Package application
Class UI
java.lang.Object
application.UI
public class UI
extends java.lang.Object
The class UI is the user interface of the chess game and it has the purpose
of visually presenting the application information, through the terminal
- Author:
- João Victor
-
Field Summary
Fields Modifier and Type Field Description static java.lang.String
ANSI_BLACK
static java.lang.String
ANSI_BLACK_BACKGROUND
static java.lang.String
ANSI_BLUE
static java.lang.String
ANSI_BLUE_BACKGROUND
static java.lang.String
ANSI_CYAN
static java.lang.String
ANSI_CYAN_BACKGROUND
static java.lang.String
ANSI_GREEN
static java.lang.String
ANSI_GREEN_BACKGROUND
static java.lang.String
ANSI_PURPLE
static java.lang.String
ANSI_PURPLE_BACKGROUND
static java.lang.String
ANSI_RED
static java.lang.String
ANSI_RED_BACKGROUND
static java.lang.String
ANSI_RESET
static java.lang.String
ANSI_WHITE
static java.lang.String
ANSI_WHITE_BACKGROUND
static java.lang.String
ANSI_YELLOW
static java.lang.String
ANSI_YELLOW_BACKGROUND
-
Constructor Summary
Constructors Constructor Description UI()
-
Method Summary
Modifier and Type Method Description static void
clearScreen()
clean the terminal screenstatic void
printBoard(ChessPiece[][] piecesMatrix)
prints on the terminal screen, the matrix of chess pieces passed as method parameter.static void
printBoard(ChessPiece[][] piecesMatrix, boolean[][] possibleMoves)
prints on the terminal screen, the matrix of chess pieces passed as method parameter, in addition to indication of the possible movements of the movement's source piece.private static void
printCapturedPieces(java.util.List<ChessPiece> capturedPieces)
Prints the black and white pieces that were captured in the game.static void
printMatch(ChessMatch chessMatch, java.util.List<ChessPiece> captured)
It will print the board through theprintBoard(ChessPiece[][])
method, the indicator of the pieces captured through theprintCapturedPieces(List)
method and if there has not been a checkmate (and this will be checked usingChessMatch.getCheckMate()
) it will print respectively through theChessMatch.getTurn()
andChessMatch.getCheck()
methods, a message that will say which player is the current turn and also warn if there is a check.private static void
printPiece(ChessPiece piece, boolean background)
prints a chess piece.static ChessPosition
readChessPosition(java.util.Scanner sc)
It will allow the program to read a chess position entered by the userMethods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
-
Field Details
-
ANSI_RESET
public static final java.lang.String ANSI_RESET- See Also:
- Constant Field Values
-
ANSI_BLACK
public static final java.lang.String ANSI_BLACK- See Also:
- Constant Field Values
-
ANSI_RED
public static final java.lang.String ANSI_RED- See Also:
- Constant Field Values
-
ANSI_GREEN
public static final java.lang.String ANSI_GREEN- See Also:
- Constant Field Values
-
ANSI_YELLOW
public static final java.lang.String ANSI_YELLOW- See Also:
- Constant Field Values
-
ANSI_BLUE
public static final java.lang.String ANSI_BLUE- See Also:
- Constant Field Values
-
ANSI_PURPLE
public static final java.lang.String ANSI_PURPLE- See Also:
- Constant Field Values
-
ANSI_CYAN
public static final java.lang.String ANSI_CYAN- See Also:
- Constant Field Values
-
ANSI_WHITE
public static final java.lang.String ANSI_WHITE- See Also:
- Constant Field Values
-
ANSI_BLACK_BACKGROUND
public static final java.lang.String ANSI_BLACK_BACKGROUND- See Also:
- Constant Field Values
-
ANSI_RED_BACKGROUND
public static final java.lang.String ANSI_RED_BACKGROUND- See Also:
- Constant Field Values
-
ANSI_GREEN_BACKGROUND
public static final java.lang.String ANSI_GREEN_BACKGROUND- See Also:
- Constant Field Values
-
ANSI_YELLOW_BACKGROUND
public static final java.lang.String ANSI_YELLOW_BACKGROUND- See Also:
- Constant Field Values
-
ANSI_BLUE_BACKGROUND
public static final java.lang.String ANSI_BLUE_BACKGROUND- See Also:
- Constant Field Values
-
ANSI_PURPLE_BACKGROUND
public static final java.lang.String ANSI_PURPLE_BACKGROUND- See Also:
- Constant Field Values
-
ANSI_CYAN_BACKGROUND
public static final java.lang.String ANSI_CYAN_BACKGROUND- See Also:
- Constant Field Values
-
ANSI_WHITE_BACKGROUND
public static final java.lang.String ANSI_WHITE_BACKGROUND- See Also:
- Constant Field Values
-
-
Constructor Details
-
UI
public UI()
-
-
Method Details
-
clearScreen
public static void clearScreen()clean the terminal screen -
readChessPosition
It will allow the program to read a chess position entered by the user- Returns:
- chess position entered by the user
-
printMatch
It will print the board through theprintBoard(ChessPiece[][])
method, the indicator of the pieces captured through theprintCapturedPieces(List)
method and if there has not been a checkmate (and this will be checked usingChessMatch.getCheckMate()
) it will print respectively through theChessMatch.getTurn()
andChessMatch.getCheck()
methods, a message that will say which player is the current turn and also warn if there is a check. If a checkmate has occurred, it will print a congratulatory message to the winner.- Parameters:
chessMatch
- a chess matchcaptured
- list of captured chess pieces
-
printBoard
prints on the terminal screen, the matrix of chess pieces passed as method parameter. For each position on the board, a chess piece is printed.- Parameters:
piecesMatrix
- chess pieces matrix
-
printBoard
prints on the terminal screen, the matrix of chess pieces passed as method parameter, in addition to indication of the possible movements of the movement's source piece.- Parameters:
piecesMatrix
- chess pieces matrixpossibleMoves
- possible movements of a piece
-
printPiece
prints a chess piece. If a board position does not contain a chess piece (that is, the piece is null), then a visual representation for that situation is printed.- Parameters:
chessPiece
- chess piecebackground
- a boolean that if true will paint the background of a chess position
-
printCapturedPieces
Prints the black and white pieces that were captured in the game. For that, this method receives as parameter the list of captured pieces of the game, and then from this list, two new lists are created, the one of captured white pieces and the one of captured black pieces. So these lists are printed when they are converted to Strings by theObject.toString()
method- Parameters:
capturedPieces
- captured pieces list
-


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""" Simulate the YunTemp.
This is an extremely simple server that might be used for testing the arduino webserver interface.
It is based on flask. So before running it, you should run a
::
pip install flask, flask_basicauth
If you want to run it you can just start it through:
::
python yuntemp.py
This will open a test server on <IP_ADDRESS>:5001. You can then adress it with the requests package.
::
> r = requests.get('http://<IP_ADDRESS>:5001/arduino/read/all/')
> r.text
'setpoint, input, error, output, G, tauI, tauD
0,719,0,0,0,0,0'
"""
from flask import Flask, request, jsonify
from flask_basicauth import BasicAuth
import random
app = Flask(__name__)
### uncomment the next few lines to test the authentification on the Yun
app.config["BASIC_AUTH_USERNAME"] = "john"
app.config["BASIC_AUTH_PASSWORD"] = "matrix"
app.config["BASIC_AUTH_FORCE"] = True
# basic_auth = BasicAuth(app)
setpoint = 0
gain = 0
tauI = 0
err = 0
control = 0
tauD = 0
[docs]@app.route("/arduino/read/all/")
def get_temp():
"""Read out all properties from the arduino.
Calculates back some random value and gives back whatever was set.
Returns:
a text string.
"""
meas = random.randint(700, 800)
global setpoint, gain, tauI, err, control, tauD
print(setpoint)
first_line = "setpoint, input, error, output, G, tauI, tauD
"
ard_str = str(setpoint) + "," + str(meas) + "," + str(err) + "," + str(control)
ard_str = ard_str + "," + str(gain) + "," + str(tauI) + "," + str(tauD)
return first_line + ard_str
[docs]@app.route("/arduino/write/setpoint/<float:n_val>/")
def set_setpoint(n_val):
"""Set the setpoint of the temp control.
Args:
n_val: The setpoint that is chosen.
Returns:
a text string.
"""
global setpoint, gain, tauI, err, control, tauD
setpoint = n_val
print(setpoint)
meas = random.randint(700, 800)
first_line = "setpoint, input, error, output, G, tauI, tauD
"
ard_str = str(setpoint) + "," + str(meas) + "," + str(err) + "," + str(control)
ard_str = ard_str + "," + str(gain) + "," + str(tauI) + "," + str(tauD)
return first_line + ard_str
[docs]@app.route("/arduino/write/integral/<float:n_val>/")
def set_integral(n_val):
"""Set the integrator of the temp control.
Args:
n_val: The integral value that is chosen.
Returns:
a text string.
"""
global setpoint, gain, tauI, err, control, tauD
tauI = n_val
print(tauI)
meas = random.randint(700, 800)
first_line = "setpoint, input, error, output, G, tauI, tauD
"
ard_str = str(setpoint) + "," + str(meas) + "," + str(err) + "," + str(control)
ard_str = ard_str + "," + str(gain) + "," + str(tauI) + "," + str(tauD)
return first_line + ard_str
[docs]@app.route("/arduino/write/differential/<float:n_val>/")
def set_differential(n_val):
"""Set the D of the temp control.
Args:
n_val: The D value that is chosen.
Returns:
a text string.
"""
global setpoint, gain, tauI, err, control, tauD
tauD = n_val
print(tauD)
meas = random.randint(700, 800)
first_line = "setpoint, input, error, output, G, tauI, tauD
"
ard_str = str(setpoint) + "," + str(meas) + "," + str(err) + "," + str(control)
ard_str = ard_str + "," + str(gain) + "," + str(tauI) + "," + str(tauD)
return first_line + ard_str
[docs]@app.route("/arduino/write/gain/<float:n_val>/")
def set_gain(n_val):
"""Set the proportional of the temp control.
Args:
n_val: The P value that is chosen.
Returns:
a text string.
"""
global setpoint, gain, tauI, err, control, tauD
gain = n_val
print(gain)
meas = random.randint(700, 800)
first_line = "setpoint, input, error, output, G, tauI, tauD
"
ard_str = str(setpoint) + "," + str(meas) + "," + str(err) + "," + str(control)
ard_str = ard_str + "," + str(gain) + "," + str(tauI) + "," + str(tauD)
return first_line + ard_str
if __name__ == "__main__":
app.run(port=5001, debug=True)


High quality windows with tempered glass and alimunium frames.
High quality wrought iron or alimunium works for gates, railings and other metal fixtures.
Custome solution involving metal, glass and plastic works, according to your specifications.
Phone: 91084613
Email: bhome.reno.works@gmail.com


{{ define "quote" }}
'Thou shalt not' is soon forgotten, but 'once upon a time' lasts forever
Philip Pullman


I feel glad to build the most awaited project for every developer - E-Commerce Store. I use Django (python framework) for this purpose, backend is easily accessible by Django. I collect some picture of different products from copyright-free website and use them.
E-Commerce store live view: Live View
We have Momentum for Chrome and Tabliss for Firefox, inspired of these two extensions I build a React app with the same features, like: show curr time and greet user accordingly. The main difference is - this react app is optimized for all browsers (**isn't not an extension**)
Greetings live view: Live View
This project shows us Current Weather Statictics with the Open Weather API. We can access current weather of any location
E-Commerce store live view: Live View
This project shows us Current Covid-19 Statictics with a Map & table. We can view current wise Covid-19 Statictics of Total, Activate & Death Cases
Covid-19 Tracker: Live View
This is a Restaurant Website with Several Features like displaying Menu, animations with JavaScript
The Restro: Live View


Options
Meat Eaten :
Plants Eaten :
Percentage use of Renewable energy:
Energy efficiency in home:
Percentage Recycled:
Frequency of purchasing new appliances:
Transporation:
Car
Bike
Bus
Plane
Stats
(1 is worst, 10 is best)
Economy Level:
0
Happiness Level:
0
Health Level:
0
Waste Production:
0
Deforestation:
0
Carbon Emissions:
0
Turtle (and other sea creatures) deaths:
0
Send


railo-context.Component coldbox.system.core.events.EventPoolManager
A basic event pool manager for observed event pools. This event manager will manage 1 or more event pools. The manager will inspect target objects for implemented functions and match them to event states. However, if a function has the metadata attribute of 'observe=true' on it, then it will also add it as a custom state.
| Constructor Summary | |
|---|---|
|
init(array eventStates, [string stopRecursionClasses=''])
Constructor. |
| Method Summary | |
|---|---|
void
|
appendInterceptionPoints(string customStates)
Append a list of custom event states to the CORE observation states. |
any
|
getEventPool(string state)
Get an event pool by state name, if not found, it returns an empty structure. |
struct
|
getEventPoolContainer()
Get all the registered event pools in the event manager. |
string
|
getEventStates()
Get the registered event states in this event manager. |
any
|
getObject([string name])
Get an object from a registered event pool. |
string
|
getStopRecursionClasses()
The classes that should stop recursion for observation points. |
private Util
|
getUtil()
Create and return a util object. |
private struct
|
parseMetadata(any metadata, struct eventsFound)
I get a component's valid observation states for registration. |
void
|
processState(string state, [struct interceptData='[runtime expression]'])
Process a state announcement. |
void
|
register(any target, [string name=''], [string customStates=''])
Register an object in an event pool. |
private void
|
registerInEventState(string key, string state, any target)
Register an object with a specified event observation state. |
boolean
|
unregister(string name, string state='')
Unregister an object form an event pool state. |
| Methods inherited from class railo-context.Component |
|---|
| None |
| Constructor Detail |
|---|
Constructor
eventStates
- The event states to listen forstopRecursionClasses
- The classes (comma-delim) to not inspect for events| Method Detail |
|---|
Append a list of custom event states to the CORE observation states
customStates
- A comma delimmited list of custom observation states to append. If they already exists, then they will not be added again.Get an event pool by state name, if not found, it returns an empty structure
state
- The state to retrieveGet all the registered event pools in the event manager
Get the registered event states in this event manager
Get an object from a registered event pool.
name
- The name of the object to search forThe classes that should stop recursion for observation points
Create and return a util object
I get a component's valid observation states for registration.
metadata
- The recursive metadataeventsFound
- The event states found in the objectProcess a state announcement. If the state does not exist, it will ignore it
state
- The state to processinterceptData
- A data structure used to pass intercepted information.Register an object in an event pool. If the target object is already in a state, it will not be added again. The object get's inspected for registered states or you can even send custom states in. Also, you can annotate the methods in the target object with 'observe=true' and we will register that state also.
target
- The target object to register in an event poolname
- The name to use when registering the object. If not passed, the name will be used from the object's metadatacustomStates
- A comma delimmited list of custom states, if the object or class sent in observes them.Register an object with a specified event observation state.
key
- The key to use when storing the object.state
- The event state pool to save the object intarget
- The object to registerUnregister an object form an event pool state. If no event state is passed, then we will unregister the object from ALL the pools the object exists in.
name
- The name of the object to unregisterstate
- The named state to unregister this object from. If not passed, then we will unregister the object from ALL the pools it exists in.


Meet Head Auhtority
If you are looking for collaborations of new ideas and some different events.You may choose to deal with us.
Give your event goers a great experience with simple, secure checkout and rapid check-in through our mobile-site and a full suite of on-site equipment, staffing, and logistics.
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View More DetailsIf you are looking at blank cassettes on the web, you may be very confused at the difference in price. You may see some for as low as $.17 each.
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Lili Reinhart opens up about 'frustrating' battle with anxiety
Johannesburg – Lili Reinhart has opened up about her battle with anxiety and depression, admitting that it's taking her some time to realise she's "just a human who is feeling something in a different way than some other people would."
Lili started seeing a therapist in her teens when she was struggling with social anxiety, saying that opening up to someone about her problems allowed her to be understood.
She admits that while her relationship with anxiety is "frustrating", it's now something that she's accepted, even though she doesn't understand it.
On Friday, the Riverdale actress also took to social media, sharing a number of messages on her Instagram stories to encourage others to seek help for any mental health issues they may be facing.
"Therapy isn't something to be ashamed of. Anyone can benefit from seeing a therapist," she wrote in one post before adding that she has started going to therapy once again.
"And so the journey of self-love begins with me," she added.
Compiled By Nikita Coetzee (Additional source: Glamour)


The Pumping System Assessment Tool was developed by the Department of Energy's BestPractices Program to assist in preliminary assessments of how efficiently pumping systems are operating.
Preferences| Reset all analysis data to defaults | |
| Load analysis data from file | |
| Save analysis data to file |


Press Create Image if you want to create an image with the text you wrote in the center of it. Please, fill you parameters according to your preferences.
The code for center the text inside the image have been written in python using PIL library. The code is:
from PIL import Image, ImageDraw, ImageFont, ImageFilter filter_dict = { 'BLUR' : ImageFilter.BLUR, 'CONTOUR' : ImageFilter.CONTOUR, 'DETAIL' : ImageFilter.DETAIL, 'EDGE_ENHANCE' : ImageFilter.EDGE_ENHANCE, 'EDGE_ENHANCE_MORE' : ImageFilter.EDGE_ENHANCE_MORE, 'EMBOSS' : ImageFilter.EMBOSS, 'FIND_EDGES' : ImageFilter.FIND_EDGES, 'SMOOTH' : ImageFilter.SMOOTH, 'SMOOTH_MORE' : ImageFilter.SMOOTH_MORE, 'SHARPEN' : ImageFilter.SHARPEN } def create_image(font_name, font_size, font_color, width, height, back_ground_color, text, image_filter=None): font = ImageFont.truetype ( font_path + font_name + ".ttf", font_size ) im = Image.new ( "RGB", (width,height), back_ground_color ) draw = ImageDraw.Draw ( im ) text_x, text_y = font.getsize(text) x = (width - text_x)/2 y = (height - text_y)/2 draw.text ( (x,y), text, font=font, fill=font_color ) if filter: real_filter = filter_dict[image_filter] im = im.filter(real_filter) im.save ( "runaway_emboss.jpg" )


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一个用于操控场景的实用类。
[name] 是一个附加组件，必须显式导入。 See [link:#manual/introduction/Installation Installation / Addons].
import { SceneUtils } from 'three/addons/utils/SceneUtils.js';
instancedMesh -- 实例化网格。
为给定的实例化网格的每个实例，创建一个包含新网格的新物体组（Object Group）。
mesh -- A mesh with multiple materials.
Converts the given multi-material mesh into an instance of [page:Group] holding for each material a separate mesh.
geometry -- 材料集的几何形状。
materials -- 为物体准备的材料。
创建一个新组，囊括了在材质中定义的每种材质的新网格。请注意，这和为一个网格定义多种材质的材质数组不同。
该方法对于同时需要材质和线框绘制的物体非常有用。
mesh -- InstancedMesh in which instances will be sorted.
compareFn -- Comparator function defining the sort order.
Sorts the instances within an [page:InstancedMesh], according to a user-defined callback. The callback will be provided with two arguments, indexA and indexB, and must return a numerical value. See [link:https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Array/sort#description Array.prototype.sort] for more information on sorting callbacks and their return values.
Because of the high performance cost, three.js does not sort [page:InstancedMesh] instances automatically. Manually sorting may be helpful to improve display of alpha blended materials (back to front), and to reduce overdraw in opaque materials (front to back).
[link:https://github.com/mrdoob/three.js/blob/master/examples/jsm/utils/SceneUtils.js examples/jsm/utils/SceneUtils.js]


{% extends "base_group.html" %} {% block content %}
Welcome to your dashboard. Here you and your teammembers can choose which of your uploaded brains are active in the competition ladder. You can also upload new brains and binary data here.
You have uploaded {{user.current_team.recent_upload_count}}/{{group.max_uploads}} brains in this 7 day period. Note that all code you upload here will be released after {{group.release_delay.days}} days. This means it will be avaible to other teams and any other visitors to this site. You can select which of your uploaded binary blobs will be supplied to this agent every game, this means you have to upload this blob first.
Select your active brains. You can have throee brains active at the same time, these will be selected at random to play games against other agents. Note that Agent A is assumed to be your best agent, this is the agent that is downloaded in a snapshot.
Upload a binary blob here. A reader to this file will be passed to your agent in the __init__
method, with an argument name blob
. If you pickled an object into this file, use it with
obj = pickle.reads(blob.read())
. Feel free to store any kind of data in here (pickled is a good choice),
but keep it under 10 MB.


Provides routines for scoring behavioral questionnaires. Includes scoring procedures for the 'International Physical Activity Questionnaire (IPAQ)' <http://www.ipaq.ki.se>. Compares physical functional performance to the age- and gender-specific normal ranges.
| Version: | 1.0.2 |
| Depends: | R (≥ 2.10), msm (≥ 1.5) |
| Published: | 2015-06-03 |
| Author: | Jaejoon Song |
| Maintainer: | Jaejoon Song <jjsong2 at mdanderson.org> |
| License: | GNU General Public License (≥ 3) |
| NeedsCompilation: | no |
| CRAN checks: | score results |
| Reference manual: | score.pdf |
| Package source: | score_1.0.2.tar.gz |
| Windows binaries: | r-devel: score_1.0.2.zip, r-release: score_1.0.2.zip, r-oldrel: score_1.0.2.zip |
| OS X binaries: | r-release: score_1.0.2.tgz, r-oldrel: score_1.0.2.tgz |
Please use the canonical form https://CRAN.R-project.org/package=score to link to this page.


Creating a better product requires teamwork, partnerships and collaboration. We are grateful to work together with such amazing partners.


Bite Size Bayes¶
Copyright 2020 Allen B. Downey
License: Attribution-NonCommercial-ShareAlike 4.0 International (CC BY-NC-SA 4.0)
import numpy as np
import pandas as pd
import matplotlib.pyplot as plt
The “Girl Named Florida” problem¶
In The Drunkard’s Walk, Leonard Mlodinow presents “The Girl Named Florida Problem”:
“In a family with two children, what are the chances, if [at least] one of the children is a girl named Florida, that both children are girls?”
I added “at least” to Mlodinow’s statement of the problem to avoid a subtle ambiguity (which I’ll explain at the end).
To avoid some real-world complications, let’s assume that this question takes place in an imaginary city called Statesville where:
Every family has two children.
50% of children are male and 50% are female.
All children are named after U.S. states, and all state names are chosen with equal probability.
Genders and names within each family are chosen independently.
To answer Mlodinow’s question, I’ll create a DataFrame with one row for each family in Statesville and a column for the gender and name of each child.
Here’s a list of genders and a dictionary of state names:
gender = ['B', 'G']
us_states = {
'Alabama': 'AL',
'Alaska': 'AK',
'Arizona': 'AZ',
'Arkansas': 'AR',
'California': 'CA',
'Colorado': 'CO',
'Connecticut': 'CT',
'Delaware': 'DE',
# 'District of Columbia': 'DC',
'Florida': 'FL',
'Georgia': 'GA',
'Hawaii': 'HI',
'Idaho': 'ID',
'Illinois': 'IL',
'Indiana': 'IN',
'Iowa': 'IA',
'Kansas': 'KS',
'Kentucky': 'KY',
'Louisiana': 'LA',
'Maine': 'ME',
'Maryland': 'MD',
'Massachusetts': 'MA',
'Michigan': 'MI',
'Minnesota': 'MN',
'Mississippi': 'MS',
'Missouri': 'MO',
'Montana': 'MT',
'Nebraska': 'NE',
'Nevada': 'NV',
'New Hampshire': 'NH',
'New Jersey': 'NJ',
'New Mexico': 'NM',
'New York': 'NY',
'North Carolina': 'NC',
'North Dakota': 'ND',
'Ohio': 'OH',
'Oklahoma': 'OK',
'Oregon': 'OR',
'Pennsylvania': 'PA',
'Rhode Island': 'RI',
'South Carolina': 'SC',
'South Dakota': 'SD',
'Tennessee': 'TN',
'Texas': 'TX',
'Utah': 'UT',
'Vermont': 'VT',
'Virginia': 'VA',
'Washington': 'WA',
'West Virginia': 'WV',
'Wisconsin': 'WI',
'Wyoming': 'WY'
}
To enumerate all possible combinations of genders and names, I’ll use from_product
, which makes a Pandas MultiIndex.
names = ['gender1', 'name1', 'gender2', 'name2']
index = pd.MultiIndex.from_product([gender, us_states]*2,
names=names)
Now I’ll create a DataFrame with that index:
df = pd.DataFrame(index=index)
df.head()
| gender1 | name1 | gender2 | name2 |
|---|---|---|---|
| B | Alabama | B | Alabama |
| Alaska | |||
| Arizona | |||
| Arkansas | |||
| California |
It will be easier to work with if I reindex it so the levels in the MultiIndex become columns.
df = df.reset_index()
df.head()
| gender1 | name1 | gender2 | name2 | |
|---|---|---|---|---|
| 0 | B | Alabama | B | Alabama |
| 1 | B | Alabama | B | Alaska |
| 2 | B | Alabama | B | Arizona |
| 3 | B | Alabama | B | Arkansas |
| 4 | B | Alabama | B | California |
This DataFrame contains one row for each family in Statesville; for example, the first row represents a family with two boys, both named Alabama.
As it turns out, there are 10,000 families in Statesville:
len(df)
10000
Probabilities¶
To compute probabilities, we’ll use Boolean Series. For example, the following Series is True
for each family where the first child is a girl:
girl1 = (df['gender1']=='G')
The following function takes a Boolean Series and counts the number of True
values, which is the probability that the condition is true.
def prob(A):
"""Computes the probability of a proposition, A.
A: Boolean series
returns: probability
"""
assert isinstance(A, pd.Series)
assert A.dtype == 'bool'
return A.mean()
Not surprisingly, the probability is 50% that the first child is a girl.
prob(girl1)
0.5
And so is the probability that the second child is a girl.
girl2 = (df['gender2']=='G')
prob(girl2)
0.5
Mlodinow’s question is a conditional probability: given that one of the children is a girl named Florida, what is the probability that both children are girls?
To compute conditional probabilities, I’ll use this function, which takes two Boolean Series, A
and B
, and computes the conditional probability \(P(A~\mathrm{given}~B)\).
def conditional(A, B):
"""Conditional probability of A given B.
A: Boolean series
B: Boolean series
returns: probability
"""
return prob(A[B])
For example, here’s the probability that the second child is a girl, given that the first child is a girl.
conditional(girl2, girl1)
0.5
The result is 50%, which is the same as the unconditioned probability that the second child is a girl:
prob(girl2)
0.5
So that confirms that the genders of the two children are independent, which is one of my assumptions.
Now, Mlodinow’s question asks about the probability that both children are girls, so let’s compute that.
gg = (girl1 & girl2)
prob(gg)
0.25
In 25% of families, both children are girls. And that should be no surprise: because they are independent, the probability of the conjunction is the product of the probabilities:
prob(girl1) * prob(girl2)
0.25
While we’re at it, we can also compute the conditional probability of two girls, given that the first child is a girl.
conditional(gg, girl1)
0.5
That’s what we should expect. If we know the first child is a girl, and the probability is 50% that the second child is a girl, the probability of two girls is 50%.
At least one girl¶
Before I answer Mlodinow’s question, I’ll warm up with a simpler version: given that at least one of the children is a girl, what is the probability that both are?
To compute the probability of “at least one girl” I will use the |
operator, which computes the logical OR
of the two Series:
at_least_one_girl = (girl1 | girl2)
prob(at_least_one_girl)
0.75
75% of the families in Statesville have at least one girl.
Now we can compute the conditional probability of two girls, given that the family has at least one girl.
conditional(gg, at_least_one_girl)
0.3333333333333333
Of the families that have at least one girl, 1/3
have two girls.
If you have not thought about questions like this before, that result might surprise you. The following figure might help:
In the top left, the gray square represents a family with two boys; in the lower right, the dark blue square represents a family with two girls.
The other two quadrants represent families with one girl, but note that there are two ways that can happen: the first child can be a girl or the second child can be a girl.
There are an equal number of families in each quadrant.
If we select families with at least one girl, we eliminate the gray square in the upper left. Of the remaining three squares, one of them has two girls.
So if we know a family has at least one girl, the probability they have two girls is 33%.
What’s in a name?¶
So far, we have computed two conditional probabilities:
Given that the first child is a girl, the probability is 50% that both children are girls.
Given that at least one child is a girl, the probability is 33% that both children are girls.
Now we’re ready to answer Mlodinow’s question:
Given that at least one child is a girl named Florida, what is the probability that both children are girls?

Here’s the probability that the first child is a girl named Florida.
gf1 = girl1 & (df['name1']=='Florida')
prob(gf1)
0.01
And the probability that the second child is a girl named Florida.
gf2 = girl2 & (df['name2']=='Florida')
prob(gf2)
0.01
To compute the probability that at least one of the children is a girl named Florida, we can use the |
operator again.
at_least_one_girl_named_florida = (gf1 | gf2)
prob(at_least_one_girl_named_florida)
0.0199
We can double-check it by using the disjunction rule:
prob(gf1) + prob(gf2) - prob(gf1 & gf2)
0.0199
So, the percentage of families with at least one girl named Florida is a little less than 2%.
Now, finally, here is the answer to Mlodinow’s question:
conditional(gg, at_least_one_girl_named_florida)
0.49748743718592964
That’s right, the answer is about 49.7%. To summarize:
Given that the first child is a girl, the probability is 50% that both children are girls.
Given that at least one child is a girl, the probability is 33% that both children are girls.
Given that at least one child is a girl named Florida, the probability is 49.7% that both children are girls.

Here’s my best attempt to put your brain back together.
For each child, there are three possibilities: boy (B), girl not named Florida (G), and girl named Florida (GF), with these probabilities:
\(P(B) = 1/2 \)
\(P(G) = 1/2 - x \)
\(P(GF) = x \)
where \(x\) is the percentage of people who are girls named Florida.
In families with two children, here are the possible combinations and their probabilities:
\(P(B, B) = (1/2)(1/2)\)
\(P(B, G) = (1/2)(1/2-x)\)
\(P(B, GF) = (1/2)(x)\)
\(P(G, B) = (1/2-x)(1/2)\)
\(P(G, G) = (1/2-x)(1/2-x)\)
\(P(G, GF) = (1/2-x)(x)\)
\(P(GF, B) = (x)(1/2)\)
\(P(GF, G) = (x)(1/2-x)\)
\(P(GF, GF) = (x)(x)\)
If we select only the families that have at least one girl named Florida, here are their probabilities:
\(P(B, GF) = (1/2)(x)\)
\(P(G, GF) = (1/2-x)(x)\)
\(P(GF, B) = (x)(1/2)\)
\(P(GF, G) = (x)(1/2-x)\)
\(P(GF, GF) = (x)(x)\)
Of those, if we select the families with two girls, here are their probabilities:
\(P(G, GF) = (1/2-x)(x)\)
\(P(GF, G) = (x)(1/2-x)\)
\(P(GF, GF) = (x)(x)\)
To get the conditional probability of two girls, given at least one girl named Florida, we can add up the last 3 probabilities and divide by the sum of the previous 5 probabilities.
With a little algebra, we get:
\(P(\mathrm{two~girls} ~|~ \mathrm{at~least~one~girl~named~Florida}) = (1 - x) / (2 - x)\)
As \(x\) approaches \(0\) the answer approaches \(1/2\).
As \(x\) approaches \(1/2\), the answer approaches \(1/3\).
Here’s what all of that looks like graphically:
Here B
a boy, Gx
is a girl with some property X
, and G
is a girl who doesn’t have that property. If we select all families with at least one Gx
, we get the five blue squares (light and dark). Of those, the families with two girls are the three dark blue squares.
If property X
is common, the ratio of dark blue to all blue approaches 1/3
. If X
is rare, the same ratio approaches 1/2
.
In the “Girl Named Florida” problem, x
is 1/100, and we can compute the result:
x = 1/100
(1-x) / (2-x)
0.49748743718592964
Which is what we got by counting all of the families in Statesville.
Controversy¶
I wrote about this problem in my blog in 2011. As you can see in the comments, my explanation was not met with universal acclaim.
One of the issues that came up is the challenge of stating the question unambiguously. In this article, I rephrased Mlodinow’s statement to clarify it.
But since we have come all this way, let me also answer a different version of the problem.
Suppose you choose a house in Statesville at random and ring the doorbell. A girl (who lives there) opens the door and you learn that her name is Florida. What is the probability that the other child in this house is a girl?
In this version of the problem, the selection process is different. Instead of selecting houses with at least one girl named Florida, you selected a house, then selected a child, and learned that her name is Florida.
Since the selection of the child was arbitrary, we can say without loss of generality that the child you met is the first child in the table.
In that case, the conditional probability of two girls is:
conditional(gg, gf1)
0.5
Which is the same as the conditional probability, given that the first child is a girl:
conditional(gg, girl1)
0.5
So in this version of the problem, the girl’s name is irrelevant.


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The TMFirst API call finds the first multi-drop device on the 1-Wire network specified with the ‘session_handle’. A ROM search algorithm is used to find the first unique serial registration number (ROM) data pattern on the 1-Wire network. The ROM data pattern that was found is stored in an internal eight byte buffer. The internal eight byte buffer can be read using the TMRom API call.
For a description of the above types, see the TMEX Type Descriptions.
Parameters
session_handle
Specifies the session handle returned from the API function TMExtendedStartSession that specifies the desired 1-Wire network port. This parameter is required by most TMEX API functions.
state_buffer
Specifies a pointer to a memory location that TMEX keeps all of the state information for the 1-Wire networks. This parameter is required by most TMEX API functions.
Return Value
0 => device not found
1 => first device on the 1-Wire network found
<0 => TMEX Network Error Return Code
See Also


Class BitArrayView
A grid view that wraps a C# BitArray into a settable grid view of boolean values.
Inherited Members
Namespace: SadRogue.Primitives.GridViews
Assembly: TheSadRogue.Primitives.dll
Syntax
public sealed class BitArrayView : SettableGridView1DIndexBase<bool>, ISettableGridView<bool>, IGridView<bool>, ICloneable, IMatchable<BitArrayView>
Remarks
This grid view con be useful to represent a region or area of a 2d grid where points are either "on" or "off". HashSet<Point> can work for this purpose, but hashing can be slow. bool[] or ArrayView<bool> are other options, but this class uses approximately 8x less memory than those options, and is only very slightly slower (less than 0.5ns) in terms of index access. The Fill operation is actually much faster than the corresponding operation for a boolean array, which can make it a very useful alternative as a "visited" array when iterating over a grid.
Constructors
BitArrayView(BitArray, Int32)
Constructor. Takes an existing 1D array to use as the underlying array, and the width of the 2D grid represented by that array.
Declaration
public BitArrayView(BitArray existingArray, int width)
Parameters
| Type | Name | Description |
|---|---|---|
| BitArray | existingArray | Existing 1D array to use as the underlying array. |
| Int32 | width | The width of the 2D grid represented by |
BitArrayView(Int32, Int32)
Constructor. Takes width and height of array to create.
Declaration
public BitArrayView(int width, int height)
Parameters
| Type | Name | Description |
|---|---|---|
| Int32 | width | Width of array. |
| Int32 | height | Height of array. |
Properties
Height
The height of the grid being represented.
Declaration
public override int Height { get; }
Property Value
| Type | Description |
|---|---|
| Int32 |
Overrides
Item[Int32]
Interface designed to act as a standardized input/output format that defines minimal required data for algorithms that operate and make changes to a grid of some sort. For a concrete implementation to subclass for custom implementations, see SettableGridViewBase<T>.
Declaration
public override bool this[int index1D] { get; set; }
Parameters
| Type | Name | Description |
|---|---|---|
| Int32 | index1D | 1D index of location to get/set the "value" for. |
Property Value
| Type | Description |
|---|---|
| Boolean | The "value" associated with the given location. |
Overrides
Remarks
See IGridView<T>. This interface serves the same purpose, but for cases when it is also necessary for an algorithm to be able to change the value at each location.
Like IGridView, a number of implementations of this interface to cover common needs are provided. For example, ArrayView<T> defines the interface such that the data is retrieved from and set to an array, and LambdaSettableGridView<T> defines the interface such that arbitrary callbacks are used to retrieve and set the data.
Width
The width of the grid being represented.
Declaration
public override int Width { get; }
Property Value
| Type | Description |
|---|---|
| Int32 |
Overrides
Methods
Clone()
Performs deep copy of bit-array view.
Declaration
public object Clone()
Returns
| Type | Description |
|---|---|
| Object | The cloned BitArrayView. |
Fill(Boolean)
Sets every location within the grid view to the given value.
Declaration
public override void Fill(bool value)
Parameters
| Type | Name | Description |
|---|---|---|
| Boolean | value |
Overrides
Matches(BitArrayView)
Compares the current BitArrayView to the one given.
Declaration
public bool Matches(BitArrayView other)
Parameters
| Type | Name | Description |
|---|---|---|
| BitArrayView | other |
Returns
| Type | Description |
|---|---|
| Boolean | True if the given BitArrayView references the same underlying bit-array, false otherwise. |
ToBitArray()
Converts to BitArray, without copying the values. Typically using this method is unnecessary and you can use the implicit conversion defined for this type instead.
Declaration
public BitArray ToBitArray()
Returns
| Type | Description |
|---|---|
| BitArray | The underlying BitArray data as a 1D array. |
ToString()
Returns a string representation of the grid values.
Declaration
public override string ToString()
Returns
| Type | Description |
|---|---|
| String | A string representation of the grid values. |
ToString(Func<Boolean, String>)
Returns a string representation of the grid values, using elementStringifier
to determine what string represents each value.
Declaration
public string ToString(Func<bool, string> elementStringifier)
Parameters
| Type | Name | Description |
|---|---|---|
| Func<Boolean, String> | elementStringifier | Function determining the string representation of each value. |
Returns
| Type | Description |
|---|---|
| String | A string representation of the grid values. |
ToString(Int32, Func<Boolean, String>)
Returns a string representation of the grid values using the given parameters.
Declaration
public string ToString(int fieldSize, Func<bool, string> elementStringifier = null)
Parameters
| Type | Name | Description |
|---|---|---|
| Int32 | fieldSize | The size of the field to give each value. A positive-number right-aligns the text within the field, while a negative number left-aligns the text. |
| Func<Boolean, String> | elementStringifier | Function to use to convert each value to a string. null defaults to the ToString function of type T. |
Returns
| Type | Description |
|---|---|
| String | A string representation of the grid values. |
Remarks
Each element will have spaces added to cause it to take up exactly
fieldSize
characters, provided fieldSize
is less than the length of the value's string representation.
Operators
Implicit(BitArrayView to BitArray)
Allows implicit conversion to BitArray. Does not copy the underlying values.
Declaration
public static implicit operator BitArray(BitArrayView arrayView)
Parameters
| Type | Name | Description |
|---|---|---|
| BitArrayView | arrayView | BitArrayView to convert. |
Returns
| Type | Description |
|---|---|
| BitArray |


Hello! My name is Rodrigo Delgado and I am a Web-Developer student from Chile living in New Zealand. I am currently studying through the Wellington based Enspiral Dev Academy where I am focussing on skills in HTML, CSS and JavaScript. Enjoy my jurney through EDA.


Welcome to Webpack Starter
This is a Webpack boilerplate to write web projects using ES6 and SCSS.
The goal is to provide a Webpack configuration that can be used in any good old "php/jQuery" project, if you know what I mean. Some people end up not taking the time to learn Webpack because they go to search engines and find a bunch of articles talking about how to use Webpack with React, Angular2 and other complex stuff, ending up thinking that Webpack is made to work only with these kinds of tools. This project shows how you can take advantage of Webpack in that old legacy project that only needs a new theme, and, of course, in your next project.


{% extends 'layout.html' %} {% block pageTitle %} NHS.UK prototype kit {% endblock %} {% block beforeContent %} {% endblock %} {% block content %} {% include "current/includes/patient-details/_header.html" %} Case breakdown Filter Filter by All events My events Sort Sort by Newest Oldest {% include "current/includes/patient-details/case-breakdown/_me-timeline.html" %} Add a new timeline event or continue editing a draft You are adding... Select an event Latest hospital admission details Medical and social history notes ME scrutiny QAP discussion Bereaved/representative discussion Other case info {% "includes/include patient-details/case-breakdown/_event-templates.html" %} {% include "current/includes/patient-details/case-breakdown/_form-templates.html" %} {% endblock %}


Welcome to my portfolio!
-
Let me introduce myself again, hello, my name is Carmen. I graduated Ryerson University with a BComm degree majoring in human resources. Nearing graduation, I became more and more aware that human resources was not going to be my career. I took some time after graduation to figure out what I wanted to pursue next. With advice from peers, some basic work from a friend studying computer science, as well as further research, I found myself wanting to learn more.
-
Employee Directory
- The link to Employee Directory Aplication.
- The link to Employee Directory Github repository.
- An application that allows users to view non-sensitive data about other employees and filter employees by name.
Budget Tracker
- The link to Budget Tracker Aplication.
- The link to Budget Tracker Github repository.
- A budget tracker that allow users to add/subtract funds and display at-a-glace, the total funds over time online and offline.
Workout Tracker
- The link to Workout Tracker Aplication.
- The link to Workout Tracker Github repository.
- A Worker Tracker app that allows the user to add/continue workouts categorized by cardio and resistance, and displays a week's glance of the workout duration in minutes and pounds lifted.
Spacebook
- The link to Spacebook.
- The link to Spacebook Github repository.
- SpaceBook is the revolutionary new social media platform that combines all your favorite aspects of interacting with your friends into one.Users can sign up for a SpaceBook account for free, meet new people, post pictures, videos and daily moments all in an ad-free space.
Date-Night Planner Application
- The link to Date-Night Planner Aplication.
- The link to Date-Night Planner Github repository.
- The Date-Night Planner application allows a user to enter a location and how far they are willing to travel. Based on this information, a list of theatres will be generated and displayed to the page. The user will be able to select a theatre, and a list of movies and their showtimes will be displayed. The user may then select a movie and specific show-time to book their tickets.
Weather Dashboard
- The link to Weather Dashboard Aplication.
- The link to Weather Dashboard Github repository.
- A weather dashboard showing weather outlook for multiple cities.
-
Email<EMAIL_ADDRESS>Phone:<PHONE_NUMBER>
Here is my resume with my educational background and professional work experiences.


Pythons Trove Classifiers have 7 stages of software development:
Development Status :: 1 - Planning
Development Status :: 2 - Pre-Alpha
Development Status :: 3 - Alpha
Development Status :: 4 - Beta
Development Status :: 5 - Production/Stable
Development Status :: 6 - Mature
Development Status :: 7 - Inactive
In this mini-article I try to describe what those stages are.
Semantic Versioning
There are a couple of different ways to set a version string:
- git hash:
409b48b0d49c6b5d82ec8711b9341fc99b31ff98
- Counting upwards:
1
,2
,3
, ... - Yearly versions:
- Ubuntu:
16.04
,16.10
,17.04
,17.10
, ... - pytz:
2016.10
,2017.2
,2017.3
,2018.3
,2018.4
, ...
- Ubuntu:
- Semantic versioning:
0.19.1
,1.0.0
,1.0.1
,1.1.0
,... as used by scipy
git hashes are only there to have an identifier for a commit which can be (ab)used as a version string. The other versioning ways are better because you can directly see which version is more recent.
Yearly versions and semantic versioning are better than simply counting upwards, because the version string carries additional information. Instead of only knowing that something is the next version, you either know how much time has passed or which type of change was done.
I suggest taking 5 minutes to read semver.org, but the bare minimum you need to know about it is:
Given a version number MAJOR.MINOR.PATCH, increment the:
MAJOR version when you make incompatible API changes,
MINOR version when you add functionality in a backwards-compatible manner, and
PATCH version when you make backwards-compatible bug fixes.
Development Stages
1 - Planning
Having this trove classifier online basically means you only reserved the name on PyPI.
- Required properties: There is no software package, no content whatsoever.
- Typical steps: Creating wireframes (e.g. with Balsamiq), drafting architectures and expected workflows (e.g. UML diagrams), writing user stories, defining features, defining which features NOT to have
- Semantic version: -
- PyPI: 2172 projects - noting I know of
2 - Pre-Alpha
- Required properties: There is already some software that gives an idea what it is supposed to do.
- Typical steps: Drafting ideas, adding new features, refactoring a lot. Here, the complete architecture of the software might still change.
- Semantic version: 0.X.X
- PyPI: 5067 projects - noting I know of
3 - Alpha
- Required properties: The software has the minimal required set of features to be useful. The architecture of the software is clear.
- Typical steps: Internal testing. People close to the developers can use the software.
- Semantic version: 0.X.X
- PyPI: 10,000+ projects, including Lasagne
4 - Beta
- Required properties: Software is feature complete
- Typical steps: External testing, fixing bugs and performance problems. Usability testing.
- Semantic version: 0.X.X
- PyPI: 10,000+ projects, including pint
5 - Production/Stable
- Required properties: No major bugs known, tests cover the most important cases.
- Typical steps: Fixing bugs, adding updates and new features.
- Semantic version: ≥ 1.0.0
PyPI: 10,000+ projects, including SQLAlchemy, numpy, pandas
6 - Mature
- Required properties: Software was in production for more than a year. No new features were required, no major/critical bugs are open.
- Typical steps: Fixing minor bugs.
- Semantic version: ≥ 1.0.0
- PyPI: 415 projects, including Zope, pytz and Pillow
7 - Inactive
At some point the developers will not add updates to software. Maybe it was a free-time project and they are not interested in it anymore. Maybe the company doesn't get enough money from that project. It can still be valuable to keep the software in the repository. Marking it as "inactive" tells developers that it's unlikely known issues will be fixed.
PyPI: 283 projects, including
- async: deprecated
- aws-cyrpto, aws-crytpo, awscrytpo: Trying to prevent users from typos
- bs4: A dummy package
image_cleaner
,memtop
,asr
,pyspell
,lumixmaptool
,hwrt
,geocodertools
, TensorVision,vin_decoder
: Projects I'm no longer interested in
Important to note here: It is, of course, always possible that it switches back to any of the other development stages
See also
- Coding Horror: Alpha, Beta, and Sometimes Gamma
- Wikipedia: Software release life cycle


IIT Kanpur
Sharma Sumanta Sarathi,
About Me
Academics
Curriculam Vitae
Research Interest
Conferences and Seminars
Mathematics 2 Philosophy
Indian Military Academy
Co-Curricular Activities
My Hown Town
Picture Gallery
My Parents
Relevant Links
My Thesis Supervisor
Webmail


 The film is Face/Off, and it is directed by, the world acclaimed action director, John Woo.
I've admired John Woo mainly for his two Hong Kong works Hard Boiled and The Killer. After I seen those two movies I was convinced that Woo was the ultimate action movie director. As much as I liked those films though, none of his American films have yet to spawn such admiration, until now. Hard Target was entertaining, but didn't feel like it was an actual Woo movie. Broken Arrow was better than Hard Target, but it still did not have that Woo touch.
What is the Woo touch? In most action movies you'll find an infallible unfeeling hero who is nothing but good. Then you'll find his adversary, the evil bug-eyed crazed madman. A simple game of good versus bad, no in between, no real character development. And, for most summer movies goers, character development is not a strong point for the movie. But, as more summers roll around, the worst films have become in even creating some character development. The explanation for this is simple, not having character development can allow for two hours full of action. What Woo does is create a movie that is full of action but includes characters that are fully fleshed out. His films have characters that think, feel, and are not afraid to cry. The themes that he works with are still of good versus bad, but he takes that theme to a new level. The characters are labelled as good and bad, but it's a matter of perception on who is good and who is bad.
The other thing that Woo does is choreographing action scenes like nothing else. Many try to copy his style, but none have achieved it. His action scenes are as most put it like a ballad. And are hard to describe unless they are seen. Face/Off is one of Woo's most Hong Kong films yet. After the success of his last film, Broken Arrow, he must have got more creative control over Face/Off. Most noticeable is that the two characters, though tagged good and bad, are not what they seem. And a third of the way into the film, they truly are not who they seem.
Sean Archer (John Travolta) is a FBI agent that has been chasing a terrorist, Castor Troy (Nicolas Cage), for many years now. Archer is obsessed with catching Castor. This obsession stems from Castor accidentally killing Archer's son. As Castor is leaving L.A. Archer gets his chance to capture him. But, instead of capturing Castor, in a large and violent gunfight, Castor is put into coma and his brother, Pollox, is put into prison. What Archer finds out is that Castor and Pollox have planted a large bomb somewhere in L.A., and it is ready to go off soon. Pollox is a paranoid delusional man and will not talk to anyone else about the location of the bomb but his brother. The only way to get Pollox to talk is to have Castor talk to him. Castor being in a deep coma is a problem though. The solution, this sounds strange, but works in the movie, is to take Castor's face and plant in on Archer. Archer is unwilling to do it at first, but agrees to do it after some convincing. Archer takes Castor's face and is altered to sound and look like Castor, and is sent into prison to try to fine out the location of the bomb from Pollox. While Archer is in jail talking to Pollox, Castor wakes up from his coma and wants a face. Obviously, Castor takes the only face that he can find, Archer's. Castor kills everyone that knows about the plan to put Castor's face on Archer.
This twist gives John Woo the freedom to explore the theme of good versus bad.  Or is it the looks? Or is it the reputation? And what can you get away with while looking like someone else, who is good or bad? This leads to both Archer and Castor to re-evaluate who they really are, and what they believe in. That's a lot of drama for an action film, but it does not bog it down a bit.
Archer, with Castor's face escapes prison and wants to put back together his life. It is hard for Archer, who has to deal with the people that he fought so hard against. He begins to see that the other side is not so bad at heart, and softens up a bit.
John Travolta gives a solid performance as both Archer and Castor. But, it is really Nicolas Cage who carries the film. Cage's performance as Castor is, to say the least, maniacal. When he switches over to portraying Archer, he completely changes his performance and calms everything down. Travolta, though solid, does not give that feeling, throughout the movie, that he's really someone else. His performance feels as if he were himself all the time. But there are times when Travolta just unleashes, and those are his stand out moments. The switching of faces also allows for both actors to poke fun at themselves, including Travolta, as Castor, saying to Pollox, "This nose, this hair, this ridiculous chin!"
Woo fills this film up with imagery that is very powerful. One that remains in my mind is that of Castor getting out of his car, and his coat blowing in the wind. Once you see it, you'll be entranced by how powerful that one short sequence is. This imagery goes further into the action sequences. Woo uses quick cuts and odd camera angles to capture the action and the urgency. What Woo does not resort to, and what most new action directors over use, is the unnecessary camera jiggling and shaking. Woo captures all of the action in without having to use such a technique. This technique usually disorients and makes sick more than it does capture the feel of an action film. Woo is one of the last true directors that knows how to make a real action movie.  Go see Face/Off, which proves that an action film just doesn't have to be loud and dumb, it can have a story and characters that you'll care for. The violence is over the top, but is done so well that it is almost poetic. If this is the first film of John Woo's that you've seen, you'll find it amazing. If you're recovering from his last two American outings, you'll be glad to hear that this film is right on track with his Hong Kong films.
-- steve kong<EMAIL_ADDRESS>spy on me at: http://mookie.relay.net/mookie/steve-cam.html
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Stop-Loss Investments is a boutique hedge fund driven by a passion to help you succeed. We offer an effective investment strategy designed to generate significant capital gains to propel you into financial independence.
Jeff Caldwell
CEO and Chief Investment Officer
Jeff created the investment strategy that drives Stop-Loss Investments and manages all of the trading and investment selection. Prior to SLI he worked in pricing strategy for various Fortune 500 healthcare corporations. He also performed electrical engineering design and leadership services for building design and space solar firms. Jeff has a BS in Electrical Engineering and a Minor in Economics from Penn State University and a MBA with a Finance concentration from Rutgers University.
Christina Caldwell, CPA
Chief Financial Officer
Christina manages Stop-Loss Investments' internal accounting and finances. She also performs individual tax services for SLI clients and the general public. Prior to SLI she worked in both public and corporate accounting and finance. She has expertise in individual taxes and small business owner taxes as well as internal and external reporting for mid-size companies. Christina has a BS in Accounting from Bob Jones University and is a Certified Public Accountant.


--- layout: post title: How to push your code to your remote web server with Git date: 2012-03-11 23:44:53.000000000 +01:00 type: post published: true status: publish categories: - Coding tags: - git - git push - remote meta: _edit_last: '1' _thumbnail_id: '1826' _wp_old_slug: how-to-push-code-to _syntaxhighlighter_encoded: '1' dsq_thread_id: '607389171' author: login: bbWebdesign email<EMAIL_ADDRESS>display_name: Bob first_name: Bob last_name: Belderbos ---
Today a quick post on how to use Git to push your code to a remote location. I found this very useful when developing sites. Welcome to post #100.
I learned this from Using Git to manage a web site and after using this technique at 2 websites, I found this needed to have a dedicated post. The article explains it very well, but this note taking helps me to remember and implement it well. And you guys might find this quite useful :)
Note that it is highly recommended to set up a key-based login to your remote server, see this useful SSH reference for more details.
$ cd ~/repositories && mkdir repository.git $ cd repository.git $ git init --bare
You will see something like: Initialized empty Git repository in /home/user/repository.git/ and it means you have a new repository to mirror the local one to.
$ mkdir /home/user/target_dir
$ vi hooks/post-receive
Enter the following:
# #!/bin/sh # GIT_WORK_TREE=/home/user/target_dir git checkout -f
$ chmod +x hooks/post-receive
You can find a quick wrapper script at Github.
$ git remote add aliasName<EMAIL_ADDRESS>$ git push aliasName +master:refs/heads/master
After local committing with: $ git add . ; $ git commit -m "message" , you push your code to your remote mirror with: $ git push aliasName


Camera Settings for Object Detection
Your browser does not support the HTML5 canvas tag.
Brightness:
Contrast:
Gain:
Exposure:
Saturation:
Accept float thresholds
Accept base thresholds
Save to file


GETUTCDATE
Returns the current date and time in UTC (Coordinated Universal Time), with a "+00:00" time zone offset.
GETUTCDATE()
A date string formatted like "2016-07-24 02:14:16.404 +00:00".
PRINT GETUTCDATE();


RICH SCHMITT
Cover art from my favorite album of 2017, Science Fiction, by Brand New.
ABOUT SCHMITT
Hi my name is Rich Schmitt. Im learning to code Full Stack Web Development at George Washington University.
This is my first website. Currently working on a portfolio of interesting and good looking websites and apps. I love animals and skateboarding.
I work for a company called WAG! where I can help people with on demand dog care through our mobile app. Download the WAG! app and use my ivitation code RICH31311
for $20 in credit towards your first walks. I love the internet. One of my favorite websites is soundcloud. Im very interested in drones and crypto currencies.
I learned drone mapping technology during my 2015 internship with senseFly doing basic repairs, test flights, data analysis, and tech support on the eBee UAV. Now a day I like to fly FPV Lumenier racing drones.
Im also very interested in the evolution of crypto currencies and Ethereum application development on the block chain.
CONTACT INFO
- cell phone:<PHONE_NUMBER>
- email<EMAIL_ADDRESS>- github: richtt18


On Monday we worked with a nice clean dataset. It was constructed (by me) for visualization, it had one object per drive with all the interesting variables, it was complete and accurate, and the values of the data variables (drive number, yards) were nicely spaced. Today's project shows what happens when none of that is true.
We're working with Country Profile data from the world bank. Here are some of the issues we face:
- Ungrouped data. Each row in the spreadsheet represents one variable for one geographic area (countries and regions). We want to plot different variables against each other, so we need to group them and select variables we want.
- Wordy variables. The data is intended to be used in spreadsheet form for people to use directly. We want to use it in a program. There are variable names like "Mortality rate, under-5 (per 1,000 live births)" that will not make good key-value pairs in an object.
- Missing data. Missing values are shown with ... When we parse strings to numbers, these are silently converted to the special value NaN, for "not a number". Calling our scale functions on NaN doesn't cause an error either, it just returns NaN. We only get errors when we try to set SVG attributes.
- Incorrect data. Qatar jumps out as a massive outlier in GDP. That initially didn't strike me as odd because Qatar is often an outlier, but no -- that can't possibly be right. This data is saying that Qatar has vastly more economic activity than the entire world! Looking at the data, the value for 2015 is 164641483.52 billion dollars. The value for the Russian Federation is 1331.21. No way is this correct. According to the World Bank website, the GDP for Qatar is 164.61 billion dollars. The listed number is therefore off by a factor of one million.
- Data dispersion. If we plot Population vs. GDP on a linear scale, there's a huge outlier (World). Everything else is stuffed in the bottom left corner. Our first and most powerful trick is to switch to a logarithmic scale.
- Data dispersion, part II. Even when we use a log scale, we still see a big diagonal slice of points with nothing on either side. We can make the points smaller and semi-transparent, but there is still a lot of overplotting.


org.icefaces.ace.meta.annotation
Annotation Type JSP
@Target(value=TYPE)
@Retention(value=RUNTIME)
public @interface JSP
Used to generate pure JSP (non-JSF) Tag file, interface, TLD, TLDDOC,
Javadoc. Specify this annotation on Meta classes, optionally along-side any
Component annotation. Use the Property annotation on the Meta class'
fields, and discern between properties that are only for JSP or only for
JSF via the Only annotation. Have a JSP annotated Meta class extend a
JSPBaseMeta annotated baseMeta class to use it's defaults for the JSP's
generateInterfaceExtendsClass and generateTagExtendsClass fields.
|
Optional Element Summary |
java.lang.String |
generatedInterfaceClass
Fully qualified class name for the generated interface. |
java.lang.String |
generatedInterfaceExtendsClass
Fully qualified class name of the interface that the generated interface
will extend. |
java.lang.String |
generatedTagClass
Fully qualified name for the generated tag class. |
java.lang.String |
generatedTagExtendsClass
Fully qualified name of the class that the generated tag class will extend. |
java.lang.String |
javadoc
javadoc for the tag class. |
java.lang.String |
tagClass
Fully qualified name for the tag class. |
java.lang.String |
tagName
Name of tag. |
java.lang.String |
tlddoc
tld doc for the tag class. |
tagName
public abstract java.lang.String tagName
- Name of tag. If not specified, then it defaults to the Meta class'
simple name, without the "Meta" suffix, using camel case.
Eg: MyCompMeta -> myComp
- Returns:
- defined tag name.
- Default:
- ""
tagClass
public abstract java.lang.String tagClass
- Fully qualified name for the tag class. This is the manually coded Tag
class that will be referenced in the TLD, that would extend the
generated tag class, and add any necessary manual code, or simply remain
empty.
If not specified, then it defaults to the Meta class' full name,
without the "Meta" suffix, but with a "Tag" suffix added.
Eg: org.mypackage.MyCompMeta -> org.mypackage.MyCompTag
- Returns:
- fully qualified name of the tag class.
- Default:
- ""
generatedTagClass
public abstract java.lang.String generatedTagClass
- Fully qualified name for the generated tag class. This will contain the
generated fields, getter and setter methods, and release method. The
tag class will extend it, and it will extend generateTagExtendsClass.
If not specified, then it defaults to the Meta class' full name,
without the "Meta" suffix, but with a "BaseTag" suffix added.
Eg: org.mypackage.MyCompMeta -> org.mypackage.MyCompBaseTag
- Returns:
- fully qualified name of the generated base tag class.
- Default:
- ""
generatedTagExtendsClass
public abstract java.lang.String generatedTagExtendsClass
- Fully qualified name of the class that the generated tag class will extend.
If not specified, but the Meta class extends a @JSPBaseMeta annotated
baseMeta class, then the @JSPBaseMeta tagClass will be used. Otherwise,
"javax.servlet.jsp.tagext.TagSupport" will be used.
- Returns:
- fully qualified name of the class that the generated base tag
will extended.
- Default:
- ""
generatedInterfaceClass
public abstract java.lang.String generatedInterfaceClass
- Fully qualified class name for the generated interface. This will be
an interface for the getter and setter methods corresponding to the
generated properties. While the generated base tag class will only
contain common and @Only(JSP) properties, the interface will contain
getter and setter methods for the union of all of the properties,
including @Only(JSF) ones.
If not specified, then it defaults to the Meta class' full name,
without the "Meta" suffix, but with an "I" prefix added.
Eg: org.mypackage.MyCompMeta -> org.mypackage.IMyComp
- Returns:
- fully qualified class name of the generated interface.
- Default:
- ""
generatedInterfaceExtendsClass
public abstract java.lang.String generatedInterfaceExtendsClass
- Fully qualified class name of the interface that the generated interface
will extend.
If not specified, but the Meta class extends a @JSPBaseMeta annotated
baseMeta class, then the @JSPBaseMeta interfaceClass will be used.
Otherwise, the generated interface will not extend anything.
- Returns:
- fully qualified class name of the interface that the generated
interface will extended.
- Default:
- ""
tlddoc
public abstract java.lang.String tlddoc
- tld doc for the tag class. Goes into the Tld documentation.
- Returns:
- tag documentation for tld.
- Default:
- ""
javadoc
public abstract java.lang.String javadoc
- javadoc for the tag class. Goes into the generated tag class.
If not specified, defaults to being the same as tlddoc.
- Returns:
- javadoc for the generated base tag class.
- Default:
- ""
Copyright 2013 ICEsoft Technologies Canada Corp., All Rights Reserved.


Version: @version@ - Date: @date@
In the following, it is shown how to model specifications in Java and XML. A specification consists of an application, the architecture, and the mappings. In Java, a basic implementation can be defined as follows:
@file(net/sf/opendse/tutorial/Part1.java)The corresponding XML representation looks as follows:
@file(Specification1.xml)
The resulting specification looks as follows in the viewer:


Written by Supakorn Laohasongkram on July 16, 2014.
I think by far my favorite sites are facebook.com, youtube.com, and google.com. (The popular choices I presume.) The main reason why they are my favorite is because they are the ones I considered most useful and I actually use them most in my daily life. In this blog post, I would analyze these favorite websites of mine to dig a little deeper into why they are my favorite! So let's start looking the first one: facebook.com!
Facebook.com
First description that comes to mind...
Visually: Simple and neat; but not particularly pretty.
It makes sense because making website prettier or fancy could mean lesser performance. And for website like facebook, they probably need perform than looking nice.
Functionality: Practical, Useful, Fun, Never feel like you are alone, Never lose a friend once friended on facebook!, Keeping people connected.
Facebook has somewhat become a neccesity in a lot of our daily lives. Facebook has a lot of functions in it. One could literally spend the entire day doing things within the facebook ecosystem: chatting, browsing other's profiles, browsing other's picture, commenting, writing blog, explore new pages, play video games, and etcs.
Personally, I feel facebook's value simply boils down to the value we put on other people we come cross in our lives. And of course these people means a lot to us. And that is where facebook's value emernate.
Without facebook or other social web app, it is very hard to keep in touch and know what the other people are up to. Even emails couldn't level up to the intimacy and a sense of community that facebook has established.
Thus, facebook's main function is simply to keep people connected.
Design: Complex, Massive, Highly Dynamic
I am very new to the web developing world. But with the amount of data facebook has to handle plus the gigantic number of users plus what facebook can do in terms of its functionalities, I feel facebook has to be very complex and very well organized to serve every user.
Google.com
Google--again--another neccesity. "Google it! Google it!" people often say. In today's world, where information is scatter through out the internet. Google offers one the power to quickly access the right information. Google is my favorite website because of the similar criteria as facebook, it's useful and I use them all the time. (I guess you are seeing a pattern here.) Yes, I am not particularly a design person. I am a pratical man! and what works for me is beautiful!
First description that comes to mind...
Visually: Simple and a little playful
Google main interface is very simple. It's not beautiful or visually stunning. I wrote "a little playful" because of two reasons: 1. once in a while they change the google logo to keeping things interesting, and 2. Google.com have this "feeling lucky" button which I feel is quite playful but it is something I never use.
Functionalities: Practical, Neccesity, Quick, Omniscience
Google has one simple yet very complex function: find what I am looking for on the internet!
Design: Complex, Massive, Overarching
What is the algorithm for finding a needle in the haystack? Yes, I think that's very much like google's algorithm for searching something on the internet. However, google probably does in less than a second. How? I don't know.
Youtube.com
Youtube, if I am not wrong, is also run by Google. It is my favorite website #3 because it is a lot of things: a source of entertainment, a source of knowledge, and a place to learn and share something new. Recently, I just learned how to play so song on a piano called "Gymnopedia No.1" on Youtube! I didn't need to hired a piano teacher or attend a piano school! Wonderful!
First description that comes to mind...
Visually: Nice, Minimalist, Organized, Advertisement again?!
Similar to facebook, Youtube needs to function more than it needs to look pretty. So adopting the more minimalist approach in its visual make sense. As compared to facebook, I feel facebook is very scattered. So facebook is either not organized or there are just too many data to be organized or Youtube is just very organized. (follow? haha) Anyways, YouTube is looking great!
Functionalities: The New TV, Have Everything You Want to See and More, Teach You How to Do Almost Everything
I haven't never been much of a TV person because TV never give me exactly what I want to watch. But YouTube, on the other hand, could. So in my room there is no need for TV. YouTube, in a sense, is the new-replacement of TV, a new and more robust source for information.
Design: Organized, hold large amount of infomation
Videos files seems to take up most space in my computer. And Youtube seems to be holding the most of these files on the internet. To constantly be ready for more videos uploading everyday, and being able to serve these up as quickly as possible seems to be the main task of the design.
Conclusion: Comparisons
In terms of the visual of these three websites--Facebook.com, Google.com, Youtube.com, I believe they all adopt a minimalistic approach. These are not porfolio websites where there aren't many moving pieces. These websites are very dynamic, complex and are constantly being served up to millions of user every hour. Thus, its ability to perform by far overweight its ability to look nice. Nevertheless, these sites are not ugly either. They are only nice enough to function well.
The more difficult topic to compare is the functions of these three websites. Since the three websites are answering a very different questions--facebook:social network, google.com:searching the internet, and YouTube: sharing videos as a source of information--it is not fair to judge them on the same scale. They all function in their own way.
Lastly, in term of its structural design, all three of these websites are very large, complex, and have massive amount of users. With that said, the design of these website must therefore be well-organized, quick


About Me
Hello! I’m Mohammad Abu Mattar, a Software Engineering based in Amman, Jordan. I enjoy creating things that live on the internet, whether that be websites, applications, or anything in between. Shortly after graduating from Isra University, I joined the engineering team at Isra University as a lab-supervisor where I work on a wide variety of interesting and meaningful projects on a daily basis.


If the checkbox is selected, the parameter patterns are applied to string literals injected with SQL. If necessary,
you can limit the usage scope at the level of individual
patterns.
If this checkbox is cleared, the patterns are not used in string literals irrespective of which usage scope is
specified for individual patterns.


Message
问题描述 :
Sascha’s current task is interpreting intercepted internal messages of the hostile Mars Feder-ation. Although Martian messages always consist of just one word, her task turns out not to be easy, as two factors in uence the content of the intercepted message:
a) Extraterrestrial environment conditions are so bad that errors can occur in intercepted messages, causing them to be quite obfuscated compared to the originally sent text. If such errors occur, the erroneous characters will be characters from the Martian alphabet, just as the original characters.
b) Furthermore, linguistic characteristics play an important role. In Martian, there are relations between two subsequent characters: for a given character, some characters are more likely predecessors than others (note that something similar occurs in English: for example, a `h’ in a word will more likely have been preceded by a ‘t’ than by a `q’).
Fortunately, probabilities that a received character y actually was sent as an original Martian character x is known for all alphabet characters, as well as the probabilities that a certain character xi occurs in a clean Martian word if it was preceded by a Martian character x(i-1).
Given all these probabilities, Sascha wants to nd the so-called maximum likelihood text for a received message, which is the most likely message the Martians originally sent. As senior pro-grammer in the EAF Intelligence Department, you must write a program for her, achieving this goal for several intercepted messages in several local Martian dialects.
To give a simple example, consider a local Martian alphabet only consisting of the characters ‘a’ and ‘b’ and let the receiving error probabilities and character succession probabilities be as shown in Table 2. If the intercepted message just consists of an `a’, this can either originally have been an `a’ or a `b’. With no previous characters available, only the error probabilities are considered: it then turns out that the maximum likelihood message is an `a’ as well, with probability 0.9.
To extend the example, if the intercepted message was `ab’, we also need the character succession probabilities. The probability that the original message was `aa’ is
Similarly, the probability that the original message was `bb’, `ab’ or `ba’ are 0.1 * 0.9 * 0.95, 0.9* 0.9 * 0.05 and 0.1 * 0.1 *0.2, respectively. Hence, the maximum likelihood message now is `bb’. In all cases asked for, there will always be a unique maximum likelihood message.
输入:
Then, for each test case:
- An integer number a (0 < a < 30), which is the number of characters in the local Martian alphabet;
- A line containing the a unique characters c1; c2; ….. ; ca of the local Martian alphabet,separated by single spaces. Whitespace characters will not occur in the alphabet;
- a lines, specifying receiving error probabilities for the a alphabet characters in the orderin which they were presented. The ith line corresponds to the error probabilities for the original alphabet character ci and contains:
* a floating point numbers ei1; ei2; …..; eia, separated by single spaces. Number eij(0 <=eij <= 1) indicates the probability that an observed character cj originally was sent as the character ci (hence );
- a lines, specifying character succession probabilities for the a alphabet characters in theorder in which they were presented. The ith line corresponds to the character succession probabilities for cases where the original alphabet character ci was the immediate predecessor and contains:
* a floating point numbers si1; si2; …. ; sia, separated by single spaces. Number sij indicates the probability that a certain character cj has character ci as immediate predecessor (hence );
- An integer number w (0 < w < 50), indicating the number of intercepted messages in the local Martian alphabet specified;
- Then, for each intercepted message:
- A line containing the intercepted message. These messages are non-empty, case-sensitive and will not exceed 300 characters in length.
Given _oating point numbers never have more than 10 decimal numbers following the separator ‘.’
输出:
Then, for each test case:
- An integer number a (0 < a < 30), which is the number of characters in the local Martian alphabet;
- A line containing the a unique characters c1; c2; ….. ; ca of the local Martian alphabet,separated by single spaces. Whitespace characters will not occur in the alphabet;
- a lines, specifying receiving error probabilities for the a alphabet characters in the orderin which they were presented. The ith line corresponds to the error probabilities for the original alphabet character ci and contains:
* a floating point numbers ei1; ei2; …..; eia, separated by single spaces. Number eij(0 <=eij <= 1) indicates the probability that an observed character cj originally was sent as the character ci (hence );
- a lines, specifying character succession probabilities for the a alphabet characters in theorder in which they were presented. The ith line corresponds to the character succession probabilities for cases where the original alphabet character ci was the immediate predecessor and contains:
* a floating point numbers si1; si2; …. ; sia, separated by single spaces. Number sij indicates the probability that a certain character cj has character ci as immediate predecessor (hence );
- An integer number w (0 < w < 50), indicating the number of intercepted messages in the local Martian alphabet specified;
- Then, for each intercepted message:
- A line containing the intercepted message. These messages are non-empty, case-sensitive and will not exceed 300 characters in length.
Given _oating point numbers never have more than 10 decimal numbers following the separator ‘.’
样例输入:
1 2 a b 0.9 0.1 0.1 0.9 0.8 0.05 0.2 0.95 2 a ab
样例输出:
a bb
大部分解释来自:
http://hi.baidu.com/timer/item/ebc8c7ef908085215b2d6476
题意:
求 (1^b+ 2^b+ … + a^b) % a
1≤a≤1000000000, 1≤b≤1000000000
思路:
a,b范围很大，直接算或者直接用快速幂取模肯定不行。
注意到题目条件：b一定是一个奇数。
观察原式，发现 [ c^b+(a-c)^b ] % a = 0 .
（证明：将 (a-c)^b 用二项式定理拆开即可）
于是这样就简单了：当a是奇数时，原式=0；当a是偶数时，原式=(a/2)^b % a .再快速幂取模即出解。
自己敲:
#include <cstdio> using namespace std; typedef long long ll; int mod; ll mypow(ll a, ll n) { ll ret = 1; while(n) { if(n%2) ret = (ret*a)%mod; a = (a*a)%mod; n >>= 1; } return ret; } int cal(int a, int b) { if(a&1) return 0; return mypow(a/2,b); } int main() { int a,b; while(scanf("%d %d",&a,&b)==2) { mod = a; printf("%d\n",cal(a,b)); } }
目前还是图样…
解题参考：http://blog.csdn.net/iyundi/article/details/9903297
蛋友都骂你…
蛋友都骂你…
蛋友都骂你…
蛋友都骂你…
蛋友都骂你…
为避免精度问题，PI值请使用arccos(-1)。应该是acos
没错的，九度OJ也有此题
#include <stdio.h>
int main(void)
{
int arr[] = {10,20,30,40,50,60};
int *p=arr;
printf("%d,%d,",*p++,*++p);
printf("%d,%d,%d",*p,*p++,*++p);
return 0;
}
为什么是 20,20,50,40,50. 我觉得的应该是 20,20,40,40,50 . 谁能解释下？
对，算是枚举吧，已修正
一开始就规定不相邻节点颜色相同，可能得不到最优解。我想个类似的算法，也不确定是否总能得到最优解：先着一个点，随机挑一个相邻点，着第二色，继续随机选一个点，但必须至少有一个边和已着点相邻，着上不同色，当然尽量不增加新色，直到完成。我还找不到反例验证他的错误。。希望LZ也帮想想, 有想法欢迎来邮件。谢谢
因为是要把从字符串s的start位到当前位在hash中重置，修改提交后能accept，但是不修改居然也能accept
if(j){
int ans=a ;
for(int x=j-1;x>=0;x–){
if(!a ) break;
ans=min(ans,a );
sum+=ans;
}
}
求解释，，dp的思路是什么呢？
great work！
第15行代码，/n/n，应该改为\n\n
88行是多余的，可以删除
为什么for循环找到的i一定是素数叻，而且约数定理说的是n=p1^a1*p2^a2*p3^a3*…*pk^ak，而你每次取余都用的是原来的m，也就是n
都是一些基础题啊
嗯 分析得很到位，确实用模板编程能让面试官对你的印象更好。在设置辅助栈的时候可以这样：push时，比较要push的elem和辅助栈的栈顶，elem<=min.top()，则min.push(elem).否则只要push（elem）就好。在pop的时候，比较stack.top()与min.top(),if(stack.top()<=min.top()),则{stack.pop();min.pop();}，否则{stack.pop();}.
怎么输入两个0程序还没退出


 Sure, you could spend $400+ on a new Apple Watch Series 5, or you could take advantage of the killer deals Amazon’s running on the Apple Watch Series 3. Prices start at just $169.99, and all-time low, and some models are already selling out. One thing to keep in mind as you shop, however, is that as Amazon’s shipping estimates slip, you shouldn’t worry too much. Amazon almost always ships orders long before those estimates. For example, I ordered discounted AirPods Pro last week and the shipping estimate said 1-2 months. Guess what: I already got them!
Apple Watch Series 3 (GPS, 38mm) - Silver Aluminium Case with White Sport Band
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Available from Amazon
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Here’s more from the product page:
- Gps
- Optical heart sensor
- Digital Crown
- S3 with dual-core processor
- Accelerometer and gyroscope
- Swim proof
- Watchos 5
- Aluminum case
Apple Watch Series 3 (GPS, 38mm) - Silver Aluminium Case with White Sport Band
$169.99
Available from Amazon
BGR may receive a commission
Buy Now
Follow @BGRDeals on Twitter to keep up with the latest and greatest deals from around the web. Quantities may be limited. Prices are subject to change without notice and coupons may expire at any time. Some deals may not be available to all customers. BGR may receive a commission on orders placed through this article.


Ford’s First All-Electric SUV ‘Mustang Mach-E’ Unveiled With 483 Km Range
by Surendhar MFord Mustang Mach-E electric SUV is expected to make a huge impact in the global EV space and it will be available in a number of variants across different price range
Standing in line with its aggressive expansion of SUVs and crossovers in recent years, Ford has finally stepped into the electric SUV space with the Mustang Mach-E based on the legendary two-door pony car, the Mustang.
The Ford Mustang Mach-E can only be pre-ordered for a deposit of USD 500 (Rs. 35,889) for the limited First Edition variant and it has a starting price of USD 59,900 (Rs. 42.99 lakh) while the Premium model starts at an estimated $50,600 (Rs. 36.32 lakh) – delivered to commence late next year for both.
It must be noted that the base Select trim has its price very lower.
The Mustang Mach-E First Edition, which can be readily reserved, comes with features an exterior having red brake callipers, sports pedals with metallic covers, scuff plates with First Edition written on them, sporty seat stitching and so on.
The First Edition is sold exclusively with the optional extended range battery and an all-wheel-drive with 435 kilometres claimed range. The Premium variant of the zero-emission SUV is perhaps a little less expensive but less equipped too but it’s not bad either in its own right.
Some of the notable features are powered tailgate, panoramic sunroof, heated front seats and settering wheel, 360-degree camera and so on. The Premium is available with RWD configuration and a regular battery pack capable of 255 hp and 370 km estimated range.
Shelling out 2,700 USD (Rs. 1.93 lakh) in addition will get you an AWD system that in turns increases the range by 32 km. For 5k USD (Rs. 3.58 lakh), the bigger battery pack allows for a massive 483 km range while producing 282 hp range and it can also be had with an AWD config. for 7.7k (Rs. 5.52 lakh) added cost.
This will increase the power output to 332 horsepower and the range stands 435 km. The Ford Mustang Mach-E Select grade has a starting price of USD 43,895 (Rs. 31.50 lakh) and its deliveries will only begin from 2021. On the other hand, the top-of-the-line Mach-E GT is up for Spring 2021.
It is quoted with a price tag of USD 60,500 (Rs. 43.42 lakh) and gets just over 402 km claimed range on a single charge. It will be the most powerful mated to an all-wheel-drive system but the official figures are not out yet.
The GT should do zero to 96 kmph in under four seconds and all Mustang Mach-E variants have 8-yr/1 lakh mile warranty on the battery.


Who are Poke Face?
We are a small group of fish loving, life living, and grub cooking free spirits who saw a need for a high quality food truck that serves high quality poke to our community. Currently we travel around Northern Arizona delivering great food to all types of customers. Our home is Flagstaff, Arizona and we go back to Flagstaff every other week to stock up and perform routine maintenance on our truck and machinery. If you want to explore more about who we are then head on over to our "Where to find us" tab to find our weekly schedule with updated locations! Check back often as we travel around in search of new communities to deliver fresh high quality poke to.
Poke Face - Quality Assurance
Here at Poke Face we strive on serving the freshest ingredients with great customer service to match it. Quality assurance is very important to us and we have a team dedicated to making sure we meet these high standards.
Cold Chain
We guarantee that our products stay cold all the way from harvest to consumption to uphold our high quality standards. Any shipments received with any temperatures that are outside the acceptable limits are rejected and returned immediately. Every half hour we check and record the temperatrues for all of our produce and perishable products stored in freezers and refrigerators.
Recall Plan and System
Our receiving department has a strict plan and set of guidelines to follow in the event of the recall of any of our produce or inventory items. We have also created a communications system which tracks company recall notices in real time and sends alerts to our receiving department supervisor immediately. Our strict recall plan and communications systems ensure that our customers receive the freshest ingredients and are protected from consuming recalled produce.
Quality Issues
Any detected or reported product, customer, or employee issues are recorded through either internal audits, internal communications, and/or online reviews.
Certifications and records
- Pest Control Records
- History of Food Safety Issues
- Product Recall Plans
- Third party audits


Click on the blanks and then click on the correct Prepositions from the help box, to complete the story.
down
of
to
for
at
in
The Hare and the Tortoise
The Hare ran down the road for a while and then paused to rest. He looked back at the Tortoise and cried out, “How do you expect to win this race when you are walking along at your slow pace?” The Hare stretched himself out alongside the road and fell asleep, thinking, “There is plentyoftime to relax.”
The Tortoise walked and did not stop until he came to the finish line.
The animals who were watching cheered so loudlyfor the Tortoise that they woke up the Hare.
The Hare yawned, stretched and began to run again. But it was too late, the Tortoise had already crossed the finish line.
Moral: Slow and steady wins the race.


Please pay {{ price }} IOTA to the following address and attach the displayed data
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Go ahead and click the button below to find out more about me.
Who is Jesse Wong?Hello! I am Jesse Wong, a junior developer with a passion for development and problem solving. I have knowledge in the programming languages of html, css, and JavaScript. I have worked on a few design projects which are shown below.
Find out more about me!I was in charge of designing the look of the application with feedback from my teamates.
I designed the user interface for a tablet that helps take some of the burden off of the officers when children are coping with a recent tramatic event
If you liked what you have seen here, feel free to contact me by phone or email anytime. I will get back to you as soon as I can.
626-589-1611


Only the Microsoft color data format can be imported at the moment.
To import, first open the font in RoboFont as usual. Then start RoboChrome and hit the Import font button to import the color data from the font into the current UFO.
Overview


CAE Engineering Linux Distribution
CAE Engineering Linux distribution is an Ubuntu based Linux that is preloaded with many applications useful to engineers. It can be obtained from the website below:
CAE Engineering Linux Distribution
CAE Engineering Linux Distribution
CAE Engineering Linux Distribution - Salome Meca
The image above displays Salome Meca running under the CAE Linux Virtual Machine. Salome Meca has the capability for geometry generation, mesh generation, simulation and post processing by invoking the appropriate modules. It can be obtained from the website below:
Salome-Meca Binary Packages
Salome-Meca Binary Packages
CAE Engineering Linux Distribution - Salome Meca - 2d Plane Extrusion into 3D Shape
After creating a 2D shape and converting it into a face, the face is extruded into a 3D shape.
CAE Engineering Linux Distribution - Salome Meca - Mesh Generation from 3D Shape
A mesh is generated from the 3D shape. This mesh then serves as the input to ElmerGUI. Elmer is a scientific analysis program produced by CSC - IT CENTER FOR SCIENCE LTD. It can be obtained from the website below:
Elmer Multiphysical Simulation Software
Elmer Multiphysical Simulation Software


My name is Jordan Tuinman. I love to draw, and to train in jiu jitsu in my spare time. I am currently studying web development with Enspiral Dev Academy, and this is my study blog.
Feel free to browse through my blog posts, take a look at my github, or drop me a line!


This tries to be the simplest, most concise example on how to display a notification on desktop as well as on mobile.


My Pets
Exit
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Add a Pet
Add a Pet
Pet's Name
Beacon UUID
Type of Pet
Dog
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Age
Picture of Pet
Notes
NOT LOST
LOST
Last Known Location


Oy! I'm the Gray Family Chair for Innovative Library Services at Oregon State University. I'm working on a number of digital publishing initiatives. One of them involves using Jekyll and Jekyll themes like the one you're looking at now to template good, minimal, lightweight web design. What a concept!
Some fun facts about the setup of this project include:
Have questions or suggestions? Feel free to open an issue on GitHub or ask me on Twitter.
Thanks for reading!


--- layout: post title: 'The Interface is the Program, and it ain''t Agile' date: 2006-12-12 00:00:00 categories: interfaces-&-interaction software-development ---
The Interface is the Program, and it ain't Agile: "I've seen a lot of Agile projects crash and burn after about their third external iteration for lack of good architectural foundations. It doesn't take much architecture to shape the whole -- just enough to keep Conway's Law happy and to lay a foundation for the interface -- but it takes much more than Ron Jeffrie's fabled "ten minutes of design." Maybe a sprint's worth is enough to get started.
If an interface is unproductive or inhumane, users notice it only after a long enough time has elapsed for habit formation to be a factor. You don't notice such things when you test drive the program; the clumsiness is hidden behind the familiar Redmond look-and-feel or behind some graphic artist's sugar coating. "


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