gptwosample.py is a tool to run two-sample tests on time series differential gene expression experiments. It can either be called form the command line or using the interactive Python Modules. Here, we will explore usage from the command line, for detailed description, refers to the other sections.
gptwosample is designed to compare two gene expression time series experiments, including the possibility for several replicates in each experiment. The test fits latent functions to both time series, comparing the assumption that all data originated from a single latent process (common model fit) or a two distinct separate time series (individual model fit). See [Stegle2010] for details. The Raw gene expression data can be supplied via simple CSV files, one for each experiments. The data format is flexible, permits missing values and non-synchronized time points. Fur full details please see Data format.
To install gptwosample run:
pip install gptwosample
or run:
python setup.py install
from gptwosample directory if you downloaded the source.
This will install a script gptwosample into you python bin. In some cases this bin is not in $PATH and must be included extra.
Try printing the full help of the script using:
gptwosample --help
restart your unix shell if it is not yet registered.
To run optional package tests before installing run:
python setup test
Once the data has been prepared, GPTwoSample can be executed from the unix command line.
General command line parameters of interest include:
--help
-v
Also, to create plots of the fitted functions, which creates verbose plots illustrating the fit for every tested gene:
-p
For example, to run the basic gptwosample model on the tutorial datasets provided alongside the package including verbose output and plots, run:
gptwosample -v -p -t -o ./examplerun/ examples/ToyCondition1.csv examples/ToyCondition2.csv
This stores results in ./examplerun/. Quantitative readouts summarizing the differential expression stores ares provided in “results.csv” (see Result structure for format). Plots in will be saved in a subfolder ./examplerun/plots/.
| [Lawrence2004] | Neil Lawrence, Gaussian process latent variable models for visualisation of high dimensional data, Advances in neural information processing systems, 2004 |
| [Stegle2010] | Stegle, Oliver and Denby, Katherine J and Cooke, Emma J and Wild, David L and Ghahramani, Zoubin and Borgwardt, Karsten M, A robust Bayesian two-sample test for detecting intervals of differential gene expression in microarray time series, Journal of Computational Biology, 2010 |


--- layout: page title: FAQ permalink: /faq/ published: false ---
No. If you want to add a sub after you have registered, post a message in the #help channel on Discord. Be aware that if this puts you over the 5 player limit, you will be asked to drop a player.
Your Battlefy Rocket League team is separate from the team that is registered for the tourney. When you register for the tourney, it copies your current Battlefy team to the Participants list. If you add members to your team after you have registered, they won't be listed in the Participants list. The easiest solution is to leave the tourney and register again (only do this if the tourney is not full). You can also post a message in #help on Discord and a moderator will handle it.


Hey, try to move the slider below this text
The color temperature of a light source is the temperature of an
ideal black-body radiator that radiates light of a color comparable
to that of the light source. Color temperature is a characteristic of
visible light that has important applications in lighting, photography,
videography, publishing, manufacturing, astrophysics, horticulture,
and other fields. In practice, color temperature is meaningful only
for light sources that do in fact correspond somewhat closely to the
radiation of some black body, those on a line from
reddish/orange via yellow and more or less white to blueish white;
it does not make sense to speak of the color temperature of, e.g.,
a green or a purple light. Color temperature is conventionally
expressed in kelvin, using the symbol K, a unit of measure for
absolute temperature.
For more informations you can visit
this link


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Tutorials
Data Science Projects Basics
Environment Setup
The first step to start a data science project should always be setup a development file system, no matter on cloud or in your laptop. BatCat provides a one-line command to setup a well-organized file system for data science projects.
python -m batcat.FileSys
The interactive and immersive command-line interfaces as following. Just type down your project name, like battery
in this tutorial. Then it will generate a file structure for your data science project and print out a file tree of it.
hi, there! please write down your machine learning project's name.
project's name: battery
project_battery/
requirements.txt
README.md
.gitignore
docs/
READM.md
log/
model/
test/
data/
tmp/
train/
test/
result/
raw/
notebook/
report/
script/
config.json
deploy/
init.py
config.json
Note
requirements.txt
includes all packages you need in your project. We recommend you to list not only package names but thier versions in the file. Besides, this serves your well if you develop your project on SageMaker, for you have to install all required packages every time restarting the Jupyter Notebook instance..gitignore
includesdata/*
by default, which is our best practice in data science projects with git. Generally, you don’t want to git your data.docs/READM.md
is inspired by How to ML Paper - A brief Guide. We highly recommend you to document your data science project in an organized way so that anyone, including youself, can catch up your thoughts in the future.
Logging
Most data scientists spend little time on logging and may just print out along the experiement in Jupyter Notebook. However, this can make annoying troubles when it comes to production environment or when the data science experiements require a long period to generate experiement records. Therefore, logging is critical to a data science project.
Python Module Logging is one of the most underrated features. Two things (5&3) to take away from Logging:
5 levels of importance that logs can contain(debug, info, warning, error, critical);
3 components to configure a logger in Python (a logger, a formatter, and at least one handler).
BatCat provides a function get_logger
to make life easier.
import batcat as bc
log_name = 'battery'
log_file = '../log/batter.log'
logger = bc.get_logger(logName=log_name, logFile=log_file)
logger.debug('this is a debug')
logger.info('this is a test')
logger.warning('this is a warning')
logger.error('this is an error!')
logger.critial('this is critical!')
Clean Code
We recommend pipe of pandas
to structure your machine learning or data science code. The following is a sample code for inference, which we structure the preprocessing and feature engineering tasks as pipe functions and stack them together as a pipeline.
import batcat as bc
# read data
df = bc.read_csv_from_bucket(bucket, key)
# preprocessing and feature engineering
df = (df.pipe(func1)
.pipe(func2, arg1=a)
.pipe(func3, arg2=b, arg3=c)
)
# inference
results = model(df)
# save results
bc.save_to_bucket(df, bucket, key)
Note
The code above utilize the I/O tolls of BatCat, which provided as following section.
IO Tools
Services on AWS: S3, Redshift, Athena.
BatCat supports reading data from S3 bucket (directly or by Athena or Redshift) and saving back to S3.
S3 Bucket
Read CSV data directly from S3 and save a DataFrame to S3.
bucket = '2022-RnD-battery'
key = 'usage'
# from s3
df = bc.read_csv_from_bucket(bucket, key)
# to s3
bc.save_to_bucket(df, bucket, key)
SQL: Redshift, Athena
The above approach is fine with a given S3 object but can be tricky when it comes to scenarios you need write SQLs to query data. This can be handled with Athena and Redshift.
- Redshift:
Option 1: With host/password.
Option 2: With Secrets Manager.
Athena: Service Glue is required before you query with Athena.
# from RedShift
query = """
SELECT
vin,
usage,
time
FROM
cdc_dw_bms.battery_usage
WHERE
time >= '{}' and time <= '{}'
"""
date_start = '2022-01-01'
date_end = '2022-08-01'
## with host/password
host = '<IP_ADDRESS>'
password = 'this_is_a_password'
df = bc.read_data_from_redshift(query=query,
host=host,
password=password,
port=5439,
database='dev',
user='awsuser',
date_start=date_start,
date_end=date_end)
## with secrets manager
secret_name = 'secret/manager'
df = bc.read_data_from_redshift_by_secret(secret_name=secret_name,
region=region,
query=query)
# to RedShift
schema = 'your_result_schema_name'
table_name = 'your_result_table_name'
bc.save_df_to_redshift(df,
host=host, password=password, port=5439, database='dev', user='awsuser',
table_name=table_name, schema=schema)
The functions above are based on the package redshift_connector but more user-friendly for data scientists. You can read data from and save it to RedShift in your data science projects.
Note
If you don’t specify
schema
withbc.save_df_to_redshift
, it will save topublic
by default, which is not recommended for database management reason.You may want to add a timestamp column to your dataframe with
bc.save_df_to_redshift
so that you can distinguish potential duplicated rows withif_exist="append"
.
Unlike RedShift, Athena is a serverless service and does not need any infrastructure to create, manage, or scale data sets. It works directly on top of Amazon S3 data sets. It creates external tables and therefore does not manipulate S3 data sources, working as a read-only service from an S3 perspective.
# via Athena
query = """
SELECT
vin,
usage,
time
FROM
cdc.dw_bms.battery_usage
WHERE
time >= '{}' and time <= '{}'
"""
date_start = '2022-01-01'
date_end = '2022-08-01'
region = 'cn-northwest-1'
s3_staging_dir = "s3://apac-athena-queryresult/ATHENA_QUERY"
df = bc.read_data_from_athena(query=query,
region=region,
s3_staging_dir=s3_staging_dir,
date_start=date_start,
date_end=date_end)
Note
- Pay attention to the queries for RedShift and Athena are different.
RedShift:
[datasource]_[database]
as schema.Athena:
[datasource].[database]
As Athena works directly on top of Amazon S3 data sets, you may save your results to S3 with tools directly saving to S3 Bucket .
Deployment on Cloud
We notice there are many combinations of services on AWS can serve the machine learning deployment, like 1) Lambda, ECR, 2) Lambda, EFS, 3) Lambda, SageMaker, Step Functions, etc. Here we provide one practice as following.
Services on AWS: ECR, SageMaker Processing, Step Functions, and Lambda.
Background
Before we dive in the topic, let’s align on the meaning of “deployment on cloud”. This basicly involves microservice like container and serverless. In the AWS context, it related services:
ECR
SageMaker Processing
Step Functions
Lambda
IAM
Amazon SageMaker lets developers and data scientists train and deploy machine learning models. With Amazon SageMaker Processing, you can run processing jobs for data processing steps in your machine learning pipeline.
However, the most annoying part of SageMaker is that it offers many modules to faciliate model development and deployment but looks like a white elephant. What a data scientist need is something with shallow learning curve and the knowledge can be transfered to other cloud services, NOT something only works on AWS, which betrays the intend to use Docker!
So here’s BatCat. It provides templates to setup docker images, workflows of Step Functions, and triggers generated by Lambda functions – to slim down the setup work on AWS.
BatCat takes all steps in a machine learning product as processing jobs – data cleaning, preprocessing, feature engineering, predicting. Note that the training step is not in production stage but development stage so not inlcuded here.
Initialize
- Create related roles and attach policies to it.
Like any other AWS services, roles and policies setup is one of the most disappointing parts when using it. Refer to Identity and Access Management for more information.
- Go to
deploy/
folder and setup templates: Revise
config.json
BatCat generated for your purpose (check the code below).Run
init.py
script.
- Go to
- Add your data science core script.
Add your data science Python script to the current directory, whose name should aligned with
purpose
. In the example below, it isusage-analysis.py
.Revise your output destination with
bc.processing_output_path
.
- Run the scripts to deploy.
That’s it!
All configurations you need to setup are stored in config.json
.
{
"project": "2022-RnD-battery",
"purpose": "inference",
"result_s3_bucket": "2022-RnD-battery",
"partition": "aws-cn",
"workflow_execution_role": "arn:[partition]:iam::[account-id]:role/[role-name]"
}
Note
project
: your data science project name. We suggest a format as[year]-[domain]-[topic]
.purpose
: or subproject under a project.result_s3_bucket
: the S3 bucket to store data science results.workflow_execution_role
: the role ARN you created in step 1.
Setup a result path within container so that the Step Functions can find and save the output to S3 later.
import batcat as bc
output_path = bc.processing_output_path(purpose, timestamp=True, local=False)
results.to_csv(output_path, index=False)
Then we obtain a deploy/
file structure as following.
deploy/
2022-RnD-battery-inference-trigger/
lambda_function.py
docker/
Dockerfile
requirements.txt
inference.py
init.py
config.json
requirements.txt
setup_docker.sh
setup_stepfunctions_inference.py
Deploy it!
Add your Python packages to the
requirements.txt
.Run
setup_docker.sh
.Run
setup_stepfunctions_inference.py
.Go to Step Functions on AWS to check the status.
Go to Lambda on AWS and copy the
lambda_function.py
to it.Go to Cloud Watch on AWS to set up an Event Bus for the trigger.


Parkloop
Sint Truiden BEL
Race Winners
(60 runnings for men, 32 runnings for women)
13 Feb
2011 21 Feb
2010 15 Feb
2009 10 Feb
2008 11 Feb 2007
12 Feb 2006
13 Feb 2005
15 Feb
2004
09 Feb 2003
10 Feb 2002
11 Feb 2001
--- ---
2000
--- ---
13 Feb 1999
--- ---
28 Dec 1997
6.94 km
5.8 km
29 Dec 1996
8.01 km
5.63 km
30 Dec 1995
8.01 km
5.66 km
06 Nov 1994
8.2 km
6.0 km
26 Dec 1993
8.12 km
5.59 km
27 Dec 1992
9.0 km
4.55 km
28 Dec 1991
---
---
28 Dec 1990
9.02 km
4.55 km
29 Dec 1989
9.0 km
4.5 km
30 Dec 1988
9.0 km
4.5 km
27 Dec 1987
9.0 km
3.5 km
28 Dec 1986
---
---
29 Dec 1985
---
---
30 Dec 1984
---
---
26 Dec 1983
---
---
---
---
26 Dec 1982
--- ---
27 Dec 1981
---
---
29 Dec 1980
---
---
---
---
11 Feb 1979
---
---
18 Dec 1977
---
---
06 Feb 1977
---
---
08 Feb 1976
---
---
26 Jan 1975
8 km
---
20 Jan 1974
---
---
21 Jan 1973
---
---
23 Jan 1972
---
---
24 Jan 1971
---
---
18 Jan 1970
8 km 27:34.9
19 Jan 1969
8 km 27:31.6
21 Jan 1968
---
---
15 Jan 1967
---
23:28.8
19 Dec 1965
9.1 km ---
10 Jan 1965
---
---
19 Jan 1964
---
---
09 Jan 1963
---
---
1960
or 1961 ---
---
13 Dec 1959
8 km 38:22 ---
---
09 Feb
1958
6.5 km
---
1957
9.5 km ---
1956
--- ---
Notes: 1956 was the inaugural year. Distances are as reported.
31
Jan
2016
10.04 km
35:11
Hendrik VandenBerk (BEL)
5.64 km
21:18
Sigrid VandenBempt-4
08
Feb
2015
10.04 km
33:55
Andreas Forneck (BEL)
5.64 km
20:57
Sigrid VandenBemp-3
09
Feb
2014
---
---
cancelled due to storm
---
---
cancelled due to storm
17 Feb
2013
10.04 km
33:28
Frank Bollen (BEL)
5.64 km
21:00
Sigrid VandenBemp-2
12 Feb
2012
10.04 km
32:38
Xavier Rondas (BEL)
5.64 km
21:06
Dominique Lambrechts (BEL )
10.04 km
34:40
Geert Maas-2
5.64 km
22:36
Aria Schouten (BEL)
10.04 km
34:52
Timothy Convents (BEL)
5.64 km
21:15
Sigrid VandenBemp (BEL)
10.04 km
34:10
Geert Maas (BEL)
5.64 km
22:09
Manuela Soccol (BEL)
10.04 km
33:56
Tim Stessens-5
5.64 km
22:19
Marlot Maas (BEL)
10.04 km
33:11
Tim Stessens-4
5.63 km
20:53
Vanja Cnops (BEL)
9.55 km
32:38
Tim Stessens-3
5.32 km
21:28
Kirsten Braem (BEL)
9.55 km
33:36
Tim Stessens-2
5.32 km
20:15
Kim Offergeld (BEL)
9.96 km
32:40
Tim Stessens (BEL)
5.96 km
21:11
Sonja Dekkers-3
9.55 km
33:09
Sven Nijs (BEL)
5.32 km
20:39
Sonja Dekkers-2
9.55 km
32:57
Berhane Gebremeskel (ETH)
5.32 km
21:13
Chistina Smet (BEL)
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
23:30
Yves Brack-2
21:03
Nelly Aerts (BEL)
22:59
Yves Brack (BEL)
17:55
Sonja Dekkers (BEL)
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
27:47
Alex Hagelsteens (BEL)
15:50.2
Rita Delnoye (NED)
---
n/a
---
n/a
---
William VanHuylebroeck (BEL)
---
n/a
---
n/a
---
Carina Morias-2
---
n/a
---
n/a
---
Danny Schuermans (BEL)
---
n/a
23:43
Michel VanEspen-2
14:12
Denise Nijsen (BEL)
Rob Verbeek (BEL)
Carina Morias (BEL)
Willy VanLaer (BEL)
Willy Happaerts (BEL)
G Wouters (BEL)
30 Dec 1979
Willy Polleunis-2
Willy Polleunis (BEL)
Michel VanEspen (BEL)
Karel Lismont (BEL)
n/a
Emile Puttemans-2
Emile Puttemans (BEL)
Gaston Heleven-3
Gaston Heleven-2
Gaston Heleven (BEL)
Johnny Dumon (BEL)
No OpdenOordt-2
René Goris (BEL)
André DeHertoghe (BEL )
No OpdenOordt (NED)
Hedwig Leenaert (BEL)
Richard Clerckx (BEL)
Jules Saenen (BEL)
14 Jan 1962
10 km
33:32
Joep Delnoye (NED)
n/a
nfn Verresen
(BEL)
1958 or
1959
n/a
Rik Clerckx (BEL)
n/a
n/a
Most Wins
(1956/date)
Men
5
Tim Stessens (BEL)
2004-08
Women
4
Sigrid VandenBemp (BEL)
2010-2013,2015-16
Prize Money
(ADR qualified runners)
No information on prize money has been received for this race.
Race Time Bias
(sec/km)
Insufficient data to
calculated the race time bias.
Competitive Level
(1990-date)
Insufficient data to calculated the competitive level.
Last Updated on 24 Jul 2016
Contributors: Klaas Loonstra (20), Juraj Gasparovic (36), Paul Michiels (50)


About Grasswire
Grasswire is a collaborative news service that anyone can edit, curate and fact-check.
Anyone Can Edit
The changes and contributions you make on Grasswire go live immediately and are seen by hundreds of thousands of people every day.
Remember – you can't break Grasswire; any edits can be instantly reversed or changed so do what you think is best. Other users may suggest ways to improve and we'll all get better at finding and reporting the news together.
Daily Digest
Every day, a short digest of the news found and fact-checked by Grasswire users goes out to tens of thousands of people in an email and iOS app.
Get started by editing Grasswire, or jump in the Grasswire newsroom on Slack.


Union Agreement Document Hints Ford Bronco Has Aluminum Body
The material would keep weight down for the new SUV.
by Chris BruceThe folks from the Bronco 6G forum have discovered a tantalizing bit of info about the new Ford Bronco in the Blue Oval's tentative union agreement. In a section detailing changes to the company's stamping operations, it reveals that the Dearborn Stamping and Dearborn Diversified Manufacturing Plant would handle the panels for the new Bronco.
Without additional context, this wouldn't mean much, but this is also the location that handles the aluminum body for the F-150. Putting everything together, the Bronco 6G post speculates that the Bronco could have an aluminum body, too.
The Latest Bronco News:
If this conjecture is correct, then it would keep the Bronco's weight down. The aluminum could also be a big help if it turns out the rumors are true about the Bronco having removable doors because the lighter material would make lifting them easier. However, it might not be ideal for folks who intend to off-road the Bronco. Aluminum can be a bit harder to repair than steel panels. If they get beat up on the trail or the dunes, this could be a concern.
Gallery: Ford Bronco Test Mule Spy Screenshots
Other details about the Bronco are more certain. It rides on a body-on-frame chassis and reportedly has solid front and rear axles. Reports suggest both two- and four-door variants would be available. Power reportedly comes from a 2.3-liter turbocharged four-cylinder, and this unit makes 270 horsepower (201 kilowatts) and 310 pound-feet (420 Newton-meters) of torque in the Ranger.
The Bronco will debut in the spring of 2020. The price is still a mystery, but speculation puts the start in the mid-30s. There should be plenty of options to take the price higher. Ford is reportedly working with the Yakima to have lots of accessories ready to be available for the SUV's launch.
Source: Bronco 6G


Factbox: Key facts about Ethiopia's giant Nile dam
(Reuters) - Ethiopia is building a giant dam on the Blue Nile, close to its border with Sudan.
Ethiopia says the hydropower project is crucial to its economic development. Egypt is worried the dam will affect flow of the Nile, its main source of fresh water.
THE DAM
The $4 billion Grand Ethiopian Renaissance Dam (GERD) was announced in early 2011, as Egypt was in political upheaval following a popular uprising that toppled former President Hosni Mubarak.
The dam is the centerpiece of Ethiopia’s bid to become Africa’s biggest power exporter, with a projected capacity of more than 6,000 megawatts.
Ethiopia has said it will start filling the reservoir behind the dam in 2020, though construction has been hit by delays.
The first stage of the filling process is expected to take two years and bring the water level in the reservoir to 595 meters out of an eventual 632 meters.
NILE WATERS
The Nile Basin river system flows through 11 countries. The Blue Nile and White Nile merge in Sudan before flowing into Egypt and towards the Mediterranean.
Egypt currently bases its share of the river’s waters on a 1959 deal that gave it 55.5 billion cubic meters water annually, and Sudan 18.5 bcm.
Other countries were not given allocations at that time. Ethiopia was not party to the agreement and does not recognize it.
EGYPT’S POSITION
Egypt, which has a rapidly growing population nearing 100 million, relies on the Nile for around 90% of its fresh water.
Even without taking the dam into account, the largely desert country is short of water. It imports about half its food products and recycles about 25 bcm of water annually.
Egypt accuses Ethiopia of not factoring in the risk of drought conditions such as those that affected the Nile Basin in the late 1970s and early 1980s.
While acknowledging such a scenario is unlikely, Egypt says it could lose more than one million jobs and $1.8 billion in economic production annually.
It therefore wants the first, two-year stage of the filling process to be extendable, and for Ethiopia to guarantee it 40 bcm per year after the first stage is completed.
ETHIOPIA’S POSITION
Ethiopia, with a population of more than 100 million people, accuses Egypt of trying to maintain a colonial-era grip over the Nile’s waters.
Addis Ababa says Cairo is trying to hold the project hostage by imposing rules over the filling and operation of the dam.
It says it is taking the interests of Egypt and Sudan - the other downstream nation - into account, and that Egypt’s requirement of a guaranteed 40 bcm is unrealistic.
It also says that while it could fill the reservoir in two to three years, it made a concession by proposing a four to seven year process.
Ethiopia has repeatedly rejected Egypt’s suggestion of a fourth party mediator, saying Cairo is trying to sidestep three-way discussions.
TALKS
Both sides have accused each other of delaying negotiations, which resumed in Cairo and Khartoum in September and October, before stalling again.
After Egyptian President Abdel Fattah al-Sisi met Ethiopian Prime Minister Abiy Ahmed on the sidelines of a summit in Russia in October, the two sides agreed to restart technical talks.
Egypt has enthusiastically accepted an invitation from the U.S. to separate talks in Washington.


Work Day Scheduler
A simple calendar app for scheduling your work day
Current Time & Date:
00:00:00
9AM
10AM
11AM
12PM
1PM
2PM
3PM
4PM
5PM
6PM


Admittedly, I found it difficult not to get caught up in trying to make my site look good. However, for the sake of getting things done there are a few things I've improvised in order just to get things done, though I know I haven't come to a solution via a technically correct method. My left navigation column is a prime example of this. In order to make this display without a massive gap at the bottom of the menu nav I've set the bottom padding to 200%. I'm completely sure it's not the right thing to do, but it will do for now. I'd also like to change to container width, but at the moment I'm having trouble doing that without throwing everything out. So, there are certainly a few things on the to-do list.
This week has been hectic and I haven't found time for meditation. However, I have found myself focusing on my breath and consciously trying to calm myself when I feel stressed. It works! Next week I'll try at least one ten-minute meditation and see how I go.


shapefile_info.Rd
Filepaths and information of geographic datasets at Statistics Canada.
shapefile_info
A data frame.
The name of the file.
Extension: .zip
File or directory.
Zipped file size.
Url (external) or filepath (internal.)
Year of the geography, usually Census year.
Code for the geo_level, e.g., province (pr_), census subdivision (csd), etc.
Description of the geo_code.
Cartographic or digital boundary file.
Arcgis (.shp), or MapInfo or some other one.
lat/long or Lambert conformal conic.
= Canada.
English or French.
https://www150.statcan.gc.ca/n1/pub/92-196-x/92-196-x2016001-eng.htm


I'm a Product
1300.00 zł
I'm a product description. This is a great place to "sell" your product and grab buyers' attention. Describe your product clearly and concisely. Use unique keywords. Write your own description instead of using manufacturers' copy.
Read moreQuantity
Product Info
Return and Refund Policy


Runs single level and multilevel imputation models. The user just has to pass the data to the main function and, optionally, his analysis model. Basically the package then translates this analysis model into commands to impute the data according to it with functions from 'mice', 'MCMCglmm' or routines build for this package.
| Version: | 0.9.15 |
| Depends: | R (≥ 3.4.0) |
| Imports: | boot (≥ 1.3-20), coda (≥ 0.19-1), graphics (≥ 3.0.0), linLIR (≥ 1.1), lme4 (≥ 1.1-15), MASS (≥ 7.3-49), Matrix (≥ 1.2-12), MCMCglmm (≥ 2.25), mice (≥ 3.0.0), msm (≥ 1.6.6), mvtnorm (≥ 1.0-7), nlme (≥ 3.1-131.1), nnet (≥ 7.3-12), ordinal (≥ 2015.6-28), pbivnorm (≥ 0.6.0), rlang (≥ <IP_ADDRESS>), stats (≥ 3.0.0), tmvtnorm (≥ 1.4-10), utils, VGAM (≥ 1.0-5) |
| Suggests: | knitr, rmarkdown, testthat |
| Published: | 2018-12-13 |
| Author: | Matthias Speidel [aut, cre] (Institute for Employment Research, Nuremberg, Germany), Joerg Drechsler [aut] (Institute for Employment Research, Nuremberg, Germany), Shahab Jolani [aut] (Maastricht University, Maastricht, The Netherlands) |
| Maintainer: | Matthias Speidel <matthias.speidel at googlemail.com> |
| BugReports: | http://github.com/matthiasspeidel/hmi/issues |
| License: | GPL-3 |
| URL: | http://github.com/matthiasspeidel/hmi |
| NeedsCompilation: | no |
| Materials: | README |
| In views: | MissingData |
| CRAN checks: | hmi results |
| Reference manual: | hmi.pdf |
| Vignettes: |
hmi: hierarchical multiple imputation |
| Package source: | hmi_0.9.15.tar.gz |
| Windows binaries: | r-devel: hmi_0.9.15.zip, r-release: hmi_0.9.15.zip, r-oldrel: hmi_0.9.15.zip |
| OS X binaries: | r-release: hmi_0.9.15.tgz, r-oldrel: hmi_0.9.15.tgz |
| Old sources: | hmi archive |
Please use the canonical form https://CRAN.R-project.org/package=hmi to link to this page.


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| Circle | NEKO WORKsFollow |
|---|
| Release | Dec/30/2014 |
|---|---|
| Series | NEKOPARA |
| Age Ratings | |
| Work Format | |
| File Format | |
| Language | |
| Event | Comic Market 87 |
| Genre | |
| File Size | 1.87GB |
| Others | 128MB (256MB or greater recommended) |
-
Necessary Settings The application may not function unless a Japanese language pack is set properly in your PC / the System Locale is set to Japanese. For more details, please refer to [ How can I set my system locale to Japanese? ] on the Frequently Asked Questions page.
- (386.9MB)
Contents
Chocolat and Vanilla, the adorable "shop girl" mascots of NEKO WORKs, star in their very own rich adult visual novel series.
Featuring E-mote system with character movement and animated H scenes!
Title: NEKOPARA vol.1
Genre: Slightly ecchi heartfelt neko comedy
Artwork: Sayori
Scenario: Yukihito
Music composition: Niito Miduki
Songs performed by: nao/Haruka Shimotsuki
Design: KOMEWORKS
Operational Requirements
- CPU
- 1.8GHz (2.0GHz or greater recommended)
- Memory
- 1GB (2GB or greater recommended)
- Video
- 720p 1280x720 pixel full color
- DirectX
- 9.0 (Pixelshader 2.0 support)
Notice
It may be an originally English work or a translation.
本作品的中文是由社团直接提供的。
可能本身为中文制作，也可能是翻译作品。
(Text: English and Chinese selectable / Voice: Japanese)
Works in the Same Series
People who bought this item also bought
Viewers of this item also viewed
Recently viewed items
User Reviews
|
Frequent keywords the reviewers selected : |
Vanilla Sex（10） Consensual Sex（5） Internal Cumshot（4） Blowjob（4） Maid（3） Animal Ears（3） Nekomimi (Cat Ears)（3） Romance（3） Girl（3） Heartwarming（3） |
|---|
18 user reviews
|
Pick Up Catgirl goodness!
Jan/19/2015 By Grandiaplayer Top Reviewer: 1st Verified Buyer
Loved it！
|
|
Keywords the reviewer selected : Nekopara is a GREAT game that should easily get you engrossed, even if you're not a person that likes cat girls. For a long time, Sayori has had very nicely detailed pictures. Some of those pictures are of the two main characters of this work: Chocolat and Vanilla. Those two Nekomimis are some very popular characters, even outside of Japan. 6 users found this helpful. [ Report Abuse ] |
|
If you love catgirls and a heart warming story, this is it.
Jan/06/2015 By Shadowfox643 Top Reviewer: Top400 Verified Buyer |
|
I have been following Sayori Neko Works for like, 5 years now? When I heard that a game is coming out, I was already hyped, then the demo came out and I heard Chocola's and Vanilla's voice, my heart melted into million pieces, overall, this game is a beacon of love from catgirl heaven, if you love catgirls, this game is, like, totally for you! The animation is great, watching the main characters, "come to life" feels like a nice pace of change from all the other stoic visual novels, there's a lot of comedy, "easter eggs" if you may call those, I really enjoyed this piece, would recommend to my best friends. 9 users found this helpful. [ Report Abuse ] |
|
Quite a lengthy VN, full of rich color and cute characters.
Jan/16/2015 By Luck Top Reviewer: Top500 Verified Buyer
Loved it！
|
|
Keywords the reviewer selected : This is probably one of the most high quality neko-themed VN ever released. Though there really isn't much depth to Nekopara's story, the game makes it up with the most adorable cat duo ever made. 5 users found this helpful. [ Report Abuse ] |
|
An amazing game
Dec/10/2017 By KTEZ Top Reviewer: 4th Verified Buyer
Loved it！
|
|
Keywords the reviewer selected : Well, what else is there to be said that hasn't been covered in the other glowing reviews? Nekopara is an excellent, professionally made visual novel. Everything about the game screams pure quality; the character art and designs are stellar, the music and voice acting are outstanding, and the English translation is one of the best I've ever seen, being really accurate and well written. The E-mote system is a great addition, and the adorable animations will make you fall in love with the characters even more. Very highly recommended! [ Report Abuse ] |
|
Cat Paradies
Oct/25/2017 By Multivitamnsaft Verified Buyer
Loved it！
|
|
Keywords the reviewer selected : NEKOPARA vol.1 is the first installment of the Visual Novel turned Nekopara Franchise. It tells a heartwarming story about Catgirls and their Master. [ Report Abuse ] |
|
kawaiiiii
Aug/29/2016 By bastoindark Top Reviewer: Top300 Verified Buyer |
|
Keywords the reviewer selected : I love it, the game is full voice and use E-mote system (character girl have animation) character girl is very very cute [ Report Abuse ] |


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At instance startup, a number of Parallel Cache Management (PCM) locks are created. PCM locks are used to lock data blocks being accessed within each instance to guarantee that multiple instances do not alter the same data. These PCM locks may cover hundreds, thousands, or even millions of data blocks, depending on your configuration. Locks can be acquired in one of two modes:
PCM locks can be used to lock data blocks for reading or for updating. If a PCM lock is used as a read lock, other instances can acquire read locks on the same data blocks. Only when updating a block must an exclusive lock be acquired.
When an instance wants to update a data block, it must acquire an exclusive lock on that block. If another instance has a lock that includes that block, the instance holding the lock must write the data out to the shared disk before the lock can be released, a process known as pinging. Because PCM locks are allocated to data files, you have some flexibility over the configuration of the locks. A PCM lock can lock one or more data blocks, depending on the number of PCM locks allocated to the data file and the size of the data file. Because there is an inherent overhead associated with PCM locks, it is not beneficial to overconfigure the locks. Because a PCM lock covers more than one block, you may unnecessarily be pinging if you want a block that is not being used by the other instance. This is why, with very active tables, you may want to add more locks; with less-active tables, you can reduce the number of locks. The Parallel Server option can be quite effective if your application is partitionable. If all the users in your system must access the same data, however, the Parallel Server option may not be for you. But if you can partition your workload into divisions based on table access or if you need a fault-tolerant configuration, consider the Parallel Server option. If you use the Parallel Server option, take special care to properly configure the system. By designing the system properly, you can take maximum advantage of the parallel server features. Design ConsiderationsThe primary way to optimize performance with a parallel server cluster is to properly configure the system. By properly configuring the system to avoid contention, you can see very good performance by adding nodes. With the Parallel Server option more than any othe c42 r Oracle feature, it is important to properly design the system for performance. In a poorly designed parallel server cluster, you may see no performance improvement by adding nodes; you may even see a degradation in performance. By understanding the basic principles of the Oracle parallel server and setting good design goals, you can achieve amazing performance from the cluster. Design GoalsThe goals in designing a parallel server system are fairly straightforward. Your primary goals are to reduce contention between servers and to reduce the number of PCM locks that must be obtained and released. By reducing contention on specific data areas, you can minimize the use of locks and therefore increase performance. Assuming that the I/O subsystem can handle the required shared throughput, the only thing that can slow you down is contention between systems. If this contention is reduced or eliminated, the system will show scaleable performance when you add nodes. You can reduce this contention if you understand how the data is accessed. Only by knowing your application can you most effectively optimize the parallel server system. If you have a system in which some users access only certain tables and other users primarily access other tables, you can benefit from partitioning those users. If the users are spread out in a random fashion, you see a lot of pinging because multiple nodes want to update data in the same table (see Figure 21.2).
By segmenting the users so that the users on each node access data in the same tables, you can greatly reduce PCM lock contention because each instance can hold the locks longer. Although you still have some contention, any reduction can be very useful. This kind of segmentation is necessary to get optimum performance from the Oracle parallel server system. An example of a segmented system is shown in Figure 21.3.
If all users have to access all the data, you can still segment this activity by using a Transaction Monitor (TM) such as the Tuxedo ETP system. A TM is class of product, known as middleware , used to facilitate the communication between the client and server (see Chapter 36, Using Middleware Products).
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Elevtor is a start-up from Austin, Texas who will revolutionize bringing the speed of videos to the job searching industry.
Since I'm one of the co-founders of Elevtor, we started from the idea up from the ground and developed mockups for both the consumer side, as well as the business side of the platform.


Tarot Reading
To see your future you must look to your past.
Click the cards three times to see your destiny!
Past Present Future
Refresh Game


About Disable JavaScript
Note: This web extension is completely free and open source!
Please consider making a small donation or write a
review on addons.mozilla.org
and/or on the chrome web store,
thank you!
First off, thank you for using this web extension!
If you find any bugs or have any suggestions/ideas for this web extension, please create a new issue on the projects GitHub page.
I've received a few reports where this web extension is not always working. However, I was not able to reproduce this bug as I didn't get enough information to do so.
If you happen to find this web extension not working on a particular machine/browser/website, please provide me details like browser, browser version, operating system and website url so I can check the web extension for any bugs. Read more about this on GitHub.
Thank you for your support!


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BOTANICAL
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Griseb.
Det.:
P.
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2005
Forestiera
rhamnifolia
Griseb.
det.
Carol
J.
Brooks
The
University
of
Alabama
1975
n
Percy
Wilson,
Collector
December
22,
23,1910
THE
NEW
YORK
BOTANICAL
GARDEN
EXPLORATION
of
CUBA
Province
of
Havana
Rio
almendares
to
Playa
de
Marianao
01497627
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


public static final class NotificationCompat.WearableExtender extends java.lang.Object implements NotificationCompat.Extender
See Creating Notifications for Android Wear for more information on how to use this class.
To create a notification with wearable extensions:
NotificationCompat.Builder
, setting any desired
properties.
NotificationCompat.WearableExtender
.
add
and set
methods of NotificationCompat.WearableExtender
.
NotificationCompat.Builder.extend(android.support.v4.app.NotificationCompat.Extender)
to apply the extensions to a
notification.
NotificationManagerCompat.notify(...)
methods
and not the NotificationManager.notify(...)
methods.
Notification notif = new NotificationCompat.Builder(mContext) .setContentTitle("New mail from " + sender.toString()) .setContentText(subject) .setSmallIcon(R.drawable.new_mail) .extend(new NotificationCompat.WearableExtender() .setContentIcon(R.drawable.new_mail)) .build(); NotificationManagerCompat.from(mContext).notify(0, notif);
Wearable extensions can be accessed on an existing notification by using the
WearableExtender(Notification)
constructor,
and then using the get
methods to access values.
NotificationCompat.WearableExtender wearableExtender = new NotificationCompat.WearableExtender(notification); List<Notification> pages = wearableExtender.getPages();
| Modifier and Type | Field and Description |
|---|---|
static int |
SIZE_DEFAULT
Size value for use with
setCustomSizePreset(int) to show this notification with
default sizing. |
static int |
SIZE_FULL_SCREEN
Size value for use with
setCustomSizePreset(int) to show this notification
full screen. |
static int |
SIZE_LARGE
Size value for use with
setCustomSizePreset(int) to show this notification
with a large size. |
static int |
SIZE_MEDIUM
Size value for use with
setCustomSizePreset(int) to show this notification
with a medium size. |
static int |
SIZE_SMALL
Size value for use with
setCustomSizePreset(int) to show this notification
with a small size. |
static int |
SIZE_XSMALL
Size value for use with
setCustomSizePreset(int) to show this notification
with an extra small size. |
static int |
UNSET_ACTION_INDEX
Sentinel value for an action index that is unset.
|
| Constructor and Description |
|---|
NotificationCompat.WearableExtender()
Create a
NotificationCompat.WearableExtender with default
options. |
NotificationCompat.WearableExtender(Notification notif) |
| Modifier and Type | Method and Description |
|---|---|
NotificationCompat.WearableExtender |
addAction(NotificationCompat.Action action)
Add a wearable action to this notification.
|
NotificationCompat.WearableExtender |
addActions(java.util.List<NotificationCompat.Action> actions)
Adds wearable actions to this notification.
|
NotificationCompat.WearableExtender |
addPage(Notification page)
Add an additional page of content to display with this notification.
|
NotificationCompat.WearableExtender |
addPages(java.util.List<Notification> pages)
Add additional pages of content to display with this notification.
|
NotificationCompat.WearableExtender |
clearActions()
Clear all wearable actions present on this builder.
|
NotificationCompat.WearableExtender |
clearPages()
Clear all additional pages present on this builder.
|
NotificationCompat.WearableExtender |
clone() |
NotificationCompat.Builder |
extend(NotificationCompat.Builder builder)
Apply wearable extensions to a notification that is being built.
|
java.util.List<NotificationCompat.Action> |
getActions()
Get the wearable actions present on this notification.
|
Bitmap |
getBackground()
Get a background image to be displayed behind the notification content.
|
int |
getContentAction()
Get the index of the notification action, if any, that was specified as being clickable
with the content of this notification.
|
int |
getContentIcon()
Get an icon that goes with the content of this notification.
|
int |
getContentIconGravity()
Get the gravity that the content icon should have within the notification display.
|
boolean |
getContentIntentAvailableOffline()
Get whether the content intent is available when the wearable device is not connected
to a companion device.
|
int |
getCustomContentHeight()
Get the custom height in pixels for the display of this notification's content.
|
int |
getCustomSizePreset()
Get the custom size preset for the display of this notification out of the available
presets found in
NotificationCompat.WearableExtender , e.g. |
PendingIntent |
getDisplayIntent()
Get the intent to launch inside of an activity view when displaying this
notification.
|
int |
getGravity()
Get the gravity that this notification should have within the available viewport space.
|
boolean |
getHintHideIcon()
Get a hint that this notification's icon should not be displayed.
|
boolean |
getHintShowBackgroundOnly()
Get a visual hint that only the background image of this notification should be
displayed, and other semantic content should be hidden.
|
java.util.List<Notification> |
getPages()
Get the array of additional pages of content for displaying this notification.
|
boolean |
getStartScrollBottom()
Get whether the scrolling position for the contents of this notification should start
at the bottom of the contents instead of the top when the contents are too long to
display within the screen.
|
NotificationCompat.WearableExtender |
setBackground(Bitmap background)
Set a background image to be displayed behind the notification content.
|
NotificationCompat.WearableExtender |
setContentAction(int actionIndex)
Set an action from this notification's actions to be clickable with the content of
this notification.
|
NotificationCompat.WearableExtender |
setContentIcon(int icon)
Set an icon that goes with the content of this notification.
|
NotificationCompat.WearableExtender |
setContentIconGravity(int contentIconGravity)
Set the gravity that the content icon should have within the notification display.
|
NotificationCompat.WearableExtender |
setContentIntentAvailableOffline(boolean contentIntentAvailableOffline)
Set whether the content intent is available when the wearable device is not connected
to a companion device.
|
NotificationCompat.WearableExtender |
setCustomContentHeight(int height)
Set the custom height in pixels for the display of this notification's content.
|
NotificationCompat.WearableExtender |
setCustomSizePreset(int sizePreset)
Set the custom size preset for the display of this notification out of the available
presets found in
NotificationCompat.WearableExtender , e.g. |
NotificationCompat.WearableExtender |
setDisplayIntent(PendingIntent intent)
Set an intent to launch inside of an activity view when displaying
this notification.
|
NotificationCompat.WearableExtender |
setGravity(int gravity)
Set the gravity that this notification should have within the available viewport space.
|
NotificationCompat.WearableExtender |
setHintHideIcon(boolean hintHideIcon)
Set a hint that this notification's icon should not be displayed.
|
NotificationCompat.WearableExtender |
setHintShowBackgroundOnly(boolean hintShowBackgroundOnly)
Set a visual hint that only the background image of this notification should be
displayed, and other semantic content should be hidden.
|
NotificationCompat.WearableExtender |
setStartScrollBottom(boolean startScrollBottom)
Set whether the scrolling position for the contents of this notification should start
at the bottom of the contents instead of the top when the contents are too long to
display within the screen.
|
public static final int UNSET_ACTION_INDEX
public static final int SIZE_DEFAULT
setCustomSizePreset(int)
to show this notification with
default sizing.
For custom display notifications created using setDisplayIntent(PendingIntent)
,
the default is SIZE_LARGE
. All other notifications size automatically based
on their content.
public static final int SIZE_XSMALL
setCustomSizePreset(int)
to show this notification
with an extra small size.
This value is only applicable for custom display notifications created using
setDisplayIntent(PendingIntent)
.
public static final int SIZE_SMALL
setCustomSizePreset(int)
to show this notification
with a small size.
This value is only applicable for custom display notifications created using
setDisplayIntent(PendingIntent)
.
public static final int SIZE_MEDIUM
setCustomSizePreset(int)
to show this notification
with a medium size.
This value is only applicable for custom display notifications created using
setDisplayIntent(PendingIntent)
.
public static final int SIZE_LARGE
setCustomSizePreset(int)
to show this notification
with a large size.
This value is only applicable for custom display notifications created using
setDisplayIntent(PendingIntent)
.
public static final int SIZE_FULL_SCREEN
setCustomSizePreset(int)
to show this notification
full screen.
This value is only applicable for custom display notifications created using
setDisplayIntent(PendingIntent)
.
public NotificationCompat.WearableExtender()
NotificationCompat.WearableExtender
with default
options.public NotificationCompat.WearableExtender(Notification notif)
public NotificationCompat.Builder extend(NotificationCompat.Builder builder)
NotificationCompat.Builder.extend(android.support.v4.app.NotificationCompat.Extender)
method of
NotificationCompat.Builder
.extend
in interface NotificationCompat.Extender
builder
- the builder to be modified.public NotificationCompat.WearableExtender clone()
clone
in class java.lang.Object
public NotificationCompat.WearableExtender addAction(NotificationCompat.Action action)
When wearable actions are added using this method, the set of actions that
show on a wearable device splits from devices that only show actions added
using NotificationCompat.Builder.addAction(int, java.lang.CharSequence, PendingIntent)
. This allows for customization
of which actions display on different devices.
action
- the action to add to this notificationNotificationCompat.Action
public NotificationCompat.WearableExtender addActions(java.util.List<NotificationCompat.Action> actions)
When wearable actions are added using this method, the set of actions that
show on a wearable device splits from devices that only show actions added
using NotificationCompat.Builder.addAction(int, java.lang.CharSequence, PendingIntent)
. This allows for customization
of which actions display on different devices.
actions
- the actions to add to this notificationNotificationCompat.Action
public NotificationCompat.WearableExtender clearActions()
addAction(android.support.v4.app.NotificationCompat.Action)
public java.util.List<NotificationCompat.Action> getActions()
public NotificationCompat.WearableExtender setDisplayIntent(PendingIntent intent)
PendingIntent
provided should be for an activity.
Intent displayIntent = new Intent(context, MyDisplayActivity.class); PendingIntent displayPendingIntent = PendingIntent.getActivity(context, 0, displayIntent, PendingIntent.FLAG_UPDATE_CURRENT); Notification notif = new NotificationCompat.Builder(context) .extend(new NotificationCompat.WearableExtender() .setDisplayIntent(displayPendingIntent) .setCustomSizePreset(NotificationCompat.WearableExtender.SIZE_MEDIUM)) .build();
The activity to launch needs to allow embedding, must be exported, and should have an empty task affinity. It is also recommended to use the device default light theme.
Example AndroidManifest.xml entry:
<activity android:name="com.example.MyDisplayActivity" android:exported="true" android:allowEmbedded="true" android:taskAffinity="" android:theme="@android:style/Theme.DeviceDefault.Light" />
intent
- the PendingIntent
for an activitygetDisplayIntent()
public PendingIntent getDisplayIntent()
PendingIntent
should be for an activity.public NotificationCompat.WearableExtender addPage(Notification page)
page
- the notification to add as another pagegetPages()
public NotificationCompat.WearableExtender addPages(java.util.List<Notification> pages)
pages
- a list of notificationsgetPages()
public NotificationCompat.WearableExtender clearPages()
addPage(Notification)
public java.util.List<Notification> getPages()
public NotificationCompat.WearableExtender setBackground(Bitmap background)
NotificationCompat.BigPictureStyle
, this background
will work with any notification style.background
- the background bitmapgetBackground()
public Bitmap getBackground()
NotificationCompat.BigPictureStyle
, this background
will work with any notification style.setBackground(Bitmap)
public NotificationCompat.WearableExtender setContentIcon(int icon)
public int getContentIcon()
public NotificationCompat.WearableExtender setContentIconGravity(int contentIconGravity)
android.view.Gravity#START
and
android.view.Gravity#END
. The default value is android.view.Gravity#END
.setContentIcon(int)
public int getContentIconGravity()
android.view.Gravity#START
and
android.view.Gravity#END
. The default value is android.view.Gravity#END
.getContentIcon()
public NotificationCompat.WearableExtender setContentAction(int actionIndex)
For notifications with multiple pages, child pages can also have content actions set, although the list of available actions comes from the main notification and not from the child page's notification.
actionIndex
- The index of the action to hoist onto the current notification page.
If wearable actions were added to the main notification, this index
will apply to that list, otherwise it will apply to the regular
actions list.public int getContentAction()
For notifications with multiple pages, child pages can also have content actions set, although the list of available actions comes from the main notification and not from the child page's notification.
If wearable specific actions were added to the main notification, this index will apply to that list, otherwise it will apply to the regular actions list.
UNSET_ACTION_INDEX
if no action was selected.public NotificationCompat.WearableExtender setGravity(int gravity)
android.view.Gravity#TOP
,
android.view.Gravity#CENTER_VERTICAL
and android.view.Gravity#BOTTOM
.
The default value is android.view.Gravity#BOTTOM
.public int getGravity()
android.view.Gravity#TOP
,
android.view.Gravity#CENTER_VERTICAL
and android.view.Gravity#BOTTOM
.
The default value is android.view.Gravity#BOTTOM
.public NotificationCompat.WearableExtender setCustomSizePreset(int sizePreset)
NotificationCompat.WearableExtender
, e.g.
SIZE_LARGE
.
Some custom size presets are only applicable for custom display notifications created
using setDisplayIntent(PendingIntent)
. Check the
documentation for the preset in question. See also
setCustomContentHeight(int)
and getCustomSizePreset()
.
public int getCustomSizePreset()
NotificationCompat.WearableExtender
, e.g.
SIZE_LARGE
.
Some custom size presets are only applicable for custom display notifications created
using setDisplayIntent(PendingIntent)
. Check the documentation for the preset in question.
See also setCustomContentHeight(int)
and setCustomSizePreset(int)
.
public NotificationCompat.WearableExtender setCustomContentHeight(int height)
This option is only available for custom display notifications created
using setDisplayIntent(PendingIntent)
. See also
setCustomSizePreset(int)
and
getCustomContentHeight()
.
public int getCustomContentHeight()
This option is only available for custom display notifications created
using setDisplayIntent(PendingIntent)
. See also setCustomSizePreset(int)
and
setCustomContentHeight(int)
.
public NotificationCompat.WearableExtender setStartScrollBottom(boolean startScrollBottom)
public boolean getStartScrollBottom()
public NotificationCompat.WearableExtender setContentIntentAvailableOffline(boolean contentIntentAvailableOffline)
public boolean getContentIntentAvailableOffline()
public NotificationCompat.WearableExtender setHintHideIcon(boolean hintHideIcon)
hintHideIcon
- true
to hide the icon, false
otherwise.public boolean getHintHideIcon()
true
if this icon should not be displayed, false otherwise.
The default value is false
if this was never set.public NotificationCompat.WearableExtender setHintShowBackgroundOnly(boolean hintShowBackgroundOnly)
addPage(Notification)
.public boolean getHintShowBackgroundOnly()
addPage(Notification)
.


| Methods' Summary |
| insertRawNonEncrStreamElementDirect |
allows to insert a raw stream representing nonencrypted stream with
header.
|
| insertStreamElementDirect |
allows to insert a stream to the storage directly. The stream must
stay alive till the storage is commited.
|
| copyElementDirectlyTo |
allows to copy storage element directly, not guarantied to work.
|
| writeAndAttachToStream |
allows to switch storage persistence to the provided stream. The stream
will be filled by the storage. If an empty reference is provided, the
storage will create a temporary stream to switch to itself.
It is applicable only for root storages.
|
| attachToURL |
allows to switch storage persistence to the provided URL. The caller is
responsible to be sure that the file referenced by the URL contains the
same contents as the stream the storage is based currently. Thus using
of this method is very dangerous and should be avoided when possible.
It is applicable only for root storages.
|
| getElementPropertyValue |
allows to get property of the child element with the specified name.
The implementation of the method might allow to access only subset
of the supported by element properties.
|
| copyStreamElementData |
fills the provided stream with the last flushed version of data from
the child stream of the storage.
|
| Methods' Details |
insertRawNonEncrStreamElementDirect
- Description
- allows to insert a raw stream representing nonencrypted stream with
header.
|
|
insertStreamElementDirect
- Description
- allows to insert a stream to the storage directly. The stream must
stay alive till the storage is commited.
|
|
copyElementDirectlyTo
- Description
- allows to copy storage element directly, not guarantied to work.
|
|
writeAndAttachToStream
- Description
- allows to switch storage persistence to the provided stream. The stream
will be filled by the storage. If an empty reference is provided, the
storage will create a temporary stream to switch to itself.
It is applicable only for root storages.
|
|
attachToURL
- Description
- allows to switch storage persistence to the provided URL. The caller is
responsible to be sure that the file referenced by the URL contains the
same contents as the stream the storage is based currently. Thus using
of this method is very dangerous and should be avoided when possible.
It is applicable only for root storages.
|
|
getElementPropertyValue
- Description
- allows to get property of the child element with the specified name.
The implementation of the method might allow to access only subset
of the supported by element properties.
|
|
copyStreamElementData
- Description
- fills the provided stream with the last flushed version of data from
the child stream of the storage.
- Parameter sStreamName
- the name of the substream that should be copied
- Parameter xTargetStream
- the target stream where the data must be copied to
- Throws
- ::com::sun::star::embed::InvalidStorageException
this storage is in invalid state for any reason
- Throws
- ::com::sun::star::lang::IllegalArgumentException
one of provided arguments is illegal
- Throws
- ::com::sun::star::packages::WrongPasswordException
the provided password is wrong
- Throws
- ::com::sun::star::io::IOException
in case of io errors during stream opening
- Throws
- ::com::sun::star::embed::StorageWrappedTargetException
wraps other exceptions
|
|
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


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customizeBoard Information Report
Contents
Contents
Board Specification
General
Routing
Routing Information
Layer Information
Layer Information
Drill Pairs
Board Holes
Non-Plated Hole Size
Plated Hole Size
Board Slots
Non-Plated Slot Size
Plated Slot Size
Board Square Holes
Non-Plated Square Hole Size
Plated Square Hole Size
Other
Top Layer Annular Ring Size
Mid Layer Annular Ring Size
Bottom Layer Annular Ring Size
Pad Solder Mask
Pad Paste Mask
Pad Pwr/Gnd Expansion
Pad Relief Conductor Width
Pad Relief Air Gap
Pad Relief Entries
Via Solder Mask
Via Pwr/Gnd Expansion
Track Width
Arc Line Width
Arc Radius
Arc Degrees
Text Height
Text Width
Net Track Width
Net Via Size
Board Specification
Back to top
Routing
| Routing Information |
| Routing completion |
95.37% |
| Connections |
259 |
| Connections routed |
247 |
| Connections remaining |
12 |
Back to top
Layer Information
| Layer |
Arcs |
Pads |
Vias |
Tracks |
Texts |
Fills |
Regions |
ComponentBodies |
| Top Layer |
73 |
318 |
0 |
659 |
0 |
0 |
19 |
0 |
| Layer 2 |
0 |
0 |
0 |
0 |
0 |
0 |
1 |
0 |
| Layer 1 |
0 |
0 |
0 |
22 |
0 |
0 |
17 |
0 |
| Bottom Layer |
12 |
0 |
0 |
179 |
0 |
0 |
2 |
0 |
| Mechanical 1 |
0 |
0 |
0 |
4 |
0 |
0 |
0 |
68 |
| Outlines |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
| Mechanical 13 |
4 |
0 |
0 |
400 |
0 |
0 |
0 |
50 |
| Mechanical 15 |
0 |
0 |
0 |
643 |
0 |
0 |
0 |
0 |
| Designators |
0 |
0 |
0 |
0 |
106 |
0 |
0 |
0 |
| Milling |
0 |
0 |
0 |
2 |
0 |
0 |
0 |
0 |
| Top Overlay |
16 |
0 |
0 |
722 |
122 |
0 |
7 |
0 |
| Bottom Overlay |
0 |
0 |
0 |
25 |
25 |
0 |
39 |
0 |
| Top Paste |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
| Bottom Paste |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
| Top Solder |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
| Bottom Solder |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
| Drill Guide |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
| Keep-Out Layer |
0 |
0 |
0 |
4 |
0 |
0 |
0 |
0 |
| Drill Drawing |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
| Multi-Layer |
0 |
30 |
202 |
0 |
0 |
0 |
1 |
0 |
| Total |
105 |
348 |
202 |
2660 |
253 |
0 |
86 |
118 |
Back to top
| Drill Pairs |
Vias |
| Top Layer - Bottom Layer |
202 |
| Total |
202 |
Back to top
Board Holes
| Non-Plated Hole Size |
Pads |
Vias |
| 0mils
|
6 |
0 |
| Total |
6 |
0 |
Back to top
Back to top
Board Slots
| Non-Plated Slot Size / Length |
Pads |
| Total |
0 |
Back to top
| Plated Slot Size / Length |
Pads |
| 19.685mil / 47.244mil |
2 |
| Total |
2 |
Back to top
Board Square Holes
| Non-Plated Square Hole Size |
Pads |
| Total |
0 |
Back to top
| Plated Square Hole Size |
Pads |
| Total |
0 |
Back to top
Other
Back to top
Back to top
Back to top
Back to top
Back to top
| Pad Pwr/Gnd Expansion |
Count |
| 20mils
|
348 |
| Total |
348 |
Back to top
| Pad Relief Conductor Width |
Count |
| 10mils
|
348 |
| Total |
348 |
Back to top
| Pad Relief Air Gap |
Count |
| 10mils
|
348 |
| Total |
348 |
Back to top
| Pad Relief Entries |
Count |
| 4 |
348 |
| Total |
348 |
Back to top
Back to top
| Via Pwr/Gnd Expansion |
Count |
| 20mils
|
202 |
| Total |
202 |
Back to top
Back to top
Back to top
Back to top
| Arc Degrees |
Count |
| 0 |
1 |
| 5 |
4 |
| 6 |
1 |
| 7 |
3 |
| 9 |
1 |
| 11 |
1 |
| 13 |
1 |
| 14 |
2 |
| 16 |
1 |
| 17 |
1 |
| 18 |
2 |
| 19 |
3 |
| 20 |
1 |
| 23 |
1 |
| 24 |
1 |
| 25 |
1 |
| 26 |
2 |
| 31 |
2 |
| 32 |
1 |
| 33 |
1 |
| 39 |
1 |
| 40 |
1 |
| 42 |
1 |
| 44 |
1 |
| 45 |
42 |
| 65 |
1 |
| 73 |
1 |
| 90 |
9 |
| 360 |
17 |
| Total |
105 |
Back to top
Back to top
| Text Width |
Count |
| 10mils
|
253 |
| Total |
253 |
Back to top
Back to top
Back to top


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Sections
Sections are in two parts, either of which may be empty. The first part is the text to be displayed, ended by a line starting with )
. Lines after the )
are J sentences that are executed. If no )
line is given, the section is assumed to be text only.
For example, the following is a lab section named "Numbers":
Lab Section Numbers The integer function (i.) generates numbers: ) i.10 NB. first 10 numbers i.4 3 NB. first 12 numbers in a 4 by 3 table
The lab system responds advance by reading the next section, displaying the text, and executing the J sentences. All display is normal output to the active jx window, and the user has complete access to the J session.
Section Keywords
Lines in the second part of a Lab Section (the J sentences to be executed) may begin with one of the keywords SCRIPT
, PREPARE
or SOUND
.
SCRIPT
allows you to enter a character string that will be stored in the global variable SCRIPT
, in the jlab
locale. For example, this can be used to build up an example script.
PREPARE
allows you to enter sentences that will be run silently before the rest of the section is run.
>.
The SCRIPT
and PREPARE
keywords are used to delimit text or sentences to be run before the rest of the section, and must occur at the beginning of the section. Any text on the same line as the keyword is ignored. For example, you can use these facilities to define the global SCRIPT
, or load required code, and check whether it is OK to continue the lab.
To prevent further execution of the section, signal an error. The utility assert_lab_
may be used for this purpose; the left argument is the message to display when a 0 occurs in the right argument.
For example:
Lab Section Printing The following prints the result: ) PREPARE read in print fns ------------ load 'print' load 'myutils' ERRORMSG=. 'Unable to load myutils',LF,LF,'Check they are installed' ERRORMSG assert_lab_ 3=nameclass <'myprintfn' PREPARE ------------------------------ myprint RESText Width
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.


A GIRL once went to the fair to hire herself for servant. At last a funny-looking old gentleman engaged her, and took her home to his house. When she got there, he told her that he had something to teach her, for that in his house he had his own names for things.
He said to her: 'What will you call me?'
'Master or mister, or whatever you please, sir,' says she.
He said: 'You must call me "master of all masters". And what would you call this?' pointing to his bed.
'Bed or couch, or whatever you please, sir.'
'No, that's my "barnacle". And what do you call these?' said he, pointing to his pantaloons.
'Breeches or trousers, or whatever you please, sir.'
'You must call them "squibs and crackers". And what would you call her?' pointing to the cat.
'Cat or kit, or whatever you please, sir.'
'You must call her "white-faced simminy".
And this now,' showing the fire, 'what would you call this?'
'Fire or flame, or whatever you please, sir.'
'You must call it 'hot cockalorum", and what this?' he went on, pointing to the water.
'Water or wet, or whatever you please, sir.'
'No, "pondalorum" is its name. And what do you call all this?' asked he as he pointed to the house.
'House or cottage, or whatever you please, sir.'
'You must call it "high topper mountain".'
That very night the servant woke her master up in a fright and said: 'Master of all masters, get out of your barnacle and put on your squibs and crackers. For white-faced simminy has got a spark of hot cockalorum on its tail, and unless you get some pondalorum high topper mountain will be all on hot cockalorum' . . . That's all.


FPS:
60
Toggle Menu
Press WASD keys to move.
Swipe screen to look.
Source Code
Dimensions:
x
x
Density:
1.000
Radius:
0.498
Rule: S
B
Cross Section:
All
Surface
x =
0000
y =
0000
z =
0000
Spacing:
01.0
<<
||
>>
32
x
Iteration:
1


--- layout: post title: Screen management got magic categories: - KDE - Software Libre tags: [] status: publish type: post published: true meta: _edit_last: '2' dsq_thread_id: '2226557916' author: login: afiestas email<EMAIL_ADDRESS>display_name: afiestas first_name: Àlex last_name: Fiestas ---
As you may know Dan Vrátil and I are working in a brand new screen manager that will solve most of the issues that we currently have on the desktop, making the configuration of monitors either auto-magical or super simple.
We are trying be as smart as possible adapting the behavior of it to each use case making the configuration of monitors as simple as plugging them to your computer.
A video is worth more than a million words:
New KDE Screen Management from Àlex Fiestas on Vimeo.
The behaviors are still not finished and we may change our defaults based on feedback and field test, but eh! it is a start :p
I'd like to personally thanks Red Hat for sponsoring Dan and my employer BlueSystems for letting me squeeze some time to move this forward.
Finally if you want to get this working:
Enjoy !


stk.calculators.ga.fitness_normalizers module¶
Module for defining fitness normalizers.
Fitness normalizers are classes which are responsible for normalizing
the fitness values in a Population
. They analyze the
fitness
values across the entire population and update them.
After normalize()
is run, every
Molecule
in the population must hold a positive, non-zero
float
in its fitness
attribute. However, before
normalize()
the values in the fitness
attribute can be any Python object. It is the job of the
FitnessNormalizer
to convert these into positive, non-zero
float
.
To see how FitnessNormalizer
can be used, look at the
documention of the classes which inherit it, for example
Power
, Sum
ScaleByMean
. In addition,
multiple FitnessNormalizer
can be chained using
Sequence.normalize()
.
Extending stk: Making new fitness normalizers.¶
A new class inheriting FitnessNormalizer
must be made.
The class must define a normalize()
method,
which takes one argument, which is a Population
of
Molecule
.
-
class
stk.calculators.ga.fitness_normalizers.
FitnessNormalizer
¶ Bases:
object
Normalizes fitness values across a
Population
.-
handle_failed
¶ If
True
, the normalizedfitness
value of molecules with afitness
value ofNone
is half the minimum normalized fitness value in the population. IfFalse
the normalization keepsNone
in thefitness
attribute of molecules.Type: bool
-
normalize
(population)¶ Normalizes the fitness values in population.
Parameters: population ( Population
) – APopulation
of molecules whose fitness values should be normalized.Returns: None – The fitness
attributes of the molecules in population are modified in place.Return type: NoneType
-
-
class
stk.calculators.ga.fitness_normalizers.
Multiply
(coefficient)¶ Bases:
stk.calculators.ga.fitness_normalizers.FitnessNormalizer
Multiplies the fitness value by some coefficent.
-
coefficent
¶ The cofficients to multiply each
fitness
value by. Can be a single number or multiple numbers.Type: float
orlist
offloat
Examples
Multiplying a
fitness
value by a coefficent.# Create the molecules and give them some arbitrary fitness. # Normally the fitness would be set by the fitness() method of # some a fitness calculator. mol1 = StructUnit(...) mol1.fitness = 1 mol2 = Cage(...) mol2.fitness = 2 mol3 = Polymer(...) mol3.fitness = 3 # Place the molecules in a Population. pop = Population(mol1, mol2, mol3) # Create the normalizer. multiply = Multiply(2) # Normalize the fitness values. multiply.normalize(pop) # mol1.fitness is now 2. # mol2.fitness is now 4. # mol3.fitness is now 6
Multiplying a
fitness
vector by some coefficent.# Create the molecules and give them some arbitrary fitness # vectors. # Normally the fitness would be set by the fitness() method of # some a fitness calculator. mol1 = StructUnit(...) mol1.fitness = [1, 2, 3] mol2 = Cage(...) mol2.fitness = [4, 5, 6] mol3 = Polymer(...) mol3.fitness = [7, 8, 9] # Place the molecules in a Population. pop = Population(mol1, mol2, mol3) # Create the normalizer. multiply = Multiply(2) # Normalize the fitness values. multiply.normalize(pop) # mol1.fitness is now [2, 4, 6]. # mol2.fitness is now [8, 10, 12]. # mol3.fitness is now [14, 16, 18]
Multiplying a
fitness
vector by different coefficents.# Create the molecules and give them some arbitrary fitness # vectors. # Normally the fitness would be set by the fitness() method of # some a fitness calculator. mol1 = StructUnit(...) mol1.fitness = [1, 2, 3] mol2 = Cage(...) mol2.fitness = [4, 5, 6] mol3 = Polymer(...) mol3.fitness = [7, 8, 9] # Place the molecules in a Population. pop = Population(mol1, mol2, mol3) # Create the normalizer. multiply = Multiply([1, 2, 3]) # Normalize the fitness values. multiply.normalize(pop) # mol1.fitness is now [1, 4, 9]. # mol2.fitness is now [4, 10, 18]. # mol3.fitness is now [7, 16, 27]
-
normalize
(population)¶ Normalizes the fitness values in population.
Parameters: population ( Population
) – APopulation
of molecules whose fitness values should be normalized.Returns: None – The fitness
attributes of the molecules in population are modified in place.Return type: NoneType
-
-
class
stk.calculators.ga.fitness_normalizers.
NormalizerSequence
(*normalizers)¶ Bases:
stk.calculators.ga.fitness_normalizers.FitnessNormalizer
Applies a sequence of normalizers in sequence.
-
normalizers
¶ The normalizers which get applied in sequence by
normalize()
.Type: tuple
ofFitnessNormalizer
Examples
# Make the normalizer. sequence = stk.NormalizerSequence( stk.Power(2), stk.Sum() ) # Make a population of molecules. mol1 = StructUnit(...) mol2 = Cage(...) mol3 = Polymer(...) pop = stk.Population(mol1, mol2, mol3) # Set the fitness values. mol1.fitness = [1, 2, 3] mol2.fitness = [4, 5, 6] mol3.fitness = [7, 8, 9] # Apply the normalizer. sequence.normalize(pop) # mol1.fitness is now 14. # mol2.fitness is now 77. # mol3.fitness is now 194.
-
normalize
(population)¶ Normalizes the fitness values in population.
Parameters: population ( Population
) – APopulation
of molecules whose fitness values should be normalized.Returns: None – The fitness
attributes of the molecules in population are modified in place.Return type: NoneType
-
-
class
stk.calculators.ga.fitness_normalizers.
NullFitnessNormalizer
¶ Bases:
stk.calculators.ga.fitness_normalizers.FitnessNormalizer
Does nothing.
-
normalize
(population)¶ Does not normalize the fitness values in population.
Parameters: population ( Population
) – APopulation
of molecules whose fitness values are not normalized.Returns: None – This method does nothing. Return type: NoneType
-
-
class
stk.calculators.ga.fitness_normalizers.
Power
(power)¶ Bases:
stk.calculators.ga.fitness_normalizers.FitnessNormalizer
Raises fitness values to some power.
This works for cases where the
fitness
is singlefloat
and where it islist
offloat
.-
power
¶ The power to raise each
fitness
value to. Can be a single number or multiple numbers.Type: float
orlist
offloat
Examples
Raising a
fitness
value by some power.# Create the molecules and give them some arbitrary fitness. # Normally the fitness would be set by the fitness() method of # some a fitness calculator. mol1 = StructUnit(...) mol1.fitness = 1 mol2 = Cage(...) mol2.fitness = 2 mol3 = Polymer(...) mol3.fitness = 3 # Place the molecules in a Population. pop = Population(mol1, mol2, mol3) # Create the normalizer. power = Power(2) # Normalize the fitness values. power.normalize(pop) # mol1.fitness is now 1. # mol2.fitness is now 4. # mol3.fitness is now 9
Raising a
fitness
vector by some power.# Create the molecules and give them some arbitrary fitness # vectors. # Normally the fitness would be set by the fitness() method of # some a fitness calculator. mol1 = StructUnit(...) mol1.fitness = [1, 2, 3] mol2 = Cage(...) mol2.fitness = [4, 5, 6] mol3 = Polymer(...) mol3.fitness = [7, 8, 9] # Place the molecules in a Population. pop = Population(mol1, mol2, mol3) # Create the normalizer. power = Power(2) # Normalize the fitness values. power.normalize(pop) # mol1.fitness is now [1, 4, 9]. # mol2.fitness is now [16, 25, 36]. # mol3.fitness is now [49, 64, 81]
Raising a
fitness
vector by different powers.# Create the molecules and give them some arbitrary fitness # vectors. # Normally the fitness would be set by the fitness() method of # some a fitness calculator. mol1 = StructUnit(...) mol1.fitness = [1, 2, 3] mol2 = Cage(...) mol2.fitness = [4, 5, 6] mol3 = Polymer(...) mol3.fitness = [7, 8, 9] # Place the molecules in a Population. pop = Population(mol1, mol2, mol3) # Create the normalizer. power = Power([1, 2, 3]) # Normalize the fitness values. power.normalize(pop) # mol1.fitness is now [1, 4, 27]. # mol2.fitness is now [4, 25, 216]. # mol3.fitness is now [7, 64, 729]
-
normalize
(population)¶ Normalizes the fitness values in population.
Parameters: population ( Population
) – APopulation
of molecules whose fitness values should be normalized.Returns: None – The fitness
attributes of the molecules in population are modified in place.Return type: NoneType
-
-
class
stk.calculators.ga.fitness_normalizers.
ScaleByMean
¶ Bases:
stk.calculators.ga.fitness_normalizers.FitnessNormalizer
Divides fitness values by the population mean.
While this function can be used if the
fitness
attribute of eachMolecule
in thePopulation
is a single number it is most useful whenfitness
is alist
of numbers. In this case, it is necessary to somehow combine the numbers so that a singlefitness
value is produced. For example, take afitness
vector holding the properties[energy, diameter, num_atoms]
. For a given molecule these numbers may be something like[200,000, 12, 140]
. If we were to sum these numbers, the energy term would dominate the final fitness value. In order to combine these numbers we can divide them by the population averages. For example, if the average energy of molecules in the population is300,000
the average diameter is10
and the average number of atoms is70
then the fitness vector would be scaled to[0.5, 1.2, 2]
. These numbers are now of a similar magnitude and can be some to give a reasonable value. After scaling each parameter represents how much better than the population average each property value is. In essence we have removed the units from each parameter.Examples
Scale fitness values.
# Create the molecules and give them some arbitrary fitness # vectors. # Normally the fitness would be set by the fitness() method of # some a fitness calculator. mol1 = StructUnit(...) mol1.fitness = 1 mol2 = Cage(...) mol2.fitness = 2 mol3 = Polymer(...) mol3.fitness = 3 # Place the molecules in a Population. pop = Population(mol1, mol2, mol3) # Create the normalizer. mean_scaler = ScaleByMean() # Normalize the fitness values. mean_scaler.normalize(pop) # mol1.fitness is now 0.5. # mol2.fitness is now 1. # mol3.fitness is now 1.5.
Scale fitness vectors.
# Create the molecules and give them some arbitrary fitness # vectors. # Normally the fitness would be set by the fitness() method of # some a fitness calculator. mol1 = StructUnit(...) mol1.fitness = [1, 10, 100] mol2 = Cage(...) mol2.fitness = [2, 20, 200] mol3 = Polymer(...) mol3.fitness = [3, 30, 300] # Place the molecules in a Population. pop = Population(mol1, mol2, mol3) # Create the normalizer. mean_scaler = ScaleByMean() # Normalize the fitness values. mean_scaler.normalize(pop) # mol1.fitness is now [0.5, 0.5, 0.5]. # mol2.fitness is now [1, 1, 1]. # mol3.fitness is now [1.5, 1.5, 1.5].
-
normalize
(population)¶ Normalizes the fitness values in population.
Parameters: population ( Population
) – APopulation
of molecules whose fitness values should be normalized.Returns: None – The fitness
attributes of the molecules in population are modified in place.Return type: NoneType
-
-
class
stk.calculators.ga.fitness_normalizers.
ShiftUp
¶ Bases:
stk.calculators.ga.fitness_normalizers.FitnessNormalizer
Shifts negative values to be positive.
Assume you have a fitness vector, where each number represents a different property of the molecule
mol.fitness = [1, -10, 1]
One way to convert the fitness array into a fitness value is by summing the elements, and the result in this case would be
-8
. Clearly this doesn’t work, because the resulting fitness value is not a positive number. To fix this, the-10
should be shifted to a positive value.This
FitnessNormalizer
find the minimum value of each property across the entire population, and for properties where this minimum value is less than0
, shifts up the property value for every molecule in the population, so that the minimum value is1
.For example, take a population with the fitness vectors
mol1.fitness = [1, -5, 5] mol2.fitness = [3, -10, 2] mol3.fitness = [2, 20, 1]
After normalization fitness vectors will be.
mol1.fitness # [1, 6, 5] mol2.fitness # [3, 1, 2] mol3.fitness # [2, 31, 1]
This
FitnessNormalizer
also works when thefitness
is a single value.Parameters: indices ( list
ofint
) – This holds the indices of elements in thefitness
array which should be shifted.Examples
# Create the molecules and give them some arbitrary fitness # vectors. # Normally the fitness would be set by the fitness() method of # some a fitness calculator. mol1 = StructUnit(...) mol1.fitness = [1, -2, 3] mol2 = Cage(...) mol2.fitness = [4, 5, -6] mol3 = Polymer(...) mol3.fitness = [7, 8, 9] # Place the molecules in a Population. pop = Population(mol1, mol2, mol3) # Create the normalizer. shifter = ShiftUp([1, 2, 3]) # Normalize the fitness values. shifter.normalize(pop) # mol1.fitness is now [1, 1, 10]. # mol2.fitness is now [4, 8, 1]. # mol3.fitness is now [7, 11, 16]
-
normalize
(population)¶ Normalizes the fitness values in population.
Parameters: population ( Population
) – APopulation
of molecules whose fitness values should be normalized.Returns: None – The fitness
attributes of the molecules in population are modified in place.Return type: NoneType
-
-
class
stk.calculators.ga.fitness_normalizers.
Sum
¶ Bases:
stk.calculators.ga.fitness_normalizers.FitnessNormalizer
Sums the values in a
list
.Examples
# Create the molecules and give them some arbitrary fitness # vectors. # Normally the fitness would be set by the fitness() method of # some a fitness calculator. mol1 = StructUnit(...) mol1.fitness = [1, 2, 3] mol2 = Cage(...) mol2.fitness = [4, 5, 6] mol3 = Polymer(...) mol3.fitness = [7, 8, 9] # Place the molecules in a Population. pop = Population(mol1, mol2, mol3) # Create the normalizer. sum_normalizer = Sum() # Normalize the fitness values. sum_normalizer.normalize(pop) # mol1.fitness is now 6. # mol2.fitness is now 15. # mol3.fitness is now 24.
-
normalize
(population)¶ Normalizes the fitness values in population.
Parameters: population ( Population
) – APopulation
of molecules whose fitness values should be normalized.Returns: None – The fitness
attributes of the molecules in population are modified in place.Return type: NoneType
-
-
stk.calculators.ga.fitness_normalizers.
_dedupe
(normalize)¶ Makes sure that duplicates are removed before normalization.
Parameters: normalize (class:function) – The normalize()
method to decorate.Returns: The decorated normalize()
method.Return type: function
-
stk.calculators.ga.fitness_normalizers.
_handle_failed_molecules
(normalize)¶ Decorates
normalize()
methods.This decorator makes
normalize()
methods set the fitness of molecules with afitness
ofNone
to half the minimum fitness in the population, ifhandle_failed
isTrue`
.Parameters: normalize (class:function) – The normalize()
method to decorate.Returns: The decorated normalize()
method.Return type: function


'MTB Nagaraj lent money to BSY for Operation Kamala'
by Ranjith KandyaCLP leader Siddaramaiah on Thursday said that MTB Nagaraj lent money to Chief Minister B S Yediyurappa for Operation Kamala.
Speaking to reporters, here, Siddaramaiah said, "I never borrow money from Nagaraj. He had given money to Congress leader Krishna Byre Gowda and he has returned it," Siddaramaiah said.
The disqualified MLA is upset and thus he is making such statements. MTB Nagaraj has given money to Chief Minister B S Yediyurappa for Operation Kamala, he reiterated.


End-xiety
DISCRIPTION OF WHY WE CREATED GAME
Resource Links
For More Information About Generealized Anxiety Disorder


Here is the list of facts that we sometimes present to the user. You can add more here.
{{> exploreomatic/nav}}
{{#if baseTMS}}
{{#if factoids}}
{{/if}}
Add new factoid
{{else}}
No TMS systems have been configured yet. {{#if user.roles.isAdmin}}You can
configure that now if you wish.
{{else}}You should ask the admin user to set that up
now.{{/if}}


slick
the last carousel you'll ever need
Demo
http://kenwheeler.github.io/slick
CDN
CDN hosted slick is a great way to get set up quick:
In your <head>
add:
````
// Add the slick-theme.css if you want default styling
````
Then, before your closing <body>
tag add:
<script type="text/javascript" src="//cdn.jsdelivr.net/jquery.slick/1.5.9/slick.min.js"></script>
Package Managers
```` //Bower bower install –save slick-carousel
//NPM npm install slick-carousel ````
Contributing
PLEASE review CONTRIBUTING.markdown prior to requesting a feature, filing a pull request or filing an issue.
Data Attribute Settings
In slick 1.5 you can now add settings using the data-slick attribute. You still need to call $(element).slick() to initialize slick on the element.
Example:
```markup
1
2
3
4
5
6
```
Settings
| Option | Type | Default | Description | |||
|---|---|---|---|---|---|---|
| accessibility | boolean | true | Enables tabbing and arrow key navigation | |||
| autoplay | boolean | false | Enables auto play of slides | |||
| autoplaySpeed | int | 3000 | Auto play change interval | |||
| centerMode | boolean | false | Enables centered view with partial prev/next slides. Use with odd numbered slidesToShow counts. | |||
| centerPadding | string | '50px' | Side padding when in center mode. (px or %) | |||
| cssEase | string | 'ease' | CSS3 easing | |||
| customPaging | function | n/a | Custom paging templates. See source for use example. | |||
| dots | boolean | false | Current slide indicator dots | |||
| dotsClass | string | 'slick-dots' | Class for slide indicator dots container | |||
| draggable | boolean | true | Enables desktop dragging | |||
| easing | string | 'linear' | animate() fallback easing | |||
| edgeFriction | integer | 0.15 | Resistance when swiping edges of non-infinite carousels | |||
| fade | boolean | false | Enables fade | |||
| arrows | boolean | true | Enable Next/Prev arrows | |||
| appendArrows | string | $(element) | Change where the navigation arrows are attached (Selector, htmlString, Array, Element, jQuery object) | |||
| appendDots | string | $(element) | Change where the navigation dots are attached (Selector, htmlString, Array, Element, jQuery object) | |||
| mobileFirst | boolean | false | Responsive settings use mobile first calculation | |||
| prevArrow | string (html | jQuery selector) | object (DOM node | jQuery object) | Allows you to select a node or customize the HTML for the "Previous" arrow. | |
| nextArrow | string (html | jQuery selector) | object (DOM node | jQuery object) | Allows you to select a node or customize the HTML for the "Next" arrow. | |
| infinite | boolean | true | Infinite looping | |||
| initialSlide | integer | 0 | Slide to start on | |||
| lazyLoad | string | 'ondemand' | Accepts 'ondemand' or 'progressive' for lazy load technique | |||
| pauseOnHover | boolean | true | Pauses autoplay on hover | |||
| pauseOnDotsHover | boolean | false | Pauses autoplay when a dot is hovered | |||
| respondTo | string | 'window' | Width that responsive object responds to. Can be 'window', 'slider' or 'min' (the smaller of the two). | |||
| responsive | object | null | Object containing breakpoints and settings objects (see demo). Enables settings sets at given screen width. Set settings to "unslick" instead of an object to disable slick at a given breakpoint. | |||
| rows | int | 1 | Setting this to more than 1 initializes grid mode. Use slidesPerRow to set how many slides should be in each row. | |||
| slide | string | '' | Slide element query | |||
| slidesPerRow | int | 1 | With grid mode intialized via the rows option, this sets how many slides are in each grid row. | |||
| slidesToShow | int | 1 | # of slides to show at a time | |||
| slidesToScroll | int | 1 | # of slides to scroll at a time | |||
| speed | int | 300 | Transition speed | |||
| swipe | boolean | true | Enables touch swipe | |||
| swipeToSlide | boolean | false | Swipe to slide irrespective of slidesToScroll | |||
| touchMove | boolean | true | Enables slide moving with touch | |||
| touchThreshold | int | 5 | To advance slides, the user must swipe a length of (1/touchThreshold) * the width of the slider. | |||
| useCSS | boolean | true | Enable/Disable CSS Transitions | |||
| variableWidth | boolean | false | Disables automatic slide width calculation | |||
| vertical | boolean | false | Vertical slide direction | |||
| verticalSwiping | boolean | false | Changes swipe direction to vertical | |||
| rtl | boolean | false | Change the slider's direction to become right-to-left | |||
| waitForAnimate | boolean | true | Ignores requests to advance the slide while animating | |||
| zIndex | number | 1000 | Set the zIndex values for slides, useful for IE9 and lower |
Events
In slick 1.4, callback methods have been deprecated and replaced with events. Use them before the initialization of slick as shown below:
```javascript // On swipe event $('.your-element').on('swipe', function(event, slick, direction){ console.log(direction); // left });
// On edge hit $('.your-element').on('edge', function(event, slick, direction){ console.log('edge was hit') });
// On before slide change $('.your-element').on('beforeChange', function(event, slick, currentSlide, nextSlide){ console.log(nextSlide); }); ```
| Event | Params | Description |
|---|---|---|
| afterChange | event, slick, currentSlide | After slide change callback |
| beforeChange | event, slick, currentSlide, nextSlide | Before slide change callback |
| breakpoint | event, slick, breakpoint | Fires after a breakpoint is hit |
| destroy | event, slick | When slider is destroyed, or unslicked. |
| edge | event, slick, direction | Fires when an edge is overscrolled in non-infinite mode. |
| init | event, slick | When Slick initializes for the first time callback. Note that this event should be defined before initializing the slider. |
| reInit | event, slick | Every time Slick (re-)initializes callback |
| setPosition | event, slick | Every time Slick recalculates position |
| swipe | event, slick, direction | Fires after swipe/drag |
Methods
Methods are called on slick instances through the slick method itself in version 1.4, see below:
```javascript // Add a slide $('.your-element').slick('slickAdd',"<div></div>");
// Get the current slide var currentSlide = $('.your-element').slick('slickCurrentSlide'); ```
This new syntax allows you to call any internal slick method as well:
javascript
// Manually refresh positioning of slick
$('.your-element').slick('setPosition');
| Method | Argument | Description | ||
|---|---|---|---|---|
| slick | options : object | Initializes Slick | ||
| unslick | Destroys Slick | |||
| slickNext | Triggers next slide | |||
| slickPrev | Triggers previous slide | |||
| slickPause | Pause Autoplay | |||
| slickPlay | Start Autoplay | |||
| slickGoTo | index : int, dontAnimate : bool | Goes to slide by index, skipping animation if second parameter is set to true | ||
| slickCurrentSlide | Returns the current slide index | |||
| slickAdd | element : html or DOM object, index: int, addBefore: bool | Add a slide. If an index is provided, will add at that index, or before if addBefore is set. If no index is provided, add to the end or to the beginning if addBefore is set. Accepts HTML String | Object | |
| slickRemove | index: int, removeBefore: bool | Remove slide by index. If removeBefore is set true, remove slide preceding index, or the first slide if no index is specified. If removeBefore is set to false, remove the slide following index, or the last slide if no index is set. | ||
| slickFilter | filter : selector or function | Filters slides using jQuery .filter syntax | ||
| slickUnfilter | Removes applied filter | |||
| slickGetOption | option : string(option name) | Gets an option value. | ||
| slickSetOption | option : string(option name), value : depends on option, refresh : boolean | Sets an option live. Set refresh to true if it is an option that changes the display |
Example
Initialize with:
javascript
$(element).slick({
dots: true,
speed: 500
});
Destroy with:
javascript
$(element).slick('unslick');
Sass Variables
| Variable | Type | Default | Description |
|---|---|---|---|
| $slick-font-path | string | "./fonts/" | Directory path for the slick icon font |
| $slick-font-family | string | "slick" | Font-family for slick icon font |
| $slick-loader-path | string | "./" | Directory path for the loader image |
| $slick-arrow-color | color | white | Color of the left/right arrow icons |
| $slick-dot-color | color | black | Color of the navigation dots |
| $slick-dot-color-active | color | $slick-dot-color | Color of the active navigation dot |
| $slick-prev-character | string | '\2190' | Unicode character code for the previous arrow icon |
| $slick-next-character | string | '\2192' | Unicode character code for the next arrow icon |
| $slick-dot-character | string | '\2022' | Unicode character code for the navigation dot icon |
| $slick-dot-size | pixels | 6px | Size of the navigation dots |
Dependencies
jQuery 1.7
License
Copyright (c) 2014 Ken Wheeler
Licensed under the MIT license.
Free as in Bacon.


#proudcontributor
This is a small try to get rid off genrating badges for every event wich includes Github Username. Thank You! 👑 Anonymous Developer From Billionaire World 👑
Made With By 👑SakshamSharma👑


Changelog
All notable changes to this project will be documented in this file.
The format is based on Keep a Changelog, and this project adheres to Python Versioning.
[0.2]
Added
- Add codecov
- Add CI/CD
- Improve documentation and serve it on GitHub pages
- Add many tests
- Add
ZKSDKError
exception with PULL SDK and WINSOCK text error description - Implement device and door parameters read/write with datatype control
- Add some enums
- Make event
poll()
method - Implement connecting by
ZKDevice
object - Add device search method
- Implement
DocDict
andDocValue
classes in order to annotate SDK integer values - Add restart device method
- Add fluent interface for events, readers, relays, aux inputs, doors with indexing support
Changed
- Improve project description in
setup.py
- Add
ctypes
wrapper module to be able to import the project modules on Linux - Raise
ZKSDKError
instead ofRuntimeError
on SDK function failure - BREAKING CHANGE. Keep number fields in
Event
as integers - Make
EVENT_TYPES
as dict with annotateble values - BREAKING CHANGE. ZKAccess connstr constructor parameter now must be keyword parameter and be
str
type instead ofbytes
- Split project to several files
- BREAKING CHANGE. Split up
ZKAccess
class ontoZKSDK
(implementation) andZKAccess
(interface). Movezk*
methods toZKSDK
- BREAKING CHANGE. Convert
ControlOperation
,RelayGroup
,VERIFY_MODES
to pythonEnum
Removed
- BREAKING CHANGE. Remove
enable_relay*
andread_events
methods
[0.1]
Added
- Implement reading events
- Implement switching relays
- Make enums related to SDK functions
- Write SDK installation info


You profile {{ctrl.model.email}} was successfully created. You will receive email to confirm.
You successfully login with {{ctrl.model.loginProvider}} profile.


(100% CSS)
1
2
3
test
4
5
6
(last)
(adaptiveHeight: true | autoplay: true | disable on mobile | infinite: false)
1
2
3
4
5
(Responsive enabled | adaptiveHeight: true | 4 at 1280px)
1
2
3
4
5
6
7
8
9
10
Below example of moving elements and custom paging:
(mobile only | custom prev/next)
Prev
Next
1
2
3


Website Review
Name:
{{ form.name }}
Email:
{{ form.email}}
Feedback:
{{ form.feedback}}
{% csrf_token %}
* Fill in the feedback textarea with your critics and comments.Thank you so much for reviewing *


Introduction
Cascading Style Sheets (CSS) is a stylesheet language used to describe the presentation of a document written in HTML or XML (including XML dialects such as SVG, MathML or XHTML). CSS describes how elements should be rendered on screen, on paper, in speech, or on other media.
CSS key concepts:
-
The syntax and forms of the language
-
Specificity, inheritance, and the Cascade
-
CSS units and values and functional notations
-
Box model and margin collapse
-
The containing block
-
Stacking and block-formatting contexts
-
Initial, computed, used, and actual values
-
CSS shorthand properties
-
CSS Flexible Box Layout
-
CSS Grid Layout
-
CSS selectors
-
Media queries
-
Animation
Basic concepts of flexbox
The Flexible Box Module, usually referred to as flexbox, was designed as a one-dimensional layout model, and as a method that could offer space distribution between items in an interface and powerful alignment capabilities. This article gives an outline of the main features of flexbox, which we will be exploring in more detail in the rest of these guides.
When we describe flexbox as being one dimensional we are describing the fact that flexbox deals with layout in one dimension at a time — either as a row or as a column. This can be contrasted with the two-dimensional model of CSS Grid Layout, which controls columns and rows together.
.box {
display: flex;
}
.box {
display: flex;
flex-direction: row-reverse;
}
Basic Concepts of grid layout
CSS Grid Layout introduces a two-dimensional grid system to CSS. Grids can be used to lay out major page areas or small user interface elements. This article introduces the CSS Grid Layout and the new terminology that is part of the CSS Grid Layout Level 1 specification. The features shown in this overview will then be explained in greater detail in the rest of this guide.
.wrapper {
display: grid;
}
Using CSS transforms
By modifying the coordinate space, CSS transforms change the shape and position of the affected content without disrupting the normal document flow. This guide provides an introduction to using transforms.
CSS transforms are implemented using a set of CSS properties that let you apply affine linear transformations to HTML elements. These transformations include rotation, skewing, scaling, and translation both in the plane and in the 3D space.
.back {
background: rgba(0, 255, 0, 1);
color: black;
transform: rotateY(180deg) translateZ(50px);
}
.cube {
width: 100%;
height: 100%;
backface-visibility: visible;
perspective-origin: 150% 150%;
transform-style: preserve-3d;
}
Reference
-
All the documentation in this page is taken from MDN


Hello! I am a System Administrator interested in scripting, automation, and a little bit of web design.
See the Pen FCC Calculator by Sanjeev Pandey (@yednap) on CodePen.
See the Pen FCC Pomodoro Timer by Sanjeev Pandey (@yednap) on CodePen.
See the Pen FCC Weather by Sanjeev Pandey (@yednap) on CodePen.


mockspresso-mockito / com.episode6.hackit.mockspresso.mockito / MockitoPlugin / <init>
<init>
MockitoPlugin()
Deprecated: This functionality is now exposed by the kotlin extension method `mockByMockito()` and its JavaSupport counterpart MockspressoMockitoPluginsJavaSupport#mockByMockito()
This class will be removed in a future release
A MockspressoPlugin that applies the mockito mocker config.