It’s the year 2033 and it’s been 2 years since humans first landed on Mars. You are the environmental scientist serving on the second manned mission to mars - Mars Mission 2.
Mars is a harsh environment prone to storms that could jeopardize the mission and the very lives of astronauts serving…
...You wake up, unsure of where you are.
Your oxygen levels are critically low and your suit is leaking oxygen from a puncture wound. What are you going to do?
After choosing to abort the mission and flee Mars due to the storm your team left the base. The base by design is self locking. In order to get inside you must enter the door code that was given to you on the previous question. What is the code?
Your water supply is starting to run low and without the water reclaimer you won’t be able to get more water. Unfortunately the water reclaimer was damaged during the storm and is currently not functioning.
In what order were the items? Please mark the correct order.
In order to grow potatoes you need the following:
Water, Fertilizer, and Heat.
Growing food to sustain your life is critical if there is going to be any attempt at a rescue. You currently don’t have enough food to make it. You figure out that you can grow potatoes if you create the perfect environment.
If there is really any hope of a survival you must make contact with NASA. Back in the early 2000’s NASA sent several drones to explore the surface of Mars in preparation for a manned mission. In particular the pathfinder drone was sent to a region close to where you are now. It is possible that you may be able to fix pathfinder to communicate back to earth.
What do you do?
Attempt to fix the existing communication device on the base?
Go Search For The Rover
Trust that NASA will send help and that you can grow enough food to survive?
In order to fix the base communication device you need to input the correct code. Thankfully the base communications computer was written using javascript. In order to fix the communication device you need to send Nasa a message (via alert) of “I AM ALIVE”.
NASA is surprised to hear from you and they immediately started working on a rescue plan. After several days of waiting you get a communication instructing you to travel over 1,000 km to the West in order to reach the mission site for Mars Mission 3.
Listen to NASA
Ignore NASA and stay.
The day has finally come for you to leave and head to Mars Mission 3 base. In which direction do you head?
No matter what you do you can’t seem to escape the storms on Mars. You are too far away from your base to return safely, your only option is to continue to head towards Mars Mission 3 base.
Which way do you go?
Drive through it? The shortest possible route but you could die
Drive around it? Much longer but you might not have enough oxygen and water to make it.
NASA has provided you with a specific set of instructions on how to set up the launch vehicle that has been placed at the Mars Mission 3 base. Your only hope for survival is to use this vehicle to escape from Mars and to be picked up in low martian orbit.
The launch vehicle must be prepared in a very specific order. NASA sent you the instructions but the data was corrupted and you were only able to view the instructions for 5 seconds.
Provide the launch vehicle prep order (you only have one try)
3...2...1......Engine ignition! Lift off! In order to reach the rescue team you will need to rendezvous your transport vehicle with the orbiter.


|
Nils Hansen
Principal, Creative |
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foundrymakes.com |
612 203 7848
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Robert Nelson
Principal, Technology |
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foundrymakes.com |
612 220 3811
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Jason Spidle
Director of Design |
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612 284 1846
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Kurt Schmidt
President |
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651 592 4378
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Carolyn Jensen
Communications Director |
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651 245 3420
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Ana Veblen
Product Manager |
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612 221 1113
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Michael Sampson
Director of Software Development |
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612 432 2250
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Nathan Perrier
Software Developer |
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Nick Colgan
Software Developer |
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612 423 5965
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Travis Meyer
Software Developer |
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503 592 0082
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Jonathan Kaiser
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Steven Henke
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Tom deBruyn
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Max Marti
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555 1239


VOLCANO A film review by Paul Miller Copyright 1997 Paul Miller
I had been expecting more of this movie than the less than thrilling TWISTER. TWISTER was good but had no real plot and no one to simpithize with. But TWISTER had amazing effects and I was hoping so would VOLCANO
Volcano starts with Tommy Lee Jones at EMO. He worrys about a small earthquake enough to leave his daughter at home with a baby sitter.
There is one small quake then another quake. Then a geologist points out to Tommy that its takes a geologic event to heat millions of gallons of water in 12 hours. A few hours later large amount of ash start to fall. Then....it starts. The volcanic eruption....
I liked this movie...but it was not as great as I hoped. I was still good none the less. It had excellent special effects. The best view...the helecopters flying over the streets of volcanos. Also...there were interesting side stories that made the plot more interesting. So...It was good!!
*** (out of 4)
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


Tokyo
Tokyo (東京, Tōkyō) is Japan's capital and the world's most populous metropolis. It is also one of Japan's 47 prefectures, consisting of 23 central city wards and multiple cities, towns and villages west of the city center. The Izu and Ogasawara Islands are also part of Tokyo.


Address:
{{apartment?.Address}}
Description:
{{apartment?.Description}}
Price:
{{apartment?.Price|currency:'ILS':true}}
Rooms Number:
{{apartment?.RoomsNumber}}
Apartment Size:
{{apartment?.ApartmentSize}}
Furnature
Air conditining
Parking
Publisher Name:
{{apartment?.User?.FirstName + ' ' + apartment?.User?.LastName}}
Publisher Phone number:
{{apartment?.SellerPhoneNummber}}
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Picture:


WITNESS LIST Criminal Jurisprudence Committee March 4, 2003-2:00P HB 103 For: Lewis, Bill (Mothers Against Drunk Driving) HB 127 For: Amico, Nicole (Self) Bazan, Kim (Texas Network of Youth Services) Birchah, Frank (American Bar Association) Budde, Barbara (Austin Catholic Diocese) Clark, Deborah (Juvenile Death Penalty Initiative) Cotera, Martha (Self) Gifford, Edwin (Self) Gifford, Mary (Self) Heagerty, Toni (Education Austin/NEA/TSTA/AFT/TFT) Lindsey, Michael (Self and Nestor Consultants, Inc.) Lutz, Gail (Southwest Regional Juvenile Defender Center) Moorhead, Bee (Texas Impact) Ratner, Steven (Self) Snead, W. Louis (Mission Presbytery of the Presbyterian Church (USA)) Steiker, Jordan (Self) Against: Hubbarth, Rusty (Self and Justice For All Alliance) Rolater, John (Bill Hill, Dallas County Criminal District Attorney) Smyth, Don (Self and Harris County District Attorneys Office) Weeks, David (Self) HB 615 For: Hampton, Keith (Texas Criminal Defense Lawyers Association) HB 618 For: Hampton, Keith (Texas Criminal Defense Lawyers Association) Against: Bradley, John (Self) HB 1048 For: Paynter, Susan (Christian Life Commission/ Baptist General Convention of Texas) Trevino, Gloria (Self)


Always feel free to reach out to us for any feedback, suggestions, or issues. We will be more that happy to hear from you!
Phone Number:(555) 555-5555
Email:fakeemail@fakeemail.com


Rules
- Any live cell with fewer than two live neighbours dies, as if by underpopulation.
- Any live cell with two or three live neighbours lives on to the next generation.
- Any live cell with more than three live neighbours dies, as if by overpopulation.
- Any dead cell with exactly three live neighbours becomes a live cell, as if by reproduction.
Using the Website
- Left click to turn on a tile
- Right click to toggle a tile
- Scroll to zoom in or out
- "F" toggles fullscreen
- Up and down arrow keys change the generation speed
- The play button starts and stops the game (or space)
- The arrow button moves one generation at a time
- The eraser button clears the canvas (or backspace or delete)
- The info button gets you back here
- The import/export button lets you save and load a board state
Website by Justin Golden


|
DJI Onboard SDK
|
APIs for GPS Waypoint Missions. More...
#include <DJI_WayPoint.h>
Public Member Functions | |
| Waypoints (Vehicle *vehicle=0) | |
| void | init (WayPointInitSettings *Info=0, VehicleCallBack callback=0, UserData userData=0) |
| init waypoint mission settings More... | |
| ACKErrorCode | init (WayPointInitSettings *Info, int timer) |
| init waypoint mission settings More... | |
| void | start (VehicleCallBack callback=0, UserData userData=0) |
| start the waypt mission More... | |
| ACKErrorCode | start (int timer) |
| start the waypt mission More... | |
| void | stop (VehicleCallBack callback=0, UserData userData=0) |
| stop the waypt mission More... | |
| ACKErrorCode | stop (int timer) |
| stop the waypt mission More... | |
| void | pause (VehicleCallBack callback=0, UserData userData=0) |
| pause the waypt mission More... | |
| ACKErrorCode | pause (int timer) |
| pause the waypt mission More... | |
| void | resume (VehicleCallBack callback=0, UserData userData=0) |
| resume the waypt mission More... | |
| ACKErrorCode | resume (int timer) |
| resume the waypt mission More... | |
| void | setInfo (const WayPointInitSettings &value) |
| setting waypt init data More... | |
| WayPointInitSettings | getInfo () const |
| getting waypt init data More... | |
| void | setIndex (WayPointSettings *value, size_t pos) |
| setting waypt data to the waypt container wiht specified idx More... | |
| WayPointSettings * | getIndex () const |
| getting waypt data More... | |
| WayPointSettings * | getIndex (size_t pos) const |
| getting waypt data More... | |
| bool | uploadIndexData (WayPointSettings *data, VehicleCallBack callback=0, UserData userData=0) |
| setting waypt init data More... | |
| WayPointDataACK | uploadIndexData (WayPointSettings *data, int timer) |
| setting waypt init data More... | |
| void | readIdleVelocity (VehicleCallBack callback=0, UserData userData=0) |
| getting waypt idle velocity More... | |
| void | updateIdleVelocity (float32_t meterPreSecond, VehicleCallBack callback=0, UserData userData=0) |
| getting waypt idle velocity More... | |
| void | setWaypointEventCallback (VehicleCallBack callback, UserData userData) |
| Set waypoint push data callback. More... | |
| void | setWaypointCallback (VehicleCallBack callback, UserData userData) |
| Set waypoint callback. More... | |
| Public Member Functions inherited from DJI::onboardSDK::MissionBase | |
| MissionBase (Vehicle *vehicle=0) | |
Static Public Member Functions | |
| static void | idleVelocityCallback (Vehicle *vehicle, RecvContainer recvFrame, UserData userData) |
| A callback function for setting idle velocity non-blocking calls. More... | |
| static void | readInitDataCallback (Vehicle *vehicle, RecvContainer recvFrame, UserData userData) |
| A callback function for reading init data non-blocking calls. More... | |
| static void | uploadIndexDataCallback (Vehicle *vehicle, RecvContainer recvFrame, UserData userData) |
| A callback function for uploading waypt index non-blocking calls. More... | |
Public Attributes | |
| VehicleCallBackHandler | wayPointEventCallback |
| VehicleCallBackHandler | wayPointCallback |
Additional Inherited Members | |
| Protected Attributes inherited from DJI::onboardSDK::MissionBase | |
| Vehicle * | vehicle |
APIs for GPS Waypoint Missions.
This class inherits from MissionBase and can be used with MissionManager.
| WayPointSettings * Waypoints::getIndex | ( | ) | const |
getting waypt data
| WayPointSettings * Waypoints::getIndex | ( | size_t | pos | ) | const |
getting waypt data
| pos | idx of the specified watpt data |
| WayPointInitSettings Waypoints::getInfo | ( | ) | const |
getting waypt init data
|
static |
A callback function for setting idle velocity non-blocking calls.
| recvFrame | the data comes with the callback function |
| userData | a void ptr that user can manipulate inside the callback |
| void Waypoints::init | ( | WayPointInitSettings * | Info = 0 , |
| VehicleCallBack | callback = 0 , |
||
| UserData | userData = 0 |
||
| ) |
init waypoint mission settings
| Info | action command from DJI_ControllerCMD.h |
| callback | callback function |
| userData | user data (void ptr) |
| ACKErrorCode Waypoints::init | ( | WayPointInitSettings * | Info, |
| int | timer | ||
| ) |
init waypoint mission settings
| Info | action command from DJI_ControllerCMD.h |
| timeout | timeout to wait for ACK |
|
virtual |
pause the waypt mission
| callback | callback function |
| userData | user data (void ptr) |
Implements DJI::onboardSDK::MissionBase.
|
virtual |
pause the waypt mission
| timer | timeout to wait for ACK |
Implements DJI::onboardSDK::MissionBase.
| void Waypoints::readIdleVelocity | ( | VehicleCallBack | callback = 0 , |
| UserData | userData = 0 |
||
| ) |
getting waypt idle velocity
| callback | callback function |
| userData | user data (void ptr) |
|
static |
A callback function for reading init data non-blocking calls.
| recvFrame | the data comes with the callback function |
| userData | a void ptr that user can manipulate inside the callback |
|
virtual |
resume the waypt mission
| callback | callback function |
| userData | user data (void ptr) |
Implements DJI::onboardSDK::MissionBase.
|
virtual |
resume the waypt mission
| timer | timeout to wait for ACK |
Implements DJI::onboardSDK::MissionBase.
| void Waypoints::setIndex | ( | WayPointSettings * | value, |
| size_t | pos | ||
| ) |
setting waypt data to the waypt container wiht specified idx
| value | user specified WayPointSettings |
| pos | the index of the waypt |
| void Waypoints::setInfo | ( | const WayPointInitSettings & | value | ) |
setting waypt init data
| value | user specified WayPointInitSettings |
| void Waypoints::setWaypointCallback | ( | VehicleCallBack | callback, |
| UserData | userData | ||
| ) |
Set waypoint callback.
| callback | callback function |
| userData | a void ptr that user can manipulate inside the callback |
| void Waypoints::setWaypointEventCallback | ( | VehicleCallBack | callback, |
| UserData | userData | ||
| ) |
Set waypoint push data callback.
| callback | callback function |
| userData | a void ptr that user can manipulate inside the callback |
|
virtual |
start the waypt mission
| callback | callback function |
| userData | user data (void ptr) |
Implements DJI::onboardSDK::MissionBase.
|
virtual |
start the waypt mission
| timer | timeout to wait for ACK |
Implements DJI::onboardSDK::MissionBase.
|
virtual |
stop the waypt mission
| callback | callback function |
| userData | user data (void ptr) |
Implements DJI::onboardSDK::MissionBase.
|
virtual |
stop the waypt mission
| timer | timeout to wait for ACK |
Implements DJI::onboardSDK::MissionBase.
| void Waypoints::updateIdleVelocity | ( | float32_t | meterPreSecond, |
| VehicleCallBack | callback = 0 , |
||
| UserData | userData = 0 |
||
| ) |
getting waypt idle velocity
| meterPreSecond | specified velocity |
| callback | callback function |
| userData | user data (void ptr) |
| bool Waypoints::uploadIndexData | ( | WayPointSettings * | data, |
| VehicleCallBack | callback = 0 , |
||
| UserData | userData = 0 |
||
| ) |
| WayPointDataACK Waypoints::uploadIndexData | ( | WayPointSettings * | data, |
| int | timer | ||
| ) |
setting waypt init data
| value | user specified WayPointInitSettings |
|
static |
A callback function for uploading waypt index non-blocking calls.
| recvFrame | the data comes with the callback function |
| userData | a void ptr that user can manipulate inside the callback |


CKAN Embed category test
For more information visit the
Handbook documentation
and
GitHub project
.
< Back to
basic tests
.
Search datasets with selection of category.
Geography
Politics
Education
Social security
Population


/*
* Copyright ( C ) 2007 Arnold Krille<EMAIL_ADDRESS>*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or ( at your option ) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA
*/
#include "qoscclient.h"
QOscClient::QOscClient( const QHostAddress& address, quint16 port, QObject* p )
: QOscBase( p )
, _address( address )
, _port( port )
{
//qDebug() << "QOscClient::QOscClient(" << address << "," << port << "," << p << ")";
}
QOscClient::~QOscClient() {
//qDebug() << "QOscClient::~QOscClient()";
}
void QOscClient::setAddress( const QHostAddress& address, quint16 port ) {
_address = address;
_port = port;
}
void QOscClient::sendData( QString path, QVariant data ) {
//qDebug() << "QOscClient::sendData(" << path << "," << data << ")";
QByteArray out = oscMessage( path, data );
socket()->writeDatagram( out, _address, _port );
}
void QOscClient::sendData( QString path, QList<QVariant> data ) {
//qDebug() << "QOscClient::sendData(" << path << "," << data << ")";
QByteArray out = oscMessage( path, data );
socket()->writeDatagram( out, _address, _port );
}
↑ V1042 This file is marked with copyleft license, which requires you to open the derived source code.


| package ti.uia.loggers |
|
Contains general purpose UIA loggers
package ti.uia.loggers [1, 0, 0, 2] {
// This general purpose logger is useful in situations where a very small
memory overhead is required
// General purpose logger enabling applications to stream data
to an instrumentation host through JTAG or ethernet
// General purpose logger enabling applications to log data that
can be read by an instrumentation host over JTAG, when the
target is halted
}
generated on Wed, 28 Aug 2019 19:03:38 GMT


| Opcode/Instruction | Op/En | 64-Bit Mode | Compat/Leg Mode | Description |
|---|---|---|---|---|
| NP 0F 2A /r CVTPI2PS xmm, mm/m64 | RM | Valid | Valid | Convert two signed doubleword integers from mm/m64 to two single-precision floating-point values in xmm. |
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| RM | ModRM:reg (w) | ModRM:r/m (r) | NA | NA |
Converts two packed signed doubleword integers in the source operand (second operand) to two packed single-precision floating-point values in the destination operand (first operand).
The source operand can be an MMX technology register or a 64-bit memory location. The destination operand is an XMM register. The results are stored in the low quadword of the destination operand, and the high quadword remains unchanged. When a conversion is inexact, the value returned is rounded according to the rounding control bits in the MXCSR register.
This instruction causes a transition from x87 FPU to MMX technology operation (that is, the x87 FPU top-of-stack pointer is set to 0 and the x87 FPU tag word is set to all 0s [valid]). If this instruction is executed while an x87 FPU floating-point exception is pending, the exception is handled before the CVTPI2PS instruction is executed.
In 64-bit mode, use of the REX.R prefix permits this instruction to access additional registers (XMM8-XMM15).
DEST[31:0] ← Convert_Integer_To_Single_Precision_Floating_Point(SRC[31:0]); DEST[63:32] ← Convert_Integer_To_Single_Precision_Floating_Point(SRC[63:32]); (* High quadword of destination unchanged *)
CVTPI2PS: __m128 _mm_cvtpi32_ps(__m128 a, __m64 b)
Precision
See Table 22-5, “Exception Conditions for Legacy SIMD/MMX Instructions with XMM and FP Exception,” in the Intel® 64 and IA-32 Architectures Software Developer’s Manual, Volume 3B.


tcllib_install_guide - Tcllib - The Installer's Guide
Welcome to Tcllib, the Tcl Standard Library. Note that Tcllib is not a package itself. It is a collection of (semi-independent) Tcl packages that provide utility functions useful to a large collection of Tcl programmers.
The audience of this document is anyone wishing to build and install the packages found in Tcllib, for either themselves, or others.
For developers intending to work on the packages themselves we additionally provide
Please read Tcllib - How To Get The Sources first, if that was not done already. Here we assume that the sources are already available in a directory of your choice.
Before Tcllib can be build and used a number of requisites must be installed. These are:
The scripting language Tcl. For details see Tcl.
Optionally, the critcl package (C embedding) for Tcl. For details see CriTcl.
This list assumes that the machine where Tcllib is to be installed is essentially clean. Of course, if parts of the dependencies listed below are already installed the associated steps can be skipped. It is still recommended to read their sections though, to validate that the dependencies they talk about are indeed installed.
As we are installing a number of Tcl packages and applications it should be pretty much obvious that a working installation of Tcl itself is needed, and I will not belabor the point.
Out of the many possibilities use whatever you are comfortable with, as long as it provides at the very least Tcl 8.2, or higher. This may be a Tcl installation provided by your operating system distribution, from a distribution-independent vendor, or built by yourself.
Note that the packages in Tcllib have begun to require 8.4, 8.5, and even 8.6. Older versions of Tcl will not be able to use such packages. Trying to use them will result in package not found errors, as their package index files will not register them in versions of the core unable to use them.
Myself, I used (and still use) ActiveState's ActiveTcl 8.5 distribution during development, as I am most familiar with it.
(Disclosure: I, Andreas Kupries, worked for ActiveState until 2016, maintaining ActiveTcl and TclDevKit for them).. I am currently working for SUSE Software Canada ULC, although not in Tcl-related areas.
This distribution can be found at http://www.activestate.com/activetcl. Retrieve the archive of ActiveTcl 8.5 (or higher) for your platform and install it as directed by ActiveState.
For those wishing to build and install Tcl on their own, the relevant sources can be found at
together with the necessary instructions on how to build it.
If there are problems with building, installing, or using Tcl, please file a ticket against Tcl, or the vendor of your distribution, and not Tcllib.
The critcl tool is an optional dependency.
It is only required when trying to build the C-based accelerators for a number of packages, as explained in Critcl & Accelerators
Tcllib's build system looks for it in the , using the name critcl. This is for Unix. On Windows on the other hand the search is more complex. First we look for a proper application critcl.exe. When that is not found we look for a combination of interpreter (tclkitsh.exe, tclsh.exe) and starkit (critcl.kit, critcl) instead. Note that the choice of starkit can be overriden via the environment variable .
Tcllib requires Critcl version 2 or higher.
The github repository providing releases of version 2 and higher, and the associated sources, can be found at https://andreas-kupries.github.io/critcl.
Any branch of the repository can be used (if not using the prebuild starkit or starpack), although the use of the stable branch master is recommended.
At the above url is also an explanation on how to build and install Critcl, including a list of its dependencies.
Its instructions will not be repeated here. If there are problems with these directions please file a ticket against the Critcl project, and not Tcllib.
As Tcllib is mainly a bundle of packages written in pure Tcl building it is the same as installing it. The exceptions to this have their own subsection, Critcl & Accelerators, later on.
Before that however comes the standard case, differentiated by the platforms with material differences in the instruction, i.e. Unix-like, versus Windows.
Regarding the latter it should also be noted that it is possible set up an Unix-like environment using projects like MSYS, Cygwin, and others. In that case the user has the choice of which instructions to follow.
Regardless of environment or platform, a suitable Tcl has to be installed, and its tclsh should be placed on the (Unix) or associated with ".tcl" files (Windows).
For Unix-like environments Tcllib comes with the standard set of files to make
./configure make install
a suitable way of installing it. This is a standard non-interactive install automatically figuring out where to place everything, i.e. packages, applications, and the manpages.
To get a graphical installer invoke
./installer.tcl
instead.
In a Windows environment we have the installer.tcl script to perform installation.
If the desired tclsh is associated ".tcl" files then double-clicking / opening the installer.tcl is enough to invoke it in graphical mode. This assumes that Tk is installed and available as well.
Without Tk the only way to invoke the installer are to open a DOS window, i.e. cmd.exe, and then to invoke
./installer.tcl
inside it.
While the majority of Tcllib consists of packages written in pure Tcl a number of packages also have accelerators associated with them. These are critcl-based C packages whose use will boost the performance of the packages using them. These accelerators are optional, and they are not built by default. If they are built according to the instructions below then they will also be installed as well.
To build the accelerators the normally optional dependency on critcl becomes required.
To build and install Tcllib with the accelerators in a Unix-like environment invoke:
./configure make critcl # Builds the shared library and package holding # the accelerators, tcllibc make install # Installs all packages, including the new tcllibc.
The underlying tool is "sak.tcl" in the toplevel directory of Tcllib and the command make critcl is just a wrapper around
./sak.tcl critcl
Therefore in a Windows environment instead invoke
./sak.tcl critcl ./installer.tcl
from within a DOS window, i.e. cmd.exe.
The core of Tcllib's build system is the script "installer.tcl" found in the toplevel directory of a checkout or release.
The
configure ; make install
setup available to developers on Unix-like systems is just a wrapper around it. To go beyond the standard embodied in the wrapper it is necessary to directly invoke this script.
On Windows system using it directly is the only way to invoke it.
For basic help invoke it as
./installer.tcl -help
This will print a short list of all the available options to the standard output channel.
The commands associated with the various install targets in the Makefile.in for Unix can be used as additional examples on how to use this tool as well.
The installer can operate in GUI and CLI modes. By default it chooses the mode automatically, based on if the Tcl package Tk can be used or not. The option -no-gui can be used to force CLI mode.
Note that it is possible to specify options on the command line even if the installer ultimatively selects GUI mode. In that case the hardwired defaults and the options determine the data presented to the user for editing.
The installer will select a number of defaults for the locations of packages, examples, and documentation, and also the format of the documentation. The user can overide these defaults in the GUI, or by specifying additional options. The defaults depend on the platform detected (Unix/Windows) and on the tclsh executable used to run the installer.
Options


Last updated: 20.9. 2021
informations about delete data app collected about you.
in the glued application, press this button, and your data will be deleted.


Extension: Phylogenetic delimitation¶
Introduction¶
Data and software
The input data for this tutorial is a FASTA file comprising unique sequences (ASVs). If you’re following along step-by-step, this was produced at the end of the previous section. Alternatively, the file 9_mbc_final.fasta
within the sectionC archive can be used as example data.
Real datasets¶
Software for species delimitation of sequences is much more resource-intensive than the methods for OTU delimitation we’ve already seen. Our example dataset is small enough that we can run this on the whole dataset, but many real life datasets might be too large. The best way to utilise phylogenetic delimitation in your pipeline may be to use it as validation for choosing another OTU delimitation method and threshold. In this case, we would suggest the following process:
- Run OTU delimitation
- Build a phylogenetic tree of your OTUs (see section D: OTU phylogeny)
- Identify one or more clades on the tree with around 20-50 OTUs
- For each clade, find the ASVs that form these OTUs.
- For each set of ASVs, build a phylogenetic tree and run phylogenetic delimitation
- Compare the OTU delimitations between the methods
Here we will just do step 5.
Building a tree¶
The first thing to do is build a phylogenetic tree of our ASVs. We do this using the FastTree. This is a quick and dirty approach, we’ll revisit building OTU phylogeny in more detail in the Building OTU phylogeny section.
First we must strip out our ;size=
annotations, as these often cause issues in newick-format trees. Run the following command, replacing input.fasta
with the name of your ASV file.
sed -e "s/;size=.*$//" input.fasta > output.fasta
Now run FastTree; your input file should be the output from the sed
command.
FastTree -gtr -nt < input.fasta > output.tre
Running bPTP¶
bPTP creates a lot of output files so it’s useful to make a directory for the outputs to keep things tidy.
The -s
argument sets a seed (a starting number for random number generation in the software). Setting a seed means that performing the same command twice will have the same outcome.
mkdir bPTP_outputs bPTP -t input.tre -r -s 1234 -o bPTP_outputs/output
bPTP outputs¶
There are a lot of outputs, if you want to know about all of them have a look at the bPTP documentation. We’ll look at two.
Download the file ending “PTPhSupportPartition.txt.png” to your personal computer and open it. You’ll see a phylogenetic tree of your ASVs, with some branches in red. ASVs linked by red branches have been grouped together into OTUs. Any ASVs with blue branches have formed OTUs by themselves.
Use more
to look at the file ending PTPhSupportPartition.txt
. This lists the asvs forming each “Species”, with a support value of each Species group. These values are probabilities, so values closer to 1 are high probabilities.
Exercise
- How well supported are the OTU clusters? Does it vary?
Picking OTUs¶
Like other methods, bPTP has grouped together ASV sequences into groups we can call OTUs. However, unlike other methods it hasn’t automatically selected a representative sequence for each OTU. Depending on your application, this might not matter. However, many downstream applications such as taxonomic classification require OTU sequences, so we need to select representative sequences after the fact. We will do this based on abundance - for each OTU group we will use the most common ASV as the representative sequence.
First let’s reformat the PTPhSupportPartition.txt
file a little bit. We want to just extract out the lists of ASVs, dropping all other lines. We then change the lists to space-delimited to make it easier to handle. Run the following command:
# find only lines starting with space, the lists grep "^ " input.txt | # remove the spaces and then replace commas with spaces sed -e "s/ //g" -e "s/,/ /g" > output.txt
Then, for each line we’re going to find the ASV with the largest size. This is a little bit of effort. First we must sort our ASVs into size order. The input to this command must not be the file you stripped ;size=
tags from earlier!
vsearch --sortbysize input.fasta --output output.fasta
The following command loops through the lines of the reformatted partition summary text file that we just created. For each line, it converts the space-separated list of ASVs into a multi-line string, then searches for those ASVs in the sorted ASVs FASTA we just created. Because this is sorted by size, the most frequent ASV will be the first hit, so we take the first line, remove the >
at the beginning of the line and output this to a file. Run this command.
while read l; do grep -Ff <(echo -e "${l// /;\\n}") sortedASVs.fasta | head -1 | sed -e "s/>//" ; done < reformattedpartitionsummary.txt > output.txt
Exercise
- Check the contents of the output file with
head
. - Use
wc -l
to make sure the number of lines matches that of the partition summary
Paste this output together with the reformatted partition table to get our final list of ASVs and OTUs
paste -d$' ' representativeASVs.txt reformattedpartitionsummary.txt > output.txt
This output file is the record of ASVs grouped into each OTU, just like we generated in the OTU delimitation methods.
Finally, let’s filter our ASVs to get only the OTU representative sequences. See the bash command cheatsheet for how this command works. Run this command, making sure to use the version of the ASVs with ;size=
tags.
perl -pe '$. > 1 and /^>/ ? print "\n" : chomp' asvs.fasta | grep --no-group-separator -A1 -Ff representativeASVs.txt <() > output.fasta
The output file here is analogous to the OTU files generated in the other OTU delimitation methods
Exercise
- How does the number of OTUs generated compare with the other methods?
- What might improve the accuracy of this phylogenetic method?
Solution
We have performed a species delimitation method on what may only be a subsample of the true variation within the real species of our dataset. Thus there may not be enough data of both within-species and between-species variation for the bPTP algorithm to efficiently distinguish species groups. One way we could improve on this is to add more sequences in that we have a priori knowledge about. We could go to GenBank, search for some well-studied species that are closely related to our metabarcoded community and that have many haplotypes available, download them and add them to our ASVs.
Next steps¶
We’ve generated a set of OTUs using one method. If you haven’t already, try out other types of OTU clustering: greedy clustering, linkage delimitation or bayesian clustering.
If you’ve now tried all of the methods, the comparing OTU delimitation methods tutorial outlines some ways to compare these methods and some hints for selecting a method and parameters.
Once you have a final set of OTUs and an associated record of ASVs within each OTU, you can proceed with these two files to the mapping reads subsection to learn about mapping your reads to your OTUs. Later on, we’ll also use the OTU sequences to generate a phylogeny of our OTUs in the Building OTU phylogeny section, and to retrieve taxonomic identifications and/or classifications for the OTU sequences in the Identifying OTU sequences section.


Default implementation of the UVM factory. The library implements the following public API beyond what is documented in IEEE 1800.2.
| uvm_default_factory | |
| Default implementation of the UVM factory. | |
| Methods | |
| debug_create_by_type | Debug traces for create_*_by_type methods. |
| debug_create_by_name | Debug traces for create_*_by_name methods. |
virtual function void debug_create_by_type ( uvm_object_wrapper requested_type, string parent_inst_path = "", string name = "" )
Debug traces for create_*_by_type methods.
This method performs the same search algorithm as the <create_object_by_type> and <create_component_by_type> methods, however instead of creating the new object or component, the method shall generate a report message detailing how the object or component would have been constructed after all overrides are accounted for.
@uvm-accellera The details of this API are specific to the Accellera implementation, and are not being considered for contribution to 1800.2
virtual function void debug_create_by_name ( string requested_type_name, string parent_inst_path = "", string name = "" )
Debug traces for create_*_by_name methods.
This method performs the same search algorithm as the <create_object_by_name> and <create_component_by_name> methods, however instead of creating the new object or component, the method shall generate a report message detailing how the object or component would have been constructed after all overrides are accounted for.
@uvm-accellera The details of this API are specific to the Accellera implementation, and are not being considered for contribution to 1800.2
Debug traces for create_*_by_type methods.
virtual function void debug_create_by_type ( uvm_object_wrapper requested_type, string parent_inst_path = "", string name = "" )
Debug traces for create_*_by_name methods.
virtual function void debug_create_by_name ( string requested_type_name, string parent_inst_path = "", string name = "" )


This is a lot of text, blah blah blah
This is a lot of text, blah blah blah
This is a lot of text, blah blah blah
This is a lot of text, blah blah blah
This is a lot of text, blah blah blah
This is a lot of text, blah blah blah


Watch: M’sian Motorcyclist Fakes Accident & Injury, Possibly to Extort Money From Innocent Driver
by RenusharaTap to listen to this article instead: 🔊 Listen to Post
Ahh, Malaysia. If only I had a Ringgit for every time something odd happens on Malaysian roads, I’d probably never have to work here again. Just kidding boss, please don’t fire me.
And sometimes, odd accidents come with a side of scamming and really bad acting.
For instance, the We are Malaysians Facebook page took to their timeline to showcase an accident that just doesn’t add up. Everything started when a motorbike rider turned into a road from a junction and weirdly swerved into a car before somewhat slowly falling to the ground.
We are Malaysians wrote, “Faked accident in Boleh-land. Looking to earn a living. Malaysia seems to be having a lot of faked accident events in recent days.”
Most of the time, scammers on the road fake accidents in order to extort money out of innocent road users. Here’s how the accident went.
Firstly, the motorcyclist turned from a junction and forgot how to ride a motorbike, hence he very oddly swerved and lightly hit a car. He then slowly fell to the ground, pretended that his leg was injured and sat on the road.
It’s considerably obvious that he was faking his injury as the fall he had was minor, and even if the accident was real, it would be the motorcyclist’s fault as he was not even looking out for cars when he made such a big swerve.
The poor driver of the car was a lady who was holding a sleeping child in her arms when she had gotten down from the car to check on the rider.
We genuinely hope that the person who has possession of this dashboard camera footage assists the lady before she possibly gives in to whatever amount that the scammer is extorting out of her and who knows, maybe the authorities will also take action against the motorcyclist, for being a scammer and for endangering others on the road.
We are Malaysians’ posting has since garnered over 181 shares.
Have you ever encountered scammers like this on the road? Tell us know in the comments section!
Also read: Metal Rod Pierces All The Way Through Car After Falling Off Lorry Just Like in Final Destination


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Directives
A "Directive" is a small building block used for creating arbitrarily complex route structures. Akka HTTP already pre-defines a large number of directives and you can easily construct your own:
Basics
Directives create Routes. To understand how directives work it is helpful to contrast them with the "primitive" way of creating routes.
Since Route is just a type alias for a function type Route instances can be written in any way in which function instances can be written, e.g. as a function literal:
val route: Route = { ctx => ctx.complete("yeah") }
or shorter:
val route: Route = _.complete("yeah")
With the complete directive this becomes even shorter:
val route = complete("yeah")
These three ways of writing this Route are fully equivalent, the created route will behave identically in all cases.
Let's look at a slightly more complicated example to highlight one important point in particular. Consider these two routes:
val a: Route = {
println("MARK")
ctx => ctx.complete("yeah")
}
val b: Route = { ctx =>
println("MARK")
ctx.complete("yeah")
}
The difference between a and b is when the println statement is executed. In the case of a it is executed once, when the route is constructed, whereas in the case of b it is executed every time the route is run.
Using the complete directive the same effects are achieved like this:
val a = {
println("MARK")
complete("yeah")
}
val b = complete {
println("MARK")
"yeah"
}
This works because the argument to the complete directive is evaluated by-name, i.e. it is re-evaluated every time the produced route is run.
Let's take things one step further:
val route: Route = { ctx =>
if (ctx.request.method == HttpMethods.GET)
ctx.complete("Received GET")
else
ctx.complete("Received something else")
}
Using the get and complete directives we can write this route like this:
val route =
get {
complete("Received GET")
} ~
complete("Received something else")
Again, the produced routes will behave identically in all cases.
Note that, if you wish, you can also mix the two styles of route creation:
val route =
get { ctx =>
ctx.complete("Received GET")
} ~
complete("Received something else")
Here, the inner route of the get directive is written as an explicit function literal.
However, as you can see from these examples, building routes with directives rather than "manually" results in code that is a lot more concise and as such more readable and maintainable. In addition it provides for better composability (as you will see in the coming sections). So, when using Akka HTTP's Routing DSL you should almost never have to fall back to creating routes via Route function literals that directly manipulate the RequestContext.
Structure
The general anatomy of a directive is as follows:
name(arguments) { extractions =>
... // inner route
}
It has a name, zero or more arguments and optionally an inner route (The RouteDirectives are special in that they are always used at the leaf-level and as such cannot have inner routes). Additionally directives can "extract" a number of values and make them available to their inner routes as function arguments. When seen "from the outside" a directive with its inner route form an expression of type Route.
What Directives do
A directive can do one or more of the following:
- Transform the incoming RequestContext before passing it on to its inner route (i.e. modify the request)
- Filter the RequestContext according to some logic, i.e. only pass on certain requests and reject others
- Extract values from the RequestContext and make them available to its inner route as "extractions"
- Chain some logic into the RouteResult future transformation chain (i.e. modify the response or rejection)
- Complete the request
This means a Directive completely wraps the functionality of its inner route and can apply arbitrarily complex transformations, both (or either) on the request and on the response side.
Composing Directives
Note
Gotcha: forgetting the ~ (tilde) character in between directives can result in perfectly valid Scala code that compiles but does not work as expected. What would be intended as a single expression would actually be multiple expressions, and only the final one would be used as the result of the parent directive. Alternatively, you might choose to use the concat combinator. concat(a, b, c) is the same as a ~ b ~ c.
As you have seen from the examples presented so far the "normal" way of composing directives is nesting. Let's take a look at this concrete example:
val route: Route =
path("order" / IntNumber) { id =>
get {
complete {
"Received GET request for order " + id
}
} ~
put {
complete {
"Received PUT request for order " + id
}
}
}
Here the get and put directives are chained together with the ~ operator to form a higher-level route that serves as the inner route of the path directive. To make this structure more explicit you could also write the whole thing like this:
def innerRoute(id: Int): Route =
get {
complete {
"Received GET request for order " + id
}
} ~
put {
complete {
"Received PUT request for order " + id
}
}
val route: Route = path("order" / IntNumber) { id => innerRoute(id) }
What you can't see from this snippet is that directives are not implemented as simple methods but rather as stand-alone objects of type Directive. This gives you more flexibility when composing directives. For example you can also use the | operator on directives. Here is yet another way to write the example:
val route =
path("order" / IntNumber) { id =>
(get | put) { ctx =>
ctx.complete(s"Received ${ctx.request.method.name} request for order $id")
}
}
Or better (without dropping down to writing an explicit Route function manually):
val route =
path("order" / IntNumber) { id =>
(get | put) {
extractMethod { m =>
complete(s"Received ${m.name} request for order $id")
}
}
}
If you have a larger route structure where the (get | put) snippet appears several times you could also factor it out like this:
val getOrPut = get | put
val route =
path("order" / IntNumber) { id =>
getOrPut {
extractMethod { m =>
complete(s"Received ${m.name} request for order $id")
}
}
}
Note that, because getOrPut doesn't take any parameters, it can be a val here.
As an alternative to nesting you can also use the & operator:
val getOrPut = get | put
val route =
(path("order" / IntNumber) & getOrPut & extractMethod) { (id, m) =>
complete(s"Received ${m.name} request for order $id")
}
Here you can see that, when directives producing extractions are combined with &, the resulting "super-directive" simply extracts the concatenation of its sub-extractions.
And once again, you can factor things out if you want, thereby pushing the "factoring out" of directive configurations to its extreme:
val orderGetOrPutWithMethod =
path("order" / IntNumber) & (get | put) & extractMethod
val route =
orderGetOrPutWithMethod { (id, m) =>
complete(s"Received ${m.name} request for order $id")
}
This type of combining directives with the | and & operators as well as "saving" more complex directive configurations as a val works across the board, with all directives taking inner routes.
Note that going this far with "compressing" several directives into a single one probably doesn't result in the most readable and therefore maintainable routing code. It might even be that the very first of this series of examples is in fact the most readable one.
Still, the purpose of the exercise presented here is to show you how flexible directives can be and how you can use their power to define your web service behavior at the level of abstraction that is right for your application.
Type Safety of Directives
When you combine directives with the | and & operators the routing DSL makes sure that all extractions work as expected and logical constraints are enforced at compile-time.
For example you cannot | a directive producing an extraction with one that doesn't:
val route = path("order" / IntNumber) | get // doesn't compile
Also the number of extractions and their types have to match up:
val route = path("order" / IntNumber) | path("order" / DoubleNumber) // doesn't compile
val route = path("order" / IntNumber) | parameter('order.as[Int]) // ok
When you combine directives producing extractions with the & operator all extractions will be properly gathered up:
val order = path("order" / IntNumber) & parameters('oem, 'expired ?)
val route =
order { (orderId, oem, expired) =>
...
}
Directives offer a great way of constructing your web service logic from small building blocks in a plug and play fashion while maintaining DRYness and full type-safety. If the large range of Predefined Directives (alphabetically) does not fully satisfy your needs you can also easily create Custom Directives.
Contents


Comparing Driver and Navigator
The first step in pairing is to decide who will be driver and navigator.
Driver:
This is the person with the hands on the keyboard. By default all typing of code should come from the driver. If the navigator wants to type something, asking permission is the best procedure. Drivers should have a decent grasp on syntax and be able to implement most of what is discussed without step-by-step instructions from the navigator.
Navigator:
This is the person who is not typing. This frees you up to look for syntax errors, research quickly, have docs open etc. Your role in the development of the program is the same as the driver, you just do not type unless permission is granted.
The navigator is not an annoying back-seat driver. The role is not to say: "Type d.e.f. space my underscore method new line". Instead it should go something like: "Let's make a method. What should we call it?"
If the driver needs help with syntax, by all means help them, but pairing should be a conversation, not step-by-step directions.


{{ .Params.layout_single_header.sectionsubtitle }}
{{ .Params.layout_single_header.sectiontitle }}
{{ .Params.layout_single_header.blurb }}
Network Stats
Globally {{ .Site.Data.stats.nodes }} active nodes.
Help support the network and run your own node!
60s blocktime
Since Genesis
Since Genesis
Since Genesis
Max population 105,000,000
Exponential decay over 200y
Note: Network statistics are pulled periodically and aren't live.
Github
Looking at what we've built
Our Current Features
-
{{ range .Site.Data.roadmap }}
{{ if eq .magnitude "major" }}
-
{{ .event }}
{{ with .blurb }} {{ $markdown := . | markdownify }} {{ if not ( strings.Contains $markdown "{{ if .link }} Read More {{ end }}" ) }}
{{ $markdown }}
{{ else }} {{ $markdown }} {{ end }} {{ end }}
{{ end }}
{{ end }}
The next fork
Features in development
-
Proof-of-Stake
QRL currently has a post-quantum secure Proof-of-Stake devnet and code, codenamed project Zond which lays out some of the framework that may be used for our upcoming proof-of-stake system.
Stay up to date
And beyond
Features slated for the future
-
Smart Contracts
Keeping Busy
Other Key Projects
-
EnQlave: Quantum Security for Ethereum
EnQlave is an education initiative and ecosystem which brings trustless on-chain post-quantum security (the EnQlave wallet) and cross-chain interoperability with QRL (wQRL + DEX) to sufficiently scriptable and supported blockchains, starting with Ethereum.
Stay up to date
Planning Ahead
Current QRL improvement proposal (QIPs)
-
{{ $qips := (where .Site.Pages "Params.qip" "gt" 0) }}
{{ range sort $qips ".Params.qip" }}
-
QIP {{ printf "%03d" .Params.qip }}
{{ .Title }}
{{ range split .Params.status "/" }} {{ humanize . }} {{ end }}
{{ end }}


Hello,CSS
CSS allows HTML pages to be decorative , here is another link
Dummy Link
List Styles
You can use unordered lists
Disk
Circle
Square
Bike
Crack
Meth


High Priest Gregory:
I am glad to meet a talented young person like yourself during these troubled times. I am High Priest Gregory.
As you know, Goddard is all abuzz these days with rumors of war between the Varka Silenos and the Ketra Orcs, as well as news of the recent awakening of the fire dragon, Valakas. The strength of young warriors like you is desperately needed in these anxious days.
And we, the apostles of light, must provide guidance and wisdom...
Listen to information about second class transfer.
Sub Class.
Clan.
Alliance.
Quest.


 There is no simple scale to measure your tolerance (or intolerance) for short-term risk. For some . Take the risk tolerance test.
http://pages.stern.nyu.edu/~adamodar/New_Home_Page/invmgmt/ch2/risktol.htm
35 Miles from Center
u-tube hey hey goodbye


My favorite things
These are a few of my favorite things.
People
Here are some of my favorite people!
- My brother Christopher
- My mom and dad:
- Steve
- Carol
- My friend Jessica
- My friend Candy
Flavors of ice cream
These are my three favorites, in order:
- PISTACHIO
- Malted milk chocolate
- Black licorice (really)
Thanks for reading about me!


Reprojecting SHAPE file python
2014-06-18
##reporjecting shape file using python##
WRF output netcdf(nc) or wrfncx.py output nc files are converted into geotiff(tiff) file with coustom projections, see the codes for nc to tiff conversion.
from osgeo import gdal from osgeo import osr import numpy import numpy.ma as ma datafile = 'ZZZG3wrfout_psl.nc' proj_out = osr.SpatialReference() proj_out.SetMercator(0.0, 115.02, 0.98931892612652, 0.0, 0.0) ds_in = gdal.Open(datafile) #subdatasets = ds_in.GetSubDatasets() #variables = [] #for subdataset in subdatasets: # variables.append(subdataset[1].split(" ")[1]) ds_lon = gdal.Open('NETCDF:"ZZZG3wrfout_psl.nc":lon') ds_lat = gdal.Open('NETCDF:"ZZZG3wrfout_psl.nc":lat') longs = ds_lon.GetRasterBand(1).ReadAsArray() lats = ds_lat.GetRasterBand(1).ReadAsArray() ds_lon = None ds_lat = None proj_gcp = osr.SpatialReference() proj_gcp.ImportFromEPSG(4326) transf = osr.CoordinateTransformation(proj_gcp, proj_out) ul = transf.TransformPoint(float(longs[0][0]), float(lats[0][0])) lr = transf.TransformPoint(float(longs[len(longs)-1][len(longs[0])-1]), float(lats[len(longs)-1][len(longs[0])-1])) ur = transf.TransformPoint(float(longs[0][len(longs[0])-1]), float(lats[0][len(longs[0])-1])) ll = transf.TransformPoint(float(longs[len(longs)-1][0]), float(lats[len(longs)-1][0])) gt0 = ul[0] gt1 = (ur[0] - gt0) / len(longs[0]) gt2 = (lr[0] - gt0 - gt1*len(longs[0])) / len(longs) gt3 = ul[1] gt5 = (ll[1] - gt3) / len(longs) gt4 = (lr[1] - gt3 - gt5*len(longs) ) / len(longs[0]) gt = (gt0,gt1,gt2,gt3,gt4,gt5) ds_u10 = gdal.Open('NETCDF:"'+datafile+'":psl') #i=23 #num_bands = ds_u10.RasterCount x_size = ds_u10.RasterXSize y_size = ds_u10.RasterYSize ds_p_b = ds_u10.GetRasterBand(1).ReadAsArray() driver = gdal.GetDriverByName( 'GTiff' ) ds_out = driver.Create( 'G3tas.tiff', x_size, y_size, 1, gdal.GDT_Float32 ) ds_out.SetGeoTransform( gt ) ds_out.SetProjection(proj_out.ExportToWkt()) ds_out.GetRasterBand(1).WriteArray( ds_p_b )
to make a shape file to overlay on this geotiff files, shape file has to converted into the same projection as of geotiff, the code is based on this and this, the code is as follows ```
import modules
import ogr, osr, os, sys
set the working directory
os.chdir(‘/home/swl-sacon-dst/Documents/GISE2013/LAB/GRIBJSONinst/wrfncxnj-0.1r2120old/‘)
get the shapefile driver
driver = ogr.GetDriverByName(‘ESRI Shapefile’)
create the input SpatialReference
inSpatialRef = osr.SpatialReference() inSpatialRef.ImportFromEPSG(4326)
outSpatialRef = osr.SpatialReference() outSpatialRef.SetMercator(0.0, 115.02, 0.98931892612652, 0.0, 0.0)
create the CoordinateTransformation
coordTrans = osr.CoordinateTransformation(inSpatialRef, outSpatialRef)
open the input data source and get the layer
inDS = driver.Open(‘CBE_Boundary.shp’, 0) if inDS is None: print ‘Could not open file’ sys.exit(1) inLayer = inDS.GetLayer()
create a new data source and layer
fn = ‘hw2b.shp’ if os.path.exists(fn): driver.DeleteDataSource(fn) outDS = driver.CreateDataSource(fn) if outDS is None: print ‘Could not create file’ sys.exit(1) outLayer = outDS.CreateLayer(‘hw2b’, geom_type=ogr.wkbPolygon)
get the FieldDefn for the county name field
feature = inLayer.GetFeature(0) fieldDefn = feature.GetFieldDefnRef(‘id’)
add the field to the output shapefile
outLayer.CreateField(fieldDefn)
get the FeatureDefn for the output shapefile
featureDefn = outLayer.GetLayerDefn()
loop through the input features
inFeature = inLayer.GetNextFeature() while inFeature:
# get the input geometry geom = inFeature.GetGeometryRef()
# reproject the geometry geom.Transform(coordTrans)
# create a new feature outFeature = ogr.Feature(featureDefn)
# set the geometry and attribute outFeature.SetGeometry(geom) outFeature.SetField(‘id’, inFeature.GetField(‘id’))
# add the feature to the shapefile outLayer.CreateFeature(outFeature)
# destroy the features and get the next input feature outFeature.Destroy inFeature.Destroy inFeature = inLayer.GetNextFeature()
close the shapefiles
inDS.Destroy() outDS.Destroy()
create the *.prj file
outSpatialRef.MorphToESRI() file = open(‘hw2b.prj’, ‘w’) file.write(outSpatialRef.ExportToWkt()) file.close() ``` - this reprojection also results in UTM conversion, there by provide the shape file attributes such as area and length in meter or km.


Vendor Name:
ALTIS HUMAN RESOURCES (OTTAWA) INC.
Reference Number:
7004622
Contract Date:
2015-21-09
Description of Work:
0813 Temporary Help Services
Contract Period:
2015-21-09 to 2015-31-12
Delivery Date:
2015-31-12
Original Contract Value:
$20,468.71
Current Contract Value:
$20,468.71
Comments:
This contract was competitively sourced using a Public Works and Government Services Canada procurement tool.
Additional Comments:
Category: Procurement
Former Public Servant in Receipt of a Pension under the Public Service Superannuation Act:
No


{% extends "account/keys/base.html" %} {% block content %} {% if not key %}
Describe your intended use for this key, below.
NOTE: This will be your only means of identifying this key later, other than the date and time of its creation. So, be as clear as you can.
{% else %}{% trans -%} Please make a note of the details below (e.g. by copying them into your application's settings). This information will never be displayed again, and cannot be recovered if lost. {%- endtrans %}
NOTE: When you're done, return to the key list. Reloading this page will create a new key.
{{ key.key }}
{{ secret }}


--- layout: post status: publish published: true title: "栅栏设计，进度一" author: Leask author_login: leask author_email<EMAIL_ADDRESS>author_url: https://leaskh.com wordpress_id: 422 wordpress_url: http://leaskh.wordpress.com/2006/11/08/%e6%a0%85%e6%a0%8f%e8%ae%be%e8%ae%a1%ef%bc%8c%e8%bf%9b%e5%ba%a6%e4%b8%80 date: '2006-11-08 20:38:35 +0800' date_gmt: '2006-11-08 20:38:35 +0800' categories: - Design tags: [] comments: [] ---


Owner breaks down as missing dog is found in fox hole
The owner of a missing Jack Russell was filmed breaking down in tears after his dog was found in a fox hole.
Alan Whitton, 49, had taken Mitzi for a walk around Knighton Wood, on Buckhurst Hill, on Wednesday morning when she was chased by a Basset Hound and disappeared.
He then spent the day frantically searching for her, eventually leaving the area at 6.30pm, before returning again an hour later.
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Terrified that she had been ‘savaged’, he continued to scour the woods on Thursday and Friday, before being forced to take a break and do a food shop at Aldi.

Alan, a life therapy coach, said he ‘dropped everything and went to investigate’, taking one of Mitzi’s toys to squeak outside the hole.
He was then stunned to hear a faint whimper in return and decided to furiously start digging on the spot, with the help of the woman who rang him.
At 1.13pm he was reunited with Mitzi – more than 50 hours after she went missing.
In a video of the moment, Alan can be seen pulling the dog out and then clutching her to his chest as he breaks down in floods of tears.
He told Essex Live: ‘I just broke down, I was overwhelmed with joy and disbelief, I had started to lose hope.
‘It was like a Christmas miracle, all the time it felt like a nightmare I couldn’t wake up from.’
Fortunately Mitzi was unharmed by the ordeal and only need a few ticks removed after a trip to the vets.
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Alan said the first thing she did once free was ‘smash her way through a Greggs vegan sausage roll’.
He is now going to buy her a GPS collar so he can track her during their walks together.
Thanking residents in the area for their help, Alan said losing Mitzi has taught him ‘not to take anything for granted’ and to ‘love big and love hard’.
He is now offering free coaching sessions for anyone involved in her rescue, as they ‘restored’ his faith in humanity.
Got a story for Metro.co.uk?
Get in touch with our news team by emailing us at<EMAIL_ADDRESS>For more stories like this, check our news page.


Podium is 100% compatible with GitHub Pages, just say "NODE_ENV=prod gulp" from your command line and commit.
DemoPodium is compatible with dokku, just clone it in public folder of your dokku nodejs project, we will provide a dokku config project soon.
DokkuPodium is 100% compatible Apache, nginx, etc. Its just pure html, js and css. Best for any type of project documentation.
Color][gap


Getting started
To start with CAAT you first need to decide whether your application will be using DOM+CSS, Canvas or Webgl as rendering engine.
In the library bundle under the build folder you'll find two files caat.js (needed to render with Canvas or WebGL) and caat-css.js to render with DOM+CSS. There're subtle differences between all three rendering technologies but you'll show no difference if using CAAT's out-of-the-box animation elements.
Once the rendering engine's been chosen (use caat.js file which covers all possibilities), simply include it on your html file:
Make sure to change the path '../../build/' to your needs.
CAAT Templates
To make starting with CAAT easier, there are two out-of-the-box generated templates. They are located in the CAAT-Samples file bundle under the templates folder. Use them as the start point to create a custom CAAT application.
- One template will simply launch the scene after loading located under the folder startup-wo-splash.
- Another version which will show an splash screen, keep it shown at least for 3 seconds, and then get the created CAAT scene in. It is located under the folder startup-with-splash.
How to start
One of the minimum CAAT library setup programs could be this one:
var director = new CAAT.Director().initialize( 100, // 100 pixels wide 100, // 100 pixels across document.getElementById('_c1')); var scene= director.createScene(); var circle= new CAAT.ShapeActor(). setLocation(20,20). setSize(60,60). setFillStyle('#ff0000'). setStrokeStyle('#000000'); scene.addChild(circle); director.loop(1);
By executing it, we'll get a black-outlined red circle at position 20,20 and of radius 30.
Despite its simplicity, some facts must be taken into account:
- When using CAAT, it's mandatory to create a CAAT.Director instance. The Director is the entry point to CAAT.
- You must explictly supply a canvas size in pixels. In this example 100 by 100 pixels.
- The director will perform animations in a HTML document canvas element. We can supply a reference to a canvas, or simple issue a new CAAT.Director().initialize(100,100) command and let the director create a canvas for us.
- The Director instance is fed with scenes. CAAT.Scene instances are advanced actor containers. We'll see how the Director manages Scenes, and how to elegantly switch from one to the other.
- Scenes are fed with CAAT.Actor instances. Indeed, as much as needed.
- CAAT.Actor instances and its subinstances (ShapeActor, SpriteActor, etc.) have a lifecycle, so it must be explicitly stated the call to create method.
- We must call director.loop to signal CAAT to start delivering content to the canvas.
And that's it, our red circle:
In this other example, we're not specifying a DOM canvas element to the Director instantiation. The director itself will create one for us and we'll be responsible for adding the element to the desired position in the DOM.
// We are not pointing any canvas in the director creation statement, // so the director will create a Canvas for us. var director2 = new CAAT.Director().initialize(100,100); // add the canvas to the document: document.getElementById('div_canvas2').appendChild( director2.canvas ); var scene2= director.createScene(); var circle2= new CAAT.ShapeActor(). setLocation(20,20). setSize(60,60). setFillStyle('#ff00ff'). setStrokeStyle('#00ff00'); scene2.addChild(circle2); director2.loop(1);


'Freedom or death': a slave rebellion returns to life – video
by Tom Silverstone, Oliver LaughlandPerformance artist Dread Scott recreates the largely untold story of the 1811 slave rebellion in southern Louisiana. Winding through old plantation country, petrochemical plants and the city of New Orleans, the Guardian followed re-enactors along the route


This model demonstrates the differences that occur when using one- and two-port temperature sensors with and without explicit junction models. As shown in the next figure, the same system is shown in 3 different variations. In all cases exactly the same fluid system is defined. The only difference is how the temperature is measured:
A pre-defined mass flow rate is present so that fluid flows from the reservoir to the tanks and after 0.5 s the mass flows from the tanks to the reservoir. The reservoir has a temperature of 500C whereas the tanks have an initial temperature of 200C and of 800C. The initial height of the tanks is made in such a form that fluid always flows out of the cold tank. When the fluid flows from the reservoir to the tanks, then it mixes with the cold tank and enters the hot tank. When the fluid flow from the tanks to the reservoir, then the cold and hot water from the two tanks first mixes and the flows to the reservoir.
A one-port sensor measures the mixing temperature at a connection point. Therefore T_onePort.T (the blue curve in the figure below) is the temperature of the mixing point. A two-port sensor measures the temperature at the upstream side. Therefore T_twoPort.T (the red curve in the figure below which is identical to the green curve) shows first the temperature of the reservoir and then the mixing temperature when fluid flows from the tanks to the reservoir. The same is measured with T_junction.T (the green curve below), because the one-port sensor is connected between the mass flow source and the junction and since the mixing takes place in the junction, the same situation is present as for T_twoPort.T.


Converts Jade into HTML and back Version 0.2.0 This software is licensed under the MIT License (MIT). You can find the source code on GitHub.
Based on jade2html2jade, Modified by 85ido.
Copyright (c) 2015 Pascal Garber


---
title: Quantum Computing
ref: quantum
image: atom.png
description: "In this project we develop new techniques to develop, analyze, and
reason about quantum programs."
---
Programming language: Silq
{% include card.html
title="Silq"
output="vertical"
url="http://silq.ethz.ch/"
image="/assets/systems/Silq_logo.png"
description="A new high-level programming language for quantum computing with a strong static type system."
%}
Publications
{% include get-publications.html filter="project" key="quantum" %}


Labour Party conference to kick off in Mullingar
by By Digital Desk staffThe Labour Party's annual national conference takes place today in Mullingar, Co Westmeath.
With a general election on the horizon, the party will be discussing its five key policy areas - jobs, housing, health, children and climate.
The conference will also see the official launch of Labour’s by-election campaign.
The one-day event will also have an address by the party leader, Brendan Howlin.
"I look forward to welcoming delegates from across the country to Mullingar and discussing with them our political priorities for the months ahead," said Mr Howlin ahead of the conference.
He added that the conference "will discuss the detail of how Labour would build 80,000 homes and Labour’s plan to ensure good, sustainable jobs are created alongside fighting climate change.
“With four by-elections at the end of the month, I will be asking party members to work with us over the next three weeks to ensure the Labour message is heard in Cork, Dublin and Wexford.
"We know that there is no substantial difference between Fine Gael and Fianna Fáil when it comes to national politics, and that is why I have called for unity among progressive opposition parties in the by-elections to ensure a genuine voice for change is elected in each of the four constituencies."