------------------------------------------------------- // -------------------------------------------------------------
if (transistor->isPmos()) { // Calculate Rectangle 50 for PMos. if (transistor->isPmos()) { // Calculate Rectangle 50 for PMos.
x50 = x10 - GET_RULE("RE_NWELL_ACTI"); x50 = x10 - dtraccess->getSingleRdsRuleByLabel("RE_NWELL_ACTI");
y50 = y10 - GET_RULE("RE_NWELL_ACTI"); y50 = y10 - dtraccess->getSingleRdsRuleByLabel("RE_NWELL_ACTI");
dx50 = dx10 + 2 * GET_RULE("RE_NWELL_ACTI"); dx50 = dx10 + 2 * dtraccess->getSingleRdsRuleByLabel("RE_NWELL_ACTI");
dy50 = dy10 + 2 * GET_RULE("RE_NWELL_ACTI"); dy50 = dy10 + 2 * dtraccess->getSingleRdsRuleByLabel("RE_NWELL_ACTI");
SAVE_RECTANGLE("50", x50, y50, dx50, dy50); SAVE_RECTANGLE("50", x50, y50, dx50, dy50);
} }
@ -327,8 +374,8 @@ void GenV1Trans::Generate(Transistor* transistor)
else else
mostype='P'; mostype='P';
long rw_cont = getUnit(GET_RULE("RW_CONT")); long rw_cont = getUnit(dtraccess->getSingleRdsRuleByLabel("RW_CONT"));
long rd_cont = getUnit(GET_RULE("RD_CONT")); long rd_cont = getUnit(dtraccess->getSingleRdsRuleByLabel("RD_CONT"));
unsigned nbcontact = 0; unsigned nbcontact = 0;
long tmp_xcenter = 0; long tmp_xcenter = 0;
long tmp_ycenter = 0; long tmp_ycenter = 0;
@ -339,9 +386,9 @@ void GenV1Trans::Generate(Transistor* transistor)
//Technology * tech = db->getTechnology(); //Technology * tech = db->getTechnology();
Layer * layer_20 = GET_LAYER_BYNP("TRANS_",mostype,"_LAYER_20"); Layer* layer_20 = dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_20");
Layer * layer_30 = GET_LAYER_BYNP("TRANS_",mostype,"_LAYER_30"); Layer* layer_30 = dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_30");
Layer * layer_40 = GET_LAYER_BYNP("TRANS_",mostype,"_LAYER_40"); Layer* layer_40 = dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_40");
// ------------------------------------------------------------- // -------------------------------------------------------------
@ -356,18 +403,18 @@ END_IF
for(size_t i=0; i<sizeof(segsforsource)/sizeof(string); i++) { for(size_t i=0; i<sizeof(segsforsource)/sizeof(string); i++) {
if(segsforsource[i]=="20") { if(segsforsource[i]=="20") {
//cout << " Begin create contact for source , Under Box is " << getString(GET_BOX(segsforsource[i])) <<endl; //cout << " Begin create contact for source , Under Box is " << getString(_mapString2Box[segsforsource[i])) <<endl;
Box underbox = GET_BOX(segsforsource[i]); Box underbox = _mapString2Box[segsforsource[i]];
CREATE_CONTACT_MATRIX_UNDER(underbox, transistor->getNbSourceColumn(), layer_20, source) CREATE_CONTACT_MATRIX_UNDER(underbox, transistor->getNbSourceColumn(), layer_20, source)
//cout << " Finish create contact for source " <<endl; //cout << " Finish create contact for source " <<endl;
} }
else { else {
Contact::create(source, GET_LAYER_BYNP("TRANS_",mostype,"_LAYER_"+segsforsource[i]) // Contact::create(source, dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_"+segsforsource[i])
, GET_BOX(segsforsource[i]).getXCenter() // , _mapString2Box[segsforsource[i]].getXCenter()
, GET_BOX(segsforsource[i]).getYCenter() // , _mapString2Box[segsforsource[i]].getYCenter()
, GET_BOX(segsforsource[i]).getWidth() // , _mapString2Box[segsforsource[i]].getWidth()
, GET_BOX(segsforsource[i]).getHeight() // , _mapString2Box[segsforsource[i]].getHeight()
); // );
} }
} }
@ -383,32 +430,32 @@ IF_DEBUG_HUR_ANALOG
END_IF END_IF
for(size_t i=0; i<sizeof(segsforgrid)/sizeof(string); i++) { for(size_t i=0; i<sizeof(segsforgrid)/sizeof(string); i++) {
if(segsforgrid[i]=="30"){ if(segsforgrid[i]=="30"){
if( GET_BOX(segsforgrid[i]).getWidth()==GET_RULE("RW_CONT") ) { if( _mapString2Box[segsforgrid[i]].getWidth()==dtraccess->getSingleRdsRuleByLabel("RW_CONT") ) {
Contact::create(grid, GET_LAYER_BYNP("TRANS_",mostype,"_LAYER_"+segsforgrid[i]) Contact::create(grid, dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_"+segsforgrid[i])
, GET_BOX(segsforgrid[i]).getXCenter() , _mapString2Box[segsforgrid[i]].getXCenter()
, GET_BOX(segsforgrid[i]).getYCenter() , _mapString2Box[segsforgrid[i]].getYCenter()
, GET_BOX(segsforgrid[i]).getWidth() , _mapString2Box[segsforgrid[i]].getWidth()
, GET_BOX(segsforgrid[i]).getHeight() , _mapString2Box[segsforgrid[i]].getHeight()
); );
} }
else { else {
unsigned int nbcolumn = (GET_BOX(segsforgrid[i]).getWidth()-rw_cont)/(rw_cont + rd_cont) + 1; unsigned int nbcolumn = (_mapString2Box[segsforgrid[i]].getWidth()-rw_cont)/(rw_cont + rd_cont) + 1;
IF_DEBUG_HUR_ANALOG IF_DEBUG_HUR_ANALOG
cout << "nbcolumn in rectangle 30 is " << nbcolumn <<endl; cout << "nbcolumn in rectangle 30 is " << nbcolumn <<endl;
END_IF END_IF
Box underbox = GET_BOX(segsforgrid[i]); Box underbox = _mapString2Box[segsforgrid[i]];
CREATE_CONTACT_MATRIX_UNDER(underbox, nbcolumn, layer_30, grid) CREATE_CONTACT_MATRIX_UNDER(underbox, nbcolumn, layer_30, grid)
} }
} }
else { else {
if(GET_BOX(segsforgrid[i]).getXMin() < GET_BOX(segsforgrid[i]).getXMax()) { if(_mapString2Box[segsforgrid[i]].getXMin() < _mapString2Box[segsforgrid[i]].getXMax()) {
Contact::create(grid, GET_LAYER_BYNP("TRANS_",mostype,"_LAYER_"+segsforgrid[i]) Contact::create(grid, dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_"+segsforgrid[i])
, GET_BOX(segsforgrid[i]).getXCenter() , _mapString2Box[segsforgrid[i]].getXCenter()
, GET_BOX(segsforgrid[i]).getYCenter() , _mapString2Box[segsforgrid[i]].getYCenter()
, GET_BOX(segsforgrid[i]).getWidth() , _mapString2Box[segsforgrid[i]].getWidth()
, GET_BOX(segsforgrid[i]).getHeight() , _mapString2Box[segsforgrid[i]].getHeight()
); );
} }
} }
@ -428,17 +475,17 @@ END_IF
for(size_t i=0; i<sizeof(segsfordrain)/sizeof(string); i++) { for(size_t i=0; i<sizeof(segsfordrain)/sizeof(string); i++) {
if(segsfordrain[i]=="40") { if(segsfordrain[i]=="40") {
//cout << " Begin create contact for drain, Under Box is " << getString(GET_BOX(segsforsource[i])) <<endl; //cout << " Begin create contact for drain, Under Box is " << getString(_mapString2Box[segsforsource[i])) <<endl;
Box underbox = GET_BOX(segsfordrain[i]); Box underbox = _mapString2Box[segsfordrain[i]];
CREATE_CONTACT_MATRIX_UNDER(underbox, transistor->getNbDrainColumn(), layer_40, drain) CREATE_CONTACT_MATRIX_UNDER(underbox, transistor->getNbDrainColumn(), layer_40, drain)
//cout << " Finish create contact for drain" <<endl; //cout << " Finish create contact for drain" <<endl;
} }
else { else {
Contact::create(drain, GET_LAYER_BYNP("TRANS_",mostype,"_LAYER_"+segsfordrain[i]) Contact::create(drain, dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_"+segsfordrain[i])
, GET_BOX(segsfordrain[i]).getXCenter() , _mapString2Box[segsfordrain[i]].getXCenter()
, GET_BOX(segsfordrain[i]).getYCenter() , _mapString2Box[segsfordrain[i]].getYCenter()
, GET_BOX(segsfordrain[i]).getWidth() , _mapString2Box[segsfordrain[i]].getWidth()
, GET_BOX(segsfordrain[i]).getHeight() , _mapString2Box[segsfordrain[i]].getHeight()
); );
} }
} }
@ -457,11 +504,11 @@ END_IF
if(transistor->isNmos() && segsforanonym[i]=="50") if(transistor->isNmos() && segsforanonym[i]=="50")
continue; continue;
Contact::create(anonym, GET_LAYER_BYNP("TRANS_",mostype,"_LAYER_"+segsforanonym[i]) Contact::create(anonym, dtraccess->getSingleLayerByLabel("M1TRANS_",mostype,"_LAYER_"+segsforanonym[i])
, GET_BOX(segsforanonym[i]).getXCenter() , _mapString2Box[segsforanonym[i]].getXCenter()
, GET_BOX(segsforanonym[i]).getYCenter() , _mapString2Box[segsforanonym[i]].getYCenter()
, GET_BOX(segsforanonym[i]).getWidth() , _mapString2Box[segsforanonym[i]].getWidth()
, GET_BOX(segsforanonym[i]).getHeight() , _mapString2Box[segsforanonym[i]].getHeight()
); );
} }
@ -489,36 +536,36 @@ END_IF
switch(transistor->getAbutmentType().getCode()) { switch(transistor->getAbutmentType().getCode()) {
case Transistor::Type::INTERNAL : case Transistor::Type::INTERNAL :
transistor->setAbutmentBox( Box(GET_BOX(string("20")).getXCenter() transistor->setAbutmentBox( Box(_mapString2Box[string("20")].getXCenter()
, transistor->getBoundingBox().getYMin() , transistor->getBoundingBox().getYMin()
, GET_BOX(string("40")).getXCenter() , _mapString2Box[string("40")].getXCenter()
, transistor->getBoundingBox().getYMax() , transistor->getBoundingBox().getYMax()
) )
); );
break; break;
case Transistor::Type::LEFT: case Transistor::Type::LEFT:
transistor->setAbutmentBox( Box(GET_BOX(string("11")).getXMin() transistor->setAbutmentBox( Box(_mapString2Box[string("11")].getXMin()
, transistor->getBoundingBox().getYMin() , transistor->getBoundingBox().getYMin()
, GET_BOX(string("40")).getXCenter() , _mapString2Box[string("40")].getXCenter()
, transistor->getBoundingBox().getYMax() , transistor->getBoundingBox().getYMax()
) )
); );
break ; break ;
case Transistor::Type::RIGHT: case Transistor::Type::RIGHT:
transistor->setAbutmentBox( Box(GET_BOX(string("20")).getXCenter() transistor->setAbutmentBox( Box(_mapString2Box[string("20")].getXCenter()
, transistor->getBoundingBox().getYMin() , transistor->getBoundingBox().getYMin()
, GET_BOX(string("11")).getXMax() , _mapString2Box[string("11")].getXMax()
, transistor->getBoundingBox().getYMax() , transistor->getBoundingBox().getYMax()
) )
); );
break ; break ;
case Transistor::Type::SINGLE: case Transistor::Type::SINGLE:
transistor->setAbutmentBox( Box(GET_BOX(string("11")).getXMin() transistor->setAbutmentBox( Box(_mapString2Box[string("11")].getXMin()
, transistor->getBoundingBox().getYMin() , transistor->getBoundingBox().getYMin()
, GET_BOX(string("11")).getXMax() , _mapString2Box[string("11")].getXMax()
, transistor->getBoundingBox().getYMax() , transistor->getBoundingBox().getYMax()
) )
); );

461
chamsin/src/analogic/Transistor.cpp
View File

@ -1,462 +1 @@
// ****************************************************************************************************
// File: Transistor.h
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#include "Vertical.h"
#include "Horizontal.h"
#include "UpdateSession.h"
using namespace Hurricane;
#include "AnalogicalCommons.h"
#include "GenTrans.h"
#include "Transistor.h" #include "Transistor.h"
namespace Hurricane {
// ****************************************************************************************************
// Transistor::Polarity implementation
// ****************************************************************************************************
Transistor::Polarity::Polarity(const Code& code) :_code(code)
{}
Transistor::Polarity::Polarity(const Polarity& type) :_code(type._code)
{}
Transistor::Polarity& Transistor::Polarity::operator=(const Polarity& type) {
_code = type._code;
return *this;
}
string Transistor::Polarity::_getString() const {
switch(_code) {
case N : return "N";
case P : return "P";
}
return "ABNORMAL";
}
Record* Transistor::Polarity::_getRecord() const
// *****************************************
{
Record* record = new Record(getString(this));
record->add(getSlot("Code", _code));
return record;
}
// ****************************************************************************************************
// Transistor::MaskVersion implementation
// ****************************************************************************************************
Transistor::MaskVersion::MaskVersion(const Code& code)
// *******************************************************
:_code(code)
{
}
Transistor::MaskVersion::MaskVersion(const MaskVersion& version)
// *******************************************************************
:_code(version._code)
{
}
Transistor::MaskVersion& Transistor::MaskVersion::operator=(const MaskVersion& version)
// ******************************************************************************************
{
_code = version._code;
return *this;
}
string Transistor::MaskVersion::_getString() const
// *************************************************
{
switch(_code) {
case VERSION1 : return "VERSION1";
}
return "ABNORMAL";
}
Record* Transistor::MaskVersion::_getRecord() const
// **************************************************
{
Record* record = new Record(getString(this));
record->add(getSlot("Code", _code));
return record;
}
// ****************************************************************************************************
// Transistor::Type implementation
// ****************************************************************************************************
Transistor::Type::Type(const Code& code)
// *************************************
:_code(code)
{
}
Transistor::Type::Type(const Type& type)
// *************************************
:_code(type._code)
{
}
Transistor::Type& Transistor::Type::operator=(const Type& type)
// ************************************************************
{
_code = type._code;
return *this;
}
string Transistor::Type::_getString() const
// *****************************************
{
switch(_code) {
case INTERNAL : return "INTERNAL";
case LEFT : return "LEFT";
case RIGHT : return "RIGHT";
case SINGLE : return "SINGLE";
}
return "ABNORMAL";
}
Record* Transistor::Type::_getRecord() const
// *****************************************
{
Record* record = new Record(getString(this));
record->add(getSlot("Code", _code));
return record;
}
// ****************************************************************************************************
// Transistor::MaskInfo implementation
// ****************************************************************************************************
Transistor::MaskInfo::MaskInfo(const double& l, const double& w, const Type::Code& type
, const unsigned& nbDrainColumn
, const unsigned& nbSourceColumn)
// ****************************************************************************************************
: _l(l)
, _w(w)
, _type(type)
, _nbDrainColumn(nbDrainColumn)
, _nbSourceColumn(nbSourceColumn)
{};
Transistor::MaskInfo& Transistor::MaskInfo::operator=(const MaskInfo& masqueinfo)
// ************************************************************************************
{
_l = masqueinfo.getL();
_w = masqueinfo.getW();
_type= masqueinfo.getType();
_nbDrainColumn = masqueinfo.getNbDrainColumn();
_nbSourceColumn = masqueinfo.getNbSourceColumn();
return *this;
}
bool Transistor::MaskInfo::operator==(const MaskInfo& masqueinfo)
// ******************************************************************
{
if(_l == masqueinfo.getL() &&
_w == masqueinfo.getW() &&
_type== masqueinfo.getType() &&
_nbDrainColumn == masqueinfo.getNbDrainColumn() &&
_nbSourceColumn == masqueinfo.getNbSourceColumn()
)
return true;
return false;
}
string Transistor::MaskInfo::_getString() const
// **********************************************
{
string s = "<" + _getTypeName() + " "
+ getString(_l) + " "
+ getString(_w) + " "
+ _type._getString() + " "
+ getString(_nbSourceColumn) + " "
+ getString(_nbDrainColumn)
+ ">";
return s;
}
Record* Transistor::MaskInfo::_getRecord() const
// ***********************************************
{
Record * record = new Record(_getString());
return record;
}
// ****************************************************************************************************
// Transistor::MaskV1Info implementation
// ****************************************************************************************************
Transistor::MaskV1Info::MaskV1Info(const double& l, const double& w, const Type::Code& type
, const unsigned& nbDrainColumn
, const unsigned& nbSourceColumn)
// ****************************************************************************************************
: Inherit(l
, w
, type
, nbDrainColumn
, nbSourceColumn
)
{}
Transistor::MaskInfo& Transistor::MaskV1Info::operator=(const MaskInfo& masqueinfo)
// **************************************************************************************
{
// (*(static_cast<Inherit*>(this)))=masqueinfo;
Inherit::operator=(masqueinfo);
return *this;
}
bool Transistor::MaskV1Info::operator == (const MaskInfo& masqueinfo)
// **********************************************************************
{
//return (*(static_cast<Inherit*>(this)))==masqueinfo;
return Inherit::operator==(masqueinfo);
}
string Transistor::MaskV1Info::_getString() const
// ************************************************
{
string s = Inherit::_getString();
return s;
}
Record* Transistor::MaskV1Info::_getRecord() const
// *************************************************
{
Record* record = Inherit::_getRecord();
return record;
}
// ****************************************************************************************************
// Transistor implementation
// ****************************************************************************************************
Transistor::Transistor(Library* library, const Name& name, const Polarity& polarity) :
Inherit(library, name),
_polarity(polarity),
_masqueInfo(NULL),
_genTrans(NULL)
{}
Transistor* Transistor::create(Library* library, const Name& name, const Polarity& polarity) {
Transistor* transistor = new Transistor(library, name, polarity);
transistor->_postCreate();
return transistor;
}
void Transistor::_preDestroy() {
// Delete aggregated objets.
// *************************
if(_masqueInfo)
delete _masqueInfo;
if(_genTrans)
delete _genTrans;
Inherit::_preDestroy();
}
void Transistor::_postCreate()
// *******************************
{
Inherit::_postCreate();
(Net::create(this, Name("DRAIN")))->setExternal(true);
(Net::create(this, Name("SOURCE")))->setExternal(true);
(Net::create(this, Name("GRID")))->setExternal(true);
(Net::create(this, Name("BULK")))->setExternal(true);
// By default, transistor's length and heigth is NULL, and is internal.
// ********************************************************************
_masqueInfo = new MaskV1Info(0.0, 0.0);
}
string Transistor::_getString() const {
string s = Inherit::_getString();
s.insert(s.length()-1, " " + getString(_polarity));
s.insert(s.length()-1, " " + getAbutmentType()._getString());
return s;
}
Record* Transistor::_getRecord() const {
Record* record = Inherit::_getRecord();
return record;
}
Transistor::MaskVersion Transistor::_getMaskInfoVersion(MaskInfo* masqueinfo)
// ***************************************************************************************
{
if(!masqueinfo)
throw Error("Error : In Transistor::_getMaskInfoVersion, param masqueinfo is NULL");
if(dynamic_cast<MaskV1Info*>(masqueinfo))
return MaskVersion(MaskVersion::VERSION1);
throw Error("Error : In Transistor::_getMaskInfoVersion, can't dynamic cast param masqueinfo");
return MaskVersion(MaskVersion::VERSION1);
}
Transistor::MaskInfo* Transistor::_createMaskInfo(const MaskVersion& version)
// *******************************************************************************
{
switch((const MaskVersion::Code&)version) {
case MaskVersion::VERSION1 :
return new MaskV1Info(0.0, 0.0);
default :
throw Error ("Error : In Transistor::_createMaskInfoBy, unknown param version");
return NULL;
}
}
void Transistor::setMaskInfo(MaskInfo* masqueinfo)
// ***************************************************
{
if(!masqueinfo)
throw Error("Error : In Transistor::createLayout : masqueinfo is NULL");
// Set new Param.
// ***************
MaskVersion newversion = _getMaskInfoVersion(masqueinfo);
MaskVersion oldversion = _getMaskInfoVersion(_masqueInfo);
if(newversion == oldversion) { // If they are the same version.
if((*_masqueInfo)==(*masqueinfo)) // If they are identical.
return;
else
(*_masqueInfo)=(*masqueinfo);
}
else { // If change the version.
delete _masqueInfo;
_masqueInfo = _createMaskInfo(newversion);
(*_masqueInfo) == (*masqueinfo);
}
}
void Transistor::createLayout()
// ****************************
{
MaskVersion version = _getMaskInfoVersion(_masqueInfo);
MaskV1Info* masquev1info = NULL;
// Select algorithme with technology and masque version.
// *****************************************************
switch((const MaskVersion::Code&)version) {
case MaskVersion::VERSION1 :
masquev1info = dynamic_cast<MaskV1Info*>(_masqueInfo);
_genTrans = new GenV1Trans(masquev1info);
break;
default :
break;
}
setTerminal(false);
// Launch the selected algorithme.
// ******************************
_genTrans->Calculate(this);
_genTrans->Generate(this);
materialize();
delete _genTrans;
_genTrans = NULL;
}
void Transistor::duplicateLayout(Transistor* transistor)
// *****************************************************
{
UpdateSession::open();
setTerminal(false);
Net * tmp = NULL;
Contact * con = NULL;
Segment * seg = NULL;
for_each_net(net, transistor->getNets())
if( !( tmp=getNet(net->getName()) ) ) { //
tmp = Net::create(this, net->getName());
tmp->setExternal(net->isExternal());
}
for_each_component(component, net->getComponents())
if( (con=dynamic_cast<Contact*>(component)) ){
Contact::create(tmp, component->getLayer(), con->getX(), con->getY(), con->getWidth(), con->getHeight());
}
else if( (seg=dynamic_cast<Vertical*>(component)) ) {
Vertical::create(tmp, component->getLayer(), seg->getSourceX(), seg->getWidth(), seg->getSourceY(),
seg->getTargetY());
}
else if( (seg=dynamic_cast<Horizontal*>(component)) ){
Horizontal::create(tmp, component->getLayer(), seg->getSourceY(), seg->getWidth(), seg->getSourceX(),
seg->getTargetX());
}
else
throw Error ("Error : In Transistor::DuplicateLayout, find illegal elem : " + getString(component) +
"In Transistor, all component must be contact or segment" ) ;
end_for
end_for
setAbutmentBox(transistor->getAbutmentBox());
_mapNet2Box.clear();
map<Net*, Box>::iterator i = transistor->_getMapNet2Box()->begin(),
j = transistor->_getMapNet2Box()->end();
while(i!=j) {
_mapNet2Box[getNet((*i).first->getName())]=(*i).second;
i++;
}
materialize();
UpdateSession::close();
}
}

462
chamsin/src/analogic/Transistor.cpp.backup Normal file
View File

@ -0,0 +1,462 @@
// ****************************************************************************************************
// File: Transistor.h
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#include "Vertical.h"
#include "Horizontal.h"
#include "UpdateSession.h"
using namespace Hurricane;
#include "AnalogicalCommons.h"
#include "GenTrans.h"
#include "Transistor.h"
namespace Hurricane {
// ****************************************************************************************************
// Transistor::Polarity implementation
// ****************************************************************************************************
Transistor::Polarity::Polarity(const Code& code) :_code(code)
{}
Transistor::Polarity::Polarity(const Polarity& type) :_code(type._code)
{}
Transistor::Polarity& Transistor::Polarity::operator=(const Polarity& type) {
_code = type._code;
return *this;
}
string Transistor::Polarity::_getString() const {
switch(_code) {
case N : return "N";
case P : return "P";
}
return "ABNORMAL";
}
Record* Transistor::Polarity::_getRecord() const
// *****************************************
{
Record* record = new Record(getString(this));
record->add(getSlot("Code", _code));
return record;
}
// ****************************************************************************************************
// Transistor::MaskVersion implementation
// ****************************************************************************************************
Transistor::MaskVersion::MaskVersion(const Code& code)
// *******************************************************
:_code(code)
{
}
Transistor::MaskVersion::MaskVersion(const MaskVersion& version)
// *******************************************************************
:_code(version._code)
{
}
Transistor::MaskVersion& Transistor::MaskVersion::operator=(const MaskVersion& version)
// ******************************************************************************************
{
_code = version._code;
return *this;
}
string Transistor::MaskVersion::_getString() const
// *************************************************
{
switch(_code) {
case VERSION1 : return "VERSION1";
}
return "ABNORMAL";
}
Record* Transistor::MaskVersion::_getRecord() const
// **************************************************
{
Record* record = new Record(getString(this));
record->add(getSlot("Code", _code));
return record;
}
// ****************************************************************************************************
// Transistor::Type implementation
// ****************************************************************************************************
Transistor::Type::Type(const Code& code)
// *************************************
:_code(code)
{
}
Transistor::Type::Type(const Type& type)
// *************************************
:_code(type._code)
{
}
Transistor::Type& Transistor::Type::operator=(const Type& type)
// ************************************************************
{
_code = type._code;
return *this;
}
string Transistor::Type::_getString() const
// *****************************************
{
switch(_code) {
case INTERNAL : return "INTERNAL";
case LEFT : return "LEFT";
case RIGHT : return "RIGHT";
case SINGLE : return "SINGLE";
}
return "ABNORMAL";
}
Record* Transistor::Type::_getRecord() const
// *****************************************
{
Record* record = new Record(getString(this));
record->add(getSlot("Code", _code));
return record;
}
// ****************************************************************************************************
// Transistor::MaskInfo implementation
// ****************************************************************************************************
Transistor::MaskInfo::MaskInfo(const double& l, const double& w, const Type::Code& type
, const unsigned& nbDrainColumn
, const unsigned& nbSourceColumn)
// ****************************************************************************************************
: _l(l)
, _w(w)
, _type(type)
, _nbDrainColumn(nbDrainColumn)
, _nbSourceColumn(nbSourceColumn)
{};
Transistor::MaskInfo& Transistor::MaskInfo::operator=(const MaskInfo& masqueinfo)
// ************************************************************************************
{
_l = masqueinfo.getL();
_w = masqueinfo.getW();
_type= masqueinfo.getType();
_nbDrainColumn = masqueinfo.getNbDrainColumn();
_nbSourceColumn = masqueinfo.getNbSourceColumn();
return *this;
}
bool Transistor::MaskInfo::operator==(const MaskInfo& masqueinfo)
// ******************************************************************
{
if(_l == masqueinfo.getL() &&
_w == masqueinfo.getW() &&
_type== masqueinfo.getType() &&
_nbDrainColumn == masqueinfo.getNbDrainColumn() &&
_nbSourceColumn == masqueinfo.getNbSourceColumn()
)
return true;
return false;
}
string Transistor::MaskInfo::_getString() const
// **********************************************
{
string s = "<" + _getTypeName() + " "
+ getString(_l) + " "
+ getString(_w) + " "
+ _type._getString() + " "
+ getString(_nbSourceColumn) + " "
+ getString(_nbDrainColumn)
+ ">";
return s;
}
Record* Transistor::MaskInfo::_getRecord() const
// ***********************************************
{
Record * record = new Record(_getString());
return record;
}
// ****************************************************************************************************
// Transistor::MaskV1Info implementation
// ****************************************************************************************************
Transistor::MaskV1Info::MaskV1Info(const double& l, const double& w, const Type::Code& type
, const unsigned& nbDrainColumn
, const unsigned& nbSourceColumn)
// ****************************************************************************************************
: Inherit(l
, w
, type
, nbDrainColumn
, nbSourceColumn
)
{}
Transistor::MaskInfo& Transistor::MaskV1Info::operator=(const MaskInfo& masqueinfo)
// **************************************************************************************
{
// (*(static_cast<Inherit*>(this)))=masqueinfo;
Inherit::operator=(masqueinfo);
return *this;
}
bool Transistor::MaskV1Info::operator == (const MaskInfo& masqueinfo)
// **********************************************************************
{
//return (*(static_cast<Inherit*>(this)))==masqueinfo;
return Inherit::operator==(masqueinfo);
}
string Transistor::MaskV1Info::_getString() const
// ************************************************
{
string s = Inherit::_getString();
return s;
}
Record* Transistor::MaskV1Info::_getRecord() const
// *************************************************
{
Record* record = Inherit::_getRecord();
return record;
}
// ****************************************************************************************************
// Transistor implementation
// ****************************************************************************************************
Transistor::Transistor(Library* library, const Name& name, const Polarity& polarity) :
Inherit(library, name),
_polarity(polarity),
_masqueInfo(NULL),
_genTrans(NULL)
{}
Transistor* Transistor::create(Library* library, const Name& name, const Polarity& polarity) {
Transistor* transistor = new Transistor(library, name, polarity);
transistor->_postCreate();
return transistor;
}
void Transistor::_preDestroy() {
// Delete aggregated objets.
// *************************
if(_masqueInfo)
delete _masqueInfo;
if(_genTrans)
delete _genTrans;
Inherit::_preDestroy();
}
void Transistor::_postCreate()
// *******************************
{
Inherit::_postCreate();
(Net::create(this, Name("DRAIN")))->setExternal(true);
(Net::create(this, Name("SOURCE")))->setExternal(true);
(Net::create(this, Name("GRID")))->setExternal(true);
(Net::create(this, Name("BULK")))->setExternal(true);
// By default, transistor's length and heigth is NULL, and is internal.
// ********************************************************************
_masqueInfo = new MaskV1Info(0.0, 0.0);
}
string Transistor::_getString() const {
string s = Inherit::_getString();
s.insert(s.length()-1, " " + getString(_polarity));
s.insert(s.length()-1, " " + getAbutmentType()._getString());
return s;
}
Record* Transistor::_getRecord() const {
Record* record = Inherit::_getRecord();
return record;
}
Transistor::MaskVersion Transistor::_getMaskInfoVersion(MaskInfo* masqueinfo)
// ***************************************************************************************
{
if(!masqueinfo)
throw Error("Error : In Transistor::_getMaskInfoVersion, param masqueinfo is NULL");
if(dynamic_cast<MaskV1Info*>(masqueinfo))
return MaskVersion(MaskVersion::VERSION1);
throw Error("Error : In Transistor::_getMaskInfoVersion, can't dynamic cast param masqueinfo");
return MaskVersion(MaskVersion::VERSION1);
}
Transistor::MaskInfo* Transistor::_createMaskInfo(const MaskVersion& version)
// *******************************************************************************
{
switch((const MaskVersion::Code&)version) {
case MaskVersion::VERSION1 :
return new MaskV1Info(0.0, 0.0);
default :
throw Error ("Error : In Transistor::_createMaskInfoBy, unknown param version");
return NULL;
}
}
void Transistor::setMaskInfo(MaskInfo* masqueinfo)
// ***************************************************
{
if(!masqueinfo)
throw Error("Error : In Transistor::createLayout : masqueinfo is NULL");
// Set new Param.
// ***************
MaskVersion newversion = _getMaskInfoVersion(masqueinfo);
MaskVersion oldversion = _getMaskInfoVersion(_masqueInfo);
if(newversion == oldversion) { // If they are the same version.
if((*_masqueInfo)==(*masqueinfo)) // If they are identical.
return;
else
(*_masqueInfo)=(*masqueinfo);
}
else { // If change the version.
delete _masqueInfo;
_masqueInfo = _createMaskInfo(newversion);
(*_masqueInfo) == (*masqueinfo);
}
}
void Transistor::createLayout()
// ****************************
{
MaskVersion version = _getMaskInfoVersion(_masqueInfo);
MaskV1Info* masquev1info = NULL;
// Select algorithme with technology and masque version.
// *****************************************************
switch((const MaskVersion::Code&)version) {
case MaskVersion::VERSION1 :
masquev1info = dynamic_cast<MaskV1Info*>(_masqueInfo);
_genTrans = new GenV1Trans(masquev1info);
break;
default :
break;
}
setTerminal(false);
// Launch the selected algorithme.
// ******************************
_genTrans->Calculate(this);
_genTrans->Generate(this);
materialize();
delete _genTrans;
_genTrans = NULL;
}
void Transistor::duplicateLayout(Transistor* transistor)
// *****************************************************
{
UpdateSession::open();
setTerminal(false);
Net * tmp = NULL;
Contact * con = NULL;
Segment * seg = NULL;
for_each_net(net, transistor->getNets())
if( !( tmp=getNet(net->getName()) ) ) { //
tmp = Net::create(this, net->getName());
tmp->setExternal(net->isExternal());
}
for_each_component(component, net->getComponents())
if( (con=dynamic_cast<Contact*>(component)) ){
Contact::create(tmp, component->getLayer(), con->getX(), con->getY(), con->getWidth(), con->getHeight());
}
else if( (seg=dynamic_cast<Vertical*>(component)) ) {
Vertical::create(tmp, component->getLayer(), seg->getSourceX(), seg->getWidth(), seg->getSourceY(),
seg->getTargetY());
}
else if( (seg=dynamic_cast<Horizontal*>(component)) ){
Horizontal::create(tmp, component->getLayer(), seg->getSourceY(), seg->getWidth(), seg->getSourceX(),
seg->getTargetX());
}
else
throw Error ("Error : In Transistor::DuplicateLayout, find illegal elem : " + getString(component) +
"In Transistor, all component must be contact or segment" ) ;
end_for
end_for
setAbutmentBox(transistor->getAbutmentBox());
_mapNet2Box.clear();
map<Net*, Box>::iterator i = transistor->_getMapNet2Box()->begin(),
j = transistor->_getMapNet2Box()->end();
while(i!=j) {
_mapNet2Box[getNet((*i).first->getName())]=(*i).second;
i++;
}
materialize();
UpdateSession::close();
}
}

384
chamsin/src/analogic/Transistor.h
View File

@ -1,378 +1,34 @@
// **************************************************************************************************** #ifndef TRANSISTOR_H
// File: Transistor.h #define TRANSISTOR_H
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#ifndef HURRICANE_TRANSISTOR
#define HURRICANE_TRANSISTOR
#include "Cell.h" #include "Cell.h"
using namespace Hurricane; using namespace Hurricane;
#include "Transistors.h"
namespace Hurricane { namespace Hurricane {
class GenTrans;
class Transistor : public Cell { class Transistor : public Cell {
public:
enum Polarity {N=0, P=1};
enum AbutmentType { INTERNAL=0, LEFT=1, RIGHT=2, SINGLE=3};
//# if !defined(__DOXYGEN_PROCESSOR__) static Transistor* create(Library* library, const Name& name, const Polarity& polarity);
void createLayout();
void duplicateLayout();
// Types bool isNmos() const { return polarity == N; };
// ***** bool isPmos() const { return polarity == P; };
bool isInternal() const { return abutmentType == INTERNAL; };
bool isLeft() const { return abutmentType == LEFT; };
bool isRight() const { return abutmentType == RIGHT; };
bool isSingle() const { return abutmentType == SINGLE; };
public: typedef Cell Inherit; private:
Polarity polarity;
public: class Polarity { AbutmentType abutmentType;
public: enum Code {N=0, P=1}; double l;
double w;
private: Code _code;
public : Polarity(const Code& code=N);
public : Polarity(const Polarity&);
public : Polarity& operator=(const Polarity&);
public : operator const Code& () const { return _code; };
public : const Code& getCode() const { return _code; };
public : string _getTypeName() const { return _TName("Transistor::Polarity"); };
public : string _getString() const;
public : Record* _getRecord() const;
}; };
public : class MaskVersion {
public : enum Code { VERSION1=0 };
private: Code _code;
public : explicit MaskVersion(const Code& code=VERSION1);
public : MaskVersion(const MaskVersion&);
public : MaskVersion& operator=(const MaskVersion&);
public : operator const Code& () const { return _code; };
public : const Code& getCode() const { return _code; };
public : string _getTypeName() const { return _TName("Transistor::MaskVersion"); };
public : string _getString() const;
public : Record* _getRecord() const;
};
public : class Type {
// *********
public : enum Code { INTERNAL=0, LEFT=1, RIGHT=2, SINGLE=3};
private: Code _code;
public : explicit Type(const Code& code=INTERNAL);
public : Type(const Type& type);
public : Type& operator=(const Type& type);
public : operator const Code&() const { return _code; };
public : void setCode(const Code& code) { _code = code; };
public : const Code& getCode() const { return _code; };
public : string _getTypeName() const { return _TName("Transistor::Type"); };
public : string _getString() const;
public : Record* _getRecord() const;
};
public : class MaskInfo {
// ***************
// Attributs
// *********
private : double _l;
private : double _w ;
private : Type _type;
private : unsigned _nbDrainColumn;
private : unsigned _nbSourceColumn;
// Constructors
// ************
public : MaskInfo(const double& l, const double& w, const Type::Code& type=Type::INTERNAL
, const unsigned& nbDrainColumn=1
, const unsigned& nbSourceColumn=1);
public : virtual MaskInfo& operator=(const MaskInfo&);
private : MaskInfo(const MaskInfo& );
// Destructors
// ***********
public: virtual ~MaskInfo() {};
// Accessors
// *********
public : const double& getL() const { return _l; };
public : const double& getW() const { return _w; };
public : const unsigned & getNbDrainColumn() const { return _nbDrainColumn; };
public : const unsigned & getNbSourceColumn() const { return _nbSourceColumn; };
public : const Type& getType() const { return _type; };
// Update
// ******
public : void setL(const double& l) { _l=l;};
public : void setW(const double& w) { _w=w;};
public : void setNbDrainColumn(const unsigned& column) { _nbDrainColumn=column; };
public : void setNbSourceColumn(const unsigned& column) { _nbSourceColumn=column; };
public : void setType(const Type::Code& code) { _type.setCode(code); };
public : void setType(const Type& type) { _type = type; };
// Predicats
// *********
// Operators
// *********
public : virtual bool operator==(const MaskInfo&);
// Others
// ******
public : virtual string _getTypeName() const =0;
public : virtual string _getString() const;
public : virtual Record* _getRecord() const;
};
public : class MaskV1Info : public MaskInfo {
// *************************************
// type
// *****
public : typedef MaskInfo Inherit ;
// Attributs
// *********
// Constructors
// ************
public: MaskV1Info(const double& l, const double& w, const Type::Code& type=Type::INTERNAL
, const unsigned& nbDrainColumn = 1
, const unsigned& nbSourceColumn = 1);
public : MaskInfo& operator=(const MaskInfo&);
// Destructor
// ***********
public : virtual ~MaskV1Info() {};
// Operators
// *********
public : bool operator==(const MaskInfo&);
// Others
// *********
public : virtual string _getTypeName() const { return _TName("Transistor::MaskV1Info"); };
public : virtual string _getString() const;
public : virtual Record* _getRecord() const;
};
# if !defined(__DOXYGEN_PROCESSOR__)
// Attributes
// *******************
private : Polarity _polarity;
private : MaskInfo* _masqueInfo;
private : GenTrans * _genTrans;
//public : RealInfo * _realInfo;
private : map<Net*, Box> _mapNet2Box; // This Map Is For localize The Position Of Routing.
# endif
// Constructors
// ************
# if !defined(__DOXYGEN_PROCESSOR__)
protected : Transistor(Library* library, const Name& name, const Polarity& polarity);
# endif
public : static Transistor* create(Library* library, const Name& name, const Polarity& polarity);
# if !defined(__DOXYGEN_PROCESSOR__)
protected : virtual void _postCreate();
// Destructors
// ***********
protected : ~Transistor() {};
protected : virtual void _preDestroy();
# endif
// Accessors
// *********
public : const Polarity& getPolarity() const { return _polarity; };
public : MaskVersion getMaskVersion() const { return _getMaskInfoVersion(_masqueInfo); };
public : const MaskInfo* getMaskInfo() const { return _masqueInfo; };
public : const double getL() const { return _masqueInfo->getL(); };
public : const double getW() const { return _masqueInfo->getW(); };
public : const unsigned& getNbDrainColumn() const { return _masqueInfo->getNbDrainColumn(); };
public : const unsigned& getNbSourceColumn() const { return _masqueInfo->getNbSourceColumn(); };
public : const char* getDrainName() const { return "DRAIN"; };
public : const char* getSourceName() const { return "SOURCE"; };
public : const char* getGridName() const { return "GRID"; };
public : Net* getDrain() const { return getNet(getDrainName()); };
public : Net* getSource() const { return getNet(getSourceName()); };
public : Net* getGrid() const { return getNet(getGridName()); };
public : const Type& getAbutmentType() const { return _masqueInfo->getType(); };
// Predicats
// *********
public : bool isNmos() const { return _polarity==Polarity::N; };
public : bool isPmos() const { return _polarity==Polarity::P; };
public : bool isInternal() const { return getAbutmentType().getCode()==Type::INTERNAL; };
public : bool isLeft() const { return getAbutmentType().getCode()==Type::LEFT; };
public : bool isRight() const { return getAbutmentType().getCode()==Type::RIGHT; };
public : bool isSingle() const { return getAbutmentType().getCode()==Type::SINGLE; };
// Updators
// ********
public : void setL(const double& l) { _masqueInfo->setL(l); };
public : void setW(const double& w) { _masqueInfo->setW(w); };
//# endif
# if !defined(__DOXYGEN_PROCESSOR__)
// Others
// ******
public : virtual string _getTypeName() const {return _TName("Transistor");};
public : virtual string _getString() const;
public : virtual Record* _getRecord() const;
public : const GenTrans* _getGenTrans() const {return _genTrans; };
public : static MaskVersion _getMaskInfoVersion(MaskInfo*) ;
public : static MaskInfo* _createMaskInfo(const MaskVersion&) ;
public : map<Net*, Box>* _getMapNet2Box() { return &_mapNet2Box; };
# endif
// Operators
// *********
public : void setMaskInfo(MaskInfo*);
public : void createLayout();
public : void duplicateLayout(Transistor* transistor) ;
};
#if !defined(__DOXYGEN_PROCESSOR__)
// -------------------------------------------------------------------
// Class : "Proxy...<const Transistor::Polarity::Code*>".
template<>
inline string ProxyTypeName<Transistor::Polarity::Code>
( const Transistor::Polarity::Code* object )
{ return "<PointerSlotAdapter<Transistor::Polarity::Code>>"; }
template<>
inline string ProxyString <Transistor::Polarity::Code>
( const Transistor::Polarity::Code* object )
{
switch ( *object ) {
case Transistor::Polarity::N: return "N";
case Transistor::Polarity::P: return "P";
}
return "ABNORMAL";
} }
template<> #endif // TRANSISTOR_H
inline Record* ProxyRecord <Transistor::Polarity::Code>
( const Transistor::Polarity::Code* object )
{
Record* record = new Record(getString(object));
record->add(getSlot("Code", (unsigned int*)object));
return record;
}
// -------------------------------------------------------------------
// Class : "Proxy...<const Transistor::MaskVersion::Code*>".
template<>
inline string ProxyTypeName<Transistor::MaskVersion::Code>
( const Transistor::MaskVersion::Code* object )
{ return "<PointerSlotAdapter<Transistor::MaskVersion::Code>>"; }
template<>
inline string ProxyString <Transistor::MaskVersion::Code>
( const Transistor::MaskVersion::Code* object )
{
switch ( *object ) {
case Transistor::MaskVersion::VERSION1: return "VERSION1";
}
return "ABNORMAL";
}
template<>
inline Record* ProxyRecord <Transistor::MaskVersion::Code>
( const Transistor::MaskVersion::Code* object )
{
Record* record = new Record(getString(object));
record->add(getSlot("Code", (unsigned int*)object));
return record;
}
// -------------------------------------------------------------------
// Class : "Proxy...<const Transistor::Type::Code*>".
template<>
inline string ProxyTypeName<Transistor::Type::Code>
( const Transistor::Type::Code* object )
{ return "<PointerSlotAdapter<Transistor::Type::Code>>"; }
template<>
inline string ProxyString <Transistor::Type::Code>
( const Transistor::Type::Code* object )
{
switch ( *object ) {
case Transistor::Type::LEFT : return "LEFT";
case Transistor::Type::SINGLE: return "SINGLE";
case Transistor::Type::RIGHT: return "RIGHT";
case Transistor::Type::INTERNAL: return "INTERNAL";
}
return "ABNORMAL";
}
template<>
inline Record* ProxyRecord <Transistor::Type::Code>
( const Transistor::Type::Code* object )
{
Record* record = new Record(getString(object));
record->add(getSlot("Code", (unsigned int*)object));
return record;
}
#endif
}
// ****************************************************************************************************
// Generic functions
// ****************************************************************************************************
string getString(const Hurricane::Transistor::MaskInfo&);
#endif // HURRICANE_TRANSISTOR

378
chamsin/src/analogic/Transistor.h.backup Normal file
View File

@ -0,0 +1,378 @@
// ****************************************************************************************************
// File: Transistor.h
// Authors: Wu YiFei
// Date : 21/12/2006
// ****************************************************************************************************
#ifndef HURRICANE_TRANSISTOR
#define HURRICANE_TRANSISTOR
#include "Cell.h"
using namespace Hurricane;
#include "Transistors.h"
namespace Hurricane {
class GenTrans;
class Transistor : public Cell {
//# if !defined(__DOXYGEN_PROCESSOR__)
// Types
// *****
public: typedef Cell Inherit;
public: class Polarity {
public: enum Code {N=0, P=1};
private: Code _code;
public : Polarity(const Code& code=N);
public : Polarity(const Polarity&);
public : Polarity& operator=(const Polarity&);
public : operator const Code& () const { return _code; };
public : const Code& getCode() const { return _code; };
public : string _getTypeName() const { return _TName("Transistor::Polarity"); };
public : string _getString() const;
public : Record* _getRecord() const;
};
public : class MaskVersion {
public : enum Code { VERSION1=0 };
private: Code _code;
public : explicit MaskVersion(const Code& code=VERSION1);
public : MaskVersion(const MaskVersion&);
public : MaskVersion& operator=(const MaskVersion&);
public : operator const Code& () const { return _code; };
public : const Code& getCode() const { return _code; };
public : string _getTypeName() const { return _TName("Transistor::MaskVersion"); };
public : string _getString() const;
public : Record* _getRecord() const;
};
public : class Type {
// *********
public : enum Code { INTERNAL=0, LEFT=1, RIGHT=2, SINGLE=3};
private: Code _code;
public : explicit Type(const Code& code=INTERNAL);
public : Type(const Type& type);
public : Type& operator=(const Type& type);
public : operator const Code&() const { return _code; };
public : void setCode(const Code& code) { _code = code; };
public : const Code& getCode() const { return _code; };
public : string _getTypeName() const { return _TName("Transistor::Type"); };
public : string _getString() const;
public : Record* _getRecord() const;
};
public : class MaskInfo {
// ***************
// Attributs
// *********
private : double _l;
private : double _w ;
private : Type _type;
private : unsigned _nbDrainColumn;
private : unsigned _nbSourceColumn;
// Constructors
// ************
public : MaskInfo(const double& l, const double& w, const Type::Code& type=Type::INTERNAL
, const unsigned& nbDrainColumn=1
, const unsigned& nbSourceColumn=1);
public : virtual MaskInfo& operator=(const MaskInfo&);
private : MaskInfo(const MaskInfo& );
// Destructors
// ***********
public: virtual ~MaskInfo() {};
// Accessors
// *********
public : const double& getL() const { return _l; };
public : const double& getW() const { return _w; };
public : const unsigned & getNbDrainColumn() const { return _nbDrainColumn; };
public : const unsigned & getNbSourceColumn() const { return _nbSourceColumn; };
public : const Type& getType() const { return _type; };
// Update
// ******
public : void setL(const double& l) { _l=l;};
public : void setW(const double& w) { _w=w;};
public : void setNbDrainColumn(const unsigned& column) { _nbDrainColumn=column; };
public : void setNbSourceColumn(const unsigned& column) { _nbSourceColumn=column; };
public : void setType(const Type::Code& code) { _type.setCode(code); };
public : void setType(const Type& type) { _type = type; };
// Predicats
// *********
// Operators
// *********
public : virtual bool operator==(const MaskInfo&);
// Others
// ******
public : virtual string _getTypeName() const =0;
public : virtual string _getString() const;
public : virtual Record* _getRecord() const;
};
public : class MaskV1Info : public MaskInfo {
// *************************************
// type
// *****
public : typedef MaskInfo Inherit ;
// Attributs
// *********
// Constructors
// ************
public: MaskV1Info(const double& l, const double& w, const Type::Code& type=Type::INTERNAL
, const unsigned& nbDrainColumn = 1
, const unsigned& nbSourceColumn = 1);
public : MaskInfo& operator=(const MaskInfo&);
// Destructor
// ***********
public : virtual ~MaskV1Info() {};
// Operators
// *********
public : bool operator==(const MaskInfo&);
// Others
// *********
public : virtual string _getTypeName() const { return _TName("Transistor::MaskV1Info"); };
public : virtual string _getString() const;
public : virtual Record* _getRecord() const;
};
# if !defined(__DOXYGEN_PROCESSOR__)
// Attributes
// *******************
private : Polarity _polarity;
private : MaskInfo* _masqueInfo;
private : GenTrans * _genTrans;
//public : RealInfo * _realInfo;
private : map<Net*, Box> _mapNet2Box; // This Map Is For localize The Position Of Routing.
# endif
// Constructors
// ************
# if !defined(__DOXYGEN_PROCESSOR__)
protected : Transistor(Library* library, const Name& name, const Polarity& polarity);
# endif
public : static Transistor* create(Library* library, const Name& name, const Polarity& polarity);
# if !defined(__DOXYGEN_PROCESSOR__)
protected : virtual void _postCreate();
// Destructors
// ***********
protected : ~Transistor() {};
protected : virtual void _preDestroy();
# endif
// Accessors
// *********
public : const Polarity& getPolarity() const { return _polarity; };
public : MaskVersion getMaskVersion() const { return _getMaskInfoVersion(_masqueInfo); };
public : const MaskInfo* getMaskInfo() const { return _masqueInfo; };
public : const double getL() const { return _masqueInfo->getL(); };
public : const double getW() const { return _masqueInfo->getW(); };
public : const unsigned& getNbDrainColumn() const { return _masqueInfo->getNbDrainColumn(); };
public : const unsigned& getNbSourceColumn() const { return _masqueInfo->getNbSourceColumn(); };
public : const char* getDrainName() const { return "DRAIN"; };
public : const char* getSourceName() const { return "SOURCE"; };
public : const char* getGridName() const { return "GRID"; };
public : Net* getDrain() const { return getNet(getDrainName()); };
public : Net* getSource() const { return getNet(getSourceName()); };
public : Net* getGrid() const { return getNet(getGridName()); };
public : const Type& getAbutmentType() const { return _masqueInfo->getType(); };
// Predicats
// *********
public : bool isNmos() const { return _polarity==Polarity::N; };
public : bool isPmos() const { return _polarity==Polarity::P; };
public : bool isInternal() const { return getAbutmentType().getCode()==Type::INTERNAL; };
public : bool isLeft() const { return getAbutmentType().getCode()==Type::LEFT; };
public : bool isRight() const { return getAbutmentType().getCode()==Type::RIGHT; };
public : bool isSingle() const { return getAbutmentType().getCode()==Type::SINGLE; };
// Updators
// ********
public : void setL(const double& l) { _masqueInfo->setL(l); };
public : void setW(const double& w) { _masqueInfo->setW(w); };
//# endif
# if !defined(__DOXYGEN_PROCESSOR__)
// Others
// ******
public : virtual string _getTypeName() const {return _TName("Transistor");};
public : virtual string _getString() const;
public : virtual Record* _getRecord() const;
public : const GenTrans* _getGenTrans() const {return _genTrans; };
public : static MaskVersion _getMaskInfoVersion(MaskInfo*) ;
public : static MaskInfo* _createMaskInfo(const MaskVersion&) ;
public : map<Net*, Box>* _getMapNet2Box() { return &_mapNet2Box; };
# endif
// Operators
// *********
public : void setMaskInfo(MaskInfo*);
public : void createLayout();
public : void duplicateLayout(Transistor* transistor) ;
};
#if !defined(__DOXYGEN_PROCESSOR__)
// -------------------------------------------------------------------
// Class : "Proxy...<const Transistor::Polarity::Code*>".
template<>
inline string ProxyTypeName<Transistor::Polarity::Code>
( const Transistor::Polarity::Code* object )
{ return "<PointerSlotAdapter<Transistor::Polarity::Code>>"; }
template<>
inline string ProxyString <Transistor::Polarity::Code>
( const Transistor::Polarity::Code* object )
{
switch ( *object ) {
case Transistor::Polarity::N: return "N";
case Transistor::Polarity::P: return "P";
}
return "ABNORMAL";
}
template<>
inline Record* ProxyRecord <Transistor::Polarity::Code>
( const Transistor::Polarity::Code* object )
{
Record* record = new Record(getString(object));
record->add(getSlot("Code", (unsigned int*)object));
return record;
}
// -------------------------------------------------------------------
// Class : "Proxy...<const Transistor::MaskVersion::Code*>".
template<>
inline string ProxyTypeName<Transistor::MaskVersion::Code>
( const Transistor::MaskVersion::Code* object )
{ return "<PointerSlotAdapter<Transistor::MaskVersion::Code>>"; }
template<>
inline string ProxyString <Transistor::MaskVersion::Code>
( const Transistor::MaskVersion::Code* object )
{
switch ( *object ) {
case Transistor::MaskVersion::VERSION1: return "VERSION1";
}
return "ABNORMAL";
}
template<>
inline Record* ProxyRecord <Transistor::MaskVersion::Code>
( const Transistor::MaskVersion::Code* object )
{
Record* record = new Record(getString(object));
record->add(getSlot("Code", (unsigned int*)object));
return record;
}
// -------------------------------------------------------------------
// Class : "Proxy...<const Transistor::Type::Code*>".
template<>
inline string ProxyTypeName<Transistor::Type::Code>
( const Transistor::Type::Code* object )
{ return "<PointerSlotAdapter<Transistor::Type::Code>>"; }
template<>
inline string ProxyString <Transistor::Type::Code>
( const Transistor::Type::Code* object )
{
switch ( *object ) {
case Transistor::Type::LEFT : return "LEFT";
case Transistor::Type::SINGLE: return "SINGLE";
case Transistor::Type::RIGHT: return "RIGHT";
case Transistor::Type::INTERNAL: return "INTERNAL";
}
return "ABNORMAL";
}
template<>
inline Record* ProxyRecord <Transistor::Type::Code>
( const Transistor::Type::Code* object )
{
Record* record = new Record(getString(object));
record->add(getSlot("Code", (unsigned int*)object));
return record;
}
#endif
}
// ****************************************************************************************************
// Generic functions
// ****************************************************************************************************
string getString(const Hurricane::Transistor::MaskInfo&);
#endif // HURRICANE_TRANSISTOR

4
chamsin/src/device/CMakeLists.txt
View File

@ -1,5 +1,5 @@
INCLUDE_DIRECTORIES(${HURRICANE_INCLUDE_DIR} INCLUDE_DIRECTORIES(${CHAMSIN_SOURCE_DIR}/src/dtr ${CHAMSIN_SOURCE_DIR}/src/analogic
${CHAMSIN_SOURCE_DIR}/src/dtr ${CHAMSIN_SOURCE_DIR}/src/analogic) ${HURRICANE_INCLUDE_DIR})
ADD_LIBRARY(device SHARED Device.cpp TrMos.cpp TrMos_PlaceRoute.cpp) ADD_LIBRARY(device SHARED Device.cpp TrMos.cpp TrMos_PlaceRoute.cpp)

17
chamsin/src/device/Device.cpp
View File

@ -86,23 +86,6 @@ void Device::SaveLogicalView()
// } // }
} }
string Device::_getString() const
// ***************************************
{
string s= Inherit::_getString();
return s;
}
Record* Device::_getRecord() const
// *********************************
{
Record* record = Inherit::_getRecord();
return record;
}
void Device::_Place(Instance* ins, const Transformation::Orientation& orientation, const Point& point) void Device::_Place(Instance* ins, const Transformation::Orientation& orientation, const Point& point)
// ************************************************************************************************** // **************************************************************************************************
{ {

38
chamsin/src/device/Device.h
View File

@ -5,35 +5,12 @@
// Date : 21/12/2006 // Date : 21/12/2006
// **************************************************************************************************** // ****************************************************************************************************
#ifndef DEVICE_DEVICE #ifndef DEVICE_H
#define DEVICE_DEVICE #define DEVICE_H
#include "Cell.h" #include "Cell.h"
using Hurricane::Cell; using namespace Hurricane;
using Hurricane::_TName;
namespace Hurricane {
class Library;
class Name;
class Record;
class Point;
class Transformation;
class Instance;
}
namespace DEVICE {
using Hurricane::Library;
using Hurricane::Name;
using Hurricane::Record;
using Hurricane::Point;
using Hurricane::Transformation;
using Hurricane::Instance;
class Device : public Cell { class Device : public Cell {
@ -74,9 +51,6 @@ class Device : public Cell {
// Others // Others
// ****** // ******
public: virtual string _getTypeName() const {return _TName("Device"); };
public: virtual string _getString() const;
public: virtual Record* _getRecord() const;
public : virtual void _Flush() = 0; public : virtual void _Flush() = 0;
// Description of Layout // Description of Layout
@ -90,8 +64,4 @@ class Device : public Cell {
}; };
#endif // DEVICE_H
} // end namespace Device
#endif

12
chamsin/src/device/TrMos.cpp
View File

@ -4,8 +4,6 @@
// Date : 21/12/2006 // Date : 21/12/2006
// **************************************************************************************************** // ****************************************************************************************************
#include "Instance.h" #include "Instance.h"
#include "MetaTransistor.h" #include "MetaTransistor.h"
#include "Net.h" #include "Net.h"
@ -27,8 +25,8 @@ namespace DEVICE {
// **************************************************************************************************** // ****************************************************************************************************
TrMos::TrMos(Library* library, const Name& name): TrMos::TrMos(Library* library, const Name& name):
Inherit(library, name), Device(library, name),
_polarity(Transistor::Polarity::N), _polarity(Transistor::N),
_isBsConnected(false), _isBsConnected(false),
_m(1), _m(1),
_sourceIsFirst(true), _sourceIsFirst(true),
@ -70,12 +68,6 @@ void TrMos::_postCreate() {
} }
Transistors TrMos::getTransistors() const {
return getCollection(_transistorList);
}
void TrMos::create(const Transistor::Polarity& polarity, const bool isbsconnected) void TrMos::create(const Transistor::Polarity& polarity, const bool isbsconnected)
{ {
if( _tr1 ) { if( _tr1 ) {

25
chamsin/src/device/TrMos.h
View File

@ -4,27 +4,19 @@
// Date : 21/12/2006 // Date : 21/12/2006
// **************************************************************************************************** // ****************************************************************************************************
#ifndef DEVICE_TRMOS #ifndef TRMOS_H
#define DEVICE_TRMOS #define TRMOS_H
#include "Net.h" #include "Net.h"
using namespace Hurricane; using namespace Hurricane;
#include "Device.h"
#include "Transistor.h" #include "Transistor.h"
#include "MetaTransistor.h"
//#include "MetaTransistor.h"
namespace DEVICE { #include "Device.h"
class TrMos : public Device { class TrMos : public Device {
// **************************
# if !defined(__DOXYGEN_PROCESSOR__)
// Types
// *****
public : typedef Device Inherit;
public : enum PinName { D, G, S, B }; public : enum PinName { D, G, S, B };
@ -68,18 +60,15 @@ class TrMos : public Device {
// ************ // ************
protected : TrMos(Library* library, const Name& name); protected : TrMos(Library* library, const Name& name);
protected : virtual void _postCreate(); protected : virtual void _postCreate();
#endif
public : static TrMos* create(Library* library, const Name & name); public : static TrMos* create(Library* library, const Name & name);
# if !defined(__DOXYGEN_PROCESSOR__)
// Operations // Operations
// ********** // **********
public : virtual void dses() { /* to do */}; public : virtual void dses() { /* to do */};
public : virtual void shape() { /* to do */}; public : virtual void shape() { /* to do */};
#endif
public : void create(const Transistor::Polarity& polarity, const bool isbsconnected); public : void create(const Transistor::Polarity& polarity, const bool isbsconnected);
@ -93,7 +82,6 @@ class TrMos : public Device {
public : const double getWidthOfSourceWire() const { return _widthOfSourceWire; }; public : const double getWidthOfSourceWire() const { return _widthOfSourceWire; };
public : const double getWidthOfDrainWire() const { return _widthOfDrainWire; }; public : const double getWidthOfDrainWire() const { return _widthOfDrainWire; };
public : MetaTransistor* getTr1() const { return _tr1; }; public : MetaTransistor* getTr1() const { return _tr1; };
public : Transistors getTransistors() const ;
// Updators // Updators
// ******** // ********
@ -131,7 +119,4 @@ class TrMos : public Device {
}; };
} // end of namespace Device #endif // TRMOS_H
#endif

19
chamsin/src/dtr/DtrAccess.cpp
View File

@ -4,12 +4,14 @@
// Date : 21/12/2006 // Date : 21/12/2006
// **************************************************************************************************** // ****************************************************************************************************
#include "DtrAccess.h"
#include "RdsUnit.h"
#include "Error.h"
#include "DataBase.h" #include "DataBase.h"
#include "Technology.h" #include "Technology.h"
#include "BasicLayer.h"
#include "Error.h"
#include "RdsUnit.h"
#include "DtrAccess.h"
extern void ParseDtr(const char*, Hurricane::DtrAccess*); extern void ParseDtr(const char*, Hurricane::DtrAccess*);
@ -86,12 +88,9 @@ void DtrAccess::_postCreate() {
while(m!=n) { while(m!=n) {
Layer * layer = tech->getLayer(Name(*m)); Layer * layer = tech->getLayer(Name(*m));
if(!layer) { if(!layer) {
for_each_layer(l, tech->getLayers()) { layer = BasicLayer::create(tech, Name(*m), BasicLayer::Type::UNDEFINED, 100);
cerr << l << endl; //throw Error("Error : in function DtrAccess::_postCreate , Can't find Layer "
end_for; // + getString(*m) + " in technology file when parser DtrFile.");
}
throw Error("Error : in function DtrAccess::_postCreate , Can't find Layer "
+ getString(*m) + " in technology file when parser DtrFile.");
// cerr << Warning("In function DtrAccess::_postCreate , Can't find Layer " // cerr << Warning("In function DtrAccess::_postCreate , Can't find Layer "
// + getString(*m) + " in technology file when parser DtrFile"); // + getString(*m) + " in technology file when parser DtrFile");
} }

7
chamsin/src/tests/AnalogicTest.cpp
View File

@ -15,6 +15,13 @@ int main() {
//Library* workLibrary = Library::create(db->getRootLibrary(), Name("WorkLibrary")); //Library* workLibrary = Library::create(db->getRootLibrary(), Name("WorkLibrary"));
//TrMos* trmos = TrMos::create(workLibrary, Name("MosTr")); //TrMos* trmos = TrMos::create(workLibrary, Name("MosTr"));
AEnv::create("toto"); AEnv::create("toto");
trmos->create(Transistor::Polarity::P, true);
trmos->setMosLength(3);
trmos->setMosWidth(3);
trmos->generate(5, true, false, 3, 3);
exit(0); exit(0);
} catch (Hurricane::Warning& w) { } catch (Hurricane::Warning& w) {
cerr << w.what() << endl; cerr << w.what() << endl;