|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object com.threed.jpct.Lights
Manages the dynamic lights in a scene. This is done internally by jPCT and because lights are not treated as single Objects but as a whole for each world, not much is public within here. Everything that is possible with individual lights should be done via the corresponding World instance.
| Field Summary | |
static boolean |
LIGHT_INVISIBLE
The light is not visible |
static boolean |
LIGHT_VISIBLE
The light is visible |
static int |
OVERBRIGHT_LIGHTING_DISABLED
Overbright lighting won't be used |
static int |
OVERBRIGHT_LIGHTING_ENABLED
Overbright lighting will be used (default) |
static int |
RGB_SCALE_2X
2X RGB scale value |
static int |
RGB_SCALE_4X
4X RGB scale value |
static int |
RGB_SCALE_DEFAULT
Default RGB scale value |
| Method Summary | |
void |
setOverbrightLighting(int mode)
Disable/Enable (default) overbright lighting. |
void |
setRGBScale(int scale)
With this, it's possible to "simulate" overbright lighting to a degree. |
| Methods inherited from class java.lang.Object |
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
public static final boolean LIGHT_VISIBLE
public static final boolean LIGHT_INVISIBLE
public static final int OVERBRIGHT_LIGHTING_DISABLED
public static final int OVERBRIGHT_LIGHTING_ENABLED
public static final int RGB_SCALE_DEFAULT
public static final int RGB_SCALE_2X
public static final int RGB_SCALE_4X
| Method Detail |
public void setOverbrightLighting(int mode)
mode
- the overbright-lighting-modeOVERBRIGHT_LIGHTING_ENABLED
,
OVERBRIGHT_LIGHTING_DISABLED
public void setRGBScale(int scale)
scale
- the scalingRGB_SCALE_DEFAULT
,
RGB_SCALE_2X
,
RGB_SCALE_4X
,
setOverbrightLighting(int)
,
FrameBuffer.supports(java.lang.String)
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


data.csd
Classes
ActiveDefenceType
ADRadar
ArmourType
Artillery
ArtilleryProjectile
BridgeLayer
CounterBatteryRadar
Designator
EngineerType
Flyer
PHTable
PKTable
Platform
PlatformWeapon
ProbabilityTable
Resupply
Sensor
Tanker
Weapon
WeaponChoice
Enums
Artillery.ArtilleryEnvironment
Artillery.ArtilleryRoundType
Flyer.FlyerType


Event listener with
PEP
See
github.com/jquery/PEP
. Button includes
touch-action="none"
attribute.
Test button!


| Trees | Indices | Toggle frames |
|---|
| AbstractBufferRegion |
get_region(self,
start,
size,
ptr_type)
Map a region of the buffer into a ctypes array of the desired
type.
|
Map a region of the buffer into a ctypes array of the desired type. This region does not need to be unmapped, but will become invalid if the buffer is resized.
Note that although a pointer type is required, an array is mapped. For example:
get_region(0, ctypes.sizeof(c_int) * 20, ctypes.POINTER(c_int * 20))
will map bytes 0 to 80 of the buffer to an array of 20 ints.
Changes to the array may not be recognised until the region's AbstractBufferRegion.invalidate method is called.
| Trees | Indices | Toggle frames |
|---|
| Generated by Epydoc 3.0beta1 on Sun Mar 22 20:15:39 2009 | http://epydoc.sourceforge.net |


How to save in Red Dead Redemption 2
by Harry ShepherdHow do you save in Red Dead Redemption 2? The PC version of Rockstar’s sprawling Western epic is finally here after a year-long delay relative to the console release and there’s nothing that’ll spoil the fun more than by losing hours and hours of progress. And if you don’t know how to save in RDR2, that’s exactly what could happen.
As you may know if you’ve played even a small amount of the console version of the game, Red Dead Redemption 2 is an experience that takes its time; just wait until you get to the epilogue. Anyway, while slow trudges on your horse for miles as the sun sets on the American frontier is atmospheric, you don’t want to do it all over again after losing some progress. So, here’s how to save in RDR2.
RDR2: how to save your game
The save game option is a little hidden away, but you can find it by hitting the 'STORY' tab on the pause menu. From there there's a huge place to click on the left of your screen that gives you the option to save your game—you can't miss it.
That said there are some occasions in the game when you cannot save, such as the very beginning. Just make sure you dig through this part and you'll be able to save what you've done later on. Just make sure you do so before a big event is about to take place in the game, or you've gone through a big session without hitting save.


| Updating_Scheme | Controls the flow of events at any single simulation tick. This should always be the first equation called in any model! 'Updating_Scheme' appears in the equation for: (never used) | |
| SA_ | Par. | A parameter to allow SA (no meaning for the theory)
|
| Delete_Agent | 'Delete_Agent' appears in the equation for: (never used) | |
| Init_Global | This it the main initialisation function, calling all initialisation action necessary. 'Init_Global' appears in the equation for: Updating_Scheme |
| Pop_age | Each agents get older one year. 'Pop_age' appears in the equation for: Updating_Scheme | |
| Pop_birth | Add next generation. 'Pop_birth' appears in the equation for: Updating_Scheme, Init_Global | |
| m1_alpha | Par. | |
| m1_beta | Par. | |
| Pop_const_n | Par. | If == 0, the population model will not generate new agents.
If > 0, the population model will generate Pop_const_n * birth_rate agents (if birth_rate is a variable, the birth rate is constant and equal to 1/exp_life * Pop_const_n) If < 0, new generation is birth_rate * current n agents alive. |
| Model_Type | Par. | Choice of population model.
Model 0: NONE Model 1: BLL |
| m0_maxLife | Par. |
| ID | Par. | |
| age | TRACK_SEQUENCE 'age' appears in the equation for: (never used) | |
| female | TRACK_SEQUENCE 'female' appears in the equation for: Updating_Scheme | |
| death_age | Par. | |
| father | Par. | Holds the ID of the father
|
| mother | Par. | Holds the ID of the mother
|
| Death | Kill the agent 'Death' appears in the equation for: Pop_age | |
| Init_Agent | Initialise a new agent - define agent characteristics 'Init_Agent' appears in the equation for: Pop_birth | |
| Relevant_Other | This is a FUNCTION that reports to the caller if the callee (the agent which holds the function) is a relevant other. A person is relevant to the other person, if it is (a) within physical distance, emulating the social distance and (b) within age distance. We may disable the check for (a) if we search within the relevant distance ex ante. 'Relevant_Other' appears in the equation for: (never used) | |
| psearch_radius | This is the search radius for the partner search in the Wedding Ring model. It is set in 0,1 (relative) 'psearch_radius' appears in the equation for: Potential_Partner | |
| age_accept_low | Calculate the lower bound of acceptable age 'age_accept_low' appears in the equation for: Potential_Partner | |
| age_accept_high | Calculate the lower bound of acceptable age 'age_accept_high' appears in the equation for: Potential_Partner | |
| age_influence | A factor that decides on the size of the socio-spatial network based on the age of the person. 'age_influence' appears in the equation for: psearch_radius, age_accept_low, age_accept_high | |
| Social_Pressure | This is the social presure that rests upon the individual to get a partner and start getting (more) children At this point, the parameters alpha and beta are hard coded as in the papers [2,3], because the parameters it self are not useful to interpret. 'Social_Pressure' appears in the equation for: psearch_radius, age_accept_low, age_accept_high | |
| Partner_Status | Is there currently a partner? 0: No, 1: Yes. Also check if partner is dead. 'Partner_Status' appears in the equation for: Social_Pressure | |
| Potential_Partner | This is a function that reports to the caller if the callee is a suitable match, which implies also that the callee finds the caller suitable. 'Potential_Partner' appears in the equation for: (never used) | |
| PartnerID | Par. | All 1 instances equal to 0. |
| ro_a_high | Par. | All 1 instances equal to 0. |
| ro_a_low | Par. | All 1 instances equal to 0. |
| fertility_low | Par. | minimum age for a mother to get a child
|
| fertility_high | Par. | Maximum age for a mother to get a child
|
| wr_gamma | Par. | All 1 instances equal to 2. |
| alpha_WR | Par. | All 1 instances equal to 0.5. |
| beta_WR | Par. | All 1 instances equal to 7. |
| c_WR | Par. | All 1 instances equal to 25. |
| distance_wd | Par. | All 1 instances equal to 1. |
| fertility_f_high | Par. | All 1 instances equal to 45. |
| fertility_f_low | Par. | All 1 instances equal to 15. |
| fertility_m_high | Par. | All 1 instances equal to 65. |
| fertility_m_low | Par. | All 1 instances equal to 15. |
| rho_WD | Par. | |
| WD_alt_model | Par. | All 1 instances equal to 0. |
| wr_hintvl | Par. | All 1 instances equal to 2. |
| SA_ | Par. | 0 |
| m1_alpha | Par. | 5.44 |
| m1_beta | Par. | -0.014729 |
| Pop_const_n | Par. | 2000 |
| Model_Type | Par. | 1 |
| m0_maxLife | Par. | 100 |
| ID | Par. | 0 |
| death_age | Par. | 0 |
| father | Par. | -1 |
| mother | Par. | -1 |
| PartnerID | Par. | 0 |
| ro_a_high | Par. | 0 |
| ro_a_low | Par. | 0 |
| fertility_low | Par. | 15 |
| fertility_high | Par. | 35 |
| wr_gamma | Par. | 2 |
| alpha_WR | Par. | 0.5 |
| beta_WR | Par. | 7 |
| c_WR | Par. | 25 |
| distance_wd | Par. | 1 |
| fertility_f_high | Par. | 45 |
| fertility_f_low | Par. | 15 |
| fertility_m_high | Par. | 65 |
| fertility_m_low | Par. | 15 |
| rho_WD | Par. | 1 |
| WD_alt_model | Par. | 0 |
| wr_hintvl | Par. | 2 |


We extend systems!
- visualize cross-platform supply-chains
- mesh web-enabled relationships
- leverage collaborative relationships
- syndicate sexy portals
- embrace frictionless relationships
- embrace best-of-breed e-markets
- synergize scalable channels
- transform cross-media models


@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import play.api.Configuration @import uk.gov.hmrc.agentoverseasfrontend.config.AppConfig @import uk.gov.hmrc.agentoverseasfrontend.views.html._ @this(mainTemplate: main_template) @(agentGuidancePageUrl: String, continueUrl: String, arn: String, agencyName: String, agencyEmail: String)(implicit messages: Messages, request: Request[_], configuration: Configuration, appConfig: AppConfig) @mainTemplate(title = Messages("subscriptionComplete.title")) {
@Html(Messages("subscriptionComplete.p1", s"$arn"))
@Html(Messages("subscriptionComplete.p2", s"$agencyEmail"))
@Html(Messages("subscriptionComplete.p3", s"$agentGuidancePageUrl"))


|
|
IFXFaceLists Class ReferenceList of all members.
Constructor & Destructor Documentation
| IFXFaceLists::IFXFaceLists |
( |
|
) |
|
|
| IFXFaceLists::~IFXFaceLists |
( |
|
) |
|
|
Member Function Documentation
| IFXRESULT IFXFaceLists::AddFace |
( |
U32 |
meshIndex, |
|
|
U32 |
faceIndex, |
|
|
U32 |
cornerIndex, |
|
|
U32 |
v1, |
|
|
U32 |
v2 |
|
) |
|
|
| BOOL IFXFaceLists::FirstEdge |
( |
|
) |
|
|
| void IFXFaceLists::GetFace |
( |
U32 * |
pMeshIndex, |
|
|
U32 * |
pFaceIndex, |
|
|
U32 * |
pCornerInfo |
|
) |
[inline] |
|
| IFXRESULT IFXFaceLists::Initialize |
( |
U32 |
numVertices |
) |
|
|
| BOOL IFXFaceLists::NextEdge |
( |
|
) |
|
|
| BOOL IFXFaceLists::NextFace |
( |
|
) |
[inline] |
|
Member Data Documentation
© 1999 - 2006 Intel Corporation. All rights reserved.
* Other names and brands may be claimed as the property of others.
|
|


Bootcamp Buddies
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Use this lightweight client to send and receive lumens over the Stellar network.
Generate key pair for a new account
ATTENTION: Please write down your secret key and keep it safe. It won't be displayed again. You will lose access to your lumens if you lose your secret key.
{{login.newKeypair.publicKey}}
{{login.newKeypair.secretKey}}


| Package | Description |
|---|---|
| com.cyc.baseclient |
Reference implementation of the Base Client API; this code is not supported for external developers.
|
| com.cyc.baseclient.connection |
Provides classes for low-level interaction with Cyc; this code is not supported for external developers.
|
| com.cyc.baseclient.cycobject |
Provides the attributes and behavior of Base Client API Knowledge Base objects such as
constants, functional expressions, lists, rules and assertions; this code is not supported for external developers.
|
| com.cyc.baseclient.datatype |
Classes for converting between CycObjects and common data types and quantifications (e.g., time, money); this code is not supported for external developers.
|
| com.cyc.baseclient.inference |
Provides classes for working with Cyc inferences; this code is not supported for external developers.
|
| com.cyc.baseclient.kbtool |
Classes which wrap common operations for KB content, such as assertion, querying, etc; this code is not supported for external developers.
|
| com.cyc.baseclient.parser |
Provides classes for parsing the CycL language; this code is not supported for external developers.
|
| com.cyc.baseclient.testing |
Testing utilities & constants; this code is not supported for external developers.
|
| com.cyc.baseclient.util |
Provides a set of utility classes to support the Base Client API Interface;
this code is not supported for external developers.
|
| Modifier and Type | Field and Description |
|---|---|
static CycConstantImpl |
CommonConstants.ADMINISTRATOR |
static CycConstantImpl |
CommonConstants.AND
Convenient reference to #$and.
|
static CycConstantImpl |
CommonConstants.ARG_1_GENL |
static CycConstantImpl |
CommonConstants.ARG_2_GENL |
static CycConstantImpl |
CommonConstants.ARG_3_GENL |
static CycConstantImpl |
CommonConstants.ARG_FORMAT |
static CycConstantImpl |
CommonConstants.ARG_ISA |
static CycConstantImpl |
CommonConstants.BACKCHAIN_DISCOURAGED |
static CycConstantImpl |
CommonConstants.BACKCHAIN_ENCOURAGED |
static CycConstantImpl |
CommonConstants.BACKCHAIN_FORBIDDEN |
static CycConstantImpl |
CommonConstants.BACKCHAIN_REQUIRED |
static CycConstantImpl |
CommonConstants.BINARY_FUNCTION |
static CycConstantImpl |
CommonConstants.BINARY_PREDICATE
Convenient reference to #$BinaryPredicate.
|
static CycConstantImpl |
CommonConstants.CO_EXTENSIONAL |
static CycConstantImpl |
CommonConstants.COEXTENSIONAL_SET_OR_COLLECTIONS |
static CycConstantImpl |
CommonConstants.COLLECTION
Convenient reference to #$Collection.
|
static CycConstantImpl |
CommonConstants.COLLECTION_DENOTING_FUNCTION |
static CycConstantImpl |
CommonConstants.COLLECTION_UNION_FN |
static CycConstantImpl |
CommonConstants.COLLECTOR_MICROTHEORY |
static CycConstantImpl |
CommonConstants.COMMENT
Convenient reference to #$comment.
|
static CycConstantImpl |
CommonConstants.CONCEPTUALLY_RELATED |
static CycConstantImpl |
CommonConstants.DATA_MICROTHEORY |
static CycConstantImpl |
CommonConstants.DAY_FN |
static CycConstantImpl |
CommonConstants.DEFINING_MT |
static CycConstantImpl |
CommonConstants.DIFFERENT
Convenient reference to #$different.
|
static CycConstantImpl |
CommonConstants.DOLLAR_UNITED_STATES |
static CycConstantImpl |
CommonConstants.ELEMENT_OF
Convenient reference to #$elementOf.
|
static CycConstantImpl |
CommonConstants.EQUIV
Convenient reference to #$equiv.
|
static CycConstantImpl |
CommonConstants.EXPAND_SUBL_FN
Convenient reference to #$ExpandSubLFn.
|
static CycConstantImpl |
CommonConstants.FALSE
Convenient reference to #$False.
|
static CycConstantImpl |
CommonConstants.FOR_ALL
Convenient reference to #$forAll.
|
static CycConstantImpl |
CommonConstants.FUNCTION_DENOTATIONAL |
static CycConstantImpl |
CommonConstants.GEN_FORMAT |
static CycConstantImpl |
CommonConstants.GENERIC_INSTANCE_FN |
static CycConstantImpl |
CommonConstants.GENL_MT
Convenient reference to #$genlMt.
|
static CycConstantImpl |
CommonConstants.GENL_MT_VOCABULARY |
static CycConstantImpl |
CommonConstants.GENL_PREDS |
static CycConstantImpl |
CommonConstants.GENLS
Convenient reference to #$genls.
|
static CycConstantImpl |
CommonConstants.HOUR_FN |
static CycConstantImpl |
CommonConstants.HYPERTEXT_MARKUP_LANGUAGE |
static CycConstantImpl |
CommonConstants.IMPLIES
Convenient reference to #$implies.
|
static CycConstantImpl |
CommonConstants.INDIVIDUAL |
static CycConstantImpl |
CommonConstants.INDIVIDUAL_DENOTING_FUNCTION |
static CycConstantImpl |
CommonConstants.IRREFLEXIVE_BINARY_PREDICATE |
static CycConstantImpl |
CommonConstants.ISA
Convenient reference to #$isa.
|
static CycConstantImpl |
CommonConstants.IST |
static CycConstantImpl |
CommonConstants.MICROTHEORY |
static CycConstantImpl |
CommonConstants.MILLISECOND_FN |
static CycConstantImpl |
CommonConstants.MINUTE_FN |
static CycConstantImpl |
CommonConstants.MONTH_FN |
static CycConstantImpl |
CommonConstants.MT_SPACE
Convenient reference to #$MtSpace.
|
static CycConstantImpl |
CommonConstants.NAME_STRING |
static CycConstantImpl |
CommonConstants.NOT
Convenient reference to #$not.
|
static CycConstantImpl |
CommonConstants.NUMERICALLY_EQUALS
Convenient reference to #$numericallyEquals.
|
static CycConstantImpl |
CommonConstants.OR
Convenient reference to #$or.
|
static CycConstantImpl |
CommonConstants.PERCENT |
static CycConstantImpl |
CommonConstants.PLUS_FN
Convenient reference to #$PlusFn.
|
static CycConstantImpl |
CommonConstants.PREDICATE
Convenient reference to #$Predicate.
|
static CycConstantImpl |
CommonConstants.QUOTED_ISA |
static CycConstantImpl |
CommonConstants.REIFIABLE_FUNCTION |
static CycConstantImpl |
CommonConstants.RESULT_GENL |
static CycConstantImpl |
CommonConstants.RESULT_ISA |
static CycConstantImpl |
CommonConstants.SCHEMA_ISA |
static CycConstantImpl |
CommonConstants.SCHEMA_OBJECT_FN |
static CycConstantImpl |
CommonConstants.SECOND_FN |
static CycConstantImpl |
CommonConstants.SINGLE_ENTRY |
static CycConstantImpl |
CommonConstants.SPINDLE_MICROTHEORY |
static CycConstantImpl |
CommonConstants.SUBL_QUOTE_FN
Convenient reference to #$SubLQuoteFn.
|
static CycConstantImpl |
CommonConstants.SYNONYMOUS_EXTERNAL_CONCEPT |
static CycConstantImpl |
CommonConstants.TERM_DEPENDS_ON |
static CycConstantImpl |
CommonConstants.THE_SET |
static CycConstantImpl |
CommonConstants.THERE_EXIST_AT_LEAST
Convenient reference to #$thereExistAtLeast.
|
static CycConstantImpl |
CommonConstants.THERE_EXIST_AT_MOST
Convenient reference to #$thereExistAtMost.
|
static CycConstantImpl |
CommonConstants.THERE_EXIST_EXACTLY
Convenient reference to #$thereExistExactly.
|
static CycConstantImpl |
CommonConstants.THERE_EXIST_VARS
Convenient reference to #$thereExistVars.
|
static CycConstantImpl |
CommonConstants.THERE_EXISTS
Convenient reference to #$thereExists.
|
static CycConstantImpl |
CommonConstants.THING
Convenient reference to #$Thing.
|
static CycConstantImpl |
CommonConstants.TRUE
Convenient reference to #$True.
|
static CycConstantImpl |
CommonConstants.UNARY_FUNCTION |
static CycConstantImpl |
CommonConstants.UNARY_PREDICATE |
static CycConstantImpl |
CommonConstants.UNICODE_STRING_FN |
static CycConstantImpl |
CommonConstants.UNKNOWN_SENTENCE |
static CycConstantImpl |
CommonConstants.VOCABULARY_MICROTHEORY |
static CycConstantImpl |
CommonConstants.WORLD_LIKE_OURS_MT |
static CycConstantImpl |
CommonConstants.XOR
Convenient reference to #$xor.
|
static CycConstantImpl |
CommonConstants.YEAR_FN |
| Modifier and Type | Method and Description |
|---|---|
protected CycConstantImpl |
AbstractKbTool.find_inner(String constantName) |
protected CycConstantImpl |
AbstractKbTool.findOrCreate_inner(String constantName) |
protected CycConstantImpl |
AbstractKbTool.getConstantByName_inner(String name) |
static CycConstantImpl |
CycObjectFactory.getCycConstantCacheByGuid(Guid guid)
Retrieves the CycConstantImpl with guid, returning null if not found in the cache.
|
static CycConstantImpl |
CycObjectFactory.getCycConstantCacheByName(String name)
Retrieves the CycConstantImpl with name, returning null if not found in the cache.
|
protected CycConstantImpl |
AbstractKbTool.getKnownConstantByName_inner(String name) |
| Modifier and Type | Method and Description |
|---|---|
void |
CfaslOutputStream.writeCompleteConstant(CycConstantImpl cycConstant)
Writes a CycConstantImpl object to this CfaslOutputStream.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CycConstantSentenceImpl
CycConstantSentenceImpl is designed to be an object that represents Sentences that
are single terms (the only known instance of this is #$False.)
|
class |
ElMtConstantImpl
Provides the container for the ElMt CycConstantImpl (Epistemlogical Level Microtheory
Constant).
|
| Constructor and Description |
|---|
CycConstantSentenceImpl(CycConstantImpl constant)
Create and return a new CycConstantSentence from constant
|
| Modifier and Type | Field and Description |
|---|---|
static CycConstantImpl |
ContinuousTimeInterval.ALWAYS_TIME_INTERVAL |
static CycConstantImpl |
DateConverter.APRIL |
static CycConstantImpl |
DateConverter.AUGUST |
static CycConstantImpl |
DateConverter.CALENDAR_WEEK |
CycConstantImpl |
ContinuousTimeInterval.TimeIntervalFunction.cycConstant |
static CycConstantImpl |
DateConverter.DECEMBER |
static CycConstantImpl |
ContinuousTimeInterval.END_FN |
static CycConstantImpl |
DateConverter.FALL |
static CycConstantImpl |
DateConverter.FEBRUARY |
static CycConstantImpl |
ContinuousTimeInterval.TimeIntervalFunction.INTERVAL_AFTER_FN |
static CycConstantImpl |
ContinuousTimeInterval.TimeIntervalFunction.INTERVAL_BEFORE_FN |
static CycConstantImpl |
DateConverter.JANUARY |
static CycConstantImpl |
DateConverter.JULY |
static CycConstantImpl |
DateConverter.JUNE |
static CycConstantImpl |
DateConverter.MARCH |
static CycConstantImpl |
DateConverter.MAY |
static CycConstantImpl |
DateConverter.NOVEMBER |
static CycConstantImpl |
ContinuousTimeInterval.NOW |
static CycConstantImpl |
DateConverter.OCTOBER |
static CycConstantImpl |
DateConverter.SEASON_FN |
static CycConstantImpl |
ContinuousTimeInterval.TimeIntervalFunction.SECONDS_DURATION |
static CycConstantImpl |
DateConverter.SEPTEMBER |
static CycConstantImpl |
DateConverter.SPRING |
static CycConstantImpl |
ContinuousTimeInterval.START_FN |
static CycConstantImpl |
DateConverter.SUMMER |
static CycConstantImpl |
DateConverter.WINTER |
| Modifier and Type | Method and Description |
|---|---|
static CycConstantImpl |
DateConverter.lookupSeason(String season) |
| Modifier and Type | Method and Description |
|---|---|
CycConstantImpl |
DefaultResultSet.getConstant(CycVariable col)
Returns, as a
CycConstantImpl , the value at the current row and at the
column identified by col which should be a
CycVariableImpl in the original query. |
CycConstantImpl |
AbstractResultSet.getConstant(int colIndex)
Returns, as a
CycConstantImpl , the value at the current row
and at the column identified by colIndex . |
CycConstantImpl |
AbstractResultSet.getConstant(String col)
Returns, as a
CycConstantImpl , the value at the current row
and at the column identified by col . |
| Modifier and Type | Method and Description |
|---|---|
CycConstantImpl |
LookupToolImpl.getConstantByGuid(Guid guid) |
CycConstantImpl |
LookupToolImpl.getConstantByName(String constantName) |
CycConstantImpl |
LookupToolImpl.getKnownConstantByGuid(Guid guid) |
CycConstantImpl |
LookupToolImpl.getKnownConstantByGuid(String guidString) |
CycConstantImpl |
LookupToolImpl.getKnownConstantByName(String constantName) |
CycConstantImpl |
LookupToolImpl.getRandomConstant() |
CycConstantImpl |
ObjectToolImpl.makeConstantWithGuidName(Guid guid,
String constantName) |
CycConstantImpl |
ObjectToolImpl.makeConstantWithGuidName(String guidString,
String constantName) |
CycConstantImpl |
ObjectToolImpl.makeCycConstant(String name) |
CycConstantImpl |
ObjectToolImpl.makeCycConstant(String name,
boolean bookkeeping,
boolean transcript) |
CycConstantImpl |
ObjectToolImpl.makeUniqueCycConstant(String startName,
String prefix) |
| Modifier and Type | Method and Description |
|---|---|
CycConstantImpl |
UnsupportedVocabularyException.getInvalidVocabulary() |
static CycConstantImpl |
CyclParserUtil.parseCycLConstant(Reader reader,
boolean testForEOF,
CycAccess access) |
static CycConstantImpl |
CycLParserUtil.parseCycLConstant(Reader reader,
boolean testForEOF,
CycAccess access) |
static CycConstantImpl |
CyclParserUtil.parseCycLConstant(String toParse,
boolean testForEOF,
CycAccess access) |
static CycConstantImpl |
CycLParserUtil.parseCycLConstant(String toParse,
boolean testForEOF,
CycAccess access) |
| Constructor and Description |
|---|
UnsupportedVocabularyException(CycConstantImpl invalidConstant)
Creates a new instance of InvalidConstantName.
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
PasswordManager.areLoginCredentialsValid(CycConstantImpl user,
DenotationalTerm applicationTerm,
char[] unencryptedPassword)
Verify that a user/password combination for an application is valid.
|
static String |
PasswordManager.encryptPassword(char[] unencryptedPassword,
CycConstantImpl user)
Encrypt a user/password combination using Cyc's standard password encryption.
|
String |
PasswordManager.lookupPassword(CycConstantImpl user,
DenotationalTerm applicationTerm)
Look up the (encrypted) password for user using application.
|
boolean |
PasswordManager.updatePassword(CycConstantImpl user,
DenotationalTerm applicationTerm,
char[] unencryptedPassword)
Update the password for the specified user and application.
|
Copyright © 2013–2018 Cycorp, Inc. All rights reserved.


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|
Runtime
Version 1.0
PULP Kernel Library
|
Functions | |
| unsigned int | __builtin_pulp_fl1 (int x) |
| Bit position of the last bit set in x starting from MSB. More... | |
| unsigned int | __builtin_pulp_ff1 (int x) |
| Bit position of the first bit set in x, starting from LSB. More... | |
| unsigned int | __builtin_pulp_clb (int x) |
| Count leading bits of x. More... | |
| unsigned int | __builtin_pulp_cnt (int x) |
| Count number of bits at 1 in x. More... | |
| unsigned int | __builtin_pulp_parity (int x) |
| Returns x's parity. More... | |
| int | __builtin_pulp_bclr (int x, unsigned int mask) |
| Clears x's bit not at 1 in mask, mask = ~((2^size -1)<<pos), mask is immediate. More... | |
| int | __builtin_pulp_bclr_r (int x, unsigned int mask) |
| Clears size x's bit starting from off, mask[9..5] = size-1, mask[4..0] = off. More... | |
| int | __builtin_pulp_bset (int x, unsigned int mask) |
| Sets x's at 1 in mask, mask = (2^size -1)<<pos, mask is immediate. More... | |
| int | __builtin_pulp_bset_r (int x, unsigned int mask) |
| Sets size x's starting at off, mask = (2^size -1)<<pos. More... | |
| int | __builtin_pulp_bextract (int x, unsigned int size, unsigned int off) |
| Extracts size bits from x starting at offset off, sign extended. size and off immediates and in [0..31], (off+size)<=32. More... | |
| int | __builtin_pulp_bextract_r (int x, unsigned int mask) |
| Extracts size bits from x starting at offset off, size-1 in mask[9..5], off in mask[4..0], sign extended. More... | |
| unsigned int | __builtin_pulp_bextractu (int x, unsigned int size, unsigned int off) |
| Extracts size bits from x starting at offset off, zero extended. size and off immediates and in [0..31], (off+size)<=32. More... | |
| unsigned int | __builtin_pulp_bextractu_r (int x, unsigned int mask) |
| Extracts size bits from x starting at offset off, size-1 in mask[9..5], off in mask[4..0], zero extended. More... | |
| int | __builtin_pulp_binsert (int dst, unsigned int not_mask_imm, int src, unsigned int mask_imm, unsigned int off) |
| Inserts first size bits of src into dst at offset off. size and off given by 2 immediate masks: not_mask_imm, mask_imm. More... | |
| int | __builtin_pulp_binsert_r (int dst, int src, unsigned int mask_extract_insert, unsigned int off) |
| Inserts first size bits of src into dst at offset off. size-1 in mask_extract_insert[9..5], off in mask_extract_insert[4..0]. More... | |
| int | __builtin_pulp_rotr (int x) |
| One bit right rotation. More... | |
| int __builtin_pulp_bclr | ( | int | x, |
| unsigned int | mask | ||
| ) |
Clears x's bit not at 1 in mask, mask = ~((2^size -1)<<pos), mask is immediate.
Available macros:
gap8_bitclr(x, size, off); __BITCLR(x, size, off);
| x | Argument |
| mask | mask = ~((2^size -1)<<pos), immediate |
Referenced by __BITCLR(), and gap8_bitclr().
| int __builtin_pulp_bclr_r | ( | int | x, |
| unsigned int | mask | ||
| ) |
Clears size x's bit starting from off, mask[9..5] = size-1, mask[4..0] = off.
Available macros:
gap8_bitclr_r(x, size, off) __BITCLR_R(x, size, off)
| x | Argument |
| mask | mask[9..5] = size-1, mask[4..0] = off |
Referenced by __BITCLR_R(), __BITCLR_R_SAFE(), gap8_bitclr_r(), and gap8_bitclr_r_safe().
| int __builtin_pulp_bextract | ( | int | x, |
| unsigned int | size, | ||
| unsigned int | off | ||
| ) |
Extracts size bits from x starting at offset off, sign extended. size and off immediates and in [0..31], (off+size)<=32
Available macros:
gap8_bitextract(x, size, off) __BITEXTRACT(x, size, off)
| x | Argument |
| size | Extract size bits from x |
| off | Extract from x at position off, in [0..31] |
Referenced by __BITEXTRACT(), and gap8_bitextract().
| int __builtin_pulp_bextract_r | ( | int | x, |
| unsigned int | mask | ||
| ) |
Extracts size bits from x starting at offset off, size-1 in mask[9..5], off in mask[4..0], sign extended.
Available macros:
gap8_bitextract_r(x, size, off) __BITEXTRACT_R(x, size, off)
| x | Argument |
| mask | mask[9..5]: extract size, mask[4..0]: extract offset |
Referenced by __BITEXTRACT_R(), __BITEXTRACT_R_SAFE(), gap8_bitextract_r(), and gap8_bitextract_r_safe().
| unsigned int __builtin_pulp_bextractu | ( | int | x, |
| unsigned int | size, | ||
| unsigned int | off | ||
| ) |
Extracts size bits from x starting at offset off, zero extended. size and off immediates and in [0..31], (off+size)<=32
Available macros:
gap8_bitextractu(x, size, off) __BITEXTRACTU(x, size, off)
| x | Argument |
| size | Extract size bits from x |
| off | Extract from x at position off, in [0..31] |
Referenced by __BITEXTRACTU(), and gap8_bitextractu().
| unsigned int __builtin_pulp_bextractu_r | ( | int | x, |
| unsigned int | mask | ||
| ) |
Extracts size bits from x starting at offset off, size-1 in mask[9..5], off in mask[4..0], zero extended.
Available macros:
gap8_bitextractu_r(x, size, off) __BITEXTRACTU_R(x, size, off)
| x | Argument |
| mask | mask[9..5]: extract size, mask[4..0]: extract offset |
Referenced by __BITEXTRACTU_R(), __BITEXTRACTU_R_SAFE(), gap8_bitextractu_r(), and gap8_bitextractu_r_safe().
| int __builtin_pulp_binsert | ( | int | dst, |
| unsigned int | not_mask_imm, | ||
| int | src, | ||
| unsigned int | mask_imm, | ||
| unsigned int | off | ||
| ) |
Inserts first size bits of src into dst at offset off. size and off given by 2 immediate masks: not_mask_imm, mask_imm. Returns dst after insertion of src.
Given size and off: not_mask_imm = ~((2^size-1)<<off) mask_imm = ((2^size-1)<<off) Warning: if mask_imm != ~not_mask_imm an error wil be generated
Available macros:
gap8_bitinsert(x, size, off) __BITINSERT(x, size, off)
| dst | Insert into dst |
| not_mask_imm | Not extraction mask: ~((2^size-1)<<off) |
| src | Source. First size bits of src are inserted into dst at position off |
| mask_imm | Extraction mask: (2^size-1)<<off |
| off | offset, in [0..31] |
Referenced by __BITINSERT(), and gap8_bitinsert().
| int __builtin_pulp_binsert_r | ( | int | dst, |
| int | src, | ||
| unsigned int | mask_extract_insert, | ||
| unsigned int | off | ||
| ) |
Inserts first size bits of src into dst at offset off. size-1 in mask_extract_insert[9..5], off in mask_extract_insert[4..0].xi Returns dst after insertion of src.
Available macros:
gap8_bitinsert_r(x, size, off) __BITINSERT_R(x, size, off)
| dst | Destination |
| src | Source. First size bits of src are inserted into dst at position off |
| mask_extract_insert | size-1 in mask_extract_insert[9..5], off in mask_extract_insert[4..0] |
| off | extraction offset, also present of mask_insert_extract |
Referenced by __BITINSERT_R(), __BITINSERT_R_SAFE(), gap8_bitinsert_r(), and gap8_bitinsert_r_safe().
| int __builtin_pulp_bset | ( | int | x, |
| unsigned int | mask | ||
| ) |
Sets x's at 1 in mask, mask = (2^size -1)<<pos, mask is immedidate.
Available macros:
gap8_bitset(x, size, off) __BITSET(x, size, off)
| x | Argument |
| mask | mask = (2^size -1)<<pos, mask is immediate. |
Referenced by __BITSET(), and gap8_bitset().
| int __builtin_pulp_bset_r | ( | int | x, |
| unsigned int | mask | ||
| ) |
Sets size x's starting at off, mask = (2^size -1)<<pos
Available macros:
gap8_bitset_r(x, size, off) __BITSET_R(x, size, off)
| x | Argument |
| mask | mask[9..5] = size-1, mask[4..0] = off |
Referenced by __BITSET_R(), __BITSET_R_SAFE(), gap8_bitset_r(), and gap8_bitset_r_safe().
| unsigned int __builtin_pulp_clb | ( | int | x | ) |
Count leading bits of x. This is the number of consecutive 1’s or 0’s from MSB. If x0 is 0, returns 0.
Equivalent to pure gcc sequence __builtin_clrsb((x))
| x | Argument |
Referenced by __CLB(), and gap8_clb().
| unsigned int __builtin_pulp_cnt | ( | int | x | ) |
Count number of bits at 1 in x.
Equivalent to pure gcc sequence __builtin_popcount((x))
| x | Argument |
| unsigned int __builtin_pulp_ff1 | ( | int | x | ) |
Bit position of the first bit set in x, starting from LSB. If bit 0 is set, returns 0. If only bit 31 is set, returns 31. If x is 0, returns 32.
Equivalent to pure gcc __builtin_ctz((x))
| x | Argument |
| unsigned int __builtin_pulp_fl1 | ( | int | x | ) |
Bit position of the last bit set in x starting from MSB. If bit 31 is set, returns 31. If only bit 0 is set returns 0. If x is 0, returns 32.
Equivalent to pure gcc sequence (31 - __builtin_clz((x)))
| x | Argument |
Referenced by __FL1(), and gap8_fl1().
| unsigned int __builtin_pulp_parity | ( | int | x | ) |
Returns x's parity.
Equivalent to pure gcc sequence __builtin_parity((x))
| x | Argument |
| int __builtin_pulp_rotr | ( | int | x | ) |
One bit right rotation
Available macros:
gap8_rotr(x, size, off) __ROTR(x, size, off)
| x | Argument |
Referenced by __ROTR(), and gap8_rotr().