Information
Welcome to University of Richmond CSSA! We are excited to share with you information about our team, activities, and many useful resources and information for incoming and returning students alike. We hope you find our site helpful in assisting your journey at UR.
Resources
Welcome to University of Richmond! URCSSA gathered all kinds of information that will make your life here in Richmond easier. Here's some of them. Hope you find them useful.
New Spiders Website - Official site for all new University of Richmond Spiders. Offers detailed instructions and checklists on what to do to get ready for school.
University Registrar - Inquiries, overrides, calendars, grading and other policies.
Student Housing - Housing Office of University of Richmond, for your on campus Housing related questions.
Center for Student Involvement - Information on ways to be involved on campus.
CSSA New Student Handbook - We have prepared a guide to new students on arriving at, adjusting to, and living at University of Richmond. [Chinese only]
Frequently Asked Questions
Contents (click on the item to jump to a section)
How do I join URCSSA?
If you want to become a member, please come to our table during SpiderFest,
held at the beginning of each semester (2016’s is on September 1).
SpiderFest is the premier fall kickoff event where you can enjoy a lot of fun
activities and learn about over 100 student organizations on campus. (Learn more:
SpiderFest)
If you want to join our executive team and engage in event planning or management, please keep an eye on our official accounts in WeChat as well as our website for positions. Please feel free to contact us through email for any questions or concerns.
What kind of activities should I expect from URCSSA?
We normally hold parties to celebrate Chinese holidays such as the Mid-Autumn Festival and the Spring Festival. Other fun activities like UR basketball tournament and Voice of Virginia are awaiting you! This year, our New Student Welcome Party will be held on Saturday, September 17 in Keller Hall Reception Room. Save the date, come join us and have fun!
What furniture is provided in the student dorm room?
The University provides a regular twin-size bed, a desk, a chair, a chest for each person, and one shared floor bookcase. For more go to Student Housing.
Do the rooms have a microwave and fridge?
No. But a combo of microwave and fridge is available for rent. Contact Dorms Direct (unaffiliated with UR or CSSA) online at www.dormsdirect.com or by phone at<PHONE_NUMBER> for rental information. You may also bring a small refrigerator (4.1 cubic feet) and/or a microwave for heating.
How does the mean plan work?
Meal plan participation is required as part of on campus housing agreement. For most residence halls, students can choose Spider Unlimited, which includes unlimited meals at Heilman Dining Center and $760 Dining dollars per semester. This meal plan will include 2 guest meal and the dining dollors only roll over within the academic year. Student can also upgrade to Spider Plus Unlimited, which have $1060 dining dollar and unlimited meal.
How do I get to the banks near school?
There are several banks near campus: including BB&T and Bank of America (BOA). Usually there will be BB&T staff coming to UR and tabling at the Commons at the beginning of each school year. But students may need to use other transportation to go to BOA. There is Uber and shuttles on campus that will help you to get there.
Is storage available on campus in summer?
Unfortunately, summer storage is not available on campus during the summer, but you can contact storage company for storage unit, truck rentals and other packing supplies (extra space storage, mini price storage, SpaceMart Self Storage, U-haul, etc.).
About Us
Who we are
The Chinese Students and Scholars Association (CSSA) is a student organization at University of Richmond. Our operations are led by an executive council of a President, two Vice-Presidents, a Treasurer, and a Secretary. We also have a group of staff members who dedicate their time and effort to the operations of the CSSA.
What we do
We promote diversity on campus, provide and create opportunities, and facilitate information and cultural exchanges between China and the UR community. We organize events and activities for celebration of cultural festivals. We participate in UR events. We also co-sponsor and co-organize events with other student organizations.
In the past, our events have included an annual Chinese New Year Gala, Mid-Autumn Festival Celebration, and collaborative events with organizations such as Asian Echo and International Club.
How you can participate
We welcome everyone who is interested to join us at our events. We design many of our events with a particular emphasis on China and its traditional and popular culture, and we hope they can offer an opportunity for authentic cultural exchange and experience for anyone interested. You can enjoy our activities simply by spreading the words and being there.
We also have various opportunities for those of you who may wish to work with us to plan events, manage correspondence, or otherwise become involved in the operations of the CSSA. If you are interested in helping out, please contact us for more details.
Our Mission
To promote diversity, provide opportunities and benefit UR students by facilitating the exchange of information between China and the UR community.
Our Vision
We regularly organize social activities, conduct seminars and symposiums, and promote Chinese culture through media such as arts, music, and sports. We also seek opportunities to coorperate with other student organizations on campus and organize formal, large‐scale events.
Click here to review our BylawMeet Our Team
President
Zhixiang Wang 18'
Vice Presidents
Xinyu Zheng 18'
VP of Event Planning
Minru Zhao 19'
VP of Public Relations
Kaiwen Chen 18'
VP of Technology
Treasurer
Jieyi Ding 19'
Event Planning Coordinators
Zihan Hu 19'
Event Planing Asst
Ying Wu 19'
Event Planing Asst
Wen Ren 20'
Event Planing Asst
Xinyi Wen 19'
Administrative Asst
Devin Chen 20'
Administrative Asst
Public Relations Coordinators
Zehao Dong 19'
Fundraising Coord
Guohao Su 19'
Fundraising Coord
Xiaojia Liu 20'
Fundraising Coord
Shuchang Yang 19'
Social Media Coord
Luyao Peng 19'
Social Media Coord
Zi Lu 18'
Social Media Coord
Xinqi Mai 20'
Graphical Designer
Technology Specialists
Guanlin He 19'
Web Engineer
Yunwen Wan 19'
Web Engineer
Yuhe Zhu 20'
Web Engineer
He Pan 20'
Design Engineer
Yibo Wang 18'
Photographer


{% extends './expandingpanel.html' %} {% block PanelContent %}
| Parameter Name | Purpose | Requirement | Value |
|---|---|---|---|
| ModalID | The unique ID for the component, used by javascript to select component from other components on the page | Required | String - Alphanumeric. As it is an ID, it must be unique to the component. |
| Function Parameter | Purpose | Data |
|---|---|---|
| 1 | Title of the modular alert | String - Alphanumeric Text |
| 2 | Alert text of the modular alert. The body of the modular alert | String - Alphanumeric Text |
| 3 | The type of icon displayed in the modular alert |
Number:
1 - Alert 2 - Warning 3 - Info Default value: Warning |
| Example - modular alert component on this page | ||
| showModularAlert('Timeout Save', 'Inactive for 10 minutes, in 2 minutes time your event will be saved as a draft', 1) | ||
| Notes | ||
|
The modular alert is a typeof modal component. The modal component requires a modalID to enable the functionality of showing the modal (the modular alert component). Therefore when including the modular alert component within your template you must use the following django tag structure:
{{"{% include 'pathToComponentTemplate' with modalID=value %}"}} |
| Parameter Name | Purpose | Requirement | Value |
|---|---|---|---|
| ModalID | The unique ID for the component, used by javascript to select component from other components on the page | Required | String - Alphanumeric. As it is an ID, it must be unique to the component. |
| Function Parameter | Purpose | Data |
|---|---|---|
| 1 | Title of the modular alert | String - Alphanumeric Text |
| 2 | Alert text of the modular alert. The body of the modular alert | String - Alphanumeric Text |
| 3 | The type of icon displayed in the modular alert |
Number:
1 - Alert 2 - Warning 3 - Info [Default value]: Warning |
| Example - modular alert component on this page | ||
| showModularAlert('Timeout Save', 'Inactive for 10 minutes, in 2 minutes time your event will be saved as a draft', 1) | ||
| Notes | ||
|
The modular alert is a typeof modal component. The modal component requires a modalID to enable the functionality of showing the modal (the modular alert component). Therefore when including the modular alert component within your template you must use the following django tag structure:
{{"{% include 'pathToComponentTemplate' with modalID=value %}"}} |
| Parameter Name | Purpose | Requirement | Value |
|---|---|---|---|
| PanelID | The unique ID for the component, used by javascript to select component from other components on the page | Required | String - Alphanumeric. As it is an ID, it must be unique to the component. |
| Direction | Controls which direction the sliding panel should appear from | Optional |
String (enum) -
Left - Appears from the left Right - Appears from the right [default] - Default behaviour is to appear from the right. e.g unspecified direction or value not equal to allowed options. |
| Example - Accessibility Panel component on this page | ||
|---|---|---|
| citizenSciencePlatform_slidingpanelfunctions.OpenPanel('accessibilitypannel')" | ||
| Notes | ||
|
The modular alert is a typeof modal component. The modal component requires a modalID to enable the functionality of showing the modal (the modular alert component). Therefore when including the modular alert component within your template you must use the following django tag structure:
{{"{% include 'pathToComponentTemplate' with modalID=value %}"}} |


{% include "_includes/_article-header.html" with {'currentNav':'singleArticle'} %} {{entry.subTitle}} {{ entry.body }}


Kakuro Class Reference
[Scripts for problems]
Inherits Example.
Detailed Description
Example: KakuroAnother puzzle in the style of Sudoku.
Definition at line 512 of file kakuro.cc.
Kakuro specifications | |
| Each specification starts with two integers for width and height, followed by entries for vertical constraints, an integer -1 (signalling the end of the vertical constraints), entries for the horizontal constraints, and, finally, an integer -1. Each entry consists of four integers:
The example are taken from the website of Nikoli (from the free section). Thanks to Nikoli for their great puzzles and their brilliant website: www.nikoli.com. | |
| const int | k0 [] |
| const int | k1 [] |
| const int | k2 [] |
| const int | k3 [] |
| const int | k4 [] |
| const int | k5 [] |
| const int | k6 [] |
| const int | k7 [] |
| const int | k8 [] |
| const int | k9 [] |
Public Types | |
| enum | { PROP_DFA, PROP_TUPLE_SET } |
| Propagation variants. More... | |
| enum | { MODEL_DECOMPOSE, MODEL_COMBINE } |
| Model variants. More... | |
Public Member Functions | |
| IntVar & | b (int x, int y) |
| Access the field at position x, y. | |
| void | init (int x, int y) |
| Init the field at position x, y if necessary. | |
| template<class Data> | |
| void | distinctlinear (Cache< Data > &dc, const IntVarArgs &x, int c, const SizeOptions &opt) |
| Post a distinct-linear constraint on variables x with sum c. | |
| Kakuro (const SizeOptions &opt) | |
| The actual problem. | |
| Kakuro (bool share, Kakuro &s) | |
| Constructor for cloning s. | |
| virtual Space * | copy (bool share) |
| Perform copying during cloning. | |
| virtual void | print (std::ostream &os) |
| Print solution. | |
Protected Attributes | |
| const int | w |
| Width of board. | |
| const int | h |
| Height of board. | |
| IntVarArray | _b |
| Variables for board. | |
Related Functions | |
| (Note that these are not member functions.) | |
| const int * | examples [] |
| Array of all examples. | |
| template<class C> | |
| C | generate (int n, int c) |
| Generate specification for n distinct variables withm sum c. |
Member Enumeration Documentation
| anonymous enum |
| anonymous enum |
Constructor & Destructor Documentation
| Kakuro::Kakuro | ( | const SizeOptions & | opt | ) | [inline] |
| Kakuro::Kakuro | ( | bool | share, | |
| Kakuro & | s | |||
| ) | [inline] |
Member Function Documentation
| IntVar& Kakuro::b | ( | int | x, | |
| int | y | |||
| ) | [inline] |
| void Kakuro::init | ( | int | x, | |
| int | y | |||
| ) | [inline] |
template<class Data>
| void Kakuro::distinctlinear | ( | Cache< Data > & | dc, | |
| const IntVarArgs & | x, | |||
| int | c, | |||
| const SizeOptions & | opt | |||
| ) | [inline] |
| virtual Space* Kakuro::copy | ( | bool | share | ) | [inline, virtual] |
| virtual void Kakuro::print | ( | std::ostream & | os | ) | [inline, virtual] |
Friends And Related Function Documentation
const int k0[] [related] |
Initial value:
{ 12,10, 2, 0, 5,16, 3, 0, 2, 4, 5, 0, 3, 6, 6, 0, 2, 4, 7, 0, 5,15, 10, 0, 3, 6, 11, 0, 3, 7, 1, 1, 3, 7, 9, 1, 5,16, 4, 2, 2, 5, 8, 2, 2, 3, 3, 3, 5,16, 6, 3, 3, 8, 5, 4, 5,15, 10, 4, 5,15, 4, 5, 2, 3, 8, 5, 2, 4, 11, 5, 3, 7, 1, 6, 3, 6, 2, 6, 3, 7, 7, 6, 3, 7, 6, 7, 2, 3, 9, 7, 2, 4, -1, 1, 1, 2, 7, 4, 1, 3, 9, 9, 1, 2, 4, 0, 2, 3, 7, 4, 2, 3, 7, 8, 2, 3, 6, 0, 3, 2, 3, 3, 3, 2, 4, 6, 3, 5,16, 0, 4, 4,10, 5, 4, 4,10, 1, 5, 2,10, 4, 5, 3, 6, 8, 5, 2, 5, 2, 6, 4,10, 7, 6, 4,12, 0, 7, 5,16, 6, 7, 2, 4, 9, 7, 2, 4, 0, 8, 3, 7, 4, 8, 3, 8, 8, 8, 3, 6, 0, 9, 2, 3, 4, 9, 3, 7, 8, 9, 2, 3, -1 }
const int k1[] [related] |
Initial value:
{ 12,10, 1, 0, 2, 4, 2, 0, 5,15, 5, 0, 5,18, 6, 0, 2,12, 7, 0, 3, 8, 10, 0, 3,24, 11, 0, 3,23, 3, 1, 2, 7, 9, 1, 3,24, 4, 2, 5,16, 8, 2, 5,35, 1, 3, 2,12, 6, 3, 3,17, 7, 4, 5,34, 10, 4, 5,34, 11, 4, 2,16, 3, 5, 3, 6, 1, 6, 3, 7, 2, 6, 3, 6, 5, 6, 3,23, 9, 6, 2,10, 6, 7, 2,14, 11, 7, 2,10, -1, 0, 1, 2, 3, 4, 1, 3,15, 9, 1, 2,16, 0, 2, 3, 6, 4, 2, 3, 7, 8, 2, 3,24, 1, 3, 4,11, 6, 3, 5,34, 0, 4, 2,14, 3, 4, 3,23, 7, 4, 2,14, 0, 5, 2, 7, 3, 5, 5,15, 9, 5, 2,17, 2, 6, 2, 6, 5, 6, 3,23, 9, 6, 2,13, 0, 7, 5,16, 6, 7, 4,30, 0, 8, 3, 6, 4, 8, 3,23, 8, 8, 3, 7, 0, 9, 2, 4, 4, 9, 3,24, 9, 9, 2,17, -1 }
const int k2[] [related] |
Initial value:
{ 12,10, 2, 0, 5,15, 3, 0, 2, 3, 7, 0, 3, 7, 8, 0, 4,23, 9, 0, 2,12, 10, 0, 3,20, 11, 0, 3, 9, 4, 1, 3, 7, 5, 1, 4,10, 1, 2, 3, 6, 6, 2, 5,15, 9, 3, 2,16, 3, 4, 2, 3, 7, 4, 4,13, 10, 4, 5,35, 11, 4, 3,23, 4, 5, 4,11, 8, 5, 3,23, 1, 6, 3,23, 2, 6, 3,14, 5, 6, 3,11, 3, 7, 2,13, 9, 7, 2,17, -1, 1, 1, 2, 4, 6, 1, 5,15, 1, 2, 4,11, 6, 2, 5,34, 0, 3, 2, 3, 3, 3, 5,15, 9, 3, 2,10, 0, 4, 2, 4, 3, 4, 3, 6, 7, 4, 2,17, 0, 5, 3, 7, 4, 5, 3, 8, 8, 5, 3,18, 2, 6, 2, 3, 5, 6, 3,11, 9, 6, 2,16, 0, 7, 2,16, 3, 7, 5,16, 9, 7, 2,17, 0, 8, 5,16, 6, 8, 4,30, 0, 9, 5,35, 8, 9, 2,17, -1 }
const int k3[] [related] |
Initial value:
{ 12,10, 3, 0, 3, 7, 4, 0, 6,21, 7, 0, 4,29, 8, 0, 2,17, 10, 0, 4,29, 11, 0, 3,23, 2, 1, 3, 6, 6, 1, 2,16, 9, 1, 4,14, 1, 2, 2, 4, 5, 2, 2, 3, 8, 3, 6,22, 3, 4, 4,10, 2, 5, 4,11, 5, 5, 4,10, 7, 5, 2,10, 10, 5, 3,24, 11, 5, 2,16, 1, 6, 3, 7, 6, 6, 2, 9, 9, 6, 3,23, 4, 7, 2, 4, -1, 2, 1, 2, 4, 6, 1, 2,17, 9, 1, 2,16, 1, 2, 3, 6, 5, 2, 6,39, 0, 3, 7,28, 8, 3, 3,24, 0, 4, 2, 3, 3, 4, 2, 3, 6, 4, 4,20, 2, 5, 2, 9, 7, 5, 2, 4, 1, 6, 4,10, 6, 6, 2, 3, 9, 6, 2,16, 0, 7, 3, 6, 4, 7, 7,42, 0, 8, 6,21, 7, 8, 3,21, 0, 9, 2, 4, 3, 9, 2, 3, 7, 9, 2,16, -1 }
const int k4[] [related] |
Initial value:
{ 20,12, 3, 0, 3,21, 4, 0, 2, 4, 5, 0, 4,11, 8, 0, 2, 8, 9, 0, 3, 7, 11, 0, 2, 3, 12, 0, 3, 6, 15, 0, 6,39, 16, 0, 2, 3, 17, 0, 3,23, 2, 1, 5,15, 6, 1, 4,10, 10, 1, 4,11, 14, 1, 4,11, 18, 1, 3, 6, 1, 2, 3,24, 7, 2, 4,14, 13, 2, 2,10, 19, 2, 2,16, 4, 3, 5,18, 8, 3, 4,10, 11, 3, 4,12, 16, 3, 5,33, 3, 4, 3,23, 9, 4, 4,29, 12, 4, 4,30, 17, 4, 3,18, 5, 5, 6,38, 13, 5, 4,29, 18, 5, 5,15, 6, 6, 4,25, 10, 6, 4,12, 14, 6, 4,28, 19, 6, 3,21, 1, 7, 2, 4, 2, 7, 3, 7, 7, 7, 2, 7, 15, 7, 4,11, 3, 8, 3,19, 8, 8, 3,24, 11, 8, 3, 7, 17, 8, 3, 6, 4, 9, 2,16, 9, 9, 2,16, 12, 9, 2,17, 16, 9, 2, 5, -1, 2, 1, 3, 7, 7, 1, 2, 4, 10, 1, 2, 4, 14, 1, 3,19, 1, 2, 5,18, 7, 2, 5,15, 13, 2, 5,16, 0, 3, 3,21, 4, 3, 3, 6, 8, 3, 2, 3, 11, 3, 4,11, 16, 3, 3,20, 0, 4, 2,14, 3, 4, 5,15, 9, 4, 2, 3, 12, 4, 4,29, 17, 4, 2, 8, 0, 5, 4,27, 5, 5, 7,42, 13, 5, 4,12, 1, 6, 4,12, 6, 6, 3, 8, 10, 6, 3,20, 14, 6, 4,29, 2, 7, 4,28, 7, 7, 7,28, 15, 7, 4,28, 0, 8, 2, 3, 3, 8, 4,11, 8, 8, 2,10, 11, 8, 5,35, 17, 8, 2,10, 0, 9, 3, 6, 4, 9, 4,30, 9, 9, 2, 3, 12, 9, 3,19, 16, 9, 3, 7, 1,10, 5,34, 7,10, 5,34, 13,10, 5,17, 2,11, 3,23, 7,11, 2,17, 10,11, 2,10, 14,11, 3, 6, -1 }
const int* examples[] [related] |
Generate specification for n distinct variables withm sum c.
Generate tuple set for n distinct variables with sum c.
Generate DFA for n distinct variables with sum c.
This function should be specialised for any type of specification.
Member Data Documentation
IntVarArray Kakuro::_b [protected] |
The documentation for this class was generated from the following file:
- examples/kakuro.cc (Revision: 5572)


|
Figure 1
|
Rietveld refinement profile of the powder XRD data for LCSO: ... |
|
Figure 2
|
Lattice volume changes before and after N 3– doping of each ... |
|
Figure 3
|
Atomic intensity and concentration versus sputter depth of L ... |
|
Figure 4
|
Fourier-transform infrared (FT-IR) spectra of the Li 2MSiO 4 ... |
|
Figure 5
|
Gaussian-fitted IR bands of LSSO (a) and LSSON (b) between 1 ... |
|
Figure 6
|
Si 2p and N 1s binding energies of SiO 2, α-Si 3N 4, LSSO, a ... |
|
Figure 7
|
PL spectra of Li 2MSiO 4:Eu (M = Ca, Sr, and Ba) compound be ... |
|
Figure 8
|
Local structures of Li 2MSiO 4:Eu (M = Ca, Sr, and Ba) with ... |
|
Figure 9
|
Diffuse reflectance spectra of LCSO:Eu (a), LSSO:Eu (b), and ... |
|
Figure 10
|
Band gap energies determined using the Kubelka–Munk transfor ... |
|
Figure 11
|
Williamson–Hall plots of LCSO:Eu, LSSO:Eu, and LBSO:Eu befor ... |
|
Figure 12
|
Photoluminescence of LEDs in the Li 2MSiO 4:Eu (M = Ca, Sr, ... |
|
Figure 13
|
CIE chromaticities of LCSON:Eu, LSSON:Eu, LBSON:Eu, and the ... |


CCONJ
: coordinating conjunction
Definition
A coordinating conjunction is a word that links words or larger constituents without syntactically subordinating one to the other and expresses a semantic relationship between them.
Examples
- og “and”
- eller “or”
- men “but”
Treebank Statistics (UD_Danish)
There are 7 CCONJ
lemmas (0%), 7 CCONJ
types (0%) and 3059 CCONJ
tokens (3%).
Out of 17 observed tags, the rank of CCONJ
is: 15 in number of lemmas, 15 in number of types and 11 in number of tokens.
The 10 most frequent CCONJ
lemmas: og, men, eller, for, samt, &, jamen
The 10 most frequent CCONJ
types: og, men, eller, for, samt, &, jamen
The 10 most frequent ambiguous lemmas: og (CCONJ 2299, X 1), for (ADP 893, ADV 58, CCONJ 48, X 1)
The 10 most frequent ambiguous types: og (CCONJ 2152, X 1), for (ADP 865, ADV 57, CCONJ 32, VERB 1, X 1)
- og
- for
- ADP 865: ” Vi fralægger os ethvert ansvar for mordene .
- ADV 57: Tænk , at jeg skulle ende som manden , der vidste for meget !
- CCONJ 32: Og det håber vi så på , for vi vil jo så gerne have et , helst to børn .
- VERB 1: En let rødme for op i den unge kvindes kinder .
- X 1: Samtidig foreslår man at skære værnepligt-tiden ned med ca. én måned , samtidig med , at der på kort sigt ( frem til 1996 ) nyinvesteres i materiel for for ca. 5 mia. kr. .
Morphology
The form / lemma ratio of CCONJ
is 1.000000 (the average of all parts of speech is 1.349187).
The 1st highest number of forms (1) was observed with the lemma “&”: &.
The 2nd highest number of forms (1) was observed with the lemma “eller”: eller.
The 3rd highest number of forms (1) was observed with the lemma “for”: for.
CCONJ
does not occur with any features.
Relations
CCONJ
nodes are attached to their parents using 7 different relations: da-dep/cc (2799; 92% instances), da-dep/dep (226; 7% instances), da-dep/root (25; 1% instances), da-dep/ccomp (4; 0% instances), da-dep/conj (3; 0% instances), da-dep/fixed (1; 0% instances), da-dep/obj (1; 0% instances)
Parents of CCONJ
nodes belong to 12 different parts of speech: VERB (1377; 45% instances), NOUN (938; 31% instances), ADJ (330; 11% instances), PROPN (184; 6% instances), ADV (91; 3% instances), ADP (59; 2% instances), PRON (31; 1% instances), ROOT (25; 1% instances), X (12; 0% instances), NUM (6; 0% instances), INTJ (4; 0% instances), PART (2; 0% instances)
3034 (99%) CCONJ
nodes are leaves.
1 (0%) CCONJ
nodes have one child.
12 (0%) CCONJ
nodes have two children.
12 (0%) CCONJ
nodes have three or more children.
The highest child degree of a CCONJ
node is 5.
Children of CCONJ
nodes are attached using 8 different relations: da-dep/punct (30; 45% instances), da-dep/dep (14; 21% instances), da-dep/mark (6; 9% instances), da-dep/advmod (5; 7% instances), da-dep/amod (5; 7% instances), da-dep/conj (4; 6% instances), da-dep/case (2; 3% instances), da-dep/acl:relcl (1; 1% instances)
Children of CCONJ
nodes belong to 7 different parts of speech: PUNCT (30; 45% instances), VERB (21; 31% instances), SCONJ (6; 9% instances), ADJ (5; 7% instances), ADP (2; 3% instances), ADV (2; 3% instances), INTJ (1; 1% instances)
CCONJ in other languages: [u]


HelloBooks
menu
REGISTER
LOGIN
HelloBooks
REGISTER
LOGIN
Read, think & Innovate
Register
Login
Forgot Password
Google+
Or
Register
Keep me logged in
Login
Reset Password


This was the land the early civilizations tamed
Amazing ancient Egyptian structures
Magnificent Egyptian aristocratic tombs
A memorial temple of Pharaoh Ramesses II
China's protective barrier against Huns
Settled by the Minoans
Archeological remains Minoan cities
Ancient temple of Athena Parthenos
Hellenistic sculpture of Nike
The once-important center of Roman life
Roman pinnacle of entertainment
Also known as the Sultan Ahmed mosque
Second holiest city of Islam
White marble mausoleum for Mumtaz Mahal
A holy destination in Islam


Long ago, thirsty souls were forced to travel countless miles to find worthy ales on tap in the village of Asheville. During this quaint era – the 20th century – these pub taverns were coveted by the masses.
But change was brewing in Buncombe County and the Craft Beer Revolution marked a new era of offerings. Now those pioneering pubs have been joined by a group of magical new breweries that serve special barley-and-hops elixirs to every lad and lady in the land.
And now, behold: Brewpon has been born. This long-sought resource brings our denizens of craft beer devotees together for a pint – whether at a local brewery, eatery or pub.


Provides an rxjs observable API layer over a key-value store, similar to a redux store but much simpler. Intended for use as an in-memory cache for entities requested over a network.
// Imagine our app deals with books
interface Book {
ISBN: string;
title: string;
author: string;
}
// And imagine we have a CRUD API over the network
interface RestAPI {
getBooks(): Promise<Book[]>;
getBook(isbn: string): Promise<Book>;
updateBook(book: Book): Promise<Book>;
deleteBook(isbn: string): Promise<Book>;
}
// we can define a store to help cache these books
// for reuse in multiple places
import { EntityStore } from "rx-entity-store";
const bookStoreConfig = {
key: "books", // a name for our store
idAccessor: (book) => book.ISBN, // use the ISBN as an ID
};
const bookStore = new EntityStore(bookStoreConfig);
// now we can use our store to cache them from within a global book service
class BookService {
private getBooksRequest?: Observable<Book[]>;
getBooks(refresh: boolean): Observable<Book[]> {
if (refresh) {
bookStore.setMany(RestAPI.getBooks());
}
return bookStore.getAll();
}
getBook(isbn: string): Observable<Book> {
return bookStore.getOrSet(isbn, () => RestAPI.getBooks());
}
updateBook(book: Book): Observable<Book> {
return bookStore.set(RestAPI.updateBook(book));
}
deleteBook(isbn: string): Observable<void> {
bookStore.delete(RestAPI.deleteBook(isbn));
}
}
// now we can consume book entities from elsewhere in the app
// and be sure we are getting the latest value
// without making redundant requests to the API
class BookSearchComponent {
this.book = this.isbnSearchInput.pipe(switchMap(bookService.getBook);
}
class BookDetailComponent {
this.book = bookService.getBook(this.isbn);
}
// other services or components can reuse the store to create, update or delete entities
// and all changes will be replayed to all observers.
npm ci # install deps
npm run test # run tests
Generated using TypeDoc


% include com/stdhead.html %>
<%- include('com/nav.html', {navClass: ''}) %>
Change your password
Old password
New password
« Back to account
Change password
<% include com/footer-light.html %> <% include com/stdjs.html %>


Before Change
axes = _get_axes_excluding(len(x.shape), [channel_axis, ] + batch_axis)
if output_stat:
out, mean, std = tensor_normalization(x, axes, eps, output_stat)
return out * gamma + beta, mean, std
After Change
assert beta.shape[channel_axis] == adapt_shape[channel_axis],\
"channel size of beta: {} != channel size of x ({}).".format(beta.shape[channel_axis],
adapt_shape[channel_axis])
beta = broadcast(beta, shape=adapt_shape)
if gamma is not None and gamma.shape != adapt_shape:
assert gamma.shape[channel_axis] == adapt_shape[channel_axis], \
"channel size of gamma: {} != channel size of x ({}).".format(gamma.shape[channel_axis],


Methods related to Hertz contact theory
tribology_hertz.
ahertz
(r_eff, r_eff_x, r_eff_y, e_eff, force)[source]¶Calculate Hertzian contact area half-axis :param r_eff: effective radius of contact bodies :param r_eff_x: effective radius in x direction :param r_eff_y: effective radius in y direction :param e_eff: effective modulus :param force: normal load :return: half axes and total area
tribology_hertz.
__auxparamshertz
(r_eff_x, r_eff_y)[source]¶Calculate Hertz parameters required for contact area/pressure calculations :param r_eff_x: effective radius in x direction :param r_eff_y: effective radius in y direction :return: dimensionless Hertz parameters
tribology_hertz.
dhertz
(e_eff, r_x_1, r_y_1, r_x_2, r_y_2, force)[source]¶Elastic displacement in normal direction for arbitrary bodies according to hertz contact theory :param e_eff: effective young’s modulus in MPa :param r_x_1: radius body 1 in x direction in mm :param r_y_1: radius body 1 in y direction in mm :param r_x_2: radius body 2 in x direction in mm :param r_y_2: radius body 2 in y direction in mm :param force: normal force in N :return: combined normal displacement in mm
tribology_hertz.
fhertz
(r_eff, r_eff_x, r_eff_y, e_eff, p_critical)[source]¶Calculate load carrying capacity of Hertzian contact :param r_eff: effective radius of contact bodies :param r_eff_x: effective radius in x direction :param r_eff_y: effective radius in y direction :param e_eff: effective modulus :param p_critical: critical mean contact pressure :return: critical normal force
tribology_hertz.
phertz
(r_eff, r_eff_x, r_eff_y, e_eff, force)[source]¶Calculate mean contact pressure in Hertzian contact :param r_eff: effective radius of contact bodies :param r_eff_x: effective radius in x direction :param r_eff_y: effective radius in y direction :param e_eff: effective modulus :param force: normal force :return: mean contact pressure


|
| | Builder (TNumberFieldBase component) |
| |
| virtual TBuilder | EmptyNumber (double emptyNumber) |
| | The fields null value. More...
|
| |
| virtual TBuilder | Number (double number) |
| | The Number (double) to initialize this field with. More...
|
| |
| virtual TBuilder | ConstrainEmptyValue (bool constrainEmptyValue) |
| | If true then EmptyValue will be constrained by MinValue More...
|
| |
| virtual TBuilder | AllowExponential (bool allowExponential) |
| | Set to false to disallow Exponential number notation (defaults to true). More...
|
| |
| virtual TBuilder | AllowDecimals (bool allowDecimals) |
| | False to disallow decimal values (defaults to true). More...
|
| |
| virtual TBuilder | AutoStripChars (bool autoStripChars) |
| | True to automatically strip not allowed characters from the field. Defaults to false More...
|
| |
| virtual TBuilder | BaseChars (string baseChars) |
| | The base set of characters to evaluate as valid numbers (defaults to '0123456789'). More...
|
| |
| virtual TBuilder | DecimalPrecision (int decimalPrecision) |
| | The maximum precision to display after the decimal separator (defaults to 2). More...
|
| |
| virtual TBuilder | DecimalSeparator (string decimalSeparator) |
| | Character(s) to allow as the decimal separator (defaults to '.'). More...
|
| |
| virtual TBuilder | MaxText (string maxText) |
| | Error text to display if the maximum value validation fails (defaults to 'The maximum value for this field is {0}'). More...
|
| |
| virtual TBuilder | MaxValue (Double maxValue) |
| | The maximum allowed value (defaults to Number.MAX_VALUE). Will be used by the field's validation logic, and for enabling/disabling the up spinner button. More...
|
| |
| virtual TBuilder | MinText (string minText) |
| | Error text to display if the minimum value validation fails (defaults to 'The minimum value for this field is {0}'). More...
|
| |
| virtual TBuilder | MinValue (Double minValue) |
| | The minimum allowed value (defaults to Number.NEGATIVE_INFINITY). Will be used by the field's validation logic, and for enabling/disabling the down spinner button. More...
|
| |
| virtual TBuilder | NanText (string nanText) |
| | Error text to display if the value is not a valid number. For example, this can happen if a valid character like '.' or '-' is left in the field with no number (defaults to '{0} is not a valid number'). More...
|
| |
| virtual TBuilder | NegativeText (string negativeText) |
| | Error text to display if the value is negative and minValue is set to 0. This is used instead of the minText in that circumstance only. Defaults to: "The value cannot be negative" More...
|
| |
| virtual TBuilder | Step (double step) |
| | Specifies a numeric interval by which the field's value will be incremented or decremented when the user invokes the spinner. Defaults to 1. More...
|
| |
| virtual TBuilder | TrimTrailedZeros (bool trimTrailedZeros) |
| | False to disallow trim trailed zeros. More...
|
| |
| virtual TBuilder | SubmitLocaleSeparator (bool submitLocaleSeparator) |
| | False to ensure that the getSubmitValue method strips always uses . as the separator, regardless of the decimalSeparator configuration. Defaults to: true More...
|
| |
| | Builder (TSpinnerFieldBase component) |
| |
| virtual TBuilder | KeyNavEnabled (bool keyNavEnabled) |
| | Specifies whether the up and down arrow keys should trigger spinning up and down. Defaults to true. More...
|
| |
| virtual TBuilder | MouseWheelEnabled (bool mouseWheelEnabled) |
| | Specifies whether the mouse wheel should trigger spinning up and down while the field has focus. Defaults to true. More...
|
| |
| virtual TBuilder | SpinDownEnabled (bool spinDownEnabled) |
| | Specifies whether the down spinner button is enabled. Defaults to true. To change this after the component is created, use the setSpinDownEnabled method. More...
|
| |
| virtual TBuilder | SpinUpEnabled (bool spinUpEnabled) |
| | Specifies whether the up spinner button is enabled. Defaults to true. To change this after the component is created, use the setSpinUpEnabled method. More...
|
| |
| virtual TBuilder | SetSpinDownEnabled (bool enabled) |
| |
| virtual TBuilder | SetSpinUpEnabled (bool enabled) |
| |
| virtual TBuilder | SpinDown () |
| |
| virtual TBuilder | SpinUp () |
| |


Recently finished Computer Application Development(CO-OP) course from Conestoga College, I am excited to explore new technologies and implement them.
My passion for developing IT solutions starts on the day I got my first mobile. I've always been using various applications and websites for different purposes while wondering if I can modify or create websites or applications which can help me in my daily routine.
Eventually, I started with HTML and Javascript and created my first small website in school, allowing students like me to create a time-table for our daily classes.
In the process of developing that website, I realized that there is so much to learn to compete with the pace of the revolutions in technologies. So, after completion of my higher education, I decided to start my studies in IT and pursue my hobby as a career.
As a passionate forever-student, I am Looking for an opportunity to work as full-time software or web developer.


Welcome to Online Library. The online library contains a wide variety of books, research papers and magazines.
We thank our clients to stay connected with our online platform. We bring easily accessible resources to our clients, so they can manage their resources on our platform without any hassel. We are non-profiting organization. Feel free to donate us, Thank You. Here is a list of available features.


void setup() {
location = "CEMC 2016 - Summer Conference";
presenter = "Andrew Seidel";
}
Processing is a flexible software sketchbook and a language for learning how to code within the context of the visual arts. Since 2001, Processing has promoted software literacy within the visual arts and visual literacy within technology.
Processing is:
According to Google, the definition is:
"extremely large data sets that may be analyzed computationally to reveal patterns, trends, and associations, especially relating to human behavior and interactions."
Used as a culminating, it allows students to demonstrate their knowledge of the entire curriculum under a new environment. Students get their own individualized data, and due to the complexity of the task at hand, it alleviates any plagiarism cases.
As a culminating task, complete the following
Take your individualized data and create a program to visualize it in a non-standard way
Examples of student projects are attached
Go to Catherine's session tomorrow for some p5.js
Also, great tutorials for Processing and p5js are created by Daniel Shiffman on YouTube


| This inspection reports on any uses in JavaScript code of the non-short-circuit forms of boolean 'and' and 'or' ( & and | ). The non-short-circuit versions are occasionally useful, but their presence is often due to typos of the short-circuit forms ( && and || ), and may lead to subtle bugs. |
| Powered by InspectionJS |


The island of Vis is the most westerly of the islands belonging to Croatia. It is a quieter and less developed than most due to it being off limits to foreigners until 1989.
The port of Vis is at the head of the bay, Viska Luka and lies on the north eastern part of the island. It is the main ferry port.
Position 43°03.6'N, 16°11.8'E (port).
Port of Entry in summer only.
In winter, Split must be used.
The customs quay is marked by a flag and the police office is just across the road. The Harbour Master's office is opposite the ferry pier, next to the tourist office.
Last updated August 2011.
This is a port popular with Italian yachts, so an early arrival is advised to obtain a berth.
Berth stern-to on the SW side of the harbour. There is water and electricity on the quay. There are several bars and restaurants here.
If a quieter berth is preferred, moor to the quay at the village of Kut where shelter is better in a south westerly.
There are several anchorages in the outer bay but ensure your anchor penetrates the weed. Anchoring is not permitted in the inner bay.
Last updated March 2014.


{{ item.title }}
{{ item.title }}
Logout
{{item.title}}
Take mock tests
Analyze your performance
Improve your skills
Take mock tests that resembles exact pattern of the original tests.
Analyze your performance metrics ans see where you stand in the crowd.
We provide you all necessary resources to ace the placement.
Read what successful candidates have to say.
{{vm.feature.content}}
{{item.content}}
About Us
Contact Us
Blog
(+91)<PHONE_NUMBER>
<EMAIL_ADDRESS>Bengaluru, IN


It's out there...
The foundational software pattern on which UIs are built
Rails is server side MVC
there are many paths...
Focus on the model.
Plato's Cave
What is a color?
Color coordinates for humans
the degree to which a stimulus can be described as similar to or different from stimuli that are described as red, green, blue, and yellow
colorfulness of a color relative to its own brightness
the subjective brightness perception of a color for humans along a lightness–darkness axis.
The first social network for color values
A group of values with well understood relationships


Red Dead Online Event Schedule
The next Free-Roam Event is at (in ).
The next Role Event is at (in ).
All times are in your local time zone, according to your device's locale settings.
Note: Some event data may no longer be accurate since recent updates. If you see an event that is listed incorrectly, please click the "Submit correction" link next to the relevant event below. The form should be auto-filled with most of the necessary information, so you just need to complete it to let me know the correct event type/time. Thanks, it helps a lot!
Free-roam schedule
* Random events include Horseback Kills, Headshot Kills, Bow Kills, Longarm Kills, Sidearm Kills, Wild Animal Kills or Fishing
Role schedule
Built with ♥ for the RDR2 community by richardwestenra and updated by viniferreira. Contrast icon by Tawny Whatmore from the Noun Project


Reports
StringBuffer.toString()
or
StringBuilder.toString()
calls in string concatenations. Such calls are unnecessary when concatenating and can be removed, saving a method call and an object allocation, which may improve performance.


Go to the source code of this file.
Classes | |
| struct | SFlagValue |
| struct | SBscItem |
| item description that is passed in as an array. More... | |
| struct | SBscItemInfo |
| struct | SBscItemValue |
| structure that gets filled out when an item is parsed. More... | |
Enumerations | |
| enum | EBSCITEMTYPE { EIT_IDENT, EIT_PATH, EIT_NAMEDEXPR, EIT_NAMEDEXPRLIST, EIT_NAMEDFLAG, EIT_NAMEDFLAGLIST, EIT_NAMEDIDENTEXPR, EIT_NAMEDIDENTEXPRLIST, EIT_NAMEDPATH, EIT_NAMEDPATHLIST, EIT_NAMEDIDENTPATH, EIT_NAMEDIDENTPATHFLAGLIST, EIT_NAMEDIDENTPATHLIST, EIT_NAMEDIDENTPATHLISTFLAGLIST, EIT_NAMEDIDENTPAIR, EIT_NAMEDSTRING, EIT_COUNT } |
Functions | |
| bool | BscIsItem (SBscItemInfo *itemInfo, const SBscItem *items, unsigned int itemCount, const BscArrayTable *arrayTable, const BscVarTable *varTable, const SBscToken *tokens, unsigned int *tokensRead=0) |
| function declarations | |
| unsigned int | BscParseItem (SBscItemValue *value, const SBscItemInfo *itemInfo, const SBscItem *items, unsigned int itemCount, const BscArrayTable *arrayTable, const BscVarTable *varTable, const SBscToken *tokens) |
| bool | BscIsIdent (const SBscToken *tokens, unsigned int *tokensRead=0) |
| more specific parsing routines. | |
| unsigned int | BscParseIdent (tstring &ident, const SBscToken *tokens) |
| bool | BscIsPath (const SBscToken *tokens, unsigned int *tokensRead=0) |
| path parser. | |
| unsigned int | BscParsePath (UPath &path, const SBscToken *tokens) |
| bool | BscIsNamedExpr (const char *name, const SBscToken *tokens, const BscArrayTable &arrayTable, const BscVarTable &varTable, unsigned int *tokensRead=0) |
| named expression parser. | |
| unsigned int | BscParseNamedExpr (URef< UExprTerm > *expr, const char *name, const SBscToken *tokens, const BscArrayTable &arrayTable, const BscVarTable &varTable) |
| unsigned int | BscIsNamedExprList (const char *name, const SBscToken *tokens, const BscArrayTable &arrayTable, const BscVarTable &varTable, unsigned int *tokensRead=0) |
| returns the expression count. | |
| unsigned int | BscParseNamedExprList (URef< UExprTerm > *exprs, unsigned int maxExprCount, const char *name, const SBscToken *tokens, const BscArrayTable &arrayTable, const BscVarTable &varTable) |
| bool | BscIsNamedFlag (const char *name, const SBscToken *tokens, const SFlagValue *flagValues, unsigned int flagValueCount, unsigned int *tokensRead=0) |
| pass in a list of acceptible flags. BscParseNamedFlag will return the flag specified. | |
| unsigned int | BscParseNamedFlag (unsigned int &value, const char *name, const SBscToken *tokens, const SFlagValue *flagValues, unsigned int flagValueCount) |
| bool | BscIsNamedFlagList (const char *name, const SBscToken *tokens, const SFlagValue *flagValues, unsigned int flagValueCount, unsigned int *tokensRead=0) |
| named flag list parser. | |
| unsigned int | BscParseNamedFlagList (unsigned int &value, const char *name, const SBscToken *tokens, const SFlagValue *flagValues, unsigned int flagValueCount) |
| bool | BscIsNamedIdentExpr (const char *name, const SBscToken *tokens, const BscArrayTable &arrayTable, const BscVarTable &varTable, unsigned int *tokensRead=0) |
| will return the identifier and the expression specified. | |
| unsigned int | BscParseNamedIdentExpr (tstring &ident, URef< UExprTerm > *expr, const char *name, const SBscToken *tokens, const BscArrayTable &arrayTable, const BscVarTable &varTable) |
| unsigned int | BscIsNamedIdentExprList (const char *name, const SBscToken *tokens, const BscArrayTable &arrayTable, const BscVarTable &varTable, unsigned int *tokensRead=0) |
| returns the expression count. | |
| unsigned int | BscParseNamedIdentExprList (tstring &ident, URef< UExprTerm > *exprs, unsigned int maxExprCount, const char *name, const SBscToken *tokens, const BscArrayTable &arrayTable, const BscVarTable &varTable) |
| bool | BscIsNamedPath (const char *name, const SBscToken *tokens, unsigned int *tokensRead=0) |
| returns a path. | |
| unsigned int | BscParseNamedPath (UPath &path, const char *name, const SBscToken *tokens) |
| bool | BscIsNamedIdentPath (const char *name, const SBscToken *tokens, unsigned int *tokensRead=0) |
| returns a path and an identifier. | |
| unsigned int | BscParseNamedIdentPath (tstring &ident, UPath &path, const char *name, const SBscToken *tokens) |
| unsigned int | BscIsNamedIdentPathList (const char *name, const SBscToken *tokens, unsigned int *tokensRead=0) |
| returns paths and an identifier. | |
| unsigned int | BscParseNamedIdentPathList (tstring &ident, UPath *paths, unsigned int maxPathCount, const char *name, const SBscToken *tokens) |
| bool | BscIsNamedIdentPathFlagList (const char *name, const SBscToken *tokens, const SFlagValue *flagValues, unsigned int flagValueCount, unsigned int *tokensRead=0) |
| returns a path, an identifier, and flag values. | |
| unsigned int | BscParseNamedIdentPathFlagList (tstring &ident, UPath &path, unsigned int &flagValue, const char *name, const SBscToken *tokens, const SFlagValue *flagValues, unsigned int flagValueCount) |
| unsigned int | BscIsNamedIdentPathListFlagList (const char *name, const SBscToken *tokens, const SFlagValue *flagValues, unsigned int flagValueCount, unsigned int *tokensRead=0) |
| returns paths, an identifier, and flag values. | |
| unsigned int | BscParseNamedIdentPathListFlagList (tstring &ident, UPath *paths, unsigned int maxPathCount, unsigned int &flagValue, const char *name, const SBscToken *tokens, const SFlagValue *flagValues, unsigned int flagValueCount) |
| bool | BscIsNamedIdentPair (const char *name, const SBscToken *tokens, unsigned int *tokensRead=0) |
| returns two identifiers. | |
| unsigned int | BscParseNamedIdentPair (tstring &ident1, tstring &ident2, const char *name, const SBscToken *tokens) |
| unsigned int | BscIsNamedPathList (const char *name, const SBscToken *tokens, unsigned int *tokensRead=0) |
| returns a list of paths. | |
| unsigned int | BscParseNamedPathList (UPath *paths, unsigned int maxPathCount, const char *name, const SBscToken *tokens) |
| bool | BscIsNamedString (const char *name, const SBscToken *tokens, unsigned int *tokensRead=0) |
| returns a named string. | |
| unsigned int | BscParseNamedString (tstring &str, const char *name, const SBscToken *tokens) |
| enum EBSCITEMTYPE |
Definition at line 26 of file BscParseLib.h.
| bool BscIsIdent | ( | const SBscToken * | tokens, | |
| unsigned int * | tokensReadOut | |||
| ) |
| bool BscIsItem | ( | SBscItemInfo * | itemInfo, | |
| const SBscItem * | items, | |||
| unsigned int | itemCount, | |||
| const BscArrayTable * | arrayTable, | |||
| const BscVarTable * | varTable, | |||
| const SBscToken * | tokens, | |||
| unsigned int * | tokensRead | |||
| ) |
function declarations
NOTES: The return values for all of the BscParse methods is the number of tokens handled. High level parsing interface. Note that items will be matched in the order they are present in the array. This function will return on the first match found.
item info must not be null.
initialize to an invalid index.
go through the sorted items parse.
must not be NULL if this is a named flag!
must not be NULL if this is a flag list!
unrecognized item type!
Definition at line 58 of file BscParseLib.cpp.
| bool BscIsNamedExpr | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| const BscArrayTable & | arrayTable, | |||
| const BscVarTable & | varTable, | |||
| unsigned int * | tokensRead = 0 | |||
| ) |
| unsigned int BscIsNamedExprList | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| const BscArrayTable & | arrayTable, | |||
| const BscVarTable & | varTable, | |||
| unsigned int * | tokensReadOut | |||
| ) |
returns the expression count.
check to see if we have an name, followed by an equal sign, followed by expressions, separated by commas.
check all subsequent paths making sure they're paths.
read and pass the identifier.
got another expression!
pass the comma.
not a comma, so break.
return the expression count.
Definition at line 581 of file BscParseLib.cpp.
| bool BscIsNamedFlag | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| const SFlagValue * | flagValues, | |||
| unsigned int | flagValueCount, | |||
| unsigned int * | tokensReadOut | |||
| ) |
pass in a list of acceptible flags. BscParseNamedFlag will return the flag specified.
not a valid flag.
Definition at line 670 of file BscParseLib.cpp.
| bool BscIsNamedFlagList | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| const SFlagValue * | flagValues, | |||
| unsigned int | flagValueCount, | |||
| unsigned int * | tokensRead = 0 | |||
| ) |
named flag list parser.
pass in a list of acceptible flags. BscParseNamedFlagList will return the flags specified or'd together.
We accept any as long as there is more than one flag present.
Definition at line 731 of file BscParseLib.cpp.
| bool BscIsNamedIdentExpr | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| const BscArrayTable & | arrayTable, | |||
| const BscVarTable & | varTable, | |||
| unsigned int * | tokensReadOut | |||
| ) |
will return the identifier and the expression specified.
make sure we're followed by a named expression list.
Definition at line 817 of file BscParseLib.cpp.
| unsigned int BscIsNamedIdentExprList | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| const BscArrayTable & | arrayTable, | |||
| const BscVarTable & | varTable, | |||
| unsigned int * | tokensReadOut | |||
| ) |
returns the expression count.
note that BscIsNamedExprList will include the following token.
make sure we're followed by a named expression list.
Definition at line 867 of file BscParseLib.cpp.
| bool BscIsNamedIdentPair | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| unsigned int * | tokensReadOut | |||
| ) |
| bool BscIsNamedIdentPath | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| unsigned int * | tokensReadOut | |||
| ) |
returns a path and an identifier.
make sure we're followed by a named path.
Definition at line 964 of file BscParseLib.cpp.
| bool BscIsNamedIdentPathFlagList | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| const SFlagValue * | flagValues, | |||
| unsigned int | flagValueCount, | |||
| unsigned int * | tokensReadOut | |||
| ) |
returns a path, an identifier, and flag values.
check for any flags that are separated by a comma.
go through each flag and check for a match with the current token.
if value of flag wrapped around, and a flag was found previously, then there is either an erroneous comma, or an invalid flag.
any flags specified?
a flag was specified, but if it isn't followed by a comma, then there are no more flags.
advance past the comma.
Definition at line 1056 of file BscParseLib.cpp.
| unsigned int BscIsNamedIdentPathList | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| unsigned int * | tokensReadOut | |||
| ) |
returns paths and an identifier.
make sure we're followed by a named path.
Definition at line 1010 of file BscParseLib.cpp.
| unsigned int BscIsNamedIdentPathListFlagList | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| const SFlagValue * | flagValues, | |||
| unsigned int | flagValueCount, | |||
| unsigned int * | tokensReadOut | |||
| ) |
returns paths, an identifier, and flag values.
check for any flags that are separated by a comma.
go through each flag and check for a match with the current token.
if value of flag wrapped around, and a flag was found previously, then there is either an erroneous comma, or an invalid flag.
any flags specified?
a flag was specified, but if it isn't followed by a comma, then there are no more flags.
advance past the comma.
Definition at line 1168 of file BscParseLib.cpp.
| bool BscIsNamedPath | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| unsigned int * | tokensReadOut | |||
| ) |
returns a path.
check to see if we have an identifier, followed by an equal sign, which is followed by another identifier, a number, or a string.
Definition at line 917 of file BscParseLib.cpp.
| unsigned int BscIsNamedPathList | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| unsigned int * | tokensReadOut | |||
| ) |
returns a list of paths.
check to see if we have an identifier, followed by an equal sign, which is followed by another identifier, a number, or a string.
initialized to 1 to account for the first path.
check all subsequent paths making sure they're paths.
skip the comma.
pass the identifier we just read.
Definition at line 1322 of file BscParseLib.cpp.
| bool BscIsNamedString | ( | const char * | name, | |
| const SBscToken * | tokens, | |||
| unsigned int * | tokensReadOut | |||
| ) |
returns a named string.
check to see if we have an identifier, followed by an equal sign, which is followed by another identifier, a number, or a string.
Definition at line 1395 of file BscParseLib.cpp.
| bool BscIsPath | ( | const SBscToken * | tokens, | |
| unsigned int * | tokensRead = 0 | |||
| ) |
| unsigned int BscParseItem | ( | SBscItemValue * | value, | |
| const SBscItemInfo * | itemInfo, | |||
| const SBscItem * | items, | |||
| unsigned int | itemCount, | |||
| const BscArrayTable * | arrayTable, | |||
| const BscVarTable * | varTable, | |||
| const SBscToken * | tokens | |||
| ) |
make sure the item at the index specified and the item specified by itemInfo match up!
make sure it's NULL, or we're going to have a dangling pointer.
make sure it's NULL, or we're going to have a dangling pointer.
make sure it's NULL, or we're going to have a dangling pointer.
make sure it's NULL, or we're going to have a dangling pointer.
must not be NULL if this is a named flag!
must not be NULL if this is a flag list!
make sure it's NULL, or we're going to have a dangling pointer.
make sure it's NULL, or we're going to have a dangling pointer.
make sure it's NULL, or we're going to have a dangling pointer.
make sure it's NULL, or we're going to have a dangling pointer.
make sure it's NULL, or we're going to have a dangling pointer.
make sure it's NULL, or we're going to have a dangling pointer.
make sure it's NULL, or we're going to have a dangling pointer.
make sure it's NULL, or we're going to have a dangling pointer.
make sure it's NULL, or we're going to have a dangling pointer.
make sure it's NULL, or we're going to have a dangling pointer.
unrecognized type!
Definition at line 278 of file BscParseLib.cpp.
| unsigned int BscParseNamedExpr | ( | URef< UExprTerm > * | expr, | |
| const char * | name, | |||
| const SBscToken * | tokens, | |||
| const BscArrayTable & | arrayTable, | |||
| const BscVarTable & | varTable | |||
| ) |
| unsigned int BscParseNamedExprList | ( | URef< UExprTerm > * | exprs, | |
| unsigned int | maxExprCount, | |||
| const char * | name, | |||
| const SBscToken * | tokens, | |||
| const BscArrayTable & | arrayTable, | |||
| const BscVarTable & | varTable | |||
| ) |
make sure the output array is valid and large enough!
initialize tokensRead to 1 to account for the name.
add the first expression to the array passed in.
go through subsequent tokens, checking for a comma, then a value.
advance past the comma.
make sure we have enough room for this expression!
Definition at line 632 of file BscParseLib.cpp.
| unsigned int BscParseNamedFlag | ( | unsigned int & | value, | |
| const char * | name, | |||
| const SBscToken * | tokens, | |||
| const SFlagValue * | flagValues, | |||
| unsigned int | flagValueCount | |||
| ) |
make we have a valid named flag to parse!
initialize to zero.
advance past the name.
how is this possible?
Definition at line 698 of file BscParseLib.cpp.
| unsigned int BscParseNamedFlagList | ( | unsigned int & | value, | |
| const char * | name, | |||
| const SBscToken * | tokens, | |||
| const SFlagValue * | flagValues, | |||
| unsigned int | flagValueCount | |||
| ) |
make sure we have a valid named flag list to parse!
'or' in the value for this flag.
next flag.
skip the comma.
return the combined flag values.
Definition at line 772 of file BscParseLib.cpp.
| unsigned int BscParseNamedIdentExpr | ( | tstring & | ident, | |
| URef< UExprTerm > * | expr, | |||
| const char * | name, | |||
| const SBscToken * | tokens, | |||
| const BscArrayTable & | arrayTable, | |||
| const BscVarTable & | varTable | |||
| ) |
make sure we have a valid named ident-expr pair to parse!
initialize to 1 ( to include the name ).
read
Definition at line 841 of file BscParseLib.cpp.
| unsigned int BscParseNamedIdentExprList | ( | tstring & | ident, | |
| URef< UExprTerm > * | exprs, | |||
| unsigned int | maxExprCount, | |||
| const char * | name, | |||
| const SBscToken * | tokens, | |||
| const BscArrayTable & | arrayTable, | |||
| const BscVarTable & | varTable | |||
| ) |
initialize to 1 ( to include the name ).
get the identifier and the expression list.
Definition at line 892 of file BscParseLib.cpp.
| unsigned int BscParseNamedIdentPair | ( | tstring & | ident1, | |
| tstring & | ident2, | |||
| const char * | name, | |||
| const SBscToken * | tokens | |||
| ) |
make sure we have a valid named ident-expr pair to parse!
read data.
name ident ident.
Definition at line 1301 of file BscParseLib.cpp.
| unsigned int BscParseNamedIdentPath | ( | tstring & | ident, | |
| UPath & | path, | |||
| const char * | name, | |||
| const SBscToken * | tokens | |||
| ) |
make sure we have a valid named ident-expr pair to parse!
initialize to 1 ( to include the name ).
read
Definition at line 987 of file BscParseLib.cpp.
| unsigned int BscParseNamedIdentPathFlagList | ( | tstring & | ident, | |
| UPath & | path, | |||
| unsigned int & | flagValue, | |||
| const char * | name, | |||
| const SBscToken * | tokens, | |||
| const SFlagValue * | flagValues, | |||
| unsigned int | flagValueCount | |||
| ) |
parse the named-ident-path part.
check for any comma separated flags following the named-ident-path.
'or' in the value for this flag.
next flag.
make sure we found the flag, or there are no flags present.
if no flags found, then just break.
do we have another flag?
advance past the comma.
return the combined flag values.
Definition at line 1113 of file BscParseLib.cpp.
| unsigned int BscParseNamedIdentPathList | ( | tstring & | ident, | |
| UPath * | paths, | |||
| unsigned int | maxPathCount, | |||
| const char * | name, | |||
| const SBscToken * | tokens | |||
| ) |
make sure we have a valid named ident-expr pair to parse!
initialize to 1 ( to include the name ).
read
Definition at line 1033 of file BscParseLib.cpp.
| unsigned int BscParseNamedIdentPathListFlagList | ( | tstring & | ident, | |
| UPath * | paths, | |||
| unsigned int | maxPathCount, | |||
| unsigned int & | flagValue, | |||
| const char * | name, | |||
| const SBscToken * | tokens, | |||
| const SFlagValue * | flagValues, | |||
| unsigned int | flagValueCount | |||
| ) |
parse the named-ident-path part.
check for any comma separated flags following the named-ident-path.
'or' in the value for this flag.
next flag.
make sure we found the flag, or there are no flags present.
if no flags found, then just break.
do we have another flag?
advance past the comma.
return the combined flag values.
Definition at line 1223 of file BscParseLib.cpp.
make sure we have a valid named path.
account for the name.
Definition at line 944 of file BscParseLib.cpp.
| unsigned int BscParseNamedPathList | ( | UPath * | paths, | |
| unsigned int | maxPathCount, | |||
| const char * | name, | |||
| const SBscToken * | tokens | |||
| ) |
make sure we have a valid named path list to parse.
go through subsequent tokens, checking for a comma, then a value.
Definition at line 1368 of file BscParseLib.cpp.
make sure we have a valid string to parse.
set str to the text.
account for the name and the assignment operator.
Definition at line 1420 of file BscParseLib.cpp.


|
BTK
0.3dev.0
Open-source library to visualize/process biomechanical data
|
Public Types | |
|
typedef SharedPtr< const ISBModelConfigurator > | ConstPointer |
|
typedef SharedPtr < ISBModelConfigurator > | Pointer |
| Public Types inherited from btk::ModelConfigurator | |
| typedef SharedPtr< const ModelConfigurator > | ConstPointer |
| typedef SharedPtr < ModelConfigurator > | Pointer |
Public Member Functions | |
| ModelConfigurator::Pointer | Clone () const |
| BTK_MODELS_EXPORT void | ComputeBasicMotion (Model *output, int fn, std::map< std::string, Point::Pointer > *landmarks, bool risd=false) const |
| BTK_MODELS_EXPORT void | ComputeStaticCalibration (Model *output, int fn, std::map< std::string, Point::Pointer > *landmarks, bool risd=false) const |
| virtual BTK_MODELS_EXPORT void | Configure (Model *model, BodyPart b, Side s) const |
|
BTK_MODELS_EXPORT const std::vector< std::string > | GetRequiredLandmarks () const |
| Public Member Functions inherited from btk::ModelConfigurator | |
| virtual void | FinalizeJCSAngles (Point::Pointer, Acquisition::Pointer, const std::string) const |
| virtual void | FinalizeJCSAngles (Point::Pointer, Acquisition::Pointer) const |
| LandmarksTranslator::Pointer | GetPredefinedTranslator () const |
| virtual RotationSequence | GetRotationSequence (const std::string) const |
| virtual RotationSequence | GetRotationSequence (const std::string, const std::string) const |
Static Public Member Functions | |
| static Pointer | New () |
Additional Inherited Members | |
| Protected Member Functions inherited from btk::ModelConfigurator | |
| bool | FindPoint (std::map< std::string, Point::Pointer > *landmarks, const std::string &label, Point **p, Point::Values **values=0) const |
| bool | FindPosition (std::map< std::string, Position > *landmarks, const std::string &label, Position *coords) const |
| bool | FindValues (std::map< std::string, Point::Values * > *landmarks, const std::string &label, Point::Values **values) const |
| ModelConfigurator () | |
| ModelConfigurator (const ModelConfigurator &) | |
| Protected Attributes inherited from btk::ModelConfigurator | |
| LandmarksTranslator::Pointer | mp_Translator |
Configure the model by defining these segments and joints. The ISB configuration is defined with:
Reimplemented from btk::ModelConfigurator.


About
Simple service wrapper/API for the SAP HANA Cloud Platform, Data Quality Microservice (DQaaS)
- jQuery licensed under MIT license.
- Bootstrap from Twitter licensed under Apache License v2.0.
- html5shiv licensed under MIT license.
- Respond.js licensed under MIT license.
- GLYPHICONS Halflings licensed as part of Bootstrap from Twitter.
- angular.js licensed under MIT license.


Morning roundup: Koepka withdraws from Presidents Cup, replaced by Fowler
Brooks Koepka has withdrawn from the Presidents Cup because of a knee injury he suffered last month in South Korea.
He was replaced by former Oklahoma State golfer Rickie Fowler.
Koepka is the No. 1 player in the world and was the leading qualifier for the Presidents Cup, which will be played Dec. 12-15 at Royal Melbourne in Australia.
U.S. captain Tiger Woods had an extra pick and used it on Fowler.
7-time NASCAR champion Jimmie Johnson to retire after 2020
Seven-time NASCAR champion Jimmie Johnson says 2020 will be his final season of full-time racing.
The winningest driver of his era will have a 19th season in the No. 48 Chevrolet and once again chase a record eighth championship.
Johnson has 83 career victories, tied with Cale Yarborough for sixth all-time. His seven titles are tied with Richard Petty and Dale Earnhardt for most in the Cup Series.
The 44-year-old Johnson has been in a two-year slump and last won a race in 2017.
NCAA clears Memphis freshman Wiseman to return on Jan. 12
The NCAA has cleared heralded freshman James Wiseman to return to the basketball court on Jan. 12.
Wiseman will sit out a total of 12 games under a decision announced by the NCAA.
The sports governing body also announced Wednesday that Wiseman must donate $11,500 to charity of his choice to regain his eligibility.
Wiseman withdrew his lawsuit against the NCAA on Nov. 14 after Memphis played him in the Tigers’ first three games of the season. The 16th-ranked Tigers were 2-1 with the 7-foot-1 center on the court.
Once Wiseman withdrew his lawsuit, Memphis held him out of a win over Alcorn State while working to resolve his eligibility status with the NCAA.
The NCAA had ruled Wiseman was “likely ineligible” due to $11,500 coach Penny Hardaway gave to the center’s family for moving expenses from Nashville to Memphis in the summer of 2017. Hardaway was not the Memphis coach at the time.
Maple Leafs fire coach
The underperforming Toronto Maple Leafs fired coach Mike Babcock on Wednesday and replaced him with Sheldon Keefe.
Babcock had a record of 9-10-4 this season for the struggling Leafs, who are 0-5-1 in their last six games, including five straight losses in regulation.
Ellsbury released by Yankees
The Yankees have given up on Jacoby Ellsbury, cutting the oft-injured outfielder with more than $26 million left in his $153 million, seven-year contract.
Ellsbury, who has not played since 2017, was released Wednesday to clear a 40-man roster spot as New York added seven players to protect them from next month’s Rule 5 draft.
Wire reports


Deuteronomy 32:29
O that they were wise, that they understood this, that they would consider their latter end!


This section provides a detailed technical description of the main components of XMF-Mosaic.
XMF-Mosaic is a layered open modular system that is specifically designed to support the definition a rich array of tool development capabilities. The Mosaic layer provides general-purpose graphical interfaces on top of XMF that support features such as diagram and property editors.
The following diagram is an overview of the architecture of XMF Mosaic V 1.0. Each block is a system component that relies on the components below it. Everything above the Virtual Machine is written in XMF-Mosaic in the form of models. The system is open in the sense that users can browse, modify and extend the system models. XMF can be used as a server where external clients communicate via sockets.
The Operating System (XOS) provides services that allow XMF to connect to the outside world, to interface to code written in Java and to schedule XMF threads. XOS implements a collection of channel types that are used for input and output including file channels, compressed data channels and XML channels. XOS acts as a server for external clients that connect to XMF using sockets. Inside XMF the connection provides input and output data channels. An external client is any third party software component that can connect using a socket; communication with the client may be synchronous or asynchronous. Internal clients are written in Java and are registered with XOS; they run in the same process space as XMF and communicate with XMF using channels. XOS is written in Java.
XMF source code is compiled to a binary format that is performed on the Virtual Machine (XVM). XVM is an object-oriented machine whose instruction set is designed to efficiently support meta-circular language definitions based on XCore. XVM has a rich data set including integers, floats, collections, channels and objects. XVM is multi-threaded and allows multiple threads to run concurrently. XMF source code can be compiled directly into the XVM heap during a session or can be written to a binary file (.o) and loaded into a subsequent XMF session. XVM supports a number of novel features that supports the definition of XMF tools including meta-object-protocols and object daemons. XVM is also designed to interface to external programming languages, such as Java, through “foreign” operations.
XMF provides a collection of classes that form the basis of all XMF-Mosaic defined tools. These classes form the kernel of XMF and are collectively called XCore. The classes are self-describing: all XCore classes are instances of XCore classes. This feature is called meta-circularity and is the key to modularity, uniformity and reusability throughout all system and user defined XMF tools. XCore is based on the MOF (Meta-Object Facility, a meta-data standard developed by the Object Management Group).
XCore includes class definitions for the basic types including Integer, Boolean and String and collection types for sets and sequences of values. XCore is object-oriented, it provides basic notions of Object and Class. XCore is executable; it provides definitions for executable (Performable) entities and Operations.
All tools built using XMF-Mosaic are instances of XCore; therefore tools that are defined to work on instances of XCore can be used on any tool data. For example, general-purpose editors and mappings are provided by XMF that are guaranteed to work across all system and user defined data.
Key classes in XCore are:
Class. XMF-Mosaic is a class-based system. Tools are defined as collections of classes whose instances have state and behaviour. The class Class defines the essential features of a class. Inheritance is used to extend class features in XMF. Since Class is available; user defined tools can extend what it means to be a class. This ability is the basis for meta-programming. For example, Class may be extended with the ability to keep track of all instances or to access instance data from an external database.
Daemon. Daemons monitor the state of objects and perform actions when the object changes state. Daemon technology is the key to implementing a variety of modular reusable tool architectures such as the observer pattern. XMF-Mosaic uses daemons extensively to synchronize data across multiple tools. User defined tools can use daemons to make tools reactive and to ensure data is always consistent.
DataType. Instances of this class are XMF types for basic data values. XMF types include Integer, String, Boolean and Float.
Element. All classes in XMF are extensions of the class Element. Element defines the essential behaviour of all XMF data. For example Element defines features such as being able to produce a printed representation and the ability to handle messages. XMF is a dynamically extensible system; this means that new behaviour can be added to existing classes. This is sometimes referred to as aspect oriented programming. Since Element is available, user defined tools can add system-wide aspects. For example this can be used to add the ability to export any XMF data in any required format (binary encoded, XML, text etc).
Exception. XMF provides exception handling for dealing with exceptional circumstances in running code. The class Exception is the basis for a hierarchy of classes that implement specific types of errors. Exceptions are raise at the point at which they occur and encapsulate data that describes exactly the source of the problem.
Operation. The basis for all XMF execution is the class Operation. An operation has parameters and a body and is equivalent to a standard programming language procedure or function. A significant difference to conventional procedures is that operations are XMF objects that can be created and stored just like any other object. This makes XMF very flexible since behaviour can be encapsulated at the appropriate point in models and data.
Package. XMF supports name spaces that contain collections of named elements. The class Package is used to structure collections of class and sub-package definitions. XMF-Mosaic is structured as a tree of packages containing definitions of all aspects of the system (including XCore). The root name space is called Root; all XMF classes can be referenced via Root.
Performable. XMF provides an environment in which executable languages can be conveniently developed. An executable language implements the interface defined by the abstract class Performable. XOCL is an example of a language that implements this interface.
XCore is an example of a language that can be executed on the Virtual Machine. The Virtual Machine may be initialised with different kernel language definitions although in practice it relies on a small sub-set of XCore being present. This feature allows XMF to deploy embedded systems that run application code without requiring the tools that were used in XMF-Mosaic to develop the application.
XMF provides an extensive language for constructing tools; the language is built from XCore and runs on the the Virtual Machine. The language, called XOCL, or eXtensible Object Command Language provides a first class language for manipulating XCore objects.
XOCL provides a large number of language features that address the implementation of real-world scalable tools (the whole of XMF-Mosaic is written in about 100KLOC XOCL). These include side-effects, object creation, exception handling, multi-tasking, pattern matching, first-class types, first-class operations, efficient looping constructs, input output, client-server support, daemon mechanisms and support for dealing with syntax constructs.
XOCL also supports many features of OCL (the Object Constraint Language, mandated by the Object Management Group), and therefore is an excellent foundation for querying models and writing constraints over models.
XMF provides a basic collection of languages and tools defined in XOCL. These include the following:
The XOCL compiler. XOCL is an example of a language that is constructed on top of XCore and running on the XVM. The XOCL compiler is a fully bootstrapped parser and language translator that converts text (or instances of the XOCL classes) into sequences of XVM instructions. The compiler can be invoked on files, strings or instances of the XOCL model. The compiler is extensible – new language constructs can be introduced that define how to translate themselves to instances of the XVM instruction model
XMF provides a BNF-style parser language called XBNF for defining new textual languages. XCore allows grammars to be defined for classes and XOCL allows language constructs defined by any newly defined grammar to be integrated with any existing language construct. This makes XOCL an infinitely extensible programming language. XOCL takes the form of a grammar for a basic language and then many extra language features are added to XOCL (including fancy looping mechanisms, various definitional constructs and case statements) in terms of separately defined grammars. The extension mechanism is very convenient; once the grammar is defined and loaded, the new language feature is ready to use. Language features can implement new commands or appropriate ways of defining new data constructs (and mixtures of the two).
XOCL does not need to be compiled in order to run. XMF provides an XOCL interpreter. The XOCL class Performable defines an interface for any language construct that is to be executed, including interpreted. Interpretation is often more convenient that compilation since no language translation is involved.
XMF provides a top-level console based command interpreter that can be used as the interactive interface to an XMF or XMF-Mosaic session. The command interpreter reads any valid XOCL syntax typed at the console, evaluates it and then prints the result. The user can access any data in the XMF system via the console, inspect it and modify it. The command interpreter provides a collection of convenient top-level commands that can be extended to provide productivity accelerators.
XOCL provides powerful inbuilt support for pattern matching using XMatch. XMatch enables patterns of expressions to be matched across XOCL statements thereby facilitating the declarative definition of mappings, constructors, etc.
The XSync language provides a high-level way of synchronising data, where changes in one element cause changes to be automatically propagated to other elements.
XMap is a language that is used to write model-to-model transformations. In XMap, patterns are used to describe how objects of a specific type and structure are mapped to objects of another type and structure. XMap patterns can incorporate arbitrary XOCL, enabling complex mappings to be implemented with ease. XMap is based on the emerging QVT (Query, Views, Transformations) standard.
XMF provides facilities for parsing and generating XML documents. High-level grammar rules can be written which state how a specific XML element pattern can be mapped to a XCore element or trigger the invocation a XOCL action. These rules can be used to generate a parser for a specific XML syntax.
XWalk is an extension to XOCL that provides facilities for efficiently running over large XCore object structures and evaluating its properties, for example running constraints or modifying data.
In XMF, documentation is captured using a special language extension. This enables documentation to be processed and managed at the model level, facilitating flexible production of documentation in XMF.
Projects provide a resource for managing models and for deploying them to code and to files. Projects can be created in the browser, and can be saved and loaded using the XMF (.xar) serialisation format.
The base toolset provides a powerful collection of tools for the rapid construction of new development tools. Everything from small tools that analyse data to full scale modelling and/or programming language environments can be defined in an open, flexible and transparent way. Currently, the base version of XMF is distributed with some languages built in, including:
A Java based language called MicroJava, which implements the key features of Java (including statements and expressions). A mapping from XOCL is provided to MicroJava. MicroJava knows how to pretty-print itself to executable code.
XMF can be connected to a wide variety of external clients (using socket channels) and internal clients (via the XOS). External clients can be any software that supports a well-defined API, for instance other tools or IDE environments. The Mosaic clients are pre-defined internal clients that provide common tool based user interface clients for the languages defined in XMF such as diagram editors, browsers and so on. Each of these clients has two aspects: an XMF client model of the abstractions and functionality provided the by client and an external client implementation of the rendering of these abstractions. Because the clients are modelled in a generic fashion, independently of the rendering technology, clients are extremely flexible and adaptable. As a result, new user interface clients can be constructed very rapidly.
Some of the client models that are supported by Mosaic include:
Diagrams: provides general diagramming abstractions.
Browser: provides general facilities for creating browsers and attaching menus, etc.
Forms: provide general form based abstractions.
Text: provides text editing, generic syntax highlighting and manipulation functions and html functionality.
Console provides input and output streams to a console.
These clients have been used to construct all the user interface tools provided with XMF, including the following:
Class diagrams for visualising XCore models
Mapping diagrams (as an extension to Class diagrams)
Model browsers
Snapshot diagrams
The file browser
The implementations of the clients have been constructed using Eclipse: a generic, open source IDE platform.


- TestAll - Class in Game_Structure
-
TestAll Class is implemented as a JUnit test class
it run test throughout all method in this package to check various status or variable
- TestAll() - Constructor for class Game_Structure.TestAll
-
Create object to access other classes
- testAnimalAllowance() - Method in class Game_Structure.TestAll
-
- testcartClear() - Method in class Game_Structure.TestAll
-
- testchopTree() - Method in class Game_Structure.TestAll
-
- testeatBurger() - Method in class Game_Structure.TestAll
-
- testendDay() - Method in class Game_Structure.TestAll
-
- testFarmerType_advantage() - Method in class Game_Structure.TestAll
-
- testfeedAnimal() - Method in class Game_Structure.TestAll
-
- testfertilizer() - Method in class Game_Structure.TestAll
-
- testHarvesting() - Method in class Game_Structure.TestAll
-
- testHiddenEvent() - Method in class Game_Structure.TestAll
-
- testNextDay() - Method in class Game_Structure.TestAll
-
- testPlayInBarn() - Method in class Game_Structure.TestAll
-
- testRandom() - Method in class Game_Structure.TurningDay
-
testRandom Randomly decide a number between a range (0 - 2 in this case) for random event
- testrandomEvent() - Method in class Game_Structure.TestAll
-
- testrefreshDaily() - Method in class Game_Structure.TestAll
-
- testrelicChair() - Method in class Game_Structure.TestAll
-
- testscheckCart() - Method in class Game_Structure.TestAll
-
- testSeeding() - Method in class Game_Structure.TestAll
-
- testspurchase() - Method in class Game_Structure.TestAll
-
- testTrading() - Method in class Game_Structure.TestAll
-
- testWatering_Farm() - Method in class Game_Structure.TestAll
-
- Trading() - Method in class Game_Structure.TradingMarket
-
Trading allow farmer to sell the crops/animal to trade market
- TradingMarket - Class in Game_Structure
-
TradingMarket Class is implemented as a View class (Project is trying to approach to Model-view-controller design pattern)
This class contain the View design and button action of this Panel - Barn
- TradingMarket(JPanel, Game_Profile, Base_Component, Inventory, Barn) - Constructor for class Game_Structure.TradingMarket
-
Construct game profile and upadte with access of other classes
- TurningDay - Class in Game_Structure
-
Turning Class is implemented as a Controller-class (Project is trying to approach to Model-view-controller design pattern)
This class contain most of the method for trigger button that change data with certain algorithm (Unrelated to GUI design)
It interact with Model class- Game_Profile to create data for the View class
Mostly do calculation at the back and only display message in Dialog label to show user the result
- TurningDay(Game_Profile, Base_Component, Barn, Controller, Inventory) - Constructor for class Game_Structure.TurningDay
-
Construct game profile and upadte with access of other classes


Sample Request
Company
Request No
Status
Customer
Customer Name
Style No
*
Product Name
Quantity
*
MT/YD
*
1
2
3
4
5
Required Date
Note
Name of brand
Comments
Division
Sales Order creation date
Sales Order
Invoice No
Airway bill No
Remarks for customer


Welcome to Samira's Lyrics Generator!
Here you can generate lyrics for any artist you want!
{{lyrics}}


{% extends 'layout.html' %} {% block headers %}
Similarly to the results shown for Gold, he occurrence of an earthquake appears to have minimal impact of the direction of S&P prices in the month following an incident as shown in the charts below. The S&P 500 is a number derived from the values of stocks of 500 large-cap U.S. companies. It is an index commonly used to gauge the health of US stock markets oveall. The results here show that, unlike the results for Gold, which are essentially flat, there does appear to be a small gain, averaging out to about a half a percent. The actual performances ranged between a loss of .085% and a gain of 5.15% after a month. The second chart shows the outcome for incidents in the continental United States. Given the small sample size (only 13 incidents since 1950), the results do not appear to have any significance.
NOTE: Data sourced from Yahoo!Finance


puts current pot amount multiplied by
Multiplier into the bet box. use this
hotkey for 1/1 1/2 (...) pot sized bets. a multiplier of 0.5 for example is a good
choice for a hotkey to make half pot sized bets.
to use this hotkey you have to tell TableCrab where the pot is. every template on the
Setup tab has two points for this:
PotTopLeft and
PotBottomRigth. doubleclick on the locations on the screenshot. add some
space to the left and right as shown below just to make shure the region is still covered
in case PokerStars needs to resize the pot to make room for bigger bets.
PotTopLeft
\
x ______________
| |
| POT $15,500 |
|______________|
x
\
PotBottomRight
- this hotkey may or may not work depending on your table theme. you have
to find out yourself. in the background an ocr engine tries its best to make sense
out of the region you pointed it to. watch the messages on the status bar to get
an idea if things are working for you or not.
as a rule of thumb: a highly contrasing background is better than low contrasting one.
a plain as background is better than a rough.


expected: "- this is headline\n - this is TC\\_EXP\\_003\\_1\n - this is md TC\\_EXP\\_003\\_2\n - this is md TC\\_EXP\\_003\\_2\n\n\n\nTHIS IS HEADLINE\n\n\n\n now verbatim by indent inclucde TC_EXP_003_1.md\n\n ## this is TC_EXP_003_1\n \n we now include TC_EXP_003_2 from TC_EXP_003_1\n \n ## this is md TC_EXP_003_2\n \n - hugo\n \n - hugo2\n \n end of TC_EXP_003_2\n \n end of TC_EXP_003_1\n\nnow full format inclucde TC_EXP_003_1.md\n\n\nthis is TC_EXP_003_1\n\nwe now include TC_EXP_003_2 from TC_EXP_003_1\n\n\nthis is md TC_EXP_003_2\n\n - hugo\n\n - hugo2\n\nend of TC_EXP_003_2\n\nend of TC_EXP_003_1\n\nnow full format inclucde TC_EXP_003_2.md\n\n\nthis is md TC_EXP_003_2\n\n - hugo\n\n - hugo2\n\nend of TC_EXP_003_2\n"
got: "- this is headline\n - this is TC\\_EXP\\_003\\_1\n - this is md TC\\_EXP\\_003\\_2\n - this is md TC\\_EXP\\_003\\_2\n\n\nthis is headline\n================\n\n\n now verbatim by indent inclucde TC_EXP_003_1.md\n\n ## this is TC_EXP_003_1\n \n we now include TC_EXP_003_2 from TC_EXP_003_1\n \n ## this is md TC_EXP_003_2\n \n - hugo\n \n - hugo2\n \n end of TC_EXP_003_2\n \n end of TC_EXP_003_1\n\nnow full format inclucde TC_EXP_003_1.md\n\nthis is TC_EXP_003_1\n--------------------\n\nwe now include TC_EXP_003_2 from TC_EXP_003_1\n\nthis is md TC_EXP_003_2\n-----------------------\n\n - hugo\n\n - hugo2\n\nend of TC_EXP_003_2\n\nend of TC_EXP_003_1\n\nnow full format inclucde TC_EXP_003_2.md\n\nthis is md TC_EXP_003_2\n-----------------------\n\n - hugo\n\n - hugo2\n\nend of TC_EXP_003_2\n" (using ==)
Diff:
@@ -4,11 +4,10 @@
- this is md TC\_EXP\_003\_2
+this is headline
+================
-THIS IS HEADLINE
-
-
now verbatim by indent inclucde TC_EXP_003_1.md
## this is TC_EXP_003_1
@@ -27,13 +26,13 @@
now full format inclucde TC_EXP_003_1.md
-
this is TC_EXP_003_1
+--------------------
we now include TC_EXP_003_2 from TC_EXP_003_1
-
this is md TC_EXP_003_2
+-----------------------
- hugo
@@ -45,8 +44,8 @@
now full format inclucde TC_EXP_003_2.md
-
this is md TC_EXP_003_2
+-----------------------
- hugo


fun getValue(stream: String): T?
Returns the current value of a stream. Note that calling this method on a background thread does not guarantee that the latest value set will be received.
stream - Data stream
stream
Return The current value of a stream


--- layout: post title: Setting up test printing on a Mac using CUPS-PDF tags: - Mac - Software Setup status: publish type: post published: true meta: _edit_last: '451289' jabber_published: '1320796861' _wpas_done_linkedin: '1' email_notification: '1320796923' --- In my new job at PaperCut Software I do a lot more testing of print jobs and I've found the following useful for saving trees. Note that this actually creates a PDF printer device on the Mac, this is different the PDF option displayed on the standard OS/X print dialogue.
su - testuser -c 'lpr -P cups_pdf /etc/group'
/Users/Shared/CUPS-PDF


Dialogue Editor
- The "Respond to This" button now opens a dialogue editor in a popup, allowing you to more quickly go back to the first character after making a response.
- Support for persistent markers has been added. A persistent marker will last between games and even sessions. To check a persistent marker, use the "Persistent Marker" condition rather than "Said Marker".
- To reduce clutter in the line table, persistent markers, along with the old marker value and "per target" columns, have been placed underneath a dropdown button with a bookmark icon. This icon will appear solid for lines that use these options.
- For the same reason, the other settings that used to appear under the "Show advanced" checkbox now appear under a ... dropdown.
Data Analyzer
- Added some example queries.
- Added some more data points for epilogue unlock conditions.
Pose Maker
- Added a button to change the background color of the pose maker canvas, useful when working with light-colored sprites that blend in with the default background color.
General
- A "Recent" list has been added to Character and Skin searches.
- Marker data has been moved into editor.xml to consolidate non-game files. markers.xml will be deleted upon your next save.
- Tags now display only as the tag key rather than the user-friendly display name (e.g. blue_eyes instead of Blue [blue_eyes]).
- Added a section on the Create Sequence wizard to the "Pose Maker - Frame-by-Frame Animation" tutorial.
- Added support for "best" AI level, which is slightly better than good.
Bug Fixes
- Hidden cases now sort at the top.
- Hidden cases are no longer included in line counts.
- Fixed a crash when deleting a custom pose.
- Sprites hidden by markers can no longer be selected in the canvas.
- Fixed bug that would complain about failing to load characters when those characters are just empty folders.
- Fixed issue where unique lines in meta.xml were being underreported.
- Fixed issue where the first keystroke when changing text in a search field would clear the field but not add the key.


Frequently Asked Questions
-
account_balanceMuseum
Will this be a guided tour or can I go on a self-guided tour?
There will be docents available who will gladly guide you around the museum and inform you about each exhibit. You can also choose a self-guided tour.
When is the museum open?
The visit page has this information.
Will I need to pay admission?
Absolutely not!
Do you offer tours in any languages other than English?
Some of our docents speak multiple languages and will try their best to accomodate your needs.
How many exhibits are there?
There are 12 exhibits! Learn more about them here -
schoolEducation
What can I learn from this museum?
At Morbus, you can learn everything you need to know about Infectious Diseases and how to stay safe during an outbreak. -
listRules
Are pictures and videos allowed in the exhibits?
Yes. Photography and video recordings are allowed in the exhibits.
Can I eat or drink while in the museum?
Food and drinks will not be allowed into the museum.


WORLD
How to check your Christmas tree's carbon footprint
by The Conversation
39 minutes ago
0
GEAR
The next iPhone may include a Samsung periscope lens
by Calum Booth
2 hours ago
4
TECH
Maserati commits to going all-electric by 2025, COO says
by Matthew Beechman
3 hours ago
26


Provides functions for robust trimmed clustering. The methods are described in Garcia-Escudero (2008) <doi:10.1214/07-AOS515>, Fritz et al. (2012) <doi:10.18637/jss.v047.i12> and others.
| Version: | 1.4-1 |
| Depends: | R (≥ 2.12.0) |
| Suggests: | mclust, cluster, mvtnorm, sn |
| Published: | 2018-05-24 |
| Author: | Agustin Mayo Iscar, Luis Angel Garcia Escudero, Heinrich Fritz |
| Maintainer: | Valentin Todorov <valentin.todorov at chello.at> |
| License: | GPL-3 |
| NeedsCompilation: | yes |
| Citation: | tclust citation info |
| Materials: | ChangeLog |
| In views: | Cluster, Robust |
| CRAN checks: | tclust results |
| Reference manual: | tclust.pdf |
| Vignettes: |
A Trimming Approach to Cluster Analysis |
| Package source: | tclust_1.4-1.tar.gz |
| Windows binaries: | r-devel: tclust_1.4-1.zip, r-release: tclust_1.4-1.zip, r-oldrel: tclust_1.4-1.zip |
| OS X binaries: | r-release: tclust_1.4-1.tgz, r-oldrel: tclust_1.4-1.tgz |
| Old sources: | tclust archive |
| Reverse suggests: | fpc, Seurat |
Please use the canonical form https://CRAN.R-project.org/package=tclust to link to this page.


|
|
CIFXNodeBaseEncoder Class ReferenceInheritance diagram for CIFXNodeBaseEncoder:
List of all members.
Constructor & Destructor Documentation
| CIFXNodeBaseEncoder::CIFXNodeBaseEncoder |
( |
|
) |
[protected] |
|
| CIFXNodeBaseEncoder::~CIFXNodeBaseEncoder |
( |
|
) |
[protected, pure virtual] |
|
Member Function Documentation
| void CIFXNodeBaseEncoder::CommonNodeEncodeU3D |
( |
IFXString & |
rName, |
|
|
F64 |
units |
|
) |
[protected] |
|
| void CIFXNodeBaseEncoder::Initialize |
( |
IFXCoreServices & |
rCoreServices |
) |
[protected] |
|
| void CIFXNodeBaseEncoder::SetNode |
( |
IFXNode & |
rNode |
) |
[protected] |
|
Member Data Documentation
© 1999 - 2006 Intel Corporation. All rights reserved.
* Other names and brands may be claimed as the property of others.
|
|


the following paragraph text has an id =d1
THE QUICK BROWN FOX JUMPS OVER TO THE LAZY DOG TIT FOR TAT.looooonnnnnnngWORD
the following paragraph text has an id =d1
THE QUICK BROWN FOX JUMPS OVER TO THE LAZY DOG TIT FOR TAT.looooonnnnnnngWORD
the following paragraph text has an id =d1
THE QUICK BROWN FOX JUMPS OVER TO THE LAZY DOG TIT FOR TAT.looooonnnnnnngWORD
the following paragraph text has an id =d2
THE QUICK BROWN FOX JUMPS OVER TO THE LAZY DOG TIT FOR TAT.looooonnnnnnngWORD
the following paragraph text has an id =d3
THE QUICK BROWN FOX JUMPS OVER TO THE LAZY DOG TIT FOR TAT.looooonnnnnnngWORD
the following paragraph has no id
THE QUICK BROWN FOX JUMPS OVER TO THE LAZY DOG TIT FOR TAT.looooonnnnnnngWORD


{# # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. -#} {% extends "manage_organization_base.html" %} {% set user = request.user %} {% set title = gettext("Organization settings") %} {% set active_tab = 'settings' %} {% block title %}{% trans organization_name=organization.name %}Manage '{{ organization_name }}' settings{% endtrans %}{% endblock %} {% block main %}
{{ organization.name }}
{% trans %}This account name is used in URLs on PyPI.{% endtrans %}
{% trans href="#change-organization-account-name" %}Change the organization account name below.{% endtrans %}
{{ humanize(organization.created) }}
{{ gettext(organization.active_subscription.status.label) }}
{{ gettext(organization.active_subscription.customer.billing_email) }}
{% trans %}Warning{% endtrans %} {% trans %}You will not be able to revert to your current account name after you rename your organization.{% endtrans %}
{% set action = request.current_route_path() + "#current_organization_name-modal" %} {% set extra_fields %} {{ save_organization_name_form.name(autocomplete="off", autocapitalize="off", spellcheck="false", class_="form-group__field", **{"aria-describedby":"name-errors"}) }}{% trans count=active_projects|length %} Your organization currently owns {{ count }} project. {% pluralize %} Your organization currently owns {{ count }} projects. {% endtrans %} {% trans count=active_projects|length %} You must transfer ownership or delete this project before you can delete your organization. {% pluralize %} You must transfer ownership or delete these projects before you can delete your organization. {% endtrans %}
{% trans %}Warning{% endtrans %} {% trans %}You will not be able to recover your organization after you delete it.{% endtrans %}
{{ confirm_button(gettext("Delete organization"), gettext("Organization Name"), "organization_name", organization.name) }} {% endif %}


×
Job Application Confirmation
You are applying to
job at
for
.
Please fill the form below to complete the application process
Please select the location where
can work:
Apply
Apply to Jobs for your Candidates
Candidate Information
Preferred Job Role(s)
Not Specified
Home Location
Not Specified
Preferred Work Shift
Not Specified
Current Company
Not Specified
Highest Education
Not Specified
Total Work Experience
Not Specified
View Popular Jobs
View Applied Jobs
Applied Jobs
To know more about status of Applications, call us at
9980435599
.
Pending Confirmation
Confirmed
Completed
No pending confirmation applications!
You have no applications that are pending confirmation!
No Confirmed applications!
You have no confirmed applications!
No Completed Interviews!
You have no completed interviews!
Loading Jobs
×
Reason for not Going
Reason for not going for the interview
Apply
×
Submit


NYC Taxi Visualization
Introduction
The New York City Taxi & Limousine Commission has overseen standard and for-hire taxis in the city of New York since its creation in 1971. These taxis have been used as a primary means of travel for many of the residents traveling in, out, or around the city.
The city of NYC is divided into a number of taxi zones. Each taxi zone represents a subsection of the city, usually a region within one of the boroughs. Taxi zones represent areas that may have their own rules regarding taxi operation and fare structure. They can also divide the city by geographic regions or environment development type.
Over the course of years, the NYC Taxi and Limousine Commission has aggregated millions of records of data about the taxis and the trips they make across the city. The data for Yellow Taxis has been aggregated since 2009, Green Taxis since mid-2013, and For Hire Vehicles since 2015. This information includes specifics such as passenger pickup and drop off times, start and destination locations of trips, costs and prices of the trips, and even tips and payment types.
We decided to take a look at this publicly available data and present a visualization that provides insight into how taxis are used and operate in NYC. Our goal with this visualization is to present the data in a way that helps taxi drivers and taxi passengers understand taxi trip times, costs for using taxis, and the importance of taxis in various areas around the city.
Instructions
To use the visualizations, select a month using the slider below, which will filter the displayed data by that month. Then, on any visualization, select a taxi zone by clicking on it. The data will adjust to show the appropriate values based on the selected zone. Hovering over a zone will show more detailed information. Zones that do not have relevant data to the current selection are shaded in gray.
Month Selector
Please Wait
Credits
This visualization was created by Daniel Beckwith & Aditya Nivarthi.
The project was created for a Data Visualization course at WPI, taught by Lane Harrison.
The raw data used in this visualization was gathered from the NYC Taxi & Limousine Commission.
Source
The source code for this visualization can be found here.


My name is Peter Haddad and I am student at Northwestern Univerity and will graduate in March 2016 with a degree in Computer Enginering and a Design Certificate from the Segal Design Institute.
I enjoy working at the border between hardware and software, especially robotics.
Interests and Skills:
Or contact me at peterhaddad2016@u.northwestern.edu


Equi-join queries are queries in which two regions are joined through an equality condition in the WHERE clause.
To use an index with an equi-join query:
Create an index for each side of the equi-join condition. The query engine can quickly evaluate the query’s equi-join condition by iterating over the keys of the left-side and right-side indexes for an equality match.
Note: Equi-join queries require regular indexes. Key indexes are not applied to equi-join queries.
For this query:
SELECT DISTINCT inv.name, ord.orderID, ord.status FROM /investors inv, /orders ord WHERE inv.investorID = ord.investorID
Create two indexes:
FROM clause Indexed expression /investors inv inv.investorID /orders ord ord.investorID If there are additional, single-region queries in a query with an equi-join condition, create additional indexes for the single-region conditions only if you are able to create at least one such index for each region in the query. Any indexing on a subset of the regions in the query will degrade performance.
For this example query:
SELECT DISTINCT * FROM /investors inv, /securities sc, inv.heldSecurities inv_hs WHERE sc.status = "active" AND inv.name = "xyz" AND inv.age > 75 AND inv_hs.secName = sc.secName
Create the indexes for the equi-join condition:
FROM clause Indexed expression /investors inv, inv.heldSecurities inv_hs inv_hs.secName /securities sc sc.secName Then, if you create any more indexes, create one on
sc.status
and one oninv.age
orinv.name
or both.


Before Change
input_shape = utils.get_incoming_shape(incoming)
assert len(input_shape) > 1, "Incoming Tensor shape must be at least 2-D"
dims = int(np.prod(input_shape[1:]))
return reshape(incoming, [-1, dims], name)
def activation(incoming, activation="linear"):
After Change
input_shape = utils.get_incoming_shape(incoming)
assert len(input_shape) > 1, "Incoming Tensor shape must be at least 2-D"
dims = int(np.prod(input_shape[1:]))
x = reshape(incoming, [-1, dims], name)
// Track output tensor.
tf.add_to_collection(tf.GraphKeys.LAYER_TENSOR + "/" + name, x)
return x
def activation(incoming, activation="linear", name="activation"):