Studying specific region and making beautiful plot¶
While PDS_Extractor
has been designed to facilitate the extraction
of data, Structure
is more related to the visualization of these
data. It contains three Class:
- Area: Use to study random region at the lunar surface
- Crater: Use to study specific impact crater at the lunar surface
- Dome: Use to study specific low-slope dome at the lunar surface
Area¶
This class aim to study a specific location at the surface of the Moon through images and its topography. Indeed, given a region of interest defined by its centered (longitude,latitude) and a radius (km), the class allows to plot different information:
lola_image
realize a plot of the region topographywac_image
realize an image of the regionoverlay
realize an overlay of the image with its topographydraw_profile
allows to plot different topographic profile along with the map where you can visualize the trace.
For instance, if we take back the region of interest and decide to really plot the overlay this time, we can do:
from Structure import Area
%matplotlib inline
region = Area(120,-60,5)
region.ppdlola = 64
region.ppdwac = 64
region.overlay(True, 'region.png')
This two line of code produce the image below
If you want to zoom in, simply change the size of the window:
region.change_window(1)
region.overlay(True, 'region_zoomed_in.png')
Outside of plotting the topography or the image alone, the method
draw_profile
is of particular interest to get some insight into
the topography. It can be used as follows:
midlon = (region.window[0]+region.window[1])/2.0
midlat = (region.window[2]+region.window[3])/2.0
profile1 = (midlon,midlon,region.window[2],region.window[3]) #Vertical profile
profile2 = (region.window[0],region.window[1],midlat,midlat) #Horizontal profile
region.draw_profile((profile1,profile2,region.window,))
which results in three nice topographic profiles along with a map with their corresponding trace.
Crater¶
This class is specifically designed to work with lunar impact craters. Indeed, the library integrates a table containing information about all referenced impact craters on the Moon. It is a compilation of the data from Salamuniccar et al, 2011, Jozwiak et al, 2015 and Losiak et al, 2009.
The table references six features for each feature which are also set as attribute of the class:
- name: Name of the crater is exist
- lat0: Center latitude of the crater (degree)
- lon0: Center longitude of the crater (degree)
- diameter: Crater diameter (km)
- type: 1 if the crater is a floor-fractured crater, 0 otherwise
- radius: Radius of the crater (km)
- index: index in the table
For instance, say we want to study the crater Copernicus, a 93 km in diameter normal crater, simply use:
Copernicus = Crater('name','Copernicus')
As it is based on the Area class, it inherits all of these method and the example shown above can be taken for working here as well. In particular, you can easily figure what does it looks like:
Copernicus.overlay()
If you are not familiar with their name, you can also use their index in the table such that:
RandomCrater = Crater('index',53)
Also, you can access to the table by using the method craters
of
this class. For instance, using:
df = RandomCrater.craters()
will store the table in a pandas dataframe named df.
Dome¶
This class is build in a similar fashion the the Crater
class but
contains information about low-slope domes. To get the corresponding
table, simply used its method domes
.
For instance, the dome called M13 looks like:
M13 = Dome('name','M13')
M13.ppdlola = 64
M13.ppdwac = 64
M13.overlay(True, os.path.join(imagep,'M13.png'))
Index¶
-
class
pdsimage.Structure.
Area
(lon0, lat0, Size, path_pdsfile='/Users/thorey/miniconda2/envs/bayescrat/lib/python2.7/site-packages/pdsimage/PDS_FILES')¶ Bases:
object
A class which gather information on a specific location
It is particularly useful to study a particular location at the surface of the Moon. For the moment, it can gather information about the topography (from LRO LOLA experiment) and texture (from the LRO WAC experiment). More information about the Lunar Reconnaissance Orbiter mission (LRO) can be found here
Parameters: - lon0 (float) – Center longitude of the region of interest.
- lat0 (float) – Center latitude of the region of interest.
- size (float) – Radius of the region of interest.
- path_pdsfiles (Optional[str]) –
Path where the pds files are stored. Defaults, the path is set to the folder
PDS_FILES
next to the module files where the library is install.See
defaut_pdsfile
variable of the class.
-
path_pdsfiles
¶ Path where the pds_files are stored.
-
lon0
¶ float – Longitude of the region of interest.
-
lat0
¶ float – Latitude of the region of interest.
-
ppdlola
¶ int – Resolution for the topography
-
ppdwac
¶ int – Resolution for the WAC image
-
size_window
¶ float – Radius of the region of interest (km)
-
window
¶ float,float,float,float –
(longll, longtr, latll, lattr)
with:longll
the longitude of the lower left cornerlongtr
the longitude of the top right cornerlatll
the latitude of the lower left cornerlattr
the latitude of the top right corner
Note
It is important to respect the structure of the PDS_FILES folder. It should contain 2 subfolder called
LOLA
andLROC_WAC
where the corresponding images should be download.The abreviations correspond to:
- LRO Lunar Reconnaissance Orbiter
- LOLA Lunar Orbiter Laser Altimeter
- LROC Lunar Reconnaissance Orbiter Camera
- WAC Wide Angle Camera
Example
For instance, say we want to get an overlay, the topography drawn over an wide angle camera image, of a region centred around 10 East and 10 North of about 20 km
>>> C = Area(10,10,20) >>> C.overlay()
-
change_window
(size_window)¶ Change the region of interest
Parameters: size_window (float) – Radius of the region of interest (km) Notes
Change the attributes
size_window
andwindow
to correspond to the new region of interest.
-
cylindrical_window
(radius, lat0, long0)¶ Cylindrical projection of a window centered at (lat0, long0) with a given radius (km).
Parameters: - radius (float) – Radius of the window (km).
- lat0 (float) – Latitude at the center (degree).
- long0 (float) – Longitude at the center (degree).
Returns: A tuple
(longll, longtr, latll, lattr)` with ``longll
the longitude of the lower left corner,longtr
the longitude of the top right corner,latll
the latitude of the lower left corner andlattr
the latitude of the top right corner.Note
All return coordinates are in degree
-
defaut_pdsfile
= '/Users/thorey/miniconda2/envs/bayescrat/lib/python2.7/site-packages/pdsimage/PDS_FILES'¶
-
draw_profile
(coordinates, num_points=500, save=False, name='BaseProfile.png')¶ Draw a profile between a point (lon0,lat0) and (lon1,lat1).
Parameters: - coordinates –
Tupples which list the different desired profiles.
Each profil has to be defined as a tupple which follows (lon0,lon1,lat0,lat1) with (lon0,lat0) the first point coordintes and (lon1,lat1) the second point coordinates. Both in degree.
- num_points (Optional[int]) – Number of points to use in the interpolation process. Defaults to 100.
- save (Optional[bool]) – Weither or not to save the image. Defaults to False.
- name (Optional[str]) – Absolut path to save the resulting image. Default to ‘BaseProfile.png’ in the working directory.
Example
Here is an example for a region located (10E,10N) 20 km in diameter with three different profiles:
- One North-South
- One East-West
- One inclined
>>> Region = Area(10,10,20) >>> midlon = (Region.window[0]+Region.window[1])/2.0 >>> midlat = (Region.window[2]+Region.window[3])/2.0 >>> profile1 = (midlon,midlon,Region.window[2],Region.window[3]) >>> profile2 = (Region.window[0],Region.window[1],midlat,midlat) >>> Region.draw_profile((profile1,profile2,Region.window,))
Warning
If only one profile is given,
coordinates = (profile1,)
. If more than one is given, usecoordinates = (profile1,profile2,profile3,)
IF YOU DECIDE TO CHANGE THE PATH, YOU HAVE TO WRITE region.draw_profile(
(profile1,profile2,region.window,), save = True, name = newpath)FOR SOME REASON, USING ONLY region.draw_profile(
(profile1,profile2,region.window,), True, newpath)IS NOT WORKING
- coordinates –
-
get_arrays
(type_img)¶ Return arrays the region of interest
Parameters: type_img (str) – Either lola or wac. Returns: A tupple of three arrays (X,Y,Z)
withX
contains the longitudes,Y
contains the latitude andZ
the values extracted for the region of interest.Note
The argument has to be either lola or wac. Note case sensitive. All return arrays have the same size.
All coordinates are in degree.
-
get_profile
(img_type, coordinate, num_points)¶ Extract a profile from (lat1,lon1) to (lat2,lon2)
Parameters: - img_type (str) – Either lola or wac.
- coordinate (float,float,float,flaot) –
A tupple
(lon0,lon1,lat0,lat1)
with:- lon0: First point longitude
- lat0: First point latitude
- lon1: Second point longitude
- lat1: Second point latitude
- num_points (int) – Number of points to use in the interpolation process.
Note
Be carefull, longitude has to be in between 0-360 !
-
lambert_window
(radius, lat0, long0)¶ Square Lambert Azimuthal equal area projection of a window centered at (lat0, long0) with a given radius (km).
Parameters: - radius (float) – Radius of the window (km).
- lat0 (float) – Latitude at the center (degree).
- long0 (float) – Longitude at the center (degree).
Returns: A tuple
(longll, longtr, latll, lattr)
withlongll
the longitude of the lower left corner,longtr
the longitude of the top right corner,latll
the latitude of the lower left corner andlattr
the latitude of the top right corner.Note
All return coordinates are in degree
-
lola_image
(save=False, name='BaseLola.png')¶ Draw the topography of the region of interest
Parameters: - save (Optional[bool]) – Weither or not to save the image. Defaults to False.
- name (Optional[str]) – Absolut path to save the resulting image. Default to ‘BaseLola.png’ in the working directory.
Returns: An image correponding to the region tography. Realized from the data taken by the LOLA instrument on board of LRO.
Note
Nice to use in a jupyter notebook with
%matplotib inline
activated.Feel free to modify this method to plot exactly what you need.
-
overlay
(save=False, name='Baseoverlay.png')¶ Draw the topography over a wide angle image of the region
Parameters: - save (Optional[bool]) – Weither or not to save the image. Defaults to False.
- name (Optional[str]) – Absolut path to save the resulting image. Default to ‘Baseoverlay.png’ in the working directory.
Returns: An image corresponding to an overaly of the topography and a wide angle image. Realized from the data taken by the LOLA and LROC instrument on board of LRO.
Note
Nice to use in a jupyter notebook with
%matplotib inline
activated.Feel free to modify this method to plot exactly what you need.
-
wac_image
(save=False, name='BaseWac.png')¶ Draw the wide angle image of the region of interest
Parameters: - save (Optional[bool]) – Weither or not to save the image. Defaults to False.
- name (Optional[str]) – Absolut path to save the resulting image. Default to ‘BaseWac.png’ in the working directory.
Returns: An image corresponding to the region wide angle image. Realized from the data taken by the LROC instrument on board of LRO.
Note
Nice to use in a jupyter notebook with
%matplotib inline
activated.Feel free to modify this method to plot exactly what you need.
-
class
pdsimage.Structure.
Crater
(ide, idx, path_pdsfile='/Users/thorey/miniconda2/envs/bayescrat/lib/python2.7/site-packages/pdsimage/PDS_FILES')¶ Bases:
pdsimage.Structure.Area
A class which gathers information on impact crater.
It is particularly useful to study a particular impact crater at the lunar surface. For the moment, it can gather information about its topography (from LRO LOLA experiment) and texture (from the LRO WAC experiment). More information about the Lunar Reconnaissance Orbiter mission (LRO) can be found here
Parameters: - ide (str) –
"name"
if you use the crater name or"index"
if you use its index in the table. - idx – Name of the crater if you fill
"name"
as a first parameter or its index in the table if you fill"index"
as a first parameter. - path_pdsfiles (Optional[str]) –
Path where the pds files are stored. Defaults, the path is set to the folder
PDS_FILES
next to the module files where the library is install.See
defaut_pdsfile
variable of the class.
-
path_pdsfiles
¶ Path where the pds_files are stored.
-
ppdlola
¶ int – Resolution for the topography
-
ppdwac
¶ int – Resolution for the WAC image
-
racine
¶ str – Path where information about the impact crater dataset is stored as a table. Defaults to the folder Tables in the installation folder of the library.
-
craters
¶ Pandas dataframes containing the information of all impact craters.
-
name
¶ str – Name of the crater considered.
-
lat0
¶ float – Latitude of the crater center (degree)
-
lon0
¶ float – Longitude of the crater center (degree)
-
diameter
¶ float – Crater diameter (km)
-
type
¶ int – 1 if the crater is a Floor-fractured crater, 0 otherwise
-
radius
¶ float – Radius of the crater (km)
-
index
¶ str – Index of the crater in the table
-
size_window
¶ float – Radius of the region of interest (km). Defaults to 80 % of the crater diameter.
-
window
¶ float,float,float,float –
(longll, longtr, latll, lattr)
with:longll
the longitude of the lower left cornerlongtr
the longitude of the top right cornerlatll
the latitude of the lower left cornerlattr
the latitude of the top right corner
Note
It is important to respect the structure of the PDS_FILES folder. It should contain 2 subfolder called
LOLA
andLROC_WAC
where the corresponding images should be download.The abreviations correspond to:
- LRO Lunar Reconnaissance Orbiter
- LOLA Lunar Orbiter Laser Altimeter
- LROC Lunar Reconnaissance Orbiter Camera
- WAC Wide Angle Camera
Example
For instance, say we want to get an overlay, the topography drawn over a wide angle camera image, of the famous crater Copernicus
>>> C = Crater('name','Copernicus') >>> C.overlay()
- ide (str) –
-
class
pdsimage.Structure.
Dome
(ide, idx, path_pdsfile='/Users/thorey/miniconda2/envs/bayescrat/lib/python2.7/site-packages/pdsimage/PDS_FILES')¶ Bases:
pdsimage.Structure.Area
A class which gathers information on lunar low-slope dome.
It is particularly useful to study a particular low-slope dome at the lunar surface. For the moment, it can gather information about its topography (from LRO LOLA experiment) and texture (from the LRO WAC experiment). More information about the Lunar Reconnaissance Orbiter mission (LRO) can be found here
Parameters: - ide (str) –
"name"
if you use the dome name or"index"
if you use its index in the table. - idx – Name of the dome if you fill
"name"
as a first parameter or its index in the table if you fill"index"
as a first parameter. - path_pdsfiles (Optional[str]) –
Path where the pds files are stored. Defaults, the path is set to the folder
PDS_FILES
next to the module files where the library is install.See
defaut_pdsfile
variable of the class.
-
path_pdsfiles
¶ Path where the pds_files are stored.
-
ppdlola
¶ int – Resolution for the topography
-
ppdwac
¶ int – Resolution for the WAC image
-
racine
¶ str – Path where information about the low-slope dome dataset is stored as a table. Defaults to the folder Tables in the installation folder of the library.
-
domes
¶ Pandas dataframes containing the information about the low-slope domes.
-
name
¶ str – Name of the crater considered.
-
lat0
¶ float – Latitude of the dome center (degree)
-
lon0
¶ float – Longitude of the dome center (degree)
-
diameter
¶ float – Dome diameter (km)
-
radius
¶ float – Radius of the crater (km)
-
diameter_err
¶ float – Error on the diameter (km)
-
thickness
¶ float – Dome thickness (km)
-
thickness_err
¶ float – Error on the dome thickness (km)
-
index
¶ str – Index of the dome in the table
-
size_window
¶ float – Radius of the region of interest (km). Defaults to 80 % of the crater diameter.
-
window
¶ float,float,float,float –
(longll, longtr, latll, lattr)
with:longll
the longitude of the lower left cornerlongtr
the longitude of the top right cornerlatll
the latitude of the lower left cornerlattr
the latitude of the top right corner
Note
It is important to respect the structure of the PDS_FILES folder. It should contain 2 subfolder called
LOLA
andLROC_WAC
where the corresponding images should be download.The abreviations correspond to:
- LRO Lunar Reconnaissance Orbiter
- LOLA Lunar Orbiter Laser Altimeter
- LROC Lunar Reconnaissance Orbiter Camera
- WAC Wide Angle Camera
Example
For instance, say we want to get an overlay, the topography drawn over an wide angle camera image, of the famous dome M13
>>> C = Dome('name','M13') >>> C.overlay()
- ide (str) –


Virus * 1/2 (out of * * * * )
Directed by John Bruno. Cast: Jamie Lee Curtis, William Baldwin, Donald Sutherland, Joanna Pacula, Marshall Bell. 1998 - 100 minutes. Rated R (for violence, gore, and profanity). Reviewed January 20, 1999.
"Virus" is the type of cliched, vacuous film that has been recylcled so many times before that you wonder why anyone would even bother putting work into making it. Strangely enough, on the same mid-January weekend last year, another film was released like this, "Deep Rising," about an ugly monster on a cruise liner. Prior movies with the almost exact same storyline include 1989's "Leviathan," 1989's "Deep Star Six," and all four "Alien" pictures. "Virus," in comparison, is a servicable thriller, well-made and produced, but since it doesn't include one moment of even remote originality or intelligence, it sinks under the weight of the water that the film was shot on.
Based on a series of comic books, "Virus" concerns the crew of an ocean salvage tugboat, which becomes extremely damaged during a violent typhoon. After discovering that the boat is slowly sinking, (un)lucky for them, a huge ocean vessel that appears to be dead in the water turns up within the confines of their radar screen. Once the team reaches the Russian ship, they go on board to find that the place is seemingly deserted. After turning the power back on, however, there gradually are signs that something else is on the ship, and the electrical equipment is oddly working by itself. One survivor finally does turn up, Nadia (Joanna Pacula), who informs the suicidal and stern captain (Donald Sutherland) and one of the crew, Kit Foster (Jamie Lee Curtis), that a mysterious alien life form hit the Santi Mir space station which then was transported down to the ship, taking over the minds of all of the electrical machines and thinking that humans are viruses that should be completely wiped out.
If "Virus" sounds like all of the previously mentioned movies, you're correct. Although the technical artistry is fairly impressive to bring the mechanical creature to life, the film itself doesn't appear to have a brain in its head. The film sticks so close to the worn-out conventions of the "creature" genre that it is amazing anyone would spend the money and time filming it when they could be making an original film.
The actors are all very good and have all proven their acting abilities in the past, but they are sorely wasted here and do not really even have characters to play. In her second return to horror in the last year, Jamie Lee Curtis once again proves to be a strong and resourceful heroine, but that is about it. Although 1998's "Halloween: H20" was also a disappointment, at least she was given a few scenes to develop a character, unlike here. Donald Sutherland has fallen on hard times recently by starring in thoroughly disposable films, such as 1994's "The Puppet Masters," although I just watched him in the superb 1978 sci-fi classic "Invasion of the Body Snatchers," where he was fabulous. The last of the three top-billers is William Baldwin, but it is fairly hard to say if he is good or not in the picture, since he has nothing to do.
Basically, "Virus" is another one of those films where a group of people walk around and investigate a space ship/ocean liner/haunted house until the deadly and equally grotesque and slimy creature pops up and kills them one-by-one. It is not the worst of its type, but it is far from one of the best, and when exactly are studios going to give up recycling such shameless and overdone plot gimmicks such as this? As long as some of them keep making money, I suspect the answer is never.
- Copyright 1999 by Dustin Putman Http://hometown.aol.com/FilmFan16/index.html
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


INFANTS TYLENOL- acetaminophen suspension
Johnson & Johnson Consumer Inc., McNeil Consumer Healthcare Division
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
Active ingredient (in each 5 mL)
Acetaminophen 160 mg
Purpose
Pain reliever/fever reducer
Uses
temporarily:
- reduces fever
- relieves minor aches and pains due to:
- the common cold
- flu
- headache
- sore throat
- toothache
Warnings
Liver warning
This product contains acetaminophen. Severe liver damage may occur if your child takes
- more than 5 doses in 24 hours, which is the maximum daily amount
- with other drugs containing acetaminophen.
Sore throat warning
if sore throat is severe, persists for more than 2 days, is accompanied or followed by fever, headache, rash, nausea, or vomiting, consult a doctor promptly.
Do not use
- with any other drug containing acetaminophen (prescription or nonprescription). If you are not sure whether a drug contains acetaminophen, ask a doctor or pharmacist.
- if your child is allergic to acetaminophen or any of the inactive ingredients in this product
Ask a doctor before use if your child has liver disease
Ask a doctor or pharmacist before use if your child is taking the blood thinning drug warfarin
Stop use and ask a doctor if
- pain gets worse or lasts more than 5 days
- fever gets worse or lasts more than 3 days
- new symptoms occur
- redness or swelling is present.
These could be signs of a serious condition.
Keep out of reach of children.
Overdose warning
In case of overdose, get medical help or contact a Poison Control Center right away. (1-800-222-1222) Quick medical attention is critical for adults as well as for children even if you do not notice any signs or symptoms.
Directions
- this product does not contain directions or complete warnings for adult use.
- do not give more than directed (see overdose warning)
- shake well before using
- mL = milliliter
- find right dose on chart. If possible, use weight to dose; otherwise, use age.
- push air out of syringe. Insert syringe tip into bottle opening
- flip bottle upside down. Pull yellow part of syringe to correct dose
- dispense liquid slowly into child's mouth, toward inner cheek
- repeat dose every 4 hours while symptoms last
- do not give more than 5 times in 24 hours
- replace cap tightly to maintain child resistance
Dosing Chart
| Weight (lb) |
Age (yr) |
Dose (mL)*
|
|
| under 24 |
under 2 years |
ask a doctor |
| 24-35 |
2-3 years |
5 mL |
Attention: use only enclosed syringe specifically designed for use with this product. Do not use any other dosing device.
Other information
- store between 20-25°C (68-77°F)
- do not use if carton tape imprinted "SAFETY SEAL®" or bottle wrap imprinted "SAFETY SEAL®" and "USE WITH ENCLOSED DOSING DEVICE ONLY" is broken or missing
Inactive ingredients
anhydrous citric acid, butylparaben, FD&C red no. 40, flavors, glycerin, high fructose corn syrup, microcrystalline cellulose and carboxymethylcellulose sodium, propylene glycol, purified water, sodium benzoate, sorbitol solution, sucralose, xanthan gum
Questions or comments?
call 1-877-895-3665 (toll-free) or<PHONE_NUMBER> (collect)
PRINCIPAL DISPLAY PANEL
See New Dosage & Directions
NDC 50580-223-02
Infants'
TYLENOL®
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Acetaminophen
Oral Suspension
Pain Reliever-Fever Reducer
INFANTS
NEW! Dosage
& Directions
Ibuprofen Free
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Use Only Enclosed Syringe
SimpleMeasure™
See label booklet for more information
2 fl oz (60 ml)
160 mg per 5 ml


Farfetch Earnings: FTCH Stock Rockets 29% on Q3 Results
FTCH beat EPS and revenue estimates
Farfetch (NYSE:FTCH) earnings for the fashion retailer’s third quarter of 2019 have FTCH stock heading higher on Friday. That’s thanks to its diluted losses per share of -28 cents. This is much better than Wall Street’s estimate of -37 cents for the quarter. Revenue of $255.48 million is also above analysts’ estimates of $255.40 million.
Let’s see what else changed in the Q3 Farfetch earnings report.
- Diluted per-share losses are 6.67% better than the -30 cents in Q3 2018.
- Revenue comes in 89.89% higher YoY than $134.54 million.
- An operating loss of -$79.90 million is 4.02% worse than -$76.81 million from the same time last year.
- The Farfetch earnings report also includes a net loss of -$85.46 million.
- This is 10.61% wider than the company’s net loss of -$77.26 million in the same period of the year prior.
Elliot Jordan, CFO of Farfetch, says this about the most recent FTCH stock earnings.
“Our third quarter 2019 results demonstrate focused execution against our core strategy, which resulted in strong digital platform GMV growth of 37% year-over-year, extending our market leading position, balanced with Order Contribution Margin increasing quarter-over-quarter to 31.3%.”
The Farfetch earnings also include an outlook for the fourth quarter of 2019. FTCH is expecting strong results with Digital Platform GMV growth of 30% to 35% YoY. It is also looking for Brand Platform GMV of $80 million to $90 million.
FTCH stock finished the day up 29.28% on Friday. However, the stock is down 56.91% since the start of the year.
As of this writing, William White did not hold a position in any of the aforementioned securities.


| HBASE-3445 |
Master crashes on data that was moved from different host |
Critical |
master |
James Kennedy |
stack |
| HBASE-3449 |
Server shutdown handlers deadlocked waiting for META |
Blocker |
. |
Todd Lipcon |
stack |
| HBASE-3456 |
Fix hardcoding of 20 second socket timeout down in HBaseClient |
Major |
. |
stack |
Andrew Purtell |
| HBASE-3476 |
HFile -m option need not scan key values |
Minor |
. |
Prakash Khemani |
Prakash Khemani |
| HBASE-3481 |
max seq id in flushed file can be larger than its correct value causing data loss during recovery |
Blocker |
. |
Kannan Muthukkaruppan |
ryan rawson |
| HBASE-3493 |
HMaster sometimes hangs during initialization due to missing notify call |
Major |
master |
Bruno Dumon |
Bruno Dumon |
| HBASE-3483 |
No soft flush trigger on global memstore limit |
Critical |
Performance, regionserver |
Todd Lipcon |
Todd Lipcon |
| HBASE-3494 |
checkAndPut implementation doesnt verify row param and writable row are the same |
Major |
. |
ryan rawson |
ryan rawson |
| HBASE-3416 |
For intra-row scanning, the update readers notification resets the query matcher and can lead to incorrect behavior |
Major |
regionserver |
Jonathan Gray |
Andrew Purtell |
| HBASE-3495 |
Shell is failing on subsequent split calls |
Major |
regionserver |
Lars George |
Lars George |
| HBASE-3502 |
Can't open region because can't open .regioninfo because AlreadyBeingCreatedException |
Critical |
. |
stack |
stack |
| HBASE-3330 |
Add publish of a snapshot to apache repo to our pom |
Major |
. |
stack |
stack |
| HBASE-3419 |
If re-transition to OPENING during log replay fails, server aborts. Instead, should just cancel region open. |
Critical |
regionserver, Zookeeper |
Jonathan Gray |
Jonathan Gray |
| HBASE-3499 |
Users upgrading to 0.90.0 need to have their .META. table updated with the right MEMSTORE_SIZE |
Blocker |
. |
Jean-Daniel Cryans |
|
| HBASE-3517 |
Store build version in hbase-default and verify at runtime |
Blocker |
. |
Todd Lipcon |
Todd Lipcon |
| HBASE-3524 |
NPE from CompactionChecker |
Blocker |
regionserver |
James Kennedy |
ryan rawson |
| HBASE-3525 |
mvn assembly is over-filling the hbase lib dir |
Major |
. |
stack |
stack |
| HBASE-3531 |
When under global memstore pressure, may try to flush unflushable regions in a tight loop |
Blocker |
. |
Todd Lipcon |
Todd Lipcon |


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- sanitizeStringData(String) - Static method in class botLot.dataSource.BotLotDS
-
Sanitizes strings for use in database connections.
- saveBotLot(BotLot) - Method in interface botLot.dataSource.BotLotDataSourceInterface
-
Saves the BotLot data given to the configured data location.
- saveBotLot(BotLot) - Method in class botLot.dataSource.BotLotXMLDS
-
- saveDataToMySQL(LotGraph) - Method in class botLot.dataSource.BotLotDS
-
Saves the graph data to a MySQL database.
- saveDataToSource(LotGraph) - Method in class botLot.dataSource.BotLotDS
-
Saves the LotGraph data to wherever this object is setup to save it to.
- saveDataToXML(LotGraph) - Method in class botLot.dataSource.BotLotDS
-
Saves the data given to an XML document at the location this object holds.
- saveGraph(LotGraph) - Method in interface botLot.dataSource.BotLotDataSourceInterface
-
Saves the graph data given to the configured data location.
- saveGraph(LotGraph) - Method in class botLot.dataSource.BotLotXMLDS
-
- serialVersionUID - Static variable in exception botLot.BotLotException
-
Unsure why exactly we need this.
- serialVersionUID - Static variable in exception botLot.dataSource.BotLotDSException
-
Unsure why exactly we need this.
- serialVersionUID - Static variable in exception botLot.lotGraph.LotGraphException
-
Unsure why exactly we need this.
- serialVersionUID - Static variable in exception botLot.lotGraph.LotNodeException
-
Unsure why exactly we need this.
- serialVersionUID - Static variable in exception botLot.lotGraph.LotPathException
-
Unsure why exactly we need this.
- serialVersionUID - Static variable in exception botLot.pathFinding.Algorithms.BotLotPFAlgException
-
Unsure why exactly we need this.
- serialVersionUID - Static variable in exception botLot.pathFinding.BotLotPFException
-
Unsure why exactly we need this.
- setActNumEdges(int) - Method in class botLot.lotGraph.LotNode
-
- setAll(BotLot) - Method in class botLot.pathFinding.Algorithms.BotLotPFAlgorithm
-
- setAll(LotGraph, LotNode, LotNode) - Method in class botLot.pathFinding.Algorithms.BotLotPFAlgorithm
-
- setAtt(String, String) - Method in class botLot.lotGraph.LotEdge
-
- setAtt(String, String) - Method in class botLot.lotGraph.LotNode
-
- setAtts(HashMap<String, String>) - Method in class botLot.lotGraph.LotEdge
-
- setAtts(HashMap<String, String>) - Method in class botLot.lotGraph.LotNode
-
- setClosestIncompleteNode(BotLot) - Static method in class botLot.pathFinding.BotLotPF
-
- setClosestIncompleteNode(BotLot, Collection<LotEdge>) - Static method in class botLot.pathFinding.BotLotPF
-
Sets the destNode in the given BotLot to the closest not complete node to the current node given.
- setClosestNotCompleteNode() - Method in class botLot.BotLot
-
Sets the destination node to the closest incomplete node.
- setCurNode(LotNode) - Method in class botLot.BotLot
-
- setCurNode(String) - Method in class botLot.BotLot
-
- setCurNode(int) - Method in class botLot.BotLot
-
- setCurNode(LotNode) - Method in class botLot.pathFinding.Algorithms.BotLotPFAlgorithm
-
Sets the current node.
- setCurNode(BotLot) - Method in class botLot.pathFinding.Algorithms.BotLotPFAlgorithm
-
Sets the current node to the one in the botLot given.
- setCurPath(LotPath) - Method in class botLot.BotLot
-
- setDestNode(LotNode) - Method in class botLot.BotLot
-
- setDestNode(String) - Method in class botLot.BotLot
-
- setDestNode(int) - Method in class botLot.BotLot
-
- setDestNode(LotNode) - Method in class botLot.pathFinding.Algorithms.BotLotPFAlgorithm
-
Sets the destination node.
- setDestNode(BotLot) - Method in class botLot.pathFinding.Algorithms.BotLotPFAlgorithm
-
Sets the current node to the one in the botLot given.
- setEdge(LotEdge, LotNode) - Method in class botLot.lotGraph.LotGraph
-
Sets a node's edge based on the given variables.
- setEdge(LotEdge, String) - Method in class botLot.lotGraph.LotGraph
-
Sets a node's edge based on the given variables.
- setEdge(LotEdge, int) - Method in class botLot.lotGraph.LotGraph
-
Sets a node's edge based on the given variables.
- setEdges(ArrayList<LotEdge>) - Method in class botLot.lotGraph.LotNode
-
Adds a list of edges.
- setEdgesToAvoid(Collection<LotEdge>) - Method in class botLot.pathFinding.Algorithms.BotLotPFAlgorithm
-
Sets the list of edges to avoid.
- setEndNode(LotNode) - Method in class botLot.lotGraph.LotEdge
-
Sets the Edges' end node (
endNode
).
- setFileLocation(String) - Method in class botLot.dataSource.BotLotXMLDS
-
Sets the location of the XML file to set.
- setGraph(LotGraph) - Method in class botLot.BotLot
-
Sets the graph data to the new graph data.
- setGraph(LotGraph) - Method in class botLot.pathFinding.Algorithms.BotLotPFAlgorithm
-
Sets the graph we are using.
- setGraph(BotLot) - Method in class botLot.pathFinding.Algorithms.BotLotPFAlgorithm
-
Sets the graph we are using using a BotLot object.
- setId(String) - Method in class botLot.lotGraph.LotEdge
-
- setId(String) - Method in class botLot.lotGraph.LotNode
-
- setMetric(double) - Method in class botLot.lotGraph.LotEdge
-
- setNodes(Collection<LotNode>) - Method in class botLot.lotGraph.LotGraph
-
- setPath(Collection<LotEdge>) - Method in class botLot.lotGraph.LotPath
-
- setPathWithNodes(Collection<LotNode>) - Method in class botLot.lotGraph.LotPath
-
Sets the current path to one given via a collection of nodes.
- setPathWithNodes(Collection<LotNode>, Collection<LotEdge>) - Method in class botLot.lotGraph.LotPath
-
Sets the current path to one given via a collection of nodes.
- setRand(Random, long) - Method in class botLot.lotGraph.LotGraph
-
Sets the random number generator.
- setRandSeed(long) - Method in class botLot.lotGraph.LotGraph
-
Sets the random number generator's seed and re-instantiates the generator with that seed.
- settledNodes - Variable in class botLot.pathFinding.Algorithms.BotLotPFDijkstra
-
- size() - Method in class botLot.lotGraph.LotPath
-
Gets the number of 'hops' in the path.
- sourceHasData() - Method in interface botLot.dataSource.BotLotDataSourceInterface
-
Checks if the data source has (valid) graph data inside it.
- sourceHasData() - Method in class botLot.dataSource.BotLotXMLDS
-


|
RTMHA Library
2020a
The Master Hearing Aid Algorithms for the OSP System.
|
Adaptive Filter Class. More...
#include <adaptive_filter.hpp>
Public Member Functions | |
| adaptive_filter (float *adaptive_filter_taps, size_t adaptive_filter_tap_len, size_t max_frame_size, int adaptation_type, float mu, float delta, float rho, float alpha, float beta, float p, float c, float power_estimate) | |
| Adaptive filter constructor. More... | |
| ~adaptive_filter () | |
| Adaptive filter destructor. | |
| int | update_taps (float *u_ref, float *e_ref, size_t ref_size) |
| To update the taps of this adaptive filter based on the reference signals u_ref and e_ref. More... | |
| size_t | get_max_frame_size () |
| Getting the maximum frame size. More... | |
| void | get_params (float &mu, float &rho, float &delta, float &alpha, float &beta, float &p, float &c, int &adaptation_type) |
| Getting all parameters from this adaptive filter. More... | |
| void | set_params (float mu, float rho, float delta, float alpha, float beta, float p, float c, int adaptation_type) |
| Setting all parameters from this adaptive filter. More... | |
| Public Member Functions inherited from filter | |
| filter (float *taps, size_t tap_size, circular_buffer *cir_buf, size_t max_buf_size) | |
| Filter constructor. More... | |
| ~filter () | |
| Filter destructor. | |
| int | set_taps (const float *taps, size_t buf_size) |
| Setting the filter taps. More... | |
| int | get_taps (float *taps, size_t buf_size) |
| Getting the filter taps. More... | |
| void | cirfir (float *data_in, float *data_out, size_t num_samp) |
| Getting the output of this FIR filter by performing frame-based convolution. More... | |
| size_t | get_size () |
| Getting the number of taps of this FIR filter. More... | |
| void | cirfir (float *data_out, size_t num_samp) |
| Frame-based convolution for FIR filtering. More... | |
Protected Member Functions | |
| int | get_adaptation_type () |
| A function to get the adaptation type. More... | |
| void | get_step_size_weights_IPNLMS (float *taps, float *step_size_weights, float alpha, float beta, float delta, size_t tap_len) |
| A function computing the step size control matrix for IPNLMS-l_0. More... | |
| void | get_step_size_weights_SLMS (float *taps, float *step_size_weights, float p, float c, size_t tap_len) |
| A function computing the step size control matrix for SLMS. More... | |
Adaptive Filter Class.
This adaptive filter class implements several popular LMS-based algorithms including Modified LMS [Greenberg, 1998], IPNLMS-l_0 [Paleologu et al., 2010] and SLMS [Lee et al., 2017].
Definition at line 39 of file adaptive_filter.hpp.
|
explicit |
Adaptive filter constructor.
| [in] | adaptive_filter_taps | The initial filter taps for adaptive filter |
| [in] | adaptive_filter_tap_len | The number of filter taps of adaptive filter |
| [in] | max_frame_size | The maximum processing frame size in adaptive filter |
| [in] | adaptation_type | -1: 0 y_hat, 0: stop adaptation, 1: Modified LMS, 2: IPNLMS-l_0, 3: SLMS |
| [in] | mu | The gradient descent step size (learning rate) for LMS-based algorithms |
| [in] | delta | A small positive number to prevent dividing zero |
| [in] | rho | The forgetting factor for power estimate |
| [in] | alpha | A number between -1 to 1 for different degrees of sparsity in IPNLMS-l_0 |
| [in] | beta | A number between 0 to 500 for different degrees of sparsity in IPNLMS-l_0 |
| [in] | p | A number between 0 to 2 for fitting different degrees of sparsity in SLMS |
| [in] | c | A small positive number for preventing stagnation in SLMS |
| [in] | power_estimate | An initial power estimate for adaptation |
Definition at line 33 of file adaptive_filter.cpp.
|
protected |
A function to get the adaptation type.
Definition at line 164 of file adaptive_filter.cpp.
| size_t adaptive_filter::get_max_frame_size | ( | ) |
Getting the maximum frame size.
Definition at line 128 of file adaptive_filter.cpp.
| void adaptive_filter::get_params | ( | float & | mu, |
| float & | rho, | ||
| float & | delta, | ||
| float & | alpha, | ||
| float & | beta, | ||
| float & | p, | ||
| float & | c, | ||
| int & | adaptation_type | ||
| ) |
Getting all parameters from this adaptive filter.
| [out] | mu | The gradient descent step size (learning rate) for LMS-based algorithms |
| [out] | rho | The forgetting factor for power estimate |
| [out] | delta | A small positive number to prevent dividing zero |
| [out] | alpha | A number between -1 to 1 for different degrees of sparsity in IPNLMS-l_0 |
| [out] | beta | A number between 0 to 500 for different degrees of sparsity in IPNLMS-l_0 |
| [out] | p | A number between 0 to 2 for fitting different degrees of sparsity in SLMS |
| [out] | c | A small positive number for preventing stagnation in SLMS |
| [out] | adaptation_type | -1: 0 y_hat, 0: stop adaptation, 1: Modified LMS, 2: IPNLMS-l_0, 3: SLMS |
Definition at line 133 of file adaptive_filter.cpp.
|
protected |
A function computing the step size control matrix for IPNLMS-l_0.
| [in] | taps | The current filter taps of the adaptive filter |
| [out] | step_size_weights | The step size control matrix (it is an 1-D array due to the diagonal matrix) |
| [in] | alpha | A number between -1 to 1 for different degrees of sparsity in IPNLMS-l_0 |
| [in] | beta | A number between 0 to 500 for different degrees of sparsity in IPNLMS-l_0 |
| [in] | delta | A small positive number to prevent dividing zero |
| [in] | tap_len | The number of taps of the adaptive filter |
Definition at line 170 of file adaptive_filter.cpp.
|
protected |
A function computing the step size control matrix for SLMS.
| [in] | taps | The current filter taps of the adaptive filter |
| [out] | step_size_weights | The step size control matrix (it is an 1-D array due to the diagonal matrix) |
| [in] | p | A number between 0 to 2 for fitting different degrees of sparsity in SLMS |
| [in] | c | A small positive number for preventing stagnation in SLMS |
| [in] | tap_len | The number of taps of the adaptive filter |
Definition at line 184 of file adaptive_filter.cpp.
| void adaptive_filter::set_params | ( | float | mu, |
| float | rho, | ||
| float | delta, | ||
| float | alpha, | ||
| float | beta, | ||
| float | p, | ||
| float | c, | ||
| int | adaptation_type | ||
| ) |
Setting all parameters from this adaptive filter.
| [in] | mu | The gradient descent step size (learning rate) for LMS-based algorithms |
| [in] | rho | The forgetting factor for power estimate |
| [in] | delta | A small positive number to prevent dividing zero |
| [in] | alpha | A number between -1 to 1 for different degrees of sparsity in IPNLMS-l_0 |
| [in] | beta | A number between 0 to 500 for different degrees of sparsity in IPNLMS-l_0 |
| [in] | p | A number between 0 to 2 for fitting different degrees of sparsity in SLMS |
| [in] | c | A small positive number for preventing stagnation in SLMS |
| [in] | adaptation_type | -1: 0 y_hat, 0: stop adaptation, 1: Modified LMS, 2: IPNLMS-l_0, 3: SLMS |
Definition at line 147 of file adaptive_filter.cpp.
| int adaptive_filter::update_taps | ( | float * | u_ref, |
| float * | e_ref, | ||
| size_t | ref_size | ||
| ) |
To update the taps of this adaptive filter based on the reference signals u_ref and e_ref.
| [in] | u_ref | A reference input signal for adaptation |
| [in] | e_ref | A reference error signal for adaptation |
| [in] | ref_size | The size of each reference signal (u_ref and e_ref have the same size) |
Definition at line 70 of file adaptive_filter.cpp.


The idea in this step is that you will determine how each experiment was performed by going through the Results section figure by figure and creating cartoons of the corresponding Methods section. You will ‘‘work backwards’’ from the data presented in each figure (or table) to understand the methods. In other words, link what was actually done in each experiment and the data that were obtained.
"This was my favorite step. I really enjoy drawing, so this step helped me really visualize how each experiment was done." - A successful CREATES student.
"Reading the paper while writing meaningful annotations increases understanding significantly." - A successful CREATES student.
Now you are ready to read and annotate the methods and results! When you finish, use this checklist to double-check your work:


RMSN
Reading Message Server
Test Page
For this demo to work, you'll need to add this variable to your environment:
Once you're done testing, it's highly recommended that you add
REDIRECT_URL
to your environment.
Doing so will prevent this page from falling into the wrong hands.


Projects
I am passionate about critical thinking, philosophy, and entrepreneurship, and I apply
the
knowledge I
learned
as a self-taught in personal projects on which I work assiduously. Would you like to learn more? In the
this section you can find the updated list of my works!
yLearner
yLearner is the podcast born from the desire to share information on very important issues
through
interviews with experts in any field. Possessing a wide range of knowledge and a good dose of critical
thinking makes us active citizens, a fundamental requirement for a more aware society.
Distributed pipeline for data analysis
Distributed pipeline entirely developed in Python for the collection, integration and analysis of
data coming from the online catalogs of the main Italian publishing houses. The aim was to determining
the
characteristics that most influence the price of a book. The distributed data storage is done through
Hadoop while their parallel processing is done through Dask.
ETF Investment Strategy
The service offered by JustETF allows me to
monitor and test my
investment strategy.
In short, the capital is divided into:
- 30% U.S. stock market;
- 40% long-term bond;
- 15% medium-term bond;
- 7.5% commodities;
- 7.5% gold.
ARTICLEE
Articlee is a web application developed in Python and based on the Flask micro-framework. It allows
users to share their newspaper articles with the community. Main features:
- user login and registration system;
- possibility to create, edit or delete articles;
- fully responsive (Bootstrap 4);
- compatible with multiple databases (SQLAlchemy);
- Stripe API support.


UFO SMP Feedback form
Please fill in the feedback form below for UFO SMP, season 0. Any advice you could give would be greatly appreacited!


{% extends "main/base.html" %} {% block head %} {% endblock %} {% block content %}
You don't have any notifications.


export const assign = Object.assign
copy values from one or more sources to a target see: https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Object/assign
export const assign = Object.assign
test if an object is an array
export const isArray = Array.isArray
test if is a string
export const isString = x => typeof x === "string"
test if is a function
export const isFn = x => typeof x === "function"
test if is defined
export const isDef = x => typeof x !== "undefined"
get last element from an array
export const last = a => a[a.length - 1]
take the next element of stack without remove it
export const peek = last


The Decompose Proof command is executed by placing the cursor in a proof obligation, either a proof step or
a theorem, and either typing Ctl+G Ctl+D
or right-clicking and selecting
the command.
There are two basic ways to decompose a proof obligation into simpler obligtions:
/\
decomposition P
equals
P1 /\ ... /\ Pn
,
then the proof of P
can be broken into the
proof of the n
formulas
P1, ... , Pn
.
\/
decomposition (case split)
P
equals
P1 \/ ... \/ Pn
,
then the proof of ASSUME P PROVE Q
can be broken into the
proof of the n
obligations
ASSUME P1 PROVE Q, ..., ASSUME Pn PROVE Q
.
Often, a proof obligation must be transformed into an equivalent one in order to be decomposed
by /\
or \/
decomposition. There are two transformations that can be
applied to the goal of an obligation. (The goal is the PROVE
formula of an ASSUME
/PROVE
obligation or the entire obligation, if it is a single formula.)
=>
splitting P => Q
is equivalent to the assumption P
and the goal Q
.
\A
splitting
\A x \in S : P
is equivalent to the assumption NEW x \in S
and the goal P
. The goal \A x : P
is similarly split.
ASSUME
/PROVE
obligation:
/\
splitting P1 /\ ... /\ Pn
, is equivalent to the n
assumptions
P1, ..., Pn .
\E
splitting
\E x \in S : P
is equivalent to the two assumptions
NEW x \in S, P
.
The goal \E x : P
is similarly split.
\/
and \E
splittings can be combined hierarchically.)
The proof is generated by clicking a button that is either labeled by P or (for an /\
decomposition) by a button with P next to it.
Instead of generating an /\
or \/
decomposition, the button labeled P
at the top of the command's dialog window generates a proof consisting of only a
SUFFICES ASSUME ... PROVE
step constructed by splitting the original obligation and a QED
step.
For example, starting from the obligation P => \E x \in S : Q
, performing
a =>
split followed by a \A
split on the goal and then clicking on this
button produces a proof like this:
<3> SUFFICES ASSUME P, NEW x \in S PROVE Q OBVIOUS <3> QED
The obligation to which you apply the Decompose Proof command must have either no proof or else a
leaf proof, such as a BY
proof or the proof OBVIOUS
). If it has a leaf proof, that proof
is made the proof of each of the simpler obligations into which the proof is decomposed. For a proof generated by
the top P button (which does no decomposing), the obligation's leaf proof becomes the
QED
step's proof.
SUFFICES
\E
assumption generates new assumptions.
Selecting this option causes those assumptions to be asserted by a
SUFFICES ASSUME/PROVE
step. Otherwise, these assumption are added to each of the decomposed proof steps.
CASE
\/
decomposition, CASE
steps should be used instead of ASSUME/PROVE
steps when possible. One reason not to choose this option is that
the Decompose Command does not decompose CASE
steps.
LET
definitions within the step. This can cause parsing
errors in the decomposed proof.


@*
* Copyright 2021 HM Revenue & Customs
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*@
@import uk.gov.hmrc.cataloguefrontend.connector.RepositoryDetails
@import uk.gov.hmrc.cataloguefrontend.ViewMessages
@import play.twirl.api.Html
@import java.time.LocalDateTime
@import views.partials.githubBadgeType
@import partials.PrototypeDetailsPartial
@this(prototypeDetailsPartial: PrototypeDetailsPartial, viewMessages: ViewMessages)
@(prototype: RepositoryDetails,
repositoryCreationDate: LocalDateTime,
linkToLeakDetection: Option[String]
)(implicit messages: Messages, request: Request[_])
@standard_layout(prototype.name, "prototypes") {
Prototype: @prototype.name
@githubBadgeType(prototype)
@if(prototype.isArchived) { Archived }
@Html(viewMessages.informationalText)


T3A11-Tynan-Variables.html
Continuing 9 components of programing
- InputOutput = stuff in and out
- Variables = store simple things
- Decisions = if statements
- Loops = {}
- Functions = named group of code
- Events = activate functions
- Arrays = store numbered
- Objects = Items
- Classes = Puts functions together
This page is about variables
Link to pages with good information about computer programing


If you have identified the password policy!!!!- You can attempt to brute-force logins
- Default or otherwise
Otherwise, SPRAY ONLY. You don't want to disrupt normal operations by locking out accounts and you certainly don't want to be caught...
If you need to brute in the background or otherwise, here are some steps to follow:
ensure right port and module
crack with smaller wordlists and work towards larger ones...
darkweb2017-top10 10 (seclists)
darkweb2017-top100 100 (seclists)- 10-m-pass-list-top-100 100 (seclists/common)
- best110 110 (seclists/common)
fasttrack 200 (from social engineering toolkit, update years, etc)
top 200 probable 200 (probable wordlists)- 10-m-pass-list-top-500 500 (seclists/common)
- common-passwords-win 815 (seclists/common)
darkweb2017-top1000 1000 (seclists)
best1050 1050 (seclists/common)- 10-m-pass-list-top-1000 1000 (seclists/common)
top 1575 probable 1575 (probable wordlists)
keyboard-combinations 9604 (seclists)
darkweb2017-top10000 10000 (seclists)- 10-m-pass-list-top-10000 10000 (seclists/common)
top 12 thousand probable12645 (probable wordlists)
most-popular-letter-passes 47603 (seclists)
milw0rm-dictionary 84195 (seclists/cracked-hashes)
10-m-pass-list-top-100000 100000 (seclists/common)
multiplesources 105096 (seclists/honeypot-captures)
phpbb.txt 184390 (fuzzdb)
openwall.net-all 372155 (seclists)
10-m-pass-list-top-10000001000000 (seclists/common)
darkc0de.txt 1471056 (seclists)
bt4-password.txt 1652903 (seclists)
rockyou 14344392 (lists)
bigbadpassbrute 24305821 (lists)
others....
FAST500 (combo of 10-m-pass-list-top-100, best110, fasttrack)
FAST2000 (combo of 1050 and 1575 probable)
FAST90k (milw0rm, top 12k)


Try our fan-favorite 12" medium cheese pizza for just $10. All pizzas can be customized with extra toppings for $1 per topping.
Thank you for your order, ! Your total is . Please allow 1 hour for delivery of your pizza.


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NullLiteralNode Class
Definition at line
283
of
Literal.hpp
Constructors
NullLiteralNode
(
const
Span
& span_)
Member Functions
void
Accept
(
Visitor
& visitor)
override
Node
*
Clone
(
CloneContext
& cloneContext)
const override
std::string
ToString
()
const override
Constructor Details
NullLiteralNode Constructor
cmajor::ast::NullLiteralNode::NullLiteralNode(
const
Span
& span_)
Definition at line
671
of
Literal.cpp
:
671
:
LiteralNode
(
NodeType
::
nullLiteralNode
,
span_
)
672
{
673
}
Declaration at line
286
of
Literal.hpp
Member Function Details
Accept Member Function
void
cmajor::ast::NullLiteralNode::Accept(
Visitor
& visitor)
override
Definition at line
680
of
Literal.cpp
:
681
{
682
visitor
.
Visit
(
*
this
)
;
683
}
Declaration at line
288
of
Literal.hpp
Base class overridden functions:
cmajor::ast::Node::Accept
Calls:
cmajor::ast::Visitor::Visit
Clone Member Function
Node
* cmajor::ast::NullLiteralNode::Clone(
CloneContext
& cloneContext)
const override
Definition at line
675
of
Literal.cpp
:
676
{
677
return
new
NullLiteralNode
(
GetSpan
(
)
)
;
678
}
Declaration at line
287
of
Literal.hpp
Base class overridden functions:
cmajor::ast::Node::Clone
ToString Member Function
std::string cmajor::ast::NullLiteralNode::ToString()
const override
Definition at line
289
of
Literal.hpp
:
289
{
return
"null"
;
}
Base class overridden functions:
cmajor::ast::Node::ToString
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About Me
firstname:
lastname:
man
woman
ID:
{#if({!({(Other.show)})})}
{#if({(edit)})}
Key:
Value:
{/if()} {/if()}
Other
(PS:Fork ME!!!)
{HTML({(Other.content)})}
(PS:That's all)
Good At {#if({(good_at_more)})}(draw inferences about other cases from one instance){/if()}:
Javascript
JAVA
.NET
C++
HTML&CSS


Four Charged in ‘Latin Lotto’ Scam That Targeted Older Women
by MARTIN MACIAS JRLOS ANGELES (CN) – Three Colombian nationals residing in Los Angeles were arraigned Monday on federal grand jury charges of defrauding elderly Hispanic women in a scam that sought payments from victims in order to cash purported winning lottery tickets.
The Nov. 12 federal grand jury indictment charges four defendants with conspiracy to commit wire fraud in a scheme involving at least 11 incidents targeting elderly Hispanic women across LA County.
Under the scheme, defendants approached victims and called accomplices pretending to be lottery officials who falsely confirmed the winning lottery ticket was valid, according to the 12-page indictment.
But the fake lottery officials told victims over the phone that ticket winnings would only be released if a fee or deposit was paid in advance.
Another defendant would then approach the victim and offer to help cash the false lottery ticket, an act that purportedly encouraged the victim to offer money or jewelry toward the lottery deposit, prosecutors say.
Defendants would drive victims to their homes or their banks to retrieve money and other valuables.
With cash and jewelry in hand, victims were then driven to a random home where defendants falsely claimed the remainder of the lottery funds would be delivered – only to drive away quickly, leaving victims empty-handed, according the indictment.
The three Colombian nationals facing charges – Luisa Camargo, 38, Mercedes Montanez, 68, and Tito Lozada, 49 – were arrested in Long Beach, California, and are being held in federal custody without bond.
Lozada faces a separate charge of possessing equipment used to create credit card readers and card writers that are commonly used in wire fraud schemes.
Authorities originally picked up the trio on state charges filed by the Los Angeles County District Attorney’s Office.
After a criminal complaint was filed in October, the three defendants were transferred to federal custody on Nov. 5.
Authorities arrested the fourth defendant in the matter – Maria Luisa Henao, 43, a U.S citizen – in San Diego and transferred her to LA for arraignment.
Henao, who has pleaded not guilty to the charges, is being held without bond and was ordered to stand trial on Jan. 14.
If convicted of charges of conspiracy to commit wire fraud, the defendants face a maximum of 20 years in federal prison.
While the defendants face charges related to six victims, investigators have linked them to at least 11 incidents in Southern California since 2017, including in Maywood, Baldwin Park, Hawaiian Gardens, San Pedro and Chula Vista.
In a March 2017 incident in Maywood, defendants stole nearly $14,000 in cash and other valuables from a victim identified in court papers as S.G., authorities say.
The indictment says that in March of this year, Henao and another defendant drove a victim to a Wells Fargo bank in Chula Vista and stole $14,000 that the victim has removed from her safe deposit box.
At least one incident took place in the San Francisco Bay Area city of Vallejo, court documents said.
Nick Hanna, U.S Attorney for the Central District of California, said in a statement Monday that residents should be vigilant about potential lottery scams.
“This was an organized group that singled out older women for the sole purpose of ripping off these vulnerable victims with bogus promises of a big payday,” said Hanna. “While law enforcement will do everything possible to bring criminals like this to justice, this case should serve as a reminder to potential victims and their family members that no one should ever pay an upfront fee in relation to any prize, sweepstakes or lottery.”
Paul Delacourt, Assistant Director in Charge of the FBI’s Los Angeles Field Office, said in a statement that educating residents will be key in helping them avoid falling prey to lottery scams.
“Our elderly community is often a convenient and lucrative target for con artists and, while we’ve charged some of the perpetrators in this case, we know many others are at work to take their place,” Delacourt said in the statement.
Copyright © 2019 courthousenews.com


|
psl1ght
A free SDK for Sony's PS3 console
|
Vertex program data structure. More...
#include <rsx_program.h>
Data Fields | |
| u16 | magic |
| magic identifier | |
| u16 | num_attrib |
| number of used input attributes in the vertex program | |
| u32 | attrib_off |
| offset to the attribute name table | |
| u32 | input_mask |
| mask of input attributes in the vertex shader | |
| u32 | output_mask |
| mask of result attributes passed to the fragment shader | |
| u16 | const_start |
| start address in vertex shader's constant block memory | |
| u16 | num_const |
| number of used constants in the vertex program | |
| u32 | const_off |
| offset to the constant name table | |
| u16 | start_insn |
| start address to load the vertex program to | |
| u16 | num_insn |
| number of vertex shader instructions | |
| u32 | ucode_off |
| offset to the shader's micro code | |
Vertex program data structure.
This data structure is filled by cgcomp, the offline compiler for shader programs.


UK Charge Points
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Contains public sector information licensed under the Open Government Licence v3.0.


Manage Software
Configure User Setting at
User Setting
and Software Library at
Software Library
Note: Analyze operation can not recommend the entitled version for devices without the correct User Settings.


Test Driven Development (TDD) for networks, using Ansible
12 Apr 2017In it’s most basic form, TDD works as follows:
1. Envision the outcome of what you are developing [ Adding a VLAN
to a switch ]
2. Write a test to validate that outcome [ Is the desired VLAN on
the switch ]
3. Run the playbook, to invoke the test [ it will fail - RED test
]
4. Refactor your code [ write the roles/tasks needed for the tests
to pass ]
5. Re-run tests [role] to ensure that they now pass
In this post, I hope to share my observations on how I used ansible to implement this using roles. I start with known facts/assumptions:
ASSUMPTION: Given that the VLAN to be added is 101, it should be
applied to devices nxos-spine1 & nxos-spine2
and stp priority
set as 4096
and 8192
respectively.
Following the basic rules listed out at the start of this post let’s translate that to ansible code:
(Only snippets are on the blog, for the full playbook, please see repo)
Though the focus of this post is to demonstrate TDD methodologies - and how we might use them in developing network configurations - it also introduces stratergies around using roles, tags and the *reusability* of roles.
STEP1: Start with a playbook that calls a role named validation
- assert:
that:
- " {{ desired_vlan }} in vlan_list "
TASK [validate : assert] *******************************************************
- fatal: [nxos-spine1]: FAILED! => {
- "assertion": "'101' in vlan_list ",
- "changed": false,
- "evaluated_to": false,
- "failed": true
- }
At this point, our playbook dir looks as follows
.
├── inventory
├── pb.yaml
└── roles
└── validate
└── tasks
├── main.yaml
└── vlantest.yaml
3 directories, 4 files
STEP2: Now, refactor the playbook to add the VLAN to the switches
TASK [add_vlan : Add the desired vlan to the switch] ***************************
+ ok: [nxos-spine1]
And our playbook at this point has the following structure
.
├── inventory
├── pb.yaml
└── roles
├── add_vlan
│ └── tasks
│ └── main.yaml
└── validate
└── tasks
├── main.yaml
└── vlantest.yaml
5 directories, 5 files
STEP3: Now, rerun the playbook, with the validation role and observe that all tests pass, in other words, the “GREEN” test.
TASK [validate : assert] *******************************************************
+ ok: [nxos-spine1] => {
+ "changed": false,
+ "msg": "All assertions passed"
+ }
Note: Here is how I am invoking my playbook for each step
STEP1: ansible-playbook -i inventory pb.yaml --tags=test
STEP2: ansible-playbook -i inventory pb.yaml --tags=add
STEP3: ansible-playbook -i inventory pb.yaml --tags=test
The playbook uses 2 roles that have tags associated with them
roles:
- role: validate
tags: test
- role: add_vlan
tags: add
Also, pay attention to how the main.yaml
in the validate role
is including all other yaml files that match *test.yaml. The
implication is, that as your playbook scope expands, you can continue
writing simple, units of test code and name them to match *test.yaml
(for instance bgptest.yaml etc). If your team collects unit tests at a
particular location, you now have a reusable unit of code, allowing
you to reuse this role in any playbook
- name: Include all the test files
include: " {{ outer_item }} "
with_fileglob:
- "/vagrant/dhcp_helper/roles/validate/tasks/*test.yaml"
loop_control:
loop_var: outer_item
We are using a loop to include all the test files and we are replacing the standard {{ item }} var with {{ outer_item }} - Why? If the unit test files you are including through this loop themselves contain a loop, the value of {{ item }} main will be passed into the unit test yaml. So we are explicitly setting the loop control variable in main to yaml to {{ outer_yaml }}
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This is a simple simulation of basic
polymers
; i.e., molecular networks. In this mini-project, we simulate linear chains
of soft spheres. The interaction between spheres, both bonded and non-bonded
interactions are modeled with simplistic math and brownian dynamics is used
to update the sphere positions using random movement, directed by the interaction
terms.
See these related projects for more details on methodology.
You can adjust the parameters of the simulation by changing the JavaScript code
below. Just hit the "Start" button to begin simulation. Note, the full simulation
runs within your web browser; nothing is done server side. At the bottom of this page,
we plot the progression of internal energy to track the relaxation/equilibration of
the simulated system.
Steps: 0
var r = 0.05;
Polymers.run({
polymerLength: 8,
NPolymers: 50,
particleRadius: r,
// minimum energy length of bonds
rBondZero: 3 * r,
// multiplicative factor of bond strength
bondFactor: 0.1,
// LJ interaction strength
epsilon: 0.00002,
// LJ length scale
sigma: 2 * r,
// BD update length scale
randomScale: 0.5 * r,
// How frequently to update the neighbor lists in simulation
cycleDuration: 50,
// How frequently to sample the internal engery
analysisRate: 10,
// How frequently the visulaization is updated
visualizationRate: 10
});


MUCH ADO ABOUT NOTHING (1992)
A film review by Mike Watson Copyright 1998 Mike Watson
RATING: 1 out of 5
Much ado about nothing. Ah, how sweet the irony!
It's accepted wisdom in some circles - among English literature nuts, mainly - that whenever a critic knocks Shakespeare they are only doing so through ignorance. He just doesn't "understand" Shakespeare, you will hear them say. The Bard's work is apparently beyond criticism.
 If these arbiters of public taste think Kenneth Branaugh's film of Shakespeare's "comedy" MUCH ADO ABOUT NOTHING is comedy in any modern sense of the word, it's time to get a life. Get Monty Python. Get Woody Allen. Get John Waters. Whatever. Just get a real taste of some clever, witty, risky comedy. And banish this nonsense to where it belongs. Drama and tragedy was Shakespeare's strength. To my sensibilities - and I'm no stick in the mud - MUCH ADO ABOUT NOTHING resonates with no spark whatsoever.
No kidding: this film ranks among the most embarrassing two hours I have ever spent in a cinema in my 20 years of movie going. The only thing that stopped me walking out was loyalty to my lady friend, as this was our day out and I hadn't seen her in ages. But boy, does she owe me one!
I won't spend too much time on the plot. Basically, we follow the trials and tribulations of two would-be couples - one young, the other older. There's some dark treachery amongst all this, but everyone is so awfully jolly that you'd hardly know it.  Good romantic comedies based on similar premises abound. Nothing wrong with most of the cast, either. Branaugh, Emma Thompson and Denzel Washington are all talented performers.
The problem is the script, or more accurately, Shakespeare's original text. Light comedy shouldn't be complex. Yet wrapped in Elizabethan English, the dialogue becomes difficult to comprehend. For this alone it will be a problem for modern audiences unschooled in Shakespeare and in search of nothing more than a good, undemanding laugh. The only laughs to escape my belly were brought on by the gloriously inept performance of Keanu Reeves, the actor once again miscast as a jealous half-brother or something.
But when dissected and understood, what it all boils down to is that this stuff is just so goddamn lame. This is comedy so clean and nice and corny and so devoid of danger that it leaves this viewer totally cold. Ho, ho, ho, boy likes girl! Ho, ho, ho, men are such klutzes! Ho, ho, ho, she's so awfully clumsy! Oh please! There's wit in here somewhere, I'm told. I call it pretentious. Something lightweight striving to be something sophisticated through clever wordplay.
In the end, it's cringeworthy. Watching some of the cinema patrons around me collapse with laughter made MUCH ADO ABOUT NOTHING a very weird movie going experience. Comedy? Bah, humbug!
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


Seersucker launches
Seersucker, a new publication dedicated to publishing the best writing from 18-29 year olds launched.
Op-Ed published in the Huffington Post
An Op-Ed I wrote about Google's fumbling of the Street View scandal was published on August 6th, 2012.
Photograph featured in the Baltimore Review
My 35mm photograph, "Arch," was featured in the Baltimore Review on August 6th, 2012. Writers are tasked with writing 100 word prose responses to the photo.
Photography featured in The Interlochen Review
Select photography featured in Interlochen Arts Academy's digital literary journal The Interlochen Review
Photography published in the literary journal Juked
Select photography published in the print and digital literary journal Juked, in their "Moment" section.
Op-Ed published in the Chicago Tribune
An Op-Ed about the loss of intimacy as a result of Facebook was published on Wednesday, May 2, 2012.
Winner of eight Scholastic Art & Writing Awards
Recipient of a Scholastic Gold Key in Photography, 3 Silver Keys in Photography, Silver Key in Design and Honorable Mentions in Photography, Film and Writing. Over 3700 art entries and 1600 writing entries were submitted for the 2012 competition.
YoungArts Merit Winner in Photography
Chosen out of of more than 5,000 applicants, representing all 50 states and the District of Columbia, as well as all U.S. territories. In addition to receiving monetary awards, all YoungArts Merit Award Winners will join the ranks of 16,000 YoungArts alumni.


--- layout: post title: New IBM Analytics Package Comes With 9,000 Consultants Stirring the Cauldron date: '2012-03-20T00:42:53-07:00' tags: tumblr_url: http://alexhwilliams.tumblr.com/post/19619564718/new-ibm-analytics-package-comes-with-9-000-consultants ---


A welcome view in the style of Apple’s built-in apps.
Example
To run the example project, clone the repo, and run pod install
from the Example directory first.
Usage
Create an enum with all of the features you’d like to summarize:
enum WelcomeItem {
case library
case watchNow
case store
}
Make the enum conform to WelcomeCardProvider
.
extension WelcomeItem: WelcomeCardProvider {
var title: String {
switch self {
case .library: return "Library"
case .watchNow: return "Watch Now"
case .store: return "Store"
}
}
var description: String {
switch self {
case .library: return "Find your purchases and rentals in one convenient place."
case .watchNow: return "Start watching the TV shows and mvoies you love from all your supported apps."
case .store: return "Get supported apps, discover new movie releases, and find popular TV shows."
}
}
var imageName: String? {
switch self {
case .library: return "Categories"
case .watchNow: return "Preview"
case .store: return "Check"
}
}
var color: UIColor? {
return UIColor(.RGB(37, 185, 255))
}
}
Lastly, instantiate WelcomeViewController
:
let controller = WelcomeViewController<WelcomeItem>(header: "Welcome to the TV app.", buttonText: "Continue", callouts: [.library, .watchNow, .store], delegate: nil)
To attach an action when someone taps the button, set the delegate
to an object conforming to WelcomeViewControllerDelegate
.
extension MyViewController: WelcomeViewControllerDelegate {
func welcomeViewControllerButtonDidTouchUpInside(_ sender: Any) {
dismiss(animated: true)
}
}
Installation
WelcomeViewController is available through CocoaPods. To install it, simply add the following line to your Podfile:
pod 'WelcomeViewController'
Author
License
WelcomeViewController is available under the Apache 2.0 license. See the LICENSE file for more info.


How various formats can deal with LaTeX math¶
| Authors: | Hans Petter Langtangen |
|---|---|
| Date: | May 29, 2016 |
Summary. The purpose of this document is to test LaTeX math in DocOnce with various output formats. Most LaTeX math constructions are renedered correctly by MathJax in plain HTML, but some combinations of constructions may fail. Unfortunately, only a subset of what works in html MathJax also works in sphinx MathJax. The same is true for markdown MathJax expresions (e.g., Jupyter notebooks). Tests and examples are provided to illustrate what may go wrong.
The recommendation for writing math that translates to MathJax in
html, sphinx, and markdown is to stick to the environments \[
... \]
, equation
, equation*
, align
, align*
, alignat
, and
alignat*
only. Test the math with sphinx output; if it works in that
format, it should work elsewhere too.
The current version of the document is translated from DocOnce source to the format sphinx.
Test of equation environments¶
Test 1: Inline math¶
We can get an inline equation
$u(t)=e^{-at}$
rendered as \(u(t)=e^{-at}\).
Test 2: A single equation with label¶
An equation with number,
!bt
\begin{equation} u(t)=e^{-at} label{eq1a}\end{equation}
!et
looks like
Maybe this multi-line version is what we actually prefer to write:
!bt
\begin{equation}
u(t)=e^{-at}
label{eq1b}
\end{equation}
!et
The result is the same:
We can refer to this equation through its label eq1b
: (2).
Test 3: Multiple, aligned equations without label and number¶
MathJax has historically had some problems with rendering many LaTeX
math environments, but the align*
and align
environments have
always worked.
!bt
\begin{align*}
u(t)&=e^{-at}\\
v(t) - 1 &= \frac{du}{dt}
\end{align*}
!et
Result:
Test 4: Multiple, aligned equations with label¶
Here, we use align
with user-prescribed labels:
!bt
\begin{align}
u(t)&=e^{-at}
label{eq2b}\\
v(t) - 1 &= \frac{du}{dt}
label{eq3b}
\end{align}
!et
Result:
We can refer to the last equations as the system (3)-(4).
Note: align/alignat environments with labels are anti-aligned in sphinx
Actually, sphinx does not support the align environment with labels, such as we write above, but DocOnce splits in this case the equations into separate, single equations with labels. Hence the user can write one code with align and labels and have it automatically to work in latex, html, sphinx, notebooks, and other formats. The generated sphinx code in the present case is
.. math::
:label: eq2b
u(t)=e^{-at}
.. math::
:label: eq3b
v(t) - 1 = \frac{du}{dt}
If DocOnce had not rewritten the equation it would be rendered in
sphinx as nicely aligned equations without numbers (i.e., as if
we had used the align*
environment):
Test 5: Multiple, aligned equations without label¶
In LaTeX, equations within an align
environment is automatically
given numbers. To ensure that an html document with MathJax gets the
same equation numbers as its latex/pdflatex companion, DocOnce
generates labels in equations where there is no label prescribed. For
example,
!bt
\begin{align}
u(t)&=e^{-at}
\\
v(t) - 1 &= \frac{du}{dt}
\end{align}
!et
is edited to something like
!bt
\begin{align}
u(t)&=e^{-at}
label{_auto5}\\
v(t) - 1 &= \frac{du}{dt}
label{_auto6}
\end{align}
!et
and the output gets the two equation numbered.
Note that in sphinx the alignment is removed and separate equation
environments are used to get numbered equations in equation systems, cf. the
box above.
Test 6: Multiple, aligned equations with multiple alignments¶
The align
environment can be used with two &
alignment characters, e.g.,
!bt
\begin{align}
\frac{\partial u}{\partial t} &= \nabla^2 u, & x\in (0,L),
\ t\in (0,T]\\
u(0,t) &= u_0(x), & x\in [0,L]
\end{align}
!et
The result in sphinx becomes
In sphinx, all alignments are removed, so this double use of &
results in ugly typesetting!
A better solution is usually to use an alignat
environment:
!bt
\begin{alignat}{2}
\frac{\partial u}{\partial t} &= \nabla^2 u, & x\in (0,L),
\ t\in (0,T]\\
u(0,t) &= u_0(x), & x\in [0,L]
\end{alignat}
!et
with the rendered result
align/alignat environments with equation numbers are anti-aligned
In the sphinx
, ipynb
, and pandoc
output formats, DocOnce rewrites
the equations in an alignat
environment as individual equations in
equation
environments (or more precisely, sphinx
can work with
alignat*
so only numbered alignat
equations get rewritten as individual
equations). If the alignment is somewhat important, try the best with a
manual rewrite in terms of separate equation
environments, and stick to
align*
and alignat*
in sphinx
.
With alignat*
in sphinx, the equations above are typeset nicely as
Note that if DocOnce had not rewritten of the above equations, they would be rendered similarly in sphinx as
That is, the equation numbers are gone.
Test 7: Multiple, aligned eqnarray equations without label¶
Let us try the old eqnarray*
environment.
!bt
\begin{eqnarray*}
u(t)&=& e^{-at}\\
v(t) - 1 &=& \frac{du}{dt}
\end{eqnarray*}
!et
which results in
Test 8: Multiple, eqnarrayed equations with label¶
Here we use eqnarray
with labels:
!bt
\begin{eqnarray}
u(t)&=& e^{-at}
label{eq2c}\\
v(t) - 1 &=& \frac{du}{dt}
label{eq3c}
\end{eqnarray}
!et
which results in
Can we refer to the last equations as the system (?)-(?)
in the sphinx format?
No, unfortunately not. Sphinx cannot deal with equation numbers in
eqnarray
environments and typeset them as if they were eqnarray*
.
But MathJax supports eqnarray
with labels.
The rule of thumb is to use align
and not eqnarray
!
Test 9: The multiline
environment with label and number¶
The LaTeX code
!bt
\begin{multline}
\int_a^b f(x)dx = \sum_{j=0}^{n} \frac{1}{2} h(f(a+jh) +
f(a+(j+1)h)) \\
=\frac{h}{2}f(a) + \frac{h}{2}f(b) + \sum_{j=1}^n f(a+jh)
label{multiline:eq1}
\end{multline}
!et
gets rendered as
and we can hopefully refer to the Trapezoidal rule as the formula (11).
This equation will not render in sphinx unless we remove the multiline
environment, which means that it was typeset here without any multiline
information.
The best cross-format solution is to use align
instead of multiline
with \nonumber
in the first equation!
Test 10: Splitting equations using a split environment¶
Although align
can be used to split too long equations, a more obvious
command is split
:
!bt
\begin{equation}
\begin{split}
\int_a^b f(x)dx = \sum_{j=0}^{n} \frac{1}{2} h(f(a+jh) +
f(a+(j+1)h)) \\
=\frac{h}{2}f(a) + \frac{h}{2}f(b) + \sum_{j=1}^n f(a+jh)
\end{split}
\end{equation}
!et
The result becomes
Test 11: Newcommands and boldface bm vs pmb¶
First we use the plain old pmb package for bold math. The formula
!bt
\[ \frac{\partial\u}{\partial t} +
\u\cdot\nabla\u = \nu\nabla^2\u -
\frac{1}{\varrho}\nabla p,\]
!et
and the inline expression $\nabla\pmb{u} (\pmb{x})\cdot\pmb{n}$
(with suitable newcommands using pmb)
get rendered as
and \(\nabla\pmb{u} (\pmb{x})\cdot\pmb{n}\). DocOnce replaces newcommands by the actual latex code when requesting the sphinx output format.
Somewhat nicer fonts may appear with the more modern \bm
command:
!bt
\[ \frac{\partial\ubm}{\partial t} +
\ubm\cdot\nabla\ubm = \nu\nabla^2\ubm -
\frac{1}{\varrho}\nabla p,\]
!et
(backslash ubm
is a newcommand for bold math \(u\)), for which we get
Moreover,
$\nabla\boldsymbol{u}(\boldsymbol{x})\cdot\boldsymbol{n}$
becomes \(\nabla\boldsymbol{u}(\boldsymbol{x})\cdot\boldsymbol{n}\).
Warning
Note: for the sphinx format, \bm
was substituted by DocOnce
to \boldsymbol
.
Problematic equations¶
Finally, we collect some problematic formulas in MathJax. They all work fine in LaTeX. Most of them look fine in html too, but some fail in sphinx, ipynb, or markdown.
Colored terms in equations¶
The LaTeX code
!bt
\[ {\color{blue}\frac{\partial\u}{\partial t}} +
\nabla\cdot\nabla\u = \nu\nabla^2\u -
\frac{1}{\varrho}\nabla p,\]
!et
results in
but correct rendering in sphinx requires omitting the \color
command:
Bar over symbols¶
Sometimes one must be extra careful with the LaTeX syntax to get sphinx MathJax to render a formula correctly. Consider the combination of a bar over a bold math symbol:
!bt
\[ \bar\f = f_c^{-1}\f,\]
!et
which for sphinx output results in
With sphinx, this formula is not rendered. However, using curly braces for the bar,
!bt
\[ \bar{\f} = f_c^{-1}\f,\]
!et
makes the output correct also for sphinx:
Matrix formulas¶
Here is an align
environment with a label and the pmatrix
environment for matrices and vectors in LaTeX.
!bt
\begin{align}
\begin{pmatrix}
G_2 + G_3 & -G_3 & -G_2 & 0 \\
-G_3 & G_3 + G_4 & 0 & -G_4 \\
-G_2 & 0 & G_1 + G_2 & 0 \\
0 & -G_4 & 0 & G_4
\end{pmatrix}
&=
\begin{pmatrix}
v_1 \\
v_2 \\
v_3 \\
v_4
\end{pmatrix}
+ \cdots
label{mymatrixeq}\\
\begin{pmatrix}
C_5 + C_6 & -C_6 & 0 & 0 \\
-C_6 & C_6 & 0 & 0 \\
0 & 0 & 0 & 0 \\
0 & 0 & 0 & 0
\end{pmatrix}
\frac{d}{dt} &=
\begin{pmatrix}
v_1 \\
v_2 \\
v_3 \\
v_4
\end{pmatrix} =
\begin{pmatrix}
0 \\
0 \\
0 \\
-i_0
\end{pmatrix}
\end{align}
!et
which becomes
The same matrices without labels in an align*
environment:
!bt
\begin{align*}
\begin{pmatrix}
G_2 + G_3 & -G_3 & -G_2 & 0 \\
-G_3 & G_3 + G_4 & 0 & -G_4 \\
-G_2 & 0 & G_1 + G_2 & 0 \\
0 & -G_4 & 0 & G_4
\end{pmatrix}
&=
\begin{pmatrix}
v_1 \\
v_2 \\
v_3 \\
v_4
\end{pmatrix}
+ \cdots \\
\begin{pmatrix}
C_5 + C_6 & -C_6 & 0 & 0 \\
-C_6 & C_6 & 0 & 0 \\
0 & 0 & 0 & 0 \\
0 & 0 & 0 & 0
\end{pmatrix}
\frac{d}{dt} &=
\begin{pmatrix}
v_1 \\
v_2 \\
v_3 \\
v_4
\end{pmatrix} =
\begin{pmatrix}
0 \\
0 \\
0 \\
-i_0
\end{pmatrix}
\end{align*}
!et
The rendered result becomes


"The Art of War"
The slumbering giant, China, is about to enter into a major trade agreement with the west, led by the United States, when a freighter is discovered in New York Harbor with a grisly cargo of dead Chinese refugees. Negotiations are further strained when Chinese Ambassador Wu (James Hong) is assassinated while giving a speech to a large, media-saturated gathering of diplomats at the UN. Special United Nations agent, Neil Shaw (Wesley Snipes), is framed for the murder and he goes on the lam to clear his own name and uncover what may be a conspiracy of massive proportions in "The Art of War."
Director Christian Duguay ("Screamers") leads a talented cast and crew in what starts off as a pretty slick actioner for the first hour. After that, the story degenerates into a routine thriller where the good guy not only has to save the day, he has to do so while being betrayed by his own people. The film starts out interesting enough with a massive Millennium celebration in the heart of Hong Kong. Neil Shaw, the covert spook for UN Secretary General Douglas Thomas (Donald Sutherland), performs a high tech information theft under the noses of the North Korean security officers. He then blackmails their finance minister and makes a daring escape jumping from a skyscraper with a parachute. All of this is slickly done with shoot-outs, kung fu and lots of eye-popping action.
Things move along pretty well with the set up and execution (forgive the pun) of the assassination of the ambassador (an under-utilized Hong), then the fast moving action as Shaw chases the real killer through a maze of obstacles only to get himself arrested for the murder. FBI boss Frank Capella smells a rat over the arrest, but Shaw is hijacked away by the henchman for the conspiracy to stop the historic trade agreement from happening. Shaw makes a daring escape from his captors, kicking butt and taking names in the process. Then things grind to a halt.
Pretty UN interpreter Julia Fang (Marie Matiko) is brought into the mix as the beautiful innocent bystander who is drawn unwillingly into the nefarious plot. She, of course, provides Shaw with invaluable assistance - after all she is an interpreter - while he saves her time and time again from the bad guys. We've been there many times before, but, this time, there isn't even any romantic or sexual innuendo between Shaw and Julia, until the tacked on epilogue where they live happily ever after together. There is no chemistry between Snipes and Matiko and this does serious injury to the film.
The rest of the mumbo jumbo of the second half of the movie is plagued with the proliferation of bad guys. In the first half, mysterious and ruthless Chinese businessman Chan (Cary-Hiroyuki Tagawa, "Rising Sun") is painted as the puppet-master pulling the strings of the conspirators from behind the scenes. When he is abruptly killed by Shaw, the focus of the film changes as a larger, more secretive conspiracy looms and Shaw learns that his partner Bly (Michael Biehn) and boss Eleanor Hooks (Anne Archer), supposedly his friends, are really his enemies. The jingoistic explanation - basically, America-For-Americans and Say-No-To-China - as to why these highly trained, intelligent people would behave the way they do is so trite and simple-minded, I just shook my head.
Screenwriters Wayne Beach and first-timer Simon Davis Barry have cobbled together a mishmash of a story that starts off OK, but goes downhill when the rapid-paced action stops and the "character development" begins. Unfortunately, where Wesley Snipes excels is as the smart-ass, wisecracking action good guy who puts his life on the line for God and country. He does that here in "The Art of War" but his character lacks any of the mirth that makes the actor so likable. His Neil Shaw is a stoic good guy who is betrayed and must get his justice done, but there is no passion in the character or the performance.
There is a big supporting cast playing around in this celluloid sandbox, but none, with the notable exception of the great Maury Chaykin, has much to do. Chaykin, whom I first saw and respected in Atom Egoyan's 1991 Canadian film "The Adjuster," has always had my admiration as a fine character actor who is capable of humor and drama. As Frank Capella, he brings to life the sketchy character, making the savvy FBI agent a sympathetic character (you're shocked when he is gunned down, point blank, and breathe a sigh of relief when he pulls off his bulletproof vest) and, ultimately, the one who believes in Shaw. The rest of the cast - Donald Sutherland, Anne Archer, Michael Biehn, Marie Matiko, and Cary-Hiroyuki Tagawa - goes through the motions dictated by the lame script, collecting a paycheck along the way.
Technically, things are of high quality and give the film a good crisp look with lots of nighttime photography (by Montreal-based Pierre Gill), garish, bright-colored sets and flashy action choreography, none of which help to save this disappointment. I like Snipes and enjoy his films like "Passenger 57." As for "The Art of War"? It should surrender. I give it a C-.
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POLICIES
1. The Accommodation for all participants will be provided safely inside the campus hostels.
2. You are required to report at the Hospitality desk as soon as you arrive at the campus.
3. All participants are required to carry their original college identity cards with photo proof to avail the accommodation and mess facilities.
4. Also they must follow the Rules and Regulations formulated by Sangarsh coordination committee.
5. Kindly note that the accommodation is strictly on a shared basis and any requests for individual rooms or any complaints in this regard shall not be entertained.
6. You will be provided mess facility in the campus itself. Apart from the regular mess facilities there is cafeteria and bakery in the campus
which can cater to your eating requirements.
7. College will not be responsible for any loss or damage to the belongings of participants so please be careful if you are carrying something valuable.
8. The fee for registration is INR 1000 which also includes your accommodation as well as fooding along with a security deposit of INR 200 which is refundable.
9. Mode of payment is online.
FACILITIES PROVIDED
1. Accommodation from 23rd March (evening) to 26th March.
2. Mess facilities throughout your stay.
3. Mattresses and bedsheets will be provided to all the participants who have confirmed accommodation. You need not stuff your backpacks with the same.
CHECKLIST
Please ensure you have the following items before coming to hospitality desk.
1, Hard copy of filled registration forms, with no spelling mistake.
2. Hard copy of NOC.
3. Two photographs of each student.
4. Original College identity cards for each participant.
5. Account details for security refund.


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