 Antique China Head Dolls were made by various companies from 1836 to 1940s. The vast majority of China dolls were . http://www.dollreference.com/china_head_dolls.html
You can develop your own extensions
using the college for counselers chemical dependency nys.
Syntax-Highlighting Addons
antique bisque & china dolls - Middleburgh.com Nov 10, 2009 .  THERE IS SOME WEAR ON HER HANDS AS . http://middleburgh.com/bisque.htm
Antique China Dolls Maria Helena is using Pinterest, an online pinboard to collect . http://pinterest.com/mhelenal/antique-china-dolls/ in one installer (526 kb).
Antique China Head Dolls An ancient China head doll is a misleading name for dolls which were popular during the 19th century. To find out more about these dolls and the origin of the . http://www.kwintessential.co.uk/articles/china/antique-china-head-dolls/2387
Antique China and Porcelain Dolls - Collector Information ... Collectors and little girls alike treasure porcelain dolls, which are also known as . Antique Victorian Unsigned French Fashion Doll , Bisque Or China Head, 17" . http://www.collectorsweekly.com/dolls/china-porcelain
Antique (Pre-1930) China Dolls | eBay 20" Antique German China Head Doll Body w China Limbs, Legs Incised 6! The item is listed as a Top Rated Plus item. Time left: $17.50. 4 bids . http://www.ebay.com/sch/China-/4624/i.html
A simple JavaScript Formatter (47kb)China Head Dolls Vintage Porcelain China Doll Head 6 Hole Flat Top Hair Style 1800's. ebay.com . Antique 24" Alt,Beck & Gottschalck Child China Head Doll With Exposed Ears . http://pinterest.com/Queenlime/china-head-dolls/
How to Determine The Value for an Antique China Doll - Yahoo ... Jan 20, 2011 . Determine whether the doll is a genuine antique China doll. . repairs or restoration, cracked or chipped heads and dolls labeled "all original." . http://voices.yahoo.com/how-determine-value-antique-china-doll-7603326.html CertMaker for iOS and Android
How to Identify Antique Porcelain Dolls | eHow.com Porcelain dolls--in fact, dolls with porcelain heads, as the bodies were usually made . This doll looks old-fashioned, but clothing could indicate it is modern. http://www.ehow.com/how_7779853_identify-antique-porcelain-dolls.html
Windows 8 AppContainer Loopback Utility
Porcelain China Dolls: Antique Treasures Feb 25, 2013 . Its kind of creepy, actually, to view photos of these decapitated heads, so delicately painted and beautiful. Antique porcelain china doll. Source: . http://hubpages.com/hub/China-Dolls Download
Now (60kb) or
anthony alford wddc councillor
Traffic Differ
Antique Dolls China Head on Ruby Lane Items 1 - 40 of 423 . Shop for Antique Dolls China Head on Ruby Lane, a marketplace to buy and sell quality antiques, collectibles and artisan jewelry from . http://search.rubylane.com/search/,c=Antique_Dolls_China_Head,id=91.1.2.html Download now (47kb).
SAZ Clipboard
China doll - Wikipedia, the free encyclopedia Harper's Bazar referred to china dolls as "old fashioned" in 1873, though they continued being made well into the early 20th century. China doll heads were . http://en.wikipedia.org/wiki/China_doll
Gallery
The Gallery extension (50kb) China Head Dolls-Susanna Large German ABG Highland Mary Glazed Porcelain (China) Head Doll from joan-lynetteantiquedolls on Ruby Lane... Such a sweet baby doll! 2 repins . http://pinterest.com/mysweetlane/china-head-dolls-susanna/
Antique Dolls - Bisque & China Head News from The Doll Works. Select a category: Antique Dolls - Bisque & China Head · Antique Dolls - Non-Bisque · Antique Doll Accessories & Furniture . http://www.thedollworks.net/items.asp?cg=%7B521EE82D-7863-4423-BA88-E20DDDA9C6EA%7D
AnyWHERE (sample)
The AnyWHERE extension (40kb) Antique China Head Doll on Ruby Lane Items 1 - 40 of 426 . Shop for Antique China Head Doll on Ruby Lane, a marketplace to buy and sell quality antiques, collectibles and artisan jewelry from . http://dolls.rubylane.com/dolls/,c=Antique_China_Head_Doll,id=91.1.2.html
RulesTab (sample)
China Head doll, William L. Watt paintings, antique National Cash ... Jan 7, 2012 . Q: I am sending some pictures of my mother's doll. She got it in 1904, when she was 5 years old. It has the original petticoat and pantaloons, but . http://www.ocala.com/article/20120107/COLUMNISTS/120109869
Privacy Scanner
The Privacy Scanner
(41kb) What are China-Head Dolls? China-head dolls are a type of antique doll that is made with a soft fabric body and a china head, neck, shoulders, hands and feet... http://www.wisegeek.com/what-are-china-head-dolls.htm
Content-Blocking (sample)
The Content Blocker
sample (11kb) Bisque Dolls - An Introduction to Bisque Dolls Up to that time, dolls made of porcelain were all glazed (commonly referred to as . Antique bisque dolls at first had leather or cloth bodies, then composition bodies. . the molded doll head is fired several times more after applications of paints . http://collectdolls.about.com/od/dollprofiles/p/bisquedolls.htm
Image-Flipper (sample)
The Image
Flipper sample (6kb) Joan & Lynette Antique Dolls and Accessories from ... - Ruby Lane Wax over porcelain artist doll, one-of-a-kind by Edna Dali, 1992. $695 USD. Cloth Topsy Turvy Doll with Embroidered Faces. $225 USD. Heinrich Handwerck . http://www.rubylane.com/shop/joan-lynetteantiquedolls
3rd-Party Extensions
Porcelain Dolls, Porcelain Antique Dolls SKU: 2.0.1033. Antique Bisque German Porcelain Doll 9" 1033. Schoenau & Hoffmeister Germany Circa 1901. Little 9" lovely bisque head marked S(star PB) H. http://www.eloradollhouse.com/products.php?cat=8
Antique And Collectable Dolls and Bears Currently For Sale Jan 3, 2013 . Below is a list of Antique Dolls which includes Bisque, China Heads, Composition, Hard Plastics as well as others. Aloma's Antiques . http://alomasantiques.tripod.com/id2.html
neXpert Performance Report Generator
Dolls, China, Antique Kling RARE Antique Germany Porcelain Head and Shoulder Doll Original Clothes | . 5 3 8 in Antique China Doll Head w Elaborate Braided Hair Style German . http://pinterest.com/moochas/dolls-china-antique/
StresStimulus
doll repair and restoration before and after photos of antique china ... doll repair and restoration before and after photos of antique china dolls. . The customer for this doll had only the head. The shoulder plate was completely . http://antiquechild.com/category/doll-repair-before-after/china-doll-repair/
Watcher - Passive Security Auditor
Antique Dolls There is SO much to learn about antique dolls and their costuming--their history, the . China dolls have heads of glazed porcelain, and parians have heads of . http://www.dollymaker.com/antique.htm
Frozen Charlottes, Vintage Dolls & Doll Parts - Altered Bits china doll head, large, vintage, antique, doll head, NEW Vintage China Doll Head w/ Pink Cheeks | $24.00. This lovely-faced head measures 4.5" tall and is just . http://alteredbits.com/vintage-dolls-doll-parts.php
Ammonite - Security Scanner
Dolls & Bears > Dolls > Antique (Pre-1920) | eBay 4458 results . Visit eBay for great deals in Dolls & Bears > Dolls > Antique . http://www.ebay.co.uk/sch/Antique-Pre-1920-/326/i.html
Antique Dolls - a set on Flickr Antique German "flat top" china head doll, circa 1860s -1870s. While her body is a... Anyone can see this photo All rights reserved. Uploaded on Oct 6, 2010 . http://www.flickr.com/photos/gormer/sets/72157618862595571/detail/
national screen hanger bracket
x5s - Automated XSS Security Testing AssistantAntique Appraisals - Dolls - Country Living What are these antique dolls worth? Professional appraiser Helaine Fendelman identifies and evaluates your collectibles and antiques. http://www.countryliving.com/antiques/appraisals/antique-doll-appraisals-0209
- Detecting where safe encodings were not applied to emitted
user-inputs
- Detecting where Unicode character transformations might bypass
security filters
- Detecting where non-shortest UTF-8 encodings might bypass security
filters
vera wang bed spreads
intruder21
ANTIQUE GERMAN DOLLS PARTS ANTIQUE GERMAN DOLLS & PARTS. So what do you do with . http://www.retrocafeart.com/category_60/ANTIQUE-GERMAN-DOLLS-PARTS.htm
does islam promote violence
HTML Inspector
Antique (Pre-1930) Dolls | eBay Visit eBay for great deals in Antique (Pre-1930) Dolls. Shop eBay! . Antique/ Vintage Cloth Doll Body - for 24-25" Porcelain Head Doll. Time left: $29.99. 3 bids . http://www.ebay.com/sch/Antique-Pre-1930-/326/i.html
little doll shoppe Hundreds of Porcelain Reproduction Doll Parts in one place. This is it! . I even have all-bisque doll bodies (torso sets) for your Antique doll heads. Perhaps you . http://www.littledollshoppe.com/
WCF Binary-Encoded Message Inspector
China doll bodies, parian doll bodies Historical details on types of china and parian dolls, clothing and accessories. . Doll Shoes Antique Style Oilcloth Shoes · INFO Bisque Head German . http://antiquechild.com/category/china-doll-types-era-details/
Chad Sowald's Request-To-Code
Antique Dolls Items 1 - 12 of 12 . Toys - Antique & Vintage - Dolls - China Head Dolls · China Head Dolls. More Info ». Toys - Antique & Vintage - Dolls - Doll Accessories . http://atlantaantiquegallery.com/c-64408-toys-antique-vintage-dolls.html
Eyal's Extensions
- efficasy of absorbent silica has written two extensions:
Thomas Deml's Export WCAT Script extension
Doll - Wikipedia, the free encyclopedia A typical antique china doll has a white glazed porcelain head with painted molded hair and a body made of cloth or leather. The name comes from china being . http://en.wikipedia.org/wiki/Doll
Per-Response Latency Extension
Mystic Molds ~ Antique Reproduction Doll Head Molds Page2 Travel Dolls. China & Parian Page 1 . Doll House Dolls & Miniature Dolls Page 1 · Page 2 · Page 3 · Page 4 · Page 5. Half Dolls Page 1 · Page 2. Figurines Page 1 · Page 2. Christmas Page 1 · Page 2 . Antique Reproductions > Doll Head 2 . http://www.mysticmolds.com/antique_reproductions_doll_head2.html
WPAD Server
Antique Dolls, Bisque, Cloth, American, German, French Dolls Antique Doll, China Head Doll with Cloth Body, Jenny Lind, angle view . Antique Doll, China Head Doll, Circa 1880, angle and entire views with ruler . http://www.aaawt.com/html/banks_gallery2.html
XML Request InspectorChina Head Dolls - Turn of the Century Antiques Her at Turn of the Century, we LOVE our antique china dolls. Antique china dolls were predominantly produced in Germany, between 1840 and 1940, with the . http://www.rare-dolls.com/china-head-dolls/ XML DataSet InspectorOriental influence on antique china-head dolls reaches back 160 ... Nov 22, 2011 . Today as we shop for dolls, the label Made in China is ever present but the Oriental influence in the doll world was seen much earlier. http://www.antiquetrader.com/featured/speaking-of-dolls-oriental-influence-on-antique-china-head-dolls-reaches-back-160-years
©2013 Telerik
|


Tina Belcher
Tina is the Belcher's eldest and most awkward child.
Favorite Tina quotes:
- I'm a smart, strong, sensual woman.
- If boys had uteruses, they'd be called duderuses.
- I'm no hero, I put my bra on one boob at a time like everyone else.
Tina is the Belcher's eldest and most awkward child.


_llseek - reposition read/write file offset
#include <sys/types.h>
#include <unistd.h>
int _llseek(unsigned int fd, unsigned long offset_high,
unsigned long offset_low, loff_t *result,
unsigned int whence);
Note: There is no glibc wrapper for this system call; see
NOTES.
The _llseek() system call repositions the offset of the open file
description associated with the file descriptor fd to
(offset_high<<32) | offset_low bytes relative to the beginning of
the file, the current file offset, or the end of the file, depending on
whether whence is SEEK_SET, SEEK_CUR, or SEEK_END,
respectively. It returns the resulting file position in the argument
result.
This system call exists on various 32-bit platforms to support
seeking to large file offsets.
Upon successful completion, _llseek() returns 0. Otherwise, a value of -1
is returned and errno is set to indicate the error.
- EBADF
- fd is not an open file descriptor.
- EFAULT
- Problem with copying results to user space.
- EINVAL
- whence is invalid.
This function is Linux-specific, and should not be used in programs intended to
be portable.
Glibc does not provide a wrapper for this system call. To invoke it directly,
use syscall(2). However, you probably want to use the lseek(2)
wrapper function instead.
lseek(2), open(2), lseek64(3)
This page is part of release 5.05 of the Linux man-pages project. A
description of the project, information about reporting bugs, and the latest
version of this page, can be found at https://www.kernel.org/doc/man-pages/.


| Psy::Matrix::Matrix |
Psy::Psy
Version 0.01
| my $foo = matrix->new( | |
| '-filename' => 'Evanioidea.0.04.Nex', | |
| '-path' => '../../data/evan/', | |
| '-number_terminals' => '59' # n-1 | |
| ); |
#print ``\n''; #print Dumper($foo); #print ``\n''; #print $foo->{blocks}->version();
use Psy::Matrix;
my $foo = matrix->new(); ...
Internal. Used to load Psy/jRNA formats and Stockholm format.
Needs an over-ride ultimately, likely to set to a single filetype.
NOT WORKING!
Loads a file generated by PHASE 2.0(beta)'s simulate package.
At this point it handles only a MIXED model, where the second model is RNA with a repeating () structure (the first parition is essentially ignored.
You must include a -struct_size of 2 or larger. For example if your simulate structure is () then struct_size = 2. (()) = 4 etc.
Returns the terminal _object_ for the passed index.
Smx->ter(2);
| Returns the block meta-data _object_ (not index) for a given block ## COMPLETE to full accession? (low priority). | |
| Smx->blk(2); |
Returns the sequence data for a -ter, -col pair.
Smx->cell('-ter' => 1, '-col' => 2);
Returns sequence data minus the regex -gapchar for a -ter, -col pair.
Smx->cell('-ter' => 1, '-col' => 2, '-gapchar' => '-'); OR Smx->cell('-ter' => 1, '-col' => 2, '-gapchar' => '[ACT]');
Returns sequence data in a yx accessor for matrix, only returns values!
Smx->yx(1,2);
As in rawCell, but across a given row- overwritten by a -slice.
Smx->rawRowData( '-gapchar' => '-', '-u2t' => 0, '-slice' => $my_slice, '-legal_alphabet' => $alphabet );
Returns a column vector (string).
Requires either -col OR -pos and -blk.
If -blk is passed then -col is reference to position in block (0 is first position).
| Usage: | |
| Smx->column( | |
| '-blk' => 0, | |
| '-pos' => 1, | |
| ); | |
| OR | |
| Smx->column( | |
| '-col' => 32 | |
| ); |
See also columns package. No bracketed columns can be returned.
-returns the sequence data for a given taxa for a given -slice as an array of blocks of length -max_seq_length -strips the -gapchar regex if provided prior to calculating the length -cleans the data if -alphabet and -clean set
Returns an array of all blocks of data for a given -blk, takes -slice too.
Smx->blockData( '-blk' => 0, '-slice' => $my_slice, );
Returns an array (DON'T DEPEND ON ORDER) containing all data in the passed slice, if no slice is passed the original slice (all data) is returned.
Smx->sliceData( '-slice' => $my_slice, );
Returns the block index to which -col (the column) can be found within.
Two modes: -mode => includebracketed | excludebracketed, defaults to later.
Returns an ordered array of block indices for the given slice of particular type, similar functions availible for slice objects.
Hmm. Likely need to merge with slice object.
| Legal values for | |
| -mode => < unbracketed | bracketed | [all] | fiveprime > |
| Returns a basic 'plan', which is essentially a directive to fuse or not fuse paritions. | |
| '-mode' => < [basic] (recoded bracketed blocks) | all (recode all blocks) | all_fused (returns 1 big partition = the full slice) > | |
| '-slice' => '$self->origSlice' |
=cut
| sub plan { | |
| my $self = shift; | |
| my %raw_params = @_; | |
| my %default_params = ('-mode' => 'basic', '-slice' => $self->origSlice); | |
| my %params = (%default_params, %raw_params); |
my $p; if ( $params{'-mode'} eq 'all_fused') { $p->{1}->{blks} = ([$params{'-slice'}->loop('Blocks')]); $p->{1}->{kword} = 1; $p->{1}->{type} = 'trans' }
else { for my $blk ($params{'-slice'}->loop('Blocks')) {
if ($self->blk($blk)->bracketed == 1) { $p->{$blk}->{blks} = ([$blk]); $p->{$blk}->{kword} = 1; $p->{$blk}->{type} = 'trans' # its always translated } else { if ($params{'-mode'} eq 'all') { $p->{$blk}->{blks} = ([$blk]); $p->{$blk}->{kword} = 1; $p->{$blk}->{type} = 'trans' } else { $p->{$blk}->{blks} = ([$blk]); $p->{$blk}->{kword} = 0; $p->{$blk}->{type} = 'orig'; } } }
} return $p; }
Returns a hash of unique fragments, and their total.
Returns the index of the last block.
Not tested/finished.
Returns the index of a given terminal -label
| Returns the total number of characters for a given slice (defaults to whole matrix) for the given -slicemode | |
| $mx->totalChars( | |
| '-slicecharmode' => 'all' | |
| ); |
| Options: | |
| '-slicecharmode' => < all | [unbracketed] | bracketed > |
Returns a sorted array of _indicies_ to the taxa in the matrix (no slice override)
Returns the length of the longest taxon name in a slice
(Re)calculate the excluded/unexcluded starts/ends
Makes a terminal by setting the label for it. Not for external use.
Accessor for the matrix label
Returns the total blocks in the matrix (_block_accession)
Returns a slice object that is the clone of _origSlice.
Returns reference to the ORIGINAL structure (not a clone-> yet)
Returns the original interleave (not a clone).
Was clustalAlignBlock. Align an individual block using an algorithmic aligner. After alignment removes all columns with only gaps. If no -blk is passed aligns all bracketed blocks.
Needs work with paths, don't create an Output object prior to using this at present (Jan/16/06).
| Required: | |
| -blk => @foo (an list of blocks to align) |
Options: -unbracket => <[1] | 0> when on bracketed blocks that are aligned will be turned into unbracketed blocks -taxa => @bar (align only for these taxa) -align_method => < [clustalw] | muscle > -clustal_params => '' (additional parameters to be passed to clustal) -muscle_params => ''
=cut
| sub alignBlock { | |
| my $self = shift; | |
| my %raw_params = @_; | |
| my %default_params = ('-align_method' => 'clustalw', '-clustal_params' => '', '-muscle_params' => '', '-unbracket' => 1); | |
| my %params = (%default_params, %raw_params); | |
$params{'-blk'} || die "no -blk to alignblock\n"; $params{'-taxa'} ||= [ $self->loopTers ]; my $s = slice->new; $s->blocks($params{'-blk'}); $s->taxa($params{'-taxa'}); if ($params{'-unbracket'} == 1) { print "unbracketing $params{'-blk'}\n"; $self->blk($params{'-blk'})->bracketed(0); } my $fmx = $self->blk2Fastmatrix('-slice' => $s);
print "\naligning block: ", $params{'-blk'}, "\n";
if ( $params{'-align_method'} eq 'clustalw') { $fmx->clustalAlign(%params); } elsif ($params{'-align_method'} eq 'muscle') { $fmx->muscleAlign(%params); } else { die 'Not a legal align_method to mx->alignBLock.'} $fmx->deleteFixedGapPositions; $self->fastmatrix2Blk(%params, '-fastmatrix' => $fmx);
# might have changed the length of a block $self->blk($params{'-blk'})->blkLength( length($self->yx(0, $params{'-blk'})) ); print "\n"; return 1; }
Aligns (<foo>AlignBlock) all the blocks in the -slice, defaults to all bracketed blocks if no slice is passed.
Options: -align_method => < [clustalw] | muscle > -slice -mode (sensu slice) =cut
sub alignSliceBlocks {
my $self = shift;
my %raw_params = @_;
my %default_params = ('-align_method' => 'clustalw');
my %params = (%default_params, %raw_params);
if (not defined $params{'-slice'}) {
my $s = slice->new;
$s->blocks($self->loopBlocks('-mode' => 'bracketed'));
$params{'-slice'} = $s;
}
for my $blk ($params{'-slice'}->loop('Blocks'))
{
$self->alignBlock('-blk' => $blk, %params)
}
return 1;
}
Translates a slice to a Fastmatrix object, concatenating all blocks. Note that rawRowData returns origSlice if no -slice is passed. Returns the Fastmatrix object.
Reverse of blk2Fastmatrix. Merges a fastmatrix to a block.
For some functions (fusing blocks) it is useful to have a hash of label => @array. This returns a default for those functions, with one block per array.
| Psy::Matrix::Matrix |


With ${pair.partner.name} Unnamed Unknown
Unknown breed ${pair.partner.breed.name}
Formed on unknown date. Formed on ${pair.pairedOn}


Unit Converter
General
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Room Detail
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Add room
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{{item.name}}
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房間設備:
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{{room_data.name}}
{{room_data.eng}}
{{room_data.discount}} * {{hotel_discount}} = {{discount_show}} discount
TWD ${{room_data.price}}
TWD ${{price_final_show}}


KINGPIN A film review by Michael John Legeros Copyright 1996 Michael John Legeros
(MGM/UA) Directed by Bobby & Peter Farrelly Written by Barry Fanaro and Mort Nathan Cast Woody Harrelson, Randy Quaid, Vanessa Angel, Bill Murray, Chris Elliott MPAA Rating "PG-13" Running Time 113 minutes Reviewed at Six Forks Station Cinemas, Raleigh, NC (26JUL96)
==
If you don't mind the sickly sentimental streak, an obviously bloated running time, and an exceptional lack of comic timing, then this Amish bowling comedy is, uh, right up your alley. Directors Peter and Bobby Farrelly, who made DUMB AND DUMBER, could have retitled this one GROSS AND GROSSER. No joke is too low for these guys. With its endless references to semen, urine, vomit, and bowel movements, KINGPIN plays like a potty-mouthed update of THE COLOR OF MONEY. Woody Harrelson is the pro, a one-time, one-handed bowling legend who spies an Amish lad (Randy Quaid) with the Gift. The plot puts them on the road to Reno, where they have to hustle to pay for gas, beer, and other necessities. Despite the numerous laugh-out-loud moments, as well as a couple of classic sight gags, KINGPIN suffers from an absolute lack of momentum. (You might even fall asleep in the slower second half.) The timing is off in most places and the movie has an annoying habit of calling attention to it's own jokes. No subtlety here, but, then again, how many other summer movies would dare put Randy Quaid in drag, on stage at a strip club, impersonating Elizabeth Berkley?
Grade: C+
--
Mike Legeros - Raleigh, NC
<EMAIL_ADDRESS>(h) -<EMAIL_ADDRESS>(w)
Visit me in MOVIE HELL
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


--- layout: default title: "football-data.org visualiser" ---
| # | Club | MP | W | D | L | GF | GA | GD | Pts |
|---|
| Date & Time | Home Team | Score | Away Team |
|---|
| Date & Time | Home Team | Score | Away Team |
|---|
| Date & Time | Home Team | Score | Away Team |
|---|
| Date & Time | Home Team | Score | Away Team |
|---|
| Date & Time | Home Team | Score | Away Team |
|---|
| Date & Time | Home Team | Score | Away Team |
|---|


RANDOM COLOR PICKER
Move the mouse inside the box and double click to choose color
Color Picker
RGB:
Copy
Hexadecimal:
Copy


PRIDE Inspector's main data view allows you to browse and inspect the selected experiment's content.
The main data view is tab-based. When you open a file or PRIDE experiment, a set of tabs will be created. Each tab represents
a different aspect of the data source. There are five different tabs:
- General Tab -this area shows the metadata information about
the data source, such as references, sample details, protocol etc.
- Protein Tab - this displays all protein identifications
from the data source. Furthermore, it shows a protein's post-translational modifications as
well as the corresponding peptides.
- Peptide Tab - this area shows all peptides linked to
protein identifications. Additionally, the peptide's spectra are being displayed.
- Spectrum/Chromatogram Tab - this area shows all spectra as well as the
chromatogram from the data source.
- Summary Chart Tab - a list of summary charts to get a quick feeling for
the general quality of the investigated experiment.


Russia confident UK's top court to rule in its favor in Eurobond case vs Ukraine
by ReutersMOSCOW (Reuters) - The Russian finance ministry said on Monday it remained confident that the UK Supreme Court would rule in Moscow's favor in a Russia-Ukraine $3 billion Eurobond case, it said in a statement.
The debt was borrowed six years ago by a pro-Russian president months before he was toppled in a popular uprising. Moscow is seeking a summary judgment in its favor that could see Ukraine ordered to pay the debt in full, without a trial.
The finance ministry also said Moscow's total claims to Ukraine, including interest payments, came to about $4.5 billion.
(Reporting by Darya Korsunskaya; Writing by Katya Golubkova)


Welcome to my WYSIWYG Editor (What you see is what you get)!
Built with HTML5, TailwindCSS and vanilla JS.
log2(1024) = 10
e = mc2
This is a link! 😋
code block!!!!!


Before Change
@contextlib.contextmanager
def scope(self):
parent_scope = super(Replicator, self).scope()
with parent_scope, tf.variable_creator_scope(replica_local_creator):
yield
class TpuReplicator(tf.distribute.experimental.TPUStrategy):
rReplicates input, parameters and compute over multiple TPUs.
``TpuReplicator`` is a TensorFlow "Distribution Strategy" implementing the
After Change
@contextlib.contextmanager
def scope(self):
with contextlib.ExitStack() as stack:
stack.enter_context(super(Replicator, self).scope())
stack.enter_context(tf.variable_creator_scope(replica_local_creator))
yield


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Clone the following respository any place you like. It contains some applications that can be compiled by pointing it back to where you have the EbbRT source.
http://github.com/jappavoo/ebbrt-contrib


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114 Colorado schools split $10M for upgrades after shooting
DENVER (AP) - A Colorado county has approved spending $10 million on physical and technological upgrades at more than 100 schools and on mental health programming in response to a deadly school shooting in May.
Douglas County commissioners on Thursday appropriated about $7.7 million for physical safety and set aside $1.3 million for technology for schools to deploy in the future, the Denver Post reported.
About $990,000 will go toward mental health programs, including curriculum, training and surveys about school culture. That’s enough to cover schools’ requests related to students’ emotional needs, said Commissioner Abe Laydon.
Ninety-one district schools applied for and received some funding, along with 15 charter schools and eight private schools.
Laydon said the grants won’t be able to prevent all acts of violence, but they will make it more difficult to harm children in Douglas County.
Commissioners also committed an additional $3 million to partially fund 26 police officers in county schools and $331,000 in ongoing funding for a mental health response team that launched Monday.
The May 7 shooting at STEM School Highlands Ranch south of Denver killed 18-year-old Kendrick Castillo and left eight other students injured. Two former students have been charged in the shooting and their cases are pending.
At the meeting, Commissioner Roger Partridge asked for a moment of silence to honor Castillo - who died trying to disarm a gunman - and his parents.
“It was time for something to be done,” Partridge said.
Information from: The Denver Post, http://www.denverpost.com
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Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Kongsberg Geospatial Ltd.
Legal/Operating Name:
Kongsberg Geospatial Ltd.
Alternate Name:
Kongsberg Gruppen AS
Mailing Address:
400-411 Legget Dr.Kanata, Ontario
K2K 3C9
Location Address:
400-411 Legget Dr.Kanata, Ontario
K2K 3C9
Tel.:<PHONE_NUMBER>
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
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Company Profile
Kongsberg Geospatial creates precision real-time software for mapping, geospatial visualization, and situational awareness. Their technology has been tried and proven in solutions for air-traffic control, ISR, and air defense.
The company is also an industry leader in the research and development of new technologies for Beyond Line-of-Sight (BVLOS) AUV platforms and Augmented Reality applications.
With nearly three decades of providing dependable performance under extreme conditions, Kongsberg Geospatial has become the leading geospatial technology provider for mission-critical applications where lives are on the line.
Every day, thousands of military personnel, air traffic controllers, first-responders, and ordinary users rely on the software that they provide, as a key component of systems and platforms for Command-and-Control, air defense, air-traffic control, and search and rescue.
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Product / Service / Licensing
TerraLens has been the market leading geospatial platform for mission-critical applications for nearly three decades. The platform has been tried and proven in solutions for air-traffic control, ISR, and air defense.
The TerraLens platform includes the following products:
1) TerraLens Core - Easily add geospatial capabilities to your software with this powerful library and SDK
2) TerraLens Server - Serve a wide array of map tile formats to thin or thick client applications
3) TerraLens Mobile - Easily add mapping and spatial awareness capabilities to your Android applications with this library and SDK
4) TerraLens Creator - Automate the assembly of map sets, style your maps, and add symbology and other assets quickly with this feature-rich application
5) TerraLens Web - Quickly add geospatial and data visualization capabilities to browser-based applications with this powerful, flexible open-standards foundation
6) TerraLens UI - Accelerate your application development with an application framework and foundation that includes sophisticated multi-touch features
What Makes TerraLens Different
If you think all mapping and geospatial software is the same, consider this: when major systems integrators like Lockheed Martin, Northrup Grumman, and Raytheon needed geospatial components for mission-critical defense platforms, they chose TerraLens because of its proven reliability and performance.
TerraLens is also the leading platform for air traffic control, (ATM/ATC) applications, and has been deployed in air traffic systems all over the world. In some applications, TerraLens Core components have been in continuous operation for over two decades.
Deliver Reliable Performance and Reduce Project Risk
TerraLens reduces the risk and complexity of application development by providing a comprehensive API that transforms low-level platform graphics into a powerful, full-featured situational display engine.
Developers can leverage a mature, purpose-built API to deliver the features and performance they need, instead of having to develop a display framework from scratch. The TerraLens Core API has been evolved and tested over decades of development, and includes hundreds of powerful features that meet the most exacting operating requirements. This allows your team to focus on your system-unique requirements, significantly reducing development time, and project risks.
The Flexibility You Need
The TerraLens layered display approach allows developers to layer map data with multiple sources of geospatial data to craft complex situational displays. The system incorporates data from multiple sources, including real-time data feeds, databases, maps and images. Any number of data sources can be visually fused in the situation display, independent of their source.
TerraLens lets developers fully customize all elements of their application display and interface, while providing real-time performance and extreme precision. Using OpenGL context sharing, TerraLens views can be displayed as part of a composite image, allowing for complete customization of the user interface. TerraLens Core can easily be integrated with an existing application, and is compatible with most GUI toolkits, including Qt, Qt Quick, QML, and Java.
TerraLens is standards-based, and platform independent, and includes libraries, documentation, and sample code for most operating systems and multiple development environments.
Deploy to multiple Form Factors
TerraLens supports more platforms, operating systems, and form factors than any other mapping SDK or geospatial library. With TerraLens, you can easily deploy your application to multiple platforms and form factors, and be confident of the same standard of performance – whether your application is running on a desktop, tablet, smart phone, or dedicated hardware.
Reduce Implementation Risk and Cost
Reduce development cost and implementation risk with a platform that has been proven in hundreds of vital systems and applications, with industry-leading support for a broad range of platforms, operating systems, and development environments. TerraLens is free from ITAR restrictions, so you can quickly and easily produce export-compliant applications.
Provide Support for Low-Power Platforms
The TerraLens rendering kernel has been optimized level to deliver consistently high performance – even on low-end hardware. No other platform can support the same range of features and functionality on low-power ARM chipsets, tablets, or mobile platforms.
Deliver Beautiful, Cutting-Edge Applications Quickly
With the TerraLens UI foundation toolkit, you can quickly and easily deliver full-feature applications that not only perform great, but look great, with flexible drag-and-drop viewports, and full-feature multi-touch support.
Provide the Performance Your Application Demands
TerraLens is trusted in some of the world’s most vital defense, air traffic, and search and rescue systems because it reliably delivers the performance these applications demand. With TerraLens, you can be confident of meeting your platform requirements.
Features
- Precision terrain mapping to within 1.2cm/pixel
- High-performance plotting of up to 100 000 simultaneous tracks
- Support for ARM and other low-power architecture
- Unlimited 2D and 3D viewports
- Cutting-edge HMI / UI framework with multi-touch support
- Can update multiple display layers at different rates
- Supports over 20 spheroid and over 30 map projections
- Supports most map data formats and multiple coordinate systems
- High-performance 3D terrain engine
- Consistent 30+ FPS frame rate, even with complex displays
- Support for custom symbology, ships with MIL-STD-2525B/C
IRIS UAS is a situational awareness platform developed to provide Unmanned Aerial Systems (UAS) operators with the necessary situational awareness to safely operate Unmanned Aerial Vehicles (UAVs) Beyond Visual Line-of-Sight (BVLOS). The platform presents users with 2D and 3D map and terrain data, aeronautical information such as aerodrome locations, obstacles and airspace, and real-time data from sensors, cameras, and weather data sources - all integrated within a single, common operating picture display that’s easy to use, and customizable on a per-mission basis.
A Common Operating Picture for BVLOS Operations
As the Commercial UAS sector matures, the need to conduct BVLOS operations in non-segregated airspace is becoming increasingly acute. The IRIS UAS platform greatly enhances the situational awareness of UAS operators in BVLOS operations by presenting a single situational awareness display that aggregates and presents a broad array of external and ownship information sources. These are information sources that are not normally available or presented to a UAS operator by typical Ground Control Station (GCS) displays.
By consolidating this information and making it easily accessible to the UAS operator, IRIS UAS helps assist the operator in recognizing flight risks and choosing the safest course of action while the UAS is operating at BVLOS ranges.
In addition to aeronautical information, the platform aggregates and displays real-time data feeds of airborne traffic in proximity to the UAS, such as ADS-B data or Air Traffic Management (ATM) radar feeds, as well as live weather data.
This combined display is highly intuitive, and allows for dramatically improved airspace situational awareness - even when the UAS is under direct observation.
Utilizing these data sources IRIS UAS calculates and displays warnings, alerts and cues to the UAS operator to maintain traffic separation and avoidance. IRIS UAS has been demonstrated to be more effective than direct visual observation when tested in a series of operational flight trials in collision avoidance scenarios1.
Ready to Integrate with Your UAS
IRIS UAS is Ground Control Station (GCS) and Autopilot agnostic, and can be deployed on a variety of form factors, depending on the nature of the platform and the operational requirements of the mission. The IRIS UAS display can be deployed on a tablet to augment a handheld GCS or on a laptop as part of a desktop BVLOS GCS for applications such as emergency response and search and rescue; or even deployed on a tower or rack-mounted server as a component of a full-fledged UAS operations centre. IRIS UAS will be participating in the NASA UTM Phase 2 demonstrations in fall 2016.
Intuitive, Touch-Driven Control
The IRIS UAS platform is built around an innovative, touch-driven user interface that allows operators to easily visualize and manage multiple data feeds. Live mission and aeronautical data can be displayed as user-customizable layers on 2D and 3D maps, while additional data feeds from cameras and other sensors are shown as a series of small “display cards” within the interface. Users can swap the displays by simply dragging display cards into the main viewing area. UAS operators can control the pan, zoom, and tilt of the operational picture with multi-touch gestures, or simply set the map to follow their ownship position from a variety of preconfigured perspectives.
Cloud Integration for Data and Reporting
IRIS UAS includes cloud integration for mission planning, updating and reporting purposes. A cloud-based application provides access to aeronautical data provided by the FAA and NAV Canada for mission planning purposes, and provides an easy way to store a mission file - both as a flight data recorder function and for any Flight Operations Quality Assurance (FOQA) analysis by the operator.
Built on Operational Experience
When engineering IRIS UAS, Kongsberg Geospatial leveraged over 30 years of development of ATM displays used world-wide and over 10 years of experience in developing situational awareness software for military UAS programs including the Northrop Grumman Triton Global Hawk.
The resulting platform is a uniquely mature, flexible system that provides a wealth of critical, real-time data in a deceptively simple touch-driven interface that includes common Command and Control functions.
The clean, customizable user interface makes it simple enough for UAS operators to use with minimal training. Kongsberg Geospatial is currently flight testing IRIS UAS for BVLOS operations with industry and regulatory partners, and as part of training exercises with emergency response services to gather and incorporate valuable user feedback.
Features
- Displays ownship UAS feeds, including telemetry and video
- Live track data from ADS-B, Harris NEXTGEN™ and PrecisionHawk LATAS™
- High-performance plotting of up to 10 000 simultaneous tracks
- Deployable to multiple form factors, including mobile devices
- Pilot-configurable data layers to customize display
- Integrates feeds from cameras, sensors, and web sources
- Simple, intuitive multi-touch user interface
- Provides on-the-fly coordinate and unit conversion
- Supports multiple map data formats and coordinate systems
- High-performance 3D terrain engine
- Consistent smooth frame rate, even on tablets
Originally developed for the FAA as the Air Traffic Control Advanced Research Simulator (ATCARS), I-SIM today is a commercially available simulation system used for Air Traffic Control Training, Air Space design/analysis, advanced CHI/HMI development, and to support UAS integration into civil airspace.
The I-SIM system is a high fidelity radar simulation system which supports both en-route and terminal operations. The system is delivered with fully functional ERAM and ARTS/STARS display applications.
These display applications have been thoroughly tested and evaluated at some of the country’s largest and busiest facilities including SoCal, Phoenix, Cleveland / Detroit, Denver, and Florida Metroxplex sites, and recently for the Atlantic Coast Route Program for ZBW, ZDC, ZNY, ZJX, and ZMA.
The I-SIm Embedded Trainer application was completed and delivered to the USN and deployed on the first ship in 2016. Air Traffic Control training on USN Aircraft Carriers will now be carried out on newly installed I-SIM systems.
Unsurpassed Fidelity
I-SIM is the leading platform for ATC training. I-SIM reproduces ERAM and ARTS/STARS applications, airspaces, and user interfaces with absolute fidelity of the actual working systems. When used in conjunction with modified ERAM/STARS keyboards and I/O devices, the I-SIM system simulates actual NAS systems with unsurpassed accuracy and fidelity.
Support for Multiple Data Formats
I-SIM is unique in its ability to import multiple data formats for use in simulation scenarios. Among others, I-SIM supports the FAA Performance Data Analysis Reporting System (PDARS) format, and can leverage actual traffic data as the building blocks to explore “what if?” scenarios for evaluating airspace changes and design concepts, or for developing immediate scenarios for training purposes.
The system is flexible, and is capable of replaying and simulating any combination of en route and terminal operations simultaneously.
Computer-Human Interface (CHI) Development Tools
I-SIM includes additional software tools to modify, add, investigate, research and build Computer-Human Interface (CHI or HMI) changes to both ARTS/STARS and ERAM systems. Currently, the FAA is conducting Human Factors Engineering on prototype workstations and investigating automation tools for use in the next generation NAS system. Evaluations by controllers are made easier by allowing changes to the CHI/HMI to be assessed during prototyping sessions with immediate feedback.
I-SIM can be deployed on any Windows OS computer and is scalable from one to any number of working positions with simultaneous en-route and terminal operations.
When delivered as a system, I-SIM includes Pilot Positions and a Supervisor/Instructor position which manages the simulation exercise. The system includes both RADAR (R) and Data (D) positions when operated in an en-route configuration. Any position in the system can run on a laptop computer which is especially useful when running remote operations and/or mobile configurations.
Additional I-SIM Modules:
I-SIM Connect (voice communication system simulator)
I-SIM Connect gives you the flexibility to simulate authentic voice-control communication between controllers and pilots, in an environment incorporating virtually every feature of today’s most common VCS systems.
I-SIM Connect employs advanced VOIP technology to minimize cost and leverage existing infrastructure.
I-SIM VRR
I-SIM VRR provides an automated alternative for live pseudo-pilot operators when used in ATM/ATC training.
I-SIM VRR accepts verbal commands from the air traffic controller and executes them as the aircraft should, providing voice responses to the operator as it does so. The VRR module requires very little voice recognition “training” when being used by a new operator, and provides nearly 98% comprehension of voice commands with most operators out of the box.
I-SIM VRR is a useful tool for training environments where there is limited space or personnel, and is currently in-use as part of the Air Traffic Control Training System on U.S. Navy Aircraft Carriers.
InterCOM DDS a middleware application designed to help easily facilitate communications between multiple, disparate systems and sensors, using the open standard Data Distribution Service (DDS) protocol. InterCOM DDS provides high performance,distributed data messaging services for applications and hardware requiring a real-time open architecture or service-oriented architecture.
InterCOM DDS is an open standard middleware solution for high performance data distribution. It allows developers to quickly define and share real time data across systems, networks, platforms and processors, significantly reducing the effort to integrate real time distributed systems. It addresses all data distribution requirements, from command sequences to data checkpoints and reconstitution. Due to its proven interoperability, InterCOM DDS is ideal for heterogeneous systems with numerous networks and OS platforms.
InterCOM DDS uses an open standard protocol to effectively network inputs from a wide range of sensors and controllers on a complex platform like the armored fighting vehicle pictured here.
InterCOM DDS has been optimized for defense and security applications, and is interoperable with any OMG-compliant DDS application. DDS is an open standard maintained by the Object Management Group (OMG) consortium. Kongsberg Geospatial is a contributing member of the OMG consortium.
Add a Broad Range of Capabilities to Your Application
The API is available in multiple languages and platforms, and includes the following capabilities:
- High-reliability publish and subscribe API
- Detailed quality of service controls
- Easy-to-use debug tools
- Complete reference solutions
- Intuitive training tutorials
- Complete documentation
Through our participation in Object Management Group DDS standards groups, Kongsberg Geospatial is able to provide a data distribution service that can connect with any application or device that supports the OMG RTPS protocol. It provides a highly reliable publish and subscribe backbone to optimize complex systems and maximize available network resources.
With more than 15 years of deployment in some of the most demanding defense and military applications, InterCOM DDS has been proven to be reliable, stable and efficient while providing the high performance that complex defense and security projects demand.
Publish and Subscribe
InterCOM DDS leverages a publish and subscribe model over UDP, which simplifies and facilitates data distribution from sensors to many subscribers without explicit IP addressing. DDS is designed for battlefield conditions, and provides a very robust peer-to-peer network architecture, with no brokers and no single point of failure.
Unparalleled Real-Time Performance
InterCOM DDS addresses all of the real-time requirements from command sequences to high performance combat management systems including supersonic airborne platforms. DDS is ideal for heterogeneous systems with numerous networks and operating systems.
Quality of Service
Quality of Service (QoS) policies are used to prioritize data flows and manage system performance. You can use policies to prioritize data delivery and error handling to optimize system resource usage. Intra-node communication via shared memory is extremely fast and further reduces memory use. InterCOM DDS provides several mechanisms for filtering data by both the publisher and subscriber. QoS filtering helps the system adapt to changes, and integrates and blends secure, high-speed, lossy and unreliable links into one system.
Policies can be divided into custom categories for refined control. The categories can include:
- Volatility
- Transport timeliness
- Transport integrity
- Entity configuration
- Entity metadata
InterCOM DDS Viewer
The InterCOM DDS middleware includes an integrated Viewer Tool application. The viewer tool allows developers and integrators to view the network traffic and inject test messages.
Comprehensive Documentation and Training
InterCOM DDS is supported with comprehensive documentation and training resources, including:
- Complete developer-oriented documentation set
- Online application programmatic interface reference
- Sample application demonstrating key components and functionality
- Viewer for monitoring network traffic, injecting messages, and testing
- Instructor-led 2-day training course focused on your integration issues
Field Proven
Applications powered by InterCOM DDS networking include:
Air and Missile Defense systems: NASAMS, National Capital Region Integrated Air Defense System (NCR IADS)
Naval Command and Control systems: US Navy Littoral Combat Ship; RCN (Canada), RNZN (New Zealand) Frigate Combat Management Systems
Land-based systems: Armored Personnel Carrier C2 Systems, including the BMS Integrated Combat Management System
Small Craft Systems: US SOCOM Combat Craft Medium Combat Management System mission application
Unmanned Systems: IRIS BVLOS airspace awareness application sensor data integration
Specifications
Multi-platform: SDKs available for Windows, Linux, Solaris, VxWorks and Solaris
Multi-language: APIs available for C++ and Java
High Performance Engine: Ensures reliable, high performance data delivery
Open-standard Interface: Open-standard Data Distribution Service API managed by OMG can reduce development cost
Communication Middleware: Easily define, send, marshal and de-marshal data across platforms and languages
Publish and Subscribe: Anonymous publish and subscribe communication model makes system integration easier
Quality of Service: Maximize network resources and behavior by customizing QOS policies
Object-oriented API API Easily integrate the API into your software architecture
ISR Viewer is a flexible, thin-client platform built on the TerraLens Web framework. The ISR Viewer platform couples with a broad range of data sources to allow analysts to quickly and easily visualize complex big data sources in both a geospatial and a temporal context. The platform includes a variety of analytical tools, including heat-mapping and a virtual DVR for data animation over time.
With the ISR Viewer platform, both military and civilian analysts can more easily make sense of complex data sets - even data originating from unstructured and open-source feeds like social media channels.
The ISR viewer can consume map tiles from TerraLens Server, or from a variety of other standards-based map tile servers, and since it’s a thin client application, it can be deployed on a variety of form factors, including tablets and mobile devices.
With ISR Viewer, analysts can view layers of open source or classified data in a common operating picture. The platform includes a common network connector API which allows any data source to be retrieved and displayed with temporal and spatial metadata in a map.
The DVR-style data animation playback capability allows analysts to animate massive data sets to see the progression of intelligence reports and incidents as they progress in time and space. The platform has been successfully deployed with a variety of data platforms, including the Kongsberg AGS System Master Archival/Retrieval Facility (SMARF).
Visualize Big Data Sets in a Geospatial and Temporal Context
In addition to providing core mapping capabilities for thin client applications, TerraLens Web provides a web-based intelligence data visualization toolkit that allows operators to gather varied open and classified data in a searchable framework. With TerraLens Web, analysts can display and visualize multiple types of data feeds, including:
- HUMINT - Files, video, Document, Biometric
- SIGINT – Tracks, bearing, RF strength, frequency
- OSINT – html files, images, email, social media feeds
- Full Motion Video
- Commercial Maritime AIS or aviation ADSB
The integrated data animation and heat-mapping features can help analysts understand how situations on the ground evolve, and to help identify patterns that might otherwise be lost in the noise of big data sets. This correlation of geographic and temporal data presents a tremendously powerful new paradigm for big data analysis.
Features
- Intuitive web based UI with multi-touch support
- Open layers geospatial web engine
- Open standards based (non proprietary)
- Responsive UI supports many viewport sizes
- Heavy processing on host server
- Lightweight client
Modular Design Facilitates Feature Integration
The ISR Viewer application features a modular design to help facilitate the addition of new features and functionality. The application can easily modified to provide new features and functionality as dictated by your project requirements, or even integrated into an existing browser-based application.
Market profile
Industry sector market interests:
- Aerospace
- Defence
Sector information
Key / Major clients:
Kongsberg, NASAMS FDC, DND - Sirius, US Army -THAAD, NATO AWACS, US Navy Aegis, NAV Canada, NASEA, Telephonics, Boeing, RaytheonSuccess stories:
Ground/Air Task Oriented RadarDeveloped for the United States Marine Corps, the AN/TPS-80 Ground/Air Task Oriented Radar (G/ATOR) is a multifunction system designed to replace five legacy radar systems currently in use by the Marine Corps.
As a specialist in the development of Human Machine Interfaces, Kongsberg Gallium was selected by the prime contractor to design and build the Situational Display. Working in close cooperation with the customer, the system is designed and built with an open, scalable architecture to enable digital interoperability, providing the flexibility and power to deal with complex situations.
NATO AWACS
NATOs Airborne Warning and Control System (AWACS) surveillance aircraft feature radars and other sensors which cover over 120,000 square miles. This wide range results in a massive amount of information that must be displayed and presented, and places significant requirements on both the system performance and architecture.
One of the most critical requirements for NATO AWACS is the ability to manage over ten thousand items simultaneously while maintaining ease of use. Kongsberg Gallium was chosen as a result of our proven capability to develop reliable and high performance Human Machine Interface (HMI) solutions.
Joint Battle Command-Platform
The U.S. Army Joint Battle Command-Platform (JBC-P) is the next generation of the existing Force XXI Battle Command Brigade and Below (FBCB2) Joint Capabilities Release. Among the key areas of improvement required are a more intuitive graphical user interface, improved display of maps and images, and increased performance.
Utilizing smartphone-like technology, dismounted soldiers are able to track friendly forces and vehicles, access Mission Command applications, and input and share battlefield information such as the location of threats. Features similar to those found in commercial devices, such as touch to zoom maps and drag and drop icons, are intuitive to learn and easy to use in the field.
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
TerraLens has been the market leading geospatial platform for mission-critical applications for nearly three decades. The platform has been tried and proven in solutions for air-traffic control, ISR, and air defense.
The TerraLens platform includes the following products:
1) TerraLens Core - Easily add geospatial capabilities to your software with this powerful library and SDK
2) TerraLens Server - Serve a wide array of map tile formats to thin or thick client applications
3) TerraLens Mobile - Easily add mapping and spatial awareness capabilities to your Android applications with this library and SDK
4) TerraLens Creator - Automate the assembly of map sets, style your maps, and add symbology and other assets quickly with this feature-rich application
5) TerraLens Web - Quickly add geospatial and data visualization capabilities to browser-based applications with this powerful, flexible open-standards foundation
6) TerraLens UI - Accelerate your application development with an application framework and foundation that includes sophisticated multi-touch features
What Makes TerraLens Different
If you think all mapping and geospatial software is the same, consider this: when major systems integrators like Lockheed Martin, Northrup Grumman, and Raytheon needed geospatial components for mission-critical defense platforms, they chose TerraLens because of its proven reliability and performance.
TerraLens is also the leading platform for air traffic control, (ATM/ATC) applications, and has been deployed in air traffic systems all over the world. In some applications, TerraLens Core components have been in continuous operation for over two decades.
Deliver Reliable Performance and Reduce Project Risk
TerraLens reduces the risk and complexity of application development by providing a comprehensive API that transforms low-level platform graphics into a powerful, full-featured situational display engine.
Developers can leverage a mature, purpose-built API to deliver the features and performance they need, instead of having to develop a display framework from scratch. The TerraLens Core API has been evolved and tested over decades of development, and includes hundreds of powerful features that meet the most exacting operating requirements. This allows your team to focus on your system-unique requirements, significantly reducing development time, and project risks.
The Flexibility You Need
The TerraLens layered display approach allows developers to layer map data with multiple sources of geospatial data to craft complex situational displays. The system incorporates data from multiple sources, including real-time data feeds, databases, maps and images. Any number of data sources can be visually fused in the situation display, independent of their source.
TerraLens lets developers fully customize all elements of their application display and interface, while providing real-time performance and extreme precision. Using OpenGL context sharing, TerraLens views can be displayed as part of a composite image, allowing for complete customization of the user interface. TerraLens Core can easily be integrated with an existing application, and is compatible with most GUI toolkits, including Qt, Qt Quick, QML, and Java.
TerraLens is standards-based, and platform independent, and includes libraries, documentation, and sample code for most operating systems and multiple development environments.
Deploy to multiple Form Factors
TerraLens supports more platforms, operating systems, and form factors than any other mapping SDK or geospatial library. With TerraLens, you can easily deploy your application to multiple platforms and form factors, and be confident of the same standard of performance – whether your application is running on a desktop, tablet, smart phone, or dedicated hardware.
Reduce Implementation Risk and Cost
Reduce development cost and implementation risk with a platform that has been proven in hundreds of vital systems and applications, with industry-leading support for a broad range of platforms, operating systems, and development environments. TerraLens is free from ITAR restrictions, so you can quickly and easily produce export-compliant applications.
Provide Support for Low-Power Platforms
The TerraLens rendering kernel has been optimized level to deliver consistently high performance – even on low-end hardware. No other platform can support the same range of features and functionality on low-power ARM chipsets, tablets, or mobile platforms.
Deliver Beautiful, Cutting-Edge Applications Quickly
With the TerraLens UI foundation toolkit, you can quickly and easily deliver full-feature applications that not only perform great, but look great, with flexible drag-and-drop viewports, and full-feature multi-touch support.
Provide the Performance Your Application Demands
TerraLens is trusted in some of the world’s most vital defense, air traffic, and search and rescue systems because it reliably delivers the performance these applications demand. With TerraLens, you can be confident of meeting your platform requirements.
Features
- Precision terrain mapping to within 1.2cm/pixel
- High-performance plotting of up to 100 000 simultaneous tracks
- Support for ARM and other low-power architecture
- Unlimited 2D and 3D viewports
- Cutting-edge HMI / UI framework with multi-touch support
- Can update multiple display layers at different rates
- Supports over 20 spheroid and over 30 map projections
- Supports most map data formats and multiple coordinate systems
- High-performance 3D terrain engine
- Consistent 30+ FPS frame rate, even with complex displays
- Support for custom symbology, ships with MIL-STD-2525B/C
IRIS UAS is a situational awareness platform developed to provide Unmanned Aerial Systems (UAS) operators with the necessary situational awareness to safely operate Unmanned Aerial Vehicles (UAVs) Beyond Visual Line-of-Sight (BVLOS). The platform presents users with 2D and 3D map and terrain data, aeronautical information such as aerodrome locations, obstacles and airspace, and real-time data from sensors, cameras, and weather data sources - all integrated within a single, common operating picture display that’s easy to use, and customizable on a per-mission basis.
A Common Operating Picture for BVLOS Operations
As the Commercial UAS sector matures, the need to conduct BVLOS operations in non-segregated airspace is becoming increasingly acute. The IRIS UAS platform greatly enhances the situational awareness of UAS operators in BVLOS operations by presenting a single situational awareness display that aggregates and presents a broad array of external and ownship information sources. These are information sources that are not normally available or presented to a UAS operator by typical Ground Control Station (GCS) displays.
By consolidating this information and making it easily accessible to the UAS operator, IRIS UAS helps assist the operator in recognizing flight risks and choosing the safest course of action while the UAS is operating at BVLOS ranges.
In addition to aeronautical information, the platform aggregates and displays real-time data feeds of airborne traffic in proximity to the UAS, such as ADS-B data or Air Traffic Management (ATM) radar feeds, as well as live weather data.
This combined display is highly intuitive, and allows for dramatically improved airspace situational awareness - even when the UAS is under direct observation.
Utilizing these data sources IRIS UAS calculates and displays warnings, alerts and cues to the UAS operator to maintain traffic separation and avoidance. IRIS UAS has been demonstrated to be more effective than direct visual observation when tested in a series of operational flight trials in collision avoidance scenarios1.
Ready to Integrate with Your UAS
IRIS UAS is Ground Control Station (GCS) and Autopilot agnostic, and can be deployed on a variety of form factors, depending on the nature of the platform and the operational requirements of the mission. The IRIS UAS display can be deployed on a tablet to augment a handheld GCS or on a laptop as part of a desktop BVLOS GCS for applications such as emergency response and search and rescue; or even deployed on a tower or rack-mounted server as a component of a full-fledged UAS operations centre. IRIS UAS will be participating in the NASA UTM Phase 2 demonstrations in fall 2016.
Intuitive, Touch-Driven Control
The IRIS UAS platform is built around an innovative, touch-driven user interface that allows operators to easily visualize and manage multiple data feeds. Live mission and aeronautical data can be displayed as user-customizable layers on 2D and 3D maps, while additional data feeds from cameras and other sensors are shown as a series of small “display cards” within the interface. Users can swap the displays by simply dragging display cards into the main viewing area. UAS operators can control the pan, zoom, and tilt of the operational picture with multi-touch gestures, or simply set the map to follow their ownship position from a variety of preconfigured perspectives.
Cloud Integration for Data and Reporting
IRIS UAS includes cloud integration for mission planning, updating and reporting purposes. A cloud-based application provides access to aeronautical data provided by the FAA and NAV Canada for mission planning purposes, and provides an easy way to store a mission file - both as a flight data recorder function and for any Flight Operations Quality Assurance (FOQA) analysis by the operator.
Built on Operational Experience
When engineering IRIS UAS, Kongsberg Geospatial leveraged over 30 years of development of ATM displays used world-wide and over 10 years of experience in developing situational awareness software for military UAS programs including the Northrop Grumman Triton Global Hawk.
The resulting platform is a uniquely mature, flexible system that provides a wealth of critical, real-time data in a deceptively simple touch-driven interface that includes common Command and Control functions.
The clean, customizable user interface makes it simple enough for UAS operators to use with minimal training. Kongsberg Geospatial is currently flight testing IRIS UAS for BVLOS operations with industry and regulatory partners, and as part of training exercises with emergency response services to gather and incorporate valuable user feedback.
Features
- Displays ownship UAS feeds, including telemetry and video
- Live track data from ADS-B, Harris NEXTGEN™ and PrecisionHawk LATAS™
- High-performance plotting of up to 10 000 simultaneous tracks
- Deployable to multiple form factors, including mobile devices
- Pilot-configurable data layers to customize display
- Integrates feeds from cameras, sensors, and web sources
- Simple, intuitive multi-touch user interface
- Provides on-the-fly coordinate and unit conversion
- Supports multiple map data formats and coordinate systems
- High-performance 3D terrain engine
- Consistent smooth frame rate, even on tablets
Originally developed for the FAA as the Air Traffic Control Advanced Research Simulator (ATCARS), I-SIM today is a commercially available simulation system used for Air Traffic Control Training, Air Space design/analysis, advanced CHI/HMI development, and to support UAS integration into civil airspace.
The I-SIM system is a high fidelity radar simulation system which supports both en-route and terminal operations. The system is delivered with fully functional ERAM and ARTS/STARS display applications.
These display applications have been thoroughly tested and evaluated at some of the country’s largest and busiest facilities including SoCal, Phoenix, Cleveland / Detroit, Denver, and Florida Metroxplex sites, and recently for the Atlantic Coast Route Program for ZBW, ZDC, ZNY, ZJX, and ZMA.
The I-SIm Embedded Trainer application was completed and delivered to the USN and deployed on the first ship in 2016. Air Traffic Control training on USN Aircraft Carriers will now be carried out on newly installed I-SIM systems.
Unsurpassed Fidelity
I-SIM is the leading platform for ATC training. I-SIM reproduces ERAM and ARTS/STARS applications, airspaces, and user interfaces with absolute fidelity of the actual working systems. When used in conjunction with modified ERAM/STARS keyboards and I/O devices, the I-SIM system simulates actual NAS systems with unsurpassed accuracy and fidelity.
Support for Multiple Data Formats
I-SIM is unique in its ability to import multiple data formats for use in simulation scenarios. Among others, I-SIM supports the FAA Performance Data Analysis Reporting System (PDARS) format, and can leverage actual traffic data as the building blocks to explore “what if?” scenarios for evaluating airspace changes and design concepts, or for developing immediate scenarios for training purposes.
The system is flexible, and is capable of replaying and simulating any combination of en route and terminal operations simultaneously.
Computer-Human Interface (CHI) Development Tools
I-SIM includes additional software tools to modify, add, investigate, research and build Computer-Human Interface (CHI or HMI) changes to both ARTS/STARS and ERAM systems. Currently, the FAA is conducting Human Factors Engineering on prototype workstations and investigating automation tools for use in the next generation NAS system. Evaluations by controllers are made easier by allowing changes to the CHI/HMI to be assessed during prototyping sessions with immediate feedback.
I-SIM can be deployed on any Windows OS computer and is scalable from one to any number of working positions with simultaneous en-route and terminal operations.
When delivered as a system, I-SIM includes Pilot Positions and a Supervisor/Instructor position which manages the simulation exercise. The system includes both RADAR (R) and Data (D) positions when operated in an en-route configuration. Any position in the system can run on a laptop computer which is especially useful when running remote operations and/or mobile configurations.
Additional I-SIM Modules:
I-SIM Connect (voice communication system simulator)
I-SIM Connect gives you the flexibility to simulate authentic voice-control communication between controllers and pilots, in an environment incorporating virtually every feature of today’s most common VCS systems.
I-SIM Connect employs advanced VOIP technology to minimize cost and leverage existing infrastructure.
I-SIM VRR
I-SIM VRR provides an automated alternative for live pseudo-pilot operators when used in ATM/ATC training.
I-SIM VRR accepts verbal commands from the air traffic controller and executes them as the aircraft should, providing voice responses to the operator as it does so. The VRR module requires very little voice recognition “training” when being used by a new operator, and provides nearly 98% comprehension of voice commands with most operators out of the box.
I-SIM VRR is a useful tool for training environments where there is limited space or personnel, and is currently in-use as part of the Air Traffic Control Training System on U.S. Navy Aircraft Carriers.
InterCOM DDS a middleware application designed to help easily facilitate communications between multiple, disparate systems and sensors, using the open standard Data Distribution Service (DDS) protocol. InterCOM DDS provides high performance,distributed data messaging services for applications and hardware requiring a real-time open architecture or service-oriented architecture.
InterCOM DDS is an open standard middleware solution for high performance data distribution. It allows developers to quickly define and share real time data across systems, networks, platforms and processors, significantly reducing the effort to integrate real time distributed systems. It addresses all data distribution requirements, from command sequences to data checkpoints and reconstitution. Due to its proven interoperability, InterCOM DDS is ideal for heterogeneous systems with numerous networks and OS platforms.
InterCOM DDS uses an open standard protocol to effectively network inputs from a wide range of sensors and controllers on a complex platform like the armored fighting vehicle pictured here.
InterCOM DDS has been optimized for defense and security applications, and is interoperable with any OMG-compliant DDS application. DDS is an open standard maintained by the Object Management Group (OMG) consortium. Kongsberg Geospatial is a contributing member of the OMG consortium.
Add a Broad Range of Capabilities to Your Application
The API is available in multiple languages and platforms, and includes the following capabilities:
- High-reliability publish and subscribe API
- Detailed quality of service controls
- Easy-to-use debug tools
- Complete reference solutions
- Intuitive training tutorials
- Complete documentation
Through our participation in Object Management Group DDS standards groups, Kongsberg Geospatial is able to provide a data distribution service that can connect with any application or device that supports the OMG RTPS protocol. It provides a highly reliable publish and subscribe backbone to optimize complex systems and maximize available network resources.
With more than 15 years of deployment in some of the most demanding defense and military applications, InterCOM DDS has been proven to be reliable, stable and efficient while providing the high performance that complex defense and security projects demand.
Publish and Subscribe
InterCOM DDS leverages a publish and subscribe model over UDP, which simplifies and facilitates data distribution from sensors to many subscribers without explicit IP addressing. DDS is designed for battlefield conditions, and provides a very robust peer-to-peer network architecture, with no brokers and no single point of failure.
Unparalleled Real-Time Performance
InterCOM DDS addresses all of the real-time requirements from command sequences to high performance combat management systems including supersonic airborne platforms. DDS is ideal for heterogeneous systems with numerous networks and operating systems.
Quality of Service
Quality of Service (QoS) policies are used to prioritize data flows and manage system performance. You can use policies to prioritize data delivery and error handling to optimize system resource usage. Intra-node communication via shared memory is extremely fast and further reduces memory use. InterCOM DDS provides several mechanisms for filtering data by both the publisher and subscriber. QoS filtering helps the system adapt to changes, and integrates and blends secure, high-speed, lossy and unreliable links into one system.
Policies can be divided into custom categories for refined control. The categories can include:
- Volatility
- Transport timeliness
- Transport integrity
- Entity configuration
- Entity metadata
InterCOM DDS Viewer
The InterCOM DDS middleware includes an integrated Viewer Tool application. The viewer tool allows developers and integrators to view the network traffic and inject test messages.
Comprehensive Documentation and Training
InterCOM DDS is supported with comprehensive documentation and training resources, including:
- Complete developer-oriented documentation set
- Online application programmatic interface reference
- Sample application demonstrating key components and functionality
- Viewer for monitoring network traffic, injecting messages, and testing
- Instructor-led 2-day training course focused on your integration issues
Field Proven
Applications powered by InterCOM DDS networking include:
Air and Missile Defense systems: NASAMS, National Capital Region Integrated Air Defense System (NCR IADS)
Naval Command and Control systems: US Navy Littoral Combat Ship; RCN (Canada), RNZN (New Zealand) Frigate Combat Management Systems
Land-based systems: Armored Personnel Carrier C2 Systems, including the BMS Integrated Combat Management System
Small Craft Systems: US SOCOM Combat Craft Medium Combat Management System mission application
Unmanned Systems: IRIS BVLOS airspace awareness application sensor data integration
Specifications
Multi-platform: SDKs available for Windows, Linux, Solaris, VxWorks and Solaris
Multi-language: APIs available for C++ and Java
High Performance Engine: Ensures reliable, high performance data delivery
Open-standard Interface: Open-standard Data Distribution Service API managed by OMG can reduce development cost
Communication Middleware: Easily define, send, marshal and de-marshal data across platforms and languages
Publish and Subscribe: Anonymous publish and subscribe communication model makes system integration easier
Quality of Service: Maximize network resources and behavior by customizing QOS policies
Object-oriented API API Easily integrate the API into your software architecture
ISR Viewer is a flexible, thin-client platform built on the TerraLens Web framework. The ISR Viewer platform couples with a broad range of data sources to allow analysts to quickly and easily visualize complex big data sources in both a geospatial and a temporal context. The platform includes a variety of analytical tools, including heat-mapping and a virtual DVR for data animation over time.
With the ISR Viewer platform, both military and civilian analysts can more easily make sense of complex data sets - even data originating from unstructured and open-source feeds like social media channels.
The ISR viewer can consume map tiles from TerraLens Server, or from a variety of other standards-based map tile servers, and since it’s a thin client application, it can be deployed on a variety of form factors, including tablets and mobile devices.
With ISR Viewer, analysts can view layers of open source or classified data in a common operating picture. The platform includes a common network connector API which allows any data source to be retrieved and displayed with temporal and spatial metadata in a map.
The DVR-style data animation playback capability allows analysts to animate massive data sets to see the progression of intelligence reports and incidents as they progress in time and space. The platform has been successfully deployed with a variety of data platforms, including the Kongsberg AGS System Master Archival/Retrieval Facility (SMARF).
Visualize Big Data Sets in a Geospatial and Temporal Context
In addition to providing core mapping capabilities for thin client applications, TerraLens Web provides a web-based intelligence data visualization toolkit that allows operators to gather varied open and classified data in a searchable framework. With TerraLens Web, analysts can display and visualize multiple types of data feeds, including:
- HUMINT - Files, video, Document, Biometric
- SIGINT – Tracks, bearing, RF strength, frequency
- OSINT – html files, images, email, social media feeds
- Full Motion Video
- Commercial Maritime AIS or aviation ADSB
The integrated data animation and heat-mapping features can help analysts understand how situations on the ground evolve, and to help identify patterns that might otherwise be lost in the noise of big data sets. This correlation of geographic and temporal data presents a tremendously powerful new paradigm for big data analysis.
Features
- Intuitive web based UI with multi-touch support
- Open layers geospatial web engine
- Open standards based (non proprietary)
- Responsive UI supports many viewport sizes
- Heavy processing on host server
- Lightweight client
Modular Design Facilitates Feature Integration
The ISR Viewer application features a modular design to help facilitate the addition of new features and functionality. The application can easily modified to provide new features and functionality as dictated by your project requirements, or even integrated into an existing browser-based application.
Market
Market profile
Industry sector market interests:
- Aerospace
- Defence
Sector
Sector information
Key / Major clients:
Kongsberg, NASAMS FDC, DND - Sirius, US Army -THAAD, NATO AWACS, US Navy Aegis, NAV Canada, NASEA, Telephonics, Boeing, RaytheonSuccess stories:
Ground/Air Task Oriented RadarDeveloped for the United States Marine Corps, the AN/TPS-80 Ground/Air Task Oriented Radar (G/ATOR) is a multifunction system designed to replace five legacy radar systems currently in use by the Marine Corps.
As a specialist in the development of Human Machine Interfaces, Kongsberg Gallium was selected by the prime contractor to design and build the Situational Display. Working in close cooperation with the customer, the system is designed and built with an open, scalable architecture to enable digital interoperability, providing the flexibility and power to deal with complex situations.
NATO AWACS
NATOs Airborne Warning and Control System (AWACS) surveillance aircraft feature radars and other sensors which cover over 120,000 square miles. This wide range results in a massive amount of information that must be displayed and presented, and places significant requirements on both the system performance and architecture.
One of the most critical requirements for NATO AWACS is the ability to manage over ten thousand items simultaneously while maintaining ease of use. Kongsberg Gallium was chosen as a result of our proven capability to develop reliable and high performance Human Machine Interface (HMI) solutions.
Joint Battle Command-Platform
The U.S. Army Joint Battle Command-Platform (JBC-P) is the next generation of the existing Force XXI Battle Command Brigade and Below (FBCB2) Joint Capabilities Release. Among the key areas of improvement required are a more intuitive graphical user interface, improved display of maps and images, and increased performance.
Utilizing smartphone-like technology, dismounted soldiers are able to track friendly forces and vehicles, access Mission Command applications, and input and share battlefield information such as the location of threats. Features similar to those found in commercial devices, such as touch to zoom maps and drag and drop icons, are intuitive to learn and easy to use in the field.


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Now, we need your permission to access your Google Latitude account — or you can logout.


The build_win32 directory contains project files for both MSVC4.X and 5.0:
| DB_VC4.mdp | Visual C++ 4.0 project file |
| DB_VC4.mak | Makefile exported by Visual C++ 4.0. |
| Berkeley_DB.dsw | Visual C++ 5.0 project file |
| *.dsp | Visual C++ 5.0 subprojects |
In MSVC5.0, open the file Berkeley_DB.dsw The 5.0 project files are fully developed, allowing you to build both DLL and static versions of libdb, the test harness and the command-line utilities. To ensure that correct versions of include files are used, select the menu item Tools/Options under tab Directories, Platform Win32 and select Include files. Put the build_win32 subdirectory on the list followed by the include subdirectory, and select OK. If you want to build absolutely everything, select the db_buildall subproject and build.
When building your application, you should normally use compile options "debug multithreaded dll" and link against build_win32/Debug/libdb.lib. If you want to link against a static (non-DLL) version of the library, use the "debug multithreaded" compile options and link against build_win32/Debug/libdbs.lib.
In MSVC4.X, first move your distribution directory to \db (so that the project file is \db\build_win32\DB_VC4.mdp for some drive letter). Then open the file DB_VC4.mdp. The 4.X project files currently allow you to build only the DLL version of libdb. To ensure that correct versions of include files are used, select the menu item Tools/Options under tab Directories, Platform Win32 and select Include files. Put the /db/build_win32 directory on the list followed by the /db/include directory, and select OK.
C++ support is built automatically on Win32.
Java support is not built automatically. See Configuring and Building the Java API for more information.


| fm |
Get information about a Last FM account by a discord user or a Last FM username. |
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|
| recenttracks |
Get the recent tracks of a Last FM Account by a discord user or a Last FM username |
%recenttracks (username or @user) |
rt, recents |
| recent |
Get the last listened track of a Last FM Account by a discord user or a Last FM username |
%recent (username or @user) |
|
| topalbums |
See the top albums of a Last FM Account by a discord user or a Last FM username |
%topalbums (username or @user) |
tal |
| topartists |
See the top artists of a Last FM Account by a discord user or a Last FM username. |
%topartists (username or @user) |
ta |
| toptracks |
See the top tracks of a Last FM Account by a discord user or a Last FM username |
%toptracks (username or @user) |
tt |


What you need to know...
My collection of cheatsheets so far in my teach-myself-to-code journey have looked at topics such as the Box Model and Selectors which are about about how the content boxes work and methods to select them, and then looked at Display and Positioning for where to put the selected boxes
.
Flex is a Display property but deserved a page all to itself.
When to use Flexbox...
In a nutshell flexbox is used to layout and align items in the container when the dimensions are unknown...so it needs to be flexible!
It is best used in 1D layouts such as a single row or column.
The Flexbox container...
When flex
is applied to a container it gives the ability to alter width or height (and even the order) expanding to fill space or shrinking to prevent overflow to best fill the container.
.container {
display:flex;
}
To illustrate the flex properties and values the flex container will have 3 flex children named Alpha, Beta and Charlie.
Flex Direction
There are two axis in the flex container, the main axis and cross axis.
flex-direction
specifies which axis is the main axis. For example, in a layout in a row the main axis is the x-axis and the cross axis is the y-axis, or if in a column the main axis is the y-axis and the cross axis is the x-axis.
The values available for flex-direction
are:
flex-direction: row;
(default)flex-direction: column;
flex-direction: row-reverse;
flex-direction: column-reverse;
Flex Wrap
Flex items will try and fit all on one line by default
flex-wrap
can be used to change this behaviour
The values available for flex-wrap
are:
flex-wrap: nowrap
(default)flex-wrap: wrap;
flex-wrap: wrap-reverse;
Flex Flow
There is a shorthand for writing flex-direction
and flex-wrap
which is flex-wrap
So this...
.container {
display:flex;
flex-direction: column;
flex-wrap: wrap-reverse;
}
can instead be written as...
.container {
display:flex;
flex-flow: column wrap-reverse;
}
Justify Content
So far we have set the container to use flexbox and to use either a row or column (with or without wrapping). Our next step aligns the flex children on the container main-axis.
The values available for justify-content
are:
justify-content: flex-start;
(default)justify-content: flex-end;
justify-content: center;
justify-content: space-between;
justify-content: space-around;
justify-content: space-evenly;
Flex items are packed in starting from the start of the main-axis
Flex items are packed in starting from the end of the main-axis
Flex items are packed in around the center point of the main-axis
The first flex item is flush with the start of the main axis, the last item is flush with the end of the main axis and all remaining items spead evenly between them.
Every flex item has the same amount of space before and after it - this means that the first and last items look like have half the space at the very beginning and end (like a margin that doesn't collapse between siblings).
All flex items distributed along the main axis with equal space between them
Align Items
Similar to justify-content
the align-items
aligns the flex items along the container but this time on the cross-axis (perpendicular to the main-axis).
The values available for align-items
are:
align-items: flex-start;
(default)align-items: flex-end;
align-items: center;
align-items: stretch;
align-items: baseline;
All example boxes below are using flex-flow: row nowrap;
so the cross-axis is the y-axis (and also using space-evenly
and the flex cheldren will also have different set heights.
Flex items are packed in starting from the start of the cross-axis
Flex items are packed in starting from the end of the cross-axis
Flex items are packed in around the center of the cross-axis
Flex items stretch to fill the space - unless it has a specified size (then it will behave like flex-start)
Flex items are aligned so their baselines are aligned (all the text is on the same line regardless of the container size).
Align Content
Similar to how justify-content
aligns individual items within the main-axis, align-content
aligns a flex container’s lines within the containers when there is extra space in the cross-axis (when there is more than 1 line of children)
The values available for align-content
are:
align-content: flex-start;
align-content: flex-end;
align-content: center;
align-content: stretch;
align-content: space-between;
align-content: space-around;
align-content: space-evenly;
Flex items are packed in starting from the start of the cross-axis
Flex items are packed in starting from the end of the cross-axis
Flex items are packed in around the center of the cross-axis
Flex items stretch to fill the space (unless it has a specified size)
The first line is flush with the start of the main axis, the last line is flush with the end of the main axis and all remaining items/lines spead evenly between them.
Even distribution with equal space between lines
Even distribution with equal space between items
The Flexbox children...
By default as many flexbox children are placed onto each row as can fit and any overflow moves down to the next row (size of flex items depends on content)
Order
Flexbox allows you to change the layout order of flex items without affecting the source order...could be of use for changing position of nav menu items in reponsive layouts
Flex Grow
Using flex-grow
gives the ability for the flex-item to grow if necessary and dictates how much space it can grow to take up by setting a unitless value.
If all items set to use flex-grow: 1;
they will share any available space equally, but of an item is set to 2 (or higher) that item will take twice the amount of space and so on...
Alpha is set to 0, Beta set to 2 and Charlie set to 1 for flex-grow
Flex Shrink
Using flex-shrink
on the other hand goes in the opposite direction and defines the ability to shrink if necessary and where possible - also by setting a unitless value.
This is not often used unless you specifically do not want an item to shrink when the container resizes.
Flex Basis
With flex-basis
we can specify the default size of an item before the remaining space is distributed.
Beta has flex-basis
set and all set equally for flex-grow
Flex
Instead of using flex-grow
, flex-shrink
and flex-basis
seperately we can use the shorthand of flex
so this...
.flex-child {
flex-grow:1;
flex-shrink: 0;
flex-basis: 75px;
}
...can instead be written as...
.flex-child {
flex: 1 0 75px;
}
When using flex
the parameters for flex-shrink
and flex-basis
are optional (the defaults for flex
is 0 1 auto) so it is also possible to write only...
.flex-child {
flex:1;
}
...and this will use flex-grow
as 1 with flex-shrink
and flex-basis
using the defaults.
Align Self
Using align-self
allows the default alignment or the alignment set by align-items
to be overridden by the flex child.
The same values available for align-items
can be used with align-self
:
align-self: flex-start;
(default)align-self: flex-end;
align-self: center;
align-self: stretch;
align-self: baseline;


- These instructions are under construction ! Please help finish them if you are successful with Eclipse and SmartWin++
RE: Using SmartWin++ with Eclipse
Yippee! I've managed to get the examples to build under Eclipse.
Assuming you are already familiar with Eclipse and its CDT (C/C++ development tools) the steps to build one of the examples supplied with SmartWin++ are:
By: Kevin O'Rourke
I tried to flush out these instructions but have not been able to duplicate Kevin's success yet. Here is what I tried so far:
INSTALLATION OF ECLIPSE:
Go to http://www.eclipse.org (The C++ area is http://www.eclipse.org/cdt )
Download eclipse- SDK 3.1. (100 MB),
Run eclipse.exe, and then choose the menu option: Help | Software Updates | Find and Install
Select the "() Search for new features to install" radio button, and press next.
Click on the [New Remote Site] button, and enter
Name: cdt
URL: http://download.eclipse.org/tools/cdt/releases/eclipse3.1
Click on [Finish], and you should get a [ ] cdt checkbox. Check it, and click [next], and continue through the license.
We are gettiing CDT 3.0 to match with the SDK 3.1.
Do the restart workbench option.
File | New | C++ | Standard Make C++ Project.
Project Name sw
[Environment tab], [New]
Name:SMARTWINDIR
Value: \src2005\c++\win32\gui\smartwin\lib
[finish]
Right click on your project and Import , File system, from directory .....smartwin\tests\hellosmartwinworld
Select main.cpp and Makefile.mingw.main
Rename "Makefile.mingw.main" to "Makefile"
Build completely failed - I must be missing something.