Using Data Replicator 3
Click the following major functions to get to know Data Replicator 3.
Please follow steps below to set up your backup. You may also go to Advanced Settings to get to know other settings which will help you personalize your PC data backup.
You can choose to back up your PC data to a Synology server or other location. After backup is successfully performed, you will be able to find the backup files in your assigned folder.
1.1 Back up to a Synology server
1.2 Back up to other location
Data Replicator 3 provides 3 backup modes for your most convenience, and they are: Immediate, Sync, and Schedule.
3.1 ImmediateBy clicking the Immediate button, all files in the selected local folder(s) will be immediately backed up to the backup destination.
3.2 Sync
Click the Sync button, Data Replicator 3 will make a complete backup of all the files in the selected folder(s) to the backup destination. After that, Data Replicator 3 will start monitoring those folder(s). As you make changes, Data Replicator 3 backs up only files that have changed.
Note:
To stop monitoring, click the Stop Sync button in the Data Replicator 3 program window. If the program window has been minimized to the system tray, please double click on the Data Replicator 3 icon to open it.
3.3 Schedule
Data Replicator 3 can be set to do automatic backups at the specified time regularly. To do this:
Note:
After the schedule setup is complete, you can exit Synology Data Replicator 3 or minimize the program window to the system tray. Synology Data Replicator 3 will perform Schedule Backup automatically when the time is up.
Click Delete Schedule to stop Schedule Backup and remove the schedule settings.
When you want to back up Outlook, Outlook Express, or Windows Mail files, please note:
|
To restore backup files, you need to select a backup target first, and then choose one of the following methods to restore your backup files:
In most situations, if you're sure about where the backup files are, you can use Restore by Browsing to restore your files:
If you’re not sure where the backup files are, or you only want to restore files with certain keyword, please do the following steps to restore:
|
When you're choosing a destination path, you can choose:
By choosing this option, you don't need to manually import mail and address book, PC data will be replaced by the restored files. By choosing this option, you can restore the data to a specified path, and manually import mail and address book with Outlook/Outlook Express/Windows Mail. |
In the Options section, you can set up for advanced backup settings as follows.
Filter
Use this function to back up files precisely. Excluding files with certain prefix or extension from the backup list will help you speed up the backup. Follow the steps to proceed:
- Click Filter.
- Click Add in the right-handed side of the "Extension" or "Prefix" option.
- Enter specified criterion, for example, ".exe" for extension or "~" for prefix.
- Click OK to close the setup dialogue, and click OK again to save the settings.
Enable email notification
Use this function to receive backup details by email after Schedule Backup is complete.
- Click SMTP Setup.
- Enter valid email information, and click OK to finish.
Enable file versions
What is file versions function for?
Enabling file versions function can help you keep the history editions of the same file.
After the first-time backup completes, all backed-up files will be stored in the ''latest'' folder in the backup destination. From the next backup, Data Replicator 3 will automatically check if any file with the same file name already exists in the "latest" folder. If there is and content of files has changed, the previous backed-up file in the "latest" folder will then be moved to the "past" folder as an older version, whereas the file on your computer will be backed up to the "latest" folder, where you can always find all the latest backed-up files there.
Note:
The referred file above must be in the same folder. So when you're using the same account to back up the folder, there will be past version generated.
When the file version function is enabled, and you experienced improper and irreversible editing on your local files, you can find the history files in the backup destination and restore files easily.
Number of past versions
You can set here how many past versions of backup files you wish to keep, 20 versions are the maximum. The file name of past version files will be added with "v00", "v01", and so on. The bigger the number is, the newer version it is.
Set a number of past versions to decide how many previous versions will be kept in the backup destination. Follow the steps to proceed:
- Tick
Enable file versions .- Set a number of past versions, and click Apply to save the settings.
Restore points
What is restore points?
Every time after backup is performed, there will be a folder named as the backup starting time which contains all files of this backup. That will be a restore point.
The file which had never been modified will appear in every restore point after each backup. However, only one file disk size is occupied actually.
Number of restore points
You can set here how many restore points you wish to keep, 128 restore points are the maximum. When the restore point number exceeds the set value, the oldest restore points on the backup destination will be automatically deleted after next backup.
Support & Limitation Restore point function is supported only on Windows 2000 / Windows XP / Windows 2003 / Windows Vista.
Auto-Start when Logon
You can set to start Synology Data Replicator 3 automatically when you login Windows. Follow the steps to proceed:
- Tick Auto-start Data Replicator 3 on Windows Startup.
- Click Apply.
Check data consistency before sync
You can decide whether to check data consistency before Data Replicator enters sync mode. Follow the steps to proceed:
- Tick Check data consistency before start syncing.
- Click Apply.
Note:
If you uncheck this option and close Data Replicator, data added, removed, or modified might not be synced to the server when you start Data Replicator next time.
Keep identical files on destination server
If You can set to keep files in the "latest" folder to be identical to the ones on your local computer. Follow the steps to proceed:
- Tick When local files are deleted, delete the opposite backup files at the same time.
- Click Apply.
The maximum log file is 512KB; when the log file reaches the limit, the oldest 128KB will be removed.


The check for loops runs on repeated depth-first-traversals of all vertices in the directed graph that represents a pedigree.
tbl_pedigree
node-list representation of pedigree as tibble
n_ani_col
column index for animal ids
n_sire_col
column index for sire ids
n_dam_col
column index for dam ids
l_set_wgb
list of white, grey and black set
b_report_cycle
Flag indicating whether vertices in a cycle must be reported
tbl_cycle
Tibble storing pairs of parent and offspring in the cycle
b_debug
Flag for debugging mode
qprp_logger
Logger object from log4r
dfs(p_current_vertex)
Depth-first-search starting at vertex p_current_vertex
move_grey_black(p_current_vertex)
Move vertex p_current_vertex from grey set to black set
move_white_grey(p_current_vertex)
Move vertex p_current_vertex from white set to grey set
get_neighbors(p_current_vertex)
Find vector of neighbor vertices of current vertex p_current_vertex
new()
Initialise fields in object at creation.
PedigreeCycleCheck$new()
read_pedigree()
read pedigree from file given by ps_pedigree_path
PedigreeCycleCheck$read_pedigree( ps_pedigree_path, ps_delim = "|", pn_ani_col = 1, pn_sire_col = 2, pn_dam_col = 3, ... )
ps_pedigree_path
path to pedigree input file
ps_delim
delimiting character between columns
pn_ani_col
animal id column
pn_sire_col
sire id column
pn_dam_col
dam id column
...
additional arguments passed to readr::read_delim
tbl_pedigree pedigree as tibble
has_cycle()
Run a depth-first traversal with all vertices (animals in the pedigree) until a cycle has been found.
PedigreeCycleCheck$has_cycle()
set_tbl_pedigree()
Setter method for the field tbl_pedigree
PedigreeCycleCheck$set_tbl_pedigree(ptbl_pedigree)
ptbl_pedigree
current tibble with pedigree
set_n_ani_col()
Setter method for n_ani_col
PedigreeCycleCheck$set_n_ani_col(pn_ani_col)
pn_ani_col
current value for index of animal column
set_n_sire_col()
Setter method for n_sire_col
PedigreeCycleCheck$set_n_sire_col(pn_sire_col)
pn_sire_col
current value for index of sire column
set_n_dam_col()
Setter method for n_dam_col
PedigreeCycleCheck$set_n_dam_col(pn_dam_col)
pn_dam_col
current value for index of dam column
set_b_report_cycle()
Setter method for b_report_cycle
PedigreeCycleCheck$set_b_report_cycle(pb_report_cycle)
pb_report_cycle
current value for b_report_cycle
set_b_debug()
Setter method for b_debug
PedigreeCycleCheck$set_b_debug(pb_debug)
pb_debug
current value of b_debug to be set
get_tbl_cycle()
Getter method for tbl_cycle
PedigreeCycleCheck$get_tbl_cycle()
tbl_cycle tibble with parent offspring pairs in cycle
clone()
The objects of this class are cloneable with this method.
PedigreeCycleCheck$clone(deep = FALSE)
deep
Whether to make a deep clone.
if (FALSE) { pcc <- PedigreeCycleCheck$new() pcc$read_pedigree(ps_pedigree_path = system.file('extdata','data_sample2.csv', package = 'qprppedigree')) pcc$has_cycle() }


| 009:068 Khan | : |
Allah has promised the hypocrites; men and women, and the disbelievers, the Fire of Hell, therein shall they abide. It will suffice them. Allah has cursed them and for them is the lasting torment. |
| 009:068 Maulana | : |
Allah promises the hypocrites, men and women, and the disbelievers the Fire of hell to abide therein. It is enough for them.  It will suffice them.  It suffices them.    It will suffice them. And ALLAH has cursed them. And they shall have a lasting punishment. |
| 009:068 Yusufali | : |
Allah hath promised the Hypocrites men and women, and the rejecters, of Faith, the fire of Hell: Therein shall they dwell: Sufficient is it for them: for them is the curse of Allah, and an enduring punishment,- |
Concepts/Themes Covered: الإيمان > الإيمان بالله > النفاق Faith> Belief In Allah> Hypocrisy الإيمان > الغيب > الخلود > الخلود في العذاب Faith> The Unseen World> The Eternity> The Immortality in Torture الإيمان > الغيب > النار > أصحاب النار Faith> The Unseen World> Hell-Fire>Hell Fellows الجهاد > الغزوات > غزوة تبوك Jihad> The Holy Battles> Tabuk Battle
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


--- title: Multilevel Confirmatory Factor Analysis date: 2020-06-17 math: true diagram: true # image: # placement: 3 # caption: 'Image credit: [**John Moeses Bauan**](https://unsplash.com/photos/OGZtQF8iC0g)' ---
Multilevel confirmatory factory analysis (ML-CFA) is a fancy analysis. So fancy in fact, I’m still not convinced if the analysis can be used properly. My interest in ML-CFA stemmed from a study a colleague and I did as part of a meta-analysis on a cross-cultural resilience measurement scale (Renbarger et al., In Press). Our aim was to use raw data from as many studies we could obtain and investigate the multilevel structure of the measure. The key result we were interested in was whether the measurement of the construct significantly varied across groups. We hypothesized that an invariant factor existed across levels (namely, resilience in youth). We investigated what proportion of variance in resilience was between groups compared to within group. This may sound familiar to an intraclass correlation from traditional multilevel modeling, and if fact this is what we were interested in (or at the very least I was lol). Basically, the analysis boiled down to me being confused about how the actually use ML-CFA. So, here is my understanding(-ish) of a basic(-ish) multilevel factor analysis model.
The model at it’s core feels quite intuitive. The model starts with saying that the all items/indicators is a combination of individual component (\(y_{i}\) or \(y_{individual}\)) and a group average component (\(y_{g}\) or \(y_{group}\)):
\[y_{ig} = y_{i} + y_{g}\] or equivalently, \[y_{total} = y_{individual} + y_{group}\] The group component to individual items can be thought of as the average for the group. In factor analysis though, we usually have many items that are reflective of some underlying construct of interest (e.g., youth resilience, motivation, perceived degree of safety, etc.). When we have multiple items/indicators we have to replace our nice simple additive pieces into a sum of multivariate pieces (say for \(J\) items),
\[\mathbf{y}_{ig} = \mathbf{y}_{i} + \mathbf{y}_{g}\] where each is a vector of length \(J\). Part of the purpose of factor analysis is to develop a theoretical model for how each component contributes to the total observed score on each item. Hence, the connection to factor analysis. For a single item \(j\), the observed score is a partial manifestation of the underlying construct of interest. This results in a decomposition of the observed score into the individual (within group) contribution and the group effect \[\begin{align*} y_{ij} &= \tau_{ij} + \lambda_{ij}\eta_{i} + \varepsilon_{ij}\\ y_{gj} &= \tau_{gj} + \lambda_{gj}\eta_{g} + \varepsilon_{gj} \end{align*}\] where
The full model, when put all together can be expressed inthe painful(ish) form of
\[\mathbf{y}_{ig} = \boldsymbol{\tau}_{i} + \boldsymbol{\Lambda}_{i}\boldsymbol{\eta}_{i} + \boldsymbol{\tau}_g + \boldsymbol{\Lambda}_{g}\boldsymbol{\eta}_{g} + \boldsymbol{\varepsilon}_{i} + \boldsymbol{\varepsilon}_{g}\] where this model can even be parameterized in a variety of different ways as well. Maybe I will dive in to those in a future spurt of random thoughts.
Anyways, through learning about this model I have still wondered what other insights can be extracted. I still have much to learn about how these complex multilevel models can be used and in what other scenarios people find them useful. Anyone interested in these types of models may find the work of Laura Stapleton very enlightening and I highly recommend her 2016 piece on construct meaning.
Renbarger, R. L., Padgett, R. N., Cowden, R. G., Govender, K., George, G., Makhnach, A.V., Novotny, J.S., Nugent, G., Rosenbaum, L., & Kremenkova, L. (In Press). Culturally relevant resilience: A psychometric meta-analysis of the Child and Youth Resilience Measure (CYRM). .
Stapleton, L. M., Yang, J. S., & Hancock, G. R. (2016). Construct Meaning in Multilevel Settings. Journal of Educational and Behavioral Statistics, 41(5), 481–520. https://doi.org/10.3102/1076998616646200


Public Member Functions | |
| void | Flash () |
| Flashes the client's window and taskbar. | |
| void | Activate () |
| Bring the window to the front. | |
Properties | |
| double | FPSCurrent [get] |
| Get the current FPS of the client. | |
| double | FPSLimit [get, set] |
| Get or set the FPS limit for the client. | |
| bool | IsActive [get] |
| Get if this client is the active window, or bring it to the foreground. | |
| IntPtr | Handle [get] |
| Gets the client process' main window handle. | |
| bool | IsMinimized [get] |
| Check if the client is minimized. | |
| bool | IsMaximized [get] |
| Check if the client is maximized. | |
| bool | IsVisible [get, set] |
| string | Title [get, set] |
| Get or set the title of the client. | |
| bool | IsTopMost [set] |
| Sets the Tibia client as the topmost application or not. | |
| Rect | Size [get] |
| Gets the position of the client, and its outer boundaries. | |
| bool | WorldOnlyView [get, set] |
| Gets or sets world only view. | |
| bool | WideScreenView [get, set] |
| void Tibia.Objects.Client.WindowHelper.Activate | ( | ) |
Bring the window to the front.
| void Tibia.Objects.Client.WindowHelper.Flash | ( | ) |
Flashes the client's window and taskbar.
double Tibia.Objects.Client.WindowHelper.FPSCurrent [get] |
Get the current FPS of the client.
double Tibia.Objects.Client.WindowHelper.FPSLimit [get, set] |
Get or set the FPS limit for the client.
IntPtr Tibia.Objects.Client.WindowHelper.Handle [get] |
Gets the client process' main window handle.
bool Tibia.Objects.Client.WindowHelper.IsActive [get] |
Get if this client is the active window, or bring it to the foreground.
bool Tibia.Objects.Client.WindowHelper.IsMaximized [get] |
Check if the client is maximized.
bool Tibia.Objects.Client.WindowHelper.IsMinimized [get] |
Check if the client is minimized.
bool Tibia.Objects.Client.WindowHelper.IsTopMost [set] |
Sets the Tibia client as the topmost application or not.
bool Tibia.Objects.Client.WindowHelper.IsVisible [get, set] |
Rect Tibia.Objects.Client.WindowHelper.Size [get] |
Gets the position of the client, and its outer boundaries.
string Tibia.Objects.Client.WindowHelper.Title [get, set] |
Get or set the title of the client.
bool Tibia.Objects.Client.WindowHelper.WideScreenView [get, set] |
<sumary> Gets or sets wide screen view </sumary>
bool Tibia.Objects.Client.WindowHelper.WorldOnlyView [get, set] |
Gets or sets world only view.


[§323D-79] Public interest. The attorney general shall have the authority to ensure compliance with commitments made pursuant to section 323D-77. [L 1998, c 257, pt of §1]


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Preface¶
Why Read This Book?¶
One way to master the OO design skill is to do the design and implementation of a large number of classes. Mastery comes from patient, hard work, building software.
This book guides you through a series exercises to design and build dozens of classes. The goal is to create a large – and reasonably complete – application. You’ll build and test classes, write definitions, and see how the process of software construction works.
While it is also important to read examples of good design, seeing a finished product doesn’t reveal the designer’s decision-making process. Our goal in this book is to help programmer understand the design process that leads to a final product.
This means there will be design changes and rework. One set of exercises will suggest one solution, and another set will suggest improvements.
Everything is Design. All software development involves considerable skill in design. The distinction between “design” and “code” is blurry at best. Pragmatically, it doesn’t exist at all.
In some circles, there is an attempt to distinguish between designers (or architects) and coders. The idea is that someone able to work with a language – coding – may not quite be ready to do design work.
Consider an organization where designers are tasked to create detailed specifications. These are given to coders to translate from natural language (e.g., English) into Python. In this fantasy world, the coders are not expected to make any further design decisions. They’re “rewriting” natural language to artificial language. This work is analagous to brick-layers who don’t make architectural design decisions.
The analogy, however, is flawed.
If the specification is so complete no further design decisions are required, the specification was isomorphic to the resulting code. A compiler could have translated the gloriously complete specification into the target programming language. No coder is required.
Pragmatically, designers write specifications at a somewhat more abstract level. A designer expects the coder to make a few small design decisions as part of moving from the natural-language prose to concrete code. The more abstract the specification, the more design work must be done. The amount of design work is always non-zero; the boundary between design and code is blurry at best.
The distinction between “design” and “code” is a matter of making informed decisions about data structures and algorithms. This book provides a number of contexts in which decisions must be made, and implemented.
The idea is to have a graduated sequence of decisions from relatively simple to relatively profound.
What You’ll Do¶
This book provides a sequence of interesting and moderately complex exercises in OO Design. The exercises are not hypothetical, but must lead directly to working programs. Unit tests are expected. We’ll demonstrate how to structure Python 3.7 type hints, also.
The applications we will build are a step above trivial, and will require some careful thought to create a workable design. Further, because the applications are largely recreational in nature, they may be more interesting and engaging than other examples in other books on design.
The exercises in the first part will be quite detailed. The detail is less in the second section. The third part will summarize the designs at a higher level of abstraction, expecting more from the reader.
Audience¶
Our primary audience includes programmers who are new to OO Design and OO Programming.
Knowledge of the Python language is essential. Since the focus is on OO techniques, some exposure to class definitions is important. We will provide exercises that have four key features:
complex enough to require careful design work,
fun enough to be engaging,
easy enough that results are available immediately, and
can be built in successive stages.
We’ll provide a few additional details on language features. We’ll mark these as “Tips”. For more advanced students, these tips will be review material. We will not provide a thorough background in any programming language. The student is expected to know the basics of the language and tools.
Helpful additional skills include using one of the various unit test and documentation frameworks available. We’ve included information in the appendices.
Classroom Use. Instructors are always looking for classroom projects that are engaging, comprehensible, and focus on perfecting language skills. Many real-world applications require considerable explanation of the problem domain; the time spent reviewing background information detracts from the time available to do the programming. While all application programming requires some domain knowledge, the idea behind these exercises is to pick a domain that many people know a little bit about. This allows an instructor to use some or all of these exercises without wasting precious classroom time on incidental details required to understand the problem.
Skills Required¶
This book assumes an introductory level of skill in the Python language. We’ll focus on Python 3.7 as a minimum.
Student skills we expect include the following. If you can’t do these things, this book may be too advanced.
Install Python and various tools. The tools include pytest, mypy, and sphinx.
Create source files, run application programs, and run tools. We don’t discuss any specific Integrated Development Environment (IDE), but learning how to use and IDE can be helpful. We leave it to the reader to experiment with IDE selection.
Use of the core procedural programming constructs: variables, statements, exceptions, functions.
Some exposure to class definitions and subclasses. This includes managing the basic features of inheritance, as well as overloaded method names.
Some exposure to Python’s variety of built-in collections.
Some exposure to Python’s type hints.
Optionally, some experience with a unit testing framework. We’ll emphasis the pytest framework because it’s very easy to use.
Organization of This Book¶
This book presents a series of exercises to build simulations of the common, popular casino table games: Roulette, Craps, and Blackjack. Each simulation can be extended to include variations on the player’s betting system. With a simple statistical approach, we can show the realistic expectations for any betting system.
Each game has a separate part in this book. Each part consists of a number of individual exercises to build the entire simulation. The completed project results in an application that can provide tabular results that shows the average losses expected from each betting strategy.
Yes: losses. Only the house wins in a casino.
Since the game is already rigged against the play, the only interesting variable is the player’s betting strategy. Each design will permit easy implementation of various betting approaches. The resulting application program allow exploration of what (if any) player actions can minimize the losses.
Spoiler alert: you will always lose.
Each game has unique features. We’ll start with the simplest and build out toward the most complex.
Roulette. For those who’ve never been in a casino, or seen movies that have casinos in them, Roulette is the game with the big wheel. A croupier spins the wheel and toss in a marble. When the wheel stops spinning, the bin in which the marble rests defines the winning outcomes.
Once the random choice has been made, the bets are resolved. People who bet on the right things get money. People who bet on the wrong things lose money.
The Roulette, section describes the necessary application classes. The first chapter provides details on the game and the problem that the simulation solves.
The second chapter is an overview of the solution, setting out a design for the application software. This will provide a road-map through the solution to be built.
Each of the remaining sixteen chapters is a design and programming exercise to be completed by the student. Each chapter has the same basic structure: an overview of the components being designed, some design details, and a summary of the deliverables to be built.
The chapter overview section presents some justification and rationale for the design. This material should help the student understand why the particular design was chosen. The design section provides a more detailed specification of the class or classes to be built. This will include some technical information on implementation techniques.
Some chapters include a Frequently Asked Questions (FAQ) section, also. This covers somewhat more advanced material as well as tangential topics.
Craps. For those who’ve never been in a casino, or seen the play “Guys and Dolls”, Craps is the game with the dice. A player rolls (“shoots”) the dice. Sometimes there’s a great deal of shouting and clapping. A throw of the dice may – or may not – resolve bets. Additionally, a throw of the dice may – or may not – change the state of the game. A casino provides a number of visual cues as to the state of the game and the various bets.
In Craps, we build on the design patterns from Roulette. Craps, however, is a stateful game, so there is a more sophisticated design to handle the interactions between dice, game state, and player betting. We exploit the State design pattern to show how the design pattern can be applied to this common situation.
The first chapter of this section is background information on the game of Craps, and the problem that the simulation solves. This will describe some of the design considerations for a stateful game.
The second chapter is an overview of the solution. This will summarize the design for the application software. This chapter also provides a “walk-through” of the design.
Each of the remaining eleven chapters is an exercise to be completed by the student. As with the previous section, each chapter has the same basic structure: an overview of the component being designed, some design details, and a summary of the deliverables to be built.
Blackjack. For those who’ve never been in a casino, or seen a movie with Blackjack, Blackjack is a game with cards. The dealer deals two cards to themselves and each player. One of the dealer’s card is revelaed, providing a little bit of information on the dealer’s hand.
The player is confronted with two separate kinds of choices. They can place bets. They can also ask for additional cards (“take a hit”) or decline cards (“stand pat”.)
In Craps and Roulette there are a lot of bets, but few player decisions. In Blackjack, there are few bets, but more complex player decisions.
In Blackjack, the first two chapters are background information on the game of Blackjack, the problem that the simulation solves. This includes an overview of the solution.
Each of the remaining six chapters is an exercise to be completed by the student. Since this is more advanced material, and builds on previous work, this part has multiple deliverables compressed into the individual chapters.
Fit and Finish. We include a few fit-and-finish issues in Fit and Finish. This includes more information and examples on packaging, test automation, and documentation.
Additionally, this section will cover some “main program” issues required to knit all of the software components together into a finished whole. This is the Command-Line Interface (CLI) for running the complete application.
Why This Subject?¶
Casino table games may seem like an odd choice of subject matter for programming exercises. We find that casino games have a number of advantages for teaching OO design and OO programming. Here are some of the key points:
Casino games have an almost ideal level of complexity. If the games were too simple, the house’s edge in the outcomes would be too obvious and people would not play. If the games were too complex, people would not enjoy them as recreation. Years (centuries?) of experience in the gaming industry has fine-tuned the table games to fit nicely with the limits of our human intellect.
Simulation of discrete phenomena lies at the origin of OO design. We have found it easier to motivate, explain and justify OO design when solving simulation problems of various types. The student can then leverage this insight for other, non-simulation problem domains.
The results are statistically simple, and easy to interpret. Probability theory has been applied by others to develop precise expectations for each game. A simulation should produce results consistent with the known probabilities.
They’re more fun than most other programming problems.
This book does not endorse casino gaming. Indeed, one of the messages of this book is that all casino games are biased against the player. Even the most casual study of the results of the exercises will allow the student to see the magnitude of the house edge in each of the games presented. The question is not whether or not the player in a casino loses; that’s a given. The question is “how much?”
Mathematical Background¶
Among the topics this book deals with in a casual – possibly misleading – manner are probability and statitics. Experts may spot a gaps in our exposition. For example, there isn’t a compelling need for simulation of the simpler games of Craps and Roulette, since they can be completely analyzed.
Because our primary objective is to study programming, not casino games, we don’t mind re-solving well-known problems. Consequently, we tend to gloss over some foundational mathematics to focus on the programming.
Conventions Used in This Book¶
Here is how we might present code.
Typical Code Python Example
"""
Building Skills in Object-Oriented Design V4
Preface Example
"""
from collections import defaultdict
combo = defaultdict(int)
for i in range(1, 7):
for j in range(1, 7):
roll = i + j
combo[roll] += 1
for n in range(2, 13):
print(f"{n:2d} {combo[n] / 36:6.2%}")
We create a Python dictionary, a map from key to value. We use the
collections.defaultdict
so that missing keys are created in the dictionary with an initial value created by theint()
function.We iterate through all combinations of two dice, using variables
i
andj
to represent each die.We sum the dice to create a roll. We increment the value in the dictionary based on the roll.
Finally, we print each member of the resulting dictionary. We’ve used a sophisticated format string that interpolates a decimal value and a floating-point percentage value.
The output from the above program will be shown as follows:
2 2.78%
3 5.56%
4 8.33%
5 11.11%
6 13.89%
7 16.67%
8 13.89%
9 11.11%
10 8.33%
11 5.56%
12 2.78%
In some cases, we’ll show examples based on interactive Python.
>>> from collections import Counter
>>> import random
>>> random.seed(100)
>>> rolls = [random.randint(1,6) + random.randint(1, 6) for _ in range(1_000)]
>>> Counter(rolls).most_common()
[(8, 151), (7, 150), (6, 132), (9, 108), (5, 93), (10, 87),
(4, 77), (11, 68), (3, 65), (12, 35), (2, 34)]
The >>> prompt comes from the Python run-time. In this example,
there are five statements. The result is a list of pairs, showing
the results created by a collections.Counter
object.
These examples show work to be done to confirm something or learn what the proper syntax is. These kinds of examples of interaction with Python don’t form part of the final, deliverable software.
We will use the following type styles for references to a specific Class
,
method()
, or variable
.
Tip
Tips Look Like This
There will be design tips, and warnings, in the material for each exercise. These reflect considerations and lessons learned that aren’t typically clear to starting OO designers.


Workgroup:
--None--
Agent Stats
Agents Logged In
Not Available
Available for ACD Interactions
Percent Available
Queue Stats
Average Hold Time
Average Talk Time
Average Wait Time
Abandoned
Answered
Completed
Connected


Primary button single line
Primary button size medium - Label max size single line icon after
Primary button size medium - Label max size single line icon before
Primary button size medium - Label min size multi line icon after
Primary button size medium - Label min size multi line icon before
Secondary button single line
Secondary button size medium - Label max size single line icon after
Secondary button size medium - Label max size single line icon before
Secondary button size medium - Label min size multi line icon after
Secondary button size medium - Label min size multi line icon before
Text button single line
Text button size medium - Label max size single line icon after
Text button size medium - Label max size single line icon before
Text button size medium - Label min size multi line icon after
Text button size medium - Label min size multi line icon before


Run an AuthRequest against the zimbra server and return the authentication token
Authenticate to the Zimbra server
| Parameters: |
|
|---|---|
| Returns: | The authentication token or None |
| Return type: | str or None or unicode |
A tool to convert from Zimbra dicts to Python dicts
“Zimbra dicts” means lists in the following form:
[
{
"n": "key",
"_content": "value"
}
]
Fetch a value from a zimbra-like json dict (keys are “n”, values are “_content”
This function may be slightly faster than zimbra_to_python(haystack)[ needle], because it doesn’t necessarily iterate over the complete list.
| Parameters: |
|
|---|---|
| Returns: | the value or None, if the key is not found |
Preauth Generator
Generates a zimbra preauth value
| Parameters: |
|
|---|---|
| Returns: | The preauth value to be used in an AuthRequest |
| Return type: | str |
Tools to easily serialize XML from other input forms
Returns a string of the input compatible between py2 and py3 :param input_string: :return:


{% extends 'layout.html' %} {% block body %}
| Order Date | Item Name | Courier ID | Tracking Number | Estimated Delivery Date | {% for shipment in shipments %}
|---|---|---|---|---|
| {{shipment.order_date}} | {{shipment.item}} | {{shipment.courier_id}} | {{shipment.tracking_no}} | {{shipment.est_delivery}} |
You don't have any shipments to track!
Add a Shipment to track {% endif %} {% endblock %}


For Free Consultation
Call Legate NOW at +65 6242 1911
Email<EMAIL_ADDRESS>Legate Invisible Grilles are made up of 316 Stainless steel. There are three (3) types of Invisible Grille which are Fixed Invisible Grille, Fixed Frame Invisible Grille and Open type of Invisible Grille
It can be horizontal or vertical depending on your needs and requirements and upon the approval of The Management Corporation Strata Title (MCST) refers to the managing body of a condo.
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2. The second type is FIXED FRAME Invisible Grille which is usually install in Condominiums which has a full glass window. We install an additional frame if there is no concrete wall to drill a fixed invisible grille.
It can be horizontal or vertical depending on the approval of The Management Corporation Strata Title (MCST) refers to the managing body of a condo.
FIXED FRAME Invisible Grille:
3. The third type is Open type of Invisible Grille. It can be BiFold, Casement or Sliding. This type of invisible grille which you can fully open can be installed in Condominium Bedrooms and HDB Bedrooms. It is also advisable for HDB Service Yard.
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Casement Type:
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Mild Steel is made of low Carbon and Silicon. It has low tensile strength when it is compare to invisible grille which a high tensile strength.
Easy-to-operate Smart Elevated Dryer, Wireless Remote Control up to 30 meters. Energy saving UV Antibacterial Light & High-speed Air dryer. German-made motorized technology.
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Roller Blinds (LESHADE) MECHANISM
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Ping Pong will count up your numbers from 1 with the following exceptions:
1. Numbers divisible by 3 become "ping"
2. Numbers divisible by 5 become "pong"
3. Numbers divisible by 3 become "pingpong"


Ruby vs JavaScript
Posted: 14 Nov 2015
Punctuation Terror
Posted: 14 Nov 2015
Punctuation Terror
Coding languages are fussy when it comes to punctuation. The older the language the worse it gets. C++, for example, requires a semicolon after every expression, every variable must be declared with a type name ( integer, character, etc ), curly braces around every code block, and parentheses at the end of every function call even if the function takes no arguments.
Be warned! What follows is valid C++ code that I have tested. It will look intimidating if you've never worked in it before, and it's actually a really convoluted program designed purely as an example. Any viewer with a weak heart is advised to look away.
// C++ #include <cstring> #include <iostream> #include <stdio.h> #define maximum 5 #define min(a, b) a < b ? a : b int myNum = 0; char myCharacter = '!'; std::string myWord = "world"; int incrementNumber( int numIn ) { return numIn++; } void sayHello() { std::cout << "Hello, " << myWord << myCharacter; std::cout << std::endl; myNum = incrementNumber( myNum ); std::cout << myNum << " greeting."; std::cout << std::endl; } int main() { sayHello(); sayHello(); return 0; } // => Hello, world! // => 1 greeting. // => Hello, world! // => 2 greeting.
# Ruby # [ no need to '#include' here ] $myNum = 0 $myCharacter = '!' $myWord = 'world' def incrementNumber( numIn ) numIn += 1 end def sayHello puts "Hello, " + $myWord + $myCharacter $myNum = incrementNumber( $myNum ) puts $myNum.to_s + " greeting." end sayHello sayHello # => Hello, world! # => 1 greeting. # => Hello, world! # => 2 greeting.
// JavaScript // [ no need to '#include' here ] var myNum = 0; var myCharacter = '!'; var myWord = 'world'; function incrementNumber( numIn ) { return numIn++; } function sayHello() { console.log( "Hello, " + myWord + myCharacter ); myNum = incrementNumber( numIn ); console.log( myNum.toString() + " greeting." ); } sayHello(); sayHello(); // => Hello, world! // => 1 greeting. // => Hello, world! // => 2 greeting.
Ruby is an outlier in this sense: being based on C, it needs all these punctuation marks, but it knows where to put them based on line breaks and keywords. Ruby secretly adds everything it needs to allow programmers to create less cluttered, more quickly written code.
JavaScript is more closely related to C++; it requires parentheses after function calls, but it doesn't need curly braces for every code block, or a semicolon for every expression. This presents a difficult choice for the JavaScript programmer: whether to suffer an error for every crucial brace or semicolon you thought you could omit, or to take shelter with every punctuation mark included however cluttered the lines will be.
I err on the side of caution; JavaScript is intended for a web environment, so your code should be easily manipulable by other programmers. For example: you do not need to terminate the last expression in a code block with a semicolon. However, if someone ever needs to add another expression to that block, they have to add a semicolon to the end of your expression. This leaves a lot of opportunities for simple errors that are hard to spot. JavaScript won't throw an error if there is a semicolon at the end of your block, so put it there just to be safe.
Previous: Ruby's So Classy | Next: Computer Memory


DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Press release
The government has announced funding to support low-income families with disabled children.
Local authorities and the voluntary and community sector provide a range of short breaks services for families – including overnight stays, day trips with groups of children, fun activities in the community and one-to-one support. Providing short breaks gives families much-needed help and respite support so they are not forced to rely on often costly emergency intervention when the pressure gets too much.
A new evaluation of the short breaks programme, published on Friday, shows the positive impact that short breaks can have on families with disabled children – with 88% of families surveyed currently using some form of short breaks service. But there is more work to be done to better target services and make sure all families have access to a wide range of support.
To help improve the way short breaks are provided, the Government is also announcing today £40 million of capital investment in 2011-12. This will help support innovative local services like the Hull bicycle project, which provides adapted bicycles so disabled children can have fun cycling in the park with their friends.
The extra cash comes ahead of a complete overhaul of the special educational needs (SEN) system over the next few years. The Government has received nearly 2000 responses to the SEN Green Paper call for views – nearly half of the responses (40 per cent) coming from parents of children with SEN and disabilities.
The key areas of concern from parents, teachers, local authorities, SEN coordinators and others are published today and show that
Ministers are keen to ensure the green paper takes account of everyone’s concerns, delivers real changes to the SEN system, and has lasting benefits for children with SEN and disabilities and their families. The call for views gathered will inform the work on the green paper, which will be published in February 2011.
The funding for short breaks has been protected in the Comprehensive Spending Review and will be included in the new Early Intervention Grant for local authorities. The funding includes additional money recycled from savings to the Child Trust Fund.
In addition, the Government has recognised the important work of the Family Fund Trust in supporting low-income families with disabled children, and today confirmed at least £27 million of funding for every year of the spending review for grants to families to help them meet the additional costs of caring.
Christine Lenehan, Director of the Council for Disabled Children, said:
We are delighted that the Government has recognised the essential value of short breaks to the lives of families of disabled children. This announcement, combined with the introduction of the short breaks duty, sends a really powerful signal to local authorities about the importance of continuing and developing the level and quality of provision.
A key element of the short breaks programme has been to engage parents in the decision-making process about the kind of short breaks available. Together for Disabled Children, which is contracted to support local authorities in delivering short breaks between 2008 and 2011, reports that where there is good quality parental engagement, more children receive short breaks.
The short breaks programme began in 2008 as part of the Government’s Aiming High for Disabled Children programme. It aimed to bring about rapid increases in the numbers of disabled children and their families who could benefit from short breaks. By the end of 2009-10, 47,000 more children were receiving short breaks than in 2007-08 before the programme began.
Regulations have been laid in Parliament to introduce a duty on local authorities from April 2011 to provide a range of short breaks to carers of disabled children, and to publish information to parents about what they can access. The regulations were consulted on in January 2010 and the consultation response was published this month.
Funding provided for short breaks will be delivered to local authorities through the Early Intervention Grant. The Government will be providing £198m/£202m/£206m/£210m for short breaks over the next four years. This figure includes the previously announced recycled Child Trust Fund money of at least £20m each year.
A summary of the SEN Green Paper call for views responses will be published on the Department’s website today.
The research evaluation of the short breaks programme is available on the Department’s publications website.
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 11 December 2010


NFC orienteering application is a digital version of traditional orienteering sports. Orienteering is a sport in which orienteers needs skills to orient path using map and compass by pass control points of the track. The most popular and old orienteering is the foot orienteering but this sports have other types such as; Car orienteering, Mountain bike orienteering, Ski-orienteering, and Trail orienteering. The NFC orienteering application has two components, one is android application which is for participants use, and the other side is web server mainly used for organizer to organize the orienteering event.


An extensive set of functions to perform Qualitative Comparative Analysis: crisp sets ('csQCA'), temporal ('tQCA'), multi-value ('mvQCA') and fuzzy sets ('fsQCA'), using a GUI - graphical user interface. 'QCA' is a methodology that bridges the qualitative and quantitative divide in social science research. It uses a Boolean algorithm that results in a minimal causal combination that explains a given phenomenon.
| Version: | 3.3 |
| Depends: | R (≥ 3.0.0) |
| Imports: | venn (≥ 1.2), shiny, methods, fastdigest |
| Published: | 2018-07-11 |
| Author: | Adrian Dusa [aut, cre, cph], jQuery Foundation [cph] (jQuery library and jQuery UI library), jQuery contributors [ctb, cph] (jQuery library; authors listed in inst/gui/www/shared/jquery-AUTHORS.txt), Vasil Dinkov [ctb, cph] (jquery.smartmenus.js library), Dmitry Baranovskiy [ctb, cph] (raphael.js library), Emmanuel Quentin [ctb, cph] (raphael.inline_text_editing.js library), Jimmy Breck-McKye [ctb, cph] (raphael-paragraph.js library), Alrik Thiem [aut] (from version 1.0-0 up to version 1.1-3) |
| Maintainer: | Adrian Dusa <dusa.adrian at unibuc.ro> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | yes |
| Citation: | QCA citation info |
| Materials: | ChangeLog |
| CRAN checks: | QCA results |
| Reference manual: | QCA.pdf |
| Package source: | QCA_3.3.tar.gz |
| Windows binaries: | r-devel: QCA_3.3.zip, r-release: QCA_3.3.zip, r-oldrel: QCA_3.3.zip |
| OS X binaries: | r-release: QCA_3.3.tgz, r-oldrel: QCA_3.3.tgz |
| Old sources: | QCA archive |
| Reverse depends: | braQCA, SetMethods |
| Reverse imports: | QCAtools, timma |
| Reverse suggests: | venn |
Please use the canonical form https://CRAN.R-project.org/package=QCA to link to this page.


Sociafy-- a place where guests have a say in the music...
When a playlist is created, the code that your guests can use to suggest songs and vote on current songs to influence order of the playlist will be generated. Create a playlist for your party.
What else can Sociafy do?Creating a list for your guests!
Use the code provided by your host to have your say in the music.
Use a template that was already made for you!
No worries. Just copy and paste youtube links instead.
We'd love to help you resolve any issues or to simply hear your feedback!
555-555-5555


{% block following_content %}
{% for following in followings %}
{% if request.path != following_followers_url %}
{% include 'dashboard/followings-card-partial.html' with obj=following.follow_object %}
{% else %}
{% include 'dashboard/followings-card-partial.html' with obj=following.user %}
{% endif %}
{% empty %}
No activities to display here yet. Be the first.
{% endfor %}
{% endblock %}
{% url 'group:item' group.slug as next_url %}
{% include 'partials/pagination.html' %}
{% include 'partials/people-you-may-follow.html' %}


In order to use FDBG efficiently, you have to make some changes to your CLP(FD) program. Fortunately the calls you have to add are not numerous, and when FDBG is turned off they don't decrease efficiency significantly or modify the behavior of your program. On the other hand, they are necessary to make FDBG output easier to understand.
Assign names to the more important and more frequently occurring
variables by inserting fdbg_assign_name/2
calls at the
beginning of your program. It is advisable to assign names to
variables in larger batches (i.e. as lists or
compound terms) with a single call.
Use pre-defined labeling predicates if possible. If you define your own labeling predicates and you want to use them even in the debugging session, you should follow these guidelines:
clpfd:fdbg_start_labeling(
+Var)
at the
beginning of the predicate doing a labeling attempt, and pass the
currently labeled variable as an argument to the call.
clpfd:fdbg_labeling_step(
+Var,
+Step)
before each labeling step. Step should be a compound term
describing the labeling step, this will be
portray/1
to determine how it should be printed;
step(
Step)
to the user defined labeling
visualizers in their Event argument; see FDBG Writing Visualizers.
This way FDBG can inform you about the labeling events created by your labeling predicates exactly like it would do in the case of internal labeling. If you ignore these rules FDBG won't be able to distinguish labeling events from other FDBG events any more.


An erupting volcano in Mexico forced KLM passengers to take an 11-hour flight from Amsterdam to ... Amsterdam
by Sinéad Baker- Passengers on board a KLM flight on Thursday ended up taking an 11-hour-long journey from Amsterdam back to Amsterdam.
- They were supposed to travel to Mexico, but a volcanic eruption in the country meant that the crew realised that they couldn’t get to their destination.
- The plane was already over Canada when the crew realised, resulting in an 11-hour round trip over the Atlantic and back again.
- The Dutch airline told aviation news website Simple Flying that: “Landing at another airport was not possible, because of the visa requirements of passengers and as there was a large cargo of horses on board.”
- Visit Business Insider’s homepage for more stories.
Passengers travelling on a KLM flight on Thursday were forced to endure an 11-hour journey that ended with them being dropped them off exactly where they started because of an erupting volcano.
Flight KL 685 took off from Amsterdam’s Schiphol Airport and had made it all the way to eastern Canada when the crew realised that a volcanic erruption in Mexico, the plane’s destination, meant that the flight wouldn’t be able to land.
The flight then turned right back around and headed back to Amsterdam’s Schiphol Airport, landing at 2.30 a.m. – 11 hours later.
The Dutch airline told aviation news website Simple Flying that “Landing at another airport was not possible, because of the visa requirements of passengers and as there was a large cargo of horses on board.”
The flight was over New Brunswick in Canada – around 5.5 hours into the flight – when the crew turned around, The Independent reported.
The spokesperson said that the flight, which was operated on a Boeing 747, returned because of a “volcanic eruption in Mexico.”
They said when the plane returned to Amsterdam, “passengers disembarked normally and have been taken care of in Amsterdam.”
“They will be rebooked on an alternative flight,” KLM said.
Planes look to avoid flying through any volcanic ash because it can cause poor visibility for pilots, and can ruin planes’ engines, putting the plane and those on board in danger. Planes’ engines have failed mid-flight because of the ash.
A 2010 volcanic erruption in Iceland forced airlines in many European countries to ground their flights for a week – the largest shut down of air traffic since WWII.
More than than 95,000 flights were then cancelled and tens of thousands of people were trapped abroad.


abstract class WriteChannelContent : OutgoingContent
Variant of a OutgoingContent with payload written to ByteWriteChannel
WriteChannelContent()
Variant of a OutgoingContent with payload written to ByteWriteChannel |
open val headers: ValuesMap
Headers to set when sending this content |
|
open val status: HttpStatusCode?
Status code to set when sending this content |
abstract suspend fun writeTo(channel: ByteWriteChannel): Unit
Receives channel provided by the engine and writes all data to it |


Enter Workout:
Enter
Enter Exercise Name:
Enter Exercise Type:
Enter Exercise Weight:
Enter Exercise Sets:
Enter Exercise Reps:
Enter Exercise Duration:
Enter Exercise Distance:
Submit


Detached tasks
A "detached" task is a task that is run independently from the bds
script.
The original bds
program can finish and the detached task can continue running.
Detached tasks are created by setting detached:= true
.
Detached tasks have several properties:
- They are considered successful immediately after they start "running" (or scheduled for running in a cluster system)
- The STDOUT & STDERR of detached tasks are not shown on the terminal running the bds
script
- The exit status does not affect execution of the script. Even if a detached task fails, the script will finish successfully.
- No other tasks can depend on a detached task, because bds
does not track detached tasks.
Example: Here is a program executing a task with detached:= true
println "Before"
task(detached := true) {
sys echo "Detached task: Start"
sys sleep 60
sys echo "Detached task: End"
}
println "After"
wait
println "Done"
If we execute, you'll see that the task executes in a second, but the task has a sleep 60
so the task itself should take one minute to run:
$ time bds z.bds
Before
After
Done
bds z.bds 1.65s user 0.13s system 114% cpu 1.550 total
We immediately check if the "sleep" command is still running after the bds
script finished:
$ ps auxw | grep sleep
bdsuser 87834 0.0 0.0 4268176 548 s002 S 1:56PM 0:00.00 sleep 60
So the detached task is still running after the bds
script has finished.


When we can't figure things out from first principles. Tweet
Getting Clues from experiments
There are some equations that we can derive using mathematics and our understanding of well-established physics principles. For instance, we can derive from what we already know. But in particle physics, when we’re trying to look for some physics beyond the Standard Model, we actually don’t quite know what we’re looking for. Some people make some assumptions or hypotheses to explain things we don’t understand. For example, maybe the reason why gravity is so weak is because there are extradimensions! The extra strength must be leaking! With those new assumptions, you can derive the possible effects or manifestations of such a scenario in our world.
A specific example is the assumption that there are large extra dimensions. If you’d collect all the proton-proton collisions that produced two photons, you pretty much know from the standard model how much you’ll probably get as a function of the “invariant mass” of the two photons. But if we get something else, like an excess over what we expected, then something’s going on. I got a plot that illustrates this from an old diphoton paper from CMS.
When we don’t really know what’s going on in detail and we have to rely on experimental observations. We don’t exactly know the details of a theory but we can still make calculations or general predictions about how a new physics can manifest itself. And these manifestations are measurable quantities with soem finite error. For the case of a large extra dimension or some anomalous gauge coupling, we can see a non-resonant excess over the Standard Model background. (Sorry I’m speaking particle physics lingo! But you can try to picture it in the plot above.)  I found a nice reading material for it from arXiv.
I didn’t know until my adviser told me that the “Fermi theory of weak interactions” was actually an EFT for weak interactions. But only for energies below the W and Z masses. I still don’t fully know the details, or understand it but I plan to dig in more into this EFT thing in the future, for my dissertation.


Home
Travel Support
Packages
Resources
Contact
Travel Support
Hotels
This is some text about Hotels
Book Appointment
Transport
This is some text about Transport
Book Appointment
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This is some text about Meals
Book Appointment


Hello Hugo
A Fast and Flexible Static Site Generator built with love by bep, spf13 and friends in Go.
Website | Forum | Documentation | Installation Guide | Contribution Guide | Twitter
Overview
Hugo is a static HTML and CSS website generator written in Go. It is optimized for speed, ease of use, and configurability. Hugo takes a directory with content and templates and renders them into a full HTML website.
Hugo relies on Markdown files with front matter for metadata, and you can run Hugo from any directory. This works well for shared hosts and other systems where you don’t have a privileged account.
Hugo renders a typical website of moderate size in a fraction of a second. A good rule of thumb is that each piece of content renders in around 1 millisecond.
Hugo is designed to work well for any kind of website including blogs, tumbles, and docs.
Supported Architectures
Currently, we provide pre-built Hugo binaries for Windows, Linux, FreeBSD, NetBSD, DragonFly BSD, Open BSD, macOS (Darwin), and Android for x64, i386 and ARM architectures.
Hugo may also be compiled from source wherever the Go compiler tool chain can run, e.g. for other operating systems including Plan 9 and Solaris.
Complete documentation is available at Hugo Documentation.
Choose How to Install
If you want to use Hugo as your site generator, simply install the Hugo binaries. The Hugo binaries have no external dependencies.
To contribute to the Hugo source code or documentation, you should fork the Hugo GitHub project and clone it to your local machine.
Finally, you can install the Hugo source code with go
, build the binaries yourself, and run Hugo that way.
Building the binaries is an easy task for an experienced go
getter.
Install Hugo as Your Site Generator (Binary Install)
Use the installation instructions in the Hugo documentation.
Build and Install the Binaries from Source (Advanced Install)
Prerequisite Tools
Fetch from GitHub
Since Hugo 0.48, Hugo uses the Go Modules support built into Go 1.11 to build. The easiest is to clone Hugo in a directory outside of GOPATH
, as in the following example:
mkdir $HOME/src
cd $HOME/src
git clone https://github.com/gohugoio/hugo.git
cd hugo
go install
If you are a Windows user, substitute the $HOME
environment variable above with %USERPROFILE%
.
The Hugo Documentation
The Hugo documentation now lives in its own repository, see https://github.com/gohugoio/hugoDocs. But we do keep a version of that documentation as a git subtree
in this repository. To build the sub folder /docs
as a Hugo site, you need to clone this repo:
git clone git@github.com:gohugoio/hugo.git
Contributing to Hugo
For a complete guide to contributing to Hugo, see the Contribution Guide.
We welcome contributions to Hugo of any kind including documentation, themes, organization, tutorials, blog posts, bug reports, issues, feature requests, feature implementations, pull requests, answering questions on the forum, helping to manage issues, etc.
The Hugo community and maintainers are very active and helpful, and the project benefits greatly from this activity.
Asking Support Questions
We have an active discussion forum where users and developers can ask questions. Please don't use the GitHub issue tracker to ask questions.
Reporting Issues
If you believe you have found a defect in Hugo or its documentation, use
the GitHub issue tracker to report the problem to the Hugo maintainers.
If you're not sure if it's a bug or not, start by asking in the discussion forum.
When reporting the issue, please provide the version of Hugo in use (hugo version
).
Submitting Patches
The Hugo project welcomes all contributors and contributions regardless of skill or experience level. If you are interested in helping with the project, we will help you with your contribution. Hugo is a very active project with many contributions happening daily.
We want to create the best possible product for our users and the best contribution experience for our developers, we have a set of guidelines which ensure that all contributions are acceptable. The guidelines are not intended as a filter or barrier to participation. If you are unfamiliar with the contribution process, the Hugo team will help you and teach you how to bring your contribution in accordance with the guidelines.
For a complete guide to contributing code to Hugo, see the Contribution Guide.
Dependencies
Hugo stands on the shoulder of many great open source libraries, in lexical order:


This demo is for a single <iron-icon>. If you're looking for the whole set of available icons, check out the
<iron-icons> demo.
<iron-icon icon="example:location">
<iron-icon src="location.png">


… by knowing the sequence of bases of one strand of DNA we immediately know the sequence of the DNA strand which will bind to it, this strand is called the reverse complement …
We ask that contributed programs not only give the correct result, but also use the same algorithm to calculate that result.
Each program should:
read line-by-line a redirected FASTA format file from stdin
for each sequence:
write the id, description, and the reverse-complement sequence in FASTA format to stdout
Use these code complements:
code meaning complement A A T C C G G G C T/U T A M A or C K R A or G Y W A or T W S C or G S Y C or T R K G or T M V A or C or G B H A or C or T D D A or G or T H B C or G or T V N G or A or T or C N
diff program output for this 10KB input file (generated with the fasta program N = 1000) with this output file to check your program is correct, before you contribute your program.


In this research, we investigate how multiple demonstrations of a fixed task can be captured and represented in a workflow graph (W-graph) (Figure 1). The idea is to automatically discover the different means of accomplishing a goal from the interaction traces of multiple users, and to encode these in a graph representation. The graph thus represents diverse understanding of the task, opening up arange of possible applications.
W-graphs encode multiple demonstrations of a fixed task, based on commonalities in the workflows employed by users. Nodes represent semantically similar states across demonstrations. Edges represent alternative workflows for sub-tasks. The width of edges represents the number of distinct workflows between two states.
This work has contributed a conceptual approach for representing the different means by which a fixed goal can be achieved in feature rich software, based on recordings of user demonstrations, and has demonstrated a scalable pipeline for constructing such a representation for 3D modeling software. It has also presented a range of applications that could leverage this representation to support users in improving their skill sets over time. Overall, we see this work as a first step toward enabling a new generation of help and learning systems for feature-rich software, powered by data-driven models of tasks and workflows.
@inproceedings{Chang:2020:10.20380/GI2020.13, abbr={GI}, author = {Chang, Minsuk and Lafreniere, Ben and Kim, Juho and Fitzmaurice, George and Grossman, Tovi}, title = {Workflow Graphs: A Computational Model of Collective Task Strategies for 3D Design Software}, booktitle = {Proceedings of Graphics Interface 2020}, series = {GI 2020}, year = {2020}, isbn = {978-0-9947868-5-2}, location = {University of Toronto}, pages = {114 -- 124}, numpages = {11}, doi = {10.20380/GI2020.13}, publisher = {Canadian Human-Computer Communications Society / Société canadienne du dialogue humain-machine}, }


Chief Marketing Officer, Cisco
"Karen Walker is the Senior Vice President and Chief Marketing Officer at Cisco, overseeing Global Marketing. Karen and her team are responsible for building and strengthening Cisco's brand, supporting growth strategies, cultivating opportunities in new and existing markets, and increasing demand for Cisco's solutions globally. Since joining Cisco, Karen has made strategic investments to further Marketing's vision to become the leader in real-time, personalized marketing. Most notably, she has invested in the newest marketing technologies to build a multi-award-winning techstack, creating a world-class digital marketing infrastructure optimizing for the best experience for Cisco's customers, sellers, and partners. During Karen's time at Cisco, the company's brand value has increased 16% to $34.6B dollars, ranking Cisco #15 on Interbrand's Best Global Brands list." (Cisco's Newsroom)
Founder & CEO, SiNON Therapeutics
With an MBA from Duke's Fuqua School of Business, a masters in finance and banking, and a double major in microbiology and biochemistry, Afreen combined her expertise to found SiNON Theurapeutics. SiNON's product, a nanoparticle called the Carbon Dot, enables pharmaceutical companies to encapsulate their drugs in a way which dramatically improves drug-localization to the brain and helps improve the lives of those who suffer from debilitating neurological diseases.
Executive Director, HearstLab
With undergraduate and graduate degrees from Duke and MIT, Lisa Burton Ph.D. is the Executive Director of HearstLab, a greenhouse for early-stage, women-led startups that innovate across media, data, and technology. At the Lab, Lisa identifies prospective startups to invest in and supports the portfolio companies in residence by advising on data science and product. Throughout her career, Lisa has built and led data science groups at startups and as a consultant across diverse industries.
Orthopedic Surgeon, John Hopkins
After completing her degree in biomedical engineering at Duke, Sophie Strike went on to medical school at Johns Hopkins University, followed by a residency in orthopedic surgery at Johns Hopkins Hospital and two fellowships in hand surgery and musculoskeletal oncology. Sophie currently serves on the faculty at the Johns Hopkins School of Medicine and as a hand surgeon specializing in tumors and upper extremity in the Department of Orthopedics.
Founder of Model Citizen and Head of Fashion and Beauty Partnerships at iONE
Danielle James is a Trinidadian-American fashion and retail entrepreneur. She studied Psychology and Public Policy at Duke and currently serves as Founder of Model Citizen and runs fashion and beauty at Hello Beautiful and Madame Noire for iONE Digital's Women's Division. Danielle's current venture is Model Citizen. She founded a peer-to-peer shopping platform for women to shop each other's closets! This exciting new venture is promising, already winning a prestigious start-up challenge in 2014 and pitching at Google Ventures in 2015.


From the output, we can see what application handle (call this A) transaction handle Z corresponds to. Referring back to our results from table function WLM_GET_SERVICE_CLASS_WORKLOAD_OCCURRENCES_V97 (or WLM_GET_SERVICE_CLASS_WORKLOAD_OCCURRENCES if you are on a DB2 9.5 database), we can see which application number refers to 'WLM_tut_app1' (let's call this A). This application is holding a row lock that is needed by 'WLM_tut_app2'. To make 'WLM_tut_app2' proceed, you may issue db2 commit, db2 rollback or db2 terminate from the window running 'WLM_tut_app1'.
For this tutorial, we will stop the application by clicking on the red button in the 'Workload Driver' tab.
Run the statement in the 'Ad-Hoc SQL' tab to verify that WLM_tut_1 has stopped.


Pop the console to get the logs. To simulate p2p, just open another tab in incognito and browse to this very testpage.
Server
P2P


// Play with the demo on the left and // watch the favicon change its color var ct = new ColorTriangle('#de701d'); ct.addEventListener('dragend', function() { drawFavicon(ct.getHEX()); }); ct.inject( document.getElementById('example-1') );
// Try out the form on the right // This adds a ColorTriangle to all // <input type="color" … > elements ColorTriangle.initColorInputs(); // A change event will fire on the input fields // when the user selects a new color field1.addEventListener('change', changeHeader, false);
var triangle = new ColorTriangle([startColor [, options]]);
150
)
10
)
0.8
)
'#444'
)
'#eee'
)
20
)
'#eee'
)
'#444'
)
'transparent'
)
triangle.getCSS();
Get color as a hsl CSS string. This is the fastest way to use your color in your site because there's no conversion between color models.
triangle.setHEX(hexString); var hexString = triangle.getHEX();
hexString must be a valid hex CSS color.
triangle.setRGB(r, g, b); var rgbArray = triangle.getRGB();
r (⇒ red), g (⇒ green) and b (⇒ blue) must be numbers from 0 to 1.
triangle.setHSL(h, s, l); var hslArray = triangle.getHSL();
h (⇒ hue) must be between 0 and 2 × π (radian). s (⇒ saturation) and l (⇒ lightness) have to be in the range from 0 to 1.
triangle.setColor(colorObj); var colorObj = triangle.getColor();
These methods are only available if you've included brehaut/color-js in your page. They accept respectively return color objects.
triangle.inject(element);
Add the ColorTriangle to the document as the last child of element.
triangle.dispose();
Remove the ColorTriangle from the document.
var mainElement = triangle.getElement();
Get the main element of the ColorTriangle (this is the element that is inserted in the document). Note: the element has the class color-triangle.
triangle.addEventListener(eventName, someFunction); triangle.removeEventListener(eventName, someFunction);
eventName can be one of the following strings:
They behave exactly like you'd expect them to.
ColorTriangle.initInput(inputElement [, options]);
This function shows a ColorTriangle when the user focuses the inputElement. The value of inputElement will be changed when the user selects a new color and a change event will be triggered on the inputElement. options is an object like described in instantiation, except 4 changes:
10
).
'dragend'
). Please have a look at the events section. You can use this property to change the color while the user is dragging (value: 'drag'
).
ColorTriangle.initColorInputs([options]);
Calls ColorTriangle.initInput
for every input[type=color]
.
Built using <canvas>
. No JavaScript Framework needed. Tested in Firefox 3.6, Google Chrome 5.0, Safari 4.0 and Opera 10.60. Doesn't work in Internet Explorer. Development takes place on GitHub. MIT License.


{% extends "layout.html"%} {% block title %} Home {% endblock %} {% block body %}
In Affairs and Order you can lead a country, developing its economy, fighting in epic battles against other players, and joining a coalition with your friends to trade and conquer.
Affairs & Order is a nation simulation game, where you can make your own nation, build a military and industry, and declare war! Learn More


The day had finally come! I have dreamt about DMT since I was a little urchin in middle school. Now, as sophmore in college I would finally get a chance to smoke the legendary spice. I was in a basement on the couch with some blacklights on. The smoking device was completely absurd consisting of a piece of aluminum foil molded to a bowl and taped to the table. I applied the heat and began inhaling slowly through the straw. Harsh smoke for a while, then no more harshness and nothing left in the foil.
WOW!! The hit was held for about thirty seconds and upon exhaling the room became much less solid. It had a fluid like consistency and was in motion. I could still see my surroundings but they were moving back and forth at about a foot per second and leaving fluid like tracers as they moved. My friend D was on the phone talking to his friend about the dream we all collectively shared since our youth up until its realization that night.
I layed back and closed my eyes for a moment and there was a whole new world of bright colored lights. They were so pure and emitted a powerfully uplifting energy into my consciousness. I opened my eyes to the fluidity of the rooms tracers wrapping themselves around the increasingly less tangible environment. I said the only thing I could say to whoever would hear it 'This is AWESOME!!' D laughed with excitemet and repeated what I said into the phone, later he told me everyone in the car of the guy he was talking to cracked up when he told them.
I could sense in his conversation a moment of rapturous finality as if all their dreams were coming true. Meanwhile my body was feeling an incredibly powerfull rush and I leaned my head back on the couch and closed my eyes to finish out the ride. There was a multicolored crystaline spiral staircase and it was made of the same pure uplifting light that I had seen before. There was an impression of a female presence though I didnt see any entities. I was seeing the staircase from a position somewhere in the middle of its descent but was not on it, it was in front of me to the right. Beyond it was a vast expansive bright wonderfull space and there was the impression that it was enclosed though the only boundary/wall was far to my left and there were windows in it that showed it looked similar outside.
Throughout this space I felt a sense of awe and wonder and found my awareness in an entirely different visual sphere as I gazed upward and into a white and bright yellow light that expanded to fill my surroundings. It felt as if I were communing with an awe inspiring force as it radiated and enveloped me in its light. The light felt like pure love enfolding me in an unforgetable embrace, and I stayed in this place until it faded and all to soon I was looking back into the room. I noticed tears had rolled down my cheeks while I was away. I brushed them aside and looked over at D wide eyed and open mouthed, lacking the words to convey the beauty and the wonder I had just experienced.
Our dream was within reach at last...50mg's down, 1,950 to go!
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


ML
This module provides for the easiest way to implement Machine Learning algorithms without the need to know about them.

- You find other modules too complicated.
This module is not meant for high level tasks, but only for simple use and learning.
I would not recommend using this module for big projects.
This module uses a tensorflow backend.
Pip installation
pip install ml-python
Python installation
git clone https://github.com/vivek3141/ml
cd ml
python setup.py install
Bash Installation
git clone https://github.com/vivek3141/ml
cd ml
./install.sh
This module has support for ANNs, CNNs, linear regression, logistic regression, k-means.
Examples
Examples for all implemented structures can be found in /examples
.
In this example, linear regression is used.
First, import the required modules.
import numpy as np
from ml.linear_regression import LinearRegression
Then make the required object
l = LinearRegression()
This code below randomly generates 50 data points from 0 to 10 for us to run linear regression on.
# Randomly generating the data and converting the list to int
x = np.array(list(map(int, 10*np.random.random(50))))
y = np.array(list(map(int, 10*np.random.random(50))))
Lastly, train it. Set graph=True
to visualize the dataset and the model.
l.fit(data=x, labels=y, graph=True)
The full code can be found in /examples/linear_regression.py
License
All code is available under the MIT License
Contact
Feel free to contact me by:
- Email<EMAIL_ADDRESS>- GitHub Issue: create issue


This image was made at a magical dive site called Uepi Point. Literally 2 minutes from the pier at Uepi Island, this site is at a point where a channel between Uepi and the adjacent island meets "The Slot" - a 3000m drop off into the open ocean.
At this site there is a point at 30m where you sit on the edge of the wall, and where you regularly see pelagic creatures coming up from the deep.
I find that every dive destination has some feature that captures me as the outstanding thing of the location.
For Uepi Island diving in general, and sites like Uepi Point in particular it was definitely the abundance and size of gorgonians.


You know you like voting – that's why you're here!


It is our collective and individual responsibility to preserve and tend to the world in which we all live.All must pay the debt of nature .Fill this form for the donations .
Let s heal our world....
It is our collective and individual responsibility to preserve and tend to the world in which we all live.All must pay the debt of nature .Fill this form for the donations .
Let s heal our world....


|
LostInCompilation
0.1.0
|
#include <RuntimeStack.h>
Public Member Functions | |
| RuntimeStack () | |
| virtual | ~RuntimeStack () |
| void | pop () |
| RuntimeData & | top () |
| void | push (RuntimeData &value) |
| bool | isEmpty () |
| size_t | size () |
| RuntimeData & | operator[] (std::size_t index) |
| std::string | toString () |
Private Attributes | |
| std::vector< RuntimeData > | _stack |
TODO: typedef std::vector< RuntimeData > RuntimeStack;
or
typedef std::stack<RuntimeData> RuntimeStack;
A stack that stores the processed RuntimData during expression evaluation.
| RuntimeStack::RuntimeStack | ( | ) |
|
virtual |
| bool RuntimeStack::isEmpty | ( | ) |
| RuntimeData & RuntimeStack::operator[] | ( | std::size_t | index | ) |
| void RuntimeStack::pop | ( | ) |
| void RuntimeStack::push | ( | RuntimeData & | value | ) |
| size_t RuntimeStack::size | ( | ) |
| RuntimeData & RuntimeStack::top | ( | ) |
| std::string RuntimeStack::toString | ( | ) |
|
private |


Lingbin Ni
Institute of Genetics and Developmental Biology, Chinese Academy of Sciences, Beijing, China
I am a PhD student in Bioinformatics at Institute of Genetics and Developmental Biology, Chinese Academy of Sciences in Beijing, China, advised by Prof. Zhixi Tian. My work focused on: analysing large-scale high-throughput sequencing data, including epigenomic, genomic, and transcriptomic data; developing and applying new technologies for genetics, genomics, and molecular biology; and developing computational methods and tools for functional genomics analysis.
In my PhD research, I was interested in the diversity, evolution, and functions behind cis-regulatory element and non-coding regions within plant genomes. Specifically, I want to understand the structural and functional impacts of 3D genomes that give rise to rewired cis-regulatory information and gene expression changes associated with genetic diversity of plant accessions. Using computational and experimental approaches, I was working to address such questions as: How did the architecture of 3D genomes evolve in plant accessions, and what is the underlying mechanism? To what extent do they contribute to gene expression divergences and phenotypic differences? And, how were 3D genomes selected during plant domestication and improvement?
Before I joined IGDB, I graduated from Shandong Agriculture University in Tai’an, China. In my undergraduate study, I used RNA-seq to profile the dynamics of gene expression in maize leaves, advised by Prof. Pinghua Li.
News
My poster on the topic "Pan-3D Genome: Assumption and Practice" was awarded the “Excellent Poster Award” at the 2023 PCCE Conference.
My research article named "Pan-3D Genome Analysis Reveals Structural and Functional Differentiation of Soybean Genomes" was published on Genome Biology.
My review article about the divergence of cis-regulatory elements and 3D genomes in plants was accepted. Thank you to my professor, Dr. Zhixi Tian.
I was invited to give an oral presentation on “How Transposons Reshape Genome Structure and Gene Expression in a 3D Genomic Scope” at the 2022 PCCE Conference.
With the comming of good weather, Dr. Min Zhang, Dr. Yanting Shen, and I organized the Spring Outing of the laboratory in the Beijing Olympic Forest Park.
I finished my study at University of Chinese Academy of Sciences in Huairou District, Beijing. After rotation, I came to TianLab and started a new journey.


Replicating google line chart in R
30 May 2012R is great for graphics although sometimes it can be really tricky to replicate other software charts. Take for example some of the graphics displayed with google charts such as the line chart displayed below.
This google chart took me a dozen of clicks and a couple of minutes to create it. Honestly, it's not that bad at all. I bet we could also create something similar in excel. However, if we want to produce the same graphic in R we're going to need a good amount of patience and some guide to get the right color palette (I used the following website to get some colors color hex. So, let me show you how to mimic the google line chart with R.
Code in R
# here's the data
numbers = c(
0.61, 0.644, 0.586, 0.598, 0.596, 0.584,
0.67, 0.712, 0.646, 0.68, 0.638, 0.66,
0.618, 0.638, 0.58, 0.608, 0.592, 0.596,
0.844, 0.87, 0.85, 0.844, 0.87, 0.838,
0.342, 0.352, 0.316, 0.382, 0.328, 0.312,
0.636, 0.704, 0.624, 0.658, 0.63, 0.646,
0.676, 0.724, 0.666, 0.696, 0.656, 0.666)
# put the data in a matrix
some_data = matrix(numbers, nrow = 7, ncol = 6, byrow = TRUE)
# add row and column names
rownames(some_data) = c("A", "B", "C", "D", "E", "F", "G")
colnames(some_data) = paste("Time", 1:6)
# define color palette
cols = c("#1664d9", "red", "orange", "green4", "purple2", "#1f9eb3", "#d93572")
Once we've defined the toy data, we just need to specify a layout and then the plot:
# choose a graphic layout
layout(rbind(c(1, 2), c(1, 2)),
height = c(lcm(11), 1),
width = c(lcm(18), 1))
# set plot window for lines
op = par(mar = c(5, 5, 4, 1))
plot(1:6, some_data[1,], type = "n", xaxt = "n", yaxt = "n",
xlab = "x label", ylab = "y label", bty = "n", ylim = c(0.2, 1))
# add major grid lines
abline(h = seq(0.2, 1, 0.2), col = c("black", rep("gray80", 4)))
# add title
mtext(side = 3, "Google Line Chart in R", at = 1.5, line = 0.5, font = 2)
# add x-axis tick labels
mtext(side = 1, colnames(some_data), at = 1:6)
# add y-axis tick labels
mtext(side = 2, seq(0.2, 1, 0.2), line = 1, at = seq(0.2, 1, 0.2), las = 2)
# plot lines
for (i in 1:nrow(some_data))
{
lines(1:6, some_data[i,], col = cols[i], lwd = 3)
}
# plot legend
par(mar = c(5, 0.1, 4, 2))
plot(rep(0.5,7), seq(0, 1, length = 7), type = "n", xlab = "", ylab = "",
bty = "n", xaxt = "n", yaxt = "n", xlim = c(0.4, 0.7), ylim = c(0.2, 1))
points(rep(0.5, 7), seq(0.98, 0.6, length = 7), pch = 15,
col = cols, cex = 2.5)
text(rep(0.6, 7), seq(0.98, 0.6, length = 7), rownames(some_data), cex = 1.2)
# reset parameters
par(op)
That's it!


{% extends "base.html" %} {% block head_title %}Permission Denied(403 error){% endblock %} {% block content %}
It seems you do not have the permission to view this page. May be you're not a staff user. Please check url again or contact administrator to get the staff privilege.
{% endblock %}


'Search Inside Yourself' Learnings
In Chapter 1 of 'Search Inside Yourself' the author give us a summary of what
Emotional Intelligence is and how important it is in all facets of our lives,
both personal and professional. This is information I sort of already knew, but
it's really interesting to see it backed up by actual science and research,
especially in regards to our overrall happiness in life.
I find the whole topic of mindfulness, meditation, yoga and being 'zen' really
interesting as I think it could make such a profound difference in so many
people's lives if it was something that was brought to the forefront of society - ie.
taught in schools and kindergartens and practised in workplaces. It could potentially
lead to less crime, less violence, less wars, and more compassion and understanding
for our fellow man.
Two Minutes of Mindfulness
I use the app Headspace to help me do 2 minutes of mindful meditatation. Although it sounds so easy in theory, in practise I find it really difficult to try and focus on one thing for 2 minutes. But I also know if I stuck at it, it would get easier and easier. Throughout this course I am attempting to meditate for a few minutes every day.


Dashboard
You have 4 products added on this store: Add new
Product
-
Tênis Runner Bolt9 available R$459,99
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Tênis Sneakers 43NOut of stock R$459,99


Copyright (c) 1988-1996 Sam Leffler
Copyright (c) 1991-1996 Silicon Graphics, Inc.
Permission to use, copy, modify, distribute, and sell this software and
its documentation for any purpose is hereby granted without fee, provided
that (i) the above copyright notices and this permission notice appear in
all copies of the software and related documentation, and (ii) the names of
Sam Leffler and Silicon Graphics may not be used in any advertising or
publicity relating to the software without the specific, prior written
permission of Sam Leffler and Silicon Graphics.


{% include head.html %}
{% include fade.html %} {% include page-menu.html %}
Error - 404
Sorry, this page does not exist or is missing.
Go Home
{% include footer.html %}


Insert Options
Student
Teacher
Course
Course Choosing Information
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Name
Sex
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Entrance Year
Major
Male
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Name
Sex
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All Classes
-
All Classes Interface Summary Class Summary Enum Summary Exception Summary Class Description App App2 Bank Le classi che implementerannoBank
avranno la responsabilità di implementare un gestore diCashBox
.BasicStatisticOfBank<T extends Bank,V extends CategoryManager> BasicTransaction La classeBasicTransaction
rappresenta un singolo movimento.Box A Box will have the function of managing a list of Transactions by storing the balance, the money spent and the money earned.CashBox The classes that will implementCashBox
will have the responsibility to implement what will later be "money boxes".Category ACategory
has the responsibility to represents a type in which aTransaction
can be part.CategoryManager ACategoryManager
represents a manager who has the responsibility to manage a collection ofCategory
.Controller DebitBox TheDebitBox
class represents aLoadBox
with an interval that starts from the goal and ends at zero.ExistingElementException FamilyBank La classeFamilyBank
rappresenta un gestore diCashBox
.FamilyBankController IdentificationManager<T extends Identifier<?>> A manager has a responsibility to manage and create new identifiers.Identifier<T> An {code Identifier} is responsible for representing an identification code.IntegerId AnIntegerId
represents an identification code consisting of an int type number.IntegerIdManager AnInteger Manager
represents a manager who manages Integer Identifiers.InterfaceAdapterGson<T> JavaFXAboutMenuController JavaFXAddDebitBoxController JavaFXAddSaveBoxController JavaFXAddTagController JavaFXAddTransactionController JavaFXAddWalletController JavaFXJBudgetController JavaFXSetBudgetController JavaFXStageController JavaFXTemporalSchedulerController LoadBox TheLoadBox
class extends the functionality of aBox
allowing you to define a range in which the balance must be included.LocalSynchronizer MasterScheduler<T extends Transaction> MasterSchedulerBasicTransaction SaveBox TheSaveBox
class represents aLoadBox
with an interval that starts from zero up to the target set.SchedulerTransaction<T extends Transaction> StatisticsOfBank<T extends Bank> Synchronizer<B extends Bank,C extends CategoryManager,I extends IdentificationManager<?>> Tag TheTag
class represents a category of aTransaction
}.TagManager TheTagManager
class represents a manager who manages a Set of Category.TemporalScheduler Transaction Le classi che implementerannoTransaction
avranno la responsabilità di implementare un movimento.TypeCashBox TypeScheduler TypeTransaction View ViewJavaFXJBudget Wallet A Wallet will have the function of managing a list of Transactions by storing the balance, the money spent and the money earned.


My Name
About
Portfolio
Contact
Portfolio
Brainwork
Brain puzzle
Synapsis
Mindfulness
Resilience
Connect with Me


This is a simple wrapper around Jasmine to allow easy inclution into html pages which can not include their own runner and CSS. The best example is dynamic sites that allow you to write simple HTML and JS docs for experimentation like JSBin and JS Fiddle.
Here is an example of a JSBin using this wrapper.
Version: <%= jasmineVersion %>
Source code available: <%= repo_url %>
This package also allows you to embed the test output into any DOM element and trigger the execution of test based on your own event.
This page is an example which runs the tests delayed after five seconds instead of immediately like the usual Jasmine HTML Runner does.
And if your page happens to use jQuery this package will include and enable jasmine-jquery built in. See this JSBin as an example.
Simply add the following to your HTML and be on your merry way:
<%= scriptTag %>
<%= examples[0] %>
<%= examples[1] %>
<%= examples[2] %>


Using DATs For Instancing
Fetched from Storage with a Script CHOP
This example follows from the previous with a variation in considering how you might approach smooth animation as data changes over time. Operators like the filter CHOP or lag CHOP are good candidates for creating smooth motion in these circumstances. Both of those operators, however, require that the data is already formatted in CHOPs. To avoid updating a table, and then converting that data to CHOPs, this example instead uses a script CHOP to pull the contents of storage directly into multi-sample CHOP format. The motivation for this style of approach again stems from the original discussion condition that the data would likely be formatted / ingested as a JOSN blob.
This example uses the same principles of data updating as we’ve previously seen. The primary difference in this example is the use of a script CHOP to move data from storage directly into CHOP format. A closer look at the script CHOP’s callback reveals what’s happening:
def onCook(scriptOp):
# clear out the old data
scriptOp.clear()
# copy over the incomming data
scriptOp.copy(scriptOp.inputs[0])
# fetch our updated data from storage - we do that
# here rather than in the loop to make sure we're only
# doing this once
data = parent().fetch('data')
# add a channel called 'sy' to our CHOP
scriptOp.appendChan('sy')
# loop through all of our samples in the channel 'index'
for each_sample in scriptOp['index'].vals:
# CHOP values are always float vals, so to use our
# 'index' as a look up in our dict we need to convert
# to an integer
sample_id = int(each_sample)
# the syntax here is operator[channel][sample index]
# in this case scriptOp is the CHOP operator connected
# to this callback. Then we want to target the 'sy'
# channel, and the sample at the sample_id index.
# That sample, the data from storage we want to use
# is in data[sample_id]['sy']
scriptOp['sy'][sample_id] = data[sample_id]['sy']
return
After being converted to a CHOP format a filter CHOP is used to smoothly blend between positions.
Tested in TouchDesigner099 2020.23680
Updated 06.03.20
Matthew Ragan
Zoe Sandoval


COUGH AND COLD HBP- chlorpheniramine maleate and dextromethorphan hydrobromide tablet, sugar coated
DOLGENCORP, LLC
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
if you are now taking a prescription monoamine oxidase inhibitor (MAOI) (certain drugs for depression, psychiatric or emotional conditions, or Parkinson's disease), or for 2 weeks after stopping the MAOI drug. If you do not know if your prescription drug contains an MAOI, ask a doctor or pharmacist before taking this product.
acacia, black iron oxide, calcium carbonate, carnauba wax, croscarmellose sodium, D&C red #27 aluminum lake, FD&C yellow #6 aluminum lake, lactose, magnesium stearate, methylparaben, microcrystalline cellulose, povidone, propylene glycol, propylparaben, shellac, silica gel, sodium benzoate, stearic acid, sugar, talc, titanium dioxide
DG™
health
Cough & Cold
HBP
Chlorpheniramine maleate • Antihistamine
Dextromethorphan HBr • Cough Supressant
Compare to active ingredients in Coricidin® HBP Cough & Cold*
For people with HIGH BLOOD PRESSURE
16 DG QUALITY GUARANTEED
Tablets
TAMPER EVIDENT: DO NOT USE IF PACKAGE IS OPENED OR IF BLISTER UNIT IS TORN, BROKEN OR SHOWS ANY SIGNS OF TAMPERING
*This product is not manufactured or distributed by MSD Consumer Care, Inc., owner of the registered trademark Coricidin® HBP Cough & Cold.
50844 REV0714F41121
DISTRIBUTED BY DOLGENCORP, LLC
100 MISSION RIDGE
GOODLETSVILLE, TN 37072
DG 44-411
|
COUGH AND COLD
HBP chlorpheniramine maleate tablet, sugar coated | ||||||||||||||||||||||||||||||||||||||
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| Labeler - DOLGENCORP, LLC (068331990) |
| Establishment | |||
| Name | Address | ID/FEI | Business Operations |
|---|---|---|---|
| LNK International, Inc. | 832867894 | MANUFACTURE(55910-411) |
| Establishment | |||
| Name | Address | ID/FEI | Business Operations |
|---|---|---|---|
| LNK International, Inc. | 038154464 | PACK(55910-411) |


| AbstractSchemaItem (76%) |
| CollectionSchemaField (70%) |
| ComplexSchemaField (91%) |
| CounterSchemaField (100%) |
| EnumSchemaField (40%) |
| ListSchemaField (66%) |
| MapSchemaField (67%) |
| NameIndex (53%) |
| ReferenceSchemaField (75%) |
| SchemaCompositeIndex (75%) |
| SchemaField (100%) |
| SchemaFieldSwitch (N/A) |
| SchemaFieldSwitchAdapter (9%) |
| SchemaModel (79%) |
| SchemaObjectType (66%) |
| SetSchemaField (83%) |
| SimpleSchemaField (76%) |
| XMLConstants (N/A) |
| package-info (N/A) |


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{% trans %}Academic and department related events.{% endtrans %}


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has been recognized as an issue [Haller, 2015, Swalens et al., 2014, Tasharofi et al., 2013], the question of how to
References
P. Haller. High-Level Concurrency Libraries: Challenges for Tool Support, 2015.
J. Swalens, S. Marr, J. De Koster, and T. Van Cutsem. Towards composable concurrency abstractions. In Proc. of the PLACES Workshop, volume 155, 2014.
S. Tasharofi, P. Dinges, and R. E. Johnson. Why do scala developers mix the actor model with other concurrency models? In ECOOP 2013 – Object-Oriented Programming, volume 7920. 2013.


On 5 January 2017, 6 new articles were published in 6 journals.
Subnational Determinants of Killing in Rwanda
Place-Based Risk Factors For Aggravated Assault Across Police Divisions in Little Rock, Arkansas
Building Peace Abroad and Coming Back Home: Experiences of Swedish Police Officers
Further to the Evolution of Best Practice in Forensic Biochemical Toxicology


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