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DON'T SAY A WORD ----------------
New York psychiatrist Dr. Nathan Conrad (Michael Douglas) is just trying to get home to his laid-up wife Aggie (Famke Janssen, "Made") and eight year old daughter Jessie (Skye McCole Bartusiak, "The Cider House Rules") on Thanksgiving Eve when his friend Jerry Sachs (Oliver Platt, "Lake Placid") sidelines him with the complex case of catatonic, but newly violent Elisabeth Burrows (Brittany Murphy, "Girl, Interrupted"). At home the next morning, Nathan finds his daughter kidnapped and himself in a race against time to unlock a number from Elisabeth's head in "Don't Say a Word."
After delivering two terrific performances as compromised characters last year, Michael Douglas ("Wonder Boys," "Traffic") takes the low road in this messy children-in-distress potboiler from director Gary Fleder ("Kiss the Girls").
Nathan's presumed psychiatric expertise with teenagers is established by his telling a panty-stealing preppie that 'we all did that.'  Elisabeth, creepily played by Murphy in a first scene which recalls Linda Blair in "The Exorcist," apparently accepts Nathan's analysis and begins to assist the doctor even though she fears giving him the information 'they all want.' So much for this film's tension.
 A scary looking kidnapper (Conrad Goode, "Tomcats") begins to soften towards Jessie in a bit of character development that's forgotten when it should count. A police lieutenant (Jennifer Esposito, "Made") remains on the outskirts of the action until coming into play at the exact right moment during the film's never-ending climax.
While Famke Janssen does her best with her "Sorry, Wrong Number" sideplot, Michael Douglas is left to act determined while racing against an arbitrary deadline. The promising Brittany Murphy could have made something of her role if the screenplay hadn't abandoned its intriguing setup as soon as it introduced it. Sean Bean ("Ronin") is a stock bad guy, Oliver Platt is saddled with a plot-driven character and poor Jennifer Esposito might as well be in a different movie. Young Skye McCole Bartusiak is believably precocious as Jessie.
Cinematography by Amir Mokri ("Coyote Ugly") and production design by Nelson Coates ("Kiss the Girls") are of higher caliber than the material warrants. Director Gary Fleder, whose film has been leaking air throughout its entire run time, lets the whole thing deflate as one climax leads to another which leads to yet another, each seeming more like stalling for time than anything else.
The old adage holds true - if you can't say something nice, "Don't Say a Word."
D+
For more Reeling reviews visit www.reelingreviews.com
<EMAIL_ADDRESS><EMAIL_ADDRESS>========== X-RAMR-ID: 29641 X-Language: en X-RT-ReviewID: 252206 X-RT-TitleID: 1110073 X-RT-SourceID: 386 X-RT-AuthorID: 1487
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Gianluca Venturini
First week
- Map visualization
- Graphic Manager implementation
- Database creation and data cleaning
- Database php API development
- Data Manager development (client side component that downloads data from the server)
- Domain registration and server setup: divvybikechicago.com
- Documentation template preparation: doc.divvybikeschicago.com
- Zoom controls implementation
- Community areas visualization
Second week
- Single trip visualization
- Graphs integration with Graphic Manager
- Weather Data download and preparation
- Weather Database API creation
- Data manager bug fixing
Third week
- Bug Fixing on backend (DB php API)
- Bug fixing on DataManager and GraphicManager
- Chart integration with index.html
- DB php API optimization
- Added station selection on line charts
- Inflow Outflow API and DataManager integration
- Added multimaps support (unstable at the moment)
Fourth week
- Completed multimap support
- Added legend
- Added two selection modality in DataManager
- Added filters login in DataManager
- Added rider demographic fast DB API and DataManager support for that
- Added graph interaction on mousehover
- Bug fixing on DataManager
- Graphs integration with index.html
Matteo Palvarini
First week
- Application's User Interface study and design with sketches
- Vectorial icons with Illustrator (popularity, inflow and outflow)
- Visualization of markers of the stations (with their custom icons) on the map
- Interface responsive controls (layers, selections, day)
- SVG Calendar design with Illustrator and integration into the application
- Calendar controls and logic
- SVG Zoom control design with Illustrator and integration into the application
Second week
- Added interactions with markers: single selection and multiple selection
- Redesigned icons of markers for more effective representation of data
- Added interactions with calendar to pick up date
- Designed and implemented slider to choose hour of the day
- Added callbacks to connect controls to logic (select/deselect stations, set date from calendar, set hour from day, open/close day view)
- Designed and implemented control for selected day
- Improved design of controls (font, colors, pointers' behavior, spacing, boxes' size)
Third week
- Redesigned stationControl (usabilty and features)
- Added filter controls for charts
- Improved modular controls to fit the grid, added title and multimap mode
- Designed markers for inflow and outflow, implemented interaction and logic
- Added weather icons, weather logic and dynamic display of weather through slider
- Designed markers for compare2 mode, implemented interaction and logic
Fourth week
- Improved day control, added temperature, added sunrise and sunset
- Added conversion to american hour format + improvements to all formats
- Added highlight of buttons on click
- Added controls for charts: filters (gender, user and age with double slider) + show/hide charts
- Added last controls: switch to multimap/default map, flows legend
- Added controls on multimap: new tag_manager for translation of unique IDs for multi map
- Fixed bugs in all controls and interactions
Krishna Bharadwaj
First week
- Implementation of BarChart class
- Implementation of LineChart class
- LineChart for single data group representation (simple line graph)
- LineChart for multiple data groups representation (multi line graph)
- Implementation of legend generation for multi line graph
Second week
- Implementation of NormalChart (Giving a histogram of frequency distribution around mean value) class
- Implementation of normalization routines, percentile computation
- Implementation of Box Plot along with frquency distribution
- Implementation of PieChart class
Third week
- Implementation of StarChart class
- Implementation of ImbalanceChart class
- Added option to LineChart class to set x-axis to desired time scale(days or hours)
- Modified LineChart class to remove legends and coloring if data has too many groups
- Minor fixes to NormalChart class and PieChart class
Fourth week
- Implementation of NormalChart2 class: a variation of NormalChart to show summarized statistical data
- Bug fixes in ImabalanceChart
- Added functionality to chart objects for specifying custom color palettes
- Integrated 'summation of bikes out per hour of the day' chart into the graphics manager


`She's All That' – Mildly Cute, But It Ain't All That by Homer Yen (c) 1999
As Valentine Day approaches, it'll be natural for all of us to start considering what movies we might want to see that will make us feel good, feel happy, and of course feel a bit more romantic. And for the teenybopper set, this film does manage to accomplish its goals of delivering a cute, albeit goofy, romantic comedy.
In `She's All That', we meet up with Zach (Freddie Prinze Jr.) an admired student whom everyone else wants to emulate. Good-looking, loaded with charisma, and an all-around athlete, he has a good future ahead of him. But his popularity and perceived greatness may be in jeopardy when his airy but sexpot of a girlfriend, Taylor (Jodi Lyn O'Keefe), leaves him for another guy. So, like all self-deluded, high school seniors who believe that they are irresistible, he starts bragging to his friends that he can have any girl in the school. Moreover, with a little guidance on his part, he can turn that girl into the next prom queen. Of course, this line of talking eventually evolves into a wager. And the one that has been chosen for Zach's challenge is Laney Boggs (Rachael Leigh Cook), a bespectacled, mousy art student whose oeuvre of work seems to represent only despair and hatred. `No way,' says Zach. `She's scary and inaccessible.' But at the expense of suffering another setback to his ego, he begins the process of turning the mouse into a queen.
The transformation process offers no surprises. She's wary at first but is curious as to why he's paying so much attention to her. And once she takes off those thick-rimmed Lisa Loeb-like glasses, gets a new makeover and haircut, and develops an ounce of confidence, she is actually very attractive. Zach eventually sees something in her that he's never noticed before, and she feels a never-before-felt sense of attachment. But whether they eventually wind up with each other or not isn't as interesting as the peripheral elements of the movie.
This film adds some very funny moments about high school life. There are the well-defined cliques such as the one whose most vital items are lipstick and beepers. There's the prom queen race between Laney, who relies on the old-fashioned method of posters versus the filthy rich Taylor, who gives away free samples of Latte. The high school seems located in a wealthy enclave of California. I found it amusing seeing how all of the students drove exotic cars and had parties in houses that could hold 500 people. And watching the climactic prom scene, I couldn't help but grin as all of the students (who all look like they're at least 23) broke out into a choreographed dance number. It certainly put my high school prom to shame. Yet despite these goofy moments, `She's All That' is a very, very lightweight movie. Zach was just too nice for us to doubt that there would ever be a problem breaking into Laney's world. And as we moved closer to the prom queen elections, it seemed that there should have been more showdowns between Laney and the bitchy Taylor. But I guess as February 14th approaches, no one really wants confrontation.
Grade: C+
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.
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Related links: index of all rec.arts.movies.reviews reviews


cygwin setup:
- select 'install from internet'
- root install directory should be something like C:\cygwin (but it doesn't matter much)
- select a place for it to download packages to temporarily (unimportant decision)
- internet connection type (probably just direct connection)
- select a place to download from arbitrarily
- select packages to install:
- in
the upper right corner, click the 'view' button until it says 'Full' to
the right, so that we can view all categories (probably just one click
needed).
- might want to widen the box so we can see everything.
- you
can select packages to install by clicking on where it says 'skip', so
that it will select a version of that package. if it has a version
number or says 'keep', then you already have that selected or
installed. when clicking on a package, it will also select any
dependencies it needs.
- the following packages are needed (if it says 'skip' on them, click that to change it):
- 'gcc: C compiler upgrade helper'
- 'ImageMagick: Image manipulation software suite (utilities)'
- 'libsqlite3-devel: An embeddable SQL database engine (3.x development)'
- 'openssh: The OpenSSH server and client programs'
- 'openssl: The OpenSSL runtime environment'
- 'python: An interactive object-oriented scripting language'
- 'sqlite3: An embeddable SQL database engine (3.x apps and docs)'
- 'subversion: A version control system'
- 'wget: Utility to retrieve files from the WWW via HTTP and FTP'
- wait
a while for it to download and install all those things (this could
take as long as a half hour, depending on your internet connection
and/or hard drive speeds)
setting up other things (pysqlite and django):
get and install django 0.96 ...
- `cd`
- `wget https://www.givology.org/static/Django-0.96.5.tar.gz`
- `tar xzvf Django-0.96.5.tar.gz`
- `cd Django-0.96.5`
- `python setup.py install`
and get and install pysqlite ...
- `cd`
- `wget https://www.givology.org/static/pysqlite-2.6.3.tar.gz`
- `tar xzvf pysqlite-2.6.3.tar.gz`
- `cd pysqlite-2.6.3`
- `python setup.py build_static install`
also needs pysqlite and django.
to check out the code and get started (once you have an account on xp-dev):
create an account on xp-dev. email me<EMAIL_ADDRESS>for information on how to get access to the svn repository.
- `cd /django` #(this step is not needed if you want to put the code elsewhere)
#if you have checked out the code before, move the giv folder somewhere else, eg: `mv giv giv_old`
- `svn checkout http://svn.xp-dev.com/svn/cjmackey_giv/giv/` #(this may take a while, since there's a lot to download)
- `cd giv/proj`
- `python
manage.py syncdb` #(choose a superuser username and password, doesn't
need to be strong since it's only on your own computer)
- `python
manage.py runserver` #(starts the server on your own computer, which
you can visit in your web browser at http://localhost:8000/ )
to see other people's changes, update your working copy:
- `cd /django/giv` #(it's important that you go here, otherwise you might only update a part of your working copy)
- `svn update`
to commit your changes:
- `cd /django/giv` #(it's important that you go here, otherwise you might only commit a part of your working copy)
- `svn status`
#(look at the list of files; M means modified, A means added, ? means it doesn't know)
- `svn add FILE` #(if you want to change a file from ? to A (if you made a new file that you want everyone else to see))
- `svn commit -m "YOUR COMMIT MESSAGE"` #(don't forget the minus m and commit message! briefly state what you changed.)
#(you can also commit individual files, if you want, by running `svn commit FILE -m "YOUR COMMIT MESSAGE"`)


On receiving advice
It’s hard to evaluate the advice you receive about making a decision without any a priori experience with the choices. How do you even begin to process the information you have been given?
I remember the conversation with my undergrad math advisor, Joe. I had come in during his office hours to discuss my grad school plans. After two summers of research and many courses in between, it was clear that I wanted to study applied math. I had come to talk about programs as well as the application proces.
I sat down and explained what I wanted to do. I didn’t really come to hear his perspective on my choice, since I was just expecting his blessing. Joe had always been supportive of my course selections and my summer plans. He had a sense for the work that got me excited, and he certainly knew what sort of topics, material, and approaches drove me nuts. Joe had always exceeded my expectations of him as an advisor, supporting me in many different situations. He had even helped to secure a position in the department’s summer research program after my major plans had collapsed at the last moment I might write a post about this story itself.. That affair in particular has served as a reminder of the reasons why I am grateful for Joe’s advice and support.
But today the support came in a different form entirely. After I shared my plans and ideas for the future, Joe paused for a moment. Then, he looked at me quite directly and said, “You have to be careful with applied math. It frequently isn’t what you think, and I’m not sure if you will like it.”
I was taken aback. He continued: “When people say they do ‘applied math,’ it can mean a whole array of different things. Some people spend a whole career studying one type of PDE and call it ‘applied math.’ Others write code all day for a living. That can be ‘applied math,’ too.” He then asked me what I wanted to do inside applied math.
My goal, I explained to him, was to find a way to balance my interest in “mathematics,” (i.e., abstraction, deduction, proof) with my interest in “computation,” (i.e., algorithms, programming, applications). Noting the work by the resident applied mathematician in the department, I said that I wanted to find a way to be a “mathematician” in an applied setting, much like that professor had managed to be.
Joe said that was a laudable goal. But he repeated his warning to me that I be careful in how I proceed.
I applied to about twenty programs and was accepted by eight. My first formal acceptance was at Stony Brook, but it was soon followed by others. I spoke to faculty on the phone, had Skype interviews, and visited a few of the schools in person. All the while, my relief in simply being accepted in the first place was still present in my mind. At campus visits, I learned about active areas of research that faculty pursued. Yes, many professors seemd to be studying PDEs all day, and there was a lot of software development work at the schools I visited, but nothing seemed outside of my interest.
When I Skyped with the Stony Brook professors, they asked me where I should like to be placed as a PhD student. The department of applied mathematics and statistics (AMS) is divided into five primary research areas: computational applied mathematics, operations research, statistics, quantitative finance, and mathematical biology. After prefacing that I did not have a firm sense of the problems I wanted to study, I suggested that I was interested in topics in numerical analysis and possibly optimization. The professors (one of whom seeming annoyed that I didn’t have a research area in mind already) recommended that I join the computational applied mathematics area. It was a fairly general area with faculty studying a wide range of problems, they said. I had no objections, so I agreed.
I eventually accepted the offer from Stony Brook. Late into the semester, I started carefully examining the programs and courses the AMS department provided, and it set off one major red flag: they lacked analysis courses. The two schools I had visited in person both maintained the expectation of a rigorous background in mathematical analysis from its PhD students, but the AMS department at Stony Brook did not.
Worried, I went and talked to the applied mathematician in the department. He gave me some pearls of sage advice:
- It is hard to learn meaningful information about a collection of courses from a department-maintained web page.
- If I desperately need to study analysis, there will certainly be courses available to do so.
- I am not bound, as a mathematician and researcher, to continue in the topics and areas of research that form my doctoral thesis.
I have thought about this advice a few times a week since starting my grad program.
Advice is difficult to process but worth recording and revisiting
Both of my professors were correct, of course. I am indebted to their willingness to take my concerns and provide honest guidance. Even when I didn’t understand what the guidance meant at the time. I’m sure I don’t understand it fully now, either.
It became clear that the computational applied mathematics research area was a poor fit for me. Many students obtain PhDs for work comprised of almost entirely software engineering. Very few topics we have studied so far in the area’s courses have much in the way of rigor, abstraction, and proof. I feel as if this semester has possibly detrimented my abilities (and frankly, my confindence) as a potential mathematician.
I certainly don’t begrudge others for studying in this area. What does and doesn’t work for me need not be prescribed for everyone else. But I did have some rough weeks this semester, where I spent most of my time worrying that I had made an irreparable mistake in embarking on applied math. I considered transferring to the mathematics department, or even dropping out and reapplying to pure math programs.
It turns out, however, that as much as computational applied math isn’t for me, there are other places in the department that work much closer to my interests and values. I’ve moved to operations research, and I am much happier with the faculty. I am very excited for next semester’s courses. I am in a somewhat tricky place regarding the first qualifying exam, since I will be taking a test on material I missed this semester, but it is a surmountable obstacle. I frankly enjoy reviewing the new material far more than I’ve enjoyed any of the course work from this semester.
Joe’s warning became relevant far faster than I had anticipated, but I was grateful to have heard it. It helped me process the situation that I found myself in and give me a sense of context when I was fighting a deep bout of tunnel vision.
That’s kind of the point, though. Good advice comes from experience, providing clarity when the recipient is entirely uncertain. I could rely on Joe’s perspective when mine was sufficiently blocked from seeing the big picture. I could think about the long run, the difference between real and petty concerns, because someone had given me permission to, and I knew it would be okay. Sometimes that’s a huge victory.


New Video Shows Astros’ Allegedly Whistling To Signal Certain Pitches (VIDEO)
by Darrelle LincolnAnother day, another video that seems to detail the wide-ranging stealing allegations the Houston Astros participated in during their 2017 World Series title win.
One such method they are alleged to have used to communicate signs is whistles. You may remember they were accused of this during the 2019 Playoffs by the New York Yankees.
A new video by a man named Rafael Garcia claims to have heard different whistles during playoff games that shows Astros hitters were being alerted to which pit was coming. Garcia’s video says “we identify possible sounds that correspond to every pitch using AI analyzing hours of videos. With this information we are showing a common pattern follow by the sequence of the game and different at bats which matches important information.”
The YoutTube user says whistles for a breaking ball came in the form of a noise that sounded like the “charge” chant, while the fastball whistle was a longer fast whistle.
MLB was said to have cleared the Astros in the 2019 ALCS whistling allegation, but after this video, how can you not think the team was not doing something back then as well.


RAF's primary datasets consist of synchronous time series data. Data are written to the netCDF file one record per second, even for data at higher rates.
Data acquisition of numerous instruments at high-rate (from 1 to 5K samples per second) for 10 to 11 hours can produce large data files. Typical, raw packed data files from the NCAR C-130 and GV are 2-3 GB, and unpacked with no data reduction would be twice that size. Files reduced to 1 sample per second (sps) are typically 100-150 MB.
Note: For all size-distributions (PMS1D, PMS2D, RDMA) the zeroth or first (depending on how you count) bin is undefined, do not use this value. Attributes for the various size distribution variables should include FirstBin and LastBin.
There is also an occasional need to look at data at the sample rate.
RAF uses a naming convention consisting of a project designator followed by the flight type, followed by a 2 digit flight number, followed by an indicator of sample rate ( 'h' to indicate high-rate data, low-rate data has no indicator), followed by ".nc". Prior to about 2005/2006, field projects were designated with a 3 digit number. With the adoption of ADS-3 / nidas in 2005/2006, a switch was made to upper-case project names.
e.g.
Flight types used by RAF are "ff", "tf", and "rf".
e.g.,
In our files RPO stands for "Right Pod Outboard".
Time is the unlimited dimension, and every variable (except base_time) has the Time dimension. No more than one record is to be written per second; all high-rate data are to be contained "per record", though data averaged down slower than 1 sps may be written (e.g., when you have 1 sample every 10 seconds).
int Time(Time) ; Time:long_name = "time of measurement" ; Time:standard_name = "time" ; Time:units = "seconds since 2004-08-02 16:46:11 +0000" ; Time:strptime_format = "seconds since %F %T %z" ;
// global attributes: :institution = "NCAR Research Aviation Facility" ; :Address = "P.O. Box 3000, Boulder, CO 80307-3000" ; :Phone = "(303) 497-1030" ; :creator_url = "http://www.eol.ucar.edu" ; :creator_email = "codiac at ucar.edu" ; :RepositoryURL = "https://github.com/NCAR/nimbus" ; :RepositoryBranch = "master" ; :RepositoryRevision = "v5.0-80M" ; :RepositoryDate = "Sat Apr 24 12:26:46 2021 -0600" ; :RepositoryHASH = "8fd13287c0ce7a4cdbc387e355e3fa306fbb3f6b" ; :RepositoryStatus = "?? tests/__pycache__/" ; :ProjectDirectoryRepoURL =<EMAIL_ADDRESS>; :ProjectDirectoryRevision = "da43da3aeb11dcc9abde6a10bf00cdb707a6763" ; :Conventions = "NCAR-RAF/nimbus" ; :ConventionsURL = "http://www.eol.ucar.edu/raf/Software/netCDF.html" ; :Metadata_Conventions = "Unidata Dataset Discovery v1.0" ; :ConventionsVersion = "1.3" ; :standard_name_vocabulary = "CF-1.0" ; :NIDASrevision = "v1.2-1469" ; :WARNING = "This file contains PRELIMINARY DATA that are NOT to be used for critical analysis." ; :date_created = "2021-06-06T23:41:31 +0000" ; :ProjectName = "SPICULE" ; :project = "SPICULE" ; :Platform = "N677F" ; :FlightNumber = "rf04" ; :FlightDate = "06/05/2021" ; :TimeInterval = "11:54:29-22:09:16" ; :InterpolationMethod = "Linear" ; :latitude_coordinate = "LATC" ; :longitude_coordinate = "LONC" ; :zaxis_coordinate = "GGALT" ; :time_coordinate = "Time" ; :geospatial_lat_min = 33.74531f ; :geospatial_lat_max = 40.17661f ; :geospatial_lon_min = -105.1467f ; :geospatial_lon_max = -96.44314f ; :geospatial_vertical_min = 304.9131f ; :geospatial_vertical_max = 13012.9f ; :geospatial_vertical_positive = "up" ; :geospatial_vertical_units = "m" ; :wind_field = "WSC WDC WIC" ; :landmarks = "39.9088 -105.117 jeffco" ; :Categories = "Position,Thermodynamic,Aircraft State,Atmos. State,Liquid Water,Uncorr\'d Raw,Wind,PMS Probe,Housekeeping,Chemistry,Radiation,Non-Standard" ; :time_coverage_start = "2021-06-05T11:54:29 +0000" ; :time_coverage_end = "2021-06-05T22:09:16 +0000" ;
*_coordinate is required starting with version 1.3. These
are the aircrafts "best" position variables.
All variables contain the basic attributes units, long_name, and _FillValue (missing_value is being deprecated). In addition we provide some other attributes; not all are used for every variable:
standard_name we have adopted the CF CF conventions section 3.3 use of standard_name where applicable.
SampledRate is the rate (sps) at which the variable was sampled onboard the aircraft. This does not apply to derived variables.
DataQuality attempts to inform the user of the quality of these data. Some values are Bad, Preliminary and Good
Category Since a file can contain hundreds of variables with not very descriptive names, this is provided to help create sub-lists of variables. Comma separated list.
CalibrationCoefficients are the values used to produce engineering units from a measurement's DC voltage. It is used by the analog/digital group. These values have already been applied! They are present for documentation.
Dependencies are the input variables that were used to produce this derived value. Like CalibrationCoefficients , these are present for documentation.
For processing purposes, variables in our files are organized into two sorted lists. The first sorted list consists of raw sampled variables. These only have calibration coefficients applied to them. The second group consists of derived variables. I have included one example from each of the 3 groups (which also show different dimension schemes):
float PITCH(Time) ; PITCH:_FillValue = -32767.f ; PITCH:units = "degree" ; PITCH:long_name = "IRS Aircraft Pitch Angle" ; PITCH:standard_name = "platform_pitch_angle" ; PITCH:valid_range = -180.f, 180.f ; PITCH:actual_range = -3.31724 15.88532f ; PITCH:Category = "Analog" ; PITCH:SampledRate = 50 ; PITCH:TimeLag = -180 ; PITCH:TimeLagUnits = "milliseconds" ; PITCH:DataQuality = "Preliminary" ; PITCH:CalibrationCoefficients = 0.26f, 1.f ; float CCDP_LWOO(Time, sps1, Vector30) ; CCDP_LWOO:_FillValue = -32767.f ; CCDP_LWOO:units = "#/cm3" ; CCDP_LWOO:long_name = "CDP Concentration (per cell)" ; CCDP_LWOO:actual_range = 0.f, 538.7375f ; CCDP_LWOO:Category = "PMS Probe" ; CCDP_LWOO:SerialNumber = "CDP016" ; CCDP_LWOO:DataQuality = "Preliminary" ; CCDP_LWOO:Dependencies = "2 ACDP_LWOO TASX" ; CCDP_LWOO:FirstBin = 0 ; CCDP_LWOO:LastBin = 29 ; CCDP_LWOO:CellSizes = 2.f, 3.f, 4.f, 5.f, 6.f, 7.f, 8.f, 9.f, 10.f, 11.f, 12.f, 13.f, 14.f, 16.f, 18.f, 20.f, 22.f, 24.f, 26.f, 28.f, 30.f, 32.f, 34.f, 36.f, 38.f, 40.f, 42.f, 44.f, 46.f, 48.f, 50.f ; CCDP_LWOO:CellSizeUnits = "micrometers" ; CCDP_LWOO:CellSizeNote = "CellSizes are lower bin limits as particle " ; CCDP_LWOO:DepthOfField = 1.2f ; CCDP_LWOO:BeamDiameter = 0.2f ; CCDP_LWOO:Density = 1.f ; CCDP_LWOO:PLWfactor = 1.e-06f ; CCDP_LWOO:DBZfactor = 1000000.f ; float WIC(Time, sps25) ; WIC:_FillValue = -32767.f ; WIC:units = "m/s" ; WIC:long_name = "GPS-Corrected Wind Vector, Vertical Gust Component" ; WIC:standard_name = "upward_air_velocity" ; WIC:actual_range = -3.393437 5.762867f ; WIC:Category = "Wind" ; WIC:DataQuality = "Good" ; WIC:Dependencies = "9 TASX VEWC VNSC PITCH ROLL THDG ATTACK SSLIP VSPD" ;
| PMS1D | # bins | Counts name | Concentration name | DMT Converted | # bins | Counts name | Concentration name |
|---|---|---|---|---|---|---|---|
| FSSP | 16 | AFSSP_xxx | CFSSP_xxx | S100 | 30 | AS100_xxx | CS100_xxx |
| PCASP | 16 | APCAS_xxx | CPCAS_xxx | S200 | 30 | AS200_xxx | CS200_xxx |
| F300 | 32 | AF300_xxx | CF300_xxx | S300 | 30 | AS300_xxx | CS300_xxx |
| CDP | 30 | ACDP_xxx | CCDP_xxx | ||||
| UHSAS | 99 | AUHSAS_xxx | CUHSAS_xxx | ||||
| 260X | 64 | A260X_xxx | C260X_xxx | ---- | -- | ||
| 2D-C (entire-in algo) | 32 | A1DC_xxx | C1DC_xxx | Fast2DC | 64 | A1DC_xxx | C1DC_xxx |
| 2D-C (center-in algo) | 64 | A2DC_xxx | C2DC_xxx | Fast2DC | 128 | A2DC_xxx | C2DC_xxx |
e.g. The bin limits for CS100[n] are CellSizes[n] and CellSizes[n+1], lower and upper respectivily.
float ACDP_LWOO(Time, sps1, Vector30) ; ACDP_LWOO:_FillValue = -32767.f ; ACDP_LWOO:units = "count" ; ACDP_LWOO:long_name = "CDP Raw Accumulation (per cell)" ; ACDP_LWOO:actual_range = 0.f, 8328.f ; ACDP_LWOO:Category = "PMS Probe" ; ACDP_LWOO:SerialNumber = "CDP016" ; ACDP_LWOO:SampledRate = 10 ; ACDP_LWOO:DataQuality = "Preliminary" ; float CCDP_LWOO(Time, sps1, Vector30) ; CCDP_LWOO:_FillValue = -32767.f ; CCDP_LWOO:units = "#/cm3" ; CCDP_LWOO:long_name = "CDP Concentration (per cell)" ; CCDP_LWOO:actual_range = 0.f, 273.5868f ; CCDP_LWOO:Category = "PMS Probe" ; CCDP_LWOO:SerialNumber = "CDP016" ; CCDP_LWOO:DataQuality = "Preliminary" ; CCDP_LWOO:Dependencies = "2 ACDP_LWOO TASX" ; CCDP_LWOO:FirstBin = 0 ; CCDP_LWOO:LastBin = 29 ; CCDP_LWOO:CellSizes = 2.12f, 3.14f, 4.16f, 5.18f, 6.2f, 7.22f, 8.24f, 9.26f, 10.29f, 11.31f, 12.33f, 13.35f, 14.37f, 16.41f, 18.46f, 20.5f, 22.54f, 24.58f, 26.63f, 28.67f, 30.71f, 32.75f, 34.8f, 36.84f, 38.88f, 40.92f, 42.97f, 45.01f, 47.05f, 49.1f, 51.14f ; CCDP_LWOO:CellSizeUnits = "micrometers" ; CCDP_LWOO:CellSizeNote = "CellSizes are lower bin limits as particle " ; CCDP_LWOO:DepthOfField = 1.2f ; CCDP_LWOO:BeamDiameter = 0.2f ; CCDP_LWOO:Density = 1.f ; CCDP_LWOO:PLWfactor = 1.e-06f ; CCDP_LWOO:DBZfactor = 1000000.f ; float CONCD_LWOO(Time) ; CONCD_LWOO:_FillValue = -32767.f ; CONCD_LWOO:units = "#/cm3" ; CONCD_LWOO:long_name = "CDP Concentration (all cells)" ; CONCD_LWOO:actual_range = 0.f, 963.0727f ; CONCD_LWOO:Category = "PMS Probe" ; CONCD_LWOO:SerialNumber = "CDP016" ; CONCD_LWOO:DataQuality = "Preliminary" ; CONCD_LWOO:Dependencies = "1 CCDP_LWOO" ;
Older version of RAF netCDF files have a "legacy zeroth bin" in the histogram. Old PMS probes had a rotating housekeeping value in the first bin, and we wanted to preserve the raw data, and have a one-to-one correspondance between the counts array and the size-distribution array. Previously:
float ACDP_LWOO(Time, sps1, Vector31) ; ACDP_LWOO:_FillValue = -32767.f ; ACDP_LWOO:units = "count" ; ACDP_LWOO:long_name = "CDP Raw Accumulation (per cell)" ; ACDP_LWOO:actual_range = 0.f, 8328.f ; ACDP_LWOO:Category = "PMS Probe" ; ACDP_LWOO:SerialNumber = "CDP016" ; ACDP_LWOO:SampledRate = 10 ; ACDP_LWOO:DataQuality = "Preliminary" ; float CCDP_LWOO(Time, sps1, Vector31) ; CCDP_LWOO:_FillValue = -32767.f ; CCDP_LWOO:units = "#/cm3" ; CCDP_LWOO:long_name = "CDP Concentration (per cell)" ; CCDP_LWOO:actual_range = 0.f, 273.5868f ; CCDP_LWOO:Category = "PMS Probe" ; CCDP_LWOO:SerialNumber = "CDP016" ; CCDP_LWOO:DataQuality = "Preliminary" ; CCDP_LWOO:Dependencies = "2 ACDP_LWOO TASX" ; CCDP_LWOO:FirstBin = 1 ; CCDP_LWOO:LastBin = 30 ; CCDP_LWOO:CellSizes = 2.12f, 3.14f, 4.16f, 5.18f, 6.2f, 7.22f, 8.24f, 9.26f, 10.29f, 11.31f, 12.33f, 13.35f, 14.37f, 16.41f, 18.46f, 20.5f, 22.54f, 24.58f, 26.63f, 28.67f, 30.71f, 32.75f, 34.8f, 36.84f, 38.88f, 40.92f, 42.97f, 45.01f, 47.05f, 49.1f, 51.14f ; CCDP_LWOO:CellSizeUnits = "micrometers" ; CCDP_LWOO:CellSizeNote = "CellSizes are upper bin limits as particle " ; CCDP_LWOO:HistogramNote = "Zeroth data bin is an unused legacy placeholder." ; CCDP_LWOO:DepthOfField = 1.2f ; CCDP_LWOO:BeamDiameter = 0.2f ; CCDP_LWOO:Density = 1.f ; CCDP_LWOO:PLWfactor = 1.e-06f ; CCDP_LWOO:DBZfactor = 1000000.f ;
Difference (plus is new, minus is old):
+ float ACDP_LWOO(Time, sps1, Vector30) ; - float ACDP_LWOO(Time, sps1, Vector31) ; + float CCDP_LWOO(Time, sps1, Vector30) ; - float CCDP_LWOO(Time, sps1, Vector31) ; + CCDP_LWOO:FirstBin = 0 ; + CCDP_LWOO:LastBin = 29 ; - CCDP_LWOO:FirstBin = 1 ; - CCDP_LWOO:LastBin = 30 ; + CCDP_LWOO:CellSizeNote = "CellSizes are lower bin limits as particle " ; - CCDP_LWOO:CellSizeNote = "CellSizes are upper bin limits as particle " ; - CCDP_LWOO:HistogramNote = "Zeroth data bin is an unused legacy placeholder." ;
| bin# | 0 | 1 | 2 | 3 | .... | 29 | |
|---|---|---|---|---|---|---|---|
| FirstBin | LastBin |
Chris Webster
National Center for Atmospheric Research
Research Aviation Facility
(303) 497-1044


"You're just a lash nap away from pure bliss."
BossyWinks Policies
Due to Covid-19, you must wear a mask during your appointment. No exceptions.
If you have symptoms, have been around someone that has symptoms or tested positive for Coronavirus, for everyone's safety please contact me before your appointment to be rescheduled.
Cash payments and tips are accepted. Card/contactless payment is recommended.
While I am home-based, I strive to deliver a relaxing lash experience -- with the help of your cooperation for the following policies.
Before Booking Your Appointment
- A $20 non-refundable deposit is site at the time of booking and will be applied towards the full service cost.
- Deposits are subject to one transfer and must be scheduled within 48 hours after cancellation.
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- If you arrive 15+ minutes late, you will be charged a $10 late fee. After 20 minutes, your appointment may be cancelled at my discretion.
After Your Appointment
- All services are final. In the event you are dissatisfied we can further assist via email or phone. Unfortunately, we cannot provide cash or credit refunds.
- If for any reason you are unhappy with your service, contact me within 3 days of your appointment and I will be happy to make adjustments to your satisfaction under careful review and consideration.
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- Do not pick or pull at your lash extensions, book a refill or removal.
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- Wash your lashes - It is normal lose about 1-3 lashes per day!
Fill-In Policy
- There cannot be more than 3 weeks (21 days) between fills.
- You must have retained at least 40% of lash extensions from previous appointment to be considered a fill-in. If you have retained less than the required amount of lashes for a fill-in, a full set may be required.


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This website was made as an assignment for a Year 10 IST Project. It was created using JQuery, Javascript and HTML. The design for the website was made using Adobe Creative Cloud products such as Photoshop and Illustrator.
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Resources
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PROTOPORPHYRIN IX CONTAINING FE
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An Information Portal to Biological
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As of
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"x" "1" "SCHWEIKL,H, SCHMALZ,G AND RACKEBRANDT,K, THE MUTAGENIC ACTIVITY OFUNPOLYMERIZED RESIN MONOMERS IN SALMONELLA TYPHIMURIUM AND V79 CELLS, MUTAT.RES. 415(1-2):119-130, 1998"


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4.1 average based on 254 Experience.
Moringa School
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A Little About Me
Challenges makes life interesting,overcoming them makes life meanigful.
Background Information
I was born in Busia County and is where I grew up.Being raised by single mother throughout my entire childhood was not a walk in the park. Being a family of five children I was forced to search for relative for help but all was in vain.The God now am a grown up and partaking my studies.
I am so glad to be partaking programming course with definate hope I shall solve day to day problems.Being a programmer is who I am and what I have always wanted to be.
I came to this programming field with definite beliefs in mind in relation to who I will be as a successful programmer and a positive member of the community.I am a programmer to embrace the development of a trusting environment with new technology updates.In my opinion updates open up to new learning beyond the border to basic requiments when entrust is present.
My main aim to be a programmer is to inspire others as well as developing the skills neccesary for others to explore content and draw intelligent resolutions.I am committed to inspire this critical exploration through stimulating teamwork amongst peers. All of these approaches can be implemented through website creation plannning.
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Education
Sigalame High School2011-2014


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Before Change
else: kernels.append(self)
if isinstance(other, Add): kernels.extend(other._parameters_)
else: kernels.append(other)
return Add(kernels, name=name)
def __mul__(self, other):
Here we overload the "*" operator. See self.prod for more information
return self.prod(other)
After Change
assert isinstance(other, Kern), "only kernels can be added to kernels..."
from add import Add
return Add([self, other], name=name)
def __mul__(self, other):
Here we overload the "*" operator. See self.prod for more information
return self.prod(other)


Bangladesh Wary Of Early Sun Set, Says Team's Spin Consultant Daniel Vettori
by Press Trust Of IndiaCricket News
Bangladesh's bowling consultant Daniel Vettori conceded that early sunset could pose a massive challenge for his team's batsmen during the "twilight" hours
Written By Press Trust Of India | Mumbai | Updated On: November 20, 2019 15:13 IST
Bangladesh's spin bowling consultant Daniel Vettori conceded that early sunset in Kolkata could pose a massive challenge for his team's batsmen during the "twilight" hours of the upcoming historic Day/Night Test against India starting on Friday. While a handful of first-team players from India have played a pink-ball game in domestic cricket, Bangladesh's only experience with the pink ball was a one-off Day/Night four-day match in 2013 but none of the current team players were part of that fixture. "I think the pink ball is relatively normal in the day, the challenge will be how much of the Test is played under lights. Obviously, the sun sets quite early here. I think 4:30 pm. That will be the time we will see the pink ball come into play," the former New Zealand captain said.
READ | Virat Kohli Posts 'guess Who?' With His 'partner In Crime'; Here's What They Steal
Bangladesh wary of early sunset
Daniel Vettori has not been a part of any Day/Night Test venture but from the experience he feels batting during twilight period will be challenging. "My experience is only from watching on TV and it seems to do a little bit more during twilight dusk. So I think that's going to be a big sighting period of the Test match. That'll be the period of the Test the teams will try to do technically a few different things. I think that the final one and a half session would be very interesting."
READ | Sachin Tendulkar's World Children's Day Well Spent With Bat, Ball & Kids In Nepal
With the pink ball expected to help seamers more, Indian captain Virat Kohli is expecting complete his 12th straight home series win with ease. Vettori, however, said Bangladesh pacers are equally excited with the team boasting left-arm pacer Mustafizur Rahman who sat out in Indore. "All fast bowlers are really excited. Coming to grips with the balls, I think the SG pink ball is slightly a bit different. Most guys have limited experience of Kookaburra ones. I think there's a lot of excitement and optimism around."
READ | Rohit's Workload To Be Discussed, Out-of-form Dhawan May Be On Trial For Windies Series
READ | Ind Vs Ban: Umesh Yadav Fires 'sixers' Warning To Bangladesh In New Instagram Post


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Load Canvas:
Download Canvas
Show:
shape
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weight_summary
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Options:
training settings:
(Experimental)
optimizer 0:
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A Miami real estate attorney that you can trust
What will a Chase Law P.A. client expect?
- Individualized one-on-one service
- Professional legal advice at competitive rates
- An easily accessible attorney willing to answer questions throughout the representation
- Dedicated and hard-working staff with knowledge of the real estate industry
- Aggressive representation at every stage of litigation
- Meticulous review of title issues in connection with your purchase, sale, refinance or short sale
Contact us today for a free consultation.
contact usWe are a boutique law firm
Specializing in real estate transactions and title work.
In Florida real estate deals, parties rely on title insurance to ensure that they are purchasing or conveying marketable title to the property. Careful examination of title and lien searches is vital to a successful transaction. At Chase Law, we are dedicated to a thorough review of all title matters in a transaction. Buying or selling a home is an important decision. We are here for our clients at every stage of the transaction.
We provide full title services as well as the comfort of having a lawyer handle your file from beginning to end. No transaction is too big or too small. Our costs are comparable to title companies but our representation of clients is superior. The Chase Law team is in constant communication with realtors, lenders, mortgage brokers, condominium associations and other entities integral to the transaction. We work together with all parties to ensure a smooth and timely closing.
Meet The Attorney
Jenna Chase Fabian Esq.
Jenna is a dynamic, client-centered attorney who is dedicated to the efficient resolution of cases in a number of different legal contexts. She aggressively represents individuals and businesses. As the founder of Chase Law, Jenna believes that the client comes first. Her calm demeanor and attention to detail makes her an excellent advocate. Jenna's practice focuses on real estate transactional work but she also has experience in complex civil litigation such as class actions, professional liability cases, toxic tort litigation and appellate work. Before founding Chase Law, Jenna worked at a mid-sized insurance defense firm in downtown Miami.
Jenna earned her J.D., cum laude, from the University of Miami and her B.A., cum laude, from Tulane University. Jenna began her legal career as an intern in the District Attorney's office in Boston, Massachusetts. In law school, Jenna served as the Executive Editor of the Psychology, Public Policy & Law Journal.
Jenna is a member of the Florida Bar, the American Bar Association, the Dade County Bar Association and the Real Property, Probate and Trust Law Section of the Florida Bar. She is an agent of Attorney’s Title Insurance Fund. Jenna is also an avid runner along the shores of Miami Beach.


By default, Polipo does not use Poor Man's Multiplexing (see Poor Mans Multiplexing). If the variable pmmSize
is set to a
positive value, Polipo will use PMM when speaking to servers that are
known to support pipelining. It will request resources by segments of
pmmSize
bytes. The first segment requested has a size of
pmmFirstSize
, which defaults to twice pmmSize
.
PMM is an intrinsically unreliable technique. Polipo makes heroic efforts to make it at least usable, requesting that the server disable PMM when not useful (by using the ‘If-Range’ header) and disabling it on its own if a resource turns out to be dynamic. Notwithstanding these precautions, unless the server cooperates1, you will see failures when using PMM, which will usually result in blank pages and broken image icons; hitting Reload on your browser will usually cause Polipo to notice that something went wrong and correct the problem.


gouldtoppm(1) gouldtoppm(1) NAME gouldtoppm - convert Gould scanner file into a portable pixmap SYNOPSIS gouldtoppm [gouldfile] DESCRIPTION Reads a file produced by the Gould scanner as input. Produces a portable pixmap as output. SEE ALSO ppm(5) AUTHOR Copyright(C) 1990 by Stephen Paul Lesniewski 20 May 1990 gouldtoppm(1)


Why does Canvas use Typed Array to handle data? Why can't we use regular Array? Let's look into Typed Array - what it is and when to use them.
Regular Array - an oven sheet
It can hold various shapes and sizes.
Regular JavaScript Array is very versatile. It can holed mix of data types and can be expanded or shortened as you go.
var array = [];
array[0] = 1;
array.push(2);
array[2] = {};
array.push('string')
// array now looks like : [1,2,{},'string']
It is like an oven sheet in your home, you can bake various sizes of cinnamon buns, or cook Turkey and Brussels Sprouts at the same time for holiday dinner. While versatility is useful, it means regular JavaScript Array has to account for many possible occasion and is not so great at performance.
Typed Array - a muffin pan
Optimized for specific shape and size.
Typed Arrays are array-like objects that is designed to only handle raw binary data. There are 9 different types depending on size of each element (how many bytes it holds) and how binary data is handled.
As this is different from regular Array, not all methods in regular Array are available for Typed Arrays (i.e. push
and pop
). Also calling Array.isArray()
with Typed Array returns false.
var typedArray = new Int8Array(2); //creates an array pre-filled with 0
typedArray[0] = 240;
typedArray[1] = 'string'; // will remain 0 since string is not binary
console.log(typedArray) // [240, 0]
You can think of Typed Arrays as different baking molds at professional bakery. Weather its Muffin or Madeleine, those molds are designed to handle same amount of batter for same shape of baked goods. There are no flexibility to cook Turkey, but it is very efficient at making lots and lots of same shaped goods.
Anatomy of Typed Arrays
Int8Array // 8-bit two's complement signed integer
Uint8Array // 8-bit unsigned integer
Uint8ClampedArray // 8-bit unsigned integer (clamped)
Int16Array // 16-bit two's complement signed integer
Uint16Array // 16-bit unsigned integer
Int32Array // 32-bit two's complement signed integer
Uint32Array // 32-bit unsigned integer
Float32Array // 32-bit IEEE floating point number
Float64Array // 8 64-bit IEEE floating point number
Overflow and "Clamped"
What if we assign a value larger than it can handle? In other words, what happens if we put too much batter in each muffin tin?
Most Typed Arrays take care of this situation by only talking overflow. If you try to assign 280 into an Unit8Array
(limited to 0 - 255), it will only keep 24 (280 - 256 = 24).
var typedArray = new Uint8Array(1);
typedArray[0] = 280;
console.log(typedArray) // [24]
"Clamped" Typed Array, on the other hand, takes care of this by taking value closest to it's size. Let's think about the sample in previous post which we increased color of red by 30.
var imageData = context.getImageData(0, 0, width, height).data;
for(var i=0; i<imageData.length; i+=4){
imageData[i] += 30
}
If the original color already had value of 255, and then we added 30, it will try to assign 285 to ImageData object which use Uint8ClampedArray
, thus size of red is kept to max value of 255.
If it was using non-clamped array like Unit8Array
, it will only take overflow of 29 which turns color darker instead of brightening it. In color value, lowest is always 0 and highest is always 255, in other words a pixel can only be brightened to 255 and darkened to 0. Clamped Array is designed to take care of these situation easily by always choosing closest value to it's size when overflow happens.
var typedArray = new Uint8ClampedArray(3);
typedArray[0] = 280;
typedArray[0] = 230;
typedArray[0] = -30;
console.log(typedArray) // [255, 230, 0]
Now we know more about data that consists image. Let's start applying image processing technique in next post.


Museum of Contemporary Art raises $6 million with auction
CHICAGO (AP) - Chicago’s Museum of Contemporary Art has announced it raised $6 million with a benefit art auction, making it one of the most successful fundraisers in the institution’s history.
Museum director Madeleine Grynsztejn says the highest winning bid at the Nov. 16 auction was $1,150,000 for the 2018 painting “Untitled” by American artist Richard Prince, who donated the art.
Grynsztejn says the event featured work by some of the world’s most influential contemporary artists currently working, including fabric sculptor Nick Cave, feminist Judy Chicago and conceptual artist Rashid Johnson. Also auctioned were works of art from U.S. and European galleries.
According to Grynsztejn, the auction is an essential part of realizing the MCA’s commitment to advancing contemporary art.
The auction was led by Oliver Barker, the senior director and chairman of Sotheby’s Europe.
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--- layout: default title: Precise Visualization Instructions ---
Everything you have seen until now is outdated. You should answer all questions based on the new, precise visualizations.
You will now view updated visualizations with precise data. After you have seen both updated visualizations, we will ask you some more questions about the data.


| Interface | Description |
|---|---|
| AssociativeAggregation |
Aggregation operation that maintains the associative property on multiple
combinations.
|
| CompositeEventCounterIf<C extends EventCounterIf<C>> | |
| EventCounter |
marker interface: this is required for for any class that requires a generic
of the type C extends EventCounterIf
|
| EventCounterIf<C extends EventCounterIf<C>> |
counter object representing some value over a timespan [start, end)
mutable via the add() metthod
|
| EventRate | |
| FacebookStatsReporter |
A interface for reporting statistics (counters, exported values)
|
| GaugeCounter |
Like an EventCounter but with additional functionality and
additional overhead.
|
| GaugeCounterFactory |
Factory interface for creating new GaugeCounters
|
| HistoryManager |
This was written to resemble some older libraries.
|
| ReadableMultiWindowCounter | |
| ReadableMultiWindowGauge | |
| ReadableMultiWindowRate | |
| WritableMultiWindowStat |
| Class | Description |
|---|---|
| AbstractCompositeCounter<C extends EventCounterIf<C>> |
Tracks stats over a rolling time period (time window) of maxLength
broken into parts (eventCounters list) of size maxChunkLength.
|
| AbstractCompositeSum<C extends EventCounterIf<C>> | |
| AssociativeAggregationCounter | |
| CompositeGaugeCounter |
Keeps a list of gauge counters (see AbstractCompositeCounter)
that look like one summarized gauge counter.
|
| CompositeMax | |
| CompositeMin | |
| CompositeSum |
stats class that is useful for tracking the number of events that occur
in a given time window.
|
| CounterCacher | |
| DecayCounter |
special purpose counter that decays exponentially fashion.
|
| DefaultGaugeCounter |
Default implementation of GaugeCounter.
|
| DefaultGaugeCounterFactory | |
| EventCounterImpl |
reference implementation of a simple counter for a bounded period of time
|
| EventRateImpl | |
| ExponentialDecay | |
| FastGaugeCounter |
Fast implementation of GaugeCounter that may give slightly inaccurate values
in certain race conditions, but should produce close to accurate results
in the long run.
|
| FastGaugeCounterFactory | |
| MaxEventCounter | |
| MinEventCounter | |
| MultiWindowDistribution | |
| MultiWindowGauge | |
| MultiWindowMax | |
| MultiWindowMin | |
| MultiWindowRate | |
| MultiWindowSpread |
Stats container that tracks the following multi-window metrics:
1) min
2) gauge - average, rate, sample count
3) max
|
| QuantileDigest | |
| QuantileDigest.Bucket | |
| ShardedConcurrentCounter | |
| StatsManager |
Each stat's name corresponds to a single underlying counter, but
each counter can be exported for different uses (ExportTypes).
|
| SumEventCounter | Deprecated
see original simple implementation,
EventCounterImpl which
does the same thing, but avoids encapsulation violation |
| Enum | Description |
|---|---|
| HistoryManager.ExportType | |
| MultiWindowDistribution.Quantile |
Copyright © 2012-2013 Facebook, Inc.. All Rights Reserved.


$ hush-cli getaddressutxos
error code: -1
error message:
getaddressutxos
Returns all unspent outputs for an address (requires addressindex to be enabled).
Arguments:
{
"addresses"
[
"address" (string) The base58check encoded address
,...
],
"chainInfo" (boolean) Include chain info with results
}
Result
[
{
"address" (string) The address base58check encoded
"txid" (string) The output txid
"height" (number) The block height
"outputIndex" (number) The output index
"script" (strin) The script hex encoded
"satoshis" (number) The number of satoshis of the output
}
]


Kerberos Server
Kerberos Server
IP Address / Host Name & Port:
:
(88, 5000 ~ 65535)
Domain Name:
Optional Information (for Server Address/Phone Book)
Login Name:
Password:
Re-enter Password:


--- layout: page title: About header-img: "img/about-bg.png" ---
I am a part-time student of FlatIronSchool


How to add a child window (or non-modal dialog)
by David Primmer
This is the third walkthrough in a series of tutorial-style walkthroughs to help newcomers get started using PythonCard.
Overview, Scope and Purpose
This walkthrough covers PythonCard Version 0.8.
The first two PythonCard walkthrough tutorials (which can be found, like this one, in the docs/html directory of your PythonCard installation) have created single-window applications. It is, of course, often necessary to create applications with multiple windows.  You can allow users to hide and show windows (by using the visible attribute), and you can clean up your user interface and split widgets off into logical groups.
In this walkthrough, we will extend our simple Counter application (the subject of walkthrough2) to add a child window which launches when the application opens, interacts with it, and exhibits some demonstrative behavior when the child window is closed. This walkthrough will make more sense if you've worked through walkthrough2.
Modal vs. Non-modal
There are two types of child windows: those that require the user to stop any other activity and pay attention only to the current window (modal) and windows that allow simultaneous interaction with the main window (non-modal or modeless). The first thing to decide when creating a child window is whether you require the window to be dismissed before the user can continue to work with the main application window. With a modal window, users can choose to cancel, they can respond to a message, or they can set parameters and assign values to content in the active application. An example of a simple modal window is a message box or alert.
You may want your window to stick around while the user is working in another window. The radioclient sample, for example, has a child window that displays a view of the current document as it would be rendered in a Web browser. It's important to decide between modal and non-modal before you begin creating your child window because the standard window type in PythonCard, the background, cannot be modal.
model.Background
This is the standard class definition for a PythonCard app:
class Minimal(model.Background):
One of the most important concepts when dealing with child windows in PythonCard is the background. The background is unique to PythonCard and it basically encapsulates a wxFrame and a wxPanel. Each PythonCard application is a class that derives from model.Background. You can't make a class derived from model.Background modal. That is a wxWidgets limitation, not PythonCard. If you want a modal dialog then your class has to be derived from model.CustomDialog. They are similar, but different and the resource format is slightly different as well. dbBrowser, resourceEditor, textEditor, and textRouter all use custom modal dialogs.
Overview of Designing a Child Window
Making a non-modal child window using resourceEditor is simple, following these steps:
- Create a window with resourceEditor. In this walkthrough, we'll do so by starting with the minimal sample and adding features.
- In your main application, import the module you created at step 1 and add code to the main application's startup routine to create an instance of your imported child window class.
- Modify the attributes of the new object, calling its methods and using its components. It is now part of the main application.
Create a stand-alone PythonCard application
Each PythonCard .py file contains a class definition derived from PythonCard's model.Background as well as a stub to instantiate that class. A child window is simply an instantiation of a class from within another application. Tutorials in walkthrough1 and walkthrough2 cover how to create a stand-alone PythonCard application so we won't cover that here.
It is possible that your child window will be interacting with the data in your main application, so there may be limits to how much design can be done independently of your main application. But it is still a good idea to try to separate their functions as much as possible to allow code re-use and to simplify debugging. In the current example, we will use the minimal sample as the basis of our child window while using the counter sample as our main application.
Minimal.py has one control, a text field called 'field1'. We will add a button to minimal.py to reset the value of the field in the main counter application to 0 when it is pressed. We will also connect the buttons in the main counter application to update field1's contents in the child window (minimal.py) to match those of the field in counter's window.
Even though these are relatively trivial interactions, they serve to demonstrate the techniques involved in getting two (or more) windows communicating with one another in a PythonCard application.
Start by creating a new folder to hold your two resource files and your two PythonCard script files. Copy minimal.py, minimal.rsrc.py, counter.py, and counter.rsrc.py from their respective folders in the samples directory into this new folder. You can leave their names the same, though in practice you will generally change the names of files to match the application you are constructing.
Open minimal.rsrc.py in the PythonCard resourceEditor and add a button to it as shown in Figure 1.
Figure 1. Button Added to minimal Sample Window
Label the button "Clear Counter" and name it btnReset. Save the resource file.
We'll get back to scripting this button shortly.
Launching the Child Window From the Parent Application
Opening the child window in our main application's code is simply a matter of importing the class and creating an object of that class, attached to the current background.
In addition to the standard imports for Counter, we'll import minimal:
from PythonCard import model import minimal
Next we'll add an event handler to be executed when the Counter application is started. This handler acts something like autoexec.bat on a PC or .login in a Unix shell. Place an on_initialize handler right below the class definition. (Placement isn't important but following this convention will make it easier for you to work through and maintain multi-window applications.) Here is the class declaration of our Counter application with on_initialize added:
class Counter(model.Background): def on_initialize(self, event):
and here is the code that we will add to the on_initialize method:
self.minimalWindow = model.childWindow(self, minimal.Minimal)
We create a minimal window object uisng the childWindow function and give it the name minimalWindow by passing two parameters to the function: the parent window (self), and the background class (minimal.Minimal) we want to use.
That is all is needed to create a minimal window object, but at this point, it is still hidden and not much good to us.
Communicating With Your Child Window
Continuing in the on_initialize handler, we make calls to set the position and visibility of the new window:
# override resource position self.minimalWindow.position = (200, 5) self.minimalWindow.visible = True
We now have a window that is an attribute of our main background, just like any of the menus or buttons that are already a part of Counter.
As constructed before we began this project, the increment and decrement buttons in Counter modify the value of the text field in Counter. To cause the Counter application's buttons to update the text value in the minimal child window minimalWindow, we simply add one more call to update the control in that window as well (the new lines are in bold type):
def on_incrBtn_mouseClick(self, event): startValue = int(self.components.field1.text) endValue = startValue + 1 self.components.field1.text = str(endValue) self.minimalWindow.components.field1.text = str(endValue) def on_decrBtn_mouseClick(self, event): startValue = int(self.components.field1.text) endValue = startValue - 1 self.components.field1.text = str(endValue) self.minimalWindow.components.field1.text = str(endValue)
Notice that we reference components in the child window by a collection of objects starting with the main application (self) and then pointing first to the child window, then to its components property, then to the specific component, then to the property of that component we wish to change. If we wanted to execute a method of that component or the background, we would use a similar construct.
This is obviously very simplistic, (not to mention somewhat redundant coding). Many times, you will be using a child window to modify components or data associated with the parent window. PythonCard is not passing events between windows in this release, but in many cases you can simply call the event handler directly. If you are interested in passing an arbitrary event such as a mouseClick, that will require creating the event and then posting it using wx.PostEvent. Custom events are beyond the scope of this tutorial. However, the child window is able to access the parent window directly by traversing up the stack of windows.
For example we can place a control on our child window that updates a control on our main background. Let's connect the Reset Counter button we added to the minimal application above. Add the following code to minimal.py
def on_initialize(self, event): self.parent = self.getParent() def on_btnReset_mouseClick(self, event): self.parent.components.field1.text = "0"
When our child window it initialized, it calls getParent() to get a reference to its parent window, and then stores that reference. We place the code that handles this task in the on_initialize handler so that the reference is available to all handlers in the application.
You'll notice that the text field on the Counter background is reset to zero but the text field on the Minimal background is not. (This might be a little confusing because both fields are called 'field1'. In a real application, the fields should be named something more descriptive.) At this point, our minimal sample is no longer a stand-alone. If you run Minimal by itself, self.parent is set to None. If you were using the child window in other roles or wanted to make it multi-purpose, you could place the self.getParent() call in a try...except block.
Closing the Child Window
Your main application window will clean up the child window when your app is closed. If the user has the ability to close the child window before the main window closes (by using the the child's File->Exit menu or by clicking the close box on the window) it's a good idea to just hide the window instead of destroying it. This will allow you to unhide the window without re-initializing it and also permits you to communicate with the window while it is hidden. In the process, you avoid runtime errors that could result from the child window being non-existent as far as the application is concerned.
We do this by overriding the on_close event handler. on_close would normally destroy the window but we change it so it hides the window by setting the visible attribute to False, hiding the window. Just to make things a little more interesting, we've also added a custom doExit function that sets the counter's field1 to an arbitrary value just to confirm the connection between the two windows visibly:
def doExit(self): self.parent.components.field1.text = "99" def on_close(self, event): self.doExit() self.visible = False def on_exit_command(self, event): self.close()
The resource file (minimal.rsrc.py) defines an exit command for the File->Exit menu so we use a command handler to override the default behavior. As the above code shows, the File->Exit menu item just calls the close() method to close the window. That is the same as clicking the close box on the window and triggers the close window event, so that on_close is called. We placed the work to be done when the document is closing in the doExit method. In this case it just sets the counter field in the parent to "99".
In addition, in doExit() you could modify some properties of the parent window to keep track of the state of your child window. For example, assuming you have a View menu with an item that hides or unhides your child window, you could use doExit() to check or uncheck the 'View Minimal Window' menu item on the parent. The code would look something like this:
self.parent.menuBar.setChecked('menuViewMinimalWindow', False)
$Revision: 1.11 $ : $Author: kasplat $ : Last update $Date: 2005/12/30 06:29:36 $


{% extends '_base.html' %} {% load helpers %} {% block content %}
| Name | Description |
|---|---|
| {{ script }} | {{ script.Meta.description }} |
No scripts found.
Scripts should be saved to {{ settings.SCRIPTS_ROOT }}
. (This path can be changed by setting SCRIPTS_ROOT
in NetBox's configuration.)


| Internet Engineering Task Force (IETF) | D. Walton |
| Request for Comments: 7911 | Cumulus Networks |
| Category: Standards Track | A. Retana |
| ISSN: 2070-1721 | E. Chen |
| Cisco Systems, Inc. | |
| J. Scudder | |
| Juniper Networks | |
| July 2016 |
Advertisement of Multiple Paths in BGP
This document defines a BGP extension that allows the advertisement of multiple paths for the same address prefix without the new paths implicitly replacing any previous ones. The essence of the extension is that each path is identified by a Path Identifier in addition to the address prefix.
This is an Internet Standards Track document.
This document is a product of the Internet Engineering Task Force (IETF). It represents the consensus of the IETF community. It has received public review and has been approved for publication by the Internet Engineering Steering Group (IESG). Further information on Internet Standards is available in Section 2 of RFC 7841.
Information about the current status of this document, any errata, and how to provide feedback on it may be obtained at http://www.rfc-editor.org/info/rfc7911.
Copyright (c) 2016 IETF Trust and the persons identified as the document authors. All rights reserved.
This document is subject to BCP 78 and the IETF Trust's Legal Provisions Relating to IETF Documents (http://trustee.ietf.org/license-info) in effect on the date of publication of this document. Please review these documents carefully, as they describe your rights and restrictions with respect to this document. Code Components extracted from this document must include Simplified BSD License text as described in Section 4.e of the Trust Legal Provisions and are provided without warranty as described in the Simplified BSD License.
The BGP specification [RFC4271] defines an Update-Send Process to advertise the routes chosen by the Decision Process to other BGP speakers. No provisions are made to allow the advertisement of multiple paths for the same address prefix or Network Layer Reachability Information (NLRI). In fact, a route with the same NLRI as a previously advertised route implicitly replaces the previous advertisement.
This document defines a BGP extension that allows the advertisement of multiple paths for the same address prefix without the new paths implicitly replacing any previous ones. The essence of the extension is that each path is identified by a Path Identifier in addition to the address prefix.
The availability of the additional paths can help reduce or eliminate persistent route oscillations [RFC3345]. It can also help with optimal routing and routing convergence in a network by providing potential alternate or backup paths, respectively.
The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in [RFC2119].
As defined in [RFC4271], a path refers to the information reported in the Path Attribute field of an UPDATE message. As the procedures specified in [RFC4271] allow only the advertisement of one path for a particular address prefix, a path for an address prefix from a BGP peer can be keyed on the address prefix.
In order for a BGP speaker to advertise multiple paths for the same address prefix, a new identifier (termed "Path Identifier" hereafter) needs to be introduced so that a particular path for an address prefix can be identified by the combination of the address prefix and the Path Identifier.
The assignment of the Path Identifier for a path by a BGP speaker is purely a local matter. However, the Path Identifier MUST be assigned in such a way that the BGP speaker is able to use the (Prefix, Path Identifier) to uniquely identify a path advertised to a neighbor. A BGP speaker that re-advertises a route MUST generate its own Path Identifier to be associated with the re-advertised route. A BGP speaker that receives a route should not assume that the identifier carries any particular semantics.
In order to carry the Path Identifier in an UPDATE message, the NLRI encoding MUST be extended by prepending the Path Identifier field, which is of four octets.
For example, the NLRI encoding specified in [RFC4271] is extended as the following:
+--------------------------------+ | Path Identifier (4 octets) | +--------------------------------+ | Length (1 octet) | +--------------------------------+ | Prefix (variable) | +--------------------------------+
The usage of the extended NLRI encodings is specified in Section 5.
The ADD-PATH Capability is a BGP capability [RFC5492], with Capability Code 69. The Capability Length field of this capability is variable. The Capability Value field consists of one or more of the following tuples:
+------------------------------------------------+ | Address Family Identifier (2 octets) | +------------------------------------------------+ | Subsequent Address Family Identifier (1 octet) | +------------------------------------------------+ | Send/Receive (1 octet) | +------------------------------------------------+
The meaning and use of the fields are as follows:
A BGP speaker that wishes to indicate support for multiple AFI/SAFIs MUST do so by including the information in a single instance of the ADD-PATH Capability.
The Path Identifier specified in Section 3 can be used to advertise multiple paths for the same address prefix without subsequent advertisements replacing the previous ones. Apart from the fact that this is now possible, the route advertisement rules of [RFC4271] are not changed. In particular, a new advertisement for a given address prefix and a given Path Identifier replaces a previous advertisement for the same address prefix and Path Identifier. If a BGP speaker receives a message to withdraw a prefix with a Path Identifier not seen before, it SHOULD silently ignore it.
For a BGP speaker to be able to send multiple paths to its peer, that BGP speaker MUST advertise the ADD-PATH Capability with the Send/Receive field set to either 2 or 3, and MUST receive from its peer the ADD-PATH Capability with the Send/Receive field set to either 1 or 3, for the corresponding <AFI, SAFI>.
A BGP speaker MUST follow the procedures defined in [RFC4271] when generating an UPDATE message for a particular <AFI, SAFI> to a peer unless the BGP speaker advertises the ADD-PATH Capability to the peer indicating its ability to send multiple paths for the <AFI, SAFI>, and also receives the ADD-PATH Capability from the peer indicating its ability to receive multiple paths for the <AFI, SAFI>, in which case the speaker MUST generate a route update for the <AFI, SAFI> based on the combination of the address prefix and the Path Identifier, and use the extended NLRI encodings specified in this document. The peer SHALL act accordingly in processing an UPDATE message related to a particular <AFI, SAFI>.
A BGP speaker SHOULD include the best route [RFC4271] when more than one path is advertised to a neighbor, unless it is a path received from that neighbor.
As the Path Identifiers are locally assigned, and may or may not be persistent across a control plane restart of a BGP speaker, an implementation SHOULD take special care so that the underlying forwarding plane of a "Receiving Speaker" as described in [RFC4724] is not affected during the graceful restart of a BGP session.
The extension proposed in this document provides a mechanism for a BGP speaker to advertise multiple paths over a BGP session. Care needs to be taken in its deployment to ensure consistent routing and forwarding in a network [ADDPATH].
The only explicit indication that the encoding described in Section 3 is in use in a particular BGP session is the exchange of Capabilities described in Section 4. If the exchange is successful [RFC5492], then the BGP speakers will be able to process all BGP UPDATES properly, as described in Section 5. However, if, for example, a packet analyzer is used on the wire to examine an active BGP session, it may not be able to properly decode the BGP UPDATES because it lacks prior knowledge of the exchanged Capabilities.
When deployed as a provider edge router or a peering router that interacts with external neighbors, a BGP speaker usually advertises at most one path to the internal neighbors in a network. In the case where the speaker is configured to advertise multiple paths to the internal neighbors, and additional information is needed for the application, the speaker could use attributes such as the Edge_Discriminator attribute [FAST]. The use of that type of additional information is outside the scope of this document.
IANA has assigned the value 69 for the ADD-PATH Capability described in this document. This registration is in the "Capability Codes" registry.
This document defines a BGP extension that allows the advertisement of multiple paths for the same address prefix without the new paths implicitly replacing any previous ones. As a result, multiple paths for a large number of prefixes may be received by a BGP speaker, potentially depleting memory resources or even causing network-wide instability, which can be considered a denial-of-service attack. Note that this is not a new vulnerability, but one that is present in the base BGP specification [RFC4272].
The use of the ADD-PATH Capability is intended to address specific needs related to, for example, eliminating route oscillations that were induced by the MULTI_EXIT_DISC (MED) attribute. While describing the applications for the ADD-PATH Capability is outside the scope of this document, users are encouraged to examine their behavior and potential impact by studying the best practices described in [ADDPATH].
Security concerns in the base operation of BGP also apply.
| [RFC2119] | Bradner, S., "Key words for use in RFCs to Indicate Requirement Levels", BCP 14, RFC 2119, DOI 10.17487/RFC2119, March 1997. |
| [RFC4271] | Rekhter, Y., Li, T. and S. Hares, "A Border Gateway Protocol 4 (BGP-4)", RFC 4271, DOI 10.17487/RFC4271, January 2006. |
| [RFC4760] | Bates, T., Chandra, R., Katz, D. and Y. Rekhter, "Multiprotocol Extensions for BGP-4", RFC 4760, DOI 10.17487/RFC4760, January 2007. |
| [RFC5492] | Scudder, J. and R. Chandra, "Capabilities Advertisement with BGP-4", RFC 5492, DOI 10.17487/RFC5492, February 2009. |
We would like to thank David Cook and Naiming Shen for their contributions to the design and development of the extension.
Many people have made valuable comments and suggestions, including Rex Fernando, Eugene Kim, Danny McPherson, Dave Meyer, Pradosh Mohapatra, Keyur Patel, Robert Raszuk, Eric Rosen, Srihari Sangli, Dan Tappan, Mark Turner, Jeff Haas, Jay Borkenhagen, Mach Chen, Denis Ovsienko, Carlos Pignataro, Meral Shirazipour, and Kathleen Moriarty.


|
CoreTweet
2.0.0-beta.2
Yet another .NET Twitter Library
|
Represents a $cashtag object. More...
Additional Inherited Members | |
| Static Public Member Functions inherited from CoreTweet.Core.CoreBase | |
| static T | Convert< T > (string json, string jsonPath="") |
| Converts the JSON to a twitter object of the specified type. More... | |
| static List< T > | ConvertArray< T > (string json, string jsonPath) |
| Properties inherited from CoreTweet.SymbolEntity | |
| string | Text [get, set] |
| Gets or sets the name of the hashtag, minus the leading '#' or '$' character. More... | |
| Properties inherited from CoreTweet.Entity | |
| int[] | Indices [get, set] |
Represents a $cashtag object.


In CSS you can display an element many differnt ways but the one I struggled with was inline vs inline block. From what I have researched this is my conclusion though I still struggle to apply it. Since inline elements do not have line break before or after it, it allows other elements to be place to their left or right.Inline elements observe any left or right margins or padding that have been set but does not observe top or bottom settings. They also cannot have a width or height set. Inline block behave like a block but can be placed like an inline element where it allows for other elements to be place to their left or right. Unlike inline elements, inline block do respect top and bottom margins as well as height and width.


The pyglet event loop is encapsulated in the EventLoop class, which provides several hooks that can be overridden for customising its behaviour. This is recommended only for advanced users -- typical applications and games are unlikely to require this functionality.
To use the EventLoop class directly, instantiate it and call run:
pyglet.app.EventLoop().run()
Only one EventLoop can be running at a time; when the run method is called the module variable pyglet.app.event_loop is set to the running instance. Other pyglet modules such as pyglet.window depend on this.
You can listen for several events on the event loop instance. The most useful of these is on_window_close, which is dispatched whenever a window is closed. The default handler for this event exits the event loop if there are no more windows. The following example overrides this behaviour to exit the application whenever any window is closed:
event_loop = pyglet.app.EventLoop() @event_loop.event def on_window_close(window): event_loop.exit() return pyglet.event.EVENT_HANDLED event_loop.run()
The EventLoop.idle method is called every iteration of the event loop. It is responsible for calling scheduled clock functions, redrawing windows, and deciding how idle the application is. You can override this method if you have specific requirements for tuning the performance of your application; especially if it uses many windows.
The default implementation has the following algorithm:
The return value of the method is the number of seconds until the event loop needs to iterate again (unless there is an earlier user-input event); or None if the loop can wait for input indefinitely.
Note that this default policy causes every window to be redrawn during every user event -- if you have more knowledge about which events have an effect on which windows you can improve on the performance of this method.


In its canonical form, the complex Ginzburg-Landau equation (CGL) is given by
where is a complex function of (rescaled) time and space; the parameters and characterise linear and nonlinear dispersion respectively.
The equation arises in the study of nonequilibrium problems, and acts as an amplitude (or envelope or modulational) equation. It provides a universal description of weakly nonlinear spatio-temporal phenomena in extended continous media whose dispersion conforms to a very general type. We also require that the system is gauge-invariant, that is, the dynamics remain invariant to the transformation:
Such a symmetry typically arises where is the slowly-varying amplitude of a phenomenon that is periodic in at least one variable (space or time).


Remember SVN $Rev$ substitution?
It was really useful for version numbers.
Example:
version = "1.0.$Rev$"
version = "1.0.$Rev: 374 $"
String parsing to the rescue:
"1.0.$Rev: 374 $"
⟶ "1.0.374"
Which looks good in an About dialog.
Makes bug reports much easier to reproduce.
Git doesn't have nice, numeric revision numbers.
It has ugly-looking commit hashes like 8fb4da5
.
git describe
command.
$ git describe
v1.0-42-g8fb4da5
git describe
version number:
v1.0
Latest
git tag
-
42
Commits
since tag
-
g8fb4da5
Hash of
HEAD commit
This means we're 42 commits ahead of version 1.0.
Note: only annotated tags will be used.
git tag
⟶ lightweight tag (default)git tag -a
⟶ annotated taggit tag -s
⟶ annotated and signed tagUse lightweight tags for private tags,
and signed tags for releases.
BTW, always use git push --follow-tags
:
It pushes only annotated tags.
NEVER use git push --tags
:
Lightweight tags should not leave your repo.
Change the version number in one place,
and it changes everywhere.
No more "update version number" commits.
Just Tag It™.
Run git describe
early in the build process,
then use text replacement to put the version number where it needs to be.
AssemblyInfo.cs
package.json
__setup__.py
It runs git describe
and parses the result.
| GIT_VN_FULL | v1.0-42-g8fb4da5 |
| GIT_VN_TAG | 1.0 (no "v") |
| GIT_VN_COMMITS | 42 |
| GIT_VN_SHA | 8fb4da5 (no "g") |
Then you use those in your later build process.
If you're using TeamCity, the tool's output
is in the right format for TeamCity to pick up.
If you're not using TeamCity, you'll need to
set up the environment variables youself.
E.g., output the tool's output to a shell script
and do source myscript.sh
git describe
just works)And remember:
git tag -s
to tag your releasesv#.#.#
v3.1.4
git push --follow-tags


| DOSE: T+ 0:00 |
30 mg |
insufflated |
Morphine |
(ground / crushed) |
| T+ 0:15 |
30 mg |
insufflated |
Morphine |
(ground / crushed) |
| T+ 0:40 |
30 mg |
insufflated |
Morphine |
(ground / crushed) |
| T+ 1:10 |
30 mg |
insufflated |
Morphine |
(ground / crushed) |
| T+ 69:40 |
120 mg |
oral |
Morphine |
(liquid) |
This is actually two experiences with the same substance 72 hours apart. They are closely related so I figured I would put both in one report.
I am a huge fan of pain pills; it is the only drugs I take anymore. I have had every opiate imaginable besides heroin. I smoked opium once and it was a great experience, and I have taken every pill I can get my hands on and compared the experiences of them all looking for the 'best high'. Hydromorphone still holds this place for me.
Morphine sulfate was about the only pain pill I had not tried. I got two 120 mg pills and decided to experiment. The pills were 120 mg of morphine sulfate, instead of powder inside the caps it comes in the form of dozens of little balls. I used to have a fairly high tolerance; I could do 160 mgs of Oxy and still be good enough have a fluid conversation or drive.
[Erowid Note: Driving while intoxicated or tripping is dangerous and irresponsible because it endangers other people. Don't do it!]
T 7:00 PM
I take apart the 120 mg pill and get all of the little balls together. I then spend about 15 minutes crushing the balls into a fine powder. Eventually the powder is smooth enough to the point it looks like cocaine. Since it had been a few months since I’d had opiates and I wasn’t sure of my tolerance I decided to do it a bit at a time. I divided up the powder into 8 lines of roughly equal size
7:20
I clear out my nose and snort the first two lines. It burns but I have had far worse so I deal, after about 5 minutes I start to feel the good old opiate come up I love so much. However it isn’t very intense, I feel kind of warm but nothing else really.
7:35
Decide to do two more lines. Feel it a little more intense, the drip is getting pretty wicked now, nothing too great to show for it. Starting to be let down by the whole experience, maybe I should have done all 120 mg in 2 huge lines. Decide to wait and see if it will “kick in”,
8:00
Do two more lines, burns like hell now, not very enjoyable. I have an awful headache that the morphine isn’t countering. Honestly 30 mgs of Hydrocodone filtered is a better high than this and that isn’t saying much. My body feels very heavy but my head hurts and I am having little Euphoria.
8:30
Do the last two lines.  I know what is coming next. Soon enough I got horrible nausea and rush to the bathroom, vomit 6 times over the next two hours. Attempt to go to bed. Cannot fall asleep, finally at 3 in the morning I drift off to sleep.
T Next Morning 8 am
I get to work, run into the bathroom, throw up twice, have some Pepto and feel a lot better. Feel lethargic all day.
I recover for a few days and decide to try something else when I am at baseline. Obviously the nasal route didn’t work, I wouldn’t want to do that much powder at once as my nose would be in bad shape, so I decide a quick oral route may be best, I have tried this with other opiates with good results.
T: 5 pm
I take the other pill and grind it up again, this time I spend more time getting it as fine as possible. I grind it up to very fine powder. I then scrape all the powder into an empty cup. I run some water till it is slightly hot, not too hot but very warm. I pour this into the powder. I swirl it around till no powder is left, and it is completely cloudy. I then quickly shoot this down on an empty stomach. Tastes pretty horrible but I have had worse.
5:30
I feel it coming on a lot like the previous time. More substance too it now as I am taking the full 120 mg at once. Body becomes very heavy and I feel very out of it.
5:45
Have a little more euphoria. Still not what I expected from such a high does. I prefer just about every other pain pill I have tried to this.
6:00
Became very sedated now, almost as much as Methadone but not quite. Temped to close my eyes and lay my head back. Decide to listen to music in the dark. This is my true test of how good an opiate is. How good I feel listening to my favorite music in the dark, it is my ritual. I feel pretty good, easier to lose myself in the sound compared to when I am sober but this is a far cry from the best opiate experiences I have had.
9:00
The last few hours have been very similar, mild Euphoria, heavy body sedation, nothing too exciting. I come down slowly, and have a little difficulty falling asleep but not as bad as the previous night.
Conclusion
Morphine was a very big letdown. I imagine the liquid form for fixing is great, but the sulfate leaves a lot to be desired. I had very high hopes for this experience as all the conversion charts online led me to believe this was a strong opiate at this dosage, and obviously it was given how sick I was the first time, but all of the best parts of opiates, the complete lack of anxiety, and the overwhelming euphoria were nearly absent. I wouldn’t recommend this even if you could find it for cheap, even common Hydrocodone filtered is a far more powerful and pleasurable experience than Morphine Sulfate.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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