Compiler

Files

file instmacro.h

Data Structures

struct AnonType

struct BitList

struct TableC

struct TableF

union TableUnion

struct Case

struct ChildListEntry

struct ChildDescR

struct ChildDescI

struct ChildDescS

union ChildDescUnion

struct ChildDesc

struct DimStruct

struct ExprReal

struct SatisfiedExpr

union ExprUnion

struct Expr

struct Range

union SetUnion

struct Set

union NameUnion

struct Name

struct ExtCallNode

struct GlassBoxExternalFunc

struct BBoxInterp

struct BlackBoxExternalFunc

struct MethodExternalFunc

struct ExternalFunc

union for_union_t

struct for_var_t

struct fraction

struct FreeStore

struct Func

struct Instance

struct NameNode

union InstanceNameUnion

struct InstanceName

struct RealInstance

struct IntegerInstance

struct BooleanInstance

struct SetInstance

struct SymbolInstance

struct CommonAtomInstance

struct RealAtomInstance

struct IntegerAtomInstance

struct BooleanAtomInstance

struct SetAtomInstance

struct SymbolAtomInstance

struct CommonConstantInstance

struct RealConstantInstance

struct IntegerConstantInstance

struct BooleanConstantInstance

struct SymbolConstantInstance

struct RelationInstance

struct LogRelInstance

struct PendInstance

struct ModelInstance

struct WhenInstance

struct ArrayChild

struct ArrayInstance

struct SimulationInstance

struct GlobalDummyInstance

struct Interval

struct HierarchyNode

struct LogRelBVar

struct LogRelBoolean

struct LogRelInteger

struct LogRelSatisfied

struct LogRelUnary

struct LogRelBinary

struct logrel_term

union LogRelTermUnion

struct TokenLogRel

struct logrelation

struct NoteTmp

struct argItem

struct parpendingentry

struct pending_t

struct InitProcedure

struct anywatch

struct namewatch

struct procwatch

struct statwatch

struct varswatch

struct typewatch

struct procDebug

struct procFrame

struct SearchEntry

struct BlackBoxCache

struct BlackBoxData

struct RXNameData

struct RelationReal

struct RelationInteger

struct RelationRealConst

struct RelationIntegerConst

struct RelationVar

struct RelationFunc

struct RelationUnary

struct RelationBinary

struct RelationNary

struct relation_term

union RelationTermUnion

struct SharedRelation

struct TokenRelation

struct OpCodeRelation

struct GlassBoxRelation

struct BlackBoxRelation

union RelationUnion

union doublong

struct relation

struct set_t

struct WhenList

struct SelectList

struct SwitchList

struct StateRUN

struct StateFIX

struct StateASSERT

struct StateIF

struct StateCOND

struct StateWHEN

struct StateFNAME

struct StateSELECT

struct StateSWITCH

struct StateIS

struct CompoundAlias

struct StateAlias

struct StateARE

struct StateAssign

struct StateCall

struct StateRelation

struct StateLogicalRel

struct StateExternalMethod

struct StateExternalRelation

struct StateExternalBlackBox

struct StateExternalGlassBox

struct StateExternal

struct StateReference

struct StateFlow

struct StateFOR

struct StateWhile

union StateUnion

struct Statement

struct StatementList

struct ConstantTypeDesc

struct AtomTypeDesc

struct IndexType

struct ArrayDesc

struct ModelArgs

struct TypeDescription

struct Units

struct UnitDefinition

struct real_value_t

union value_union

struct value_t

struct visitmapinfo

struct VariableList

Defines

#define FuncGetLnmEpsilon()   (g_lnm_epsilon)

#define AMSTAT   0

#define ATDEBUG   0

#define INSTANCES_PER_AT   2

#define ANONEXPECTED   200

#define ANONTABLESIZE   1024

#define Asc_GetAnonType(atl, n)   ((struct AnonType *)gl_fetch((atl),(n)))

#define Asc_GetAnonCount(atl, n)   gl_length(Asc_GetAnonType((atl),(n))->instances)

#define Asc_GetAnonTypeInstance(at, c)   (struct Instance *)gl_fetch((at)->instances,(c))

#define CAC(acp)   ((struct ArrayChild *)(acp))

#define MALLOCPOOLAC   CAC(pool_get_element(g_array_child_pool))

#define FREEPOOLAC(ac)   pool_free_element(g_array_child_pool,(ac))

#define BLength(bl)   BLengthF(bl)

#define BCS(sbc)   BraceCharString(sbc)

#define BCLANG(sbc)   BraceCharLang(sbc)

#define BCL(sbc)   BraceCharLen(sbc)

#define IS_BINTOKEN_COMPILE

#define NULL   0

#define BinTokenGRADIENT   0

#define BinTokenRESIDUAL   1

#define GetCaseValues(c)   GetCaseValuesF(c)

#define GetCaseReferences(c)   GetCaseReferencesF(c)

#define GetCaseStatus(c)   GetCaseStatusF(c)

#define CheckInstance(a, b)   CheckInstanceLevel((a),(b),5)

#define AliasingOrigin(ori)

#define ParametricOrigin(ori)   ((ori) >= origin_PALI && (ori) <= origin_PWB)

#define ChildVisible(cl, n)   ((ChildGetBooleans((cl),(n)) & CBF_VISIBLE)!=0)

#define ChildSupported(cl, n)   ((ChildGetBooleans((cl),(n)) & CBF_SUPPORTED)!=0)

#define ChildPassed(cl, n)   ((ChildGetBooleans((cl),(n)) & CBF_PASSED) !=0)

#define ChildHide(cl, n)   ChildSetBoolean((cl),(n),CBF_VISIBLE,0)

#define ChildShow(cl, n)   ChildSetBoolean((cl),(n),CBF_VISIBLE,1)

#define NUM_FUNDTYPES   5

#define ICDESC(x)   CDescInit(&(x))

#define ICDESCPTR(y)   CDescInit(y)

#define AssignChildArrayElement(a, n, e)   AssignChildArrayElementF((a),(n),(e))

#define GetChildArrayElement(a, n)   GetChildArrayElementF((a),(n))

#define ChildDescType(e)   ChildDescTypeF(e)

#define ValueAssigned(e)   ValueAssignedF(e)

#define IntegerDefault(e)   IntegerDefaultF(e)

#define BooleanDefault(e)   BooleanDefaultF(e)

#define SetDefault(e)   SetDefaultF(e)

#define SetIsIntegerSet(e)   SetIsIntegerSetF(e)

#define SymbolDefault(e)   SymbolDefaultF(e)

#define RealDefaultValue(e)   RealDefaultValueF(e)

#define RealDimensions(e)   RealDimensionsF(e)

#define CmpParents   CmpRealPtrs

#define CmpRelations   CmpRealPtrs

#define CmpLogRelations   CmpRealPtrs

#define CmpWhens   CmpRealPtrs

#define TIMECOMPILER   0

#define CHECK_SYMBOL_USE   1

#define SCP(s)   ((CONST char *)(s))

#define SCLEN(s)   (*(int *)(((char *)s)-sizeof(int)))

#define BASE_REAL_NAME   "real"

#define BASE_INTEGER_NAME   "integer"

#define BASE_SYMBOL_NAME   "symbol"

#define BASE_BOOLEAN_NAME   "boolean"

#define BASE_SET_NAME   "set"

#define BASE_CON_REAL_NAME   "real_constant"

#define BASE_CON_INTEGER_NAME   "integer_constant"

#define BASE_CON_BOOLEAN_NAME   "boolean_constant"

#define BASE_CON_SYMBOL_NAME   "symbol_constant"

#define BASE_REL_NAME   "relation"

#define BASE_LOGREL_NAME   "logic_relation"

#define BASE_WHEN_NAME   "when"

#define BASE_EXT_NAME   "EXTERNAL_MODEL"

#define BASE_UNSELECTED   "unSELECTed_part"

#define NUM_DIMENS   10

#define D_MASS   0

#define D_QUANTITY   1

#define D_LENGTH   2

#define D_TIME   3

#define D_TEMPERATURE   4

#define D_CURRENCY   5

#define D_ELECTRIC_CURRENT   6

#define D_LUMINOUS_INTENSITY   7

#define D_PLANE_ANGLE   8

#define D_SOLID_ANGLE   9

#define DIM_WILD   0x1

#define GetDimFraction(d, i)   ((d).f[i])

#define GetDimPower(d, i)   (int)(Denominator((d).f[i])==1 ? Numerator((d).f[i]) : 0)

#define SetDimFraction(d, i, frac)   ( (d).f[(i)] = (frac) )

#define MESSYTHRESH   10

#define NUM_EXPR_ENUMS   44

#define TOK_SCALAR_LOW   e_zero

#define TOK_SCALAR_HIGH   e_var

#define TOK_CONSTANT_LOW   e_zero

#define TOK_CONSTANT_HIGH   e_int

#define TOK_XARY_LOW   e_uminus

#define TOK_XARY_HIGH   e_ipower

#define TOK_BINARY_LOW   e_plus

#define TOK_BINARY_HIGH   e_ipower

#define TOK_UNARY_LOW   e_uminus

#define TOK_UNARY_HIGH   e_func

#define TOK_REAL_REL_LOW   e_zero

#define TOK_REAL_REL_HIGH   e_ipower

#define TOK_REL_TYPE_LOW   e_glassbox

#define TOK_REL_TYPE_HIGH   e_token

#define MAXINTREAL   100000

#define NextExpr(e)   NextExprF(e)

#define ExprType(e)   ExprTypeF(e)

#define ExprName(e)   ExprNameF(e)

#define ExprFunc(e)   ExprFuncF(e)

#define ExprIValue(e)   ExprIValueF(e)

#define ExprRValue(e)   ExprRValueF(e)

#define ExprRDimensions(e)   ExprRDimensionsF(e)

#define SatisfiedExprName(e)   SatisfiedExprNameF(e)

#define SatisfiedExprRValue(e)   SatisfiedExprRValueF(e)

#define SatisfiedExprRDimensions(e)   SatisfiedExprRDimensionsF(e)

#define ExprBValue(e)   ExprBValueF(e)

#define ExprSValue(e)   ExprSValueF(e)

#define ExprSymValue(e)   ExprSymValueF(e)

#define ExprQStrValue(e)   ExprQStrValueF(e)

#define ExprBuiltinSet(e)   ExprBuiltinSetF(e)

#define K_TERM(i)   ((Term *)(i))

#define ShutDownDerivatives()   PrepareDerivatives(0,0,0)

#define ExternalCallExtFunc(ext)   ExternalCallExtFuncF(ext)

#define ExternalCallArgList(ext)   ExternalCallArgListF(ext)

#define ExternalCallVarIndex(ext)   ExternalCallVarIndexF(ext)

#define ExternalCallNodeStamp(ext)   ExternalCallNodeStampF(ext)

#define FINDEBUG   0

#define GetDeclarativeContext()   g_DeclarativeContext

#define SetDeclarativeContext(n)   g_DeclarativeContext = (n)

#define EVALDEBUG   0

#define GetEvaluationContext()   GetEvaluationContextF()

#define GetEvaluationForTable()   GetEvaluationForTableF()

#define SetEvaluationContext(i)   SetEvaluationContextF(i)

#define SetEvaluationForTable(ft)   SetEvaluationForTableF(ft)

#define for_table_t   gl_list_t

#define FRACPART   short

#define FRACMAX   SHRT_MAX

#define Numerator(f)   ((f).numerator)

#define Denominator(f)   ((f).denominator)

#define F_ERF_COEF   1.1283791670955130

#define F_LOG10_COEF   0.4342944819032518

#define F_PI   3.1415926535897932385E0

#define F_PI_HALF   1.5707963267948966192E0

#define F_LIM_EXP   709.78

#define F_LIM_CUBE   5.6438030941223618e101

#define F_LIM_SQR   1.0e154

#define FuncSetLnmEpsilon(e)   (e>(double)0.0 ? g_lnm_epsilon=e : FPRINTF(ASCERR,"bad lnm eps"))

#define ascnint(a)   ascnintF(a)

#define dhold2   dhold

#define INITSTACKLIMIT   40

#define IREAL   0x1

#define IINT   0x2

#define IBOOL   0x4

#define ISYM   0x8

#define ISET   0x10

#define IARR   0x20

#define IENUM   0x40

#define IFUND   0x80

#define ICONS   0x100

#define IATOM   0x200

#define ICOMP   0x400

#define IMOD   0x800

#define IRELN   0x1000

#define ILRELN   0x2000

#define IWHEN   0x4000

#define IAUTO   0x8000

#define IDUMB   0x10000

#define ICHILDLESS   (IFUND | ICONS | IWHEN | IDUMB)

#define IERRINST

#define ASC_ENUM_DECLS(D, X)

#define InstanceNameType(in)   ((in).t)

#define InstanceNameStr(in)   ((in).u.name)

#define InstanceIntIndex(in)   ((in).u.index)

#define InstanceStrIndex(in)   ((in).u.name)

#define SetInstanceNameType(in, type)   ((in).t) = (type)

#define SetInstanceNameStrPtr(in, str)   ((in).u.name) = (str)

#define SetInstanceNameStrIndex(in, str)   ((in).u.name) = (str)

#define SetInstanceNameIntIndex(in, int_index)   ((in).u.index) = (int_index)

#define LONGCHILDREN   0

#define SOL_ASSIGNED   0x1

#define SOL_FIXED   0x2

#define SOL_INACTIVELB   0x4

#define SOL_INACTIVEUB   0x8

#define SOL_ODESTATE   0x10

#define SOL_ODEOBSERVE   0x20

#define SOL_ISZERO   0x40

#define SOL_INTEGER   0x80

#define SOL_RELAXEDINT   0x100

#define SOL_INTERVAL   0x200

#define SOL_COMPLEX   0x400

#define SOL_DOMAIN   0x800

#define SOL_ODEINDEP   0x1000

#define SOL_NODOF   0x2000

#define SOL_PARAMETRIC   0x4000

#define SOL_INTENSIVE   0x8000

#define SOL_NONBASIC   0x10000

#define SOL_TIGHTLB   0x100000

#define SOL_TIGHTUB   0x200000

#define SOL_NOELIG   0x400000

#define NORELS   0x0

#define GBOXRELS   0x1

#define BBOXRELS   0x2

#define TOKRELS   0x4

#define ALLRELS   (GBOXRELS | BBOXRELS | TOKRELS)

#define EXTRELS   (GBOXRELS | BBOXRELS)

#define Instantiate(a, b, c, d)   NewInstantiate((a),(b),(c),(d))

#define ReInstantiate(a)   NewReInstantiate(a)

#define AVG_CONSTANT_PARENTS   2L

#define AVG_ICONSTANT_PARENTS   20L

#define AVG_PARENTS   2L

#define AVG_CASES   2L

#define AVG_WHEN   2L

#define AVG_RELATIONS   7L

#define AVG_LOGRELS   7L

#define AVG_ARY_CHILDREN   7L

#define UNDEFAULTEDREAL   0.0

#define MAX_EXTRELATIONS   50

#define INST(i)   ((struct Instance *)(i))

#define SIM_INST(i)   ((struct SimulationInstance *)(i))

#define RELN_INST(i)   ((struct RelationInstance *)(i))

#define LRELN_INST(i)   ((struct LogRelInstance *)(i))

#define ARY_INST(i)   ((struct ArrayInstance *)(i))

#define MOD_INST(i)   ((struct ModelInstance *)(i))

#define W_INST(i)   ((struct WhenInstance *)(i))

#define R_INST(i)   ((struct RealInstance *)(i))

#define I_INST(i)   ((struct IntegerInstance *)(i))

#define B_INST(i)   ((struct BooleanInstance *)(i))

#define S_INST(i)   ((struct SetInstance *)(i))

#define SYM_INST(i)   ((struct SymbolInstance *)(i))

#define CI_INST(i)   ((struct CommonConstantInstance *)(i))

#define RC_INST(i)   ((struct RealConstantInstance *)(i))

#define IC_INST(i)   ((struct IntegerConstantInstance *)(i))

#define BC_INST(i)   ((struct BooleanConstantInstance *)(i))

#define SYMC_INST(i)   ((struct SymbolConstantInstance *)(i))

#define CA_INST(i)   ((struct CommonAtomInstance *)(i))

#define RA_INST(i)   ((struct RealAtomInstance *)(i))

#define BA_INST(i)   ((struct BooleanAtomInstance *)(i))

#define IA_INST(i)   ((struct IntegerAtomInstance *)(i))

#define SA_INST(i)   ((struct SetAtomInstance *)(i))

#define SYMA_INST(i)   ((struct SymbolAtomInstance *)(i))

#define SOL_INST(i)   ((struct SolverAtomInstance *)(i))

#define D_INST(i)   ((struct GlobalDummyInstance *)(i))

#define CIASS(i)   (CI_INST(i)->vflag & ci_ASSIGNED)

#define BCV(i)   ((BC_INST(i)->vflag & ci_BVAL) == ci_BVAL)

#define R_PARENT(i)   INST((unsigned long)i-(unsigned long)R_INST(i)->parent_offset)

#define I_PARENT(i)   INST((unsigned long)i-(unsigned long)I_INST(i)->parent_offset)

#define B_PARENT(i)   INST((unsigned long)i-(unsigned long)B_INST(i)->parent_offset)

#define S_PARENT(i)   INST((unsigned long)i-(unsigned long)S_INST(i)->parent_offset)

#define SYM_PARENT(i)   INST((unsigned long)i-(unsigned long)SYM_INST(i)->parent_offset)

#define NextHighestEven(ivalue)   (((ivalue) & 1) ? ((ivalue)+1) : (ivalue))

#define CHILD_ADR(iptr, type, c)   ((struct Instance **)((unsigned long)iptr+(unsigned long)sizeof(type))+c)

#define SIM_CHILD(i, c)   CHILD_ADR(i,struct SimulationInstance,c)

#define MOD_CHILD(i, c)   CHILD_ADR(i,struct ModelInstance,c)

#define RA_CHILD(i, c)   CHILD_ADR(i,struct RealAtomInstance,c)

#define BA_CHILD(i, c)   CHILD_ADR(i,struct BooleanAtomInstance,c)

#define IA_CHILD(i, c)   CHILD_ADR(i,struct IntegerAtomInstance,c)

#define SA_CHILD(i, c)   CHILD_ADR(i,struct SetAtomInstance,c)

#define SYMA_CHILD(i, c)   CHILD_ADR(i,struct SymbolAtomInstance,c)

#define REL_CHILD(i, c)   CHILD_ADR(i,struct RelationInstance,c)

#define LREL_CHILD(i, c)   CHILD_ADR(i,struct LogRelInstance,c)

#define CLIST(in, type)   (struct Instance **)((unsigned long)(in)+sizeof(type))

#define BASE_ADDR(in, num, type)   INST((CLIST(in,type)) + NextHighestEven(num))

#define NotAtom(i)   NotAtomF(i)

#define InstanceKind(i)   InstanceKindF(i)

#define IsConstantInstance(i)   ((i)->t & ICONS)

#define IsFundamentalInstance(i)   ((i)->t & IFUND)

#define IsAtomicInstance(i)   ((i)->t & IATOM)

#define IsCompoundInstance(i)   ((i)->t & ICOMP)

#define IsArrayInstance(i)   ((i)->t & IARR)

#define IsChildlessInstance(i)   ((i)->t & ICHILDLESS)

#define InstanceUniversal(i)   (GetUniversalFlag(InstanceTypeDesc(i)) != 0)

#define Inf(i)   ((i).low)

#define Sup(i)   ((i).high)

#define LOGA_TERM(i)   ((struct logrel_term *)(i))

#define LOGBV_TERM(i)   ((struct LogRelBVar *)(i))

#define LOGBC_TERM(i)   ((struct LogRelBoolean *)(i))

#define LOGI_TERM(i)   ((struct LogRelInteger *)(i))

#define LOGS_TERM(i)   ((struct LogRelSatisfied *)(i))

#define LOGB_TERM(i)   ((struct LogRelBinary *)(i))

#define LOGU_TERM(i)   ((struct LogRelUnary *)(i))

#define LOGUNION_TERM(i)   ((union LogRelTermUnion *)(i))

#define LOGTERM_ALLOC   LOGA_TERM(ascmalloc(sizeof(union LogRelTermUnion)))

#define NewLogRelTerm(r, p, l)   NewLogRelTermF((r),(p),(l))

#define LogRelSideTerm(rs, p)   LogRelSideTermF((rs),(p))

#define LogRelTermType(rtp)   LogRelTermTypeF(rtp)

#define LogTermUniLeft(t)   ( ((struct LogRelUnary *)t) -> left)

#define LogTermBinLeft(t)   ( ((struct LogRelBinary *)t) -> left)

#define LogTermBinRight(t)   ( ((struct LogRelBinary *)t) -> right)

#define LogRelCalcResidual(i, r)   LogRelCalcResidualPostfix(i,r,0,NULL)

#define Infix_Log_LhsSide(lr)   ((lr)->token.lhs_term)

#define Infix_Log_RhsSide(lr)   ((lr)->token.rhs_term)

#define Postfix_Log_LhsSide(lr)   ((lr)->token.lhs)

#define Postfix_Log_RhsSide(lr)   ((lr)->token.rhs)

#define MOD_FILE_EXTS   6

#define MOD_OLD_CODE   ".asc"

#define MOD_OLD_LIBRARY   ".lib"

#define MOD_NEW_CODE   ".a4c"

#define MOD_NEW_LIBRARY   ".a4l"

#define MOD_NEW_UNITS   ".a4u"

#define MOD_CATCHALL   ""

#define Asc_CurrentModule()   Asc_CurrentModuleF()

#define Asc_ModulesEqual(m1, m2)   ((m1)==(m2))

#define CreateIdName(s)   CreateIdNameF((s),NAMEBIT_IDTY)

#define CreateSystemIdName(s)   CreateIdNameF((s),NAMEBIT_IDTY|NAMEBIT_AUTO)

#define NextName(n)   NextNameF(n)

#define NameId(n)   NameIdF(n)

#define NameAuto(n)   NameAutoF(n)

#define NameIdPtr(n)   NameIdPtrF(n)

#define NameSetPtr(n)   NameSetPtrF(n)

#define NOTESWILD   ((symchar *)0x11)

#define NOTESWILDLIST   ((struct gl_list_t *)0x11)

#define NUMLISTUSESPOOL   TRUE

#define ASC_CLIENTDATA_DECLARED

#define ASC_OK   0

#define ASC_ERROR   1

#define ASC_RETURN   2

#define ASC_BREAK   3

#define ASC_CONTINUE   4

#define Asc_argItemKind(aip)   ((aip)->kind)

#define Asc_argItemDepth(aip)   ((aip)->depth)

#define Asc_argItemInstance(aip)   ((aip)->u.i)

#define Asc_argItemDoublePtr(aip)   ((aip)->u.dptr)

#define Asc_argItemLongPtr(aip)   ((aip)->u.liptr)

#define Asc_argItemDouble(aip)   ((aip)->u.dval)

#define Asc_argItemLongVal(aip)   ((aip)->u.lival)

#define Asc_argItemIntVal(aip)   ((aip)->u.ival)

#define Asc_argItemBoolVal(aip)   ((aip)->u.bval)

#define Asc_argItemStringVal(aip)   ((aip)->u.cval)

#define Asc_argItemNameString(aip)   ((aip)->u.nval)

#define Asc_argItemTypeName(aip)   ((aip)->u.nval)

#define Asc_argItemFileString(aip)   ((aip)->u.fval)

#define Asc_argItemListValue(aip)   ((aip)->u.lval)

#define PendingInstance(pt)   PendingInstanceF(pt)

#define ProcName(p)   ProcNameF(p)

#define


Files
file	instmacro.h
Data Structures
struct	AnonType
struct	BitList
struct	TableC
struct	TableF
union	TableUnion
struct	Case
struct	ChildListEntry
struct	ChildDescR
struct	ChildDescI
struct	ChildDescS
union	ChildDescUnion
struct	ChildDesc
struct	DimStruct
struct	ExprReal
struct	SatisfiedExpr
union	ExprUnion
struct	Expr
struct	Range
union	SetUnion
struct	Set
union	NameUnion
struct	Name
struct	ExtCallNode
struct	GlassBoxExternalFunc
struct	BBoxInterp
struct	BlackBoxExternalFunc
struct	MethodExternalFunc
struct	ExternalFunc
union	for_union_t
struct	for_var_t
struct	fraction
struct	FreeStore
struct	Func
struct	Instance
struct	NameNode
union	InstanceNameUnion
struct	InstanceName
struct	RealInstance
struct	IntegerInstance
struct	BooleanInstance
struct	SetInstance
struct	SymbolInstance
struct	CommonAtomInstance
struct	RealAtomInstance
struct	IntegerAtomInstance
struct	BooleanAtomInstance
struct	SetAtomInstance
struct	SymbolAtomInstance
struct	CommonConstantInstance
struct	RealConstantInstance
struct	IntegerConstantInstance
struct	BooleanConstantInstance
struct	SymbolConstantInstance
struct	RelationInstance
struct	LogRelInstance
struct	PendInstance
struct	ModelInstance
struct	WhenInstance
struct	ArrayChild
struct	ArrayInstance
struct	SimulationInstance
struct	GlobalDummyInstance
struct	Interval
struct	HierarchyNode
struct	LogRelBVar
struct	LogRelBoolean
struct	LogRelInteger
struct	LogRelSatisfied
struct	LogRelUnary
struct	LogRelBinary
struct	logrel_term
union	LogRelTermUnion
struct	TokenLogRel
struct	logrelation
struct	NoteTmp
struct	argItem
struct	parpendingentry
struct	pending_t
struct	InitProcedure
struct	anywatch
struct	namewatch
struct	procwatch
struct	statwatch
struct	varswatch
struct	typewatch
struct	procDebug
struct	procFrame
struct	SearchEntry
struct	BlackBoxCache
struct	BlackBoxData
struct	RXNameData
struct	RelationReal
struct	RelationInteger
struct	RelationRealConst
struct	RelationIntegerConst
struct	RelationVar
struct	RelationFunc
struct	RelationUnary
struct	RelationBinary
struct	RelationNary
struct	relation_term
union	RelationTermUnion
struct	SharedRelation
struct	TokenRelation
struct	OpCodeRelation
struct	GlassBoxRelation
struct	BlackBoxRelation
union	RelationUnion
union	doublong
struct	relation
struct	set_t
struct	WhenList
struct	SelectList
struct	SwitchList
struct	StateRUN
struct	StateFIX
struct	StateASSERT
struct	StateIF
struct	StateCOND
struct	StateWHEN
struct	StateFNAME
struct	StateSELECT
struct	StateSWITCH
struct	StateIS
struct	CompoundAlias
struct	StateAlias
struct	StateARE
struct	StateAssign
struct	StateCall
struct	StateRelation
struct	StateLogicalRel
struct	StateExternalMethod
struct	StateExternalRelation
struct	StateExternalBlackBox
struct	StateExternalGlassBox
struct	StateExternal
struct	StateReference
struct	StateFlow
struct	StateFOR
struct	StateWhile
union	StateUnion
struct	Statement
struct	StatementList
struct	ConstantTypeDesc
struct	AtomTypeDesc
struct	IndexType
struct	ArrayDesc
struct	ModelArgs
struct	TypeDescription
struct	Units
struct	UnitDefinition
struct	real_value_t
union	value_union
struct	value_t
struct	visitmapinfo
struct	VariableList
Defines
#define	FuncGetLnmEpsilon() (g_lnm_epsilon)
#define	AMSTAT 0
#define	ATDEBUG 0
#define	INSTANCES_PER_AT 2
#define	ANONEXPECTED 200
#define	ANONTABLESIZE 1024
#define	Asc_GetAnonType(atl, n) ((struct AnonType *)gl_fetch((atl),(n)))
#define	Asc_GetAnonCount(atl, n) gl_length(Asc_GetAnonType((atl),(n))->instances)
#define	Asc_GetAnonTypeInstance(at, c) (struct Instance *)gl_fetch((at)->instances,(c))
#define	CAC(acp) ((struct ArrayChild *)(acp))
#define	MALLOCPOOLAC CAC(pool_get_element(g_array_child_pool))
#define	FREEPOOLAC(ac) pool_free_element(g_array_child_pool,(ac))
#define	BLength(bl) BLengthF(bl)
#define	BCS(sbc) BraceCharString(sbc)
#define	BCLANG(sbc) BraceCharLang(sbc)
#define	BCL(sbc) BraceCharLen(sbc)
#define	IS_BINTOKEN_COMPILE
#define	NULL 0
#define	BinTokenGRADIENT 0
#define	BinTokenRESIDUAL 1
#define	GetCaseValues(c) GetCaseValuesF(c)
#define	GetCaseReferences(c) GetCaseReferencesF(c)
#define	GetCaseStatus(c) GetCaseStatusF(c)
#define	CheckInstance(a, b) CheckInstanceLevel((a),(b),5)
#define	AliasingOrigin(ori)
#define	ParametricOrigin(ori) ((ori) >= origin_PALI && (ori) <= origin_PWB)
#define	ChildVisible(cl, n) ((ChildGetBooleans((cl),(n)) & CBF_VISIBLE)!=0)
#define	ChildSupported(cl, n) ((ChildGetBooleans((cl),(n)) & CBF_SUPPORTED)!=0)
#define	ChildPassed(cl, n) ((ChildGetBooleans((cl),(n)) & CBF_PASSED) !=0)
#define	ChildHide(cl, n) ChildSetBoolean((cl),(n),CBF_VISIBLE,0)
#define	ChildShow(cl, n) ChildSetBoolean((cl),(n),CBF_VISIBLE,1)
#define	NUM_FUNDTYPES 5
#define	ICDESC(x) CDescInit(&(x))
#define	ICDESCPTR(y) CDescInit(y)
#define	AssignChildArrayElement(a, n, e) AssignChildArrayElementF((a),(n),(e))
#define	GetChildArrayElement(a, n) GetChildArrayElementF((a),(n))
#define	ChildDescType(e) ChildDescTypeF(e)
#define	ValueAssigned(e) ValueAssignedF(e)
#define	IntegerDefault(e) IntegerDefaultF(e)
#define	BooleanDefault(e) BooleanDefaultF(e)
#define	SetDefault(e) SetDefaultF(e)
#define	SetIsIntegerSet(e) SetIsIntegerSetF(e)
#define	SymbolDefault(e) SymbolDefaultF(e)
#define	RealDefaultValue(e) RealDefaultValueF(e)
#define	RealDimensions(e) RealDimensionsF(e)
#define	CmpParents CmpRealPtrs
#define	CmpRelations CmpRealPtrs
#define	CmpLogRelations CmpRealPtrs
#define	CmpWhens CmpRealPtrs
#define	TIMECOMPILER 0
#define	CHECK_SYMBOL_USE 1
#define	SCP(s) ((CONST char *)(s))
#define	SCLEN(s) ((int )(((char *)s)-sizeof(int)))
#define	BASE_REAL_NAME "real"
#define	BASE_INTEGER_NAME "integer"
#define	BASE_SYMBOL_NAME "symbol"
#define	BASE_BOOLEAN_NAME "boolean"
#define	BASE_SET_NAME "set"
#define	BASE_CON_REAL_NAME "real_constant"
#define	BASE_CON_INTEGER_NAME "integer_constant"
#define	BASE_CON_BOOLEAN_NAME "boolean_constant"
#define	BASE_CON_SYMBOL_NAME "symbol_constant"
#define	BASE_REL_NAME "relation"
#define	BASE_LOGREL_NAME "logic_relation"
#define	BASE_WHEN_NAME "when"
#define	BASE_EXT_NAME "EXTERNAL_MODEL"
#define	BASE_UNSELECTED "unSELECTed_part"
#define	NUM_DIMENS 10
#define	D_MASS 0
#define	D_QUANTITY 1
#define	D_LENGTH 2
#define	D_TIME 3
#define	D_TEMPERATURE 4
#define	D_CURRENCY 5
#define	D_ELECTRIC_CURRENT 6
#define	D_LUMINOUS_INTENSITY 7
#define	D_PLANE_ANGLE 8
#define	D_SOLID_ANGLE 9
#define	DIM_WILD 0x1
#define	GetDimFraction(d, i) ((d).f[i])
#define	GetDimPower(d, i) (int)(Denominator((d).f[i])==1 ? Numerator((d).f[i]) : 0)
#define	SetDimFraction(d, i, frac) ( (d).f[(i)] = (frac) )
#define	MESSYTHRESH 10
#define	NUM_EXPR_ENUMS 44
#define	TOK_SCALAR_LOW e_zero
#define	TOK_SCALAR_HIGH e_var
#define	TOK_CONSTANT_LOW e_zero
#define	TOK_CONSTANT_HIGH e_int
#define	TOK_XARY_LOW e_uminus
#define	TOK_XARY_HIGH e_ipower
#define	TOK_BINARY_LOW e_plus
#define	TOK_BINARY_HIGH e_ipower
#define	TOK_UNARY_LOW e_uminus
#define	TOK_UNARY_HIGH e_func
#define	TOK_REAL_REL_LOW e_zero
#define	TOK_REAL_REL_HIGH e_ipower
#define	TOK_REL_TYPE_LOW e_glassbox
#define	TOK_REL_TYPE_HIGH e_token
#define	MAXINTREAL 100000
#define	NextExpr(e) NextExprF(e)
#define	ExprType(e) ExprTypeF(e)
#define	ExprName(e) ExprNameF(e)
#define	ExprFunc(e) ExprFuncF(e)
#define	ExprIValue(e) ExprIValueF(e)
#define	ExprRValue(e) ExprRValueF(e)
#define	ExprRDimensions(e) ExprRDimensionsF(e)
#define	SatisfiedExprName(e) SatisfiedExprNameF(e)
#define	SatisfiedExprRValue(e) SatisfiedExprRValueF(e)
#define	SatisfiedExprRDimensions(e) SatisfiedExprRDimensionsF(e)
#define	ExprBValue(e) ExprBValueF(e)
#define	ExprSValue(e) ExprSValueF(e)
#define	ExprSymValue(e) ExprSymValueF(e)
#define	ExprQStrValue(e) ExprQStrValueF(e)
#define	ExprBuiltinSet(e) ExprBuiltinSetF(e)
#define	K_TERM(i) ((Term *)(i))
#define	ShutDownDerivatives() PrepareDerivatives(0,0,0)
#define	ExternalCallExtFunc(ext) ExternalCallExtFuncF(ext)
#define	ExternalCallArgList(ext) ExternalCallArgListF(ext)
#define	ExternalCallVarIndex(ext) ExternalCallVarIndexF(ext)
#define	ExternalCallNodeStamp(ext) ExternalCallNodeStampF(ext)
#define	FINDEBUG 0
#define	GetDeclarativeContext() g_DeclarativeContext
#define	SetDeclarativeContext(n) g_DeclarativeContext = (n)
#define	EVALDEBUG 0
#define	GetEvaluationContext() GetEvaluationContextF()
#define	GetEvaluationForTable() GetEvaluationForTableF()
#define	SetEvaluationContext(i) SetEvaluationContextF(i)
#define	SetEvaluationForTable(ft) SetEvaluationForTableF(ft)
#define	for_table_t gl_list_t
#define	FRACPART short
#define	FRACMAX SHRT_MAX
#define	Numerator(f) ((f).numerator)
#define	Denominator(f) ((f).denominator)
#define	F_ERF_COEF 1.1283791670955130
#define	F_LOG10_COEF 0.4342944819032518
#define	F_PI 3.1415926535897932385E0
#define	F_PI_HALF 1.5707963267948966192E0
#define	F_LIM_EXP 709.78
#define	F_LIM_CUBE 5.6438030941223618e101
#define	F_LIM_SQR 1.0e154
#define	FuncSetLnmEpsilon(e) (e>(double)0.0 ? g_lnm_epsilon=e : FPRINTF(ASCERR,"bad lnm eps"))
#define	ascnint(a) ascnintF(a)
#define	dhold2 dhold
#define	INITSTACKLIMIT 40
#define	IREAL 0x1
#define	IINT 0x2
#define	IBOOL 0x4
#define	ISYM 0x8
#define	ISET 0x10
#define	IARR 0x20
#define	IENUM 0x40
#define	IFUND 0x80
#define	ICONS 0x100
#define	IATOM 0x200
#define	ICOMP 0x400
#define	IMOD 0x800
#define	IRELN 0x1000
#define	ILRELN 0x2000
#define	IWHEN 0x4000
#define	IAUTO 0x8000
#define	IDUMB 0x10000
#define	ICHILDLESS (IFUND \| ICONS \| IWHEN \| IDUMB)
#define	IERRINST
#define	ASC_ENUM_DECLS(D, X)
#define	InstanceNameType(in) ((in).t)
#define	InstanceNameStr(in) ((in).u.name)
#define	InstanceIntIndex(in) ((in).u.index)
#define	InstanceStrIndex(in) ((in).u.name)
#define	SetInstanceNameType(in, type) ((in).t) = (type)
#define	SetInstanceNameStrPtr(in, str) ((in).u.name) = (str)
#define	SetInstanceNameStrIndex(in, str) ((in).u.name) = (str)
#define	SetInstanceNameIntIndex(in, int_index) ((in).u.index) = (int_index)
#define	LONGCHILDREN 0
#define	SOL_ASSIGNED 0x1
#define	SOL_FIXED 0x2
#define	SOL_INACTIVELB 0x4
#define	SOL_INACTIVEUB 0x8
#define	SOL_ODESTATE 0x10
#define	SOL_ODEOBSERVE 0x20
#define	SOL_ISZERO 0x40
#define	SOL_INTEGER 0x80
#define	SOL_RELAXEDINT 0x100
#define	SOL_INTERVAL 0x200
#define	SOL_COMPLEX 0x400
#define	SOL_DOMAIN 0x800
#define	SOL_ODEINDEP 0x1000
#define	SOL_NODOF 0x2000
#define	SOL_PARAMETRIC 0x4000
#define	SOL_INTENSIVE 0x8000
#define	SOL_NONBASIC 0x10000
#define	SOL_TIGHTLB 0x100000
#define	SOL_TIGHTUB 0x200000
#define	SOL_NOELIG 0x400000
#define	NORELS 0x0
#define	GBOXRELS 0x1
#define	BBOXRELS 0x2
#define	TOKRELS 0x4
#define	ALLRELS (GBOXRELS \| BBOXRELS \| TOKRELS)
#define	EXTRELS (GBOXRELS \| BBOXRELS)
#define	Instantiate(a, b, c, d) NewInstantiate((a),(b),(c),(d))
#define	ReInstantiate(a) NewReInstantiate(a)
#define	AVG_CONSTANT_PARENTS 2L
#define	AVG_ICONSTANT_PARENTS 20L
#define	AVG_PARENTS 2L
#define	AVG_CASES 2L
#define	AVG_WHEN 2L
#define	AVG_RELATIONS 7L
#define	AVG_LOGRELS 7L
#define	AVG_ARY_CHILDREN 7L
#define	UNDEFAULTEDREAL 0.0
#define	MAX_EXTRELATIONS 50
#define	INST(i) ((struct Instance *)(i))
#define	SIM_INST(i) ((struct SimulationInstance *)(i))
#define	RELN_INST(i) ((struct RelationInstance *)(i))
#define	LRELN_INST(i) ((struct LogRelInstance *)(i))
#define	ARY_INST(i) ((struct ArrayInstance *)(i))
#define	MOD_INST(i) ((struct ModelInstance *)(i))
#define	W_INST(i) ((struct WhenInstance *)(i))
#define	R_INST(i) ((struct RealInstance *)(i))
#define	I_INST(i) ((struct IntegerInstance *)(i))
#define	B_INST(i) ((struct BooleanInstance *)(i))
#define	S_INST(i) ((struct SetInstance *)(i))
#define	SYM_INST(i) ((struct SymbolInstance *)(i))
#define	CI_INST(i) ((struct CommonConstantInstance *)(i))
#define	RC_INST(i) ((struct RealConstantInstance *)(i))
#define	IC_INST(i) ((struct IntegerConstantInstance *)(i))
#define	BC_INST(i) ((struct BooleanConstantInstance *)(i))
#define	SYMC_INST(i) ((struct SymbolConstantInstance *)(i))
#define	CA_INST(i) ((struct CommonAtomInstance *)(i))
#define	RA_INST(i) ((struct RealAtomInstance *)(i))
#define	BA_INST(i) ((struct BooleanAtomInstance *)(i))
#define	IA_INST(i) ((struct IntegerAtomInstance *)(i))
#define	SA_INST(i) ((struct SetAtomInstance *)(i))
#define	SYMA_INST(i) ((struct SymbolAtomInstance *)(i))
#define	SOL_INST(i) ((struct SolverAtomInstance *)(i))
#define	D_INST(i) ((struct GlobalDummyInstance *)(i))
#define	CIASS(i) (CI_INST(i)->vflag & ci_ASSIGNED)
#define	BCV(i) ((BC_INST(i)->vflag & ci_BVAL) == ci_BVAL)
#define	R_PARENT(i) INST((unsigned long)i-(unsigned long)R_INST(i)->parent_offset)
#define	I_PARENT(i) INST((unsigned long)i-(unsigned long)I_INST(i)->parent_offset)
#define	B_PARENT(i) INST((unsigned long)i-(unsigned long)B_INST(i)->parent_offset)
#define	S_PARENT(i) INST((unsigned long)i-(unsigned long)S_INST(i)->parent_offset)
#define	SYM_PARENT(i) INST((unsigned long)i-(unsigned long)SYM_INST(i)->parent_offset)
#define	NextHighestEven(ivalue) (((ivalue) & 1) ? ((ivalue)+1) : (ivalue))
#define	CHILD_ADR(iptr, type, c) ((struct Instance **)((unsigned long)iptr+(unsigned long)sizeof(type))+c)
#define	SIM_CHILD(i, c) CHILD_ADR(i,struct SimulationInstance,c)
#define	MOD_CHILD(i, c) CHILD_ADR(i,struct ModelInstance,c)
#define	RA_CHILD(i, c) CHILD_ADR(i,struct RealAtomInstance,c)
#define	BA_CHILD(i, c) CHILD_ADR(i,struct BooleanAtomInstance,c)
#define	IA_CHILD(i, c) CHILD_ADR(i,struct IntegerAtomInstance,c)
#define	SA_CHILD(i, c) CHILD_ADR(i,struct SetAtomInstance,c)
#define	SYMA_CHILD(i, c) CHILD_ADR(i,struct SymbolAtomInstance,c)
#define	REL_CHILD(i, c) CHILD_ADR(i,struct RelationInstance,c)
#define	LREL_CHILD(i, c) CHILD_ADR(i,struct LogRelInstance,c)
#define	CLIST(in, type) (struct Instance **)((unsigned long)(in)+sizeof(type))
#define	BASE_ADDR(in, num, type) INST((CLIST(in,type)) + NextHighestEven(num))
#define	NotAtom(i) NotAtomF(i)
#define	InstanceKind(i) InstanceKindF(i)
#define	IsConstantInstance(i) ((i)->t & ICONS)
#define	IsFundamentalInstance(i) ((i)->t & IFUND)
#define	IsAtomicInstance(i) ((i)->t & IATOM)
#define	IsCompoundInstance(i) ((i)->t & ICOMP)
#define	IsArrayInstance(i) ((i)->t & IARR)
#define	IsChildlessInstance(i) ((i)->t & ICHILDLESS)
#define	InstanceUniversal(i) (GetUniversalFlag(InstanceTypeDesc(i)) != 0)
#define	Inf(i) ((i).low)
#define	Sup(i) ((i).high)
#define	LOGA_TERM(i) ((struct logrel_term *)(i))
#define	LOGBV_TERM(i) ((struct LogRelBVar *)(i))
#define	LOGBC_TERM(i) ((struct LogRelBoolean *)(i))
#define	LOGI_TERM(i) ((struct LogRelInteger *)(i))
#define	LOGS_TERM(i) ((struct LogRelSatisfied *)(i))
#define	LOGB_TERM(i) ((struct LogRelBinary *)(i))
#define	LOGU_TERM(i) ((struct LogRelUnary *)(i))
#define	LOGUNION_TERM(i) ((union LogRelTermUnion *)(i))
#define	LOGTERM_ALLOC LOGA_TERM(ascmalloc(sizeof(union LogRelTermUnion)))
#define	NewLogRelTerm(r, p, l) NewLogRelTermF((r),(p),(l))
#define	LogRelSideTerm(rs, p) LogRelSideTermF((rs),(p))
#define	LogRelTermType(rtp) LogRelTermTypeF(rtp)
#define	LogTermUniLeft(t) ( ((struct LogRelUnary *)t) -> left)
#define	LogTermBinLeft(t) ( ((struct LogRelBinary *)t) -> left)
#define	LogTermBinRight(t) ( ((struct LogRelBinary *)t) -> right)
#define	LogRelCalcResidual(i, r) LogRelCalcResidualPostfix(i,r,0,NULL)
#define	Infix_Log_LhsSide(lr) ((lr)->token.lhs_term)
#define	Infix_Log_RhsSide(lr) ((lr)->token.rhs_term)
#define	Postfix_Log_LhsSide(lr) ((lr)->token.lhs)
#define	Postfix_Log_RhsSide(lr) ((lr)->token.rhs)
#define	MOD_FILE_EXTS 6
#define	MOD_OLD_CODE ".asc"
#define	MOD_OLD_LIBRARY ".lib"
#define	MOD_NEW_CODE ".a4c"
#define	MOD_NEW_LIBRARY ".a4l"
#define	MOD_NEW_UNITS ".a4u"
#define	MOD_CATCHALL ""
#define	Asc_CurrentModule() Asc_CurrentModuleF()
#define	Asc_ModulesEqual(m1, m2) ((m1)==(m2))
#define	CreateIdName(s) CreateIdNameF((s),NAMEBIT_IDTY)
#define	CreateSystemIdName(s) CreateIdNameF((s),NAMEBIT_IDTY\|NAMEBIT_AUTO)
#define	NextName(n) NextNameF(n)
#define	NameId(n) NameIdF(n)
#define	NameAuto(n) NameAutoF(n)
#define	NameIdPtr(n) NameIdPtrF(n)
#define	NameSetPtr(n) NameSetPtrF(n)
#define	NOTESWILD ((symchar *)0x11)
#define	NOTESWILDLIST ((struct gl_list_t *)0x11)
#define	NUMLISTUSESPOOL TRUE
#define	ASC_CLIENTDATA_DECLARED
#define	ASC_OK 0
#define	ASC_ERROR 1
#define	ASC_RETURN 2
#define	ASC_BREAK 3
#define	ASC_CONTINUE 4
#define	Asc_argItemKind(aip) ((aip)->kind)
#define	Asc_argItemDepth(aip) ((aip)->depth)
#define	Asc_argItemInstance(aip) ((aip)->u.i)
#define	Asc_argItemDoublePtr(aip) ((aip)->u.dptr)
#define	Asc_argItemLongPtr(aip) ((aip)->u.liptr)
#define	Asc_argItemDouble(aip) ((aip)->u.dval)
#define	Asc_argItemLongVal(aip) ((aip)->u.lival)
#define	Asc_argItemIntVal(aip) ((aip)->u.ival)
#define	Asc_argItemBoolVal(aip) ((aip)->u.bval)
#define	Asc_argItemStringVal(aip) ((aip)->u.cval)
#define	Asc_argItemNameString(aip) ((aip)->u.nval)
#define	Asc_argItemTypeName(aip) ((aip)->u.nval)
#define	Asc_argItemFileString(aip) ((aip)->u.fval)
#define	Asc_argItemListValue(aip) ((aip)->u.lval)
#define	PendingInstance(pt) PendingInstanceF(pt)
#define	ProcName(p) ProcNameF(p)
#define