We were very happy to participate again in Google Summer of Code (GSoC): this was our fifth year! Our very special thanks to the awesome five students that contributed to our R&D work with their projects.
Here is a brief highlight of their work, in their own words.
RCU Binding for Lua tables - Caio Luiz Messias (Brazil)
"Being highly concurrent, the Linux kernel has a wide array of options for synchronization. My project was a binding for the Read-Copy-Update (RCU) API, which guarantees high data availability by never blocking reader threads, even during updates.
The project consisted of the implementation of a hash table, mimicking a standard Lua table, shared across multiple Lua states. This hash table is built on RCU facilities, which guarantee safe access by different Lua states running on concurrent kernel threads.
Participating in GSOC was a very enriching experience, with plenty of learning and growth opportunities. I was also able to experience how it is to work for an organization, with schedules, code revisions and rigorous testing, something we don't even come close at university."
Caio's work developed during GSoC 2018 can be found here.
Socket API for Lunatik- Chengzhi Tan (China/US)
"The purpose of this project was to develop a Lunatik library to provide network functionality to kernel scripts. The Lunatik socket library provides most frequently used APIs available for IPv4, TCP, and UDP. I/O multiplex API, poll is also included in this library. The library is implemented as a Linux loadable kernel module, binding the kernel internal implementation for the socket user-level API.
With GSoC students can get the chance to be involved in an open source project, which improves not only code skills but also my cooperative abilities. The most exciting part is that this is a rare chance to work with other people around the world."
Chengzhi's work developed during GSoC 2018 is available here.
Update the Lua binding to libgit2- Satyendra Kumar Banjare (India)
"This project aims at updating the Lua bindings to libgit2, allowing Lua users to use the Git core API from Lua. The new Luagit2 covers most of the important libgit2 modules. It was developed using Lua-C API, which provided us with a lot of flexibility to create functions that are very close to Lua-style. This includes returning multiple values from C to Lua, type checking of Lua userdata objects and error checks if anything goes wrong.
The tests for such a case of software development where the binding is written completely using C and final usage is in Lua was very exciting to write. I learned a lot of things. I improved a lot in my code style. I really enjoyed a lot working on my project."
Satyendra's work developed during GSoC 2018 can be found here.
Céu-Maker: easy-to-install, up-to-date integrated environment for Céu-Arduino and pico-Céu development
Anny Caroline Chagas (Brazil)
"Céu-Arduino supports the development of Arduino applications in Céu, while pico-Céu is focused on visual and interactive applications, and is composed of Céu and libraries for input, graphics, network, and sound.
In GSoC, we aimed to make Céu-Maker more attractive to programmers by improving tutorials and sample codes, providing a library for serial communication and offering a graphical interface for the programmer to choose the Arduino board for which they want to load their code."
Anny's work can be found here.
Interrupt-based drivers in Céu-Arduino - M Naveen Kumar (India)
Most operations in Arduino libraries freeze the rest of the application until they complete. Making use of interrupts allows programs to remain executing while the operation progresses and completes.This project consisted of developing new interrupt-based drivers for Céu-Arduino, including Real Time Clock, OLED display and I2C, and some libraries on top of these drivers (e.g., RF transceiver, ultrasonic sensor an accelerometer).
Naveen's work can be found here.


Are you regulated?-Yes we are regulated by the governments
You should be registered by the government as a water supplier
For any further queries please see the footer


| |
ilSaveF saves an image to a previously opened file
| | ILboolean ilSaveF( ILenum Type, ILHANDLE File );
|
Parameters| | - Type
- Image format
- File
- Pointer to a previous opened file
|
Types| | - IL_BMP
- Save the image as a Microsoft bitmap (.bmp).
- IL_CHEAD
- Save a C Header style image.
- IL_JPG
- Save the image as a Jpeg (.jpg).
- IL_PNM
- Save a Portable AnyMap (.pbm, .pgm or .ppm).
- IL_PSD
- Save a PhotoShop (.psd) file.
- IL_SGI
- Save an SGI (.bw, .rgb, .rgba or .sgi).
- IL_TGA
- Save a TrueVision Targa.
- IL_TYPE_UNKNOWN
- Tells OpenIL to try to determine the type of image present in FileName, File or Lump.
|
Errors
See Also
|


By adding display : flex we turn an element in to a flexbox parent. Then we can use the justify-content property to set how the children are spaced vertically, otherwise known as the cross axis.
1-1. justify-content : flex-start;
1-2. justify-content : center;
1-3. justify-content : flex-end;
1-4. justify-content : space-between;
1-5. justify-content : space-around;


--- layout: post title: 'things that make you say: "sod it"' date: type: post published: false status: draft categories: - MySQL tags: [] meta: _edit_last: '2' author: login: shlomi email<EMAIL_ADDRESS>display_name: shlomi first_name: Shlomi last_name: Noach ---
123
Seconds_Behind_Master: NULL Master_SSL_Verify_Server_Cert: No Last_IO_Errno: 1593 Last_IO_Error: Fatal error: Master reported unrecognized MySQL version
345


This is para 1
This is para 2
This is para 3
This is para 4
This is para 5
This is para 6
This is para 7


French Montana hospitalized for cardiac issues
by Annie MartinNov. 22 (UPI) -- French Montana was hospitalized Thursday after experiencing cardiac issues.
People reported that police responded to a medical call at Montana's home in Calabasas, Calif., shortly before 1:30 p.m. Thursday.
E! News said Montana, 35, was experiencing an elevated heart rate, stomach pains and nausea. The rapper, born Karim Kharbouch, was transported via ambulance to a Los Angeles hospital.
Sources said Montana was awake and alert, and underwent treatment Thursday. He was expected to be released from the hospital the same day.
TMZ said police were initially called to Montana's home for a possible robbery. The deputies found Montana to be acting abnormally and recommended he get treatment.
Sources said Montana has been traveling over the past couple weeks and could have been exposed to contaminated food.
Montana is expected to release his third studio album, Montana, this month. The album includes the single "Writing on the Wall" featuring Post Malone, Cardi B and Rvssian, and the song "Twisted" featuring Juicy J, ASAP Rocky and Logic.


In the beginning I will tell how I started to use Apple ecosystem.
Back, in 2013, when I was in the second year at the university, I was involved in an iOS internship.I can say, it was the first time when I touched a macOS(it was OSX system at that time) system, running on a Mac mini computer. I enjoyed using whit system, and a few days ago, after the internship was started, I installed on my Asus notebook a Hackintosh version of Mavericks in order to use it at home, and practice more iOS development. The Hackintosh system was running very well. The single problem which I had, was the WiFi adapter, which was not supported and I had to plug in LAN cable every time. But of course, I was happy that I learning iOS development without paying money for an expensive Mac computer. After the internship, I continued to use Hackintosh in order to do some projects at the university. So, the experience and the motivation to buy an Apple computer was growing.
About old MacBook
About 3 years later, in December 2016, I bought the first Apple computer. It was a MacBook Pro 2015 version, 13-inch display, i7 3.1 GHz CPU, 16 Gb of ram, 256 Gb of SSD space. (To be honest, it’s a second computer, bought a few days later than the first one. Read why.
It was and it is a powerful computer, and it helped me to be more organized, more efficient in what I’m doing, and, why not - happier.
About new MacBook
I did not have big reasons to upgrade my computer. It was not a burning desire, however, I created and advertise on a local advertising site 2 weeks ago. So, after two weeks, someone wanted to buy my toy. I was: brrrr…aaaa…I’m not ready… I need another MacBook to buy. I searched for a second hand, newer MacBook Pro, and found nothing interesting… For some moments I decided to keep my old computer, but…I found an interesting advertising a few hours ago. I was not a selling advertising, this is why it didn’t catch my attention when I searched for the first time. It was a “changing” advertising. The guy who owns that computer (MacBook Pro 2016 with touch bar, 13”, 16 Gb of ram, i7 3.3, 512 Gb SSD space) wished to change it with the same configuration of MacBook Pro 15” display. I got in touch with them, and we after a negotiation, he agreed to sell the computer. To be honest, with few hundred dollars more, I could buy the 15” inch MacBook Pro, which is more powerful because of the quad-core processor, and discrete GPU but it is not what I want. The 13” inch screen fits perfectly with my requirements. Yes, the performance is lower than his 15” brother, but I do not do any rendering or video gaming.
What makes the difference
I sow more opinions regarding the new MacBook Pro computers. Someones are saying that the upgrade is not worth it if you own a 2015 model. Others are saying that it worth but they hate some things, like touch bar, keyboard, performance(because of 32 GB of ram) and so one. I will write here my 50 cents regarding the difference which I’m experiencing right now.
I own the described new computer for 4 days. I did not expect to experience so many changes, but I am.
So, the things I love:
The performance.
The performance is really great. I should do some proven experiments in order to write words, but I sow the improvements when I build/rebuild iOS applications. It takes considerably less time.
The keyboard.
I really love the new keyboard. It is so lovely to touch and write on it. I am more accurate when I write( I am using QWERTY writing style, without looking at keyboard)
The cooling system.
With a new version of the processor and two cooling fan system, and also with some improvements in this part - the experience is awesome. At the building (iOS apps)), and performance requirements stuff, the old computer fan(only single) had up to 7000 rpm/minute. On a low-performance requirement tasks, it was at 1500/2000 rpm/minute.
On a new computer, the maxim value which I registered on fans rotation rate was 2000 rpm/minute and they even are not heard. And, the most interesting part, at low-performance requirement tasks, it has 0 amp/minutes.
I really enjoy this improvement. I may say that I have some allergy on fan sound because I hate it so much( I had some experience in the past with some desktop computer, but this is another story).
The battery
Because of the cooling system, I think(of course and other stuff) the battery has the power now for about - 7 hours. And this is at normal usages (builds and others). It is really enough for an entire workday.
Touch bar
Here is simple. I do not hate or love it. But, the Touch ID - I found it very useful.
Conclusion
I think, in general, the upgrade worth. This is my own opinion, and yes, for me it really worth. (I think again about cooling system)


by Deeblemin
Faction of Choice: Order of Death’s Vigil
TODO: Kill stuff...
The ultimate goal is a complete set of Nature's Call Regalia (Mythical version of Beastcaller's Regalia) and some support items. In general, look for items that boost your pet's damage output.
While leveling, you’ll find these items to be very helpful:
| Required Level | Item | Note |
|---|---|---|
| 20 | Any Bloodsworn Codex | Off hand |
| 32 | Any Zaria's Pendant | Amulet |
| 35 | Any Bloodsworn Signet | Ring |
| 50 | Any Chains of Brandis | Belt |
| 65 | Any item from Beastcaller's Regalia item set. | Helmet, Shoulders, Chest piece, Medal |
| 70 | Primal Instinct | Relic |
The following list shows a possible way to level a character up.


This application is a work in progress. We keep here the list of things to be added. This page will eventually move to GitHub Issues page.


From teachers to strangers to family members, Aimee massaged everyone she came across. She carried around all sorts of new massage toys and studied the newest and traditional pressure points and massage trends. At 50 years old with a full time job as a project manager for State Comp and taking care of elder-in-laws, Aimee decided to add on another challenge: massage certification. Aimee completed her massage license by World Massage on December 2015. Massage by Aimee is a product of true love and passion. She plans on massaging only part time so you better book now!
Aimee is everyone's mom. Hilarious, free-spirited and kind, Aimee makes friends everywhere she goes.
Massage from Aimee features home-y amenities for the casual massage lover. Located in a refurnished room in her home in San Francisco, Massage from Aimee offers the ultimate family experience. We all love a pampering at an expensive spa, but nothing can beat mother's touch.


Menu
Planner
About Us
Category Items
USERNAME'S upcoming Week
My Account
My Profile
Sign Out
Category List
Exercise
Meal
To Do List
+
Detailed Item
Save Info


Dashboard
Alerts
About
Contact
Api
First Name *
Last Name *
Email *
Category
Hardware
Software
WebApp
MobileApp
Other
Message *
Email
team7smaq@gmail.com


Solid buttons look heavy on purpose. They direct the user’s attention to the primary action the application is suggesting that the user take.
Outline buttons provide a lighter weight button style. They are used to indicate a secondary action that compliments a primary action or to reduce visual noise when there are many action of equal importance on the page.
Flat buttons are used in multiple scenarios. They are used as tertiary buttons. They can also be used inline because they are different from content in style and recognizable as buttons alongside content.


Up
Down
Beware hooks and swordfish.
Eat worms to get extra points.
0%
Play
Sounds was taken from www.freesound.org
Hope you will like it.


 Pick one and enjoy your prize!
Cells
Previous Next
Orientation: horizontal vertical


Place
Team
Average Score
Average Beacons
Average Resources
1
Pacifist Flag Collector with 2 Ships
21.75
8.0
5595.0
2
Pacifist Flag Collector With 3 Ships
21.75
12.0
11007.0
***Game 1 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 1 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 24.0
Team: Pacifist Flag Collector with 2 Ships scored 24.0
***Game 2 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 2 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 21.0
Team: Pacifist Flag Collector with 2 Ships scored 21.0
***Game 3 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 3 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 18.0
Team: Pacifist Flag Collector with 2 Ships scored 18.0
***Game 4 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 4 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 19.0
Team: Pacifist Flag Collector with 2 Ships scored 19.0
***Game 5 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 5 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 16.0
Team: Pacifist Flag Collector with 2 Ships scored 16.0
***Game 6 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 6 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 44.0
Team: Pacifist Flag Collector with 2 Ships scored 44.0
***Game 7 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 7 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 14.0
Team: Pacifist Flag Collector with 2 Ships scored 14.0
***Game 8 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 8 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 24.0
Team: Pacifist Flag Collector with 2 Ships scored 24.0
***Game 9 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 9 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 16.0
Team: Pacifist Flag Collector with 2 Ships scored 16.0
***Game 10 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 10 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 29.0
Team: Pacifist Flag Collector with 2 Ships scored 29.0
***Game 11 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 11 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 20.0
Team: Pacifist Flag Collector with 2 Ships scored 20.0
***Game 12 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 12 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 19.0
Team: Pacifist Flag Collector with 2 Ships scored 19.0
***Game 13 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 13 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 9.0
Team: Pacifist Flag Collector with 2 Ships scored 9.0
***Game 14 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 14 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 31.0
Team: Pacifist Flag Collector with 2 Ships scored 31.0
***Game 15 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 15 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 26.0
Team: Pacifist Flag Collector with 2 Ships scored 26.0
***Game 16 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 16 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 28.0
Team: Pacifist Flag Collector with 2 Ships scored 28.0
***Game 17 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 17 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 22.0
Team: Pacifist Flag Collector with 2 Ships scored 22.0
***Game 18 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 18 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 17.0
Team: Pacifist Flag Collector with 2 Ships scored 17.0
***Game 19 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 19 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 19.0
Team: Pacifist Flag Collector with 2 Ships scored 19.0
***Game 20 / 20 with teams SecondSimpleFlag2 SimpleFlagCollector ***
***Game 20 / 20 with teams SecondSimpleFlag2 = Pacifist Flag Collector With 3 Ships SimpleFlagCollector = Pacifist Flag Collector with 2 Ships ***
Team: Pacifist Flag Collector With 3 Ships scored 19.0
Team: Pacifist Flag Collector with 2 Ships scored 19.0
Last updated: Sat, 21 Apr 2018 09:50:31 -0500


System Architect Symbol details for ".Agency States"
Activity (Class)
- Number:
0
- Description:
Purposeful and intentional "Event"
- Comment:
-
Previous documented definitions providing the source for the above are:
An exertion of energy initiated by an "Agent" (CBS v2) - this definition is followed by a definition
of its subtypes.
Conscious, directed and purposeful exertion of energy.
"Event" occurring through the volition of an "Agent".
Definitions Used:
Quantity (Class Attribute)
Activity/direction (Generalization Node)
Agency Active (Class)
- Description:
An Agency that is current ("Agency Started") and active.
- Comment:
-
This is the normal state of affairs - the Agency exists and is operational.
Note that in the case of an "Authorised Agent", this is the point at which all "Authorised
Activities" become active, unless they have explicitly different start and end timepoints.
Agency Ended (Class)
- Description:
An Agency that has ended.
- Comment:
The Agency may terminate for many reasons: change of employment (however it happens), death, closure
of some health facility.
Agency Proposed (Class)
- Description:
A state of Agency in which it is proposed that it should exist.
Agency Suspended (Class)
- Description:
An Agency that is current ("Agency Started") but which is suspended.
- Comment:
This covers situations where, for example, a healthcare professional is suspended from work whilst
some allegation of professional misconduct is investigated.
agent (Association)
- From Class:
Agent
- To Class:
"Agent State"
- From Class:
Agent
- To Class:
"Agent State"
Agent (Class)
- Description:
-
Role of a subject enabling it to act purposefully.
- Comment:
-
CBS V2: - A role of a "Subject" which indicates that it has power to act
This is a role which may be played by a "Subject". Sometimes, an "Agent" may be created in order to
assemble a set of responsibilities and authorities prior to a specific "Subject" being identified
and allocated to it.
For purposes of creating an "Authorising Act", an "Agent" may actually be a group of individuals -
for example when joint responsibility is being taken for some decision, as in a clinical case
conference. In such a case the details of the group are taken care of by "Subject" and "Inter
Subject Relationship".
Examples of "Agent":
Dr Smithers within NHS XYZ Trust,
Ms J.Doe in the HXT Pathology laboratory.
A better understanding of the types of "Agent" can be gained from examination of its subtypes.
Agent State (Class)
- Description:
-
"Agent" in a state which it is currently or has been previously.
- Comment:
-
Note that there are both subtypes (comprising all the possible states) and a "power type" of "Agent
State Type". The latter's contents are identical to the subtypes; it exists in order to control
topics such as access and permission to amend.
Agent State Change (Class)
- Description:
-
"State Change Activity" changing the state of an "Agent".
Agent/lifespan (Generalization Node)
- Base Class:
"Agent State"
- Definitions Used:
-
Agent State (Class)
responsible for (Association)
- From Class:
"Agent State Change"
- To Class:
"Agent State"
- From Class:
"Agent State Change"
- To Class:
"Agent State"


QA4ECV_L2_NO2
Variables
The table below lists the variables that are present in the HARP product that results from an ingestion of QA4ECV_L2_NO2
data.
field name |
type |
dimensions |
unit |
description |
|---|---|---|---|---|
scan_subindex |
int16 |
{time} |
pixel index (0-based) within the scanline |
|
datetime |
double |
{time} |
[seconds since 1995-01-01] |
start time of the measurement |
orbit_index |
int32 |
absolute orbit number |
||
latitude |
float |
{time} |
[degree_north] |
latitude of the ground pixel center (WGS84) |
longitude |
float |
{time} |
[degree_east] |
longitude of the ground pixel center (WGS84) |
latitude_bounds |
float |
{time, 4} |
[degree_north] |
latitudes of the ground pixel corners (WGS84) |
longitude_bounds |
float |
{time, 4} |
[degree_east] |
longitudes of the ground pixel corners (WGS84) |
solar_zenith_angle |
float |
{time} |
[degree] |
zenith angle of the Sun at the ground pixel location (WGS84); angle measured away from the vertical |
relative_azimuth_angle |
float |
{time} |
[degree] |
relative azimuth angle at the ground pixel location (WGS84); angle measured East-of-North |
sensor_zenith_angle |
float |
{time} |
[degree] |
zenith angle of the satellite at the ground pixel location (WGS84); angle measured away from the vertical |
surface_altitude |
float |
{time} |
[m] |
surface altitude |
surface_pressure |
float |
{time} |
[hPa] |
surface pressure |
pressure_bounds |
double |
{time, vertical, 2} |
[Pa] |
pressure boundaries for each layer |
cloud_fraction |
float |
{time} |
[] |
cloud fraction |
cloud_fraction_uncertainty |
float |
{time} |
[] |
effective cloud fraction uncertainty |
cloud_pressure |
float |
{time} |
[hPa] |
cloud optical centroid pressure from the cloud product |
cloud_pressure_uncertainty |
float |
{time} |
[hPa] |
cloud optical centroid pressure from the cloud product |
snow_ice_type |
int8 |
{time} |
surface snow/ice type; enumeration values: snow_free_land (0), sea_ice (1), permanent_ice (2), snow (3), ocean (4) |
|
sea_ice_fraction |
float |
{time} |
[] |
sea-ice concentration (as a fraction) |
tropopause_pressure |
double |
{time} |
[Pa] |
tropopause pressure |
tropospheric_NO2_column_number_density |
float |
{time} |
[molec/cm^2] |
tropospheric vertical column of NO2 |
tropospheric_NO2_column_number_density_uncertainty |
float |
{time} |
[molec/cm^2] |
uncertainty of the tropospheric vertical column of NO2 (standard error) |
tropospheric_NO2_column_number_density_avk |
float |
{time, vertical} |
[] |
averaging kernel for the tropospheric vertical column number density of NO2 |
tropospheric_NO2_column_number_density_amf |
float |
{time} |
[] |
tropospheric air mass factor, computed by integrating the altitude dependent air mass factor over the atmospheric layers from the surface up to and including the layer with the tropopause |
stratospheric_NO2_column_number_density |
float |
{time} |
[molec/cm^2] |
stratospheric vertical column of NO2 |
stratospheric_NO2_column_number_density_uncertainty |
float |
{time} |
[molec/cm^2] |
uncertainty of the stratospheric vertical column of NO2 (standard error) |
stratospheric_NO2_column_number_density_avk |
float |
{time, vertical} |
[] |
averaging kernel for the stratospheric vertical column number density of NO2 |
stratospheric_NO2_column_number_density_amf |
float |
{time} |
[] |
stratospheric air mass factor |
NO2_column_number_density |
float |
{time} |
[molec/cm^2] |
total vertical column of NO2 (ratio of the slant column density of NO2 and the total air mass factor) |
NO2_column_number_density_uncertainty |
float |
{time} |
[molec/cm^2] |
uncertainty of the total vertical column of NO2 (standard error) |
NO2_column_number_density_amf |
float |
{time} |
[] |
total air mass factor, computed by integrating the altitude dependent air mass factor over the atmospheric layers from the surface to top-of-atmosphere |
NO2_column_number_density_avk |
float |
{time, vertical} |
[] |
averaging kernel for the total column number density of NO2 |
surface_albedo |
float |
{time} |
[] |
surface albedo in the NO2 fitting window |
validity |
int32 |
{time} |
processing quality flag |
|
index |
int32 |
{time} |
zero-based index of the sample within the source product |
Ingestion options
The table below lists the available ingestion options for QA4ECV_L2_NO2
products.
option name |
legal values |
description |
|---|---|---|
total_column |
summed, total |
whether to use total_no2_vertical_column (which is derived from the total slant column diveded by the total amf) or summed_no2_total_vertical_column (which is the sum of the retrieved tropospheric and stratospheric columns); option values are ‘summed’ (default) and ‘total’ |
stratospheric_column |
stream |
whether to use the default NO2 stratospheric column (default) or the stratospheric column estimated with the STREAM method (stratospheric_column=stream) |
cloud_fraction |
radiance |
whether to ingest the cloud fraction (default) or the radiance cloud fraction (cloud_fraction=radiance) |
Mapping description
The table below details where and how each variable was retrieved from the input product.
field name |
mapping description |
|
|---|---|---|
scan_subindex |
description |
the scanline and pixel dimensions are collapsed into a temporal dimension; the index of the pixel within the scanline is computed as the index on the temporal dimension modulo the number of scanlines |
datetime |
path |
/PRODUCT/time, /PRODUCT/delta_time[] |
description |
time converted from milliseconds since a reference time (with the reference time being 1995-01-01) to seconds since 1995-01-01; the time associated with a scanline is repeated for each pixel in the scanline |
|
orbit_index |
path |
/@orbit |
latitude |
path |
/PRODUCT/latitude[] |
longitude |
path |
/PRODUCT/longitude[] |
latitude_bounds |
path |
/PRODUCT/SUPPORT_DATA/GEOLOCATIONS/latitude_bounds[] |
longitude_bounds |
path |
/PRODUCT/SUPPORT_DATA/GEOLOCATIONS/longitude_bounds[] |
solar_zenith_angle |
path |
/PRODUCT/SUPPORT_DATA/GEOLOCATIONS/solar_zenith_angle[] |
relative_azimuth_angle |
path |
/PRODUCT/SUPPORT_DATA/GEOLOCATIONS/relative_azimuth_angle[] |
sensor_zenith_angle |
path |
/PRODUCT/SUPPORT_DATA/GEOLOCATIONS/viewing_zenith_angle[] |
surface_altitude |
path |
/PRODUCT/SUPPORT_DATA/INPUT_DATA/surface_altitude[] |
surface_pressure |
path |
/PRODUCT/tm5_surface_pressure[] |
pressure_bounds |
path |
/PRODUCT/tm5_pressure_level_a[], /PRODUCT/tm5_pressure_level_b[], /PRODUCT/tm5_surface_pressure[] |
description |
pressure in Pa at level k is derived from surface pressure in hPa as: tm5_pressure_level_a[k] + tm5_pressure_level_b[k] * tm5_surface_pressure[] * 100.0; the TOA pressure is clamped to 1e-3 Pa |
|
cloud_fraction |
condition |
cloud_fraction unset |
path |
/PRODUCT/SUPPORT_DATA/INPUT_DATA/cloud_fraction[] |
|
condition |
cloud_fraction=radiance |
|
path |
/PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/cloud_radiance_fraction_no2[] |
|
cloud_fraction_uncertainty |
available |
optional |
condition |
cloud_fraction unset |
|
path |
/PRODUCT/SUPPORT_DATA/INPUT_DATA/cloud_fraction_uncertainty[] |
|
cloud_pressure |
path |
/PRODUCT/SUPPORT_DATA/INPUT_DATA/cloud_pressure[] |
cloud_pressure_uncertainty |
path |
/PRODUCT/SUPPORT_DATA/INPUT_DATA/cloud_pressure_uncertainty[] |
snow_ice_type |
path |
/PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/snow_ice_flag[] |
description |
0: snow_free_land (0), 1-100: sea_ice (1), 101: permanent_ice (2), 103: snow (3), 255: ocean (4), other values map to -1 |
|
sea_ice_fraction |
path |
/PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/snow_ice_flag[] |
description |
if 1 <= snow_ice_flag <= 100 then snow_ice_flag/100.0 else 0.0 |
|
tropopause_pressure |
path |
/PRODUCT/tm5_pressure_level_a[], /PRODUCT/tm5_pressure_level_b[], /PRODUCT/tm5_surface_pressure[], /PRODUCT/tm5_tropopause_layer_index[] |
description |
pressure in Pa at tropause is derived from the upper bound of the layer with tropopause layer index k: tm5_pressure_level_a[k + 1] + tm5_pressure_level_b[k + 1] * tm5_surface_pressure[] * 100.0 |
|
tropospheric_NO2_column_number_density |
path |
/PRODUCT/tropospheric_no2_vertical_column[] |
tropospheric_NO2_column_number_density_uncertainty |
path |
/PRODUCT/tropospheric_no2_vertical_column_uncertainty[] |
tropospheric_NO2_column_number_density_avk |
path |
/PRODUCT/averaging_kernel[], /PRODUCT/amf_total[], /PRODUCT/amf_trop[], /PRODUCT/tm5_tropopause_layer_index[] |
description |
averaging_kernel[layer] = if layer <= tm5_tropopause_layer_index then averaging_kernel[layer] * amf_total / amf_trop else 0 |
|
tropospheric_NO2_column_number_density_amf |
path |
/PRODUCT/amf_trop[] |
stratospheric_NO2_column_number_density |
condition |
stratospheric_column unset |
path |
/PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/stratospheric_no2_vertical_column[] |
|
condition |
stratospheric_column=stream |
|
path |
/PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/stratospheric_no2_vertical_column_stream[] |
|
stratospheric_NO2_column_number_density_uncertainty |
condition |
stratospheric_column unset |
path |
/PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/stratospheric_no2_vertical_column_uncertainty[] |
|
condition |
stratospheric_column=stream |
|
path |
/PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/stratospheric_no2_vertical_column_stream_uncertainty[] |
|
stratospheric_NO2_column_number_density_avk |
path |
/PRODUCT/averaging_kernel[], /PRODUCT/amf_total[], /PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/amf_strat[], /PRODUCT/tm5_tropopause_layer_index[] |
description |
averaging_kernel[layer] = if layer > tm5_tropopause_layer_index then averaging_kernel[layer] * amf_total / amf_strat else 0 |
|
stratospheric_NO2_column_number_density_amf |
path |
/PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/amf_strat[] |
NO2_column_number_density |
condition |
total_column=summed or total_column unset |
path |
/PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/summed_no2_total_vertical_column[] |
|
condition |
total_column=total |
|
path |
/PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/total_no2_vertical_column[] |
|
NO2_column_number_density_uncertainty |
condition |
total_column=summed or total_column unset |
path |
/PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/summed_no2_total_vertical_column_uncertainty[] |
|
condition |
total_column=total |
|
path |
/PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/total_no2_vertical_column_uncertainty[] |
|
NO2_column_number_density_amf |
path |
/PRODUCT/amf_total[] |
NO2_column_number_density_avk |
path |
/PRODUCT/averaging_kernel[] |
surface_albedo |
path |
/PRODUCT/SUPPORT_DATA/INPUT_DATA/surface_albedo_no2[] |
validity |
path |
/PRODUCT/SUPPORT_DATA/DETAILED_RESULTS/processing_quality_flags[] |


Page Not Found
See
the main page
for more info on Herbie.
You're looking for a page that does not exist.
Turn back
!


| ||||||||||||||||||||
EC_POINT_new(3)
NAMEEC_POINT_new, EC_POINT_free, EC_POINT_clear_free, EC_POINT_copy, EC_POINT_dup, EC_POINT_method_of, EC_POINT_set_to_infinity, EC_POINT_set_Jprojective_coordinates, EC_POINT_get_Jprojective_coordinates_GFp, EC_POINT_set_affine_coordinates_GFp, EC_POINT_get_affine_coordinates_GFp, EC_POINT_set_compressed_coordinates_GFp, EC_POINT_set_affine_coordinates_GF2m, EC_POINT_get_affine_coordinates_GF2m, EC_POINT_set_compressed_coordinates_GF2m, EC_POINT_point2oct, EC_POINT_oct2point, EC_POINT_point2bn, EC_POINT_bn2point, EC_POINT_point2hex, EC_POINT_hex2point - Functions for creating, destroying and manipulating EC_POINT objects.
 A new point is constructed by calling the function EC_POINT_new and providing the group object that the point relates to. EC_POINT_free frees the memory associated with the EC_POINT. EC_POINT_clear_free destroys any sensitive data held within the EC_POINT and then frees its memory. EC_POINT_copy copies the point src into dst. Both src and dst must use the same EC_METHOD. EC_POINT_dup creates a new EC_POINT object and copies the content from src to the newly created EC_POINT object. EC_POINT_method_of obtains the EC_METHOD associated with point. A valid point on a curve is the special point at infinity. A point is set to be at infinity by calling EC_POINT_set_to_infinity. The affine co-ordinates for a point describe a point in terms of its x and y position. The functions EC_POINT_set_affine_coordinates_GFp and EC_POINT_set_affine_coordinates_GF2m set the x and y co-ordinates for the point p defined over the curve given in group. As well as the affine co-ordinates, a point can alternatively be described in terms of its Jacobian projective co-ordinates (for Fp curves only). Jacobian projective co-ordinates are expressed as three values x, y and z. Working in this co-ordinate system provides more efficient point multiplication operations. A mapping exists between Jacobian projective co-ordinates and affine co-ordinates. A Jacobian projective co-ordinate (x, y, z) can be written as an affine co-ordinate as (x/(z^2), y/(z^3)). Conversion to Jacobian projective to affine co-ordinates is simple. The co-ordinate (x, y) is mapped to (x, y, 1). To set or get the projective co-ordinates use EC_POINT_set_Jprojective_coordinates_GFp and EC_POINT_get_Jprojective_coordinates_GFp respectively. Points can also be described in terms of their compressed co-ordinates. For a point (x, y), for any given value for x such that the point is on the curve there will only ever be two possible values for y. Therefore a point can be set using the EC_POINT_set_compressed_coordinates_GFp and EC_POINT_set_compressed_coordinates_GF2m functions where x is the x co-ordinate and y_bit is a value 0 or 1 to identify which of the two possible values for y should be used. In addition EC_POINTs can be converted to and from various external representations. Supported representations are octet strings, BIGNUMs and hexadecimal. The format of the external representation is described by the point_conversion_form. See EC_GROUP_copy(3) for a description of point_conversion_form. Octet strings are stored in a buffer along with an associated buffer length. A point held in a BIGNUM is calculated by converting the point to an octet string and then converting that octet string into a BIGNUM integer. Points in hexadecimal format are stored in a NULL terminated character string where each character is one of the printable values 0-9 or A-F (or a-f). The functions EC_POINT_point2oct, EC_POINT_oct2point, EC_POINT_point2bn, EC_POINT_bn2point, EC_POINT_point2hex and EC_POINT_hex2point convert from and to EC_POINTs for the formats: octet string, BIGNUM and hexadecimal respectively. The function EC_POINT_point2oct must be supplied with a buffer long enough to store the octet string. The return value provides the number of octets stored. Calling the function with a NULL buffer will not perform the conversion but will still return the required buffer length.
The function EC_POINT_point2hex will allocate sufficient memory to store
the hexadecimal string. It is the caller's responsibility to free this
memory with a subsequent call to
RETURN VALUESEC_POINT_new and EC_POINT_dup return the newly allocated EC_POINT or NULL on error. The following functions return 1 on success or 0 on error: EC_POINT_copy, EC_POINT_set_to_infinity, EC_POINT_set_Jprojective_coordinates_GFp, EC_POINT_get_Jprojective_coordinates_GFp, EC_POINT_set_affine_coordinates_GFp, EC_POINT_get_affine_coordinates_GFp, EC_POINT_set_compressed_coordinates_GFp, EC_POINT_set_affine_coordinates_GF2m, EC_POINT_get_affine_coordinates_GF2m, EC_POINT_set_compressed_coordinates_GF2m and EC_POINT_oct2point. EC_POINT_method_of returns the EC_METHOD associated with the supplied EC_POINT. EC_POINT_point2oct returns the length of the required buffer, or 0 on error. EC_POINT_point2bn returns the pointer to the BIGNUM supplied, or NULL on error. EC_POINT_bn2point returns the pointer to the EC_POINT supplied, or NULL on error. EC_POINT_point2hex returns a pointer to the hex string, or NULL on error. EC_POINT_hex2point returns the pointer to the EC_POINT supplied, or NULL on error.
SEE ALSOcrypto(3), ec(3), EC_GROUP_new(3), EC_GROUP_copy(3), EC_POINT_add(3), EC_KEY_new(3), EC_GFp_simple_method(3), d2i_ECPKParameters(3) | ||||||||||||||||||||


tumblr
-- tumblr posts in plaintext
---
title: A typical Tumblr post
state: queue
publish-on: next tuesday
tags: unix, manpages
format: markdown
---
This will create a *Regular* type of post on Tumblr.com. It's so easy.
That bit up at the top is called YAML frontmatter, and it just gives the
post a bit of metadata, so publishing options are more flexible.
They correspond to the Tumblr API. This post will be added to your Tumblr
queue, to be published next Tuesday, tagged with "unix" and "manpages",
and formatted in markdown.
Any file can be published to Tumblr.com as a Regular post, but if you add a bit of YAML frontmatter (<yaml.org>) to the file, you can tell Tumblr exactly what you want to do.
YAML frontmatter beings with ---
on a single line, followed by YAML, ending with another ---
on a single line, e.g.
---
type: quote
source: Billy Shakespeare
state: draft
tags: hamlet, shakespeare
---
"To be or not to be."
Understood YAML parameters are documented and taken from the Tumblr API: http://www.tumblr.com/docs/en/api#api_write
These YAML parameters are available for all posts
type
:
regular
, photo
, link
, quote
, conversation
, video
, audio
Will take a guess if omitted.
See POST-TYPE SPECIFIC PARAMETERS below.
state
:
published
, draft
, queue
, submission
format
:
html
or markdown
tags
:
Comma-separated list of tags.
date
:
Post date.
private
:
If the post should be marked private.
slug
:
A custom string to appear in the post's url.
group
:
ID for a secondary blog.
generator
:
Short description of the publishing application.
send-to-twitter
:
Twitter status update to make if the tumblelog has enabled it.
publish-on
:
If the post state is 'queue', publish on this date
These are parameters that are available for specific types of posts.
regular
title
photo
caption
, click-through-url
quote
source
link
name
, description
conversation
title
video
title
,caption
audio
caption
tumblr(1), markdown(5)


Attrition Settings
These settings should only be altered on the importing server, as decisions about condition assignment can only be made there. Please connect to that system if you need to make changes.
R01 Attrition Settings
Attrition prediction scores are in the range of 0 to 1. You can use this form to update the threshold used to place participants in high or low risk conditions.
If no table is displayed below, then a default value () will be used to set the threshold. Each time the Threshold is updated, we will keep a record of the new value and the date it was specified. Values are ordered by date, with the most recent / current setting at the top.
| Threshold Value | Date Set |
|---|---|
| 10-05-1972 11:55 |


petpy - Python Wrapper of the Petfinder API¶
Petpy is an unofficial Pythonwrapper of the Petfinder API for interacting with Petfinder’s database of animals and animal welfare organizations.
Getting a Petfinder API and Secret Key¶
An account must first be created with Petfinder to receive an API and secret key. The API and secret key will be used to grant access to the Petfinder API, which lasts for 3600 seconds, or one hour. After the authentication period ends, you must re-authenticate with the Petfinder API.
Installation¶
petpy
is best installed through pip
.
pip install petpy
For those of you who prefer it, the library can also be cloned or downloaded into a location of your choosing and then
installed using the setup.py
script per the following:
git clone git@github.com:aschleg/petpy.git cd petpy python setup.py install
Requirements¶
Introduction¶
Connecting and using the Petfinder API is as straightforward as initializing the Petfinder()
class. The
following are several examples for extracting data from the Petfinder database and interacting with the Petfinder API.
Authenticating with the Petfinder API¶
Authentication to the Petfinder API occurs when the Petfinder()
class is initialized.
import petpy pf = Petfinder(key=API_key, secret=API_secret)
Calls to the API to extract data can now be made!
Finding Animal Types¶
# All animal types and their relevant data. all_types = pf.animal_types() # Returning data for a single animal type dogs = pf.animal_types('dog') # Getting multiple animal types at once cat_dog_rabbit_types = pf.animal_types(['cat', 'dog', 'rabbit'])
Get Breeds of Animal Types¶
cat_breeds = pf.breeds('cat') dog_breeds = pf.breeds('dog') # All available breeds or multiple breeds can also be returned. all_breeds = pf.breeds() cat_dog_rabbit = pf.breeds(types=['cat', 'dog', 'rabbit'])
The breeds method can also be set to coerce the returned JSON results into a pandas DataFrame by setting the parameter return_df = True.
cat_breeds_df = pf.breeds('cat', return_df = True) all_breeds_df = pf.breeds(return_df = True)
Getting animals on Petfinder¶
The animals()
method returns animals based on specified criteria that are listed in the Petfinder database.
Specific animals can be searched using the animal_id
parameter, or a search of the database can be performed
by entering the desired search criteria.
# Getting first 20 results without any search criteria animals = pf.animals() # Extracting data on specific animals with animal_ids animal_ids = [] for i in animals['animals'][0:3]: animal_ids.append(i['id']) animal_data = pf.animals(animal_id=animal_ids) # Returning a pandas DataFrame of the first 150 animal results animals = pf.animals(results_per_page=50, pages=3, return_df=True)
Getting animal welfare organizations in the Petfinder database¶
Similar to the animals()
method described above, the organizations()
method returns data on animal
welfare organizations listed in the Petfinder database based on specific criteria, if any. In addition to a general
search of animal welfare organizations, specific organizational data can be extracted by supplying the
organizations()
method with organization IDs.
# Return the first 1,000 animal welfare organizations as a pandas DataFrame organizations = pf.organizations(results_per_page=100, pages=10, return_df=True) # Get organizations in the state of Washington wa_organizations = pf.organizations(state='WA')
Tutorials and Examples¶
The following are Jupyter Notebooks (launched in Github) that introduce the petpy package and some examples of its usage. The notebooks can also be launched in an interactive environment with binder
Download 45,000 Cat Images in 6.5 Minutes with petpy and multiprocessing
Please note the following notebook is still based on the legacy version of the Petfinder API and thus are not fully representative of the functionality and methods of the most recent version of
petpy
and the Petfinder API. These are currently being updated to reflect the new version ofpetpy
.
Download Pure Breeds Cat Images with petpy for Deep Neural Network training
Provided by contributor ma755
The following are longer usage examples and tutorials that have been posted to external media websites such as Medium.com:


Welcome to my site!
Details about me:
My name is Joseph
I'm 21
I study IOT
I know karate
I'm super nerdy
El Psy Kongroo


---
layout: post
title: "Who Received Gates Foundation Grants in 2016?"
date: 2016-12-23 09:35:00 +0000
tags:
image: https://s3.amazonaws.com/hackedu/2016-12-05-pigeon.jpg
imagecredits: https://www.flickr.com/photos/giovanibr/15562477920
---
This article helps provide funding data to help give context to my annual review of the year in ed-tech
The following organizations are among those which have received grant money from the Gates Foundation in 2016 for education and education technology-related initiatives:
- Edsurge ($600,000)
- MindWires Consulting ($650,000)
- Khan Academy ($10,500,000)
- Summit Public Schools ($2,329,062)
- DonorsChoose.org ($2,500,000)
- State Education Technology (SETDA) ($221,595)
- Teachers College, Columbia University ($4,016,892)
- Technology Access Foundation ($5000)
- National Center for Research in Advanced Information and Digital Technologies ($520,000)
- Tyton Partners ($260,979)
- American Enterprise Institute For Public Policy Research ($1,157,579)
- The Aspen Institute ($5,969,003)
- Third Way Institute ($600,630)
- Educause ($603,750)
- Education Writers Association ($25,000)
- SRI International ($298,745)
- The Washington Monthly ($350,795)
- Zearn Learning ($3,602,377)
- Jefferson Education Accelerator ($187,500)
- New Profit Inc. ($6,011,962)
- Schoolzilla ($985,483)
- Power My Learning ($4,500,000)
- The K–12 OER Collaborative ($2,500,000)
- The 74 Media, Inc. ($26,000)
- EdSource Inc. ($1,362,606)
- NewSchools Venture Fund ($9,141,472)
(My favorite part, of course, is the number of “independent news organizations” that take Gates Foundation money.)
You can search the Gates Foundation’s database of grant recipients on the organization’s website.


{% extends "base.html" %} {% block content %}
This year cannot be hidden because you are currently viewing it.
If you want to hide this sandbox year, you can first change which academic year you are viewing.


Provides an interface to perform cluster analysis on a corpus of text. Interfaces to Quanteda to assemble text corpuses easily. Deviationalizes text vectors prior to clustering using technique described by Sherin (Sherin, B. [2013]. A computational study of commonsense science: An exploration in the automated analysis of clinical interview data. Journal of the Learning Sciences, 22(4), 600-638. Chicago. <doi:10.1080/10508406.2013.836654>). Uses cosine similarity as distance metric for two stage clustering process, involving Ward's algorithm hierarchical agglomerative clustering, and k-means clustering. Selects optimal number of clusters to maximize "variance explained" by clusters, adjusted by the number of clusters. Provides plotted output of clustering results as well as printed output. Assesses "model fit" of clustering solution to a set of preexisting groups in dataset.
| Version: | 0.2.0 |
| Depends: | R (≥ 3.1.3) |
| Imports: | quanteda, dplyr, ggplot2, ppls |
| Suggests: | knitr, rmarkdown, testthat |
| Published: | 2018-01-28 |
| Author: | Joshua Rosenberg, Alex Lishinski |
| Maintainer: | Alex Lishinski <alexlishinski at gmail.com> |
| License: | GPL-3 |
| URL: | https://github.com/alishinski/clustRcompaR |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | clustRcompaR results |
| Reference manual: | clustRcompaR.pdf |
| Vignettes: |
Introduction to clustRcompaR |
| Package source: | clustRcompaR_0.2.0.tar.gz |
| Windows binaries: | r-devel: clustRcompaR_0.2.0.zip, r-release: clustRcompaR_0.2.0.zip, r-oldrel: clustRcompaR_0.2.0.zip |
| OS X binaries: | r-release: clustRcompaR_0.2.0.tgz, r-oldrel: clustRcompaR_0.2.0.tgz |
| Old sources: | clustRcompaR archive |
Please use the canonical form https://CRAN.R-project.org/package=clustRcompaR to link to this page.


This is the configuration & status webpage for the FRC 1736 robot.
Home State Data Calibration Driver View Plot View Pose View Controller Map


Find People Who Need: Arduino Raspberry Pi Soldering Supplies Breadboards Routers Switches Find People Who Have: Arduino Raspberry Pi Soldering Supplies Breadboards Routers Switches People Who Need Arduino Kunal Sutaria, Arduino Clock This clock will be an alarm clock powered by Arduino. John Byrd, LED Cube This 64 LED cube to make cool animations powered by Arduino. People Who Need Raspberry Pi Kunal Sutaria, Raspberry Pi Computer This personal computer will be powered by Raspberry Pi. Joe Wessel, Raspberry Pi GMail Indicator LEDs will notify me of unread email messages. Tristan Amann, Raspberry Pi MazeBot This robot will be able to go through a maze, powered by Raspberry Pi. People Who Need Soldering Supplies Allen Walker, Custom Sound System I am wanting to wire a surround sound system in my dorm room. Phone Charging Fixer I am wanting to fix broken phone charger cables by soldering them back into working order. Kunal Sutaria, Arduino Clock This clock will be an alarm clock powered by Arduino. People Who Need Breadboards Levi Magruder, Learn the Basics I want to learn the basics of circuit electronics. Keira Sokolowski, LED Display I want to use LEDs to make a basic display and control it using the micro controller. Lola Prange, Multimeter I want to learn about basic circuit elements and how to use a multimeter. People Who Need Routers Joel Smith, Point of Parabola Router Project I want to learn how to build a parabolic reflector that I can attach to the antenna. Rachel Brickston, Wifi Blocker Project I will do an experiment to find out which materials cause the biggest drop in signal strength from a wireless router.  Michael Jameson, Soda Can Router Project I would like to perform an experiment to analyze how to improve signal quality. People Who Need Switches Jacob Svindler, Room Control Panel I would like to create a cool switch system in order to control the 3 different lights that I have in my room. Gadivous Bracous, Better Alarm System want to create a switch across the room that will turn off the alarm right next to my bed! Finn Dewey A control pannel if you hit the correct buttons in the correct order it will unlock the door. Kunal Sutaria, Arduino Clock This clock will be an alarm clock powered by Arduino. People Who Have Arduino Kunal Sutaria.


Provides tools for pricing credit default swaps using C code for the International Swaps and Derivatives Association (ISDA) CDS Standard Model. See <http://www.cdsmodel.com/cdsmodel/documentation.html> for more information about the model and <http://www.cdsmodel.com/cdsmodel/cds-disclaimer.html> for license details for the C code.
| Version: | 0.6.1 |
| Depends: | R (≥ 3.1.0) |
| Imports: | utils, quantmod, devtools, methods, Rcpp (≥ 0.10.6), RCurl, XML, zoo, xts |
| LinkingTo: | Rcpp |
| Suggests: | testthat |
| Published: | 2015-08-12 |
| Author: | c(person("Heidi", "Chen", role = c("aut"), email = "s.heidi.chen@gmail.com"), person("Yuanchu", "Dang", role = c("aut"), email = "yuanchu.dang@gmail.com"), person("David", "Kane", role = c("aut"), email = "dave.kane@gmail.com"), person("Yang", "Lu", role = c("aut", "cre"), email = "yang.lu2014@gmail.com"), person("Skylar", "Smith", role = c("aut"), email = "sws2@williams.edu"), person("Kanishka", "Malik", role = c("aut"), email = "kanishkamalik@gmail.com"), person("Miller Zijie", "Zhu", role = c("aut"), email = "zijie.zhu@williams.com")) |
| Maintainer: | Yuanchu Dang <yuanchu.dang at gmail.com> |
| License: | file LICENSE |
| URL: | https://github.com/davidkane9/creditr |
| NeedsCompilation: | yes |
| CRAN checks: | creditr results |
| Reference manual: | creditr.pdf |
| Vignettes: |
Credit Default Swaps with R |
| Package source: | creditr_0.6.1.tar.gz |
| Windows binaries: | r-devel: creditr_0.6.1.zip, r-release: creditr_0.6.1.zip, r-oldrel: creditr_0.6.1.zip |
| OS X binaries: | r-release: creditr_0.6.1.tgz, r-oldrel: creditr_0.6.1.tgz |
Please use the canonical form https://CRAN.R-project.org/package=creditr to link to this page.


A budding software developer
Get in touch with me by emailing me at<EMAIL_ADDRESS>or by checking out my profiles below!


| DOSE: |
50 mg |
insufflated |
DPT |
(powder / crystals) |
So today I decided I would try DPT. I had no previous experience with DPT, and my only other psychedelic experiences were with LSD, mushrooms, and 2CB. I expected a mind blowing experience, but I had no conception what was to come. What follows is my immediate reflection.
I insufflated 50 mg at 5:42 PM. I had expected a horrible burning and drip based on what I had been told about this drug, but it was hardly as bad as I would have imagined, certainly not as bad as cocaine or ecstacy. I sipped on some pop to help. I sat down on my bed, and after about ten minutes, I noticed the familiar psychedlic distoritions and patterning coming on. My body felt somehow unpleasent, and the force of DPT came on strongly, strangely, and in a generally unfamiliar fashion.  All within the first 10 minutes.
I laid down and let the experience take over. Music was extremely influential and seemingly directed the trip. I found myself physically grasping for anything, myself, my bed, any physical object, to keep from flying away as my mind was. The entire experience carried an urgent need for something to grasp on to, and I came to realize that humans are driven by their need to find stability in a chaotic world in which nothing is stable or recognizable. The visuals were amazingly overwheming and almost painful to be within, and the music was the only familiar to measure the intense foreigness of everything against.
I completely lost myself, language, and any ego. I would occasionally have a word pop into my mind and trying to recall its arbitrary meaning was a long, difficult process. I was ripped away from everything I knew and I didn't even realize what was going on until my roommate walked in and turned off my music. I couldn't bring myself to speak; I knew no language, and I could not bring myself to vocally respond in anyway since I was so deeply immersed in the drug and removed from reality. I was without my guiding force and I decended deeper into the chaos. I feared the pain would never end, that I would never see the world the same way, that I would be permenantly damaged. I felt as though I had died.
The entire experience was extremely humbling. I realized I had been abusing psychedelics for personal pleasure and had lost touch with their overwhelming power. I now carry the utmost respect for all psychedelics, especially DPT.
By 9:00 PM, I had emerged from the terrifying part of the trip in which I lost my ego and my reality and had begun rapid reintegration and reflection of my experience. This drug rips one from reality and throws them back into it with the same abrupt force. The visuals were still overwhelming, but my head was clearer, and I enjoyed a more 'typical' come down in which I pondered life, humanity, and myself.
I began writing this report to help myself reintegrate at 10 PM, and it is now 10:20. Visual distortions are absent, but I am still not quite yet myself.
 I am glad that I experienced it, but I am in no hurry to try it again, and I don't know if I ever will.
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.


Manage applications
Estimated reading time: 2 minutesWith the introduction of the experimental app
plugin to the Docker CLI, DTR has been enhanced to include application management. In DTR 2.7, you can push an app to your DTR repository and have an application be clearly distinguished from individual and multi-architecture container images, as well as plugins. When you push an application to DTR, you see two image tags:
| Image | Tag | Type | Under the hood |
|---|---|---|---|
| Invocation | <app_tag>-invoc |
Container image represented by OS and architecture (e.g. linux amd64 ) |
Uses Docker Engine. The Docker daemon is responsible for building and pushing the image. |
| Application with bundled components | <app_tag> |
Application | Uses the app client to build and push the image. docker app is experimental on the Docker client. |
Notice the app-specific tags, app
and app-invoc
, with scan results for the bundled components in the former and the invocation image in the latter. To view the scanning results for the bundled components, click “View Details” next to the app
tag.
Click on the image name or digest to see the vulnerabilities for that specific image.
Parity with existing repository and image features
The following repository and image management events also apply to applications:
- Creation
- DTR pushes
- Vulnerability scans
- Vulnerability overrides
- Deletion
- Immutable tags
- Promotion policies
Limitations
- You cannot sign an application since the Notary signer cannot sign OCI (Open Container Initiative) indices.
- Scanning-based policies do not take effect until after all images bundled in the application have been scanned.
- Docker Content Trust (DCT) does not work for applications and multi-arch images, which are the same under the hood.
Troubleshooting tips
x509 certificate errors
fixing up "<IP_ADDRESS>/admin/lab-words:0.1.0" for push: failed to resolve "<IP_ADDRESS>/admin/lab-words:0.1.0-invoc", push the image to the registry before pushing the bundle: failed to do request: Head https://<IP_ADDRESS>/v2/admin/lab-words/manifests/0.1.0-invoc: x509: certificate signed by unknown authority
Workaround
Check that your DTR has been configured with your TLS certificate’s Fully Qualified Domain Name (FQDN). See Configure DTR for more details. For docker app
testing purposes, you can pass the --insecure-registries
option for pushing an application`.
docker app push hello-world --tag <IP_ADDRESS>/admin/lab-words:0.1.0 --insecure-registries <IP_ADDRESS>
<IP_ADDRESS>/admin/lab-words:0.1.0-invoc
Successfully pushed bundle to <IP_ADDRESS>/admin/lab-words:0.1.0. Digest is sha256:bd1a813b6301939fa46e617f96711e0cca1e4065d2d724eb86abde6ef7b18e23.
Known Issues
See DTR 2.7 Release Notes - Known Issues for known issues related to applications in DTR.
DTR, trusted registry, Docker apps


auxin Plant axillary plant branching bud shoot Arabidopsis buds growth plants rice apical expression biosynthesis cytokinin genes meristem control gene BRC architecture outgrowth stem Physiol. Sci. leaf levels transport MAX Wang increased low mutants Cell branches signaling Biol. boundary However, tiller high role branch root transcription {border-style SLs apex development factors main zone Arabidopsis. Leyser development. factor lateral meristems pea protein px;} #ffffff;} Aguilar-Martinez angle cell changes dominance formation strigolactone ./pp.. Acad. Natl. Proc. U.S.A. branching. controls form grow monocot phosphate ./j.-X...x Beveridge Curr. crop dominance. effect maize rice. wild ./pnas. Leyser, domestication like sylleptic target Auxin Bennett PIN acts develop different max transcript type BRANCHED Bot. LAZY Nature and, cells dormancy establishment important key lines mutant nitrogen plants, reduced regulation response signal suppression trees ./tpc.. Booker Dev. Figure Liu Stirnberg TAC activity capacity described exhibit function higher identified increase initial initiation involved outgrowth. plants. poplar primary regulates showed source (), (reviewed Finlayson Opin. Thus, Umehara Zhang breeding buds. canalization deficiency indicates likely outgrowth, phenotype regulate second sink species tillering transgenic Nat. Planta RMS Schmitz Therefore, architecture. dormant hormone indicate inflorescence knockout leading light major messenger observed pathway pathways promotes rosette shown tomato vegetative ./s--- Axillary Braun Dardick Doebley Dun OsTB Regulation Thimann Yoneyama acid addition architectural axils branches. class conditions conditions. decapitation downstream environmental hypothesis mechanism mutation new nutrient ortholog polar production proteins px; roots short specific supply thus, vascular xylem {font-family ./j.pbi... ./j.tplants... ./nature Arabidopsis, Cytokinin Finlayson, Kebrom Mol. Rameau SAM STM Table Trends action application auxin, compact contrast, crops decrease decreased degradation division does encodes font-size gradient inhibition leads level model period phyB play promoter repressor resulting revealed shade studies suppress suppresses trait transported used ./j.-...x AXILLARY According Ann. Branching CCD Cardoso Control Foo Genes Genet. Gomez-Roldan Kohlen Martin-Trillo Minakuchi PATS Sorefan TB/BRC TCP Turnbull Ward appears axis b). based brassinosteroid brc called carotenoid compared content contrast controlling double; eﬄux formed genome growing grown hormones increases long model, monocots organ pearl proleptic putative ratio required respect selected signaling. similar sorghum stem. sucrose teosinte time traits transcriptional willow ./BF ./j.cub... Arite CsRAV DAD DWARF Furthermore, Interestingly, Jiao Lin Long Populus Prusinkiewicz QTL Remigereau Rev. Root Strigolactone Tanaka Theres Yang Zhou addition, affects analyzed avoidance basic biomass border-color border-width built characterized cleavage consequence, cultivars decreases degree developing dicot discuss distribution domestication. e.g., expression. fact family generally genetic habit inhibits lower max, mays miR millet morphological nodal number order patterns perception petunia phosphorus prerequisite produce quantitative red reduces regulated regulating respectively, secondary selection signals solid; species. start strength suppressor tillers tissue years {font-style {font-weight (). ./a ./fpls.. ./gad. ./ng. Annu. Apical AtD Balla Bell Brewer CUC Casal Charnikhova Doust, Down-regulation Drummond FINE Front. GROWTH Guo IPA/SPL Janssen Johnson Jong Kojima Kyozuka LATERAL Ljung Maekawa McSteen Molecular Moreno-Cortes Morris Nordstrom OsMADS Overexpression Peret Piperno Pisum Plant. Plants Qian R/FR Res. Ross SLB SUPPRESSOR Sachs Science Shoot Strigolactones Studies Summarized, Takeda Tillers Zea a). active appear area associated availability base bold branching, broomy bud. carrier caused causes cells. central certain characteristic characteristics classified complex concentration consequence conserved control. courier; cultivar cytochrome cytokinins determine determined development, developmental did discussed diversity down-regulated effects em; enhanced established evolution exhibits experiments export expressed fruit highly horizontal ideal importance indicating induce induced induces influence influences intact interaction interacts involves leaves local locus mRNA mapping member modification modified molecular mutants, natural near negatively novel observation out. points polarization possible potential prevent provide pt;} receptor remain responses resulted results rotation signalling significant soon sorghum, stage strigolactones strong subsequent suggested suppressed synthesis treatment using variation varieties way winter woody yield


Yamaha TX81Z
Single Patch Editor
Communicating with Edisyn Set your TX81Z's receive and transmit channel to the same thing (perhaps Channel 1). Set the program change to be Com (Common). Make sure that Sysex is turned on.
Bank Sysex This patch editor knows about bank sysex messages (which group together multiple patches) as well as single-patch sysex messages. If Edisyn loads or receives a bank sysex message, you will be given the option to edit a patch from it, to save the whole bank sysex, or to upload the whole bank sysex.
Gotchas
- The TX81Z is notorious for getting in corrupted states when receiving MIDI transmissions, either because of buffer overflows ("MIDI Buffer Full!") or just messing up. Performance Mode seems to be the worst at this. I'm working on minimizing these, but you'll still see them. If this happens, or if Edisyn doesn't seem to be receiving data correctly or is displaying data wrong, press the Play/Performance button to go out into Single patch mode, move to another patch temporarily (press Right and then Left, say) to clear the performance data, and try again. Let me know.
-
The TX81Z doesn't have a way to send or write patches from sysex. Though Edisyn could manipulate the TX81Z's front buttons via sysex in order to write patches, it's a little dangerous. So Edisyn doesn't provide it as an option. To write a patch you have to send to the current patch from Edisyn, then manually save it to your desired patch from the front panel.
- Similarly, changing patches is challenging: it requires a bit of manipulation of the front panel using the TX81Z's unusual "press buttons for me" sysex options. It should work in general, but if strange things happen, let me know.
| By
| Sean Luke
|
| Date
| September 2017
|


Softmax module¶
Generic definition of a softmax probability distribution
Softmax¶
- class SoftMax(weights=None, norms=None, bounds=[-5, -5, 5, 5], resolution=0.1, class_labels=None)[source]¶
Bases: object
Generate a softmax distribution from weights or hyperplane normals.
The relative magnitude of weights defines the slope of each softmax class probability, and the hyperplanes at which one softmax class crosses another represents the boundary between those two classes. Boundaries between two dominant classes (those with greatest probability for a given region) are called critical boundaries, and their norms are the only ones that need to be specified.
If a space has non-dominant classes (and non-critical boundaries), then the weights are slack variables that can take on any values so long as the norms of all dimensions sum up to the 0 vector.
All norms must sum to zero in each dimension.
Parameters: - weights (array_like, semi-optional) – Weights must be specified as an M by N matrix, with each row representing an N-dimensional vector for each of the M classes.
- norms (array_like, semi-optional) – Norms must be specified as an M by N matrix, with one row representing each of the M classes, and each column representing one of N dimensions (i.e. N = 2 for an x-y cartesian class division).
- bounds (array_like, optional) – Distribution boundaries, in meters, as [xmin, ymin, xmax, ymax]. Defaults to [-5, -5, 5, 5].
- class_labels (list of str, optional) – If given, assigns labels to each subclass and allows for consistent colorization between each superclass (i.e. all classes with the same label will have the same color).
Note
The Softmax function takes the form:
\[P(D=j \vert x) = \frac{ e^{ \mathbf{x}^T \mathbf{w}_j }} {\sum_{k=1}^{M} e^{\mathbf{x}^T \mathbf{w}_k} }\]Where x is the state vector.
The log-odds boundaries between two classes form linear hyperplanes:
\[\log(\frac{ P(D=j \vert x) }{ P(D=k \vert x)}) = \mathbf{x}^T (\mathbf{w}_j - \mathbf{w}_k)\]- check_norms()[source]¶
Ensures that all norms are correctly formed
Especially that each dimension of all norms sums to zero.
- class_cmaps = ['Reds', 'Blues', 'Greens', 'Oranges', 'Purples', 'Greys']¶
- class_colors = ['red', 'blue', 'green', 'orange', 'purple', 'grey']¶
- make_2D_camera(min_view_dist=0, max_view_dist=1)[source]¶
Generate a softmax model for a two dimensional camera.
A softmax model decomposing the space into five subclasses: four no-detection subclasses, and one detection sublcass. This uses the Microsoft Kinect viewcone specifications of 57 degrees viewing angle.
Classes are numbered as such: <>TODO: insert image of what it looks like
Parameters: - min_view_dist (float, optional) – The minimum view distance for the camera. Note that this is not a hard boundary, and specifies the distance at which an object has a 5% chance of detection. The default it 0 meters, which implies no minimum view distance.
- min_view_dist – The minimum view distance for the camera. Note that this is not a hard boundary, and specifies the distance at which an object has a 5% chance of detection. The default is 1 meter.


--- layout: post authors: ["Victor (Kwangchun) Lee"] title: "Korean Translation of Software Carpentry - version 5.2" date: 2015-04-16 time: "13:00:00" tags: ["Translation", "Version 5.2", "Korea", "eBook"] ---
Based on Software Carpentry version 5.2, we translated all the lessons in the form of pdf, html, mobi, epub, and azw3. It took almost 6 months: the first half spent on mostly lessons, and the second half spent on remainings. While translating and building various ebook formats, the original ebook production software of Software Carpentry seemed not to have upfront architectural concerns in terms of Chinese, Japanese, and Korean (aka, CJK)characters problems. Also, we are wondering how to generate various ebook formats from the current developing lessons.
As the starting point of Software Carpentry in Korea, we started translating Software Carpentry lessons last October. Initial draft version has been released last September with the Greg and Raniere helps. The first Software Carpentry has been approved and held at RAPA with the only translated lessons.
After the first workshop in Korea, we translated the remaining pieces and attempted to generate various ebook formats. Unfortunately, there were some issues mostly related to CJK problems. Still there are some issues but learners who can understand Korean can assess the Software Carpentry lessons and related materials through various formats.
The original ebook production software did not support CJK languages such that we need to tweak in order to make them properly rendered. We have some concerns in terms of the current lessons. We could not find any explicit commitment to the various ebook formats support. We follow other software and associated licenses, but we thought that contents license(creative commons license) need to be modified. Therefore we enforced CC-BY-SA instead of CC-BY only for Korean translated pieces. We hope many people in Korea open and share these excellent contents alike. By the way, we are excited to use fully translated materials with various formats. We look forwards to the second workshop.


About Assertions 1
When I write a test with JUnit, etc., I always feel annoyed at not being able to make it clean or doing so is really difficult. Let me state here, my principles in coding.
-
"Repetitive things are machine’s, not human’s"
-
"Tests are also codes. They should be as clean as the product"
Perhaps, I need to add some other new principles to them later as my thought develops through posting entries to this blog, but anyway, I am going to call the set of my ideas that I am presenting here, "Test Design as Code".
Actually, it is already five years ago since I first used the word for my article: "JCUnit: Test Design as Code"[JCUNIT]. The situation has not changed from the time, that much. I am still seeing the lack of fundamental tools and key ideas to achieve or even identifying challenges to achieve the goals I mentioned earlier.
For this first post, I’d pick up "assertion"'s history. It would be an appropriate topic because many people are familiar with it, and it is a fundamental thing in automated testing. Therefore, it would be a useful example for illustrating that there are a lot of "missing" things in the area of automated testing.
Assertion in Automated Tests (JUnit)
It is almost a quarter-century since Martin Fowler and Kent Beck have published the book "Refactoring"[REFACTORING] and the JUnit library became popular.
The idea of an "assertion" was already there.
It was implemented as a simple Java method assert
in TestCase
class, which a test writer should extend.
Don’t get surprised, the keyword assert
used not to be a reserved word at the time.
But, the behavior is not that much different.
If the condition becomes false
, it throws an exception and the program will get aborted at the line.
The first JUnit-based test method in the book was like following. Please note that, to the examples I added enclosing classes to make them readable and also added notes for explanation.
class FileReaderTest extends TestCase {
public void testRead() throws IOException {
char ch = '&';
for (int i = 0; i < 4; i++) {
ch = (char) _input.read();
}
assert('d' == ch);
}
}
This test is verifies if the forth character from _input
is d
(In the setUp
step in this class, the field _input
is designed so).
Along with the explanation about how to write (grow) automated tests, it evolves into a new test.
class FileReaderTest extends TestCase {
public void testReadBoundaries() throws IOException {
assertEquals("read first char", 'B', _input.read()); // (1)
for (int i = 1; i < 140; i++) {
ch = (char) _input.read();
}
assertEquals("read last char", '6', _input.read()); // (2)
assertEquals("read at end", -1, _input.read()); // (3)
}
}
By using a new method assertEquals
, without going back to the source code, we can now tell how the _input
showed different behavior from the expectation on a failure.
Since the software under test is a simple class which only reads a stream of characters from a file, the test was so easy. This is not likely in practical situations.
In general case, we should take the following situation into consideration. We may introduce a bug that breaks all the assertions. We will fix (1), then run and find (2) is broken, and then run and find (3) is broken…
We can do even worse. Suppose we introduce a bug that breaks (3). We tried to fix it, but it actually broke (1). You can imagine how much it is frustrating. (Of course, it is a million times better than not having any tests, though)
Next Post
In the next post, I will be touching up on the first popular matcher library "hamcrest".
References
-
JCUnit, H. Ukai and X. Qu, "Test Design as Code: JCUnit," 2017 IEEE International Conference on Software Testing, Verification and Validation (ICST), 2017, pp. 508-515, doi: 10.1109/ICST.2017.58.
-
Refactoring "Refactoring: Improving the Design of Existing Code" (Addison-wesley Object Technology Series) Hardcover – June 28, 1999


Beyoncé, Rihanna and more sign petition to prevent execution of Rodney Reed
The 51-year-old is scheduled for execution later this month for a 1996 murder
A long list of stars including Beyoncé, Rihanna, Pusha T and T.I. have signed a petition to prevent the upcoming execution of Rodney Reed.
Reed is scheduled for execution on November 20 for the 1996 murder of Stacey Stites in Bastrop, Texas. However, new information that could potentially exonerate the 51-year-old has since arisen.
Reed, who is black, was convicted by an all-white jury in 1998.
According to a Change.org petition created to halt the pending execution, “Mountains of evidence exonerates Rodney Reed. All of that evidence was kept from the all white jury that convicted him. Instead, the evidence implicates the victim’s fiancé – local police officer Jimmy Fennell – who has a history of violence against women, including being convicted for kidnapping and sexual assault soon after Rodney was wrongly sent to prison.”
Signed by nearly 2.5 million people, including the likes of Beyoncé, Rihanna, Richard Branson, Meek Mill, Pusha T, Bernie Sanders, Meek Mill and Questlove, the petition is a little over 500,000 signatures away from reaching its goal of 3 million.
In a statement posted on her website, Beyoncé wrote:
Dear [Texas] Gov. Greg Abbott,
Please take a hard look at the substantial evidence in the Rodney Reed case that points to his innocence. Be honest. Be fair. Give him back his life.
Beyoncé
“16 days left and he will be executed for a crime he didn’t commit” Meek Mill tweeted earlier in the week (November 4). Questlove tweeted: “There is an innocent man on death row with mere days before his execution. Please take time out to sign this petition to tell @GovAbbott #FreeRodneyReed”
Bernie Sanders wrote: “We have got to join the rest of the developed world and abolish the death penalty. Too many innocent people, particularly people of color, get caught up in this unjust policy. A civilized society should not be involved in the murder of other Americans.”
See some of the other tweets below:
You can sign the petition urging Gov. Abbott to stop the execution of Rodney Reed here.


{% extends 'base.html' %} {% load bootstrap_tags %} {% load staticfiles %} {% block content %}
Description: {{ ticket.description | striptags }}
The amount donated will be charged to the default card on your profile page
For every $10 that you donate, one vote will be cast for this feature.


id mileage i x 5297.0 6299.0 0.00000 1.0000 5297.0 10479. 0.00000 2.0000 5297.0 15201. 0.00000 3.0000Note that this is from the output of the program. The data are saved directly to the
.dta
file. The first reading of Bus 5297 had an odometer of
6299, which is the second category (x=1
).
Bus 5297 engine was replaced once, and farther down in the data this looks like:
5297.0 1.5256e+005 0.00000 30.000 5297.0 1.5510e+005 1.0000 31.000 5297.0 4770.0 0.00000 0.00000The bus is replaced when
x=31
and the next odometer reading, after
subtracting the reading at replacement (which is in the header at row r2mi
,
the sixth row), is 47770 miles more, which means x = 0
.
| Functions | ||
| main | ||
| Enumerations | ||
| Anonymous enum 1 | Labels for the head lines for each bus. | |
| Anonymous enum 2 | Code for columns of ouptut data. |


Symptoms
The most common symptoms of COVID-19 are
- Fever
- cough
- Fatigue
Other symptoms that are less common and may affect some patients include:
- Loss of taste or smell
- Nasal congestion
- Conjunctivitis (also known as red eyes)
- Sore throat,
- Headache,
- Muscle or joint pain
- Different types of skin rash,
- Nausea or vomiting,
- Diarrhea,
- Chills or dizziness.
Symptoms of severe COVID‐19 disease include:
- Shortness of breath,
- Loss of appetite,
- Confusion,
- Persistent pain or pressure in the chest,
- High temperature (above 38 °C).
Other less common symptoms are:
- Confusion,
- Reduced consciousness (sometimes associated with seizures),
- Anxiety,
- depression,
- seep disorders
More severe and rare neurological complications such as strokes,
brain inflammation, delirium and nerve damage.
People of all ages who experience fever and/or cough associated with
difficulty breathing or shortness of breath, chest pain or pressure, or
loss of speech or movement should seek medical care immediately. If possible,
call your health care provider, hotline or health facility first, so you
can be directed to the right clinic.