The Contender
Starring: Joan Allen (Senator Laine Hanson); Gary Oldman (Congressman Shelly Runyon); Jeff Bridges (President Jackson Evans); Sam Elliot (Kermit Newman); produced by Willi Bar, Marc Frydman, James Spies, Douglas Urbanski; written and directed by Rod Lurie.
Joan Allen stars as Laine Hanson, a democratic senator from Ohio who has been selected by President Jackson Evans to fill the vacancy left by the death of the vice president. Hanson's a patchwork assemblage of so many politicians in Washington today: she's a Harvard graduate; the daughter of a former governor; her husband is her top advisor who also has a history of political experience; she's every bit as hip and trendy as Hillary Clinton and when she speaks she's charismatic and believable.
We're not immediately provided with the details of Hanson's political ideals, just three basic things: she's an atheist, she's pro-choice and she used to be a Republican but switched parties a few years ago. Maybe that's enough for you to get a sense of her character but I would have liked a little more. When the major players begin to discuss why she's been selected as the top VP contender and ramble off jargon about how she's not too liberal but not conservative enough (and the other fictional politicians she's compared to), it seems like a bit of a shortcut. But this is a movie whose characters are highly motivated by their image and it's clear what the filmmakers want her image to be. Hanson's not made out to be a saint or a revolutionary, she's just trying to make a living as a big-shot politician.
The yin to Hanson's yang is Congressman Shelly Runyon, a fairly conservative Republican from Illinois who appears to have a lot of tenure and seniority in the political world. He's a codger who doesn't like Hanson because she's pretty much the opposite of him in every way. Runyon heads a congressional committee who must interview and approve any vice presidential candidate before they can be sworn into office. His first choice was the governor of Virginia, a Bill Clinton look-a-like who failed to save a woman whose car crashed into a river where he happened to be fishing at the time (that scene opens the movie). President Evans also likes the governor but is afraid he'll be crucified by the committee as another Ted Kennedy. Runyon disagrees and will stop at nothing to prevent Hanson from becoming the vice president.
The first act of the film does an excellent job in setting up all these major characters and their motivations. None of them come across as pawns in the political circus but as real people with intuition. They're politicians who actually seem to care about the issues and how their constituents would want them to vote. For example, Christian Slater has a supporting role as a freshman congressman who tells President Evans right to his face and in all honesty he can't and won't play a political game because it's not in his heart. It's a cheesy scene because you know this a movie but at the same time it's refreshing to hear this from this type of character in this type of movie. Maybe it's one of those scenes thrown in just to impress Academy members, but nevertheless it works.
Around this point is where the film's major conflict comes in. It's a shocking revelation at first and thankfully it doesn't become the entire focal point of the plot once it's introduced. Runyon somehow manages to dig up the dirtiest of dirt of Hanson. It appears our upright citizen is not as squeaky-clean as you'd think (a politician with a corrupt past - what are the odds of that!?). To be blunt, she was Marilyn Chambers for a bunch of drunken frat boys doing the kinds of things to her you'd only see in a hardcore XXX porno movie. There's even some ambiguous photographs and witnesses to back it up. Things start to snowball for Hanson going from bad to worse mostly because she refuses to even respond to these accusations.
Do we want people serving in the highest level of government who were and could possibly still be sexual deviant?
Those are the kinds of questions Runyon asks aloud during his committee's grilling of Hanson. They're fair questions and I'm sure everyone who sees this film will have their own answers based on their personal politics. But that's not the questions writer and director Rod Lurie wants you to ask. Instead, substitute references to "people" with "women" and you've got one of the themes of this film. Lurie's depiction of the double standard is hard-hitting and provocative. It's an issue that's been on the feminist agenda for years (centuries even) and no matter how conservative you are you'll at least understand the rationale for trying to eliminate this form of hypocrisy.
However, an even more important theme is at work in "The Contender." It's the question the characters never ask - "Does what someone did in the past reflect their character today?" It's a similar idea to political views on the death penalty but since it's related to sex we comprehend it differently. Sometimes we can understand why a person might commit homicide but for most normal people it's difficult to understand why someone would want to be promiscuous.
In telling his story Lurie seems to come off as a liberal on the issues, and this is likely going to effect your enjoyment of the film. As a storyteller he's much more moderate. Runyon isn't made out to be an evil zealot and Hanson is far from being an innocent victim. His screenplay does a fine job in keeping everything as realistic as possible because anywhere else this film would be all about the games politicians play instead of philosophies behind the politics. For a rookie he's banged out an impression script and I have a feeling the Academy is going to take note of this.
If there's anything I could fault "The Contender" for it would be the direct references to the Monicagate scandal. At one point Hanson admits she voted for Clinton's impeachment but uses what will likely become the next "Show me the money"-like catchphrase: "Responsible but not guilty." If Lurie wants this film to be a show of support for Clinton and a message that the attempt to impeachment was unnecessary he should have been more subtle.
I also take issue with some scenes in which there's a "great speech" made by either Hanson or Evans about "The church of democracy" and "traitors among us" complete with the sappy orchestra music and intense mood. As much as I like the characters and thought the themes were powerful the use of this technique seems more like kissing-up to the Academy than honest filmmaking.
The ending is surprising because a lot of answers are provided. Whether they work and whether they were needed at all is certainly open to interpretation. Maybe it's a bit too Hollywood in some aspects but the fact it could still be surprising after all that has happened is a form of quiet brilliance.
In glancing over some reviews of this film by professional critics I noticed it's either praised mightily or harshly scorned. I am even more surprised to see a lot of bashing of this film on the Internet. That just means "The Contender" is going to be remembered as a pretty controversial film in the ranks of "The Blair Witch Project" and "The Cook, The Thief, His Wife And Her Lover" and I think that's exactly what it set out to do.
GRADE: B+
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


The unified FIDO solution is embracing passwordless system to deliver streamlined authentication experience. The integrated platform of FIDO 1.0 and FIDO2 provides users with the seamless authentication experience from mobile to desktop. The FIDO Standards-based authentication is convenient and more secure than a password.
User’s critical biometric data and private key is securely stored in USB type fingerprint module (U2F). This trusted hardware module helps to ensure that the critical data hasn’t been physically tempered with. Windows Hello supported
The unified FIDO solution can be deployed on cloud infrastructure. This enable cloud based solution to easily use FIDO authentication experience.
Acquired FIDO 1.0, FIDO 2 Certification
Provides compatibility, scalability through compliance with FIDO international standard
Supports FIDO 1.0 Client solution (Authenticator, Client) and Server
Provides FIDO2 Server and Client Module (USB Fingerprint and more…)
User’s biometric information is securely stored in each of devices without being transmitted to the server, ensuring high security level
FIDO strengthens authentication system through implementation of multi-factor authentication using biometric information
Try out tutorials, launch quickstarts, and explore reviews.
Ready to start your next project with us? Give us a call or send us an email and we will get back to you as soon as possible!


Session
- id : string
Identifier for the current user.
- email : string
Email address of the current user.
- first_name : string
First name of the current user.
- last_name : string
Last name of the current user.
- display_name : string
Full display name of the current user.
- is_sys_admin : boolean
Is the current user a system administrator.
- role : string
Name of the role to which the current user is assigned.
- last_login_date : string
Date timestamp of the last login for the current user.
- user_data : string
Extra user data, potentially from remote login provider.
- user_source : integer
Where the user login originated, 0 = local, otherwise remote login provider_id.
- app_groups : List[App]
App groups and the containing apps.
- no_group_apps : List[App]
Apps that are not in any app groups.
- session_id : string
Id for the current session, used in X-DreamFactory-Session-Token header for API requests.
- ticket : string
Timed ticket that can be used to start a separate session.
- ticket_expiry : string
Expiration time for the given ticket.


-
Diglis House Hotel
Visit Website
Contact Details:
Address:
The Diglis House Hotel provides Food and Drink 5 ***** Qaulity Food
Its Sun Garden thrives in the Summer and the upcoming months.
Students are Welcome
The Quay
Visit Website
Contact Details:
Address:
The Quay provides Food and Drink 5 ***** Qaulity Food
With great views from the Canal and surrounding Areas, Enjoy a drink on Us!
Bolero
Visit Website
Contact Details:
Address:
Bolero has great customer service, it offers a variety of snacks, cakes and other nibbles
Bolero Cafe provides quality coffee using new 2017 coffee filters from Bosch
The Old Rectifying House
Visit Website
Contact Details:
Address:
The Old Rectifying House provides Food and Drink 5 ***** Qaulity Food
Enjoy a Sunday Roast for £12 per head.


§560:5-117 Multiple appointments or nominations. If a respondent or other person makes more than one written appointment or nomination of a guardian or a conservator, the most recent controls. [L 2004, c 161, pt of §1]


|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
| Class Summary | |
|---|---|
| Apikey | |
| Color | |
| Cosm | The Cosm class provides the methods for interfacing with the Cosm (www.cosm.com) webservice. |
| CosmFactory | |
| Datapoint | |
| Datastream | |
| Feed | |
| Group | |
| Location | |
| Permission | |
| Resource | |
| Trigger | |
| Unit | |
| User | |
| Waypoint |
| Enum Summary | |
|---|---|
| AccessMethod | |
| Content | |
| Disposition | |
| Domain | |
| Exposure | |
| Interval_type | |
| Order | |
| Status | |
| TriggerType | This Enum models the accepted operators for the Trigger |
| UserState |
| Exception Summary | |
|---|---|
| CosmException |
|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


@() @main("Analyze your bets") {
|
|
Vs. |
|
| Athlete | Moneyline | Implied Prob. | Wager | Win Profit |
|---|---|---|---|---|
| McGoat | -520 |
$
|
||
| RDA | +381 |
$
|
| Total bet | $0.00 |
| Max profit | $0.00 |
| Expected profit | $0.00 |
| Max return | 0.00% |
| Expected return | 0.00% |


Do-Nation
Home
Projects
Contact us
Search
Weekly Projects
Filter / Sort
Project Name
DA/TE/DATE
Cost: $$
Donate Now!
Project Name
DA/TE/DATE
Cost: $$
Donate Now!
Project Name
DA/TE/DATE
Cost: $$
Donate Now!
Project Name
DA/TE/DATE
Cost: $$
Donate Now!
Project Name
DA/TE/DATE
Cost: $$
Donate Now!
Project Name
DA/TE/DATE
Cost: $$
Donate Now!


Uses of Class
org.apache.sysds.runtime.matrix.operators.AggregateOperator
-
-
Uses of AggregateOperator in org.apache.sysds.runtime.compress
Methods in org.apache.sysds.runtime.compress with parameters of type AggregateOperator Modifier and Type Method Description void
CompressedMatrixBlock. incrementalAggregate(AggregateOperator aggOp, MatrixValue newWithCorrection)
void
CompressedMatrixBlock. incrementalAggregate(AggregateOperator aggOp, MatrixValue correction, MatrixValue newWithCorrection, boolean deep)
-
Uses of AggregateOperator in org.apache.sysds.runtime.data
Methods in org.apache.sysds.runtime.data with parameters of type AggregateOperator Modifier and Type Method Description static void
LibTensorAgg. aggregateBinaryTensor(BasicTensorBlock in, BasicTensorBlock aggVal, AggregateOperator aop)
Core incremental tensor aggregate (ak+) as used for uack+ and acrk+.void
BasicTensorBlock. incrementalAggregate(AggregateOperator aggOp, BasicTensorBlock partialResult)
-
Uses of AggregateOperator in org.apache.sysds.runtime.instructions
Methods in org.apache.sysds.runtime.instructions that return AggregateOperator Modifier and Type Method Description static AggregateOperator
InstructionUtils. parseAggregateOperator(String opcode, String corrLoc)
-
Uses of AggregateOperator in org.apache.sysds.runtime.instructions.spark
Methods in org.apache.sysds.runtime.instructions.spark that return AggregateOperator Modifier and Type Method Description static AggregateOperator
SpoofSPInstruction. getAggregateOperator(SpoofCellwise.AggOp aggop)
-
Uses of AggregateOperator in org.apache.sysds.runtime.instructions.spark.functions
Constructors in org.apache.sysds.runtime.instructions.spark.functions with parameters of type AggregateOperator Constructor Description AggregateDropCorrectionFunction(AggregateOperator op)
-
Uses of AggregateOperator in org.apache.sysds.runtime.instructions.spark.utils
Methods in org.apache.sysds.runtime.instructions.spark.utils with parameters of type AggregateOperator Modifier and Type Method Description static org.apache.spark.api.java.JavaPairRDD<MatrixIndexes,MatrixBlock>
RDDAggregateUtils. aggByKeyStable(org.apache.spark.api.java.JavaPairRDD<MatrixIndexes,MatrixBlock> in, AggregateOperator aop)
static org.apache.spark.api.java.JavaPairRDD<MatrixIndexes,MatrixBlock>
RDDAggregateUtils. aggByKeyStable(org.apache.spark.api.java.JavaPairRDD<MatrixIndexes,MatrixBlock> in, AggregateOperator aop, boolean deepCopyCombiner)
static org.apache.spark.api.java.JavaPairRDD<MatrixIndexes,MatrixBlock>
RDDAggregateUtils. aggByKeyStable(org.apache.spark.api.java.JavaPairRDD<MatrixIndexes,MatrixBlock> in, AggregateOperator aop, int numPartitions, boolean deepCopyCombiner)
static MatrixBlock
RDDAggregateUtils. aggStable(org.apache.spark.api.java.JavaPairRDD<MatrixIndexes,MatrixBlock> in, AggregateOperator aop)
Single block aggregation over pair rdds with corrections for numerical stability.static MatrixBlock
RDDAggregateUtils. aggStable(org.apache.spark.api.java.JavaRDD<MatrixBlock> in, AggregateOperator aop)
Single block aggregation over rdds with corrections for numerical stability.static TensorBlock
RDDAggregateUtils. aggStableTensor(org.apache.spark.api.java.JavaPairRDD<TensorIndexes,TensorBlock> in, AggregateOperator aop)
Single block aggregation over pair rdds with corrections for numerical stability.static TensorBlock
RDDAggregateUtils. aggStableTensor(org.apache.spark.api.java.JavaRDD<TensorBlock> in, AggregateOperator aop)
Single block aggregation over rdds with corrections for numerical stability. -
Uses of AggregateOperator in org.apache.sysds.runtime.matrix.data
Methods in org.apache.sysds.runtime.matrix.data with parameters of type AggregateOperator Modifier and Type Method Description static void
LibMatrixAgg. aggregateBinaryMatrix(MatrixBlock in, MatrixBlock aggVal, AggregateOperator aop)
Core incremental matrix aggregate (ak+) as used for uack+ and acrk+.void
CM_N_COVCell. incrementalAggregate(AggregateOperator aggOp, MatrixValue newWithCorrection)
void
CM_N_COVCell. incrementalAggregate(AggregateOperator aggOp, MatrixValue correction, MatrixValue newWithCorrection, boolean deep)
void
MatrixBlock. incrementalAggregate(AggregateOperator aggOp, MatrixValue newWithCorrection)
void
MatrixBlock. incrementalAggregate(AggregateOperator aggOp, MatrixValue correction, MatrixValue newWithCorrection, boolean deep)
void
MatrixCell. incrementalAggregate(AggregateOperator aggOp, MatrixValue newWithCorrection)
void
MatrixCell. incrementalAggregate(AggregateOperator aggOp, MatrixValue correction, MatrixValue newWithCorrection, boolean deep)
abstract void
MatrixValue. incrementalAggregate(AggregateOperator aggOp, MatrixValue newWithCorrection)
abstract void
MatrixValue. incrementalAggregate(AggregateOperator aggOp, MatrixValue correction, MatrixValue newWithCorrection, boolean deep)
static void
OperationsOnMatrixValues. incrementalAggregation(MatrixValue valueAgg, MatrixValue correction, MatrixValue valueAdd, AggregateOperator op, boolean embeddedCorrection)
static void
OperationsOnMatrixValues. incrementalAggregation(MatrixValue valueAgg, MatrixValue correction, MatrixValue valueAdd, AggregateOperator op, boolean embeddedCorrection, boolean deep)
static void
OperationsOnMatrixValues. startAggregation(MatrixValue valueOut, MatrixValue correction, AggregateOperator op, int rlen, int clen, boolean sparseHint, boolean embeddedCorrection)
-
Uses of AggregateOperator in org.apache.sysds.runtime.matrix.operators
Fields in org.apache.sysds.runtime.matrix.operators declared as AggregateOperator Modifier and Type Field Description AggregateOperator
AggregateBinaryOperator. aggOp
AggregateOperator
AggregateTernaryOperator. aggOp
AggregateOperator
AggregateUnaryOperator. aggOp
Constructors in org.apache.sysds.runtime.matrix.operators with parameters of type AggregateOperator Constructor Description AggregateBinaryOperator(ValueFunction inner, AggregateOperator outer)
AggregateBinaryOperator(ValueFunction inner, AggregateOperator outer, int numThreads)
AggregateTernaryOperator(ValueFunction inner, AggregateOperator outer, IndexFunction ixfun)
AggregateTernaryOperator(ValueFunction inner, AggregateOperator outer, IndexFunction ixfun, int numThreads)
AggregateUnaryOperator(AggregateOperator aop, IndexFunction iop)
AggregateUnaryOperator(AggregateOperator aop, IndexFunction iop, int numThreads)
UnarySketchOperator(AggregateOperator aop, IndexFunction indexFunction, Types.Direction direction)
UnarySketchOperator(AggregateOperator aop, IndexFunction indexFunction, Types.Direction direction, int numThreads)
-


Old Pueblo Endurance Run 50 mile
Sonoita AZ/USA
Website: www.oldpueblo50.com
Race Winners
(26 runnings)
8:45:42 9:22:20 8:52:03 9:06:05 9:13:53 03 Mar
2007
7:15:58
9:40:17
04 Mar
2006
7:44:06
8:17:47
05 Mar
2005
7:10:34
8:20:16
06 Mar
2004
7:47:44
9:09:24
01 Mar
2003
8:18:17
8:55:03
02 Mar
2002
7:03:59
8:56:48
03 Mar
2001
9:36:16
8:58:34
2000
---
---
07 Mar
1999
6:36:20
8:00:10
07 Mar
1998
8:22:00
10:00:00
08 Mar
1997
10:32:
12:56:
1996
---
---
04 Mar 1995
7:31:46
8:53:25
05 Mar
1994
6:53:17
9:19:41
06 Mar
1993
7:37:04
8:11:04
07 Mar
1992
7:19:06
9:30:39
09 Mar
1991
8:01:16
9:19:45
1988-1990
---
---
21 Mar
1987
6:17:47
9:11:26
08 Mar
1986
6:47:
9:15:
09 Mar
1985
7:43:
Notes: 1985 was the inaugural year. This race is held on desert trails. The race was held in conjunction with the
Old Pueblo Endurance Horse Ride thru 1999. A new course for runners only was established for 2001. The 1999 race
was 50 km.
07 Mar
2015
6:53:51
Catlow Shipek (AZ/USA)
8:40:04
Kelly Wild (AZ/USA)
01 Mar
2014
8:48:10
Sean Meissner (AZ/USA)
9:35:04
Jane Larkindale-4
02 Mar
2013
7:42:19
Jamil Coury (AZ/USA)
7:55:51
Polly Campbell (AZ/USA)
03 Mar
2012
7:21:57
Shipek Catlow-2
Jane Larkindale-3
05 Mar
2011
7:28:37
Shipek Catlow (AZ/USA)
Sarah Dasher (AZ/USA)
06 Mar
2010
6:58:42
Thomas Zach (USA)
Jane Larkindale-2
07 Mar
2009
7:18:00
Todd Braje (CA/USA)
Susan Brozik (NM/USA)
01 Mar
2008
7:20:45
John Anderson (CO/USA)
Emily Baer-2
Hal Koerner (OR/USA)
Jane Larkindale (AZ/USA)
Sean Andrish (VA/USA)
Darcy Africa (CO/USA)
Karl Meltzer (UT/USA)
Emily Baer
(CO/USA)
Dennis Poolheco (AZ/USA)
Pam Reed-5
Art Bourque
(AZ/USA)
Ruth Zollinger-2
Brandon Sybrowsky
(CO/USA)
Ruth Zollinger
(UT/USA)
Ron Harding
(AZ/USA)
Pam Reed-4
not held
not held
Ken Greco
(AZ/USA)
Pam Golden-2
Scott Devlin
(AZ/USA)
Pam Reed-3
Rick Kelley (AZ/USA)
Pam Golden (AZ/USA)
not held
not held
Bruce Fay-2
Leslie Vitale
(CA/USA)
Bruce Fay (AZ/USA)
Pam Reed-2
Gene Joseph-2
Pam Reed (AZ/USA)
Gene Joseph (AZ/USA)
Linda Ann Smith
(NM/USA)
Bill Cuculic-4
Sherry Johns (AZ/USA)
not held
not held
Bill Cuculic-3
Dorothy Lash (AZ/USA)
Bill Cuculic-2
Linda Byrd (AZ/USA)
Bill Cuculic (AZ/USA)
.
Most Wins
(1985-date)
Men 4
Bill Cuculic (AZ/USA)
1985-87,1991
Women
5
Pam Reed (AZ/USA)
1993-94,1998,2001.2004
Prize Money
(ADR qualified runners)
No information on prize money has been reported.
Race Time Bias
The race time bias is not calculated for distances beyond 45 km.
Competitive Level
Insufficient data to compute the competitive level.
Last Updated on
23 Jan 2016
Contributors: Klaas Loonstra (50), Duane Arter, Juraj Gasparovic (27 points)


The algorithm/for_each.h
header defines an algorithm that repeats a user-specified target for each element in a generic data structure.
#include <chaos/preprocessor/algorithm/for_each.h>
The CHAOS_PP_FOR_EACH
macro repeats the target specified by its first argument for each element in its second argument.
CHAOS_PP_EXPR
(CHAOS_PP_FOR_EACH
(macro, g))
The target that is to be repeated for each element in g. This target must be either a λ expression or a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
macro(s, elem†)
†
If the type of g is non-variadic, elem must be ...
or the number of parameters that corresponds to the number of sub-elements in each element of g.
Otherwise, elem must be ...
or a single parameter.
The generic data structure for which macro is to be repeated for each element.
CHAOS_PP_EXPR
(CHAOS_PP_FOR_EACH
(macro, g, ...))
The target that is to be repeated for each element in g. This target must be either a λ expression or a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
macro(s, elem†, data‡)
† If the type of g is non-variadic, elem must be the number of parameters that corresponds to the number of sub-elements in each element of g. Otherwise, elem must be a single parameter.
‡
The data pseudo-parameter must be either ...
or the number of parameters that corresponds to the number of arguments in the auxiliary data, __VA_ARGS__
.
The generic data structure for which macro is to be repeated for each element.
Auxiliary data to be passed through the algorithm to the target.
CHAOS_PP_EXPR
(CHAOS_PP_FOR_EACH
(macro, g, data))
The target that is to be repeated for each element in g. This target must be a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
macro(s, elem, data)
The generic data structure for which macro is to be repeated for each element.
Auxiliary data to be passed through the algorithm to the target.
The CHAOS_PP_FOR_EACH
macro itself expands to a deferred expression in terms of
.
This deferred expression, when invoked with CHAOS_PP_NEXT
(s)CHAOS_PP_EXPR
, expands to the result of the repeated invocation of the target for each element in g.
This is illustrated by the following pseudo-code:
macro(s, g[0], data) macro(s, g[1], data) ... macro(s, g[length(g) - 1], data)
The target is invoked with the current recursion state (s), a particular element (elem), and, if it exists, the auxiliary data (data or __VA_ARGS__
).
This target may expand to a deferred expression in terms of
.
This allows the target to recurse on itself if necessary.
CHAOS_PP_NEXT
(s)
In C99, it is possible to omit the auxiliary data argument altogether. This is different than passing "nothing" as the auxiliary data.
#define D (CHAOS_PP_TUPLE
) (a, b, c)CHAOS_PP_EXPR
(CHAOS_PP_FOR_EACH
(MACRO, D,) // #1CHAOS_PP_FOR_EACH
(MACRO, D) // #2 )
The first line passes "nothing" as the auxiliary data, which causes MACRO
to be invoked as (e.g.)...
MACRO(s, a,)
The second line omits the auxiliary data, which causes MACRO
to be invoked as (e.g.)...
MACRO(s, a)
The fundamental difference is that, in the first line, the auxiliary data is empty (which might have a valid meaning as data), but, in the second line, there is no auxiliary data. Hence, the algorithm is overloaded on a true-optional parameter.
Invocations of the target are trampolined such that each invocation is invoked with
, where s is the original recursion state at the beginning of the algorithm (i.e. CHAOS_PP_NEXT
(s)
).
This maximizes the utility of the recursion backend.
CHAOS_PP_STATE
()
Ignoring the complexity of macro (which is invoked once for each element in g), the efficiency of the algorithm's use of the recursion backend can be described in terms of the number of recursion steps required to complete the algorithm. The asymptotic upper and lower bounds are Θ(n+1), where n is the number of elements in g.
This macro deduces the current recursion state and invokes CHAOS_PP_FOR_EACH_S
.
If the current recursion state is already known, direct use of CHAOS_PP_FOR_EACH_S
is more efficient.
This macro may not be used if bypass semantics are in effect.
CHAOS_PP_AUTO_FOR_EACH
CHAOS_PP_AUTO_FOR_EACH_I
CHAOS_PP_FOR_EACH_I
CHAOS_PP_FOR_EACH_I_PARAMETRIC
CHAOS_PP_FOR_EACH_I_X
CHAOS_PP_FOR_EACH_PARAMETRIC
CHAOS_PP_FOR_EACH_X
CHAOS_PP_SEQ_AUTO_FOR_EACH
CHAOS_PP_SEQ_AUTO_FOR_EACH_I
CHAOS_PP_SEQ_FOR_EACH
CHAOS_PP_SEQ_FOR_EACH_I
CHAOS_PP_TUPLE_AUTO_FOR_EACH
CHAOS_PP_TUPLE_AUTO_FOR_EACH_I
CHAOS_PP_TUPLE_FOR_EACH
CHAOS_PP_TUPLE_FOR_EACH_I
CHAOS_PP_VARIADIC_SEQ_AUTO_FOR_EACH
CHAOS_PP_VARIADIC_SEQ_AUTO_FOR_EACH_I
CHAOS_PP_VARIADIC_SEQ_FOR_EACH
CHAOS_PP_VARIADIC_SEQ_FOR_EACH_I
#include<chaos/preprocessor/algorithm/for_each.h>
#include<chaos/preprocessor/config.h>
#include<chaos/preprocessor/lambda/ops.h>
#include<chaos/preprocessor/list/core.h>
#include<chaos/preprocessor/recursion/expr.h>
#define MACRO(s, elem, data) elem[data]CHAOS_PP_EXPR
(CHAOS_PP_FOR_EACH
( MACRO, (CHAOS_PP_LIST
) (x, (y, (z, ...))), 0 )) // x[0] y[0] z[0] #ifCHAOS_PP_VARIADICS
CHAOS_PP_EXPR
(CHAOS_PP_FOR_EACH
(CHAOS_PP_ARG
(1)[0], (CHAOS_PP_LIST
) (x, (y, (z, ...))), )) // x[0] y[0] z[0] #endif
The CHAOS_PP_FOR_EACH_ID
macro indirectly expands to CHAOS_PP_FOR_EACH
.
CHAOS_PP_FOR_EACH_ID
()
This macro effectively allows CHAOS_PP_FOR_EACH
to pass through itself without becoming disabled.
The CHAOS_PP_FOR_EACH_
macro expands to a λ expression representing CHAOS_PP_FOR_EACH
.
CHAOS_PP_FOR_EACH_
This macro is a shorthand form of the following λ binding:
The CHAOS_PP_FOR_EACH_S
macro behaves identically to CHAOS_PP_FOR_EACH
except that it is parametized by the recursion state.
CHAOS_PP_EXPR_S
(s)(CHAOS_PP_FOR_EACH_S
(s, macro, g))
The current recursion state.
The target that is to be repeated for each element in g. This target must be either a λ expression or a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
macro(s, elem†)
†
If the type of g is non-variadic, elem must be ...
or the number of parameters that corresponds to the number of sub-elements in each element of g.
Otherwise, elem must be ...
or a single parameter.
The generic data structure for which macro is to be repeated for each element.
CHAOS_PP_EXPR_S
(s)(CHAOS_PP_FOR_EACH_S
(s, macro, g, ...))
The current recursion state.
The target that is to be repeated for each element in g. This target must be either a λ expression or a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
macro(s, elem†, data‡)
† If the type of g is non-variadic, elem must be the number of parameters that corresponds to the number of sub-elements in each element of g. Otherwise, elem must be a single parameter.
‡
The data pseudo-parameter must be either ...
or the number of parameters that corresponds to the number of arguments in the auxiliary data, __VA_ARGS__
.
The generic data structure for which macro is to be repeated for each element.
Auxiliary data to be passed through the algorithm to the target.
CHAOS_PP_EXPR_S
(s)(CHAOS_PP_FOR_EACH_S
(s, macro, g, data))
The current recursion state.
The target that is to be repeated for each element in g. This target must be a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
macro(s, elem, data)
The generic data structure for which macro is to be repeated for each element.
Auxiliary data to be passed through the algorithm to the target.
This macro may not be used if bypass semantics are in effect.
The CHAOS_PP_FOR_EACH_S_ID
macro indirectly expands to CHAOS_PP_FOR_EACH_S
.
CHAOS_PP_FOR_EACH_S_ID
()
This macro effectively allows CHAOS_PP_FOR_EACH_S
to pass through itself without becoming disabled.
The CHAOS_PP_FOR_EACH_S_
macro expands to a λ expression representing CHAOS_PP_FOR_EACH_S
.
CHAOS_PP_FOR_EACH_S_
This macro is a shorthand form of the following λ binding:


You should see either a
Loading...or
Archive Weekly - [date]playlist in Spotify now!
Unfortunately you'll have to come back here every time Spotify updates the Discover Weekly playlist or until I figure out a way to make the request on behalf of you guys.
Follow me on Twitter so I can let you know when I've done this!


click
close
date
April 13
A Complete Digital Experience
scroll down
York University / Sheridan College Program in Design
Look forward to more
/


Alert is an AngularJS-version of bootstrap's alert.
This directive can be used to generate alerts from the dynamic model data (using the ng-repeat directive);
ng-repeat
The presence of the close attribute determines if a close button is displayed
close


Welcome To All
Registration From
Select Your Country
Bangladesh
Pakistan
India
Nepal
USA
Mayanmar
South Africa
Gender:
Male
Female
Your Hobbi:
Cricket
Football
Song
Basketball
badminton
Hocky
Member Log In
Email address
Password
Remainder Me
Log In
REGISTER ACCOUNT
Need an Account
Forget Password?


General
- Refer to references by [1], [Andronov1973], etc. by hyperlink
and summarize literature in the references subsection of Conventions.UsersGuide.References.
- There has to be made at least one citation to each
reference.
Example

More details about sensorless rotor temperature estimation
can be found in [Gao2008]

appears as
More details about sensorless rotor temperature estimation can
be found in [Gao2008].
Generated at 2019-01-25T16:44:03Z by OpenModelica 1.14.0~dev-130-gefa44fb


Structures
The following structures are available globally.
-
See moreRSDTaskResultObject
is a result associated with a task. This object includes a step history, task run UUID, schema identifier, and asynchronous results.Declaration
Swift
public struct RSDTaskResultObject : RSDTaskResult, Codable
-
See moreRSDTaskGroupObject
is a concrete implementation of theRSDTaskGroup
protocol.Declaration
Swift
public struct RSDTaskGroupObject : RSDTaskGroup, RSDEmbeddedIconVendor, Decodable
-
See moreRSDErrorResult
is a result that holds information about an error.Declaration
Swift
public struct RSDErrorResultObject : RSDErrorResult, Codable
-
A
RSDDistanceRecord
is aCodable
implementation ofRSDSampleRecord
that can be used to record CoreLocation samples for use in determining distance travelled.- example:
See more// Example json for a codable record. let json = """ { "uptime" : 99652.677386361029, "relativeDistance" : 2.1164507282484935, "verticalAccuracy" : 3, "horizontalAccuracy" : 6, "stepPath" : "Cardio 12MT/run/runDistance", "course" : 76.873546882061802, "totalDistance" : 63.484948023273581, "speed" : 1.0289180278778076, "timestampDate" : "2018-01-04T23:49:34.135-08:00", "timestamp" :<PHONE_NUMBER>8602295, "altitude" : 23.375564581136974 } """.data(using: .utf8)! // our data in native (JSON) format
Declaration
Swift
public struct RSDDistanceRecord: RSDSampleRecord, RSDDelimiterSeparatedEncodable
-
See moreRSDDateRangeObject
is a concrete implementation of aRSDDateRange
that defines the range of values appropriate for adate
data type.Declaration
Swift
public struct RSDDateRangeObject : RSDDateRange, Codable
-
See moreRSDTextFieldOptionsObject
defines the options for a text field.Declaration
Swift
public struct RSDTextFieldOptionsObject : RSDTextFieldOptions, Codable
-
See moreRSDImageWrapper
vends an image. It does not handle image caching. If your app using a custom image caching, then you will need to use the shared delegate to implement this. The image wrapper is designed to allow coding of images using animageName
property as a key for accessing the image.Declaration
Swift
public struct RSDImageWrapper
-
The default configuration to use for a
RSDMotionRecorder
.- example:
See more// Example json for a codable configuration. let json = """ { "identifier": "foo", "type": "motion", "startStepIdentifier": "start", "stopStepIdentifier": "stop", "requiresBackgroundAudio": true, "recorderTypes": ["accelerometer", "gyro", "magnetometer"], "frequency": 50 } """.data(using: .utf8)! // our data in native (JSON) format
Declaration
Swift
public struct RSDMotionRecorderConfiguration : RSDRecorderConfiguration, RSDAsyncActionControllerVendor, Codable
-
See moreRSDFetchableImageThemeElementObject
is aCodable
concrete implementation ofRSDFetchableImageThemeElement
.Declaration
Swift
public struct RSDFetchableImageThemeElementObject : RSDFetchableImageThemeElement, RSDDecodableBundleInfo, Codable
-
See moreRSDAnimatedImageThemeElementObject
is aCodable
concrete implementation ofRSDAnimatedImageThemeElement
.Declaration
Swift
public struct RSDAnimatedImageThemeElementObject : RSDAnimatedImageThemeElement, RSDDecodableBundleInfo, Codable
-
See moreRSDUnitConverter
is a static struct for defined unit converters for converting between US English (imperial) to metric units. This is used to allow for displaying a person’s height or weight in imperial units, while storing the value in standardized metric units.Declaration
Swift
public struct RSDUnitConverter
-
A simple struct that can be used to implement the
See moreRSDChoiceOptions
protocol.Declaration
Swift
public struct RSDChoiceOptionsObject : RSDChoiceOptions
-
A simple struct that can be used to implement the
See moreRSDNumberPickerDataSource
protocol.Declaration
Swift
public struct RSDNumberPickerDataSourceObject : RSDNumberPickerDataSource
-
See moreRSDAnswerResultType
is aCodable
struct that can be used to describe how to encode and decode anRSDAnswerResult
. It carries information about the type of the value and how to encode it. This struct serves a different purpose from theRSDFormDataType
because it only carries information required to store a result and not additional information about presentation style.Declaration
Swift
public struct RSDAnswerResultType : Codable
-
The default configuration to use for a
RSDDistanceRecorder
.- example:
See more// Example json for a codable configuration. let json = """ { "identifier": "foo", "type": "distance", "motionStepIdentifier": "run" "startStepIdentifier": "countdown", "stopStepIdentifier": "rest", } """.data(using: .utf8)! // our data in native (JSON) format
Declaration
Swift
public struct RSDDistanceRecorderConfiguration : RSDRecorderConfiguration, RSDAsyncActionControllerVendor, Codable
-
See moreRSDColorThemeElementObject
tells the UI what the background color and foreground color are for a given view as well as whether or not the foreground elements should uselight style
.Declaration
Swift
public struct RSDColorThemeElementObject : RSDColorThemeElement, RSDDecodableBundleInfo, Codable
-
A weekly schedule item is a light-weight codable struct that can be used to store and track events that happen at regularily scheduled intervals. This schedule assumes a ISO8601 7-day calendar.
- example:
Codable
protocol schema.let json = """ { "daysOfWeek": [1, 3, 5], "timeOfDay": "08:00" } """.data(using: .utf8)! // our data in native (JSON) format
Declaration
Swift
public struct RSDWeeklyScheduleObject : Codable, RSDSchedule
- example:
-
See moreRSDDurationRangeObject
extends the properties of anRSDInputField
for a.duration
data type.Declaration
Swift
public struct RSDDurationRangeObject : RSDDurationRange, RSDRangeWithFormatter, Codable
-
See moreRSDChoiceObject
is a concrete implementation ofRSDChoice
that can be used to track a multiple choice, single choice, or multiple component input field where each choice in the input field maps to a specific value.Declaration
Swift
public struct RSDChoiceObject<T : Codable> : RSDChoice, RSDComparable, RSDEmbeddedIconVendor, Codable
-
See moreRSDNumberRangeObject
extends the properties of anRSDInputField
for adecimal
orinteger
data type.Declaration
Swift
public struct RSDNumberRangeObject : RSDNumberRange, RSDRangeWithFormatter, Codable
-
See moreRSDUIActionObject
is a concrete implementation ofRSDUIAction
that can be used to customize the title and image displayed for a given action of the UI.Declaration
Swift
public struct RSDUIActionObject : RSDEmbeddedResourceUIAction, Codable
-
RSDSkipToUIActionObject
implements an action that includes an identifier for a step to skip to if this action is called. This is used by theRSDConditionalStepNavigator
to navigate based on anil
result.See moreSeealso
RSDSurveyNavigationStep
Declaration
Swift
public struct RSDSkipToUIActionObject : RSDEmbeddedResourceUIAction, RSDSkipToUIAction
-
See moreRSDReminderUIActionObject
implements an action for setting up a local notification to remind the participant about doing a particular task later.Declaration
Swift
public struct RSDReminderUIActionObject : RSDEmbeddedResourceUIAction
-
See moreRSDWebViewUIActionObject
implements an action that includes a pointer to a url that can display in a webview. The url can either be fully qualified or optionally point to an embedded resource.Declaration
Swift
public struct RSDWebViewUIActionObject : RSDEmbeddedResourceUIAction, RSDWebViewUIAction
-
A section header for tracked data.
- example:
let json = """ { "identifier": "foo", "text": "Text", "detail" : "Detail" } """.data(using: .utf8)! // our data in native (JSON) format
Declaration
Swift
public struct RSDTrackedSectionObject : Codable, RSDTrackedSection
- example:
-
A generic instance of an item to include in a tracked selection step.
- example:
let json = """ { "identifier": "advil", "sectionIdentifier": "pain", "title": "Advil", "shortText": "Ibu", "detail": "(Ibuprofen)", "isExclusive": true, "icon": "pill", } """.data(using: .utf8)! // our data in native (JSON) format
Declaration
Swift
public struct RSDTrackedItemObject : Codable, RSDTrackedItem, RSDEmbeddedIconVendor
- example:
-
Simple tracking object for the case where only the identifier is being tracked.
See moreDeclaration
Swift
public struct RSDTrackedItemsResultObject : RSDTrackedItemsResult, Codable
-
RSDIdentifier
is intended to allow a developer to define constants for the identifiers that are used to define the tasks, steps, input fields, and async actions associated with a given task or task group.See moreNote
The base implementation includesexit
Declaration
Swift
public struct RSDIdentifier : RawRepresentable, Codable
-
The type of the step. This is used to decode the step using a
See moreRSDFactory
. It can also be used to customize the UI.Declaration
Swift
public struct RSDStepType : RawRepresentable, Codable
-
A
RSDMotionRecord
is aCodable
implementation ofRSDSampleRecord
that can be used to record a sample from one of the core motion sensors or calculated vectors of theCMDeviceMotion
data object.- example:
// Example json for a codable record. func testMotionRecord_Attitude() { let json = """ { "uptime" : 37246.68689429167, "timestamp" : 1.2498140833340585, "stepPath" : "Cardio Stair Step/heartRate.after/heartRate", "sensorType" : "attitude", "referenceCoordinate" : "North-West-Up", "heading" : 270.25, "eventAccuracy" : 4, "x" : 0.064788818359375, "y" : -0.1324615478515625, "z" : -0.9501953125, "w" : 1 } """.data(using: .utf8)! // our data in native (JSON) format
See moreSeealso
CodableMotionRecorderTests.swift
unit tests for additional examples.Declaration
Swift
public struct RSDMotionRecord : RSDSampleRecord, RSDDelimiterSeparatedEncodable
-
RSDDeviceType
describes various devices. It can be used by a task to vend different steps or async actions based upon what is supported by a given device type.See moreNote
This is not currently used and may be deprecated.Declaration
Swift
public struct RSDDeviceType : RawRepresentable, Codable
-
A simple struct that can be used to implement the
See moreRSDDatePickerDataSource
protocol.Declaration
Swift
public struct RSDDatePickerDataSourceObject : RSDDatePickerDataSource
-
See moreRSDUSHeightPickerDataSourceObject
is a custom height picker for use when theLocale
uses US Customary units (not metric system).Declaration
Swift
public struct RSDUSHeightPickerDataSourceObject : RSDUSMeasurementPickerDataSource
-
See moreRSDUSInfantMassPickerDataSource
is a custom weight picker for use when theLocale
uses US Customary units (not metric system) and the mass is for an infant inlb, oz
.Declaration
Swift
public struct RSDUSInfantMassPickerDataSourceObject : RSDUSMeasurementPickerDataSource
-
The type of the async action configuration. This is used to decode async action configurations using an instance of
RSDFactory
.See moreSeealso
RSDAsyncActionConfiguration
Declaration
Swift
public struct RSDAsyncActionType : RawRepresentable, Codable
-
RSDPhotoLibraryAuthorization
is a wrapper for the Photos library that allows a general-purpose step or task to query this library for authorization if and only if that library is required by the application.See moreSeealso
RSDPermissionsStepViewController
Declaration
Swift
public struct RSDPhotoLibraryAuthorization
-
See moreRSDCollectionResultObject
is used include multiple results associated with a single step or async action that may have more that one result.Declaration
Swift
public struct RSDCollectionResultObject : RSDCollectionResult, Codable
-
See moreRSDConditionalStepNavigatorObject
is a concrete implementation of theRSDConditionalStepNavigator
protocol.Declaration
Swift
public struct RSDConditionalStepNavigatorObject : RSDConditionalStepNavigator, RSDCopyStepNavigator, Decodable
-
Undocumented
See moreDeclaration
Swift
public struct RSDTaskInfoObject : RSDTaskInfo, RSDEmbeddedIconVendor, Decodable
-
See moreRSDTaskInfoStepObject
is a concrete implementation of theRSDTaskInfoStep
protocol.Declaration
Swift
public struct RSDTaskInfoStepObject : RSDTaskInfoStep
-
The
See moreRSDFormUIHint
enum is a key word that can be used to describe the preferred UI for a form input field. This is intended as ahint
that the designers and developers can use to indicate the preferred input style for an input field. Not all ui hints are applicable to all data types or devices, and therefore the ui hint may be ignored by the application displaying the input field to the user.Declaration
Swift
public struct RSDFormUIHint : RawRepresentable, Codable
-
Concrete implementation of the
See moreRSDCohortNavigationRule
.Declaration
Swift
public struct RSDCohortNavigationRuleObject : RSDCohortNavigationRule, Codable
-
See moreRSDSchemaInfoObject
is a concrete implementation of theRSDSchemaInfo
protocol.Declaration
Swift
public struct RSDSchemaInfoObject : RSDSchemaInfo, Codable
-
RSDAudioVisualAuthorization
is a wrapper for the AVFoundation library that allows a general-purpose step or task to query this library for authorization if and only if that library is required by the application.See moreSeealso
RSDPermissionsStepViewController
Declaration
Swift
public struct RSDAudioVisualAuthorization
-
Undocumented
Declaration
Swift
public struct RSDDocumentCreator
-
See moreRSDRecordMarker
is a concrete implementation ofRSDSampleRecord
that can be used to mark the step transitions for a recording.Declaration
Swift
public struct RSDRecordMarker : RSDSampleRecord
-
Implementation of the
See moreRSDStringSeparatedEncodingFormat
protocol that wraps a comma separated encodable.Declaration
Swift
public struct CSVEncodingFormat<K> : RSDStringSeparatedEncodingFormat where K : RSDDelimiterSeparatedEncodable
-
The type of the step. This is used to decode the step using a
See moreRSDFactory
. It can also be used to customize the UI.Declaration
Swift
public struct RSDStepNavigatorType : RawRepresentable, Codable
-
A simple struct that can be used to implement the
See moreRSDMultipleComponentOptions
protocol.Declaration
Swift
public struct RSDMultipleComponentOptionsObject : RSDMultipleComponentOptions
-
A concrete implementation for a
See moreRSDImagePickerStep
.Declaration
Swift
public struct RSDImagePickerStepObject: RSDImagePickerStep, Codable
-
A medication item includes details for displaying a given medication.
- example:
let json = """ { "identifier": "advil", "sectionIdentifier": "pain", "title": "Advil", "shortText": "Ibu", "detail": "(Ibuprofen)", "isExclusive": true, "icon": "pill", "injection": true } """.data(using: .utf8)! // our data in native (JSON) format
Declaration
Swift
public struct RSDMedicationItem : Codable, RSDMedication, RSDEmbeddedIconVendor
- example:
-
A medication answer for a given participant.
- example:
let json = """ { "identifier": "ibuprofen", "dosage": "10/100 mg", "scheduleItems" : [ { "daysOfWeek": [1,3,5], "timeOfDay" : "8:00" }] } """.data(using: .utf8)! // our data in native (JSON) format
Declaration
Swift
public struct RSDMedicationAnswer : Codable, RSDTrackedItemAnswer
- example:
-
A medication tracking result which can be used to track the selected medications and details for each medication.
See moreDeclaration
Swift
public struct RSDMedicationTrackingResult : Codable, RSDTrackedItemsResult
-
See moreRSDResultType
is an extendable string enum used byRSDFactory
to create the appropriate result type.Declaration
Swift
public struct RSDResultType : RawRepresentable, Codable
-
See moreRSDDurationPickerDataSourceObject
is a concrete implementation of aRSDMultipleComponentChoiceOptions
that can be used to select a duration using duration units for each component of the duration.Declaration
Swift
public struct RSDDurationPickerDataSourceObject : RSDMultipleComponentPickerDataSource
-
See moreRSDSectionStepObject
is used to define a logical subgrouping of steps such as a section in a longer survey or an active step that includes an instruction step, countdown step, and activity step.Declaration
Swift
public struct RSDSectionStepObject: RSDSectionStep, RSDStepValidator, Decodable
-
See moreRSDResourceType
is an extendable struct for describing the type of a resource. By default, these values will map to the file extension.Declaration
Swift
public struct RSDResourceType : RawRepresentable, Equatable, Hashable, Codable
-
RSDActiveUIStepCommand
is anOptionSet
for certain commonly used commands that are used at the beginning and end of an active step.See moreSeealso
RSDActiveUIStep
Declaration
Swift
public struct RSDActiveUIStepCommand : RSDStringLiteralOptionSet
-
RSDLocationAuthorization
is a wrapper for the CoreLocation library that allows a general-purpose step or task to query this library for authorization if and only if that library is required by the application.See moreSeealso
RSDPermissionsStepViewController
Declaration
Swift
public struct RSDLocationAuthorization
-
See moreRSDFileResultObject
is a concrete implementation of a result that holds a pointer to a file url.Declaration
Swift
public struct RSDFileResultObject : RSDFileResult, Codable
-
See moreRSDStandardAsyncActionConfiguration
is a concrete implementation ofRSDRecorderConfiguration
that can be used to decode an async configuration for a recorder.Declaration
Swift
public struct RSDStandardAsyncActionConfiguration : RSDRecorderConfiguration, Codable
-
RSDGenericStepObject
is a step with key/value pairs decoded from a dictionary. This is the default step returned byRSDFactory
for an unrecoginized type.This step is intended for use as a placeholder step for decoding a step that may be defined using a customized subtype or for replacing properties on an
See moreRSDMutableStep
.Declaration
Swift
public struct RSDGenericStepObject : RSDGenericStep, Decodable
-
A Codable struct that can be used to store messaging information specific to the use-case specific to the associated activity, task, or step.
See moreDeclaration
Swift
public struct RSDStandardPermission : Codable
-
See moreRSDViewThemeElementObject
tells the UI where to find the view controller to use when instantiating theRSDStepController
.Declaration
Swift
public struct RSDViewThemeElementObject: RSDViewThemeElement, RSDDecodableBundleInfo, Codable
-
See moreRSDAnswerResultObject
is a concrete implementation of a result that can be described using a single value.Declaration
Swift
public struct RSDAnswerResultObject : RSDAnswerResult, Codable
-
See moreRSDComparableSurveyRuleObject
is a survey rule that matches an expected result to the answer and vends a skip identifier if the match is evaluated totrue
.Declaration
Swift
public struct RSDComparableSurveyRuleObject<T : Codable> : RSDComparableSurveyRule, Codable
-
The
See moreRSDRegExValidatorObject
is a concrete implementation of theRSDCodableRegExMatchValidator
that can be used to create a regex validation of an input string using a regex pattern.Declaration
Swift
public struct RSDRegExValidatorObject : RSDCodableRegExMatchValidator
-
RSDDateCoderObject
provides a concrete implementation of aRSDDateCoder
. The date coder is used by theRSDDateRangeObject
to encode and decode theminDate
andmaxDate
properties as well as to get which components of a date should be stored in the answer for a givenRSDInputField
.This coder uses ISO 8601 format to determine which calendar components to request from the user and to store from the input result. The
See morecalendar
is ISO8601 and theresultFormatter
is determined from thecalendarComponents
using the sharedRSDFactory
or the factory associated with the decoder if instantiated using aDecoder
. The locale for the date formatters isen_US_POSIX
by default.Declaration
Swift
public struct RSDDateCoderObject : RSDDateCoder, RawRepresentable
-
A manifest for a given file that includes the filename, content type, and creation timestamp.
See moreDeclaration
Swift
public struct RSDFileManifest : Codable, Hashable, Equatable
-
The metadata for a task result archive that can be zipped using the app developer’s choice of third-party archival tools.
See moreDeclaration
Swift
public struct RSDTaskMetadata : Codable
-
See moreRSDTransformerStepObject
is used in decoding a step with replacement properties for some or all of the steps in a section that is defined using a different resource. The factory will convert this step into an appropriateRSDSectionStep
from the decoded object.Declaration
Swift
public struct RSDTransformerStepObject : RSDTransformerStep, Decodable


MALCOLM X A film review by Raul Cairo Copyright 1992 Raul Cairo
It is difficult to insult or even to belittle a director such as Spike Lee. It is also very difficult to talk negatively about what is the best film Spike has directed to date; however, Spike's latest attempt into the art of cinema is something less than is to be desired.
Spike is bringing to life the story of a man who was everything he wanted to be, but realized somewhere along his life that he did not know who he truly was. After seeing MALCOM X I felt like I had just ran a marathon rather than coming out from seeing a movie. The longest 3 hours and 22 minutes of my life occurred while I watched MALCOM X. I truly, truly, deep in my heart feel that this movie could have been great, just as long as this movie would be shorter.
The only big major flaw that this movie suffers from is that Spike Lee concentrated too long on Malcom's life before he started to preach the Muslim faith. Everyone knows the hard hitting speechs of Malcom and this movie should have concentrated just on his faith, his going into the Muslim faith and following the words of Elijah Muhhoamid, and then later being turned away.
To me personally the important aspects of the movie was everything that happened to Malcom after he comes out of jail, and it is there that the movie should have begun.
I don't wish to knock the directing, or even the acting.  And Spike Lee has definitely poured his heart and soul into this project, however the one mistake he made was to drag out this life story, as well as drag out this film. But if one thing you can definitely realize with this film is that Spike Lee has such an admiration for this guy, that he was capable enough to go to the limits in making this film and for that I do commend him. In short, on a scale of 1 to 10 I would have to give it a 6 for the fabulous directing, and for Washington's perfect portrayal of the civil rights activist. But this is fair warning if you are easily bored or even twitchy while you watch a film, you should really think twice before you go and see this film.
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


I have advised and organized all kinds of events - from small, local non-profit events to multi-day, multi-location, lavish corporate trade shows to massive, dirty, loud brewery and music events.
I have made both cooperative and executive decisions for multiple organizations regarding:
- Which shows to attend
- What kind of events to produce
- How much to budget & where to get the most bang for the buck.
- How to go about planning for the events from the ground-up.
I am good at thinking about tangential benefits/detriments and I am good at helping facilitate these decisions in pretty much any kind of environment.
I have done this in many different industries, styles, countries, sizes and budgets for nearly twenty years.
This can include details and decisions such as:
- Selection of which shows to attend (or which events to create)
- Selection of booth space in venue(s)
- Sourcing/negotiating/procuring venues/locations for events
- Planning booth layout (or event map)
- Working out the logistics of what to ship or buy on site
- Thinking-through, budgeting and timelining for event rental/hiring/purchasing needs (toilets, trash, chairs, stage, lighting, sound system, security, bartenders, keg delivery, ice, serving glasses/plates/cutlery, hosts, cones, signage, negotiating with live bands, etc).
I've conceived, planned, designed, sought vendors and sold spaces to "farmers market" type events
I've conceived, planned, designed, bought gear, setup enormous events in difficult locations, recruited/scheduled and managed over 50 volunteers at once, made friends with local sheriffs and helped clean-up after thousands of people.
I've made dozens of complex maps of venues, stand blueprints, staff assignment posts, parking areas, power points, distribution of all event facilities and people-flow.
This is something I am very good at (and really enjoy), and I am happy to provide references (you can start with Brooklyn if you like ;) )
Deadlines are critical to successful event execution, and I always ensure that:
- Show or venue deposit/reservations are made on time
- Promotional ad space is bought and art is sent
- Promotional activities are conducted correctly and at the correct time for the event (not too soon, not too late, generally more than one push of more than one method at more than one time)
- Booth structure/media/merchandise/literature is designed, approved, produced and delivered on time
- rental gear is reserved and shipping timing is verified (and checked on to make sure it got done)
- Proprietary gear is shipped in time to arrive to correct site at the appointed time (and checked on to make sure it got done)
- Accommodation is booked as necessary and in time and confirmation details are sent to all personnel as needed
- I am usually able to plan this ahead of time or delegate teams to specific tasks.
- I always put someone in charge of a team and liaise with them, not every team member.
- If I am onsite, I will direct the setup/breakdown crew as necessary. This might involve roping-in salespeople.
- If I am offsite, I will have an on-point person on the ground that I will keep a running dialog with to ensure all is running smoothly.
- Ensure setup of show structures, optimally with the most critical pieces completed first (I would provide a list of priorities to setup crew)
- Be sure the team has the instruction and materials and support they need to do their jobs.
I am methodical and vigilant with these tasks, ensuring:
- Booth staff (salespeople, usually) all have been sent multiple copies of the show runtimes and their shifts (if necessary). I usually have a list that I check off once a required verification of receipt has been received. I'll also usually slip a daily timeline sheet under their hotel room doors daily.
- Band arrival, sound-check, runtimes, gear setup/takedown
- The sound person to be onsite at the correct time to test gear, conduct sound-checks
- bar servers stop serving by the required time
- Stay on top of run-times, announcements, serving times, special event activity (surprises or whatever)
- I would make sure all of the show gear has arrived at the correct place at the correct time, even if I am not there (I'd have a person responsible for receiving the gear, with instructions to call/text me when complete). I would call them if necessary.
- Be sure the team has the instruction and materials and support they need to do their jobs.
- I try to have a "go-to" team member onsite, whether I'm there or not. These people are usually the construction team's leader. I deal with them and keep my finger on the pulse of the construction/deconstruction progress.
- If additional resources need to be allocated to make sure the timing of these activities is correct, I handle that too.
- Be sure the team has what they need to do their jobs
I always ensure that:
- Staff/bands/vendors are paid in a timely manner
- Thank you notes / follow-up questionnaires are sent in a timely manner
- Leads gathered (in whatever form) are distributed to where they need to go.
While I would need to learn more about the needs and goals of these events, I have confidence that my wide range of experience in other industries and my strong communication skills would allow me to get this together.
I have made executive decisions for multiple companies regarding:
- Which shows to attend
- What kind of events to produce
- How much to budget (& where to get the most bang for the buck.)
- I am good at thinking about tangential benefits/detriments and I am good at helping facilitate these decisions in an executive environment.
I would need to learn the hardware process model, but I am very good at following established best practices once I know them.
I would likely need some guidance with this, depending on the nature of the tech. I am pretty tech-savvy and a quick learner in general.
This is something I have done in many different industries, styles, countries, sizes and budgets.
From selection of which shows to attend (or which events to create), to selection of booth space in venue(s), to sourcing locations for events, to planning booth layout (or event map), to working out the logistics of what to ship or buy on site, to thinking-through, budgeting and timelining for event rental/hiring needs (toilets, trash, chairs, stage, lighting, sound system, security, bartenders, keg delivery, ice, serving glasses/plates/cutlery, hosts, cones, signage, negotiating with live bands, etc).
I've conceived, planned, designed, sought vendors and sold spaces to "farmers market" type events.
I've made dozens of complex maps of venues, stand blueprints, staff assignment posts, parking areas, power points, distribution of all event facilities and people-flow.
This is something I am very good at, and I am happy to provide references (you can start with Brooklyn if you like;)
I always ensure deadlines are met for:
- show or venue deposit/reservation
- promotional ad space is bought and art sent on time;
- promotional activities are conducted correctly and at the correct time for the event (not too soon, not too late, generally more than one push of more than one method at more than one time)
- booth structure/media/merch/literature is designed, approved and produced on time
- rental gear is reserved and shipping timing is verified (and checked on to make sure it got done)
- proprietary gear is shipped in time to arrive to correct site at the appointed time (and checked on to make sure it got done)
- hotel rooms are booked in time and confirmation details are sent to all personnel as appropriate
I make and enforce schedules for every event, ensuring that:
- Booth staff (salespeople, usually) all have been sent multiple copies of the show runtimes and their shifts (if necessary). I usually have a list that I check off once a required verification of receipt has been received. I'll also usually slip a daily timeline sheet under their hotel room doors daily.
- Band arrival, sound-check, runtimes, gear setup/takedown
- The sound person to be onsite at the correct time to test gear, conduct sound-checks
- Bar servers stop serving by the required time
- Stay on top of run-times, announcements, serving times, special event activity (surprises or whatever)
This can be a real bugbear. Not knowing what kind of systems y'all have in place, it's hard for me to say much here other than I feel it is absolutely critical to create, educate the team and oversee this process.
- I try to have a "go-to" team member onsite, whether I'm there or not. These people are usually the construction team's leader. I deal with them and keep my finger on the pulse of the construction/deconstruction progress.
- If additional resources need to be allocated to make sure the timing of these activities is correct, I handle that too.
- Be sure the team has what they need to do their jobs
It is critical that:
- Staff/bands/vendors are paid in a timely manner
- Thank you notes / follow-up questionnaires are sent in a timely manner
- Leads gathered (in whatever form) are distributed to where they need to go.
I'm really excited about this. I feel I could bring a lot to this area, considering my deep experience in both events and tech. I would seek to continuously learn more and more about this emerging technology, and would be happy to advocate its appropriate use.
I already know a bit about this emerging tech, but would monitor its development and seek to become a true expert on its uses and when to (or not to) use it effectively for a customer.
I've actually done a fair bit of merchandising, and have a very good eye for spaces and lines of sight and sensibilities of foot traffic. I am aware of a reasonable number of different products in this vein as well.
This is one of my very favorite things in the whole world to do, and I am very good at it. From considerations of space, to lighting, sound, tactile and comfort, I truly love doing things like this.


Intro to Linked Lists
A linked list is a container that holds an ordered list of items called nodes. The nodes have the special characteristic that (unlike arrays) they do not have to be stored contiguously in memory.
Nodes
Nodes minimally contain two properties.
data
- the data of interestnext
- a pointer to the next node in the list.
var node = function (data, next) {
this.data = data;
this.next = next || null;
};
In order to compare nodes, we need to define a helper function that evaluates object equality, since in JavaScript {data:'test', ct:1} == {data:'test', ct:1}
is false.
This is easy enough. Two nodes are equal if their data and next properties are equal, so we simply AND the results of the two comparisons and return the result:
node.prototype.equals = function (node) {
return this.data === node.data && this.next === node.next;
};
Linked List Container
A Linked List (in this case, a singly linked list) contains a reference to the beginning or head of the list. It also contains methods for operating on its nodes to perform tasks like insertion, deletion, and search.
var LinkedList = function (head) {
this.head = head || null;
this.ct = head ? 1 : 0;
};
These operations include:
- getLength - return the number of elements in the array
- insertAfter - insert a given node after the target node in the array
- removeAfter - remove the node after the target node in the array
- insertBeginning - insert a node at the beginning of the list
- removeBeginning - remove and return the node at the beginning of the list
- findNode - find the index of a node in the given list (if the node exists)
We can also implement methods that allow us to use our LinkedList as a Stack or Queue.
Stack fns
- push - insert an element at the end of the linked list
- pop - remove and return the element at the end of the linked list
Queue fns
- shift - remove and return the first element of the linked list
- unshift - remove and return the first element of the linked list
Note that shift and unshift are equivalent to removeBeginning and insertBeginning.
Let’s implement the methods.
With all the methods that access the list, we’ll want to do a sanity check and make sure the list has a valid length to perform the operation. We also want to validate the arguments when a node is passed in for insertion or removal. It’s also crucial to accurately update the count of the number of items in the list in order to perform these bounds checks.
getLength()
LinkedList.prototype.getLength = function() { return this.ct; }
Obtaining the length is simple enough: we just get the count of entries stored in the list. We must be sure to accurately increment and decrement this count in all our other list methods.
insertAfter()
LinkedList.prototype.insertAfter = function (node, newNode) {
if (!node && newNode) {
return false;
}
let currentNode = this.head;
let found = false;
while (currentNode !== null) {
if (currentNode.equals(node)) {
found = true;
break;
}
currentNode = currentNode.next;
}
if (found) {
let newNodeAfter = currentNode.next;
currentNode.next = newNode;
newNode.next = newNodeAfter;
this.ct++;
return true;
}
return false;
};
In order to insert a node we will perform a common operation: finding the node of interest. Since the nodes are not stored contiguously in memory, we cannot simply start at a memory address and increment by fixed intervals. Instead, we must traverse the list. This is the work of the while
loop. We start at the head node and sequentially proceed through the list nodes by setting currentNode=currentNode.next
(until currentNode==null
).
We compare each element using our .equals
method. There are two cases here.
- The node we’re looking for doesn’t exist. The found flag will be false, and we return false.
- The node we’re looking for does exist. The found flag is true.
If we find the node to insert after, we:
- Place the current next node in a temporary variable,
newNodeAfter
. - Set
currentNode.next
to thenewNode
. (Inserting the new node) - Set
newNode.next
tonewNodeAfter
. (“put back” the node we moved over fornewNode
) - Increase the list length by one.
removeAfter()
LinkedList.prototype.removeAfter = function (node) {
if (!node) {
return false;
}
let found = false;
let currentNode = this.head;
while (currentNode !== null) {
if (currentNode.equals(node)) {
found = true;
break;
}
currentNode = currentNode.next;
}
if (found) {
if (!currentNode.next) {
return false;
} else if (currentNode.next.next) {
currentNode.next = currentNode.next.next;
} else {
currentNode.next = null;
}
this.ct--;
return true;
}
return false;
};
Removing a node is very similar to inserting a node. We perform the same operation to find the target node, returning false if it is not in the list.
All that differs is what we do when we reach the node. There are two things to consider when removing a node after a given node.
- That node has no nodes after it (its
.next===null
) - That node has exactly one node after it (its
.next!==null
but its.next.next===null
) - That node has two or more nodes following it (
.next.next!==null
)
In the first case, we return false. There are no nodes to remove.
In the second case, we simply set currentNode.next=null
.
In the third case, we have to not only remove the next node, but also join up the current node with the rest of the list chain. We set the currentNode.next
to currentNode.next.next
(skipping over the element in between). We decrement the list length by one.
insertBeginning()
LinkedList.prototype.insertBeginning = function (node) {
if (!node) {
return false;
}
this.ct++;
if (!this.getLength()) {
return (this.head = node);
}
node.next = this.head;
this.head = node;
};
To insert a node at the beginning of the list, there are two possible cases:
- The list is empty. The node to insert becomes the head.
- The list is not empty. The node to insert becomes the head, and we must attach the existing head to the new node’s
.next
.
In either case, we increment the list length by one.
removeBeginning()
LinkedList.prototype.removeBeginning = function () {
if (!this.getLength()) {
return false;
} else {
let removed = this.head;
this.head = this.head.next;
this.ct--;
return removed;
}
};
To remove a node at the beginning of the list, there are two possible cases:
- The list is empty. We return false, as there’s nothing to remove.
- The list is not empty. We set the current list’s head to the value of
head.next
, return the removed element, and decrement the list length by one.
findNode()
LinkedList.prototype.findNode = function (searchNode) {
if (!(this.getLength() && searchNode)) {
return false;
}
let currentNode = this.head;
if (currentNode.equals(searchNode)) {
return 0;
}
let idx = 0;
while (currentNode !== null) {
if (currentNode.equals(searchNode)) {
return idx;
}
currentNode = currentNode.next;
idx++;
}
return false;
};
We’ve been finding nodes already in all the other methods: we just have been using them directly rather than tracking their position. The findNode
method will simply track the index, by incrementing a counter by one each time we traverse to the next node. If the node we are searching for exists, we return its index.
If it does not exist, we return false.
Two bonus methods
As mentioned, the Linked List can be used to implement a stack. For this, we need two functions: push and pop.
push()
LinkedList.prototype.push = function (node) {
if (!node) {
return false;
}
this.ct++;
if (!this.head) {
return (this.head = node);
}
let currentNode = this.head;
while (currentNode.next !== null) {
currentNode = currentNode.next;
}
currentNode.next = node;
};
This code is pretty simple. We find the last node in the list, and we set its next
to the given node. We increment the list length by one.
pop()
LinkedList.prototype.pop = function (node) {
let currentNode = this.head;
let length = this.getLength();
let popped = null;
if (!length) {
return false;
}
if (length === 1) {
popped = this.head;
this.head = null;
this.ct--;
return popped;
} else {
while (currentNode.next.next !== null) {
currentNode = currentNode.next;
}
popped = currentNode.next;
currentNode.next = null;
this.ct--;
return popped;
}
};
Popping a value off the list is a little trickier. Once again, let’s consider the cases.
- The list is empty. We cannot pop the item off an empty list. We return false.
- The list has one element. We most pop the head off the list and set the list’s head to null, decrementing the length by one and returning the head.
- The list has more than one element. We must remove the element and decrement the list length by one.
Note the termination condition here in the while loop: we are looking for currentNode.next.next
equaling null. Why? Well, we want the second-to-last node to operate on, since we are removing the very last node from the list (that’s what gets popped), and in order to do this, we set the second-to-last node’s next
to null.
Big-O Complexity & Comparison with Arrays
First, a quick word about Big-O. Big-O notation
is not a scary monster. In short, it’s simply a tool for us to asymptotically compare
the performance of operations on sets of data. When you see log
in Big-O, it’s log base 2, written abbreviated as log.
Big-O gives us general comparisons, not strict results. We can determine whether an operation takes place in constant O(1) or O(log n), linear O(n), logarithmic O(n*log n), quadratic O(n^2), exponential O(2^n), or factorial O(n!) time.
(There’s a Big-O equivalent for space complexity: it’s just another dimension of comparison.)
What types of operations? When it comes to data structures it’s things like insertion, deletion, access, or search. We compare in three dimensions: best case scenario, worst case scenario, and average case scenario. Practically though, we are most concerned about the worst-case scenario. The average case is hard to quantify. The best case scenario is rare. And if we’re okay with the worst-case scenario, we’ll always be pleasantly surprised (pessimistic, but true!).
In short: if your algorithm runs in quadratic or slower time, there’s probably a better way to do it. The most efficient sorting algorithms (quicksort and mergesort) work in logarithmic time. There are ways to make searching even faster than n*log n
, but the algorithms are not generalizable since they leverage fixed characteristics of the data to optimize further.
Comparing Big-O of Linked Lists and Arrays
Let’s take a look at the Big-O Cheat Sheet and do a quick comparison of Singly Linked Lists with Arrays. Linked lists are similar to arrays, but use case dictates which is most performant.
Looking at the worst case scenarios, Linked Lists give us constant time insertion and deletion, and linear time access and search. Arrays give us constant time access, and linear time search, insertion, and deletion.
Let’s think about why this is the case.
Search is the same speed
To search in our linked list or array, we start at the beginning of the array and go to the end. In the worst case scenario, the thing we’re searching for is farthest away from our starting point (at the n-1
th index). Thus, it’ll take O(n) operations for us to pass through the data structure to find it.
Access: Arrays O(1), Linked Lists O(n)
A linked list takes O(n) in the worst case to access a given element, whereas arrays can access elements in constant time. This is because arrays are indexed. This means that given the order in the list, I can go directly to that list item. How does this work? Well, an array is ordered contiguously in memory. That means that I can skip to any item in the array immediately simply by jumping to this memory address:
memory address of head
+ array element size
* index offset
With a linked list, we might know how many elements are in memory, but since the elements do not have to be stored contiguously, we have to traverse every node in the list until we find an item. This is the same performance as doing a search.
Insertion/Deletion: Arrays O(n), Linked Lists O(1)
Linked lists are much faster at insertion and deletion. Since arrays are indexed, inserting or deleting an element requires us to change, in the worst case, all the other elements of the array. Imagine we insert at the beginning of the array. We have to go through and increment each element by one. Deletion at the beginning of the array means decrementing all the offsets by one.
Insertion and deletion at the end of the array is O(1).
Insertion and deletion at the beginning of a linked list is O(1). In a linked list, we know the head, and to insert and element, we simply set the new element’s next
to the previous head and then update the linked list’s head to point to the new element. For removal, we just replace the list’s head with the current node at head.next
. These operations are constant time.
Insertion and deletion at the end of a linked list is still O(1), but we have to first traverse the whole linked list to find the end. Then we insert or delete. That search process in the worst case is O(n).
I know what you’re thinking: this is super confusing.
The key takeaways are that arrays shine when you need quick, random access to any element in the array due to indexing. Lookup of any element is O(1). They are also good when you only need to add or remove elements from the end (like a stack, hint hint).
Linked lists on the other hand shine when you need insert or remove a lot of elements, particularly toward the middle or beginning of the array since they do not require reindexing. They are less performant when you require random access to individual elements.
Wrapping Up
This is a ton of material. Take a moment to pat yourself on the back. While there is certainly a bit more nuance to Big-O notation and the many ways in which we can implement a Linked List, this covers the basic groundwork. If you got this far, you understand the key differentiators between arrays and linked lists and have a a good grasp of which one will be most performant for your application.


AWS Sample Messaging Application
Sender:
Brian
Tricia
Message:
Send
Purge
Excellent! So, what do you want to do today?
11:02


FxFieldReactiveBase
public struct FxFieldReactiveBase<E:Hashable>
Undocumented
-
Boolean value for observables and binding.
Declaration
Swift
public var bool: ControlProperty<Bool>
-
Double value for observables and binding.
Declaration
Swift
public var double: ControlProperty<Double>
-
Integer value for observables and binding.
Declaration
Swift
public var int: ControlProperty<Int>
-
Text value for observables and binding.
Declaration
Swift
public var text: ControlProperty<String>
-
Raw FxValue value for observables and binding.
Declaration
Swift
public var value: ControlProperty<FxValue>
-
Oservable fires when field value is changed or updated.
Declaration
Swift
public var isChanged: Observable<Bool>
-
Undocumented
Declaration
Swift
public var validate: Binder<Void>
-
Rx binding point for title property.
Declaration
Swift
public var title: ControlProperty<String?>
-
Error message value that’s determined during field validation.
Declaration
Swift
public var errorMessage: Observable<String?>
-
Validation state that’s determined during field validation.
Declaration
Swift
public var isValid: Observable<Bool>
-
Rx binding point for our enabled property.
Declaration
Swift
public var isEnabled: ControlProperty<Bool>
-
Rx binding point for hidden property.
Declaration
Swift
public var isHidden: ControlProperty<Bool>


|
CUTLASS
CUDA Templates for Linear Algebra Subroutines and Solvers
|
Mapping function for 4-D NCHW tensors.
#include <tensor.h>
Public Types | |
| using | Index = int32_t |
| Index type used for coordinates. More... | |
| using | LongIndex = int64_t |
| Long index type used for offsets. More... | |
| using | TensorCoord = Tensor4DCoord |
| Logical coordinate. More... | |
| using | Stride = Coord< kStrideRank > |
| Stride vector. More... | |
Public Member Functions | |
| CUTLASS_HOST_DEVICE | TensorNCHW (Stride const &stride=Stride(0)) |
| Constructor. More... | |
| CUTLASS_HOST_DEVICE LongIndex | operator() (TensorCoord const &coord) const |
| Returns the offset of a coordinate in linear memory. More... | |
| CUTLASS_HOST_DEVICE Stride | stride () const |
| Returns the stride of the layout. More... | |
| CUTLASS_HOST_DEVICE Stride & | stride () |
| Returns the stride of the layout. More... | |
| CUTLASS_HOST_DEVICE LongIndex | capacity (TensorCoord const &extent) const |
| Compute the number of contiguous elements needed to store a tensor with the given size. More... | |
Static Public Member Functions | |
| static CUTLASS_HOST_DEVICE TensorNCHW | packed (TensorCoord const &extent) |
| Helper returns a layout to a tightly packed tensor. More... | |
Static Public Attributes | |
| static int const | kRank = 4 |
| Logical rank of tensor. More... | |
| static int const | kStrideRank = 3 |
| Rank of stride vector. More... | |
| using cutlass::layout::TensorNCHW::Index = int32_t |
| using cutlass::layout::TensorNCHW::LongIndex = int64_t |
|
inline |
|
inline |
|
inline |
|
inlinestatic |
|
inline |
|
inline |
|
static |
|
static |


This code works in Chrome and Firefox and does not work in IE 9 or smaller or on Safari. You may get warning saying the script has not completed: I'm working on it.
There are two JavaScript files linked into this project. One plays music, the other is utility class which lists the frequencies associated with various keys, and hence helps you choose the key at which the music will play.
On Chrome, FireFox and Safari, the links below will show the JavaScript in your browser, on IE, you will have the option to download the files:


This dialog serves as introduction to the dialog Secret Sharing Demonstration: Initializing the threshold scheme.
It appears when you click the menu entry Secret Sharing Demonstration (Shamir).


Carmelo Anthony has great quote about potentially coming off bench for Blazers
by TSD StaffSeasoned veteran Carmelo Anthony is back in the NBA, having signed with the Trail Blazers, and on Tuesday, he suited up for his first game action in over a year.
Anthony hadn’t seen minutes in an NBA contest since Nov. 8, 2018, as a member of the Rockets. He was released shortly thereafter, and has been out of the league since. It’s unclear exactly why, but there were rumors circulating about him being unhappy to come off the bench, and also his issues on the defensive end of the floor.
He poked fun at one of them recently, when speaking to reporters for the first time since signing with the team. Melo fielded a question about potentially coming off the Blazers bench, and he responded with this funny one-liner.
“Who, me?” Melo asked, with a laugh.
Classic Melo.


Gardaí renew appeal for help in locating girl, 15, missing from Dublin
by By Digital Desk staffThe public is again being asked to help find a teenage girl missing from Tallaght in Dublin.
Christine Green, who was last seen in The Square Shopping Centre on Saturday, November 16, may be in the Newry area of Co. Down.
The 15-year-old, who's broad, has blue/green eyes with blonde hair and dyed light blue tips.

Anyone with any information that can assist in locating Christine is asked to contact Gardaí in Ronanstown on 01 666 7700, the Garda Confidential Line on 1800 666 111 or any garda station.


content_indexer v0.2.5 ContentIndexer.Services.Similarity
Summary This module accepts a list of tuples which contain the document id and a hash of terms and and their TF_IDF weights, it also accepts query terms in the form of a hash of terms and weights, same format as in the tuple above.
[ { 1, %{ “abc” => 0.001, “term1” => 0.123, “term2” => 0.934, “term3” => 0.945 } }, { 1, %{ “abc” => 0.001, “term1” => 0.123, “term2” => 0.934, “term3” => 0.945 } }… ]
The module will compute the similarity of all the provided documents to the query terms. It will then return an ordered set of terms and their corresponding weights
Link to this section Summary
Functions
Compares a nested list of documents representing individual index items against a set of query terms
retrives a list of filenames for the similarity_map - see the compare function
See the compare function as this one does the same just omitting the filenames
Link to this section Functions
Compares a nested list of documents representing individual index items against a set of query terms
Parameters
- document_list: List of tuples containing the file_name & a list of tokens and their respective weights in the index
- query: List of tuples containing the query term as String and it’s respective weight
Example
iex> ContentIndexer.Services.Similarity.compare(
[
{"test1.md", [{"great", 0.0066469689853797444}, {"how", 0.01994090695613923}]},
{"test2.md", [{"silent", 0.0066469689853797444}, {"instrument", 0.01994090695613923}]}
],
[
{"great", -0.6931471805599453}
])
["test1.md"]
retrives a list of filenames for the similarity_map - see the compare function
See the compare function as this one does the same just omitting the filenames


This is where i will link to my contact information and social media that i am frequenting for future contanting.


Edit Distance
- Minimum number of operators/mutations (insert, delete, replace) required to transform one sequence into the other
- Penalty = amount paid (subtracted) per mismatch
- Why is edit distance disabled for everything but global alignment?
-
Since local alignment always has an option to choose 0 as a minimum value for any cell and edit distance can only increase,
the matrix will end up being filled with only zeroes since the algorithm will see that as the best choice always.
Score
- Consider different values for insert, delete, replace, matches with both positive and negative values
- Match = penalty paid when the matched letters in the sequence are same, must be 0 or a positive number
- Mismatch = penalty paid when the matched letters in the sequence are not same
- Insert/delete = penalty paid to insert or delete a letter from one sequence


Teaching
Just a record of the teaching I've done - it probably won't mean much!
Lab Practical Assistant (2013 - 2017)
- Java (2013, 2014, 2015, 2016, 2017)
- Data Mining MSc Module (2014, 2015, 2016)
- Fundamentals of Computing (2016, 2017)
- Applications of Computer Science (2017)
Coursework Marking (2015 - 2017)
- Java (2015, 2016)
- Evolutionary Computation (2016)
- Data Mining -MSc Course- (2016)
- Data Mining -BSc Course- (2017)
MOOC: Begin Programming (2013 - 2014)
The University ran their first online course titled "Begin programming: build your first mobile game" with 10,000 participants on the first run and over 30,000 on the second run. The course involved teaching the participants how to learn programming from scratch by teaching them how to program a game for Android-based phones using the Android SDK with Java. This position involved helping users with their problems such as errors installing the Android SDK and further explaining them programming principals when they couldn't grasp the concepts from the provided video.


AnnOtaria is a web application that allow users to manage annotations over a set of scientific articles.
You can find the article list in the left sidebar, clicling over one of them will load its content in the main area (this) and enables viewing and editing annotations.
In order to create, edit and delete annotations you should login: look at the navbar, on the right.
Most of all, have fun!


Before CMS write, access control can be enforced to preserve the data integrity based on repo and the class. There are two types of access control currently supported, based on the appid 'token' (The application identity).
The access control is applied in the same order. (Class) -> (Object)
The call will be returned without further processing if validation fails at any level. For ex., if the class level validation fails, the call is returned without any object level validation being executed.
Classes can be associated with a set of rules for enforcement. See below for an example.
Here is a simplified flow for authorization.
Class level authorization enforces that only authorized applications can Create/Update/Delete objects of a class.
Ex., class rule.
"class" : { "create" : ["_stratus", "dl-stratus-create"], "update" : ["_wsm"] } `_stratus` and any subject that is part of the DL `dl-stratus-create` can create instances of the class. and `_wsm` can update the instances (governed by object level rules, if any)Note: creators have full permission.
Object level is more specific to single instance of a class. Instance Level access enforces that a particular object of a class can be edited only by the subjects mentioned in the policy. The access level can further be refined to specify that the instances created by certain subject can be updated only by certain subjects/subject-groups.
The rule has three attributes, "create", "update" and "fields".
Ex., rule.
{ "create" : "_stratus", "update" : ["_wsm"], "fields" : ["id", "label"] } The above object rule specifies that the instances created by `_stratus` can be updated only by `_wsm` and `_wsm` can update only the fields `id` and `label`
{ "name" : "AssetServer", "repo" : "cmsdbconfig" "rules" : { "class" : { "create" : ["pike", "russ"], "update" : ["andrew", "cox", "pk", "dl-updates"] }, "object" : [ { "update" : ["cox", "dl-updates"] }, { "create" : "pike", "update" : ["andrew"], "fields" : ["id", "label"] }, { "create" : "russ", "update" : ["dl-updates", "cox"], "fields" : ["status", "desc"] }, { "create" : "russ", "update" : ["pk"], "fields" : ["name", "desc", "id"] }, { "update": ["hunt"], "fields": ["extra", "dl-updates"] } ] } }


Modal-lite.jquery plugin
Here we are. Lets test:
This is Jquery plugin
Click me to clone #demo!
Click me to use my text!


{% extends '_layouts/layout_2-3_no_title_block.html' %} {% block page_title %} We recommend that you see someone {% endblock %} {% block pageTitle %} We recommend that you see someone {% endblock %} {% block pageIntro %} {% endblock %} {% block content %}
If you have chlamydia symptoms you should see a nurse or doctor. They'll ask questions about your symptoms and sexual activity to understand what kind of test you need.
Samples will be collected from the areas you have symptoms using one or both of the following methods:
The samples will be sent to a lab for testing.
You can see:
We will show you sexual health experts in your area.
You can get a test kit to collect your own samples. You'll usually have to send your samples by post to be tested. You could wait up to a week to get the results.
You might be able to collect your own samples even if you see a nurse or doctor.
{% endblock %} {% block emergencyContent %} {% endblock%} {% block mutedCallout%} {% endblock%} {% block body_after %} {% endblock %}


| Recorded Crime Offences (Number) by Garda Station, Type of Offence and Year |
|||||||
|---|---|---|---|---|---|---|---|
| 2011 | 2012 | 2013 | 2014 | 2015 | 2016 | ||
| Cabinteely, D.M.R. Eastern Division | 03 ,Attempts/threats to murder, assaults, harassments and related offences | 49 | 47 | 60 | 84 | 75 | 59 |
| 06 ,Robbery, extortion and hijacking offences | 23 | 22 | 15 | 11 | 12 | 16 | |
| 07 ,Burglary and related offences | 207 | 244 | 258 | 354 | 427 | 356 | |
| 08 ,Theft and related offences | 391 | 434 | 389 | 514 | 515 | 355 | |
| See Background Notes |


There was an error with your title. Please try again.
There was an error with your start and end times. Please try again.


enum class
<future>
std::future_errc
Error conditions for future objects
This enum class
type defines the error conditions of the future category.
| future_errc label | int value | description |
| broken_promise | 0 | The promise object with which the future shares its shared state was destroyed before being set a value or an exception. |
| future_already_retrieved | 1 | A future object was already retrieved from this provider. |
| promise_already_satisfied | 2 | The promise object was already set a value or exception. |
| no_state | 3 | An operation attempted to access the shared state of an object with no shared state. |
All library implementations define at least the values above, but may provide additional values.
| future_errc label | int value | description |
| broken_promise | * | The promise object with which the future shares its shared state was destroyed before being set a value or an exception. |
| future_already_retrieved | * | A future object was already retrieved from this provider. |
| promise_already_satisfied | * | The promise object was already set a value or exception. |
| no_state | * | An operation attempted to access the shared state of an object with no shared state. |
* = A value different from zero (including
broken_promise). The particular values may vary according to library implementation, but these four values are guaranteed to exist and be distinct. Implementations may provide additional labels and values.
Values of the enum type future_errc may be used to create error_condition objects to be compared against the value returned by the code member of future_error.
Example
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
|
// std::future_errc example:
#include <iostream> // std::cerr
#include <future> // std::promise, std::future_error, std::future_errc
int main ()
{
std::promise<int> prom;
try {
prom.get_future();
prom.get_future(); // throws std::future_error with future_already_retrieved
}
catch (std::future_error& e) {
if (e.code() == std::make_error_condition(std::future_errc::future_already_retrieved))
std::cerr << "[future already retrieved]\n";
else std::cerr << "[unknown exception]\n";
}
return 0;
}
| |
Output (on stderr):
[future already retrieved]
|
See also
- errc
- Generic error conditions (enum class
)
- future_category
- Return future category (function
)


The [SuppliesData] attribute can be attached to data providers that provide multiple kinds of data, or the same data in multiple data scopes.
The [SuppliesData()] attribute has the following properties you can set.
Defines ab additional type of data that this data provider can provide. This must be either a C# class type, or an IList<T> type.
Specifies a scope name. When this is set, this data provider will only be considered as the supplier of data when the page element specifies that it needs data in this specific scope.
When the scope name is not set, this means that this data provider can provide this kind of data for all scopes. In this case this data provider will only be used if there are no scope specific data providers that match the request.
In the case where there are multiple data providers that can provide the data, the one that will be selected depends on what other data is required on the page, and the other types of data that each provider can provide.


A top-down view of the program structure is as follows:
V = [[4,10,0.0*2], [4,10,1.0*2], [4,10,2.0*2], [8,10,0.0*2], [8,10,1.0*2], [8,10,
2.0*2], [14,10,0.0*2], [14,10,1.0*2], [14,10,2.0*2], [8,7,0.0*2], [8,7,1.0*2],
[8,7,2.0*2], [14,7,0.0*2], [14,7,1.0*2], [14,7,2.0*2], [4,4,0.0*2], [4,4,1.0*2],
[4,4,2.0*2], [8,4,0.0*2], [8,4,1.0*2], [8,4,2.0*2], [14,4,0.0*2], [14,4,1.0*2],
[14,4,2.0*2]]
◇
Macro referenced in 4d.
CV = [[0,1,3,4,9,10,15,16,18,19],[1,2,4,5,10,11,16,17,19,20],[3,4,6,7,9,10,12,13
],[4,5,7,8,10,11,13,14],[9,10,12,13,18,19,21,22],[10,11,13,14,19,20,22,23]]
◇
Macro referenced in 4d.
FV = [[0,3,9,15,18],[1,4,10,16,19],[2,5,11,17,20],[3,6,9,12],[4,7,10,13],[5,8,
11,14],[9,12,18,21],[10,13,19,22],[11,14,20,23],[0,1,3,4],[0,1,15,16],[1,2,4,5],
[1,2,16,17],[3,4,6,7],[3,4,9,10],[4,5,7,8],[4,5,10,11],[6,7,12,13],[7,8,13,14],
[9,10,12,13],[9,10,18,19],[10,11,13,14],[10,11,19,20],[12,13,21,22],[13,14,22,23
],[15,16,18,19],[16,17,19,20],[18,19,21,22],[19,20,22,23]]
◇
Macro referenced in 4d.
EV = [[0,3],[0,15],[1,4],[1,16],[2,5],[2,17],[3,6],[3,9],[4,7],[4,10],[5,8],[5,
11],[6,12],[7,13],[8,14],[9,12],[9,18],[10,13],[10,19],[11,14],[11,20],[12,21],
[13,22],[14,23],[15,18],[16,19],[17,20],[18,21],[19,22],[20,23],[0,1],[1,2],[3,
4],[4,5],[6,7],[7,8],[9,10],[10,11],[12,13],[13,14],[15,16],[16,17],[18,19],[19,
20],[21,22],[22,23]]
◇
Macro referenced in 4d.
simplices = pivotSimplices(V,CV,d=3)
VIEW(STRUCT([
MKPOL([V,AA(AA(lambda k : k+1))(simplices),[]]),
STRUCT(MKPOLS((V,EV)))
]))
print"\nsimplexOrientations(simplices) =", simplexOrientations(V,simplices),"\n"
◇
Macro referenced in 4d.


Regress network responses (both directed and undirected) onto covariates of interest that may be actor-, relation-, or network-valued. In addition, compute principled variance estimates of the coefficients assuming that the errors are jointly exchangeable. Missing data is accommodated. Additionally implements building and inversion of covariance matrices under joint exchangeability, and generates random covariance matrices from this class. For more detail on methods, see Marrs, Fosdick, and McCormick (2017) <arXiv:1701.05530>.
| Version: | 1.0.1 |
| Depends: | R (≥ 3.3.0) |
| Imports: | Matrix, stats, graphics, utils |
| Suggests: | knitr, knitcitations |
| Published: | 2018-08-01 |
| Author: | Frank W. Marrs [aut, cre], Bailey K. Fosdick [aut], Tyler H. McCormick [aut] |
| Maintainer: | Frank W. Marrs <frank.marrs at colostate.edu> |
| License: | MIT + file LICENSE |
| NeedsCompilation: | no |
| CRAN checks: | netregR results |
| Reference manual: | netregR.pdf |
| Vignettes: |
Regression with Network Response |
| Package source: | netregR_1.0.1.tar.gz |
| Windows binaries: | r-devel: netregR_1.0.1.zip, r-release: netregR_1.0.1.zip, r-oldrel: netregR_1.0.1.zip |
| OS X binaries: | r-release: netregR_1.0.1.tgz, r-oldrel: netregR_1.0.1.tgz |
| Old sources: | netregR archive |
Please use the canonical form https://CRAN.R-project.org/package=netregR to link to this page.