{% load common_tags %} {% comment %} To activate the maintenance message, uncomment the line specifying the maintenance time: {% set_maintenance_time "12:00 AM" as maintenance_time %} If the maintenance time is in the future, then the maintenance message will say the site will be under maintenance. If the maintenance time is in the past, then the maintenance message will say the site is under maintenance. There are three accepted formats for the maintenance time. (1) Time of day. This should correctly infer your intended date + time, as long as the date + time you intended is within 12 hours from the current time: {% set_maintenance_time "12:00 AM" as maintenance_time %} (2) Month, day, and time. If you want to announce maintenance more than 12 hours in advance, or if maintenance might go on for over 12 hours, or if you just want to be unambiguous, then use this: {% set_maintenance_time "Mar 21 12:00 AM" as maintenance_time %} (3) Year, month, day, and time. Usually won't need this, but use this if you want to make sure your date and time aren't ambiguous: {% set_maintenance_time "2012 Mar 21 12:00 AM" as maintenance_time %} If you formatted the date incorrectly (like "2012 March 21 12:00 AM") then the maintenance message won't appear. The website won't show an error on the browser side, though. On the other hand, if you have a template syntax error (like missing a quotation mark), then the website will error, so be careful! To take down the maintenance message, just comment out the line that sets the maintenance time: {# {% set_maintenance_time "12:00 AM" as maintenance_time %} #} {% endcomment %} {# {% set_maintenance_time "12:00 AM" as maintenance_time %} #} {% if maintenance_time %}
{% endif %}


User Profile
Personal Info
First Name
Last Name
Email*
Change Password
Current Password
New Password
Must be at least 6 characters
Re-type Password
Save
** Notice: A new version of the SDL Policy Server (v2.1) is available.
Update Now


HELLO! My Name is Husniddin Khidirov. I'm 35. I live in Zarafshon, Uzbekistan.
A well-organized and outgoing Business Economics student graduating in June 2009 with good communication and analytical skills, looking to develop a career as an FRONT-END IT specialist within an international IT environment. Good user Russian & English speaker experienced in the use of spreadsheets, databases, and similar business software.
Education and qualifications: September 2005 - June 2009 BA (Hons) in Tashkent State University of Economy, Tashkent
My objectives are incresing my knowledge in computer science fields and new technology especially, web development as FRONT-END it specialist. Always looking forward to learn something new and be a part of a huge it team.
Check out my latest shots


db2_fetch_row
(PECL ibm_db2 >= 1.0.0)
db2_fetch_row — Sets the result set pointer to the next row or requested row
说明
bool db2_fetch_row ( resource $stmt [, int $row_number ] )
Use db2_fetch_row() to iterate through a result set, or to point to a specific
row in a result set if you requested a scrollable cursor.
To retrieve individual fields from the result set, call the db2_result()
function.
Rather than calling db2_fetch_row() and db2_result(), most applications will
call one of db2_fetch_assoc(), db2_fetch_both(), or db2_fetch_array() to
advance the result set pointer and return a complete row as an array.
参数
stmt
A valid stmt resource.
row_number
With scrollable cursors, you can request a specific row number in the
result set. Row numbering is 1-indexed.
返回值
Returns TRUE if the requested row exists in the result set. Returns FALSE if
the requested row does not exist in the result set.
范例
Example #1 Iterating through a result set
The following example demonstrates how to iterate through a result set with
db2_fetch_row() and retrieve columns from the result set with db2_result().
以上例程会输出：
cat Pook
gold fish Bubbles
budgerigar Gizmo
goat Rickety Ride
Example #2 i5/OS recommended alternatives to db2_fetch_row/db2_result
On i5/OS it is recommended that you use db2_fetch_both(), db2_fetch_array(), or
db2_fetch_object() over db2_fetch_row()/db2_result(). In general db2_fetch_row
()/db2_result() have more issues with various column types in EBCIDIC to ASCII
translation, including possible truncation in DBCS applications. You may also
find the performance of db2_fetch_both(), db2_fetch_array(), and
db2_fetch_object() to be superior to db2_fetch_row()/db2_result().
DB2_SCROLLABLE));
while ($row = db2_fetch_both($stmt)){
echo "
db2_fetch_both {$row['SPECIFIC_NAME']} {$row['ROUTINE_CREATED']}
{$row[5]}";
}
$stmt = db2_exec($conn, $sql, array('cursor' => DB2_SCROLLABLE));
while ($row = db2_fetch_array($stmt)){
echo "
db2_fetch_array {$row[1]} {$row[5]}";
}
$stmt = db2_exec($conn, $sql, array('cursor' => DB2_SCROLLABLE));
while ($row = db2_fetch_object($stmt)){
echo "
db2_fetch_object {$row->SPECIFIC_NAME} {$row->ROUTINE_CREATED}";
}
db2_close($conn);
?>
以上例程会输出：
db2_fetch_both MATCH_ANIMAL 2006-08-25-<IP_ADDRESS>5000 2006-08-25-<IP_ADDRESS>5000
db2_fetch_both MULTIRESULTS 2006-10-17-<IP_ADDRESS>8000 2006-10-17-<IP_ADDRESS>8000
db2_fetch_array MATCH_ANIMAL 2006-08-25-<IP_ADDRESS>5000
db2_fetch_array MULTIRESULTS 2006-10-17-<IP_ADDRESS>8000
db2_fetch_object MATCH_ANIMAL 2006-08-25-<IP_ADDRESS>5000
db2_fetch_object MULTIRESULTS 2006-10-17-<IP_ADDRESS>8000
参见
• db2_fetch_array() - Returns an array, indexed by column position,
representing a row in a result set
• db2_fetch_assoc() - Returns an array, indexed by column name, representing
a row in a result set
• db2_fetch_both() - Returns an array, indexed by both column name and
position, representing a row in a result set
• db2_fetch_object() - Returns an object with properties representing columns
in the fetched row
• db2_result() - Returns a single column from a row in the result set
User Contributed Notes 2 notes
===============================================================================
if the second parameter (the row number) is specified, your connection needs to
have the CURSOR option set to DB2_SCROLLABLE. Otherwise all calls to this
function will fail. Internal to the ibm_db2 extension module the db2cli api
function SQLFetchScroll() generates the error "CLI0145E Fetch type out of
range" since it requires a scrollable resultset to work, instead of the default
forward only resultset.
hope this saves someone the time it took me to track this down in the db2cli
traces.
Regards,
Kris Dover
===============================================================================
If the second parameter is 0 or NULL (which eventually evaluates to 0) then the
internal pointer is moved forward. < 0 value will return an warning.


Watch – Nancy Pelosi: Dems Impeach ‘With a Heavy Heart’ – ‘This Is Very Prayerful’ | Breitbart
by Zenny Phuong“[Impeachment] is something we do with a heavy heart. This is very prayerful,” said House Speaker Nancy Pelosi to reporters during her weekly press briefing Thursday.


class: center, middle ### W4995 Applied Machine Learning # Parameter Tuning and AutoML 03/30/20 Andreas C. Müller ??? FIXME successive halving and hyperband explaination with budget is too confusing, don't need it FIXME add neural networks to meta-model FIXME bullet points FIXME show figure 2x random is as good as hyperband? FIXME needs lots more polish! FIXME too long?! what?! how?! FIXME difference between hyperband and SuccessiveHalving unclear --- # Motivation - Need to select among Models - Need to select Hyper-Parameters - Need to select among preprocessing methods --- # Conditional Hyper-Parameters - Kernels - Neural Nets - Pipelines --- # Formulating model-selection as Hyperparameter Optimization - One big search, many conditional Hyper-Parameters - Categorical, integer, continuous, conditional - Different distributions --- # CASH problem - Find the best configuration - Global optimization on complex (high-dim?) space --- # Issues with Grid-Search - Need to define Grid - Exponential in number of dims --- class: middle # Black-Box Search Procedures `$$\Lambda^* = \arg\max_\Lambda f(\Lambda)$$` Parameters $\Lambda$, model-evaluation $f$. ??? General optimization of unknown, non-differentiable f, possibly no-smooth. NP Hard in general. Function f is very slow to evaluate - think training a neural net for a week. --- # Random Search ![:scale 100%](images/bergstra_random.jpeg) --- # Random Search with scikit-learn ```python # specify parameters and distributions to sample from from scipy.stats import randint param_dist = {"max_depth": [3, None], "max_features": randint(1, 11), "min_samples_split": randint(2, 11), "bootstrap": [True, False], "criterion": ["gini", "entropy"]} random_search = RandomizedSearchCV(clf, param_distributions=param_dist, n_iter=200) ``` - lists or objects with `rvs` method - Use continuous distributions for biggest advantage --- # Bayesian Optimization, SMBO .wide-left-column[ - fit 'cheap' probabilistic function to black-box - pick next point using exploration / exploitation - Implemented as acquisition function ] .narrow-right-column[ .center[ ![:scale 110%](images/smbo.png) ]] --- # Surrogate functions ![:scale 100%](images/smbo_table.png) ??? FIXME NEED NEURAL NETS --- # Evolutionary Methods: TPOT .center[ ![:scale 80%](images/tpot.png) ] --- class: spacious # Implementations - SMAC: Random Forest model (Hutter group) - spearmint: GP (Snoek et al) - hyperopt: TPE (Bergstra, not maintained) - scikit-optimize: GP, tree, etc - GPyOpt: GP based on GPy (Lawrence group) --- class: compact, center # Criticism ![:scale 25%](images/random_rank_chart.png) ![:scale 25%](images/random_bar_plot_sample.png)
-- ![:scale 23%](images/random2x_cifar10-compare.png) ![:scale 23%](images/random2x_mrbi-compare.png) ![:scale 23%](images/random2x_svhn-compare.png) .smallest[http://www.argmin.net/2016/06/20/hypertuning/] ??? FIXME use newer hyperband figures! --- # Beyond Black-Box - Hyperparameter gradient descent - Multi-Fidelity optimization - Meta-learning - (others...) --- # Multi-Fidelity Search .smaller[Approximate function by similar cheaper function] .center[ ![:scale 70%](images/multi-fidelity-digits.png) ![:scale 70%](images/multi-fidelity-digits-rf.png) ] ??? Top: subsample the datasets bottom: use less trees in forest --- # Multi-Fidelity Bayesian Optimization - Fit model to performance given parameters and budget - Choose parameters and budget for best exploration / exploitation - Related to multi-armed bandits and A/B testing - Differences to bandits: - non-stationary distributions - receiving loss (computing validation error) is expensive - possibly infinitely many arms (continuous parameters) --- # Successive Halving - Given $n$ configuration and budget $B$ - pick $\eta=2$ or $\eta=3$ (wording follows 2) - Each iteration, keep best halve of configurations - after $k=\log_\eta(n) + 1$ left with single configuration. - initially allocate $\frac{B}{kn}$ to each configuration, double each iteration (exact budget is slightly more complicated, see algorithm). -- ![:scale 70%](images/halving_algorithm.png) --- # Successive Halving Example - configurations n=81 - total budget B=20000 ``` train 81 configurations with resources 41 train 27 configurations with resources 123 train 9 configurations with resources 370 train 3 configurations with resources 1111 train 1 configurations with resources 3333 resources total: 16638 ``` ??? Think about resources as in "maximum number of trees build in total" or "maximum number of data points used in total". --- class: center # Successive Halving (different) Example ![:scale 90%](images/halving_curves.png) --- # Hyperband .center[ ![:scale 78%](images/hyperband_curves.png) ] --- # Hyperband ![:scale 90%](images/hyperband_algorithm.png) --- # BOHB / HpBandSter .center[ ![:scale 85%](images/bohb_curves.png) ] --- # In Practice "With the exception of the LeNet experiment (Section 3.3) and the 117 Datasets experi- ment (Section 4.2.1), the most aggressive bracket of SuccessiveHalving outperformed Hyperband in all of our experiments." .quote_author[Li et. al.] - Soon (?) in sklearn ([discussion](https://github.com/scikit-learn/scikit-learn/issues/12538)) - [HpBandSter](https://automl.github.io/HpBandSter/build/html/index.html) distributed implementation, some custom code required - [scikit-hyperband](https://github.com/thuijskens/scikit-hyperband) looks good, but doesn't do out-of-the-box subsampling - Successive halving really easy to implement yourself. --- class: middle, center # Meta-learning ## Learning from experience (other datasets) --- # Ranking - Run many algorithms on large array of datasets - Rank by "best on average" --- # Portfolios - [PoSH auto-sklearn](https://ml.informatik.uni-freiburg.de/papers/18-AUTOML-AutoChallenge.pdf) - Create diverse set so that a good one among top k - Submodular optimization problem - greedy approximation --- # Discretization ## Are continuous parameters actually important ? - Anectotal evidence that it's not. --- # Meta-Features and Meta-Models .center[ ![:scale 90%](images/metalearning-diagram.png) ] --- # Active Testing and Recommendations .smaller[ - [Probabilistic Matrix Factorization for AutoML (Fusi et al)](https://papers.nips.cc/paper/7595-probabilistic-matrix-factorization-for-automated-machine-learning.pdf) - https://github.com/rsheth80/pmf-automl/] ![:scale 90%](images/fusi_latent.png) --- # Multi-Task Bayesian Optimization - Create estimate over all datasets at the same time! - Not scalable with Gaussian Processes - Maybe scalable with Neural Networks? --- # Ensemble Models ![:scale 100%](images/meta-learning-ensemble.png) --- # Auto-sklearn - end-to-end auto-ml - seaches a fixed sklearn pipeline (4 steps) - Warm-starting with meta-features & KNN - Bayesian Optimization with SMAC https://automl.github.io/auto-sklearn/stable/index.html --- # Playing around with auto-sklearn ```python import autosklearn.classification import sklearn.model_selection import sklearn.datasets from sklearn.metrics import accuracy_score X, y = sklearn.datasets.load_digits(return_X_y=True) X_train, X_test, y_train, y_test = \ sklearn.model_selection.train_test_split(X, y, random_state=1) automl = autosklearn.classification.AutoSklearnClassifier() automl.fit(X_train, y_train) y_hat = automl.predict(X_test) print("Accuracy score", accuracy_score(y_test, y_hat)) ``` "This will run for one hour and should result in an accuracy above 0.98." --- # Practical Recommendations - Multi-Fidelity! Simple, effective! - Portfolios - BOHB / HpBandSter - auto-sklearn - TPot? ## Seems promising: - Transfering surrogates / ensembles - Collaborative filtering / active testing --- # Criticisms - Do we need 100 classifiers? - Do we need Complex Pipelines? - Creates complex models and ensembles - "Making it too easy"? --- class: middle Although we already reduced the space of considered ML algorithms substantially compared to our previous Auto-sklearn (4 vs. 15 classifiers), we could have reduced this set even further since, in the end, only XGBoost models ended up in the final ensembles for the challenge. .quote_author[Feurer et al, PoSH auto-sklearn] --- # dabl ## https://dabl.github.io/ Implements a portfolio classfier with successive halving: ![:scale 100%](images/anyclassifier.png) --- class: center, middle # Questions ?


Physicians for Human Rights teaching at the Technion
Far-left group is now part of a course taught at the Technion, in Haifa.
by Arutz Sheva StaffThe leaders of the far-left NGO, Physicians for Human Rights, are now lecturing in the faculty of medicine at the Technion on controversial matters. The lectures will be part of the course for fourth year students.
Hadas Ziv, head of ethics and education in the NGO will teach the students about the rights for health care in the face of racism and discrimination. Anat Litvin, director of the Department for Prisoners and Detainees, will teach 'the prisoner's right to health care.' Dr Zoe Gotzeit, director of the Department of Immigrants and Stateless Persons, will teach 'the stateless' right's for medical care.'
The main speaker will be Ran Goldstein, executive director of Physicians for Human Rights, 'what are doctor's jobs in the protection of human rights?'
Betzelmo, an opposing NGO, slammed the decision to include Physicians for Human Rights members as part of the course.
"This is madness. Physicians for Human Rights is not a medical organization but a political one whose purpose is to fight the 'occupation.' The organization has participated in BDS events, we demand the banning of these lectures or at least that they do not stay as mandatory."


The only thing slower than me this morning appears to be Visual Studio.
8/14/2009, 9:13:11 AM
Favs: 0
Retweets: 0
link--- layout: tweet ---
The only thing slower than me this morning appears to be Visual Studio.
8/14/2009, 9:13:11 AM
Favs: 0
Retweets: 0
link


Heart of Los Angeles
Heart of Los Angeles (HOLA) gives underserved kids an equal chance to succeed through a comprehensive array of after-school academic, arts, athletics and wellness programs. Our success is founded on safe environments, nurtured by no-wrong-door approach, amplified by world-renowned partners, and perpetuated by students who become productive, caring, and responsible citizens. All of HOLA’s programs continue to be offered at no cost to the families who we serve.
YOU CAN HELP STUDENTS AND FAMILIES AFFECTED BY COVID-19
Throughout our 31-year history, the commitment of Heart of Los Angeles (HOLA) has been to give the youth we serve everything they need to achieve their full potential, and the advent of COVID-19 has not changed our focus on that goal. We have been adapting our services to a remote model that will ensure the disruptions in our students’ education, economic stability, and mental wellbeing are addressed before they can derail an already challenging journey to achieving full potential and overcoming poverty.


Hello, my name is Hannah Smith. I'm 21 years old and currently finishing up my Computer Science degree at the University of Oregon. I am an avid coder, designer, and tinkerer. Talking about technology and learning about how to push the field are some of my passions, along with all things related to wine, food, and travel. Most of my programming background is with Java, C/C++, and Python--but I love picking up new languages.
| Category | Proficiency (most->least) |
|---|---|
| Programming Languages | Python, Java, C, Javascript, MIPS Assembly |
| Web Technologies | HTML, CSS/SCSS, APIs, Flask, AJAX, Jinja, Node.js, JQuery, Jekyll |
| Databases | SQLite, MySQL, MongoDB, PostGres |
| Tools | git, svn, JIRA, vim |
| Software Engineering | System requirements analysis, architecture design, code review, agile developement, iterative development |
| Other | Unix/Linux Command Line, Bash Scripting, Computer Hardware/Repair |
| Dabblings | Ruby, C#, Swift/Mobile Development |


The Warc Explorer will give you the logged response of another server from the WARC archive.
Licensed under the MIT license. GitHub


Cyn Santana Is Forced To Explain Why She Said Black Men Prefer Latinas Over Black Women
by Dylan FisherCyn Santana had some serious explaining and apologizing to do after making some rather bizarre comments about Black men preferring Latinas over Black women.
The controversy took place in 2016 when Joe Budden’s ex-fiancée sat down on Angela Yee’s Lip Service podcast, and she decided to share her thoughts on interracial dating.
The Love and Hip Hop: New York talent started off by talking about her own experiences with black men by saying this: “I just like Black guys and Spanish girls. Y’all can keep the Puerto Rican men, I’m good. I do Black guys all day, sorry. I did the Spanish thing… doesn’t work out for me. I think they’re too emotional.”
However, she went on to make the following shocking comments about the matter: “Black guys cater to us Spanish girls, especially. Like, they… you know what, let me not get into it. Black girls gonna take it personally. They gonna be like, ‘Uhh uhh!’ Anyway, I’m done with the papis.”
Needless to say, she was bashed by members of the Black community who slammed the curvy model, pushing her to issue an apology.
While on The Real, Cyn decided to clarify her controversial comments by saying: “I think what happened was, we were talking about our experiences with men and different men, races, and ethnicities and comparing our experiences. I think what happened was I poorly articulated myself and I irresponsibly repeated something that I heard my entire life.”
She added: “This is a tough moment for me. I feel like I poorly articulated myself, and I irresponsibly repeated something that I heard throughout my teenage years, which was the whole, ‘Oh, Black men love Spanish women or Latinas, you know.’ And I think people took that message wrongly. That’s not what I meant.”
The new explanation did not sit well with many, and Cyn issued a statement on social media to try to get out of the messy situation: “I especially love THE BLACK WOMAN. I’ve never in my life bashed one. Never will. So yeah, Ima explains myself and shed some clarity on a clip that’s being spread around with little context. I’ve used the N-word ignorantly most of my life, not knowing that it was actually a bad word, and it was offensive. Took that word out of my vocab… If I’ve offended anyone, I do indeed apologize.”
What are your thoughts on this drama?


Each recognition result has the following fields:
| Property Name | Type | Description |
|---|---|---|
| matchedText | String | The matched URL. |
| recognitionLevel | Number | The recognition level. Always 1.0. |
| protocol | String | The protocol, either http or https . |
| host | String | The hostname. |
| path | String | The path, including a leading / . |
{ "com.solveforall.recognition.WebUrl": [ { "matchedText": "https://solveforall.com/contact", "recognitionLevel": 1.0, "protocol": "https", "host": "solveforall.com", "path": "/contact" } ] }


  Drumstick tongue spare ribs shankle short ribs hamburger landjaeger sausage porchetta doner kevin boudin. Ball tip tri-tip corned beef tongue fatback pastrami. Tail sirloin kielbasa strip steak meatball pork chop jowl swine cupim drumstick boudin capicola. Porchetta ribeye capicola hamburger chuck andouille turducken drumstick leberkas.
  Drumstick tongue spare ribs shankle short ribs hamburger landjaeger sausage porchetta doner kevin boudin. Ball tip tri-tip corned beef tongue fatback pastrami. Tail sirloin kielbasa strip steak meatball pork chop jowl swine cupim drumstick boudin capicola. Porchetta ribeye capicola hamburger chuck andouille turducken drumstick leberkas.
  Drumstick tongue spare ribs shankle short ribs hamburger landjaeger sausage porchetta doner kevin boudin. Ball tip tri-tip corned beef tongue fatback pastrami. Tail sirloin kielbasa strip steak meatball pork chop jowl swine cupim drumstick boudin capicola. Porchetta ribeye capicola hamburger chuck andouille turducken drumstick leberkas.
  Drumstick tongue spare ribs shankle short ribs hamburger landjaeger sausage porchetta doner kevin boudin. Ball tip tri-tip corned beef tongue fatback pastrami. Tail sirloin kielbasa strip steak meatball pork chop jowl swine cupim drumstick boudin capicola. Porchetta ribeye capicola hamburger chuck andouille turducken drumstick leberkas.


Location: View mode: Normal Viewer Score Overlay High contrast mode: Mirror red/blue mode: Automatic scroll: Apply


The A* pathfinding algorithm is a powerful method for quickly generating optimal paths. Typically, people demonstrate A* navigating grid-based maps, but A* isn’t just a grid algorithm! It can work on any graph. We can use A* to find a path through this world of round obstacles.
How does the same algorithm solve both problems? Let’s start with a review of how A* works.
The A* algorithm finds the optimal path from the start point to the end point, avoiding obstacles along the way. It does this by gradually expanding a set of partial paths. Each partial path is a series of steps from the start point to some intermediate point on the way to the goal. As A* progresses, the partial paths get closer and closer to the goal point. The algorithm terminates once it finds a complete path that it can prove to be better than any of the remaining possibilities.
At each step in the algorithm, A* evaluates the set of partial paths and generates some new paths by expanding the most promising path in the set. To do this, A* keeps the partial paths in a priority queue, sorted by estimated length—the actual measured length of the path so far, plus a guess of the remaining distance to the goal. This guess must be an underestimate; that is, the guess can be less than the actual distance, but not greater. In most pathfinding problems, a good underestimate is the geometric straight-line distance from the end of the partial path to the goal. The actual best path to the goal from the end of the partial path might be longer than this straight line distance, but it can’t be shorter.
When A* begins, the priority queue contains just one partial path: the start point. The algorithm works by repeatedly removing the most promising path from the priority queue, that is, the path with the smallest estimated length. If this path ends at the goal point, the algorithm is done—the priority queue ensures that no other path could possibly be better. Otherwise, starting from the end of the partial path it removed from the queue, A* generates some new paths by taking single steps in all possible directions. It places these new paths back into the priority queue and begins the process again.
A* works on a graph: a collection of nodes connected by edges. In a grid-based world, each node represents an individual grid location, while each edge represents a connection to a neighboring location to the north, south, east or west.
Before A* can run on the forest of round obstacles, we need to convert it into a graph. All the paths through the forest consist of alternating line segments and arc sections . These are edges in the path graph. The endpoints of these edges become nodes . A path through the graph is a series of nodes connected by edges:
Both segments and arcs act as edges in the graph. We’ll call the segments surfing edges, because the path uses them to surf between obstacles. The arcs we’ll call hugging edges, as their purpose in the path is to hug the sides of the obstacles.
Next we’ll explore a simple way to turn the obstacle forest into a graph: generate all of the possible surfing and hugging edges.
This is called a tangent visibility graph.
The surfing edges between a pair of circles are the line segments which just barely kiss both circles; these segments are known as bitangents, and there are four of them for each pair of circles. The bitangents which cross between the circles are the internal bitangents, while the ones which go along the outside are the external bitangents.
Historically, internal bitangents were important for calculating the length of a belt which crosses over two different sized pulleys, and so the problem of constructing internal bitangents is known as the belt problem. To find the internal bitangents, calculate the angle \(\theta\) in the diagram below.
It turns out that, given circles centered on points \(A\) and \(B\) with radii \(r_A\) and \(r_B\), and centers separated by distance \(d\): \[\theta = \arccos{{r_A+r_B}\over{d}}\] Once \(\theta\) is known, it's easy to find points \(C\), \(D\), \(E\) and \(F\).
Constructing external bitangents—the pulley problem—uses a similar technique.
For external bitangents we can find \(\theta\) like this: \[\theta = \arccos{{\lvert r_A - r_B \rvert} \over d}\] It doesn’t matter whether circle A or B is bigger, but as shown in the diagram, \(\theta\) appears on the side of A toward B, but on the side of B away from A.
Taken together, the internal and external bitangents between two circles constitute surfing edges between the circles. But what if a third circle blocks one or more of the surfing edges?
If a surfing edge is blocked by another circle, we need to throw the edge out. To detect this case, we use a simple point-line-distance calculation. If the distance from the surfing edge to the obstacle’s center is less than the obstacle’s radius, then the obstacle blocks the surfing edge, and we should throw the edge away.
To calculate the distance from point \(C\) to line segment \(\overline{AB}\), use the following method:
First, compute \(u\), the fraction of the distance along segment \(\overline{AB}\) at which a perpendicular ascender hits point \(C\):
\[ u = {(C - A) \cdot (B-A) \over (B-A)\cdot(B-A)} \]
Then compute the position \(E\) on \(\overline{AB}\):
\[ E = A + \mathrm{clamp}(u, 0, 1) * (B - A) \]
The distance \(d\) from \(C\) to segment \(\overline{AB}\) is the distance from \(C\) to \(E\): \[d = \|E - C\|\] Since \(d < r\), the circle blocks the line of sight from \(A\) to \(B\), and the edge should be thrown out. \(d \ge r\), there is line of sight from \(A\) to \(B\), and the edge should be kept. Try moving the circle to see the case where \(d \ge r\) \(d < r\).
The graph nodes connect a surfing edge to a hugging edge. We generated the surfing edges in the previous sections. To generate the hugging edges we start at the endpoint of a surfing edge, traverse around the circle, and terminate at the endpoint of a different surfing edge.
To find the set of hugging edges for a circle, first find all the surfing edges that touch the circle. Then, create hugging edges between all the surfing edge endpoints on the circle.
Given the generation of surfing edges, hugging edges and nodes, and the culling of blocked surfing edges, we can produce a graph and run pathfinding using the A* algorithm.
The graph generation procedure we've discussed works well enough for explaining the algorithm, but there are many ways in which it can be improved. These enhancements make the algorithm use less CPU and memory, and allow it to handle more cases. Let's take a look at a few.
Perhaps you picked up on it—none of the circular obstacles in the examples given so far have overlapped or even touched. Allowing circles to touch makes the pathfinding problem a little, but not much, harder.
Recall that bitangents can be found using this formula for internal bitangents: \[\theta = \arccos{{r_A+r_B}\over{d}}\] and this one for external bitangents: \[\theta = \arccos{{\lvert r_A - r_B \rvert} \over d}\]
When two circles touch or overlap, there are no internal bitangents between them. In this case \({r_A+r_B}\over d\) is greater than one. Since arccosine is undefined for inputs outside its domain of \([-1, 1]\), it's important to check for circle overlap before performing the arccosine.
Likewise, if one circle completely encloses the other, then there are no external bitangents between the circles. In this case \({r_A - r_B} \over d\) is outside the range \([-1, 1]\), and it has no arccosine.
When obstacles are allowed to touch or overlap, new cases arise in calculating surfing edge line of sight. Recall the calculation of \(u\), the fraction of distance along the surfing edge at which a perpendicular ascender to the point touches the edge. When circles are not allowed to touch, a value of \(u\) outside \([0,1]\) means that the circle cannot touch the edge because to do so it would have to touch one of the endpoints of the edge. This is impossible, because the endpoints of the edge are already tangent to (and thus touching) other circles.
However, if circles are allowed to overlap, then values of \(u\) outside \([0,1]\) might block line of sight along the edge. This corresponds to cases where the circle is off the end of the surfing edge, but covering or touching an endpoint. To catch these cases mathematically, we clamp \(u\) to the range \([0,1]\): \[E = A + clamp(u, 0, 1) * (B - A)\]
When obstacles are allowed to touch or overlap, hugging edges can be blocked by obstacles just as surfing edges can. Consider the hugging edge in the diagram below. If another obstacle touches the hugging edge, it’s blocked and should be thrown out.
To determine whether a hugging edge is blocked by another obstacle, use the following method to determine the points at which the two circles intersect. Given circles centered on points \(A\) and \(B\) with radii \(r_A\) and \(r_B\), where \(d\) is the distance between \(A\) and \(B\), there are a few cases to check for first. If the circles are not touching (that is, \(d > r_A + r_B\)), if one circle is inside the other (\(d < |r_A - r_B|\)), or the circles are coincident (\(d = 0\) and \(r_A = r_B\)), then the circles cannot interfere with each others' hugging edges.
If none of these cases hold, then the circles intersect at two points—if the circles are tangent to each other, these two points are coincident. Consider the radical line which connects the intersection points; it's perpendicular to the line connecting \(A\) and \(B\) at some point \(C\). We can calculate the distance \(a\) from \(A\) to \(C\) as follows: \[a = {r_A^2 - r_B^2 + d^2 \over 2d } \] Having found \(a\), we can find the angle \(\theta\): \[\theta = \arccos {a \over r_A} \] If \(\theta\) is zero, the circles are tangent at \(C\). Otherwise, there are two intersection points, corresponding to positive and negative \(\theta\).
Next, determine whether either of the intersection points fall between the start and end points of the hugging edge. If this is the case, then the obstacle blocks the hugging edge, and we should discard the edge. Note that we don’t have to worry about the case where the hugging edge is entirely contained within an obstacle, as the line of sight culling for surfing edges will have already thrown the edge out.
After making the changes for bitangent calculation and line of sight for surfing and hugging edges, everything else just works.
When navigating a round object through a world of round obstacles, we can make a few observations that simplify the problem. First, we can make things easier by noticing that moving a circle of radius r through a forest of round obstacles is identical to moving a point through that same forest with one change: each obstacle has its radius increased by r. This is an extremely simple application of Minkowski addition. If it has a radius larger than zero, we’ll just increase the size of the obstacles before we start.
In general, the graph for a forest of \(n\) obstacles contains \(O(n^2)\) surfing edges, but since each of these must be checked for line of sight against \(n\) obstacles, the total time to generate the graph is \(O(n^3)\). Additionally, pairs of surfing edges can induce hugging edges, and each of these must be checked against every obstacle for line of sight. However, because the A* algorithm is so efficient, it normally looks at only a fraction of this large graph to produce an optimal path.
We can save time by generating small portions of the graph on the fly
as we proceed through the A* algorithm, rather than doing all of the
work up front. If A* finds a path quickly, we'll generate only a small
part of the graph. We do this by moving edge generation to the
neighbors()
function.
There are several cases. At the beginning of the algorithm, we need the neighbors of the start point. These are surfing edges from the start point to the left and right edges of each obstacle.
The next case is when A* has just arrived at point \(p\) on on the
edge of obstacle \(C\) along a surfing edge: neighbors()
needs to return the hugging edges leading from \(p\). To do
this determine which surfing edges leave the obstacle by
computing the bitangents between \(C\) and every other
obstacle, throwing away any that do not have line of sight.
Then find all the hugging edges that connect \(p\) to these
surfing edges, discarding those that are blocked by other
obstacles. Return all of these hugging edges, saving the
surfing edges for return in a subsequent neighbors()
call.
The last case is when A* has traversed a hugging edge along obstacle \(C\) and needs to leave the \(C\) via a surfing edge. Because the previous step calculated and saved all the surfing edges, the correct set of edges can just be looked up and returned.
Hugging edges connect surfing edges which touch the same circle, but it turns out that many of these hugging edges are not eligible to be used in any optimal path. We can speed up the algorithm by eliminating them.
An optimal path through the forest of obstacles always consists of alternating surfing and hugging edges. Suppose we're entering at node \(A\) and are trying to decide how to exit:
Entering through \(A\) means we're going clockwise\(\circlearrowright\). We must exit through a node that keeps us going clockwise\(\circlearrowright\), so we can only exit through node \(B\) or \(D\). Exiting through \(C\) creates a cusp\(\curlywedge\) in the path, which will never be optimal. We want to filter out these cusped edges.
First note that A* already treats each undirected edge \(P \longleftrightarrow Q\) as two directed edges, \(P \longrightarrow Q\) and \(Q \longrightarrow P\). We can take advantage of this by annotating the edges and nodes with directions.
In our diagram, node \(A\) would become two nodes, \(A\circlearrowright\) and \(A\circlearrowleft\), and have an incoming surfing edge \(\longrightarrow A\circlearrowright\) and an outgoing surfing edge \(A\circlearrowleft \longrightarrow\). If the path entered through \(A\circlearrowright\) then it must exit through a \(\circlearrowright\) node, which would be either the \(B\circlearrowright \longrightarrow\) surfing edge (via the \(A\circlearrowright \longrightarrow B\circlearrowright\) hugging edge) or the \(D\circlearrowright \longrightarrow\) surfing edge (via the \(A\circlearrowright \longrightarrow D\circlearrowright\) hugging edge). It can't leave through \(C\circlearrowleft \longrightarrow\) because it changes rotation direction, and we have filtered out the \(A\circlearrowright \longrightarrow C\circlearrowleft\) hugging edge.
By filtering these cusped hugging edges out of the graph, we make the algorithm more efficient.
Cull partial paths whose final surfing edge crosses the penultimate surfing edge.
See Game Programming Gems 2, Chapter 3.10, Optimizing Points-of-Visibility Pathfinding by Thomas Young. It covers the node culling but for polygons instead of circles.


|
||||
Packing List |
||||
|---|---|---|---|---|
|
|
|||
| Bill To: |
|
Ship To: |
|
| ITEM # | DESCRIPTION | ORDERED | SHIPPED | BALANCE | UNIT | BOX COUNT |
|---|---|---|---|---|---|---|
| 63814 |
|
100.00 | 104.300 | 0.000 | KM | 70 |
Inspection Date: 06/22/2020
Tango PackagingFor Reorder Call<PHONE_NUMBER> |
|||
|---|---|---|---|
| Ship To: |
|
||
| P.O. #: |<PHONE_NUMBER> | ||
| Description: | 2 Mil Clear Seamed PET High Shrink (76%) Tubing | ||
| Item #: | 63814 | ||
| Size: | 102mm Layflat X 500 Meters | ||
| Quantity: | 500 Meters | ||
| Date: | 08-12-2020 | Box: 1 |
Tango PackagingFor Reorder Call<PHONE_NUMBER> |
|||
|---|---|---|---|
| Ship To: |
|
||
| P.O. #: |<PHONE_NUMBER> | ||
| Description: | 2 Mil Clear Seamed PET High Shrink (76%) Tubing | ||
| Item #: | 63814 | ||
| Size: | 102mm Layflat X 500 Meters | ||
| Quantity: | 500 Meters | ||
| Date: | 08-12-2020 | Roll: 1 |
|
|
||
|---|---|---|---|
|
|


{% extends '_layouts/layout_2-3_no_title_block.html' %} {% block page_title %} Stomach ache symptoms and conditions - NHS.UK {% endblock %} {% block pageTitle %} Book an appointment online for Idle Medical Practice {% endblock %} {% block pageIntro %} {% endblock %} {% block content %}
This GP practice uses a system that is not controlled by the NHS called TPP SystmOnline.
To book an appointment online you will need to have registered to use the system. You will need your username and password to book an appointment.
Continue to this surgery's system
If you have not registered you will need to make an appointment with this GP practice.
{% endblock %} {% block emergencyContent %} {% endblock%} {% block mutedCallout%} {% endblock%} {% block body_after %} {% endblock %}


For each CLUE, the thief will either MOVE or WAIT.
(TODO: implement the subway) For each MOVE, the thief will always use the SUBWAY if the thief is on one of the 5 STREET spaces with SUBWAY access, unless the thief has just used the SUBWAY 1 MOVE ago. While using the SUBWAY, the thief cannot be arrested, and a TIP cannot be used. The MOVE after using the SUBWAY is always 1 of the 5 STREET spaces with SUBWAY access (Note: this can be the same STREET space where the thief was 1 MOVE ago.) The next MOVE never uses the SUBWAY (otherwise, the thief would never get away from the subway.).
For each MOVE, if the thief has just moved onto a DOOR or WINDOW, the thief will continue through to the other side.
For each MOVE, the thief can move up to 2 board spaces in any direction (including diagonally) to land on a numbered space. If the thief steps onto the street during a MOVE, the thief will stop on a street space; in other words, the thief cannot leap across the street into the door or window of another building in a single MOVE. This establishes the set of available spaces.
For each MOVE, if there are 1 or more available unused indoor CRIME spaces, the thief will choose randomly from among them and move to it (TODO: don't consider the NEWS STAND an irresistible crime space.). A used indoor CRIME space is considered a FLOOR space until it is restocked, and a used outdoor CRIME space (the NEWS STAND) is considered a STREET space until it is restocked (TODO: currently it's considered a floor space.). Indoor CRIME spaces are restocked when the thief leaves the building (TODO: implement restocking.); the NEWS STAND is restocked after the thief COMPLIES with a CORRECT ARREST.
For each MOVE, the thief will never move into a numbered space where the thief was last turn, a direct U-turn. (But the thief can move into a space where the thief was 2 turns ago, making a triangle.) (Remember that a CRIME space turns into a FLOOR or STREET space until the CRIME space is restocked.)
For each MOVE, if none of the above rules have determined the thief's movement space, the thief will choose one of the available spaces randomly.
(TODO: implement arresting.) After an INCORRECT ARREST, the thief will do nothing.
After a CORRECT ARREST, the thief will either COMPLY or RUN.
(TODO: implement running.) For each RUN, the thief will MOVE 5 or 6 times.
More TODOs:
TODO: add styling/formatting so this text doesn't look so atrocious.
TODO: show building numbers on the map, and have an overlay that shows the ids of all thief spaces.
TODO: implement TIP.
TODO: persist state through refreshes.
TODO: allow starting a new game (without refreshing the page).
TODO: disallow starting on the news stand.
TODO: enable the thief to delay getting a crime as long as its still 1 space away.
TODO: hide building number when running.
Probabilities (TODO: changing these values currently has no effect.):


Join our Google Group to join the conversation on the Eiffel protocol and its implementations.
You can find a list of maintainers in the Eiffel community repository.
You are welcome to join our Slack Workspace.
Browse the Eiffel repositories in the eiffel-community organization on GitHub.


A short description of your content or something clever..
Saturday, April 7, 2018
just a test issue for utterances


PhoneGap
for your Desktop applications.
Convert any web application to a native Windows/Linux/Mac/Chrome application.
Are you exporting for a 32bit or for a 64bit processor?
Chrome Application, or Popup Extension?
Note: Your browser will process the zip file, don't choose a file too big!


NTLM Authentication flow
There are 3 steps in the NTLM Authentication protocol:
Negotiate authentication: The first step of NTLM authentication is the negotiation of the protocol, and which features are supported by the client. In this stage, the client sends the request for authentication to the server, including the NTLM versions accepted by the client.
Server challenge: The server responds with its own message, indicating which NTLM versions it accepts and which features it wants to use. This message also includes a “challenge” value, which is important in the authentication.
Authentication response: The client sends back the response based on the challenge, and includes the username and domain to which the password belongs.
After the 3 messages are exchanged, the server replies with either a message indicating that the authentication was successful, or that the authentication failed. Depending on which protocol is used, the session the client has with the server is now authenticated. This process is displayed in the figure below:


SQL elements allow you to run raw SQL select statements against the ClearQuest database. With SQL elements you can gather data from any table in ClearQuest or count rows of data for reporting. SQL elements have no required element and one optional element.
| Optional Attribute | Description | Notes |
|---|---|---|
| wait | Should the action be performed now or queued up for later? |
|
For details on generating the actual SQL to run against the ClearQuest database, see the document 'Accessing the ClearQuest Read-Only Database'. Although the CQ/XML Interface does not run against the read-only database, this document accurately describes the structures of the ClearQuest production database.
| Return defect ids owned by a user: |
<sql wait="yes">
SELECT defect.id FROM cqschema.defect defect, cqschema.users owner WHERE defect.owner = owner.dbid AND owner.login_name = 'cq_user'</sql> |
| Return the number of defects owned by a user: |
<sql wait="yes">SELECT count(*) FROM cqschema.defect defect, cqschema.users owner WHERE defect.owner = owner.dbid AND owner.login_name = 'cq_user'</sql> |
| Return defects owned by a user, sorted by severity: |
<sql wait="yes">SELECT defect.id, defect.severity FROM cqschema.defect defect, cqschema.users owner WHERE defect.owner = owner.dbid AND owner.login_name = 'cq_user' ORDER BY defect.severity</sql> |
| Return the number of defects a user owns in each state: |
<sql wait="yes">SELECT state.name, count(defect.state) FROM cqschema.defect defect, cqschema.users owner, cqschema.statedef state WHERE defect.owner = owner.dbid AND owner.login_name = 'cq_user' AND defect.state = state.id GROUP BY state.name</sql> |
Using the information from the previous chapters, here's how you would perform a standard 'sql' task:
Return all defects owned by a user with relevant information about each defect:
<ClearQuest login='cq_user' password='password' db='pract' repo='practice'>
<sql wait="yes">
SELECT defect.id, state.name, defect.priority
FROM cqschema.defect defect,
cqschema.users owner,
cqschema.statedef state
WHERE defect.owner = owner.dbid
AND owner.login_name = 'cq_user'
AND defect.state = state.id
</sql>
</ClearQuest>
The next chapter, Common Issues, Mistakes & Caveats, will cover the most common issues that adversely affect new users of the CQ/XML Interface.
| Info Elements | Table of Contents | Common Mistakes |


SCREAM 2 (Miramax) Here's a shocker for you: A sequel that's just as much fun as the original. Fans of last year's surprise smash "Scream" are unlikely to be disappointed by "Scream 2," which, if anything, is even funnier and scarier than Part One. "I don't like being scared," grumbles Maureen (Jada Pinkett) as her boyfriend Phil (Omar Epps) drags her into a sneak preview of "Stab," an exploitation film based on the Woodsboro murders. "But scary movies are great foreplay," Phil insists. What he's forgetting is that in the world of slasher films, sex typically equals death: No one will be startled to find out that Maureen and Phil don't survive through Reel One of either "Stab" or "Scream 2," since their deaths are required to start screenwriter Kevin Williamson's plot in motion. And what a clever plot it is, spiked by hip one-liners that knowingly poke fun at such targets as Sandra Bullock, sorority sisters and the sad state of sequels in general. There are also good-natured jabs at the TV careers of Neve Campbell and Courteney Cox, both of whom reprise their "Scream" roles as, respectively, the tormented Sidney Prescott and Gale Weathers, the self-centered journalist who has built her career on reporting Sidney's travails. Gale has even tracked Sidney to the small-town college where she was hoping to put the violence of her past behind her; Gale wants to squeeze one more story out of Sidney on the weekend that "Stab" opens nationwide. The murders at the "Stab" screening turn out to be just a preview of coming attractions, however, as another maniac begins stalking Sidney's campus. There is much to admire in "Scream 2," as director Wes Craven engineers some genuinely chilling sequences (including a real shocker involving a stage production of "Oedipus Rex") and Williamson brings back --and develops the character of-- Deputy Dewey (played by the adorably loopy David Arquette), who ends up becoming infatuated with Gale, almost against his will. Gale, who now introduces herself as "Gale Weathers, author of "The Woodsboro Murders"," just to make sure everyone is aware of her best-selling book, now sports tiger-striped hair and a brazenly amoral attitude. "You need to check your conscience at the door, sweetie: We're not here to be loved," she snarls when her new cameraman objects to her underhanded journalistic tactics. Campbell's put-upon Sidney doesn't take on many new colors, despite her snagging of a new boyfriend (Jerry O'Connell) and a vivacious roommate (Elise Neal) who's certain Sidney's problems will disappear once she joins the Delta Lambda crowd. Hopefully, the inevitable "Scream 3" will find Sidney's character moving beyond the cowering victim she is for much of this opus. "Scream 2" falters only in its last third, when the pacing goes slightly slack and the smart finale goes on a bit too long for its own good. But for much of the two hours, Williamson and Craven do a sensational job of alternating screams of horror with roars of hilarity. If "Scream 2" can't claim the novelty value of the original, it can certainly stand as one of the stronger sequels of recent years.
<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


The people behind Shottey
Developer
GithubMacallan is from Santa Cruz, CA and has played volleyball since the 5th grade. He loves Shottey because it combines two of his favorite things: iOS development and volleyball.
Developer
Developer
Developer
Advisor
WebpageEric is an Assistant Professor of Computer Science at Carleton College.


GSoC project "New phpPgAdmin Plugin Architecture" accepted
Leonardo’s project has been accepted for the GSoC 2011 today!
Knowing a bit Leonardo, I’m sure he will make everything possible to finish this project, or going as far as he can. One thing to keep in mind about Leonardo and that I learned a bit late last year: as a Brazilian student, he was actually still studying at school while working for the GSoC 2010!
Moreover, Leonardo kept sending some small comments and contributions out of the GSoC during the year. This is in my opinion the best thing about the GSoC: making students meet some FOSS communities, get used to it, team working and turning them into real new contributors.
…but this year, he will have two mentors to convince! Both Andreas Scherbaum and me will tutor on this project, helping him and discussing the code on ppa-dev and <irc://irc.freenode.net/#phppgadmin>.
It will be the first contributions of Andreas Scherbaum to PPA and I’m really looking forward having some fresh eyes and manpower on the project!
Comments Leave a comment by email or Disqus
Note: I only publish your name/pseudo, mail subject and content. I will NOT publish your email address.
Two great news in a single post: Andreas helping in ppa, and Leonardo working on the plugin architecture !
I look forward to seeing how I could improve the integration of my emaj plugin into ppa !!!
Philippe.
@philippe: sure ! And feel free to help and comment on future related threads on ppa-dev ;)
GSoC 2011 - Big changes in phpPgAdmin
Read more
GSoC 2011 - phpPgAdmin
Read more


__ HOW TO __
Load page, accept audio permission, check out console.
the “gateway” file is sendData.php (which is the the file which actually forwards the data by using cUrl)
NOTE: JSON.parse is invoked after console.log(response) but since receiveAll prints plain text (and not a JSON-compatible text) a syntax error is printed on console (after printing the plain response)


My OSID
0S-
tar xvfj exam-connection.tar.bz2
openvpn OS-XXXXX-OSCP.ovpn
| # | Points | IP | Flag | Screen- shot |
|---|---|---|---|---|
| 1 | 10 | |||
| user.txt |
|
|||
| proof.txt |
|
|||
| 2 | 20 | |||
| user.txt |
|
|||
| proof.txt |
|
|||
| 3 | 20 | |||
| user.txt |
|
|||
| proof.txt |
|
|||
| 4 | 25 | |||
| user.txt |
|
|||
| proof.txt |
|
|||
| 5 | 25 | |||
| user.txt |
|
|||
| proof.txt |
|
rdesktop -g 85% -r disk:share=/opt/winshare -r clipboard:CLIPBOARD -u admin -p lab 192.168.X.X
7z a OSCP-OS-XXXXX-Reports.7z -pOS-XXXXX OSCP-OS-*.pdf


{% extends "base.html" %} {% block content %} Hello Django A Responsive Blog made with Django
A Responsive Blog made with Django
{{ article.author }} | {{ article.created_on}}
{{ article.content | slice:":200" }}


Brooklyn Pennant Ale '55 v0.4
28 Nov 2015made on: 2015-11-28
2o fermentation on: 2015-12-02
bottled on: 2015-12-05
volume (gal): 4.9
original gravity: 1.059
final gravity: 1.005
ABV: 7.0875
This is a clone of Brooklyn Pennant Ale pale ale from the book CloneBrews: Homebrew Recipes for 150 Commercial Beers.
This is v0.4
of this clone. Made v0.1
on 2013-06-13, v0.2
on 2014-01-05, and v0.3
on 2015-01-05. In v0.4
I'm going back to hops the original clone recipe called for: Fuggles and Willamette, Perle, German Hallertau, Cascade. And using a different yeast (see below).
Ingredients
Grains
- 11 lbs British 2 row pale malt
- 9 oz British crystal malt
- 6 oz aromatic malt
Hop bill
- 1 1/3 oz. Fuggles
- 1 oz. Willamette
- 1/3 oz. Perle
- 1/3 oz. Hallertau
- 1/3 oz. Cascade
Yeast
- Imperial Yeast
A09 Pub
(recipe had Wyeast 1968 London ESB)
Other ingredients
- 1 tsp. Irish moss
- 1.25 cups Muntons extra-light DME
Steps:
- I'm doing all grain, so I use a mash tun. Warmed up water in pot on stove to 154 degrees F. Then poured the whole three malts together into the cooler, and poured enough water on top of the malts to cover them. I stirred occasionally and measured temperature. If it was too cold I put in some hot water. After 90 min., vorlofted a bit, sparged with hotter water (160 deg F) a few times, and added back to pot.
- Brought volume in pot up to about 5 gallons. Bring to boil.
- Add
- 1 oz. Fuggles hops (for bittering)
- 1 oz. Willamette hops (for bittering)
- Boil for 45 min
- Add
- 1/3 oz. Perle hops (for flavor)
- 1/3 oz. Hallertau hops (for flavor)
- 1 tbsp irish moss
- (put in the copper tubing apparatus to sterilize for the last 15 min. of boil)
- Boil for 14 minutes
- Add aroma hops
- 1/3 oz. Cascade hops
- 1/3 oz. Fuggles hops
- Boil for 1 minute
- Remove pot from stove and cool down as fast as possible to temperature ideal for the yeast - I used the copper tubing I put in the boil earlier.
- Measure initial gravity at this point
- Transfer cooled down wort to primary fermenter (bucket)
- Pitched yeast at 69 degrees F
- On 2015-12-02 moved to secondary fermenter (carboy)
- Bottled on 2015-12-05
meant to put in burton salts but forgot, woops


ALT-F11 designs, implements, deploys and supports secure, large-scale software solutions for diverse industries: Manufacturing, MRO, Warehouse, Broadcasting, Bank, Insurance, Defense, Automotive, Law Enforcement, Justice & Serious International Crime
We strive for superior performance, unmatched work ethic, simple and pragmatic approach, jargon-free language and insightful ideas
ALT-F1 was incorporated in October 2010 after his CEO spent 15 years designing, implementing and supporting mostly public administrations dealing with law enforcement, justice and serious international crime
ALT-F1 are the keys you press to get a support from a software application
The logo represents a round-table around which people participate to bring their experience and knowledge. The innovation created during the conversations is represented by the jet of water on top of the logo.
ALT-F1 home page : http://www.alt-f1.be↩


Element index for package Loggix_View
[ g ] [ h ] [ l ]g
- getDir
- in file Helper.php, method Loggix_View_Helper::getDir()
Get current directory - getDTD
- in file Helper.php, method Loggix_View_Helper::getDTD()
Get XHTML Document Type Definition - getStyle
- in file Helper.php, method Loggix_View_Helper::getStyle()
Get & Set Cascading Style Sheet - getXhtmlVersion
- in file Helper.php, method Loggix_View_Helper::getXhtmlVersion()
Get XHTML Version Number - getXmlLanguage
- in file Helper.php, method Loggix_View_Helper::getXmlLanguage()
Get XML Language - getXmlVersion
- in file Helper.php, method Loggix_View_Helper::getXmlVersion()
Get XML Version
h
- Helper.php
- procedural page Helper.php
l
- LOGGIX_CSS_DIR
- in file Helper.php, class constant Loggix_View_Helper::LOGGIX_CSS_DIR
- Loggix_View_Helper
- in file Helper.php, class Loggix_View_Helper
Loggix_View_Helper - Helper class for view creation.


It is possible to specify diagonal lines or arrows by adding multiple up, down, left, and right modifiers to the line object. Any of these can have a multiplier. To understand the effects, think of the drawing area as being gridded with standard-sized boxes.
Figure 5-1: Diagonal arrows (dotted boxes show the implied 0.5-inch grid)
A “line” or “arrow” object may actually be a path consisting of any number of segments of varying lengths and directions. To describe a path, connect several line or arrow commands with the keyword then.
Figure 5-2: line right 1 then down .5 left 1 then right 1
If a path starts with then, the first segment is assumed to be into the current direction, using the default length.
If you start a path with the spline keyword, the path vertices are treated as control points for a spline curve fit.
Figure 5-3: spline right 1 then down .5 left 1 then right 1
You can describe many natural-looking but irregular curves this way. For example:
Figure 5-4: Two more spline examples
Note the arrow decorations. Arrowheads can be applied naturally to any path-based object, line or spline. We’ll see how in the next section.


|
SystemC
2.3.3
Accellera SystemC proof-of-concept library
|
#include <sysc/datatypes/bit/sc_bit_proxies.h>
Public Types | |
| typedef T::traits_type | traits_type |
| typedef traits_type::bit_type | bit_type |
| typedef traits_type::value_type | value_type |
Public Member Functions | |
| sc_bitref_r (const T &obj_, int index_) | |
| sc_bitref_r (const sc_bitref_r< T > &a) | |
| sc_bitref_r< T > * | clone () const |
| bit_type | operator~ () const |
| operator bit_type () const | |
| value_type | value () const |
| bool | is_01 () const |
| bool | to_bool () const |
| char | to_char () const |
| int | length () const |
| int | size () const |
| value_type | get_bit (int n) const |
| sc_digit | get_word (int i) const |
| sc_digit | get_cword (int i) const |
| void | print (::std::ostream &os=::std::cout) const |
Protected Attributes | |
| T & | m_obj |
| int | m_index |
Friends | |
| class | sc_bv_base |
| class | sc_lv_base |
Definition at line 51 of file sc_bit_proxies.h.
| typedef traits_type::bit_type sc_dt::sc_bitref_r< T >::bit_type |
Definition at line 102 of file sc_bit_proxies.h.
| typedef T::traits_type sc_dt::sc_bitref_r< T >::traits_type |
Definition at line 101 of file sc_bit_proxies.h.
| typedef traits_type::value_type sc_dt::sc_bitref_r< T >::value_type |
Definition at line 103 of file sc_bit_proxies.h.
|
inline |
Definition at line 107 of file sc_bit_proxies.h.
|
inline |
Definition at line 114 of file sc_bit_proxies.h.
|
inline |
Definition at line 120 of file sc_bit_proxies.h.
|
inline |
Definition at line 1984 of file sc_bit_proxies.h.
|
inline |
Definition at line 2011 of file sc_bit_proxies.h.
|
inline |
Definition at line 1998 of file sc_bit_proxies.h.
|
inline |
Definition at line 144 of file sc_bit_proxies.h.
|
inline |
Definition at line 156 of file sc_bit_proxies.h.
|
inline |
Definition at line 134 of file sc_bit_proxies.h.
|
inline |
Definition at line 128 of file sc_bit_proxies.h.
|
inline |
Definition at line 170 of file sc_bit_proxies.h.
|
inline |
Definition at line 159 of file sc_bit_proxies.h.
|
inline |
Definition at line 147 of file sc_bit_proxies.h.
|
inline |
Definition at line 150 of file sc_bit_proxies.h.
|
inline |
Definition at line 140 of file sc_bit_proxies.h.
|
friend |
Definition at line 94 of file sc_bit_proxies.h.
|
friend |
Definition at line 95 of file sc_bit_proxies.h.
|
protected |
Definition at line 176 of file sc_bit_proxies.h.
|
protected |
Definition at line 175 of file sc_bit_proxies.h.


$1.999,50
Income
$1.999,50
Income
$1.999,50
Income
$1.999,50
Income
T R A F F I C
Leaderboard
- Tim Martin
- 35.7 P
- John sal
- 9.9 P
- Steve Jobs
- 4.5 P
- Almond john
- 2.1 P
- Natalie Wel
- 0.5 P
Summary
Summery of Last (7 day)
80%
Food
30%
House
40%
Car
90%
food


Virat Kohli first Indian batsman to hit century in D/N Test
by IANSHighlights
- This was Kohli's 70th hundred in international cricket.
- Kohli is now just one short of equalling Ponting's tally of 71 hundreds in international cricket.
- It was also Kohli's 20th Test century as captain and 41st international century while leading India.
KOLKATA: India skipper Virat Kohli on Saturday brought up his 27th ton in the ongoing Day-Night Test against Bangladesh being played at the iconic Eden Gardens.
The 31-year-old, regarded as run-machine of Indian cricket, brought his century by nudging the ball on the leg-side in the 38th over of India's first innings bowled by spinner Taijul Islam.
The skipper thereby became the first Indian batsman to hit a hundred in a pink ball Test.
This was Kohli's 70th hundred in international cricket. He is now just one short of equalling former Australia captain Ricky Ponting's tally of 71 hundreds in international cricket. Legendary Indian batsman Sachin Tendulkar tops the list with 100 international tons.
It was also Kohli's 20th Test century as captain and 41st international century while leading India.
Saturday's ton was Kohli's second against Bangladesh. His first Test century against Bangladesh had come in 2017 when he had scored 204 runs at the Rajiv Gandhi International Stadium in Hyderabad.
This was also the second consecutive century for Kohli at the Eden Gardens. In 2017 when India played last against Sri Lanka in Kolkata, he had scored a 104* in the Test which ended in a draw.
On Friday, the Indian skipper had become the fastest batsmen to score 5,000 runs as captain. Kohli took 86 innings to get to the milestone, surpassing Ponting who took 97 innings to get there.


public interface RepositoryProxyConnectors
| Modifier and Type | Method and Description |
|---|---|
File |
fetchFromProxies(ManagedRepositoryContent repository,
ArtifactReference artifact)
Performs the artifact fetch operation against the target repositories
of the provided source repository.
|
File |
fetchFromProxies(ManagedRepositoryContent managedRepository,
String path)
Performs the fetch operation against the target repositories
of the provided source repository.
|
ProxyFetchResult |
fetchMetadataFromProxies(ManagedRepositoryContent repository,
String logicalPath)
Performs the metadata fetch operation against the target repositories
of the provided source repository.
|
List<ProxyConnector> |
getProxyConnectors(ManagedRepositoryContent repository)
Get the List of
ProxyConnector objects of the source repository. |
boolean |
hasProxies(ManagedRepositoryContent repository)
Tests to see if the provided repository is a source repository for
any
ProxyConnector objects. |
File fetchFromProxies(ManagedRepositoryContent repository, ArtifactReference artifact) throws ProxyDownloadException
repository
- the source repository to use. (must be a managed repository)artifact
- the artifact to fetch.ProxyDownloadException
- if there was a problem fetching the content from the target repositories.ProxyFetchResult fetchMetadataFromProxies(ManagedRepositoryContent repository, String logicalPath)
repository
- the source repository to use. (must be a managed repository)logicalPath
- the metadata to fetch.File fetchFromProxies(ManagedRepositoryContent managedRepository, String path)
managedRepository
- the source repository to use. (must be a managed repository)path
- the path of the resource to fetchList<ProxyConnector> getProxyConnectors(ManagedRepositoryContent repository)
ProxyConnector
objects of the source repository.repository
- the source repository to look for.ProxyConnector
objects.boolean hasProxies(ManagedRepositoryContent repository)
ProxyConnector
objects.repository
- the source repository to look for.Copyright © 2006–2017 The Apache Software Foundation. All rights reserved.


Tasks:
Aims of the first publication (1) to test the hypotheses that support spatial conservation planning in the CCFZ, particularly the environmental drivers of alpha and beta diversity such as organic carbon fluxes to the seafloor and nodule density; (2) to assess the representativeness of an APEI (i.e., APEI no. 3); and (3) to improve the assessment of potential risks of biodiversity loss due to nodule mining.
Tasks:
Aims of first publication: (1) to describe 17 new species of deep-sea polynoids using morphology together with molecular data in most cases (COI, 16S and 18S); and (2) to assess the monophyly of the subfamily Macellicephalinae.


Friday Livestream! Fiona Hill Commits Massive Perjury During Impeachment Scam, Plus CBS News Promotes Pedophilia
Alex Jones live, don’t miss it! We can’t describe everything that’s being covered! Learn why we’re banned! Tune in!
We’re covering so much news that it can’t be described in a few sentences, so please just tune in!
By the way, overhaul your body’s cellular engine with our fan-favorite DNA Force Plus!
Watch Alex Jones expose George Soros in this 2012 show segment:
Scan this code with your smartphone to follow Alex Jones on TikTok:
Also, follow Infowars on Telegram:


A Gui that represents a progress bar of some sorts. More...
#include <Bar.h>
Public Member Functions | |
| Bar () | |
| QGraphicsItem * | getGraphicsItem () |
| Returns the root QGraphicsItem that has the drawings for the Gui. More... | |
| void | setMinValue (double minValue) |
| double | minValue () |
| void | setMaxValue (double maxValue) |
| double | maxValue () |
| void | setCurrentValue (double currentValue) |
| Sets the current value of the Bar. More... | |
| double | currentValue () |
| void | setBackgroundColor (const QColor &color) |
| void | setForegroundColor (const QColor &color) |
| void | setBackgroundPixmap (const QPixmap &pixmap) |
| void | setForegroundPixmap (const QPixmap &pixmap) |
| void | setWidth (double width) |
| void | setHeight (double height) |
| void | setVerticalPadding (double verticalPadding) |
| void | setHorizontalPadding (double horizontalPadding) |
| Public Member Functions inherited from qge::Gui | |
| Gui () | |
| Returns the position of the Gui relative to its parent (or relative to top left of screen if no parent). More... | |
| ~Gui () | |
| QPointF | guiPos () |
| Returns the position of the Gui relative to its parent (or relative to the top left of the screen if no parent). More... | |
| void | setGuiPos (const QPointF &guiPos) |
| Sets the position of the Gui relative to its parent (or relative to top left of screen if no parent) More... | |
| void | setGuiRotation (double degrees) |
| Sets the rotation of the Gui clockwise. 0 is not rotated. More... | |
| void | setParentGui (Gui *gui) |
| Sets the Parent of this Gui to the specified Gui. More... | |
| Game * | game () |
| Returns the Game that the Gui is in. More... | |
| virtual QRectF | getGuiBoundingBox () |
| Returns the bounding box for the Gui. More... | |
A Gui that represents a progress bar of some sorts.
| Bar::Bar | ( | ) |
| double Bar::currentValue | ( | ) |
|
virtual |
Returns the root QGraphicsItem that has the drawings for the Gui.
This is the QGraphicsItem that goes in the scene when Game::addGui() is called.
Implements qge::Gui.
| double Bar::maxValue | ( | ) |
| double Bar::minValue | ( | ) |
| void Bar::setBackgroundColor | ( | const QColor & | color | ) |
| void Bar::setBackgroundPixmap | ( | const QPixmap & | pixmap | ) |
| void Bar::setCurrentValue | ( | double | currentValue | ) |
Sets the current value of the Bar.
If its more than max, will be clamped down. If its less than min, will be clamped up.
| void Bar::setForegroundColor | ( | const QColor & | color | ) |
| void Bar::setForegroundPixmap | ( | const QPixmap & | pixmap | ) |
| void Bar::setHeight | ( | double | height | ) |
| void Bar::setHorizontalPadding | ( | double | horizontalPadding | ) |
| void Bar::setMaxValue | ( | double | maxValue | ) |
| void Bar::setMinValue | ( | double | minValue | ) |
| void Bar::setVerticalPadding | ( | double | verticalPadding | ) |
| void Bar::setWidth | ( | double | width | ) |


--- layout: page title: "About" description: "What is it about this blog and journal?" header-img: "img/about-bg.jpg" ---
My name is Mattias Axell.
I write about various things and topics at this blog. It was previously focused on my learnings at my Bachelor studies at Kaospilot in Aarhus, Denmark.
It is hosted at GitHub Pages managed through Jekyll as a part of my learning goals to become more skillful in open source tools... And yes, I strive to blog like a hacker and adapt my use of computer technology to the essentials!


§101-19 Amendments of complaints, citations. In all proceedings under this part the court shall have power at any stage of the proceeding to allow amendments in form or substance in any complaint, citation, summons, process, answer, motion, order, verdict, judgment, or other proceeding, including amendment in the description of the lands sought to be condemned, whenever the amendment will not impair the substantial rights of any party in interest. [L 1937, c 184, §1; RL 1945, pt of §310; RL 1955, §8-17; HRS §101-19]
Case Notes
Cited: 42 H. 415, 435.


Home
About Us
Services
Loans
Contact Us
Modal title
×
The 1st EMI Licensed
Rural Bank in the
Philippines


Rate limiting the search
Need: License Obligations - Ordnance Survey
In order to protect Ordnance Survey intellectual property / comply with their license terms we are rate limiting the search results
This page prototype does not explain or mimic the implemented rate limiting rules
Aims:
- a person should not be affected by the rate limits
- prevent automated harvesting of addresses
- monitor the behaviour of searches to improve the system
- If a person does hit one of the limits - give them a forward journey - help them complete their task - whilst we are improving the rules
Note: We have thought of scenarios where humans could hit the limit - see the trello card (authorised access needed)
Initial ideas for messages/forward journeys for people
Thoughts:
- design for everyone - non javascript & javascript enabled
- keep it as simple as possible for now - MVP
- tell them/help them do the 'obvious thing' - what you would tell someone - 'refresh the page in x seconds'
- clear, actionable content
- don't explain the rules, or 'rate limiting'
- solve the problem automatically and/or
- help them do what we need them to do - refresh the page
- don't cause unintentional negative behaviour / worry
- Scenario 1 (easy tiger) javascript / no javascript
- Scenario 2 (thats just too many) javascript / no javascript


Day 1
Thankfulness for divine grace
1
Thank You, O' God of the Redeemed, for the grace which You have given and continue to give us in Christ Jesus.I thank You for this grace which has enriched us in everything by Him in all utterance and all knowledge, even as the testimony of Christ was confirmed among us, so that we come short in no gift, eagerly waiting for the revelation of our Lord Jesus Christ.
Our God, You are faithful in Your calling of us—individually and our callings as a body of believers, into the fellowship of the Son, Jesus Christ our LORD.
My heart is not deep enough to contain all of the praises that our Savior, Jesus Christ, deserves from my lips. I was once lost, separated from You and Your divine grace, enslaved to my sin and under condemnation. But Jesus sought me out and as the Good Shepherd rescued me and forgave me. Then the Holy Spirit gave me a new heart that is clean and full of love. It is a heart that loves You and desires truth. Praises and more praises to You, our Father.
Blessed Jesus, if it were not for You, I don’t know how far into the bondage of my sin I would be today. And here I am this day, walking with You and able to love You with a free and forgiven heart. Help me and all the saints have a growing zeal for You and for Your gift of eternal life.  Truly, You--Jesus, are our joy! Amen! (I Corinthians 1:4-9)


The Care Through Touch Institute accompanies, comforts and empower homeless and marginally housed people through free seated massage therapy and a compassionate supportive presence. Healing touch combined with a loving presence inspires hope, restores a sense of dignity and empowers both the volunteer and recipient to aspire to a healthier, safer, more just and caring way of being with oneself, in community, and in the world.
carethroughtouch.org
240 Golden Gate Ave., No. 206, San Francisco
415-344-0302
{% endblock %}