| DOSE: |
12 mg |
rectal |
2C-P |
(powder / crystals) |
I have had many experiences with psychedelics, including large doses of mushrooms, 10-strips of LSD, 2C-E, 2C-I, DMT, 4-AcO-DET, and 4-AcO-DMT. I had experienced quite a bit of nausea on the come-up with the other 2C chemicals I had tried, but I wasnít worried. I had the house to myself, and I was in a very good state of mind. I had not taken any pharmaceuticals or any other chemicals that day. This includes alcohol, nicotine, and caffeine.
My friend, who sent me 200mg 2C-P, had suggested Intrarectal Administration. He told me that this causes the greatest rush, increases duration, and preserves your supply. I had never plugged a chemical before, and this was the first time.
I woke up at about 10AM, and shortly after, I dissolved 12mg 2C-P in some water, sucked it into a syringe, and plugged it.
+ 0:45: Iím noticing some pretty intense physical symptoms of anxiety, similar to what I felt with 2C-E and 2C-I, but this is much more uncomfortable. I have no mental symptoms of anxiety, only physical symptoms, mostly in my stomach.
+ 1:00: Feeling quite nauseas. Spend about 20 minutes throwing up, and then I feel better. Iím extremely cold though, but I canít seem to stop sweating. Itís 74F in the house, which is usually hotter than I prefer, but I still find myself shivering and sweating underneath a few blankets. I take one hit of cannabis.
+1:45: Still feeling anxious. My stomach is somewhat unhappy, but not bothering me too much. The physical symptoms of anxiety are getting quite severe now, so I decide a beer will help me calm down. Alcohol acts on the GABA system, so it helps quite well with anxiety, and did so for both my 2C-I and 2C-E experiences. I took one sip of beer, and found myself puking again. Only lasted about 2 minutes this time, and then I felt OK.
+2:00: Turn on Bonnaroo 2004, and start really getting into the music. Visuals are starting to become noticeable, and soon I find myself dancing around the living room with jam music blasting. Iím starting to feel really intense MDMA-like serotonergic rushes.
+2:45: After dancing non stop for 45 minutes, Iím exhausted, and sit down. Music is sounding absolutely wonderful, and even though Iím lying down, I canít stop my hands from moving to the music. Physical symptoms of anxiety are coming back, and theyíre starting to manifest themselves in actual mental anxiety; something that never happened with the other 2C chemicals. I decide to give the rest of my beer another shot. It stays down easily this time, and tastes really great. Mental anxiety fades after about 10 minutes, and physical anxiety is reduced, but not eliminated. Visuals are getting quite intense now, and everything seems to be changing size, and distance from me. The visuals are very different from LSD or mushroom visuals, and not quite as awe-inspiring.
+3:30: Iíve reached my peak, and the visuals are very intense, but the MDMA-like euphoria has gone away. I get my dog, another beer, and head outside. Itís 97F outside, and extremely humid. Since I was so incredibly cold inside, the heat is quite refreshing, but the humidity begins to bother me. My whole body is becoming sticky, and Iím getting annoyed. I go sit down on the grass with my dog and my beer and stare at the lake. The lake looks like glass, and the reflection of the houses in the lake looks like oil paintings. Itís extraordinarily beautiful. The grass is flowing like a fast-moving river, and Iím feeling quite amazing now.
+4:30: Still sitting on the grass with my dog. The anxiety has gone away completely, both mental and physical. Itís now 2:30PM and I havenít eaten anything. I go inside, warm up some left-overs, and eat. Eating feels like a chore. The textures are unpleasant, and the tastes are quite bland. I force food down, because I want my body to have some calories to run on. After that, I take 2 more hits of cannabis.
+5:00: Head back outside with my dog. I lie down on the grass, and watch the clouds flow all over the sky. Iím feeling completely still. Iím not getting any MDMA-like euphoria, but I am feeling really good. I feel like life has been paused at the most beautiful moment possible, and Iím happy to lay there and watch it.
+10:00: Still lying on the grass, feeling quite awesome. Itís 8:00PM and the sun is setting. The clouds are looking even more beautiful than ever, and the heat has died down to the 80ís. Life is great, and I have no worries.
+12:00: I head inside, turn on Comedy Central, and find it absolutely hysterical. Iím laughing so hard tears are streaming down my face, and down my neck. I havenít laughed this hard in months, and Iím loving it.
+14:00: I go upstairs to my bedroom, turn on the Grateful Dead, and surf the web. Visuals are still quite intense, and Iím having a lot of difficulty reading/typing.
+15:00: Itís 1AM, and my physical anxiety symptoms are coming back.  Itís mostly that anxious feeling in my stomach thatís bothering me. I decide itís time to go to sleep, but Iíve still got some intense residual stimulation. I take 50mg Benadryl, and 5mg Ambien. I go lie down, and my field of vision explodes with CEVs. Theyíre quite distracting, and I realize I wonít get to sleep soon, but I keep trying.
+17:00: Look up at the clock. Itís 3AM, and Iím still awake, but extremely intoxicated by the Ambien. I fall asleep shortly after, and sleep until 3PM the next day.
I didnít experience any hang-over symptoms. I felt quite great the next day, but no more so than I would any other morning.
This is definitely a strange chemical, and worth experiencing once, but thereís no way Iíll be doing it again without some type of benzo or opiate for the anxiety. The trip wasnít very introspective at all. I spent half the trip staring at the clouds, and feeling still. Itís nice to be still every once in a while, so I definitely enjoyed it. The experience was nowhere near as significant as LSD, MDMA, Mushrooms, DMT, or 4-AcO-DMT. The MDMA type euphoria only seemed to last about an hour and a half. Iím wondering if maybe it was a fluke. I really have no idea.
All in all, it was an alright experience. The trip lasted about 17 hours, but at least 4 of those hours were moderately to severely unpleasant. Still, that leaves 13 hours of awesomeness. Good luck to all who experiment with this chemical. Itís a long ride.
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.


height
3rem;
width
3rem;
This is a fun interactive versions of CSS-Tricks' article "A Complete Guide to Flexbox". Check them out @css . This app was also made with a great deal of Tailwind CSS, check them out too @tailwindcss .
Made with by @nickgraffis .


Increases the amount of clicks you get per click.
A bomb that gives off a burst of clicks every five seconds.

Gives a random amount of clicks between a certain maximum and minimum amount of clicks every ten seconds.
A constant stream of clicks that never stops!


Taliban Shadow District Governor Killed in Faryab: MoD
Three other Taliban members were killed in the attack, and seven others were wounded, MoD said.
by TOLOnews.comMawlawi Abdul Ghafar, the Taliban-designated shadow district governor of Almar district in Faryab, was killed in an airstrike in the province, the Ministry of Defense (MoD) said in a statement on Sunday.
The airstrike took place in Khawja Gauhari village of Almar district after Afghan air forces targeted a Taliban’s haven in the district, the statement said.
“Six vehicles and some weapons were also destroyed during the airstrike,” it said.
The Taliban have not commented on the incident.


Specify the JDK(s) with which builds are performed. If none is selected,
the default JDK is used (no explicit JAVA_HOME, and java command
is assumed to be in PATH.) If multiple JDKs are selected,
the configuration matrix will include all of the specified JDKs.
Selecting multiple values is typically useful when this job is running tests,
and you need to run tests on multiple different versions of JDKs.
During a build, the selected JDK value for the given run is available as the "jdk" axis.
See the help of "axes" below for more information about how to access the axis value.


FACULTY, THE (director/editor: Robert Rodriguez; screenwriter: Kevin Williamson/ story by David Wechter & Bruce Kimmel; cinematographer: Enrique Chediak; cast: Elijah Wood (Casey Conner), Josh Hartnett (Zeke), Clea DuVall (Stokely), Jordana Brewster (Delilah Profitt), Laura Harris (Marybeth Louise Hutchinson), Shawn Hotosy (Stan), Salma Hayek (Nurse Harper), Famke Janssen (Miss Burke), Piper Laurie (Mrs. Olson), Bebe Neuwirth (Principal Drake), Robert Patrick (Coach Willis), Jon Stewart (Mr. Furlong), Usher Raymond (Gabe); Runtime: 104; Dimension Films; 1998)
Reviewed by Dennis Schwartz
A meant to be chic sci-fi film, set in an Ohio high school, that pays homage to a number of other trashy genre horror films, but especially to horror classics such as "Invasion of the Body Snatchers" and "The Thing" and more surprisingly to "The Breakfast Club," as in the film's best moments, it explores teen relationships and the pressure put on teens to succeeed by parents and from peer pressure to conform with the group. The fast-paced story, the crisp editing, and the atmospheric music plus all the schlock horror it could throw out to the audience by using those traditional podlike aliens, helped make this a silly venture geared mainly for the under 25 crowd (I'm not only referring to age, but to I.Q.).
It was most appealing when the teens confronted their real romantic and self-image problems and seemed to use the gore from this ridiculous story, to mildly get in some satire about every conceivable high school type they could fit into their story line, with the following six alienated students representing Herrington High School: the depressive outsider, sci-fi specialist and unattractive loner Stokely (Clea DuVall); the jock who is upset that his grade 'D' was changed to an 'A' and quits playing football because he doesn't want special treatment, Stan (Shawn Hotosy); the new student from Atlanta who is as sweet as pie, but makes no friends here, Marybeth (Laura Harris); the beautiful but stuck up bitchy cheerleader and editor of the school newspaper, the acid-tongued Delilah (Jordana Brewster); the nice, brainy nerd who gets bullied by the jocks and apologizes to them for taking up their space, Casey (Elijah Wood); and the underachieving school science whiz, hustler and dealer of homemade speed that is inhaled, who is without parental supervision and is doing his bit to deconstruct America, Zeke (Josh Hartnett). All the students were stereotypes of the characters they were playing, jostling to break out of the cookie cutter mold they were in.
In the mystery taking place, the teens try to save their school and the world from an alien master killer. "The Faculty" featured a running battle between authority figures (the faculty) and the misfits (the teenagers).
When an unknown parasite is found on the campus grounds and brought into biology class by Casey, the teacher observes that this creature is something he has never seen before and will call in the experts at the university to identify it, but it comes to life when it becomes moist and suddenly has sharp teeth, and soon it disappears from the fish bowl it was stored in.
Members of the faculty are taking over by the thirsty alien parasite and become docile, smiling, and emotionless clones of human beings. There are only six diverse students left to defeat the aliens and they must learn to put aside their differences and work together. But they don't know who is an alien and who is human, and can't find out until it's too late, except if they snort Zeke's homemade caffeine concoction to destroy the alien (drugs are cool in this film--they only kill the bad guys, which is the most daring thing the film stated about the rebellious students).
All the faculty members are also stereotypes: Coach Willis (Robert Patrick), the first victim, is the gung-ho football coach and hot-tempered disciplinarian; Mrs. Olson (Piper Laurie), the cautionary veteran music teacher, is the second victim, and soon Principal Drake (Bebe Neuwirth) becomes an alien. She is a repulsive purveyor of false educational standards and represents the Establishment. It's only a matter of a day and a half before the rest of the staff - the popular science teacher Mr. Furlong (Jon Stewart); the bored literature teacher Mr. Tate (Daniel Von Bargen); the sniffling school nurse, Harper (Salma Hayek); and the timid Miss Burke (Famke Janssen) - succumb. So, it's a battle of students versus faculty, as the students figure out what to do by discussing what other films and literary works did when confronted by the same aliens. Amusingly, they think that the past films may have been part of a plot to fool everybody into not taking alien invaders seriously and therefore making it possible for them to let their guard down for a real alien attack.
Robert Rodriguez ("El Mariachi"/ "Desperado"), the director, and Kevin Williamson ("Scream"), the screenwriter, have created a film that lacks suspense, lacks freshness, lacks wit, and suffers from some rather lame special effects. If there is enjoyment to be found, it's in the frantic moments when the students are acting out their stereotypes and some of the vilest things come up out of their wiser-than-they-should-be mouths. It's a cult film for those with a taste for earwigs, a stomach for slop, and an appetite for mind altering drugs... . Gee! I wonder why I wasn't more taken with the film!
REVIEWED ON 1/1/2001 GRADE: C
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Page Management App
This app allows you to:
View published posts
View unpublished posts
Write posts
Publish posts
Get Started
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I found it really challenging as at school when I designed websites the end product was a big part of it. I once had a teacher give me an excellance because the actual website was nice but they said the code was crazy. Since then I've made sure to always have my code as neat as possible but I still find that I focus on the end product a bit too much so I will have to work on that. I also want to make sure I am being as efficient as possible since I know how important that is so using the system of 'process over product' will probally help me with that.
Even though I understood the benefits from meditation, I honestly thought of it as rather boring and not something I have the attention span for.
I found it really interesting learning about 'formal' mindfullness because I have such a short attention span I have leaned towards 'informal' mindfullness and only really know about that. The difference between the two being that with 'formal' you go out of your way to make time to be mindfull where as with 'informal' its something you try to just constanly be, especially in high emotion times. Again I personally don't think I would be able to practice 'formal' mindfullness (eg. meditation) however I still find it an interesting concept.
I personally have used meditation music to relax before sleeping for the last few years of my life due to sleeping problems. This has suprisingly dramatically changed my sleeping for the better.


HOME
RECENT REPORTS
...
{{ result.date }} - ID: {{ result.id }}
PERSON SEARCHES
...
RECENT WARRANTS
...
{{ warrant.date }} - ID: {{ warrant.id }}
VEHICLE SEARCHES
...
SEARCH DATABASE
DATE
{{ report_selected.date }}
...
NAME
{{ report_selected.name }}
...
INCIDENT #{{ report_selected.id}}
{{ report_selected.title }}
...
CHARGES
...
{{ offense }} (x{{ amount }})
INCIDENT OFFICER
{{ report_selected.author }}
...
SEARCH RESULTS
Finding results for '{{ report_results.query }}'...
{{ result.date }} - ID: {{ result.id }}
NEW REPORT
NAME
{{ report_new.name }}
...
INCIDENT
DETAILS
CHARGES
...
(-) {{ offense }} (x{{ amount }})
Fine: ${{report_new.recommended_fine}}
SEARCH OFFENDER
SEARCH RESULTS
Finding results for '{{ offender_results.query }}'...
SEARCH CHARGES
Loading charges...
SEARCH DATABASE
NAME
{{ offender_selected.firstname }} {{ offender_selected.lastname }}
...
NOTES
{{ offender_selected.notes }}
{{ offender_selected.firstname}} {{offender_selected.lastname}} has an active warrant.
{{ offender_selected.firstname}} {{offender_selected.lastname}} is on bail.
...
PHONE NUMBER
{{offender_selected.phone_number}}
...
LICENSES
...
{{ license.label }}
DATE OF BIRTH
{{ offender_selected.dateofbirth }}
...
CONVICTIONS
...
{{ name }} x{{ value }}
SEARCH RESULTS
Finding results for '{{ offender_results.query }}'...
BAIL
WARRANT
VEHICLES
| Plate | Model | Color |
|---|---|---|
| {{vehicle.plate}} | {{vehicle.model}} | {{vehicle.color}} |
EDIT DETAILS
NOTES
MUGSHOT URL
LICENSES
...
(-) {{ license.label }}
CONVICTIONS
...
(-) {{ name }} x{{ value }}
REPORT DETAILS
DATE
{{ report_selected.date }}
...
NAME
{{ report_selected.name }}
...
INCIDENT #{{report_selected.id}}
{{ report_selected.title }}
...
INCIDENT #{{report_selected.id}} (EDIT)
DETAILS
{{ report_selected.incident }}
...
DETAILS (EDIT)
CHARGES
{{ offense }} (x{{ amount }})
INCIDENT OFFICER
{{ report_selected.author }}
...
ACTIVE WARRANTS
| Name | Report | Issue Date | Expires |
|---|---|---|---|
| {{warrant.name}} | {{warrant.date}} | {{warrant.expire_time}} |
No warrants found!
SEARCH DATABASE
PLATE
{{vehicle_selected.plate}}
...
TYPE
{{vehicle_selected.type}}
...
NOTES
{{vehicle_selected.notes}}
{{vehicle_selected.owner}} has an active warrant.
{{vehicle_selected.owner}} is on bail.
This vehicle is flagged as stolen.
...
OWNER
{{vehicle_selected.owner}}
...
MODEL
{{vehicle_selected.model}}
...
COLOR
{{vehicle_selected.color}}
...
SEARCH RESULTS
Finding results for '{{ vehicle_results.query }}'...
EDIT VEHICLE
NOTES
NEW WARRANT
REPORT
{{ warrant_new.report_title }}
...
NAME
{{ warrant_new.name }}
...
NOTES
CHARGES
...
{{ offense }} (x{{ amount }})
SEARCH RESULTS
SEARCH REPORTS
Finding results for '{{ warrant_new.report_search }}'...
{{ result.date }} - ID: {{ result.id }}
WARRANT DETAILS
DATE
{{ warrant_selected.date }}
...
NAME
{{ warrant_selected.name }}
...
REPORT
{{ warrant_selected.report_title }}
...
NOTES
{{ warrant_selected.notes }}
...
CHARGES
{{ offense }} (x{{ amount }})
AUTHOR
{{ warrant_selected.author }}
...
EXPIRES
{{ warrant_selected.expire_time }}
...
CALL MONITOR
No incoming calls.
| # | Caller | Details | Date | Location | No. Attached | Actions |
|---|---|---|---|---|---|---|
| {{index}} | {{call.source}} | {{call.details}} | {{call.time}} | {{call.location}} | {{attached(index)}} |
CALL DETAILS
This call was made at {{calls[selected_call].time}}.
\\Date >>
{{calls[selected_call].time}}
\\Details >>
{{calls[selected_call].details}}
\\Location >>
{{calls[selected_call].location}}
\\Attached >>
{{officer}}
None
CALL DETAILS
Loading.
{{notify}}
*


Key Limitations
- Lack of infrastructure for graphical editors.
- The HTML parser is too slow on most machines.
- HTTP is not supported, so hyperlinks can only be to local files.
- Crash recovery code only works with Ptolemy binaries.
- Lack of a preference manager. X window resources are used.
- Lack of a color manager.
- The undo in the text widgets is only one level deep.
- Several of the editors are not fully developed, containing
only rudimentary syntax-directed features.

- File completion in the file browser window only works if files
in the current directory.
Detailed Bug Descriptions
RCS mode bug
Unfortunately, if RCS does not necessarily put the version
control files in the RCS subdirectory. If the RCS
subdirectory does not exist, then the directory is not created
and the version control file is put in the current directory.
If I do the following to create a version control file in
the current directory
cxh@brahe 23% rm -rf RCS
cxh@brahe 24% chmod u+w log.itcl
cxh@brahe 25% ci -u log.itcl
log.itcl,v <-- log.itcl
enter description, terminated with single '.' or end of file:
NOTE: This is NOT the log message!
>> This is the description for log.itcl
>> .
initial revision: 1.1
done
cxh@brahe 26%
Then when I try to check out log.itcl from within tycho, I get
a message stating that the file is not checked in, and would I
like to do so. My guess is that tycho is looking for a RCS or
SCCS subdirectory, and not the log.itcl,v file. This is a
minor bug.
Tycho Console Class bug
The X Class of the tycho console is Console
. This means
if fvwm
is set so that windows named
Console
are sticky (present on all virtual screens), then
the Tycho console is sticky too. The xprop
command shows
that the Tycho console's class is Console
Up to: Tycho Introduction -
Previous: Release Notes 0.1.1 -
Tycho Home Page
Copyright © 1996, The Regents of the University of California.
All rights reserved.
Last updated: 11/05/96,
comments to: tycho@eecs.berkeley.edu


--- layout: archive title: Zulip Chat Archive permalink: /stream/113489-new-members/topic/VS.20Code.3A.20copy.20from.20Lean.20messages.html ---
Does anyone else have problems copying text from the Lean Messages areas? If I try, VSCode doesn't react for a few seconds and usually the text does not end up in the clipboard. I am using VSCode on Mac OS.
I can reproduce this. It might be related to this VS code issue. One (annoying) workaround is to copy text using the "Copy" command in the "Edit" menu rather than using the keyboard shortcut.
Another workaround is the "Lean: Info View: Copy Contents to Comment" command, which you can access by typing cmd+shift+p and typing "lean". It can also be assigned a shortcut of its own.
I have this problem, too.
Is this a Mac thing? I don't have this problem... and I'm not using Mac.
I'm also not using Windows...
I have this problem on mac.
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


Grasp Validator Example¶
This part of the example follows the previous Grasp Planner Example . After running the grasp planner via
ros2 run grasp_planning grasp_planning_node
the grasps.txt
file will be generated in /workcell_ws/src/easy_manipulation_deployment/grasp_validator/results
. These are the 4 coordinate points of the grasp representation of the 2 fingered gripper.
Make sure that you have the sample depth image before running the validator. For this example the depth image, depth_img.jpg
is provided in /workcell_ws/src/easy_manipulation_deployment/grasp_validator/images
. First we need to label the pixel points representing the object.
To run the depth labeller:
ros2 run grasp_validator depth_checker
You should now see a labelled version of the depth image. Press any key to exit. The labelled object, object.jpg
will be used for the grasp validator.
To visualize the previously generated grasps, run the grasp validator:
ros2 run grasp_validator validator
You should then see a visualization of the grasp as seen below
Once the grasp plan is verified, we will execute the grasp plan in a simulation with the manipulator: Grasp Execution Example


pixeltoapp.com
Doodle 2 UI Code
Website recognizes
Text (Squiggle line)
Press the ``z'' key or double-tapping the canvas to end drawing one UI element
Start Drawing
Undo Strokes
Redo Strokes
Remove Last Element
Get Android Code


If you create an account, we'll save your information for future purchases, and you can return to check your order status.


Research and analysis
This report looks at the quality of life for children and young people with speech, language and communication needs and the services they receive.
Ref: DFE-RR247-BCRP7 PDF , 672KB , 45 pages
The Better Communication Research Programme (BCRP) was commissioned as part of the Better Communication Action Plan, the government’s response to the Bercow review of services for children and young people with speech, language and communication needs (SLCN). This had recommended a programme of research ‘to enhance the evidence base and inform delivery of better outcomes for children and young people’.
This is one of four thematic reports which synthesize the findings from the 10 technical reports that report the results from individual BCRP projects; there are also two interim reports and a report of the BCRP as a whole.
Any attempt to understand how best to configure services and to evaluate their impact must consider the perspectives of the people in receipt of those services, in this case, the children and young people with SLCN and their parents. These perspectives have been investigated within the BCRP by two key projects - the preferred outcomes study and the prospective study of children with language impairment (LI) and autism spectrum disorders (ASD).
This report presents first the children’s perspectives; it covers their self-reported quality of life which suggests that children with speech, language and communication needs (SLCN) experience an impoverished quality of life compared to their peers. The report then focuses on aspects of their lives that children would like to improve and then finally focuses on the positive aspects of their lives that children reported.


With Sketch 360, you can create 360 degree panoramic sketches from a single point looking in all directions. 360 cameras save these spherical images in a flat JPEG images by using an equirectangular projection and added specific metadata to the images identifying them as 360 photos. Sketch 360 saves files in the same way so the sketches can be viewed as 360 photos on sites like Facebook, Adobe Lightroom.com, and Kuula.co.
Sketch 360 has two primary surfaces, a drawing canvas, and a 360 view. You draw on the canvas with a pen or touch and every time a stroke is added, the 360 view is updated, rotating to the end point of the ink stroke. At any time you can rotate the 360 view with your finger to see other views of the sketch.
With a device that supports a stylus like the Microsoft Surface Duo or the Samsung Galaxy Note, you draw with the pen and manipulate the position and zooming of the canvas with your touch. On non-stylus aware devices, you can switch to touch-drawing mode to interpret finger touches as pen or eraser strokes instead of panning and zooming. In addition to using a pinch gesture to zoom, you can use the zoom slider.
If using a stylus with an eraser end like the Surface Pen, you can erase any stroke by dragging the stylus over it. If you are using touch, then press the eraser button to switch to erasing mode.
To help with connecting the left and right edges of a drawing in the 360 view, you can see a little bit of the opposite drawing edge when drawing close to the left or right edge of the drawing canvas.
In the 360 view, press the tilt & rotate button to enable the device's gyroscopic sensor to determine the camera's tilt and rotation.
To the side of the drawing canvas, you can tap on the color button or the thickness button to change the color or thickness of the ink that is created.
Turning on the orthogonal guidelines helps you draw lines that align with the primary axes in the equirectangular grid. If you are facing the center point of the drawing canvas.
Sketch 360 was originally created by Michael Scherotter and
released as free app
built for Microsoft Surface in the
Windows Store
in 2018 to help him create 360 sketches. Here are some
examples of sketches
he drew with it using Microsoft Surface Pro and Surface Go tablets.
Michael has been
sketching and keeping journals
for thirty years ever since he
started studying architecture in college. He made his career in
software development, with a specific passion for building creative
tools but never stopped sketching.
Sketch 360 for the Android was built by Microsoft employees, Michael Scherotter, Matthew Leibowitz, Shane Neuville, and Komal Priya in
company-wide hackathons run by the Microsoft Garage.
Equirectangular tools (Eq A Snap) by Ant�nio B. Ara�jo


PIG DICE
Player 1 enter your name
Player 2 enter your name
Start Game!
Roll
Hold
Player 1
Score This Turn:
0
Total Game Score:
0
Player 2
Score This Turn:
0
Total Game Score:
0
Start Over


| Number of {{ getAgentsLabel() }} (max={{ state.data.maxNumberOfAgents }}): |
{{ agentsProgressValue() }} |
| Number of methods (max={{ state.data.maxNumberOfMethods }}): |
{{state.data.numMethods}} |
| Collected since: | {{ state.data.collectedSinceMillis | ckAge:settings.dateFormat }} |
| Trial period ends: |
{{ state.data.trialPeriodEndsAtMillis | ckAge:settings.dateFormat }} |
| Collection resolution: | {{ collectionResolution() }} |
| Name | Enabled | Updated by | Notes |
|---|---|---|---|
| {{ env.name }} | {{ env.enabled }} | {{ env.updatedBy }} | {{ env.notes }} |
|
Application |
Environment |
Collected since | Collected days | Data received at |
|---|---|---|---|---|
| {{ app.appName }} | {{ app.environment }} | {{ app.collectedSinceMillis | ckAge:settings.dateFormat }} | {{ app.collectedDays }} | {{ app.collectedToMillis | ckAge:settings.dateFormat }} |
Codekvast is about collecting historic usage data for your applications to assist decision making, so deleting historic data can make Codekvast less valuable.
Don't delete terminated agents unless there is a good reason!Examples of when it can be okay to delete terminated {{ getAgentsLabel() }}:
codekvast.conf
, specifically changed appName
, appVersion
or environment
.
|
Application |
Environment |
Host |
Started at | Data received at | Next expected at | Comments | |
|---|---|---|---|---|---|---|---|
| {{ agent.appName }} {{ agent.appVersion}} | {{ agent.environment }} | {{ agent.hostname }} | {{ agent.startedAtMillis | ckAge:settings.dateFormat }} | {{ agent.publishedAtMillis | ckAge:settings.dateFormat }} | {{ agent.nextPublicationExpectedAtMillis | ckAge:settings.dateFormat }} | {{ getComments(agent) }} |


--- post_id: /nagot-hander-med-webben-just-nu date: 2009-08-17 06:51 return_url: '2009-08-14-nagot-hander-med-webben-just-nu.html' name: 'olleolleolle' email<EMAIL_ADDRESS>comment: '
My friend Peter''s blog has a post about some disease symptom he had. Gall bladder, or kidney stone, or whatever it was. The blog post tells a story, and it gets well-ranked in search engines. It''s got hundreds of comments, building an instant micro-community. People add their story of the same thing. All without Peter inviting them, or they really engaging in the rest of his blog.
' ---


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Subscribing to
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Subscription
help:
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name: type in your name just as you would normally write
it - for example, John Smith, or Dr. J. S. Burrows.
Do not use commas in this field.
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type in your e-mail address here - for example<EMAIL_ADDRESS>or<EMAIL_ADDRESS>|
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access password: an access password is used to prevent
other people from tampering with your subscription: you
will use it when you login to these web pages to change
your details or subscription settings. Your password should
be a short, hard-to-guess word or phrase, preferably containing
a mixture of letters and numbers.
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---
layout: post
title: 'The 28th Chaos Communication Congress: A Look at the Future of Hacking Food,
Society and Ourselves | ServicesANGLE'
date: '2011-12-27T16:06:20-08:00'
tags:
tumblr_url: http://alexhwilliams.tumblr.com/post/14887324204/the-28th-chaos-communication-congress-a-look-at-the
---
The 28th Chaos Communication Congress: A Look at the Future of Hacking Food, Society and Ourselves | ServicesANGLE
More hackers needed….


{% extends 'partials/form.html' %}
{% load forms %}
{% block fields %}
{# we call this form email, but it is really the username #}
{% field form form.username id 'username' 'Email' 'email' %}
{% field form form.password id 'password' 'Password' 'password' %}
{% endblock %}


--- layout: false title: Game of Life comments: false categories: index permalink: /demo/game-of-life summary: An interactive simulator of Conway's Game of Life, written in JavaScript. ---
This is a an open source JavaScript implementation of Conway's Game of Life. Source is available here.
The Game of Life, is a 'game' that, in a broad sense, simulates evolution. The game consists of a 'world' filled with the building blocks of life. For the sake of simplicity, let's think of them as cells, where cells are either alive or dead. The game is kickstarted using a pattern of alive cells. This initial pattern constitutes the first generation[0] of life. With each generation, this initial pattern or form of 'life' goes through various mutations, resulting in a multitude of varied patterns of 'life'. The way these patterns generated are governed by a set of rules.
[0] On evolutionary timescales, a generation can range from a thousand to a million years.


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Tutorial : Data Generation¶
This page gives a introduction of the data generation process in DeepRank. This is a breakdown of the file test/test_generate.py
.
The data generation process allows to compute features and targets of a collections of PDB files and store all the data in a single HDF5 file. The use of HDF5 files not only allows to save diskspace through compression but also reduce I/O time during the deep learning phase.
To have an idea on how to generate data with DeepRank you can refer to the file test/test_generate.py
. We are now going to go in detail through this file.
The file of course starts with
>>> from deeprank.generate import *
That imports all the submodules required to generate data.
Create the database¶
The generation of the data also require a series of PDB file for which we want to compute features and targets. To specify where these files are located you can simply provide the path of the directory where these files are stored. This is called here pdb_source
. In the test file we set:
>>> pdb_source = ['./1AK4/decoys']
where we have stored 10 decoys of the 1AK4 complex. These 10 decoys will therefore be included in the final HDF5 file generated by DeepRank.
Most target values require the comparison of the decoy structure with those of the corresponding native conformation. Therefore we must specify where to find these native conformation. There as well you only have to specify the directory where native conformations are stored
>>> pdb_native = ['./1AK4/native']
The code will look for PDB in that folder and use the one whose name correspond to the decoy. For example if the decoy is named 1AK4_100w.pdb, the code will use the native 1AK4.pdb.
Finally we must specify the name of the HDF5 file where to store the data:
>>> hdf5 = '1ak4.hdf5'
We are now ready to initialize the DataGenerator
class included in DeepRank
>>> database = DataGenerator(pdb_source=pdb_source,pdb_native=pdb_native,
>>> compute_targets = ['deeprank.targets.dockQ'],
>>> compute_features = ['deeprank.features.AtomicFeature',
>>> 'deeprank.features.NaivePSSM',
>>> 'deeprank.features.PSSM_IC',
>>> 'deeprank.features.BSA'],
>>> hdf5=h5file)
As you can see we specify here the pdb_source
and pdb_native
argument of the DataGenerator
. We also must specify which feature and which target values must be computed for each complex. This is done by providing a list of file names that are in charge of these calculations. A detail of these files can be found here and a example on how to create and call your own feature/target module here.
The above statement initalize the calss instance but do not compute anything. To actually perform the calculation, we must use the create_database()
method of the class:
>>> database.create_database(prog_bar=True)
Once you punch that in the code will fo through all the complex specified as input and compute all the feature/targets require in the definition of the class.
Adding Features/Targets¶
Suppose you’ve finised creating a huge database and you jusr realize you forgot to compute a specific feature or target. Do you have to recompute everything ? Well that would be silly. You can add features and targets to an existing database very simply:
>>> h5file = '1ak4.hdf5'
>>> database = DataGenerator(compute_targets = ['deeprank.targets.binary_class'],
>>> compute_features = ['deeprank.features.ResidueDensity']
>>> hdf5=h5file)
>>>
>>> # add targets/features
>>> database.add_target()
>>> database.add_feature()
>>>
>>> # map features
>>> database.map_features()
Voila ! Here we simply sepcify the name of an existing hdf5 file containing the database and new features/targets to add to this database. The methods add_target
and add_feature
are then simply called to add data to the file. Don’t forget to map the new features afterwards.
Map the features¶
The next step consists in mapping the features calculated above to a grid of points centered around the molecule interface. Before mapping the feature, we must specify basic information about the grid. This can be done via a dictionnary:
>>> grid_info = {
>>> 'number_of_points' : [30,30,30],
>>> 'resolution' : [1.,1.,1.],
>>> 'atomic_densities' : {'CA':3.5,'N':3.5,'O':3.5,'C':3.5},
>>> }
Here we specify that we want 30 points in each direction with distance of 1 Angs between each points. We must also here sepcify the atomic densities we want. While atomic densities are really a feature of the conformation, they do not require any precalculation unlike, the other features calculated above. Hence they can be directly specified in the grid_info
. We will see how to create a feature calculator that does the same job below to illustrate the creation of new features.
We are now able to map all the features we have calculated on the grid. This is simply done with the method call:
>>> database.map_features(grid_info,try_sparse=True)
By setting try_sparse
to True the code will try to store the 3D maps as a built-in sparse format. This can seriously reduce the disck space required by the datase. As a result you must have now a file called 1ak4.hdf5
that contains all the data of the 10 decoys located in 1AK4/decoys/
. You can easily explore this file and visualized the data using the DeepXplorer interface (https://github.com/DeepRank/DeepXplorer).


SECTION: 250-Configuration TITLE: 150xmljettyweb QUESTION: What is jetty-web.xml?
The jetty-web.xml file is a jetty configuration file that can be bundled
with a specific web application. When jetty deploys a webapplication,
it looks for a file called
WEB-INF/jetty-web.xml
or
WEB-INF/web-jetty.xml
within the web application (or WAR) and applies the configuration found there
after all other configuration has been applied to the webapplication.
The format of the jetty-web.xml file is the same as jetty.xml as described in the Jetty Tutorial, except that it is applied to a HttpContext instance rather than a HttpServer instance.
The following example jetty-web.xml file, sets an init parameter on the jsp servlet:
<?xml version="1.0" encoding="ISO-8859-1"?> <!DOCTYPE Configure PUBLIC "-//Mort Bay Consulting//DTD Configure 1.2//EN" "http://jetty.mortbay.org/configure_1_2.dtd"> <Configure class="org.mortbay.jetty.servlet.WebApplicationContext"> <Call name="getServletHandler"> <Call name="getServletHolder"><Arg>jsp</Arg> <Call name="setInitParameter"> <Arg>scratchdir</Arg> <Arg>/tmp/TestFAU</Arg> </Call> </Call> </Call> </Configure>


Some ideas of events to try...
February 24 at 3pm - 2pm March 3
Vacation is in 4 weeks...
Christmas is on December 25th.
Homework 5 due next monday at 3pm
Let's have lunch on the 3rd.
The retreat is from Jan 12 - 29.
Bake a cake tomorrow.
Use Tabule today!


---
title: "Problem set 4"
linktitle: "PS 4"
date: "2020-09-24"
due_date: "2020-10-16"
due_time: "02:20 PM"
menu:
assignment:
parent: Problem Sets
weight: 4
type: docs
weight: 2
editor_options:
chunk_output_type: console
---
Welcome
We’ve been so busy with labs and research ideas that we have three chapters of coverage to work through! Note that this is your last problem set before the next quiz.
See the exercises below, or you can download them as a pdf. You can download the data file you need for question 6 here, along with information on the variable definitions here
What do I submit?
- Your written up answers to exercise questions. If you work on a piece of paper, please scan using some sort of phone software (like Microsoft Lens or Adobe Scan) rather than just taking a picture.
- A do-file that runs your Stata analysis (for question 4).
- A log file that includes the output from running your do-file (for question 4).
Exercises
- Suppose that we want to estimate the effects of alcohol consumption (\(alcohol\)) on college grade point average (\(colGPA\)). In addition to collecting information on alcohol consumption and grade point averages, we also obtain attendance information (say, percentage of lectures attended, \(attend\)). A standardized test score (say, \(SAT\)) and high school GPA (\(hsGPA\)) are also available.
- Should we include \(attend\) along with alcohol as explanatory variables in a multiple regression model? What would be the interpretation of \(\beta_{alcohol}\) if we did?
- Should \(SAT\) and \(hsGPA\) be included as explanatory variables? Explain.
- A research plans to study the casual effect of police on crime, using data from a random sample of U.S. counties. She plans to regress the county’s crime rate on the (per capita) size of the county’s police force.
Explain why this regression is likely to suffer from omitted variable bias. Which variables would you add to the regression to control for important omitted variables?
Use your answer to (a) and the expression for omitted variable bias (from the slides or textbook) to determine whether the regression will likely over- or underestimate the effect of police on the crime rate. (That is, is \(\hat{\beta_1}>\beta_1\), or that \(\hat{\beta_1} < \beta_1\)?)
Critique each of the following proposed research plans. Your critique should explain any problems with the proposed research and describe how the research plan might be improved. Include discussion of any additional data that needs to be collected, and the appropriate statistical techniques for analyzing those data.
- A researcher is interested in determining whether a large aerospace firm is guilty of gender bias in setting wages. To determine potential bias, the researcher collects salary and gender information for all of the firm’s engineers. The researcher then plans to conduct a “difference in means” test to determine whether the average salary for women is significantly less than the average salary for men
- A researcher is interested in determining whether time in prison has a permanent effect on a person’s wage rate. He collects data on a random sample of people who have been out of prison for at least 15 years. He collects similar data on a random sample of people who have never served time in prison. The data set includes information on each person’s current wage, education, age, ethnicity, gender, tenure (time in current job), occupation, and union status, as well as whether the person has ever been incarcerated. The researcher plans to estimated the effect of incarceration on wages by regressing wages on an indicator variable for incarceration, including in the regression the other potential determinants of wages such as education, tenure, union status, and so on.
Consider a dataset that contains information on 4700 full-time full-year workers. The highest educational achievement for each worker was either a high school diploma or a bachelor’s degree. The worker’s ages ranged from 25 to 45 years. The data set also contains information on the region of the country where the person lived, marital status, and number of children. See below for variable definitions.
- Is the college-high school earnings difference estimated from this regression statistically significant at the 5% level? Construct a 95% confidence interval of the difference.
- Do there appear to be important regional differences in hourly wearnings? Use an appropriate hypothesis test to explain your answer.
| AHE |
average hourly earnings (in 2005 dollars) |
| College |
1 if college, 0 if high school |
| Female |
1 if female, 0 if male |
| Age |
age (in years) |
| Ntheast |
1 if Region = Northeast, 0 otherwise |
| Midwest |
1 if Region = Midwest, 0 otherwise |
| South |
1 if Region = South, 0 otherwise |
| West |
1 if Region = West, 0 otherwise |
- Consider the regression results below and do the following:
- Construct the \(R^2\) for each of the regressions
- Construct the homoskedasticity-only \(F\)-statistic for testing \(\beta_3 = \beta_4 = 0\) shown in column (5). Is the statistic significant at the 5% level?
- Construct a 99% confidence interval for \(\beta_1\) for the regression in column (5)
- Download the dataset growth.dta, which contains data on average growth rates from 1960 through 1995 for 65 countries, along with variables that are potentially related to growth. You can download a detailed description of all variable names is available here. For all questions, exclude Malta, which has an extremely high trade share. Estimate a regression of
growth
on tradeshare
, yearsschool
, rev_coups
, assassinations
, and rgdp60
, with heteroskedasticity-robust standard errors.
- What is the value of the coefficient on
rev_coups
? Interpret the value of this coefficient. Is it large or small in a real-world sense?
- Use the regression to predict the average annual growth rate for a country has average valeus for all regressors.
- Construct a 90% confidence interval for the coefficient on
tradeshare
. Is the coefficient statistically significant at the 10% level?
d.Test whether the political variables rev_coups
and assassinations
, taken as a group, can be omitted from the regression. What is the p-value of the F-statistic?


PAM_ROOTOK
Section: Linux\-PAM Manual (8)Updated: 03/02/2009
Index Return to Main Contents
pam_rootok - Gain only root access
Synopsis
- pam_rootok.so [debug]
DESCRIPTION
OPTIONS
debug
- Print debug information.
MODULE TYPES PROVIDED
Only the auth type is provided.
RETURN VALUES
PAM_SUCCESS
- The UID is 0.
PAM_AUTH_ERR
- The UID is not 0.
EXAMPLES
In the case of the su(1) application the historical usage is to permit the superuser to adopt the identity of a lesser user without the use of a password. To obtain this behavior with PAM the following pair of lines are needed for the corresponding entry in the FC/etc/pam.d/suF[] configuration file:
-
# su authentication. Root is granted access by default. auth sufficient pam_rootok.so auth required pam_unix.so
SEE ALSO
su(1), pam.conf(5), pam.d(5), pam(8)
AUTHOR
pam_rootok was written by Andrew G. Morgan<EMAIL_ADDRESS>Index
This document was created by man2html, using the manual pages.
Time: 05:34:28 GMT, December 24, 2015


Used in this project:
The source code is available on Github
Learn more about brainfuck on Wikipedia
Developed by Mohammad Valipour -- Nov 2013.


This page demonstrates how to query the Google Analytics API version 3 using the Google API Javascript Client Library.
The demo traverses the Management API to retrieve the first profile ID for the authorized user. This profile ID is then used with the Core Reporting API to retrieve the top 25 organic search terms by visits.
To learn how this works, read the detailed comments in the JavaScript source code.
To run the demo:


The SLALIB routine sla_OBS supplies details of groundbased observatories from an internal list. This is useful when writing applications that apply to more than one observatory; the user can enter a brief name, or browse through a list, and be spared the trouble of typing in the full latitude, longitude etc. The following Fortran code returns the full name, longitude and latitude of a specified observatory:
CHARACTER IDENT*10,NAME*40 DOUBLE PRECISION W,P,H : CALL sla_OBS(0,IDENT,NAME,W,P,H) IF (NAME.EQ.'?') ... (not recognized)
(Beware of the longitude sign convention, which is west +ve for historical reasons.) The following lists all the supported observatories:
: INTEGER N : N=1 NAME=' ' DO WHILE (NAME.NE.'?') CALL sla_OBS(N,IDENT,NAME,W,P,H) IF (NAME.NE.'?') THEN WRITE (*,'(1X,I3,4X,A,4X,A)') N,IDENT,NAME N=N+1 END IF END DO
The routine sla_GEOC converts a geodetic latitude (one referred to the local horizon) to a geocentric position, taking into account the Earth's oblateness and also the height above sea level of the observer. The results are expressed in vector form, namely as the distance of the observer from the spin axis and equator respectively. The geocentric latitude can be found be evaluating ATAN2 of the two numbers. A full 3-D vector description of the position and velocity of the observer is available through the routine sla_PVOBS. For a specified geodetic latitude, height above sea level, and local sidereal time, sla_PVOBS generates a 6-element vector containing the position and velocity with respect to the true equator and equinox of date (i.e. compatible with apparent ). For some applications it will be necessary to convert to a mean frame (notably FK5, J2000) by multiplying elements 1-3 and 4-6 respectively with the appropriate precession matrix. (In theory an additional correction to the velocity vector is needed to allow for differential precession, but this correction is always negligible.)
See also the discussion of the routine sla_RVEROT, later.
SLALIB --- Positional Astronomy Library


|
BubbleProfiler
0.3.0
by Peter Athron, Csaba Balazs, Michael Bardsley, Andrew Fowlie, Dylan Harries & Graham White
|
#include <logarithmic_potential.hpp>
Public Member Functions | |
| Logarithmic_potential ()=default | |
| Logarithmic_potential (double m_, double w_) | |
| virtual | ~Logarithmic_potential ()=default |
| Logarithmic_potential (const Logarithmic_potential &)=default | |
| Logarithmic_potential (Logarithmic_potential &&)=default | |
| Logarithmic_potential & | operator= (const Logarithmic_potential &)=default |
| Logarithmic_potential & | operator= (Logarithmic_potential &&)=default |
| virtual Logarithmic_potential * | clone () const override |
| Subclasses must implement a clone method. More... | |
| virtual double | operator() (const Eigen::VectorXd &) const override |
| Evaluate potential at point. More... | |
| virtual double | partial (const Eigen::VectorXd &, int) const override |
| Partial derivative WRT coordinate i at a point. More... | |
| virtual double | partial (const Eigen::VectorXd &, int, int) const override |
| Partial derivative WRT coordinates i, j at a a point. More... | |
| virtual std::size_t | get_number_of_fields () const override |
| virtual void | translate_origin (const Eigen::VectorXd &translation) override |
| Shift the location of the origin by a specified vector. More... | |
| virtual void | apply_basis_change (const Eigen::MatrixXd &cob_matrix) override |
| Apply a change of basis matrix. More... | |
| virtual void | add_constant_term (double _offset) override |
| Add a constant offset to the potential. More... | |
| double | operator() (double) const |
| double | first_deriv (double) const |
| double | second_deriv (double) const |
| double | get_local_minimum_location () const |
| double | get_local_maximum_location () const |
| double | get_bounce_solution_at (double) const |
| Field_profiles | get_profile (const Eigen::VectorXd &) const |
| double | get_action () const |
| Public Member Functions inherited from BubbleProfiler::Potential | |
| virtual | ~Potential ()=default |
Private Attributes | |
| double | m {1.} |
| double | w {1.} |
| double | origin {0.} |
| double | scale {1.} |
| double | offset {0.} |
Definition at line 28 of file logarithmic_potential.hpp.
|
default |
Referenced by clone(), and Logarithmic_potential().
|
inline |
Definition at line 31 of file logarithmic_potential.hpp.
References Logarithmic_potential(), operator=(), and ~Logarithmic_potential().
|
virtualdefault |
Referenced by Logarithmic_potential().
|
default |
|
default |
|
inlineoverridevirtual |
Add a constant offset to the potential.
| offset | constant term to add to potential |
Implements BubbleProfiler::Potential.
Definition at line 58 of file logarithmic_potential.hpp.
References first_deriv(), get_action(), get_bounce_solution_at(), get_local_maximum_location(), get_local_minimum_location(), get_profile(), offset, operator()(), and second_deriv().
|
inlineoverridevirtual |
Apply a change of basis matrix.
| cob_matrix |
Implements BubbleProfiler::Potential.
Definition at line 54 of file logarithmic_potential.hpp.
References scale.
|
inlineoverridevirtual |
Subclasses must implement a clone method.
Implements BubbleProfiler::Potential.
Definition at line 40 of file logarithmic_potential.hpp.
References Logarithmic_potential(), operator()(), and partial().
| double BubbleProfiler::Logarithmic_potential::first_deriv | ( | double | coords | ) | const |
Definition at line 85 of file logarithmic_potential.cpp.
References BubbleProfiler::Abs(), BubbleProfiler::Log(), m, origin, scale, and w.
Referenced by add_constant_term(), and partial().
| double BubbleProfiler::Logarithmic_potential::get_action | ( | ) | const |
Definition at line 137 of file logarithmic_potential.cpp.
References BubbleProfiler::Exp(), m, and w.
Referenced by add_constant_term(), and main().
| double BubbleProfiler::Logarithmic_potential::get_bounce_solution_at | ( | double | r | ) | const |
Definition at line 119 of file logarithmic_potential.cpp.
References BubbleProfiler::Exp(), m, origin, scale, and w.
Referenced by add_constant_term(), and get_profile().
| double BubbleProfiler::Logarithmic_potential::get_local_maximum_location | ( | ) | const |
Definition at line 112 of file logarithmic_potential.cpp.
References BubbleProfiler::Abs(), origin, scale, and w.
Referenced by add_constant_term(), and BubbleProfiler::solve_shooting().
| double BubbleProfiler::Logarithmic_potential::get_local_minimum_location | ( | ) | const |
Definition at line 107 of file logarithmic_potential.cpp.
Referenced by add_constant_term(), main(), BubbleProfiler::solve_perturbative(), and BubbleProfiler::solve_shooting().
|
inlineoverridevirtual |
Implements BubbleProfiler::Potential.
Definition at line 48 of file logarithmic_potential.hpp.
| Field_profiles BubbleProfiler::Logarithmic_potential::get_profile | ( | const Eigen::VectorXd & | rho_values | ) | const |
Definition at line 125 of file logarithmic_potential.cpp.
References get_bounce_solution_at().
Referenced by add_constant_term(), main(), and BubbleProfiler::Logarithmic_observer::operator()().
|
overridevirtual |
Evaluate potential at point.
| coords | Coordinates at which to evaluate |
Implements BubbleProfiler::Potential.
Definition at line 24 of file logarithmic_potential.cpp.
Referenced by add_constant_term(), and clone().
| double BubbleProfiler::Logarithmic_potential::operator() | ( | double | coords | ) | const |
Definition at line 74 of file logarithmic_potential.cpp.
References BubbleProfiler::Abs(), BubbleProfiler::Log(), m, origin, scale, and w.
|
default |
Referenced by Logarithmic_potential().
|
default |
|
overridevirtual |
Partial derivative WRT coordinate i at a point.
| coords | Coordinates at which to evaluate |
| i | Index of coordinate to be differentiated |
Implements BubbleProfiler::Potential.
Definition at line 34 of file logarithmic_potential.cpp.
References first_deriv().
Referenced by clone().
|
overridevirtual |
Partial derivative WRT coordinates i, j at a a point.
| coords | Coordinates at which to evaluate |
| i | Index of first coordinate to be differentiated |
| j | Index of second coordinate to be differentiated |
Implements BubbleProfiler::Potential.
Definition at line 51 of file logarithmic_potential.cpp.
References second_deriv().
| double BubbleProfiler::Logarithmic_potential::second_deriv | ( | double | coords | ) | const |
Definition at line 96 of file logarithmic_potential.cpp.
References BubbleProfiler::Abs(), BubbleProfiler::Log(), m, origin, scale, and w.
Referenced by add_constant_term(), and partial().
|
inlineoverridevirtual |
Shift the location of the origin by a specified vector.
| translation | shift of origin |
Implements BubbleProfiler::Potential.
Definition at line 50 of file logarithmic_potential.hpp.
References origin.
|
private |
Definition at line 73 of file logarithmic_potential.hpp.
Referenced by first_deriv(), get_action(), get_bounce_solution_at(), operator()(), and second_deriv().
|
private |
Definition at line 77 of file logarithmic_potential.hpp.
Referenced by add_constant_term().
|
private |
Definition at line 75 of file logarithmic_potential.hpp.
Referenced by first_deriv(), get_bounce_solution_at(), get_local_maximum_location(), get_local_minimum_location(), operator()(), second_deriv(), and translate_origin().
|
private |
Definition at line 76 of file logarithmic_potential.hpp.
Referenced by apply_basis_change(), first_deriv(), get_bounce_solution_at(), get_local_maximum_location(), get_local_minimum_location(), operator()(), and second_deriv().
|
private |
Definition at line 74 of file logarithmic_potential.hpp.
Referenced by first_deriv(), get_action(), get_bounce_solution_at(), get_local_maximum_location(), operator()(), and second_deriv().


Budget Manager Profile
Manage your budget style on this page
Selecting a type for your budget is what allows this budget manager to be realistic. If you do your variable spending (food, car fuel, transport) on a weekly basis then select Weekly Budget. We will then model your budget based around the weekends between your pay dates.
The benefit of weekly budgeting is that 1 in every 3 months, there are 5 weekends, when people generally do their shopping. This can easily catch people out when they are paid monthly.


White to play 43
pips White=173 Black=131
(CorrectAnswer= 0/0, ErrorScore= 0)
1. Bar/18 eq: -0.429 32.71% (G: 6.02% B:0.19%) 67.29% (G:24.20% B:1.92%) 2. Bar/22 13/9 eq: -0.437 (-0.008) 33.13% (G: 6.56% B:0.24%) 66.87% (G:26.03% B:2.68%) 3. Bar/22 6/2 eq: -0.467 (-0.038) 31.17% (G: 6.48% B:0.20%) 68.83% (G:24.65% B:2.21%) 4. Bar/22 8/4 eq: -0.541 (-0.112) 29.90% (G: 5.63% B:0.20%) 70.10% (G:27.68% B:2.89%)


Allows topographical plotting of functional data. Output is a ggplot2 object.
The functions works for both standard data frames and objects of class
eeg_data
.
Both eeg_epochs
and eeg_data
objects are supported.
topoplot(data, ...) # S3 method for data.frame topoplot(data, time_lim = NULL, limits = NULL, chanLocs = NULL, method = "Biharmonic", r = NULL, grid_res = 67, palette = "RdBu", interp_limit = "skirt", contour = TRUE, chan_marker = "point", quantity = "amplitude", montage = NULL, colourmap, ...) # S3 method for eeg_data topoplot(data, time_lim = NULL, limits = NULL, chanLocs = NULL, method = "Biharmonic", r = NULL, grid_res = 67, palette = "RdBu", interp_limit = "skirt", contour = TRUE, chan_marker = "point", quantity = "amplitude", montage = NULL, ...)
| data | An EEG dataset. Must have columns x, y, and amplitude at present. x and y are (Cartesian) electrode co-ordinates), amplitude is amplitude. |
|---|---|
| ... | Various arguments passed to specific functions |
| time_lim | Timepoint(s) to plot. Can be one time or a range to average over. If none is supplied, the function will average across all timepoints in the supplied data. |
| limits | Limits of the fill scale - should be given as a character vector with two values specifying the start and endpoints e.g. limits = c(-2,-2). Will ignore anything else. Defaults to the range of the data. |
| chanLocs | Allows passing of channel locations (see |
| method | Interpolation method. "Biharmonic" or "gam". "Biharmonic" implements the same method used in Matlab's EEGLAB. "gam" fits a Generalized Additive Model with k = 40 knots. Defaults to biharmonic spline interpolation. |
| r | Radius of cartoon head_shape; if not given, defaults to 1.1 * the maximum y electrode location. |
| grid_res | Resolution of the interpolated grid. Higher = smoother but slower. |
| palette | Defaults to RdBu if none supplied. Can be any from RColorBrewer or viridis. If an unsupported palette is specified, switches to Greens. |
| interp_limit | "skirt" or "head". Defaults to "skirt". "skirt" interpolates just past the farthest electrode and does not respect the boundary of the head_shape. "head" interpolates up to the radius of the plotted head. |
| contour | Plot contour lines on topography (defaults to TRUE) |
| chan_marker | Set marker for electrode locations. "point" = point, "name" = electrode name, "none" = no marker. Defaults to "point". |
| quantity | Allows plotting of arbitrary quantitative column. Defaults to amplitude. Use quoted column names. E.g. "p.value", "t_statistic". |
| montage | Name of an existing montage set. Defaults to NULL; (currently only 'biosemi64alpha' available other than default 10/20 system) |
| colourmap | Deprecated, use palette instead. |
data.frame
: Topographical plotting of data.frames and other non
eeg_data objects.
eeg_data
: Topographical plotting of eeg_data
objects.
The function fits a GAM using the gam function from mgcv. Specifically, it fits a spline using the model function gam(z ~ s(x, y, bs = "ts", k = 40). Using GAMs for smooths is very much experimental. The surface is produced from the predictions of the GAM model fitted to the supplied data. Values at each electrode do not necessarily match actual values in the data: high-frequency variation will tend to be smoothed out. Thus, the method should be used with caution.


Chapter 4. Analysis of
Algorithms
Whether we are designing an algorithm or
applying one that is widely accepted, it is important to
understand how the algorithm will perform. There are a number
of ways we can look at an algorithm's performance, but usually
the aspect of most interest is how fast the algorithm will
run. In some cases, if an algorithm uses significant storage,
we may be interested in its space requirement as well.
Whatever the case, determining how an algorithm performs
requires a formal and deterministic method.
There are many reasons to understand the
performance of an algorithm. For example, we often have a
choice of several algorithms when solving problems.
Understanding how each performs helps us differentiate between
them. Understanding the burden an algorithm places on an
application also helps us plan how to use the algorithm more
effectively. For instance, garbage
collection algorithms, algorithms that collect dynamically
allocated storage to return to the heap (see Chapter
3), require considerable time to run. Knowing this, we can
be careful to run them only at opportune moments, just as LISP and Java
do, for example.
This chapter covers:
- Worst-case
analysis
-
The metric by which most algorithms are
compared. Other cases we might consider are the average case
and best case. However, worst-case analysis usually offers
several advantages.
- O-notation
-
The most common notation used to formally
express an algorithm's performance. O -notation is used to express the
upper bound of a function within a constant factor.
- Computational
complexity
-
The growth rate of the resources (usually
time) an algorithm requires with respect to the size of the
data it processes. O
-notation is a formal expression of an algorithm's
complexity.
|


To confirm the invitation please use button below to sign in by your Google's account
You are correctly signed in and assigned to league {{league.name}}
Now you can follow this link to see your league details.


This field can be used to pass additional arguments to clang scan-build. The arguments will appear before the xcodebuild sub command.
You can view the assembled command by viewing the job's build console.
scan-build uses the 'clang' executable relative to itself for static analysis by default.
--use-analyzer Xcode using the 'clang' packaged with Xcode (on OS X)
--use-analyzer [path to clang] to use the 'clang' from 'path to clang' or $PATH if no path specified.


All source files in supported languages generated by a Kaitai Struct compiler have a goal to be human-readable, thus they utilize an extra layer of stream API. This API is followed by Kaitai Struct runtime libraries:
-
kaitai_struct_cpp_stl_runtime - for C++/STL
-
kaitai_struct_csharp_runtime - for C#
-
kaitai_struct_java_runtime - for Java
-
kaitai_struct_javascript_runtime - for JavaScript
-
kaitai_struct_python_runtime - for Python
-
kaitai_struct_ruby_runtime - for Ruby
-
kaitai_struct_swift_runtime - for Swift
Obviously, languages differ and thus API has slight differences, but in the nutshell, the general idea is the same. Runtime library provides a class (or collection of operations) KaitaiStream
, which is essentially a wrapper over language’s native standard IO libraries. It features:
-
opening both local file input streams (if applicable) and in-memory input streams for reading in a single API
-
basic stream positioning operations (usually implemented as pass-through to stdlibs' API)
-
operations to read primitive KS types
-
processing operations to aid conversion of byte arrays into their unpacked / decrypted / deobfuscated forms
Names of operations below are given in Kaitai Struct native standard, i.e. lower underscore case. Real-life runtime libraries adapt these names to suit target languages coding style standards, i.e. read_u2be
becomes readU2be
in Java, or ReadU2be
in C#.
Stream positioning
KS works always with seekable streams using the following 3 operations:
-
eof
- checks if we’ve reached end-of-stream and returns true if we did-
"reaching end-of-stream" is defined being in a position where requesting of reading any single byte would result in reporting an end-of-stream error, not as in C++
istream
semantics
-
-
seek(n)
- seeks to absolute byte position n in a stream -
pos
- returns current position in a stream in bytes
Reading
All reading operations are supposed to "report an error" if they are unable to read requested piece of data. Means of "reporting an error" depend of target language, but generally throwing a typical stdlibs exception (EOFException
or something like that) is preferred. The only exception for this is when a method includes eos_error
parameter and it is set to false
- in this case, the method is excepted to return "best effort" read result.
Integers
One can read integers using one of read_$S$L$E
operations, where:
-
$S
is eitheru
if we want to read unsigned integer ors
if we want signed one; -
$L
is length of integer type in bytes. 1, 2, 4 and 8 bytes are supported; -
$E
is endianness (order of bytes):le
for little-endian orbe
for big-endian;
A few examples:
-
read_u8le
- reads 8-byte (64-bit) unsigned integer, little-endian (AKA Intel, AKA VAX, etc) -
read_s2be
- reads 2-byte (16-bit) signed integer, big-endian (AKA "network byte order", AKA Power, AKA Motorola, etc) -
read_u1
- reads 1-byte unsigned integer - no endianness is given as it’s pointless to do so
Basically, it’s the same designation as used in the type
clause in .ksy
format.
Byte arrays
There are 2 ways to read raw binary data as byte arrays:
-
read_bytes(n)
- reads exactly n bytes from a stream; if there are less than n bytes read before hitting end-of-stream, then it reports an error -
read_bytes_full
- reads all remaining bytes from a stream
Strings
-
read_str_eos(String encoding)
-
read_str_byte_limit(long len, String encoding)
-
read_strz(String encoding, int term, boolean includeTerm, boolean consumeTerm, boolean eosError)
Processing
These methods implement process: …
functionality for attributes, which basically takes a byte array and transforms it into another byte array, performing some operation usually associated with compression / encoding / encryption / obfuscation algorithms. Sometimes extra parameters are passed to these algorithms.
Note that generally these methods do not work with the stream, but get an in-memory buffer to work with, so they should be preferably implemented as static
methods (or class methods, or the closest equivalent).
-
process_xor(data, key)
-
key may be a single byte or a byte array; if the language doesn’t allow 2 methods of the same name with different type signatures, it is preferred to implement 2 methods with distinct names:
process_xor_one
for single byte key andprocess_xor_many
for byte array key
-
-
process_rotate_left(data, amount, group_size)
-
process_zlib(data)


Robot
Status: Unknown State
--:--
--:--
| DB/String 0 | DB/String 5 |
|---|---|
| undefined | undefined |
| undefined | undefined |
| undefined | undefined |
| undefined | undefined |
| undefined | undefined |
| DB/String 0 | DB/String 5 |
|---|---|
| undefined | undefined |
| undefined | undefined |
| undefined | undefined |
| undefined | undefined |
| undefined | undefined |


Get Ready For The Battle.
SPL Final 2019
Match : KAR vs DOM
Umpires : Santhosh & Vinod
Tournament Umpires :
SanthoshScore Card Members :
VishalKAR vs JAG - Karikalans won by 4 wkts
JAG - 59/7 - 10 overs
Rajani 14 / Kalai 14-3 (2)
KAR - 61/3 - 9.4 overs
Jagan 36* / Vishal 15-3 (2)
DOM vs RID - DOM won by 16 runs
DOM - 81/2 - 10 overs
Akash 42 / Ranajith 10-1 (2)
RID - 65/4 - 10 overs
Manish 32 / Akash 24-3 (3)
Tournament statistics and fixtures


For I/O there is a need to give the size, displacement, and offset into a file. These quantities can easily be larger than 32 bits which can be the default size of a Fortran integer. To overcome this, these quantities are declared to be INTEGER (KIND=MPI_OFFSET_KIND) in Fortran. In C one uses MPI_Offset. These types must have the same width and encode address values in the same manner such that offset values in one language may be passed directly to another language without conversion.


frappe.desk.star._toggle_star (doctype, name, add=False, user=None)
Same as toggle_star but hides param user
from API
Public API
/api/method/frappe.desk.star.toggle_star
frappe.desk.star.toggle_star (doctype, name, add=False)
Adds / removes the current user in the __starred_by
property of the given document.
If column does not exist, will add it in the database.
The _starred_by
property is always set from this function and is ignored if set via
Document API
Parameters:
doctype
- DocType of the document to starname
- Name of the document to staradd
- Yes
if star is to be added. If not Yes
the star will be removed.


Class MatrixObject
Represents the matrix object that is used to print pivot table (also known as cross-tab).
Inheritance
Inherited Members
Namespace: FastReport.Matrix
Assembly: FastReport.OpenSource.dll
Syntax
public class MatrixObject : TableBase, IFRSerializable, IParent
Remarks
The matrix consists of the following elements: columns, rows and data cells. Each element is represented by the descriptor. The MatrixHeaderDescriptor class is used for columns and rows; the MatrixCellDescriptor is used for data cells. The Data property holds three collections of descriptors - Columns, Rows and Cells.
To create the matrix in a code, you should perform the following actions:
- create an instance of the MatrixObject and add it to the report;
- create descriptors for columns, rows and cells and add it to the collections inside the Data property;
- call the BuildTemplate() method to create the matrix template that will be used to create a result;
- modify the matrix template (change captions, set the visual appearance).
To connect the matrix to a datasource, use the DataSource property. If this property is not set, the result matrix will be empty. In this case you may use the ManualBuild event handler to fill the matrix.
Examples
This example demonstrates how to create a matrix in a code.
// create an instance of MatrixObject
MatrixObject matrix = new MatrixObject();
matrix.Name = "Matrix1";
// add it to the report title band of the first report page
matrix.Parent = (report.Pages[0] as ReportPage).ReportTitle;
// create two column descriptors
MatrixHeaderDescriptor column = new MatrixHeaderDescriptor("[MatrixDemo.Year]");
matrix.Data.Columns.Add(column);
column = new MatrixHeaderDescriptor("[MatrixDemo.Month]");
matrix.Data.Columns.Add(column);
// create one row descriptor
MatrixHeaderDescriptor row = new MatrixHeaderDescriptor("[MatrixDemo.Name]");
matrix.Data.Rows.Add(row);
// create one data cell
MatrixCellDescriptor cell = new MatrixCellDescriptor("[MatrixDemo.Revenue]", MatrixAggregateFunction.Sum);
matrix.Data.Cells.Add(cell);
// connect matrix to a datasource
matrix.DataSource = Report.GetDataSource("MatrixDemo");
// create the matrix template
matrix.BuildTemplate();
// change the style
matrix.Style = "Green";
// change the column and row total's text to "Grand Total"
matrix.Data.Columns[0].TemplateTotalCell.Text = "Grand Total";
matrix.Data.Rows[0].TemplateTotalCell.Text = "Grand Total";
Constructors
MatrixObject()
Initializes a new instance of the MatrixObject class.
Declaration
public MatrixObject()
Properties
AfterTotalsEvent
Gets or sets a script method name that will be used to handle the AfterTotals event.
Declaration
public string AfterTotalsEvent { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Remarks
See the AfterTotals event for more details.
AutoSize
Gets or sets a value that determines whether the matrix must calculate column/row sizes automatically.
Declaration
public bool AutoSize { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
CellsSideBySide
Gets or sets a value that determines how to print multiple data cells.
Declaration
public bool CellsSideBySide { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Remarks
This property can be used if matrix has two or more data cells. Default property value is false - that means the data cells will be stacked.
ColumnIndex
Gets or sets the index of currently printing column.
Declaration
public int ColumnIndex { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int32 |
Remarks
This property may be used to print even columns with alternate color. To do this:
- select the cell that you need to highlight;
- click the "Highlight" button on the "Text" toolbar;
- add a new highlight condition that uses the Matrix.ColumnIndex,
for example:
Matrix1.ColumnIndex % 2 == 1
.
ColumnValues
Gets or sets array of values that describes the currently printing column.
Declaration
public object[] ColumnValues { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Object[] |
Remarks
Use this property when report is running. It can be used to highlight matrix elements depending on values of the currently printing column. To do this:
- select the cell that you need to highlight;
- click the "Highlight" button on the "Text" toolbar;
- add a new highlight condition. Use the Matrix.ColumnValues to
refer to the value you need to analyze. Note: these values are arrays of System.Object,
so you need to cast it to actual type before making any comparisons. Example of highlight
condition:
(int)Matrix1.ColumnValues[0] == 2000
.
Data
Gets the object that holds the collection of descriptors used to build a matrix.
Declaration
public MatrixData Data { get; }
Property Value
| Type | Description |
|---|---|
| MatrixData |
Remarks
See the MatrixData class for more details.
DataSource
Gets or sets a data source.
Declaration
public DataSourceBase DataSource { get; set; }
Property Value
| Type | Description |
|---|---|
| DataSourceBase |
Remarks
When you create the matrix in the designer by drag-drop data columns into it, this property will be set automatically. However you need to set it if you create the matrix in code.
Filter
Gets the row filter expression.
Declaration
public string Filter { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Remarks
This property can contain any valid boolean expression. If the expression returns false, the corresponding data row will be skipped.
KeepCellsSideBySide
Gets or sets a value indicating that the side-by-side cells must be kept together on the same page.
Declaration
public bool KeepCellsSideBySide { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
ManualBuildEvent
Gets or sets a script method name that will be used to handle the ManualBuild event.
Declaration
public string ManualBuildEvent { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Remarks
See the ManualBuild event for more details.
MatrixEvenStylePriority
Gets or sets even style priority for matrix cells.
Declaration
public MatrixEvenStylePriority MatrixEvenStylePriority { get; set; }
Property Value
| Type | Description |
|---|---|
| MatrixEvenStylePriority |
ModifyResultEvent
Gets or sets a script method name that will be used to handle the ModifyResult event.
Declaration
public string ModifyResultEvent { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Remarks
See the ModifyResult event for more details.
RowIndex
Gets or sets the index of currently printing row.
Declaration
public int RowIndex { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int32 |
Remarks
This property may be used to print even rows with alternate color. To do this:
- select the cell that you need to highlight;
- click the "Highlight" button on the "Text" toolbar;
- add a new highlight condition that uses the Matrix.RowIndex,
for example:
Matrix1.RowIndex % 2 == 1
.
RowValues
Gets or sets array of values that describes the currently printing row.
Declaration
public object[] RowValues { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Object[] |
Remarks
Use this property when report is running. It can be used to highlight matrix elements depending on values of the currently printing row. To do this:
- select the cell that you need to highlight;
- click the "Highlight" button on the "Text" toolbar;
- add a new highlight condition. Use the Matrix.RowValues to
refer to the value you need to analyze. Note: these values are arrays of System.Object,
so you need to cast it to actual type before making any comparisons. Example of highlight
condition:
(string)Matrix1.RowValues[0] == "Andrew Fuller"
.
ShowTitle
Gets or sets a value indicating whether to show a title row.
Declaration
public bool ShowTitle { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Boolean |
Style
Gets or sets a matrix style.
Declaration
public string Style { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Methods
AddValue(Object[], Object[], Object[])
Adds a value in the matrix.
Declaration
public void AddValue(object[] columnValues, object[] rowValues, object[] cellValues)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object[] | columnValues | Array of column values. |
| System.Object[] | rowValues | Array of row values. |
| System.Object[] | cellValues | Array of data values. |
Remarks
This is a shortcut method to call the matrix Data.AddValue. See the AddValue(Object[], Object[], Object[]) method for more details.
Assign(Base)
Copies the contents of another, similar object.
Declaration
public override void Assign(Base source)
Parameters
| Type | Name | Description |
|---|---|---|
| Base | source | Source object to copy the contents from. |
Overrides
Remarks
Call Assign to copy the properties from another object of the same type. The standard form of a call to Assign is
destination.Assign(source);
which tells the destination object to copy the contents of the source object to itself. In this method, all child objects are ignored. If you want to copy child objects, use the AssignAll(Base) method.
See Also
BuildTemplate()
Creates or updates the matrix template.
Declaration
public void BuildTemplate()
Remarks
Call this method after you modify the matrix descriptors using the Data object's properties.
DeserializeSubItems(FRReader)
Deserializes nested object properties.
Declaration
protected override void DeserializeSubItems(FRReader reader)
Parameters
| Type | Name | Description |
|---|---|---|
| FRReader | reader | Reader object. |
Overrides
Remarks
Typically the object serializes all properties to the single xml item:
<TextObject Name="Text2" Left="18.9" Top="37.8" Width="283.5" Height="28.35"/>
Some objects like DataBand have child objects that serialized in subitems:
<DataBand Name="Data1" Top="163" Width="718.2" Height="18.9">
<TextObject Name="Text3" Left="18.9" Top="37.8" Width="283.5" Height="28.35"/>
</DataBand>
To read such subitems, the DeserializeSubItems
method is used. Base
implementation reads the child objects. You may override it to read some specific subitems.
FinalizeComponent()
Performs a finalization after the report is finished.
Declaration
public override void FinalizeComponent()
Overrides
Remarks
This method is used by the report engine, do not call it directly.
GetData()
Gets the data from a datasource that the object is connected to.
Declaration
public override void GetData()
Overrides
Remarks
This method is called by the report engine before processing the object.
Do not call it directly. You may override it if you are developing a new FastReport component. In this method you should get the data from a datasource that the object is connected to.
GetExpressions()
Gets all expressions contained in the object.
Declaration
public override string[] GetExpressions()
Returns
| Type | Description |
|---|---|
| System.String[] | Array of expressions or null if object contains no expressions. |
Overrides
Remarks
Do not call this method directly. You may override it if you are developing a new component for FastReport.
This method is called by FastReport each time before run a report. FastReport do this to collect all expressions and compile them. For example, GetExpressions method of the TextObject class parses the text and returns all expressions found in the text.
InitializeComponent()
Initializes the object before running a report.
Declaration
public override void InitializeComponent()
Overrides
Remarks
This method is used by the report engine, do not call it directly.
OnAfterData(EventArgs)
This method fires the AfterData event and the script code connected to the AfterDataEvent.
Declaration
public override void OnAfterData(EventArgs e)
Parameters
| Type | Name | Description |
|---|---|---|
| System.EventArgs | e | Event data. |
Overrides
OnAfterTotals(EventArgs)
This method fires the AfterTotals event and the script code connected to the AfterTotalsEvent.
Declaration
public void OnAfterTotals(EventArgs e)
Parameters
| Type | Name | Description |
|---|---|---|
| System.EventArgs | e | Event data. |
OnManualBuild(EventArgs)
This method fires the ManualBuild event and the script code connected to the ManualBuildEvent.
Declaration
public void OnManualBuild(EventArgs e)
Parameters
| Type | Name | Description |
|---|---|---|
| System.EventArgs | e | Event data. |
OnModifyResult(EventArgs)
This method fires the ModifyResult event and the script code connected to the ModifyResultEvent.
Declaration
public void OnModifyResult(EventArgs e)
Parameters
| Type | Name | Description |
|---|---|---|
| System.EventArgs | e | Event data. |
RestoreState()
Restores the object's state after printing it.
Declaration
public override void RestoreState()
Overrides
Remarks
This method is called by the report engine after processing the object.
Do not call it directly. You may override it if you are developing a new FastReport component. In this method you should restore the object properties that were saved by the SaveState() method.
SaveState()
Saves the object's state before printing it.
Declaration
public override void SaveState()
Overrides
Remarks
This method is called by the report engine before processing the object.
Do not call it directly. You may override it if you are developing a new FastReport component. In this method you should save any object properties that may be changed during the object printing. The standard implementation saves the object's bounds, visibility, bookmark and hyperlink.
Serialize(FRWriter)
Serializes the object.
Declaration
public override void Serialize(FRWriter writer)
Parameters
| Type | Name | Description |
|---|---|---|
| FRWriter | writer | Writer object. |
Overrides
Remarks
Do not call this method directly. You should override it if you are developing a new component for FastReport.
This method is called when the object needs to save the state. It may happen when:
- saving the report to the file or stream;
- saving the report to the designer's undo buffer;
- assigning the object to another object using the Assign(Base) or AssignAll(Base) methods;
- saving the object to the designer's clipboard;
- saving the object to the preview (when run a report).
Value(Int32)
Gets the value of the data cell with the specified index.
Declaration
public Variant Value(int index)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | index | Zero-based index of the data cell. |
Returns
| Type | Description |
|---|---|
| Variant | The cell's value. |
Remarks
Use this method in the cell's expression if the cell has custom totals (the total function is set to "Custom"). The example:
Matrix1.Value(0) / Matrix1.Value(1)
will return the result of dividing the first data cell's value by the second one.
Events
AfterTotals
Allows to modify the prepared matrix elements such as cells, rows, columns.
Declaration
public event EventHandler AfterTotals
Event Type
| Type | Description |
|---|---|
| System.EventHandler |
ManualBuild
Allows to fill the matrix in code.
Declaration
public event EventHandler ManualBuild
Event Type
| Type | Description |
|---|---|
| System.EventHandler |
Remarks
In most cases the matrix is connected to a datasource via the DataSource property. When you run a report, the matrix is filled with datasource values automatically.
Using this event, you can put additional values to the matrix or even completely fill it with own values (if DataSource is set to null. To do this, call the Data.AddValue method. See the AddValue(Object[], Object[], Object[]) method for more details.
Examples
This example shows how to fill a matrix with own values.
// suppose we have a matrix with one column, row and data cell.
// provide 3 one-dimensional arrays with one element in each to the AddValue method
Matrix1.Data.AddValue(
new object[] { 1996 },
new object[] { "Andrew Fuller" },
new object[] { 123.45f });
Matrix1.Data.AddValue(
new object[] { 1997 },
new object[] { "Andrew Fuller" },
new object[] { 21.35f });
Matrix1.Data.AddValue(
new object[] { 1997 },
new object[] { "Nancy Davolio" },
new object[] { 421.5f });
// this code will produce the following matrix:
// | 1996 | 1997 |
// --------------+--------+--------+
// Andrew Fuller | 123.45| 21.35|
// --------------+--------+--------+
// Nancy Davolio | | 421.50|
// --------------+--------+--------+
ModifyResult
Allows to modify the prepared matrix elements such as cells, rows, columns.
Declaration
public event EventHandler ModifyResult
Event Type
| Type | Description |
|---|---|
| System.EventHandler |


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A spatial comparison of frequently used words in "The Best User Experience Links of 2016", a list of 50 articles related to User Experience design curated by Kenny Chen for UX Design Weekly. This visualization was inspired by trends in UX design in order to answer the question of whether or not those trends are cyclical catchphrases or if there is real value behind them. The answer to this question is left to the reader.
Each bubble represents a word. The size of the bubble corresponds to the number of times the associated word was found across all 50 articles. To learn more about where a word is used, click on the word bubble to see a list of articles and how many times the word appears in each. To add a word for comparison, enter the word in the input box above the visualization and press "enter" or click "Add".
The articles were compiled, then processed for the number of occurrences of each word using some simple node.js scripts. The visualization was written in d3.js. Inspired by the work of Mike Bostock, with help from Jim Vallandingham's great tutorials.


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OpenM++ modeling library: model metadata loader to read and broadcast metadata and run options. More...
OpenM++ modeling library: model metadata loader to read and broadcast metadata and run options.


{% include list-nominees.html race-id=race-id
show-toc-link=false hide-details=false
hide-position-desc=false %}
{% endfor %}
--- layout: "default" hide-details: false --- {% comment %} Try to eat up all leading slashes and the trailing .html . This is gross but it works. {% endcomment %} {% assign ward-id = page.url | replace: '.html', '' | split: '/' | last -%} {% assign ward-info = site.data.internal.position-tags | where:"PositionUniqueName",ward-id | first -%}


{% extends "base.html" %} {% block container %} {% if form.errors %}
Your username and password didn't match. Please try again.
{% endif %} {% if next %} {% if user.is_authenticated %}Your account doesn't have access to this page. To proceed, please login with an account that has access.
{% else %}Please log in to enter your results
{% endif %} {% endif %}You will need to reset your password with the above link the first time you use the system.
All players in the current ladder have a user setup with their email in the membership list, if you are having any issues please use the feedback email below and assistance will be provided.
If you would rather not use this system, please send your results to<EMAIL_ADDRESS>{% endblock %}


WITNESS LIST Intergovernmental Relations Committee April 25, 2000-9:00A Charge Nubmer 5 On: Aguilar, Mario (Section 8 Manager), Austin Bill Dally (Chief Financial Officer, TDHCA), Austin Garwin, John (Director, Office of Strategic Planning, TDHCA), Austin Hoffpauir, Keith (Housing Trust Fund Manager, TDHCA), Austin Morris, Pam (Director of Housing Finanace Programs, TDHCA), Austin Njie, Cherno M. (Manager, Low Income Tax Credit, TDHCA), Austin Ocanas, Reymundo (Executive Director, Texas Assoc. of CDC's), Austin Spitzengel, Bruce (President, Grant Work, Inc.), Austin Stewart, Brent (Director, Mulifamily Finance, TDHCA), Austin Stiner, Daisy (Executive Director, TDHCA), Austin Sullivan, Michael A. (President, TX State Affordable Housing Corporation), Austin Registering, but not testifying: On: Cedillo, Ruth (Deputy Executive Director, TDHCA), Austin Dunn, Mike (Policy Analyst, TX Assoc. of Community Development Corp), Austin Johnson, Byron V. (Director of Bond Finance, TDHCA), Austin Orr, Pamela (Consultant, Grant Work, Inc.), Austin


| Opcode/Instruction | Op/En | 64/32 bit Mode Support | CPUID Feature Flag | Description |
| 0F DE /r1 PMAXUB mm1, mm2/m64 | RM | V/V | SSE | Compare unsigned byte integers in mm2/m64 and mm1 and returns maximum values. |
| 66 0F DE /r PMAXUB xmm1, xmm2/m128 | RM | V/V | SSE2 | Compare unsigned byte integers in xmm2/m128 and xmm1 and returns maximum values. |
| VEX.NDS.128.66.0F.WIG DE /r VPMAXUB xmm1, xmm2, xmm3/m128 | RVM | V/V | AVX | Compare packed unsigned byte integers in xmm2 and xmm3/m128 and store packed maximum values in xmm1. |
| VEX.NDS.256.66.0F.WIG DE /r VPMAXUB ymm1, ymm2, ymm3/m256 | RVM | V/V | AVX2 | Compare packed unsigned byte integers in ymm2 and ymm3/m256 and store packed maximum values in ymm1. |
Notes: 1. See note in Section 2.4, “Instruction Exception Specification” in the Intel® 64 and IA-32 Architectures Software Developer’s Manual, Volume 2A and Section 22.25.3, “Exception Conditions of Legacy SIMD Instructions Operating on MMX Registers” in the Intel® 64 and IA-32 Architectures Software Developer’s Manual, Volume 3A.
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| RM | ModRM:reg (r, w) | ModRM:r/m (r) | NA | NA |
| RVM | ModRM:reg (w) | VEX.vvvv (r) | ModRM:r/m (r) | NA |
Performs a SIMD compare of the packed unsigned byte integers in the destination operand (first operand) and the source operand (second operand), and returns the maximum value for each pair of byte integers to the destination operand.
In 64-bit mode, using a REX prefix in the form of REX.R permits this instruction to access additional registers (XMM8-XMM15). Legacy SSE version: The source operand can be an MMX technology register or a 64-bit memory location. The destination operand can be an MMX technology register.
128-bit Legacy SSE version: The first source and destination operands are XMM registers. The second source operand is an XMM register or a 128-bit memory location. Bits (VLMAX-1:128) of the corresponding YMM destination register remain unchanged. VEX.128 encoded version: The first source and destination operands are XMM registers. The second source operand is an XMM register or a 128-bit memory location. Bits (VLMAX-1:128) of the destination YMM register are zeroed. VEX.256 encoded version: The second source operand can be an YMM register or a 256-bit memory location. The first source and destination operands are YMM registers.
Note: VEX.L must be 0, otherwise the instruction will #UD.
PMAXUB (64-bit operands) IF DEST[7:0] > SRC[17:0]) THEN DEST[7:0] ← DEST[7:0]; ELSE DEST[7:0] ← SRC[7:0]; FI; (* Repeat operation for 2nd through 7th bytes in source and destination operands *) IF DEST[63:56] > SRC[63:56]) THEN DEST[63:56] ← DEST[63:56]; ELSE DEST[63:56] ← SRC[63:56]; FI; PMAXUB (128-bit operands) IF DEST[7:0] > SRC[17:0]) THEN DEST[7:0] ← DEST[7:0]; ELSE DEST[7:0] ← SRC[7:0]; FI; (* Repeat operation for 2nd through 15th bytes in source and destination operands *) IF DEST[127:120] > SRC[127:120]) THEN DEST[127:120] ← DEST[127:120]; ELSE DEST[127:120] ← SRC[127:120]; FI; VPMAXUB (VEX.128 encoded version) IF SRC1[7:0] >SRC2[7:0] THEN DEST[7:0] ← SRC1[7:0]; ELSE DEST[7:0] ← SRC2[7:0]; FI; (* Repeat operation for 2nd through 15th bytes in source and destination operands *) IF SRC1[127:120] >SRC2[127:120] THEN DEST[127:120] ← SRC1[127:120]; ELSE DEST[127:120] ← SRC2[127:120]; FI; DEST[VLMAX-1:128] ← 0 VPMAXUB (VEX.256 encoded version) IF SRC1[7:0] >SRC2[7:0] THEN DEST[7:0] ← SRC1[7:0]; ELSE DEST[15:0] ← SRC2[7:0]; FI; (* Repeat operation for 2nd through 31st bytes in source and destination operands *) IF SRC1[255:248] >SRC2[255:248] THEN DEST[255:248] ← SRC1[255:248]; ELSE DEST[255:248] ← SRC2[255:248]; FI;
| PMAXUB: | __m64 _mm_max_pu8(__m64 a, __m64 b) |
| (V)PMAXUB: | __m128i _mm_max_epu8 ( __m128i a, __m128i b) |
| VPMAXUB: | __m256i _mm256_max_epu8 ( __m256i a, __m256i b); |
None.
None.
See Exceptions Type 4; additionally
| #UD | If VEX.L = 1. |


CEO & Founder
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Student * Junior Full Stack Devloper* hard worker* self-taught* honest, I will be the best software enginner
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Let's see how code build works!
Now with changed buildspec commands
new line added and again added
Partha Sarathi Kundu


|
tesseract
5.0.0-alpha-619-ge9db
|
Go to the source code of this file.
Functions | |
| void | display_edgepts (LIST outlines) |
| void | draw_blob_edges (TBLOB *blob) |
| void | mark_outline (EDGEPT *edgept) |
Variables | |
| ScrollView * | edge_window = nullptr |
| void display_edgepts | ( | LIST | outlines | ) |
Definition at line 42 of file plotedges.cpp.
| void draw_blob_edges | ( | TBLOB * | blob | ) |
Definition at line 65 of file plotedges.cpp.
| void mark_outline | ( | EDGEPT * | edgept | ) |
Definition at line 81 of file plotedges.cpp.
| ScrollView* edge_window = nullptr |
Definition at line 33 of file plotedges.cpp.


| ${value}% Reduction in Bleeding Duration | 5 8 10 13 16 18 21 24 27 29 32 35 37 40
|
| ${value}% Reduction in Burn Duration | 5 8 10 13 16 18 21 24 27 29 32 35 37 40
|
| ${value}% Reduction in Energy Leech Duration | 5 8 10 13 16 18 21 24 27 29 32 35 37 40
|
| ${value}% Reduction in Frostburn Duration | 5 8 10 13 16 18 21 24 27 29 32 35 37 40
|
| ${value}% Reduction in Life Leech Duration | 5 8 10 13 16 18 21 24 27 29 32 35 37 40
|
| ${value}% Reduction in Lightning Duration | 5 8 10 13 16 18 21 24 27 29 32 35 37 40
|
| ${value}% Reduction in Poison Duration | 5 8 10 13 16 18 21 24 27 29 32 35 37 40
|
| ${value}% Reduction in Vitality Decay Duration | 5 8 10 13 16 18 21 24 27 29 32 35 37 40
|
| MaxLevel | 10
|
| UltimateLevel | 14
|