August 2020
This confirms
Roger De Four
successfully completed
M001: MongoDB Basics
a course of study offered by MongoDB, Inc.


|
Herbrand Equivalence
LLVM implementation of Herbrand Equivalence algorithm mentioned at https://arxiv.org/abs/1708.04976
|
Captures instructions in the program. More...
#include <Program.h>
Data Fields | |
| ValueTy | lValue |
| Lvalue of the instruction, which is a variable. More... | |
| ExpressionTy | rValue |
| Rvalue of the instruction, which is an expression. More... | |
| bool | reachable |
| Boolean for whether this instruction is reachable from the beginning of the program. More... | |
| int | cfgIndex |
Index of the node representing this instruction in the control flow graph corresponding to the program (as given by Program::CFG data member). More... | |
| std::set< int > | predecessors |
Index of the predecessors of this instructions as given by Program::Instructions data member. More... | |
Captures instructions in the program.
An instruction is combination of an lvalue and a rvalue, where lvalue is a variable and rvalue is an expression.
| int Program::InstructionTy::cfgIndex |
Index of the node representing this instruction in the control flow graph corresponding to the program (as given by Program::CFG
data member).
| ValueTy Program::InstructionTy::lValue |
| std::set<int> Program::InstructionTy::predecessors |
Index of the predecessors of this instructions as given by Program::Instructions
data member.
| bool Program::InstructionTy::reachable |
| ExpressionTy Program::InstructionTy::rValue |


I am a first-year Economics student at the University of Cambridge currently looking to leverage my experience to secure 2021 Summer Internships in Financial Services.
Get in touch with me through my linkedin below.
Graduating 2022 from Jesus College
Expected First
43 points including a 7 in Higher Level Maths
10A* and 1A, including Maths and Further Maths (in which I received an A* with distinction)
Awarded the title of 'King Edward's Scholar' as well as numerous other academic, music and sporting awards
Mentor students through the UK University application process
Click here for more information
Tutor students online for the IB Diploma
Tutoring Maths and Economics at a course this Summer
Delivered presentations following the analysis of sample case studies
Worked on a telephone campaign to maintain alumni relations and raise funds for assisted places, developing interpersonal skills
Exceeded target of raising £10,000 individually, raising a total of over £22,000
Deepened understanding of the retail banking division and sector trends at the HSBC UK HQ
Examined case studies and presented findings, developing analytical and public speaking skills
Work as a team to oversee the society's direction
Contact speakers for events and liaise with other societies for collaborations
On the core committee for one of the largest student-run hackathons in the UK
Manage the committee's budget
Liaise with potential firms to secure sponsorship
If your firm may be interested in sponsoring us, get in touch through linkedin.
Maintaining the society's website and designing publicity materials
Screened 400 applications; conducted interviews in order to hire 180 student staff
(Unfortunately the ball itself was cancelled owing to COVID-19)
I play badminton on the Cambridge University Development Squad, and I represent Jesus College on the Men's 1st and Mixed 2nd teams. I also enjoy enjoy playing the cello and am currently working towards my diploma.
I speak English as a native speaker, French to an advanced level (C1 according to the CEFR), and Marathi at a basic conversational level.
During my holidays, I enjoy travelling and cycling. (often both at the same time!)


Hi, My name is Inhyup, and I am a software developer
Maintained the program which is connecting POS and S2S to SAP using .NET
Worked with SOAP requests to pull data from SAP ByDesign
Created and updated SQL query for the program and SAP Business One
Built and Managed an application using C# WebAPI Rest Services
Administered and built web applications using HTML, CSS, and jQuery runs on AWS
Developed a messaging application using Android Studio and PHP Server
Created and improved the iOS application using C# WebAPI Rest Services
Modified and created query statements using MSSQL Databases
Created a new admin mobile Xamarin app (iOS, Android)
Developed a web-based language test application using PHP, HTML, and AngularJS
Collaborated with development team to plan project milestones
Managed database and server with PostgreSQL and created new query statements
Founded and developed a blog website with WordPress for new web users
Investigated columns and sections per clients’ requests and recruited writers for the website
Resolved numerous project issues including staffing shortages and tactical problems
Facilitated weekly meetings with 22 volunteer representatives to increase performances
Demonstrated effective time management, interpersonal communication, and personal development
Performed humanitarian aid and community service projects
Executed military operations using Battle Command Training Program
Demonstrated decisiveness, organization, teamwork and overall effectiveness as a group
Patrolled military demarcation line for reconnoiter mission and led a mortar section as a squad leader
GPA: 3.40/4.00
Awarded Academic Scholarship and Preston Hughes Foundation Scholarship
Korean Business Student Association –President and Recruiting Coordinator
Circle K – Voluntary Service at Utah State Hospital


MultiFileShell is a user macro that allows the user to search for and select files in a separate window. Multiple_File_Select allows the user to select a range of files in a MultiFileShell window and select one of those in a standard Module UI.
Parameters
Name Type Description UI Control directory string Directory to search for files. Text Box extension string File extension to search for. Text Box Output Ports
Name Type Description filenames string[] Files found with specified extension. filenames_with_dir string[] Full path of filenames. selected_filename string Currently selected filename.
The user macros in the GetFiles project provide UI components that allow the user to search for files and select one or more of them. The selected filenames are output and could then be used to specify which data file or files should be read. Two user macros are provided, MultiFileShell and Multiple_File_Select. The MultiFileShell macro provides a separate window that operates much like a standard File Dialog box. The user can specify a directory and a file extension to search for and the results of the search will be displayed in a list box. The user can then select one or more files and either confirm or cancel their decision.
The Multiple_File_Select macro provides a standard Module UI panel. Within this panel are a list box and a Select button. Pressing the Select button launches a MultiFileShell window and allows the user to select a number of files. These selected files are then displayed in the Multiple_File_Select list box. The user can then choose one file from this secondary list. An array of filenames and the finally selected filename are both output. The Multiple_File_Select macro can be of particular use when the user wishes to regularly swap between certain data sets.
It should be noted that these macros are not intended as replacements for the standard File Dialog component. In normal situations the standard File Dialog will provide the the easiest and most convenient solution. However the File Dialog component does not allow multiple files to be selected and it cannot be modified. In this situation the GetFiles macros can be of use. It should also be noted that the two user macros provided with this project are not intended to be the final, definitive way to use the GetFilesCore module. They were designed to solve one set of problems. It should be possible to modify these macros to solve other problems.
directory
String parameter that specifies which directory should be searched for files. AVS/Express environment variables(e.g. $XP_PATH<1>) can be used in this directory string.
extension
String parameter that specifies which file extension should be searched for. This string should not contain a preceding '.' character. The file extension can contain a search specification. Therefore if the file extension is set to 'h*' all files that have extensions that begin with 'h' are listed.
filenames[]
Array of strings that contains the names of all the files that match the specified criteria and have been selected by the user. This array is only output by the MultiFileShell macro.
filenames_with_dir[]
Array of strings that contains the full specified filename of all the files that match the specified criteria and have been selected by the user. This array is output by both the Multiple_File_Select and MultiFileShell macros.
selected_filenames
String output that contains the fully specified filename of the selected file in the Multiple_File_Select Module Panel. This array is only output by the Multiple_File_Select macro.
The MultiFileShell user macro uses the low-level GetFilesCore module. This user macro is used by the Multiple_File_Select user macro.
Two example applications are provided. The GetFilesEg1 application gets all the files in the current project directory and allows the user to select one or more of these files. This application could be used as the basis for a full file access application. The GetFilesEg2 application gets a list of all the geometry files in the express/data/geom directory and allows the user to select one of these files. This geometry file is then read and displayed.
xp_comm_proj/getfiles/getfmods.v contains the V definitions of the GetFilesCore module.
xp_comm_proj/getfiles/getfmacs.v contains the V definitions of the MultiFileShell and Multiple_File_Select user macros.
xp_comm_proj/getfiles/getfapps.v contains the V definitions of the GetFilesEg1 and GetFilesEg2 example applications.
The low-level GetFilesMods library containing the low-level GetFilesCore module does not specify a process. By default the express process will be used.
Jeremy Maccelari, Visual Numerics Andrew Dodd, International AVS Centre


When the Extraction dialog pops up, press the Download button to download the latest driver package. By default the newest package available is downloaded; if it is not accessible, select any other from the combo-box to the left of the button (all packages listed there contain the same firmware, only the game list might differ a bit) and try again.
When the package is downloaded/browsed to, a dialog containing short instructions pops up. After pressing OK the package is installed to a temporary Wine prefix.
On Linux, usual installation dialog will pop up - just install the whole thing. Newer packages contain some MS runtime and NP USB drivers install, both of them has to be installed in order to install the main package. Don't worry though, none of the installed things is going to last - when the data are extracted, everything is going to be removed (and the installation happens in temporary Wine prefix).
On Macs, due to Wine configuration peculiarities, the installation should be performed silently.
When the installer finishes, the extraction is started - you can follow its progress in the status part of the Extractor dialog. When the extraction is finished, the dialog closes by itself.
If you don't have access to the Internet, just download any of the listed packages elsewhere and using the Extract from installer button find and open the one you downloaded.
If you encounter any difficulties using the above methods, you can try to install the driver by hand (using Wine or install on windows machine and copy the result over). Then just press the Extract from unpacked, browse to the directory (the whole directory!) containing the NP software (e.g. ~/.wine/drive_c/Program\ Files/NaturalPoint/TrackIR5) and press Open button for the extraction to begin.
There are two main reasons that led to this decision:
The first one is the neglect from the NP's side - I asked couple of relatively simple questions (e.g. what is their take on Linuxtrack in Wine, ...), and after a year of waiting without any real answer, I came to a conclusion that this is not a way to go.
The second reason was their attempt to impose artificial limitations on the Linuxtrack itself in order to grant me a permission to use SmartNav 4 firmware; they asked for disabling SmartNav4 functionality on Mac OS, so people couldn't use Linuxtrack to emulate a mouse. Besides of being technically impossible to do (how a library can check what it is being used for), it would be completely against the Linuxtrack's spirit.
For those reasons (and couple of others) I decided to cut all the bonds (they used to host Linuxtrack firmware package in the past - per their own request) and using Wine was the only logical choice. Given the fact, that this step is mostly one time only, I hope the inconvenience level is not too high.
The gamedata.txt list is extracted from file sgl.dat; the file is encrypted using RC4 stream cipher, using first 5 bytes in MD5 hash of string "NaturalPoint" as a key. The payload is XML, containing data on supported games, of which the only relevant part is a game ID, its name and for games using the "enhanced" interface there are communication keys. The Linuxtrack-Wine bridge uses this info to determine game's name when passed its ID and the keys to emulate the enhanced interface when necessary.


This Privacy Policy governs the manner in which V Tutor collects, uses, maintains and discloses information collected from users (each, a “User”) of the vtutor1.com website (“Site”). This privacy policy applies to the Site and all products and services offered by V Tutor.
We may collect personal identification information from Users in a variety of ways, including, but not limited to, when Users visit our site, register on the site, fill out a form, and in connection with other activities, services, features or resources we make available on our Site. Users may be asked for, as appropriate, name, email address. Users may, however, visit our Site anonymously. We will collect personal identification information from Users only if they voluntarily submit such information to us. Users can always refuse to supply personally identification information, except that it may prevent them from engaging in certain Site related activities.
We may collect non-personal identification information about Users whenever they interact with our Site. Non-personal identification information may include the browser name, the type of computer and technical information about Users means of connection to our Site, such as the operating system and the Internet service providers utilized and other similar information.
Our Site may use “cookies” to enhance User experience. User’s web browser places cookies on their hard drive for record-keeping purposes and sometimes to track information about them. User may choose to set their web browser to refuse cookies, or to alert you when cookies are being sent. If they do so, note that some parts of the Site may not function properly.
V Tutor may collect and use Users personal information for the following purposes:
We adopt appropriate data collection, storage and processing practices and security measures to protect against unauthorized access, alteration, disclosure or destruction of your personal information, username, password, transaction information and data stored on our Site.
We do not sell, trade, or rent Users personal identification information to others. We may share generic aggregated demographic information not linked to any personal identification information regarding visitors and users with our business partners, trusted affiliates and advertisers for the purposes outlined above.We may use third party service providers to help us operate our business and the Site or administer activities on our behalf, such as sending out newsletters or surveys. We may share your information with these third parties for those limited purposes provided that you have given us your permission.
V Tutor has the discretion to update this privacy policy at any time. When we do, we will revise the updated date at the bottom of this page. We encourage Users to frequently check this page for any changes to stay informed about how we are helping to protect the personal information we collect. You acknowledge and agree that it is your responsibility to review this privacy policy periodically and become aware of modifications.
By using this Site, you signify your acceptance of this policy. If you do not agree to this policy, please do not use our Site. Your continued use of the Site following the posting of changes to this policy will be deemed your acceptance of those changes.
If you have any questions about this Privacy Policy, the practices of this site, or your dealings with this site, please contact us here.


This package contains all classes required for mouse event handling in JFC/Swing. The classes implement rubberband selection, mouse tracking, creating connections, handling vertices and edges, moving cells, panning and keystroke handling.


PaperBot is a configurable, modular, open-source web-based solution to automatically find and efficiently annotate scientific publications based on full-text searches across publisher portals. Without user interactions, PaperBot retrieves and stores article information (full reference, corresponding email contact, and full-text keyword hits) based on pre-set search logic from scientific literature sources including Wiley, ScienceDirect, Springer/Nature/Frontiers, PubMed/PubMedCentral, and GoogleScholar. Once saved, all information becomes web accessible, allowing efficient triage of articles based on their actual relevance for the user and seamless annotation of suitable metadata dimensions.
Portal Search
{{count.log.start| date:'yyyy-MM-dd'}}
Evaluate/Pre-evaluate Articles
{{count.toEvaluate}}
Pre-Evaluated Articles
{{count.evaluated}}
Inaccessible Articles
{{count.inaccessible}}
Negative Articles
{{count.negative}}
Positive Articles
{{count.positive}}
Maraver, P., Gillette T.A., Ascoli, G.A., Armañanzas, R. (2018). PaperBot: Web crawler and metadata indexer of scientific publications. In preparation. GitHub code


\(p\)-adic Capped Absolute Elements#
Elements of \(p\)-adic Rings with Absolute Precision Cap
AUTHORS:
David Roe
Genya Zaytman: documentation
David Harvey: doctests
- class sage.rings.padics.padic_capped_absolute_element.CAElement#
Bases:
pAdicTemplateElement
- add_bigoh(absprec)#
Return a new element with absolute precision decreased to
absprec
. The precision never increases.INPUT:
absprec
– an integer or infinity
OUTPUT:
self
with precision set to the minimum ofself's
precision andprec
EXAMPLES:
sage: R = Zp(7,4,'capped-abs','series'); a = R(8); a.add_bigoh(1) 1 + O(7) sage: k = ZpCA(3,5) sage: a = k(41); a 2 + 3 + 3^2 + 3^3 + O(3^5) sage: a.add_bigoh(7) 2 + 3 + 3^2 + 3^3 + O(3^5) sage: a.add_bigoh(3) 2 + 3 + 3^2 + O(3^3)
- is_equal_to(_right, absprec=None)#
Determine whether the inputs are equal modulo \(\pi^{\mbox{absprec}}\).
INPUT:
right
– a \(p\)-adic element with the same parentabsprec
– an integer, infinity, orNone
EXAMPLES:
sage: R = ZpCA(2, 6) sage: R(13).is_equal_to(R(13)) True sage: R(13).is_equal_to(R(13+2^10)) True sage: R(13).is_equal_to(R(17), 2) True sage: R(13).is_equal_to(R(17), 5) False sage: R(13).is_equal_to(R(13+2^10),absprec=10) Traceback (most recent call last): ... PrecisionError: elements not known to enough precision
- is_zero(absprec=None)#
Determine whether this element is zero modulo \(\pi^{\mbox{absprec}}\).
If
absprec is None
, returnsTrue
if this element is indistinguishable from zero.INPUT:
absprec
– an integer, infinity, orNone
EXAMPLES:
sage: R = ZpCA(17, 6) sage: R(0).is_zero() True sage: R(17^6).is_zero() True sage: R(17^2).is_zero(absprec=2) True sage: R(17^6).is_zero(absprec=10) Traceback (most recent call last): ... PrecisionError: not enough precision to determine if element is zero
- polynomial(var='x')#
Return a polynomial over the base ring that yields this element when evaluated at the generator of the parent.
INPUT:
var
– string; the variable name for the polynomial
EXAMPLES:
sage: R.<a> = ZqCA(5^3) sage: a.polynomial() (1 + O(5^20))*x + O(5^20) sage: a.polynomial(var='y') (1 + O(5^20))*y + O(5^20) sage: (5*a^2 + R(25, 4)).polynomial() (5 + O(5^4))*x^2 + O(5^4)*x + 5^2 + O(5^4)
- precision_absolute()#
The absolute precision of this element.
This is the power of the maximal ideal modulo which this element is defined.
EXAMPLES:
sage: R = Zp(7,4,'capped-abs'); a = R(7); a.precision_absolute() 4
- precision_relative()#
The relative precision of this element.
This is the power of the maximal ideal modulo which the unit part of this element is defined.
EXAMPLES:
sage: R = Zp(7,4,'capped-abs'); a = R(7); a.precision_relative() 3
- unit_part()#
Return the unit part of this element.
EXAMPLES:
sage: R = Zp(17,4,'capped-abs', 'val-unit') sage: a = R(18*17) sage: a.unit_part() 18 + O(17^3) sage: type(a) <class 'sage.rings.padics.padic_capped_absolute_element.pAdicCappedAbsoluteElement'> sage: R(0).unit_part() O(17^0)
- val_unit()#
Return a 2-tuple, the first element set to the valuation of this element, and the second to the unit part of this element.
For a zero element, the unit part is
O(p^0)
.EXAMPLES:
sage: R = ZpCA(5) sage: a = R(75, 6); b = a - a sage: a.val_unit() (2, 3 + O(5^4)) sage: b.val_unit() (6, O(5^0))
- class sage.rings.padics.padic_capped_absolute_element.ExpansionIter#
Bases:
object
An iterator over a \(p\)-adic expansion.
This class should not be instantiated directly, but instead using
expansion()
.INPUT:
elt
– the \(p\)-adic elementprec
– the number of terms to be emittedmode
– eithersimple_mode
,smallest_mode
orteichmuller_mode
EXAMPLES:
sage: E = Zp(5,4)(373).expansion() sage: I = iter(E) # indirect doctest sage: type(I) <class 'sage.rings.padics.padic_capped_relative_element.ExpansionIter'>
- class sage.rings.padics.padic_capped_absolute_element.ExpansionIterable#
Bases:
object
An iterable storing a \(p\)-adic expansion of an element.
This class should not be instantiated directly, but instead using
expansion()
.INPUT:
elt
– the \(p\)-adic elementprec
– the number of terms to be emittedval_shift
– how many zeros to add at the beginning of the expansion, or the number of initial terms to truncate (if negative)mode
– one of the following:'simple_mode'
'smallest_mode'
'teichmuller_mode'
EXAMPLES:
sage: E = Zp(5,4)(373).expansion() # indirect doctest sage: type(E) <class 'sage.rings.padics.padic_capped_relative_element.ExpansionIterable'>
- class sage.rings.padics.padic_capped_absolute_element.PowComputer_#
Bases:
PowComputer_base
A PowComputer for a capped-absolute padic ring.
- sage.rings.padics.padic_capped_absolute_element.make_pAdicCappedAbsoluteElement(parent, x, absprec)#
Unpickles a capped absolute element.
EXAMPLES:
sage: from sage.rings.padics.padic_capped_absolute_element import make_pAdicCappedAbsoluteElement sage: R = ZpCA(5) sage: a = make_pAdicCappedAbsoluteElement(R, 17*25, 5); a 2*5^2 + 3*5^3 + O(5^5)
- class sage.rings.padics.padic_capped_absolute_element.pAdicCappedAbsoluteElement#
Bases:
CAElement
Constructs new element with given parent and value.
INPUT:
x
– value to coerce into a capped absolute ringabsprec
– maximum number of digits of absolute precisionrelprec
– maximum number of digits of relative precision
EXAMPLES:
sage: R = ZpCA(3, 5) sage: R(2) 2 + O(3^5) sage: R(2, absprec=2) 2 + O(3^2) sage: R(3, relprec=2) 3 + O(3^3) sage: R(Qp(3)(10)) 1 + 3^2 + O(3^5) sage: R(pari(6)) 2*3 + O(3^5) sage: R(pari(1/2)) 2 + 3 + 3^2 + 3^3 + 3^4 + O(3^5) sage: R(1/2) 2 + 3 + 3^2 + 3^3 + 3^4 + O(3^5) sage: R(mod(-1, 3^7)) 2 + 2*3 + 2*3^2 + 2*3^3 + 2*3^4 + O(3^5) sage: R(mod(-1, 3^2)) 2 + 2*3 + O(3^2) sage: R(3 + O(3^2)) 3 + O(3^2)
- lift()#
EXAMPLES:
sage: R = ZpCA(3) sage: R(10).lift() 10 sage: R(-1).lift()<PHONE_NUMBER>
- multiplicative_order()#
Return the minimum possible multiplicative order of this element.
OUTPUT:
The multiplicative order of self. This is the minimum multiplicative order of all elements of \(\ZZ_p\) lifting
self
to infinite precision.EXAMPLES:
sage: R = ZpCA(7, 6) sage: R(1/3) 5 + 4*7 + 4*7^2 + 4*7^3 + 4*7^4 + 4*7^5 + O(7^6) sage: R(1/3).multiplicative_order() +Infinity sage: R(7).multiplicative_order() +Infinity sage: R(1).multiplicative_order() 1 sage: R(-1).multiplicative_order() 2 sage: R.teichmuller(3).multiplicative_order() 6
- residue(absprec=1, field=None, check_prec=True)#
Reduces
self
modulo \(p^\mathrm{absprec}\).INPUT:
absprec
– a non-negative integer (default: 1)field
– boolean (defaultNone
). Whether to return an element of GF(p) or Zmod(p).check_prec
– boolean (defaultTrue
). Whether to raise an error if this element has insufficient precision to determine the reduction.
OUTPUT:
This element reduced modulo \(p^\mathrm{absprec}\) as an element of \(\ZZ/p^\mathrm{absprec}\ZZ\)
EXAMPLES:
sage: R = Zp(7,10,'capped-abs') sage: a = R(8) sage: a.residue(1) 1
This is different from applying
% p^n
which returns an element in the same ring:sage: b = a.residue(2); b 8 sage: b.parent() Ring of integers modulo 49 sage: c = a % 7^2; c 1 + 7 + O(7^10) sage: c.parent() 7-adic Ring with capped absolute precision 10
Note that reduction of
c
dropped to the precision of the unit part of7^2
, see_mod_()
:sage: R(7^2).unit_part() 1 + O(7^8)
See also
_mod_()
- class sage.rings.padics.padic_capped_absolute_element.pAdicCoercion_CA_frac_field#
Bases:
RingHomomorphism
The canonical inclusion of Zq into its fraction field.
EXAMPLES:
sage: R.<a> = ZqCA(27, implementation='FLINT') sage: K = R.fraction_field() sage: f = K.coerce_map_from(R); f Ring morphism: From: 3-adic Unramified Extension Ring in a defined by x^3 + 2*x + 1 To: 3-adic Unramified Extension Field in a defined by x^3 + 2*x + 1
- is_injective()#
Return whether this map is injective.
EXAMPLES:
sage: R.<a> = ZqCA(9, implementation='FLINT') sage: K = R.fraction_field() sage: f = K.coerce_map_from(R) sage: f.is_injective() True
- is_surjective()#
Return whether this map is surjective.
EXAMPLES:
sage: R.<a> = ZqCA(9, implementation='FLINT') sage: K = R.fraction_field() sage: f = K.coerce_map_from(R) sage: f.is_surjective() False
- section()#
Return a map back to the ring that converts elements of non-negative valuation.
EXAMPLES:
sage: R.<a> = ZqCA(27, implementation='FLINT') sage: K = R.fraction_field() sage: f = K.coerce_map_from(R) sage: f(K.gen()) a + O(3^20) sage: f.section() Generic morphism: From: 3-adic Unramified Extension Field in a defined by x^3 + 2*x + 1 To: 3-adic Unramified Extension Ring in a defined by x^3 + 2*x + 1
- class sage.rings.padics.padic_capped_absolute_element.pAdicCoercion_ZZ_CA#
Bases:
RingHomomorphism
The canonical inclusion from the ring of integers to a capped absolute ring.
EXAMPLES:
sage: f = ZpCA(5).coerce_map_from(ZZ); f Ring morphism: From: Integer Ring To: 5-adic Ring with capped absolute precision 20
- section()#
Return a map back to the ring of integers that approximates an element by an integer.
EXAMPLES:
sage: f = ZpCA(5).coerce_map_from(ZZ).section() sage: f(ZpCA(5)(-1)) - 5^20 -1
- class sage.rings.padics.padic_capped_absolute_element.pAdicConvert_CA_ZZ#
Bases:
RingMap
The map from a capped absolute ring back to the ring of integers that returns the smallest non-negative integer approximation to its input which is accurate up to the precision.
Raises a
ValueError
if the input is not in the closure of the image of the ring of integers.EXAMPLES:
sage: f = ZpCA(5).coerce_map_from(ZZ).section(); f Set-theoretic ring morphism: From: 5-adic Ring with capped absolute precision 20 To: Integer Ring
- class sage.rings.padics.padic_capped_absolute_element.pAdicConvert_CA_frac_field#
Bases:
Morphism
The section of the inclusion from \(\ZZ_q\) to its fraction field.
EXAMPLES:
sage: R.<a> = ZqCA(27, implementation='FLINT') sage: K = R.fraction_field() sage: f = R.convert_map_from(K); f Generic morphism: From: 3-adic Unramified Extension Field in a defined by x^3 + 2*x + 1 To: 3-adic Unramified Extension Ring in a defined by x^3 + 2*x + 1
- class sage.rings.padics.padic_capped_absolute_element.pAdicConvert_QQ_CA#
Bases:
Morphism
The inclusion map from the rationals to a capped absolute ring that is defined on all elements with non-negative \(p\)-adic valuation.
EXAMPLES:
sage: f = ZpCA(5).convert_map_from(QQ); f Generic morphism: From: Rational Field To: 5-adic Ring with capped absolute precision 20
- class sage.rings.padics.padic_capped_absolute_element.pAdicTemplateElement#
Bases:
pAdicGenericElement
A class for common functionality among the \(p\)-adic template classes.
INPUT:
parent
– a local ring or fieldx
– data defining this element. Various types are supported, including ints, Integers, Rationals, PARI p-adics, integers mod \(p^k\) and other Sage p-adics.absprec
– a cap on the absolute precision of this elementrelprec
– a cap on the relative precision of this element
EXAMPLES:
sage: Zp(17)(17^3, 8, 4) 17^3 + O(17^7)
- expansion(n=None, lift_mode='simple', start_val=None)#
Return the coefficients in a \(\pi\)-adic expansion. If this is a field element, start at \(\pi^{\mbox{valuation}}\), if a ring element at \(\pi^0\).
For each lift mode, this function returns a list of \(a_i\) so that this element can be expressed as
\[\pi^v \cdot \sum_{i=0}^\infty a_i \pi^i,\]where \(v\) is the valuation of this element when the parent is a field, and \(v = 0\) otherwise.
Different lift modes affect the choice of \(a_i\). When
lift_mode
is'simple'
, the resulting \(a_i\) will be non-negative: if the residue field is \(\GF{p}\) then they will be integers with \(0 \le a_i < p\); otherwise they will be a list of integers in the same range giving the coefficients of a polynomial in the indeterminant representing the maximal unramified subextension.Choosing
lift_mode
as'smallest'
is similar to'simple'
, but uses a balanced representation \(-p/2 < a_i \le p/2\).Finally, setting
lift_mode = 'teichmuller'
will yield Teichmuller representatives for the \(a_i\): \(a_i^q = a_i\). In this case the \(a_i\) will lie in the ring of integers of the maximal unramified subextension of the parent of this element.INPUT:
n
– integer (defaultNone
). If given, returns the corresponding entry in the expansion. Can also accept a slice (seeslice()
)lift_mode
–'simple'
,'smallest'
or'teichmuller'
(default:'simple'
)start_val
– start at this valuation rather than the default (\(0\) or the valuation of this element).
OUTPUT:
If
n
isNone
, an iterable giving a \(\pi\)-adic expansion of this element. For base elements the contents will be integers iflift_mode
is'simple'
or'smallest'
, and elements ofself.parent()
iflift_mode
is'teichmuller'
.If
n
is an integer, the coefficient of \(\pi^n\) in the \(\pi\)-adic expansion of this element.
Note
Use slice operators to get a particular range.
EXAMPLES:
sage: R = Zp(7,6); a = R(12837162817); a 3 + 4*7 + 4*7^2 + 4*7^4 + O(7^6) sage: E = a.expansion(); E 7-adic expansion of 3 + 4*7 + 4*7^2 + 4*7^4 + O(7^6) sage: list(E) [3, 4, 4, 0, 4, 0] sage: sum([c * 7^i for i, c in enumerate(E)]) == a True sage: E = a.expansion(lift_mode='smallest'); E 7-adic expansion of 3 + 4*7 + 4*7^2 + 4*7^4 + O(7^6) (balanced) sage: list(E) [3, -3, -2, 1, -3, 1] sage: sum([c * 7^i for i, c in enumerate(E)]) == a True sage: E = a.expansion(lift_mode='teichmuller'); E 7-adic expansion of 3 + 4*7 + 4*7^2 + 4*7^4 + O(7^6) (teichmuller) sage: list(E) [3 + 4*7 + 6*7^2 + 3*7^3 + 2*7^5 + O(7^6), 0, 5 + 2*7 + 3*7^3 + O(7^4), 1 + O(7^3), 3 + 4*7 + O(7^2), 5 + O(7)] sage: sum(c * 7^i for i, c in enumerate(E)) 3 + 4*7 + 4*7^2 + 4*7^4 + O(7^6)
If the element has positive valuation then the list will start with some zeros:
sage: a = R(7^3 * 17) sage: E = a.expansion(); E 7-adic expansion of 3*7^3 + 2*7^4 + O(7^9) sage: list(E) [0, 0, 0, 3, 2, 0, 0, 0, 0]
The expansion of 0 is truncated:
sage: E = R(0, 7).expansion(); E 7-adic expansion of O(7^7) sage: len(E) 0 sage: list(E) []
In fields, on the other hand, the expansion starts at the valuation:
sage: R = Qp(7,4); a = R(6*7+7**2); E = a.expansion(); E 7-adic expansion of 6*7 + 7^2 + O(7^5) sage: list(E) [6, 1, 0, 0] sage: list(a.expansion(lift_mode='smallest')) [-1, 2, 0, 0] sage: list(a.expansion(lift_mode='teichmuller')) [6 + 6*7 + 6*7^2 + 6*7^3 + O(7^4), 2 + 4*7 + 6*7^2 + O(7^3), 3 + 4*7 + O(7^2), 3 + O(7)]
You can ask for a specific entry in the expansion:
sage: a.expansion(1) 6 sage: a.expansion(1, lift_mode='smallest') -1 sage: a.expansion(2, lift_mode='teichmuller') 2 + 4*7 + 6*7^2 + O(7^3)
- lift_to_precision(absprec=None)#
Return another element of the same parent with absolute precision at least
absprec
, congruent to this \(p\)-adic element modulo the precision of this element.INPUT:
absprec
– an integer orNone
(default:None
); the absolute precision of the result. IfNone
, lifts to the maximum precision allowed
Note
If setting
absprec
that high would violate the precision cap, raises a precision error. Note that the new digits will not necessarily be zero.EXAMPLES:
sage: R = ZpCA(17) sage: R(-1,2).lift_to_precision(10) 16 + 16*17 + O(17^10) sage: R(1,15).lift_to_precision(10) 1 + O(17^15) sage: R(1,15).lift_to_precision(30) Traceback (most recent call last): ... PrecisionError: precision higher than allowed by the precision cap sage: R(-1,2).lift_to_precision().precision_absolute() == R.precision_cap() True sage: R = Zp(5); c = R(17,3); c.lift_to_precision(8) 2 + 3*5 + O(5^8) sage: c.lift_to_precision().precision_relative() == R.precision_cap() True
Fixed modulus elements don’t raise errors:
sage: R = ZpFM(5); a = R(5); a.lift_to_precision(7) 5 sage: a.lift_to_precision(10000) 5
- residue(absprec=1, field=None, check_prec=True)#
Reduce this element modulo \(p^\mathrm{absprec}\).
INPUT:
absprec
–0
or1
.field
– boolean (defaultNone
). For precision 1, whether to return an element of the residue field or a residue ring. Currently unused.check_prec
– boolean (defaultTrue
). Whether to raise an error if this element has insufficient precision to determine the reduction. Errors are never raised for fixed-mod or floating-point types.
OUTPUT:
This element reduced modulo \(p^\mathrm{absprec}\) as an element of the residue field or the null ring.
EXAMPLES:
sage: R.<a> = Zq(27, 4) sage: (3 + 3*a).residue() 0 sage: (a + 1).residue() a0 + 1
- teichmuller_expansion(n=None)#
Returns an iterator over coefficients \(a_0, a_1, \dots, a_n\) such that
\(a_i^q = a_i\), where \(q\) is the cardinality of the residue field,
this element can be expressed as
\[\pi^v \cdot \sum_{i=0}^\infty a_i \pi^i\]where \(v\) is the valuation of this element when the parent is a field, and \(v = 0\) otherwise.
if \(a_i \ne 0\), the precision of \(a_i\) is \(i\) less than the precision of this element (relative in the case that the parent is a field, absolute otherwise)
Note
The coefficients will lie in the ring of integers of the maximal unramified subextension.
INPUT:
n
– integer (defaultNone
). If given, returns the coefficient of \(\pi^n\) in the expansion.
EXAMPLES:
For fields, the expansion starts at the valuation:
sage: R = Qp(5,5); list(R(70).teichmuller_expansion()) [4 + 4*5 + 4*5^2 + 4*5^3 + 4*5^4 + O(5^5), 3 + 3*5 + 2*5^2 + 3*5^3 + O(5^4), 2 + 5 + 2*5^2 + O(5^3), 1 + O(5^2), 4 + O(5)]
But if you specify
n
, you get the coefficient of \(\pi^n\):sage: R(70).teichmuller_expansion(2) 3 + 3*5 + 2*5^2 + 3*5^3 + O(5^4)
- unit_part()#
Returns the unit part of this element.
This is the \(p\)-adic element \(u\) in the same ring so that this element is \(\pi^v u\), where \(\pi\) is a uniformizer and \(v\) is the valuation of this element.
EXAMPLES:
sage: R.<a> = Zq(125) sage: (5*a).unit_part() a + O(5^20)
- sage.rings.padics.padic_capped_absolute_element.unpickle_cae_v2(cls, parent, value, absprec)#
Unpickle capped absolute elements.
INPUT:
cls
– the class of the capped absolute elementparent
– a \(p\)-adic ringvalue
– a Python object wrapping a celement, of the kind accepted by the cunpickle functionabsprec
– a Python int or Sage integer
EXAMPLES:
sage: from sage.rings.padics.padic_capped_absolute_element import unpickle_cae_v2, pAdicCappedAbsoluteElement sage: R = ZpCA(5,8) sage: a = unpickle_cae_v2(pAdicCappedAbsoluteElement, R, 42, int(6)); a 2 + 3*5 + 5^2 + O(5^6) sage: a.parent() is R True


Hurricanes activate F Jordan Martinook from injured reserve
RALEIGH, N.C. (AP) - Jordan Martinook is back with the Carolina Hurricanes a little over a month after having core muscle surgery.
The team on Friday activated the forward from injured reserve. He missed 15 games after having surgery to repair a core muscle injury on Oct. 11.
The 27-year-old alternate captain had one assist in four games before he was hurt. He had a career-best 15 goals with 10 assists while playing 82 games during the 2018-19 regular season.
TOP STORIES
Adam Schiff cracking under 'point of order' pressure
Nancy Pelosi goes for slam dunk -- and crashes to court
Four dead, dozens injured in violence over Facebook post
More AP NHL: https://apnews.com/NHL and https://twitter.com/AP_Sports
Sign up for Daily Newsletters
Copyright © 2019 The Washington Times, LLC.
Please read our comment policy before commenting.


Welcome, welcome! What you're looking at is a zoomable file manager. Think zoomable map, but replace cities with directories and buildings with files.
Use the mouse wheel to zoom the camera towards and away from the pointer. You can also use the t and g keys to zoom. To pan the map, grab and drag the map with the pointer.
Right-click on things to show their context menus. Use the Ctrl-key to show the browser context menu.
Select items by ctrl-clicking on them. Select a range from the last selected item by shift-clicking the end of the range. Ctrl-drag to lasso select.
Add new contacts by clicking on the "Contacts"-button at the top of the screen. The contacts window also lets you create new groups, invite people to your groups and join public groups.
Upload files and archives from your computer by clicking the "Upload"-button at the top of the screen. When you discover something good on your browsing escapades, use the Muryu Firefox add-on to send it your map with a single click.
To share your discoveries, select the things you wish to share and click on "Share with a group" or "Share with the world." If you're using the Muryu Firefox add-on, select "Share with a group" or "Share with the world" from the pop-up menu.
The crow might help you get started, why not try clicking him?
Have a nice day! Happiness is mandatory!


Class reference
Usage
Control the border color of an element using the .border-{color}
utilities.
<input class="border border-red-500 ...">
Responsive
To control the border color of an element at a specific breakpoint, add a {screen}:
prefix to any existing border color utility. For example, use md:border-green-500
to apply the border-green-500
utility at only medium screen sizes and above.
For more information about Tailwind's responsive design features, check out the Responsive Design documentation.
Hover
To control the border color of an element on hover, add the hover:
prefix to any existing border color utility. For example, use hover:border-blue-500
to apply the border-blue-500
utility on hover.
<button class="border-2 border-blue-500 hover:border-red-500 ...">
Button
</button>
Hover utilities can also be combined with responsive utilities by adding the responsive {screen}:
prefix before the focus:
prefix.
<button class="... md:border-blue-500 md:hover:border-blue-700 ...">Button</button>
Focus
To control the border color of an element on focus, add the focus:
prefix to any existing border color utility. For example, use focus:border-blue-500
to apply the border-blue-500
utility on focus.
<input class="border-gray-400 focus:border-blue-500 ...">
Focus utilities can also be combined with responsive utilities by adding the responsive {screen}:
prefix before the focus:
prefix.
<input class="... md:border-gray-200 md:focus:border-white ...">
Customizing
Border Colors
By default Tailwind makes the entire default color palette available as border colors.
You can customize your color palette by editing the theme.colors
variable in your tailwind.config.js
file, or customize just your border colors using the theme.borderColor
section of your Tailwind config.
Responsive and pseudo-class variants
By default, only responsive, hover and focus variants are generated for border color utilities.
You can control which variants are generated for the border color utilities by modifying the borderColor
property in the variants
section of your tailwind.config.js
file.
For example, this config will also generate active and group-hover variants:
Disabling
If you don't plan to use the border color utilities in your project, you can disable them entirely by setting the borderColor
property to false
in the corePlugins
section of your config file:


Today's patch updates come with the standard set of bug fixes. However, this week we've added five new articles to the docs and two new skeletons for Visual Studio users.
Bug Fixes
This release contains numerous bug fixes, stability improvements and edge-case handling. To get the fixes you can run jspm update
. You'll be able to continue to run jspm update
to get our latest fixes and improvements until we release Beta 2. You also should have no fear of breaking changes. If you encounter anything, then it's an accidental regression and something we would love for you to help us correct by creating an issue with the regression's details.
You can find the release notes related to today's patches at the end of this post.
Docs
We've added five new articles to the docs:
- Binding: Value Converters
- Binding: Binding Behaviors
- End-to-End Testing
- Securing Your App
- Integrating with Polymer (under the new integrators profile)
In addition to the articles, we've also added a retractable right-side panel that will display the table of contents for each article. This allows you to see the article's contents at a glance, skip around and deep link to sections within an article. We'll continue to add more articles and enhance the capabilities of our docs regularly.
Skeletons
From the beginning, we've had an ES 2016 skeleton. Recently we added a TypeScript skeleton. With this set of releases, we now have ES 2016 and TypeScript skeletons specifically configured for Visual Studio and ASP.NET 5. As part of this release, we've moved all skeletons to the Skeleton Navigation repository for convenience. Simply download the latest release and select the skeleton that suits you best.
Release Notes
aurelia-pal 1.0.0-beta.1.0.2
Bug Fixes
- index: remove interface methods for Object/Array observe ( d9099c9b )
aurelia-pal-browser 1.0.0-beta.1.0.3
Bug Fixes
- feature: remove Obect/Array observe detection ( ecf35855 )
- package: add missing core-js dependency ( 08ab345a )
aurelia-dependency-injection 1.0.0-beta.1.0.1
- minor perf work
aurelia-http-client 1.0.0-beta.1.0.1
Bug Fixes
- http-client: declare headers property ( e64dba37 )
aurelia-loader 1.0.0-beta.1.0.1
Bug Fixes
- loader: remove un-need core-js import ( aec5fa20 )
Features
- loader: add normalize api ( e5d5a9e5 )
aurelia-loader-default 1.0.0-beta.1.0.2
Features
- all: remove internal normalizeSync use and add normalize impl ( 3c323466 )
aurelia-binding 1.0.0-beta.1.0.5
Bug Fixes
- ClassObserver: split classes by any ASCII whitespace. ( 776eef49 , closes #257 )
- ObserverLocator: getAccessor incorrectly handles input.value ( ae751048 , closes #264 )
- ValueAttributeObserver: notify only when changing element value ( 6ac4d42d )
- subscriberCollection: handle cascading calls ( 5b3ae75f , closes #252 )
Features
- Array: observe array prototype methods ( f34972dc )
- SetObservation: add set observation ( 9bb17313 )
- api: export mergeSplice ( c909ba22 )
aurelia-router 1.0.0-beta.1.0.1
Bug Fixes
- app-router: restore _queue object reference ( 9f48f6be )
- pipeline: Fix type annotations on pipeline next parameter ( b47a0dcf , closes #265 )
Features
- router: add reset method ( dbce60c3 )
aurelia-templating 1.0.0-beta.1.0.3
Bug Fixes
- composition: properly handle the created callback during dynamic composition ( 9b61a681 )
aurelia-templating-resources 1.0.0-beta.1.0.4
Bug Fixes
- compose: properly handle the created callback during dynamic composition ( eddec888 )
- repeat:
- tests: describe does not expect a done parameter ( 3ed2b0f5 )
Features
- repeat: add strategy for repeating over Set objects ( dc0432a0 )
- signal: enable signaling one-time bindings ( 24ce6720 , closes #176 )
aurelia-templating-router 1.0.0-beta.1.0.5
Bug Fixes
- index: AppRouter should point to the same root Router singleton as Router ( 8c62f59f )
- router-view: properly handle the created callback during dynamic composition ( 05671f46 )
aurelia-framework 1.0.0-beta.1.0.8
Features
- all: switch normalizeSync to normalize api ( 4d5b1f6b )
- aurelia: detect router on successive setRoot calls ( 0f83b9b3 )
aurelia-bootstrapper 1.0.0-beta.1.0.2
Bug Fixes
Features
- all: switch normalizeSync to normalize api ( 35e4b10e )
aurelia-animator-css 1.0.0-beta.1.0.3
Bug Fixes
- cssRule: fix cssrule null ( d26e0bd8 )
aurelia-animator-velocity
Bug Fixes
- animator: add missing addClass and removeClass interface memebers ( 67a8793f )
aurelia-html-import-template-loader 1.0.0-beta.1.0.1
Features
- all: switch to normalize api from normalizeSync ( aa8870d9 )
aurelia-skeleton-navigation 1.0.0-beta.1.0.5
Bug Fixes
Features
- asp.net5: add asp.net5 skeleton ( 30221c68 )
- build:
aurelia-i18n 0.4.5
Bug Fixes
- i18n: marked optional arguments ( cc9b48b4 )
- unbind: Clear timers and dispose subscription only if really subscribed ( ee497706 )
Features
- signaling: add alias for t-params ( 3fd242f2 )
aurelia-dialog 0.5.3
- add typings


Full example
SYNTAX = SYNTAX RULE, { SYNTAX RULE } ;
SYNTAX RULE
= META IDENTIFIER, '=', DEFINITIONS LIST, ' ;' ;
DEFINITIONS LIST
= SINGLE DEFINITION,
{ '|', SINGLE DEFINITION } ;
SINGLE DEFINITION = TERM, { ',', TERM } ;
TERM = FACTOR, [ '-', EXCEPTION ] ;
EXCEPTION = FACTOR ;
FACTOR = [ INTEGER, '*' ], PRIMARY ;
PRIMARY
= OPTIONAL SEQUENCE | REPEATED SEQUENCE
| SPECIAL SEQUENCE | GROUPED SEQUENCE
| META IDENTIFIER | TERMINAL | EMPTY ;
EMPTY = ;
OPTIONAL SEQUENCE = '[', DEFINITIONS LIST, ']' ;
REPEATED SEQUENCE = '{', DEFINITIONS LIST, '}' ;
GROUPED SEQUENCE = '(', DEFINITIONS LIST, ')' ;
TERMINAL
= "'", CHARACTER - "'",
{ CHARACTER - "'" }, "'"
| '"', CHARACTER - '"',
{ CHARACTER - '"' }, '"' ;
META IDENTIFIER = LETTER, { LETTER | DIGIT } ;
INTEGER = DIGIT, { DIGIT } ;
SPECIAL SEQUENCE = '?', { CHARACTER - '?' }, '?' ;
COMMENT = '(*', { COMMENT SYMBOL }, '*)' ;
COMMENT SYMBOL
= COMMENT | TERMINAL | SPECIAL SEQUENCE
| CHARACTER ;
Full example with alternative syntax
SYNTAX = SYNTAX RULE, (: SYNTAX RULE :).
SYNTAX RULE
= META IDENTIFIER, '=', DEFINITIONS LIST, '.'. (* '.' instead of ';' *)
DEFINITIONS LIST
= SINGLE DEFINITION,
(: '/', SINGLE DEFINITION :).
SINGLE DEFINITION = TERM, (: ',', TERM :).
TERM = FACTOR, (/ '-', EXCEPTION /).
EXCEPTION = FACTOR.
FACTOR = (/ INTEGER, '*' /), PRIMARY.
PRIMARY
= OPTIONAL SEQUENCE / REPEATED SEQUENCE (* / is the same as | *)
/ SPECIAL SEQUENCE / GROUPED SEQUENCE
/ META IDENTIFIER / TERMINAL / EMPTY.
EMPTY = .
OPTIONAL SEQUENCE = '(/', DEFINITIONS LIST, '/)'.
REPEATED SEQUENCE = '(:', DEFINITIONS LIST, ':)'.
GROUPED SEQUENCE = '(', DEFINITIONS LIST, ')'.
TERMINAL
= "'", CHARACTER - "'",
(: CHARACTER - "'" :), "'"
/ '"', CHARACTER - '"',
(: CHARACTER - '"' :), '"'.
META IDENTIFIER = LETTER, (: LETTER / DIGIT :).
INTEGER = DIGIT, (: DIGIT :).
SPECIAL SEQUENCE = '?', (: CHARACTER - '?' :), '?'.
COMMENT = '(*', (: COMMENT SYMBOL :), '*)'.
COMMENT SYMBOL
= COMMENT / TERMINAL / SPECIAL SEQUENCE
/ CHARACTER.


| BranchSet
Deals with the issue of recognizing that a sequence of bytecode branch instructions actually represent a single if/while with a logical expression.
|
| BranchSet.LogicalExpressionNode
Base abstract class used to hold information used to construct node tree for logical expressions.
|
| ExpressionList
Essentially a glorified linked list of Instructions plus some additional state to allow us to transform sequences.
|
| Instruction
Initially represents a single Java bytecode instruction.
|
| InstructionPattern.InstructionMatch |
| InstructionPattern.InstructionMatcher |
| InstructionSet.AccessArrayElement |
| InstructionSet.AccessField |
| InstructionSet.AccessInstanceField |
| InstructionSet.AccessLocalVariable |
| InstructionSet.ArrayAccess |
| InstructionSet.AssignToArrayElement |
| InstructionSet.AssignToField |
| InstructionSet.AssignToInstanceField |
| InstructionSet.AssignToLocalVariable |
| InstructionSet.Binary |
| InstructionSet.BinaryOperator |
| InstructionSet.Branch |
| InstructionSet.Branch32 |
| InstructionSet.ByteCode |
| InstructionSet.BytecodeEncodedConstant |
| InstructionSet.CastOperator |
| InstructionSet.CompositeInstruction |
| InstructionSet.ConditionalBranch |
| InstructionSet.ConditionalBranch16 |
| InstructionSet.Constant |
| InstructionSet.ConstantPoolEntryConstant |
| InstructionSet.DUP |
| InstructionSet.FieldReference |
| InstructionSet.HasOperator |
| InstructionSet.If |
| InstructionSet.IfUnary |
| InstructionSet.ImmediateConstant |
| InstructionSet.ImmediateSpec |
| InstructionSet.Index |
| InstructionSet.Index08 |
| InstructionSet.Index16 |
| InstructionSet.IndexConst |
| InstructionSet.InterfaceConstantPoolMethodIndexAccessor |
| InstructionSet.LocalVariableConstIndexAccessor |
| InstructionSet.LocalVariableConstIndexLoad |
| InstructionSet.LocalVariableConstIndexStore |
| InstructionSet.LocalVariableIndex08Accessor |
| InstructionSet.LocalVariableIndex08Load |
| InstructionSet.LocalVariableIndex08Store |
| InstructionSet.LocalVariableTableIndexAccessor |
| InstructionSet.MethodCall |
| InstructionSet.New |
| InstructionSet.Operator
Represents an Operator
|
| InstructionSet.OperatorInstruction |
| InstructionSet.PopSpec |
| InstructionSet.PushSpec |
| InstructionSet.Return |
| InstructionSet.Switch |
| InstructionSet.TypeSpec |
| InstructionSet.Unary |
| InstructionSet.UnaryOperator |
| InstructionSet.UnconditionalBranch |
| InstructionSet.UnconditionalBranch16 |
| InstructionSet.VirtualMethodCall |


Text Object Example
The Text Object example shows how to insert an SVG file into a QTextDocument.
A QTextDocument consists of a hierarchy of elements, such as text blocks and frames. A text object describes the structure or format of one or more of these elements. For instance, images imported from HTML are implemented using text objects. Text objects are used by the document's layout to lay out and render (paint) the document. Each object knows how to paint the elements they govern, and calculates their size.
To be able to insert an SVG image into a text document, we create a text object, and implement painting for that object. This object can then be set on a QTextCharFormat. We also register the text object with the layout of the document, enabling it to draw QTextCharFormats governed by our text object. We can summarize the procedure with the following steps:
- Implement the text object.
- Register the text object with the layout of the text document.
- Set the text object on a QTextCharFormat.
- Insert a QChar::ObjectReplacementCharacter with that text char format into the document.
The example consists of the following classes:
SvgTextObject
implements the text object.Window
shows a QTextEdit into which SVG images can be inserted.
SvgTextObject Class Definition
Let's take a look at the header file of SvgTextObject
:
class SvgTextObject : public QObject, public QTextObjectInterface { Q_OBJECT Q_INTERFACES(QTextObjectInterface) public: QSizeF intrinsicSize(QTextDocument *doc, int posInDocument, const QTextFormat &format) override; void drawObject(QPainter *painter, const QRectF &rect, QTextDocument *doc, int posInDocument, const QTextFormat &format) override; };
A text object is a QObject that implements QTextObjectInterface. Note that the first class inherited must be QObject, and that you must use Q_INTERFACES to let Qt know that your class implements QTextObjectInterface.
The document layout keeps a collection of text objects stored as QObjects, each of which has an associated object type. The layout casts the QObject for the associated object type into the QTextObjectInterface.
The intrinsicSize() and drawObject() functions are then used to calculate the size of the text object and draw it.
SvgTextObject Class Implementation
We start of by taking a look at the intrinsicSize() function:
QSizeF SvgTextObject::intrinsicSize(QTextDocument * /*doc*/, int /*posInDocument*/, const QTextFormat &format) { QImage bufferedImage = qvariant_cast<QImage>(format.property(Window::SvgData)); QSize size = bufferedImage.size(); if (size.height() > 25) size *= 25.0 / (double) size.height(); return QSizeF(size); }
intrinsicSize()
is called by the layout to calculate the size of the text object. Notice that we have drawn the SVG image on a QImage. This is because SVG rendering is quite expensive. The example would lag seriously for large images if we drew them with a QSvgRenderer each time.
void SvgTextObject::drawObject(QPainter *painter, const QRectF &rect, QTextDocument * /*doc*/, int /*posInDocument*/, const QTextFormat &format) { QImage bufferedImage = qvariant_cast<QImage>(format.property(Window::SvgData)); painter->drawImage(rect, bufferedImage); }
In drawObject()
, we paint the SVG image using the QPainter provided by the layout.
Window Class Definition
The Window
class is a self-contained window that has a QTextEdit in which SVG images can be inserted.
class Window : public QWidget { Q_OBJECT public: enum { SvgTextFormat = QTextFormat::UserObject + 1 }; enum SvgProperties { SvgData = 1 }; Window(); private slots: void insertTextObject(); private: void setupTextObject(); void setupGui(); private: QTextEdit *textEdit; QLabel *fileNameLabel; QLineEdit *fileNameLineEdit; QPushButton *insertTextObjectButton; };
The insertTextObject()
slot inserts an SVG image at the current cursor position, while setupTextObject()
creates and registers the SvgTextObject with the layout of the text edit's document.
The constructor simply calls setupTextObject()
and setupGui()
, which creates and lays out the widgets of the Window
.
Window Class Implementation
We will now take a closer look at the functions that are relevant to our text object, starting with the setupTextObject()
function.
void Window::setupTextObject() { QObject *svgInterface = new SvgTextObject; svgInterface->setParent(this); textEdit->document()->documentLayout()->registerHandler(SvgTextFormat, svgInterface); }
SvgTextFormat
's value is the number of our object type. It is used to identify object types by the document layout.
Note that we only create one SvgTextObject instance; it will be used for all QTextCharFormat's with the SvgTextFormat
object type.
Let's move on to the insertTextObject()
function:
void Window::insertTextObject() { QString fileName = fileNameLineEdit->text(); QFile file(fileName); if (!file.open(QIODevice::ReadOnly)) { QMessageBox::warning(this, tr("Error Opening File"), tr("Could not open '%1'").arg(fileName)); } QByteArray svgData = file.readAll();
First, the .svg
file is opened and its contents are read into the svgData
array.
QTextCharFormat svgCharFormat; svgCharFormat.setObjectType(SvgTextFormat); QSvgRenderer renderer(svgData); QImage svgBufferImage(renderer.defaultSize(), QImage::Format_ARGB32); QPainter painter(&svgBufferImage); renderer.render(&painter, svgBufferImage.rect()); svgCharFormat.setProperty(SvgData, svgBufferImage); QTextCursor cursor = textEdit->textCursor(); cursor.insertText(QString(QChar::ObjectReplacementCharacter), svgCharFormat); textEdit->setTextCursor(cursor); }
To speed things up, we buffer the SVG image in a QImage. We use setProperty() to store the QImage in the in the QTextCharFormat. We can retrieve it later with property().
We insert the char format in the standard way - using a QTextCursor. Notice that we use the special QChar ObjectReplacementCharacter.
Files:


Make a counter, easy as pie!
Just click the button below to make a new counter.
New Counter!
Counters:


Peter Andre forbids son Junior, 14, from ever going on Love Island
Peter wants his eldest lad to focus on his studies and would only back him going onto Love Island if he were presenting it
by Will Twigger, https://www.mirror.co.uk/authors/will-twigger/Peter Andre has admitted to banning eldest son Junior from ever going on Love Island .
The 14 year old's currently in school and, according to his dad, doing very well - he's got a drama scholarship, and dad Peter wants him to stay focused.
Speaking to new! magazine, he revealed that Junior had asked him if he'd ever allow him to take part in the ITV2 dating hit.
Peter, 46, said his response was: "Yeah, but only to present it."
He shares Junior, as well as Princess, 12, with former glamour model Katie Price .
The pair met in the Aussie jungle on I'm A Celebrity and tied the knot not long after - but they called it quits on their marriage in 2009.
Peter's now with new wife Emily, and has Amelia, 5, and Theodore, 2.
Later he added: "I've told him, 'You're 14, work as hard as you can to get the grades to go to university.'
"If he chooses to go, great, but if he wants to move into entertainment, I'll back him.
"I want him to concentrate on schooling and so far, he's doing well. He's got a drama scholarship so he's heading the right way. He wants to do acting and I love that because it's a great focus for him."
He's also got some strict rules for daughter Princess - specifically about dating.
In his column for new! Peter discussed the news that Gordon Ramsay's daughter Tilly is dating Gion D'Acampo's son Luciano."
He wrote: "As someone on the outside, I think it's brilliant., but if I found myself in a similar position to Gordon and we were talking about Princess, I'm not sure I'd be laughing.
"Unless that lad's dad was a priest, the mum a nun and the boyfriend was in the church choir, in which case I'd fully support the relationship."
The hunk went on to say that he's issued some stark warnings about social media: "I said to her and Junior they'll need to be extra careful when they're older because whatever they get up to, it will always get back to the parents because of social media.
"So they advice I give them before they do anything is, 'Would dad like it if he saw it?'"


The jit.field set of objects are a family of volumetric field processing components. A field is an object that associates a piece of information with a spatial location. The core object is jit.field, which represents an infinite 3D voxel grid. Conceptually, jit.field is a jit.matrix located in space with the exception that the field can have a value at any spatial location, so the number of cells in any given dimension is not fixed.
Since jit.field voxels are located in space, they have both a location and a size. Position in controlled with the @position and @rotate attributes. Size is controlled with the @voxelsize attribute. All voxels in a jit.field object have the exact same size.
Each voxel in a field has a position defined relative to the field, which is in a coordinate system called index space. Index space coordinates are in integers with the voxel at (0, 0, 0) at the center of the field. Each voxel also has a corresponding position in world space, which is determined by apply the field’s position, rotate, and voxelsize attributes to the voxel’s index space coordinate.
Fields are useful for placing and retrieving values from spatial locations. Two common uses for fields are as level sets and vector fields. Level sets describe surfaces through a distance field. The surface of the level set is located where the distance field is zero. This is no different from how jit.gl.isosurface works. The difference is that in jit.field, not every voxel needs to have a value explicitly defined. Only those voxels near the level set surface matter since they mark the location of the surface. Level sets defined this way are called narrow-band level sets.
jit.field.sphere and jit.field.particles generate narrow-band level sets. The size of the narrow band is determined by the @halfwidth attribute, which dictates home many voxels on either side of the level set to calculate the distance function.
Fields can be transformed using the jit.field.op object. It’s just like jit.op except for fields. It supports a number of binary and unary operators:
Not all unary operators work for all field formats. Furthermore, some unary operators take inputs of one format and output a different format. The accepted input and output types of an operator are indicated in the following format: (<planecount> <type>) → (<planecount> <type>). The format to the left of the arrow is the input format. The format to the right is the corresponding output format. The keyword any refers to any planecount or type depending on location.
To read and write to a field with a matrix, use the jit.field.read and jit.field.write objects. Both objects can index fields in either world or index coordinates. If the position matrix is type float32, the position matrix will be assumed to be in world coordinates. If the matrix is type long, it will be assumed to be in index space. When writing to a matrix, the values to be written need to have the same format as the field in terms of planecount and type.
In addition to directly reading from and writing to a field, level set fields can be generated from mesh and converted to meshes. To convert a mesh to a field, use the jit.field.volume object. It can use the matrixoutput of a jit.gl.model object for reading meshes stored on disk. It can also convert jitter matrices representing geometry data like jit.gl.mesh. For example, with @drawmode set to trigrid, it will interpret a matrix of position values as a grid of triangles.
By contrast, the jit.field.mesh object will convert a level set to a mesh. It functions just like jit.gl.isosurface, using an @isolevel parameter to select which contour of the level set to render as geometry. The output can be fed directly into jit.gl.mesh. If @mode is set to mesh, the output will consist of vertex, normal, and index matrices. If @mode is set to particles, it will only output the vertex matrix.


CrimPapers
Articles published on 6 September 2020
On 6 September 2020, 2 new articles were published in 2 journals.
Making Change Happen in Criminal Justice Settings: Leveraging Implementation Science to Improve Mental Health Care by Melissa J. Zielinski, M. Kathryn Allison, Lauren Brinkley-Rubinstein, Geoffrey Curran, Nickolas D. Zaller and Jo Ann E. Kirchner
Scambaiter Narratives of Victims and Offenders and Their Influence on the Policing of Fraud


QCustom3DLabel Class
The QCustom3DLabel class adds a custom label to a graph. More...
| Header: | #include <QCustom3DLabel> |
| Since: | QtDataVisualization 1.1 |
| Instantiated By: | Custom3DLabel |
| Inherits: | QCustom3DItem |
Properties
|
- 9 properties inherited from QCustom3DItem
- 1 property inherited from QObject
Public Functions
| QCustom3DLabel(QObject *parent = Q_NULLPTR) | |
| QCustom3DLabel(const QString &text, const QFont &font, const QVector3D &position, const QVector3D &scaling, const QQuaternion &rotation, QObject *parent = Q_NULLPTR) | |
| virtual | ~QCustom3DLabel() |
| QColor | backgroundColor() const |
| QFont | font() const |
| bool | isBackgroundEnabled() const |
| bool | isBorderEnabled() const |
| bool | isFacingCamera() const |
| void | setBackgroundColor(const QColor &color) |
| void | setBackgroundEnabled(bool enabled) |
| void | setBorderEnabled(bool enabled) |
| void | setFacingCamera(bool enabled) |
| void | setFont(const QFont &font) |
| void | setText(const QString &text) |
| void | setTextColor(const QColor &color) |
| QString | text() const |
| QColor | textColor() const |
- 20 public functions inherited from QCustom3DItem
- 32 public functions inherited from QObject
Signals
| void | backgroundColorChanged(const QColor &color) |
| void | backgroundEnabledChanged(bool enabled) |
| void | borderEnabledChanged(bool enabled) |
| void | facingCameraChanged(bool enabled) |
| void | fontChanged(const QFont &font) |
| void | textChanged(const QString &text) |
| void | textColorChanged(const QColor &color) |
- 9 signals inherited from QCustom3DItem
- 2 signals inherited from QObject
Additional Inherited Members
- 1 public slot inherited from QObject
- 1 public variable inherited from QObject
- 10 static public members inherited from QObject
- 9 protected functions inherited from QObject
- 2 protected variables inherited from QObject
Detailed Description
The QCustom3DLabel class adds a custom label to a graph.
The text, font, position, scaling, rotation, and colors of a custom label can be set. In addition, the visibility of the borders and background of the label can be toggled. Colors, borders, and background are determined by the active theme unless set explicitly.
Note: In scaling, the z-coordinate has no effect. Setting the same x- and y-coordinates retains the original font dimensions.
See also QAbstract3DGraph::addCustomItem().
Property Documentation
backgroundColor : QColor
This property holds the color for the label background, if enabled.
Defaults to Qt::gray
.
Access functions:
| QColor | backgroundColor() const |
| void | setBackgroundColor(const QColor &color) |
Notifier signal:
| void | backgroundColorChanged(const QColor &color) |
See also backgroundEnabled.
backgroundEnabled : bool
This property holds whether the label background is enabled.
If set to false
, backgroundColor() has no effect. Defaults to true
.
Access functions:
| bool | isBackgroundEnabled() const |
| void | setBackgroundEnabled(bool enabled) |
Notifier signal:
| void | backgroundEnabledChanged(bool enabled) |
borderEnabled : bool
This property holds whether label borders are enabled.
Defaults to true
.
Access functions:
| bool | isBorderEnabled() const |
| void | setBorderEnabled(bool enabled) |
Notifier signal:
| void | borderEnabledChanged(bool enabled) |
facingCamera : bool
This property holds whether the label will always face the camera.
Defaults to false
. If set to true
, rotation() has no effect.
Access functions:
| bool | isFacingCamera() const |
| void | setFacingCamera(bool enabled) |
Notifier signal:
| void | facingCameraChanged(bool enabled) |
font : QFont
This property holds the font to be used for the label.
Defaults to QFont("Arial", 20)
. Special formatting (for example, outlined) is not supported.
Access functions:
| QFont | font() const |
| void | setFont(const QFont &font) |
Notifier signal:
| void | fontChanged(const QFont &font) |
text : QString
This property holds the text for the label.
Rich text is not supported.
Access functions:
| QString | text() const |
| void | setText(const QString &text) |
Notifier signal:
| void | textChanged(const QString &text) |
textColor : QColor
This property holds the color for the label text.
Also affects the label border, if enabled. Defaults to Qt::white
.
Access functions:
| QColor | textColor() const |
| void | setTextColor(const QColor &color) |
Notifier signal:
| void | textColorChanged(const QColor &color) |
See also borderEnabled.
Member Function Documentation
QCustom3DLabel::QCustom3DLabel(QObject *parent = Q_NULLPTR)
Constructs a custom 3D label with the given parent.
QCustom3DLabel::QCustom3DLabel(const QString &text, const QFont &font, const QVector3D &position, const QVector3D &scaling, const QQuaternion &rotation, QObject *parent = Q_NULLPTR)
Constructs a custom 3D label with the given text, font, position, scaling, rotation, and optional parent.
Note: Setting the same x- and y-coordinates for scaling retains the original font dimensions.
[virtual]
QCustom3DLabel::~QCustom3DLabel()
Deletes the custom 3D label.


class Mandrill::Exports
- Mandrill::Exports
- Reference
- Object
Defined in:
mandrill/api.crConstructors
Instance Method Summary
-
#activity(notify_email = nil, date_from = nil, date_to = nil, tags = nil, senders = nil, states = nil, api_keys = nil)
Begins an export of your activity history.
-
#info(id)
Returns information about an export job.
-
#list
Returns a list of your exports.
-
#rejects(notify_email = nil)
Begins an export of your rejection blacklist.
-
#whitelist(notify_email = nil)
Begins an export of your rejection whitelist.
Constructor Detail
Instance Method Detail
Begins an export of your activity history. The activity will be exported to a zip archive containing a single file named activity.csv in the same format as you would be able to export from your account's activity view. It includes the following fields: Date, Email Address, Sender, Subject, Status, Tags, Opens, Clicks, Bounce Detail. If you have configured any custom metadata fields, they will be included in the exported data. @param [String] notify_email an optional email address to notify when the export job has finished @param [String] date_from start date as a UTC string in YYYY-MM-DD HH:MM:SS format @param [String] date_to end date as a UTC string in YYYY-MM-DD HH:MM:SS format @param [Array] tags an array of tag names to narrow the export to; will match messages that contain ANY of the tags
- [String] tags[] a tag name
@param [Array] senders an array of senders to narrow the export to
- [String] senders[] a sender address
@param [Array] states an array of states to narrow the export to; messages with ANY of the states will be included
- [String] states[] a message state
@param [Array] api_keys an array of api keys to narrow the export to; messsagse sent with ANY of the keys will be included
- [String] api_keys[] an API key associated with your account
@return [Hash] information about the activity export job that was started
- [String] id the unique identifier for this Export. Use this identifier when checking the export job
Returns information about an export job. If the export job's state is 'complete', the returned data will include a URL you can use to fetch the results. Every export job produces a zip archive, but the format of the archive is distinct for each job type. The api calls that initiate exports include more details about the output format for that job type. @param [String] id an export job identifier @return [Hash] the information about the export
- [String] id the unique identifier for this Export. Use this identifier when checking the export job
Returns a list of your exports. @return [Array] the account's exports
- [Hash] return[] the individual export info
- [String] id the unique identifier for this Export. Use this identifier when checking the export job
Begins an export of your rejection blacklist. The blacklist will be exported to a zip archive containing a single file named rejects.csv that includes the following fields: email, reason, detail, created_at, expires_at, last_event_at, expires_at. @param [String] notify_email an optional email address to notify when the export job has finished. @return [Hash] information about the rejects export job that was started
- [String] id the unique identifier for this Export. Use this identifier when checking the export job
Begins an export of your rejection whitelist. The whitelist will be exported to a zip archive containing a single file named whitelist.csv that includes the following fields: email, detail, created_at. @param [String] notify_email an optional email address to notify when the export job has finished. @return [Hash] information about the whitelist export job that was started
- [String] id the unique identifier for this Export. Use this identifier when checking the export job


1 Samuel 15:4
And Saul gathered the people together, and numbered them in Telaim, two hundred thousand footmen, and ten thousand men of Judah.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113489-new-members/topic/why.20doesn't.20this.20work.3F.html ---
Can someone please help explain why the following:
lemma sum_plus_one1 (F:ℕ → ℝ ) (m:ℕ ) : sum (range (nat.succ m)) F = sum (range m) F + F m:= begin exact sum_range_succ' F m, end
doesn't work, and gives an error that says:
invalid type ascription, term has type
sum (range (nat.succ m)) F = sum (range m) (F ∘ nat.succ) + F 0
but is expected to have type
sum (range (nat.succ m)) F = sum (range m) F + F m
WTF?!?! Where did that "F ∘ nat.succ" come from??? The lemma is verbatim what the tactic is asking for...? Thank you!
Well, looking at the error message, it seems that sum_range_succ'
splits off the first element of the sum, not the last.
I don't follow? I literally copied and pasted what it said was "is expected to have type" into the lemma statement?
You're reading the error message backwards, then.
Argh!!! You're right. Thanks.
Meant to use sum_range_succ instead
GHC has a similar error message and it seems to confuse a lot of people there, too, though I never understood how. I guess it is like one of those optical illusions, where once you see it one way it is tricky to see it the other way.
I think they may have reworded this error message in GHC recently, actually.
I think it's the phrase "expected" type that trips people up
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object org.catechis.juksong.FarmingTools
public class FarmingTools
| Field Summary | |
|---|---|
private int |
green
THis variable is glabal so that limit methods can alter it when activated. |
private static java.util.Vector |
log
|
| Constructor Summary | |
|---|---|
FarmingTools()
|
| Method Summary | |
|---|---|
private static java.util.Vector |
append(java.util.Vector add,
java.util.Vector data)
|
static java.lang.String |
getAppropriateLevel(Word word,
java.lang.String test_type)
This method returns the appropriate reading or writing level based on the type passed in. |
static java.lang.String |
getAppropriateText(Word word,
java.lang.String type)
|
static java.lang.String |
getAppropriateType(java.lang.String native_language,
java.lang.String language_being_learned,
java.lang.String text_of_def)
I'm a little vague about this myself, so if you don't understand what is going on here, I sympathise with you. |
static java.lang.String |
getLanguageProfile(java.lang.String native_language,
java.lang.String language_being_learned,
java.lang.String type)
This method returns a profile for native speakers learning a specific language needing a reading or writing function. |
java.util.Vector |
getLog()
|
static boolean |
ifFolderDoesntExistCreateIt(java.lang.String folder_path)
Create the folder if it doesn't alreadyt exist. |
private int |
limitOver(int color,
int increment)
|
private int |
limitUnder(int color,
int increment)
|
int |
ratePerformance(Word word,
java.lang.String type_wanted)
|
java.awt.Color |
ratePerformancebyColor(Word word,
java.lang.String type_wanted)
Go thru a words tests and create a color based on the words testing performance. |
static int |
ratePerformanceStatic(Word word,
java.lang.String type_wanted)
|
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
private static java.util.Vector log
private int green
| Constructor Detail |
|---|
public FarmingTools()
| Method Detail |
|---|
public static java.lang.String getAppropriateText(Word word, java.lang.String type)
public static java.lang.String getLanguageProfile(java.lang.String native_language, java.lang.String language_being_learned, java.lang.String type)
language_being_learned
- type
-
public static java.lang.String getAppropriateType(java.lang.String native_language, java.lang.String language_being_learned, java.lang.String text_of_def)
native_language
- language_being_learned
- text_of_def
-
public static boolean ifFolderDoesntExistCreateIt(java.lang.String folder_path)
folder_path
- - Path to folder.
public static java.lang.String getAppropriateLevel(Word word, java.lang.String test_type)
word
- test_type
-
public static int ratePerformanceStatic(Word word, java.lang.String type_wanted)
public int ratePerformance(Word word, java.lang.String type_wanted)
public java.awt.Color ratePerformancebyColor(Word word, java.lang.String type_wanted)
word
- type_wanted
-
private int limitOver(int color, int increment)
private int limitUnder(int color, int increment)
public java.util.Vector getLog()
private static java.util.Vector append(java.util.Vector add, java.util.Vector data)
|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


- Bass Tabs
- Privacy policy
Privacy policy and terms of service for www.bigbasstabs.com
This Privacy Policy governs the manner in which Big Bass Tabs collects, uses, maintains and discloses information collected from users (each, a "User") of the
http://www.bigbasstabs.com website ("Site"). This privacy policy applies to the Site and all products and services offered by Big Bass Tabs.
Client area account
You are responsible for maintaining the security of your client area account, and you are fully responsible for all activities that occur under the account and any other actions taken in connection with the account. You must immediately notify Big Bass Tabs of any unauthorized uses of your account or any other breaches of security. Big Bass Tabs will not be liable for any acts or omissions by You, including any damages of any kind incurred as a result of such acts or omissions.
Contribution to website
If you leave comments anywhere on the Site, post material to the Site, post links on the Site, or otherwise make (or allow any third party to make) material available by means of the Site (any such material, "Content"), By making Content available, you represent and warrant that:
- The Content does not contain or install any viruses, worms, malware, trojan horses or other harmful or destructive content
- The Content is not spam, is not machine or randomly generated, and does not contain unethical or unwanted commercial content designed to drive traffic to third party sites or boost the search engine rankings of third party sites, or to further unlawful acts (such as phishing) or mislead recipients as to the source of the material (such as spoofing)
- The Content is not pornographic, libelous or defamatory, does not contain threats or incite violence towards individuals or entities, and does not violate the privacy or publicity rights of any third party
By submitting Content to Big Bass Tabs for inclusion on our Site, you grant Big Bass Tabs a world-wide, royalty-free, and non-exclusive license to reproduce, modify, adapt and publish the Content for the purpose of displaying, distributing, promoting, marketing or any other lawful use.
Without limiting any of those representations or warranties, Big Bass Tabs has the right (though not the obligation) to, in Big Bass Tabs's sole discretion (i) refuse or remove any content that, in Big Bass Tabs's reasonable opinion, violates any policy or is in any way harmful or objectionable, or (ii) terminate or deny access to and use of the Site to any individual or entity for any reason, in Big Bass Tabs's sole discretion. Big Bass Tabs will have no obligation to provide a refund of any amounts previously paid under these circumstances.
Personal identification information
We may collect personal identification information from Users in a variety of ways, including, but not limited to, when Users visit our site, register on the site, fill out a form, and in connection with other activities, services, features or resources we make available on our Site. Users may be asked for, as appropriate, email address. Users may, however, visit our Site anonymously. We will collect personal identification information from Users only if they voluntarily submit such information to us. Users can always refuse to supply personally identification information, except that it may prevent them from engaging in certain Site related activities.
Non-personal identification information
We may collect non-personal identification information about Users whenever they interact with our Site. Non-personal identification information may include the browser name, the type of computer and technical information about Users means of connection to our Site, such as the operating system and the Internet service providers utilized and other similar information.
Web browser cookies
Our Site may use "cookies" to enhance User experience. User's web browser places cookies on their hard drive for record-keeping purposes and sometimes to track information about them. User may choose to set their web browser to refuse cookies, or to alert you when cookies are being sent. If they do so, note that some parts of the Site may not function properly.
How we use collected information
Big Bass Tabs may collect and use Users personal information for the following purposes:
- - To improve customer service
Information you provide helps us respond to your customer service requests and support needs more efficiently.
- - To personalize user experience
We may use information in the aggregate to understand how our Users as a group use the services and resources provided on our Site.
- - To improve our Site
We may use feedback you provide to improve our products and services.
- - To run a promotion, contest, survey or other Site feature
To send Users information they agreed to receive about topics we think will be of interest to them.
- - To send periodic emails
We may use the email address to send User information and updates pertaining to their order. It may also be used to respond to their inquiries, questions, and/or other requests. If User decides to opt-in to our mailing list, they will receive emails that may include company news, updates, related product or service information, etc. If at any time the User would like to unsubscribe from receiving future emails, we include detailed unsubscribe instructions at the bottom of each email or User may contact us via our Site.
How we protect your information
We adopt appropriate data collection, storage and processing practices and security measures to protect against unauthorized access, alteration, disclosure or destruction of your personal information, username, password, transaction information and data stored on our Site.
Sharing your personal information
We do not sell, trade, or rent Users personal identification information to others. We may share generic aggregated demographic information not linked to any personal identification information regarding visitors and users with our business partners, trusted affiliates and advertisers for the purposes outlined above.
Third party websites
Users may find advertising or other content on our Site that link to the sites and services of our partners, suppliers, advertisers, sponsors, licensors and other third parties. We do not control the content or links that appear on these sites and are not responsible for the practices employed by websites linked to or from our Site. In addition, these sites or services, including their content and links, may be constantly changing. These sites and services may have their own privacy policies and customer service policies. Browsing and interaction on any other website, including websites which have a link to our Site, is subject to that website's own terms and policies.
Advertising
Ads appearing on our site may be delivered to Users by advertising partners, who may set cookies. These cookies allow the ad server to recognize your computer each time they send you an online advertisement to compile non personal identification information about you or others who use your computer. This information allows ad networks to, among other things, deliver targeted advertisements that they believe will be of most interest to you. This privacy policy does not cover the use of cookies by any advertisers.
Google Adsense
Some of the ads may be served by Google. Google's use of the DART cookie enables it to serve ads to Users based on their visit to our Site and other sites on the Internet. DART uses "non personally identifiable information" and does NOT track personal information about you, such as your name, email address, physical address, etc. You may opt out of the use of the DART cookie by visiting the Google ad and content network privacy policy at
http://www.google.com/privacy_ads.html
How google uses your data
Please follow
this link to see how Google uses the data collected on this site.
Changes to this privacy policy
Big Bass Tabs has the discretion to update this privacy policy at any time. When we do, we will revise the updated date at the bottom of this page. We encourage Users to frequently check this page for any changes to stay informed about how we are helping to protect the personal information we collect. You acknowledge and agree that it is your responsibility to review this privacy policy periodically and become aware of modifications.
Your acceptance of these terms
By using this Site, you signify your acceptance of this policy and terms of service. If you do not agree to this policy, please do not use our Site. Your continued use of the Site following the posting of changes to this policy will be deemed your acceptance of those changes.
Contacting us
If you have any questions about this Privacy Policy, the practices of this site, or your dealings with this site, please contact us at:
Big Bass Tabs
http://www.bigbasstabs.com
<EMAIL_ADDRESS>This document was last updated on May 30, 2014


JACKSON TOWNSHIP
The following biographical sketches of early settlers in
Monroe County as reproduced from a book titled, the "Combined History and
Atlas of Monroe County, Ohio." The material for this book was taken from
two nineteenth century books: (1) 'History of Monroe County Ohio,' a product of
the H.H. Hardesty & Co., publishers, Chicago and Toledo, 1882 and (2)
'Caldwell's Atlas of Monroe County, Ohio,' a product of Atlas Publishing
Company, Mount Vernon, Ohio, 1898. The "Combined History and Atlas of
Monroe County, Ohio" was reprinted and is available from the Monroe County
Historical Society.
HAYTHORNTWAIT, WILLIAM
HAYTHORNTWAIT
ELAM DYE AMOS son of Robert &
Elizabeth AMOS, was born in Benton township, Monroe county, OH, Jun 22
1852, and married in Washington county on Oct 30 1872, to Temperance Smith WELLS,
born in the same county on Mar 4 1854, and daughter of Edward J. S. &
Michel OWEN WELLS, born deceased. The children of Elam D. are as follows: Edward Wells, born Aug 24
1873; Elizabeth R., Mar 26 1877; Anna Michel, Sep 6 1881 all reside with
their parents. Mr. AMOS is a
merchant in Jackson township.
Postoffice address, Centerview, Monroe county, OH.
NICHOLAS D. GARDEN
a native of Wheeling WV was born Dec 14 1838, and settled in Monroe county in
1861. He is the son of Alexander GARDEN,
whose death occurred Dec 11 1854, and Ruth P. WELLS GARDEN,
settlers of this county in 1838. Ruth MUSSER
GARDEN, wife of Nicholas D., was born in Jackson township, Monroe
county, on May 22 1836, and married in the same place Sep 1 1861. Their children are: Kittie G., born Jan 31 1863;
Peter W., Mar 2 1865; Alexander, Mar 17 1868; Anna B., Oct 16 1870; John A.,
Sep 27 1873; N. Wells, Dec 1 1875; Temperance M., Feb 18 1877 all reside at
home. Mrs. GARDEN s parents,
John A., born Sep 19 1797, and Ruth WITTEN MUSSER, born Mar 15 1807,
settled in Monroe county in 1830, were married May 25 1826, and died in the
years 1857 and 1836, respectively.
Alexander GARDEN was born in 1805 on the Highlands of Scotland;
his wife was born in 1810 in Tyler county, old VA. Mr. GARDEN is the owner of 137 acres of land situated in
Jackson township, section 13, town 2, range 4.
He was elected to the office of commissioner of Monroe county on Oct 11
1881, which office he now holds and conducts the business on his farm. Postoffice address, Wittens, OH.
WILLIAM HAYTHORNTWAIT son of Richard & Mary PARKISON HAYTHORNTWAIT,
born in Jefferson county, OH, Dec 5 1825, settled in Monroe county in
1846. His wife, Mary Ann, daughter of
John & Elizabeth KNIGHT HAMILTON, was born in Monroe county,
Mar 29 1827, and married in Perry township, Feb 17 1853. Their family consists of Lieuberta Jane,
born Feb 14 1854, died in Apr 1856; Orpha Lidora, Mar 17 1856, resides in
Washington county, OH; Margaret Ellen, Jun 17 1858, died in 1859; Missouri
Belle, Aug 22 1860, resides in this township; Almira Jane, Sep 21 1862, died
Dec 30 1877; Thomas Andrew, Dec 5 1865, resides in Jackson township, Monroe
county; Lucinda Elonia, Feb 14 1871, also resides in Jackson township. Mr. HAYTHORNTWAIT has served for 12
years as treasurer of Jackson township, Monroe county, which office he now
fills. Business, farming. Address, Antioch, Monroe county, OH.
WILLIAM HESS a native of
Zellhamersbach, Baden, Germany, was born May 29 1822, and settled in Monroe
county, OH, in May 1858. His parents
George & Josephine FISHER HESS, reside in Baden. In the city of Pittsburgh, PA, on Jul 5
1850, William HESS & Mary Christina MALIS were united in
marriage. She was born in Dannstadt,
Prussia, on Apr 17 1828, and came to this county with her parents, John Godfrey
and Johannah Dorrade Charlotte HOF MALIS, who settled at Butler
county, PA, and who are now both deceased.
The family result from this marriage are: Herman, born Apr 30 1851,
resides at Wheeling, WV; William, Mar 11 1853, resides at Clarington, OH;
Edward, Jan 3 1855; John, Oct 28 1857; Mary Terecia, Apr 25 1861; Thomas, Mar 5
1868; Joseph, May 22 1870; the latter five reside at home. Mr. HESS, by profession a machinist,
was in the arsenal at Allegheny, PA, and also employed in those in Germany,
Vienna, Switzerland, Strausburg, Hungary, Hamburg; and Zanesville &
Cleveland, OH, and other places in the United States. He is now a farmer, and his postoffice address is Sardis, Monroe
county, OH.
Transcribed by Dr. Shirley A.
Harmon, e-mail: Shirley Harmon
Click here for the Short-Cut Table of Contents


If the new message contains location data, updates it against the user. Also terminates the message, as there are never messages with information and location
Methods
- C
Included Modules
- Interactor
Instance Public methods
call()
Link
Source: show
# File app/interactors/update_user_location.rb, line 8 def call puts 'Update user location' if context.message.location context.user.update_columns(location_updated_at: context.message.date, location: context.message.location.full.to_s.chars[1..-2].join.delete(' ')) context.fail! end end


More Info
Crazy Clock
Version 1.2
Clock hands guaranteed to be accurate only to the current day until further notice.
Clock
Year
Month
Day
Hour
Minute
Second
Text
Date
Time
Millisecond
AM/PM
Alt Display
Debug Stats
Extras
Color:
Green
Blue
Red
Light
Dark
Save
More Info
Settings


~What We Believe In~
We believe that schools achieve a great deal in teaching our students but that they could achieve even more with Parent involvement. Our PTO Organization at Harmony School of Innovation consists of an active body of parents whose children attend the school. We do anything and everything to ensure that the kids attending Innovation get to participate in fun, rearding activities and fundraisers for trips! There are a ton of other things we help out with at the school such as volunteering for events and working together with the teachers on the campus. If you want to make a huge difference in the student environment at Innovation then join our Parent Teacher Organization!


First name
*
Last name
*
Store Name
*
Email address
*
Postal Code (for local matches)
*
What is your store style?
*
Select a style
Scandi
Contemporary
Traditional
Boho
What are your store values?
*
Select a value
Aust Made.
Handmade
Designer/Artist
Pure Material
What products would you like more of on your shelves?
*
Select a product type
Fashion/Accessories
Kids
Homeware/Gifts
Personal Care
Thank you!
Keep an eye on your inbox for your
match
results...
Join our Facebook group for live updates about our revolutionary app...


3D Variable Average Vertical Profile.
Scatter and Histogram Plots of Two Variables.
Difference Plot of Two Variables.
Conditional Sampling with One Variable.
Conditional Sampling with Two Variables.
Empirical Orthorgonal Function (EOF).
Random Forest Feature Importance.
Conditional Probability Density Function.
Two-Dim Map, Interactive Plotting.


{{ define "header_css" }}{{ end }} {{ define "body_classes" }}page-pages-aboutlayout{{ end }} {{ define "header_classes" }}{{ end }} {{ define "main" }} {{ partial "hero-image-fullscreen.html" (dict "background" .Params.heroBackground "heading" .Params.heroHeading "subheading" .Params.heroSubHeading "content" .)}}
CodeJam is a hackathon that enables students to test their practical skills in a supportive, engaging, and, most of all, fun environment. Over the course of 36 hours, students will be challenged to brainstorm innovative ideas, to solve difficult problems, and to create an awesome prototype. All the while, students are supported by experienced mentors from companies such as your own. Our goal? To help give students the confidence and skills they need to own their professional growth, and to provide them with the industry connections necessary to accelerate that same growth.
CodeJam is McGill University’s largest engineering competition, with participant counts over 250 each year. We are supported by McGill’s Electrical, Computer, and Software Engineering Student Society — a student society that represents 1000+ McGill Engineering students.