In this lab, you will prepare statistical graphics for the MovieLens data set that you examined in the previous lab. Your graphics should be visually attractive and labeled, so please play around with color schemes and styles. You are welcome to use ggplot
, seaborn
, or other plotting packages we have not covered in class.
import pandas as pd
import matplotlib.pyplot as plt
%matplotlib inline
# Read in the Movielens data
import pandas as pd
unames = ['user_id', 'gender', 'age', 'occupation', 'zip']
users = pd.read_table('/data/movielens/users.dat', sep='::', header=None,
names=unames, engine="python")
rnames = ['user_id', 'movie_id', 'rating', 'timestamp']
ratings = pd.read_table('/data/movielens/ratings.dat', sep='::', header=None,
names=rnames, engine="python")
mnames = ['movie_id', 'title', 'genres']
movies = pd.read_table('/data/movielens/movies.dat', sep='::', header=None,
names=mnames, engine="python")
Make a histogram of the distribution of average ratings by user. Make a separate histogram of the distribution of average ratings by movie. (It's up to you whether to put them in the same figure or not.) Comment on what you see. How are the two histograms similar and different?
# YOUR CODE HERE
#raise NotImplementedError()
ratings_movie_id = ratings.groupby(["movie_id" ]).mean().get(["rating"])
ratings_user_id = ratings.groupby( ['user_id'] ).mean().get(['rating'])
ratings_user_id
with plt.style.context("bmh"):
plt.figure()
ratings_movie_id.plot.hist()
plt.xlabel('average ratings by movie')
plt.legend(['average ratings by movie'])
plt.figure()
ratings_user_id.plot.hist()
plt.xlabel('average ratings by user')
plt.legend(['average ratings by user'])
The distribution of average ratings by movie has a larger spread than the distribution of average ratings by user. Average ratings by movie distribution seemed to center around 3.5 while the average ratings by user seemed to center around 3.8. Both distributions are skewed left, meaning ratings assigned/given to a movie indicated majority of movies were better than mediocre (>= 3 ). These histograms show that users on average tended to think that the movies that they just watched were fairly decent.
Make a scatterplot showing the relationship between a user's age and his/her average rating. The size of each point in the scatterplot should correspond to the number of ratings he/she submitted. Comment on what you see, including any outliers and the presence or absence of a relationship.
# YOUR CODE HERE
#raise NotImplementedError()
data_merged = pd.merge(ratings, users, on = 'user_id')
ratings_age_avgrate = data_merged.groupby('user_id').mean()
ratings_age_avgrate.columns.values[1] = 'avg_rating'
ratings_age_avgrate['num_ratings'] = data_merged.groupby('user_id')['rating'].count()
ratings_age_avgrate = ratings_age_avgrate.reset_index()
#ratings_age_avgrate[['num_ratings']].dtypes
ratings_age_avgrate['num_ratings'] = ratings_age_avgrate['num_ratings'].astype(float)
ratings_age_avgrate
with plt.style.context("ggplot"):
ratings_age_avgrate.plot.scatter(x = 'age' , y = 'avg_rating', s = ratings_age_avgrate['num_ratings'])
plt.xlim([0,70]) # set min = 0 to indicate that user_id CANNOT be negative
# Since size of each point in scatterplot can be large, some of the points will be outside of the min user_id of 0
#Center of each 'circle' is the actual (x,y) data point, size of circle depends on the number of ratings a user_id gave
#plt.legend(['User\'s average rating'])
plt.text(10, 0.5, "Each point(center of circle):\n Average rating by age")
There doesn't seem to be any correlation between a user's age and his/her average rating. There are three noticeable outliers. At around age 18, there seems to be one user that gave an average rating of around 1, indicating that user's dislike of the movies he/she watched. The other two outliers are respectively age 35 and around age 56. As expected from a rating system on a large variety of movies, majority of users give an average rating at around 3.
Make a bar graph showing the average rating by genre. (You will need to do some data wrangling to get the data into the right form, since right now the "Genre" column lists all the genres a movie was in.) Don't forget error bars showing the 95% confidence intervals. Comment on what you see.
# YOUR CODE HERE
#raise NotImplementedError()
# get stacked series of genre
s = (movies.set_index("movie_id")["genres"].
str.split("|").apply(pd.Series).stack().
reset_index(name="genre"))
# merge this to the original ratings
genreData = ratings.merge(s, on="movie_id")
# calculate the mean by genre
avg_rate_genre = genreData.groupby("genre")["rating"].mean().sort_values()
std_rate_genre = genreData.groupby("genre")["rating"].std().sort_values()
count_rate_genre = genreData.groupby("genre")["rating"].count().sort_values()
with plt.style.context("fivethirtyeight"):
avg_rate_genre.plot.bar(yerr = 1.96 * std_rate_genre / count_rate_genre ** .5)
#height of bar(x-bar) = average rating by genre
#+- t.pff(.975) * s/sqrt(n) ; right side is y-error
plt.xlabel('Genres')
plt.ylabel('Average Rating')
Most of the average ratings of genres do not seem to deviate much from the value of 3.5. In other words, the average ratings are about the same across most genres. The horror genre had a noticeably lower average rating compared to the rest and vice versa for Film_Noir.
Using the timestamp
column, count up the number of ratings on each day and make a line plot showing this data. You will want to use Pandas' time series functionality to manipulate this timestamp into more human-friendly datetime format.
# YOUR CODE HERE
ratings['timestamp_readable'] = pd.to_datetime(ratings['timestamp'],unit = 's')
ratings['timestamp_readable'] = ratings['timestamp_readable'].dt.date
num_rates_per_day = ratings.groupby('timestamp_readable')['user_id'].count()
#num_rates_per_day
with plt.style.context("fivethirtyeight"):
num_rates_per_day.plot.line(figsize = (10,12))
plt.xlabel('Date')
plt.ylabel('Number_of_Ratings')
#ratings[['timestamp_readable']] = ratings[['timestamp_readable']].astype(str)
# #ratings['timestamp_readable'] = ratings['timestamp_readable'].str.split()
# #returns column of arrays that separate date and time
# distinct_dates = {}
# row_index = 0
# last_index = ratings.index[-1] # get last index
# while row_index <= last_index:
# key = ratings['timestamp_readable'][row_index][0]
# if key not in distinct_dates:
# distinct_dates[key] = 1
# else:
# distinct_dates[key] += 1
# row_index += 1
# #Turn dict keys and values into list form so lineplot can be created
# dates_list = list(distinct_dates.keys())
# date_count_list = list( distinct_dates.values() )
# df_for_plot = ratings.from_dict(distinct_dates )
# df_for_plot
# ratings.index
#ratings['timestamp_readable'][ ratings.index[-1] ][0] #get last date
#ratings['timestamp_readable'][0][0] <---returns the first date ; [row][index of array(will stay constant)]
Between October 2000 and February 2001, the number of ratings per day skyrocketed. Every month after that, many people stopped giving ratings.
Make an appropriate graphic that explains the relationship between occupation, gender, and average rating. (This question is deliberately open-ended, so there may be several acceptable answers. However, some answers are definitely wrong. Make sure you think carefully about the types of each of these variables.)
# YOUR CODE HERE
# occupations_list = list(set(users['occupation']))
# occupations_list.sort()
data_merged = pd.merge(users,ratings, on = 'user_id')
data_merged = data_merged.groupby(['gender', 'occupation'])[['rating']].mean()
data_merged.columns = ['avg_rating']
with plt.style.context("ggplot"):
plt.figure()
data_merged.plot.bar(figsize = (15,15))
plt.xlabel('average ratings by gender and occupation')
plt.ylabel('average rating')
The bar graph shows the average of rating of each combination of occupation and gender. The females who were in occupation 18 gave noticeably higher ratings on average compared to other combinations of occupation and gender.
Now, restart your kernel and re-run your entire notebook from beginning to end. Make sure there are no errors or bugs. When you have verified this, open the Terminal on JupyterHub and type
nbgrader submit Lab-04-19 --course dlsun
to submit this lab.


| Home | Trees | Index | Help |
|---|
| Package svnmailer :: Package notifier :: Module _textmail |
|
| Classes | |
|---|---|
_TextMail |
A text mail class (email.MIMEText produces undesired results) |
SplittingDecorator |
Splits the content between diffs, if it gets loo long |
TextMailNotifier |
Bases class for textual mail notifiers |
TruncatingDecorator |
Truncates the mail body after n bytes |
URLDecorator |
Shows only the urls, if the mail gets too long |
URLTruncatingDecorator |
Truncates the mail body after n bytes |
| Function Summary | |
|---|---|
| class |
Decorates the notifier class (or not) |
| list |
Returns an initialized notifier or nothing |
| Function Details |
|---|
decorateNotifier(cls, action, config, groupset)Decorates the notifier class (or not)
|
getNotifier(cls, config, groupset)Returns an initialized notifier or nothing
|
| Home | Trees | Index | Help |
|---|
| Generated by Epydoc 2.0 on Sun Sep 25 20:49:18 2005 | http://epydoc.sf.net |


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Note : Please insert the total prices of all the dresses and enter submit to get the result with customer input text.
Note : Please insert the total prices of all the dresses, also the advance percantage and enter submit to get the result with customer input text.


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19th January 2015
This is a poster design experiment.  Hope you will like it.
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Phase 0 - Week 5 The Cooking Class
Friday, May 29, 2015
Since Ruby is an object oriented programming language, it includes Classes and Objects. The best description that I have found for Classes is that they are the blueprints that define how new Objects are created. The Class contains variables and methods that are standard to all Objects that are created as instances of that Class. As an example, today we will talk about the Cooking Class. This new Class will be the blueprint that we will use to create individual Recipe Objects that can be used to work with recipes for home cooks. Below is a visual representation of our new Cooking Class and all of the Instance Variables and Instance Methods that it carries with it.
Inside of our new Cooking Class, there are 7 Instance Variables all noted with an @ symbol in front of the variable name. Instance variables are avaiable to all methods contained within the Class without being passed to the method. In our Cooking Class, we have Instance Variables for:
| Variable Name | Purpose |
|---|---|
| @description | Contains a Description and/or Overview of the Recipe |
| @difficulty | Stores the Calculated User Difficulty Rating |
| @cook_time | Stores the Calulated Cook Time |
| @prep_time | Stores the Calulated Prep Time |
| @rating | Stores the Calulated Average User Rating |
| @ingredients | Stores List of Ingredients passed to the Class |
| @instructions | Stores the Step by Step Instructions passed to the Class |
In the initialization of the new Class, some of the Instance Variables listed above are assigned variables that are passed are parameters that are passed when the new Class is created and the remainder are initialized to default values and changed by the Instance Methods contained in the Class.
In addition to the Instance Variables, this Class also contains 8 Instance Methods that perform various functions specific to every new object that is created as an instance of the Cooking Class. For the purpose of this Blog, the specific code for each Instance Method is not critical; however, the Pseudocode for each Method is listed.
Below is an example of the code that is required to create our new Cooking Class and initialize each of the Instance Variables. To complete our new Cooking Class, we would follow this block of code with the definitions for each of the Instance Methods and all of the code required to perform the tasks for each.
Defining The Cooking Class
Once we have our new Cooking Class defined, we can then use it as the blueprint that will define how each of the new Recipe Objects will look. Each new Recipe Object that we create will be instances of the Cooking Class. It is easy to understand how Classes streamline our code and significantly reduce the amount of code that is required to create new objects.


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Status
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Table of Contents
Welcome to Berkeley DB Java Edition (JE). JE is a general-purpose, transaction-protected, embedded database written in 100% Java (JE makes no JNI calls). As such, it offers the Java developer safe and efficient in-process storage and management of arbitrary data.
You use JE through a series of Java APIs which give you the ability to read and write your data, manage your database(s), and perform other more advanced activities such as managing transactions. The Java APIs that you use to interact with JE come in two basic flavors. The first is a high-level API that allows you to make Java classes persistent. The second is a lower-level API which provides additional flexibility when interacting with JE databases.
For long-time users of JE, the lower-level API is the traditional API that you are probably accustomed to using.
Regardless of the API set that you choose to use, there are a series of concepts and APIs that are common across the product. This manual starts by providing a high-level examination of JE. It then describes the APIs you use regardless of the API set that you choose to use. It then provides information on using the Direct Persistence Layer (DPL) API, followed by information on using the more extensive "base" API. Finally, we provide some database administration information.
Note that the information provided here is intended to focus on only introductory API usage. Other books describe more advanced topics, such as transactional usage. See the For More Information section for a listing of other titles in the JE documentation set.
JE provides an enterprise-class Java-based data management solution. All you need to get started is to add a single jar file to your application's classpath. See Getting and Using JE for more information.
JE offers the following major features:
Large database support. JE databases efficiently scale from one to millions of records. The size of your JE databases are likely to be limited more by hardware resources than by any limits imposed upon you by JE.
Databases are described in Databases.
Database environments. Database environments provide a unit of encapsulation and management for one or more databases. Environments are also the unit of management for internal resources such as the in-memory cache and the background threads. Finally, you use environments to manage concurrency and transactions. Note that all applications using JE are required to use database environments.
Database environments are described in Database Environments.
Multiple thread and process support. JE is designed for multiple threads of control. Both read and write operations can be performed by multiple threads. JE uses record-level locking for high concurrency in threaded applications. Further, JE uses timeouts for deadlock detection to help you ensure that two threads of control do not deadlock indefinitely.
Moreover, JE allows multiple processes to access the same databases. However, in this configuration JE requires that there be no more than one process allowed to write to the database. Read-only processes are guaranteed a consistent, although potentially out of date, view of the stored data as of the time that the environment is opened.
Transactions. Transactions allow you to treat one or more operations on one or more databases as a single unit of work. JE transactions offer the application developer recoverability, atomicity, and isolation for your database operations.
Note that transaction protection is optional. Transactions are described in the Berkeley DB, Java Edition Getting Started with Transaction Processing guide.
In-memory cache. The cache allows for high speed database access for both read and write operations by avoiding unnecessary disk I/O. The cache will grow on demand up to a pre-configured maximum size. To improve your application's performance immediately after startup time, you can preload your cache in order to avoid disk I/O for production requests of your data.
Cache management is described in Sizing the Cache.
Indexes. JE allows you to easily create and maintain secondary indices for your primary data. In this way, you can obtain rapid access to your data through the use of an alternative, or secondary, key.
How indices work is dependent upon the API you are using. If you are using the DPL, see Working with Indices. Otherwise, see Secondary Databases.
Log files. JE databases are stored in one or more numerically-named log files in the environment directory. The log files are write-once and are portable across platforms with different endian-ness.
Unlike other database implementations, there is no distinction between database files (that is, the "material database") and log files. Instead JE employs a log-based storage system to protect database modifications. Before any change is made to a database, JE writes information about the change to the log file.
Note that JE's log files are not binary compatible with Berkeley DB's database files. However, both products provide dump and load utilities, and the files that these operate on are compatible across product lines.
JE's log files are described in more detail in Backing up and Restoring Berkeley DB Java Edition Applications. For information on using JE's dump and load utilities, see The Command Line Tools. Finally, for a short list of things to know about log files while you are learning JE, see Six Things Everyone Should Know about JE Log Files.
Background threads. JE provides several threads that manage internal resources for you. The checkpointer is responsible for flushing database data to disk that was written to cache as the result of a transaction commit (this is done in order to shorten recovery time). The compressor thread removes subtrees from the database that are empty because of deletion activity. Finally, the cleaner thread is responsible for cleaning and removing unneeded log files, thereby helping you to save on disk space.
Background thread management is described in Managing the Background Threads.
Backup and restore. JE's backup procedure consists of simply copying JE's log files to a safe location for storage. To recover from a catastrophic failure, you copy your archived log files back to your production location on disk and reopen the JE environment.
Note that JE always performs normal recovery when it opens a database environment. Normal recovery brings the database to a consistent state based on change information found in the database log files.
JE's backup and recovery mechanisms are described in Backing up and Restoring Berkeley DB Java Edition Applications.
The DPL is one of two APIs that JE provides for interaction with JE databases. The DPL provides the ability to cause any Java type to be persistent without implementing special interfaces. The only real requirement is that each persistent class have a default constructor.
The DPL provides all of the features previously identified in this chapter. In addition, the DPL offers you:
A type safe, convenient way to access persistent objects.
No hand-coding of bindings is required. A binding is a way of transforming data types into a format which can be stored in a JE database. If you do not use the DPL, you may be required to create custom bindings for your data types.
See Using the BIND APIs for more information on creating data bindings.
Note that Java byte code enhancement is used by the DPL API to provide fully optimized bindings that do not use Java reflection.
No external schema is required to define primary and secondary index keys. Java annotations are used to define all metadata.
Interoperability with external components is
supported using the Java collections framework.
Any index can be accessed using a standard
java.util
collection.
Class evolution is explicitly supported. This means you can add fields or widen types automatically and transparently.
You can also perform many incompatible class changes, such as renaming fields or refactoring a single class. This is done using a built-in DPL mechanism called mutations. Mutations are automatically applied as data is accessed so as to avoid downtime to convert large databases during a software upgrade.
Persistent class fields can be private, package-private, protected or public. The DPL can access persistence fields either by bytecode enhancement or by reflection.
The performance of the underlying JE engine is safe-guarded. All DPL operations are mapped directly to the underlying APIs, object bindings are lightweight, and all engine tuning parameters are available.
Java 1.5 generic types and annotations are supported.
If you are not using the DPL, then the following concepts and features are likely to be of interest to you:
Database records. All database records are organized as simple key/data pairs. Both keys and data can be anything from primitive Java types to the most complex of Java objects.
Database records are described in Database Records.
Direct database read and write. You can use methods
of a Database
object to read
and write database records. Reading and writing using
Database
objects are described
in
Database Records.
Cursors. Cursors give you the ability to sequentially move through a database. Using cursors, you can seek to a specific point in the database (using search criteria applied to the key and/or the data portion of a database record) and then either step forward or step backwards through the database.
Cursors are described in detail in Using Cursors.
JCA. JE provides support for the Java Connector Architecture. See JCA Support for more information.
JMX. JE provides support for Java Management Extensions. See JConsole and JMX Support for more information.
Of the two APIs that JE makes available to you, we recommend that you use the DPL if all you want to do is make classes with a relatively static schema to be persistent.
Further, if you are porting an application between Berkley DB and Berkeley DB Java Edition, then you should not use the DPL as the base API is a much closer match to the Berkley DB Java API.
Additionally, if your application uses a highly dynamic schema, then the DPL is probably a poor choice for your application, although the use of Java annotations can make the DPL work a little better for you in this situation.


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The distance between two points in the plane is computed by this formula:
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Coercion between graph classes
diffnet_to_igraph(graph, slices = 1:nslices(graph)) igraph_to_diffnet(graph = NULL, graph.list = NULL, toavar, t0 = NULL, t1 = NULL, ...)
| graph | |
|---|---|
| slices | An integer vector indicating the slices to subset. |
| graph.list | A list of |
| toavar | Character scalar. Name of the attribute that holds the times of adoption. |
| t0 | Integer scalar. Passed to |
| t1 | Integer scalar. Passed to |
| ... | Further arguments passed to |
Either a list of length(slices)
igraph
(diffnet_to_igraph
), or a diffnet
object (igraph_to_diffnet
)
objects.
Other Foreign: network
,
read_pajek
, read_ucinet_head
# Reading the meddical innovation data into igraph -------------------------- x <- diffnet_to_igraph(medInnovationsDiffNet) # Fetching the times of adoption igraph::vertex_attr(x[[1]], "toa")#> [1] 1 12 8 9 9 10 18 3 11 2 4 5 2 15 4 15 18 5 11 2 8 7 5 4 3 #> [26] 6 1 5 3 15 5 7 6 14 4 8 8 14 18 4 11 18 12 12 1 6 7 1 6 18 #> [51] 4 18 7 6 1 2 5 13 4 3 7 18 1 7 6 1 18 7 6 1 2 5 1 1 2 #> [76] 2 11 5 17 7 1 18 9 9 18 7 2 18 18 4 18 5 7 18 3 15 16 7 6 6 #> [101] 5 3 13 11 8 3 2 18 18 4 5 8 4 3 8 13 6 3 6 14 7 4 14 7 16


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Status: Passed, Jun 89 X3J13
Issue: LOAD-TRUENAME
Forum: Cleanup
References: LOAD (p426), PROVIDE (p188), REQUIRE (p188),
Issue REQUIRE-PATHNAME-DEFAULTS
Category: ADDITION
Edit history: 13-Mar-89, Version 1 by Pitman
29-Mar-89, Version 2 by Moon (add -PATHNAME vars)
10-Apr-89, Version 3 by Pitman (clarify v2)
11-Apr-89, Version 4 by Pitman (merge Moon's v3 comments)
Problem Description:
It is difficult to construct sets of software modules which work
together as a unit and which port between different implementations.
REQUIRE and PROVIDE were intended to provide this level of support
but have `failed' to be portable in practice.
Typical user configurations involve a `system definition' file which
loads the modules of a `system' (collection of software modules).
Among the specific problems which arise are:
- File system types may vary. Different file syntax must be used for
each site.
- Even with the same Lisp implementation and host file system type,
the directory in which a software system resides may differ from
delivery site to delivery site.
- Multiple `copies' of the same system may reside in different
directories on the same machine.
Proposal (LOAD-TRUENAME:NEW-PATHNAME-VARIABLES):
Introduce new variables:
*LOAD-TRUENAME* [Variable]
This special variable is initially NIL, but is bound by LOAD to
hold the truename of the pathname of the file being loaded.
*COMPILE-FILE-TRUENAME* [Variable]
This special variable is initially NIL, but is bound by
COMPILE-FILE to hold the truename of the pathname of the file
being compiled.
*LOAD-PATHNAME* [Variable]
This special variable is initially NIL but is bound by LOAD
to hold a pathname which represents the filename given as the
first argument to LOAD merged against the defaults.
That is, (PATHNAME (MERGE-PATHNAMES arg1)).
*COMPILE-FILE-PATHNAME* [Variable]
This special variable is initially NIL but is bound by COMPILE-FILE
to hold a pathname which represents the filename given as the
first argument to COMPILE-FILE merged against the defaults.
That is, (PATHNAME (MERGE-PATHNAMES arg1)).
Example:
------ File SETUP ------
(IN-PACKAGE "MY-STUFF")
(DEFMACRO COMPILE-TRUENAME () `',*COMPILE-FILE-TRUENAME*)
(DEFVAR *MY-COMPILE-TRUENAME* (COMPILE-TRUENAME) "Just for debugging.")
(DEFVAR *MY-LOAD-PATHNAME* *LOAD-PATHNAME*)
(DEFUN LOAD-MY-SYSTEM ()
(DOLIST (MODULE-NAME '("FOO" "BAR" "BAZ"))
(LOAD (MERGE-PATHNAMES MODULE-NAME *MY-LOAD-PATHNAME*))))
------------------------
(LOAD "SETUP")
(LOAD-MY-SYSTEM)
Rationale:
This satisfies the most common instances of the frequently reported
problem in the Problem Description.
The ...-TRUENAME* variables are useful to tell the real file being
loaded.
The ...-PATHNAME* variables are useful to find information about
the original link names or logical device names mentioned in the
pathname to be opened but no longer reflected in the truename.
Note that it is not adequate to just have the -PATHNAME* variables
since TRUENAME on these pathnames might not yield the value of the
-TRUENAME* variables if the file has been deleted or protected
since the open occurred (in some implementations).
Current Practice:
Wide variation.
In some implementations, calling LOAD binds or sets
*DEFAULT-PATHNAME-DEFAULTS* so that pathnames named in a file being
LOADed will default to being `nearby.'
Some implementations provide special variables that are similar or
identical to one or both of those proposed.
Some implementations have a way to represent the pathname for the
current working directory, and make the default pathname default
to that, so that loading without specifying a default again tends to
get `nearby' files.
None of these techniques is portable, unfortunately, because there
is no agreement.
Cost to Implementors:
Very small.
Cost to Users:
None. This change is upward compatible.
Cost of Non-Adoption:
Continued difficulty for anyone trying to put a system of modules
in a form where they can be conveniently delivered using portable code.
Benefits:
The cost of non-adoption is avoided.
Aesthetics:
Negligible.
Discussion:
Touretzky raised the issue most recently on Common-Lisp. A number
of people immediately jumped on the bandwagon, indicating it was
important to them, too.
Pitman made three suggestions in response, of which the above is
the first. The others included:
2. Variables *LOAD-TRUENAMES* and *COMPILE-FILE-TRUENAMES* which hold
lists of the truenames of all files being loaded or compiled,
respectively, during the dynamic invocation of LOAD and COMPILE-FILE.
3. Variable *LOAD-OR-COMPILE-FILE-TRUENAMES* which holds a list like
((LOAD truename) (COMPILE-FILE truename) ...)
during the dynamic invocation of LOAD and COMPILE-FILE.
Touretzky responded:
``I like KMP's proposals. I like the second one best: have separate
variables for files being loaded and files being compiled, and use
them to maintain a stack so we can see the nesting of loads within
files.''
Pitman ultimately chose to present the first rather than the second
because it seemed simpler, easier to explain, and more likely to
pass at this late date.
Other suggestions which were considered discarded were:
a. Provide just variables *LOAD-STREAM* and *COMPILE-FILE-STREAM*.
Then PATHNAME and TRUENAME could be used to yield the
information contained in the -PATHNAME* and -TRUENAME* variables
of the proposal above.
b. Like (a), but call both variables *STANDARD-INPUT*. That is,
say that LOAD and COMPILE-FILE bind *STANDARD-INPUT* to the
stream being loaded.
There were a number of pitfalls with this approach which all center
around the way it invites the user to do other operations besides
PATHNAME and TRUENAME. Not only would some people be confused by
the difference between the characteristics of *LOAD-STREAM* for
compiled and interpreted files, but also even with interpreted
streams, the actual position of the stream pointer at the time of
execution of the forms contained in the file could vary between
implementations in a way that became a lurking portability barrier.
Since the observed user need which spawned this discussion was for
a way to tell what file was being loaded and not for a way to
manipulate the stream, it seemed best to just go with the variables
that addressed that specific need--fewer pitfalls and more perspicuous
code are likely to result.


Born in March 1985 in Oklahoma City, Tiffany has spent her life yearning for the next adventure. Growing up in Everett, Washington and San Bernardino, California, she has experienced flannel to board shorts. Every failure has taught her something new and she utilizes these moments in new experiences.
Currently working as a Planner/Scheduler at K&H Printers, her hobbies include hiking, Apex, guitars and learning to code. If she is not in the mountains, she is behind a computer screen or geeking out with her little brother playing video games.


Good morning, Team! Last week was very productive. As usual, you have done an excellent job locating the important snippets of information in the sea of irrelevant clutter that fills the AlethiCorp databases. However, management is concerned that a greater than normal percentage of people examined have been determined to be unsuspicious. Obviously, you can’t find what isn’t there, but let’s be extra diligent that we aren’t missing any genuine suspicious activity. Sometimes, it can be easy to miss the forest for the trees. Remember: The price of freedom is eternal vigilance!
Also, I would like to welcome FIRSTNAME LASTNAME to the personal information team! Let us all do our best to make FIRSTNAME feel at home. There will be cake in the kitchen later.
With that, now it’s time for...
Train of the week!
An old but reliable model, this train engine steadfastly carries on, transporting its cargo through a winding route between the wooded hills. Like the train, we should do our jobs without caring how we look, never losing sight of the trees on our route.
Sandra Silvern
Managing Consultant / Haka Manager


EleKart
Sign-Up
Login
Mobiles
Xiaomi
Samsung
Apple
Lenovo
Oppo/Vivo
Nubia
Television
Sony
Samsung
LG
Laptop
HP
Dell
Lenovo
Refrigrator
LG
Whirlpool
Samsung
Air Conditioner
Lloyd
Daikin
LG
Washing Machine
Whirlpool
LG
Samsung
Kitchen Products
Microwave
Chimney
Induction
Offers
Previous
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Mobiles
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FluidDrawerPosition
public enum FluidDrawerPosition
Enumerations indicating a drawer position.
-
Top
Declaration
Swift
case top
-
Right
Declaration
Swift
case right
-
Bottom
Declaration
Swift
case bottom
-
Left
Declaration
Swift
case left
-
Undocumented
Declaration
Swift
var isTop: Bool { get }
-
Undocumented
Declaration
Swift
var isBottom: Bool { get }
-
Undocumented
Declaration
Swift
var isLeft: Bool { get }
-
Undocumented
Declaration
Swift
var isRight: Bool { get }
-
Undocumented
Declaration
Swift
var isVertical: Bool { get }
-
Undocumented
Declaration
Swift
var isHorizontal: Bool { get }
-
Declaration
Swift
public var description: String { get }


About Me
My career path has encompassed a variety of fields, including material science, architecture and industrial design.
I've done research on the fabrication of thin film, low temperature aluminum superconductors under Professor Nina Markovic,
Architectural design at PRESENT Architecture and product design with additive manufacturing at Studio Bitonti. I've led innovation based
projects involving the additive production of wearable technology, the manufacturing of polymer compounds and the generation of blended
auxetic structures. I've also led a variety of design projects, including a tech dress featured during New York Fashion Week, prosthetic
leg covers, 3D printed footwear and a scoliosis brace that was acquired by the Cooper Hewitt Design Museum.
My sincere belief is that a design is only as good as the concept that ignited it, and the best concepts originate at the intersection
between multiple fields. To reach me directly, please email me at wildfeuer.peter@gmail.com


|
OpenShoe
1.0
|
Header file for the OpenShoe navigation algorithm. More...
Go to the source code of this file.
Defines | |
| #define | MAX_ORIENTATIONS 12 |
| Maximum numbers of orientations that can be used in the accelerometer calibration. | |
| #define | MIN_ORIENTATIONS 3 |
| Minimum numbers of orientations that can be used in the accelerometer calibration. | |
| #define | MATRIX_INVERSION_ERROR 1 |
| Value returned in the error message if an error occurred in the matrix inversion. | |
| #define | ACC_STATIONARITY_ERROR 2 |
| Value returned in the error message if the IMU was not stationary during the accelerometer calibration. | |
| #define | ACC_CALIBRATION_ILLCONDITIONED 3 |
| Value returned in the error message if the orientations used in the accelerometer calibration were poorly chosen. | |
| #define | NUMBER_OF_ORIENTATIONS_TO_LARGE 4 |
| Value returned in the error message if the number of orientations specified for the accelerometer calibration is to large. It has been changed to 12. | |
| #define | NUMBER_OF_ORIENTATIONS_TO_SMALL 5 |
| Value returned in the error message if the number of orientations specified for the accelerometer calibration is to few. It has been changed to 3. | |
| #define | absf(a) (a>0 ? a:-a) |
| Absolute value of a floating point variable. | |
Functions | |
| void | calibrate_accelerometers (void) |
| Function for calibrating the accelerometer biases. | |
| void | estimate_accelerometer_biases (void) |
| Function that estimates the accelerometer biases given a matrix of the mean of the measured acceleration at different orientations. | |
| void | correct_navigation_states (void) |
| Function for correcting the navigation states given a zero-velocity detection. | |
| void | gain_matrix (void) |
| Function for calculating the Kalman filter gain matrix. | |
| void | initialize_navigation_algorithm (void) |
| Function for initializing the navigation algorithm. | |
| void | measurement_update (void) |
| Function for doing a measurement update of the Kalman filter covariance. | |
| void | strapdown_mechanisation_equations (void) |
| Function for doing a time update of the mechanized navigation equations. | |
| void | time_up_data (void) |
| Function for doing a time update of the Kalman filter state covariance. | |
| void | update_imu_data_buffers (void) |
| Function that updates the IMU data buffers with the latest values read from the IMU, and writes the IMU data to that should be process at the current iteration to the processing variables. | |
| void | ZUPT_detector (void) |
| Function for detecting when the system has zero-velocity. | |
| void | zupt_update (void) |
| Wrapper function that checks if a zero-velocity update should be done, and then calls all navigation algorithm functions that should be executed during a zero-velocity update. |
Header file for the OpenShoe navigation algorithm.
This is the header file for the OpenShoe navigation algorithm. It includes the function declarations for all the signal processing functions needed to implement a zero-velocity aided inertial navigation system using a nine state Kalman filter working in a complimentary feedback configuration. It also includes function declarations for the functions needed to implement a accelerometer bias calibration framework.


test_throttle1()
test_throttle2()
self.assertEqual(4, len(calls1))
self.assertEqual(3, len(calls2))
def test_throttle2():
calls2.append(1)
now = dt_util.utcnow()
plus3 = now + timedelta(seconds=3)
plus5 = plus3 + timedelta(seconds=2)
// Call first time and ensure methods got called
test_throttle1()
test_throttle2()


PhotoScore
Username
Password
Client key
List of urls (each url must go on one line)
Submit
Web server designed and implemented by
Fran Cedron


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object --+ | ReportDownloader
Utility class that downloads reports.
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Inits ReportDownloader. Args: headers: dict Dictionary object with populated authentication credentials. config: dict Dictionary object with populated configuration values. op_config: dict Dictionary object with additional configuration values for this operation.
|
Downloads a report by object or id. Args: report_definition_or_id: dict or str Report or reportDefinitionId. return_micros: bool Whether to return currency in micros (optional). file_path: str File path to download to (optional). fileobj: file An already-open file-like object that supports write() (optional). Returns: str Report data if file_path and fileobj are None, None if fileobj is not None and file_path otherwise. |
Downloads a report with AWQL. Args: report_query: str AWQL for the report. download_format: str Download format. E.g. CSV, TSV, XML. return_micros: bool Whether to return currency in micros (optional). file_path: str File path to download to (optional). fileobj: file An already-open file-like object that supports write() (optional). Returns: str Report data if file_path and fileobj are None, None if fileobj is not None and file_path otherwise. |
Downloads an AdHoc report. Args: report_definition: dict Report to download. return_micros: bool Whether to return currency in micros (optional). fileobj: file File to write to (optional). Returns: str Report data if no fileobj, otherwise None. |
Downloads an AdHoc report with AWQL. Args: report_query: str AWQL to download a report for. download_format: str Format of the report download. return_micros: bool Whether to return currency in micros (optional). fileobj: file File to write to (optional). Returns: str Report data if no fileobj, otherwise None. |
Downloads an AdHoc report for the specified payload. Args: report_payload: str Report payload to POST to the server. return_micros: bool Whether to return currency in micros (optional). fileobj: file File to write to (optional). Returns: str Report data if no fileobj, otherwise None. |
Transforms the report object into xml. Args: report: dict ReportDefinition object to turn to xml. Returns: str ReportDefinition XML. |
Removes all attributes from tags. Args: report_xml: str xml to remove attributes from. Returns: str Report xml with attributes removed. |
Download report and return raw data. Args: report_definition_id: str Id of the report definition to download. return_micros: bool Whether to return currency in micros. fileobj: str Path to download file to. Returns: str Report data if no fileobj, otherwise None. |
Generates the URL to get a report from. Args: report_definition_id: int ID of the report to download. Returns: str url to request |
Generates the headers to use for the report download. Args: return_micros: bool whether or not to use micros for money. url: str URL the report will be downloaded from, needed if OAuth is enabled. Returns: dict Dictionary containing all the headers for the request |
Performs an HTTPS request and slightly processes the response. If fileobj is provided, saves the body to file instead of including it in the return value. Args: url: str Resource for the request line. headers: dict Headers to send along with the request. fileobj: file File to save to (optional). payload: str Xml to POST (optional). Returns: str Report data as a string if fileobj=None, otherwise None |
Reads from response.read() and writes to fileobj. Args: response: file Some object that supports read(). fileobj: file Some object that supports write() Returns: number Number of bytes written. |
Logs the Report Download request. Args: xml_log_data: str Data to log for this request. |
Gets a list of log handlers for the AdWords library. Returns: list Log handlers for the AdWords library. |
Transforms arguments into a string to log. Args: start_time: str Formatted start time. end_time: str Formatted end time. request_url: str URL POSTed to. request_headers: dict Request headers sent with request. payload: str Payload (http request body). response_code: int Response code from remote server. response_headers: list List of string headers received. Returns: str Data to log. |
Serializes the request headers into a string for logging. Returns each key->value pair as "key: value" with newlines separating them. Args: request_headers: dict Dictionary of headers to serialize. Returns: str Serialized request headers. |
Serializes the response headers. Headers are already formatted, this joins them into a single string. Args: response_headers: list List of string headers received. Returns: str Serialized response headers. |
| Home | Trees | Indices | Help |
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| Generated by Epydoc 3.0.1 | http://epydoc.sourceforge.net |


Visual Studio is crashing whenever I try to load one of our solutions. Grrr... reverting to command-line build.
11/14/2008, 12:24:45 PM
Favs: 0
Retweets: 0
link--- layout: tweet ---
Visual Studio is crashing whenever I try to load one of our solutions. Grrr... reverting to command-line build.
11/14/2008, 12:24:45 PM
Favs: 0
Retweets: 0
link


The @Route decorator is used to register a route, you must supply a state name to the decorator and the state options.
@Route
To create a route use yo angular-ts:route. To learn more about ui-router see ui-router documentation
yo angular-ts:route
ui-router


To be aware of any Backgrounds used by the Feature,
I want to see its steps
| food | mood |
|---|---|
| meat | happy |
| onion | sad |
| candy | happy |
| treat | excited |
| var1 | var2 |
|---|---|
| Test1-1 | Test1-2 |
| Test2-1 | Test2-2 |
<?
// Sample PHP
echo("Sample PHP File");
?>
| Title | Message |
|---|---|
| Header 1 | Fist Message |
| Header 2 | Second Message |


DAS BOOT (Director/writer: Wolfgang Petersen; screenwriter: based on a novel by Lothar-Gunther Buchheim; cinematographer: Jost Vacano; editor: Hannes Nikel; cast: Jurgen Prochnow (The Captain), Erwin Leder (Johann), Herbert Gronemeyer (Lt. Werner/Correspondent), Klaus Wennemann (Chief Engineer), Hubertus Bengsch (First Lt. /Number One), Otto Sander (Thomsen), Martin May (Ullman), Martin Semmelrogge (2nd Lieutenant); Runtime: 210; 1981-W. Germany)
Reviewed by Dennis Schwartz
This updated 210-minute version of Wolfgang Petersen's Das Boot WW11 U-boat thriller, adapted from the semi-autobiography of someone who served on a submarine during the war, Lothar-Gunther Buchheim, humanizes the Germans and shows the sweaty conditions that they had to fight under. This is the director's cut, where he added 65 minutes to the the most expensive German film ever made at the time ($40 million is the reputed pricetag), which was originally a six-hour TV miniseries. It sets a high standard for submarine films, as a well-crafted, serious work, that created a lot of nail-biting tension and evoked a suspenseful atmosphere, and might very well be the best submarine film ever made. Wolfgang Petersen was nominated but did not win an Oscar for his directing. It also gave the director a chance to come to Hollywood to show off his ability to shoot action films, where he made "In the Line of Fire"/"Air Force One"/ "Perfect Storm." Das Boot was one of the most popular foreign films in America at the time, and is still doing very well in its video rentals.
There were 40,000 Germans who served on U-boats during the war and 30,000 of them never returned. It was the U-boats mission to guard the North Atlantic and make sure no boats got through. The British supply-ships were trying to get through the German blockades, as the 12 German U-boats on patrol tried to stop them. The ships were escorted by destroyers and were sometimes protected by airplanes. Winston Churchill was mocked by the Nazi propaganda machine as a paralytic drunkard, but those who fought the British knew better and respected their efficiency on the sea.
The film is about U-96's mission in 1941 and its veteran, stoic captain (Jurgen Prochnow), who is a career military man and is none too pleased with Hitler's battle plans or with the wet-behind-the-ears youngsters who make up his crew.  The tone of the film is more antiestablishment than antiwar, as the captain bitches with his other officers about the stupidity of the war effort by the German High Command.
The film opens with the boat refueling at the French base of La Rochelle used by the Nazis as their submarine station. The captain escorts, Lt. Werner (Gronemeyer), a young naval war correspondent just assigned to his boat to write public relations stories about the crew, making them into heroes for the Germans to read about back home, as they head to where the bar the men on shore leave are at. They are letting off steam, getting drunk, taking up with whores, and hiding their fear with false bravado and loud songs. The captain engages another veteran U-boat captain (Otto Sander), who has just been militarily honored, but is too drunk to make a coherent speech at the bar. There seems to be an understanding between these two about what the war means: that they do a good job and not get caught up in the politics. These two crusty seamen are not Nazis, but are German patriots and professional military men.
Aboard the cramped ship, that is so claustrophobic, that when the men have to pass an officer, they must say, "permission to pass," as they squeeze by the narrow opening. The quarters are very tight, as the men sleep crowded together; it seems as if they are trapped in a prison. The film exploits their discomfort and their boredom to show that war is a dreary life for the submarine crew and not filled with excitement. The crew seems anxious to get some action just to break up the boredom. They all have different ways of relieving their tension. One of the men (Martin May) writes letters to a French girl he met in Paris, whom he got secretly engaged to and is worried that she is pregnant, and that the Partisans will kill the child. The Chief Engineer (Klaus Wennemann) keeps the submarine running as best as he can. The 2nd Lieutenant (Martin Semmelrogge) is the comic in the group, which comes mostly at the expense of the captain.
The war correspondent is told by the captain to take pictures of the men, not now when they are baby-faced but when they return as men with beards. The journalist forms a bond with the captain, who explains to him what he is doing and thusly clues us in to how the submarine operates.
The main action takes place when the U-boat attacks a British convoy of five and torpedoes three of its ships. The tension on the boat is intense, as the dark ship becomes completely quiet, as they are being hunted by a destroyer above them, which drops depth charges and the men anxiously wait below to see if they will survive. It is a matter of luck that their boat escapes.
The most eerie scene, is when the U-boat surfaces and the beautiful sky looks darkly serene, but the tankers they hit are on fire and we could hear the screams of the sailors for help, as they go diving into the water with their body's covered in flames. But the captain orders another torpedo at them and ignores their pleas. His only reaction, was one of surprise that they were still on board, that no one rescued them.
That was an amazing scene. I couldn't imagine a Hollywood film showing Americans not rescuing drowning seamen, even if their submarine had no room for the prisoners.
What this excellently told story fails to do, is come to terms with the political situation or the moral implications of the war. It is seen best as a film that is technically superb, drawing out the reality of what it is like to be on the submarine and showing how terrible it is to go to war. The boat constructed by Rolf Zehetbauer and Götz Weidner, which duplicates the cramped boat down to its grimy details, and provides the film with the proper setting for its intense realism.
The superb use of sound, helped elevate this film above all other submarine films, as every sound in the quiet of the submarine is heard: the splashing against a destroyer's propellers, the eerie ping sounds, the bellowing roar of a depth charge, and the creaks of a hull.
Jurgen Prochnow's sterling performance gave the film the quiet hero it needed to anchor its story, as his will to fight, his intelligent leadership, and his quiet determinism to fight a glorious war, were nobly shown, as the men under him completely respected him. The crew was made up of sympathetic figures and not cardboard Nazis most WW11 films seen from an American perspective portray onscreen for the Germans.
In one scene the captain is disappointed that his man in the galley (Erwin Leder), who is a diesel engine operator, a veteran of nine battle campaigns, has an attack of nerves and cracks, refusing to report to his battle station. When the man recovers the next day, he begs the captain not to court-martial him. The pain on the captain's face is clear, as he tells the seaman to go get some rest. What the film seemed to be aiming at, was not a big statement against war, but how the captain was a professional and treated his men accordingly, expecting them to do their best no matter what. As for the German leaders, he openly showed a disdain, not for their politics, but because they didn't know how to run a war.
The film ends as the damaged U-boat escapes by running silent after a deep dive in the Straits of Gibraltar, as the men must put on their oxygen masks to survive in their damaged boat. There is also an ironical ending for the men as they come back to port. The film succeeds in humanizing the men in this mostly true story, as it highlights the crew when it is singing their favorite song, "It's a Long Way to Tipperary," and that's the most vocal this very quiet, very emotionally gripping, and very entertaining film will get about anything. The captain and his crew know that the odds weigh heavily against them returning from a mission alive, and such life and death missions have their psychological consequences.
REVIEWED ON 7/19/2000 GRADE: B+
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
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


Scottish Fairy and Folk Tales, by George Douglas, [1901], at sacred-texts.com
"Noo, lasses, ye should never be owre proud; for ye see there was ance a leddy, and she was aye fond o' being brawer than other folk; so she gaed awa' to take a walk ae day, her and her brother: so she met wi' a gentleman--but it was nae gentleman in reality, but Auld Nick himsel', who can change himsel' brawly into a gentleman--a' but the cloven feet; but he keepit them out o' sight. So he began to make love to the young leddy:--
'I'll gie you a pennyworth o' preens, 3
That's aye the way that love begins;
If ye'll walk with me, leddy, leddy,
If ye'll walk with me, leddy.'
'I'll no hae your pennyworth o' preens,
That's no the way that love begins;
And I'll no walk with you, with you,
And I'll no walk with you.'
'O Johnie, O Johnie, what can the matter be,
That I love this leddy, and she loves na me?
And for her sake I must die, must die,
And for her sake I must die!
'I'll gie you a bonny silver box,
With seven silver hinges, and seven silver locks,
If ye'll walk,' etc.
'I'll no hae your bonny silver box,
With seven silver hinges, and seven silver locks,
And I'll no walk,' etc.
'O Johnie, O Johnie' [as in third verse].
'But I'll gie you a bonnier silver box,
With seven golden hinges, and seven golden locks,
If ye'll walk,' etc.
'I'll no hae' [as in fifth verse].
'O Johnie' [as in third verse].
'I'll gie you a pair o' bonny shoon,
The tane made in Sodom, the tother in Rome,
If ye'll walk,' etc.
'I'll no hae' [as in fifth verse].
'O Johnie' [as in third verse].
'I'll gie you the half o' Bristol town,
With coaches rolling up and down,
If ye'll walk,' etc.
'I'll no hae' [as in fifth verse].
'O Johnie' [as in third verse].

And aff he flew wi' her! Noo, lasses, ye see ye maun aye mind that."
79:2 Chambers, Popular Rhymes of Scotland.
79:3 Pins.


"The W3C Document Object Model (DOM) is a platform and language-neutral interface that allows programs and scripts to dynamically access and update the content, structure, and style of a document."
The W3C DOM standard is separated into 3 different parts:
The XML DOM defines the objects, properties, and methods of all XML elements.
The XML DOM is:


CPU
CPU Usage:
CPU Free:
System Info
Computer Name:
OS:
System Uptime:
Memory Total:
MB
Settings
CPU Overload Warning %
Alert Frequency (In Minutes)
CPU
System Info
Settings


Inherits point< T, 2 >.
Public Member Functions | |
| void | lat (const dms< south, T > &v) |
| void | lat (const dms< north, T > &v) |
| void | lat (const T &v) |
| Set latitude. | |
| const T & | lat () const |
| Get latitude. | |
| void | lon (const dms< west, T > &v) |
| void | lon (const dms< east, T > &v) |
| void | lon (const T &v) |
| Set longitude. | |
| const T & | lon () const |
| Get longitude. | |
| point_ll (const latitude< T > &la, const longitude< T > &lo) | |
| Constructor with latitude/longitude. | |
| point_ll (const longitude< T > &lo, const latitude< T > &la) | |
| Constructor with longitude/latitude. | |
| point_ll (init option) | |
| Constructor with an option, e.g. init_zero. | |
| point_ll () | |
| Default constructor, does not initialize anything. | |
Static Public Attributes | |
| static const dr_selector | angle_type = D |
The point_ll class implements a point with lat and lon functions. It can be constructed using latitude and longitude classes. The latlong class can be defined in degrees or in radians. There is a conversion method from degree to radian, and from radian to degree.
Construction with latitude and longitude can be done in both orders, so lat/long and long/lat
{ using namespace geometry; typedef point_ll<degree> ll; // Constructions in both orders possible ll juneau( latitude<>(dms<north>(58, 21, 5)), longitude<>(dms<west>(134, 30, 42))); ll wladiwostok( longitude<>(dms<east>(131, 54)), latitude<>(dms<north>(43, 8)) ); }
| geometry::point_ll< D, T >::point_ll | ( | ) |
Default constructor, does not initialize anything.
| geometry::point_ll< D, T >::point_ll | ( | init | option | ) |
Constructor with an option, e.g. init_zero.
| geometry::point_ll< D, T >::point_ll | ( | const longitude< T > & | lo, | |
| const latitude< T > & | la | |||
| ) |
Constructor with longitude/latitude.
| geometry::point_ll< D, T >::point_ll | ( | const latitude< T > & | la, | |
| const longitude< T > & | lo | |||
| ) |
Constructor with latitude/longitude.
| void geometry::point_ll< D, T >::lat | ( | const dms< south, T > & | v | ) |
| void geometry::point_ll< D, T >::lat | ( | const dms< north, T > & | v | ) |
| void geometry::point_ll< D, T >::lat | ( | const T & | v | ) |
Set latitude.
| const T& geometry::point_ll< D, T >::lat | ( | ) | const |
Get latitude.
| void geometry::point_ll< D, T >::lon | ( | const dms< west, T > & | v | ) |
| void geometry::point_ll< D, T >::lon | ( | const dms< east, T > & | v | ) |
| void geometry::point_ll< D, T >::lon | ( | const T & | v | ) |
Set longitude.
| const T& geometry::point_ll< D, T >::lon | ( | ) | const |
Get longitude.
const dr_selector geometry::point_ll< D, T >::angle_type = D [static] |
|
October 14, 2008 |
Copyright © 1995-2008 Barend Gehrels, Geodan Holding B.V. Amsterdam, the Netherlands Copyright © 2008 Bruno Lalande, Paris, France |


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{{shipment.consignee}}
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{{shipment.org}}
{{shipment.des}}
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{{shipment.eta_departure| date: 'MMM d'}}, {{shipment.eta_departure | date: 'shortTime'}}
{{shipment.eta_arrival | date: 'MMM d'}}, {{shipment.eta_arrival | date: 'shortTime'}}
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Read again Genesis 25:28 and fill in the blanks below:
“Isaac . . . loved , but Rebekah loved .” (NIV)
How do you think this favoritism might have fostered a sense of competition and unhappiness?
Though Esau and Jacob must have felt special at times because of the preferential treatment they received, the favoritism shown to one of them no doubt was hurtful to the other. Whatever someone’s reason for showing preferential treatment, it often communicates to us that we are not good enough, that we haven’t earned the right to his or her love.
Have you ever experienced or witnessed the dynamic of favoritism—in family relationships or other close relationships? If so, how did it affect you and/or others?
As today’s reading from God’s Word reveals, Jacob’s chance to finally possess both the birthright and the blessing came when his father, Isaac, lay dying. Isaac knew he wanted to pass the blessing along to his older son, so he sent Esau out to hunt for and prepare a last meal. That’s when Rebekah moved into manipulation mode, engaging Jacob in her plan of deceit that would ultimately divide their family.
Reread Genesis 27:9. What did Rebekah ask Jacob to do?
Now read Genesis 27:14-17. What else did Rebekah’s plan of deceit involve?
Rebekah’s plot involved preparing a meal, dressing Jacob in his brother’s clothes that she happened to have ready for such an occasion, and putting goatskins on Jacob’s hands and neck to cover his smooth skin. The story suggests this was a premeditated act she had been planning for some time as she schemed about how to steal from her older son to favor the younger.


Kenya, Somalia to normalize relations after leaders meet in Nairobi
by Abdur Rahman Alfa ShabanDespite a raging maritime boundary disagreement, leaders of Kenya and Somalia on Thursday agreed to normalize relations at a meeting in Nairobi.
Kenya’s Uhuru Kenyatta and his Somali counterpart Mohamed Abdullahi Farmaajo reaffirmed the invaluable relations between the two neighbours during a joint press conference after a closed-door meeting.
The Somali leader was part of world leaders who were in Kenya for the just-ended International Conference on Population and Development. This years’ was the 25th edition.
Kenya’s Foreign Affairs chief, Monica Juma wrote on Twitter: “The two principals agreed to bring normality to our bilateral relations and do everything to ensure peaceful relations including obtaining visas on arrival to encourage free movement of our people.”
The Somali leader also expressed gratitude to Kenya for its role in AMISOM, the African Union peacekeeping mission fighting insurgent group, Al-Shabaab and its role in sheltering Somali refugees fleeing conflict back home.
On the issue of the maritime boundary, Farmaajo said he had confidence that the International Court of justice, ICJ, seized with the matter will deliver a mutually acceptable resolution when it rules on the matter in the months ahead.


Rare Revolutionary War-era rifle recovered nearly 50 years after museum theft
by David AaroAn extremely rare Revolutionary War-era rifle that was stolen from a display case nearly 50 years ago has been recovered thanks to curious antiques dealer.
The rifle, named after its creator, Johann Christian Oerter, was stolen on Oct. 2, 1971, while on loan to the Valley Forge Museum in Montgomery County, Pa.
PENNSYLVANIA DEMOCRAT APOLOGIZES FOR CALLING EARLY MISCARRIAGES 'JUST SOME MESS ON A NAPKIN'
Members of the FBI's art crime team and other law enforcement officials returned the famed rifle Friday during a ceremony at the Museum of the American Revolution in Philadelphia, according to Lehigh Valley Live.
“The FBI is proud to work with our partners to mark this important repatriation and return the Oerter rifle to the Pennsylvania Society of Sons of the Revolution,” Special Agent Michael T. Harpster told the outlet.
PENNSYLVANIA PIZZA SHOP HELPS TEEN WHO LOST FATHER GET NEW BIKE AFTER THEFT
It was recovered thanks to Kelly Kinzle, an antiques dealer from New Oxford, Pa.
The dealer bought the rifle last year, thinking it was likely a replica. But while doing some research, he found a reference to the stolen antique in a 1980 book by George Shumway, an expert on long rifles, Kinzle's lawyer, Jay Robert Stiefel, told The New York Times.
Kinzle alerted the FBI soon after his discovery, ending a deades-long mystery.
“It is deeply gratifying to be able to return to this rare artifact to public view after nearly 50 years,” R. Scott Stephenson, president and CEO of the Museum of the American Revolution, told the outlet. “The Christian Oerter rifle exhibits exemplary early American artistry and is a reminder that courage and sacrifice were necessary to secure American Independence.”
While its selling price is unknown, a similar Oerter rifle recently sold for over $200,000 at auction, Michael Simens, an antique dealer in Ohio, told the Times.
CLICK HERE TO GET THE FOX NEWS APP
Oerter was a member of the Moravian Church, a Protestant denomination that claims 18th century roots in Pennsylvania. He and other Moravian gunsmiths influenced the design of early American firearms, according to the Courtesy Museum of the American Revolution.
They became known as "Kentucky rifles" or "Pennsylvania rifles."
Oerter was born on Oct 16, 1847, in Fredericktown, Pa., and died just short of his 30th birthday, according to Moravian archives.
The rifle that was stolen was made in 1775 and represents a key part of American history. It's one of the few signed and dated rifles from that era that have survived the past 244 years, according to the FBI.
Oerter's rifle will soon be back on display as part of the "Cost of Revolution: The Life and Death of an Irish Soldier" exhibit at the Museum of the American Revolution. The exhibit runs Nov. 6 through March 17.


--- layout: post title: Use Python to Encrypt Memory Files date: 2015-05-28 23:42:25.000000000 -04:00 categories: blog ---
I was looking for a way to quickly encrypt large files in python.
After some digging, I ran across this post on stackoverflow.com. The basic idea here is to use standard python libraries to take a plaintext file and make an AES encrypted copy in a manner that is compatible with OpenSSL tools.
The code provided in the post work like a charm when collecting memory, disk space is a big issue. Most systems these days are running at least 8GB. Making two full size copies of a memory dump on a host machine is not practical even under ideal conditions. Even if I compress first, we still need enough free space to cover of the original plus the compressed copy. Sometimes that is not available.
To help with this issue, I adapted the script to encrypt the file as it reads it.
{% highlight python %}
from hashlib import md5
from Crypto.Cipher import AES
from Crypto import Random
def derive_key_and_iv(password, salt, key_length, iv_length):
d = d_i = ''
while len(d) < key_length + iv_length:
d_i = md5(d_i + password + salt).digest()
d += d_i
return d[:key_length], d[key_length:key_length+iv_length]
def encrypt(in_file, out_file, password, key_length=32):
bs = AES.block_size
salt = Random.new().read(bs - len('Salted__'))
key, iv = derive_key_and_iv(password, salt, key_length, bs)
cipher = AES.new(key, AES.MODE_CBC, iv)
out_file.write('Salted__' + salt)
finished = False
while not finished:
chunk = in_file.read(1024 * bs)
if len(chunk) == 0 or len(chunk) % bs != 0:
padding_length = (bs - len(chunk) % bs) or bs
chunk += padding_length * chr(padding_length)
finished = True
out_file.write(cipher.encrypt(chunk))
def decrypt(in_file, out_file, password, key_length=32):
bs = AES.block_size
salt = in_file.read(bs)[len('Salted__'):]
key, iv = derive_key_and_iv(password, salt, key_length, bs)
cipher = AES.new(key, AES.MODE_CBC, iv)
next_chunk = ''
finished = False
while not finished:
chunk, next_chunk = next_chunk, cipher.decrypt(in_file.read(1024 * bs))
if len(next_chunk) == 0:
padding_length = ord(chunk[-1])
chunk = chunk[:-padding_length]
finished = True
out_file.write(chunk)
zipfilename = "RapidFire_Collection.zip"
with open(zipfilename, 'rb+') as in_file, open(zipfilename, 'rb+') as out_file:
encrypt(in_file, out_file, password)
{% endhighlight %}
Here is the important tweak that I made:
{% highlight python %}
#This is the important snippet from Thijs van Dien's code on stackoverflow:
with open(in_filename, 'rb') as in_file, open(out_filename, 'wb') as out_file:
encrypt(in_file, out_file, password)
#Opens the in_filename with read binary permissions as "in_file" and
#Opens the out_filename with write binary permissions as outfile
#With a slight adjustment we can overwrite the original file as we go
with open(in_filename, 'rb+') as in_file, open(in_filename, 'rb+') as out_file:
encrypt(in_file, out_file, password)
#Opens two copies of the in_filename BOTH with read/write binary permissions
#This will allow use to read a chunk of the file, encrypt, and write to the top of the file, repeat
{% endhighlight %}
So we are reading chunk of the file, encrypting it, then overwriting the chunk with encrypted data until we get to the end of the file.
Does this really work you ask? Of course it does.
Don't know why this feels like a magic trick but TA DA!
This doesn't fix all of my issues with moving huge files around but this does encrypt it locally before it is sent over the network without needing double the space.
Big thanks to Thjis van Dien for putting this solution out there.


# new Controller(model, view)
Takes a model and view and acts as the controller between them
.Takes a model and view and acts as the controller between them
Parameters:
| Name | Type | Description |
|---|---|---|
model |
object | The model instance |
view |
object | The view instance |
Methods
# _filter(force)
Re-filters the todo items, based on the active route.
Re-filters the todo items, based on the active route.
Parameters:
| Name | Type | Description |
|---|---|---|
force |
boolean | undefined | forces a re-painting of todo items. |
# _updateCount()
Updates the pieces of the page which change depending on the remaining number of todos.
Updates the pieces of the page which change depending on the remaining number of todos.
# _updateFilterState()
Simply updates the filter nav's selected states
.Simply updates the filter nav's selected states
# addItem()
An event to fire whenever you want to add an item.
An event to fire whenever you want to add an item. Simply pass in the event object and it'll handle the DOM insertion and saving of the new item.
# removeCompletedItems()
Will remove all completed items from the DOM and storage.
Will remove all completed items from the DOM and storage.
# removeItem(id)
By giving it an ID it'll find the DOM element matching that ID, remove it from the DOM and also remove it from storage.
By giving it an ID it'll find the DOM element matching that ID, remove it from the DOM and also remove it from storage.
Parameters:
| Name | Type | Description |
|---|---|---|
id |
number | The ID of the item to remove from the DOM and storage |
# setView('')
Loads and initialises the view
.Loads and initialises the view
Parameters:
| Name | Type | Description |
|---|---|---|
'' |
string | | 'active' | 'completed' |
# showAll()
An event to fire on load.
An event to fire on load. Will get all items and display them in the todo-list
# toggleAll()
Will toggle ALL checkboxes' on/off state and completeness of models.
Will toggle ALL checkboxes' on/off state and completeness of models. Just pass in the event object.
# toggleComplete(id, checkbox, silent)
Give it an ID of a model and a checkbox and it will update the item in storage based on the checkbox's state.
Give it an ID of a model and a checkbox and it will update the item in storage based on the checkbox's state.
Parameters:
| Name | Type | Description |
|---|---|---|
id |
number | The ID of the element to complete or uncomplete |
checkbox |
object | The checkbox to check the state of complete or not |
silent |
boolean | undefined | Prevent re-filtering the todo items |


Automated parameter estimation for complex (ecological) models in R. This package allows the parameter estimation or calibration of complex models, including stochastic ones. It is a generic tool that can be used for fitting any type of models, especially those with non-differentiable objective functions. It supports multiple phases and constrained optimization. It implements maximum likelihood estimation methods and automated construction of the objective function from simulated model outputs. See <http://roliveros-ramos.github.io/calibrar> for more details.
| Version: | 0.2.0 |
| Depends: | R (≥ 2.15) |
| Imports: | cmaes, optimx, foreach, parallel, stats, utils |
| Suggests: | deSolve |
| Published: | 2016-02-17 |
| Author: | Ricardo Oliveros-Ramos [aut, cre] |
| Maintainer: | Ricardo Oliveros-Ramos <ricardo.oliveros at gmail.com> |
| BugReports: | https://github.com/roliveros-ramos/calibrar/issues |
| License: | GPL-2 |
| URL: | http://roliveros-ramos.github.io/calibrar |
| NeedsCompilation: | no |
| Citation: | calibrar citation info |
| Materials: | README |
| CRAN checks: | calibrar results |
| Reference manual: | calibrar.pdf |
| Package source: | calibrar_0.2.0.tar.gz |
| Windows binaries: | r-devel: calibrar_0.2.0.zip, r-release: calibrar_0.2.0.zip, r-oldrel: calibrar_0.2.0.zip |
| OS X binaries: | r-release: calibrar_0.2.0.tgz, r-oldrel: calibrar_0.2.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=calibrar to link to this page.


Ryan Dale was trained as a marine benthic ecologist (MS and PhD), but is now a bioinformatician at NIH. He writes code and develops tools to study how cells turn genes on and off by manipulating the three-dimensional structure of DNA and chromatin.


| GO term |
Description |
P-value |
FDR q-value |
Enrichment (N, B, n, b) |
Genes |
| GO:0042221 |
response to chemical |
7.4E-5 |
4.1E-1 |
2.39 (941,96,82,20) |
[+] Show genes
LOX - lysyl oxidase
IFIT1 - interferon-induced protein with tetratricopeptide repeats 1
TRIM24 - tripartite motif containing 24
PPP3CA - protein phosphatase 3, catalytic subunit, alpha isozyme
EZR - ezrin
ITGA2 - integrin, alpha 2 (cd49b, alpha 2 subunit of vla-2 receptor)
SRR - serine racemase
SPP1 - secreted phosphoprotein 1
CD274 - cd274 molecule
ANXA3 - annexin a3
RMI1 - recq mediated genome instability 1
GJA1 - gap junction protein, alpha 1, 43kda
ITIH4 - inter-alpha-trypsin inhibitor heavy chain family, member 4
TRIM13 - tripartite motif containing 13
BMPR1B - bone morphogenetic protein receptor, type ib
GART - phosphoribosylglycinamide formyltransferase, phosphoribosylglycinamide synthetase, phosphoribosylaminoimidazole synthetase
PDE4B - phosphodiesterase 4b, camp-specific
KMO - kynurenine 3-monooxygenase (kynurenine 3-hydroxylase)
SCN9A - sodium channel, voltage-gated, type ix, alpha subunit
SELP - selectin p (granule membrane protein 140kda, antigen cd62)
|
| GO:0010033 |
response to organic substance |
1.48E-4 |
4.09E-1 |
2.43 (941,85,82,18) |
[+] Show genes
LOX - lysyl oxidase
IFIT1 - interferon-induced protein with tetratricopeptide repeats 1
PPP3CA - protein phosphatase 3, catalytic subunit, alpha isozyme
EZR - ezrin
ITGA2 - integrin, alpha 2 (cd49b, alpha 2 subunit of vla-2 receptor)
CD274 - cd274 molecule
SPP1 - secreted phosphoprotein 1
SRR - serine racemase
ANXA3 - annexin a3
RMI1 - recq mediated genome instability 1
GJA1 - gap junction protein, alpha 1, 43kda
ITIH4 - inter-alpha-trypsin inhibitor heavy chain family, member 4
TRIM13 - tripartite motif containing 13
BMPR1B - bone morphogenetic protein receptor, type ib
GART - phosphoribosylglycinamide formyltransferase, phosphoribosylglycinamide synthetase, phosphoribosylaminoimidazole synthetase
PDE4B - phosphodiesterase 4b, camp-specific
KMO - kynurenine 3-monooxygenase (kynurenine 3-hydroxylase)
SELP - selectin p (granule membrane protein 140kda, antigen cd62)
|
| GO:0051098 |
regulation of binding |
2.21E-4 |
4.08E-1 |
5.74 (941,12,82,6) |
[+] Show genes
LOX - lysyl oxidase
IFIT1 - interferon-induced protein with tetratricopeptide repeats 1
STMN1 - stathmin 1
PPP3CA - protein phosphatase 3, catalytic subunit, alpha isozyme
ITGA2 - integrin, alpha 2 (cd49b, alpha 2 subunit of vla-2 receptor)
CCPG1 - cell cycle progression 1
|
| GO:0014070 |
response to organic cyclic compound |
3.28E-4 |
4.55E-1 |
3.69 (941,28,82,9) |
[+] Show genes
ANXA3 - annexin a3
LOX - lysyl oxidase
IFIT1 - interferon-induced protein with tetratricopeptide repeats 1
GJA1 - gap junction protein, alpha 1, 43kda
EZR - ezrin
ITGA2 - integrin, alpha 2 (cd49b, alpha 2 subunit of vla-2 receptor)
SPP1 - secreted phosphoprotein 1
SRR - serine racemase
PDE4B - phosphodiesterase 4b, camp-specific
|
| GO:0032496 |
response to lipopolysaccharide |
3.82E-4 |
4.24E-1 |
5.30 (941,13,82,6) |
[+] Show genes
GJA1 - gap junction protein, alpha 1, 43kda
SRR - serine racemase
CD274 - cd274 molecule
SELP - selectin p (granule membrane protein 140kda, antigen cd62)
PDE4B - phosphodiesterase 4b, camp-specific
KMO - kynurenine 3-monooxygenase (kynurenine 3-hydroxylase)
|
| GO:0002237 |
response to molecule of bacterial origin |
3.82E-4 |
3.53E-1 |
5.30 (941,13,82,6) |
[+] Show genes
GJA1 - gap junction protein, alpha 1, 43kda
SRR - serine racemase
CD274 - cd274 molecule
SELP - selectin p (granule membrane protein 140kda, antigen cd62)
KMO - kynurenine 3-monooxygenase (kynurenine 3-hydroxylase)
PDE4B - phosphodiesterase 4b, camp-specific
|
| GO:0048856 |
anatomical structure development |
4.94E-4 |
3.91E-1 |
1.82 (941,170,82,27) |
[+] Show genes
EMP1 - epithelial membrane protein 1
PURA - purine-rich element binding protein a
NKX2-3 - nk2 homeobox 3
ITGA2 - integrin, alpha 2 (cd49b, alpha 2 subunit of vla-2 receptor)
SPP1 - secreted phosphoprotein 1
SRR - serine racemase
STOX2 - storkhead box 2
LOX - lysyl oxidase
VWDE - von willebrand factor d and egf domains
TRIP11 - thyroid hormone receptor interactor 11
SHISA2 - shisa family member 2
STMN1 - stathmin 1
ZNRF3 - zinc and ring finger 3
PPP3CA - protein phosphatase 3, catalytic subunit, alpha isozyme
EZR - ezrin
FAT4 - fat atypical cadherin 4
XIRP2 - xin actin-binding repeat containing 2
KDM6A - lysine (k)-specific demethylase 6a
ANXA3 - annexin a3
FOSL2 - fos-like antigen 2
ST8SIA4 - st8 alpha-n-acetyl-neuraminide alpha-2,8-sialyltransferase 4
GJA1 - gap junction protein, alpha 1, 43kda
CXADR - coxsackie virus and adenovirus receptor
BMPR1B - bone morphogenetic protein receptor, type ib
GART - phosphoribosylglycinamide formyltransferase, phosphoribosylglycinamide synthetase, phosphoribosylaminoimidazole synthetase
CSRP2 - cysteine and glycine-rich protein 2
TOPORS - topoisomerase i binding, arginine/serine-rich, e3 ubiquitin protein ligase
|
| GO:0008150 |
biological_process |
5.19E-4 |
3.6E-1 |
1.13 (941,816,82,80) |
[+] Show genes
EMP1 - epithelial membrane protein 1
GNG11 - guanine nucleotide binding protein (g protein), gamma 11
PURA - purine-rich element binding protein a
IFIT1 - interferon-induced protein with tetratricopeptide repeats 1
CAMSAP2 - calmodulin regulated spectrin-associated protein family, member 2
TRIM24 - tripartite motif containing 24
NKX2-3 - nk2 homeobox 3
NHSL1 - nhs-like 1
PRR16 - proline rich 16
CD274 - cd274 molecule
SPP1 - secreted phosphoprotein 1
FAH - fumarylacetoacetate hydrolase (fumarylacetoacetase)
RMI1 - recq mediated genome instability 1
MLF1 - myeloid leukemia factor 1
KBTBD6 - kelch repeat and btb (poz) domain containing 6
SLC25A37 - solute carrier family 25 (mitochondrial iron transporter), member 37
CEP128 - centrosomal protein 128kda
PCDH9 - protocadherin 9
SELP - selectin p (granule membrane protein 140kda, antigen cd62)
LOX - lysyl oxidase
VWDE - von willebrand factor d and egf domains
SHISA2 - shisa family member 2
YIPF5 - yip1 domain family, member 5
PPP3CA - protein phosphatase 3, catalytic subunit, alpha isozyme
EZR - ezrin
SLC1A6 - solute carrier family 1 (high affinity aspartate/glutamate transporter), member 6
PPP2R2B - protein phosphatase 2, regulatory subunit b, beta
KDM6A - lysine (k)-specific demethylase 6a
ST8SIA4 - st8 alpha-n-acetyl-neuraminide alpha-2,8-sialyltransferase 4
GJA1 - gap junction protein, alpha 1, 43kda
ZNF792 - zinc finger protein 792
CYSLTR1 - cysteinyl leukotriene receptor 1
ABI3BP - abi family, member 3 (nesh) binding protein
CXADR - coxsackie virus and adenovirus receptor
TRIM13 - tripartite motif containing 13
BMPR1B - bone morphogenetic protein receptor, type ib
PRTG - protogenin
TOPORS - topoisomerase i binding, arginine/serine-rich, e3 ubiquitin protein ligase
CCPG1 - cell cycle progression 1
GOLGA8A - golgin a8 family, member a
AP1AR - adaptor-related protein complex 1 associated regulatory protein
KBTBD7 - kelch repeat and btb (poz) domain containing 7
PIGM - phosphatidylinositol glycan anchor biosynthesis, class m
ITGA2 - integrin, alpha 2 (cd49b, alpha 2 subunit of vla-2 receptor)
SRR - serine racemase
HCFC2 - host cell factor c2
CNNM2 - cyclin m2
MEG3 - maternally expressed 3 (non-protein coding)
RASSF9 - ras association (ralgds/af-6) domain family (n-terminal) member 9
FBXL3 - f-box and leucine-rich repeat protein 3
STOX2 - storkhead box 2
ITIH4 - inter-alpha-trypsin inhibitor heavy chain family, member 4
GIPC2 - gipc pdz domain containing family, member 2
PSTK - phosphoseryl-trna kinase
SCN9A - sodium channel, voltage-gated, type ix, alpha subunit
KMO - kynurenine 3-monooxygenase (kynurenine 3-hydroxylase)
ST6GAL2 - st6 beta-galactosamide alpha-2,6-sialyltranferase 2
RNF125 - ring finger protein 125, e3 ubiquitin protein ligase
TRIP11 - thyroid hormone receptor interactor 11
ASPA - aspartoacylase
STMN1 - stathmin 1
ZNRF3 - zinc and ring finger 3
C1QTNF4 - c1q and tumor necrosis factor related protein 4
PCDH17 - protocadherin 17
FAT4 - fat atypical cadherin 4
TRHDE - thyrotropin-releasing hormone degrading enzyme
FERMT2 - fermitin family member 2
XIRP2 - xin actin-binding repeat containing 2
FOSL2 - fos-like antigen 2
ANXA3 - annexin a3
FIGN - fidgetin
ZNF217 - zinc finger protein 217
HPGDS - hematopoietic prostaglandin d synthase
PCIF1 - pdx1 c-terminal inhibiting factor 1
FCER1A - fc fragment of ige, high affinity i, receptor for; alpha polypeptide
FPGT - fucose-1-phosphate guanylyltransferase
GART - phosphoribosylglycinamide formyltransferase, phosphoribosylglycinamide synthetase, phosphoribosylaminoimidazole synthetase
CSRP2 - cysteine and glycine-rich protein 2
PDE4B - phosphodiesterase 4b, camp-specific
ZNF483 - zinc finger protein 483
|
| GO:0032502 |
developmental process |
6.7E-4 |
4.12E-1 |
1.65 (941,230,82,33) |
[+] Show genes
EMP1 - epithelial membrane protein 1
PURA - purine-rich element binding protein a
NKX2-3 - nk2 homeobox 3
NHSL1 - nhs-like 1
ITGA2 - integrin, alpha 2 (cd49b, alpha 2 subunit of vla-2 receptor)
SPP1 - secreted phosphoprotein 1
SRR - serine racemase
RMI1 - recq mediated genome instability 1
MLF1 - myeloid leukemia factor 1
STOX2 - storkhead box 2
KMO - kynurenine 3-monooxygenase (kynurenine 3-hydroxylase)
LOX - lysyl oxidase
VWDE - von willebrand factor d and egf domains
TRIP11 - thyroid hormone receptor interactor 11
SHISA2 - shisa family member 2
STMN1 - stathmin 1
ZNRF3 - zinc and ring finger 3
PPP3CA - protein phosphatase 3, catalytic subunit, alpha isozyme
EZR - ezrin
FAT4 - fat atypical cadherin 4
FERMT2 - fermitin family member 2
XIRP2 - xin actin-binding repeat containing 2
FOSL2 - fos-like antigen 2
KDM6A - lysine (k)-specific demethylase 6a
ANXA3 - annexin a3
ST8SIA4 - st8 alpha-n-acetyl-neuraminide alpha-2,8-sialyltransferase 4
GJA1 - gap junction protein, alpha 1, 43kda
CXADR - coxsackie virus and adenovirus receptor
TRIM13 - tripartite motif containing 13
BMPR1B - bone morphogenetic protein receptor, type ib
GART - phosphoribosylglycinamide formyltransferase, phosphoribosylglycinamide synthetase, phosphoribosylaminoimidazole synthetase
TOPORS - topoisomerase i binding, arginine/serine-rich, e3 ubiquitin protein ligase
CSRP2 - cysteine and glycine-rich protein 2
|
| GO:0065007 |
biological regulation |
6.87E-4 |
3.8E-1 |
1.28 (941,566,82,63) |
[+] Show genes
GNG11 - guanine nucleotide binding protein (g protein), gamma 11
PURA - purine-rich element binding protein a
IFIT1 - interferon-induced protein with tetratricopeptide repeats 1
CAMSAP2 - calmodulin regulated spectrin-associated protein family, member 2
TRIM24 - tripartite motif containing 24
NKX2-3 - nk2 homeobox 3
PRR16 - proline rich 16
SPP1 - secreted phosphoprotein 1
CD274 - cd274 molecule
RMI1 - recq mediated genome instability 1
MLF1 - myeloid leukemia factor 1
SLC25A37 - solute carrier family 25 (mitochondrial iron transporter), member 37
SELP - selectin p (granule membrane protein 140kda, antigen cd62)
LOX - lysyl oxidase
SHISA2 - shisa family member 2
YIPF5 - yip1 domain family, member 5
PPP3CA - protein phosphatase 3, catalytic subunit, alpha isozyme
SLC1A6 - solute carrier family 1 (high affinity aspartate/glutamate transporter), member 6
EZR - ezrin
PPP2R2B - protein phosphatase 2, regulatory subunit b, beta
KDM6A - lysine (k)-specific demethylase 6a
GJA1 - gap junction protein, alpha 1, 43kda
ZNF792 - zinc finger protein 792
CYSLTR1 - cysteinyl leukotriene receptor 1
ABI3BP - abi family, member 3 (nesh) binding protein
CXADR - coxsackie virus and adenovirus receptor
TRIM13 - tripartite motif containing 13
BMPR1B - bone morphogenetic protein receptor, type ib
PRTG - protogenin
TOPORS - topoisomerase i binding, arginine/serine-rich, e3 ubiquitin protein ligase
CCPG1 - cell cycle progression 1
AP1AR - adaptor-related protein complex 1 associated regulatory protein
KBTBD7 - kelch repeat and btb (poz) domain containing 7
ITGA2 - integrin, alpha 2 (cd49b, alpha 2 subunit of vla-2 receptor)
HCFC2 - host cell factor c2
MEG3 - maternally expressed 3 (non-protein coding)
CNNM2 - cyclin m2
RASSF9 - ras association (ralgds/af-6) domain family (n-terminal) member 9
FBXL3 - f-box and leucine-rich repeat protein 3
STOX2 - storkhead box 2
ITIH4 - inter-alpha-trypsin inhibitor heavy chain family, member 4
KMO - kynurenine 3-monooxygenase (kynurenine 3-hydroxylase)
SCN9A - sodium channel, voltage-gated, type ix, alpha subunit
RNF125 - ring finger protein 125, e3 ubiquitin protein ligase
TRIP11 - thyroid hormone receptor interactor 11
ASPA - aspartoacylase
STMN1 - stathmin 1
C1QTNF4 - c1q and tumor necrosis factor related protein 4
ZNRF3 - zinc and ring finger 3
PCDH17 - protocadherin 17
FAT4 - fat atypical cadherin 4
FERMT2 - fermitin family member 2
TRHDE - thyrotropin-releasing hormone degrading enzyme
FOSL2 - fos-like antigen 2
ANXA3 - annexin a3
FIGN - fidgetin
HPGDS - hematopoietic prostaglandin d synthase
ZNF217 - zinc finger protein 217
PCIF1 - pdx1 c-terminal inhibiting factor 1
FCER1A - fc fragment of ige, high affinity i, receptor for; alpha polypeptide
GART - phosphoribosylglycinamide formyltransferase, phosphoribosylglycinamide synthetase, phosphoribosylaminoimidazole synthetase
ZNF483 - zinc finger protein 483
PDE4B - phosphodiesterase 4b, camp-specific
|
| GO:0033993 |
response to lipid |
9.12E-4 |
4.59E-1 |
3.02 (941,38,82,10) |
[+] Show genes
ANXA3 - annexin a3
LOX - lysyl oxidase
GJA1 - gap junction protein, alpha 1, 43kda
ITGA2 - integrin, alpha 2 (cd49b, alpha 2 subunit of vla-2 receptor)
SPP1 - secreted phosphoprotein 1
CD274 - cd274 molecule
SRR - serine racemase
PDE4B - phosphodiesterase 4b, camp-specific
KMO - kynurenine 3-monooxygenase (kynurenine 3-hydroxylase)
SELP - selectin p (granule membrane protein 140kda, antigen cd62)
|
| GO:1901565 |
organonitrogen compound catabolic process |
9.95E-4 |
4.59E-1 |
3.23 (941,32,82,9) |
[+] Show genes
ASPA - aspartoacylase
FBXL3 - f-box and leucine-rich repeat protein 3
FAH - fumarylacetoacetate hydrolase (fumarylacetoacetase)
TRIM24 - tripartite motif containing 24
TRIM13 - tripartite motif containing 13
TRHDE - thyrotropin-releasing hormone degrading enzyme
TOPORS - topoisomerase i binding, arginine/serine-rich, e3 ubiquitin protein ligase
PDE4B - phosphodiesterase 4b, camp-specific
KMO - kynurenine 3-monooxygenase (kynurenine 3-hydroxylase)
|


|
ActionComponents
04.05.00
Customizable UI and time-saving tools for iOS development with Xamarin and Visual Studio.
|
ActionComponents.ACSlider is a custom slider control designed to operate like the brightness and contrast sliders built into the iPhone Control Center. The FillPercent
property gets or sets the percentage that the slider is filled (from 0% to 100%). If the user taps of drags in the control (from top to bottom) the FillPercent
will be adjusted accordingly and the ValueChanged
,Touched
, Moved
, and/or Released
events will be raised.
More...
Public Member Functions | |
| ACSlider () | |
| Initializes a new instance of the T:ActionComponents.ACSlider class. More... | |
| ACSlider (NSCoder coder) | |
| Initializes a new instance of the ActionComponents.ACSlider class. More... | |
| ACSlider (NSObjectFlag flag) | |
| Initializes a new instance of the ActionComponents.ACSlider class. More... | |
| ACSlider (CGRect bounds) | |
| Initializes a new instance of the ActionComponents.ACSlider class. More... | |
| ACSlider (IntPtr ptr) | |
| Initializes a new instance of the ActionComponents.ACSlider class. More... | |
| override void | Draw (CGRect rect) |
| Draws the slider in its current configuration. More... | |
| override void | TouchesBegan (NSSet touches, UIEvent evt) |
| Sent when one or more fingers touches the screen. More... | |
| override void | TouchesMoved (NSSet touches, UIEvent evt) |
| Sent when the ActionComponents.ACView is being dragged More... | |
| override void | TouchesEnded (NSSet touches, UIEvent evt) |
| Send when one or more fingers are lifted from the screen. More... | |
| delegate void | ACSliderTouchedDelegate (ACSlider view) |
| Occurs when this ActionComponents.ACSlider is touched. More... | |
| delegate void | ACSliderMovedDelegate (ACSlider view) |
| Occurs when this ActionComponents.ACSlider is moved. More... | |
| delegate void | ACSliderReleasedDelegate (ACSlider view) |
| Occurs when this ActionComponents.ACSlider is released. More... | |
| delegate void | ACSliderValueChanged (int fillPercent) |
| Occurs when this ActionComponents.ACSlider value changes. More... | |
Properties | |
| Object | tag [get, set] |
| Gets or sets the [OPTIONAL] tag that can be assosciated with this ActionComponents.ACSlider. More... | |
| float | FillPercent [get, set] |
| Gets or sets the fill percent from 0% to 100%. More... | |
| UIColor | BorderColor [get, set] |
| Gets or sets the color of the border. More... | |
| UIColor | BodyColor [get, set] |
| Gets or sets the color of the body. More... | |
| UIColor | FillColor [get, set] |
| Gets or sets the color of the fill. More... | |
| UIImage | Icon [get, set] |
| Gets or sets the optional icon displayed at the bottom of the control. More... | |
Events | |
| ACSliderTouchedDelegate | Touched |
| ACSliderMovedDelegate | Moved |
| ACSliderReleasedDelegate | Released |
| ACSliderValueChanged | ValueChanged |
ActionComponents.ACSlider is a custom slider control designed to operate like the brightness and contrast sliders built into the iPhone Control Center. The FillPercent
property gets or sets the percentage that the slider is filled (from 0% to 100%). If the user taps of drags in the control (from top to bottom) the FillPercent
will be adjusted accordingly and the ValueChanged
,Touched
, Moved
, and/or Released
events will be raised.
The ActionComponents.ACSlider is designed to be drawn vertically and the minimum width should not be less than 50 pixels.
| ActionComponents.ACSlider.ACSlider | ( | ) |
Initializes a new instance of the T:ActionComponents.ACSlider class.
| ActionComponents.ACSlider.ACSlider | ( | NSCoder | coder | ) |
Initializes a new instance of the ActionComponents.ACSlider class.
| coder | Coder. |
| ActionComponents.ACSlider.ACSlider | ( | NSObjectFlag | flag | ) |
Initializes a new instance of the ActionComponents.ACSlider class.
| flag | Flag. |
| ActionComponents.ACSlider.ACSlider | ( | CGRect | bounds | ) |
Initializes a new instance of the ActionComponents.ACSlider class.
| bounds | Bounds. |
| ActionComponents.ACSlider.ACSlider | ( | IntPtr | ptr | ) |
Initializes a new instance of the ActionComponents.ACSlider class.
| ptr | Ptr. |
| delegate void ActionComponents.ACSlider.ACSliderMovedDelegate | ( | ACSlider | view | ) |
Occurs when this ActionComponents.ACSlider is moved.
| delegate void ActionComponents.ACSlider.ACSliderReleasedDelegate | ( | ACSlider | view | ) |
Occurs when this ActionComponents.ACSlider is released.
| delegate void ActionComponents.ACSlider.ACSliderTouchedDelegate | ( | ACSlider | view | ) |
| delegate void ActionComponents.ACSlider.ACSliderValueChanged | ( | int | fillPercent | ) |
Occurs when this ActionComponents.ACSlider value changes.
| override void ActionComponents.ACSlider.Draw | ( | CGRect | rect | ) |
Draws the slider in its current configuration.
| rect | The bounds of the control. |
| override void ActionComponents.ACSlider.TouchesBegan | ( | NSSet | touches, |
| UIEvent | evt | ||
| ) |
Sent when one or more fingers touches the screen.
<Docs>Set containing the touches.</Docs>
| touches | Touches. |
| evt | Evt. |
| override void ActionComponents.ACSlider.TouchesEnded | ( | NSSet | touches, |
| UIEvent | evt | ||
| ) |
Send when one or more fingers are lifted from the screen.
<Docs>Set containing the touches.</Docs>
| touches | Touches. |
| evt | Evt. |
| override void ActionComponents.ACSlider.TouchesMoved | ( | NSSet | touches, |
| UIEvent | evt | ||
| ) |
Sent when the ActionComponents.ACView is being dragged
<Docs>Set containing the touches.</Docs>
| touches | Touches. |
| evt | Evt. |
|
getset |
Gets or sets the color of the body.
The color of the body.
|
getset |
Gets or sets the color of the border.
The color of the border.
|
getset |
Gets or sets the color of the fill.
The color of the fill.
|
getset |
Gets or sets the fill percent from 0% to 100%.
The fill percent.
|
getset |
Gets or sets the optional icon displayed at the bottom of the control.
The icon.
|
getset |
Gets or sets the [OPTIONAL] tag that can be assosciated with this ActionComponents.ACSlider.
The tag.
| ACSliderMovedDelegate ActionComponents.ACSlider.Moved |
| ACSliderReleasedDelegate ActionComponents.ACSlider.Released |
| ACSliderTouchedDelegate ActionComponents.ACSlider.Touched |
| ACSliderValueChanged ActionComponents.ACSlider.ValueChanged |


(read this presentation only with code samples!)
Calculate partially invalid string with operations: "28*32***32**39"
Imperative style = actions that change state from initial state to result
expr, res = "28*32***32**39", 1
for t in expr.split("*"):
if t != "":
res *= int(t)
print res
"28*32***32**39", 1
"28", 1
"32", 28
"", 896
"", 896
"32", 896
"", 28672
"39", 28672
1118208
Functional style = apply transformation (and compositions)
from operator import mul
expr = "28*32***32**39"
print reduce(mul, map(int, filter(bool, expr.split("*"))), 1)
"28*32***32**39"
["28","32","","","32","","39"]
["28","32","32","39"]
[28,32,32,39]
1118208
(our focus in red)
In programming language theory, lazy evaluation or call-by-need is an evaluation strategy which delays the evaluation of an expression until its value is needed (non-strict evaluation) and which also avoids repeated evaluations (sharing)
Benefits:
We need: create new list, change element at position
In [1]: update
Out[1]: function __main__.update
In [2]: update([1,2,3], (0, 10))
Out[2]: [10, 2, 3]
In [3]: update([1,2,3], (0, 10), (1, 20), (3, 30))
Out[3]: [10, 20, 3]
Implementation. Think twice!
def update(container, *pairs):
"""
Create copy of given container, chagning one (or more) elements.
Creating of new list is necessary here, cause we don't want to
deal with mutable data structure in current situation - it
will be too problematic to keep everything working with many
map/reduce operations if data will be mutable.
"""
def pair(left, right):
pos, el = right
# todo: use takewhile/dropwhile or write "split-at" helper
return [(s if i != pos else el) for i, s in enumerate(left)]
return reduce(pair, pairs, container)
We need: wrap generator to "reuse" yields
In [4]: def gen():
...: yield 1
...: yield 2
...: yield 3
...:
In [5]: g = gen()
In [6]: list(g)
Out[6]: [1, 2, 3]
In [7]: list(g)
Out[7]: []
In [11]: glazy = lazy(gen)
In [12]: list(glazy)
Out[12]: [1, 2, 3]
In [13]: list(glazy)
Out[13]: [1, 2, 3]
Implementation
class lazy:
def __init__(self, origin, state=None):
self._origin = origin() if callable(origin) else origin
self._state = state or []
self._finished = False
def __iter__(self):
return self if not self._finished else iter(self._state)
def __next__(self):
try:
n = next(self._origin)
except StopIteration as e:
self._finished = True
raise e
else:
self._state.append(n)
return n
fibs = 0 : 1 : zipWith (+) fibs (tail fibs)
Usage:
Prelude> take 10 fibs
[0,1,1,2,3,5,8,13,21,34]
Prelude> take 20 fibs
[0,1,1,2,3,5,8,13,21,34,55,89,144,233,377,610,987,1597,2584,4181]
user> (def fib (lazy-cat [0 1] (map + fib (rest fib))))
user> (take 10 fib)
(0 1 1 2 3 5 8 13 21 34)
user> (take 20 fib)
(0 1 1 2 3 5 8 13 21 34 55 89 144 233 377<PHONE_NUMBER> 2584 4181)
def fibs: Stream[Int] =
0 #:: 1 #:: fibs.zip(fibs.tail).map{case (a,b) => a + b}
Usage:
scala> fibs(10)
res0: Int = 55
scala> fibs.take(10).toArray
res1: Array[Int] = Array(0, 1, 1, 2, 3, 5, 8, 13, 21, 34)
scala> fibs.take(20).toArray
res2: Array[Int] = Array(0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, 144, 233, 377, 610, 987, 1597, 2584, 4181)
def fib():
a, b = 0, 1
while True:
yield a
a, b = b, a+b
Usage:
>>> from itertools import islice
>>> print list(islice(fib(), 10))
[0, 1, 1, 2, 3, 5, 8, 13, 21, 34]
>>> print list(islice(fib(), 20))
[0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, 144, 233, 377, 610, 987, 1597, 2584, 4181]
Lazy, imperative
Our goal:
f = Stream()
fib = f << [0, 1] << map(add, f, drop(1, f))
assert list(take(10, fib)) == [0,1,1,2,3,5,8,13,21,34]
assert fib[20] == 6765
assert fib[30:35] == [832040,1346269,2178309,3524578,5702887]
Lazy, declarative
Stream implementation:
https://github.com/kachayev/talks/kharkivpy#6