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DST switch 'reckless'
by Stefan Labbe-Tri-City NewsIt’s late December, 6 a.m., and you hop in the shower. Dark.
You pour your first cup of coffee and start making your kids’ lunches. Dark.
 Still dark.
Only by 9 a.m., after many have begun work and school, does the sun start to peek over the horizon.
Welcome to life under permanent Daylight Savings Time, a proposal 93% of 223,273 British Columbians voted in favour for in a summer survey administered by the provincial government.
Now, a growing number of sleep experts are calling on the province to embrace Standard Time instead.
“Our arguments are not in terms of when is the best time to play golf or when do we want to have light. It’s not about personal preference. We’re talking about how light affects our physiology,” said Dr Myriam Juda, a research associate at Simon Fraser University’s Sleep and Circadian Neuroscience Lab.
She says the science is clear: when we don’t get enough morning sun, our sleep cycle — or circadian rhythm — drifts.
“We become more night owls, have trouble falling asleep at 10 p.m. in order to get our eight hours of sleep, and we’re tired the next morning,” she said.
Morning sun exposure resets that internal clock, aligning us with the natural light-dark cycle.
In October, Juda was part of a group of sleep scientists who wrote an open letter to the provincial government asking them to reconsider a move to Daylight Savings Time. In it, they cite 52 studies investigating the consequences of deviating from a sun-driven clock.
Southern B.C. would see 67 fewer days of morning light under permanent Daylight Savings Time compared to permanent Standard Time.
B.C. children, they note, would “have to commute to school in the dark for about a third of the school year.”
Over the long-term, interrupted sleep patterns due to Daylight Savings Time has been shown to increase the rates of diabetes, depression, heart disease and some forms of cancer, said Juda.
“These are public health and safety consequences,” she said. “Not to speak of the fatigue — we’re getting up in our physiological night.”


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inPool Get this instance' NSAutoreleasePool identifier
(int or 0 iff global).
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objc_class Get this instance' ObjC class (ObjCClass). |
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objc_classname Get this instance' ObjC class name ( str ).
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name Get this instance' ObjC class name ( str ).
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objc_description Get this instance' ObjC description ( str ).
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ptr Get this instance' ObjC object (Id_t). |
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Concepts¶
This page explains how to think about a drawing things in Blogo.
Cross Sections¶
Blogo commands control the movement of a cross section. The most simple cross section is a square:
If a forward command is given, then this square is moved foward, leaving a trail behind to construct a cuboid:
The cross section can be any shape, such as the more complicated I shape shown below. This image also demonstates the shape going forward, then right by 90° and then forward again.
Pen Up and Down¶
A trail is only left behind when the pen is down. If we lift the pen up, we can leave gaps:
turtle.fd(2)
turtle.pen_up()
turtle.fd(2)
turtle.pen_down()
turtle.fd(2)
turtle.pen_up()
turtle.fd(2)
turtle.pen_down()
turtle.fd(2)
produces:
The Third Dimension¶
As well as moving the trail left and right, it can go up and down as well:
turtle.fd(5)
turtle.rt(90)
turtle.fd(5)
turtle.up(90)
turtle.fd(5)
turtle.down(90)
turtle.fd(5)
to produce:
Rotating¶
The cross section can be rotated (which will change which way is up):
turtle.fd(1)
turtle.clockwise(22.5)
turtle.fd(1)
turtle.clockwise(22.5)
turtle.fd(1)
turtle.clockwise(22.5)
turtle.fd(1)
turtle.clockwise(22.5)
turtle.fd(1)
with an I-beam cross section, gives:
Cross Section Adjustments¶
The cross section can be tilted (without affecting which way is up):
turtle.fd(5)
turtle.pen_up()
turtle.tilt_h(45)
turtle.fd(2)
turtle.pen_down()
turtle.fd(5)
turtle.pen_up()
turtle.tilt_h(-45)
turtle.tilt_v(45)
turtle.fd(2)
turtle.pen_down()
turtle.fd(5)
turtle.pen_up()
turtle.tilt_v(-45)
turtle.tilt_r(45)
turtle.fd(2)
turtle.pen_down()
turtle.fd(5)
gives:
Sideways¶
The cross section can be moved to the side without turning (note pen being up or down affecting the trail):
turtle.fd(2)
turtle.strafe(2)
turtle.fd(2)
turtle.pen_up()
turtle.strafe_v(2)
turtle.pen_down()
turtle.fd(2)
to give:
Putting Together Turns¶
Many small turns can be put together to make a smooth surface:
for angle in range(360):
turtle.fd(0.1)
turtle.rt(1)
resulting in a circle:
Moving Around¶
The trails can also be created by absolute jumps:
for i in range(20):
turtle.set_pos((random.uniform(0, 10), random.uniform(0, 10), random.uniform(0, 10)))
turtle.fd(1)
for i in range(20):
turtle.pen_up()
turtle.set_xyz(-random.uniform(0, 10), -random.uniform(0, 10), -random.uniform(0, 10))
turtle.pen_down()
turtle.fd(1)
giving random blocks and lines:
Textures¶
It is very simple to add textures to objects, either by colour or as an image:
turtle.fd(2)
turtle.set_texture("red")
turtle.fd(2)
turtle.set_texture((0.25, 0.5, 1))
turtle.fd(2)
turtle.set_texture(os.path.abspath("./textures/grass.png"))
turtle.fd(2)
which looks like this:
Filling Areas¶
Shapes drawn can also be easily filled in:
turtle.set_texture("red")
turtle.fill(0.1, 0.2, "green", "relative")
turtle.fill(0.5, 0.9, "blue", "relative")
turtle.fd(10)
turtle.rt(90)
turtle.fd(10)
shows:
Expanding the Cross Section¶
An important feature to be able to make complex shapes without having to manually enter a cross section is to be able to change the size of the cross section:
turtle.set_texture((random.random(), random.random(), random.random()))
turtle.fd(2)
turtle.set_width("left", 2)
turtle.set_texture((random.random(), random.random(), random.random()))
turtle.fd(2)
turtle.set_width("right", 2)
turtle.set_texture((random.random(), random.random(), random.random()))
turtle.fd(2)
turtle.set_width("above", 2)
turtle.set_texture((random.random(), random.random(), random.random()))
turtle.fd(2)
turtle.set_width("below", 2)
turtle.set_texture((random.random(), random.random(), random.random()))
turtle.fd(2)
turtle.set_width("sides", 3)
turtle.set_texture((random.random(), random.random(), random.random()))
turtle.fd(2)
turtle.set_width("verticals", 3)
turtle.set_texture((random.random(), random.random(), random.random()))
turtle.fd(2)
turtle.set_width("all", 4)
turtle.set_texture((random.random(), random.random(), random.random()))
turtle.fd(2)
which produces:
Expanding the Cross Section More¶
As well as static size expansions, the width can be specified in a function. This allows complex shapes to be constructed with very little code. If we have two simple functions:
def height_func(args):
absolute_length_along = args["full_length"]
return int(absolute_length_along) % 2
def width_func(args):
relative_length_along = args["relative_length"]
return (4 * sin(relative_length_along * pi), "*")
These can be set to modify the square cross section:
turtle.add_width_func("above", height_func)
turtle.add_width_func("sides", width_func)
turtle.fd(20)
giving:
There are also two built in width functions, which allow us to curve the two ends of a line in:
turtle.add_width_func("all", "curve_start", curve_length=0.1, eccentricity=0)
turtle.add_width_func("all", "curve_end", curve_length=0.1)
turtle.fd(10)
With the eccentricity value specifying whether the curve should be circular or just a straight line:
And Beyond…¶
Putting all those concepts together allows for complex objects and structures to be built up. With the ability to tweak them and make changes simply.


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About Ping Pong
Created By:
Aimen Khakwani
GitHub Username:
aimenkhakwani
Code Review for:
Intro
Lets Play!
Rules
Ping Pong will count up to your number with the following exceptions
- Numbers divisible by 3 become "ping".
- Numbers divisible by 5 become "pong".
- Numbers divisible by 15 become "ping-pong".


ALTERNATE HOME
Revision TWO
Welcome to git project revision One
Done with the project rev two
updated revision One


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[t]The page you are looking for might have been removed, had its name changed, or is temporarily unavailable.[/t]


Equivalent to clicking the Mailer button when mailer is attached to the current workbook. Allows you to edit a PowerTalk mailer attached to the active workbook
Note This function is available on Macintosh computers with Microsoft Excel and Apple PowerTalk only.
Syntax
MAIL.EDIT.MAILER(to_recipients, cc_recipients, bcc_recipients, subject, enclosures, which_address)
MAIL.EDIT.MAILER?(to_recipients, cc_recipients, bcc_recipients, subject, enclosures, which_address)
To_recipients is the name of the person to whom you want to send the mail. The name should be given as text. To specify more than one name, give the list of names as an array.
Cc_recipients is the name of those recipients to be carbon copied. A single name should be given as text. To specify more than one name, give the list of names as an array.
Bcc_recipients is the name of the recipients to be added as blind carbon copies.
Subject is a text string containing the subject text for the mail messages.
Enclosures is an array of strings specifying enclosures as file names.
Which_address indicates which type of address to use, as a text string, specifying the address type for all recipients. For example, "Fax".
Remarks
If there is no mailer, returns the #VALUE! error value.
Related Functions
MAIL.DELETE.MAILER Adds a new PowerTalk mailer to the active workbook
MAIL.ADD.MAILER Adds a new PowerTalk mailer to the active workbook
Return to index


Customization and search options
Crux allows the user the flexibility to change many of the search and analysis parameters. Attributes like the output format and which peptides are selected from the protein database are controlled through numerous options. This page starts with some general information about options and then describe the use of some key crux options.
Introduction to options
A crux command is made up of four parts: executable name, command, options, and required arguments. Let's use a crux tide-search command as an example. Here is the general form.
$ crux tide-search [options] <mass spectra> <peptide index>
In this case, the command is tide-search. This is followed by zero or more optional arguments. Finally, the required arguments, listed above inside angle brackets, include the name of the file containing the spectra to be identified and the name of a peptide index produced previously by the tide-index command.
All of the available options are described for each command on the documentation pages. You can also get a list of available options by running a command with no arguments. For example, the command
$ crux tide-search
will produce output that looks like this:
bash-3.2$ ~/proj/crux/trunk/src/c/crux tide-search FATAL: Error in command line. Error # 5 The required argument <tide spectra file> is missing. USAGE: crux tide-search [options] <tide spectra file> <tide database index> REQUIRED ARGUMENTS: <tide spectra file> The name of the file from which to parse the fragmentation spectra, in any of the file formats supported by ProteoWizard. Alternatively, the argument may be a binary spectrum file produced by a previous run of crux tide-search using the store-spectra parameter. <tide database index> A directory containing a database index created by a previous run of crux tide-index. OPTIONAL ARGUMENTS: [--precursor-window <double>] Search peptides within +/- 'precursor-window' of the spectrum mass. Definition of precursor window depends upon precursor-window-type. Default=3.0. [--precursor-window-type <string>] Window type to use for selecting candidate peptides. <string>=mass|mz|ppm. Default=mass. [--spectrum-min-mz <double>] The lowest spectrum m/z to search. Default=0.0. [--spectrum-max-mz <double>] The highest spectrum m/z to search. Default=no maximum. [--min-peaks <int>] The minimum number of peaks a spectrum must have for it to be searched. Default=20. ...
 The following lines list all the options (only five of which are shown above). Crux options all begin with two dashes followed by the option name. The name is followed by a space and the appropriate argument. This example increases the verbosity to 40:
$ crux tide-search --verbosity 40 sample.ms2 yeast.fasta
Specifying options via a parameter file
The second option listed above, --parameter-file, is available for all Crux commands. The parameter file allows multiple options to be specified in a file. All of the command line options can be put in a parameter file, but the format is slightly different. In the parameter file, the two leading dashes are removed from the option name, and the option name and value must be separated by an equal sign instead of a space:
<option name>=<argument>
The above example, in which we changed the verbosity, would look like this in a parameter file:
verbosity=40
The parameter file allows only one option per line. Lines beginning with "#" are considered comments and are ignored. A sample parameter file can be found here. Command line and parameter file options may be used separately or together. If an option is specified in both places, then value on the command line will be used.
During execution of any Crux command, a parameter file containing the
name and value of all the options for the current operation
will be automatically be saved in the output directory. Note that not
all parameters in the file may have been used in the operation. The
parameter file will be named
<command>.params.txt
,
where <tag>
is the name of the command that was
executed.
Shared options
In addition to --parameter-file
, Crux includes several
other options that are shared across all, or nearly all, Crux commands.
-
--output-dir <filename>
– The name of the directory where output files will be created. Default = crux-output. -
--fileroot <string>
– Thefileroot
string will be added as a prefix to all output file names. Default = none. -
--overwrite <T|F>
– By default, if Crux detects that the output file it is about to produce already exists, then Crux will exit with an error. This option allows Crux to overwrite existing files. -
--verbosity <0-100>
– Specify the verbosity of the current command. Each level prints the following messages, including all those at lower verbosity levels: 0-fatal errors, 10-non-fatal errors, 20-warnings, 30-information on the progress of execution, 40-more progress information, 50-debug info, 60-detailed debug info. Default = 30. -
In addition, many Crux commands include various options of the form
--<format>-output
. These options take Boolean arguments (specified as "T" or "F") and indicate whether output files in the specified format should be produced. For example, in addition to tab-delimited text format,tide-search
can produce output in PepXML, MZid, SQT and PINxml formats.
Changing the indexing and searching parameters
Various options to tide-index control how
the proteins in the database are converted to peptides. These options
fall into several categories, allowing specification of peptide
properties such as minimum and maximum length, enzymatic digestion
rules, decoy database generation and specification of various static
and variable modifications. These options are fully
documented here. Similarly,
the tide-search
documentation describes options for selecting which spectra to score,
the rules for selecting candidate peptides for a given spectrum, and
for deciding what kinds of scores to report.


Plot tone contour for mandarin learners/普通话声调轮廓绘制
The mandarin_tone_tracker plots mandarin tone contour for mandarin learners. The code use crepe to extract pitch. It also adds these post-processing methods to adapt mandarin frequency characteristics:
Refer to Result to see our result. If you want to try our algorithm, we offer a Demo.
We have already plotted some of the recorded pronunciations. Please listen to the spoken samples and see the tone contour plots on the right.


Here are some of the example maps
Click on the images to open the viewer
Sketch-map is a non-linear dimensionality reduction algorithm that is particularly well suited for examining high-dimensionality data that is routinely produced in atomistic simulations. It transforms the connectivity between a set of high dimensionality data points in 2-dimension while putting higher importance to proximity matching. While the similarity between a pair of atomic structures can be measured in various ways, we used SOAP-REMatch kernel, developed in our group for this purpose.


Want some help?
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What to expect when accessing records about you.
Other Find & Connect resources
Gallery Details Image
- Title
- The presbytery at Kincumber where the sisters and 22 boys from the Providence, Dawes Point, took up residence in 1887
- Description
This is a digital copy of an image reproduced in K.E. Burford's Unfurrowed Fields. Scanned 9 August 2012.
- Date
- c. 1887
- Rights
- Sisters of St Joseph
Related Publications
isRelated
- Burford, Kathleen E. RSJ, Unfurrowed Fields: A Josephite Story NSW 1872-1972, 1991, 287 pp. Details


Click the picture on the right to see more details.
We have used the infra-red dot projector from the X-Box and cooperated with the software on the computer to scan ourselves.
Copyright 2018 | Tommy's website.com Tommy's website


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Enter the city you are visiting to find out about music events in
the area, as well as local COVID-19 information.
Events
COVID 19 Info
Covid Data for City
Active cases:
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Recommendation:
Disclaimer
Safe Music Lovers cares for your health and well-being. However we
are NOT doctors or licensed medical professionals. The following are
only suggestions. Consult a physician before making any serious
decisions. While participating in music events displayed on our site
“social distancing” should be practiced and face coverings worn at
all times to reduce the risks of exposure to COVID-19. Because
COVID-19 is extremely contagious and is spread mainly from
person-to-person contact, Safe Music Lovers recommends that you take
preventative measures to reduce the spread of COVID-19. Safe Music
Lovers cannot guarantee that despite our friendly recommendations,
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--- layout: default title: OSiRIS Privacy Policy header: OSiRIS Privacy Policy #group: navigation --- {% include JB/setup %}
OSiRIS project resources are managed by University of Michigan ARC-TS for the purposes of conducting the research and scholarship mission of the Open Storage Research Infrastructure project. Additional administration may be provided by groups at Wayne State University, Michigan State University, or Indiana University.
Project resources may be located at University of Michigan, Michigan State University, Wayne State University, or Indiana University. Before sending confidential or personal information, you should understand that most materials on public university systems are, by definition, public records. As such, they are subject to laws and policies that may compel our member institutions to disclose them.
The www.osris.org public website is hosted by github.com and not by the above institutions. However the content of the site is managed by the same groups previously noted.
The following information may be collected when you use OSiRIS services:
Specific to the public www.osris.org website: Github.com may collect information such as web browser, IP address, etc subject to their privacy policies
The information is logged to monitor performance and security of our services. It may be retained to associate your identity with authorized privileges and usage accounting records. Usage information collected from web services may be used to analyze traffic patterns, browser preference, usage by region, etc.
None of the information is shared with partners with the exception of security staff during the investigation of a security incident.
None of the information collected by OSiRIS is shared with third parties. As noted, some information related to website traffic analytics may be gathered by 3rd party services. Such analytics would be used only by members of the OSiRIS collaboration.
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mediaCount shows you the breakdown of items by media type within any set of subjects you search the Harvard Library collection for.
Enter a keyword for a subject in the search box. Press the big blue plus sign to add another term. Click the X next to a search box to delete it.
This demo app is using the live Harvard LibraryCloud API to get its data. Have fun!
Hide
mediaCount is a demo written by a hobbyist to try out and show off some of the capabilities of
Harvard LibraryCloud.
LibraryCloud makes openly available Harvard's information about the almost thirteen million
items in its combined collections (73 libraries plus a large off-campus repository), and more.
Any developer can use this rich set of information to create applications like mediaCount (except
better) without asking permission or making special arrangements. LibraryCloud is at this point (Sept. 2014)
a pilot that we hope will become a maintained part of Harvard Library's infrastructure.
mediaCount is an Open Source project (as is LibraryCloud). The laughable source code is on
Github. If you hit bugs (you will) or have suggestions, send an email
to me at<EMAIL_ADDRESS>Thanks! -- David Weinberger, Nov. 1, 2014
Hide


By Daniel Morissette<EMAIL_ADDRESS>|
Copyright (c) 1999, Daniel Morissette
All rights reserved. This software may be copied or reproduced, in all or in part, without the prior written consent of its author, Daniel Morissette (danmo@videotron.ca). However, any material copied or reproduced must bear the original copyright notice (above), this original paragraph, and the original disclaimer (below). The entire risk as to the results and performance of the software, supporting text and other information contained in this file (collectively called the "Software") is with the user. Although considerable efforts have been used in preparing the Software, the author does not warrant the accuracy or completeness of the Software. In no event will the author be liable for damages, including loss of profits or consequential damages, arising out of the use of the Software. |
AVCE00 is an ANSI C library that makes Arc/Info binary coverages appear as ASCII E00. It can be used to read existing binary coverages or create new ones. The library has been designed in a way that it can be easily plugged into an existing E00 translator that you want to extend to support binary coverages.
In read mode, AVCE00 reads an Arc/Info binary coverage and makes it appear as an ASCII E00 files. In other words, you use the library to open a binary coverage for reading, and you read from it one line at a time just like if you had opened the ASCII E00 file corresponding to this coverage.
In write mode AVCE00 takes E00 lines as input and writes the result to a binary coverage. When you use the library for writing you create a new binary coverage and write E00 lines to it... the library takes care of converting the E00 to binary coverage format and to create all the necessary coverage and info files.
Note: Writing to existing coverages (i.e. update) is not supported. You can only read existing coverages, or create new ones using the current version of the library.
This package contains 4 major components:
For the GIS users:
For the GIS developers:
And for those who are really looking for trouble: ;-)
The read and write library can also be divided into sub-components that
are not documented here but could be used as standalone components in
other translators:
Since the coverage file's format is not documented by ESRI, this library is based on the analysis of binary dumps of the files... this implies that support for some features may be incomplete (or even inaccurate!) in some cases. Of course, it is expected that the lib. will evolve as we (the whole GIS community) learn more about the format.
The following Arc/Info features are expected to be properly converted from binary to E00 format, for both single and double precision coverages:
If you use the library and encounter unsupported features, then please report the problem and I'll try to add support for that new case... this will just make the whole library better!
'avcexport' is a command-line executable that takes an Arc/Info binary coverage as input and converts it to E00.
avcexport <input_cover> <output_file>
input_cover
is the path to the Arc/Info
coverage to read from.
output_file
is the name of the E00 file to create.
If the file already exists then it is overwritten.
'avcimport' is a command-line executable that takes an Arc/Info E00 file as input and converts it to a binary coverage.
avcimport <input_file> <output_cover>
input_file
is the name of the E00 file to read
from.
output_cover
is the path to the Arc/Info
coverage to create. The program cannot write to (or overwrite)
an existing coverage, so you have to make sure that the coverage
name does not already exist.
The library has already been succesfully built on Windows (with MSVC++), and on Linux (with gcc).
Windows users:
Note: Precompiled executables for WIN32 are available on the library's web page at http://pages.infinit.net/danmo/e00/. So if all you need is the AVCIMPORT and AVCEXPORT programs then you should get them from there.
For the developers using MSVC++, a NMAKE makefile (makefile.vc) to build the library and the 'avcexport.exe' and 'avcimport.exe' command-line programs is included with the distribution.
To build the package using the makefile and NMAKE: open a DOS prompt
window, run the VCVARS32.BAT script to initialize the VC++ environment
variables, and start the build with the command:
nmake /f makefile.vc
Another option is to build a project in your development environment. Include the following files in your project for the library:
And the main() function for the AVCEXPORT and AVCIMPORT programs are located in the files:
Unix users:
An important flag to set in the Makefile is the byte ordering flag. The Makefile's default behavior is to build for systems with LSB first (Intel ordering). If you are building the library on a platform with MSB first (on a SUN for instance) then you will need to define the CPL_MSB flag in the Makefile.
In most cases, building the package should be as simple as extracting the
distribution files to a empty directory, and then going to this directory
and typing make
.
If you encounter problems with the Makefile, then make sure that it contains Unix line breaks. The line breaks are sometimes altered when the distribution is copied between PCs and Unix systems, and make doesn't seem to like Makefiles that contain DOS CR-LF line breaks.
To use the library in your programs, include the file "avc.h", and link with the "avc.a" library produced by the Unix Makefile.
If you are working in a Windows development environment (i.e. with projects, no Makefiles!) then include the C files from the library in your project. See the section about building the library for Windows above for the list of files to include.
Information about the file currently being read is stored inside an internal structure. You do not need to understand the contents of this structure to use the library.
All you need is to declare a AVCE00ReadPtr
variable which
will serve as a handle on the input file for all the other functions.
You use the following functions to read a coverage as a ASCII E00 file:
AVCE00ReadPtr AVCE00ReadOpen(const char *pszCoveragePath); void AVCE00ReadClose(AVCE00ReadPtr hInfo); const char *AVCE00ReadNextLine(AVCE00ReadPtr hInfo); void AVCE00ReadRewind(AVCE00ReadPtr hInfo);
You can also optionally use the 2 following functions to go directly to the files that are of interest for you in the coverage:
AVCE00Section *AVCE00ReadSectionsList(AVCE00ReadPtr hInfo, int *numSect); int AVCE00ReadGotoSection(AVCE00ReadPtr hInfo, AVCE00Section *psSect, GBool bContinue);
Each function is described after the example below.
/********************************************************************** * This example program illustrates the use of the AVCE00ReadOpen() * and associated AVC -> E00 read functions. **********************************************************************/ #include <stdio.h> #include "avc.h" int main(int argc, char *argv[]) { AVCE00ReadPtr hReadInfo; const char *pszLine; /* Open input */ hReadInfo = AVCE00ReadOpen("data/cover1/"); if (hReadInfo) { /* Read lines from input until we reach EOF */ while ((pszLine = AVCE00ReadNextLine(hReadInfo)) != NULL) { if (CPLGetLastErrorNo() == 0) printf("%s\n", pszLine); else { /* An error happened while reading this line... */ break; } } /* Close input file */ AVCE00ReadClose(hReadInfo); } else { /* ERROR ... failed to open input file */ } return 0; }
AVCE00ReadPtr
serves as a handle on the
current input file.
The handle is allocated by AVCE00ReadOpen()
, and you must
call AVCE00ReadClose()
to properly release the memory
associated with it.
AVCE00ReadPtr AVCE00ReadOpen(const char *pszCoverPath);
Open a Arc/Info coverage to read it as if it was an E00 file.
You can either pass the name of the coverage directory, or the path to one of the files in the coverage directory. The name of the coverage MUST be included in pszCoverPath... this means that passing "." is invalid.
The following are all valid values for pszCoverPath:
/home/data/country /home/data/country/ /home/data/country/arc.adf(Of course you should replace the '/' with '\\' on DOS systems!)
Returns a new AVCE00ReadPtr handle or NULL if the coverage could not be opened or if it does not appear to be a valid Arc/Info coverage.
The handle will eventually have to be released with AVCE00ReadClose().
void AVCE00ReadClose(AVCE00ReadPtr hInfo);
Closes the coverage and releases any memory associated with the
AVCE00ReadPtr
handle.
const char *AVCE00ReadNextLine(AVCE00ReadPtr hInfo);
Returns the next line of the E00 representation of the coverage or NULL when there are no more lines to generate, or if an error happened. The returned line is a null-terminated string, and it does not include a newline character.
Call CPLGetLastErrorNo()
after calling
AVCE00ReadNextLine()
to make sure that the line was
generated succesfully.
Note that AVCE00ReadNextLine()
returns a reference to an
internal buffer whose contents will
be valid only until the next call to this function. The caller should
not attempt to free() the returned pointer.
int AVCE00ReadRewind(AVCE00ReadPtr hInfo);
Rewinds the AVCE00ReadPtr
just like the stdio
rewind()
function would do if you were reading an ASCII E00 file.
Useful when you have to do multiple read passes on the same coverage.
Returns 0 on success, or -1 on error.
AVCE00Section *AVCE00ReadSectionsList(AVCE00ReadPtr hInfo, int *numSect);
Returns an array of AVCE00Section
structures that describe
the squeleton of the whole coverage, with each E00 section corresponding
to one file from the coverage. The value of *numSect
will be set to the number of items in the array.
The AVCE00Section structure is defined in "avc.h" as:
typedef struct AVCE00Section_t { AVCFileType eType; /* File Type */ char *pszName; /* File or Table Name */ }AVCE00Section;And
AVCFileType
defines the type of the file associated
with a given E00 section:
typedef enum { AVCFileUnknown = 0, AVCFileARC, AVCFilePAL, AVCFileCNT, AVCFileLAB, AVCFilePRJ, AVCFileTOL, AVCFileLOG, AVCFileTABLE }AVCFileType;
You can scan the returned array and use
AVCE00ReadGotoSection()
to move the read pointer directly
to the beginning of a given section of the file.
Sections of type AVCFileUnknown
correspond to lines in
the E00 output that are not directly linked to any file, like the "EXP 0"
line, the "IFO X", "SIN X", etc.
THE RETURNED ARRAY IS AN INTERNAL STRUCTURE AND SHOULD NOT BE MODIFIED OR FREED BY THE CALLER... its contents will be valid for as long as the coverage will remain open.
Example: The array of sections returned for a coverage with valid polygon topology could take the following form:
numSections = 17 Sect[0]: eType = AVCFileUnknown pszName = "EXP 0" Sect[1]: eType = AVCFileARC pszName = "arc.adf" Sect[2]: eType = AVCFilePAL pszName = "pal.adf" Sect[3]: eType = AVCFileCNT pszName = "cnt.adf" Sect[4]: eType = AVCFileLAB pszName = "lab.adf" Sect[5]: eType = AVCFileTOL pszName = "tol.adf" Sect[6]: eType = AVCFileUnknown pszName = "SIN 2" Sect[7]: eType = AVCFileUnknown pszName = "EOX" Sect[8]: eType = AVCFilePRJ pszName = "prj.adf" Sect[9]: eType = AVCFileUnknown pszName = "IFO 2" Sect[10]: eType = AVCFileTABLE pszName = "TEST.AAT " Sect[11]: eType = AVCFileTABLE pszName = "TEST.PAT " Sect[12]: eType = AVCFileTABLE pszName = "TEST.NAT " Sect[13]: eType = AVCFileTABLE pszName = "TEST.BND " Sect[14]: eType = AVCFileTABLE pszName = "TEST.TIC " Sect[15]: eType = AVCFileUnknown pszName = "EOI" Sect[16]: eType = AVCFileUnknown pszName = "EOS"
int AVCE00ReadGotoSection(AVCE00ReadPtr hInfo, AVCE00Section *psSect, GBool bContinue);
Moves the read pointer to the beginning of the E00 section (coverage file)
described in the psSect
structure.
Call AVCE00ReadListSections()
to get the list of sections for the current coverage.
If bContinue=TRUE
, then reading will automatically
continue with the next sections
of the file once the requested section is finished. Otherwise, if
bContinue=FALSE
then reading will stop at the end of
this section
(i.e. AVCE00ReadNextLine()
will return NULL when it
reaches the end of this section)
Sections of type AVCFileUnknown
returned by
AVCE00ReadListSections()
correspond to lines in the E00 output that are not directly linked
to any coverage file, like the "EXP 0" line,
the "IFO X", "SIN X", etc. You can jump to these sections or any other
one without problems.
This function returns 0 on success or -1 on error.
Example: The following function would look for a .AAT table in a coverage and convert it to E00.
/********************************************************************** * ConvertAATonly() * * Look for a .AAT table in the coverage, and if we find one then * convert it to E00 on stdout. **********************************************************************/ static void ConvertAATOnly(const char *pszFname) { AVCE00ReadPtr hReadInfo; AVCE00Section *pasSect; const char *pszLine; int i, numSect; GBool bFound; hReadInfo = AVCE00ReadOpen(pszFname); if (hReadInfo) { /* Fetch the list of E00 sections for the coverage, and * try to find a .AAT table in it. */ pasSect = AVCE00ReadSectionsList(hReadInfo, &numSect); bFound = FALSE; for(i=0; i<numSect; i++) { if (pasSect[i].eType == AVCFileTABLE && strstr(pasSect[i].pszName, ".AAT") != NULL) { /* Found it! Move the read pointer to the beginning * of the .AAT table, and tell the lib to stop reading * at the end of table (3rd argument=FALSE) */ bFound = TRUE; AVCE00ReadGotoSection(hReadInfo, &(pasSect[i]), FALSE); break; } } if (bFound) { /* Convert the .AAT table to E00. AVCE00ReadNextLine() * will return NULL at the end of the table. */ while ((pszLine = AVCE00ReadNextLine(hReadInfo)) != NULL) { printf("%s\n", pszLine); } } else { printf("No .AAT table found in this coverage!\n"); } AVCE00ReadClose(hReadInfo); } }
Information about the coverage currently being written is stored inside an internal structure. You do not need to understand the contents of this structure to use the library.
All you need is to declare a AVCE00WritePtr
variable which
will serve as a handle on the input file for all the other functions.
You use the following functions to create a coverage from an E00 input:
AVCE00WritePtr AVCE00WriteOpen(const char *pszCoverPath, AVCCoverType eNewCoverType, int nPrecision); void AVCE00WriteClose(AVCE00WritePtr psInfo); int AVCE00WriteNextLine(AVCE00WritePtr psInfo, const char *pszLine);
To overwrite an existing coverage, it should first be properly destroyed using AVCE00DeleteCoverage():
int AVCE00DeleteCoverage(const char *pszCoverPath);
Each function is described after the example below.
/********************************************************************** * This example program illustrates the use of the AVCE00WriteOpen() * and the functions to use to write a binary coverage from E00 input. **********************************************************************/ #include <stdio.h> #include "avc.h" int main() { FILE *fpIn; AVCE00WritePtr hWritePtr; const char *pszLine; int nStatus = 0; /* Open input file */ fpIn = fopen("data/test2.e00", "rt"); if (fpIn) { /* Open output file */ hWritePtr = AVCE00WriteOpen("data/cover2", AVCCoverV7, AVC_DEFAULT_PREC); if (hWritePtr) { /* Read lines from input until we reach EOF */ while((pszLine = CPLReadLine(fpIn)) != NULL) { if ((nStatus = CPLGetLastErrorNo()) == 0) nStatus = AVCE00WriteNextLine(hWritePtr, pszLine); if (nStatus != 0) { /* An error happened while converting the last * line... abort*/ break; } } /* Close output file. */ AVCE00WriteClose(hWritePtr); } else { /* ERROR ... failed to open output file */ nStatus = -1; } /* Close input file. */ fclose(fpIn); } else { /* ERROR ... failed to open input file */ nStatus = -1; } return nStatus; }
AVCE00WritePtr
serves as a handle on the
current output coverage.
The handle is allocated by AVCE00WriteOpen()
, and you must
call AVCE00writeClose()
to properly release the memory
associated with it.
AVCE00WritePtr AVCE00WriteOpen(const char *pszCoverPath, AVCCoverType eNewCoverType, int nPrecision);
Open (create) an Arc/Info coverage, ready to receive a stream of ASCII E00 lines and convert that to the binary coverage format.
Directly overwriting or updating existing coverages is not supported (and may quite well never be!)... you can only create new coverages. However, AVCE00DeleteCoverage() can be used to cleanly destroy an existing coverage, allowing you to eventually overwrite it.
IMPORTANT NOTE: The E00 source lines are assumed to be valid... the library performs no validation on the consistency of what it is given as input (i.e. topology, polygons consistency, etc.). So the coverage that will be created will be only as good as the E00 input that was used to generate it.
pszCoverPath
MUST be the name of the coverage directory,
including the path to it. (Contrary to AVCE00ReadOpen(), you cannot
pass the name of one of the files in the coverage directory).
The name of the coverage MUST be included in pszCoverPath... this
means that passing "." is invalid.
Also note that to be valid, a coverage name cannot be longer than 13 characters and can contain only alphanumerical characters and '_' (underscore). Spaces and '.' (dots) should be specially avoided inside coverage names.
eNewCoverType
is the type of coverage to create.
Either AVCCoverV7
to create an Arc/Info V7 (Unix) coverage
or AVCCoverPC
to create a PC Arc/Info coverage.
nPrecision
SHOULD ALWAYS BE AVC_DEFAULT_PREC
to automagically detect the source coverage's precision and
use that same precision for the new coverage.
IMPORTANT NOTE: The nPrecision parameter is there only to allow future enhancements of the library. It should eventually be possible to create coverages with a precision different from the one of the source E00.
Given the way the lib is built, it should be possible to also passAVC_SINGLE_PREC
orAVC_DOUBLE_PREC
to explicitly request the creation of a coverage with that precision, but the library does not (not yet!) properly convert the TABLE attributes' precision, and the resulting coverage may be invalid in some cases. This improvement is on the ToDo list!
Returns a new AVCE00WritePtr handle or NULL if the coverage could not be created or if a coverage with that name already exists.
The handle will eventually have to be released with AVCE00ReadClose().
void AVCE00WriteClose(AVCE00writePtr hInfo);
Closes the coverage and releases any memory associated with the
AVCE00writePtr
handle.
int AVCE00WriteNextLine(AVCE00WritePtr psInfo, const char *pszLine);
Take the next line of E00 input for this coverage, parse it and write the result to the coverage.
pszLine
should be a null-terminated string and should not
be terminated by a newline character.
Important Note: The E00 source lines are assumed to be valid... the library performs no validation on the consistency of what it is given as input (i.e. topology, polygons consistency, etc.). So the coverage that will be created will be only as good as the E00 input that was used to generate it.
Returns 0 on success or -1 on error. If an error happens, then
CPLGetLastErrorNo()
can be used to find out what went
wrong.
int AVCE00DeleteCoverage(const char *pszCoverPath);
Delete a coverage directory, its contents, and the associated info tables.
Note:
When deleting tables, only the ../info/arc????.nit and arc????.dat
will be deleted; the entries in the arc.dir will not be updated.
This is apparently what Arc/Info's KILL command does.
Returns 0 on success or -1 on error. If an error happens, then
CPLGetLastErrorNo()
can be used to find out what went
wrong.
When errors happen, the library's default behavior is to report an error
message on stderr, and to fail nicely, usually by simulating a EOF situation.
Errors are reported through the function CPLError()
defined in
"cpl_error.c".
While this is sufficient for the purposes of the 'avcexport' and 'avcimport' command-line programs, you may want to trap and handle errors yourself if you use the library in a bigger application (a GUI application for instance).
void CPLSetErrorHandler(void (*pfnErrorHandler)(CPLErr, int, const char *));
You can use CPLSetErrorHandler()
to override the default error
handler function. Your new error handler should be a C function with the
following prototype:
void MyErrorHandler(CPLErr eErrClass, int err_no, const char *msg);
And you register it with the following call at the beginning of your program:
CPLSetErrorHandler( MyErrorHandler );
void CPLError(CPLErr eErrClass, int err_no, const char *fmt, ...);
The library reports errors through this function. It's default behavior
is to display the error messages to stderr, but it can be overridden using
CPLSetErrorHandler()
.
You can call CPLGetLastErrorNo()
or
CPLGetLastErrorMsg()
to get the last error number and string.
eErrClass
defines the severity of the error:
typedef enum { CE_None = 0, CE_Log = 1, CE_Warning = 2, CE_Failure = 3, CE_Fatal = 4 } CPLErr;
Error class CE_Fatal will abort the execution of the program, it is mainly used for out of memory errors, or unrecoverable situations of that kind. All the other error classes return control to the calling function.
int CPLGetLastErrorNo();
Returns the number of the last error that was produced. Returns 0 if the last library function that was called completed without any error. See the list of possible error numbers below.
Note: This function works even if you redefined your own error handler
using CPLSetErrorHandler()
.
const char *CPLGetLastErrorMsg();
Returns a reference to a static buffer containing the last error message that was produced. The caller should not attempt to free this buffer. Returns an empty string ("") if the last library function that was called completed without any error.
Note: This function works even if you redefined your own error handler
using CPLSetErrorHandler()
.
The values for the error codes returned by the library are defined in the file cpl_error.h.
#define CPLE_OutOfMemory 2 #define CPLE_FileIO 3 #define CPLE_OpenFailed 4 #define CPLE_IllegalArg 5 #define CPLE_NotSupported 6
The following errors codes can be returned:
| Error Code | Description |
|---|---|
| 0 | Success, no error. |
| CPLE_OutOfMemory | Memory allocation failed. This is a fatal error, it will abort the program execution. There is currently no proper way to recover from it. |
| CPLE_FileIO | Unexpected error reading to a file. This is more likely to happen if one of the files is corrupt which could result in an attempt to read past EOF. |
| CPLE_OpenFailed | Failed to open the coverage, or failed to open one of the files that was expected to be present in the coverage. |
| CPLE_IllegalArg | Illegal argument passed to one of the library's functions. This is a kind of internal error that should not happen unless the lib is modified or is not used as it is expected. |
| CPLE_NotSupported | One of the functions encountered an unsupported/unexpected case in one of the coverage files. This error can also be a sign that the file is corrupt. |


--- layout: post title: ServiceAPI - Attach an action categories: [] tags: dotnet-serviceapi-client serviceapi status: publish type: post published: true meta: {} ---
Today's question of the day from the forums is how to attach an action from the ServiceAPI. Took me a few minutes to work out exactly what was going on here as the ServiceAPI inherits a little bit of the opacity of the SDK.
TrimClient trimClient = new TrimClient("http://david-pc/ServiceAPI"); trimClient.Credentials = System.Net.CredentialCache.DefaultCredentials; Record request = new Record(); request.Uri =<PHONE_NUMBER>; request.ActionsToCall = new List<IMainObjectActionRequest>() { new AttachAction() { ActionToAttach = new ActionDefRef() { Uri =<PHONE_NUMBER> }, NewAssignee = new LocationRef() { Uri=1 } } }; try { var response = trimClient.Post<RecordsResponse>(request); Console.WriteLine(response.Results[0].Uri); } catch (WebServiceException wex) { Console.WriteLine(wex.ErrorMessage ?? wex.Message); }
There is a property called RecordActionUri. This is not the Uri of the action to attach but a Record Action before (or after) you which this action should start. The help from the SDK reads: 'Insert a new action into the list of actions, having it start before or after the nominated attached record action.'
When specifying the ActionToAttach you must specify the Uri of the action, it will not be found by name.


The Art of Computer Programming: Fundamental Algorithms [Chapter 0]
1 Notes on the Exercises
This chapter is not of much importance. Knuth here simply explains effective ways to use the book and provides a key for his ratings of each problem:
| Code | Explanation |
|---|---|
| M | Mathematically oriented |
| HM | Requiring "higher math" |
| 00 | Immediate |
| 10 | Simple (one minute) |
| 20 | Medium (quarter hour) |
| 30 | Moderately hard |
| 40 | Term project |
| 50 | Research problem |
1.1 Exercises
1.1.1 [00] What does the rating "M20" mean?
The M indicates that the problem is mathematically oriented. The 20 indicates that the problem is average and should take no more than fifteen to twenty minutes to solve.
1.1.2 [10] Of what value can the exercises in a text book be to the reader?
As Knuth specified earlier in this chapter, it is extremely difficult for the average reader to learn a subject by just reading about it. The value in having exercises will come from showing the reader specific applications of what was learned and to encourage further thinking on the topic.
1.1.3 [14] Prove1 that 133 = 2197. Generalize your answer.
Proof of the proposition 133 = 2197:
Previous knowledge applied: laws of exponents2, arithmetic3.
\begin{equation} \begin{align*} 13^3 = 13^2 \cdot 13^1 \\ &= 13^1 \cdot 13^1 \cdot 13^1 \\ &= 13^1 \cdot 13^1 \cdot 13 \\ &= 13^1 \cdot 13 \cdot 13 \\ &= 13^1 \cdot 169 \\ &= 13 \cdot 169 \\ &= 2197 \end{align*} \end{equation}Therefore, 133 = 2197.
To generalize this answer, we can use capital pi notation4 and show that for all positive integers of n:
\begin{equation} \prod_{i = 1}^{n} = x^n \end{equation}1.1.4 [HM45] Prove that when n is an integer, n > 2, the equation xn + yn = zn has no solution in positive integers x, y, z.
This is quite literally Fermat's Last Theorem; I will not even attempt to solve this just yet. Considering how long the actual proof is, this should be rated at least HM49.
Footnotes:
For a guide on structuring proofs, there is a nice explanation by Eugenia Cheng which can be found here. Her website is here.
The laws of exponents that we have used are:
\begin{equation} x^1 = x \end{equation}We have also used:
\begin{equation} x^a \cdot x^b = x^{a+b} \end{equation}Only addition and multiplication were used.
Capital pi notation simply means consecutive multiplication. A clear example would be:
\begin{equation} \prod_{i = 1}^{4} = 1 \cdot 2 \cdot 3 \cdot 4 \end{equation}Which translates to:
\begin{equation} \prod_{i = 1}^{4} = 24 \end{equation}


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ORACS
0.8
Meta-heuristic for solving VRP problems.
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#include <depot.h>
Public Member Functions | |
| Depot (Env *env, int id, int leftOverInventory) | |
| Constructor. More... | |
| Depot (Env *env, int id, std::vector< Vehicle > &vehicles, int leftOverInventory) | |
| Constructor. More... | |
| std::vector< Vehicle > & | getVehicles () |
| Vehicle & | getVehicle (int vehicleNumber) |
| int | getID () |
| int | getNumberOfVehicles () |
| int | getLeftOverInventory () const |
| Get the total leftover capacity of the depot by taking the minimum of the leftover inventory and the total leftover capacity of its vehicles. More... | |
| int | getInventory () const |
| void | changeInventory (int amount) |
| void | updateInventory () |
| Update leftover inventory by substracting the total load of all vehicles from the total inventory. | |
| void | addVehicle (Vehicle vehicle) |
Private Attributes | |
| Env * | d_env |
| int | d_id |
| std::vector< Vehicle > | d_vehicles |
| int | d_inventory |
| int | d_leftOverInventory |
Friends | |
| std::ostream & | operator<< (std::ostream &os, Depot const &depot) |
Depot is a class which holds a vehicle list and has a limited inventory.
| Depot::Depot | ( | Env * | env, |
| int | id, | ||
| int | leftOverInventory | ||
| ) |
Constructor.
| [in] | env | Environment pointer |
| [in] | id | ID for the depot |
| [in] | vehicles | Vector of all vehicles to add to the depot |
| [in] | leftOverCapacity | The leftover capacity of the depot |
Definition at line 16 of file depot1.cpp.
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inline |
| int Depot::getLeftOverInventory | ( | ) | const |
Get the total leftover capacity of the depot by taking the minimum of the leftover inventory and the total leftover capacity of its vehicles.
Definition at line 14 of file getleftovercapacity.cpp.
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inline |
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private |
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private |


This Form is used to store the information about the guide. Tourist guide can register here. Travellers can get the information about the guide before visiting any place. There is a guide list which contain the information about the guide (name, address, contact info, locations where he is available, his charge per hour for being a travel guide).


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| And you hath he quickened, who were dead in trespasses and sins;
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| ᏂᎯᏃ ᏗᏥᏲᎱᏒᎯ ᏥᎨᏒ ᎤᏣᏘᏂ ᏂᏣᏛᏁᎸ ᎠᎴ ᎢᏥᏍᎦᏅᏨᎢ;^
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Ni-hi-no di-tsi-yo-hu-sv-hi tsi-ge-sv u-tsa-ti-ni ni-tsa-dv-ne-lv a-le i-tsi-s-ga-nv-tsv-i;^
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| Wherein in time past ye walked according to the course of this world, according to the prince of the power of the air, the spirit that now worketh in the children of disobedience:
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| ᎾᎿᎭᏂ ᏧᏩᎫᏔᏅᏒ ᎢᏤᏙᎸᎢ ᎾᏍᎩᏯ ᎢᏳᎾᏛᏁᏗ ᎨᏒ ᎡᎶᎲ ᎠᏁᎯ, ᎾᏍᎩᏯ [ᎤᏚᎵᏍᎬ] ᎦᏃᎴᏍᎬ ᎡᎯ ᎡᎬᏫᏳᏌᏕᎩ, ᎾᏍᎩ ᎠᏓᏅᏙ ᎪᎯ ᎨᏒ ᏥᏚᎸᏫᏍᏓᏁ ᏚᎾᏓᏅᏛ ᎪᎯᏳᏗ ᏂᎨᏒᎾ ᎨᏒ ᏧᏪᏥ;
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Na-hna-ni tsu-wa-gu-ta-nv-sv i-tse-do-lv-i na-s-gi-ya i-yu-na-dv-ne-di ge-sv e-lo-hv a-ne-hi, na-s-gi-ya [u-du-li-s-gv] ga-no-le-s-gv e-hi e-gv-wi-yu-sa-de-gi, na-s-gi a-da-nv-do go-hi ge-sv tsi-du-lv-wi-s-da-ne du-na-da-nv-dv go-hi-yu-di ni-ge-sv-na ge-sv tsu-we-tsi;
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| Among whom also we all had our conversation in times past in the lusts of our flesh, fulfilling the desires of the flesh and of the mind; and were by nature the children of wrath, even as others.
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| ᎾᏍᎩ ᎾᏍᏉ ᏧᏩᎫᏔᏅᏒ ᏂᏗᎥ ᎨᏓᎵᎪᏁᎲᎩ ᎾᎿᎭᎢᎩᏇᏓᎸ ᎤᎬᎥᏍᎬᎢ, ᎠᎴ ᎤᏇᏓᎸ ᎠᎴ ᎠᏓᏅᏖᏗ ᎨᏒ ᎤᎾᏚᎵᏍᎬ ᏂᏓᏛᏁᎲᎩ; ᎠᎴ ᏗᎦᏕᏅ ᏂᎦᏍᏛ ᎤᏔᎳᏬᎯᏍᏗ ᎨᏒ ᏧᏪᏥ ᎨᏒᎩ, ᎾᏍᎩᏯᏉ ᎠᏂᏐᎢ ᏄᎾᏍᏛᎢ.
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Na-s-gi na-s-quo tsu-wa-gu-ta-nv-sv ni-di-v ge-da-li-go-ne-hv-gi na-hna i-gi-que-da-lv u-gv-v-s-gv-i, a-le u-que-da-lv a-le a-da-nv-te-di ge-sv u-na-du-li-s-gv ni-da-dv-ne-hv-gi; a-le di-ga-de-nv ni-ga-s-dv u-ta-la-wo-hi-s-di ge-sv tsu-we-tsi ge-sv-gi, na-s-gi-ya-quo a-ni-so-i nu-na-s-dv-i.
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| But God, who is rich in mercy, for his great love wherewith he loved us,
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| ᎠᏎᏃ ᎤᏁᎳᏅᎯ ᎤᏪᎿᎭᎢᏳ ᏥᎩ ᎤᏓᏙᎵᏍᏗ ᎨᏒᎢ, ᏥᏅᏗᎦᎵᏍᏙᏗᏍᎨ ᎤᏣᏘ ᎤᏓᎨᏳᏗ ᎨᏒ ᏧᏩᏔᏁ ᎠᏴ ᎢᎩᎨᏳᎯᏳ ᏥᏄᎵᏍᏔᏁᎢ,
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A-se-no U-ne-la-nv-hi u-we-hna-i-yu tsi-gi u-da-do-li-s-di ge-sv-i, tsi-nv-di-ga-li-s-do-di-s-ge u-tsa-ti u-da-ge-yu-di ge-sv tsu-wa-ta-ne a-yv i-gi-ge-yu-hi-yu tsi-nu-li-s-ta-ne-i,
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| Even when we were dead in sins, hath quickened us together with Christ, (by grace ye are saved;)
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| ᎾᏍᎩ ᎠᏍᎦᏅᎢᏍᏗ ᎨᏒ ᏗᎩᏲᎱᏒᎯ ᏥᎨᏒᎩ, ᎢᎬᏂᏛ ᎢᎦᏠᏯᏍᏔᏅ ᎦᎶᏁᏛ ᎠᎬᏂᏛᎢ, (ᎬᏩᎦᏘᏯ ᏅᏓᏙᎵᏍᏗ ᎨᏒ ᎡᏥᏍᏕᎸᏔᏅ;)
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Na-s-gi a-s-ga-nv-i-s-di ge-sv di-gi-yo-hu-sv-hi tsi-ge-sv-gi, i-gv-ni-dv i-ga-tlo-ya-s-ta-nv Ga-lo-ne-dv a-gv-ni-dv-i, (gv-wa-ga-ti-ya nv-da-do-li-s-di ge-sv e-tsi-s-de-lv-ta-nv;)
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| And hath raised us up together, and made us sit together in heavenly places in Christ Jesus:
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| ᎠᎴ ᎢᏧᎳᎭ ᏕᎦᎴᎯᏐᏔᏅ, ᎠᎴ ᎢᏧᎳᎭ ᎢᎦᏅᏗᏱ ᏂᎬᏁᎸ ᎦᎸᎳᏗ ᏗᎨᏒ ᎦᎶᏁᏛ ᏥᏌ ᎢᏳᏩᏂᏌᏛ;
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A-le i-tsu-la-ha de-ga-le-hi-so-ta-nv, a-le i-tsu-la-ha i-ga-nv-di-yi ni-gv-ne-lv ga-lv-la-di di-ge-sv Ga-lo-ne-dv Tsi-sa i-yu-wa-ni-sa-dv;
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| That in the ages to come he might shew the exceeding riches of his grace in his kindness toward us through Christ Jesus.
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| ᎾᏍᎩ Ꮎ ᏭᏩᎫᏗᏗᏒ ᎬᏂᎨᏒ ᎢᏳᏩᏁᏗᏱ ᏂᎦᎥ ᎤᏪᎿᎭᎢᏳ ᎨᏒ ᎬᏩᎦᏘᏯ ᎤᏓᏙᎵᏍᏗ ᎨᏒᎢ, ᏂᎦᎥ ᎣᏍᏛ ᏂᎦᏛᏁᎲ ᎦᎶᏁᏛ ᏥᏌ ᏅᏓᏳᏓᎴᏅᎯ.
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Na-s-gi na wu-wa-gu-di-di-sv gv-ni-ge-sv i-yu-wa-ne-di-yi ni-ga-v u-we-hna-i-yu ge-sv gv-wa-ga-ti-ya u-da-do-li-s-di ge-sv-i, ni-ga-v o-s-dv ni-ga-dv-ne-hv Ga-lo-ne-dv Tsi-sa nv-da-yu-da-le-nv-hi.
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| For by grace are ye saved through faith; and that not of yourselves: it is the gift of God:
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| ᎬᏩᎦᏘᏯᏰᏃ ᎤᏓᏙᎵᏍᏗ ᎨᏒ ᎡᏥᏍᏕᎸᏙᏔᏅᎯ ᎪᎯᏳᏗ ᎨᏒ ᎬᏔᏅᎯ; ᎠᎴ ᎾᏍᎩ ᎥᏝ ᎢᏨᏒ ᎨᏒ ᏅᏓᏳᏓᎴᏅᎯ; ᎤᏁᎳᏅᎯ ᎤᎵᏍᎪᎸᏔᏅᎯ;
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Gv-wa-ga-ti-ya-ye-no u-da-do-li-s-di ge-sv e-tsi-s-de-lv-do-ta-nv-hi go-hi-yu-di ge-sv gv-ta-nv-hi; a-le na-s-gi v-tla i-tsv-sv ge-sv nv-da-yu-da-le-nv-hi; U-ne-la-nv-hi u-li-s-go-lv-ta-nv-hi;
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| Not of works, lest any man should boast.
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| ᎥᏝ ᏗᎦᎸᏫᏍᏓᏁᏗ ᎨᏒ ᎢᏳᏩᏂᏌᏛ ᏱᎩ, ᎾᏍᎩ ᎩᎶ ᎤᏢᏈᏍᏗᏱ ᏂᎨᏒᎾ ᎢᏳᎵᏍᏙᏗᏱ.
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V-tla di-ga-lv-wi-s-da-ne-di ge-sv i-yu-wa-ni-sa-dv yi-gi, na-s-gi gi-lo u-tlv-qui-s-di-yi ni-ge-sv-na i-yu-li-s-do-di-yi.
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| For we are his workmanship, created in Christ Jesus unto good works, which God hath before ordained that we should walk in them.
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| ᎾᏍᎩᏰᏃ ᎠᏴ ᎢᎪᏢᏅᎯ, ᎦᎶᏁᏛ ᏥᏌ ᎢᏳᏩᏂᏌᏛ ᎡᎪᏢᏅᎯ ᎣᏍᏛ ᏗᎩᎸᏫᏍᏓᏁᏗᏱ, ᎤᏁᎳᏅᎯ ᎾᏍᎩ ᏥᏂᎦᏛᏅᎢᏍᏓᏁᏟ ᎾᎿᎭᎢᎨᏓᏍᏗᏱ.
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Na-s-gi-ye-no a-yv i-go-tlv-nv-hi, Ga-lo-ne-dv Tsi-sa i-yu-wa-ni-sa-dv e-go-tlv-nv-hi o-s-dv di-gi-lv-wi-s-da-ne-di-yi, U-ne-la-nv-hi na-s-gi tsi-ni-ga-dv-nv-i-s-da-ne-tli na-hna i-ge-da-s-di-yi.
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| Wherefore remember, that ye being in time past Gentiles in the flesh, who are called Uncircumcision by that which is called the Circumcision in the flesh made by hands;
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| ᎾᏍᎩ ᎢᏳᏍᏗ ᎢᏣᏅᏖᏍᏗ ᎾᏍᎩ ᏂᎯ ᏧᏩᎫᏔᏅᏒ ᏗᏣᏓᎴᏅᏛ ᏴᏫ ᎤᏇᏓᎵ ᎨᏒᎢ, ᏂᏗᎨᏥᎤᏍᏕᏎᎸᎾ ᎨᏦᏎᎸᎯ ᎾᏍᎩ Ꮎ ᏗᎨᏥᎤᏍᏕᏎᎸᎯ ᎨᎪᏎᎯ ᏥᎩ, ᎾᏍᎩ ᎤᏇᏓᎸ ᏗᎨᏥᎤᏍᏕᏎᎸᎯ ᏗᎪᏱ ᏗᎬᏔᏅᎯ;
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Na-s-gi i-yu-s-di i-tsa-nv-te-s-di na-s-gi ni-hi tsu-wa-gu-ta-nv-sv di-tsa-da-le-nv-dv yv-wi u-que-da-li ge-sv-i, ni-di-ge-tsi-u-s-de-se-lv-na ge-tso-se-lv-hi na-s-gi na di-ge-tsi-u-s-de-se-lv-hi ge-go-se-hi tsi-gi, na-s-gi u-que-da-lv di-ge-tsi-u-s-de-se-lv-hi di-go-yi di-gv-ta-nv-hi;
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| That at that time ye were without Christ, being aliens from the commonwealth of Israel, and strangers from the covenants of promise, having no hope, and without God in the world:
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| ᎾᏍᎩ ᎾᎯᏳ ᏥᎨᏎ ᎦᎶᏁᏛ ᏂᏤᎲᎾ ᎨᏎᎢ, ᏂᏤᎸᎾᏉ ᎨᏎ ᎢᏏᎵ ᎠᏰᎵ ᎤᏃᏢᏒᎢ, ᎠᎴ ᎢᏥᎪᏁᎳ ᎨᏎ ᎧᏃᎮᏛ ᏓᏠᎯᏍᏛ ᎠᏚᎢᏍᏛᎢ, ᎤᏚᎩ ᏂᏨᏒᎾ, ᎠᎴ ᎤᏁᎳᏅᎯ ᏂᏤᎲᎾ ᎨᏎ ᎠᏂ ᎡᎶᎯ.
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Na-s-gi na-hi-yu tsi-ge-se Ga-lo-ne-dv ni-tse-hv-na ge-se-i, ni-tse-lv-na-quo ge-se I-si-li a-ye-li u-no-tlv-sv-i, a-le i-tsi-go-ne-la ge-se ka-no-he-dv da-tlo-hi-s-dv a-du-i-s-dv-i, u-du-gi ni-tsv-sv-na, a-le U-ne-la-nv-hi ni-tse-hv-na ge-se a-ni e-lo-hi.
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| But now in Christ Jesus ye who sometimes were far off are made nigh by the blood of Christ.
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| ᎪᎯᏍᎩᏂ ᏥᎩ, ᎦᎶᏁᏛ ᏥᏌ ᎢᏳᏩᏂᏌᏛ, ᏂᎯ, ᎢᏅᎯᏳ ᏥᏂᏣᏛᎿᎭᏕᎬᎩ, ᎾᎥ ᏕᏣᏘᏃᎸ ᎬᏔᏅᎯ ᎤᎩᎬ ᎦᎶᏁᏛ.
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Go-hi-s-gi-ni tsi-gi, Ga-lo-ne-dv Tsi-sa i-yu-wa-ni-sa-dv, ni-hi, i-nv-hi-yu tsi-ni-tsa-dv-hna-de-gv-gi, na-v de-tsa-ti-no-lv gv-ta-nv-hi u-gi-gv Ga-lo-ne-dv.
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| For he is our peace, who hath made both one, and hath broken down the middle wall of partition between us;
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| ᎢᎪᎯᏍᏓᏁᎯᏰᏃ ᎾᏍᎩ, ᎢᏧᎳ ᏌᏉᏉ ᎢᎬᏁᎸᎯ, ᎠᎴ ᎤᏲᏍᏔᏅᎯ ᎢᎦᏓᏓᎴᏗᏍᎩ ᎠᏐᏴᎢ;
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I-go-hi-s-da-ne-hi-ye-no na-s-gi, i-tsu-la sa-quo-quo i-gv-ne-lv-hi, a-le u-yo-s-ta-nv-hi i-ga-da-da-le-di-s-gi a-so-yv-i;
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| Having abolished in his flesh the enmity, even the law of commandments contained in ordinances; for to make in himself of twain one new man, so making peace;
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| ᎤᏇᏓᎸ ᎬᏗᏍᎬ ᎤᏛᏔᏅ ᏗᏓᏓᏍᎦᎩ ᎢᎬᏁᎯ, ᎾᏍᎩ ᏯᏛᏅ ᏗᎧᎿᎭᏩᏛᏍᏗ ᎤᎵᏁᏨᎢ ᏧᏓᎴᏅᏛ ᎢᏯᏛᏁᎵᏓᏍᏗ ᎨᏒᎢ; ᎾᏍᎩ ᎠᏂᏔᎵ ᎨᏒ ᏌᏉ ᎢᏤ ᏴᏫ ᎤᏬᏢᏗᏱ ᎤᏩᏒ ᎢᏳᏩᏂᏐᏗᏱ, ᎾᏍᎩᏃ ᏙᎯ ᎢᏳᏩᏁᏗᏱ;
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U-que-da-lv gv-di-s-gv u-dv-ta-nv di-da-da-s-ga-gi i-gv-ne-hi, na-s-gi ya-dv-nv di-ka-hna-wa-dv-s-di u-li-ne-tsv-i tsu-da-le-nv-dv i-ya-dv-ne-li-da-s-di ge-sv-i; na-s-gi a-ni-ta-li ge-sv sa-quo i-tse yv-wi u-wo-tlv-di-yi u-wa-sv i-yu-wa-ni-so-di-yi, na-s-gi-no do-hi i-yu-wa-ne-di-yi;
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| And that he might reconcile both unto God in one body by the cross, having slain the enmity thereby:
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| ᎠᎴ ᎾᏍᎩ ᎢᏳᏩᏂᏐᏗᏱ ᎢᏧᎳ ᏌᏉ ᎠᏰᎸ ᏄᎾᏛᏅ ᏙᎯᏱ ᎢᏳᏅᏁᏗᏱ ᎤᏁᎳᏅᎯ, ᏓᏓᎿᎭᏩᏍᏛ ᎤᏮᏙᏗᏱ, ᎾᏍᎩ ᎤᏮᏔᏅ ᎤᎸ ᏓᎾᏓᏍᎦᎬᎢ.
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A-le na-s-gi i-yu-wa-ni-so-di-yi i-tsu-la sa-quo a-ye-lv nu-na-dv-nv do-hi-yi i-yu-nv-ne-di-yi U-ne-la-nv-hi, da-da-hna-wa-s-dv u-wv-do-di-yi, na-s-gi u-wv-ta-nv u-lv da-na-da-s-ga-gv-i.
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| And came and preached peace to you which were afar off, and to them that were nigh.
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| ᎠᎴ ᎤᎷᏤᎢ ᎠᎴ ᎤᎵᏥᏙᏁ ᎢᏥᏃᎯᎮᎴ ᎾᏍᎩ ᏙᎯ ᎢᏥᏩᏛᎡᎯ ᎨᏒᎢ, ᏂᎯ ᎢᏅ ᎢᏣᏛᎿᎭᏕᎩ, ᎠᎴ ᎾᏍᎩ Ꮎ ᎾᎥ ᎢᏳᎾᏛᎿᎭᏕᎩ.
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A-le u-lu-tse-i a-le u-li-tsi-do-ne i-tsi-no-hi-he-le na-s-gi do-hi i-tsi-wa-dv-e-hi ge-sv-i, ni-hi i-nv i-tsa-dv-hna-de-gi, a-le na-s-gi na na-v i-yu-na-dv-hna-de-gi.
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| For through him we both have access by one Spirit unto the Father.
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| ᎾᏍᎩᏰᏃ ᎢᏳᏩᏂᏌᏛ ᎠᏴ ᎢᏧᎳ, ᏌᏉ ᎠᏓᏅᏙ ᎬᏗ, ᎠᎦᏴᎵᎨ ᏫᎦᏰᏗᎷᏤᏗ ᏄᎵᏍᏔᏅ.
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Na-s-gi-ye-no i-yu-wa-ni-sa-dv a-yv i-tsu-la, sa-quo A-da-nv-do gv-di, A-ga-yv-li-ge wi-ga-ye-di-lu-tse-di nu-li-s-ta-nv.
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| Now therefore ye are no more strangers and foreigners, but fellowcitizens with the saints, and of the household of God;
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| ᎾᏍᎩᏃ ᏥᏄᏍᏗ ᎥᏝ ᎿᎭᏉ ᏁᏣᏓᎴ, ᎠᎴ ᎢᏤᏙᎯᏉ ᏱᎩ, ᎤᎾᏓᏅᏘᏍᎩᏂ ᎢᏧᎳᎭ ᎢᏤᎯ, ᎤᏁᎳᏅᎯ ᎦᏓᏘᎾᎥ ᎢᏖᎳ;
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Na-s-gi-no tsi-nu-s-di v-tla hna-quo ne-tsa-da-le, a-le i-tse-do-hi-quo yi-gi, u-na-da-nv-ti-s-gi-ni i-tsu-la-ha i-tse-hi, U-ne-la-nv-hi ga-da-ti-na-v i-te-la;
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| And are built upon the foundation of the apostles and prophets, Jesus Christ himself being the chief corner stone;
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| ᎡᏣᏁᏍᎨᎲᎯ ᎨᏒ ᎡᏥᏝᏅᎯ ᎨᏥᏅᏏᏛ ᎠᎴ ᎠᎾᏙᎴᎰᏍᎩ ᎡᏥᎫᏍᏛᏔᏅᎯ, ᏥᏌ ᎦᎶᏁᏛ ᎤᏩᏒ ᏄᎬᏫᏳᏒ ᎤᏅᏏᏴ Ꭰ'ᏅᎯ ᏅᏯ ᎢᏳᎵᏍᏔᏅᎯ;
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E-tsa-ne-s-ge-hv-hi ge-sv e-tsi-tla-nv-hi ge-tsi-nv-si-dv a-le a-na-do-le-ho-s-gi e-tsi-gu-s-dv-ta-nv-hi, Tsi-sa Ga-lo-ne-dv u-wa-sv nu-gv-wi-yu-sv u-nv-si-yv a'nv-hi nv-ya i-yu-li-s-ta-nv-hi;
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| In whom all the building fitly framed together groweth unto an holy temple in the Lord:
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| ᎾᎿᎭᏂ ᏂᎬ ᎠᏓᏁᎸ ᎣᏍᏛ ᏗᏓᏙᎵᎩ ᎢᎬᏁᎸᎯ, ᎠᏛᏍᎪᎢ ᎦᎸᏉᏗ ᎠᏓᏁᎸ ᏂᎦᎵᏍᏗᏍᎪ ᎤᎬᏫᏳᎯᏱ ᎠᏝᏅᎯ;
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Na-hna-ni ni-gv a-da-ne-lv o-s-dv di-da-do-li-gi i-gv-ne-lv-hi, a-dv-s-go-i ga-lv-quo-di a-da-ne-lv ni-ga-li-s-di-s-go U-gv-wi-yu-hi-yi a-tla-nv-hi;
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| In whom ye also are builded together for an habitation of God through the Spirit.
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| ᎾᎿᎭᏂ ᎾᏍᏉ ᏂᎯ ᏤᏣᏜᏓᏍᏔᏅᎯ ᎡᏣᏁᏍᎨᎲᎯ ᎡᏥᏝᏅᎯ, ᎤᏁᎳᏅᎯ ᎤᏁᎳᏗᏍᏗᏱ ᎠᏓᏅᏙ ᎬᏗᏍᎬᎢ.
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Na-hna-ni na-s-quo ni-hi tse-tsa-dla-s-ta-nv-hi e-tsa-ne-s-ge-hv-hi e-tsi-tla-nv-hi, U-ne-la-nv-hi u-ne-la-di-s-di-yi A-da-nv-do gv-di-s-gv-i.
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Dream11 Team Prediction Baroda vs Maharashtra: Captain And Vice Captain For Today's Syed Mushtaq Ali Match
Baroda vs Maharashtra Dream11 Team Prediction- Check Captain, Vice-Captain and Probable Playing XI for Today Group A, Super League, Syed Mushtaq Ali Trophy 2019, BRD vs MAH: Dream11 Tips and Tricks For Baroda vs Maharashtra. Also Check Baroda Dream 11 Team Player List, Maharashtra Dream11 Team Player List and Dream11 Guru Fantasy Tips.
Dream11 Team Prediction
Baroda vs Maharashtra Fantasy Cricket, Captain And Vice Captain For Today Group A, Super League, Syed Mushtaq Ali Trophy 2019 Between BRD vs MAH at CB Patel International Cricket Stadium, Surat 1:45 AM IST:
Baroda will start as the favourites as they have got the better of Delhi earlier this season, the side that beat Maharashtra to bring an end to their winning streak. The home side needs one more win to make it to the semi-finals of the tournament.
TOSS – The toss between Baroda vs Maharashtra will take place at 1:15 PM (IST).
Time: 1.45 PM IST.
Venue: CB Patel International Cricket Stadium, Surat.
My Dream11 Team
Keeper – Kedar Devdhar (C)
Batters – Rahul Tripathi, Ruturaj Gaikwad (VC), Yusuf Pathan, Aditya Waghmode, Vishnu Solanki
All-Rounders – Swapnil Singh, Deepak Hooda
Bowlers – Samad Fallah, Satyajeet Bachhav, Babashafi Pathan
Probable Playing XIs
Baroda: Kedar Devdhar(c & wk), Aditya Waghmode, Deepak Hooda, Krunal Pandya, Yusuf Pathan, Swapnil Singh, Rishi Arothe, Vishnu Solanki, Ninad Rathva, Atit Sheth, Babashafi Pathan
Maharashtra: Ruturaj Gaikwad, Yash Nahar, Kedar Jadhav, Rahul Tripathi (C), Naushad Shaikh, Azim Kazi, Nikhil Naik (WK), Satyajeet Bachhav, Digvijay Deshmukh, Samad Fallah, Shamshuzama Kazi.

Check Dream11 Prediction/ BRD Dream11 Team/ MAH Dream11 Team/ Baroda Dream11 Team/ Maharashtra Dream11 Team/ Dream11 Guru Tips And Prediction/ Online Cricket Tips and more.
For breaking news and live news updates, like us on Facebook or follow us on Twitter and Instagram. Read more on Cricket Latest News on India.com.
Story Timeline
- 24 Nov 2019 Dream11 Team Prediction Baroda vs Maharashtra: Captain And Vice Captain For Today's Syed Mushtaq Ali Match
- 24 Nov 2019 Dream11 Team Prediction Haryana vs Delhi: Captain And Vice Captain For Today's Syed Mushtaq Ali Match
- 24 Nov 2019 Dream11 Team Prediction Mumbai vs Jharkhand: Captain And Vice Captain For Today's Syed Mushtaq Ali Match
- 24 Nov 2019 Dream11 Team Prediction Karnataka vs Punjab: Captain And Vice Captain For Today's Syed Mushtaq Ali Match
Comments - Join the Discussion


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- ↑ All Posts {{/* Posts are ordered using '.Paginator.Pages.ByDate.Reverse', that's why '.NextInSection' is the previous post '.PrevInSection' is the next post */}} {{ with .NextInSection }}
- ← {{ .Title }} {{ end }} {{ with .PrevInSection }}
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Configuring the Events Module
How to quickly configure the Events module by setting the "Edit Time Interval" field, entering your email address and then accepting all of the default settings.
Important. This setting must be set before any events are added. If one or more events exist in the module you will be unable to edit this field.
- Select Edit Settings from the module actions menu - OR - Click the Edit Settings button (only visible if the Icon Bar is displayed). This displays the Event Module Settings page.
- Select the General Settings tab.
- At Edit Time Interval, select the time interval in minutes at which events can be scheduled. E.g. Select 15 to set 15 minute intervals. This will enable events to be scheduled at 10:00 AM, 10:15 AM, 10:30 AM, 10:45 AM, etc. The default setting is 30.
- In the Emails From text box, enter the email address that will be used in the From field for any emails sent from this Events module.
- Click the Update Settings link.


From here you can download your site's data in JSON or CSV. In case you what to download all the data at once a zip file will be generated (it may take some minutes).


Main package for SOM and PLSOM implementations.
Package Specification
SOM and PLSOM both extend the MapBaseImpl class.
MapBaseImpl implements the MapBase interface, which declares some
common methods. MapBaseImpl defines these methods
and implements some methods for useful tasks and reading/writing XML
files.
Usage example, PLSOM:
//create a new PLSOM with 2 input dimensions, 2 output dimensions and 2500 nodes.
PLSOM plsom = new PLSOM(2,50,50);
//set the neighbourhood range of the PLSOM
plsom.setNeighbourhoodRange(60);
//create a variable to hold training data.
double [] tmp = new double[2];
Random r = new Random(1);
//train the PLSOM with 2000 random inputs
for ( int x = 0;x< 2000;x++ )
{
//generate random input
tmp[0] = r.nextDouble()*2-1;
tmp[1] = r.nextDouble()*2-1;
//train the PLSOM, thus updating the weights.
plsom.train(tmp);
}
//test the PLSOM
tmp[0] = r.nextDouble()*2-1;
tmp[1] = r.nextDouble()*2-1;
plsom.setInput(tmp);
int [] p = plsom.classify();
//print the location of the winning node
System.err.println("Input [" + tmp[0]+","+tmp[1]+"] maps to node ["+ p[0]+","+p[1]+"]");
The SOM class is used in a similar way, but requires a SOMTrainer object to train it.
//create a new SOM with 2 input dimensions, 2 output dimensions and 2500 nodes.
SOM som = new SOM(2,w,h);
//create a variable to hold training data.
double [] tmp = new double[2];
Random r = new Random(1);
//create the SOMTrainer default implementation to train the SOM
SOMTrainer somTrainer = new SOMTrainer(som);
//set the SOMTrainer parameters
somTrainer.setLearningRate(0.8);
somTrainer.setNeighbourhoodSize(60);
//train the SOM with 2000 random inputs
for ( int x = 0;x< count;x++ )
{
//generate random input
tmp[0] = r.nextDouble()*2-1;
tmp[1] = r.nextDouble()*2-1;
//train the SOM, thus updating the weights
somTrainer.setInput(tmp);
}
//test the SOM
tmp[0] = r.nextDouble()*2-1;
tmp[1] = r.nextDouble()*2-1;
som.setInput(tmp);
int [] p = som.classify();
//print the location of the winning node
System.err.println("Input [" + tmp[0]+","+tmp[1]+"] maps to node ["+ p[0]+","+p[1]+"]");
A word about metrics.
Self-Organizing Maps (both SOM and PLSOM) require metrics. Metrics in
this context is a method for measuring the distance between two points
in
either input space (to measure the distance between inputs and weight
vectors) or output space (to measure the distance between nodes).
These measures are realized by classes in the org.plsomlib.metrics
package which implement the InputMetric and OutputMetric interfaces.
Abstract implementations of these interfaces, InputMetricImpl and
OutputMetricImpl, are provided to simplify subclassing.
These classe provide functionality for XML serialization and deserialization.
There are also default implementations that can be used to create a map
with euclidean input and output spaces and a nodes arranged in a
rectangular grid, EuclideanInputMetric and
RectangularEuclideanOutputMetric.
Neighbourhood functions.
Furthermore, SOMs require a neighbourhood function to calculate the interaction between nodes during training.
These functions are realized by classes in the
org.plsomlib.neighbourhood package that implement the
NeighbourhoodFunction interface.
An abstract implementation, NeighbourhoodFunctionImpl, which provides
XML serialization and deserialization is provided to simplify
subclassing.
A default implementation providing a Gaussian neighbourhood function is
also provided, in the class GaussianNeighbourhoodFunction.
JUnit tests.
The MainTestCase class provides JUnit testing.


Please perform the following steps before the workshop. Some of these steps take a few minutes and you may have issues specific to your machine that we can address in advance. Email me if you get stuck.
Go through the first few steps. You can stop after "My own style".
Pro-tip: You can copy/paste code chunks from the HTML web page into RStudio or save/open the Rmd script provided by the Code link at the top-right of the page.
Pre-Workshop Instructions
That's it! If the initial steps of the overview vignette ran without warnings or errors and you ended up a 4-node network in Cytoscape, then you are ready for the workshop.
If you ran into any issues along the way, please email me ahead of time.


First available early morning appointment with a female practitioner:
{{
ui_element_macros.appointment_option({
link_url: 'confirm-appointment/' + appointments.early_female_gp.uuid,
appointment_date: appointments.early_female_gp.appointment_date,
appointment_time: appointments.early_female_gp.appointment_time,
appointment_days_away: appointments.early_female_gp.appointment_days_away,
avatar_img_path: '/public/images/' + appointments.early_female_gp.practitioner.photo,
name: appointments.early_female_gp.practitioner.name,
position: appointments.early_female_gp.practitioner.role,
gender: appointments.early_female_gp.practitioner.gender,
appointment_length: appointments.early_female_gp.appointment_length,
appointment_type: appointments.early_female_gp.appointment_type,
appointment_type_class: appointments.early_female_gp.appointment_type_class,
address: appointments.early_female_gp.address
})
}}
First available appointment with a female practitioner:
{{
ui_element_macros.appointment_option({
link_url: 'confirm-appointment/' + appointments.female_gp.uuid,
appointment_date: appointments.female_gp.appointment_date,
appointment_time: appointments.female_gp.appointment_time,
appointment_days_away: appointments.female_gp.appointment_days_away,
avatar_img_path: '/public/images/' + appointments.female_gp.practitioner.photo,
name: appointments.female_gp.practitioner.name,
position: appointments.female_gp.practitioner.role,
gender: appointments.female_gp.practitioner.gender,
appointment_length: appointments.female_gp.appointment_length,
appointment_type: appointments.female_gp.appointment_type,
appointment_type_class: appointments.female_gp.appointment_type_class,
address: appointments.female_gp.address
})
}}
First available appointment:
{{
ui_element_macros.appointment_option({
link_url: 'confirm-appointment/' + appointments.face_to_face.uuid,
appointment_date: appointments.face_to_face.appointment_date,
appointment_time: appointments.face_to_face.appointment_time,
appointment_days_away: appointments.face_to_face.appointment_days_away,
avatar_img_path: '/public/images/' + appointments.face_to_face.practitioner.photo,
name: appointments.face_to_face.practitioner.name,
position: appointments.face_to_face.practitioner.role,
gender: appointments.face_to_face.practitioner.gender,
appointment_length: appointments.face_to_face.appointment_length,
appointment_type: appointments.face_to_face.appointment_type,
appointment_type_class: appointments.face_to_face.appointment_type_class,
address: appointments.face_to_face.address
})
}}
More appointment options


Shepherd’s Pie
- ⏲ Prep time: 50 - 60 min
- 🍳 Cook time: 30 - 40 min
- 🍽 Servings: 8
Ingredients
- 600 grams (g) of mealy/floury potatoes
- 2 onions
- 2 carrots
- 4 tablespoons (tbsp.) of oil
- 800 g of minced lamb
- 100 g of frozen peas
- 2 tbsp. of tomato paste/puree
- 300 milliliters (ml) beef stock
- 1 tbsp. of sweet or smoked paprika
- 30 g of butter
- 200 ml of milk
- 1 pinch of nutmeg
Directions
- Peel potatoes, cut into cubes and boil in saltwater for 20 minutes. Peel the onions and carrots and cut into small cubes.
- Heat the oil in a pan and fry the minced meat until crumbly. Add the onions, carrots and peas. Add the tomato paste and beef stock. Stir well and season with paprika, pepper and salt.
- Drain potatoes and mash with butter. Add milk, season with nutmeg and stir until creamy.
- Preheat the oven to 200°C. Grease a casserole dish with butter, put the minced meat in it and spread the mashed potatoes on it with a piping bag. Put the dish in the oven for 30-40 minutes.
Contribution
Lázaro Blanc - Website | GitHub | LinkedIn | Xing
Recipe tags:
english
lamb
pie


You can now email me at<EMAIL_ADDRESS>Barry Leonard
Commercial Loan Office
Centrix Bank
1 Atwood Lane
Bedford, New Hampshire 03110
United Kingdom
Email<EMAIL_ADDRESS>Hello,
I am Mr Barry Leonard, Commercial Loan Officer at Centrix Bank in the United Kingdom. I am sorry for using this medium to contact you as it is highly unsecure but I have no choice as it is the only medium I can use in establishing contact with you that is quick as this matter is in dire need of urgent attention.
I would want you to assist in a business venture involving £2,600,000.00 (Two Million, Six Hundred Thousand British Pounds) but have to be sure that you are willing to indulge in this transaction.
Please kindly get back to me if you are interested so I can furnish you with more details. I can be reached on this email address<EMAIL_ADDRESS>I await your immediate response,
Regards,
Barry Leonard
IMPORTANT!
Do not attempt to reach me on my office email or office numbers as it is highly insecure and is being monitored.
- BARRY LEONARD


{% extends "base.html" %} {% block title %}Me!{% endblock %} {% block content %}
Look on my works, ye mighty, and Despair!
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3D Orbiting
Split Images
By:
Kyle Brumm
Chillwave Lo-Fi Coffee
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MongoDB
New in version 2.1.
Driver short name
MongoDB
Build dependencies
Mongo C++ client legacy library
Deprecated
This driver is considered for removal in GDAL 3.5. You should consider using the MongoDBV3 driver instead. If you need this driver in future GDAL versions, create a ticket at https://github.com/OSGeo/gdal (look first for an existing one first) to explain how critical it is for you (but the GDAL project may still remove it). To enable use of the deprecated driver the GDAL_ENABLE_DEPRECATED_DRIVER_MONGODB configuration option / environment variable must be set to YES.
This driver can connect to the a MongoDB service.
The driver supports read, creation, update and delete operations of documents/features and collections/layers. The MongoDB database must exist before operating on it with OGR.
This driver uses the legacy MongoDB C++ driver client library. To connect to MongoDB 3.0 or later servers, starting with GDAL 3.0, use the new MongoDBv3 driver which uses the MongoDB C++ v3.4.0 client library. This driver will be eventually in favor of MongoDBv3
Driver capabilities
Supports Create()
This driver supports the GDALDriver::Create()
operation
Supports Georeferencing
This driver supports georeferencing
Supports VirtualIO
This driver supports virtual I/O operations (/vsimem/, etc.)
MongoDB vs OGR concepts
A MongoDB collection within a database is considered as a OGR layer. A MongoDB document is considered as a OGR feature.
Dataset name syntax
There are two main possible syntaxes:
One using MongoDB URI, such as mongodb://[usr:pwd@]host1[:port1]…[,hostN[:portN]]][/[db][?options]]
One using just MongoDB: as the name and open options to specify host, port, user, password, database, etc…
The open options available are :
URI=uri: Connection URI
HOST=hostname: Server hostname. Default to localhost.
PORT=port. Server port. Default to 27017.
DBNAME=dbname. Database name. Should be specified when connecting to hosts with user authentication enabled.
AUTH_DBNAME=dbname. Authentication database name, in case it is different from the database to work onto.
USER=name. User name.
PASSWORD=password. User password.
AUTH_JSON=json_string. Authentication elements as JSon object. This is for advanced authentication. The JSon fields to put in the dictionary are :
“mechanism”: The string name of the sasl mechanism to use (MONGODB-CR, SCRAM-SHA-1 or DEFAULT). Mandatory.
“user”: The string name of the user to authenticate. Mandatory.
“db”: The database target of the auth command, which identifies the location of the credential information for the user. May be “$external” if credential information is stored outside of the mongo cluster. Mandatory.
“pwd”: The password data.
“digestPassword”: Boolean, set to true if the “pwd” is undigested (default)
“pwd”: The password data.
“serviceHostname”: The GSSAPI hostname to use. Defaults to the name of the remote host.
SSL_PEM_KEY_FILE=filename. SSL PEM certificate/key filename.
SSL_PEM_KEY_PASSWORD=password. SSL PEM key password.
SSL_CA_FILE=filename. SSL Certification Authority filename.
SSL_CRL_FILE=filename. SSL Certification Revocation List filename.
SSL_ALLOW_INVALID_CERTIFICATES=YES/NO. Whether to allow connections to servers with invalid certificates. Defaults to NO.
SSL_ALLOW_INVALID_HOSTNAMES=YES/NO. Whether to allow connections to servers with non-matching hostnames. Defaults to NO.
FIPS_MODE=YES/NO. Whether to activate FIPS 140-2 mode at startup. Defaults to NO.
BATCH_SIZE=number. Number of features to retrieve per batch. For most queries, the first batch returns 101 documents or just enough documents to exceed 1 megabyte. Subsequent batch size is 4 megabytes.
FEATURE_COUNT_TO_ESTABLISH_FEATURE_DEFN=number. Number of features to retrieve to establish feature definition. -1 = unlimited. Defaults to 100.
JSON_FIELD=YES/NO. Whether to include a field called “_json” with the full document as JSON. Defaults to NO.
FLATTEN_NESTED_ATTRIBUTE=YES/NO. Whether to recursively explore nested objects and produce flatten OGR attributes. Defaults to YES.
FID=name. Field name, with integer values, to use as FID. Defaults to ogc_fid.
USE_OGR_METADATA=YES/NO. Whether to use the _ogr_metadata collection to read layer metadata. Defaults to YES.
BULK_INSERT=YES/NO. Whether to use bulk insert for feature creation. Defaults to YES.
Note: the SSL_* and FIPS_MODE options must be set to the same values when opening multiple types MongoDB databases. This is a limitation of the Mongo C++ driver.
Filtering
The driver will forward any spatial filter set with SetSpatialFilter() to the server when a “2d” or “2dsphere” spatial index is available on the geometry field.
However, in the current state, SQL attribute filters set with SetAttributeFilter() are evaluated only on client-side. To enable server-side filtering, the string passed to SetAttributeFilter() must be a JSon object in the MongoDB filter syntax.
Paging
Features are retrieved from the server by chunks of 101 documents or just enough documents to exceed 1 megabyte. Subsequent batch size is 4 megabytes. This can be altered with the BATCH_SIZE open option.
Schema
When reading a MongoDB collection, OGR must establish the schema of attribute and geometry fields, since, contrary to MongoDB collections which are schema-less, OGR has a fixed schema concept.
In the general case, OGR will read the first 100 documents (can be altered with the FEATURE_COUNT_TO_ESTABLISH_FEATURE_DEFN open option) of the collection and build the schema that best fit to the found fields and values.
If the collection/layer has been previously created with OGR, a _ogr_metadata special collection contains the OGR schema, in which case it will be directly used. It might be possible to ignore the schema written in _ogr_metadata by setting the USE_OGR_METADATA=NO open option.
It is also possible to set the JSON_FIELD=YES open option so that a _json special field is added to the OGR schema. When reading MongoDB documents as OGR features, the full JSon version of the document will be stored in the _json field. This might be useful in case of complex documents or with data types that do not translate well in OGR data types. On creation/update of documents, if the _json field is present and set, its content will be used directly (other fields will be ignored).
Feature ID
MongoDB have a special _id field that contains the unique ID of the document. This field is returned as an OGR field, but cannot be used as the OGR special FeatureID field, which must be of integer type. By default, OGR will try to read a potential ‘ogc_fid’ field to set the OGR FeatureID. The name of this field to look up can be set with the FID open option. If the field is not found, the FID returned by OGR will be a sequential number starting at 1, but it is not guaranteed to be stable at all.
ExecuteSQL() interface
If specifying “MongoDB” as the dialect of ExecuteSQL(), a JSon string with a serialized MongoDB command can be passed. The result will be returned as a JSon string in a single OGR feature.
Standard SQL requests will be executed on client-side.
Write support
Layer/collection creation and deletion is possible.
Write support is only enabled when the datasource is opened in update mode.
When inserting a new feature with CreateFeature(), and if the command is successful, OGR will fetch the returned _id and use it for the SetFeature() operation.
Layer creation options
The following layer creation options are supported:
OVERWRITE=YES/NO. Whether to overwrite an existing collection with the layer name to be created. Defaults to NO.
GEOMETRY_NAME=name. Name of geometry column. Defaults to ‘geometry’.
SPATIAL_INDEX=YES/NO. Whether to create a spatial index (2dsphere). Defaults to YES.
FID=string. Field name, with integer values, to use as FID. Defaults to ‘ogc_fid’
WRITE_OGR_METADATA=YES/NO. Whether to create a description of layer fields in the _ogr_metadata collection. Defaults to YES.
DOT_AS_NESTED_FIELD=YES/NO. Whether to consider dot character in field name as sub-document. Defaults to YES.
IGNORE_SOURCE_ID=YES/NO. Whether to ignore _id field in features passed to CreateFeature(). Defaults to NO.
Examples
Listing the tables of a MongoDB database:
ogrinfo -ro mongodb://user:password@ds047612.mongolab.com:47612/gdalautotest
Filtering on a MongoDB field:
ogrinfo -ro mongodb://user:password@ds047612.mongolab.com:47612/gdalautotest -where '{ "field": 5 }'
Creating and populating a collection from a shapefile:
ogr2ogr -update mongodb://user:password@ds047612.mongolab.com:47612/gdalautotest shapefile.shp
Build instructions
GDAL/OGR must be built against the MongoDB C++ driver client library, in its “legacy” version (tested with 1.0.2), in order to the MongoDB driver to be compiled.
You must first follow MongoDB C++ driver client build instructions, which require to have Boost libraries available.
Then:
On Linux/Unix, run ./configure –with-mongocxx=/path/to/installation/root (if the driver is already installed in /usr, this is not needed). If the Boost libraries are not found in the system paths, the path to the directory when the libraries are found can be specified –with-boost-lib-path=/path/to/boost/libs .
On Windows, uncomment and adapt the following in nmake.opt (or add in nmake.local):
# Uncomment for MongoDB support # This configuration is valid for a libmongoclient built as a DLL with: # scons.bat --32 --dynamic-windows --sharedclient --prefix=c:\users\even\dev\mongo-client-install # --cpppath=c:\users\even\dev\boost_1_55_0_32bit --libpath=c:\users\even\dev\boost_1_55_0_32bit\lib32-msvc-10.0 install # Uncomment if plugin is preferred #MONGODB_PLUGIN = YES MONGODB_INC = c:/users/even/dev/mongo-client-install/include # Boost library names must be edited to reflect the actual MSVC and Boost versions BOOST_INC = c:/users/even/dev/boost_1_55_0_32bit BOOST_LIB_PATH= c:\users\even\dev\boost_1_55_0_32bit\lib32-msvc-10.0 MONGODB_LIBS = c:/users/even/dev/mongo-client-install/lib/mongoclient.lib \ $(BOOST_LIB_PATH)\libboost_thread-vc100-mt-1_55.lib \ $(BOOST_LIB_PATH)\libboost_system-vc100-mt-1_55.lib \ $(BOOST_LIB_PATH)\libboost_date_time-vc100-mt-1_55.lib \ $(BOOST_LIB_PATH)\libboost_chrono-vc100-mt-1_55.lib