|
eccodes
|
Functions | |
| int | codes_get_offset (codes_handle *h, const char *key, size_t *offset) |
| Get the number offset of a key, in a message if several keys of the same name are present, the offset of the last one is returned. More... | |
| int | codes_get_size (codes_handle *h, const char *key, size_t *size) |
| Get the number of coded value from a key, if several keys of the same name are present, the total sum is returned. More... | |
| int | codes_get_length (codes_handle *h, const char *key, size_t *length) |
| Get the length of the string representation of the key, if several keys of the same name are present, the maximum length is returned. More... | |
| int | codes_get_long (codes_handle *h, const char *key, long *value) |
| Get a long value from a key, if several keys of the same name are present, the last one is returned. More... | |
| int | codes_get_double (codes_handle *h, const char *key, double *value) |
| Get a double value from a key, if several keys of the same name are present, the last one is returned. More... | |
| int | codes_get_double_element (codes_handle *h, const char *key, int i, double *value) |
| Get as double the i-th element of the "key" array. More... | |
| int | codes_get_double_elements (codes_handle *h, const char *key, int *i, long size, double *value) |
| Get as double array the elements of the "key" array whose indexes are listed in the input array i. More... | |
| int | codes_get_string (codes_handle *h, const char *key, char *mesg, size_t *length) |
| Get a string value from a key, if several keys of the same name are present, the last one is returned. More... | |
| int | codes_get_bytes (codes_handle *h, const char *key, unsigned char *bytes, size_t *length) |
| Get raw bytes values from a key. More... | |
| int | codes_get_double_array (codes_handle *h, const char *key, double *vals, size_t *length) |
| Get double array values from a key. More... | |
| int | codes_get_long_array (codes_handle *h, const char *key, long *vals, size_t *length) |
| Get long array values from a key. More... | |
| int | codes_copy_namespace (codes_handle *dest, const char *name, codes_handle *src) |
| Copy the keys belonging to a given namespace from a source handle to a destination handle. More... | |
| int | codes_set_long (codes_handle *h, const char *key, long val) |
| Set a long value from a key. More... | |
| int | codes_set_double (codes_handle *h, const char *key, double val) |
| Set a double value from a key. More... | |
| int | codes_set_string (codes_handle *h, const char *key, const char *mesg, size_t *length) |
| Set a string value from a key. More... | |
| int | codes_set_bytes (codes_handle *h, const char *key, const unsigned char *bytes, size_t *length) |
| Set a bytes array from a key. More... | |
| int | codes_set_double_array (codes_handle *h, const char *key, const double *vals, size_t length) |
| Set a double array from a key. More... | |
| int | codes_set_force_double_array (codes_handle *h, const char *key, const double *vals, size_t length) |
| Same as codes_set_double_array but allows setting of READ-ONLY keys like codedValues. More... | |
| int | codes_set_long_array (codes_handle *h, const char *key, const long *vals, size_t length) |
| Set a long array from a key. More... | |
| int | codes_set_string_array (codes_handle *h, const char *key, const char **vals, size_t length) |
| Set a string array from a key. More... | |
| int codes_copy_namespace | ( | codes_handle * | dest, |
| const char * | name, | ||
| codes_handle * | src | ||
| ) |
Copy the keys belonging to a given namespace from a source handle to a destination handle.
| dest | : destination handle |
| name | : namespace |
| src | : source handle |
| int codes_get_bytes | ( | codes_handle * | h, |
| const char * | key, | ||
| unsigned char * | bytes, | ||
| size_t * | length | ||
| ) |
Get raw bytes values from a key.
If several keys of the same name are present, the last one is returned
| h | : the handle to get the data from |
| key | : the key to be searched |
| bytes | : the address of a byte array where the data will be retrieved |
| length | : the address of a size_t that contains allocated length of the byte array on input, and that contains the actual length of the byte array on output |
| int codes_get_double | ( | codes_handle * | h, |
| const char * | key, | ||
| double * | value | ||
| ) |
Get a double value from a key, if several keys of the same name are present, the last one is returned.
| h | : the handle to get the data from |
| key | : the key to be searched |
| value | : the address of a double where the data will be retrieved |
| int codes_get_double_array | ( | codes_handle * | h, |
| const char * | key, | ||
| double * | vals, | ||
| size_t * | length | ||
| ) |
Get double array values from a key.
If several keys of the same name are present, the last one is returned
| h | : the handle to get the data from |
| key | : the key to be searched |
| vals | : the address of a double array where the data will be retrieved |
| length | : the address of a size_t that contains allocated length of the double array on input, and that contains the actual length of the double array on output |
| int codes_get_double_element | ( | codes_handle * | h, |
| const char * | key, | ||
| int | i, | ||
| double * | value | ||
| ) |
Get as double the i-th element of the "key" array.
| h | : the handle to get the data from |
| key | : the key to be searched |
| i | : zero-based index |
| value | : the address of a double where the data will be retrieved |
| int codes_get_double_elements | ( | codes_handle * | h, |
| const char * | key, | ||
| int * | i, | ||
| long | size, | ||
| double * | value | ||
| ) |
Get as double array the elements of the "key" array whose indexes are listed in the input array i.
| h | : the handle to get the data from |
| key | : the key to be searched |
| i | : zero-based array of indexes |
| size | : size of the i and value arrays |
| value | : the double array for the data values |
| int codes_get_length | ( | codes_handle * | h, |
| const char * | key, | ||
| size_t * | length | ||
| ) |
Get the length of the string representation of the key, if several keys of the same name are present, the maximum length is returned.
| h | : the handle to get the offset from |
| key | : the key to be searched |
| length | : the address of a size_t where the length will be set |
| int codes_get_long | ( | codes_handle * | h, |
| const char * | key, | ||
| long * | value | ||
| ) |
Get a long value from a key, if several keys of the same name are present, the last one is returned.
| h | : the handle to get the data from |
| key | : the key to be searched |
| value | : the address of a long where the data will be retrieved |
| int codes_get_long_array | ( | codes_handle * | h, |
| const char * | key, | ||
| long * | vals, | ||
| size_t * | length | ||
| ) |
Get long array values from a key.
If several keys of the same name are present, the last one is returned
| h | : the handle to get the data from |
| key | : the key to be searched |
| vals | : the address of a long array where the data will be retrieved |
| length | : the address of a size_t that contains allocated length of the long array on input, and that contains the actual length of the long array on output |
| int codes_get_offset | ( | codes_handle * | h, |
| const char * | key, | ||
| size_t * | offset | ||
| ) |
Get the number offset of a key, in a message if several keys of the same name are present, the offset of the last one is returned.
| h | : the handle to get the offset from |
| key | : the key to be searched |
| offset | : the address of a size_t where the offset will be set |
| int codes_get_size | ( | codes_handle * | h, |
| const char * | key, | ||
| size_t * | size | ||
| ) |
Get the number of coded value from a key, if several keys of the same name are present, the total sum is returned.
| h | : the handle to get the offset from |
| key | : the key to be searched |
| size | : the address of a size_t where the size will be set |
| int codes_get_string | ( | codes_handle * | h, |
| const char * | key, | ||
| char * | mesg, | ||
| size_t * | length | ||
| ) |
Get a string value from a key, if several keys of the same name are present, the last one is returned.
| h | : the handle to get the data from |
| key | : the key to be searched |
| mesg | : the address of a string where the data will be retrieved |
| length | : the address of a size_t that contains allocated length of the string on input, and that contains the actual length of the string on output |
| int codes_set_bytes | ( | codes_handle * | h, |
| const char * | key, | ||
| const unsigned char * | bytes, | ||
| size_t * | length | ||
| ) |
Set a bytes array from a key.
If several keys of the same name are present, the last one is set
| h | : the handle to set the data to |
| key | : the key to be searched |
| bytes | : the address of a byte array where the data will be read |
| length | : the address of a size_t that contains the length of the byte array on input, and that contains the actual packed length of the byte array on output |
| int codes_set_double | ( | codes_handle * | h, |
| const char * | key, | ||
| double | val | ||
| ) |
Set a double value from a key.
If several keys of the same name are present, the last one is set
| h | : the handle to set the data to |
| key | : the key to be searched |
| val | : a double where the data will be read |
| int codes_set_double_array | ( | codes_handle * | h, |
| const char * | key, | ||
| const double * | vals, | ||
| size_t | length | ||
| ) |
Set a double array from a key.
If several keys of the same name are present, the last one is set
| h | : the handle to set the data to |
| key | : the key to be searched |
| vals | : the address of a double array where the data will be read |
| length | : a size_t that contains the length of the byte array on input |
| int codes_set_force_double_array | ( | codes_handle * | h, |
| const char * | key, | ||
| const double * | vals, | ||
| size_t | length | ||
| ) |
Same as codes_set_double_array but allows setting of READ-ONLY keys like codedValues.
Use with great caution!!
| int codes_set_long | ( | codes_handle * | h, |
| const char * | key, | ||
| long | val | ||
| ) |
Set a long value from a key.
If several keys of the same name are present, the last one is set
| h | : the handle to set the data to |
| key | : the key to be searched |
| val | : a long where the data will be read |
| int codes_set_long_array | ( | codes_handle * | h, |
| const char * | key, | ||
| const long * | vals, | ||
| size_t | length | ||
| ) |
Set a long array from a key.
If several keys of the same name are present, the last one is set
| h | : the handle to set the data to |
| key | : the key to be searched |
| vals | : the address of a long array where the data will be read |
| length | : a size_t that contains the length of the long array on input |
| int codes_set_string | ( | codes_handle * | h, |
| const char * | key, | ||
| const char * | mesg, | ||
| size_t * | length | ||
| ) |
Set a string value from a key.
If several keys of the same name are present, the last one is set
| h | : the handle to set the data to |
| key | : the key to be searched |
| mesg | : the address of a string where the data will be read |
| length | : the address of a size_t that contains the length of the string on input, and that contains the actual packed length of the string on output |
| int codes_set_string_array | ( | codes_handle * | h, |
| const char * | key, | ||
| const char ** | vals, | ||
| size_t | length | ||
| ) |
Set a string array from a key.
If several keys of the same name are present, the last one is set
| h | : the handle to set the data to |
| key | : the key to be searched |
| vals | : the address of a string array where the data will be read |
| length | : a size_t that contains the length of the array on input |


09 September 1996
Disease Outbreak Reported
The National Reference Centre for Enteroviruses at the Institute Cantacuzino, Bucharest has confirmed enterovirus in specimens taken from two patients hospitalized with clinical diagnosis of aseptic meningitis. Since 30 July, 342 cases of suspected viral meningitis and meningoencephalitis have been reported. Of these 201 were still in hospital on 5 September while 124 had recovered and been released. In all, 17 patients have died. The epidemic has been characterized by a disproportionate involvement of old people, lack of clusters and a majority of cases with residence in Bucharest.
Public health control measures recommended by the Ministry of Health focus on personal and community hygiene. The Ministry of Health does not consider there is any risk for tourists in Romania or of importing food from Romania.


In most cases, instead of writing shouldComponentUpdate() by hand, you can inherit from React.PureComponent. It is equivalent to implementing shouldComponentUpdate() with a shallow comparison of current and previous props and state.
react-window and react-virtualized are popular windowing libraries. They provide several reusable components for displaying lists, grids, and tabular data.
Memoization is an optimization technique that speeds up applications by storing the results of expensive function calls and returning the cached result when the same inputs are supplied again.


Today in class we mostly covered how to work with the pyramid web framework. I got lost an hour into the explanation so I'm not very confident going into our day's Pyramid assignment.


--- layout: default title: "Essentials of Economics" ---
Essentials of Economics is an accessible survey of economic history, theory, and application in only one hundred pages. It was written in Mexico City by the Catalan polymath Faustino Ballvé in 1956, translated in 1963 by Arthur Goddard with support from the William Volker Fund and the Foundation for Economic Education, and is now in a fresh digital edition from publicly available source texts courtesy of Jack VanDrunen.


These samples are open-source and can be downloaded from github. Information on how to use and customize them yourself is provided there in the readme.
Elvis is a digital asset management system. It's main features:
For more information, go to: www.elvisdam.com


|
|||||||
|
1. Introduction
2. Installing Karrigell 3. The Web server 4. Configuration options 5. Working with Apache, LightTPD or Xitami 6. Programming 7. Debugging 8. Python scripts 9. CGI scripts 10. Karrigell Services 11. Python Inside HTML 12. HTML Inside Python 13. HTMLTags - generate HTML in Python 14. Including documents 15. Sessions 16. Authentication 17. Translation and Unicode 18. Summary of built-in names |
Karrigell is a simple web programming solution, written in Python. It has
been designed to be really simple to use :
integrated web server and data base
(PyDbLite),
easy access to environment data and form fields, yet
full-featured and powerful : Python script execution in the same process as
the server, server pages including html and Python code (similar to
PHP, JSP, ASP), easy handling of authentication, session management,
localization features, etc
Karrigell can also work with external web servers : Apache, Xitami and LightTPD are currently supported. All current databases (sqlite, MySql, PostGresQL, etc) can be used with the corresponding Python API's A set of demo files is provided, including a Wiki server, a forum, a blog engine and a portal with news publishing and personalization |


Holodeck will automatically track any new threads that are created by the process you are testing. If Holodeck is in Per-Thread mode each new thread will show up in the Project Pane as a child of its parent process. This can be extremely useful for testing specific threads, such as threads in charge of reading a file or parsing incoming network traffic.
To turn on Per-Thread mode click Session > Per Thread from the Menu.
Each new thread the application spawns can be treated like its own application, allowing you to set limits, faults, and tests on each thread individually. Each fault, limit, or test set on a single thread will only apply to that thread, however, setting a fault, limit or test on the main process node will create that fault, limit or test for all Threads of that process.
To change limits, set faults etc. expand the thread by clicking the ‘+’ sign next to the thread.
Double clicking an active log node in the Project Pane will open a log pane that will show just entries for the thread you chose.


Quality control and differential expression for bcbio RNA-seq experiments.
This is an R package.
source("https://bioconductor.org/biocLite.R")
biocLite(
"hbc/bcbioRNASeq",
dependencies = c("Depends", "Imports", "Suggests")
)
library(bcbioRNASeq)
bcb <- loadRNASeq(
uploadDir = file.path("bcbio_rnaseq_run", "final"),
interestingGroups = c("genotype", "treatment"))
This will return a bcbioRNASeq
object, which is an extension of the Bioconductor SummarizedExperiment container class.
Parameters:
uploadDir
: Path to the bcbio final upload directory.interestingGroups
: Character vector of the column names of interest in the sample metadata, which is stored in the colData()
accessor slot of the bcbioRNASeq
object. These values should be formatted in camelCase, and can be reassigned in the object after creation (e.g. interestingGroups(bcb) <- c("batch", "age")
). They are used for data visualization in the quality control utility functions.Consult help("loadRNASeq", "bcbioRNASeq")
for additional documentation.
This package provides multiple R Markdown templates, including Quality Control and Differential Expression using DESeq2, which are available in RStudio at File
-> New File
-> R Markdown...
-> From Template
.
View example HTML reports rendered from the default R Markdown templates included in the package:
citation("bcbioRNASeq")
Steinbaugh MJ, Pantano L, Kirchner RD, Barrera V, Chapman BA, Piper ME, Mistry M, Khetani RS, Rutherford KD, Hoffman O, Hutchinson JN, Ho Sui SJ. (2017). bcbioRNASeq: R package for bcbio RNA-seq analysis. F1000Research 6:1976.
The papers and software cited in our workflows are available as a shared library on Paperpile.


Defining Moments
Two player Tetris.
This Global Game Jam project was interesting because my friend's game concept was based on Tetris. I had read that you aren't a real game programmer before you're able to code Tetris.
- Year
- 2013
- Framework
- ImpactJS, HTML5
- Development Time
- 48 hours
- Team size
- 2
- Honours and awards
- Notable Runner-up at Mozille Game On
Valuable experience and lessons
- Implementing a Tetris style game in 48 hours meant I could finally call myself a proper game programmer (according to what I read)
Play in browser


h =
k =
H =
K =
R =
i
5
3
2
levo
dextro
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Your browser does not support the HTML canvas tag.


Interface ISchemaPermissionSetClient
Namespace: System.Dynamic.ExpandoObject
Syntax
public interface ISchemaPermissionSetClient
Methods
CreateAsync(SchemaPermissionSetCreateRequest, CancellationToken)
Create schema permission set
Declaration
Task<SchemaPermissionSetDetail> CreateAsync(SchemaPermissionSetCreateRequest permissionSet, CancellationToken cancellationToken = default(CancellationToken))
Parameters
|
SchemaPermissionSetCreateRequest
permissionSet
Permission set |
|
System.Threading.CancellationToken
cancellationToken
A cancellation token that can be used by other objects or threads to receive notice of cancellation. |
Returns
|
System.Threading.Tasks.Task<SchemaPermissionSetDetail>
Detail of a schema permission set |
Exceptions
|
ApiException
A server side error occurred. |
|
PictureparkValidationException
Validation exception |
|
PictureparkForbiddenException
Forbidden |
|
PictureparkNotFoundException
Entity not found |
|
PictureparkConflictException
Version conflict |
|
PictureparkException
Internal server error |
CreateManyAsync(SchemaPermissionSetCreateManyRequest, CancellationToken)
Create multiple schema permission sets
Declaration
Task<BulkResponse> CreateManyAsync(SchemaPermissionSetCreateManyRequest request, CancellationToken cancellationToken = default(CancellationToken))
Parameters
|
SchemaPermissionSetCreateManyRequest
request
Request to update multiple schema permission sets. |
|
System.Threading.CancellationToken
cancellationToken
A cancellation token that can be used by other objects or threads to receive notice of cancellation. |
Returns
|
System.Threading.Tasks.Task<BulkResponse>
Response to a bulk operation |
Exceptions
|
ApiException
A server side error occurred. |
|
PictureparkValidationException
Validation exception |
|
PictureparkForbiddenException
Forbidden |
|
PictureparkNotFoundException
Entity not found |
|
PictureparkConflictException
Version conflict |
|
PictureparkException
Internal server error |
DeleteAsync(String, CancellationToken)
Delete schema permission set
Declaration
Task DeleteAsync(string id, CancellationToken cancellationToken = default(CancellationToken))
Parameters
|
System.String
id
Schema permission set ID. |
|
System.Threading.CancellationToken
cancellationToken
A cancellation token that can be used by other objects or threads to receive notice of cancellation. |
Returns
|
System.Threading.Tasks.Task
|
Exceptions
|
ApiException
A server side error occurred. |
|
PictureparkValidationException
Validation exception |
|
PictureparkForbiddenException
Forbidden |
|
PictureparkNotFoundException
Entity not found |
|
PictureparkConflictException
Version conflict |
|
PictureparkException
Internal server error |
DeleteManyAsync(PermissionSetDeleteManyRequest, CancellationToken)
Delete multiple schema permission sets
Declaration
Task<BulkResponse> DeleteManyAsync(PermissionSetDeleteManyRequest request, CancellationToken cancellationToken = default(CancellationToken))
Parameters
|
PermissionSetDeleteManyRequest
request
Request to delete multiple permission sets. |
|
System.Threading.CancellationToken
cancellationToken
A cancellation token that can be used by other objects or threads to receive notice of cancellation. |
Returns
|
System.Threading.Tasks.Task<BulkResponse>
Response to a bulk operation |
Exceptions
|
ApiException
A server side error occurred. |
|
PictureparkValidationException
Validation exception |
|
PictureparkForbiddenException
Forbidden |
|
PictureparkNotFoundException
Entity not found |
|
PictureparkConflictException
Version conflict |
|
PictureparkException
Internal server error |
GetAsync(String, CancellationToken)
Get schema permission set
Declaration
Task<SchemaPermissionSetDetail> GetAsync(string id, CancellationToken cancellationToken = default(CancellationToken))
Parameters
|
System.String
id
Schema permission set ID. |
|
System.Threading.CancellationToken
cancellationToken
A cancellation token that can be used by other objects or threads to receive notice of cancellation. |
Returns
|
System.Threading.Tasks.Task<SchemaPermissionSetDetail>
Detail of a schema permission set |
Exceptions
|
ApiException
A server side error occurred. |
|
PictureparkValidationException
Validation exception |
|
PictureparkForbiddenException
Forbidden |
|
PictureparkNotFoundException
Entity not found |
|
PictureparkConflictException
Version conflict |
|
PictureparkException
Internal server error |
GetManyAsync(IEnumerable<String>, CancellationToken)
Get multiple schema permission sets
Declaration
Task<ICollection<SchemaPermissionSetDetail>> GetManyAsync(IEnumerable<string> ids = null, CancellationToken cancellationToken = default(CancellationToken))
Parameters
|
System.Collections.Generic.IEnumerable<System.String>
ids
Ids |
|
System.Threading.CancellationToken
cancellationToken
A cancellation token that can be used by other objects or threads to receive notice of cancellation. |
Returns
|
System.Threading.Tasks.Task<System.Collections.Generic.ICollection<SchemaPermissionSetDetail>>
Array of Detail of a schema permission set |
Exceptions
|
ApiException
A server side error occurred. |
|
PictureparkValidationException
Validation exception |
|
PictureparkForbiddenException
Forbidden |
|
PictureparkNotFoundException
Entity not found |
|
PictureparkConflictException
Version conflict |
|
PictureparkException
Internal server error |
GetPermissionsAsync(String, CancellationToken)
Get permissions for schema permission set
Declaration
Task<ICollection<PermissionSetRight>> GetPermissionsAsync(string id, CancellationToken cancellationToken = default(CancellationToken))
Parameters
|
System.String
id
Schema permission set ID. |
|
System.Threading.CancellationToken
cancellationToken
A cancellation token that can be used by other objects or threads to receive notice of cancellation. |
Returns
|
System.Threading.Tasks.Task<System.Collections.Generic.ICollection<PermissionSetRight>>
Array of Permission set rights |
Exceptions
|
ApiException
A server side error occurred. |
|
PictureparkValidationException
Validation exception |
|
PictureparkForbiddenException
Forbidden |
|
PictureparkNotFoundException
Entity not found |
|
PictureparkConflictException
Version conflict |
|
PictureparkException
Internal server error |
GetPermissionsManyAsync(IEnumerable<String>, CancellationToken)
Get permissions for multiple schema permission sets
Declaration
Task<ICollection<PermissionSetUserPermissionRights>> GetPermissionsManyAsync(IEnumerable<string> ids = null, CancellationToken cancellationToken = default(CancellationToken))
Parameters
|
System.Collections.Generic.IEnumerable<System.String>
ids
Ids |
|
System.Threading.CancellationToken
cancellationToken
A cancellation token that can be used by other objects or threads to receive notice of cancellation. |
Returns
|
System.Threading.Tasks.Task<System.Collections.Generic.ICollection<PermissionSetUserPermissionRights>>
Array of Rights that the current user has on a permission set |
Exceptions
|
ApiException
A server side error occurred. |
|
PictureparkValidationException
Validation exception |
|
PictureparkForbiddenException
Forbidden |
|
PictureparkNotFoundException
Entity not found |
|
PictureparkConflictException
Version conflict |
|
PictureparkException
Internal server error |
SearchAsync(PermissionSetSearchRequest, CancellationToken)
Search schema permission set
Declaration
Task<PermissionSetSearchResult> SearchAsync(PermissionSetSearchRequest request, CancellationToken cancellationToken = default(CancellationToken))
Parameters
|
PermissionSetSearchRequest
request
Request to search permission sets. |
|
System.Threading.CancellationToken
cancellationToken
A cancellation token that can be used by other objects or threads to receive notice of cancellation. |
Returns
|
System.Threading.Tasks.Task<PermissionSetSearchResult>
Result of a permission set search operation |
Exceptions
|
ApiException
A server side error occurred. |
|
PictureparkValidationException
Validation exception |
|
PictureparkForbiddenException
Forbidden |
|
PictureparkNotFoundException
Entity not found |
|
PictureparkConflictException
Version conflict |
|
PictureparkException
Internal server error |
TransferOwnershipAsync(String, PermissionSetOwnershipTransferRequest, CancellationToken)
Transfer ownership of schema permission set
Declaration
Task TransferOwnershipAsync(string id, PermissionSetOwnershipTransferRequest request, CancellationToken cancellationToken = default(CancellationToken))
Parameters
|
System.String
id
Schema permission set ID. |
|
PermissionSetOwnershipTransferRequest
request
Request to transfer the ownership of a permission set. |
|
System.Threading.CancellationToken
cancellationToken
A cancellation token that can be used by other objects or threads to receive notice of cancellation. |
Returns
|
System.Threading.Tasks.Task
|
Exceptions
|
ApiException
A server side error occurred. |
|
PictureparkValidationException
Validation exception |
|
PictureparkForbiddenException
Forbidden |
|
PictureparkNotFoundException
Entity not found |
|
PictureparkConflictException
Version conflict |
|
PictureparkException
Internal server error |
TransferOwnershipManyAsync(PermissionSetOwnershipTransferManyRequest, CancellationToken)
Transfer ownership of multiple schema permission sets
Declaration
Task TransferOwnershipManyAsync(PermissionSetOwnershipTransferManyRequest request, CancellationToken cancellationToken = default(CancellationToken))
Parameters
|
PermissionSetOwnershipTransferManyRequest
request
Request to transfer the ownership of multiple permission sets. |
|
System.Threading.CancellationToken
cancellationToken
A cancellation token that can be used by other objects or threads to receive notice of cancellation. |
Returns
|
System.Threading.Tasks.Task
|
Exceptions
|
ApiException
A server side error occurred. |
|
PictureparkValidationException
Validation exception |
|
PictureparkForbiddenException
Forbidden |
|
PictureparkNotFoundException
Entity not found |
|
PictureparkConflictException
Version conflict |
|
PictureparkException
Internal server error |
UpdateAsync(String, SchemaPermissionSetUpdateRequest, CancellationToken)
Update schema permission set
Declaration
Task<SchemaPermissionSetDetail> UpdateAsync(string id, SchemaPermissionSetUpdateRequest permissionSet, CancellationToken cancellationToken = default(CancellationToken))
Parameters
|
System.String
id
Schema permission set ID. |
|
SchemaPermissionSetUpdateRequest
permissionSet
Permission set |
|
System.Threading.CancellationToken
cancellationToken
A cancellation token that can be used by other objects or threads to receive notice of cancellation. |
Returns
|
System.Threading.Tasks.Task<SchemaPermissionSetDetail>
Detail of a schema permission set |
Exceptions
|
ApiException
A server side error occurred. |
|
PictureparkValidationException
Validation exception |
|
PictureparkForbiddenException
Forbidden |
|
PictureparkNotFoundException
Entity not found |
|
PictureparkConflictException
Version conflict |
|
PictureparkException
Internal server error |
UpdateManyAsync(SchemaPermissionSetUpdateManyRequest, CancellationToken)
Update multiple schema permission sets
Declaration
Task<BulkResponse> UpdateManyAsync(SchemaPermissionSetUpdateManyRequest request, CancellationToken cancellationToken = default(CancellationToken))
Parameters
|
SchemaPermissionSetUpdateManyRequest
request
Request to update multiple schema permissions sets. |
|
System.Threading.CancellationToken
cancellationToken
A cancellation token that can be used by other objects or threads to receive notice of cancellation. |
Returns
|
System.Threading.Tasks.Task<BulkResponse>
Response to a bulk operation |
Exceptions
|
ApiException
A server side error occurred. |
|
PictureparkValidationException
Validation exception |
|
PictureparkForbiddenException
Forbidden |
|
PictureparkNotFoundException
Entity not found |
|
PictureparkConflictException
Version conflict |
|
PictureparkException
Internal server error |


Open terminal or bash
cd ModuleName(03_usingTypeScript) tcs -w
To access the DevTools, on any web page or app in Google Chrome you can use one of these options:
| Windows / Linux | Mac | |
|---|---|---|
| Open Developer Tools | F12,Ctrl + Shift+I | Cmd + Opt + I |
| Open / switch from inspect element mode and browser window | Ctrl + Shift + C | Cmd + Shift + C |
| Open Developer Tools and bring focus to the console | Ctrl + Shift + J | Cmd + Opt + J |
| Inspect the Inspector (undock first one and press) | Ctrl + Shift + J | Cmd + Opt + J |
To open up the General Settings dialog type ? or F1 when the Developer Tools window is open. Press Esc to close the settings dialog.


The Create Viewshed tool creates areas where an observer can see objects on the ground. The input observer points can represent either observers (such as people on the ground or lookouts in a fire tower) or observed objects (such as wind turbines, water towers, vehicles, or other people). The result areas are those areas where the observers can see the observed objects and vice versa: the observed objects can see the observers.
Both the observers and the observed objects can have a height above ground, and these heights are used in determining visibility. For example, a viewshed computed for 400-foot wind turbines and six-foot people standing on the ground will typically be larger than a viewshed computed for 200-foot turbines and six-foot people.
Note that the computation of the viewshed does not account for obstructions such as trees or buildings. You can think of the computation as occurring on bare ground devoid of anything but the observer and observed objects.
The result layer contains area features representing visible areas. The Frequency field records the number of observer points that can see each area. For example, if you have five input points, each representing a fire lookout tower, the Frequency field will have values between one and five; areas with a value of one can only be seen by one tower, and areas with a value of five can be seen by all towers. The result layer also contains the DEMResolution field, which records the resolution of the digital elevation model (DEM) used to create the viewsheds.
If Use current map extent is checked, only the observer points that are visible within the current map extent will be analyzed. If unchecked, all observer points in the input layer will be analyzed, even if they are outside the current map extent.
The point features to use as the observer locations.
In addition to choosing a layer from your map, you can select Choose Living Atlas Analysis Layer found at the bottom of the drop-down list. This opens a gallery containing a collection of layers useful for many analyses.
This is the height above ground of your observer locations. The default is approximately the average height of a person.
This is the height of structures or people on the ground used to establish visibility. The result viewshed are those areas where an observer point can see these other objects. The converse is also true; the other objects can see an observer point.
This is a cutoff distance where the computation of visible areas stops. Beyond this distance, it is unknown whether the observer points and the other objects can see each other. Large values increase computation time. The maximum allowed value is 31 miles (50 kilometers).
This is the name of the layer that will be created in My Content and added to the map. The default name is based on the tool name and the input layer name. If the layer already exists, you will be asked to provide another name.
Using the Save result in drop-down box, you can specify the name of a folder in My Content where the result will be saved.


|
My Project
|
This file contains the implementation of the letters and numbers used. More...
#include "letters_and_numbers.h"
Functions | |
| void | initialize_letters_and_numbers_sprites () |
| contains the name of the playes, with a maximun of 11 letters More... | |
| void | erase_points_word () |
| function that erase the points displayed | |
| void | draw_points_word () |
| function that draw the points | |
| void | draw_number_centralized (int number_points, int x_initial, int x_final, int y) |
| function that draw the points More... | |
| void | draw_word_centralized (char *word, int x_initial, int x_final, int y) |
| function that draw the points More... | |
| void | name_write_char (char letter) |
| function that writes a letter More... | |
| void | name_delete_char () |
| function that delete letters | |
| void | destroy_letters_and_numbers_sprites () |
| function that destroy the letters and numbers sprites | |
Variables | |
| char | player_name [11] |
| contains the name of the player | |
This file contains the implementation of the letters and numbers used.
| void draw_number_centralized | ( | int | number_points, |
| int | x_initial, | ||
| int | x_final, | ||
| int | y | ||
| ) |
function that draw the points
| number_points | total points the player made |
| x_initial | initial position of the number |
| x_final | centralized position |
| y | position on the y-axis |
| void draw_word_centralized | ( | char * | word, |
| int | x_initial, | ||
| int | x_final, | ||
| int | y | ||
| ) |
function that draw the points
| word | word to be written |
| x_initial | initial position of the word |
| x_final | centralized position |
| y | position on the y-axis |
| void initialize_letters_and_numbers_sprites | ( | ) |
contains the name of the playes, with a maximun of 11 letters
sprite of the special chars
<
| void name_write_char | ( | char | letter | ) |
function that writes a letter
| letter | letter to be written |


Model Validation
In addition to model constraints, you can also provide model validation via column validation attributes or custom validator.
Built-in attributes
Here are some of the built-in column validation attributes:
- CreditCard: Validates that the column has a credit card format.
- EmailAddress: Validates that the column has an email format.
- Phone: Validates that the column has a telephone number format.
- RegularExpression: Validates that the column value matches a specified regular expression.
- Required: Validates that the field is not null.
- StringLength: Validates that a string column value doesn't exceed a specified length limit.
- Url: Validates that the column has a URL format.
Error messages
Column validation attributes let you specify the error message to be displayed for invalid input. For example:
Internally, the attributes call String.Format with a placeholder for the column name and sometimes additional placeholders. For example:
When applied to a Name property, the error message created by the preceding code would be "Name length must be between 6 and 8.".
To find out which parameters are passed to String.Format for a particular attribute's error message, see the source code.
Custom attributes
For scenarios that the built-in column validation attributes don't handle, you can create custom validation attributes:
- Create a class that inherits from ValidationColumnAttribute;
- Override the
IsValid
method andDefaultMessageString
property; - Make sure your custom attribute is correctly decorated with ModelDesignerSpec to be friendly to Model Visualizer.
See the source code of built-in column validation attributes as examples.
Custom validator
Another option for model validation is to implement custom validator with property returns CustomValidatorEntry and a pair of CustomValidatorAttribute and _CustomValidatorAttribute in the model class, as shown in the following example:
[CustomValidator(nameof(VAL_ProductNumber))]
public class SalesOrderInfoDetail : ...
{
...
[_CustomValidator]
private CustomValidatorEntry VAL_ProductNumber
{
get
{
string Validate(DataRow dataRow)
{
if (ProductID[dataRow] == null)
return null;
var productNumber = Product.ProductNumber;
if (string.IsNullOrEmpty(productNumber[dataRow]))
return string.Format(UserMessages.Validation_ValueIsRequired, productNumber.DisplayName);
else
return null;
}
IColumns GetSourceColumns()
{
return Product.ProductNumber;
}
return new CustomValidatorEntry(Validate, GetSourceColumns);
}
}
...
}
You can add custom validator by clicking the left top drop down button of Model Visualizer tool window, then click 'Add Custom Validator...':
The following dialog will be displayed:
Fill the dialog form and click "OK", code of a to-be-implemented custom validator will be generated automatically.


{% extends 'root.html' %} {% block content %} {{ TITLE }} × {% csrf_token %} Please, you'd need to verify ownership of this account. Request OTP Kindly provide the OTP sent to your phone number that ends with **-***-*{{ request.user.voter.phone|slice:"7:" }} Verify OTP {% endblock content %} {% block custom_js %} {% endblock custom_js %}
Request OTP
Kindly provide the OTP sent to your phone number that ends with **-***-*{{ request.user.voter.phone|slice:"7:" }}


Get in touch with us
As a Harvard professor, he was one of the first to
explore the relationship in equilibrium.
Don’t hestiate to ask us something. Email us directly<EMAIL_ADDRESS>or call us at 1-347-567-8670. You can checkout our FAQ and Help page to get more information about our products.
As a Harvard professor, he was one of the first to explore the relationship between chemical equilibrium and the reaction rate of chemical processes.
As a Harvard professor, he was one of the first to explore the relationship in equilibrium.
As a Harvard professor, he was one of the first to explore the relationship in equilibrium.
As a Harvard professor, he was one of the first to explore the relationship in equilibrium.
As a Harvard professor, he was one of the first to explore the relationship in equilibrium.
As a Harvard professor, he was one of the first to explore the relationship in equilibrium.
As a Harvard professor, he was one of the first to
explore the relationship in equilibrium.
62 West 55th Street, Suite 302 New York, NY, 10230
560 Judah St & 15th Ave, Apt 5 San Francisco, CA, 230903
Need help? Don’t hestiate to ask us something. Email us directly<EMAIL_ADDRESS>or call us at 1-347-567-8670. You can checkout our FAQ and Help page to get more information about our products.
As a Harvard professor, he was one of the first to explore the relationship between chemical equilibrium and the reaction rate of chemical processes.
This block was developed to give the users the chance to contact you or your organization. All of the blocks of this type have links for your contacts in the form of the phone number or the email address.
If you haven't already done all the instructions from the how to install page of this documentation, please do that first.
To use this block, simply copy and paste the following rows into your HTML file:
We love what we do.
This is features of our products
Need Help?
Don’t hestiate to ask us something. Email us directly<EMAIL_ADDRESS>or call us at 1-347-567-8670. You can checkout our FAQ and Help page to get more information about our products.
FAQ
As a Harvard professor, he was one of the first to explore the relationship between chemical equilibrium and the reaction rate of chemical processes.
347 567 78 90
AVAILABLE AT 12PM - 18PM
Copy the same code as in css version and paste it in your '.less' file. Put the following line after that code:
@import '../../ui-kit/ui-kit-contacts/less/contact-1.less';
In this section you will see what modifications you can do to the block.
This block is based on a grid with left and right columns. The left column has a title or a slogan and a feedback form. The feedback form was developed as a form element which you can modify if you need to. You also need to have an indentificator for it, if you want to use the data from this form to send it to your server or do something else with it.
The right column of the block has description text which you can modify as you wish, and an element
...

for the main phone number and availability hours. You can
replace any of the information in this part, but you should follow the same HTML structure in order to maintain its look.
We have created this example for you to see how this block looks combined with other content.
You can see it in sample # 23
This block was developed to give the users the chance to contact you or your organization. All of the blocks of this type have links for your contacts in the form of the phone number or the email address.
If you haven�t already done all the instructions from the how to install page of this documentation, please do that first.
To use this block, simply copy and paste the following rows into your HTML file:
We love what we do.
This is features of our products
Where to find us
As a Harvard professor, he was one of the first to explore the relationship in equilibrium.
Get in touch
As a Harvard professor, he was one of the first to explore the relationship in equilibrium.
Copy the same code as in css version and paste it in your '.less' file. Put the following line after that code:
@import '../../ui-kit/ui-kit-contacts/less/contact-2.less';
In this section you will see what modifications you can do to the block.
This block is based on a grid with left and right columns. The left column has a title or a slogan and a feedback form. The feedback form was developed as a form element which you can modify if you need to. You also need to have an indentificator for it, if you want to use the data from this form to send it to your server or do something else with it.
The right column of the block has description text which you can modify as you wish, and an element
...

for the phone number and email address.
There is also a special area for a map:
...

. In order to use this functionality, you need to have a map in your settings. Simply add your map in this container as
an iframe or use another technology if you know exactly what you are doing.
This block was developed to give the users the chance to contact you or your organization. All of the blocks of this type have links for your contacts in the form of the phone number or the email address.
If you haven't already done all the instructions from the how to install page of this documentation, please do that first.
To use this block, simply copy and paste the following rows into your HTML file:
Get in touch with us
As a Harvard professor, he was one of the first to explore the relationship in equilibrium.
Where to find us
As a Harvard professor, he was one of the first to explore the relationship in equilibrium.
You can mail us
As a Harvard professor, he was one of the first to explore the relationship in equilibrium.
Copy the same code as in css version and paste it in your '.less' file. Put the following line after that code:
@import '../../ui-kit/ui-kit-contacts/less/contact-3.less';
In this section you will see what modifications you can do to the block.
This block is based on a grid with left and right columns. The left column has a title or a slogan and some text description with links to a phone number and an email address. There is a special area for a map:
...

.
In order to use this functionality, you need to have a map in your settings. Simply add your map in this container as an iframe or use another technology if you know exactly what you are doing.
The right column has a title or a slogan and some description text. The feedback form in this block was developed as a form element which you can modify if you need to. You also need to have an indentificator for it, if you want to use the data from this form to send it to your server or do something else with it.
This block was developed to give the users the chance to contact you or your organization. All of the blocks of this type have links for your contacts in the form of the phone number or the email address.
If you haven't already done all the instructions from the how to install page of this documentation, please do that first.
To use this block, simply copy and paste the following rows into your HTML file:
Get in touch with us
As a Harvard professor, he was one of the first to
explore the relationship in equilibrium.
Copy the same code as in css version and paste it in your '.less' file. Put the following line after that code:
@import '../../ui-kit/ui-kit-contacts/less/contact-4.less';
In this section you will see what modifications you can do to the block.
This block is very simple. It only has some social buttons, a title, some description text and a link for sending email. You can modify any of these element as you wish, but you should follow the same HTML structure to maintain the same look. You can change the background of this block through CSS.
This block was developed to give the users the chance to contact you or your organization. All of the blocks of this type have links for your contacts in the form of the phone number or the email address.
If you haven't already done all the instructions from the how to install page of this documentation, please do that first.
To use this block, simply copy and paste the following rows into your HTML file:
New York, NY
62 West 55th Street, Suite 302 New York, NY, 10230
San Francisco, CA
560 Judah St & 15th Ave, Apt 5 San Francisco, CA, 230903
Help
Need help? Don’t hestiate to ask us something. Email us directly<EMAIL_ADDRESS>or call us at 1-347-567-8670. You can checkout our FAQ and Help page to get more information about our products.
Financial Inquiries
As a Harvard professor, he was one of the first to explore the relationship between chemical equilibrium and the reaction rate of chemical processes.
Copy the same code as in css version and paste it in your '.less' file. Put the following line after that code:
@import '../../ui-kit/ui-kit-contacts/less/contact-5.less';
In this section you will see what modifications you can do to the block.
This block is based on a grid and consists of two parts - top and bottom. There is a special area for a map in the top part of the block:
...

. In order to use this
functionality, you need to have a map in your settings. Simply add your map in this container as an iframe or use another technology if you know exactly what you are doing.
The bottom part consist of three columns with descriptions. These columns have addresses and links to your FAQ section (you should have a page for FAQ). There is also a link for sending email. You can modify all of the content in these columns.


We would love to talk to each of you personally to explain more about our vision. By joining us in prayer and in support, our hope is that we can together begin a relationship where we are all invested in God’s heart for reaching the world.
Send us a message and follow our journey online!


| 1) |
$: is used for self-reference, allowing
a verb to be defined recursively without necessarily
assigning a name to it, as illustrated
in Section 22.
|
| 2) |
The names x and y are used in
explicit definition, discussed in Section 18.
They denote the arguments used in explicit definition.
|
| 3) |
A name (such as ab_cd_) that has two
underbars of which one is the final character, is a locative.
Names used in a locale F can be referred to
in another locale G by using the suffix F
in a locative name of the form pqr_F_ ,
thus avoiding conflict with otherwise identical names in
the locale G .
See Section I of Part II
for further details.
|
The form of the display invoked by entering a name
alone is established by


On the Edit menu, select Previous Untranslated Question and Next Untranslated Question to go to the next question that does not yet have a confirmed translation. When editing a translation use Shift Word(s) Right and Shift Word(s) Left to compare_arrowsreorder the current word or selected text. On the toolbar there are also two buttons that allow the user to control whether to send () and receive () Scripture references to keep Transcelerator in sync with other applications (e.g., Paratext) when navigating.
Since there are limitations to using a “canned” set of questions to check comprehension, Transcelerator allows the addition of custom questions and the exclusion or modification of existing source questions as needed. The commands for customizing the source questions are accessible using the context menu in the main grid:
Transcelerator allows the list of questions to be filtered in the following ways:
In addition, the questions can be sorted by any of the columns by clicking the column header. Click the header of the sorted column a second time to reverse the sort order.
To eliminate unnecessary elements of the user interface (especially helpful when working on a small display) the following items can be hidden:
all_inclusiveIf questions have been excluded, they can be displayed (primarily so they can be re-included if so desired) by selecting Excluded Questions.
zoom_inUse Zoom In (Ctrl+Plus) or Zoom Out (Ctrl+Minus) to increase or decrease the size of the non-vernacular text in the main grid. Note: The font and size of the vernacular text displayed in the Translation column is determined by the font settings for the vernacular language in Paratext.
languageTranscelerator can display the source questions and the user interface in any locale that was included when it was installed. Select the desired language from the Display Language menu.
homeHomeView this page in:


For GSJ people interested in service and customer experience will meet at locations all over the globe.
They will be designers, students, academics, business people, customers, mums, kids and grand-dads.
In a spirit of experimentation, innovation, co-operation and friendly competition, teams will have less than 48 hours to develop and prototype completely new services inspired by a shared theme. At the end of the weekend, their collection of brand new services will be published to the world.
Find out moreNational Hack The Government is an annual HackCamp run by Rewired State. As well as bringing great people together to have a fun hacking and building things, we hope to improve transparency, open data and produce demo-able ideas that can be followed up and put into practice in real life. We do this by holding a competitive event for creating prototypes and building ingenious (and occasionally tongue-in-cheek ) projects that help improve local and national services and make use of open data.
Find out moreBoth events will be a high-energy, collaborative & freeform event, in which some of the brightest minds and lovely folk in Scotland (and even a few from further afield!) will get together to design new services in parallel with a whole host of jams across the world.
Anyone can get involved! While some coding skills would be useful for Hack the Government, Absolutely anyone can take part in Global Service Jam - you just need enthusiasm and a willingness to learn. We're hoping to have a good mix of people including students, practising designers, local businesses and anyone interested in service design!
We have a number of sponsorship opportunities from £100. Please check the sponsorship page, and get in touch for more details.
If you have any questions, would like to confirm any details, would like to sponsor the event or just want to say hello, we'd love to hear from you.
The event is FREE, and open to anyone. There are two ticket types, Student (for students) and Professional (for anyone who is not currently a student).


Table of Contents
Generative vs Discriminative Models
Given some data \(\{(d,c)\}\) of paired observations \(d\) and hidden classes \(c\):
-
- Generative (Joint) Models:
- Generative Models are Joint Models.
- Joint Models place probabilities \(\left(P(c,d)\right)\) over both the observed data and the “target” (hidden) variables that can only be computed from those observed.
- Generative models are typically probabilistic, specifying a joint probability distribution (\(P(d,c)\)) over observation and target (label) values,
and tries to Maximize this joint Likelihood.Choosing weights turn out to be trivial: chosen as the relative frequencies.
- Examples:
- n-gram Models
- Naive Bayes Classifiers
- Hidden Markov Models (HMMs)
- Probabilistic Context-Free Grammars (PCFGs)
- IBM Machine Translation Alignment Models
-
- Discriminative (Conditional) Models:
- Discriminative Models are Conditional Models.
- Conditional Models provide a model only for the “target” (hidden) variabless.
They take the data as given, and put a probability \(\left(P(c \| d)\right)\) over the “target” (hidden) structures given the data. - Conditional Models seek to Maximize the Conditional Likelihood.
This (maximization) task is usually harder to do.
- Examples:
- Logistic Regression
- Conditional LogLinear/Maximum Entropy Models
- Condtional Random Fields
- SVMs
- Perceptrons
-
- Generative VS Discriminative Models:
- Basically, Discriminative Models infer outputs based on inputs,
while Generative Models generate, both, inputs and outputs (typically given some hidden parameters). - However, notice that the two models are usually viewed as complementary procedures.
One does not necessarily outperform the other, in either classification or regression tasks.
Feature Extraction for Discriminative Models in NLP
-
- Features (Intuitively):
- Features (\(f\)) are elementary pieces of evidence that link aspects of what we observe (\(d\)) with a category (\(c\)) that we want to predict.
-
- Features (Mathematically):
- A Feature \(f\) is a function with a bounded real value.
- \[f : \: C \times D \rightarrow \mathbf{R}\]
-
- Models and Features:
- Models will assign a weight to each Feature:
- A Positive Weight votes that this configuration is likely Correct.
- A Negative Weight votes that this configuration is likely Incorrect.
-
- Feature Expectations:
-
- Empirical Expectation (count):
- \[E_{\text{emp}}(f_i) = \sum_{(c,d)\in\text{observed}(C,D)} f_i(c,d)\]
-
- Model Expectation:
- \[E(f_i) = \sum_{(c,d)\in(C,D)} P(c,d)f_i(c,d)\]
-
The two Expectations represent the Actual and the Predicted Counts of a feature firing, respectively.
- Features in NLP:
In NLP, features have a particular form.
They consist of:- Indicator Function: a boolean matching function of properties of the input
- A Particular Class: specifies some class \(c_j\)
$$f_i(c,d) \cong [\Phi(d) \wedge c=c_j] = \{0 \vee 1\}$$
where \(\Phi(d)\) is a given predicate on the data \(d\), and \(c_j\) is a particular class.
Basically, each feature picks out a data subset and suggests a label for it.
Feature-Based Linear Classifiers
-
- Linear Classifiers (Classification):
-
- We have a Linear Function from the feature sets \(\{f_i\}\) to the classes \(\{c\}\)
- Assign Weights \(\lambda_i\) to each feature \(f_i\)
- Consider each class for an observed datum \(d\)
-
- Features Vote with their weights :
- \[\text{vote}(c) = \sum \lambda_i f_i(c,d)\]
- Classification:
choose the class \(c\) which Maximizes the vote \(\sum \lambda_i f_i(c,d)\)
-
- Exponential Models:
- Exponential Models make a probabilistic model from the linear combination \(\sum\lambda_if_i(c,d)\)
-
- Making the Value Positive:
- \[\sum\lambda_if_i(c,d) \rightarrow e^{\sum\lambda_if_i(c,d)}\]
-
- Normalizing the Value (Making a Probability):
- \[e^{\sum\lambda_if_i(c,d)} \rightarrow \dfrac{e^{\sum\lambda_if_i(c,d)}}{\sum_{c \in C} e^{\sum\lambda_if_i(c,d)}}\]
- \[\implies\]
- \[P(c \| d, \vec{\lambda}) = \dfrac{e^{\sum\lambda_if_i(c,d)}}{\sum_{c \in C} e^{\sum\lambda_if_i(c,d)}}\]
- The function \(P(c \| d,\vec{\lambda})\) is referred to as the Soft-Max function.
- Here, the Weights are the Paramters of the probability model, combined via a Soft-Max function.
- Learning:
- Given this model form, we want to choose paramters \(\{\lambda_i\}\) that Maximize the Conditional Likelihood of the data according to this model (i.e. the soft-max func.).
- Exponential Models, construct not onlt classifications but, also, Probability Distributions over the classifications.
- Examples:
- Log-Linear Model
- Max Entropy (MaxEnt) Model
- Logistic Regression
- Gibbs Model
- Exponential Models (Training) | Maximizing the Likelihood:
The Likelihood Value:- The (log) conditional likelihood of a MaxEnt model is a function of the i.i.d. data \((C,D)\) and the parameters (\(\lambda\)):
$$\log P(C \| D,\lambda) = \log \prod_{(c,d) \in (C,D)} P(c \| d,\lambda) = \sum_{(c,d) \in (C,D)} \log P(c \| d,\lambda)$$
- If there aren’t many values of \(c\), it’s easy to calculate:
$$\log P(c \| d,\lambda) = \sum_{(c,d) \in (C,D)} \log \dfrac{e^{\sum_i \lambda_if_i(c,d)}}{\sum_c e^{\sum_i \lambda_if_i(c,d)}}$$
- We can separate this into two components:
$$\log P(c \| d,\lambda) = \sum_{(c,d) \in (C,D)} \log e^{\sum_i \lambda_if_i(c,d)} - \sum_{(c,d) \in (C,D)} \log \sum_c' e^{\sum_i \lambda_if_i(c',d)}$$
$$\implies$$
$$\log P(C \| D, \lambda) = N(\lambda) - M(\lambda)$$
- The Derivative of the Numerator is easy to calculate:
$$\dfrac{\partial N(\lambda)}{\partial \lambda_i} = \dfrac{\partial \sum_{(c,d) \in (C,D)} \log e^{\sum_i \lambda_if_i(c,d)}}{\partial \lambda_i} \\= \dfrac{\partial \sum_{(c,d) \in (C,D)} \sum_i \lambda_if_i(c,d)}{\partial \lambda_i} \\\\= \sum_{(c,d) \in (C,D)} \dfrac{\partial \sum_i \lambda_if_i(c,d)}{\partial \lambda_i} \\\\= \sum_{(c,d) \in (C,D)} f_i(c,d)$$
- The derivative of the Numerator is the Empirical Expectation, \(E_{\text{emp}}(f_i)\)
- The Derivative of the Denominator:
$$\dfrac{\partial M(\lambda)}{\partial \lambda_i} = \dfrac{\partial \sum_{(c,d) \in (C,D)} \log \sum_c' e^{\sum_i \lambda_if_i(c',d)}}{\partial \lambda_i} \\\\= \sum_{(c,d) \in (C,D)} \sum_c' P(c' \| d, \lambda)f_i(c', d)$$
- The derivative of the Denominator is equal to the Predicted Expectation (count), \(E(f_i, \lambda)\)
- Thus, the derivative of the log likelihood is:
$$\dfrac{\partial \log P(C \| D, \vec{\lambda})}{\partial \lambda_i} = \text{Actual Count}(f_i, C) - \text{Predicted Count}(f_i, \vec{\lambda})$$
- Thus, the optimum parameters are those for which each feature’s predicted expectation equals its empirical expectation.
The Optimum Distribution is always:
- Unique (parameters need not be unique)
- Exists (if feature counts are from actual data)
These models are called Maximum Entropy (Maxent) Models because we find the model having the maximum entropy, and satisfying the constraints:
$$E_p(f_j) = E_\hat{p}(f_j), \:\:\: \forall j$$
Finally, to find the optimal parameters \(\lambda_1, \dots, \lambda_d\) one needs to optimize (maximize) the log likelihood, or equivalently, minimize the -ve likelihood.
One can do that in variety of ways using optimization methods.Common Optimization Methods:
- (Stochastic) Gradient Descent
- Iterative Proportional Fitting Methods:
- Generalized Iterative Scaling (GIS)
- Improved Iterative Scaling (IIS)
- Conjugate Gradient (CG) (+ Preconditioning)
- Quasi-Newton Methods - Limited-Memory Variable Metric (LMVM):
- L-BFGS This one is the most commonly used.
- The (log) conditional likelihood of a MaxEnt model is a function of the i.i.d. data \((C,D)\) and the parameters (\(\lambda\)):


'AMAZING MAN'
Real-life Scots Santa Claus who decorated home with 3,000 Christmas lights to honour late wife dies
by Thomas BrownA REAL-life Santa Claus who decorated his house with 3000 lights to honour his wife’s dying wish has lost his own fight for life.
Davie Brown, 63, first dressed as Santa and put on the show in 2007 to cheer up Ann, who had lung disease COPD.
Every year families from all over would visit the couple’s wonderland in Bonnyrigg, Midlothian.
And despite reeling from the loss of Ann at 68 in August last year, Davie made sure he continued the annual tradition after she begged him to keep it going.
But Christmas 2018 was to be the last time the charity champion thrilled locals with his festive extravaganza after loved ones announced his death last week aged 64.
Laura Jane Rushforth said: “My family would like to thank everyone for the kind words and support! The street will never be as bright as it was with him in it!”
Hundreds of tributes poured in for the ex-miner - whose efforts helped raise thousands for Marie Curie cancer charity.
Visitor Jenn Rae said: “This is heartbreaking. Davie was such an amazing man and did massive amounts for Marie Curie.
“I was absolutely gutted when I found out last year would be the last of his lights. I hope he can rest in peace now he is reunited with his wife.
“Such sad news.
“RIP Davie you will be sadly missed by those who knew your kindness.”
And Penny Andrews said: “You made hundreds of children smile. Such a lovely man and he has left behind a legacy.
Thank you for everything you did for a very worthwhile cause. Rest in peace Davie. Bonnyrigg won’t be the same without your Christmas spirit “
Dedicated Davie would hand out sweets to children and collect their letters bound for the North Pole.
In December 2018, he put on his largest display ever and wore his Santa costumer every day in December as a tribute to Anne.
He pulled out all the stops and built a Cinderella-style carriage from scratch, complete with six rocking horses, which were named by children living nearby.
He also stepped up the Christmas lights by another 1,400 on top of the 1,600 which were lit up in 2017.
It’s believed his decorations have been placed elsewhere in the community so locals can continue to enjoy his work.


Defines all the models the application is working with.
| Class | AdvisoryMember |
Represents an application for an advisory members with variables containing all application data. All variables are of type model.field with max lengths and the possibility to be null in the database. |
| Class | Finance |
Represents an application with financial support with variables containing all application data. All variables are of type model.field with max lengths and the possibility to be null in the database. |
| Class | Position |
Represents an application for a special position with variables containing all application data. This application is very similar to the advisory member but with three extra questions. All variables are of type model.field with max lengths and the possibility to be null in the database. |
| Class | Universall |
Represents an universall application with variables containing all application data. This application is similar to the application with financial support but without the budegt variable. All variables are of type model.field with max lengths and the possibility to be null in the database. |
| Class | Conduct |
Represents an application to establishe conduct with for special proceedures with variables containing all application data. This application may look like the universall one but must be seperated by the universall one. All variables are of type model.field with max lengths and the possibility to be null in the database. |
| Class | NumberCount |
Represents the ongoing number of the application. |


An Anti-Money Laundering Investigator by day, a photographer by night and now a code monkey by day and night, some say David is as versatile as a Swiss Army Knife. David would disagree and explain that's impossible, he is Scottish. A diehard footy fan and avid yet mediocre outdoorsman, you can find him on the weekends either cheering on Liverpool FC or adventuring in the mountains with his camera in tow.
When Max isn't crafting deep game logic and diving through the dark ends of Javascript you can find him promoting card games or mining gold in Canada, or both at the same time. Currently, a student at Western, Max is an educational melting pot of political science, economics and software engineering.
Hailing from the dry and hot lands of Central/Eastern/Southern Washington, commonly referred to as the Tri-Cities, Shayne is the team's in-house illustrator and design wiz. All the in-game majestic drawings were craftily forged by his hands. Before the recent launch of his career as a code monkey, Shayne's prior endeavors included a somewhat successful game called Blobfish Evolution and growing interest in BitCoin.


Here's a complication of some common and useful time & date calculations and equations. Some, though very simple, are often misunderstood, leading to inefficient or incorrect implementations.
There are many ways to solve such problems. I'll present my favorites.
Querying for time difference
Given two timestamps: ts1 (older) and ts2 (newer), how much time has passed between them?
One can use TIMEDIFF() & DATEDIFF(), or compare two UNIX_TIMESTAMP() values. My personal favorite is to use TIMESTAMPDIFF(). Reason being that I'm usually interested in a specific metric, like the number of hours which have passed, or the number of days, disregarding the smaller minute/second resolution. Which allows one to:
SELECT TIMESTAMPDIFF(HOUR, ts1, ts2)
Take, for example:
SELECT TIMESTAMPDIFF(MONTH, '2008-10-07 00:00:00', '2009-12-06 00:00:00')
The function correctly identifies the number of days per month, and provides with 13, being the truncated number of full months.
Doing arithmetics
One can use TIMESTAMPADD(), or DATE_SUB(), but, again, when dealing with specific resolutions, I find "+ INTERVAL" to be the most convenient:
SELECT ts1 + INTERVAL 10 HOUR
This allows me to only add by a specific unit: SECOND, MINUTE, HOUR, DAY, WEEK, etc. Many times I find this is exactly what I want.
SELECT TIMESTAMP('2009-12-06 20:14:52') + INTERVAL 4 WEEK AS ts2; +---------------------+ | ts2 | +---------------------+ | 2010-01-03 20:14:52 | +---------------------+
Checking if a timestamp is in a given date
This one is very popular, and most poorly treated.
Say we have a sales table, with some ts column. We want to SELECT all sales on Dec 25th, 2008. I've seen so many solutions, many in writing. Let's look at them:
Wrong:
SELECT * FROM sales WHERE ts BETWEEN '2008-12-25' AND '2008-12-26'
Why is this wrong? Because BETWEEN is inclusive. A sale taking place on '2008-12-26 00:00:00' will match our condition.
Correct but inefficient:
SELECT * FROM sales WHERE DATE(ts) = DATE('2008-12-25')
Why is this inefficient? Because a function is used over the ts column. This disables use of any index we might have on ts, leading to full table scan.
Correct but inefficient:
SELECT * FROM sales WHERE ts LIKE '2008-12-25 %'
Why is this inefficient? Because a function is used over the ts column. Can you see it? It's an implicit CAST function, which casts the TIMESTAMP value to a character value, so as to perform a string comparison.
Correct but ugh:
SELECT * FROM sales WHERE ts BETWEEN '2008-12-25 00:00:00' AND '2008-12-25 23:59:59'
Why is it ugh? Because, well, ...Ugh!
Correct:
SELECT * FROM sales WHERE ts >= DATE('2008-12-25') AND ts < DATE('2008-12-26')
This allows for indexing to be used properly. The DATE() casting is not strictly required here, but is generally safer.
Truncating to last midnight
Surprisingly, this simple question sees a lot of incorrect solution attempts. The quickest, safest way to get "last midnight" is:
SELECT DATE(ts)
or, if you like to be stricter:
SELECT TIMESTAMP(DATE(ts))
For example:
SELECT TIMESTAMP(DATE('2009-12-06 20:14:52')) AS midnight; +---------------------+ | midnight | +---------------------+ | 2009-12-06 00:00:00 | +---------------------+
Truncating to last round hour
Similar to the above, but utilizes arithmetic:
SELECT DATE(ts) + INTERVAL HOUR(ts) HOUR
For example:
SELECT ts, DATE(ts) + INTERVAL HOUR(ts) HOUR FROM sales LIMIT 5; +---------------------+-----------------------------------+ | ts | DATE(ts) + INTERVAL HOUR(ts) HOUR | +---------------------+-----------------------------------+ | 2009-01-05 05:17:00 | 2009-01-05 05:00:00 | | 2009-03-09 00:49:00 | 2009-03-09 00:00:00 | | 2009-02-20 00:14:00 | 2009-02-20 00:00:00 | | 2009-02-14 22:42:00 | 2009-02-14 22:00:00 | | 2009-03-14 04:50:00 | 2009-03-14 04:00:00 | +---------------------+-----------------------------------+
Round to closest round hour
Taking the classic round() implementation, which states:
round(x) := int(x + 0.5)
We write:
SELECT DATE(ts + INTERVAL 30 MINUTE) + INTERVAL HOUR(ts + INTERVAL 30 MINUTE) HOUR
Example:
SELECT ts, DATE(ts + INTERVAL 30 MINUTE) + INTERVAL HOUR(ts + INTERVAL 30 MINUTE) HOUR AS rounded FROM sales ORDER BY HOUR(ts) DESC LIMIT 5; +---------------------+---------------------+ | ts | rounded | +---------------------+---------------------+ | 2009-03-25 23:54:00 | 2009-03-26 00:00:00 | | 2009-03-13 23:45:00 | 2009-03-14 00:00:00 | | 2009-01-29 22:53:00 | 2009-01-29 23:00:00 | | 2009-01-18 22:22:00 | 2009-01-18 22:00:00 | | 2009-01-14 22:16:00 | 2009-01-14 22:00:00 | +---------------------+---------------------+
Count number of midnights between two timestamps, inclusive
Given two timestamps, ts1 and ts2, what is the number of midnights between them?
SELECT TIMESTAMPDIFF(DAY, DATE(ts1), ts2) + IF(DATE(ts1) = ts1, 1, 0);
Example:
SELECT ts, ts2, TIMESTAMPDIFF(DAY, DATE(ts), ts2) + IF(DATE(ts) = ts, 1, 0) AS number_of_midnights FROM sales LIMIT 10; +---------------------+---------------------+---------------------+ | ts | ts2 | number_of_midnights | +---------------------+---------------------+---------------------+ | 2009-01-05 05:17:00 | 2009-01-05 19:17:00 | 0 | | 2009-03-09 00:49:00 | 2009-03-11 15:49:00 | 2 | | 2009-02-20 00:14:00 | 2009-02-23 02:14:00 | 3 | | 2009-02-14 22:42:00 | 2009-02-18 07:42:00 | 4 | | 2009-03-14 04:50:00 | 2009-03-17 16:50:00 | 3 | | 2009-02-16 04:01:00 | 2009-02-19 08:01:00 | 3 | | 2009-01-20 05:36:00 | 2009-01-21 08:36:00 | 1 | | 2009-02-07 15:57:00 | 2009-02-07 22:57:00 | 0 | | 2009-02-13 14:59:00 | 2009-02-15 22:59:00 | 2 | | 2009-01-11 03:02:00 | 2009-01-13 11:02:00 | 2 | +---------------------+---------------------+---------------------+
Further notes
A full listing of temporal functions can be found on the MySQL documentation. There's almost always more than one way to solve a problem. I've seen (and done, in the past) many calculations done on the application side due to lack of familiarity with the available functions.
Please share your own common solutions below!
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“What was magic yesterday is called technology today! Humans now not only think for themselves but make machines ‘think’ as well. This event is all about an autonomous bot built from scratch by participants, judged on its ability to perform usual tasks. It tests the level of precision in the end to end designing and fabrication of the bot, and intelligent use of sensors and coding.”
Rounds and details::
This event will be conducted in two stages:
- Qualifiers:
In this round, bots will be judged on their ability to solve the given maze or
‘chakravyuh’ in shortest time. Bots will be placed at the starting point in the
arena and will have to pass through several checkpoints. Missing checkpoints
will result in deduction of points and in case of manhandling, participants will
have to start from previous checkpoint. Total score will be formulated by
calculating the total time taken by bot, no. of checkpoints passed and total no.
of manhandling done.
- The Final Battle:
In this round, with increased levels of difficulty, participants will have to
count the blocks placed along their path and follow the wall in order
to escape from the ‘Chakravyuh’. In the end, they are supposed to
display the total number of blocks they encountered in their way.
Team completing the given task successfully in least amount of time will be
declared winner.
General Guidelines for the Competition:
- Maximum of 4 can participate in a team.
- Team has to be present at the arena 10 minutes before game starts. Absence will result to direct disqualification of the team.
- Participants are advised to bring their own extensions for power supply.
- No extra time will be given in case of wire entanglement. Participants are suggested to use wireless power supply for bots.
- Participants should not disassemble their bots until results are announced.
- Judges decision will be final.
- Practice arena will be provided to the participants before the event starts. Once the match get started, no second trial will be given to team.
- Teams will be given 10 minutes at the time of match to make changes (if any) to their codes.
Judging criteria-
Efficiency should be maximum.
e= maximum bearable load/dead weight of bridge
Deflection in bridge should be minimum.
Based on two above two factors the winner will be declared.
RULES & REGULATIONS:
1) No googling will be allowed during the screening test
2) Come in a team of 2-3 members. Not more than 3 members will be allowed for a team.
3) Once you have fixed the design of the truss bridge, no major changes will be allowed in the design while fabricating, otherwise points will be deducted.
FREQUENTLY ASKED QUESTIONS:
· Q1: Is any pre registration is required?
Ans: If possible , do the registration , although onspot registration can be done
· Q2: Do you have to design the equipment before hand?
Ans: No, you have to prepare the model on spot.
· Q3: Will the accessories be provided ?
Ans: Yes, the accessories will be provided but you can bring two extra accessories by yourself.


This workout is modeled after the Easy Strength routine by Dan John. The principle of this routine is to push yourself enough to get stronger, but not so much that you're sore the next day. With consistent lifts at reasonable weights, strength will come easy.
Upper Body - Deltoids, Triceps, Trapezius
Upper Body - Biceps
Upper Body - Trapezius, Rhomboids, Latissumus Dorsi
Lower Body/Back - Glutes, Hips, Quadriceps
Lower Body/Back - Glutes, Hips, Hamstring, Groin
Lower Body - Quadriceps, Glutes
Core - Obliques


Even more websites all about website templates on Just Web Templates
Even more websites all about website templates on Just Web Templates
If you're looking for beautiful and professionally made templates you can find them atTemplate Beauty
You can remove any link to our websites from this template you're free to use the template without linking back to us


[1]
50 instead of 8 if you get on off here for 2 nights prior to 6am departure which although.
[2]
at 4am the executive room rate and you get on off here for 2 nights prior to 6am departure which although.


How to use
To search, just type 'wiki' in the address bar, then a space, then the name of the article you want. Live suggestions from Wikipedia are displayed as you type, and in your selected language.
In addition, you can select any word or phrase on the web, right-click, and search it in Wikipedia instantly.
Wikipedia Search is open-source under the MIT license on GitHub.


Sunrise is a free calendar app. See all your to-dos Wunderlist to-dos into your favourite daily calendar.
Add via Sunrise App
Twitter is the best way to connect with people. Save all your favourite tweets in Wunderlist.
Twitter is the best way to connect with people, express yourself and discover what's happening. Add all favoured tweets with a link to a Wunderlist
Trello is the free, flexible, and visual way to organize anything with anyone. Show your Wunderlist in trello.
Evernote is the place to collect inspirational ideas, write meaningful words. Sync your Wunderlists to Evernote.


We have cats!
- facilitate sticky experiences
- mesh scalable web-readiness
- monetize visionary platforms
- expedite B2B e-tailers
- aggregate visionary ROI
- recontextualize real-time schemas
- deliver turn-key e-services
- strategize killer methodologies
- orchestrate next-generation experiences
- exploit mission-critical bandwidth
- architect distributed supply-chains
- revolutionize rich vortals
- orchestrate interactive ROI
- syndicate world-class experiences


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| Interface Summary | |
|---|---|
| ApplicationAttributes | Class description here. |
| ArtefactHandler | The ArtefactHandler interface's purpose is to allow the analysis of conventions within a Grails application. |
| ArtefactInfo | Holder for all the class-related info and structures relating to an Artefact |
| ExternalGrailsDomainClass | Represents a persistable Grails domain class that is externally mapped. |
| GrailsApplication | The main interface representing a running Grails application. |
| GrailsBootstrapClass | A BootStrap class is a class that is loaded and executed on application load |
| GrailsClass | This interface represents any class in a Grails application. |
| GrailsCodecClass | |
| GrailsControllerClass | Represents a controller class in Grails. |
| GrailsDataSource | Represents a data source in Grails. |
| GrailsDomainClass | Represents a persistable Grails domain class |
| GrailsDomainClassProperty | A property of a GrailsDomainClass instance |
| GrailsServiceClass | |
| GrailsTagLibClass | Represents a Grails tab library class |
| GrailsUrlMappingsClass | A UrlMappings class is a class that loads the UrlMappings |
| InjectableGrailsClass | Represents a Grails class that is to be configured in Spring and as such is injectable. |
| Class Summary | |
|---|---|
| AbstractGrailsClass | Abstract base class for Grails types that provides common functionality for evaluating conventions within classes |
| AbstractInjectableGrailsClass | Configures Grails classe to be autowirable by name, always. |
| ApplicationHolder | Static singleton holder for the GrailsApplication instance |
| ArtefactHandlerAdapter | |
| BootstrapArtefactHandler | |
| CodecArtefactHandler | |
| ConfigurationHolder | A class that holds a reference to the grails.config.ConfigObject instance |
| ControllerArtefactHandler | |
| DefaultArtefactInfo | Mutable holder of artefact info |
| DefaultGrailsApplication | Default implementation of the GrailsApplication interface that manages application loading, state, and artefact instances. |
| DefaultGrailsBootstrapClass | |
| DefaultGrailsClass | A default implementation for Grails classes that need to be registered and managed by a GrailsApplication, but don't need any special handling. |
| DefaultGrailsCodecClass | |
| DefaultGrailsControllerClass | A class that evaluates the conventions contained within controllers to perform auto-configuration |
| DefaultGrailsDomainClass | |
| DefaultGrailsDomainClassProperty | A class that represents a property of a domain class and contains meta information about the properties relationships, naming conventions and type |
| DefaultGrailsServiceClass | |
| DefaultGrailsTagLibClass | |
| DefaultGrailsUrlMappingsClass | |
| DomainClassArtefactHandler | |
| GrailsApplicationFactoryBean | Factory bean that creates a Grails application object based on Groovy files. |
| GrailsClassUtils | |
| GrailsDomainConfigurationUtil | Utility methods used in configuring the Grails Hibernate integration |
| GrailsDomainConfigurationUtilTests | Tests for the GrailsDomainConfigurationUtil class |
| GrailsMetaClassUtils | A class that provides utility methods for working with the Groovy MetaClass API |
| GrailsResourceLoaderFactoryBean | A factory bean that constructs the Grails ResourceLoader used to load Grails classes |
| GrailsResourceUtils | Utility methods for working with Grails resources and URLs that represent artifacts within a Grails application |
| ServiceArtefactHandler | |
| TagLibArtefactHandler | An ArtefactHandlerAdapter that configures tag libraries within namespaces in Grails |
| UrlMappingsArtefactHandler | A handler for UrlMappings |
|
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Game starts with 3 lives. Your objective is to avoid the bugs and get to the water in the other side of the field.
Use the keyboard directional keys to control your character.
The game ends when you lose all lives.


JpivotComponent
Description
Allows the user to place a pivot table on the page.
Options
- name
- The name of the component
- type
jpivot
- listeners
- Array - Parameters who this component will react to
- parameters
- Array of Arrays - Parameters to pass to the xaction
- solution
- Solution where the xaction is
- path
- Path where the xaction file is
- htmlObject
- Id of the component (usually a div or a span tag) to be replaced by the result
- refreshPeriod
- Time in seconds for this component to refresh. Default is 0 (disabled)
- iframeScrolling
- Scrolling setting for iFrame. (no|yes|auto) Default is no (disabled)
- executeAtStart
- True to execute the component at start, false otherwise
- tooltip
- Tooltip to be displayed when mouse hovers
- preExecution
- Function - Function to be called before the component is executed
- postExecution
- Function - Function to be called after the component is executed
Sample


Kelly Cook here! I am a father, husband, musician, and Maryland native who moved to the Nashville area in 2016 to create a better life for my family. Before making a transition into software development, I worked in the customer service industry for several years. While at Nashville Software School I discovered that I approached creating an app the same way I approached writing a song. While doing both I would always find myself putting great consideration into what the purpose and function of a feature was and how it ultimately served the final product. Those parallels made for some great and very rewarding challenges.


Claim your free Apple AirPods with selected deals on Carphone Warehouse
by Joseph GreenTL;DR: You can claim a free set of Apple AirPods with a non-wireless charging case when you purchase selected iPhones on Carphone Warehouse.
Apple Airpods are just about as cool as it gets, and the street cred that comes with these little earbuds is off the scale.
Of course these little devices wouldn't be so popular if it was all about the look and not about how they actually work. AirPods combine intelligent design with breakthrough technology to produce crystal clear sound. They are also powered by the new Apple H1 headphone chip, and feature hands-free access to Siri using just your voice. Sure they are stylish but they're also pretty advanced.
Anyone purchasing a selected iPhone on Carphone Warehouse can now claim a free set of Apple AirPods with a non-wireless charging case. The list of selected models is pretty lengthy, so you have plenty of options when it comes to making a purchase.
Apple AirPods retail for £159 with most online retailers, so it's a fairly substantial incentive that Carphone Warehouse is offering.
We're surprised by the generosity, but definitely not complaining.
Carphone Warehouse — claim Apple Airpods with iPhone purchases See Details


VIETNAMESE EUCHARISTIC YOUTH MOVEMENT IN THE U.S.A.PHONG TRÀO THIẾU NHI THÁNH THỂ VIỆT NAM TẠI HOA KỲ
Liên Đoàn Gioan Phaolô II
Franklin, Wisconsin
We can probably all agree that 2020 has been one crazy year. Yet in the chaos, what has not changed is God’s love for us and His desire for us to unite with Him. All the activities during virtual sinh hoạt serves to build each other up and bring us closer to Jesus’ loving embrace. To be honest, virtual sinh hoạt will never match the in-person experience. Yet it is a blessing that despite having to be far apart, we are still in this together; that technology innovation means we can still be with each other online. We look foreward for các em to join us in virtual sinh hoạt this year!
Ngành Nghĩa Sĩ and Hiệp Sĩ will meet every 2nd and 4th Saturday evening at 8:00 PM on Discord.
Invitation to the Discord Server is found here: Here
Ngành Ấu Nhi and Thiếu Nhi plans will differ week to week and are found bellow:
Link to Youtube channel Here: Here
Weekly gospel Lessons and additional reesouces are found bellow:
Link to VEYM main website: Here