SIMPLE SOLUTIONS

Manual pages

Origin: ASIM/LIP6.

[ Alias ↣ ] Name (section) Brief
abl(1) Prefixed representation for boolean functions.
ablToBddCct(3) Converts an ABL into a BDD within a circuit.
addablhexpr(3) Adds a new argument in head of an expression.
addablqexpr(3) Adds a new argument in queue of an expression.
addbddassoc(3) Creates a new association variables.
addbddcircuitabl(3) Converts an abl expression to a bdd node.
addbddcircuitin(3) Adds an input in a bdd circuit.
addbddcircuitout(3) Adds an output in a bdd circuit.
addbddnode(3) Adds a new bdd node in the bdd system.
addbddnodeassoc(3) Adds a bdd node in a variable association.
addbddnodelist(3) Adds a node in a chain_list.
addbddvar(3) Adds a new variable in the bdd system.
addbddvarafter(3) Adds a new variable, after an existing one.
addbddvarbefore(3) Adds a new variable, before an existing one.
addbddvarfirst(3) Adds a new variable, before all others.
addbddvarlast(3) Adds a new variable, after all others.
addcapa(3) Add a capacitance to a signal.
addchain(3) Create a chain and add it to a list.
addht(3) Create an hash table.
addhtitem(3) Adds a new item in a hash table.
addListBdd(3) Adds a BDD to a chained list of BDDs.
addlocap(3) Create a logical capacitor.
addlocon(3) Create a logical connector.
addlofig(3) Create a new structural cell model.
addloins(3) Create a logical instance.
addlomodel(3) Create a tempotary logical model and add it to a list.
addlores(3) Create a logical resistor.
addloself(3) Create a logical inductor.
addlosig(3) Create a logical signal.
addlotrs(3) Create a logical transistor.
addnum(3) Create a num and add it to a list.
addphcon(3) Create a physical connector.
addphfig(3) Create a new physical cell model.
addphins(3) Create a physical instance.
addphref(3) Create a physical reference.
addphseg(3) Create a physical segment.
addphvia(3) Create a physical via.
addptype(3) Create a ptype and add it to a ptype_list.
addrdsfig(3) Adds a figure.
addrdsfigrec(3) Adds a rectangle to a figure.
addrdsins(3) Adds an instance to a figure.
addrdsinsrec(3) Adds a rectangle to an instance.
addrdsrecwindow(3) Adds a rectangle in the windowing of rds structure.
AFFECT(3)
al(5) Alliance logical format.
alcbanner(1) Display a standardized banner for Alliance tools.
alliance-genpat(1)
alliance-log(3) Logical representations for boolean functions and utilities.
alliance-ocp(1)
alliancebanner(3) Display the standardized Alliance banner.
allocrdsfig(3) Allocs memory for a figure.
allocrdsins(3) Allocates memory for an instance.
allocrdsrec(3) Allocates memory for a rectangle.
allocrdsrecwin(3) Allocates a structure used to know windows which contains a rectangle.
allocrdswin(3) Allocates window's table.
allocrdswindow(3) Allocates a window structure.
allocrdswinrec(3) Allocates a structure used to create a list of tables of rectangles.
ap(5) Alliance physical format.
append(3) Append a chain_list to an other chain_list.
applyBdd(3) Applies an operator to a list of BDD.
applybddnode(3) Applies an operator on two bdd nodes.
applybddnodeite(3) Computes the IF-THEN-ELSE logical operation.
applybddnodelist(3) Applies an opertor to a bdd nodes list.
applybddnodenot(3) Complements a bdd.
applybddnodeterm(3) Applies an operator on two bdd nodes.
applyBinBdd(3) Applies an operator to two BDD.
ARRAY(3)
asimut(1) A simulation tool for hardware descriptions.
attila(1) A Tool Installer.
aut(1) Memory allocation, and hash tables management.
autallocblock(3) Memory allocator.
autallocheap(3) Heap memory allocator.
autfreeblock(3) Releases a memory block.
autfreeheap(3) Releases a memory block, and put it on the heap.
auth2elem(3) Element in an hash table with two keys.
auth2table(3) Hash table structure.
authelem(3) Element in an hash table.
authtable(3) Hash table structure.
autresizeblock(3) Resizes a memory block.
bdd(1) Mutli Reduced Ordered Binary Decision Diagrams.
bddToAblCct(3) Converts a BDD into an ABL within a circuit.
beh(3) Generic behavioural data structures.
beh_debug(3) BEH structures displayer-debugger.
beh_depend(3) Compute forward dependencies in a description.
beh_error(3)
beh_makbdd(3) Create a BDD for each expression in a description.
beh_makgex(3) Create a GEX for each expression in a description.
beh_message(3)
bigvia(3) Draws a non minimal via as a bunch of vias.
boog(1) Binding and Optimizing On Gates.
boom(1) BOOlean Minimization.
buildrdswindow(3) Builds windowing of a figure.
catal(5) Catalog file format.
chain(3) Mbk lisp-like service structure.
checkloconorder(3) Checks the consistency of a list of logical connectors.
clearbddsystemref(3) Clears the references for all bdd nodes.
clearbddsystemrefext(3) Clears the external references for all bdd nodes.
clearbddsystemrefint(3) Clears the internal references for all bdd nodes.
cofactorbddnode(3) Computes the generalized cofactor.
composeBdd(3) Substitutes an index by a BDD in another BDD.
composebddnode(3) Substitutes a variable by a bdd in another bdd.
concatname(3) Concatenate two names with user separator.
conmbkrds(3) Converts MBK connector to RDS rectangle.
constraintBdd(3) Restricts a BDD to another BDD.
convertbddcircuitabl(3) Converts a bdd node to an abl expression.
convertbddcircuitsumabl(3) Converts a bdd node to an abl expression.
convertbddindexabl(3) Converts a bdd index to an abl expression.
convertbddmuxabl(3) Converts two bdd nodes to an abl multiplexor expression.
convertbddnodeabl(3) Converts a bdd node to an abl expression.
convertbddnodesumabl(3) Converts a bdd node to an abl expression.
cougar(1) Hierarchical netlist extractor.
createablatom(3) Creates an atomic expression.
createablbinexpr(3) Creates a binary operator expression.
createablnotexpr(3) Complements an expression.
createabloper(3) Creates the head of an operator expression.
createablunaryexpr(3) Creates an unary operator expression.
createablxorbinexpr(3) Creates an 'xor' or 'xnor' operator expression.
createbddcircuit(3) Creates a bdd circuit.
createbddsystem(3) Creates a bdd system.
createNodeTermBdd(3) Creates a terminal node of variable.
ctl(5) Control Temporal Logic file format.
decbddrefext(3) Decrements the external reference of a bdd node.
decbddrefint(3) Decrements the internal reference of a bdd node.
DECLAR(3)
DEF_GENPAT(3)
defab(3) Defines the abutment box of a phfig.
delablexpr(3) Deletes an expression.
delablexprnum(3) Deletes an operand in an expression.
delbddassoc(3) Deletes a variable association.
delbddcircuitout(3) Deletes an output in a bdd circuit.
delbddnode(3) Deletes an unused bdd node.
delbddnodeassoc(3) Deletes a bdd node in a variable association.
delbddnodelist(3) Deletes a list of bdd nodes.
delchain(3) Delete an element of a chain_list.
delht(3) Removes an hash table.
delhtitem(3) Removes an item in an hash table.
dellocap(3) Delete a logical capacitor.
dellocon(3) Delete a logical connector.
dellofig(3) Delete and free a logical figure.
delloins(3) Delete a logical instance.
dellores(3) Delete a logical resistor.
delloself(3) Delete a logical inductor.
dellosig(3) Delete a logical signal.
dellotrs(3) Delete a logical transistor.
delnum(3) Delete an element of a num_list.
delphcon(3) Delete a physical connector.
delphfig(3) Delete and free a physical figure.
delphins(3) Delete a physical instance.
delphref(3) Delete a physical reference.
delphseg(3) Delete a physical segment.
delphvia(3) Delete a physical via.
delptype(3) Delete an element of a ptype_list.
delrdsfig(3) Deletes a figure.
delrdsfigrec(3) Deletes a rectangle of a figure.
delrdsins(3) Deletes an instance of a figure.
delrdsinsrec(3) Deletes a rectangle of an instance.
delrdsrecwindow(3) Deletes a rectangle from the windowing of rds structure.
destroyBdd(3) Removes the BDDs system.
destroybddassoc(3) Frees all the variable associations.
destroybddcircuit(3) Destroys a bdd circuit.
destroybddsystem(3) Destroys a bdd system.
destroyrdswindow(3) Destroys windowing of a figure.
devablxorexpr(3) Develops 'xor', 'nxor' in an expression.
devdupablxorexpr(3) Duplicates and develops 'xor', 'nxor'.
displayBdd(3) Displays a BDD.
downstr(3) Convert a string to lower case.
DPGEN_ADSB2F(3) Adder/Substractor Macro-Generator.
DPGEN_AND2(3) AND2 Macro-Generator.
DPGEN_AND3(3) AND3 Macro-Generator.
DPGEN_AND4(3) AND4 Macro-Generator.
DPGEN_BUFF(3) Buffer Macro-Generator.
DPGEN_BUSE(3) Tristate Macro-Generator.
DPGEN_CONST(3) Constant Macro-Generator.
DPGEN_DFF(3) Dynamic Flip-Flop Macro-Generator.
DPGEN_DFFT(3) Dynamic Flip-Flop with Scan-Path Macro-Generator.
DPGEN_FIFO(3) FIFO Macro-Generator.
DPGEN_INV(3) Inverter Macro-Generator.
DPGEN_MUX2(3) Multiplexer Macro-Generator.
DPGEN_NAND2(3) NAND2 Macro-Generator.
DPGEN_NAND2MASK(3) Programmable Mask Macro-Generator.
DPGEN_NAND3(3) NAND3 Macro-Generator.
DPGEN_NAND4(3) NAND4 Macro-Generator.
DPGEN_NBUSE(3) Tristate Macro-Generator.
DPGEN_NMUX2(3) Multiplexer Macro-Generator.
DPGEN_NOR2(3) NOR2 Macro-Generator.
DPGEN_NOR2MASK(3) Programmable Mask Macro-Generator.
DPGEN_NOR3(3) NOR3 Macro-Generator.
DPGEN_NOR4(3) NOR4 Macro-Generator.
DPGEN_NUL(3) Zero Detector Macro-Generator.
DPGEN_OR2(3) OR2 Macro-Generator.
DPGEN_OR3(3) OR3 Macro-Generator.
DPGEN_OR4(3) OR4 Macro-Generator.
DPGEN_RF1(3) Register File Macro-Generator.
DPGEN_RF1D(3) Register File with Decoder Macro-Generator.
DPGEN_ROM2(3) 2 words ROM Macro-Generator.
DPGEN_ROM4(3) 4 words ROM Macro-Generator.
DPGEN_SFF(3) Static Flip-Flop Macro-Generator.
DPGEN_SFFT(3) Static Flip-Flop with Scan-Path Macro-Generator.
DPGEN_SHIFT(3) Shifter Macro-Generator.
DPGEN_XNOR2(3) XNOR2 Macro-Generator.
DPGEN_XNOR2MASK(3) Programmable Mask Macro-Generator.
DPGEN_XOR2(3) XOR2 Macro-Generator.
dreal(1) Graphic real layout viewer.
druc(1) Design Rule Checker.
dupablexpr(3) Duplicates an expression.
existbddnodeassocoff(3) Computes an existantial quantification.
existbddnodeassocon(3) Computes an existantial quantification.
figmbkrds(3) Converts MBK figure to RDS figure.
filepath(3) Return the whole search path of a file.
flatablexpr(3) Merges the operators of an expression.
flatlo(1) FLATen LOgical figure.
flatph(1) FLATen PHysical figure.
flattenlofig(3) Flatten a instance in a logical figure.
flattenphfig(3) Flatten a instance in a figure.
fmi(1) FSM state miminization.
freeablexpr(3) Frees an expression.
freechain(3) Free a chain_list.
freelomodel(3) Free a lofig_list for temporary models.
freenum(3) Free a num_list.
freeptype(3) Free a ptype_list.
freerdsfig(3) Frees memory associated to a figure.
freerdsins(3) Frees memory associated to an instance.
freerdsrec(3) Free memory associated to a rectangle.
fsm(1) Finite State Machine representation.
fsm(5) Alliance VHDL Finite State Machine description subset.
fsp(1) Formal proof between two FSM descriptions.
garbagebddsystem(3) Forces a bdd garbage collection.
gcNodeBdd(3) Does a garbage collection.
genlib(1) Procedural design language based upon C.
GENLIB_MACRO(3) Interface with all MACRO generators.
GENLIB_SET_LOCAP(3) Set the capacitance value of a logical capacitor, after its creation.
GENLIB_SET_LORES(3) Set the resistance value of a logical resistor, after its creation.
GENLIB_SET_LOSELF(3) Set the inductance value of a logical inductor, after its creation.
getablexprdepth(3) Gives the depth of an expression.
getablexprlength(3) Gives the length of an expression.
getablexprmax(3) Applies a function to all operands.
getablexprmin(3) Applies a function to all operands.
getablexprnum(3) Gives a specified operand of an expression.
getablexprnumatom(3) Gives the number of atom in an expression.
getablexprnumbinoper(3) Gives the number of binary operators in an expression.
getablexprnumocc(3) How many times a name appears in an expression.
getablexprsupport(3) Gives the expression's support.
getbddnodenum(3) Gets the number of nodes in a bdd.
getbddnodesize(3) Gets the number of nodes in a bdd.
getbddnodesupport(3) Gives the variable support of a bdd node.
getbddvarbyindex(3) Converts bdd index to a variable number.
getbddvarindex(3) Converts a variable number in a bdd index.
getbddvarnode(3) Gives the bdd node of a variable.
getbddvarnodebyindex(3) Gives the bdd node of a variable.
GETCPAT(3)
gethtitem(3) Searches an item in a hash table.
getlocap(3) Retrieve a logical capacitor.
getlocon(3) Retrieve a logical connector.
getlofig(3) Give back a pointer to a lofig.
getloins(3) Retrieve a logical instance.
getlomodel(3) Retrieve a model from a lofig_list.
getlores(3) Retrieve a logical resistor.
getloself(3) Retrieve a logical inductor.
getlosig(3) Retrieve a logical signal.
getphcon(3) Retrieve a physical connector.
getphfig(3) Give back a pointer to a phfig.
getphins(3) Retrieve a physical instance.
getphref(3) Retrieve a physical reference.
getptype(3) Retrieve a ptype from a ptype_list.
getrdsmodellist(3) Gets model list of the instances of a figure.
getsigname(3) Choose a signal name in alias list.
givelosig(3) Give a logical signal.
graal(1) Symbolic layout editor.
guessextdir(3) Guess external connectors directions from internal connectors directions.
implybddnode(3) Computes a bdd that implies a conjonction of two bdd nodes.
incatalog(3) Test if cell belongs to the catalog file.
incatalogdelete(3) Test if cell belongs to the catalog file.
incatalogfeed(3) Test if cell belongs to the catalog file.
incataloggds(3) Test if cell belongs to the catalog file.
incbddrefext(3) Increments the external reference of a bdd node.
incbddrefint(3) Increments the internal reference of a bdd node.
INIT(3)
initializeBdd(3) Initializes the BDDs system.
insconmbkrds(3) Adds in RDS instance all the connectors of MBK instance.
insmbkrds(3) Converts MBK figure to RDS figure.
insrefmbkrds(3) Adds in RDS instance all the references of MBK instance.
inssegmbkrds(3) Adds in RDS instance all the segments of MBK instance.
instanceface(3) Returns the face of a connector in a placed instance.
instr(3) Find an occurence of a string in a string, starting at a specified character.
insviambkrds(3) Adds to RDS instance all the contacts from MBK instance.
intersectbddnode(3) Tests for an intersection between two bdd nodes.
isablbinaryoper(3) Tests if an operator is binary.
isablequalexpr(3) Tests if two expressions are strictly identicals.
isablnameinexpr(3)
isabloperinexpr(3) Tests if an operator appears in an expression.
isablsimilarexpr(3) Tests if two expressions have the same morphology.
isablunaryoper(3) Tests if an operator is unary.
isbddvarinsupport(3) Tests if a variable appears in a bdd.
isck(3)
isvdd(3)
isvss(3)
k2f(1)
l2p(1) Creates a PostScript file from a symbolic layout file,or from a physical layout file.
LABEL(3)
lax(5) Parameter file for logic synthesis.
libpat(3) Generic pattern data structure.
loadlofig(3) Load a new logical cell model from disk.
loadphfig(3) Load a new physical cell model from disk.
loadrdsfig(3) Give back a pointer to a figure.
loadrdsparam(3) Load parameters from symbolic to real conversion.
locap(3) Mbk logical capacitor.
locon(3) Mbk logical connector.
lofig(3) Mbk logical figure.
lofigchain(3) Creates a netlist in terms of connectors on signals.
log(1) Logical representations for boolean functions and utilities.
loins(3) Mbk logical instance.
loon(1) Local optimizations of Nets.
lores(3) Mbk logical resistor.
loself(3) Mbk logical inductor.
losig(3) Mbk logical signal.
lotrs(3) Mbk logical transistor.
lvx(1) Logical Versus eXtracted net-list comparator.
mapablanyexpr(3) Applies a function to all operands.
mapableveryexpr(3) Applies a function to all operands.
mapablexpr(3) Applies a function to all operands.
mapabloperexpr(3) Applies a function to all operands.
markAllBdd(3) Marks all the nodes of the BDDs system.
markBdd(3) Marks all nodes of a BDD.
markbddnode(3) Marks bdd node with a specified mask.
mbk(3) Generic layout ,netlist and utility data structures.
MBK_CATA_LIB(1) Define the mbk catalog directory.
MBK_CATAL_NAME(1) Define the mbk catalog file.
MBK_CK(1) Define the clock name pattern.
MBK_FILTER_SFX(1) Define the inputoutput filter suffixe.
MBK_IN_FILTER(1) Define the input filter.
MBK_IN_LO(1) Define the logical input format of mbk and genlib.
MBK_IN_PH(1) Define the physical input format of mbk and genlib.
MBK_OUT_FILTER(1) Define the input filter.
MBK_OUT_LO(1) Define the logical output format of mbk and genlib.
MBK_OUT_PH(1) Define the physical output format of mbk and genlib.
MBK_SEPAR(1) Define the separator character for hierarchy.
MBK_TRACE_GETENV(1) Defines getenv() debug output.
MBK_VDD(1) Define the high level power name pattern.
MBK_VSS(1) Define the ground power name pattern.
MBK_WORK_LIB(1) Define the mbk working directory.
mbkalloc(3) Mbk memory allocator.
mbkenv(3) Set user preferences.
mbkfopen(3) Open a file with several search pathes.
mbkfree(3) Mbk memory allocator.
mbkgetenv(3) Get an environment variable.
mbkps(3) Mbk process state.
mbkrealloc(3) Mbk memory reallocator.
mbksetautoackchld(3) Tells Alliance to automatically handle terminaison of child process.
mbkunlink(3) Delete a file in the WORK_LIBP.
mbkwaitpid(3) Wait for the end of a particular child process.
mlodebug(3) Logical data structure contents debug function.
modelmbkrds(3) Gets all models of instances contained in a figure.
moka(1) Model checker ancestor.
mphdebug(3) Physical data structure contents debug function.
namealloc(3) Hash table for strings.
namefind(3) Hash table for strings.
nameindex(3) Concatenate a name and index with user separator.
naturalstrcmp(3) Compare string in alphabetical order for letters and numerical for digits.
nero(1) Negotiating Router.
notBdd(3) Complements a BDD.
numberNodeAllBdd(3) Count the number of nodes used in the BDD system.
numberNodeBdd(3) Computes the number of nodes used in a BDD.
pat(5) Pattern description format.
pat2spi(1)
phcon(3) Mbk physical connector.
phfig(3) Mbk physical figure.
phins(3) Mbk physical instance.
phref(3) Mbk physical reference.
phseg(3) Mbk physical segment.
phvia(3) Mbk physical contact.
polarablexpr(3) Moves inverters to the atomic level.
polardupablexpr(3) Duplicates an expression and moves down the inverters.
prol(5) Define the rules for symbolic to real layout translation.
proof(1) Formal proof between two behavioural descriptions.
ptype(3) Mbk list of typed pointers.
rdsalloc(3) Memory allocation function.
rdsenv(3) Set user preference.
rdsfree(3) Free memory place.
refmbkrds(3) Adds to RDS figure a references from a MBK figure.
relprodbddnodeassoc(3) Computes a relational product.
reorderbddsystemdynamic(3) Specifies the dynamic bdd reorder parameters.
reorderbddsystemsimple(3) Reorders the bdd nodes of a bdd system.
reorderbddsystemtop(3) Reorders the bdd nodes of a bdd system.
reorderbddsystemwindow(3) Reorders the bdd nodes of a bdd system.
resetBdd(3) Resets the BDDs system.
resetbddcircuit(3) Resets a bdd circuit.
resetbddsystem(3) Resets a bdd system.
restorealldir(3) Restore all instances' connectors directions.
restoredirvbe(3) Restore connectors directions from behavioral view.
restrictbddnode(3) Substitutes a variable by a zero or one, in a bdd.
reverse(3) Reverse a list of chained elements.
rflattenlofig(3) Recursivly flatten a figure.
rflattenphfig(3) Recursivly flatten a figure.
ring(1) PAD RING router.
roundrdsrec(3) Adjusts a rectangle to lambda grid step.
s2r(1) Process mapping from symbolic layout to physical layout.
satisfybddnode(3) Finds a satisfying path for a bdd node.
SAVE(3)
savelofig(3) Save a logical figure on disk.
savephfig(3) Save a physical figure on disk.
saverdsfig(3) Save a physical figure on disk.
scapin(1) Scan path insertion.
searchbddcircuitin(3) Searchs an input in a bdd circuit.
searchbddcircuitout(3) Searchs an output in a bdd circuit.
searchrdsfig(3) Searchs by name a figure in the list of figures.
segmbkrds(3) Adds to RDS figure a segment from a MBK figure.
setbddrefext(3) Increments the external reference, and decrements the internal reference of a bdd node.
sethtitem(3) Test and set an item in an hash table.
setlocap(3) Set the capacitance value of a logical capacitor.
setlores(3) Set the resistance value of a logical resistor.
setloself(3) Set the inductance value of a logical inductor.
simpablexpr(3) Simplies an expression.
simpbddnodedcoff(3) Simplifies a bdd with don't cares on its off-set part.
simpbddnodedcon(3) Simplifies a bdd with don't cares on its on-set part.
simpdupablexpr(3) Duplicates and simplies an expression.
simplifDcOneBdd(3) Simplifies a BDD with don't cares on its on-set part.
simplifDcZeroBdd(3) Simplifies a BDD with don't cares on its off-set part.
sortlocon(3) Sort the logical connectors of a figure by name.
sortlosig(3) Sort the logical signals of a figure by name.
spi(5) Alliance parser and driver for Spice netlist.
substablexpr(3) Substitutes a given atom by an expression.
substbddnodeassoc(3) Substitutes a set of variables with a set of bdd node.
substdupablexpr(3) Substitutes a given atom by an expression.
supportChain_listBdd(3) Returns a chained list of nodes that are used in a given BDD.
swapbddvar(3) Swaps two contiguous variables.
sxlib(5) A portable CMOS Standard Cell Library.
syf(1) Finite State Machine synthesizer.
testbddcircuit(3) Debugs a bdd circuit.
unflatablexpr(3) Unflats the operators of an expression.
unflattenlofig(3) Creates a hierarchy level from instances of a figure.
unmarkbddnode(3) Unmarks bdd node with a specified mask.
unsetbddrefext(3) Increments the internal reference, and decrements the external reference of a bdd node.
upstr(3) Convert a string to upper case.
upVarBdd(3) Brings up an index in a BDD.
vasy(1) VHDL Analyzer for Synthesis.
vasy(5)
vbe(5)
vhdl(5)
vhdlablname(3) Returns a compatible VHDL name.
vhdlablvector(3) Gives the index and the name of a vectorized name.
viambkrds(3) Adds to RDS figure a contact from a MBK figure.
viewablexpr(3) Displays an expression.
viewablexprfile(3) Displays an expression in a file.
viewablexprstr(3) Displays an expression in a str.
viewbddcircuit(3) Displays a bdd circuit.
viewbddnode(3) Displays a bdd node.
viewbddsystem(3) Displays a bdd system.
viewbddsysteminfo(3) Displays statistical informations.
viewht(3) Displays a hash table contents.
viewlo(3) Scan all lofig_lists and display their elements.
viewlocap(3) Display elements of a locap_list.
viewlofig(3) Display elements of a lofig_list.
viewloins(3) Display elements of a loins_list.
viewloinscon(3) Display elements of a locon_list attached to an instance.
viewlores(3) Display elements of a lores_list.
viewloself(3) Display elements of a loself_list.
viewlosig(3) Display elements of a losig_list.
viewlotrs(3) Display elements of a lotrs_list.
viewph(3) Display all the phfig_lists and their elements.
viewphcon(3) Display elements of a phcon_list.
viewphins(3) Display elements of a phins_list.
viewphref(3) Display elements of a phref_list.
viewphseg(3) Display elements of a phseg_list.
viewrdsfig(3) View caracteristics of a figure.
viewrdsins(3) Displays caracteristics of an instance.
viewrdsparam(3) Displays tables in memory filled by loadrdsparam function.
viewrdsrec(3) Displays caracteristics of a rectangle.
viewrdswindow(3) Displays caracteristics of the windowing.
viewrfmcon(3) Displays connector caracteristics in MBK and RDS format.
viewrfmfig(3) Displays figure caracteristics in MBK and RDS format.
viewrfmins(3) Displays instance caracteristics in MBK and RDS format.
viewrfmrec(3) Displays rectangle caracteristics in RDS format.
viewrfmref(3) Displays reference caracteristics in MBK and RDS format.
viewrfmseg(3) Displays segment caracteristics in MBK and RDS format.
viewrfmvia(3) Displays contact caracteristics in MBK and RDS format.
vst(5)
x2y(1) Netlist Format converter.
xpat(1) Graphic pattern viewer.
xsch(1) Graphical schematic viewer.
xyflat(3) Compute hierarchical coordinates.