The Bank of Karabraxos is a financial institution used by the ultra-wealthy of the galaxy. It is the most secure bank in the galaxy: no one stepped foot on the planet without protocols, all movement is monitored, air consumption was regulated and DNA is required at every stage. Therefore, extremely valuable items are stored in the bank as well.
Tardis Wiki Page


1otal events Heterogeneity: Chi? = 0.00, df = 1 (P = 0.96); 2 = 0% Test for overall effect: Z = 2.74 (P = 0.006)
1.1.3 Chair-stand improvement
Beck 2016 [41], MET+PS vs Con, free living
Beck 2016 [41], MET+PS vs Con, nursing home Rosendahl 2006 [57], MET+PS vs CG
Subtotal (95% Cl)
Total events
Heterogeneity: Chi? = 2.09, df = 2 (P = 0.35); ? = 4% Test for overall effect: Z = 2.04 (P = 0.04)
2e
23
24
49
46
4 95
57
63
2.00 [0.64, 6.24) 17.31 [0.73, 407.67, 1.61 [0.79, 3.29) 1.86 [1.03, 3.37]
_| +t. >
=
<o- tt t+>—_ Si 0.01 0.1 1 10 100
Favours [Control] Favours [PS plus ET]


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All curl_multi_setopt options listed
All existing options for curl_multi_setopt in alphabetical order.
| CURLMOPT_CHUNK_LENGTH_PENALTY_SIZE | chunk length threshold for pipelining |
| CURLMOPT_CONTENT_LENGTH_PENALTY_SIZE | size threshold for pipelining penalty |
| CURLMOPT_MAXCONNECTS | set size of connection cache |
| CURLMOPT_MAX_HOST_CONNECTIONS | set max number of connections to a single host |
| CURLMOPT_MAX_PIPELINE_LENGTH | maximum number of requests in a pipeline |
| CURLMOPT_MAX_TOTAL_CONNECTIONS | max simultaneously open connections |
| CURLMOPT_PIPELINING | enable HTTP pipelining and multiplexing |
| CURLMOPT_PIPELINING_SERVER_BL | pipelining server blacklist |
| CURLMOPT_PIPELINING_SITE_BL | pipelining host blacklist |
| CURLMOPT_PUSHDATA | pointer to pass to push callback |
| CURLMOPT_PUSHFUNCTION | callback that approves or denies server pushes |
| CURLMOPT_SOCKETDATA | custom pointer passed to the socket callback |
| CURLMOPT_SOCKETFUNCTION | callback informed about what to wait for |
| CURLMOPT_TIMERDATA | custom pointer to pass to timer callback |
| CURLMOPT_TIMERFUNCTION | set callback to receive timeout values |


Our mission is to inspire curiosity, creativity and passion within child of all ages while providing the highest quality professional training in the musical theatre arts. The arts are a function of being human, as they have been in every culture across time. Performing arts training at Saint Ann Foundation Centre cultivates children’s’ ability to create and empowers them to use their voice with courage. Performing Arts develops the critical problem solving and communication skills of children that are vital in creating today’s complex society. Children of Saint Ann Foundation performing arts education will be innovative in their approach to contemporary society’s most pressing issues, as they become savvy consumers and producers of culture.
2017 © Saint Ann Foundation. All rights reserved.


Quest for Camelot (G) * 1/2 Featuring the voices of Cary Elwes, Eric Idle Directed by Frederik Du Chau A Review by Frankie Paiva
I challenge any film reviewer to find an animated film that is more sickeningly bad, predictable, and stupidly sappy than this one. The winner (if one finds a film worse than this) will receive the chance to remove this movie from all video shelves across America.
Kayley (Jessalyn Gilsig) has always dreamed of becoming a knight of the round table just like her father Sir Lionel (Gabriel Bryne) so when the evil Ruber (Gary Oldman, who's character is scarier than he is) has his Griffin steal Excalibur, he plans to rule all, but the Griffin drops it in the "Forbidden Forest."
Kayley runs away from her mother (Jane Seymour) to find the famed sword where she meets up with a blind man (Elwes) who has magically lived his entire life in the forest alone with a falcon that helps him see.
Throw in a two-headed wisecracking dragon and you've got probably one of the worst family films ever made. Never mind that the animation is pretty, and Kayley always remains pretty and clean throughout the entire movie, this is just plain bad material (that doesn't deserve this long of a review) and for that I give it a paltry * 1/2 stars.
A Review by Frankie Paiva The 12 Year-Old Movie Reviewer E-Mail Me at<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


--- title: esol keywords: fastai sidebar: home_sidebar summary: "Using molmapnets for regression, with descriptors, or fingerprints, or both. Tested on the eSOL dataset." description: "Using molmapnets for regression, with descriptors, or fingerprints, or both. Tested on the eSOL dataset." nb_path: "03_esol.ipynb" ---
%config Completer.use_jedi = False
import matplotlib.pyplot as plt
import numpy as np
import seaborn as sns
sns.set_theme(palette='Set2')
colors = sns.color_palette()
colors
import torch
from torch import nn, optim
import torch.nn.functional as F
torch.set_default_dtype(torch.float64)
from torch.utils.data import Dataset, DataLoader, random_split
from chembench import dataset
from molmap import MolMap
from molmapnets.data import SingleFeatureData, DoubleFeatureData
from molmapnets.models import MolMapRegression
data = dataset.load_ESOL()
We have the smiles (Simplified Molecular Input Line Entry Specification) for different proteins and their corresponding solubility measure:
data.df.head()
Using MolMap we can extract features using the smiles as input. We can specify the feature type ftype
, feature pairwise distance calculation method metric
, and feature grid arrangement method fmap_type
:
MolMap?
descriptor = MolMap(ftype='descriptor', metric='cosine',)
fingerprint = MolMap(ftype='fingerprint', metric='cosine')
After setting up the feature extracting method, we can then use the .fit
method of the feature object to extract the features. During this step we need to specify the algorithm (method
) to embed higher dimensional features to 2D presentation:
descriptor.fit(verbose=0, method='umap', min_dist=0.1, n_neighbors=15,)
fingerprint.fit(verbose=0, method='umap', min_dist=0.1, n_neighbors=10,)
We can visualise the feature maps easily with MolMap, but the visualisations are removed to avoid crushing the notebook.
X = descriptor.batch_transform(data.x)
X.shape
In PyTorch the training data for computer vision problems takes the shape (n_channels, hight, width)
, while the features extracted from MolMap
take the shape (hight, width, n_channels)
, so we'll first correct it by moving the channels dimension before the feature map dimensions.
torch.movedim(torch.from_numpy(X), -1, 1).shape
Y = data.y
Y.shape
Now from these feature maps we can create the dataset suitable for training models in PyTorch
esol = SingleFeatureData(data.y, X)
train, val, test = random_split(esol, [904,112,112], generator=torch.Generator().manual_seed(7))
len(train), len(val), len(test)
train_loader = DataLoader(train, batch_size=8, shuffle=True)
val_loader = DataLoader(val, batch_size=8, shuffle=True)
test_loader = DataLoader(test, batch_size=8, shuffle=True)
And we can get one batch of data by making the data loader iterable
x, t = next(iter(train_loader))
t
x.shape
Finally with the data prepared we can train the models. These are tests to show that the models work as expected, but we can certainly fine tune the model to achieve better results.
model = MolMapRegression()
epochs = 5
device = torch.device("cuda:0" if torch.cuda.is_available() else "cpu")
model.to(device)
optimizer = optim.Adam(model.parameters(), lr=0.001)
criterion = nn.MSELoss()
And the training loop
for epoch in range(epochs):
running_loss = 0.0
for i, (xb, yb) in enumerate(train_loader):
xb, yb = xb.to(device), yb.to(device)
# zero gradients
optimizer.zero_grad()
# forward propagation
pred = model(xb)
# loss calculation
loss = criterion(pred, yb)
loss.backward()
optimizer.step()
# print statistics
running_loss += loss.item()
if (i+1) % 50 == 0:
print('[Epoch: %d, Iter: %5d] Training loss: %.3f' %
(epoch + 1, i + 1, running_loss / (i+1)))
print('Training finished')
Loss on validation data set
running_loss = 0.0
with torch.no_grad():
for i, (xb, yb) in enumerate(val_loader):
xb, yb = xb.to(device), yb.to(device)
# forward propagation
pred = model(xb)
# loss calculation
loss = criterion(pred, yb)
running_loss += loss.item()
if (i+1) % 3 == 0:
print('[Iter: %5d] Validation loss: %.3f' %
(i + 1, running_loss / (i+1)))
X_fingerprint = fingerprint.batch_transform(data.x)
X_fingerprint.shape
Now from these feature maps we can create the dataset suitable for training models in PyTorch
esol_fingerprint = SingleFeatureData(data.y, X_fingerprint)
train_fingerprint, val_fingerprint, test_fingerprint = random_split(esol_fingerprint, [904,112,112], generator=torch.Generator().manual_seed(7))
len(train), len(val), len(test)
train_loader_fingerprint = DataLoader(train_fingerprint, batch_size=8, shuffle=True)
val_loader_fingerprint = DataLoader(val_fingerprint, batch_size=8, shuffle=True)
test_loader_fingerprint = DataLoader(test_fingerprint, batch_size=8, shuffle=True)
And we can get one batch of data by making the data loader iterable
x, t = next(iter(train_loader_fingerprint))
t.shape
x.shape
And regression. Different feature maps have different number of channels.
model_fingerprint = MolMapRegression(conv_in1=12)
epochs = 5
device = torch.device("cuda:0" if torch.cuda.is_available() else "cpu")
model_fingerprint.to(device)
optimizer = optim.Adam(model_fingerprint.parameters(), lr=0.001)
criterion = nn.MSELoss()
And the training loop
for epoch in range(epochs):
running_loss = 0.0
for i, (xb, yb) in enumerate(train_loader_fingerprint):
xb, yb = xb.to(device), yb.to(device)
# zero gradients
optimizer.zero_grad()
# forward propagation
pred = model_fingerprint(xb)
# loss calculation
loss = criterion(pred, yb)
loss.backward()
optimizer.step()
# print statistics
running_loss += loss.item()
if (i+1) % 50 == 0:
print('[Epoch: %d, Iter: %5d] Training loss: %.3f' %
(epoch + 1, i + 1, running_loss / (i+1)))
print('Training finished')
Loss on validation data set
running_loss = 0.0
with torch.no_grad():
for i, (xb, yb) in enumerate(val_loader_fingerprint):
xb, yb = xb.to(device), yb.to(device)
# forward propagation
pred = model_fingerprint(xb)
# loss calculation
loss = criterion(pred, yb)
running_loss += loss.item()
if (i+1) % 3 == 0:
print('[Iter: %5d] Validation loss: %.3f' %
(i + 1, running_loss / (i+1)))
Now we can feed both the feature maps to the model as a tuple
double_feature = DoubleFeatureData(data.y, (X, X_fingerprint))
train_double, val_double, test_double = random_split(double_feature, [904,112,112], generator=torch.Generator().manual_seed(7))
len(train_double), len(val_double), len(test_double)
train_loader_double = DataLoader(train_double, batch_size=8, shuffle=True)
val_loader_double = DataLoader(val_double, batch_size=8, shuffle=True)
test_loader_double = DataLoader(test_double, batch_size=8, shuffle=True)
And we can get one batch of data by making the data loader iterable
x, t = next(iter(train_loader_double))
t.shape
x1, x2 = x
x1.shape, x2.shape
And regression. Different feature maps have different number of channels.
model_double = MolMapRegression(conv_in1=13, conv_in2=12)
epochs = 5
device = torch.device("cuda:0" if torch.cuda.is_available() else "cpu")
model_double.to(device)
optimizer = optim.Adam(model_double.parameters(), lr=0.001)
criterion = nn.MSELoss()
And the training loop
for epoch in range(epochs):
running_loss = 0.0
for i, ((x1, x2), yb) in enumerate(train_loader_double):
x1, x2, yb = x1.to(device), x2.to(device), yb.to(device)
# zero gradients
optimizer.zero_grad()
# forward propagation
pred = model_double((x1, x2))
# loss calculation
loss = criterion(pred, yb)
loss.backward()
optimizer.step()
# print statistics
running_loss += loss.item()
if (i+1) % 50 == 0:
print('[Epoch: %d, Iter: %5d] Training loss: %.3f' %
(epoch + 1, i + 1, running_loss / (i+1)))
print('Training finished')
Loss on validation data set
running_loss = 0.0
with torch.no_grad():
for i, ((x1, x2), yb) in enumerate(val_loader_double):
x1, x2, yb = x1.to(device), x2.to(device), yb.to(device)
# forward propagation
pred = model_double((x1, x2))
# loss calculation
loss = criterion(pred, yb)
running_loss += loss.item()
if (i+1) % 3 == 0:
print('[Iter: %5d] Validation loss: %.3f' %
(i + 1, running_loss / (i+1)))
print('Validation finished')


Topicstarter
I would like to see a function for plugin devs, where they can specify options to be saved.
So that no plugin needs to implement it by itself, that there is a general location for that.
Would be great that people can also select options for plugins, when they provide some.
BrainFooLong
Administrator
Plugins devs can use BBLog.storage(key[, value]) for permanent storage.
Plugin options must be implemented by the plugin itself.


Show page "popup" (as a dialog)
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I'm the second in the source order so I'm hidden when the page loads. I'm just shown if a link that references my id is beeing clicked.
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This appl is written by Dung Q. Vu.
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Aurelia Markdown
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Please note that this project is released with a Contributor Code of Conduct
. By participating in this project you agree to abide by its terms.
The devtools
R
package is required in order to install any packages from GitHub
. Run the following code in an R
console:
if (!'devtools' %in% rownames(installed.packages())) {
install.packages('devtools')
}
devtools::install_github('paul-james/pjames')
This R
package repo is a collection of functions put together for use by me and my friends. This is meant to help keep your .Rprofile
and the global environment clear. For example, the rm(list = ls())
command clears out any custom functions defined in the .Rprofile
because those functions are part of the global environment. This also saves time and effort pasting/sourcing commonly used functions to the top of every R
script you write. All these manual steps can be avoided with the use of a package.
Using the functions within this package, though helpful for everyday coding, may pose a repoducibility issue. If you were to share your sweet script with someone and you used one of the functions defined in this package, your friend will get errors, Error: could not find function "mylib"
, if they don’t also have access to the package on their computer/server.
A few methods for reproducibility:
plotly
or dplyr
.Base R
equivalents.source()
in that script of functions.
The problem with adopting the last two methods listed is if you’re using the same user defined functions across many/all projects, then you’re copying and pasting them into every single project.


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Docs
Create Networkpolicy
Enabling NetworkPolicy for VirtualMachineInstance
Before creating NetworkPolicy objects, make sure you are using a networking solution which supports NetworkPolicy. Network isolation is controlled entirely by NetworkPolicy objects. By default, all vmis in a namespace are accessible from other vmis and network endpoints. To isolate one or more vmis in a project, you can create NetworkPolicy objects in that namespace to indicate the allowed incoming connections.
Note: vmis and pods are treated equally by network policies, since labels are passed through to the pods which contain the running vmi. With other words, labels on vmis can be matched by
spec.podSelector
on the policy.
Create NetworkPolicy to Deny All Traffic
To make a project “deny by default” add a NetworkPolicy object that matches all vmis but accepts no traffic.
kind: NetworkPolicy
apiVersion: networking.k8s.io/v1
metadata:
name: deny-by-default
spec:
podSelector:
ingress: []
Create NetworkPolicy to only Accept connections from vmis within namespaces
To make vmis accept connections from other vmis in the same namespace, but reject all other connections from vmis in other namespaces:
kind: NetworkPolicy
apiVersion: networking.k8s.io/v1
metadata:
name: allow-same-namespace
spec:
podSelector:
ingress:
- from:
- podSelector: {}
Create NetworkPolicy to only allow HTTP and HTTPS traffic
To enable only HTTP and HTTPS access to the vmis, add a NetworkPolicy object similar to:
kind: NetworkPolicy
apiVersion: networking.k8s.io/v1
metadata:
name: allow-http-https
spec:
podSelector:
ingress:
- ports:
- protocol: TCP
port: 8080
- protocol: TCP
port: 8443
Create NetworkPolicy to deny traffic by labels
To make one specific vmi with a label type: test
to reject all traffic from other vmis, create:
kind: NetworkPolicy
apiVersion: networking.k8s.io/v1
metadata:
name: deny-by-label
spec:
podSelector:
matchLabels:
type: test
ingress: []
Kubernetes Networkpolicy Documentation can be found here: Kubernetes Networkpolicy


{% extends "layouts/auth.html" %} {% block body_block %} {% load static %}
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Enter your personal details and start your journey with Amee today.


服务¶
“Services” are the heart of every Feathers application. Services are JavaScript objects (or instances of ES6 classes) that implement certain methods. Feathers itself will also add some additional methods and functionality to its services.
Service methods¶
Service methods are pre-defined
CRUD
methods that your service object can implement (or that have already
been implemented by one of the database adapters). Below is a complete example of the
Feathers service interface as a normal JavaScript object either
returning a
`Promise
<https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Promise>`_
or using
async/await:
{% codetabs name=“Promise”, type=“js” -%} const myService = { find(params) { return Promise.resolve([]); }, get(id, params) {}, create(data, params) {}, update(id, data, params) {}, patch(id, data, params) {}, remove(id, params) {}, setup(app, path) {} }
app.use(‘/my-service’, myService); {%- language name=“async/await”, type=“js” -%} const myService = { async find(params) { return []; }, async get(id, params) {}, async create(data, params) {}, async update(id, data, params) {}, async patch(id, data, params) {}, async remove(id, params) {}, setup(app, path) {} }
app.use(‘/my-service’, myService); {%- endcodetabs %}
Services can also be an instance of an ES6 class:
.. code-block:: js class MyService { find(params) { return Promise.resolve([]); } get(id, params) {} create(data, params) {} update(id, data, params) {} patch(id, data, params) {} remove(id, params) {} setup(app, path) {} }
app.use(‘/my-service’, new MyService()); {%- language name=“async/await”, type=“js” -%} class MyService { async find(params) { return []; } async get(id, params) {} async create(data, params) {} async update(id, data, params) {} async patch(id, data, params) {} async remove(id, params) {} setup(app, path) {} }
app.use(‘/my-service’, new MyService()); {%- endcodetabs %}
ProTip: Methods are optional, and if a method is not implemented Feathers will automatically emit a
NotImplemented
error.
重要
Always use the service returned by
app.service(path)
not the service object (the myService
object above) directly. See the app.service
documentation for more information.
Service methods must return a
`Promise
<https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Promise>`_
or be declared as async
and have the following parameters:
id
— The identifier for the resource. A resource is the data identified by a unique id.data
— The resource data.params
- Additional parameters for the method call, see params
Once registered, the service can be retrieved and used via app.service():
const myService = app.service('my-service');
myService.find().then(items => console.log('.find()', items));
myService.get(1).then(item => console.log('.get(1)', item));
Keep in mind that services don’t have to use databases. You could easily replace the database in the example with a package that uses some API to, for example, pull in GitHub stars or stock ticker data.
重要
This section describes the general usage of service methods and how to implement them. They are already implemented by the official Feathers database adapters. For specifics on how to use the database adapters, see the database adapters common API.
params¶
params
contain additional information for the service method call.
Some properties in params
can be set by Feathers already. Commonly
used are:
params.query
- the query parameters from the client, either passed as URL query parameters (see the 表达 chapter) or through websockets (see Socket.io or Primus).params.provider
- The transport (rest
,socketio
orprimus
) used for this service call. Will beundefined
for internal calls from the server (unless passed explicitly).:doc:
params.user
- The authenticated user, either set by Feathers authentication <./authentication/server> or passed explicitly.活动频道.
重要
For external calls only params.query
will be sent
between the client and server. If not passed, params.query
will
be undefined
for internal calls.
.find(params)¶
service.find(params) -> Promise
- Retrieves a list of all resources
from the service. Provider parameters will be passed as
params.query
.
app.use('/messages', {
find(params) {
return Promise.resolve([
{
id: 1,
text: 'Message 1'
}, {
id: 2,
text: 'Message 2'
}
]);
}
});
注解
find
does not have to return an array; it can also
return an object. The database adapters already do this for
pagination.
.get(id, params)¶
service.get(id, params) -> Promise
- Retrieves a single resource
with the given id
from the service.
app.use('/messages', {
get(id, params) {
return Promise.resolve({
id,
text: `You have to do ${id}!`
});
}
});
.create(data, params)¶
service.create(data, params) -> Promise
- Creates a new resource
with data
. The method should return a Promise
with the newly
created data. data
may also be an array.
app.use('/messages', {
messages: [],
create(data, params) {
this.messages.push(data);
return Promise.resolve(data);
}
});
重要
A successful create
method call emits the
:doc:`created
service event <./events#created>`.
.update(id, data, params)¶
service.update(id, data, params) -> Promise
- Replaces the resource
identified by id
with data
. The method should return a
Promise
with the complete, updated resource data. id
can also be
null
when updating multiple records, with params.query
containing the query criteria.
重要
A successful update
method call emits the
:doc:`updated
service event <./events#updated>`.
.patch(id, data, params)¶
patch(id, data, params) -> Promise
- Merges the existing data of the
resource identified by id
with the new data
. id
can also be
null
indicating that multiple resources should be patched with
params.query
containing the query criteria.
The method should return with the complete, updated resource data.
Implement patch
additionally (or instead of) update
if you want
to distinguish between partial and full updates and support the
PATCH
HTTP method.
重要
A successful patch
method call emits the
:doc:`patched
service event <./events#patched>`.
.remove(id, params)¶
service.remove(id, params) -> Promise
- Removes the resource with
id
. The method should return a Promise
with the removed
resource. id
can also be null
, which indicates the deletion of
multiple resources, with params.query
containing the query criteria.
重要
A successful remove
method call emits the
:doc:`removed
service event <./events#remove>`.
.setup(app, path)¶
service.setup(app, path) -> Promise
is a special method that
initializes the service, passing an instance of the Feathers application
and the path it has been registered on.
For services registered before app.listen
is invoked, the setup
function of each registered service is called on invoking
app.listen
. For services registered after app.listen
is invoked,
setup
is called automatically by Feathers when a service is
registered.
hooks/readme.
// app.js
'use strict';
const feathers = require('@feathersjs/feathers');
const rest = require('@feathersjs/express/rest');
class MessageService {
get(id, params) {
return Promise.resolve({
id,
read: false,
text: `Feathers is great!`,
createdAt: new Date.getTime()
});
}
}
class MyService {
setup(app) {
this.app = app;
}
get(name, params) {
const messages = this.app.service('messages');
return messages.get(1)
.then(message => {
return { name, message };
});
}
}
const app = feathers()
.configure(rest())
.use('/messages', new MessageService())
.use('/my-service', new MyService())
app.listen(3030);
Feathers functionality¶
When registering a service, Feathers (or its plugins) can also add its own methods to a service. Most notably, every service will automatically become an instance of a NodeJS EventEmitter.
.publish([event, ] publisher)¶
Register an event publishing callback. For more information, see the 活动频道.
.mixin(mixin)¶
service.mixin(mixin) -> service
extends the functionality of a
service. For more information see the
Uberproto project page.
.on(eventname, listener)¶
Provided by the core NodeJS EventEmitter
.on.
Registers a listener
method (function(data) {}
) for the given
eventname
.
重要
For more information about service events, see the 活动.
.emit(eventname, data)¶
Provided by the core NodeJS EventEmitter
.emit.
Emits the event eventname
to all event listeners.
重要
For more information about service events, see the 活动.
.removeListener(eventname, [ listener ])¶
Provided by the core NodeJS EventEmitter
.removeListener.
Removes all listeners, or the given listener, for eventname
.
重要
For more information about service events, see the 活动.


hex2diag is a JavaScript tool to easily add hexagonal boards to a webpage. The
source code was based on the board2diag tool.
First, one has to include the call to the board2diag.js file, in the following
form:
<SCRIPT LANGUAGE="JavaScript" src="hex2diag.js"></SCRIPT>
Then, one can use a new JavaScript part, and make a call to hex2diag. This
version assumes all files are in the same directory (this is easily changed).
Just click on
to download the actual version.
The function has one argument, which is a string of the following form:
- Number of columns of the first row
- Comma
- Number of columns of the maximal row
- Comma
- Number of columns of the bottom row (this just be less than the previous
value, otherwise, it will printed just to the middle row - this is useful
for trapezoid boards)
- String that describes the position. Here:
- a / marks the end of a row
- a . is one empty square
- a ; is one empty cell marked with a green dot
- a : is one empty cell marked with a red dot
- a , is one empty cell marked with a blue dot
- to place stones, use 'xwopqstuv' for black, white, brown,
yellow, gray, blue, green, red, magenta. Use uppercase to mark them.
- to mark empty cell with numbers, use 'a' for 1, 'c' for 2, 'd' for 3'.
- a h is a special piece used to define walls, blocks, ... if you use H
it will blink!
- use number 1,2,3,4,5,6,7,8,9,0 to represent simple stacks of white or
black stones.
- use [abc] to represent composite stacks, use 'e' empty tops, 'w' for
white stone, 'b' for black stone, and 'r' for red stone.
- use @a[direction] to draw arrows, direction are the typical n,w,s,e
and m,o,r,t for nw,ne,sw,se respectively.
- use @d[color][number] to draw dices. Available colors are w(hite) and
b(lue).
Version 0.6 - Dec 2003


Library: Algorithms
Function
An algorithm that rotates the given sequence left by swapping the segment that contains elements from start through mid-1 with the segment that contains the elements from mid through finish
#include <algorithm> namespace std { template <class ForwardIterator> void rotate(ForwardIterator start, ForwardIterator mid, ForwardIterator finish); template <class ForwardIterator, class OutputIterator> OutputIterator rotate_copy(ForwardIterator start, ForwardIterator mid, ForwardIterator finish, OutputIterator result); }
The rotate() algorithm takes three iterator arguments: start, which defines the beginning of a sequence; finish, which defines the end of the sequence; and mid, which defines a point within the sequence. rotate() swaps the segment that contains elements from start through mid-1 with the segment that contains the elements from mid through finish. After rotate() has been applied, the element that was in position mid, is in position start, and the other elements in that segment are in the same order relative to each other. Similarly, the element that was in position start is now in position finish-mid +1. An example illustrates how rotate() works:
Say that we have the sequence:
2 4 6 8 1 3 5
If we call rotate() with mid pointing to 5, the two segments are
2 4 6 8 and 1 3 5
After we apply rotate(), the new sequence is:
1 3 5 2 4 6 8
Note that the element that was in the fifth position is now in the first position, and the element that was in the first position is in position 4 (finish - start + 1, or 8 - 5 +1 =4).
The formal description of this algorithms is: for each non-negative integer i < (finish - start), rotate() places the element from the position start + i into position start + (i + (finish - mid)) % (finish - start). [start, mid) and [mid, finish) are valid ranges.
rotate_copy() rotates the elements as described above, but instead of swapping elements within the same sequence, it copies the result of the rotation to a sequence specified by result. rotate_copy() copies the range [start, finish) to the range [result, result + (finish - start)) such that for each non- negative integer i < (finish - start) the following assignment takes place:
*(result + (i + (finish - mid)) % (finish - start)) = *(start + i).
The ranges [start, finish) and [result, result, + (finish - start)) may not overlap.
For rotate(), at most finish - start swaps are performed.
For rotate_copy(), finish - start assignments are performed.
// // rotate.cpp // #include <algorithm> // for rotate #include <iostream> // for cout, endl #include <vector> // for vector int main () { typedef std::vector<int, std::allocator<int> > Vector; // Initialize a vector with an array of integers. const Vector::value_type arr[] = { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10}; Vector v (arr + 0, arr + sizeof arr / sizeof *arr); typedef std::ostream_iterator<int, char, std::char_traits<char> > Iter; // Print out elements in original (sorted) order. std::cout << "Elements before rotate: \n "; std::copy (v.begin (), v.end (), Iter (std::cout, " ")); // Rotate the elements. std::rotate (v.begin (), v.begin () + 4, v.end ()); // Print out the rotated elements. std::cout << "\n\nElements after rotate: \n "; std::copy (v.begin (), v.end (), Iter (std::cout, " ")); std::cout << std::endl; return 0; } Program Output:
Elements before rotate: 1 2 3 4 5 6 7 8 9 10 Elements after rotate: 5 6 7 8 9 10 1 2 3 4
ISO/IEC 14882:1998 -- International Standard for Information Systems -- Programming Language C++, Section 25.2.10


| html_document_base {rmarkdown} | R Documentation |
Creates an HTML base output format suitable for passing as the
base_format
argument of the output_format
function.
html_document_base( theme = NULL, self_contained = TRUE, lib_dir = NULL, mathjax = "default", pandoc_args = NULL, template = "default", dependency_resolver = NULL, copy_resources = FALSE, extra_dependencies = NULL, bootstrap_compatible = FALSE, ... )
theme |
Visual theme ("default", "cerulean", "journal", "flatly",
"darkly", "readable", "spacelab", "united", "cosmo", "lumen", "paper",
"sandstone", "simplex", or "yeti"). Pass |
self_contained |
Produce a standalone HTML file with no external dependencies, using data: URIs to incorporate the contents of linked scripts, stylesheets, images, and videos. Note that even for self contained documents MathJax is still loaded externally (this is necessary because of its size). |
lib_dir |
Directory to copy dependent HTML libraries (e.g. jquery,
bootstrap, etc.) into. By default this will be the name of the document with
|
mathjax |
Include mathjax. The "default" option uses an https URL from a
MathJax CDN. The "local" option uses a local version of MathJax (which is
copied into the output directory). You can pass an alternate URL or pass
|
pandoc_args |
Additional command line options to pass to pandoc |
template |
Pandoc template to use for rendering. Pass "default" to use
the rmarkdown package default template; pass |
dependency_resolver |
A dependency resolver |
copy_resources |
Copy resources |
extra_dependencies |
Extra dependencies as a list of the
|
bootstrap_compatible |
Bootstrap compatible |
... |
Ignored |
HTML base output format.


--- title: Israel shot 011 date: 2004-01-12T00:00:00.000Z filepathOriginal: photos/IMG0231.jpg filepathThumbnail: photos/IMG0231.thumbnail.jpg filepathPreview: photos/IMG0231.preview.jpg ---
The boyz at Mt Tzvahot: Beck, Kos, Crembo, Me, Asher, and Shtern in the front.


Before Change
prev_best = n_correct
print("Evaluating")
eval_data = list(read_data(data_dir / "test"))
n_correct = sum(y[model.predict(x).guess] == 0 for x, y in eval_data)
print(n_correct / len(eval_data))
if __name__ == "__main__":
After Change
avg_grad = 0.0
for X_y in minibatch(train_data, bs=batch_size):
batch = model.train(X_y)
if str(batch.loss) == "nan":
raise Exception(batch.gradient)
train_loss += batch.loss
avg_grad += batch.l1_gradient
//avg_grad += sum(abs(g) for g in batch.gradient) / model.model.nr_weight
n_correct = sum(y[model.predict(x).guess] == 0 for x, y in dev_data)


RBKmoneyPaymentsSDK 1.0.0 Docs (100% documented)
View on GitHub
RBKmoneyPaymentsSDK Reference CHANGELOG Reference
© 2019 RBKmoney. All rights reserved. (Last updated: 2019-07-18)
Generated by jazzy ♪♫ v0.10.0, a Realm project.


{{clientInfo.First_Name}} {{clientInfo.Middle_Name}} {{clientInfo.Last_Name}} ID: {{clientInfo.UserID}}
Through our discovery session, we learn that her last permanent address was in Chicago. She came to St. Louis with her children to escape a violent domestic situation, does not have a support system here and needs emergency housing. She did not complete her high school education, needs assistance finding and subsidizing a permanent housing solution and likely would benefit from parenting skills classes.
Age{{clientAge}}
Date of Birth{{clientInfo.DOB}}
Date of Entry{{clientInfo.Date_Created}}
Phone Number000.000.0000
<EMAIL_ADDRESS>SSN{{clientInfo.SSN}}
Housing Programs
{{ item.Description }}
Employment Programs
{{ item.Description }}
Medical Programs
{{ item.Description }}
{{ item.msg }}


CRN OKANAGAN
CRN-Okanagan has a wide array of equipment to support all research activities in the field of composites manufacturing, advanced statistical methods, materials engineering and mechanical engineering.
{% load static %}
CRN – Okanagan is a vibrant, diverse and highly active research laboratory, serving local, national and global industries in pursuit of the advancement of composite materials and processes. Research performed has led to many successful graduate research projects and thesis defences by graduate students, as well as practical solutions to company problems, in the form of design or troubleshooting, where applicable.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Vestibulum nibh urna
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Vestibulum nibh urna
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Vestibulum nibh urna
Record Our Latest Posts
{{ article.body | truncatewords:30 | linebreaks }}


#include <stUtil.h>
template<class ClassType>
class stInstanceAllocator< ClassType >
This class template implements a generic allocator used by the stInstanceCache template. It uses the default constructor to create new classes and the delete operator to dispose them.
- Author
- Fabio Jun Takada Chino (chino.nosp@m.@icm.nosp<EMAIL_ADDRESS>-
Marcos Rodrigues Vieira (mrvie.nosp@m.ira@.nosp@m.icmc..nosp<EMAIL_ADDRESS>- Version
- 1.0
- Warning
- There are classes which this concept is not suitable.
Definition at line 1009 of file stUtil.h.
template<class ClassType >
Creates a new instance of the ClassType using the default constructor.
Definition at line 1014 of file stUtil.h.
template<class ClassType >
Disposes a given instance of the ClassType using the operator delete.
Definition at line 1021 of file stUtil.h.
The documentation for this class was generated from the following file:


| Name | Properties | Examples |
|---|---|---|
| p | padding | class="p", class="p-1", class="p-10%" |
| pv | padding-top + padding-bottom | class="pv", class="pv-1", class="pv-10%" |
| pm | padding | class="p", class="p-1", class="p-10%" |
How it works
Toretto did not ship any CSS at all (except of optional reset). Toretto observig your HTML and generates CSS classes on demand.
ClassName Anotomy:
func-[pram1-...paramX][^|@size][:pseudo]
What does it means?
Toretto parses class name and tries to create CSS based on in. Examples:
When Toretto see the class name, algorythm is very plain:
Best of all. Nevertheless on how class name was resolved it will still have responsiveness modificator and pseudo modificators


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About Me
Hello. My name is Byron, and I'm a Web Developer. Currently I work as the Head Developer of Lowaire Digital. I specialise in building web based applications, whether they are for desktops, laptops tablets or mobiles. I have backgrounds in working with both Front End and Back End aspects of applications. Recently I have started delving into the world of AI, and incorporating them into my applications or utilising Amazon Alexa or Google Assistant platforms to build engaging voice based apps. Before I started programming I was involved with the RAF volunteer reserves as an Officer Cadet working my way to a full career in the armed forces. This taught me many valuable lessons and skills which I use daily to manage my time, interact with clients or plan projects


1 reference to MarkSessionAsConnected
Microsoft.PowerShell.Commands.Management (1)
cimSupport\cmdletization\cim\TerminatingErrorTracker.cs (1)
144
this.
MarkSessionAsConnected
(potentiallyBrokenSession);


UrlVerificationEvent(token: String, challenge: String)
Url verification event - see https://api.slack.com/events/url_verification


Tottenham manager Jose Mourinho makes big decision on Christian Eriksen transfer
by Mark BrusTottenham manager Jose Mourinho has reportedly decided to give Christian Eriksen the green light to complete a transfer to Real Madrid.
According to Don Balon, it seems the Portuguese tactician does not hold out much hope of persuading Eriksen to stay at the club as he edges closer to the end of his contract.
MORE: Video: Harry Kane heads home with top finish to give Tottenham commanding lead
Don Balon explain that, from Mourinho’s point of view, he’s ready to sanction Eriksen’s exit, though it may be more complicated than that.
The Spanish outlet go on to say that former Spurs boss Mauricio Pochettino’s potential move to the Bernabeu could end up changing the Denmark international’s mind about the move.
It seems the pair did not have the best relationship at Tottenham, according to Don Balon, so it will be interesting to see where both end up in the near future.
Pochettino seems likely to have his pick of top jobs around Europe after being rather harshly sacked by THFC, while Eriksen is also a world class talent who could surely play for most top teams in the world.
It’s certainly an early blow for Mourinho to have to deal with this likely loss as Spurs manager, but he only started the former Ajax man on the bench against West Ham on Saturday as he picked up a win in his first game in charge.


END OF DAYS (director/cinematographer: Peter Hyams; screenwriter: Andrew W. Marlowe; editor: Steven Kemper; cast: Arnold Schwarzenegger (Jericho Cane), Gabriel Byrne (the Man), Robin Tunney (Christine York), Kevin Pollak (Chicago), Rod Steiger (Father Kovak), C.C.H. Pounder (Det. Margie Francis), Derrick O'Connor (Thomas Aquinas), Rainer Judd (Christine's Step-Mother), Mark Margolis (Pope); Runtime: 120; Beacon Pictures/Universal; 1999)
Reviewed by Dennis Schwartz
Gun wielding Arnold Schwarzenegger has a change of heart by the film's end and becomes a believer in God instead of a skeptic, going through an amazing transformation by having a Christian epiphany in the final scene as he becomes someone who can now beat the Devil by his faith alone...this is after two hours of throwing people out windows and shooting more people than your average serial killer. Nobody can save this bomb from it's own stupidity and arrogance in filmmaking and arrogance in believing that this is a positive religious-type of film. It's just a pile of dreck...an ill-conceived exploitive project, a pyrotechnical film.
"End of Days" aims to be an apocalyptic thriller.  It's just dreary and unwatchable...a big-budget slasher film.
Arnold plays an alcoholic security guard who finds his new mission in life is to stop Satan (occupying Gabriel Byrne's body and possessing a Wall St. bank account) from destroying the world.  Tomaso has some twenty years to find this woman and save her and the world from doom. But some in the Pope's circle want to kill her if found, even though the Pope insists on having faith and letting her live, as he lectures them: "Even in the world's darkest days -- doing evil doesn't stop evil, but brings on more evil."
We saw the girl being born in NYC in 1979, which seems to be the 'logical' place to look for Satan according to the astrology charts of the visionaries. The chosen woman is Christine York (Robin). It is now a few days before the New Year celebration for 2000 and Arnold and his wise-cracking security guard partner Kevin Pollack are hired to guard a Wall Street turd, and when he is fired upon by a renograde priest, Thomas Aquinas, Arnold saves him and through a ridiculous chase captures the tongue less priest who fired the shot. He, nevertheless, can speak and tells Arnold an 'end of days' is coming as prophesized in Revelations. But Satan gets to him in his hospital room and nails him to the ceiling while scribbling Latin warnings of 'the end of the world' on his body.
It is now up to Arnold to save the world and find the chosen woman.  There is nothing spared in NYC from fire bombs -- including the subway, churches, and luxury buildings. The only trouble with all these high-budget action sequences, was that it lacked purpose and even entertainment value.
The story was so terrible and inaccurate, that it did not have an iota of value or credibility. Mercifully the movie drags to a final confrontation in Times Square, trying unsuccessfully to build tension to the countdown toward the year 2000. Why is the end of 1999 considered to be the Devil's number "666,'' well! ... Satan's numeral is actually "999,'' which is upside down of "666.''  With logic like that, this film might even think it pulled the wool over the viewer's eyes and got away with such a febrile explanation of the occult. This film should become a classic used by film schools in how not to make a horror film. I highly recommend seeing it for that purpose.
REVIEWED ON 12/16/2000 GRADE: D
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Before Change
inputProcess.start()
outputProcessQueue.put("20|main|Started input thread [PID {}]".format(inputProcess.pid))
profilerProcessQueue.close()
outputProcessQueue.close()
After Change
// In each interval we check if there has been any modifications to the database by any module.
// If not, wait this amount of intervals and then stop slips.
// We choose 6 to wait 30 seconds.
minimum_intervals_to_wait = 6
while True:
// Sleep
time.sleep(check_time_sleep)
// Get the amount of modified time windows in the last interval
TWModifiedforProfile = __database__.getModifiedTWLogs()
amount_of_modified = len(TWModifiedforProfile)
// If there were no modified TW in the last timewindow time, then start counting down
if amount_of_modified == 0:
//print("Counter to stop Slips. Amount of modified timewindows: {}. Stop counter: {}".format(amount_of_modified, stop_counter))
if minimum_intervals_to_wait == 0:
// Stop the output Process
print("Stoping all processes after ")
// Stop the modules that are subscribed to channels
__database__.publish_stop()
// Send manual stops to the process not using channels
logsProcessQueue.put("stop_process")
outputProcessQueue.put("stop_process")
break
minimum_intervals_to_wait -= 1
else:
minimum_intervals_to_wait = 0


Note that UpdateSql is designed for general DML sql and CallableSql is designed for use with stored procedures. Also note that when using this in batch mode the out parameters are not read.
Example 1:
String sql = "{call sp_order_mod(?,?)}";
CallableSql cs = DB.createCallableSql(sql);
cs.setParameter(1, "turbo");
cs.registerOut(2, Types.INTEGER);
DB.execute(cs);
// read the out parameter
Integer returnValue = (Integer) cs.getObject(2);
Example 2:
Includes batch mode, table modification information and label. Note that the
label is really only to help people reading the transaction logs to identify
the procedure called etc.
String sql = "{call sp_insert_order(?,?)}";
CallableSql cs = DB.createCallableSql(sql);
// Inform Ebean this stored procedure inserts into the
// oe_order table and inserts + updates the oe_order_detail table.
// this is used to invalidate objects in the cache
cs.addModification("oe_order", true, false, false);
cs.addModification("oe_order_detail", true, true, false);
try (Transaction t = DB.beginTransaction()) {
// execute using JDBC batching 10 statements at a time
t.setBatchMode(true);
t.setBatchSize(10);
cs.setParameter(1, "Was");
cs.setParameter(2, "Banana");
DB.execute(cs);
cs.setParameter(1, "Here");
cs.setParameter(2, "Kumera");
DB.execute(cs);
cs.setParameter(1, "More");
cs.setParameter(2, "Apple");
DB.execute(cs);
// DB.externalModification("oe_order",true,false,false);
// DB.externalModification("oe_order_detail",true,true,false);
t.commit();
}
- See Also:
-
Method Summary
Modifier and TypeMethodDescriptionaddModification
(String tableName, boolean inserts, boolean updates, boolean deletes) Add table modification information to the TransactionEvent.Bind a parameter that is bound as a IN parameter.boolean
executeOverride
(CallableStatement cstmt) You can extend this object and override this method for more advanced stored procedure calls.getLabel()
Return the label that is put into the transaction log.getObject
(int position) Return an OUT parameter value.getSql()
Return the callable sql.int
Return the statement execution timeout.registerOut
(int position, int type) Register an OUT parameter.Set the label that is put in the transaction log.setParameter
(int position, Object value) Bind a positioned parameter (same as bind method).Set the callable sql.setTimeout
(int secs) Set the statement execution timeout.
-
Method Details
-
getLabel
String getLabel()Return the label that is put into the transaction log. -
setLabel
Set the label that is put in the transaction log. -
getTimeout
int getTimeout()Return the statement execution timeout. -
getSql
String getSql()Return the callable sql. -
setTimeout
Set the statement execution timeout. Zero implies unlimited time.This is set to the underlying CallableStatement.
-
setSql
Set the callable sql. -
bind
Bind a parameter that is bound as a IN parameter.position starts at value 1 (not 0) to be consistent with CallableStatement.
This is designed so that you do not need to set params in index order. You can set/register param 2 before param 1 etc.
- Parameters:
position
- the index position of the parameter.value
- the value of the parameter.
-
setParameter
Bind a positioned parameter (same as bind method).- Parameters:
position
- the index position of the parameter.value
- the value of the parameter.
-
registerOut
Register an OUT parameter.Note that position starts at value 1 (not 0) to be consistent with CallableStatement.
This is designed so that you do not need to register params in index order. You can set/register param 2 before param 1 etc.
- Parameters:
position
- the index position of the parameter (starts with 1).type
- the jdbc type of the OUT parameter that will be read.
-
getObject
Return an OUT parameter value.position starts at value 1 (not 0) to be consistent with CallableStatement.
This can only be called after the CallableSql has been executed. When run in batch mode you effectively can't use this method.
-
executeOverride
You can extend this object and override this method for more advanced stored procedure calls. This would be the case when ResultSets are returned etc.- Throws:
SQLException
-
addModification
Add table modification information to the TransactionEvent.This would be similar to using the
DB.externalModification()
method. It may be easier and make more sense to set it here with the CallableSql.For UpdateSql the table modification information is derived by parsing the sql to determine the table name and whether it was an insert, update or delete.
-


@(message: String, accts: Seq[(String, String)])(currpage:String, maxpage:String, prevpage:Option[String], nextpage:Option[String]) @pagenav() = {


Functions for reading (tab, csv, Bruker fid, Ciphergen XML, mzXML, mzML, imzML, Analyze 7.5, CDF, mMass MSD) and writing (tab, csv, mMass MSD, mzML, imzML) different file formats of mass spectrometry data into/from 'MALDIquant' objects.
| Version: | 0.11.5 |
| Depends: | R (≥ 3.2.2), methods, MALDIquant (≥ 1.16.4) |
| Imports: | base64enc, digest, readBrukerFlexData (≥ 1.7), readMzXmlData (≥ 2.7), XML |
| Suggests: | knitr, testthat (≥ 0.8), RNetCDF (≥ 1.6.1) |
| Published: | 2018-08-14 |
| Author: | Sebastian Gibb [aut, cre], Pietro Franceschi [ctb] |
| Maintainer: | Sebastian Gibb <mail at sebastiangibb.de> |
| BugReports: | https://github.com/sgibb/MALDIquantForeign/issues/ |
| License: | GPL (≥ 3) |
| URL: | http://strimmerlab.org/software/maldiquant/ https://github.com/sgibb/MALDIquantForeign/ |
| NeedsCompilation: | no |
| Materials: | NEWS |
| CRAN checks: | MALDIquantForeign results |
| Reference manual: | MALDIquantForeign.pdf |
| Vignettes: |
MALDIquantForeign: Import/Export routines for MALDIquant |
| Package source: | MALDIquantForeign_0.11.5.tar.gz |
| Windows binaries: | r-devel: MALDIquantForeign_0.11.5.zip, r-release: MALDIquantForeign_0.11.5.zip, r-oldrel: MALDIquantForeign_0.11.5.zip |
| OS X binaries: | r-release: MALDIquantForeign_0.11.5.tgz, r-oldrel: MALDIquantForeign_0.11.5.tgz |
| Old sources: | MALDIquantForeign archive |
Please use the canonical form https://CRAN.R-project.org/package=MALDIquantForeign to link to this page.


This requires a max-width on the top-level grid element.
Cell alignment requires a cell height smaller than the inner height of the grid.


???? ????
on 2012-05-06 09:33:30
Write more, that’s all I have to say. Literally, it seems as though you relied on the video to make your point. You clearly know what you’re talking about, why waste your intelligence on just posting videos to your blog when you could be giving us something enlightening to read


This article talks about how to enable Google Play Services in your ARC app.
If your app uses Google+ sign-in, Google Cloud Messaging (GCM), contacts provider, or any of Google's OAuth 2 APIs, you need to set up a project on the Google Developers Console.
To allow your app to use the APIs you have enabled, paste the oauth client ID obtained above in the OAuth Client ID field in ARC Welder.
You also need to enable services explicitly using ARC-specific metadata. For example, to use GCM and Google+ sign-on, your Additional Metadata will look something like this:
{ "usePlayServices": ["gcm", "plus"] }
Available services are: ads, gcm, location, maps, plus.
When testing using these APIs, it is important that your app ID locally matches the app ID from the Chrome Web Store. To do this, get the Public key from the More info link in the Chrome Web Store Developer Dashboard. The public key will look like this:
-----BEGIN PUBLIC KEY-----
MIGfMA0GCSqGSIb3DQEBAQUAA4GNADCBiQKBgQCwTjmSbBD9uFJEUR7jMYAL1sPX
qCNe7ljIb6dheKIYjkNtLt1YuiAw4Pul/PO+aYtm8tsbFnsNZ73AxhMX9aPxuzwl
Aak/iN6atxv7h8mwOg6HiHdxTDnOPrCv7fEud5aUFaq7sqDhiqwMpJoIOa1w7c29
9z3oXIrG1FGEkid1IQIDAQAB
-----END PUBLIC KEY-----
To use this public key for local testing, set Additional Metadata in ARC Welder to:
(merge this JSON with existing metadata from above):
{ "crx_key": "MIGfMA0GCSqGSIb3DQEBAQUAA4GNADCBiQKBgQCwTjmSbBD9uFJEUR7jMYAL1sPX qCNe7ljIb6dheKIYjkNtLt1YuiAw4Pul/PO+aYtm8tsbFnsNZ73AxhMX9aPxuzwl Aak/iN6atxv7h8mwOg6HiHdxTDnOPrCv7fEud5aUFaq7sqDhiqwMpJoIOa1w7c29 9z3oXIrG1FGEkid1IQIDAQAB" }
Note: Remove line breaks and whitespace in the public key, this must be a contiguous string
If you have set the public key correctly, the next time you launch your app, it will be loaded with the same ID as your Chrome Web Store app. See chrome://extensions with Developer mode selected to confirm.
The version of Google Play Services included in ARC will not always be the very latest version of Play Services that is available from Google Play and the Android SDK. If the Play Services library your app uses is newer than the Play Services in ARC, you will see a message from the ARC app to update Google Play Services.
In this case, you will need to downgrade your SDK in order to target Play Services in ARC. The Android SDK Manager always downloads the latest version of Play Services, so we suggest backing up previous SDKs before updating, so that you will be able to continue building APKs which work with ARC.


{% load staticfiles %} {% load socialaccount %}
Batch - Y09
Assistant Marketing Manager at HT Media Ltd
"LNMIITians as a part of big family have this shared identity of being treated with similar values in same milieu. Knowingly or unknowingly, we imbue these values in the world around us. At the same time undergoing through similar hardships and challenges. I'm glad to acknowledge that AA has done a great job in providing a platform to share our narratives which are proving to be helpful for coming batches and making alum realize growing strength of the institute."
Batch - Y11
Researcher at QCRI
"Alumni are the true ambassadors of any university, because whatever we do in our respective fields is going to affect not only to our families, but to families of innumerable unknown juniors. Initiatives like these give alumni the sense of being and the comprehension of giving back to the place that made them who they are. It is also a wonderful source of inspiration to students struggling to make a mark, to interact and learn from their seniors who once maybe were in a similar situation as they are now. My best wishes to faculties and the student communities for this commendable initiative."
Batch - Y07
Software Engineer at TASER International
"Alumni are the face of a University. Every prestigious University in this world is well connected with the rest of the world, be it corporate or academia, through this strong network. The institution imparts its best to the young bright student and years after the same student pays back through his continuous engagement and support. LNMIIT has grown from a beautiful small campus to something much bigger. It has got a highly respected alumni network and an active alumni association. This is just the beginning…"


Across: 1. Overwrite Eric’s superb new composition (11) 9. You and I get right in with new architect (4) 10. Hard to take a French friend aboard (11) 11. Ring the woman about footwear (4) 14. Queen takes in haggard woman in Surrey... (5) 17. ...Noble band found in part of London (7) 19. Greek character very quietly set out to find TV stars (7) 21.  Not an aspiration for Rockers? (3-2) 23. Rescue outside-left with ease (5) 24. Throwing up after animal is gutted! (3,4) 27. He follows coy teal about (7) 28. 50 times an unknown enters and trips! (7) 29. Communist stalking the Queen made a mistake! (5) 31. Flower supports (4) 34. Disturbed Naomi’s cat — it was chewing... (11) 35. ...I leave crazy Naomi in a state! (4) 36. Unpleasantness of broken seat in bishop’s rowboat (11) Down: 2. Robert takes top off containers (4) 3. Test used to be in the morning (4) 4. We eased out growth in the marine sector (7) 5. Extent of care organised by hospital (5) 6. Country’s public transport gets in real chaos! (7) 7. Yah, cool gear thrown about in US digs (11) 8. Scatter Pierre’s nets haphazardly (11) 12. Preoccupation with removal (11) 13. Shows nanny taking drug with artists... (5 6) 15. ...Pavarotti grasps the top of nettle (7) 16. Strong reason for doing things on the internet (7) 18. Negative response about very soft protective clothing (5) 20. Only a couple of people’s TV service is annoying (5) 25. Bob left treatise out to do it again (7) 26. Supplement fish with one carrot top I left (7) 30. Grades cause tears to flow! (5) 32. Visitor working in school (4) 33. Three seconds of growth (4)


Contains the codesnippet servlet and related classes.
The servlet answers HTTP GET requests by mapping the request URL to another URL which is expected to deliver a single Java™ source. For a detailed explanation of the mapping see CodesnippetServlet.
The servlet uses the mapped URL to feed the source into a JavaXmlCommentsReader
instance,
which is a java.io.Reader
that uses a lexical scanner for Java 1.5 source to recognize special
formatted comments.
The syntax of those comments is fairly simple, after the comment starts, a $<
or a $</
starts the embedded meta-information, and a >$
will end
it.
An arbitrary number of blanks and tabs around those markers is allowed. The scanner does not interpret the
embedded information,
so the name JavaXmlCommentsReader
may be a bit misleading. But the markers are optimized and
intended to embed XML.
// $<samp>
$ int theAnswerIs() { return /*$$*/42/*$$*/; } // $</samp>
$
// $< @foobar@ syntax >$
So the JavaXmlCommentsReader
effectively turns the inside out. Where the
inside in the
source are those special comments in XML syntax as described above, and the ouside is the regular
java code (including ordinary comments).
After the processing, the inside is the java code and the outside is the previously
embedded XML. An outer
root element <java> is automatically added.
Sample input and results of this processing step can be found in the
tools/codesnippet/src/test/java/org/qi4j/tools/codesnippet/parser test directory.
The result of he previous step is then processed with an IndentStripFilter to remove the indent from the codesnippet (see next step) elements.
The next step is to define the codesnippet syntax, the extraction of a single codesnippet and the output rendering on top of the XML from the previous step. All of this is done in with XSL transformations. For each output type (see CodesnippetResponseType) a transformation is defined (see tools/codesnippet/src/main/webapp/WEB-INF/snippet.*.xsl). A codesnippet is recognized as such, if a <snippet> element with an id attribute is present in the XML.
// $<snippet id="main">$ public class DomainAssembler implements Assembler { public void assemble( ModuleAssembly module ) throws AssemblyException { module.addEntities( CategoryEntity.class, RecipeEntity.class ).visibleIn( application ); module.on( Category.class ).to().name().set( "New category" ); } } // $</snippet>$See the Request parameters section in the CodesnippetServlet javadoc on how the snippet id is specified in the request URL.
<?xml version="1.0" encoding="UTF-8"?> <!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> <title>Codesnippet main</title>

public class DomainAssembler implements Assembler { public void assemble( ModuleAssembly module ) throws AssemblyException { module.addEntities( CategoryEntity.class, RecipeEntity.class ).visibleIn( application ); module.on( Category.class ).to().name().set( "New category" ); } }

<?xml version="1.0" encoding="UTF-8"?>

public class DomainAssembler implements Assembler { public void assemble( ModuleAssembly module ) throws AssemblyException { module.addEntities( CategoryEntity.class, RecipeEntity.class ).visibleIn( application ); module.on( Category.class ).to().name().set( "New category" ); } }


menu
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Design
Before-After
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Showcase
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Resume
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Created landing page mockups (design) from scratch.
Sketch
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--- layout: default ---
Language Resources for Nepal is a curated collection of resources for natural language processing of various languages spoken in Nepal. The collection includes literature published in this domain, textual as well as non-textual data and various tools developed by NLP researchers, professionals, and students.
Some common NLP tasks are as follows:
If you would like to suggest addition to our collections, send us a pull request here.


WITNESS LIST
Defense & Veterans' Affairs Committee
February 18, 2015 - 8:00 AM
Agency Testimony
On:
Cantu, Eliseo "Al" (Texas Veterans Commission)
Gear Jr., Bob (Texas Workforce Commission)
Graf, Keith (Office of the governor)
Harper, Michelle (HHSC)
Hupp, Suzanna (HHSC)
Ita, Trina (Department of State Health Services)
Kidd, Nim (Texas Division of Emergency Management - Texas EM Council)
McLemore, Bill (Texas Veterans Land Board)
Nesbitt, Randy (Texas department of licensing and regulation)
Nichols, John (Texas Military Dept)
Palladino, Thomas (Texas Veterans Commission)
Smith, Andre (HHSC)
Registering, but not testifying:
On:
Kuntz, William (Texas department of Licensiand Regulation)
Smith, William (Texas Military Department)
Vojack, Patricia (HHSC)
Waddill, Duane (Texas Military Department)
1


echo 'hello world' | tr 'hello' 'goodbye'
echo 'hello world' | sed -e 's/hello/goodbye/g'
tr
is for tr
ansliteration, turning some characters into other characters. It doesn't match strings or words, only individual characters.
In this case, it transliterates h->g, e->o, l->d, o->y, resulting in the string "goddb wbrdd" instead of "goodbye world".
The solution is to use a tool that does string search and replace, such as sed.
None.


typealias Handler<State, Action, Mutation> = (State, Action) -> Flow<Mutation>
(source)
Handler is a function that receives the current state and an action that just happened and acts on it.
It returns a kotlinx.coroutines.flow.Flow of Mutation which is the way it can mutate the current state if it needs to.
Note: implementations should return straight away and do any operations inside the flow.
Keep also in mind that Mutations should indicate how to change the state, but should not rely on/assume what the current state is (as of when the action was emitted).
// Good example: it returns a Flow immediately
val good: Handler<State, Action, Mutation> = { _, _ ->
flow {
slowOperation1()
emit(Mutation.A)
slowOperation2()
emit(Mutation.B)
}
}
// Bad example: doing something slow before returning flow
val bad: Handler<State, Action, Mutation> = { _, _ ->
slowOperation1()
flow {
emit(Mutation.A)
slowOperation2()
emit(Mutation.B)
}
}
// How to create good mutations:
data class State(val counter: Int)
sealed class Mutation {
data class Add(val amount: Int)
// The next mutation is a bad example, don't use it
data class SetValue(val newValue: Int)
}
// Good example - explain how to modify the state
val good: Handler<State, Action, Mutation> = { _, _ ->
// simulate long work
delay(1_000)
emit(Mutation.Add(1))
}
// [good] always works. Even if 3 actions are emitted quickly, each one will emit an adition of 1 and the
// reducer will work properly
// Bad example - don't assume that state is still up to date. That is the reducer's job.
val bad: Handler<State, Action, Mutation> = { state, _ ->
// simulate long work
delay(1_000)
emit(Mutation.SetValue(state.counter+1))
}
// [bad] has a bug. If several actions are emitted in less than a second (the time it takes to do the long
// operation in this example), when each of these actions complete, it will emit a mutation to set the
// value to initial state + 1, overriding the changes of the previous actions that meanwhile had changed the
// current state.


Implementation of OpenStreetMap shapefile parser for overlaying data on dynamic maps
Hybrid vehicle energy management controller using real-time learning, prediction, and optimization
Interface, sensing, and logging software for ChargeCycle heterogeneous electric bicycle
Research software consisting of a simulated battery-supercapacitor vehicle and controller. Experimental data-driven controllers for power prediction and optimizations
Physical implementation of a real-time energy controller onboard a BMW i3 prototype
MATLAB Simulink predictive controller for electric vehicle battery pack cooling and power limiting
System design optimizer for battery and supercapacitor sizing for airport people-movers given expected lifetime load profiles


There is a File Inclusion vulnerability here. Leverage the Security Misconfiguration to exploit the badness. Hint 1 Access to files in other directories is not prohibited Hint 2 Can you get to sensitive files like /etc/passwd? Solution Fetch sensitive files by changing the fname parameter e.g., fname=../../../../../etc/passwd


{{gg.word}}, {{gg.tran_word}}
For more templates and more page options that you can integrate into this website template, visit Start Bootstrap!


<%- include('../component/logo.html') %> <%- include('../component/nav-title.html') %> <%- include('../component/nav-right.html') %> <%- include('../component/nav-side.html') %>
<%- include('../component/project-create.html') %>


Epigram 2 is intended to be a full-scale dependently typed programming language in the spirit of Epigram 1 and Agda. It isn't finished yet. This document explains how to interact with the system as it exists at the moment.
Work on the high level programming language has just started. In the meantime we can write programs in a more low level fashion using Cochon. Cochon looks more like a theorem prover than a programming IDE and it's quite low level; if you look closely you can see the cogs whirring. Read on for a tutorial of how to write some simple programs in Cochon. For a glossary of Cochon commands skip to the appendix.
For downloading and installing Epigram look here.
For the moment we interact with Epigram using the Cochon interactive theorem prover. You can invoke it directly at the command line:
$ Pig
Cochon responds with a prompt:
>
To exit Cochon you can type
> quit
and press return.
You can also run it in emacs if you insert something like this
in your .emacs
:
(load "/home/dave/Pig09/pigmode.el")
Then when you open a .pig
file you should get some
syntax highlighting. A pig file is just a sequence of Cochon
commands seperated by semicolons. With the cursor on the first line
of said pig file, press C-c C-r. This will open a seperate emacs
'window' for Cochon in the bottom half of the 'frame' and send the
first line of your file to it. Further presses of C-c C-r will send
subsequent lines. We can interact with (and quit!) Cochon in its
emacs window just as we did from the command line.
test
directory for some
sample .pig
files.
As a first warm-up exercise we will perform the arithmetic feat of adding two and two. First of all let's define the natural numbers in Peano style. Enter the following at Cochon's prompt and press return:
> data Nat := ('zero : Nat) ; ('suc : Nat -> Nat)
We defined a new data type Nat
and with two
constructors 'zero
which takes no arguments
and 'suc
which takes a natural number and gives us
back another natural number. The '
is Epigram's
current notation for a constructor name. There are two canonical
forms of natural number: either it's zero; or it's the successor of
another natural number. When we define a datatype in Epigram, and
give constructors for its canonical forms, we are automatically
given a computation mechanism (an elimination principle) which says
that if we want to write a program that consumes elements of that
datatype we need only explain what to do for its canonical
forms. This is because any element of a datatype is equal to an
element in canonical form.
If we want to look at the gory details of what this has generated we can type
> show state
Having defined Nat
we can now define some numbers. Let's
dip our metaphorical toe in the water by defining the number one.
> make one : Nat
Cochon responds
Appended goal!
Goal: Nat
and the prompt has changed:
one_1 >
This tells us we are no longer at the root of the proof state,
instead we are inside the goal one_1. The _1
part is
just appended to the name internally to guarantee that names are
unique. This is an example of the innards visible in Cochon.
We have created a programming problem called one^1
of
type Nat
. We can fill it in directly by responding:
> give 'suc 'zero
Cochon responds
Thank you.
Note that one
doesn't have an apostrophe at the
beginning as it is not a constructor. We can 'test' our new
definition by typing:
> elab one
Cochon responds
'suc 'zero
Well, that's a relief!
For the purposes of doing some gratuitous navigation in Cochon let's define a couple more constants:
> make two : Nat
We're placed inside our newly created goal by Cochon. This time we won't fill it in immediately instead let's go back out to the root and make another definition.
two_2 > out
This takes us out a level. In this case it is to the root of the proof state (as we can see from the Cochon prompt). We could have achieved the same thing by typing:
two_2 > root
Let's make another definition:
> make three : Nat
Cochon places us inside new goal:
three_3 >
To return to the previous one we type:
three_3 > prev
Let's fill it in:
two_2 > give 'suc one
Cochon politely thanks us and moves us to the next goal which we can fill in too:
three_3 > give 'suc two
With this our work is done and we're back at the root. We can test our last definition by typing:
> elab three
Having mastered the art of defining constants let's define a recursive function next.
> let plus (m : Nat)(n : Nat) : Nat
Let there be plus.
\ m : Nat ->
\ n : Nat ->
Programming: < plus m n : Nat >
So, we now have a programming problem, our context
contains m
and n
of type Nat
and we must deliver a Nat
. To solve programming
problems we use the refine
tactic. We give a left hand
side which allows us to choose suitable names for the arguments,
either <=
(invoke a principle such as induction)
or =
(return something) and a right hand side. Here we
indicate to Cochon that we would like to proceed by induction
on m
:
... > refine plus m n <= Nat.Ind m
Cochon tells us that things have been Eliminated and
simplified.
Simplified? To me it looks more complicated but
if we look carefully we see our context and the programming problem have
changed:
\ n : Nat ->
Programming: < plus 'zero n : Nat >
We know very well that 0 + n = n and our first thought might be
to respond give n
. But this doesn't work. Our goal is
not just a natural number it is a programming problem which
must be sovled using refine
, this time accompanied
by =
. So, we must type:
... > refine plus 'zero n = n
After pressing return Cochon
says Hurrah.
and moves us to the next goal:
Programming: < plus ('suc xf) n : Nat >
xf
isn't the nicest name, m
would be
better so we type:
... > refine plus ('suc m) n := 'suc (plus m n)
Cochon responds with Hurrah!
. Our definition is
complete but we are left inside it. To extracate ourselves we can type
... > root
and then to check that 2 + 2 indeed equals 4:
> elab plus two two
'suc ('suc ('suc ('suc 'zero)))
Well, thank god for that! Our first Epigram program is finished.
If you have EPIC installed you can also compile
> make twoplustwo : Nat
> give plus two two
> compile twoplustwo twoplustwo
This section started out as the epilogue post The Art of the Possible.
Peter's shiny new idata
tactic allows
indexed data types to be written in a nice syntax (nicer than codes,
anyway):
> idata Vec (A : Set) : Nat -> Set := ('nil : Vec A 'zero) ;
('cons : A -> (n : Nat) -> Vec A n -> Vec A ('suc n))
As in Agda, parameters occur before the colon and indices
afterwards. We define vectors, parameristed by a carrier
type A
and indexed by their length (hence the
type Nat -> Set
). The empty vector is
made by the constructor 'nil
which takes no arguments and has
length 'zero
. A nonempty vector is made by the
constructor 'cons
which attaches a new element to an
old vector. It takes arguments for the new
element of the carrier A
, the length of the old
vector (n : Nat)
, the old vector of type Vec A n
and produces a new vector of type Vec A ('suc n)
. The
explicit length argument to 'cons
will be made
implicit in the future.
Once we have plus
and vectors, what could be more
natural than writing vector append? Apart from the extra noise of
the explicit length arguments the program is identical to list
append. In the future we will be able to make the lenght arguments
implicit on the left and the right as we do in Agda. One could also
say that without the extra noise of the elements of A
the program is identical to plus
.
> let append (A : Set)(m : Nat)(as : Vec A m)(n : Nat)(bs : Vec
A n) : Vec A (plus m n) ;
> refine append A m n as bs <= Vec.Ind A m as ;
> refine append A 'zero 'nil n bs := bs ;
> refine append A ('suc k) ('cons
a k as) n bs := 'cons a (plus k n) (append A k as n bs) ;
> root
;
Finally, let us test our function:
> make as := 'cons 'true one ('cons 'false 'zero 'nil) : Vec
Bool two ;
> make bs := 'cons 'false one ('cons 'true 'zero 'nil)
: Vec Bool two ;
> elaborate append Bool two as two bs
;
We can use the length information present in the type of a
vector to guarantee that we never get an error akin to 'array index
out of bounds'. To do this we introduce a type of bounded
indices: Fin
and then use it to write a safe lookup
function. This type will be familiar to some but it's rather
mysterious if you haven't seen it before. The idea is that it
represents elements of a finite set of indices which is indexed by
its size. Fin n
corresponds to the set {0,...,n}. The
element 'zero
is present in all non-empty finite sets
hence its type Fin ('suc n)
for
any n
. The constructor 'suc
makes an
element a non-empty finite set by taking an element in a finite set
one shorter. Note there is no way of making an element of the empty
finite set as neither constructor can target Fin
'zero
. The best way to get your head around this type is to
try to enumerate all the possible elements of the first few finite
sets: Fin 'zero
; Fin ('suc 'zero)
;
etc.
> idata Fin : Nat -> Set := ('zero : (n : Nat) -> Fin ('suc
n)) ; ('suc : (n : Nat) -> Fin n -> Fin ('suc n)) ;
Having defined Fin
we can now define a lookup
function for vectors that will never go out of bounds, we do this
by taking a vector of length n
and an index from a
finite set of n
elements.
> let lookup (A : Set)(n : Nat)(as : Vec A n)(i : Fin n) : A
;
We proceed by induction on the index i
. We could
have chosen to start with induction on the vector as
but choosing the index means we only have to deal with cases for
the possible indexes, there are only indexes in non-empty index sets and
hence into non-empty vectors.
> refine lookup A n as i <= Fin.Ind n i ;
This gives us a programming problem:
Programming: < lookup A ('suc n) as ('zero n)
>
We notice that the length argument is 'suc n
and
sure enough if we do case analysis on the vector as
we
will only get a case for 'cons
. Here we use induction
as a heavy handed way of doing case analysis. Case analysis is a
neutered induction with the inductive hypothesis cut off.
> refine lookup A ('suc n) as ('zero n) <= Vec.Ind A ('suc
n) as ;
Programming: < lookup A ('suc n) ('cons n a as) ('zero n) : A >
Having performed enough analysis we can fill in this case, for
the index 'zero
we will return the head
element a
of the vector:
> refine lookup A ('suc n) ('cons n a as) ('zero n) = a ;
Epigram responds Hurrah!
and presents us with the
next problem:
Programming: < lookup A ('suc n) as ('suc n i) : A >
As before we must have a non-empty vector as the length argument
is 'suc n
. We do case analysis on the vector with our induction
principle again and get a more informative problem:
> refine lookup A ('suc n) as ('suc n i) <= Vec.Ind A ('suc
n) as ;
Programming: < lookup A ('suc n) ('cons n a as) ('suc n i)
: A >
This time our index is greater than zero, so we must peal off the
outer 'cons
constructor of the vector
and continue the lookup on the tail of the vector. To do this we
also decrement the index by one by pealing off the 'suc
constructor:
> refine lookup A ('suc n) ('cons n a as) ('suc n i) = lookup A n
as i ;
We get another Hurrah!
and our definition is
complete. We have defined a lookup function that takes a vector and
an index that is guaranteed to be within the vector and we return an
element of the vector's carrier. What would this function do if we
didn't give it the index argument? It would be a function that takes
a vector Vec A n
and returns a function Fin n ->
A
. What is such a function? It is a higher-order
representation of a vector. So, lookup takes a first order vector
and returns a higher order one. Can we go the other way? Yes. Let's
define a function tabulate
which takes a function of
type Fin n -> A
and gives us a first order
representation of it as a type Vec A n
.
> let tabulate (A : Set)(n : Nat)(f : Fin n -> A) : Vec A n
;
How do we proceed? Well, there's not choice, let's do induction
on n
:
> refine tabulate A n f <= Nat.Ind n ;
This gives us the programming problem:
Programming: < tabulate A 'zero f : Vec A 'zero >
Well, we don't need to use our brains just yet. We need to make
an empty vector. So, we only have one option; 'nil
.
> refine tabulate A 'zero f = 'nil ;
On to the case for 'suc
:
Programming: < tabulate A ('suc n) f : Vec A ('suc n) >
The idea is to fill the vector from left to right by enumerating
f 0, f 1, f 2, etc. So, we start by 'cons n (f ('zero
n))
but what do we give as the tail of the vector? If we look
in the context we can see that can invoke our inductive
hypothesis < tabulate A n f : Vec A n >
. This
will do fine for the tail of the vector the only problem is we need
a function f
of type Fin n -> A
and
our f
is of type Fin ('suc n) -> A
. If
we were somehow able to overlook this type error then we'd end up
with a vector f 0, f 0, f 0, etc. We need to increment the index
each time we make a recursive call. We do this by passing the
function \ i -> f ('suc n i)
to tabulate with does
the job and has the correct type:
> refine tabulate A ('suc n) f = 'cons n (f ('zero n))
(tabulate A n (\ i -> f ('suc n i))) ;
We can define the well-scoped lambda terms as an datatype indexed
by the number of varialbes it in scope. Any term of this type will
be guaranteed to be well-scoped, it will have no possibility of
dangling variables or unintended capture. We use the
type Fin
again. This time to represent nameless
variables as de Bruijn indices:
> idata Fin : Nat -> Set := ('zero : (n : Nat) -> Fin ('suc
n)) ; ('suc : (n : Nat) -> Fin n -> Fin ('suc n)) ;
Before proceeding to define lambda terms we explain how to weaken a renaming:
let wk (m : Nat)(n : Nat)(f : Fin m -> Fin n)(i : Fin ('suc
m)) : Fin ('suc n) ;
refine wk m n f i <= Fin.Ind ('suc m) i ;
refine wk m n f ('zero m) = 'zero n ;
refine wk m n f ('suc m i) = 'suc n (f i) ;
The data type of lambda terms is defined as follow:
idata Lam : Nat -> Set := ('var : (n : Nat) -> Fin n -> Lam
n) ; ('app : (n : Nat) -> Lam n -> Lam n -> Lam n) ; ('lam : (n :
Nat) -> Lam ('suc n) -> Lam n) ;
Having defined lambda terms we define renaming:
let ren (m : Nat)(n : Nat)(f : Fin m -> Fin n)(t : Lam m)
: Lam n ;
refine ren m n f t <= Lam.Ind m t ;
refine ren m n f ('var m i) = 'var n (f i) ;
refine ren m n f ('app m t u) = 'app n (ren m n f t) (ren m n f u) ;
refine ren m n f ('lam m t) = 'lam n (ren ('suc m) ('suc n) (wk m n f)
t) ;
Unfortunately feeding the last line of this definition to Cochon triggers a space leak at the time of writing
quit
data name := ('con : type) ; ...
idata name (name : type) : type := ('con : type) ; ...
make name : type
give expr
let name : type
refine name arg1 ... [<=,=] expr
<=
or we use =
to
indicate that we are going to return something. Then we give a
right hand side, be it a principle or a return value.elab expr
root
in
out
show state
next
prev


The Neon Circus Update Brings A New Mode To Crash Team Racing Nitro-Fueled
And much more!
by Liam DoolanTerry Bogard stole headlines earlier this week when he finally arrived in Super Smash Bros. Ultimate.
This game and Fire Emblem: Three Houses weren't the only titles on the Switch to receive major updates this week, though. On the third-party front, Activision's kart racer Crash Team Racing Nitro-Fueled got its latest seasonal update.
This new season adds the Neon Circus Grand Prix, a new mode titled Ring Rally, the new track Koala Carnival, three new characters (Pasadena O’Possum, Ebenezer Von Clutch, Koala Kong), and three new rides: Nitro Bumper Kart, Pressurizer and Daredevil.
In addition to this, the Pit Stop has also been stocked with circus-themed skins, neon wheels and an all-new item: animated paint jobs. Below is the event infographic:
Have you tried out the latest update for CTR yet? What about the new mode? Rev your engines in the comments below.
[via blog.activision.com]


CaixaForum Madrid is a museum and cultural center in Paseo del Prado 36, Madrid. It is sponsored by La Caixa.
It was constructed by the Swiss architects Herzog & de Meuron from 2001 to 2007, which combined an old abandoned electrical station with new construction of floors which are encased with oxidized cast-iron, which was meant to be of a similar color and weight as the brick below. On the house next to it, there is a green wall designed by French botanist Patrick Blanc. The red of the top floors contrasts with the plants on the wall, which match the character of the neighbouring Real Jardín Botánico.
Although the CaixaForum is a contemporary building, it also exhibits retrospectives of artists from earlier time periods and has evolved into one of the most visited museums in Madrid.
We Provide All About Spanish Famous Monument & SkyScrappers.
8428941096


Physics and Artificial Intelligence with JavaScript
DEMOS
Main
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SOURCE CODE
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500 - Internal error
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The function is used for continuous fading of variable inputs within a defined range. It allows a differentiable and smooth transition between function outputs, e.g., laminar and turbulent pressure drop or correlations for certain ranges.
The tanh-function is used, since it provides an existing
derivative and the derivative is zero at the borders
[nofunc, func] of the
interpolation domain (smooth derivative for transitions).
In order to work correctly, the internal interpolation range in
terms of the external arbitrary input x needs to
be scaled such that:
f(func) = 0.5 π f(nofunc) = -0.5 π
In the picture below the input x is increased from 0 to 1. The range of interpolation is defined by:
function Stepsmoother extends Modelica.Icons.Function; input Real func "input value for that result = 100%"; input Real nofunc "input value for that result = 0%"; input Real x "input variable for continuous interpolation"; output Real result "output value"; end Stepsmoother;


--- layout: page title: About header-img: "img/about-bg.png" ---
I'm transitioning from a career in software sales into web development.


Cheesy Chess
问题描述 :
Cheesy Chess is a simple two-person game. It is played on an 8 × 8 board. Each player has one piece. The players take turns in moving their respective pieces.
The first player, say White, has a king. In one move, it can move one position in any of the eight directions, horizontally, vertically or diagonally, as long as it stays on the board. The second player, say Black, has a pawn. In one move, it can move exactly one position downwards. In fact, the pieces have to make such moves. They may not stay at their positions.
The White king is said to capture the Black pawn, if it moves onto the position currently occupied by the pawn. The aim of the White king is to do exactly this. The aim of the Black pawn is to reach the bottom line of the board safely. As we will see later, however, there are also other ways for White and Black to win.
The game is complicated by the presence of forbidden fields and dangerous fields. A forbidden field is a position on the board where neither the White king, nor the Black pawn may come. A dangerous field is a position where the Black pawn may come, but where the White king may not move onto.
In addition to the fixed dangerous fields, which are dangerous for the entire game, there are (at most) two other, floating dangerous fields, which depend on the position of the Black pawn. They are adjacent to the pawn’s position: the position to the bottom left and bottom right of the pawn, for as far as these positions exist within the boundaries of the board and are not forbidden. All other positions are called open fields, even if they are occupied by either of the pieces.
For example, we may have the following situation, where forbidden fields, dangerous fields and open fields are denoted by ‘F’, ‘D’ and ‘.’, respectively, the White king is denoted by ‘K’ and the Black pawn is denoted by ‘P’.
This illustration does not reveal whether the positions occupied by the White king and the Black pawn are dangerous or open, and whether the dangerous fields adjacent to the position of the pawn are fixed dangerous fields or not.
Due to a move of the Black pawn, the White king’s position may become dangerous. This is not a problem: in the next move, the White king has to move to another, open field anyway. The White king blocks the Black pawn, if Black is to move, but the position below the pawn is occupied by the White king. In this case, the pawn cannot move.
The game ends, when
the White king captures the Black pawn; in this case, White wins;
the White king is to move, but cannot move to an open field; in this case, Black wins;
the Black pawn is to move, but cannot move to an open field or a dangerous field; if the pawn is at the bottom line of the board, then Black wins, otherwise White wins.
You have to find out which player will win, given that White is the first player to move and given that White plays optimally.
输入:
A description of the board, consisting of 8 lines, corresponding to the 8 lines of the board, from top to bottom. Each line contains a string of 8 characters from {‘F’, ‘D’, ‘.’}. Here, ‘F’ denotes a forbidden field, ‘D’ denotes a fixed dangerous field and ‘.’ (a period) denotes an open field.
Of course, an open field may become dangerous due to the position of the Black pawn.
One line with two integers xK and yK (1 ≤ xK, yK ≤ 8), separated by a single space, specifying the initial position of the White king. Here, xK denotes the column (counted from the left) and yK denotes the row (counted from below).
This initial position is neither a forbidden field, nor a fixed dangerous field.
One line with two integers xP and yP (1 <= xP, yP <= 8), separated by a single space, specifying the initial position of the Black pawn. Here, xP denotes the column (counted from the left) and yP denotes the row (counted from below).
This initial position is not a forbidden field, and is different from the initial position of the White king.
输出:
样例输入:
2 ........ .......D ........ .....F.. ..DDD... ..DFDD.. ..DDD... ........ 7 6 3 7 ........ ........ ........ ........ ........ ........ ........ ........ 3 1 6 3
样例输出:
Black White
#include<iostream> using namespace std; #include<queue> int xK,yK,xP,yP; struct Node { int K_x,K_y,P_x,P_y; int t; }N,P; char map[10][10]; int dir[][2]={-1,0, -1,1, 0,1, 1,1, 1,0, 1,-1, 0,-1, -1,-1}; int mark[8][8][10]; bool bfs() { int i,tx,ty,flag; memset(mark,0,sizeof(mark)); queue<Node>Q; N.K_x=xK; N.K_y=yK; N.P_x=xP; N.P_y=yP; N.t=0; mark[N.K_x][N.K_y][N.t]=1; Q.push(N); while(!Q.empty()) { N=Q.front(); Q.pop(); for(i=0;i<8;i++) { tx=N.K_x;ty=N.K_y; tx+=dir[i][0]; ty+=dir[i][1]; if(tx <0 || tx >8 || ty<0 || ty > 8 || map[tx][ty]!='.' || (tx == N.P_x+1&& ty== N.P_y-1) || (tx==N.P_x+1 && ty== N.P_y+1)) continue; P.K_x=tx; P.K_y=ty; P.P_x=N.P_x+1; P.P_y=N.P_y; P.t=N.t+1; if((P.P_x==P.K_x && P.P_y== P.K_y)||(P.K_x==N.P_x && P.K_y== N.P_y) || map[P.P_x][P.P_y]=='F') { flag=1; return 1; } if(P.P_x<=7 && !mark[P.K_x][P.K_y][P.t]) { Q.push(P); mark[P.K_x][P.K_y][P.t]=1; } } } return 0; } int main() { int i,t; scanf("%d",&t); while(t--) { for(i=0;i<8;i++) scanf("%s",&map[i]); scanf("%d %d",&yK,&xK);yK--;xK=8-xK; scanf("%d %d",&yP,&xP);yP--;xP=8-xP; if(bfs()) printf("White\n"); else printf("Black\n"); } }
第一次买的是小米1的合约机，还是很好的，但是公交上被偷了。这次感觉小米2还是缺点什么，让人等的太久了，这次又只有10w台，真的能买到不知要到什么时候。怎么没有galaxy siii的测评 明天打算去买，不知如哥能给点建议么？
第一次买的是小米1的合约机，还是很好的，但是公交上被偷了。这次感觉小米2还是缺点什么，让人等的太久了，这次又只有10w台，真的能买到不知要到什么时候。怎么没有galaxy siii的测评 明天打算去买，不知如哥能给点建议么？
受益匪浅！！
目测会火
http://www.realoj.com/problem/7如果楼主不介意，以可以在这个oj上做下，按照你的代码是错的。。。直接复制粘贴你的也是错。。不懂错在哪。
这个系列很不错
抱歉，确实是弄错了，原来的代码是错误的，删掉了
分析的很专业！
补充：此算法求出的不一定是最优解，之前理解错了
5.1处，反了；“上一个操作符的优先级比操作符ch的优先级大，或栈是空的就入栈。”如代码所述，应为“上一个操作符的优先级比操作符ch的优先级小，或栈是空的就入栈。”
清华也会出这么无聊的题
太好了，收藏
算法，他认识我，我不认识他，后来有人告诉我你写的这段代码就是XXX算法。。。
非常好，初学者就应该先理解递归
算法是程序的灵魂，算法分简单和复杂，如果不搞大数据类，程序员了解一下简单点的算法也是可以的，但是会算法的一定要会编程才行，程序员不一定要会算法，利于自己项目需要的可以简单了解。
great work！


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|
Assimp
5.0.1, master @ cd42b955
|
Table to map from effect to vertex input semantics. More...
Public Types | |
| using | InputSemanticMap = std::map< std::string, InputSemanticMapEntry > |
| List of semantic map commands, grouped by effect semantic name. More... | |
Public Member Functions | |
| bool | operator== (const std::string &s) const |
| For std::find. More... | |
Public Attributes | |
| InputSemanticMap | mMap |
| std::string | mMatName |
| Name of material. More... | |
Table to map from effect to vertex input semantics.
| using Assimp::Collada::SemanticMappingTable::InputSemanticMap = std::map<std::string, InputSemanticMapEntry> |
List of semantic map commands, grouped by effect semantic name.
|
inline |
For std::find.
| InputSemanticMap Assimp::Collada::SemanticMappingTable::mMap |
| std::string Assimp::Collada::SemanticMappingTable::mMatName |
Name of material.


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http://action.vday.org/site/R?i=3og3dTaXYt_meA6PHdaYzw
http://action.vday.org/site/R?i=yGe4Y2q0_KkB86Ar5fMzQQ
http://action.vday.org/site/R?i=k28CAYoKy6WaK2cY_mZT2Q
http://action.vday.org/site/R?i=jNsMkBWOoeGLxUV-giT0Wg
Monique Wilson Update From Global Coordinator Summit in Rome
http://action.vday.org/site/R?i=HXAYkTcfq3EF1LT907F5zQ
On 22 - 24 April, over 30 One Billion Rising global coordinators
http://action.vday.org/site/R?i=owNUIkwQTn5bqsUxsBEaiw
gathered in Rome for a summit to reflect and discuss the One Billion
Rising for Justice 2014 campaign, to share ideas and perspectives, and
to envision One Billion Rising 2015.
On 14 February 2013, ONE BILLION RISING saw women and men from all
over the world dance and rise in protest to highlight violence against
women. Issues focused on gender-based violence. This year, ONE BILLION
RISING FOR JUSTICE escalated the demand to end violence against women
and girls by focusing on ending impunity and connecting social justice
issues with violence against women.
http://action.vday.org/site/R?i=bsfxJnGmcQyMkC_S94BoZQ
Apart from sustaining the call to Rise against Violence and elevating
the call for justice for women and girls - the justice calls escalated
to include state and structural violence that render women and their
families poor and oppressed - bringing in the intersectional issues of
labor and trafficking, forced migration, domestic work, economic
violence and exploitation, indigenous women’s rights, plunder of the
land and environment, women in prisons, racial violence, among many
other intersectional issues that cause and perpetuate violence against
women.
CONTINUE reading >
http://action.vday.org/site/R?i=HjSPcpEBsVCDfoj-jAicBg
VIEW Gallery from the Rome Summit >
http://action.vday.org/site/R?i=VRxGgvim3h9nQGRVzyfY7Q
Eve Ensler Statement on the Passing of Maya Angelou
“We honor and mourn the loss of the great Maya Angelou who broke the
silence on rape and violence with thunderous poetry and brave heart.
She was the woman who taught us women to Rise!”
- Eve Ensler, Founder, V-Day and One Billion Rising.
http://action.vday.org/site/R?i=bBNW49nXQRn0DJHO-OI6cQ
http://action.vday.org/site/R?i=UmzBji3-zyll5MoYg4QNjw
http://action.vday.org/site/R?i=VpfolyqHmMDAavUSZOLDrw
http://action.vday.org/site/R?i=Tz35T2n075gZG3s5e4-PpQ
http://action.vday.org/site/R?i=k5F3wkIX_JWLTnnv2jhKZw
unsubscribe
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'This is simply obscene': 679 patients waiting on trolleys in Irish hospitals, highest figure of 2019
by By Steve NevilleThere are 679 patients waiting on trolleys in Irish hospitals today, the highest figure of the year so far.
The INMO's Trolley Watch figures found that 481 patients are waiting for beds in the emergency department with 198 waiting in wards elsewhere.
The figure is the second-highest ever recorded.
The worst-affected hospitals include:
- University Hospital Limerick: 63
- University Hospital Cork: 60
- Letterkenny University Hospital: 47
- South Tipperary General Hospital: 40
- Sligo University Hospital: 39
- University Hospital Waterford: 39
Phil Ní Sheaghdha, INMO General Secretary, said the numbers were "simply obscene".
"Winter has not even started, and Irish hospitals are overwhelmed. Our members are faced with an inhumane working environment, while patients are put at ever-increasing risk.
"50,000 people marched to support nurses and midwives during the strike. They did so for an end to short staffing and a better health service.
"The government’s delay in implementing the strike settlement, along with the recruitment freeze, has driven more nurses and midwives out of the public health service.
"It’s time for extra emergency staffing, an end to the recruitment ban, and for hospitals to curtail services until safe patient and staff levels are reached."
The INMO highlighted South Tipperary General as a hospital in crisis.
They say that despite it being one of the country’s smaller hospitals, it has more patients on trolleys than some of the largest.
The 679 patients waiting on trolleys is up on yesterday's figure which stood at 595.
Last week, the INMO stated that last month was the worst-ever October for overcrowding and the second-worst month since records began.
There were 11,452 patients on trolleys in Irish hospitals over the course of the month.
They warned that due to the overcrowding and "chronic understaffing" patients are at "grave risk".
READ MORE
Expensive bikes being stolen and stripped for online auctions, warns garda


Once upon a time there lived two good friends -- an iguana and a turtle.
They always went fishing together.
One day the turtle invited the iguana to go catch fish
in a certain pond that he knew of.
After they had been there about two hours, the old man who owned the pond came along.
The iguana escaped, but the turtle was caught.
The old man took the turtle home, tied a string around its neck and fastened it under the house.
Early in the morning the iguana went to look for his friend the turtle.
The iguana wandered everywhere looking for him, and finally he found him under the old man's house, tied to a post.
What are you doing here, my friend? said the iguana.
That old man wants me to marry his daughter, but I do not want to marry her, said the turtle.
Now, the iguana very much wanted a wife, and he was delighted at this chance.
So he asked the turtle to be allowed to take his place. The turtle consented.
So the iguana released the turtle, and was tied up in his place. Then the turtle made off as fast as he could.
When the old man woke up, he heard someone saying over and over again, I want to marry your daughter.
He became angry and went down under the house to see who was talking.
There he found the iguana saying, I want to marry your daughter.
The old man picked up a big stick to beat its head, but the iguana cut the string and ran away.
On his way he came across the turtle again, who was listening to the sound produced
by the rubbing of two bamboos when the wind blew.
What! Are you here again? said the iguana.
Be quiet! said the turtle.
I am listening to the pipe of my grandfather up there. Don't you hear it?
The iguana wanted to see the turtle's grandfather, so he climbed up the tree,
and put his mouth between the two bamboos that were rubbing together.
His mouth was badly pinched, and he fell down to the ground.
The turtle meanwhile had disappeared.
- THE END -
MORAL LESSON: This teaches that one who believes foolishly will be injured.