IEEE 1481-2019(Redline)

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IEEE Standard for Integrated Circuit (IC) Open Library Architecture (OLA) (Redline)

Published By	Publication Date	Number of Pages
IEEE	2019	641

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Description

Revision Standard – Active. Ways for integrated circuit designers to analyze chip timing and power consistently across a broad set of electric design automation (EDA) applications are covered in this standard. Methods by which integrated circuit vendors can express timing and power information once per given technology are also covered. In addition, the means by which EDA vendors can meet their application performance and capacity needs are discussed.

PDF Catalog

PDF Pages	PDF Title
1	IEEE Std 1481-2019
2	Title Page
4	Notice and Disclaimer of Liability Concerning the Use of IEEE Standards Documents Translations
5	Official statements Comments on standards Laws and regulations Copyrights Photocopies
6	Updating of IEEE Standards documents Errata Patents
7	Participants
8	Introduction Acknowledgments
9	Contents
17	Figures
18	Tables
28	BNF Syntax
31	1. Overview 1.1 Scope 1.2 Purpose 1.3 Introduction
32	1.4 Word usage
33	2. Normative references 3. Definitions
41	4. Acronyms and abbreviations
42	5. Typographical conventions 5.1 Syntactic elements
43	5.2 Conventions 6. DPCS flow 6.1 Overview
45	6.1.1 Procedural interface 6.1.2 Global policies and conventions 6.2 Flow of control 6.3 DPCM—application relationships
46	6.3.1 Technology library 6.3.2 Subrule 6.4 Interoperability 7. Delay calculation language (DCL) 7.1 Character set 7.2 Lexical elements
47	7.2.1 Whitespace 7.2.2 Comments 7.2.3 Tokens 7.2.3.1 Keyword
49	7.2.3.2 Identifier
50	7.2.3.3 Double quoted character sequence 7.2.3.4 Predefined references to Standard Structure fields
53	7.2.3.5 Compiler generated predefined identifiers
57	7.3 Context 7.3.1 Space 7.3.2 Plane 7.3.3 Context operation 7.3.4 Library parallelism
58	7.3.5 Application parallelism 7.4 Data types 7.4.1 Base types 7.4.2 Native data types 7.4.3 Mathematical calculation data types
59	7.4.3.1 C types 7.4.3.2 COMPLEX type 7.4.4 Pointer data types 7.4.4.1 STRING 7.4.4.2 PIN 7.4.4.3 PINLIST 7.4.4.4 VOID 7.4.5 Aggregate data types
60	7.4.5.1 Result types 7.4.5.1.1 TRANSIENT attribute
61	7.4.5.2 Abstract type 7.4.5.3 Statement types
62	7.4.5.3.1 Array types
63	7.4.5.3.2 Modification of data 7.4.5.3.2.1 Var permissions 7.4.5.3.3 Type conversions 7.4.5.3.3.1 Implicit conversions
64	7.4.5.3.3.2 Explicit conversions 7.4.5.3.3.3 Abstract type conversion
65	7.4.5.3.3.4 Transient conversions 7.4.5.3.3.5 SHARED attribute 7.4.5.3.3.6 SYNC attribute 7.5 Identifiers 7.5.1 Name spaces of identifiers 7.5.2 Storage durations of objects
66	7.5.3 Scope of identifiers
67	7.5.4 Linkages of identifiers 7.5.4.1 EXPORT 7.5.4.2 IMPORT 7.5.4.3 FORWARD 7.5.4.4 OPTIONAL 7.5.4.5 Chaining of EXPOSE identifiers 7.6 Operator descriptions 7.6.1 String prefix operator 7.6.2 Explicit string prefix operator
68	7.6.3 Embedded string prefix operator 7.6.4 String prefix semantics 7.6.5 Assignment operator 7.6.6 New operator 7.6.6.1 Memory management
69	7.6.6.2 AGGREGATE directive 7.6.6.3 Destructor statements 7.6.7 SCOPE operator(s)
70	7.6.8 Launch operator 7.6.9 Purity operator
71	7.6.10 Force operator 7.7 Timing propagation
72	7.7.1 Timing checks 7.7.2 Test mode operators 7.7.2.1 CGHT 7.7.2.1.1 CGPW 7.7.2.2 CGST 7.7.2.3 CPW
73	7.7.2.4 CST 7.7.2.5 DHT 7.7.2.6 DIFFERENTIAL_SKEW 7.7.2.7 DPW 7.7.2.8 DST 7.7.2.9 HOLD 7.7.2.10 NOCHANGE
74	7.7.2.11 RECOVERY 7.7.2.12 REMOVAL 7.7.2.13 SETUP 7.7.2.14 SKEW 7.8 Expressions
75	7.8.1 Array subscripting 7.8.2 Statement calls 7.8.3 General syntax 7.8.4 Method statement calls
76	7.8.5 Assign variable reference 7.8.6 Store variable reference 7.8.7 Mathematical expressions
77	7.8.8 Mathematical operators
78	7.8.9 Discrete math expression
79	7.8.10 INT discrete 7.8.11 PINLIST discrete 7.8.12 Logical expressions and operators 7.8.13 MODE expressions 7.8.13.1 Pin range 7.8.13.2 Pin range syntax
80	7.8.13.3 Pin range semantics 7.8.13.4 Constraints
81	7.8.14 Embedded C code expressions
82	7.8.15 Computation order 7.8.15.1 Precedence for mathematical expressions 7.8.15.2 Precedence for logical expressions
83	7.8.15.3 Passed parameters 7.8.15.4 WHEN clause 7.8.15.4.1 Break 7.8.15.4.2 Continue 7.8.15.5 REPEAT – UNTIL clause 7.8.15.6 WHILE loops 7.8.15.7 FOR clause 7.8.15.8 LOCK clause 7.8.15.8.1 WRITE_LOCK
84	7.8.15.8.2 READ_LOCK 7.8.15.8.3 WAIT 7.8.15.8.4 BUSY 7.8.15.8.5 RETRY 7.9 DCL mathematical statements 7.9.1 Statement names 7.9.1.1 PASSED clause
85	7.9.1.2 RESULT clause 7.9.1.3 Result prototypes 7.9.1.3.1 Conditional logic
86	7.9.1.4 Default variable
87	7.9.1.5 LOCAL clause 7.9.1.5.1 LOCAL conditional logic 7.9.1.5.2 Local variables 7.9.1.5.3 Local variable definition 7.9.1.5.4 Local clause placement
88	7.9.1.6 DEFAULT clause 7.9.2 Modifiers 7.9.2.1 Statement purity
89	7.9.2.2 Statement consistency 7.9.2.3 Locking modifiers
90	7.9.2.3.1 AUTOLOCK 7.9.2.3.2 LOCK 7.9.2.4 Context modifiers 7.9.2.4.1 COMMON 7.9.2.5 Access modifiers 7.9.2.5.1 SHARED 7.9.2.5.2 SYNC 7.9.3 Prototypes
91	7.9.3.1 Prototype modifiers 7.9.3.2 TABLEDEF prototype
92	7.9.3.3 LOAD_TABLE, UNLOAD_TABLE and WRITE_TABLE prototypes 7.9.3.4 ADD_ROW and DELETE_ROW prototypes 7.9.3.5 DELAY and SLEW prototypes 7.9.3.6 CHECK prototype 7.9.3.7 SUBMODEL prototype
93	7.9.4 Statement failure 7.9.5 Type definition statements 7.9.5.1 TYPEDEF 7.9.5.1.1 TYPEDEF RESULT clause
94	7.9.6 Interfacing statements 7.9.6.1 EXPOSE statement 7.9.6.1.1 FIRST modifier 7.9.6.1.2 LEADING modifier
95	7.9.6.1.3 TRAILING modifier 7.9.6.1.4 LAST modifier 7.9.6.2 EXTERNAL statement 7.9.6.2.1 PROXY 7.9.6.3 INTERNAL statement
96	7.9.7 DCL to C communication 7.9.7.1 Built-in label 7.9.7.2 dcm_rc 7.9.8 Constant statement
97	7.9.9 Calculation statements 7.9.9.1 CALC statement 7.9.9.2 ASSIGN statement 7.9.9.3 DELAY statement
98	7.9.9.3.1 EARLY and LATE clauses and result variables 7.9.9.3.2 DEFAULT modifier for DELAY statements 7.9.9.4 SLEW statement 7.9.9.4.1 EARLY and LATE clauses and result fields 7.9.9.4.2 DEFAULT modifier for slew statements
99	7.9.9.5 CHECK 7.9.10 METHOD statement
100	7.9.10.1 Default action statement 7.9.10.2 Selection of action statement 7.10 Predefined types 7.10.1 ACTIVITY_HISTORY_TYPE 7.10.1.1 next
101	7.10.1.2 refobj 7.10.1.3 reserved 7.10.1.4 activityCode 7.10.2 HISTORY_TYPE 7.10.2.1 info
102	7.10.2.2 activity 7.10.2.3 kind 7.10.3 LOAD_HISTORY_TYPE 7.10.3.1 ruleHistory
103	7.10.3.2 reserved1, reserved2, reserved3, reserved4 7.10.3.3 techName 7.10.4 CELL_LIST_TYPE 7.10.5 TECH_TYPE 7.10.5.1 TECH_TYPE field: name 7.10.5.2 TECH_TYPE field: DEFAULT 7.10.5.3 TECH_TYPE fields: dcmInfo and reserved 7.10.6 DELAY_REC_TYPE
104	7.10.7 SLEW_REC_TYPE 7.10.8 CHECK_REC_TYPE 7.10.9 CCDB_TYPE 7.10.10 CELL_DATA_TYPE 7.10.11 PCDB_TYPE
105	7.10.12 PIN_ASSOCIATION 7.10.13 PATH_DATA_TYPE 7.10.14 STD STRUCT
106	7.11 Predefined variables 7.11.1 ARGV 7.11.2 CONTROL_PARM 7.12 Built-in function calls
107	7.12.1 ABS 7.12.2 Complex number components 7.12.2.1 IMAG_PART 7.12.2.2 REAL_PART 7.12.3 EXPAND 7.12.4 Array functions 7.12.4.1 IS_EMPTY
108	7.12.4.2 NUM_DIMENSIONS 7.12.4.3 NUM_ELEMENTS 7.12.5 Messaging functions 7.12.5.1 ISSUE_MESSAGE 7.12.5.1.1 Arguments
109	7.12.5.1.2 Result 7.12.5.2 PRINT_VALUE 7.12.5.3 SOURCE_STRANDS_MSB 7.12.5.4 SOURCE_STRANDS_LSB
110	7.12.5.5 SINK_STRANDS_MSB 7.12.5.6 SINK_STRANDS_LSB 7.13 Tables 7.13.1 TABLEDEF statement
111	7.13.1.1 QUALIFIERS clause 7.13.1.2 DATA clause 7.13.1.3 KEY clause 7.13.1.4 OVERRIDE modifier
112	7.13.1.5 SUPPRESS modifier 7.13.1.6 DESCRIPTOR modifier 7.13.1.7 DYNAMIC modifier 7.13.1.8 DEFAULT clause 7.13.2 Table visibility rules
113	7.13.3 TABLE statement 7.13.3.1 Static tables
114	7.13.3.2 PROTOTYPE_RECORD row 7.13.3.3 DEFAULT row 7.13.3.4 Default operator as table row qualifier
115	7.13.3.5 Default operator in a table reference 7.13.3.6 String prefix operator 7.13.3.7 Qualifier matching 7.13.3.8 COMPRESSED modifier 7.13.3.9 Duplicate table rows 7.13.3.10 Dynamic tables
116	7.13.3.10.1 Dynamic table syntax 7.13.3.10.2 Limitations 7.13.3.10.3 Dynamic table manipulation 7.13.4 LOAD_TABLE statement 7.13.4.1 Restrictions
117	7.13.4.2 TABLEDEF clause 7.13.4.3 Result value 7.13.4.4 FILE clause 7.13.4.5 SUFFIX clause 7.13.4.6 FILTER clause 7.13.4.7 PATH clause 7.13.4.8 DEFAULT clause
118	7.13.4.9 REPLACE modifier 7.13.4.10 Descriptor 7.13.5 UNLOAD_TABLE statement 7.13.5.1 Descriptor
119	7.13.5.2 APPENDABLE modifier 7.13.5.3 BINARY modifier 7.13.5.4 FREE_SPACE modifier 7.13.5.5 INTERNAL modifier 7.13.6 WRITE_TABLE statement 7.13.6.1 Descriptor 7.13.7 ADD_ROW statement
120	7.13.7.1 TABLEDEF clause 7.13.7.2 Passed parameters 7.13.7.3 DEFAULT clause 7.13.7.4 REPLACE modifier 7.13.7.5 Result value 7.13.7.5.1 Descriptor 7.13.8 DELETE_ROW statement
121	7.13.8.1 TABLEDEF clause 7.13.8.2 Passed parameters 7.13.8.3 Result value 7.13.8.4 DEFAULT clause 7.13.8.4.1 Descriptor 7.14 Built-in library functions 7.14.1 Numeric conversion functions 7.14.1.1 floor
122	7.14.1.2 ifloor 7.14.1.3 ceil 7.14.1.4 iceil 7.14.1.5 rint 7.14.1.6 round
123	7.14.1.7 trunc 7.14.1.8 itrunc 7.14.2 Tech_family functions 7.14.2.1 map_tech_family 7.14.2.2 current_tech_type
124	7.14.2.3 subrule_tech_type 7.14.2.4 is_expose_in_tech 7.14.2.5 get_technology_list 7.14.3 Trigonometric functions 7.14.3.1 cos 7.14.3.2 sin
125	7.14.3.3 tan 7.14.4 Context manipulation functions 7.14.4.1 new_plane 7.14.4.2 get_plane_name 7.14.4.3 get_space_name 7.14.4.4 get_max_spaces
126	7.14.4.5 get_max_planes 7.14.4.6 get_space_coordinate 7.14.4.7 get_plane_coordinate 7.14.4.8 set_busy_wait
127	7.14.5 Debug controls 7.14.5.1 change_debug_level 7.14.5.2 get_caller_stack 7.14.6 Utility functions 7.14.6.1 GET_LOAD_HISTORY 7.14.6.1.1 loadHistory
128	7.14.6.1.2 reserved 7.14.6.2 GET_CELL_LIST 7.14.7 Table functions 7.14.7.1 GET_ROW_COUNT 7.14.7.2 STEP_TABLE
129	7.14.8 Subrule controls 7.14.8.1 GET_LOAD_PATH 7.14.8.2 GET_RULE_NAME 7.14.8.3 ADD_RULE 7.14.8.3.1 ruleName 7.14.8.3.2 rulePath 7.14.8.3.3 tablePath
130	7.14.8.3.4 controlParm 7.15 Library control statements 7.15.1 Meta-variables 7.15.2 TECH_FAMILY 7.15.3 RULENAME 7.15.4 CONTROL_PARM 7.15.5 SUBRULE statement
131	7.15.5.1 OPTIONAL modifier 7.15.5.2 RULE_PATH clause 7.15.5.3 TABLE_PATH clause 7.15.6 Path list expansion rules
132	7.15.7 SUBRULES statement 7.15.7.1 FILE_PATH clause 7.15.7.2 FILE clause 7.15.8 Control file 7.15.8.1 Directives
133	7.15.8.2 Default record fields 7.15.8.3 Load and default record fields
134	7.15.8.4 Using a default value in the load or default record 7.15.9 TECH_FAMILY statement 7.15.9.1 TECH_FAMILY name
135	7.15.9.2 MAIN option 7.15.10 SUBRULE and SUBRULES statements 7.16 Modeling 7.16.1 Types of modeling 7.16.1.1 Timing 7.16.1.2 Function modeling
136	7.16.1.3 Vector power and vector timing modeling 7.16.2 Model organization 7.16.2.1 MODEL statement
137	7.16.2.1.1 Model name matching 7.16.3 MODELPROC statement
138	7.16.3.1 MODELPROC flow of control 7.16.3.2 MONOLITHIC modifier 7.16.4 SUBMODEL statement
139	7.16.4.1 Model consistency information 7.16.4.2 The PASSED clause 7.16.4.3 The RESULT clause 7.16.4.4 KEY clause
140	7.16.4.5 USING clause 7.16.4.6 CONSISTENT clause 7.16.4.7 The END clause 7.16.5 Modeling statements 7.16.5.1 PATH_SEPARATOR statement 7.16.5.2 PATH statement
142	7.16.5.2.1 VAR clause 7.16.5.2.2 Path list 7.16.5.2.3 FROM clause 7.16.5.2.4 TO clause
143	7.16.5.2.5 PROPAGATION sequence
144	7.16.5.2.6 Data type sequence 7.16.5.2.7 DATA_TYPE clause
145	7.16.5.2.8 SOURCE_STRANDS clause 7.16.5.2.9 SINK_STRANDS clause 7.16.5.2.10 ROUTE clause 7.16.5.3 BUS statement
146	7.16.5.4 TEST statement 7.16.5.4.1 Compare_list
147	7.16.5.4.2 COMPARE clause 7.16.5.4.3 EDGES clause
148	7.16.5.4.4 TEST_TYPE clause 7.16.5.4.5 CHECKS clause
149	7.16.5.4.6 METHODS clause 7.16.5.4.7 STORE clause 7.16.6 TEST_BUS statement
150	7.16.7 INPUT statement
151	7.16.7.1 Propagation clause 7.16.7.2 METHODS clause 7.16.7.3 STORE clause
153	7.16.7.4 KEY store modifier 7.16.8 OUTPUT statement
154	7.16.8.1 METHODS clause 7.16.8.2 STORE clause 7.16.9 DO statement 7.16.9.1 DO statement scope 7.16.9.2 DO statement nodes 7.16.9.3 Looping constructs 7.16.9.4 FOR loops
155	7.16.9.5 WHILE loops 7.16.9.6 REPEAT loops 7.16.9.7 BREAK processing 7.16.9.8 CONTINUE processing
156	7.16.9.9 Statement reference 7.16.9.10 DO statement brace scope
157	7.16.9.11 Node_sequence grammar 7.16.9.11.1 NODE clause 7.16.9.11.2 COND_NODE clause 7.16.9.11.3 PIN clause
158	7.16.9.11.4 REPLACE operator 7.16.9.11.5 PRIMITIVE clause
171	7.16.9.11.6 MODIFIERS clause
172	7.16.9.11.7 OBJTYPE clause
173	7.16.9.12 Function_sequence grammar
174	7.16.9.12.1 FUNCTION clause 7.16.9.13 Vector_sequence grammar 7.16.9.14 VECTOR clause
175	7.16.9.15 IMPORT and EXPORT sequences 7.16.10 PROPERTIES statement
176	7.16.11 SETVAR statement
177	7.17 Embedded C code 7.18 Definition of a subrule
178	7.19 Pragma 7.19.1 IMPORT_EXPORT_TAG 8. Power modeling and calculation 8.1 Power overview
179	8.2 Caching state information 8.2.1 Initializing the state cache 8.2.2 State cache lifetime 8.3 Caching load and slew information
180	8.3.1 Loading the load and slew cache 8.3.2 Load and slew cache lifetime
181	8.4 Simulation switching events 8.5 Partial swing events 8.6 Power calculation
183	8.7 Accumulation of power consumption by the design 8.8 Group Pin List syntax and semantics 8.8.1 Syntax
184	8.8.2 Semantics 8.8.2.1 Interpreting ANYIN or ANYOUT in a GroupPinString 8.8.2.2 Interpreting ALLIN or ALLOUT in a GroupPinString 8.8.3 Example 8.9 Group Condition List syntax and semantics
185	8.9.1 Syntax 8.9.2 Semantics 8.9.3 Example 8.10 Sensitivity list syntax and semantics
186	8.10.1 Syntax 8.10.2 Semantics 8.10.3 Example 8.11 Group condition language
187	8.11.1 Syntax 8.11.2 Semantics 8.11.2.1 Semantic rules for PinName and PinNameId 8.11.2.1.1 Interpreting ANYIN and ANYOUT in a condition_expression
188	8.11.2.1.2 Interpreting ALLIN and ALLOUT in a condition_expression 8.11.2.2 Semantic rules for PinName_Identifier (named Pid) 8.11.2.3 Semantic rules for PinName_Level (named Plevel) 8.11.2.4 Semantic rules for PinName_State (shorthand operators)
189	8.11.2.5 Condition expression labels 8.11.2.6 Condition expression operators 8.11.2.6.1 Semantics for Z (high Z) state 8.11.2.6.2 Semantics for X (unknown) state 8.11.3 Condition expression operator precedence 8.11.4 Condition expressions referencing pin states and transitions
190	8.11.5 Semantics of nonexistent pins 9. Application and library interaction 9.1 behavior model domain
191	9.2 vectorTiming and vectorPower model domains 9.2.1 Power unit conversion 9.2.2 Vector power calculation
192	10. Procedural interface (PI) 10.1 Overview 10.1.1 DPCM
193	10.1.2 Application 10.1.3 libdcmlr 10.2 Control and data flow 10.3 Architectural requirements
194	10.4 Data ownership technique 10.4.1 Persistence of data passed across the PI 10.4.2 Data cache guidelines for the DPCM
195	10.4.3 Application/DPCM interaction 10.4.4 Application initializes message/memory handling 10.4.5 Application loads and initializes the DPCM 10.4.6 Application requests timing models for cell instances 10.5 Model domain issues 10.5.1 Model domain selection
196	10.5.2 Model domain determination 10.5.3 DPCM invokes application modeling callback functions 10.5.4 Application requests propagation delay
197	10.5.5 DPCM calls application EXTERNAL functions 10.6 Reentry requirements 10.7 Application responsibilities when using a DPCM 10.7.1 Standard Structure rules
198	10.7.2 User object registration 10.7.3 Selection of early and late slew values
199	10.7.4 Semantics of slew values 10.7.5 Slew calculations 10.8 Application use of the DPCM 10.8.1 Initialization of the DPCM
200	10.8.1.1 Standard Structure management 10.8.1.2 Tech_family 10.8.2 Context creation 10.8.3 Dynamic linking
201	10.8.3.1 Linking order 10.8.4 Subrule initialization
202	10.8.5 Use of the DPCM 10.8.6 Application control 10.8.7 Application execution 10.8.8 Termination of DPCM
203	10.9 DPCM library organization 10.9.1 Multiple technologies 10.9.2 Model names 10.9.3 DPCM error handling
204	10.10 C level language for EXPOSE and EXTERNAL functions 10.10.1 Integer return code 10.10.2 The Standard Structure pointer 10.10.3 Result structure pointer 10.10.4 Passed arguments
205	10.10.5 DCL array indexing 10.10.6 Conversion to C data types 10.10.7 include files
206	10.11 PIN and BLOCK data structure requirements
207	10.12 DCM_STD_STRUCT Standard Structure
209	10.12.1 Alternate semantics for Standard Structure fields
210	10.12.2 Reserved fields 10.12.3 Standard Structure value restriction 10.13 DCMTransmittedInfo structure 10.14 Environment or user variables 10.15 Procedural interface (PI) functions summary 10.15.1 Expose functions
218	10.15.2 External functions
221	10.15.3 Deprecated functions
223	10.16 Implicit functions 10.16.1 libdcmlr
224	10.16.2 Run-time library utility functions 10.16.2.1 Module control functions 10.16.3 Memory control functions
225	10.16.4 Message and error control functions
226	10.16.5 Calculation functions 10.16.6 Modeling functions 10.17 PI function table description
227	10.17.1 Arguments 10.17.1.1 Standard Structure fields
228	10.17.2 DCL syntax 10.17.3 C syntax 10.18 PI function descriptions 10.18.1 Interconnect loading related functions 10.18.1.1 appGetTotalLoadCapacitanceByPin 10.18.1.2 appGetTotalLoadCapacitanceByName
229	10.18.1.3 appGetTotalPinCapacitanceByPin 10.18.1.4 appGetTotalPinCapacitanceByName
230	10.18.1.5 appGetSourcePinCapacitanceByPin 10.18.1.6 appGetSourcePinCapacitanceByName
231	10.18.1.7 dpcmGetDefCellSize 10.18.1.8 appGetCellCoordinates
232	10.18.1.9 appGetCellOrientation 10.18.1.10 dpcmGetEstLoadCapacitance
233	10.18.1.11 dpcmGetEstWireCapacitance 10.18.1.12 dpcmGetEstWireResistance
234	10.18.1.13 dpcmGetPinCapacitance 10.18.1.14 dpcmGetCellIOlists
235	10.18.2 Interconnect delay related functions 10.18.2.1 appGetRC
236	10.18.2.2 dpcmGetDelayGradient 10.18.2.3 dpcmGetSlewGradient
237	10.18.2.4 dpcmGetEstimateRC 10.18.2.5 dpcmGetDefPortSlew 10.18.2.6 dpcmGetDefPortCapacitance
238	10.18.3 Functions accessing netlist information 10.18.3.1 appGetNumDriversByPin 10.18.3.2 appGetNumDriversByName
239	10.18.3.3 appForEachParallelDriverByPin
241	10.18.3.4 appForEachParallelDriverByName
242	10.18.3.5 appGetNumPinsByPin 10.18.3.6 appGetNumPinsByName
243	10.18.3.7 appGetNumSinksByPin 10.18.3.8 appGetNumSinksByName
244	10.18.3.9 dpcmAddWireLoadModel
245	10.18.3.10 dpcmGetWireLoadModel
246	10.18.3.11 dpcmGetWireLoadModelForBlockSize 10.18.3.12 appGetInstanceCount
247	10.18.4 Functions exporting limit information 10.18.4.1 dpcmGetCapacitanceLimit 10.18.4.2 dpcmGetSlewLimit
248	10.18.4.3 dpcmGetXovers 10.18.5 Functions getting/setting model information 10.18.5.1 dpcmGetFunctionalModeArray
249	10.18.5.2 dpcmGetBaseFunctionalMode
250	10.18.5.3 appGetCurrentFunctionalMode 10.18.5.4 dpcmGetControlExistence
251	10.18.5.5 dpcmSetLevel
252	10.18.5.5.1 Accuracy levels
253	10.18.5.6 dpcmGetLibraryAccuracyLevelArrays 10.18.5.7 dpcmSetLibraryAccuracyLevel
254	10.18.5.8 dpcmGetExposePurityAndConsistency
255	10.18.5.9 dpcmGetRailVoltageArray 10.18.5.10 dpcmGetBaseRailVoltage
256	10.18.5.11 appGetCurrentRailVoltage 10.18.5.12 dpcmGetWireLoadModelArray
257	10.18.5.13 dpcmGetBaseWireLoadModel 10.18.5.14 appGetCurrentWireLoadModel
258	10.18.5.15 dpcmGetBaseTemperature 10.18.5.16 dpcmGetBaseOpRange 10.18.5.17 dpcmGetOpRangeArray
259	10.18.5.18 appGetCurrentTemperature 10.18.5.19 appGetCurrentOpRange
260	10.18.5.20 dpcmGetTimingStateArray
261	10.18.5.21 appGetCurrentTimingState 10.18.6 Functions importing instance name information 10.18.6.1 dpcmGetCellList
262	10.18.6.2 appGetCellName
263	10.18.6.3 appGetHierPinName 10.18.6.4 appGetHierBlockName
264	10.18.6.5 appGetHierNetName 10.18.7 Process information functions 10.18.7.1 dpcmGetThresholds
265	10.18.7.2 appGetThresholds
266	10.18.8 Miscellaneous standard interface functions 10.18.8.1 appGetExternalStatus 10.18.8.2 appGetVersionInfo
267	10.18.8.3 appGetResource 10.18.8.4 dpcmGetRuleUnitToSeconds 10.18.8.5 dpcmGetRuleUnitToOhms
268	10.18.8.6 dpcmGetRuleUnitToFarads 10.18.8.7 dpcmGetRuleUnitToHenries
269	10.18.8.8 dpcmGetRuleUnitToWatts 10.18.8.9 dpcmGetRuleUnitToJoules
270	10.18.8.10 dpcmGetTimeResolution 10.18.8.11 dpcmGetParasiticCoordinateTypes
271	10.18.8.12 dpcmIsSlewTime 10.18.8.13 dpcmDebug
272	10.18.8.14 dpcmGetVersionInfo 10.18.8.15 dpcmHoldControl
273	10.18.8.16 dpcmFillPinCache
274	10.18.8.17 dpcmFreePinCache 10.18.8.18 appRegisterCellInfo
275	10.18.9 Power-related functions 10.18.9.1 dpcmGetCellPowerInfo
276	10.18.9.2 dpcmGetCellPowerWithState 10.18.9.3 dpcmGetAETCellPowerWithSensitivity
278	10.18.9.4 dpcmGetPinPower 10.18.9.5 dpcmAETGetSettlingTime
279	10.18.9.6 dpcmAETGetSimultaneousSwitchTime 10.18.9.7 dpcmGroupGetSettlingTime
280	10.18.9.8 dpcmGroupGetSimultaneousSwitchTime 10.18.9.9 dpcmCalcPartialSwingEnergy
281	10.18.9.10 dpcmSetInitialState
282	10.18.9.11 dpcmFreeStateCache 10.18.9.12 appGetStateCache 10.18.9.13 dpcmGetNetEnergy
283	10.19 Application context 10.19.1 pathData association 10.20 Application and library interaction
284	10.20.1 behavior model domain 10.20.2 vectorTiming and vectorPower model domains
285	10.20.3 Power unit conversion 10.20.4 Vector power calculation
286	10.21 Parasitic analysis 10.21.1 Assumptions 10.21.2 Parasitic networks 10.21.3 Basic definitions
287	10.21.3.1 Logical pins and internal nodes 10.21.3.2 Physical ports 10.21.3.3 Nodes 10.21.3.4 Terminating points 10.21.3.5 Parasitic elements 10.21.3.6 Subnets
288	10.21.4 Parasitic element data structure
289	10.21.4.1 elementType
290	10.21.4.2 Node index variable values 10.21.4.3 Parasitic element values
291	10.21.4.4 Clamping diodes 10.21.4.5 ownerPrivate pointer
292	10.21.5 Coordinates 10.21.6 Parasitic subnets
293	10.21.6.1 Changed 10.21.6.2 parasiticElementArray 10.21.6.3 portMap 10.21.6.4 nodeMap 10.21.6.5 nodeTypeList
294	10.21.6.6 Link pointers 10.21.6.7 techFamily 10.21.6.8 elementPosition 10.21.6.9 ownerPrivate pointer 10.21.6.10 Linked lists of subnets
296	10.21.6.11 Parasitic subnet structure construction 10.21.6.12 dpcmCreateSubnetStructure
297	10.21.6.13 Example array 10.21.6.14 dpcmGetDefaultInterconnectTechnology
298	10.21.6.15 dpcmScaleParasitics
299	10.21.6.16 extractionOpPointIndex 10.21.6.17 positiveExtractionVoltage 10.21.6.18 negativeExtractionVoltage 10.21.6.19 extractionTemperature 10.21.6.20 extractionProcessPoint 10.21.7 Pin parasitics
300	10.21.7.1 dpcmGetSinkPinParasitics
301	10.21.7.2 dpcmGetSourcePinParasitics
302	10.21.7.3 dpcmGetPortNames 10.21.8 Modeling internal nodes
303	10.21.8.1 Mapping parasitic subnet nodes to model nodes 10.21.8.2 dpcmIdentifyInternalNode
304	10.21.9 Load and interconnect models
305	10.21.9.1 dpcmBuildLoadModels 10.21.9.2 dpcmBuildInterconnectModels
306	10.21.9.3 appGetInterconnectModels
307	10.21.9.4 appGetLoadModels
308	10.21.10 Obtaining parasitic networks 10.21.10.1 appGetParasiticNetworksByPin 10.21.10.2 appGetParasiticNetworksByName
309	10.21.11 Persistent storage of load and interconnect models 10.21.11.1 Application save and restore
310	10.21.11.1.1 dpcmPassivateLoadModels 10.21.11.1.2 dpcmPassivateInterconnectModels
311	10.21.11.1.3 dpcmRestoreLoadModels 10.21.11.1.4 dpcmRestoreInterconnectModels
312	10.21.12 Calculating effective capacitances and driving resistances 10.21.12.1 appGetCeff
313	10.21.12.2 dpcmCalcCeff 10.21.12.3 dpcmCalcSteadyStateResistanceRange
314	10.21.12.4 dpcmCalcTristateResistanceRange
315	10.21.12.5 appSetCeff 10.21.13 Parasitic estimation
316	10.21.13.1 Shapes 10.21.13.1.1 dpcmCalcCouplingCapacitance
317	10.21.13.1.2 dpcmCalcSubstrateCapacitance 10.21.13.1.3 dpcmCalcSegmentResistance
318	10.21.13.2 Layer definitions 10.21.13.2.1 dpcmGetLayerArray
319	10.21.13.2.2 dpcmGetRuleUnitToMeters
320	10.21.13.2.3 dpcmGetRuleUnitToAmps 10.21.14 Threshold voltages 10.21.14.1 appGetDriverThresholds
321	10.21.15 Obtaining aggressor window overlaps 10.21.15.1 appGetAggressorOverlapWindows
323	10.21.15.2 appSetAggressorInteractWindows
324	10.21.15.3 Modeling the effect of propagated noise on delay 10.21.15.4 appGetOverlapNWFs
326	10.21.15.5 appSetDriverInteractWindows
327	10.21.15.6 dpcmCalcOutputResistances
328	10.22 Noise analysis
329	10.22.1 Types of noise 10.22.1.1 noiseType 10.22.1.1.1 dpcmGetLibraryNoiseTypesArray
330	10.22.2 Noise models
332	10.22.2.1 appNewNoiseCone 10.22.2.2 Interconnect noise cones 10.22.2.3 Modeling internal nodes
333	10.22.3 Noise waveforms
336	10.22.3.1 dpcmGetPWFarray 10.22.3.2 dpcmCreatePWF
337	10.22.3.3 dpcmCopyNWFarray
338	10.22.3.4 dpcmCopyPWFarray 10.22.3.5 dpcmCreatePWFdriverModel
339	10.22.3.6 dpcmGetPWFdriverModelArray 10.22.4 Noise network models
341	10.22.4.1 Noise pin parasitics
342	10.22.4.1.1 dpcmGetSinkPinNoiseParasitics 10.22.4.1.2 dpcmGetSourcePinNoiseParasitics
343	10.22.4.1.3 dpcmBuildNoiseInterconnectModels
344	10.22.4.1.4 dpcmBuildNoiseLoadModels
345	10.22.5 Calculating composite noise at cell inputs 10.22.5.1 driverPinNoise
347	10.22.5.1.1 dpcmCalcInputNoise
348	10.22.6 Calculating composite noise at cell outputs 10.22.6.1 relatedPinNoise
350	10.22.6.1.1 dpcmCalcOutputNoise
351	10.22.6.2 Handling parallel drivers 10.22.6.2.1 appForEachNoiseParallelDriver 10.22.6.2.2 dpcmSetParallelRelatedNoise
352	10.22.6.2.3 appSetParallelOutputNoise 10.22.7 Setting noise budgets
353	10.22.7.1 dpcmSetNoiseLimit 10.22.8 Reporting noise violations 10.22.8.1 noiseViolationInfo
354	10.22.8.1.1 appSetNoiseViolation 10.22.8.1.2 dpcmGetNoiseViolationDetails
355	10.23 Delay and slew calculations for differential circuits 10.23.1 Sample figures
357	10.23.2 appGetArrivalOffsetsByName 10.23.2.1 appGetArrivalOffsetArraysByName
358	10.23.3 API extensions for function modeling 10.23.3.1 Standard Structure extensions
359	10.23.3.2 Node representation 10.23.3.3 Path or arc representation 10.23.3.4 PathDataBlock data structure
360	10.23.3.5 Arc ordering 10.23.3.6 Priority operation
361	10.23.3.7 Precedence
362	10.23.3.8 Boolean assignment operation 10.23.3.8.1 Nonblocking assignments 10.23.3.8.2 Blocking assignments
363	10.23.3.8.3 Strand ranges 10.23.3.8.4 Buses 10.23.3.8.5 Fanout distributions
364	10.23.3.8.6 Bundling 10.23.3.9 Extensions for retain modeling 10.23.3.10 Extensions for skew testing
365	10.23.4 Explicit APIs for user-defined primitives 10.23.4.1 dpcmPerformPrimitive 10.23.4.2 appGetArcStructure
366	10.23.4.3 dpcmGetNodeSensitivity
367	10.23.5 APIs for hierarchy 10.23.5.1 Direct callback base hierarchy 10.23.5.1.1 dpcmModelMoreFunctionDetail 10.23.6 Built-in APIs for function modeling
368	10.23.6.1 LOCATE_INPUT 10.23.6.2 LOCATE_OUTPUT 10.23.6.3 LOCATE_NODE 10.23.7 API Extensions for VECTOR modeling 10.23.7.1 Vector domains 10.23.7.2 Standard Structure fields for VECTOR clause in vectorTiming domain 10.23.7.3 VECTOR clause for delay and slew
369	10.23.7.4 VECTOR clause for timing check 10.23.7.5 Vector target node generation 10.23.8 APIs for XWF
371	10.23.8.1 XWF definition 10.23.8.2 Freeing XWF memory allocation 10.23.8.3 XWF API definitions 10.23.8.3.1 appSetXWF
372	10.23.8.3.2 appGetXWF 10.23.8.3.3 dpcmCalcXWF
373	10.23.9 Extensions and changes to voltages and temperature APIs 10.23.9.1 dpcmGetCellRailVoltageArray
374	10.23.9.2 dpcmGetBaseCellRailVoltageArray
375	10.23.9.3 dpcmGetBaseCellTemperature 10.23.10 Operating conditions
376	10.23.10.1 Operating points 10.23.10.1.1 dpcmGetOpPointArray 10.23.10.1.2 dpcmGetBaseOpPoint
377	10.23.10.1.3 dpcmSetCurrentOpPoint
378	10.23.11 On-chip process variation
380	10.23.11.1 Process points 10.23.11.1.1 dpcmSetCurrentProcessPoint
381	10.23.11.1.2 dpcmGetBaseProcessPoint 10.23.11.2 PVT ranges 10.23.11.2.1 dpcmGetProcessPointRange
382	10.23.11.3 Rail voltage rangep.187 10.23.11.3.1 dpcmGetRailVoltageRangeArray 10.23.11.3.2 dpcmGetCellRailVoltageRangeArray
383	10.23.11.4 Temperature range 10.23.11.4.1 dcmGetTemperatureRange
384	10.23.11.4.2 dpcmGetCellTemperatureRange 10.23.12 Accessing properties and attributes
385	10.23.12.1.1 APIs for annotations within PIN object 10.23.12.1.2 dpcmGetPinPinTypeArray
386	10.23.12.1.3 dpcmGetPinPinType 10.23.12.1.4 dpcmGetPinSignalTypeArray
388	10.23.12.1.5 dpcmGetPinSignalType 10.23.12.1.6 dpcmGetPinActionArray 10.23.12.1.7 dpcmGetPinAction
389	10.23.12.1.8 dpcmGetPinPolarityArray
390	10.23.12.1.9 dpcmGetPinPolarity 10.23.12.1.10 dpcmGetPinEnablePin 10.23.12.1.11 dpcmGetPinConnectClass
391	10.23.12.1.12 dpcmGetPinScanPosition 10.23.12.1.13 dpcmGetPinStuckArray
392	10.23.12.1.14 dpcmGetPinStuck 10.23.12.1.15 dpcmGetDifferentialPairPin
393	10.23.12.2 APIs for annotations within VECTOR objects 10.23.12.2.1 dpcmGetPathLabel 10.23.12.2.2 dpcmGetPowerStateLabel
394	10.23.12.3 APIs for annotations within CELL objects 10.23.12.3.1 dpcmGetCellTypeArray
396	10.23.12.3.2 dpcmGetCellType 10.23.12.3.3 dpcmGetCellSwapClassArray
397	10.23.12.3.4 dpcmGetCellSwapClass 10.23.12.4 dpcmGetCellRestrictClassArray
398	10.23.12.4.1 dpcmGetCellRestrictClass
399	10.23.12.4.2 dpcmGetCellScanTypeArray 10.23.12.4.3 dpcmGetCellScanType
400	10.23.12.4.4 dpcmGetCellNonScanCell
402	10.23.12.4.5 appSetVectorOperations
403	10.23.12.4.6 dpcmGetLevelShifter
405	10.23.13 APIs for attribute within a PIN object 10.23.13.1 dpcmGetPinTiePolarity 10.23.13.2 dpcmGetPinReadPolarity
406	10.23.13.3 dpcmGetPinWritePolarity 10.23.13.4 dpcmGetSimultaneousSwitchTimes
407	10.23.13.5 appGetSwitchingBits 10.23.13.6 dpcmGetFrequencyLimit
408	10.23.13.7 appGetPinFrequency 10.23.13.8 dpcmGetBasePinFrequency
409	10.23.13.9 dpcmGetPinJitter 10.23.13.10 dpcmGetInductanceLimit
410	10.23.13.11 dpcmGetOutputSourceResistances 10.23.13.12 appSetPull
411	10.23.13.13 dpcmGetPull
412	10.23.13.14 dpcmGetPinDriveStrength 10.23.13.15 dpcmGetCellVectorPower
413	10.23.14 Connectivity 10.23.14.1 dpcmGetPinCellConnectivityArrays
414	10.23.14.2 dpcmGetLibraryConnectClassArray 10.23.14.3 dpcmGetLibraryConnectivityRules
415	10.23.15 Control of timing arc existence and state
416	10.23.15.1 dpcmGetExistenceGraph
417	10.23.15.2 dpcmGetTimingStateGraphs
419	10.23.15.3 dpcmGetTimingStateStrings
420	10.23.15.4 dpcmGetVectorEdgeNumbers 10.23.16 Modeling cores
421	10.23.16.1 appSetSignalDivision
422	10.23.16.2 appSetSignalMultiplication
424	10.23.16.3 appSetSignalGeneration
425	10.23.17 Default pin slews and interface version calls 10.23.17.1 dpcmGetDefPinSlews
426	10.23.17.2 appGetInterfaceVersion
427	10.23.18 API to access library required resources 10.23.18.1 Expose APIs for resources 10.23.18.1.1 dpcmSetResource 10.23.18.1.2 dpcmGetAllResources
428	10.23.19 Resource types
429	10.23.20 Library extensions for phase locked loop processing
430	10.23.21 API definitions for external conditions 10.23.21.1 appGetExternalDelayByPin
432	10.23.21.2 appGetExternalDelayByName
433	10.23.21.3 appGetLogicLevelByName
434	10.23.21.4 appGetLogicLevelByPin 10.23.22 Extensions for listing pins 10.23.22.1 dpcmGetPinIndexArrays
435	10.23.22.2 dpcmGetSupplyPins 10.23.23 Memory BIST mapping
436	10.23.23.1 dpcmGetPhysicalBISTMap 10.23.23.2 dpcmGetLogicalBISTMap
437	10.23.24 dpcmGetCellTestProcedure
438	10.24 Interconnect delay calculation intraface 10.24.1 Control and data flows
439	10.24.2 Model generation functions 10.24.2.1 icmBuildLoadModels
440	10.24.2.2 icmBuildInterconnectModels
441	10.24.3 Calculation functions 10.24.3.1 icmCalcInterconnectDelaySlew
442	10.24.4 Cell calculation functions 10.24.4.1 icmCalcCellDelaySlew
443	10.24.4.2 ccmCalcDelaySlew
444	10.24.4.3 ccmEarlyLateIdentical
445	10.24.4.4 ccmGetICMcontrolParams 10.24.4.5 icmCalcOutputResistances
446	10.24.4.6 icmCalcTotalLoadCapacitances 10.24.4.7 icmCalcXWF
447	10.24.5 ICM initialization 10.24.5.1 icmInit
448	10.24.5.2 ICM DCL header file (icm.h)
453	10.24.5.3 ICM DCL initialization example
454	10.25 DCL run-time support 10.25.1 Array manipulation functions 10.25.1.1 dcmRT_copy_DCM_ARRAY
455	10.25.1.2 dcmRT_new_DCM_ARRAY
457	10.25.1.3 dcm_sizeof_DCM_ARRAY 10.25.1.4 dcmRT_claim_DCM_ARRAY 10.25.1.5 dcmRT_disclaim_DCM_ARRAY
458	10.25.2 Memory management 10.25.3 Structure manipulation functions 10.25.3.1 dcmRT_claim_DCM_STRUCT
459	10.25.3.2 dcmRT_disclaim_DCM_STRUCT 10.25.3.3 Locking options 10.25.3.3.1 dcmRT_longlock_DCM_STRUCT
460	10.25.3.3.2 dcmRT_longunlock_DCM_STRUCT 10.25.3.3.2.1 Context 10.25.3.3.2.2 Sync structures
461	10.25.3.3.2.3 Options 10.25.3.3.2.4 Error code 10.25.3.4 dcmRT_getNumDimensions 10.25.3.5 dcmRT_getNumElementsPer
462	10.25.3.6 dcmRT_getNumElements 10.25.3.7 dcmRT_getElementType 10.25.3.8 dcmRT_arraycmp
463	10.25.4 Initialization functions 10.25.4.1 dcmRT_InitRuleSystem 10.25.4.2 dcmRT_BindRule
465	10.25.4.3 dcmRT_AppendRule
466	10.25.4.4 dcmRT_UnbindRule 10.25.4.5 dcmRT_FindFunction
467	10.25.4.6 dcmRT_FindAppFunction 10.25.4.7 dcmRT_QuietFindFunction
468	10.25.4.8 dcmRT_MakeRC 10.25.4.9 dcmRT_HardErrorRC
469	10.25.4.10 dcmRT_SetMessageIntercept 10.25.4.11 dcmRT_IssueMessage
470	10.25.4.12 dcmRT_new_DCM_STD_STRUCT 10.25.4.13 dcmRT_delete_DCM_STD_STRUCT 10.25.4.14 dcmRT_setTechnology
471	10.25.4.15 dcmRT_getTechnology 10.25.4.16 dcmRT_getAllTechs
472	10.25.4.17 dcmRT_freeAllTechs 10.25.4.18 dcmRT_isGeneric 10.25.4.19 dcmRT_takeMappingOfNugget
473	10.25.4.20 dcmRT_registerUserObject 10.25.4.21 dcmRT_DeleteRegisteredUserObjects
474	10.25.4.22 dcmRT_DeleteOneUserObject 10.26 Calculation functions 10.26.1 delay
475	10.26.2 slew 10.26.3 check
477	10.27 Modeling functions 10.27.1 modelSearch
479	10.27.2 Mode operators
480	10.27.3 Arrival time merging
481	10.27.4 Edge propagation communication to the application
483	10.27.5 Edge propagation communication to the DPCM
484	10.27.6 newTimingPin 10.27.7 newDelayMatrixRow
485	10.27.8 newNetSinkPropagateSegments
487	10.27.9 newNetSourcePropagateSegments
488	10.27.10 newPropagateSegment
489	10.27.11 newTestMatrixRow
490	10.27.12 newAltTestSegment 10.27.13 Interactions between interconnect modeling and modeling functions
491	10.28 Deprecated functions 10.28.1 Parasitic handling 10.28.1.1 appGetPiModel
492	10.28.1.2 appGetPolesAndResidues
493	10.28.1.3 appGetCeffective
494	10.28.1.4 appGetRLCnetworkByPin
495	10.28.1.5 appGetRLCnetworkByName 10.28.1.6 dpcmCalcPiModel
496	10.28.1.7 dpcmCalcPolesAndResidues
497	10.28.1.8 dpcmCalcCeffective 10.28.1.9 dpcmSetRLCmember
499	10.28.1.10 dpcmAppendPinAdmittance 10.28.1.11 dpcmDeleteRLCnetwork
500	10.28.2 Array manipulation functions 10.28.2.1 dcm_copy_DCM_ARRAY 10.28.2.2 dcm_new_DCM_ARRAY
501	10.28.2.3 dcm_sizeof_DCM_ARRAY 10.28.2.4 dcm_lock_DCM_ARRAY
502	10.28.2.5 dcm_unlock_DCM_ARRAY 10.28.3 Memory management 10.28.3.1 dcm_lock_DCM_STRUCT
503	10.28.3.2 dcm_unlock_DCM_STRUCT 10.28.3.3 dcm_getNumDimensions 10.28.3.4 dcm_getNumElementsPer
504	10.28.3.5 dcm_getNumElements 10.28.3.6 dcm_getElementType 10.28.3.7 dcm_arraycmp
505	10.28.4 Initialization functions 10.28.4.1 dcmCellList 10.28.4.2 dcmSetNewStorageManager
506	10.28.4.3 dcmMalloc 10.28.4.4 dcmFree 10.28.4.5 dcmRealloc
507	10.28.4.6 dcmBindRule 10.28.4.7 dcmAddRule 10.28.4.8 dcmUnbindRule
508	10.28.4.9 dcmFindFunction 10.28.4.10 dcmFindAppFunction
509	10.28.4.11 dcmQuietFindFunction 10.28.4.12 dcmMakeRC 10.28.4.13 dcmHardErrorRC
510	10.28.4.14 dcmSetMessageIntercept 10.28.4.15 dcmIssueMessage
511	10.28.4.16 dcm_rule_init
512	10.28.4.17 DCM_new_DCM_STD_STRUCT 10.28.4.18 DCM_delete_DCM_STD_STRUCT 10.28.4.19 dcm_setTechnology
513	10.28.4.20 dcm_getTechnology 10.28.4.21 dcm_getAllTechs
514	10.28.4.22 dcm_freeAllTechs 10.28.4.23 dcm_isGeneric 10.28.4.24 dcm_mapNugget
515	10.28.4.25 dcm_takeMappingOfNugget 10.28.4.26 dcm_registerUserObject
516	10.28.4.27 dcm_DeleteRegisteredUserObjects 10.28.4.28 dcm_DeleteOneUserObject 10.29 Standard Structure (std_stru.h) file
536	10.30 Standard macros (std_macs.h) file
544	10.31 Standard interface structures (dcmintf.h) file
548	10.32 Standard loading (dcmload.h) file
552	10.33 Standard debug (dcmdebug.h) file
579	10.34 Standard array (dcmgarray.h) file
583	10.35 Standard user array defines (dcmuarray.h) file
587	10.36 Standard platform-dependency (dcmpltfm.h) file
593	10.37 Standard state variables (dcmstate.h) file
596	11. Parasitics
597	11.1 Introduction 11.2 Targeted applications for SPEF 11.3 SPEF specification 11.3.1 Grammar 11.3.1.1 Alphanumeric definition
598	11.3.1.2 Names definition
599	11.3.2 Escaping rules 11.3.2.1 Special characters 11.3.2.2 Character escaping mechanism for identifiers in SPEF 11.3.3 File syntax 11.3.3.1 Basic file definition 11.3.3.2 Header definition
600	11.3.3.3 Name map definition 11.3.3.4 Power and ground nets definition
601	11.3.3.5 External definition 11.3.3.6 Hierarchical SPEF (entities) definition 11.3.3.7 Process and temperature variation definition
602	11.3.3.8 Internal definition 11.3.3.8.1 Detailed net definition
603	11.3.3.8.2 Reduced net definition
604	11.3.3.8.3 Detailed physical-only net definition
605	11.3.3.8.4 Reduced physical-only net definition 11.3.4 Comments 11.3.5 File semantics
624	11.4 Examples 11.4.1 Basic *D_NET file
627	11.4.2 Basic *R_NET file
628	11.4.3 *R_NET with poles and residues plus name mapping
629	11.4.4 *D_NET with triplet par_value
632	11.4.5 *R_NET with poles and residues plus triplet par_value
634	11.4.6 Merging SPEF files 11.4.6.1 topLevel.spef
635	11.4.6.2 subBLOCK.spef
636	11.4.6.3 Resulting merged SPEF file
638	11.4.7 A SPEF file header section with *VARIATION_PARAMETERS definition 11.4.8 CAP and RES statements with sensitivity information in a SPEF file
639	Annex A (informative) Implementation requirements A.1 Compiler limits
641	Back Cover