[VERSION statement] [BUSBITCHARS statement] [DIVIDERCHAR statement] [UNITS statement] [MANUFACTURINGGRID statement] [USEMINSPACING statement] [CLEARANCEMEASURE statement ;] [PROPERTYDEFINITIONS statement] [FIXEDMASK ;] [LAYER (Nonrouting) statement | LAYER (Routing) statement] ... [MAXVIASTACK statement] [VIA statement] ... [VIARULE statement] ... [VIARULE GENERATE statement] ... [NONDEFAULTRULE statement] ... [SITE statement] ... [BEGINEXT statement] ... [END LIBRARY]
[VERSION statement] [BUSBITCHARS statement] [DIVIDERCHAR statement] [VIA statement] ... [SITE statement] [MACRO statement [PIN statement] ... [OBS statement ...] ] ... [BEGINEXT statement] ... [END LIBRARY]
[BUSBITCHARS "delimiterPair" ;]
[DIVIDERCHAR "character" ;]
[UNITS [TIME NANOSECONDS convertFactor ;] [CAPACITANCE PICOFARADS convertFactor ;] [RESISTANCE OHMS convertFactor ;] [POWER MILLIWATTS convertFactor ;] [CURRENT MILLIAMPS convertFactor ;] [VOLTAGE VOLTS convertFactor ;] [DATABASE MICRONS LEFconvertFactor ;] [FREQUENCY MEGAHERTZ convertFactor ;] END UNITS]
[MANUFACTURINGGRID value ;]
[USEMINSPACING OBS { ON | OFF } ;]
[CLEARANCEMEASURE {MAXXY | EUCLIDEAN} ;]
[PROPERTYDEFINITIONS [objectType propName propType [RANGE min max] [value | "stringValue"] ;] ... END PROPERTYDEFINITIONS]
[FIXEDMASK ;]
LAYER layerName TYPE CUT ; [MASK maskNum ;] [SPACING cutSpacing [CENTERTOCENTER] [SAMENET] [ LAYER secondLayerName [STACK] | ADJACENTCUTS {2 | 3 | 4} WITHIN cutWithin [EXCEPTSAMEPGNET] | PARALLELOVERLAP | AREA cutArea ] ;] ... [SPACINGTABLE ORTHOGONAL {WITHIN cutWithin SPACING orthoSpacing} ... ;] [ARRAYSPACING [LONGARRAY] [WIDTH viaWidth] CUTSPACING cutSpacing {ARRAYCUTS arrayCuts SPACING arraySpacing} ... ;] [WIDTH minWidth ;] [ENCLOSURE [ABOVE | BELOW] overhang1 overhang2 [ WIDTH minWidth [EXCEPTEXTRACUT cutWithin] | LENGTH minLength] ;] ... [PREFERENCLOSURE [ABOVE | BELOW] overhang1 overhang2 [WIDTH minWidth] ;] ... [RESISTANCE resistancePerCut ;] [PROPERTY propName propVal ;] ... [ACCURRENTDENSITY {PEAK | AVERAGE | RMS} { value | FREQUENCY freq_1 freq_2 ... ; [CUTAREA cutArea_1 cutArea_2 ... ;] TABLEENTRIES v_freq_1_cutArea_1 v_freq_1_cutArea_2 ... v_freq_2_cutArea_1 v_freq_2_cutArea_2 ... ... } ;] [DCCURRENTDENSITY AVERAGE { value | CUTAREA cutArea_1 cutArea_2 ... ; TABLEENTRIES value_1 value_2 ... } ;] [ANTENNAMODEL {OXIDE1 | OXIDE2 | OXIDE3 | OXIDE4} ;] ... [ANTENNAAREARATIO value ;] ... [ANTENNADIFFAREARATIO {value | PWL ( ( d1 r1 ) ( d2 r2 ) ...)} ;] ... [ANTENNACUMAREARATIO value ;] ... [ANTENNACUMDIFFAREARATIO {value | PWL ( ( d1 r1 ) ( d2 r2 ) ...)} ;] ... [ANTENNAAREAFACTOR value [DIFFUSEONLY] ;] ... [ANTENNACUMROUTINGPLUSCUT ;] [ANTENNAGATEPLUSDIFF plusDiffFactor ;] [ANTENNAAREAMINUSDIFF minusDiffFactor ;] [ANTENNAAREADIFFREDUCEPWL ( ( diffArea1 diffAreaFactor1 ) ( diffArea2 diffAreaFactor2 ) ...) ; ] END layerName
LAYER layerName TYPE IMPLANT ; [MASK maskNum ;] [WIDTH minWidth ;] [SPACING minSpacing [LAYER layerName2] ;] ... [PROPERTY propName propVal ;] ... END layerName
LAYER layerName TYPE {MASTERSLICE | OVERLAP} ; [MASK maskNum ;] [PROPERTY propName propVal ;] ... [PROPERTY LEF58_TYPE "TYPE [NWELL | PWELL | ABOVEDIEEDGE | BELOWDIEEDGE | DIFFUSION | TRIMPOLY | TRIMMETAL] ];" ; [PROPERTY LEF58_TRIMMEDMETAL “TRIMMEDMETAL metalLayer [MASK maskNum] ]; “ ; END layerName
LAYER layerName TYPE ROUTING ; [MASK maskNum ;] [PROPERTY LEF58_TYPE "TYPE {POLYROUTING}] ;" ; DIRECTION {HORIZONTAL | VERTICAL | DIAG45 | DIAG135} ; PITCH {distance | xDistance yDistance} ; [DIAGPITCH {distance | diag45Distance diag135Distance} ;] WIDTH defaultWidth ; [OFFSET {distance | xDistance yDistance} ;] [DIAGWIDTH diagWidth ;] [DIAGSPACING diagSpacing ;] [DIAGMINEDGELENGTH diagLength ;] [AREA minArea ;] [MINSIZE minWidth minLength [minWidth2 minLength2] ... ;] [[SPACING minSpacing[ RANGE minWidth maxWidth[ USELENGTHTHRESHOLD| INFLUENCE value [RANGE stubMinWidth stubMaxWidth]| RANGE minWidth maxWidth]| LENGTHTHRESHOLD maxLength [RANGE minWidth maxWidth]| ENDOFLINE eolWidth WITHIN eolWithin[PARALLELEDGE parSpace WITHIN parWithin [TWOEDGES]]| SAMENET [PGONLY]| NOTCHLENGTH minNotchLength| ENDOFNOTCHWIDTH endOfNotchWidth NOTCHSPACING minNotchSpacingNOTCHLENGTH minNotchLength];] ... [SPACINGTABLE [PARALLELRUNLENGTH {length} ... {WIDTH width {spacing} ...} ... ; [SPACINGTABLE INFLUENCE {WIDTH width WITHIN distance SPACING spacing} ... ;]|TWOWIDTHS {WIDTH width [PRL runLength] {spacing} ...} ... ; ] ;" ;] [PROPERTY LEF58_SPANLENGTHTABLE "SPANLENGTHTABLE {spanLength}... [WRONGDIRECTION] [ORTHOGONAL length] [EXCEPTOTHERSPAN otherSpanlength] ; " ;] [WIREEXTENSION value ; ] [MINIMUMCUT numCuts WIDTH width [WITHIN cutDistance] [FROMABOVE | FROMBELOW] [LENGTH length WITHIN distance] ;]... [MAXWIDTH width ;] [MINWIDTH width ;] [MINSTEP minStepLength [ [INSIDECORNER | OUTSIDECORNER | STEP] [LENGTHSUM maxLength] | [MAXEDGES maxEdges] ;] [PROPERTY LEF58_WIDTHTABLE "WIDTHTABLE {width}...[WRONGDIRECTION] [ORTHOGONAL] ];" ;] [PROPERTY LEF58_WIDTH "WIDTH minWidth [WRONGDIRECTION] ;" ;] [MINENCLOSEDAREA area [WIDTH width] ;]... [PROTRUSIONWIDTH width1 LENGTH length WIDTH width2 ;] [RESISTANCE RPERSQ value ;] [CAPACITANCE CPERSQDIST value ;] [HEIGHT distance ;] [THICKNESS distance ;] [SHRINKAGE distance ;] [CAPMULTIPLIER value ;] [EDGECAPACITANCE value ;] [MINIMUMDENSITY minDensity ;] [MAXIMUMDENSITY maxDensity ;] [DENSITYCHECKWINDOW windowLength windowWidth ;] [DENSITYCHECKSTEP stepValue ;] [FILLACTIVESPACING spacing ;] [ANTENNAMODEL {OXIDE1 | OXIDE2 | OXIDE3 | OXIDE4} ;]... [ANTENNAAREARATIO value ;]... [ANTENNADIFFAREARATIO {value | PWL ( ( d1 r1 ) ( d2 r2 ) ...) } ;]... [ANTENNACUMAREARATIO value ;]... [ANTENNACUMDIFFAREARATIO {value | PWL ( ( d1 r1 ) ( d2 r2 ) ...) } ;]... [ANTENNAAREAFACTOR value [DIFFUSEONLY] ;]... [ANTENNASIDEAREARATIO value ;]... [ANTENNADIFFSIDEAREARATIO {value | PWL ( ( d1 r1 ) ( d2 r2 ) ...) } ;]... [ANTENNACUMSIDEAREARATIO value ;]... [ANTENNACUMDIFFSIDEAREARATIO {value | PWL ( ( d1 r1 ) ( d2 r2 ) ...) } ;]... [ANTENNASIDEAREAFACTOR value [DIFFUSEONLY] ;]... [ANTENNACUMROUTINGPLUSCUT ;] [ANTENNAGATEPLUSDIFF plusDiffFactor ;] [ANTENNAAREAMINUSDIFF minusDiffFactor ;] [ANTENNAAREADIFFREDUCEPWL ( ( diffArea1 diffMetalFacto ( diffArea2 diffMetalFactor2 ) ...) ;] [PROPERTY propName propVal ;]... [ACCURRENTDENSITY {PEAK | AVERAGE | RMS} { value | FREQUENCY freq_1 freq_2 ... ; [WIDTH width_1 width_2 ... ;]TABLEENTRIES v_freq_1_width_1 v_freq_1_width_2 ... v_freq_2_width_1 v_freq_2_width_2 ... ... } ;] [DCCURRENTDENSITY AVERAGE { value | WIDTH width_1 width_2 ... ; TABLEENTRIES value_1 value_2 ... } ;] END layerName
[MAXVIASTACK value [RANGE bottomLayer topLayer] ;]
VIARULE viaRuleName GENERATE [DEFAULT] LAYER routingLayerName ; ENCLOSURE overhang1 overhang2 ; [WIDTH minWidth TO maxWidth ;] LAYER routingLayerName ; ENCLOSURE overhang1 overhang2 ; [WIDTH minWidth TO maxWidth ;] LAYER cutLayerName ; RECT pt pt ; SPACING xSpacing BY ySpacing ; [RESISTANCE resistancePerCut ;] END viaRuleName
VIA viaName [DEFAULT] { VIARULE viaRuleName ; CUTSIZE xSize ySize ; LAYERS botMetalLayer cutLayer topMetalLayer ; CUTSPACING xCutSpacing yCutSpacing ; ENCLOSURE xBotEnc yBotEnc xTopEnc yTopEnc ; [ROWCOL numCutRows numCutCols ;] [ORIGIN xOffset yOffset ;] [OFFSET xBotOffset yBotOffset xTopOffset yTopOffset ;] [PATTERN cutPattern ;] } | {[RESISTANCE resistValue ;] {LAYER layerName ; { RECT [MASK maskNum] pt pt ; | POLYGON [MASK maskNum] pt pt pt ...;} ... } ... } [PROPERTY propName propVal ;] ... END viaName
VIARULE viaRuleName LAYER layerName ; DIRECTION {HORIZONTAL | VERTICAL} ; [WIDTH minWidth TO maxWidth ;] LAYER layerName ; DIRECTION {HORIZONTAL | VERTICAL} ; [WIDTH minWidth TO maxWidth ;] {VIA viaName ;} ... [PROPERTY propName propVal ;] ... END viaRuleName
VIARULE viaRuleName GENERATE [DEFAULT] LAYER routingLayerName ; ENCLOSURE overhang1 overhang2 ; [WIDTH minWidth TO maxWidth ;] LAYER routingLayerName ; ENCLOSURE overhang1 overhang2 ; [WIDTH minWidth TO maxWidth ;] LAYER cutLayerName ; RECT pt pt ; SPACING xSpacing BY ySpacing ; [RESISTANCE resistancePerCut ;] END viaRuleName
[NONDEFAULTRULE ruleName [HARDSPACING ;] {LAYER layerName WIDTH width ; [DIAGWIDTH diagWidth ;] [SPACING minSpacing ;] [WIREEXTENSION value ;] END layerName} ... [VIA viaStatement] ... [USEVIA viaName ;] ... [USEVIARULE viaRuleName ;] ... [MINCUTS cutLayerName numCuts ;] ... [PROPERTY propName propValue ;] ... END ruleName]
SITE siteName CLASS {PAD | CORE} ; [SYMMETRY {X | Y | R90} ... ;] [ROWPATTERN {previousSiteName siteOrient} ... ;] SIZE width BY height ; END siteName
[MACRO macroName [CLASS { COVER [BUMP] | RING | BLOCK [BLACKBOX | SOFT] | PAD [INPUT | OUTPUT |INOUT | POWER | SPACER | AREAIO] | CORE [FEEDTHRU | TIEHIGH | TIELOW | SPACER | ANTENNACELL | WELLTAP] | ENDCAP {PRE | POST | TOPLEFT | TOPRIGHT | BOTTOMLEFT | BOTTOMRIGHT} } ;] [FIXEDMASK ;] [FOREIGN foreignCellName [pt [orient]] ;] ... [ORIGIN pt ;] [EEQ macroName ;] [SIZE width BY height ;] [SYMMETRY {X | Y | R90} ... ;] [SITE siteName [sitePattern] ;] ... [PIN statement] ... [OBS statement] ... [DENSITY statement] ... [PROPERTY propName propVal ;] ... END macroName]
[PIN pinName [TAPERRULE ruleName ;] [DIRECTION {INPUT | OUTPUT [TRISTATE] | INOUT | FEEDTHRU} ;] [USE { SIGNAL | ANALOG | POWER | GROUND | CLOCK } ;] [NETEXPR "netExprPropName defaultNetName" ;] [SUPPLYSENSITIVITY powerPinName ;] [GROUNDSENSITIVITY groundPinName ;] [SHAPE {ABUTMENT | RING | FEEDTHRU} ;] [MUSTJOIN pinName ;] {PORT [CLASS {NONE | CORE | BUMP} ;] {layerGeometries} ... END} ... [PROPERTY propName propVal ;] ... [ANTENNAPARTIALMETALAREA value [LAYER layerName] ;] ... [ANTENNAPARTIALMETALSIDEAREA value [LAYER layerName] ;] ... [ANTENNAPARTIALCUTAREA value [LAYER layerName] ;] ... [ANTENNADIFFAREA value [LAYER layerName] ;] ... [ANTENNAMODEL {OXIDE1 | OXIDE2 | OXIDE3 | OXIDE4} ;] ... [ANTENNAGATEAREA value [LAYER layerName] ;] ... [ANTENNAMAXAREACAR value LAYER layerName ;] ... [ANTENNAMAXSIDEAREACAR value LAYER layerName ;] ... [ANTENNAMAXCUTCAR value LAYER layerName ;] ... END pinName]
{ LAYER layerName [EXCEPTPGNET] [SPACING minSpacing | DESIGNRULEWIDTH value] ; [WIDTH width ;] { PATH [MASK maskNum] pt ... ; | PATH [MASK maskNum] ITERATE pt ... stepPattern ; | RECT [MASK maskNum] pt pt ; | RECT [MASK maskNum] ITERATE pt pt stepPattern ; | POLYGON [MASK maskNum] pt pt pt pt ... ; | POLYGON [MASK maskNum] ITERATE pt pt pt pt ... stepPattern ; } ... | VIA [MASK viaMaskNum] pt viaName ; | VIA ITERATE [MASK viaMaskNum] pt viaName stepPattern ; } ...