CREATE TEXT SEARCH DICTIONARY
Section: SQL Commands (7)Updated: 2012-08-14
Index Return to Main Contents
NAME
CREATE TEXT SEARCH DICTIONARY - define a new text search dictionarySYNOPSIS
CREATE TEXT SEARCH DICTIONARY name ( TEMPLATE = template [, option = value [, ... ]] )
DESCRIPTION
CREATE TEXT SEARCH DICTIONARY creates a new text search dictionary. A text search dictionary specifies a way of recognizing interesting or uninteresting words for searching. A dictionary depends on a text search template, which specifies the functions that actually perform the work. Typically the dictionary provides some options that control the detailed behavior of the template's functions.
If a schema name is given then the text search dictionary is created in the specified schema. Otherwise it is created in the current schema.
The user who defines a text search dictionary becomes its owner.
Refer to in the documentation for further information.
PARAMETERS
- name
- The name of the text search dictionary to be created. The name can be schema-qualified.
- template
- The name of the text search template that will define the basic behavior of this dictionary.
- option
- The name of a template-specific option to be set for this dictionary.
- value
- The value to use for a template-specific option. If the value is not a simple identifier or number, it must be quoted (but you can always quote it, if you wish).
The options can appear in any order.
EXAMPLES
The following example command creates a Snowball-based dictionary with a nonstandard list of stop words.
CREATE TEXT SEARCH DICTIONARY my_russian ( template = snowball, language = russian, stopwords = myrussian );
COMPATIBILITY
There is no CREATE TEXT SEARCH DICTIONARY statement in the SQL standard.
SEE ALSO
ALTER TEXT SEARCH DICTIONARY [alter_text_search_dictionary(7)], DROP TEXT SEARCH DICTIONARY [drop_text_search_dictionary(7)]
Index
This document was created by man2html, using the manual pages.
Time: 05:34:14 GMT, December 24, 2015


FAQ
You asked, we answered.
Look up Rochester Institute of Technology on any map! If you're flying, the Greater Rochester International Airport is about twenty minutes away.
If you're looking for a hotel, we recommend the RIT Inn or the Rochester Radisson, both conveniently five minutes away from our campus. If you're looking to save money, some of RIT's design students are willing to offer up their couches. If you need a couch to crash on, send us an email. We'll connect you with one of our students!
Our registration table opens at 9am on Friday, so feel free to get here anytime! Our opening reception will be held at 1pm, so you can grab lunch or hang with us if you get here early. If you're couch-surfing with someone, be sure to get their contact information so you can meet up. Also, RIT's Vignelli Center , home to the archive of designers Massimo and Leila Vignelli, will be open for tours starting at noon on Friday, so feel free to sign up for a tour once you've checked in.
Here's an interactive map of RIT! Guest parking will be available in lots G and H. Once you've parked, head towards the Booth building (labeled 'BOO' on this map) - signs will point you inside and to our registration table.
After you check in, our very first event will be a formal opening in RIT's University Gallery, on Friday at 1pm. Students at the registration table will point you in the right direction. At the opening, we'll explain everything you'll need to know. Once you check in, you'll be given a brochure that will show each day's events. You can preview what's to come by looking at our schedule. It's being updated every day as we get closer to the conference, so keep checking back!
If you have a portfolio, please bring it along for our Portfolio Review on Friday night! You'll get the chance to have a one-on-one critique with any of our speakers. Also, because this is a networking opportunity, we highly recommend bringing business cards or anything else you'd want to give or show to other designers.
Casual but presentable is recommended.
Yep, you'll get stuff! We'll have some freebies for you in your swag bag, and more throughout the weekend. Stay tuned!
Of course! Thought At Work is all about bringing together students from all over to learn, network and have fun. We will have an electronic slideshow on display, to showcase student work from anyone attending. This is a great chance for you to see what students from other schools are making, what their curricula focus on, and how they address design. Send us an email with your work attached as a PDF or image file, your name, your major, and your school. It can be an entire portfolio, a single project, or whatever you want!
3 meals will be provided throughout the weekend (one on each day). We’ll tell you more when we have all our ducks in a row!


VirtualBox Blog Posts
5 posts, page 1 of 1
-
Android Development with VirtualBox and the LG P500 phone
Jan 7, 2011Having recently acquired my first smart-phone (a new LG P500 Android phone) I decided it was time to learn some Android programming. This post summarizes my trials and tribulations getting the LG P500 phone to talk to my Android Eclipse development environment (Eclipse plus Android SDK running on a VirtualBox Linux guest).
-
Moving between VirtualBox Hosts
Nov 29, 2010Published: 2010-11-28
A description of the issues I encountered moving my VBox environment from one host to another.
-
Deleting VirtualBox Snapshots
Jun 19, 2010The Discard current snapshot and state command dishappeared as of VirtualBox version 3.1 leaving VirtualBox with no obvious way of deleting snapshot disk state (the misnamed Delete Snapshot command merges the snapshot into the parent). The good news is that you can delete snapshots using the branched snapshots feature introduced in version 3.1.
-
Merging and Compacting VirtualBox Snapshots
Jun 17, 2010Using the VirtualBox GUI to manually merge lots of snapshots is time consuming and fiddly so I wrote a Python script called
vboxmerge.py
to do this automatically. The script merges a snapshot branch into the base VDI with a single command (it also illustrates how easy it is to script VirtualBox using Python). -
Cloning and Copying VirtualBox virtual machines
Nov 2, 2008This article explains how to clone and copy VirtualBox VMs (virtual machines).


To be conscious that you are ignorant of the facts is a great step to knowledge
1
1
Exile1318-May-19 06:25 PM
That's why they say the people who live next to the ocean are more balanced, living next to a monster who at any point could swallow you helps you daily to realize impermanence.
its really mindblowing, with all our sensory input there will only ever be this perspective judging itself as a node on the network. Thats why im drawn to crypto, seems the free give and take is something inherent with us, our environment.
Strob18-May-19 06:48 PM
Hi! I'm in the process of registering too! I see in the instruction you open port 9997 for iguana in ufw but in the config.ini iguana_port = 7776.... is that correct?
Exile1318-May-19 06:53 PM
I kept the default value there for iguana in the config.ini
And opened 9997
Strob18-May-19 06:54 PM
ok so you probably wont be able to get inbound connection?
yes, ive yet to fully optimize it, but running 3-6 'panes' in the same window is great
Strob18-May-19 07:17 PM
For the testnet I installed the Mate minimal gui from the ubuntu minimal install and use x2go with ssh keys.
Just because my main workstation is still on windows now. but I will install Linux on it and use tmux for mainnet.
Exile1318-May-19 07:20 PM
oh thats cool
im not familiar with windows terminal options, i dualbooted several pcs over the last year to get familiar with linux, i figured most coding was easier learned from this platform. i like windows for my adobe programs even though its sllloooow, im saving for a mac for art.
Strob18-May-19 07:24 PM
Sadly I still need windows for Zbrush and photoshop and after efffects...
Exile1318-May-19 07:26 PM
ya i dont like GNU, ya for small things, but not for in depth things
Alright18-May-19 07:26 PM
anyone see MS's promo for their new terminal? I couldn't stop laughing at how intense they made it


“Kassindriyāni samathaṅgatāni,
Assā yathā sārathinā sudantā;
Pahīnamānassa anāsavassa,
Devāpi kassa pihayanti tādinoti.
Whose faculties have become serene,
like horses tamed by a charioteer?
With conceit and defilements given up,
who is such as envied by even the gods?
Mayhindriyāni samathaṅgatāni,
Assā yathā sārathinā sudantā;
Pahīnamānassa anāsavassa,
Devāpi mayhaṁ pihayanti tādino”ti.
… Brahmāli thero ….
My faculties have become serene,
like horses tamed by a charioteer.
With conceit and defilements given up,
I am such as envied by even the gods.


Go to the source code of this file.
Defines |
| #define | _TRCDEFS_H |
| #define | __in |
| #define | __out |
| #define | __inout |
| #define | ARRAYSIZE(a) (sizeof(a)/sizeof(a[0])) |
| #define | BOUND(n, l, h) (((n) < (l))? (l): ((n) > (h))? (h): (n)) |
| #define | NORMALIZE(n, sl, sh, tl, th) (int)(((long)(n) - (sl))*((th) - (tl))/((sh) - (sl)) + (tl)) |
| #define | DEADBAND_INPUT_THRESHOLD 20 |
| #define | DEADBAND(n, t) ((abs(n) > (t))? (n): 0) |
| #define | DEADBAND_INPUT(n) DEADBAND(n, DEADBAND_INPUT_THRESHOLD) |
| #define | BOUND_INPUT(n) BOUND(n, -128, 127) |
| #define | LOOP_TIME 10 |
Define Documentation
| #define ARRAYSIZE |
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(sizeof(a)/sizeof(a[0])) |
| #define BOUND |
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Definition at line 31 of file trcdefs.h.
| #define BOUND_INPUT |
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This macro limits the input value (n) to the range between -128 and 127. This is useful when calculations on the input value may bring the result outside of the valid range. This macro will make sure the result is within bounds.
Definition at line 61 of file trcdefs.h.
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These macros ignore input value (n) that is within the DEADBAND_THRESHOLD. This is necessary because analog joysticks do not always centered at zero. So if the joystick is at the rest position, we will consider it zero even though the value is non-zero but within DEADBAND_THRESHOLD.
Definition at line 52 of file trcdefs.h.
| #define DEADBAND_INPUT |
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The NORMALIZE macro transforms a value (n) in the range between (sl) and (sh) to the range between (tl) and (th).
Definition at line 37 of file trcdefs.h.


--- permalink: about layout: default ---
UX Researcher at Jigsaw, a unit within Google that explores threats to open societies
UX researcher for the New York Times R&D Lab. Research Fellow @ Partnership on AI and First Draft investigating tactics for labeling manipulated media for the public. UX for the News Provenance Project @ The New York Times, UX design @ Bloomberg LP, content strategy @ Pop Up Archive. Studied @ The School for Poetic Computation, MHCI @ Carnegie Mellon, Linguistics @ UCSC.
On the Internet under the moniker of "Saltzshaker." Or email me essaltz [at] gmail.com to say hi, that would be 🆒.


GPKG – GeoPackage vector
Driver short name
GPKG
Build dependencies
libsqlite3
This driver implements support for access to spatial tables in the OGC GeoPackage format standard The GeoPackage standard uses a SQLite database file as a generic container, and the standard defines:
Expected metadata tables (
gpkg_contents
,gpkg_spatial_ref_sys
,gpkg_geometry_columns
)Binary format encoding for geometries in spatial tables (basically a GPKG standard header object followed by ISO standard well-known binary (WKB))
Naming and conventions for extensions (extended feature types) and indexes (how to use SQLite r-tree in an interoperable manner)
This driver reads and writes SQLite files from the file system, so it must be run by a user with read/write access to the files it is working with.
The driver also supports reading and writing the following non-linear geometry types :CIRCULARSTRING, COMPOUNDCURVE, CURVEPOLYGON, MULTICURVE and MULTISURFACE
GeoPackage raster/tiles are supported. See GeoPackage raster documentation page
Driver capabilities
Supports Create()
This driver supports the GDALDriver::Create()
operation
Supports Georeferencing
This driver supports georeferencing
Supports VirtualIO
This driver supports virtual I/O operations (/vsimem/, etc.)
Specification version
Starting with GDAL 2.2, the driver is able to create GeoPackage databases following the 1.0/1.0.1, 1.1 or 1.2 versions. For GDAL 2.2, it will automatically adjust to the minimum version required for the features of GeoPackage used. For GDAL 2.3 or later, it will default to 1.2. Explicit version choice can be done by specifying the VERSION dataset creation option.
Limitations
GeoPackage only supports one geometry column per table.
SQL
The driver supports OGR attribute filters, and users are expected to provide filters in the SQLite dialect, as they will be executed directly against the database.
SQL SELECT statements passed to ExecuteSQL() are also executed directly against the database. If Spatialite is used, a recent version (4.2.0) is needed and use of explicit cast operators AsGPB() is required to transform GeoPackage geometries to Spatialite geometries (the reverse conversion from Spatialite geometries is automatically done by the GPKG driver). It is also possible to use with any Spatialite version, but in a slower way, by specifying the “INDIRECT_SQLITE” dialect. In which case, GeoPackage geometries automatically appear as Spatialite geometries after translation by OGR.
Starting with GDAL 2.2, the “DROP TABLE layer_name” and “ALTER TABLE layer_name RENAME TO new_layer” statements can be used. They will update GeoPackage system tables.
Starting with GDAL 2.2, the “HasSpatialIndex(‘table_name’,’geom_col_name’)” statement can be used for checking if the table has spatial index on the named geometry column.
When dropping a table, or removing records from tables, the space they occupied is not immediately released and kept in the pool of file pages that SQLite may reuse later. If you need to shrink the file to its minimum size, you need to issue an explicit “VACUUM” SQL request. Note that this will result in a full rewrite of the file.
SQL functions
The following SQL functions, from the GeoPackage specification, are available :
ST_MinX(geom Geometry) : returns the minimum X coordinate of the geometry
ST_MinY(geom Geometry) : returns the minimum Y coordinate of the geometry
ST_MaxX(geom Geometry) : returns the maximum X coordinate of the geometry
ST_MaxY(geom Geometry) : returns the maximum Y coordinate of the geometry
ST_IsEmpty(geom Geometry) : returns 1 if the geometry is empty (but not null), e.g. a POINT EMPTY geometry
ST_GeometryType(geom Geometry) : returns the geometry type : ‘POINT’, ‘LINESTRING’, ‘POLYGON’, ‘MULTIPOLYGON’, ‘MULTILINESTRING’, ‘MULTIPOINT’, ‘GEOMETRYCOLLECTION’
ST_SRID(geom Geometry) : returns the SRID of the geometry
GPKG_IsAssignable(expected_geom_type String, actual_geom_type String) : mainly, needed for the ‘Geometry Type Triggers Extension’
The following functions, with identical syntax and semantics as in Spatialite, are also available :
CreateSpatialIndex(table_name String, geom_column_name String) : creates a spatial index (RTree) on the specified table/geometry column
DisableSpatialIndex(table_name String, geom_column_name String) : drops an existing spatial index (RTree) on the specified table/geometry column
ST_Transform(geom Geometry, target_srs_id Integer): reproject the geometry to the SRS of specified srs_id. If no SRS with that given srs_id is not found in gpkg_spatial_ref_sys, starting with GDAL 3.2, it will be interpreted as a EPSG code.
Link with Spatialite
If it has been compiled against Spatialite 4.2 or later, it is also possible to use Spatialite SQL functions. Explicit transformation from GPKG geometry binary encoding to Spatialite geometry binary encoding must be done.
ogrinfo poly.gpkg -sql "SELECT ST_Buffer(CastAutomagic(geom),5) FROM poly"
Starting with Spatialite 4.3, CastAutomagic is no longer needed.
Transaction support
The driver implements transactions at the database level, per RFC 54: Dataset transactions
Opening options
The following open options are available:
LIST_ALL_TABLES=AUTO/YES/NO: (GDAL >=2.2) Whether all tables, including those not listed in gpkg_contents, should be listed. Defaults to AUTO. If AUTO, all tables including those not listed in gpkg_contents will be listed, except if the aspatial extension is found or a table is registered as ‘attributes’ in gpkg_contents. If YES, all tables including those not listed in gpkg_contents will be listed, in all cases. If NO, only tables registered as ‘features’, ‘attributes’ or ‘aspatial’ will be listed.
PRELUDE_STATEMENTS=string (GDAL >= 3.2). SQL statement(s) to send on the SQLite3 connection before any other ones. In case of several statements, they must be separated with the semi-column (;) sign. This option may be useful to attach another database to the current one and issue cross-database requests.
Note
The attached database must be a GeoPackage one too, so that its geometry blobs are properly recognized (so typically not a Spatialite one)
Note: open options are typically specified with “-oo name=value” syntax in most OGR utilities, or with the GDALOpenEx() API call.
Note: configuration option OGR_SQLITE_JOURNAL
can
be used to set the journal mode of the GeoPackage (and thus SQLite)
file, see also https://www.sqlite.org/pragma.html#pragma_journal_mode.
Creation Issues
When creating a new GeoPackage file, the driver will attempt to force the database into a UTF-8 mode for text handling, satisfying the OGR strict UTF-8 capability. For pre-existing files, the driver will work with whatever it is given.
The driver updates the GeoPackage last_change
timestamp when the file is
created or modified. If consistent binary output is required for
reproducibility, the timestamp can be forced to a specific value by setting the
OGR_CURRENT_DATE
global configuration option.
When setting the option, take care to meet the specific time format
requirement of the GeoPackage standard,
e.g. for version 1.2.
Dataset Creation Options
The following creation options (specific to vector, or common with raster) are available:
VERSION=AUTO/1.0/1.1/1.2/1.3: (GDAL >= 2.2) Set GeoPackage version (for application_id and user_version fields). In AUTO mode, this will be equivalent to 1.2 starting with GDAL 2.3. 1.3 is available starting with GDAL 3.3
ADD_GPKG_OGR_CONTENTS=YES/NO: (GDAL >= 2.2) Defines whether to add a gpkg_ogr_contents table to keep feature count, and associated triggers. Defaults to YES.
DATETIME_FORMAT=WITH_TZ/UTC: (GDAL >= 3.2) Defines whether to keep the DateTime values in the time zones as used in the data source (WITH_TZ), or to convert the date and time expressions to UTC (Coordinated Universal Time). Defaults to WITH_TZ. Pedantically, non-UTC time zones are not currently supported by GeoPackage v1.3 (see https://github.com/opengeospatial/geopackage/issues/530). When using UTC format, with a unspecified timezone, UTC will be assumed.
Other options are available for raster. See the GeoPackage raster documentation page
Layer Creation Options
GEOMETRY_NAME: Column to use for the geometry column. Default to “geom”. Note: This option was called GEOMETRY_COLUMN in releases before GDAL 2
GEOMETRY_NULLABLE: Whether the values of the geometry column can be NULL. Can be set to NO so that geometry is required. Default to “YES”
FID: Column name to use for the OGR FID (primary key in the SQLite database). Default to “fid”
OVERWRITE: If set to “YES” will delete any existing layers that have the same name as the layer being created. Default to NO
SPATIAL_INDEX: If set to “YES” will create a spatial index for this layer. Default to YES
PRECISION: This may be “YES” to force new fields created on this layer to try and represent the width of text fields (in terms of UTF-8 characters, not bytes), if available using TEXT(width) types. If “NO” then the type TEXT will be used instead. The default is “YES”.
TRUNCATE_FIELDS: This may be “YES” to force truncated of field values that exceed the maximum allowed width of text fields, and also to “fix” the passed string if needed to make it a valid UTF-8 string. If “NO” then the value is not truncated nor modified. The default is “NO”.
IDENTIFIER=string: Identifier of the layer, as put in the contents table.
DESCRIPTION=string: Description of the layer, as put in the contents table.
ASPATIAL_VARIANT=GPKG_ATTRIBUTES/NOT_REGISTERED: (GDAL >=2.2) How to register non spatial tables. Defaults to GPKG_ATTRIBUTES in GDAL 2.2 or later (behavior in previous version was equivalent to OGR_ASPATIAL). Starting with GeoPackage 1.2, non spatial tables are part of the specification. They are recorded with data_type=”attributes” in the gpkg_contents table. This is only compatible of GDAL 2.2 or later. It is also possible to use the NOT_REGISTERED option, in which case the non spatial table is not registered at all in any GeoPackage system tables. Priorly, in OGR 2.0 and 2.1, the “aspatial” extension had been developed for similar purposes, so if selecting OGR_ASPATIAL, non spatial tables will be recorded with data_type=”aspatial” and the “aspatial” extension was declared in the gpkg_extensions table. Starting with GDAL 3.3, OGR_ASPATIAL is no longer available on creation.
Metadata
GDAL uses the standardized gpkg_metadata and gpkg_metadata_reference tables to read and write metadata, on the dataset and layer objects.
GDAL metadata, from the default metadata domain and possibly other metadata domains, is serialized in a single XML document, conformant with the format used in GDAL PAM (Persistent Auxiliary Metadata) .aux.xml files, and registered with md_scope=dataset and md_standard_uri=http://gdal.org in gpkg_metadata. For the dataset, this entry is referenced in gpkg_metadata_reference with a reference_scope=geopackage. For a layer, this entry is referenced in gpkg_metadata_reference with a reference_scope=table and table_name={name of the table}
Metadata not originating from GDAL can be read by the driver and will be exposed as metadata items with keys of the form GPKG_METADATA_ITEM_XXX and values the content of the metadata columns of the gpkg_metadata table. Update of such metadata is not currently supported through GDAL interfaces ( although it can be through direct SQL commands).
The specific DESCRIPTION and IDENTIFIER metadata item of the default metadata domain can be used in read/write to read from/update the corresponding columns of the gpkg_contents table.
Non-spatial tables
The core GeoPackage specification of GeoPackage 1.0 and 1.1 did not support non-spatial tables. This was added in GeoPackage 1.2 as the “attributes” data type.
The driver allows creating and reading non-spatial tables with the GeoPackage aspatial extension.
Starting with GDAL 2.2, the driver will also, by default, list non spatial tables that are not registered through the gdal_aspatial extension, and support the GeoPackage 1.2 “attributes” data type as well. Starting with GDAL 2.2, non spatial tables are by default created following the GeoPackage 1.2 “attributes” data type (can be controlled with the ASPATIAL_VARIANT layer creation option)
Spatial views
Views can be created and recognized as valid spatial layers if a corresponding record is inserted into the gpkg_contents and gpkg_geometry_columns table.
Starting with GDAL 2.2, in the case of the columns in the SELECT clause of the view acts a integer primary key, then it can be recognized by OGR as the FID column of the view, provided it is renamed as OGC_FID. Selecting a feature id from a source table without renaming will not be sufficient, since due to joins this feature id could appear several times. Thus the user must explicitly acknowledge that the column is really a primary key.
For example:
CREATE VIEW my_view AS SELECT foo.fid AS OGC_FID, foo.geom, ... FROM foo JOIN another_table ON foo.some_id = another_table.other_id
INSERT INTO gpkg_contents (table_name, identifier, data_type, srs_id) VALUES ( 'my_view', 'my_view', 'features', 4326)
INSERT INTO gpkg_geometry_columns (table_name, column_name, geometry_type_name, srs_id, z, m) values ('my_view', 'my_geom', 'GEOMETRY', 4326, 0, 0)
This requires GDAL to be compiled with the SQLITE_HAS_COLUMN_METADATA option and SQLite3 with the SQLITE_ENABLE_COLUMN_METADATA option. Starting with GDAL 2.3, this can be easily verified if the SQLITE_HAS_COLUMN_METADATA=YES driver metadata item is declared (for example with “ogrinfo –format GPKG”)
Coordinate Reference Systems
Valid geographic, projected and compound CRS supported in general by GDAL are
also supported by GeoPackage and stored in the gpkg_spatial_ref_sys
table.
Two special hard-coded CRS are reserved per the GeoPackage specification:
SRID 0, for a Undefined Geographic CRS. This one is selected by default if creating a spatial layer without any explicit CRS
SRID -1, for a Undefined Projected CRS. It might be selected by creating a layer with a CRS instanciated from the following WKT string:
LOCAL_CS["Undefined cartesian SRS"]
. (GDAL >= 3.3)
Level of support of GeoPackage Extensions
(Restricted to those that have a vector scope)
Extension name |
OGC adopted extension ? |
Supported by GDAL? |
|---|---|---|
Yes |
Yes, since GDAL 2.1 |
|
Yes |
Yes |
|
Yes |
Yes |
|
Yes |
Yes, since GDAL 3.3 (Geopackage constraints exposed as field domains) |
|
WKT for Coordinate Reference Systems (WKT v2) |
Yes |
Partially, since GDAL 2.2. GDAL can read databases using this extension, but cannot interpret a SRS entry that has only a WKT v2 entry. |
No |
Yes. Deprecated in GDAL 2.2 for the attributes official data_type |
Examples
Simple translation of a single shapefile into GeoPackage. The table ‘abc’ will be created with the features from abc.shp and attributes from abc.dbf. The file
filename.gpkg
must not already exist, as it will be created. For adding new layers into existing geopackage run ogr2ogr with -update.ogr2ogr -f GPKG filename.gpkg abc.shp
Translation of a directory of shapefiles into a GeoPackage. Each file will end up as a new table within the GPKG file. The file
filename.gpkg
must not already exist, as it will be created.ogr2ogr -f GPKG filename.gpkg ./path/to/dir
Translation of a PostGIS database into a GeoPackage. Each table in the database will end up as a table in the GPKG file. The file
filename.gpkg
must not already exist, as it will be created.ogr2ogr -f GPKG filename.gpkg PG:'dbname=mydatabase host=localhost'
Perform a join between 2 GeoPackage databases:
ogrinfo my_spatial.gpkg \ -sql "SELECT poly.id, other.foo FROM poly JOIN other_schema.other USING (id)" \ -oo PRELUDE_STATEMENTS="ATTACH DATABASE 'other.gpkg' AS other_schema"
See Also
GeoPackage raster documentation page
OGC GeoPackage format standard specification, HTML format (current/development version of the standard)


this angular web app is using @picsum api to fetch images. fork me @github. To know more about me, click @here


▲ TYPE
▲ COUNT
▲ HEIGHT
▲ WIDTH
▲ HEIGHT CHANGE
▲ WIDTH CHANGE
▲ START COLOUR
▲ END COLOUR
▲ ROTATION
▲ INITIAL ROTATION
▲ X CENTRE OFFSET
▲ Y CENTRE OFFSET
▲ X-POS
▲ Y-POS
Created by Matthew Harward
Repo located in GitHub


James Madsen
Sept 30, 2019
By some metrics, this wasn,t a success. Try other articles to write or you yourself building a billion-dollar company
James Gray
Sept 29, 2019
Just saying i have just read the most boring article. No pan intended but just speaking my mind out.

Brain Howard
Sept 27, 2019
Just downloaded the most bugged tutorial i dont know what that youtube guy was thinking. Because am even better.
Jessica Winks
Sept 25, 2019
Politics in Britain just got worse to dead. Members of the parliament cant decide what is right for the country or wrong.
Jessica Jones
Sept 24, 2019
Anyone saying that trump should be impeached just go burry yourself.


| An ALSEP is a group of geophysical instruments arrayed about a central station, as in the accompanying sketch. Each ALSEP has a different set of experiments. Power is supplied by a Radioisotope Thermoelectric Generator. Radio communication for the transmission of experiment data and the receipt of instrument adjustment commands is maintained through a rod-shaped antenna pointed in the Earth's general direction. |
| The Suprathermal Ion Detector Experiment (SIDE) measures the energy and mass of the positive ions that result from the ionization of gases near the lunar surface by the solar wind or ultraviolet radiation. The Cold Cathode Gauge Experiment (CCGE) measures changes in the extremely low concentrations of gas in the lunar atmosphere. The electronics for the CCGE are housed in the SIDE. |
| The Solar-Wind Spectrometer experiment uses seven Faraday-cup sensors to measure the energy spectra of charged particles that strike it from various directions. Because the Moon, unlike the Earth, is not protected from the solar-wind plasma by a magnetic shield, the instrument can detect subtle variations in the wind's intensity and direction. |
| Lunar Surface Magnetometers, operating at three ALSEP stations, have simultaneously measured the global response of the Moon to fluctuations in large-scale solar and terrestrial magnetic fields. By considering these responses in conjunction with the freespace magnetic data from the lunar satellite, Explorer 35, scientists have estimated rock temperatures (which affect electrical conductivity) deep in the lunar interior. |
| The Passive Seismic Experiment uses four extremely sensitive seismometers to measure lunar surface vibrations, free oscillations, and tidal variations in surface tilt. Three long-period seismometers are mounted orthogonally to measure wave motions with periods between 1/2 and 250 seconds, while the short-period seismometer measures vertical motions with periods between 1/20 and 20 seconds. The electronics are housed in the ALSEP central station. The thermal shroud isolates the sensor and a patch of ground 5 feet in diameter from the temperature extremes of the lunar day and night. |


This topic provides information about the application startup process, user experience, and customization options.
The user experience is an important factor in making an application successful. The deployment of an application creates a user's first impression, and impacts the user's satisfaction with the application.
In this topic, the default experience for users of Java and JavaFX applications is explained, and the options for customizing the user experience are presented. This topic contains the following sections:
Users are easily annoyed if they are unable to start an application, do not understand what are the next steps, perceive the application as slow or hung, and for many other reasons.
Default Java packaging takes care of many problem areas including:
Ensuring the user has the required JRE installed
Auto installing missing dependencies or offering to install them as needed
Providing visual feedback to the user while the application is being loaded
Showing descriptive error messages
For example, when users do not have Java installed and double-click the JAR file for your application, they see a dialog box explaining that they need to download and install the JRE.
Developers have a wide range of options on how to tune the experience for their users, such as:
Show your own splash screen
Use a custom loading progress indicator
For Java FX applications, customize the messaging (for example, explain to users why they need to install the JRE in a language other than English)
The following sections describe the transition phases of application startup, how users experience those phases, and how the default visual feedback to the user can be customized.
Between the time an application is started and the time the user sees the main dialog, a sequence of events occurs on screen while operations are carried out in the background. Figure 4-1 shows these activities and describes them in the following paragraphs. This startup sequence partially depends on the execution mode and on the speed with which the background operations complete. Figure 4-1 shows a series of boxes that depict the background operations over time, including screen shots of what the user sees as these operations occur for a JavaFX application.
Figure 4-1 Background Operations and Screen Events During Application Startup
The application startup process has the following phases:
Phase 1: Initialization
Initialization of the JRE and an initial examination of the application identifies components that must be loaded and executed before starting the application. The initialization phase is shown in the first two boxes in the upper row in Figure 4-1.
Phase 2: Loading and preparation
The required resources are loaded from either the network or a disk cache, and validation procedures occur. For JavaFX applications, all execution modes show either the default or a custom progress bar. This phase is shown in the third box in the upper row in Figure 4-1.
Phase 3: Application-specific initialization
The application is started, but additional resources might need to be loaded or other lengthy preparations performed before the application becomes fully functional. For example, it might be necessary to check if elevated permissions are needed and to display the appropriate request for permission to the user.
Phase 4: Application execution
The application is shown and is ready to use after the background operations shown in Figure 4-1 are finished.
Options to provide visual feedback during the first phase of initialization are limited. At that moment, it is not yet known what must be done to launch the application, and the Java platform has not initialized yet. Visual feedback must be provided using external means, for example using JavaScript or HTML if the application is embedded into the web page. By default, a splash screen is displayed during this phase, as described in Section 4.2.2, "Default User Experience."
To provide visual feedback after the initialization phase of a JavaFX application, JavaFX provides a preloader, which gets notifications about the loading progress and can also get application-specific notifications. By default, a preloader with a progress bar is displayed during this phase, as described in Section 4.2.2, "Default User Experience."
You can customize the default preloader, as described in Section 4.2.3, "Customization Options for JavaFX Applications." You can also create your own preloaders to customize the display and messaging. See Chapter 13, "Preloaders for JavaFX Applications" for information.
For Java applets, a custom progress bar can be provided. See Section 14.3.2, "Implementing a Customized Loading Progress Indicator" for information.
A properly packaged application provides default visual feedback to the user for the first two phases for all execution modes. The actual behavior depends on the execution mode and type of application.
When launched in standalone mode, most applications start quickly, and no visual feedback is required.
Table 4-1 summarizes the default behavior according to execution mode when the application is launched for the first time and is loaded from the network.
Table 4-1 Default Behavior During First-Time Launch
| Startup Phase | Java Web Start Launch | Embedded in a Web Page |
|---|---|---|
|
Phase 1 |
Splash screen: Description of the illustration java8_splash.gif |
Splash screen, JavaFX applications: Description of the illustration html_splash_75.gif Splash screen, Java applications: Description of the illustration html_splash_se8.gif |
|
Phase 2 |
Progress window, JavaFX applications: Description of the illustration ws_load.png |
Progress window, JavaFX applications: Description of the illustration progress_dialog2_40.gif |
|
Phase 3 |
Hide progress window |
Fade-out progress window, JavaFX applications |
Table 4-2 summarizes the default behavior for subsequent launches, in which the JAR files are loaded from the cache. In this case, the process has fewer visual transitions because nothing needs to be loaded from the network during the Loading Code phase, so launch time is substantially shorter.
Table 4-2 Default Startup Behavior During Subsequent Launches
| Java Web Start Launch or Launch from Shortcut | Embedded into Web Page | |
|---|---|---|
|
Phase 1 |
Splash screen: Description of the illustration java8_splash.gif |
Splash screen, JavaFX applications: Description of the illustration html_splash_75.gif Splash screen, Java applications: Description of the illustration html_splash_se8.gif |
|
Phase 2 |
Splash screen: Description of the illustration java8_splash.gif |
Splash screen, JavaFX applications: Description of the illustration html_splash_75.gif Splash screen, Java applications: Description of the illustration html_splash_se8.gif |
|
Phase 3 |
Hide splash screen |
Hide splash screen |
The splash screen for embedded applications is displayed in the web page and can be easily customized by using an onGetSplash
callback, as shown in Section 19.2.3, "onGetSplash."
The default JavaFX preloader can be customized by using a CSS style sheet, similar to other JavaFX components. Pass the customized style data using the javafx.default.preloader.stylesheet
parameter for your application. The following items are valid for the parameter:
Absolute or relative URI of the CSS style sheet, either as a text file with a .css extension, or in binary form with a .bss extension. For more information about binary conversion, see Section 5.4, "Style Sheet Conversion."
Actual CSS code.
To customize the preloader, use the .default-preloader
class. In addition to standard CSS keys, the preloader has the following special keys:
-fx-preloader-status-text
Status text shown in the preloader
-fx-preloader-graphic
Absolute or relative URI of the image used by the preloader
Example 4-1 shows an example of CSS file my.css
:
Example 4-1 Example CSS Class to Customize the JavaFX Preloader
.default-preloader { -fx-background-color: yellow; -fx-text-fill: red; -fx-preloader-graphic: url("http://host.domain/duke.gif"); -fx-preloader-text: "Loading, loading, LOADING!"; }
Add the style sheet to the <fx:deploy> Ant task as shown in Example 4-2:
Example 4-2 Adding a JavaFX Preloader Stylesheet to the <fx:deploy> Ant Task
<fx:deploy ...> <fx:application ...> <fx:htmlParam name="javafx.default.preloader.stylesheet" value="my.css"/> <fx:application> </fx:deploy>
If only a few customizations are needed, pass CSS code instead of a file name, to avoid the overhead of downloading a file. Example 4-3 shows how to change the background color to yellow.
Example 4-3 Changing the Default JavaFX Preloader Background Color
<fx:deploy ...> <fx:application ...> <!-- Using fx:param here, so it will be applicable to all web execution environemnts --> <fx:param name="javafx.default.preloader.stylesheet" value=".default-preloader { -fx-background-color: yellow; }"/> <fx:application> </fx:deploy>
To add a company logo to the default JavaFX preloader, you could pass the following string as a value of the javafx.default.preloader.stylesheet
parameter :
".default-preloader { -fx-preloader-graphic:url
('http://my.company/logo.gif'); }"
If customizing the default JavaFX preloader is not enough and you need a different visualization or behavior, see Chapter 13, "Preloaders for JavaFX Applications" for information about how to implement your own preloader, and see Chapter 5, "Packaging Basics" for information about how to add the custom preloader to your package.
Custom splash screens can be used with Java applets by passing in additional parameters when you deploy the applet. See Section 14.3.1, "Adding a Splash Screen" for information.
To add a custom progress bar to your applet, create a class that implements the DownloadServiceListener
interface. See Displaying a Customized Loading Progress Indicator for instructions.
In some cases, a user might have difficulty getting your application to run. For example, the following situations could cause an application to fail:
The user has an unsupported platform.
The user's system does not have the JRE installed.
Java is not configured correctly, for example the proxy information is not set.
The user declined to grant permissions to an application.
The application does not meet current security requirements.
It is important to plan for users who experience problems, by either providing guidance to resolve the issue or having the application fail gracefully and explaining to the user why it cannot be resolved.
The following sections describe methods for handling some common issues.
If the user does not have the JRE installed, then the application cannot start. The application package includes several hooks to improve the user experience in this case.
You can customize the default behavior described in the following sections. See Chapter 19, "Deployment in the Browser" for information about how to customize prompts to install the JRE, and error handling for web applications.
The main application JAR file includes a launcher program, which is used to detect the JRE. If the JRE is not found, then a dialog box is shown that explains where to get the JRE.
If the application is embedded in a web page or launched from a browser using the Deployment Toolkit, which is described in Chapter 19, "Deployment in the Browser," then the Deployment Toolkit handles the detection of the JRE before trying to launch the application. If the JRE is missing, the Deployment Toolkit initiates installation by offering the user a link to the installer. By default, automatic download only occurs when the user launches an application using Java Web Start and has a recent version of the JRE.
An application can fail to launch due to various runtime errors or user mistakes, such as the absence of a network connection needed to load some of the application JAR files.
One of the most common errors is when the user does not grant permissions to the application. In that case, the application fails, and the user has to restart the application and then grant permissions to get it to run. In a case like this, it is helpful to explain to the user why the application failed and what the user must do to restart it successfully. By default, an error message is shown, either in a dialog box or inside the web page in the location where the application is embedded.
If the Deployment Toolkit is used, then the onDeployError
handler can be used to display an error message in the application area in the web page. You can also consider including some instructions in the splash screen to alert users about granting permissions. For more information, see Chapter 19, "Deployment in the Browser."
For JavaFX applications, you can also include a custom preloader to get notifications about errors, unless the error occurs while launching the preloader. For more information about JavaFX preloaders and code examples, see Chapter 13, "Preloaders for JavaFX Applications."


| article entry: | Allen2005 |
|---|---|
| author | Allen, G. and Davis, K. and Goodale, T. and Hutanu, A. and Kaiser, H. and Kielmann, T. and Merzky, A. and van Nieuwpoort, R. and Reinefeld, A. and Schintke, F. and Schott, T. and Seidel, E. and Ullmer, B. |
| title | The grid application toolkit: toward generic and easy application programming interfaces for the grid |
| journal | Proceedings of the IEEE |
| year | 2005 |
| volume | 92 |
| pages | 534--550 |
| number | 3 |
| month | Mar |
| doi | 10.1109/JPROC.2004.842755 |
| owner | mab |
| timestamp | 2006-10-22 |
| article entry: | Baker2005 |
|---|---|
| author | Baker, M. and Apon, A. and Ferner, C. and Brown, J. |
| title | Emerging grid standards |
| journal | Computer |
| year | 2005 |
| volume | 38 |
| pages | 43--50 |
| number | 4 |
| month | April |
| doi | 10.1109/MC.2005.124 |
| owner | mab |
| timestamp | 2006-10-22 |
| inproceedings entry: | Boisseau2004 |
|---|---|
| author | Boisseau, J.R. |
| title | UT Grid: a comprehensive campus cyberinfrastructure |
| booktitle | High performance Distributed Computing, 2004. Proceedings. 13th IEEE International Symposium on |
| year | 2004 |
| pages | 274--275 |
| month | 4-6 June |
| doi | 10.1109/HPDC.2004.1323590 |
| owner | mab |
| timestamp | 2006-10-22 |
| inproceedings entry: | Brunie2003 |
|---|---|
| author | Brunie, L. and Miquel, M. and Pierson, J.-M. and Tchounikine, A. and Dhaenens, C. and Melab, N. and Hameurlain, A. and Morvan, F. |
| title | Information grids: managing and mining semantic data in a grid infrastructure; open issues and application to geno-medical data |
| booktitle | Database and Expert Systems Applications, 2003. Proceedings. 14th International Workshop on |
| year | 2003 |
| pages | 509--515 |
| month | 1-5 Sept. |
| doi | 10.1109/DEXA.2003.1232074 |
| owner | mab |
| timestamp | 2006-10-22 |
| inproceedings entry: | Cappello2005 |
|---|---|
| author | Cappello, F. and Caron, E. and Dayde, M. and Desprez, F. and Jegou, Y. and Primet, P. and Jeannot, E. and Lanteri, S. and Leduc, J. and Melab, N. and Mornet, G. and Namyst, R. and Quetier, B. and Richard, O. |
| title | Grid'5000: a large scale and highly reconfigurable grid experimental testbed |
| booktitle | Grid Computing, 2005. The 6th IEEE/ACM International Workshop on |
| year | 2005 |
| pages | 8pp. |
| month | 13-14 Nov. |
| doi | 10.1109/GRID.2005.1542730 |
| owner | mab |
| timestamp | 2006-10-22 |


Discover Events That Unite The Next Generation Of STEM Leaders
Check Our ListGet a monthly email with the best events!
We all met for the first time at Hack the Hammer II, and we quickly decided on our project: A way for teens across Ontario to find STEM events. Attending events is crucial for networking, getting inspired, and exposing oneself to a whole new world of ideas and discoveries. It turns out that not every event is marketed on Facebook.com or Meetup.com, so we collected info on nearly 1000 events from different APIs using Python. The frontend was built with Angular, and the email newsletter was made with the Mailgun Node.js API. We hope you find our platform useful!
Simon
Keyon
Calder
Evan


We sell bitcoin!
- expedite intuitive networks
- morph dynamic applications
- scale dot-com models
- mesh viral experiences
- grow dot-com architectures
- aggregate scalable deliverables
- disintermediate next-generation technologies
- aggregate B2B web services
- cultivate web-enabled deliverables


CRYPTOGRAPHY & NETWORK SECURITY ASSIGNMENT
A simple program to demonstrate some classical encryption algorithms along with some modern encryption algorithms


| Path: | vendor/plugins/validates_constancy/README |
| Last Update: | Thu Sep 27 10:35:02 CEST 2007 |
Compatible with Rails v1.2.2 and v1.2.3 (Active Record v1.15.2 and v1.15.3)
This RubyGem and Rails plugin adds a validates_constancy_of validation to Active Record. It allows you to prevent particular database fields from being changed after a record is created. A validation error occurs on updates if an attribute of a model object is different from its value in the database.
The code is packaged as both a RubyGem and a Rails plugin. You can use either one, depending on what your needs are.
The Validates Constancy gem is compatible with various versions of Rails (Active Record) — see the test subdirectories of constancy.rubyforge.org/svn/gem/branches. You can install the gem with the command:
gem install validates_constancy
The Validates Constancy plugin is compatible with the latest released version of the Rails framework (and possibly also other versions — see constancy.rubyforge.org/svn/plugin/test). You can install the plugin with the command:
ruby script/plugin install http://constancy.rubyforge.org/svn/plugin/validates_constancy
Use the gem (constancy.rubyforge.org/svn/gem) if you’re using Active Record apart from Rails, or for compatibility with a version of Rails (Active Record) that is not supported by the plugin. Use the plugin if your Rails version is up to date and if you like the convenience of a Rails plugin.
Here’s how to use this validation in your code.
class Person < ActiveRecord::Base # Prevent changes to Person#social_security_number. validates_constancy_of :social_security_number end
The validation takes two options, :if and :message. These may be familiar because several of Active Record’s validations also use them. The :if option takes a Proc, or a symbol, or string with a model object argument and a return value of true or false.
class Comment < ActiveRecord::Base # Prevent changes to Comment#text if it is "locked." validates_constancy_of :text, :if => Proc.new { |comment| comment.locked? } end
The default error message is "can’t be changed". Use your own error message by specifying the :message option.
class LicensePlate < ActiveRecord::Base # Prevent changes to LicensePlate#number. validates_constancy_of :number, :message => 'is off-limits! What are you thinking?' end
More than one model attribute can be specified. Any specified options will be applied to all the specified attributes.
With associations, validate the constancy of a foreign key, not the instance variable itself: validates_constancy_of :invoice_id instead of validates_constancy_of :invoice.
Also note the warning under Inheritable callback queues in api.rubyonrails.org/classes/ActiveRecord/Callbacks.html. "In order for inheritance to work for the callback queues, you must specify the callbacks before specifying the associations. Otherwise, you might trigger the loading of a child before the parent has registered the callbacks and they won’t be inherited." Validates Constancy uses these callback queues, so you’ll want to specify associations after validates_constancy_of statements in your model classes.
There’s a suite of tests that exercises all the functionality of Validates Constancy. You can check out a version of the test suite from the repository according to the version of Rails (Active Record) it works with.
Then read rails_*/doc/README_FOR_APP for instructions on how to run the tests.
Copyright © 2007 Nils Jonsson<EMAIL_ADDRESS>Released under the MIT license.


| Time |
Monday |
Tuesday |
Wednesday |
Thursday |
Friday |
Loading...
Millitary Time
Goal Credits:
(Exact)
Earliest Time:
Latest Time:
New Course (e.g. Ethics, Differential Equations)
Course name
Color
Credits
Level
New Class (e.g. Ethics W/ Sarkisian @ 5:30-6:00 TR)
Course
Times*
Professor
*Time format: "13:00-15:15 TR, 11:30-13:00 F" or "8:30-9:00 MWF"


| DOSE: T+ 0:00 |
1 bowl |
smoked |
Nutmeg |
(ground / crushed) |
| T+ 0:03 |
1 bowl |
smoked |
Nutmeg |
(ground / crushed) |
| T+ 0:15 |
0.5 bowls |
smoked |
Nutmeg |
(ground / crushed) |
| T+ 0:40 |
1 bowl |
smoked |
Nutmeg |
(ground / crushed) |
Background:
I am 16 the only drugs Iíve tried other then this is cannabis frequently for the last while and alcohol once, t3's orally for awhile (ran out) and I tried taking nutmeg orally. Got about 2 spoon full down then the next one I spit up to no effect.
Earlier this day:
I haven't eaten since about 6 1/2 hours ago so I have empty stomach, I smoked cannabis bout 7 1/2 hours ago (should be back at baseline). Thatís the last of my cannabis. I am really bored and I don't like being sober and read both good and bad reports smoking it so if I don't have to taste it decided Iíd try it.
Bowl Size:
width and length = 1 inch
depth = 1 cm
Timeline:
t+0:00
I smoked my first bowl, nutmeg is really flammable. When I lit it it stayed lit the whole time, I had to put it out with bottom of lighter. I took quite a few hits, couldn't keep up with the burning but got quite a bit. Also I agree with the statement of it being heavy smoke, I didn't find it harsh on the throat like cannabis the first time but more harsh directly on the lungs. Burns my nostrils when exhaling through nose.
t+0:01
It really stinks just like nutmeg so I wet my pipe. Gonna let it dry but needed stink out. Had a drink of water.
t+0:02
No effects noticed except slight light headedness. Gonna smoke another bowl.
t+0:03
Smoked second bowl doesn't get any easier on the throat really, didn't burn as easily, because I washed it but it did burn but no less harsh but a bit of chunks of nutmeg washed into my mouth while inhaling (ew!)
t+0:05
Mild marijuana like high, spacey mainly. I ate a banana, hungry but not from nutmeg just from not eating for awhile.
t+0:15
No more effects, want better so I did another half of bowl.
t+0:40
No more effects again the same, did another full bowl, decided thatís the last if it doesn't work with 3.5 bowls it's not worth it.
t+1:20
Went for a walk to avoid parents, felt a little nauseas but thatís gone.
t+1:50
I feel like Iím back at baseline.
Good Parts:
mild high
Bad parts:
harsh smoke
nauseas (not too bad)
heavy smell
bit of bad taste
short high
need to smoke too much for effects
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


#assign n0_docs="true"> <#assign n1_query_find="true"> <#assign findOne = "true">
Used when a query is expected to return 1 or zero beans.
```java Contact contact = new QContact<EMAIL_ADDRESS>.findOne(); ```
The same as findOne but returns an Optional
holding the bean.
These methods throw javax.persistence.NonUniqueResultException
if there is more that one matching
result for the query.


Quote: Posted 03/11/05 20:42:14 (GMT) -- CrispyCritter
Sure, if you do a Human Rogue 13/Monk 12/Cleric 15 you won't get an XP penalty, or if you do the admittedly cheesy Rogue 13/Cleric 26/Monk 1 this will also avoid an XP penalty as long as you take Monk as your last level.
That said, I would probably take the XP penalty and go with the Halfling build, as I feel that it is stronger overall, even if it does take longer to level up.
Sounds like this is the way to go... I have a lot of SR-heavy opponents to combat


# File bin/experimental-filter.rb, line 121 def main agent.defer('no deliver method specified in configuration file') end


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divya agriculture management is a premier labour hire company, that specialises in temporary staff and provides quality general labourers. All workers are vetted to ensure that you receive an employee that will be most suited to the role that you have specified and will help to accomplish the range of tasks that are required.divya agriculture management provides the right workers when you need them. We cover all areas of lockeyarvelly including the major all area , metropolitan areas and rural and remote areas.
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System Requirements¶
Hardware requirements¶
epiScanpy
package requires only a standard computer with enough RAM to support the in-memory operations.
Software requirements¶
### OS Requirements This package is supported for macOS and Linux. The package has been tested on the following systems: + macOS: Mojave & Catalina (10.14 to 10.15.4)
Python Dependencies¶
EpiScanpy require a working version of Python
(>= 3.6)
Additionally, this package epiScanpy
depends on other Python dependencies and packages.:
anndata
matplotlib
numpy
pandas
pyliftOver
pysam
scanpy
scipy
scikit-learn
seaborn
bamnostic


Run
Set Environment Variables
Set ANALYTICS_ZOO_HOME and SPARK_HOME:
- If you download Analytics Zoo from the Release Page
export SPARK_HOME=folder path where you extract the spark package
export ANALYTICS_ZOO_HOME=folder path where you extract the analytics zoo package
- If you build Analytics Zoo by yourself
export SPARK_HOME=folder path where you extract the spark package
export ANALYTICS_ZOO_HOME=the dist folder generated by the build process, which is under the top level of the source folder
Use Interactive Spark Shell
You can try Analytics Zoo easily using the Spark interactive shell. Run below command to start spark shell with Analytics Zoo support:
${ANALYTICS_ZOO_HOME}/bin/spark-shell-with-zoo.sh --master local[*]
You will see a welcome message looking like below:
Welcome to
____ __
/ __/__ ___ _____/ /__
_\ \/ _ \/ _ `/ __/ '_/
/___/ .__/\_,_/_/ /_/\_\ version 1.6.0
/_/
Using Scala version 2.10.5 (Java HotSpot(TM) 64-Bit Server VM, Java 1.7.0_79)
Spark context available as sc.
scala>
Now you'll be able to play with Analytics Zoo API's. For instance, to load a pre-trained object detection model, you may try below code:
scala> import com.intel.analytics.zoo.models.image.objectdetection.ObjectDetector
import com.intel.analytics.zoo.models.image.objectdetection.ObjectDetector
scala> ObjectDetector.loadModel[Float](params.modelPath)
Run as a Spark Program
You can run a analytics zoo program, e.g., the Object Detection, as a standard Spark program (running in either local mode or cluster mode) as follows:
- Download the pre-trained model from here.


The purpose of this document is to explain the workflow used to create the LabLocations
dataset of LabCorp lab locations. Some of the steps in this process require manual inputs from the user so cannot be built into functions. One of the goals of this document is to ensure the process is understandable and reproducible.
library(LabCorp)
We want the addresses for all of LabCorp’s labs in a format we can use for plotting and future geographic analysis. The first step is to query their website so that it returns data on a few labs in small area and repeat the process until we’ve covered the entire US.
The LabCorp website has a search feature where you can enter criteria such as an address or zip code and the site will serve up the labs in that area. When you click the search button, the site encodes the search criteria and a referer into a single URL and sends it to the server. This URL is called the request because the user is requesting information from the server. The server sends a response to the request. The referer is a tool for the server to track where request originates from and to validate that it’s a valid request. It could change based on when you do the search or where you are searching from.
Great, so how do we get the referer? We run the search manually once and get the referer using Chrome’s developer tools. Here’s how:
referer<-paste0("/wps/portal/!ut/p/c1/04_SB8K8xLLM9MSSzPy8xBz9CP0os",
"_hACzO_QCM_IwMLo1ALAyNj1yBnQxNfAwN_U6B8JG55AyMCuv0",
"88nNT9SP1o8zjQ11Ngg09LY0N_M3DjA08DcPcfFwcjQwNgk30Q",
"_QjnYGKIvEqKsiNKDfUDVQEAO_Izxc!/dl2/d1/L0lJWm1abVp",
"tS0NsRS9vQXdRQUVFVUFBQ0FDeFFBQUlCQWxBQUFnREtVQUFDQ",
"VlaUUFBSUFqbEFBQWdDQlVBQUNBQWxRQUFJQUJWQUFBZ0FORzB",
"heEFBQWdHZ0EhIS9ZSTUwc3V5bHdBISEvN19VRTRTMUk5MzBPN",
"1YzMEkxVkZMREEyMTBTNC9zZWFyY2g!/")
library(zipcode)
data(zipcode)
zips<-as.list(zipcode$zip)
names(zips)[1:length(zips)]<- "zipCode"
URLs<- sapply(1:9, function(x) makeurl(params=zips[x], referer=referer))
The scaping process will use a lot of RAM. On my machine, I kept getting failures because the interim data was too big to handle with RAM. I was able to work around the failure by writing the interim results to a file and append to it with each iteration in step 3 below. This step simply sets up the file so it’s ready to receive those results. We create a .csv file and write the headers to it.
head <- "lat,long,street,city,state,zip"
filename <- "LabCorp_PSC_Listing.csv"
writeLines(head,filename)
This next step loops through the URLs we just created and collects the location data. The GetLabData function pulls scrapes the raw html from the LabCorp website, extracts the latitude, longitude, and address data from a javascript function, and finally formats it into a dataframe. As I mentioned in Step 2, looping through the URLs like this seemed very memory intensive on my machine and my work around was to append the nterim data to a file on each iteration. I know that loops are inefficient in R, and writing to a file requires I/O overhead, but at least this would method would run to completion. Perhaps I could have run it on an AWS but I like to keep my processing local.
len<- length(URLs)
for (url in URLs){
a<- GetLabData(url)
if(!is.null(a)){
suppressWarnings(
write.table(a,
filename,
row.names = F,
append=T,
sep=",",
col.names = F))
}
cat(paste0("Complete iteration: ",which(URLs==url)), " of ",len,"\n")
}
The data we pulled in step 3 will include duplicate locations. This is because a lab may be within the given radius from the center of more than one zipcode. This lab would show up in the search results for each query and therefore be written to the file several times. We’ll need to remove the duplicates so we only have unique locations.
dat<- read.csv(filename)
LabLocations<- unique(dat)


{{ product.summary }}
£{{ (product.price * 1.20) | int }} (VAT inc.)
{% if friend_reviewed %}Look at reviews from your friends {{ username }}
{% if number_reviews > 10 or show_more %}All reviews
{% for review in reviews %}{{ paragraph }}
{% endfor %} {% endfor %} {% elif number_reviews == 1 %}Only one review
{% endif %} {% else %}None of your friend reviewed this product
{% endif %} {% for comment_username, comment in comments %} {{ comment_username }}: {{ comment }} {% endfor %}


General Information
- Breed Purpose
- Dual Purpose
- Comb
- Pea
- Broodiness
- Average
- Climate Tolerance
- All Climates
- Egg Productivity
- Medium
- Egg Size
- Medium
- Egg Color
- Blue/Green
- Breed Temperament
- Friendly, Flighty, Easily handled, Calm, Bears confinement well, Quiet, Docile
- Breed Colors/Varieties
- Black, Blue, Blue Wheaten, Brown Red, Buff, Silver, Wheaten, and White. Colors being worked on include Lavender, Splash, Splash Wheaten, Mottled, Salmon, Red Pyle and Black Gold.
- Breed Size
- Large Fowl
The Ameraucana is an American breed of chicken developed in the USA in the 1970s. It was derived from chickens brought from South America (Chile) that carried the blue egg gene and was bred to maintain the blue egg colour gene of that breed. There is also an Ameraucana bantam variety and both the LF and bantam variety were added to the APA Standard of Perfection (SOP) in 1984. Recognised varieties are: Black, Blue, Blue Wheaten, Brown Red, Buff, Silver, Wheaten, White.
The Ameraucana is one of the few chicken breeds to lay blue eggs, another being the Cream Legbar, which also have an Araucana influence. The Ameraucana breed shows many similarities to the Araucana breed, such as pea combs and of course the blue egg gene. The Araucana however has earmuffs and is rumpless, whereas the Ameraucana has a tail and is muffed and bearded. Their earlobes are small and round, wattles small or absent, earlobes, comb and wattles are all red. Their shanks are slate-blue, (tending to black in the Black variety). In Australia and UK both Ameraucana and Araucana breeds are viewed as varieties of the Araucana - tailed and rumpless.
Less rare than Araucanas, Ameraucana are still considered quite rare. They are often confused with Easter Eggers (EE's are often advertised and sold as Ameraucanas), which can lay blue AND green eggs.
See here: Differences Between EEs, Ameraucanas, and Araucanas
Ameraucana eggs
Ameraucana chicks
Ameraucana pullet
Ameraucana rooster
For more info on Ameraucanas and their owners' and breeders' experiences, see our breed discussion here:
https://www.backyardchickens.com/t/975512/chicken-breed-focus-ameraucana/0_30


Welcome to my new site!
Check out my CV, browse some recent posts, or click through my socials links below.
This page will be updated frequently, so check back often for updates!
Feel free to email me with any inquiries
New site is live! 2021-05-03 site I’ve finally finished most of the customizations I want for my new site! The template is based off the Erblog Hugo template, though (of course) ... Read More


Here is a NSIS script which can be used to launch Java programs the easy way.
It will search for the JRE the following way:
1 - in jre directory (if you have JRE Installed with your application)
2 - in JAVA_HOME environment variable
3 - in the registry
4 - assume java.exe in current dir or PATH
In this example NSIS is not used as an installer but as a windows program.
There's no programming language out there in which it can be done this simple!
Have fun! (can you believe people want you to pay for this!)
Save this script
Name "Java Launcher"
Caption "Java Launcher"
Icon "Java Launcher.ico"
OutFile "Java Launcher.exe"
SilentInstall silent
AutoCloseWindow true
ShowInstDetails nevershow
!define CLASSPATH ".!define CLASS "org.me.myProgram"
Section ""
Call GetJRE
Pop $R0
StrCpy $0 '"$R0" -classpath "${CLASSPATH}" ${CLASS}'
SetOutPath $EXEDIR
Exec $0
SectionEnd
Function GetJRE
Push $R0
Push $R1
ClearErrors
StrCpy $R0 "$EXEDIR\jre\bin\java.exe"
IfFileExists $R0 JreFound
StrCpy $R0 ""
ClearErrors
ReadEnvStr $R0 "JAVA_HOME"
StrCpy $R0 "$R0\bin\java.exe"
IfErrors 0 JreFound
ClearErrors
ReadRegStr $R1 HKLM "SOFTWARE\JavaSoft\Java Runtime Environment"
"CurrentVersion"
ReadRegStr $R0 HKLM "SOFTWARE\JavaSoft\Java Runtime Environment\$R1"
"JavaHome"
StrCpy $R0 "$R0\bin\java.exe"
IfErrors 0 JreFound
StrCpy $R0 "java.exe"
JreFound:
Pop $R1
Exch $R0
FunctionEnd
|


Message Sent Successfull ✔
Hi
123
,
Thank for your message 😀
We have recived your message , We will get back to you , as soon as possible !
For more about the Sorting Visualizer , See the 'README file'
Click here


--- layout: post title: The Return of the King date: 2004-12-01 00:00:00 category: personal ---
We had an extremely panicked night last night. Monty (pictured) hadn't showed for breakfast in the morning - which is unusual but not unheard of.
But then he failed to turn up in the evening for supper, and that was very worring - it's never happened before and we're not exactly enjoying warm weather at the moment. So the evening was spent fretting, wandering around local streets whistling and calling for him, knocking on the neighbours doors, looking at the documentation we got when the cats were chipped, etc. etc.
There was no sign of him by midnight when I went to bed. I lay in bed dozing but not really sleeping, and then at about 4am this morning I'm woken up - and there he is, sitting on the end of the bed.
Phew.


The Edict
- Stand strong, stand united.
- To stand on your own is to show strength. To stand together is to become invincible.
- Stand firm in the right place.
- Find your footing no matter where you are and what you are doing.
- Bravery comes before change.
- Our greatest enemy is often ourselves. Becoming a better man requires a great leap into the unknown.
Campus Policies
- These are the scholastic standards set by the student council association, SAIT-SCA.
- Each member must have a minimum average GPA of 2.5 at the start of every semester.
- Each fraternity or sorority should have a minimum average GPA that is above the province-approved limit at the start of every semester.
- Any and all officers or official representatives of the fraternity, sorority, or Greek Affairs Board must have a minimum average GPA of 2.5 at the start of every semester.
- All chapters and their individual members are subject to the standard Drugs and Alcohol Policy as well as the Risk Management Policy put forward by the province of Alberta.


Example 18 - Real-Time Trading Platform
(with Material Theme)
Simulate a stock trading platform with lot of price changes, to show SlickGrid HUGE PERF., do the following: (1) lower
Changes Rate (2) increase both Changes per Cycle and (3) lower Highlight Duration


ISBN Search
ISBN-13:<PHONE_NUMBER>267
ISBN-10: 007149426X
Author: Joel Scambray
Edition: 3
Binding: Paperback
Publisher: McGraw-Hill Education
Published: December 2007
List Price: $55.00
$27.95
+3.99 shipping
Ready to ship
Notes
$29.45
Ships 2-3 days
$33.11
$37.55
Free shipping
$38.30
$36.42
Ships 3+ Days
$37.10
+4.96 shipping
$38.49
+3.95 shipping
$39.95
$45.81
+3.97 shipping
$3.48
$0.01
$3.98
$0.99
$1.99
$3.00
$6.31
$21.45
$39.98
$35.49
+5.99 shipping


|
CivilOctave
|
Go to the source code of this file.
Functions | |
| if (!window) window | |
| function | show () |
| function | init (evt) |
Variables | |
| var | root = document.documentElement |
| var | state = 'none' |
| var | stateOrigin |
| var | stateTf = root.createSVGMatrix() |
| var | cursorGrab = ' url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAA4AAAAOCAMAAAAolt3jAAAAGXRFWHRTb2Z0d2FyZQBBZG9iZSBJbWFnZVJlYWR5ccllPAAAAAlQTFRFAAAA////////c3ilYwAAAAN0Uk5T//8A18oNQQAAAD1JREFUeNp0zlEKACAIA9Bt9z90bZBZkQj29qFBEuBOzQHSnWTTyckEfqUuZgFvslH4ch3qLCO/Kr8cAgwATw4Ax6XRCcoAAAAASUVORK5CYII=") |
| var | move |
| var | zoomSteps = 10 |
| var | zoomInFactor |
| var | zoomOutFactor |
| var | windowWidth |
| var | windowHeight |
| var | svgDoc |
| var | minZoom |
| var | maxZoom |
| if | ( | ! | window | ) |
| function init | ( | evt | ) |
| function show | ( | ) |
Show the graph in the middle of the view, scaled to fit
Definition at line 52 of file svgpan.js.
| var cursorGrab = ' url("data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAA4AAAAOCAMAAAAolt3jAAAAGXRFWHRTb2Z0d2FyZQBBZG9iZSBJbWFnZVJlYWR5ccllPAAAAAlQTFRFAAAA////////c3ilYwAAAAN0Uk5T//8A18oNQQAAAD1JREFUeNp0zlEKACAIA9Bt9z90bZBZkQj29qFBEuBOzQHSnWTTyckEfqUuZgFvslH4ch3qLCO/Kr8cAgwATw4Ax6XRCcoAAAAASUVORK5CYII=") |
| var root = document.documentElement |
The code below is based on SVGPan Library 1.2 and was modified for doxygen to support both zooming and panning via the mouse and via embedded bottons.
This code is licensed under the following BSD license:
Copyright 2009-2010 Andrea Leofreddi a.leo. All rights reserved. fred di@it char m.com
Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:
THIS SOFTWARE IS PROVIDED BY Andrea Leofreddi ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
The views and conclusions contained in the software and documentation are those of the authors and should not be interpreted as representing official policies, either expressed or implied, of Andrea Leofreddi.


Chan System
Asynchronous channels for connecting subsystems
Created by Martin Chmelík
## overview
- Chan
- idea
- chan store
- detail
- net chans
- Chat (application example)
- idea
- UI and commands
- Connector
## chan idea
- connect *independent susbsystems*
- susbystems require only:
- name and location of channel
- to reference Chan.dll
- *constant API* for any 'distance':
- same process
- different process
- different computer
- sending *immutable messages* over 'channels' (chans)
- chan is abstraction of *asynchronous queue*
## motivation
- breaking dependency, ...
- many small apps need to exchange messages between remote components
- personal need for such framework
- I haven't found any library matching my idea.
- something many people could find useful
- interesting learning experience
## chan system overview
Most logic is hidden behind *ChanStore* with simple API.
- *create net/local chan*
- *access sender/receiver* (ends of a chan)
- If provides host and port can access net-chan created in differnt ChanStore.
- That ChanStore has to start a server on that port.
- uses URIs as chan identifiers
## chan identification
Chans are accessed with URIs with 'chan' scheme.
- *no authority*: local chan (or local end of net chan)
```javascript
"chan:ui/events" //example
```
- *with authority*: remote end of net-chan
```javascript
"chan://myserver.cz:6789/chat/messages" //example
```
## chan details
Ideas behind implementing chans and ChanStore.
## chan types
- *async local*
- internally stores *2 queues of 'promises'*
- [waiting for send] and [waiting for receive]
- queues are limited in legth, after which they block the thread
- *net*
- Serializes and sends messages over *TCP* connection.
- other
- implementing other would not require any change of the rest of the system
- possible fake: cancelled; timeout....
## chan factory
- Factories differ per *distribution type*
- *FirstOnly* - each single chan works like this - 'evenly' distributes messages between all receivers
- *Broadcast* - each receiver receives all messages (simulated by creating different chans in a factory)
- Behaves like a factory but does not create a chan every time.
- Distribution type can be specified when creating the chan in
ChanStore and defaults to FirstOnly (which adds almost no overhead)
## `SerDes`
Refers to `ISerDes<T>`
Typesafe serialization, deserialization interface
Default SerDes is provided in NetChanConfig for `[Serializable]` types.
## chan store
- stores dictionaries
- *locals*
- maps URIs to 'tuples' of factory and server (null for local chans)
- *clients to remote chans*
- maps message-types to caches
- cache maps URIs to factories
- caches must be *initialized* with mainly SerDes
- Required for default SerDes too: returns task that fails if any exception happens in cache.
- *Different for senders and receivers* for they are unrelated.
## net chan
Sends messages over *custom binary TCP protocol* that can send messages of up to *64KiB* (when serialized).
The protocol is designed to be able to send fragmented messages of up to 4GiB but that is not implemented and using it would probably signal bad design anyway...
## net chan protocol
Each end sends 'packets' that consist of a *header* (8 bytes) and possibly *data*. Header always contains length of data (in 2 bytes) if there are any.
All values are represented in big-endiand.
There are different types of headers, like `MSG`, `PING`, `CLOSE` ...
For complete list and details see [documentation](https://github.com/Maartyl/cs-chan/tree/master/Chan/NetChan#protocol).
# Chat
##### application example
Simple chat aplication that uses *chans for communication* and shows *connector* idea.
![screenshot](https://raw.githubusercontent.com/Maartyl/cs-chan/master/Chat/screenshot.png)
## chat idea
- looks and works like terminal application
- as little code as possible should depend on GUI
- so it can be easily replaced
- user can issue *commands* (like IRC)
## chat ui
- UI consist simply of
- *command bar* at the bottom of the window
- *text area* which shows messages, errors and notifications
- can be swapped with *help area* which shows help
- application starts in help mode
## chat commands
All commands start with ':'
Any line not starting with ':' is interpreted as *:text* command with rest as argument.
If line wasn't just whitespace, it is trimmed and fed into *:send*.
All that (and any other input) is part of command *CmdParseRun* which
hides all logic and lets any part of code run the same command as user.
It is used to *run command line arguments*.
## connector
Implemented version is essentialy just *dynamic dispatch* on some key type;
in case of Chat, string.
The full version idea is closer to an asynchronous actor system
with asynchronous replies and message sending
that can be extended by chans to span processes.
Maybe using some actual actor library might be better.
Mentioned because if I ever really use chans in practice,
I would like to use it with such system or at least something with
dynamic dispatch and asynchronous replies.
## server cannot be behind NAT
- **problem**
- upon request server creates TCP listener at random port and sends that port to client
- does not get NAT translated
- *solution*
- single TCP listender instead of WCF call.
- which chan to use is determined during handshake
- big change
- WCF can do authentication and I don't know how to write it properly with just TCP.
- I will fix it once I understand the problematic.
## summary
- chans *connect independent* subsystems
- chans are created in and accessed through *ChanStore*
- net-chan uses *lasting TCP* connection to push messages
- chat uses dispatch on strings (commands) to run actions
---
- currently **does not work over NAT**
# Thank you
If you liked this presentation and want to know more here is project's [GitHub page](https://github.com/Maartyl/cs-chan) and [documentation](https://github.com/Maartyl/cs-chan#chan-system).
More from me can can found on my [GitHub profile](https://github.com/Maartyl).


Feel free to contact us via:
Phone:<PHONE_NUMBER>.Or pass by our offices:
Address. Bogani East Road, empire Building 1st Floor. Nairobi, Nrb 45817- 00100. Office Hours: Monday through Friday. 8:30 am – 4:30 pm.You can even hit us up on email via:
Email<EMAIL_ADDRESS>Mail Payments to: General Post Office. P.O. Box 45817.


View All open positions
We’re looking for a UX Researcher to help craft the future of our market-leading digital product suite. This is an amazing opportunity to work in a highly collaborative role and requires a creative thinker, a helpful mentor, a team player, and a skilled communicator - all rolled into one!
We’re a team of lifelong learners. We’re equal parts left and right brained. And we’re generally likeable. We won’t bore you with more adjectives. See for yourself.
We’re a global team with a philosophy of encouraging passionate people to be fun and creative. With offices in Melbourne, Oakland, and Berlin we benefit from bringing together the experiences and viewpoints of a wide range of talented people from around the world. We believe a diverse workplace is a healthy workplace.
Melbourne
Full-time
Design & Architecture
Web & Interaction Design


{% extends 'helpcentre-detail.html' %} {% block pageTitle %} The confirm email address link in your email does not work {% endblock %} {% block beforeContent %} {% endblock %} {% block content %}
You need to confirm your email address when you set up an NHS login. To do this, you must select the confirm email address link we send you. If the link in your email does not work, there are a number of possible reasons why.
A broken link can happen if:
If this happens, you can try selecting the link in your email again. If you type the web address, check it is correct. If you paste the web address, make sure you copy the full address.
The confirm email address link we send you has a time limit of 24 hours. If it has been more than 24 hours since you received the email, the link will not work.
You need to go back to the website or app you were trying to access and enter your email address and password again. You will be sent another confirm email address link to set up your NHS login.
The confirm email address link may not work because you have already used it and have successfully confirmed your email address.
Try using your NHS login to log in to a website or app.


The only complex type predefined in XML schema is anyType, the default type for elements, and a super-class of any user-defined type. The nearest analogue is RDF Resource. User defined complex types correspond to OWL classes which may be anonymous, globally qualified by the target namespace, or locally named and defined in a default namespace. For complex types with mixed or simple content, we model these as restrictions on its RDF value.
Global, named complex types are defined in the target namespace. The following schema defines a complex type, <http://example.org/Foo>.
<?xml version="1.0" encoding="UTF-8"?> <xs:schema xmlns:xs="http://www.w3.org/2001/XMLSchema" targetNamespace="http://example.org/" > <xs:complexType name="Foo" /> </xs:schema>
@prefix ns2: <http://example.org/> . @prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#> . @prefix ns1: <http://example.org/def/> . @prefix xs_: <http://www.w3.org/2001/XMLSchema#> . @prefix owl: <http://www.w3.org/2002/07/owl#> . @prefix xsd: <http://www.w3.org/2001/XMLSchema#> . @prefix rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> . @prefix xs: <http://www.w3.org/2001/XMLSchema> . ns2:Foo a owl:Class . <http://example.org/complexType1.owl> a owl:Ontology .
If the target namespace ends with an alpha-numeric, a fragment separator '#' is introduced.
For locally defined elements we derive value (OWL allValuesFrom) restrictions from their type. A complex type defines a content model (particle) for element content. For global elements the type is set by the property range. The Russian Doll style of schema mirrors the structure of the XML instance document. Short on references to global definitions, we see attributes & elements defined in-situ (locally), where names are easily recycled. We might foresee a problem with different appearances of an element within the particle having different types. However, the Element Declarations Consistent constraint limits elements within the same particle to be of the same type. This permits us to construct an allValuesFrom restriction based only on the first appearance of an element within a particle.
This example also shows the definition of a property range based on an anonymous complex type. It also shows how simple content is captured in the form of an rdf:value. In this case the element value can appear at most once. If the element is empty the value isn't added.
<?xml version="1.0" encoding="UTF-8"?> <xs:schema xmlns:xs="http://www.w3.org/2001/XMLSchema" targetNamespace="http://example.org/" > <xs:element name="foo"> <xs:complexType> <xs:simpleContent> <xs:restriction base="xs:string"/> </xs:simpleContent> </xs:complexType> </xs:element> </xs:schema>
@prefix ns2: <http://example.org/> . @prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#> . @prefix ns1: <http://example.org/def/> . @prefix xs_: <http://www.w3.org/2001/XMLSchema#> . @prefix owl: <http://www.w3.org/2002/07/owl#> . @prefix xsd: <http://www.w3.org/2001/XMLSchema#> . @prefix rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> . @prefix xs: <http://www.w3.org/2001/XMLSchema> . rdf:value a rdf:Property , owl:DatatypeProperty . <http://example.org/complexType2.owl> a owl:Ontology . ns2:foo a owl:ObjectProperty ; rdfs:range [ a owl:Class ; rdfs:subClassOf [ a owl:Restriction ; owl:cardinality "1"^^xs_:int ; owl:onProperty rdf:value ] ; rdfs:subClassOf [ a owl:Restriction ; owl:allValuesFrom xs_:string ; owl:onProperty rdf:value ] ] .
Instances of this in both XML and RDF are as follows:
<?xml version="1.0" encoding="UTF-8"?> <foo xmlns="http://example.org/">foobar</foo>
@prefix ns2: <http://example.org/> . @prefix ns1: <http://example.org/def/> . @prefix xs_: <http://www.w3.org/2001/XMLSchema#> . @prefix rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> . @prefix xs: <http://www.w3.org/2001/XMLSchema> . <http://example.org/complexType2.xml> ns2:foo [ rdf:value "foobar"^^xs_:string ] .
We may add attributes to a complex type either directly as in the example below (or as part of an attribute group), or within nested restrictions or extensions.
<?xml version="1.0" encoding="UTF-8"?> <xs:schema xmlns:xs="http://www.w3.org/2001/XMLSchema" targetNamespace="http://example.org/" > <xs:complexType name="Foo"> <xs:attribute name="bar" type="xs:string" /> </xs:complexType> </xs:schema>
The attribute 'bar' is unqualified, so the corresponding property is defined in the default namespace (xmlns=http://example.org/def/).
@prefix ns2: <http://example.org/> . @prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#> . @prefix ns1: <http://example.org/def/> . @prefix xs_: <http://www.w3.org/2001/XMLSchema#> . @prefix owl: <http://www.w3.org/2002/07/owl#> . @prefix xsd: <http://www.w3.org/2001/XMLSchema#> . @prefix rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> . @prefix xs: <http://www.w3.org/2001/XMLSchema> . ns2:Foo a owl:Class ; rdfs:subClassOf [ a owl:Restriction ; owl:allValuesFrom xs_:string ; owl:onProperty ns1:bar ] ; rdfs:subClassOf [ a owl:Restriction ; owl:maxCardinality "1"^^xs_:int ; owl:onProperty ns1:bar ] . <http://example.org/complexType3.owl> a owl:Ontology . ns1:bar a rdf:Property , owl:DatatypeProperty .
We can add structured content to a complex type, using the compositors, 'all', 'choice', 'sequence', and sometimes 'group'. These don't add any nested structure to the class itself but are used to determine the cardinalities of any added properties.


--- layout: default pretty: guide: "Install Guide" sha: "SHA" signature: "File Signature" artifacts: opensearch: OpenSearch odfe-cli: ODFE-CLI perftop: PerfTop elasticsearch: Elasticsearch kibana: Kibana odfe-jdbc: JDBC Driver odfe-odbc: ODBC Driver data-prepper: Data Prepper logstash-oss-with-opensearch-output-plugin: Logstash OSS with OpenSearch Output Plugin platforms: windows: "Windows" linux: "Linux" freebsd: "FreeBSD" macos: macOS java: "Java" docker: Docker extensions: targz: ".tar.gz" exe: "Installer (exe)" zip: ".zip" pkg: "Installer (pkg)" msi: "Installer (msi)" jar: ".jar" docker_hub: 'Dockerfile' system-package: "System package" architectures: arm64: "ARM64" x64: "x64" x86: "x86" jvm: Java Virtual Machine sections: opensearch: OpenSearch opensearch-dashboards: OpenSearch Dashboards command-line-tools: 'Command Line Tools' data-ingest: 'Ingest Tools' docker-compose: 'Try OpenSearch with Docker Compose' minimal: 'Minimal Distributions' architecture_order: - x64 - arm64 - x86 - jvm platform_order: - linux - docker - freebsd - macos - windows - java --- {%comment%} template layout setup {% endcomment %} {% assign primary_title = site.headings.downloads %} {% assign layout_class = 'sidebar-right' %} {%comment%} human readable setup - pretty.html will get the most specific override in the frontmatters 1. page frontmatter 2. layout frontmatter 3. fall back to the key {%endcomment%} {% capture guide_pretty %}{% include downloads/pretty.html key="guide" %}{% endcapture %} {% capture sha_pretty%}{% include downloads/pretty.html key="sha" %}{% endcapture %} {% capture signature_pretty%}{% include downloads/pretty.html key="signature" %}{% endcapture %} {% comment %} this is the built-in error checking for the version definition having missing artifacts {% endcomment %} {% for component in page.components %} {% assign component_details = site.artifacts | where: "version", component.version | where: "artifact_id", component.artifact %} {% assign number_of_artifacts = component_details | size %} {% if number_of_artifacts == 0 %} {% capture artifact_error %}ERROR: "{{component.artifact}}" defined in version but artifact definition missing in collection. {%endcapture%} {% assign error_block = error_block | append: artifact_error %} {% endif %} {% endfor %} {% capture content %} {% if error_block %}
{{error_block}}{% endif %} {% for section in page.sections %} {% capture role %}{{section[1].role}}{%endcapture%} {% capture section_id%}{{section[0]}}{%endcapture%} {% capture section_heading_pretty %} {% include downloads/pretty-group.html group="sections" key=section_id%}{%endcapture%} {% assign include_url = section[1].explanation %}
Install from FreeBSD packages:
# pkg install {{details.freebsd_package_name}}


Since 2012, UK citizens earning less than £18,600 per year can only bring their non-EU partner into the UK by holding an amount of savings determined by:
£16,000 + 2.5 × (£18,600 - earnings)
Adult minimum wage in the UK is £6.50 per hour, which comes to at most £13,520 per year. At best, a UK citizen working full-time at minimum wage will need £28,700 in savings in order to bring his or her spouse to the UK. At 10% per month (almost double the average UK savings ratio), it would take 21 years to build up the required savings while living on only £1,000 per month.
And if you're unemployed or self-employed? You'll need the full £62,500 in savings.


{{ item.name }} has selected the {{ item.pieceObject.name }} and {{ item.piece.pieceName }} color
Note: This is a single page AngularJS app. If you navigate back from the game page, you will have to start the game over.


Meet the Ghanaian burying people in unconventional coffins like Nike sneakers
by Theodora AidooCoffin makers in Ghana are adding a touch of fun to burial processes. They are creating fascinating coffins that will leave you with a dropped jaw.
They make coffins that are shaped like Mercedes, lions, fowl and even food ingredients among others. Just name it and they’ll get you a customised coffin.
A Ghanaian woodcarver Joseph Tetteh Ashong, popularly known as Paa Joe is famous for making those fancy coffins that are hand-carved.
These coffins became popular in the 1950s thanks to Seth Kane Kwei, Paa Joe’s uncle whom he understudied. In Ghana at the time, these coffins were referred to as ‘abeduu adekai’, which means “receptacles of proverbs”.
The coffin is created to illustrate a dead life by carving a symbolic physical vessel that supposedly conveys the dead’s journey to the afterlife.
A pilot, for instance, might be buried in a large coffin in the shape of an aircraft. Or a musician, might be buried in a coffin shaped like a microphone. Whatever your career is or whoever you represent can be translated into a coffin.
The coffins are hand-carved to illustrate both who the dead persons were on earth and their journey of the afterlife.
Paa Joe’s family were prominent for making fantasy coffins for Ga funerals in southern Ghana, but his is emotive and fun-loving.
Paa Joe exhibited his work at “Gates of No Return”, which features a series of large wooden sculptures revealing Ghana’s slave forts and castles at the American Folk Art Museum in New York.
Papa Joe, 72, started making coffin when he was 16 years and he says: “I’m excited when my coffin has served a purpose and helped someone to travel to the afterlife.”
The most common coffin requests he’s had are fish, cocoa pod, and the Holy Bible.
To create the fancy coffins, Paa Joe uses hardwood for art pieces and exhibitions and soft wood for burials. The coffins are handcraft and hand painted.
Whether rich or poor, Paa Joe aims to satisfy the individualistic, religious and ritualistic demands of his clients. His handcrafted coffin designs include a miniature Air Jordan sneaker and a Louis Vuitton x Supreme bag for shoe and fashion lovers in Ghana.
Even at his age, the Accra-based artist and craftsman’s goal is to build an art academy for local and international art students so they can learn how to make coffins. He also hopes to build a coffin art gallery as well.


A 3D model. It can be loaded from a WavefrontFile or GlbFile. It can also be constructed procedurally by code, by inserting values to the appropriate member variables.
More...
#include <Model.hpp>
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| Model () |
| | Default constructor.
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| | Model (File &file, const std::string &meshName="") |
| | Constructor. More...
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| | Model (File &&file, const std::string &meshName="") |
| | Constructor (rvalue file - helps for declaring the file on the fly when using gcc) More...
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| uint64_t | getNumPoses () |
| | Get the number of animation poses. More...
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| glm::mat4 | getJointTransform (size_t jointIdx, uint64_t currentPose) |
| | Get a joint transform, also calculating the transorms of the parent joints in the same tree and the animations, if any exist. More...
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glm::vec3 | getOriginalScale () |
| | Get the Model's original scale (usually the one read from the file the Model was loaded from.
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| void | saveBinary (const std::string binaryFilePath) |
| | Save model data in binary format. More...
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template<class Archive > |
| void | serialize (Archive &archive) |
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glm::vec3 | scale = glm::vec3(1.0f, 1.0f, 1.0f) |
| | Use this to scale the model and not origScale.
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std::shared_ptr< Image > | defaultTextureImage |
| | Image found in the file the model was loaded from (empty image if not - check the size). It can be used to generate a texture for the model, but other textures can also be used.
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std::vector< float > | vertexData |
| | The vertex data. This is an array, which is to be treated as a 4 column table, holding the x, y, z values in each column. The fourth column is there to assist in matrix operations.
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uint32_t | vertexDataByteSize = 0 |
| | Size of the vertex data, in bytes.
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std::vector< uint32_t > | indexData |
| | 3 column table. Each element refers to a "row" in the vertex data table. Each "row" in the index data table forms a triangle.
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uint32_t | indexDataByteSize = 0 |
| | Size of the index data, in bytes.
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std::vector< float > | normalsData |
| | Array, to be treated as a 3 column table. Each "row" contains the x, y and z components of the vector representing the normal of a vertex. The position of the "row" in the array is the same as the position of the corresponding vertex "row" in the vertexData array.
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uint32_t | normalsDataByteSize = 0 |
| | Size of the normals data, in bytes.
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std::vector< float > | textureCoordsData |
| | Array, to be treated as a 2 column table. Each "row" contains the x and y components of the pixel coordinates on the model's texture image for the vertex in the corresponding "row" of the vertex data "table".
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uint32_t | textureCoordsDataByteSize = 0 |
| | Size of the texture coordinates data, in bytes.
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std::vector< uint8_t > | jointData |
| | Array, to be treated as a 4 column table. Each "row" potentially contains up to 4 joints that can influence each vertex.
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uint32_t | jointDataByteSize = 0 |
| | Size of the joint data, in bytes.
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std::vector< float > | weightData |
| | Array, to be treated as a 4 column table. Each "row" contains the weights by which each of the corresponding joints affect each vertex.
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uint32_t | weightDataByteSize = 0 |
| | Size of the weight data, in bytes.
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std::vector< Joint > | joints |
| | The model's joints.
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bool | noShadow = false |
| | Should the model produce a shadow?
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class | GlbFile |
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class | Renderer |
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A 3D model. It can be loaded from a WavefrontFile or GlbFile. It can also be constructed procedurally by code, by inserting values to the appropriate member variables.
◆ Model() [1/2]
| small3d::Model::Model |
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File & |
file, |
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const std::string & |
meshName = "" |
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) |
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Constructor.
- Parameters
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| file | The file parsing object from which to load the model |
| meshName | The name of the model mesh in the file |
◆ Model() [2/2]
| small3d::Model::Model |
( |
File && |
file, |
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const std::string & |
meshName = "" |
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) |
| |
Constructor (rvalue file - helps for declaring the file on the fly when using gcc)
- Parameters
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| file | The file parsing object from which to load the model |
| meshName | The name of the model mesh in the file |
◆ getJointTransform()
| glm::mat4 small3d::Model::getJointTransform |
( |
size_t |
jointIdx, |
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uint64_t |
currentPose |
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) |
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Get a joint transform, also calculating the transorms of the parent joints in the same tree and the animations, if any exist.
- Parameters
-
| jointIdx | The index of the joint in the list of joints |
| currentPose | The pose of the animation to calculate the joint transformation for. |
- Returns
- The transform
◆ getNumPoses()
| uint64_t small3d::Model::getNumPoses |
( |
| ) |
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Get the number of animation poses.
- Returns
- The number of animation poses
◆ saveBinary()
| void small3d::Model::saveBinary |
( |
const std::string |
binaryFilePath | ) |
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Save model data in binary format.
- Parameters
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| binaryFilePath | Path of file to save binary data to. |
The documentation for this class was generated from the following files:


Buttigieg touts military service, wary of overstating role
by Thomas Beaumont, The Associated PressMASON CITY, Iowa — Pete Buttigieg (BOO’-tuh-juhj) is leaning hard on his seven-month deployment as an intelligence officer in Afghanistan as a powerful credential, but the Democratic presidential candidate is walking a narrow path between giving that service its due and overstating it.
As his support grows, Buttigieg can expect greater scrutiny of his military record in a climate where service is far from sacred.
He’s careful to not call himself a combat veteran even as he notes the danger he faced.
Former White House rival Seth Moulton draws a sharp contrast between his four combat tours in Iraq and Buttigieg’s service.
One of Buttigieg’s former commanding officers says he thinks Buttigieg would be within his rights to say he’s a combat veteran, but questions the use of a rifle in Buttigieg’s ads.
Thomas Beaumont, The Associated Press


jQuery Ajax Tutorial
Coffee Orders
Name:
{{name}}
Drink:
{{drink}}
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name:
drink:
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codes
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Basic computational methods for fracture mechanics using
dolfinx
with Laura De Laurenzis, ETH Zurich, in the framework of the Newfrac project -
Training on dolfinx including nonlienear elasticity and phase-field fracture, in collaboration with Jack Hale, University of Luxembourg, in the framework of the Newfrac project.
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A tutorial as Jupyter notebooks that I use for short courses (with fenics-old, outdated), on colab
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Supplementary material to (Tanné et al., 2018): https://bitbucket.org/cmaurini/gradient-damage, where you can find a reasonably complete implementation of gradient-damage models in FEniCS
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Supplementary material to (missing reference) where you can find an advanced solver implemented using FEniCS and advanced features of PETSc https://bitbucket.org/pefarrell/varfrac-solvers
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Demo codes used at the cism-iutam summer school on variational fracture http://www.cism.it/courses/C1304/: https://bitbucket.org/cmaurini/varfrac_for_cism, where you can find elementary examples for the implementation of gradient-damage models in FEniCS (can be outdated but useful as a starting example).
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Strain-gradient damage, supplementary material to (Le et al., 2018): https://bitbucket.org/cmaurini/gd-vs-sd-damagemodels
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Plates and shells, where we provide a simple and efficient implementation of shell models in FEniCS described in the paper (Hale et al., 2018)
Further informations here: http://fenics-shells.readthedocs.io/en/latest/
See also my pages on bitbucket and github, where I usually host my codes.


--- title: Shipyard Utilities utilities: [Responsive, Typography, Colors] --- {% include page-heading.html page=page %}