While MPI_COMM_SPAWN is sufficient for most cases, it does not allow the spawning of multiple binaries, or of the same binary with multiple sets of arguments. The following routine spawns multiple binaries or the same binary with multiple sets of arguments, establishing communication with them and placing them in the same MPI_COMM_WORLD.
| MPI_COMM_SPAWN_MULTIPLE(count, array_of_commands, array_of_argv, array_of_maxprocs, array_of_info, root, comm, intercomm, array_of_errcodes) | |
| IN count | number of commands (positive integer, significant to MPI only at root --- see advice to users) |
| IN array_of_commands | programs to be executed (array of strings, significant only at root) |
| IN array_of_argv | arguments for commands (array of array of strings, significant only at root) |
| IN array_of_maxprocs | maximum number of processes to start for each command (array of integer, significant only at root) |
| IN array_of_info | info objects telling the runtime system where and how to start processes (array of handles, significant only at root) |
| IN root | rank of process in which previous arguments are examined (integer) |
| IN comm | intracommunicator containing group of spawning processes (handle) |
| OUT intercomm | intercommunicator between original group and newly spawned group (handle) |
| OUT array_of_errcodes | one error code per process (array of integer) |
MPI_COMM_SPAWN_MULTIPLE is identical to MPI_COMM_SPAWN except
that there are multiple executable specifications. The first argument,
count, gives the number of specifications. Each of the
next four arguments are simply arrays of the corresponding arguments
in MPI_COMM_SPAWN.
For the Fortran version of array_of_argv, the element
array_of_argv(i,j) is the
j-th
argument to command number i.
Rationale.
This may seem backwards to
Fortran programmers who are familiar with Fortran's
column-major ordering. However, it is necessary to do
it this way to allow MPI_COMM_SPAWN to sort out
arguments. Note that the leading dimension of
array_of_argv must be the same as
count.
( End of rationale.)
Advice to users.
The argument count is interpreted by MPI only at the root,
as is array_of_argv. Since the leading dimension
of array_of_argv is count, a non-positive
value of count at a non-root node could theoretically
cause a runtime bounds check error, even though
array_of_argv should be ignored by the
subroutine. If this happens, you should explicitly
supply a reasonable value of count on the non-root
nodes.
( End of advice to users.)
In any language, an application may use the constant MPI_ARGVS_NULL (which is likely to be (char ***)0 in C) to specify that no arguments should be passed to any commands. The effect of setting individual elements of array_of_argv to MPI_ARGV_NULL is not defined. To specify arguments for some commands but not others, the commands without arguments should have a corresponding argv whose first element is null ( (char *)0 in C and empty string in Fortran).
All of the spawned processes have the same MPI_COMM_WORLD. Their ranks in MPI_COMM_WORLD correspond directly to the order in which the commands are specified in MPI_COMM_SPAWN_MULTIPLE. Assume that m1 processes are generated by the first command, m2 by the second, etc. The processes corresponding to the first command have ranks 0, 1, ..., m1-1. The processes in the second command have ranks m1, m1+1, ..., m1+m2-1. The processes in the third have ranks m1+m2, m1+m2+1, ..., m1+m2+m3-1, etc.
Advice to users.
Calling MPI_COMM_SPAWN multiple times
would create many sets of children with different MPI_COMM_WORLDs
whereas MPI_COMM_SPAWN_MULTIPLE creates children with
a single MPI_COMM_WORLD, so the two methods
are not completely equivalent.
There are also two performance-related reasons why,
if you need to spawn multiple executables, you may want to use
MPI_COMM_SPAWN_MULTIPLE instead of calling MPI_COMM_SPAWN
several times. First, spawning several
things at once may be faster than spawning them sequentially. Second,
in some implementations,
communication between processes spawned at the same time may be
faster than communication between processes spawned separately.
( End of advice to users.)
The array_of_errcodes argument is
a
1-dimensional array of size
,
where ni is the
i-th
element of array_of_maxprocs.
Command number i corresponds to the ni contiguous
slots in this array from element
to
.
Error codes are treated
as for MPI_COMM_SPAWN.
Example Examples of array_of_argv in C and Fortran
To run the program ``ocean'' with arguments ``-gridfile'' and
``ocean1.grd'' and the program ``atmos'' with argument ``atmos.grd''
in C:
char *array_of_commands[2] = {"ocean", "atmos"}; char **array_of_argv[2]; char *argv0[] = {"-gridfile", "ocean1.grd", (char *)0}; char *argv1[] = {"atmos.grd", (char *)0}; array_of_argv[0] = argv0; array_of_argv[1] = argv1; MPI_Comm_spawn_multiple(2, array_of_commands, array_of_argv, ...);Here's how you do it in Fortran:
CHARACTER*25 commands(2), array_of_argv(2, 3) commands(1) = ' ocean ' array_of_argv(1, 1) = ' -gridfile ' array_of_argv(1, 2) = ' ocean1.grd' array_of_argv(1, 3) = ' ' commands(2) = ' atmos ' array_of_argv(2, 1) = ' atmos.grd ' array_of_argv(2, 2) = ' ' call MPI_COMM_SPAWN_MULTIPLE(2, commands, array_of_argv, ...)


M.S. Data Science.
Using a dataset of historical option pricing and relevant data, my goal is to create a tool that can be used to analyze current market conditions for a stock and recommend an ideal options trading strategy using a regression model to forecast trade profitability.
Using publicly available data, I'm attempting to build a model that can create optimized daily fantasy sports lineups. The goal, which is an uphill battle is to create a pipeline that can be used to deliver consistent, profitable results.
Looking at anonymized retail sales information to learn about the impact of holidays and promotional events on weekly retail sales, as well as building a regression model to predict weekly sales moving forward.
Taking the perspective of an airline, I looked at air travel statistics. The goal was to analyze the safety of commercial air travel and identify ways that airline safety may appear to be a riskier proposition than it truly is.
Using data provided by Touring Plans, I looked at the wait times of the Walt Disney World ride Splash Mountain, looked at the factors that may influence wait times and built a regression model to predict future wait times.
The concept of technical analysis is a divisive one among traders. I took a look at the simple moving average crossover strategy, tested the performance of various parameters across a large number of stock tickers and built a classification model to generate Buy and Sell signals.
For use on other projects, I put together a Python API wrapper for AlphaVantage, a very useful website to retrieve a large amount of historical and real-time stock market data.
What makes a Formula One race interesting? Are there factors that decision makers could look at to improve the overall quality of racing? Using fan reviews of races, combined with data involving the races, I attempted to answer these questions.
A small command line-based weather and weather forecasting application written in Python using the Open WeatherMap API
Looking at a dataset of films along with their box office performance, I attempted to analyze what factors make meaningful contributions to box office revenue.
Responsible for the handling of daily and hourly reporting tasks for Walt Disney World and Disneyland Resorts.
Handle daily data-quality tasks including data cleaning.
Develop new reports using SAP Business Objects and SQL to provide greater information and insights to decision-makers.
Worked with new cast members to ensure they were performing within the standards and values synonymous with the Disney brand.
Developed new attraction-specific tools to improve operational efficiency.
Managed staffing on a daily basis to ensure operations were properly staffed but also within budgetary goals.
Used VBA to develop an automated system for cast recognition, significantly reducing the time needed to generate recognition certificates.
Developed a tool using Python to better track historical operational data. Reports were automatically generated and available to decision makers to gain a better understanding of how our operations were trending over longer-time frames. This allowed for potential issues to be resolved before they had a significant impact on the operation.
Supporting software used by NASCAR teams during races. Ensuring data quality is as accurate as possible.
Overseeing the proper startup and shutdown of software used during races.
Providing testing and feedback for staging versions of software before upgrades are moved into the production environment.
Trading stock market derivatives primarily using short-selling strategies.
Developed a system to store historical data into a PostgreSQL database for further analysis.
Constantly exploring historical data to uncover patterns and find advantages.


We implemented the Content-Aware Image Resizing algorithm based on seam-carving proposed by Shai Avidan and Ariel Shamir in their 2007 SIGGRAPH paper Seam Carving for Content-Aware Image Resizing. The online demo is accessible here.
Before we get to how to resize an image with aware of its content, we first need to figure out how to compute the gradient of an image. According to paper, the gradient of an image , where image is a function that maps a 2D coordinate to a 3D color intensity , is defined by
However, computing the partial derivatives is complex. Fortunately we can approximate an image's partial derivative at by inspecting its neighborhood values:
.
For each pixel, we use as the partial derivative in direction, and as the partial derivative in direction. Note that is is computing the magnitude of a difference vector, thus it is computed in gradient.js by
/*
Compute color vector distance.
*/
function colorDistance(pixels, p1, p2) {
var rDiff = pixels[p1] - pixels[p2];
var gDiff = pixels[p1 + 1] - pixels[p2 + 1];
var bDiff = pixels[p1 + 2] - pixels[p2 + 2];
return Math.sqrt(rDiff * rDiff + gDiff * gDiff + bDiff * bDiff);
}
In our demo, when you click on the regarget image button, the gradient of the image is displayed before the seam-carving is done.
This approximation makes sense since by definition, the partial derivative is
Mathematically, this is equivalent to
The smallest we can get is , so that's where our approximation came from.
The cost of a seam is defined by the sum of the energy of each coordinate contatined in the seam. The energy function we used is simply the gradient we defined above.
The seam with the lowest energy is the seam that contains the lowest information in the image, hence removing it would maintain the useful information in our image. This is the essense of the content-aware image resizing idea. To compute the seam with the minimum seam cost, we use the following dynamic programming algorithm defined in the paper.
To make the image smaller, we can just remove the minimum cost seam we obtained, which would essentially reduce either our image width or height by 1 depending on whether the seam is vertical or horizontal. Then we can repeat this process to find the next optimal seam for removal. As we continue this effectively resizes the image.
When both width and height of an image changes, we need to figure out an order for which we remove the horizontal and vertical seam to make sure the process is still correct. The paper presented a dynamic programming algorithm to obtain this optimal ordering. From our understanding, what that algorithm does is simply compare the seam cost of the optimal vertical seam and the optimal horizontal seam, then remove the one with smaller cost. We present an example produced from our implementation below.
The idea for image enlargement is similar to image reduction. This time we would add the seams with minimum cost since those seams contain the least information, hence adding them would produce the least artifact in enlarging the image.
However, if we always choose to add the seam with least cost, then the enlarged image would produce a stretching artifact. We can see this by the example presented in the paper below:
To fix this, the authors proposed that instead of adding the seam with minimum cost each time, we would add seams with minimum cost. We present an example produced from our implementation below. The seam is duplicated by averaging the pixels in the seam with its left and right (or up and down) neighbors.
When we applied the resizing algorithm presented in the paper with optimal-ordering seam removal, the result is below.
We can see the straight lines are not maintained. This artifact is also visible for faces.
The paper also noted such artifacts. The authors presented a solution by allowing users to choose regions where posivie/negative energy is added to the energy calculation so that the algorithm would make sure that area would not change in resizing.
In our implementation we did a different workaround without user intervention. Similar to the idea in content amplification below, we would first scale the original image to either the target width or height, whichever dimension changed smaller, then we use seam-carving to resize the other dimension left. The result it presented below:
Similar to the limitation discussed above, content amplification works by first scaling the image up, then using seam carving to reduce the image size back to the original. We present an example below.
In our js demo, you can see the application runs pretty slow. The time grows worse as the image gets larger. We have did a benchmark on our js code, and we found out it is not the dynamic programming algorithm or the gradient computation that's taking up the most time, but it's the shifting of the whole image after removing one seam that takes up the most time. Unfortunately we couldn't find a way to overcome this in our implementation.
As an alternative, we provide a Matlab implementation of seam-carving here, interestingly the Matlab implementation runs much faster.


controller\AccountController
Synopsis
class AccountController
extends Controller
{
- // Inherited members from Controller
- protected $request;
- // methods
- public static Quantity getBalance()
- public static bool shouldDoBalance()
- public static Quantity doBalance()
- // Inherited methods from Controller
- public static void index()
- public static void create()
- public static void store()
- public static void show()
- public static void edit()
- public static void update()
- public static void destroy()
Hierarchy
Extends
Violations
Checkstyle
| Line | Column | Severity | Message |
|---|---|---|---|
| 12 | 43 | error | Opening brace of a class must be on the line after the definition |
| 13 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 13 | 12 | error | Visibility must be declared on method "getBalance" |
| 13 | 78 | error | Incorrect spacing between argument "$currency" and equals sign; expected 1 but found 0 |
| 13 | 78 | error | Incorrect spacing between default value and equals sign for argument "$currency"; expected 1 but found 0 |
| 13 | 110 | error | Incorrect spacing between argument "$account" and equals sign; expected 1 but found 0 |
| 13 | 110 | error | Incorrect spacing between default value and equals sign for argument "$account"; expected 1 but found 0 |
| 13 | 136 | warning | Line exceeds 120 characters; contains 136 characters |
| 13 | 136 | error | Opening brace should be on a new line |
| 14 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 15 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 15 | 196 | warning | Line exceeds 120 characters; contains 196 characters |
| 16 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 16 | 59 | error | No space found after comma in argument list |
| 17 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 18 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 18 | 12 | error | Visibility must be declared on method "shouldDoBalance" |
| 18 | 83 | error | Incorrect spacing between argument "$currency" and equals sign; expected 1 but found 0 |
| 18 | 83 | error | Incorrect spacing between default value and equals sign for argument "$currency"; expected 1 but found 0 |
| 18 | 115 | error | Incorrect spacing between argument "$account" and equals sign; expected 1 but found 0 |
| 18 | 115 | error | Incorrect spacing between default value and equals sign for argument "$account"; expected 1 but found 0 |
| 18 | 137 | warning | Line exceeds 120 characters; contains 137 characters |
| 18 | 137 | error | Opening brace should be on a new line |
| 19 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 20 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 20 | 68 | error | No space found after comma in argument list |
| 20 | 252 | warning | Line exceeds 120 characters; contains 252 characters |
| 21 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 21 | 69 | error | No space found after comma in argument list |
| 21 | 254 | warning | Line exceeds 120 characters; contains 254 characters |
| 22 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 23 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 24 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 24 | 12 | error | Visibility must be declared on method "doBalance" |
| 24 | 77 | error | Incorrect spacing between argument "$currency" and equals sign; expected 1 but found 0 |
| 24 | 77 | error | Incorrect spacing between default value and equals sign for argument "$currency"; expected 1 but found 0 |
| 24 | 109 | error | Incorrect spacing between argument "$account" and equals sign; expected 1 but found 0 |
| 24 | 109 | error | Incorrect spacing between default value and equals sign for argument "$account"; expected 1 but found 0 |
| 24 | 135 | warning | Line exceeds 120 characters; contains 135 characters |
| 24 | 135 | error | Opening brace should be on a new line |
| 25 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 26 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 28 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 28 | 59 | error | No space found after comma in argument list |
| 28 | 68 | error | No space found after comma in argument list |
| 28 | 78 | error | No space found after comma in argument list |
| 29 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 29 | 68 | error | No space found after comma in argument list |
| 29 | 252 | warning | Line exceeds 120 characters; contains 252 characters |
| 30 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 30 | 70 | error | No space found after comma in argument list |
| 30 | 255 | warning | Line exceeds 120 characters; contains 255 characters |
| 32 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 32 | 9 | error | Expected 1 space(s) after IF keyword; 0 found |
| 32 | 76 | error | Expected 1 space(s) after closing parenthesis; found 0 |
| 33 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 34 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 35 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 36 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 37 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 38 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 39 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 40 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 41 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 42 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 43 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 43 | 274 | warning | Line exceeds 120 characters; contains 274 characters |
| 44 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 44 | 77 | error | No space found after comma in argument list |
| 45 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 46 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
| 47 | 1 | error | Spaces must be used to indent lines; tabs are not allowed |
Members
protected
- $request
Methods
History
-
2021-01-24T22:59:14+00:00 (commit #20b204f)
Author: Folarin Martins<EMAIL_ADDRESS>/ Commiter: Folarin Martins<EMAIL_ADDRESS>QA/CI tests completed; next:Jenkins CI/CD pipeline
-
2021-01-21T05:30:41+00:00 (commit #a190680)
Author: Folarin Martins<EMAIL_ADDRESS>/ Commiter: Folarin Martins<EMAIL_ADDRESS>Laying out user_info_service


Pathanamthitta is a fast growing town and a municipality situated in the Central Travancore region in the state of Kerala, India, spread over an area of 23.50 km2. It is the administrative capital of Pathanamthitta district. The Hindu pilgrim centre Sabarimala is situated in the Pathanamthitta district; as the main transport hub to Sabarimala, the town is known as the 'Pilgrim Capital of Kerala'.
Pathanamthitta district is known as the Headquarters of Pilgrimage Tourism, of the Kerala State. Situated near the Western Ghats and bordered by the hills, Pathanamthitta district is a treat to eyes with its vast unending stretches of forests, rivers and rural landscapes. Blessed by nature, the district is famous for its scenic beauty, fairs and festivals. Pathanamthitta attracts a large number of tourists every year. Pilgrim centres and other eco tourism spots like Gavi and Adavi are most visited in Pathanamthitta.


Last updated: 2018-03-14
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|---|---|---|---|---|
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getwd()
[1] "/home/jdb-work/repos/repdoc/ex3-website-subdir"
Check the seed:
rpois(3, lambda = 100)
[1] 91 94 100
This is an R Markdown document. Markdown is a simple formatting syntax for authoring HTML, PDF, and MS Word documents. For more details on using R Markdown see http://rmarkdown.rstudio.com.
When you click the Knit button a document will be generated that includes both content as well as the output of any embedded R code chunks within the document. You can embed an R code chunk like this:
summary(cars)
speed dist
Min. : 4.0 Min. : 2.00
1st Qu.:12.0 1st Qu.: 26.00
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Note that the echo = FALSE
parameter was added to the code chunk to prevent printing of the R code that generated the plot.
devtools::session_info()
Session info -------------------------------------------------------------
setting value
version R version 3.4.3 (2017-11-30)
system x86_64, linux-gnu
ui RStudio (1.1.423)
language (EN)
collate en_US.UTF-8
tz posixrules
date 2018-03-14
Packages -----------------------------------------------------------------
package * version date source
backports 1.1.2 2017-12-13 CRAN (R 3.4.3)
base * 3.4.3 2017-12-01 local
clisymbols 1.2.0 2017-05-21 CRAN (R 3.4.2)
compiler 3.4.3 2017-12-01 local
datasets * 3.4.3 2017-12-01 local
devtools 1.13.5 2018-02-18 CRAN (R 3.4.3)
digest 0.6.14 2018-01-14 cran (@0.6.14)
evaluate 0.10.1 2017-06-24 CRAN (R 3.4.0)
fs <IP_ADDRESS>00 2018-02-22 Github (r-lib/fs@7981c43)
git2r 0.21.0 2018-01-04 CRAN (R 3.4.3)
graphics * 3.4.3 2017-12-01 local
grDevices * 3.4.3 2017-12-01 local
htmltools 0.3.6 2017-04-28 cran (@0.3.6)
knitr 1.20 2018-02-20 cran (@1.20)
magrittr 1.5 2014-11-22 CRAN (R 3.3.0)
memoise 1.1.0 2017-04-21 CRAN (R 3.4.0)
methods * 3.4.3 2017-12-01 local
Rcpp 0.12.15 2018-01-20 cran (@0.12.15)
repdoc <IP_ADDRESS>04 2018-03-14 local
rmarkdown 1.9 2018-03-01 cran (@1.9)
rprojroot 1.3-2 2018-01-03 cran (@1.3-2)
stats * 3.4.3 2017-12-01 local
stringi 1.1.6 2017-11-17 cran (@1.1.6)
stringr 1.3.0 2018-02-19 cran (@1.3.0)
tools 3.4.3 2017-12-01 local
utils * 3.4.3 2017-12-01 local
whisker 0.3-2 2013-04-28 CRAN (R 3.3.1)
withr 2.1.1 2017-12-19 CRAN (R 3.4.3)
yaml 2.1.18 2018-03-08 CRAN (R 3.4.3)
This reproducible R Markdown analysis was created with repdoc <IP_ADDRESS>04


# Copyright (c) 2018 NVIDIA Corporation
from __future__ import absolute_import, division, print_function
import tensorflow as tf
from open_seq2seq.utils.utils import deco_print
from open_seq2seq.models.model import Model
[docs]class Seq2Seq(Model):
"""
Standard Sequence-to-Sequence class with one encoder and one decoder.
"encoder-decoder-loss" models should inherit from this
"""
[docs] def __init__(self,
params,
data_layer,
encoder,
decoder,
loss,
global_step=None,
force_var_reuse=False,
mode=None,
gpu_ids=None,
hvd=None):
"""
Constructor
:param params: Python dictionary - parameters describing seq2seq model
:param data_layer: Instance of DataLayer
:param encoder: Instance of Encoder
:param decoder: Instance of Decoder
:param loss: Instance of Loss
:param global_step: TF variable - global step
:param force_var_reuse: Boolean - if true, all vars will be re-used
:param mode: string, currently "train" or "infer"
:param gpu_ids: a list of gpu ids, None, or "horovod" string
for distributed training using Horovod
"""
# this has to happen before super call since this quantities are used in
# _build_forward_pass_graph function which is called in the super init
self._encoder = encoder
self._decoder = decoder
self._loss_computator = loss
super(Seq2Seq, self).__init__(params=params,
data_layer=data_layer,
global_step=global_step,
force_var_reuse=force_var_reuse,
mode=mode,
gpu_ids=gpu_ids,
hvd=hvd)
[docs] def _build_forward_pass_graph(self,
input_tensors,
gpu_id=0):
"""
Builds forward pass
:param input_tensors: List of Tensors, currently assumes the following:
[source_sequence, src_length, target_sequence, tgt_length]
:param gpu_id: gpu_id where this pass is being built
:return: loss or nothing
"""
if self.mode == "infer":
source_sequence, src_length = input_tensors
target_sequence, tgt_length = None, None
else:
source_sequence, src_length, target_sequence, tgt_length = input_tensors
with tf.variable_scope("ForwardPass"):
encoder_input = {
"src_inputs": source_sequence,
"src_lengths": src_length,
}
encoder_output = self.encoder.encode(input_dict=encoder_input)
# TODO: target length else part needs some comment
decoder_input = {
"encoder_output": encoder_output,
"tgt_inputs": target_sequence,
"tgt_lengths": tgt_length if self.mode == "train"
else tf.cast(1.2 * tf.cast(src_length,tf.float32),
tf.int32),
}
decoder_output = self.decoder.decode(input_dict=decoder_input)
# TODO: better name?
decoder_samples = decoder_output.get("decoder_samples", None)
with tf.variable_scope("Loss"):
if self.mode == "train" or self.mode == "eval":
decoder_logits = decoder_output["decoder_output"]
loss_input_dict = {
"logits": decoder_logits,
"target_sequence": target_sequence,
"tgt_lengths": tgt_length,
# TODO: this is bad and should be changed to something more logical
"src_lengths": encoder_output["src_lengths"],
}
loss = self.loss_computator.compute_loss(loss_input_dict)
else:
loss = None
deco_print("Inference Mode. Loss part of graph isn't built.")
return loss, decoder_samples
@property
def encoder(self):
return self._encoder
@property
def decoder(self):
return self._decoder
@property
def loss_computator(self):
return self._loss_computator


The goal of this site is to show you some of skills I have learnt in this Web Development masterclass imparted by Fran Marinas along this year 2020
During this course I have learnt basic principles in web development beginning with HTML and CSS. We have understood the main basis and how to structure the web development process in a very very kindly method that allows us to assimilate knowledge in a very intuitive way.
In this site you gonna take a sight to some examples of our work during this months.
Let's go! »See the Pen 2020-06-23 - Otro Cover by manusierra (@manusierra) on CodePen.
Cover creation through CSS flexbox properties like:
display: flex; flex-direction:column; overflow: hidden;
See the Pen 2020-07-11 Menu Order App. by manusierra (@manusierra) on CodePen.
Built from scratch with HTML and CSS.
See the Pen _GRID 12 COLUMNAS by manusierra (@manusierra) on CodePen.
The most modern and intuitive way to build a full responsive web site.


He is currently a Ph.D. candidate in Computer Science at Norwegian University of Science and Technology (NTNU) and works as a Ph.D. fellow at Oslo Metropolitan University (OsloMet). He received his B.Sc. in Computer Science in 2013 from Federal University of Paraíba, Brazil, and M.Sc. in Computer Science in 2018 from Technical University of Kaiserslautern, Germany. His current research interests are complex systems, unconventional computing, computational neuroscience, and artificial general intelligence.


I can help you build better websites using latest technologies.
Find Out MoreFront-end and back-end developments to get your new website up and running in short time!
Get Started!HTML-5, CSS3, Bootstrap, JavaScript, Angular, React.
PHP, Nodejs, Python, Java
Progressive Web Apps, Ionic Framework, Firebase, Github, etc.
Ready to start your next project with me? That's great! Give me a call or send me an email and I will get back to you as soon as possible!
(058)414-6196931


{%extends 'pics/base.html'%} {% block content %}
This is an apllication that allows users to add images of their favorite things and display them in a gallery.
You can pictures of your favorite things here and be able to documents all your experiences. the app allows ou to even pick a location of whee your most cherished momment happened.
photos help us relive our ,most precious times.


Nicolas Froment / @lasconic
MuseScore is the leading free and open source package to create sheet music.
A huge repository of user generated scores available in several formats through a REST API.
Search all scores containing "Bach"
import requests
url = "http://api.musescore.com/services/rest/score.json"
url += "&oauth_consumer_key=musichackday"
score = requests.get(endpoint + "&text=Bach").json()
for score in scores:
print score['id']
print score['secret']
print score['title']
print score['description']
Access any score file (images, MusicXML, MIDI)
import requests
url = "http://api.musescore.com/services/rest/score/29517.json"
url += "&oauth_consumer_key=musichackday"
score = requests.get(url).json()
midiUrl = "http://static.musescore.com"
midiUrl += "/" + score['id'] + "/" + score['secret']
midiUrl += "/score.mid"
print midiUrl
Using jQuery oembed, it's a one liner
$(document).ready(function() {
$("#container").oembed("http://mus.cr/19kzisE");
});
http://developers.musescore.com
@lasconic @thomasbonte
#musescore on freenode.net


Ms. Magazine [ http://msmagazine.com/ ]
Dear Dry,
Support Clinics! [ org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=11227 ] *Become a “Ms.”
Partner today! [ http://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=11287 ]* *
*
Join us as we celebrate a major milestone – and see your name in “Ms.”! For 42 years, “Ms.” Magazine’s reporting and truth-telling has filled the pages of what’s been called one of the most influential magazines in U.S. history.
*To help make sure “Ms. "stays strong, I’m inviting you to join a very dedicated group of members, our "Ms.” Partners. And you can join our “Ms. "lifetime community member circle. [ http://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=11287 ]* [ http://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=11287 ]
There are two ways to become a "Ms. "Partner – you can make a one-time tax-deductible gift of $42 or more (a dollar for every year of "Ms. "and its truth-telling and trailblazing), or join our monthly sustainer program – at $10, $15 or $25 or more a month. With a donation of $1000 or more, you will become a lifetime member of the "Ms. "community. [ http://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=11287 ]
As a special thanks, we will list the names of both "Ms.” partners and lifetime members in our fall “Ms.” Anniversary issue.
*Dry, we hope you’ll become a “Ms. "Partner or a lifetime community member. [ http://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=11287 ]* [ http://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=11287 ] As an incentive, a long-time "Ms.” reader has pledged a $25,000 challenge grant if we get 342 new “Ms. "Partners before the end of our drive.
*Help us reach our goal. [ http://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=11287 ]* [ http://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=11287 ]
Never has "Ms. "been more needed. From shocking Supreme Court decisions allowing bosses to decide their women employees’ birth control … to campus sexual assault … to the War on Women, "Ms.” is the leader in reporting on our lives.
Over the years, our covers have featured Wonder Woman – walking tall – just like" Ms. “But for "Ms.” to stay strong we need to know we can count on the support of a dedicated group of members – literally our Partners.
*Become a “Ms. "Partner and/or lifetime community member today, and get your name in "Ms.”! [ http://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=11287 ]* [ http://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=11287 ]
Here’s to our future,
Kathy Spillar
Katherine Spillar
Executive Editor
P.S. [ https://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=11287 ]*Become a “Ms. P"artner and/or a lifetime community member* [ https://org.salsalabs.com/o/1400/p/salsa/donation/common/public/?donate_page_KEY=11287 ]. Whatever you decide, we will make sure your name is published in this special section of our Anniversary issue of "Ms. "this fall.
"You have received this e-mail because of your interest in promotions and Ms. magazine. To unsubscribe, please click here. [ http://org.salsalabs.com/o/1400/p/salsa/supporter/unsubscribe/public/index.sjs?unsubscribe_page_KEY=494 ]”
1600 Wilson Boulevard, Suite 801, Arlington, VA 22209 |<PHONE_NUMBER> | webmaster@feminist.org


Bopomofo ㄅㄆㄇㄈ
Confused? Go back:
Bopomofo (Zhuyin) is an alphabet used in Taiwan. It's often used to teach children, but you will almost never see it written in everyday life. Many courses use it (e.g. the language school at 中山大學), although some are using Pinyin instead (e.g. Wenzao).
The one time you will see it written is on keyboards. Most Taiwanese use it as their text input system. You should learn how to type your Chinese name, because this makes it easier to find yourself on Facebook when someone else hands you their phone.  The best keyboard would be one where you don't have to read in order to type, but I have another
article about that.
How do I learn it?
Most of the characters just have to be memorised. Copy them hundreds of times, use flashcards, or do whatever you can. But there are six that follow a kind of pattern: ㄅ, ㄆ, ㄉ, ㄋ, ㄌ, ㄎ.
Some of the characters sound similar, such as ㄣ and ㄥ. Even local people often forget how to type some characters, and switch to handwriting recognition. I even know one local guy, Terry, who uses handwriting recognition all the time "because I don't want to forget how to write the characters".
The full list of 37 characters and four tones:
ㄅ ㄉ ˇ ˋ ㄓ ˊ ˙ ㄚ ㄞ ㄢ ㄦ ㄆ ㄊ ㄍ ㄐ ㄔ ㄗ ㄧ ㄛ ㄟ ㄣ ㄇ ㄋ ㄎ ㄑ ㄕ ㄘ ㄨ ㄜ ㄠ ㄤ ㄈ ㄌ ㄏ ㄒ ㄖ ㄙ ㄩ ㄝ ㄡ ㄥ
The keyboard layout:
A real physical keyboard found in a local scrapyard, showing English (black), bopomofo (red), Dayi (blue) and Cangjie (green, common in Hong Kong):


Buschnyj
Justin Buschnyj
Home
About
Publications
Past Work
Woven Neural Probes
Flexible neural implants using muscle wire. Click to read more.
ESO exoskeleton, v3
Lightweight electro stimulating orthosis (ESO). Click to read more.
OpenPull
OpenPull is an open-source micropipette puller. Click to read more.
Soft Robotics
Manufacturing soft robots using cheaper materials. Click to read more.
Newton's Apple
Toy Product Design. Click to read more.
Photogammetry
3D scanning of taxidermied animals. Click to read more.
Smart Seatbelt
Hackathon Project. Click to read more.
Cooling Fan
CAD design and render. Click to read more.
Composite Forklift Arms
Early foray into composites. Click to read more.


Cheddar keeps your world organized. It's easy to use on your iPhone, iPod touch, iPad, and on the web. Cheddar is super simple and instantly in sync on all of your devices.
Cheddar for iOS uses several open source libraries. Many thanks to the authors for their contribution to the community.
To give back to the community, Cheddar for iOS is also open source. You can download the source code on GitHub.
Cheddar for iOS uses Gotham by H&FJ as its default font. Many thanks to the wonder folks at H&FJ.
Stay up to date with what's happening with Cheddar. Follow @cheddar or like Cheddar on Facebook.


Thanks for visiting! This is where you'll find my skills, my interest and education. I created this site to show the one thing I'm sure of that there's no one else like me out there.
Where I Am. Where I'm Going.
I approach each challenge with the same enthusiasm, desire to learn, and positive attitude you would expect to find in any star of industry.
It is this, combined with my strong skill set and experience, that I think would make me a valuable addition to any company.


OpenJava is an extensible language based on Java. The extended features of OpenJava are specified by a meta-level program given at compile time. For distinction, programs written in OpenJava are called base-level programs. If no meta-level program is given, OpenJava is identical to regular Java.
The meta-level program extends OpenJava through the interface called the OpenJava MOP (Metaobject Protocol). The OpenJava compiler consists of three stages: preprocessor, source-to-source translator from OpenJava to Java, and the back-end Java compiler. The OpenJava MOP is an interface to control the translator at the second stage. It allows to specify how an extended feature of OpenJava is translated into regular Java code.
An extended feature of OpenJava is supplied as an add-on software for the compiler. The add-on software consists of not only the meta-level program but runtime support code. The runtime support code provides classes used by the base-level program translated into Java. The base-level program in OpenJava is first translated into Java by the meta-level program and is dynamically linked with the runtime support code. This flow is illustrated by Figure 1.
The meta-level program is written in Java, accurately in OpenJava because OpenJava is a self-reflective language. It defines new metaobjects to control source-to-source translation. The metaobjects are the meta-level representation of the base-level program and they perform the translation. Details of the metaobjects are specified by the OpenJava MOP. In the following, we go through a few examples so that we illustrate how the OpenJava MOP is used to implement language extensions.


Assignment 1
Description
Develop a static website on the topic of your interest. It can be a website of your favourite team, movie, band, pet, book, etc. Use the Web-representation technologies discussed during the first three lectures (HTML5 and CSS3). The visual appeal of your design is welcomed but not required; yet, avoid deliberately repulsive color combinations. Your website is expected to present meaningful information about the topic. The pages should be bigger than a paragraph, but smaller than a book chapter.
Requirements
Your website must:
- have at least 5 pages with meaningful content
- use HTML5 semantic attributes for formatting (e.g. see here)
- use images and video
- have links between pages, within pages, and to external page(s)
- have at least one table
- be optimised for search engines
- use consistent layout and colour scheme
- use CSS for formatting, including at least:
- several different styles for links
- several different styles for text
- styles for table elements
- cascading styles through selector spesificity
- style inheritance
- define all formatting styles in a separate CSS file
- be compliant with the HTML5 rules of W3C Markup Validation Service and the CSS3 rules of W3C CSS Validation Service
- to put it in other words: do not use any of the deprecated HTML elements or attributes (see for example here), do not use iframe either (one exeption - you can use it for embedding YouTube videos)
- render correctly at least in the current versions of Chrome and Firefox browsers
Maintain good coding style
- use lower case element and attribute names
- use indentation for nested elements
- use quotation marks for attribute values
- always use alt attribute with img elements
- use meaningful names for CSS classes
- short CSS rules can be written on one line, but long rules need to occupy multiple lines
- use lower case file names
Procedure
- complete and submit your website in pairs
- a pair must be registered with the TA beforehand
- the website should be archived and submitted as a single zip through the BlackBoard system
Academic integrity
The work should be done by and your peer only. You can rely on the support of teaching assistants and student assistants during the practicum time, but you are not allowed to use the code of other groups. It is also forbidden to use HTML generating services and programs. You are required to manually create both the HTML and the CSS code. You can use external sources for the content of your website, however, you must refer to them by linking and naming.
Assignment 2
Description
Develop a dynamic version of the website created in Assignment 1 using JavaScript (if necessary, you can change/extend the main theme). Use DOM methods, elements and events to interactively modify the content and appearance of your web-pages according to user actions. Use event listeners to process the events. Implement at least 1 case of event propagation (W3C model).
Create an additional page whose main content part is constructed purely through DOM manipulation. It should represent a (small) structured knowledge base of your theme. Entries of this "Knowledge Base" should be objects of different classes. Their content should be shortened versions of the content constituting the rest of the Website. A class model of your theme should have at least 3 classes and at least 1 case of inheritance (can be more). Classes/objects should be connected between each other. Links should be provided to browse across connected entries of the knowledge base. Use ES6 classes and ES6-style object construction.
Use external JavaScript libraries (jQuery and jQuery UI) to speed up the development. Implement a contextual menu that allows the user to change the appearance of particular elements on your web-pages.
Add a "Plot" page to your website; use Flot library or any other to implement an interactive plot, supply it with data relevant to the topic of your website. The plot must by interactive, i.e. user's clicks on something in a plot should cause change in data visualisation.
Extra credit assignment: a user can use the contextual menu also to copy, cut and paste content at any place of the Website. Page reloads should refresh HTML back to its original stage.
Requirements
In addition to the requirements of Assignment 1, you need to ensure the following:
- separate scripting from the content
- the context menu should allow at least changing the weight of the font to bold and back, the style of the font to italic and back, and the color of the font (between several colors)
- the plot must be interactive
- Knowledge based shoud be generated, E6-style class-based, interconnected
Maintain good coding style
In addition to the good coding style rules specified in Assignment 1:
- use camelCase notation when naming your methods, variables and classes
- use indentation when writing your JavaScript code
- use meaningful comments
- terminate JavaScript statements with a ";"
Procedure
- complete and submit your website in pairs (a pair must be registered with the TA beforehand)
- the website should be archived and submitted as a single zip through the BlackBoard system
- do not submit video files. Instead, link your videos from any online Web space or file hosting platform (your university WebSpace, Dropbox, etc.) or use video hosting services (such as YouTube).
Academic integrity
The work should be done by you and your peer only. You can rely on the support of teaching assistants and student assistants during practicums, but you are not allowed to use the code of other groups. It is also forbidden to use HTML generating services and programs. Avoid using JavScript generation technologies (e.g. TypeScript), as the resulting JavaScript might not follow the requirements specified above. You can use external sources for the content of your website, however, you must refer to them by linking and naming them.


Blackboards
A blackboard is a simple data structure that holds data as key/value pairs. Each entry in a blackboard has a name (the key) and a basic value type, such as int
, float
or string
. Entries can be added and modified at any time.
Blackboards are a convenient data structure to share information between different systems. Apart from pure data storage, the blackboard implementation in EZ may also send messages whenever a value of an entry changes. This way a system can react immediately to a change, without having to poll the blackboard regularly.
Using Blackboards
In C++ code you can use the ezBlackboard
data structure directly. In scenes and prefabs you can attach a blackboard component to an object. Systems that require a blackboard to function, such as animation controllers, will traverse the object hierarchy upwards to find a blackboard component which they can use to read and write their state.
Global Blackboards
Through the blackboard component you create local blackbards that store object specific data and usually are used within that object hierarchy.
However, you can also create global blackboards. These will exist as long as anyone references them. If, for instance, a game state holds on to a global blackboard, it will be available throughout the application lifetime, even across worlds.
Global blackboards are created from C++ using ezBlackboard::GetOrCreateGlobal()
and providing a name. All global blackboards are identified by name, meaning that you can have many different ones, for different purposes.
Similarly, if ezBlackboardComponent::FindBlackboard()
is used, and a non-empty name is provided, a global blackboard may get created, if no other matching blackboard is available.


Syntax
The dependency syntax makes use and follows most universal guidelines for the Uralic languages we have studied and documented so far. Few things to note are mentioned here and on their respective pages.
Objects using non-grammatical cases (obl)
In many Uralic languages, the “indirect objects” are marked with semantic cases (i.e. not accusative, dative or nominative), and are commonly debatably optional / adjuncts. We prefer the obl dependency for these. We also use the obl for the complements or adjuncts of the verb in case agreement verbs (“Rektioverbi”) type of semantic cases.
Examples
- [fi] menen kouluun “I go to school”
- [fi] pidän koulusta “I like school”
Owner marked with case plus copula
It is common to mark owning with a copula and a case on owner. This is annotated using the cop:own specialised dependency. The owned is nsubj:cop and the owner is the root of the clause, mirroring copula sentence structure.
Examples
- [fi] minulla on talo “I have a house” (lit. “there’s a house on me”)
- compare [fi] mäellä on talo “there’s a house on a hill”
Genitive possession
When a possessor is marked by a genitive or similar case on the possessor, nmod:poss dependency is used.
Examples
- [fi] minun käteni “my hands”
Deverbals’ nominal arguments
In many Uralic languages, the verbs when derived retain the argument structure, however, dependencies customarily would not mark multiple subject or object dependencies within a sentence, the deverbal nominals will use nmod:gobj and nmod:gsubj for objects and subjects respectively.
Examples
- [fi] niiden poistaminen “the removal of those”
- [fi] komission ehdotus “the suggestion of comission”
Copular subjects and objects
In predicative or equative sentences the subjects are marked as nsubj:cop or csubj:cop for nominal and clausal subjects respectively.
Examples
- [fi] mäellä on talo “There’s a house on a hill”
- [fi] on hauskaa, että luet tätä “it is fun, that you’re reading this”


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You have just spent several days writing a beautiful looking custom control but
are faced with one last problem that is spoiling the whole effect. Whenever the
control is redrawn it flickers. This is most obvious when the control is being
resized and so redrawn many times in succession.
Solving this problem is very easy with the .NET Framework. If you come from a
C++ and GDI background then the solution was to create a memory based bitmap,
draw the control onto the bitmap and then blit this to the screen (otherwise
known as double buffering). This is such a common requirement that the
UserControl class actually implements this functionality for you. All you
need to do is include the following two lines of code into your class constructor.
SetStyle(ControlStyles.DoubleBuffer, true);
SetStyle(ControlStyles.AllPaintingInWmPaint, true);
The first line will request that double buffering be used whenever the
OnBackground or OnPaint methods are called. This will reduce the
amount of flicker but may not remove it completely as painting the whole control
still results in two separate blitting operations.
The second line of code above is used to ensure that only a single blitting
operation occurs when drawing. This occurs when the underlying windows WM_PAINT
message is processed. When this happens it will create the memory bitmap, call
the OnBackground method, call the OnPaint method and then finally blit
the result to the screen.
The only drawback to this technique is the greater use of resources. However,
most controls are relatively small in screen size and so this is unlikely to be
an issue.
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Usually a bitmap will be embedded into your assembly automatically, just by
being associated with a property of a Form using the designer. But
there are many circumstances where you may want to embed a bitmap (or other
resource) without associating it with any particular Form.
You can do this in Visual Studio .NET by right clicking the project of interest
and selecting the 'Add Existing Item' option. Navigate to your bitmap and
selecting it will make it appear in your project details. Now select the bitmap
and modify the 'Build' property to become 'Embed as resource'. Rebuild your
project and then use the ILDAsm.exe utility to examine the manifest for
your built assembly. You will now see that the bitmap has been added as a resource.
To extract this resource at runtime is not obvious but only involves three
steps: -
// Get the assembly we are built into
Assembly myAssembly =
Assembly.GetAssembly(Type.GetType("MyNamespace.ThisClass"));
// Get the resource stream containing the embedded resource
Stream imageStream =
myAssembly.GetManifestResourceStream("Example.bmp");
// Load the bitmap from the stream
Bitmap pics = new Bitmap(imageStream);
The first line of code is used to get a reference to the assembly this code is
built into. In your own code you should substitute the 'MyNamespace.ThisClass'
string for the fully qualified name of the class the code is inside.
The second line requests from the assembly a stream that contains the contents
of the named resource. This name will need to match the name that appears when
using the ILDAsm.exe utility. Visual Studio will create this name as the
default namespace appended with the name of the file. If your code generates an
exception at this point then double check the name you provide exactly matches
that inside the manifest.
The last line of code is obvious and simply uses the Bitmap constructor
that takes as input a Stream.
If you prefer to build your projects manually without Visual Studio then you
can still use the same technique. Just use the /resource:Example.bmp
option in your csc command to cause the bitmap to be embedded. In which
case the name in the manifest will exactly match the resource filename rather than
be modified by Visual Studio.
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Often when writing your own class you need to expose a collection of items to
the caller. Usually the caller will also need to modify that collection at
runtime. For example, a TabControl has a collection of TabPage
objects that the caller can modify to add and remove pages.
Although creating a collection class is not difficult it can be time consuming.
Rather than begin from scratch it is much easier to derive from the framework
class CollectionBase. This class will handle the management of the
collection for us by using an ArrayList instance internally.
Two tasks however remain. First we need to generate events when the contents of
the collection change, so that our class can perform appropriate actions. For
example, when a new TabPage is added to a pages collection the TabControl
would need to be notified of this so it can change the appearance appropriately.
To achieve this we define a new class called CollectionWithEvents as shown
below: -
public class CollectionWithEvents : CollectionBase
{
// Declare the event signatures
public delegate void CollectionClear();
public delegate void CollectionChange(int index, object value);
// Collection change events
public event CollectionClear Clearing;
public event CollectionClear Cleared;
public event CollectionChange Inserting;
public event CollectionChange Inserted;
public event CollectionChange Removing;
public event CollectionChange Removed;
// Overrides for generating events
protected override void OnClear()
{
if (Clearing != null) Clearing();
}
protected override void OnClearComplete()
{
if (Cleared != null) Cleared();
}
protected override void OnInsert(int index, object value)
{
if (Inserting != null) Inserting(index, value);
}
protected override void OnInsertComplete(int index, object value)
{
if (Inserted != null) Inserted(index, value);
}
protected override void OnRemove(int index, object value)
{
if (Removing != null) Removing(index, value);
}
protected override void OnRemoveComplete(int index, object value)
{
if (Removed != null) Removed(index, value);
}
}
Our second task is to ensure that the collection class is type specific.
So we derive a type specific class from the CollectionWithEvents
base class and expose the set of methods the caller needs to manipulate it.
For example, a collection to manipulate objects of type MyType would
look like the following: -
public class MyTypeCollection : CollectionWithEvents
{
public int Add(MyType value)
{
return base.List.Add(value as object);
}
public void Remove(MyType value)
{
base.List.Remove(value as object);
}
public void Insert(int index, MyType value)
{
base.List.Insert(index, value as object);
}
public bool Contains(MyType value)
{
return base.List.Contains(value as object);
}
public MyType this[int index]
{
get { return (base.List[index] as MyType); }
}
}
The advantage of this design is that any additional collections we need, involve
creating just a single class identical to the one above but with the MyType
replaced with whichever new type we desire.
Using the collection is very simple. Here is an example class that creates and
exposes a collection for manipulation by the caller. The constructor hooks into
some of the events it exposes in order to perform whatever implementation
actions it needs.
class Example
{
protected MyTypeCollection _collection;
class Example()
{
// Create the new but empty collection
_collection = new MyTypeCollection();
// Hookup to whichever events are of interest
_tabPages.Cleared +=
new CollectionWithEvents.CollectionClear(OnClearedPages);
_tabPages.Inserted +=
new CollectionWithEvents.CollectionChange(OnInsertedPage);
_tabPages.Removed +=
new CollectionWithEvents.CollectionChange(OnRemovedPage);
}
public MyTypeCollection MyTypes
{
get { return _collection; }
}
public MyType this[int index]
{
get { return _collection[index]; }
}
protected void OnClearedPages()
{
// TODO...your actions
}
protected void OnInsertedPage(int index, object value)
{
MyType obj = value as MyType;
// TODO...your actions
}
protected void OnRemovedPage(int index, object value)
{
MyType obj = value as MyType;
// TODO...your actions
}
}
The above example only hooks into the events that occur after the collection
has been altered. In practice you will probably also want to hook into those
that occur before the collection is modified.
|
|
|
|
|
|
|
|
|
Having written a new Control you now want it to be drawn in the
correct colors depending on the current display settings. You can easily get
hold of colors using the SystemColors class and other display
values using SystemInformation. But you also need to be notified
when these values change because the user has selected a different scheme or
theme. Using the following code to hook into the event generated when this
change occurs: -
public MyConstructor()
{
// Hook into system event for users preferences changes
Microsoft.Win32.SystemEvents.UserPreferenceChanged +=
new UserPreferenceChangedEventHandler(OnPreferenceChanged);
}
protected void OnPreferenceChanged(object sender,
UserPreferenceChangedEventArgs e)
{
switch(e.Category)
{
case UserPreferenceCategory.Color:
// Update my colors, brushes, pens etc...
break
}
}
|
|
|
|
|


Conceptual Model Page
Profile table
- ProfileId1 (pk)
- ProfileUserName
- ProfileUserPassword
- ProfileName
- ProfileGender
- ProfileAge
- ProfileEducation
- ProfileAwards
- ProfileOccupation
- ProfileLike
- ProfileDislikes
- ProfileURL
Connection table
- connectionType
- connectionDate
- connectionProfileId1(Fk)
- connectionProfileId2(Fk)
Relations
- One to Many relationship between profileId1 & connection and ProfileId2 & Connection.
Index page


Before Change
def wait_for_job(dataproc, project, region, job_id):
print("Waiting for job to finish...")
while True:
result = dataproc.projects().regions().jobs().get(
projectId=project,
region=region,
jobId=job_id).execute()
After Change
while True:
job = dataproc.get_job(project, region, job_id)
// Handle exceptions
if job.status.State.Name(job.status.state) == "ERROR":
raise Exception(job.status.details)
elif job.status.State.Name(job.status.state) == "DONE":
print("Job finished.")
return job
// [END dataproc_wait]
def main(project_id,
zone,
cluster_name,
bucket_name,


Confirm organisation
| Organisation name | Red & White Holdings Ltd |
| Companies House number | 234234342 |
| Address | 104a Main Road Tooting Bec London WC1 4TL |
| Organisation name | Red Army |
| Address | 104a Main Road Tooting Bec London WC1 4TL |
| Organisation name | Red Cross |
| Registered charity number | 3248 078 3248 |
| Address | 104a Main Road Tooting Bec London WC1 4TL |
| Organisation name | Dr Redditch |
| Address | 104a Main Road Tooting Bec London WC1 4TL |


JavaScript
JavaScript?
variable and constant
operation
function
event
variable and constant
variable and constant okay?


Follow the steps in this section to set up a launch configuration for debugging an application using Sourcery CodeBench and a Sourcery Probe.
Prerequisites
Procedure
| Note | |
|
If you want to debug an external executable without creating or selecting a project, leave the Project field empty. |
|
| Note | |
|
If the probe you want to use is not shown in the list, click the Rescan button (). If it still is not found, then you must manually enter the IP address or hostname of your probe. |
|
Some common reasons why a probe may not be discoverable include:
Related Topics
The Sourcery Probe requires you to set some device options to complete the launch configuration setup.
These options are described in Table 2-1:
Table 2-1. Sourcery Probe Device Options
|
Option |
Description |
|---|---|
|
Target init script |
Specifies the full path to a target initialization script. To find the list of supplied reference platform initialization scripts, look for files with the .maj extension under i686-mingw32/xxxx/mep/tsp (Windows host) or i686-pc-linux/xxxx/mep/tsp (Linux host), where xxxx is the CodeBench package type. Refer to Sourcery Probe Target Initialization Scripts. |
|
CPU ID |
Specifies the CPU type on the target board. |
|
Core |
Specifies the processor core to which the debugger should attach. NOTE: This option is only applicable to multi-core processors. The integer value must be between 1 and the number of processor cores. See Core_Access_Select. |
|
Endianness |
Specifies big or little endian, depending on the byte ordering of the target board. See Trgt_Little_Endian. |
|
Semihosting |
Specifies semihosting on or off. The default is on. If semihosting is not in use by the program/application disabling this feature can improve performance. |
|
Log File |
This is for the logging operation of MDI and its interface to the probe. It is only required for troubleshooting debug connection problems. NOTE: Be sure to use a fully qualified path for the log file (e.g., c:\mdi.log) to make finding it easier. Otherwise, a simple file name or relative path will place the file relative to the current working directory of the Sprite, the location of which is not always obvious. |
Related Topics


In the Sign-In panel, provide the user name and the password of your account and the server you want to sign in.
Figure 1: Sign-In Panel.
If you are sign in on for the first time after the installation, use the following credentials.You can sign in to a remote server by specifying its URL in the 'Server URL' field. This field defaults to the value "https://localhost:9443/services/".
Enabling 'Remember Me' option makes it possible to sign-in to the management console in subsequent attempts without entering user credentials.
Please note that due to the inherited behaviour of default user store - which is embedded-ldap, user names are case insensitive in 3.2.0 based carbon products.
Please make sure you change the password for the admin account as the first task after you log on. You can change the password from the User management panel.
Note that you cannot delete the admin account.
If you are not the administrator, please contact your administrator to create an account for you.
User accounts and user roles can be added and managed from the User Management page. Click Help on the User Management page for more information on adding and managing users.
To access this page, in the navigator, under Configure, click Users and Roles.


Process asset
×
Worker
Filename
If no filename is selected then the default asset file is processed
Worker parameters
Rendering parameters


|
OR-Tools
7.1
Google Optimization software suite
|
#include <constraint_solver.h>
Public Member Functions | |
| ~ModelVisitor () override | |
| virtual void | BeginVisitModel (const std::string &solver_name) |
| virtual void | EndVisitModel (const std::string &solver_name) |
| virtual void | BeginVisitConstraint (const std::string &type_name, const Constraint *const constraint) |
| virtual void | EndVisitConstraint (const std::string &type_name, const Constraint *const constraint) |
| virtual void | BeginVisitExtension (const std::string &type) |
| virtual void | EndVisitExtension (const std::string &type) |
| virtual void | BeginVisitIntegerExpression (const std::string &type_name, const IntExpr *const expr) |
| virtual void | EndVisitIntegerExpression (const std::string &type_name, const IntExpr *const expr) |
| virtual void | VisitIntegerVariable (const IntVar *const variable, IntExpr *const delegate) |
| virtual void | VisitIntegerVariable (const IntVar *const variable, const std::string &operation, int64 value, IntVar *const delegate) |
| virtual void | VisitIntervalVariable (const IntervalVar *const variable, const std::string &operation, int64 value, IntervalVar *const delegate) |
| virtual void | VisitSequenceVariable (const SequenceVar *const variable) |
| virtual void | VisitIntegerArgument (const std::string &arg_name, int64 value) |
| virtual void | VisitIntegerArrayArgument (const std::string &arg_name, const std::vector< int64 > &values) |
| virtual void | VisitIntegerMatrixArgument (const std::string &arg_name, const IntTupleSet &tuples) |
| virtual void | VisitIntegerExpressionArgument (const std::string &arg_name, IntExpr *const argument) |
| virtual void | VisitIntegerVariableArrayArgument (const std::string &arg_name, const std::vector< IntVar * > &arguments) |
| virtual void | VisitIntervalArgument (const std::string &arg_name, IntervalVar *const argument) |
| virtual void | VisitIntervalArrayArgument (const std::string &arg_name, const std::vector< IntervalVar * > &arguments) |
| virtual void | VisitSequenceArgument (const std::string &arg_name, SequenceVar *const argument) |
| virtual void | VisitSequenceArrayArgument (const std::string &arg_name, const std::vector< SequenceVar * > &arguments) |
| virtual void | VisitIntegerVariableEvaluatorArgument (const std::string &arg_name, const Solver::Int64ToIntVar &arguments) |
| void | VisitInt64ToBoolExtension (Solver::IndexFilter1 filter, int64 index_min, int64 index_max) |
| void | VisitInt64ToInt64Extension (const Solver::IndexEvaluator1 &eval, int64 index_min, int64 index_max) |
| void | VisitInt64ToInt64AsArray (const Solver::IndexEvaluator1 &eval, const std::string &arg_name, int64 index_max) |
| Public Member Functions inherited from operations_research::BaseObject | |
| BaseObject () | |
| virtual | ~BaseObject () |
| virtual std::string | DebugString () const |
Static Public Attributes | |
| static const char | kAbs [] |
| static const char | kAbsEqual [] |
| static const char | kAllDifferent [] |
| static const char | kAllowedAssignments [] |
| static const char | kAtMost [] |
| static const char | kIndexOf [] |
| static const char | kBetween [] |
| static const char | kConditionalExpr [] |
| static const char | kCircuit [] |
| static const char | kConvexPiecewise [] |
| static const char | kCountEqual [] |
| static const char | kCover [] |
| static const char | kCumulative [] |
| static const char | kDeviation [] |
| static const char | kDifference [] |
| static const char | kDisjunctive [] |
| static const char | kDistribute [] |
| static const char | kDivide [] |
| static const char | kDurationExpr [] |
| static const char | kElement [] |
| static const char | kElementEqual [] |
| static const char | kEndExpr [] |
| static const char | kEquality [] |
| static const char | kFalseConstraint [] |
| static const char | kGlobalCardinality [] |
| static const char | kGreater [] |
| static const char | kGreaterOrEqual [] |
| static const char | kIntegerVariable [] |
| static const char | kIntervalBinaryRelation [] |
| static const char | kIntervalDisjunction [] |
| static const char | kIntervalUnaryRelation [] |
| static const char | kIntervalVariable [] |
| static const char | kInversePermutation [] |
| static const char | kIsBetween [] |
| static const char | kIsDifferent [] |
| static const char | kIsEqual [] |
| static const char | kIsGreater [] |
| static const char | kIsGreaterOrEqual [] |
| static const char | kIsLess [] |
| static const char | kIsLessOrEqual [] |
| static const char | kIsMember [] |
| static const char | kLess [] |
| static const char | kLessOrEqual [] |
| static const char | kLexLess [] |
| static const char | kLinkExprVar [] |
| static const char | kMapDomain [] |
| static const char | kMax [] |
| static const char | kMaxEqual [] |
| static const char | kMember [] |
| static const char | kMin [] |
| static const char | kMinEqual [] |
| static const char | kModulo [] |
| static const char | kNoCycle [] |
| static const char | kNonEqual [] |
| static const char | kNotBetween [] |
| static const char | kNotMember [] |
| static const char | kNullIntersect [] |
| static const char | kOpposite [] |
| static const char | kPack [] |
| static const char | kPathCumul [] |
| static const char | kDelayedPathCumul [] |
| static const char | kPerformedExpr [] |
| static const char | kPower [] |
| static const char | kProduct [] |
| static const char | kScalProd [] |
| static const char | kScalProdEqual [] |
| static const char | kScalProdGreaterOrEqual [] |
| static const char | kScalProdLessOrEqual [] |
| static const char | kSemiContinuous [] |
| static const char | kSequenceVariable [] |
| static const char | kSortingConstraint [] |
| static const char | kSquare [] |
| static const char | kStartExpr [] |
| static const char | kSum [] |
| static const char | kSumEqual [] |
| static const char | kSumGreaterOrEqual [] |
| static const char | kSumLessOrEqual [] |
| static const char | kTrace [] |
| static const char | kTransition [] |
| static const char | kTrueConstraint [] |
| static const char | kVarBoundWatcher [] |
| static const char | kVarValueWatcher [] |
| static const char | kCountAssignedItemsExtension [] |
| static const char | kCountUsedBinsExtension [] |
| static const char | kInt64ToBoolExtension [] |
| static const char | kInt64ToInt64Extension [] |
| static const char | kObjectiveExtension [] |
| static const char | kSearchLimitExtension [] |
| static const char | kUsageEqualVariableExtension [] |
| static const char | kUsageLessConstantExtension [] |
| static const char | kVariableGroupExtension [] |
| static const char | kVariableUsageLessConstantExtension [] |
| static const char | kWeightedSumOfAssignedEqualVariableExtension [] |
| static const char | kActiveArgument [] |
| static const char | kAssumePathsArgument [] |
| static const char | kBranchesLimitArgument [] |
| static const char | kCapacityArgument [] |
| static const char | kCardsArgument [] |
| static const char | kCoefficientsArgument [] |
| static const char | kCountArgument [] |
| static const char | kCumulativeArgument [] |
| static const char | kCumulsArgument [] |
| static const char | kDemandsArgument [] |
| static const char | kDurationMaxArgument [] |
| static const char | kDurationMinArgument [] |
| static const char | kEarlyCostArgument [] |
| static const char | kEarlyDateArgument [] |
| static const char | kEndMaxArgument [] |
| static const char | kEndMinArgument [] |
| static const char | kEndsArgument [] |
| static const char | kExpressionArgument [] |
| static const char | kFailuresLimitArgument [] |
| static const char | kFinalStatesArgument [] |
| static const char | kFixedChargeArgument [] |
| static const char | kIndex2Argument [] |
| static const char | kIndexArgument [] |
| static const char | kInitialState [] |
| static const char | kIntervalArgument [] |
| static const char | kIntervalsArgument [] |
| static const char | kLateCostArgument [] |
| static const char | kLateDateArgument [] |
| static const char | kLeftArgument [] |
| static const char | kMaxArgument [] |
| static const char | kMaximizeArgument [] |
| static const char | kMinArgument [] |
| static const char | kModuloArgument [] |
| static const char | kNextsArgument [] |
| static const char | kOptionalArgument [] |
| static const char | kPartialArgument [] |
| static const char | kPositionXArgument [] |
| static const char | kPositionYArgument [] |
| static const char | kRangeArgument [] |
| static const char | kRelationArgument [] |
| static const char | kRightArgument [] |
| static const char | kSequenceArgument [] |
| static const char | kSequencesArgument [] |
| static const char | kSizeArgument [] |
| static const char | kSizeXArgument [] |
| static const char | kSizeYArgument [] |
| static const char | kSmartTimeCheckArgument [] |
| static const char | kSolutionLimitArgument [] |
| static const char | kStartMaxArgument [] |
| static const char | kStartMinArgument [] |
| static const char | kStartsArgument [] |
| static const char | kStepArgument [] |
| static const char | kTargetArgument [] |
| static const char | kTimeLimitArgument [] |
| static const char | kTransitsArgument [] |
| static const char | kTuplesArgument [] |
| static const char | kValueArgument [] |
| static const char | kValuesArgument [] |
| static const char | kVariableArgument [] |
| static const char | kVarsArgument [] |
| static const char | kEvaluatorArgument [] |
| static const char | kMirrorOperation [] |
| static const char | kRelaxedMaxOperation [] |
| static const char | kRelaxedMinOperation [] |
| static const char | kSumOperation [] |
| static const char | kDifferenceOperation [] |
| static const char | kProductOperation [] |
| static const char | kStartSyncOnStartOperation [] |
| static const char | kStartSyncOnEndOperation [] |
| static const char | kTraceOperation [] |
Definition at line 3308 of file constraint_solver.h.
|
override |
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
|
virtual |
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
Reimplemented in operations_research::ModelParser.
|
virtual |
| void operations_research::ModelVisitor::VisitInt64ToBoolExtension | ( | Solver::IndexFilter1 | filter, |
| int64 | index_min, | ||
| int64 | index_max | ||
| ) |
| void operations_research::ModelVisitor::VisitInt64ToInt64Extension | ( | const Solver::IndexEvaluator1 & | eval, |
| int64 | index_min, | ||
| int64 | index_max | ||
| ) |
| void operations_research::ModelVisitor::VisitInt64ToInt64AsArray | ( | const Solver::IndexEvaluator1 & | eval, |
| const std::string & | arg_name, | ||
| int64 | index_max | ||
| ) |
|
static |
Definition at line 3311 of file constraint_solver.h.
|
static |
Definition at line 3312 of file constraint_solver.h.
|
static |
Definition at line 3313 of file constraint_solver.h.
|
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Definition at line 3314 of file constraint_solver.h.
|
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Definition at line 3315 of file constraint_solver.h.
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Definition at line 3316 of file constraint_solver.h.
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Definition at line 3317 of file constraint_solver.h.
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Definition at line 3318 of file constraint_solver.h.
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Definition at line 3319 of file constraint_solver.h.
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Definition at line 3320 of file constraint_solver.h.
|
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Definition at line 3321 of file constraint_solver.h.
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Definition at line 3322 of file constraint_solver.h.
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Definition at line 3323 of file constraint_solver.h.
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Definition at line 3324 of file constraint_solver.h.
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Definition at line 3325 of file constraint_solver.h.
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Definition at line 3326 of file constraint_solver.h.
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Definition at line 3327 of file constraint_solver.h.
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Definition at line 3328 of file constraint_solver.h.
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Definition at line 3329 of file constraint_solver.h.
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Definition at line 3330 of file constraint_solver.h.
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Definition at line 3331 of file constraint_solver.h.
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Definition at line 3332 of file constraint_solver.h.
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Definition at line 3333 of file constraint_solver.h.
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Definition at line 3335 of file constraint_solver.h.
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Definition at line 3336 of file constraint_solver.h.
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Definition at line 3337 of file constraint_solver.h.
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Definition at line 3338 of file constraint_solver.h.
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Definition at line 3339 of file constraint_solver.h.
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Definition at line 3340 of file constraint_solver.h.
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Definition at line 3341 of file constraint_solver.h.
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Definition at line 3342 of file constraint_solver.h.
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Definition at line 3343 of file constraint_solver.h.
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Definition at line 3344 of file constraint_solver.h.
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Definition at line 3347 of file constraint_solver.h.
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Definition at line 3362 of file constraint_solver.h.
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Definition at line 3363 of file constraint_solver.h.
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Definition at line 3364 of file constraint_solver.h.
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Definition at line 3365 of file constraint_solver.h.
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Thank you for purchasing our template. If you have any questions that are beyond the scope of this help file, please feel free to open a new support request
Jironis-v1.0.zip
you will find two
folders including Jironis
(this is your root
folder). Open this folder with VS Code (or any other you like).
And follow step below.
npm install
packages. You can do this by running
npm install from the root of your project to install all the
necessary dependencies.
yarn dev
or npm run dev
for a
dev server. Navigate to http://localhost:3000 . The app will
automatically reload if you change any of the source files.
npm run build
and then
npm run start
Base Folder Structure
Jironis/components/Layout.js
Jironis/pages/index.js
Open Jironis/components/Header.js
Open Jironis/components/Footer.js


--- layout: post title: Web Design, Development Blog and Graphic Resources (Path I) date: 2017-01-09 17:27:06.000000000 +07:00 type: post parent_id: '0' published: true password: '' status: publish categories: - Coding - Tips tags: [] meta: _edit_last: '12737289' _at_widget: '1' restapi_import_id: 59486cef9f102 original_post_id: '1331' _wp_old_slug: '1331' geo_public: '0' _publicize_job_id: '6399851861' author: login: nemopear email<EMAIL_ADDRESS>display_name: nemopear first_name: NUTCHAYA last_name: VORAYINGYONG permalink: "/2017/01/09/web-design-development-blog-and-graphic-resources-path-i/" ---
Web design and development blog that publishes articles and tutorials about the latest web trends, techniques and new possibilities.
tympanus.net
[caption id="attachment_1363" align="alignnone" width="730"] Tympnus / Codrops[/caption]
Free high-resolution photos.
https://unsplash.com/
[caption id="attachment_1366" align="alignnone" width="730"] Unsplash[/caption]
Free mockups, UI kits, icons, text effects, background and others.
http://graphicburger.com/
[caption id="attachment_1365" align="alignnone" width="730"] Graphic Burger[/caption]
[caption id="attachment_1364" align="alignnone" width="730"] Uplabs[/caption]


Plymouth man accused of bleach attack on mum and two-year-old daughter
Defendant allegedly threw corrosive fluid over woman and toddler, court told
by Stuart AbelA Plymouth man has appeared in court charged with throwing bleach at a woman and her two-year-old daughter.
The 33-year-old faced city magistrates accused of attacking the mum and toddler intending to seriously injure them.
He answered two charges of throwing a corrosive fluid with intent to burn, maim, disfigure or disable the pair on March 24.
The man, who cannot be named for legal reasons, is also accused of assaulting the mother causing actual bodily harm.
He also faces a charge of affray and causing criminal damage to the child’s property on that same day.
The man did not enter any pleas.
Magistrates heard that the case was so serious that it could only be heard by a judge.
The defendant was released on unconditional bail to appear at Plymouth Crown Court on December 9.