--- layout: post title: Customised UINavigationBar background in iOS 4 and 5 date: 2011-11-02 23:19:08.000000000 +00:00 categories: - Apple Programming - Mobile tags: - iOS - objective-c - UIKit status: publish type: post published: true meta: _edit_last: '4005008' _wp_old_slug: customised-uinavigationbar-background-in-ios-4-and-5 _wpas_done_twitter: '1' tagazine-media: a:7:{s:7:"primary";s:0:"";s:6:"images";a:0:{}s:6:"videos";a:0:{}s:11:"image_count";s:1:"0";s:6:"author";s:7:"4005008";s:7:"blog_id";s:7:"7482100";s:9:"mod_stamp";s:19:"2011-11-02 22:23:43";} author: ---
Recently I came across the situation that I needed to support a custom background for a UINavigationBar in an app that had to work for both iOS 4 and iOS 5. After some Googling I came up with this approach.
First the easy one, iOS 5;
[sourcecode language="objc"]
if ([[UINavigationBar class] respondsToSelector:@selector(appearance)]) {
[self.navigationController.navigationBar setBackgroundImage:navigationBackgroundImage forBarMetrics:UIBarMetricsDefault];
}
[/sourcecode]
Note the test on the navigation bar class to check if it supports the UI proxy extensions. This must be done in iOS 4 otherwise a crash will result.
Now for iOS 4 we have to create a category, fortunately this is very simple;
[sourcecode language="objc"]
@implementation UINavigationBar (CustomBackground)
- (void)drawRect:(CGRect)rect
{
UIImage *navBackgroundImage = [[UIImage imageNamed:@"navigation-background"] stretchableImageWithLeftCapWidth:0.0 topCapHeight:0.0];
[navBackgroundImage drawInRect:rect];
}
@end
[/sourcecode]
The drawRect:
method is not called in iOS 5 so it is safe to leave this category in your app. Just as a small side note, Apple has deprecated strechableImageLeftCapWidth:topCapHeight:
in iOS 5 in favour of resizableImageWithCapInsets:
.


We went to ralphs to learn about how people grocery shop. In the image below, Vincent is consulting his weekly ads, his shopping list, and his coupons while he shops and shuffles through each.
After our user research, we concluded that shopping takes a lot of repetitive work like checking for the items on the shelves multiple times, double backing for items they already have, and going back and forth between grocery stores.
In answer to the question, "How can we aid people's decision making process when grocery shopping?" We created 3 storyboard to portray 3 different ideas.
Storyboard 1
Storyboard 2
Storyboard 3
Based on Storyboard, we created the a paper prototypes of the app and made a video of our concept.
Dealio digitizes paper coupons and allows users to easily sort and find them.
Link to Web App


Guild Member Tor:
Details of the Request: Collect and bring back 30 pieces of Giant Monster Eye Meat.
Request Class: C


FF\Forms\Fields\Constraints\CustomConstraint
Class CustomConstraint
Possible scenarios for using a custom constraint might be:
- examining the strength of a user's pass phrase
- ensuring the uniqueness of a chosen user name (by comparing the value against already stored information)
Synopsis
class CustomConstraint
extends AbstractConstraint
{
- // members
- protected callable $validator;
- protected $violationClass;
- // methods
- public void __construct()
- public callable getValidator()
- public $this setValidator()
- public string getViolationClass()
- public $this setViolationClass()
- public ?AbstractViolation check()
- // Inherited methods from AbstractConstraint
- public abstract AbstractViolation|null check()
Hierarchy
Coverage
| Methods | 0% | 0 / 6 |
| Lines | 0% | / |
Members
protected
- $validator — FF\Forms\Fields\Constraints\callable
- $violationClass — string
Methods
public
- __construct() — Generic constructor
- check() — Checks the given value violates the constraint's rules
- getValidator()
- getViolationClass()
- setValidator()
- setViolationClass()
Inherited from FF\Forms\Fields\Constraints\AbstractConstraint
public
- check() — Checks the given value violates the constraint's rules
History
-
2019-06-26T12:20:49+02:00 (commit #7e593a7)
Author: Marco Stoll<EMAIL_ADDRESS>/ Commiter: Marco Stoll<EMAIL_ADDRESS>[FEATURE] add phpcs using PSR2
-
2019-04-16T11:25:59+02:00 (commit #d270862)
Author: Marco Stoll<EMAIL_ADDRESS>/ Commiter: Marco Stoll<EMAIL_ADDRESS>initial commit


BVS project is a vision system consist several programs cooperates each other. Created for transferring real to 3D digital world. The main aid of project is to show how many opportunities creates computer vision, image processing systems and techniques such as structure from motion
When you run mobile application, it init connection with remote server. Every time you take photo, it is automatically sent in background to server.When you click done button server call special program witch reconstruct photographed object. After reconstruction server send back model to mobile app and you will be able to interact and manipulate it.
BVS project is continuation of work on the system for 3D reconstruction of exterior environment using optical measurement method. The first results has been published in my Engineer\'s Thesis "Wykorzystanie geometrii do badania geometrii obiektów".


Dear all,
COVID-19 continues to affect lives on a daily basis. As many of know, [CLIENT] is encouraging those of you who can work from home effectively to please do so. Staff considered critical to operations are still be required to work onsite in the upcoming weeks.
Due to the new safety standards introduced by the World Health Organization, [CLIENT] employees are now required to follow a strict new policy which can be located at: https://www.[CLIENT].com/employees/covid
Please contact your managers or HR with any questions you may have on this new policy. [CLIENT] has also set up a 'frequently asked questions' page during this time to assist employees with any questions: https://www.[CLIENT].com/employees/faq
Thanks for your cooperation,
[CLIENT]
{{.Tracker}}


Ship it user story iterate engaging co-working intuitive pitch deck hacker prototype SpaceTeam user centered design big data.
See detailsShip it user story iterate engaging co-working intuitive pitch deck hacker prototype SpaceTeam user centered design big data.
See detailsShip it user story iterate engaging co-working intuitive pitch deck hacker prototype SpaceTeam user centered design big data.
See details


Action API Demo
Before experimenting with these APIs, we recommend you pin the extension's action button to your toolbar in order to make it easier to see the changes.
enable / disable
Clicking the below toggle enabled state button will enable or disable the extensions' action button in Chrome's toolbar and extensions menu.
When disabled, clicking the action will not open a popup or trigger action.onClicked
events.
Popup
This demo's manifest.json file sets the value of
action.default_popup
to popups/popup.html
. We chan change that
behavior at runtime using action.setPopup
.
Register a handler to change how the action button behaves. Once changed, clicking the action will open your new favorite website.
Badge Text
The action's badge text is a text overlay with a solid background color. This provides a passive UI surface to share information with the user. It is most commonly used to show a notification count or number of actions taken on the current page.
Icon
The action.setIcon
method allows you to change the action button's icon by either providing the path of an image
or the raw ImageData.
Hover Text
The action's title is visible when mousing over the extension's action button.
This value can be read and changed at runtime using the action.getTitle
and action.setTitle
methods, respectively.


Generate the optimal Latin Hypercube Designs (LHDs) for computer experiments with quantitative factors and the optimal Sliced Latin Hypercube Designs (SLHDs) for computer experiments with both quantitative and qualitative factors. Details of the algorithm can be found in Ba, S., Brenneman, W. A. and Myers, W. R. (2015), "Optimal Sliced Latin Hypercube Designs," Technometrics. Important function in this package is "maximinSLHD".
| Version: | 2.1-1 |
| Published: | 2015-01-28 |
| Author: | Shan Ba |
| Maintainer: | Shan Ba <shanbatr at gmail.com> |
| License: | LGPL-2.1 |
| NeedsCompilation: | yes |
| In views: | ExperimentalDesign |
| CRAN checks: | SLHD results |
| Reference manual: | SLHD.pdf |
| Package source: | SLHD_2.1-1.tar.gz |
| Windows binaries: | r-devel: SLHD_2.1-1.zip, r-release: SLHD_2.1-1.zip, r-oldrel: SLHD_2.1-1.zip |
| OS X binaries: | r-release: SLHD_2.1-1.tgz, r-oldrel: SLHD_2.1-1.tgz |
| Old sources: | SLHD archive |
Please use the canonical form https://CRAN.R-project.org/package=SLHD to link to this page.


One Person
问题描述 :
In the game show “The Price is Right”, a number of players (typically 4) compete to get on stage by guessing the price of an item. The winner is the person whose guess is the closest one not exceeding the actual price. Because of the popularity of the one-person game show “Who Wants to be a Millionaire”,the American Contest Management (ACM) would like to introduce a one-person version of the “The Price is Right”. In this version, each contestant is allowed G (1 <= G <= 30) guesses and L (0 <= L <= 30)lifelines. The contestant makes a number of guesses for the actual price. After each guess, the contestant is told whether it is correct, too low, or too high. If the guess is correct, the contestant wins. Otherwise,he uses up a guess. Additionally, if his guess is too high, a lifeline is also lost. The contestant loses when all his guesses are used up or if his guess is too high and he has no lifelines left. All prices are positive integers.
It turns out that for a particular pair of values for G and L, it is possible to obtain a guessing strategy such that if the price is between 1 and N (inclusive) for some N, then the player can guarantee a win.The ACM does not want every contestant to win, so it must ensure that the actual price exceeds N.At the same time, it does not want the game to be too diffcult or there will not be enough winners to attract audience. Thus, it wishes to adjust the values of G and L depending on the actual price. To help them decide the correct values of G and L, the ACM has asked you to solve the following problem.Given G and L, what is the largest value of N such that there is a strategy to win as long as the price is between 1 and N (inclusive)?
It turns out that for a particular pair of values for G and L, it is possible to obtain a guessing strategy such that if the price is between 1 and N (inclusive) for some N, then the player can guarantee a win.The ACM does not want every contestant to win, so it must ensure that the actual price exceeds N.At the same time, it does not want the game to be too diffcult or there will not be enough winners to attract audience. Thus, it wishes to adjust the values of G and L depending on the actual price. To help them decide the correct values of G and L, the ACM has asked you to solve the following problem.Given G and L, what is the largest value of N such that there is a strategy to win as long as the price is between 1 and N (inclusive)?
输入:
The input consists of a number of cases. Each case is specified by one line containing two integers G and L, separated by one space. The end of input is specified by a line in which G = L = 0.
输出:
For each case, print a line of the form:
Case c: N
where c is the case number (starting from 1) and N is the number computed.
Case c: N
where c is the case number (starting from 1) and N is the number computed.
样例输入:
3 0 3 1 10 5 7 7 0 0
样例输出:
Case 1: 3 Case 2: 6 Case 3: 847 Case 4: 127
解题代码:
/* @author:zeropinzuo */ import java.util.*; public class Main{ static Scanner cin; static int Case = 0; static int[][] result; public static void main(String args[]){ cin = new Scanner(System.in); result = new int[100][100]; int i,j; for(i = 0;i < 100;i++) for(j = 0;j < 100;j++) if(i == 1) result[i][j] = 1; else if(j == 0) result[i][j] = i; else result[i][j] = 0; while(true){ if(!work(cin.nextInt(),cin.nextInt())) break; } return; } static boolean work(int m,int n){ if((m == 0)&&(n == 0)) return false; Case++; System.out.println("Case "+Case+": "+compute(m,n)); return true; } static int compute(int m,int n){ if(result[m][n] != 0) return result[m][n]; result[m][n] = compute(m-1,n-1)+compute(m-1,n)+1; return result[m][n]; } }
(adsbygoogle = window.adsbygoogle || []).push({});
你好，这题给出的代码好像弄错了，这个是pow那道题目的解法
很好，找的就是这一题
有点意思
递归还真是一门学问，学习了
helpful！！ mark
失误失误，转载错了。已经改正，抱歉。
很高兴你会喜欢这个网站。目前还没有一个开发团队，网站是我一个人在维护，都是用的开源系统，也没有太多需要开发的部分，主要是内容整理。非常感谢你的关注。
感觉第二种方法其实也不是很好，不过的确要比第一种方法要好一点。
博主的C++功底真是好
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


User
public final class User: Model, SessionPersistable, PasswordAuthenticatable
User
This is a model of all the properties a user has
-
Storage for internal vapor usage
Declaration
Swift
public let storage = Storage()
-
The users name
Declaration
Swift
var username: String
-
The user email
Declaration
Swift
var email: String
-
If the email of the user is already verified
Declaration
Swift
var verifiedEmail: Bool
-
The password of the user (hashed)
Declaration
Swift
var password: String
-
The users allergies
Declaration
Swift
var allergies: String
-
The number of times an ivite by the user was reported as spam
Declaration
Swift
var spamCounter: Int
-
Keys
This struct defines a number of keys that are used in the database to name the single columns
See moreDeclaration
Swift
struct Keys
-
Creates a User by the given parameters
Declaration
Swift
public init(username: String, email: String, verifiedEmail: Bool, password: String, allergies: String, spamCounter: Int)
Parameters
username
The username
email
The users email
verifiedEmail
If the users email is verified
password
a hash from the users password with a bit of salt
allergies
a string containing allergies the user has
spamCounter
The number of times spam was reported for this user
-
Creates a row in the database from a User
Throws
When the row can’t be created possibly because of a issue when setting the keys and valuesDeclaration
Swift
public func makeRow() throws -> Row
Return Value
A row containing all the information about the user
-
Creates a User from a row in the database
Throws
When a key can’t be read from the databaseDeclaration
Swift
public init(row: Row) throws
Parameters
row
A row from the database
Return Value
The user
-
Prepares the database for using the user model
Throws
When the database can’t be revertedDeclaration
Swift
public static func prepare(_ database: Database) throws
Parameters
database
The database that should be prepared
-
Undoes what prepare() ist doing
Throws
When the database can’t be revertedDeclaration
Swift
public static func revert(_ database: Database) throws
Parameters
database
The database where the preparation should be reverted
-
Makes the user model node representable
Throws
Throws if the is an error when setting the keys or valuesDeclaration
Swift
public func makeNode(in context: Context?) throws -> Node
Parameters
context
The context for the node encoding
Return Value
The user as a node
-
Creates a user from a JSON object of the user
Required json structure:
{ "email": $EMAIL_String, "username": $USERNAME_String, "password": $PASSWORD_String }
Throws
Throws if the json can’t be parsed as a userDeclaration
Swift
public convenience init(json: JSON) throws
Parameters
json
A user encoded as JSON
Return Value
The user
-
Creates a JSON object from a user
Throws
If something goes wrong when setting keys and valuesDeclaration
Swift
public func makeJSON() throws -> JSON
Return Value
The user encoded as JSON


Email<EMAIL_ADDRESS>Phone: (330) 221-XXXX
Resume: Download Here
GitHub: https://github.com/thompson-1657
LinkedIn: https://www.linkedin.com/in/rachel-thompson1657


|
| file | pmhal_ina226.h |
| | This file contains the APIs to program and read the INA226 power measurement ICs.
|
| |
| file | pmhal_prcm_stats.h |
| | This file contains the prototypes of the APIs present in the device abstraction layer file of PRCM status.
|
| |
|
| enum | pmhalIna226ConvTime {
PMHAL_INA226_CONV_TIME_140_MICROS = 0x0U,
PMHAL_INA226_CONV_TIME_MIN = PMHAL_INA226_CONV_TIME_140_MICROS,
PMHAL_INA226_CONV_TIME_204_MICROS = 0x1U,
PMHAL_INA226_CONV_TIME_332_MICROS = 0x2U,
PMHAL_INA226_CONV_TIME_588_MICROS = 0x3U,
PMHAL_INA226_CONV_TIME_1P1_MILLIS = 0x4U,
PMHAL_INA226_CONV_TIME_2P116_MILLIS = 0x5U,
PMHAL_INA226_CONV_TIME_4P156_MILLIS = 0x6U,
PMHAL_INA226_CONV_TIME_8P244_MILLIS = 0x7U,
PMHAL_INA226_CONV_TIME_MAX = PMHAL_INA226_CONV_TIME_8P244_MILLIS + 1U
} |
| | INA226 ADC conversion time configuration values. More...
|
| |
| enum | pmhalIna226NumAverages {
PMHAL_INA226_NUM_AVERAGE_1 = 0x0U,
PMHAL_INA226_NUM_AVERAGE_MIN = PMHAL_INA226_NUM_AVERAGE_1,
PMHAL_INA226_NUM_AVERAGE_4 = 0x1U,
PMHAL_INA226_NUM_AVERAGE_16 = 0x2U,
PMHAL_INA226_NUM_AVERAGE_64 = 0x3U,
PMHAL_INA226_NUM_AVERAGE_128 = 0x4U,
PMHAL_INA226_NUM_AVERAGE_256 = 0x5U,
PMHAL_INA226_NUM_AVERAGE_512 = 0x6U,
PMHAL_INA226_NUM_AVERAGE_1024 = 0x7U,
PMHAL_INA226_NUM_AVERAGE_MAX = PMHAL_INA226_NUM_AVERAGE_1024 + 1U
} |
| | INA226 ADC average configuration values. More...
|
| |
PRCM Statistics - API to gather PRCM Statistics.
APIs to program and read the INA226 power measurement ICs
INA226 ADC conversion time configuration values.
| Enumerator |
|---|
| PMHAL_INA226_CONV_TIME_140_MICROS |
140 us conversion time
|
| PMHAL_INA226_CONV_TIME_MIN |
Minimum conversion time
|
| PMHAL_INA226_CONV_TIME_204_MICROS |
204 us conversion time
|
| PMHAL_INA226_CONV_TIME_332_MICROS |
332 us conversion time
|
| PMHAL_INA226_CONV_TIME_588_MICROS |
588 us conversion time
|
| PMHAL_INA226_CONV_TIME_1P1_MILLIS |
1.1 ms conversion time
|
| PMHAL_INA226_CONV_TIME_2P116_MILLIS |
2.116 ms conversion time
|
| PMHAL_INA226_CONV_TIME_4P156_MILLIS |
4.156 ms conversion time
|
| PMHAL_INA226_CONV_TIME_8P244_MILLIS |
8.244 ms conversion time
|
| PMHAL_INA226_CONV_TIME_MAX |
Maximum conversion time
|
INA226 ADC average configuration values.
| Enumerator |
|---|
| PMHAL_INA226_NUM_AVERAGE_1 |
Every sample is used. No averaging
|
| PMHAL_INA226_NUM_AVERAGE_MIN |
Minimum number of averages
|
| PMHAL_INA226_NUM_AVERAGE_4 |
4 samples are averaged
|
| PMHAL_INA226_NUM_AVERAGE_16 |
16 samples are averaged
|
| PMHAL_INA226_NUM_AVERAGE_64 |
64 samples are averaged
|
| PMHAL_INA226_NUM_AVERAGE_128 |
128 samples are averaged
|
| PMHAL_INA226_NUM_AVERAGE_256 |
256 samples are averaged
|
| PMHAL_INA226_NUM_AVERAGE_512 |
512 samples are averaged
|
| PMHAL_INA226_NUM_AVERAGE_1024 |
1024 samples are averaged
|
| PMHAL_INA226_NUM_AVERAGE_MAX |
Maximum number of averages
|
Read the INA226 registers to find the voltage and power drawn for a given voltage domain.
- Parameters
-
- Returns
- status PM_SUCCESS When the output data is read correctly. PM_BADARGS When the voltage ID is not valid. PM_FAIL When the output data is not read correctly.
Program the INA226 ADC average number of samples.
- Parameters
-
- Returns
- status PM_SUCCESS When the average is programmed. PM_BADARGS When the voltage ID is not valid. PM_FAIL When the average is not programmed.
Program the INA226 Bus Voltage measurement conversion time.
- Parameters
-
| voltDomId | Voltage Domain ID for which the value needs to be set. Refer pmhalPrcmPmicRegulatorId_t enum for valid values. |
| convTime | Conversion Time for the given INA on the provided voltage rail. Refer pmhalIna226ConvTime_t for valid values. |
- Returns
- status PM_SUCCESS When the conversion time is programmed. PM_BADARGS When the voltage ID is not valid. PM_FAIL When the conversion time is not programmed.
Program the INA226 Shunt Voltage measurement conversion time.
- Parameters
-
| voltDomId | Voltage Domain ID for which the value needs to be set. Refer pmhalPrcmPmicRegulatorId_t enum for valid values. |
| convTime | Conversion Time for the given INA on the provided voltage rail. Refer pmhalIna226ConvTime_t for valid values. |
- Returns
- status PM_SUCCESS When the conversion time is programmed. PM_BADARGS When the voltage ID is not valid. PM_FAIL When the conversion time is not programmed.
The API gets the Clock Domain Register details.
- Parameters
-
| cdIdx | Unique Clock domain ID. Refer enum pmhalPrcmCdId_t for valid values. |
| cdStatus | Structure to return the Clock domain status and list of Module elements in the Clock Domain. |
- Returns
- status Status of the API. This can be the following values: PM_SUCCESS Indicates the operation is success PM_FAIL Indicates the API failed to complete the desired functionality. No valid Reg addr
The API gets the Module Register details.
- Parameters
-
| modIdx | Unique Module ID. Refer enum pmhalPrcmModuleId_t for valid values. |
| modStatus | Structure to return the module status. |
- Returns
- status Status of the API. This can be the following values: PM_SUCCESS Indicates the operation is success PM_FAIL Indicates the API failed to complete the desired functionality. No valid Reg addr
The API gets the Power Domain Register details.
- Parameters
-
| pdIdx | Unique Power domain ID. Refer enum pmhalPrcmPdId_t for valid values. |
| pdStatus | Structure to return the Power domain status and list of Clockdomain in the Power Domain. |
- Returns
- status Status of the API. This can be the following values: PM_SUCCESS Indicates the operation is success PM_FAIL Indicates the API failed to complete the desired functionality. No valid Reg addr


Julia Package Ecosystem Pulse
Last updated 2015-01-22
Total number of packages by Julia version
* Showing only packages with at least one tagged version in METADATA.jl
METADATA changes in last 14 days
22 new, 37 updated
| BEncode | 0.1.1 | |
| Blink | 0.1.4 | |
| CUDArt | 0.0.1 | |
| CUFFT | 0.0.2 | |
| DustExtinction | 0.1.0 | |
| GR | 0.3.0 | |
| Geodesy | 0.0.1 | |
| Gettext | 0.0.1 | |
| GraphCentrality | 0.1.0 | |
| JFVM | 0.0.1 | |
| JuMPChance | 0.1.1 | |
| LambertW | 0.0.1 | |
| MDPs | 0.0.1 | |
| Neovim | 0.0.1 | |
| PolarFact | 0.0.2 | |
| RCall | 0.0.1 | |
| SCS | 0.0.1 | |
| Snappy | 0.0.1 | |
| VStatistic | 1.0.0 | |
| WORLD | 0.0.1 | |
| Watcher | 0.0.4 | |
| ZChop | 0.0.1 | |
| Boltzmann | 0.1.2 → | 0.2.0 |
| Combinatorics | 0.1.1 → | 0.1.2 |
| Compat | 0.2.7 → | 0.2.9 |
| Convex | 0.0.1 → | 0.0.3 |
| Coverage | 0.0.4 → | 0.0.6 |
| DataArrays | 0.2.7 → | 0.2.8 |
| DecisionTree | 0.3.4 → | 0.3.5 |
| FITSIO | 0.5.1 → | 0.5.2 |
| GLMNet | 0.0.2 → | 0.0.3 |
| GLPKMathProgInterface | 0.1.10 → | 0.1.11 |
| GoogleCharts | 0.0.5 → | 0.0.7 |
| Grid | 0.3.6 → | 0.3.7 |
| HDF5 | 0.4.8 → | 0.4.10 |
| IPNets | 0.1.0 → | 0.1.3 |
| Images | 0.4.24 → | 0.4.26 |
| JLDArchives | 0.0.4 → | 0.0.5 |
| Jewel | 1.0.2 → | 1.0.4 |
| JuMP | 0.7.0 → | 0.7.3 |
| JuliaParser | 0.5.3 → | 0.6.1 |
| LMDB | 0.0.1 → | 0.0.2 |
| Lazy | 0.8.2 → | 0.8.3 |
| LibExpat | 0.0.4 → | 0.0.6 |
| Logging | 0.0.4 → | 0.0.5 |
| MatrixDepot | 0.0.4 → | 0.1.1 |
| MsgPack | 0.0.1 → | 0.0.2 |
| NLsolve | 0.2.0 → | 0.3.0 |
| NamedArrays | 0.4.0 → | 0.4.1 |
| OpenCL | 0.3.1 → | 0.3.2 |
| ProtoBuf | 0.0.6 → | 0.0.7 |
| Requires | 0.1.0 → | 0.1.1 |
| RobotOS | 0.1.1 → | 0.2.1 |
| RomanNumerals | 0.0.1 → | 0.1.0 |
| Sims | 0.0.0 → | 0.1.0 |
| Smile | 0.0.6 → | 0.1.1 |
| SymPy | 0.2.20 → | 0.2.21 |
| WAV | 0.4.0 → | 0.4.1 |
| Weave | 0.0.3 → | 0.0.4 |
Stars
"Stars" are something you can give a package on Github. This plot is the total number of stars across all packages.
Testing status changes
| Version | Tests pass | Tests fail, package loads | No tests, package loads | Package doesn't load | Package untestable | Total |
| Julia 0.3 | 321 (65%) | 57 (12%) | 46 (9%) | 22 (4%) | 49 (10%) | 495 |
| Julia 0.4 | 291 (58%) | 79 (16%) | 45 (9%) | 36 (7%) | 49 (10%) | 500 |
Julia 0.3
2015-01-22- Dates: full_pass → full_fail.
- MachineLearning: full_fail → full_pass.
- Metis: using_fail → full_pass.
- NLsolve: full_pass → full_fail.
- GraphViz: using_fail → using_pass.
- MachineLearning: full_pass → full_fail.
- Metis: full_pass → using_fail.
- SVM: full_pass → full_fail.
Julia 0.4
2015-01-22- DataArrays: full_pass → full_fail.
- GaussianMixtures: full_pass → using_fail.
- Images: full_pass → full_fail.
- Jags: full_pass → using_fail.
- Mamba: full_fail → using_fail.
- MixedModels: full_fail → using_fail.
- MultivariateStats: full_pass → full_fail.
- NamedArrays: full_pass → using_fail.
- Pedigrees: full_pass → full_fail.
- Smile: full_pass → full_fail.
- Stan: full_pass → using_fail.


cf.Bounds¶
-
class
cf.
Bounds
(properties=None, data=None, source=None, copy=True, _use_data=True)[source]¶ Bases:
cf.mixin.coordinate.Coordinate
,cf.mixin.propertiesdata.PropertiesData
,cfdm.bounds.Bounds
A cell bounds component of a coordinate or domain ancillary construct of the CF data model.
An array of cell bounds spans the same domain axes as its coordinate array, with the addition of an extra dimension whose size is that of the number of vertices of each cell. This extra dimension does not correspond to a domain axis construct since it does not relate to an independent axis of the domain. Note that, for climatological time axes, the bounds are interpreted in a special way indicated by the cell method constructs.
In the CF data model, a bounds component does not have its own properties because they can not logically be different to those of the coordinate construct itself. However, it is sometimes desired to store attributes on a CF-netCDF bounds variable, so it is also allowed to provide properties to a bounds component.
NetCDF interface
The netCDF variable name of the bounds may be accessed with the
nc_set_variable
,nc_get_variable
,nc_del_variable
andnc_has_variable
methods.The name of the trailing netCDF dimension spanned by bounds (which does not correspond to a domain axis construct) may be accessed with the
nc_set_dimension
,nc_get_dimension
,nc_del_dimension
andnc_has_dimension
methods.Initialization
- Parameters
- properties:
dict
, optional Set descriptive properties. The dictionary keys are property names, with corresponding values. Ignored if the source parameter is set.
Properties may also be set after initialisation with the
set_properties
andset_property
methods.- Parameter example:
properties={'standard_name': 'grid_latitude'}
- data:
Data
, optional Set the data. Ignored if the source parameter is set.
The data also may be set after initialisation with the
set_data
method.- source: optional
Initialize the properties and data from those of source.
- copy:
bool
, optional If False then do not deep copy input parameters prior to initialization. By default arguments are deep copied.
- properties:
Inspection¶
Methods
Return True if the bounds are contiguous. |
|
A full description of the bounds component. |
|
Return the canonical identity. |
|
Return all possible identities. |
Attributes
A canonical identity. |
Selection¶
Methods
Whether or not the construct identity satisfies conditions. |
|
Whether or not the data has a given dimensionality. |
|
Whether or not the netCDF variable name satisfies conditions. |
|
Whether or not properties satisfy conditions. |
|
Whether or not the construct has given units. |
Properties¶
Methods
Remove a property. |
|
Get a CF property. |
|
Whether a property has been set. |
|
Set a property. |
|
Return all properties. |
|
Remove all properties. |
|
Set properties. |
|
Return the properties inherited from a coordinate construct. |
Attributes
The add_offset CF property. |
|
The calendar CF property. |
|
The comment CF property. |
|
The _FillValue CF property. |
|
The history CF property. |
|
The leap_month CF property. |
|
The leap_year CF property. |
|
The long_name CF property. |
|
The missing_value CF property. |
|
The month_lengths CF property. |
|
The scale_factor CF property. |
|
The standard_name CF property. |
|
The units CF property. |
|
The valid_max CF property. |
|
The valid_min CF property. |
|
The valid_range CF property. |
Units¶
Methods
Override the units. |
|
Override the calendar of date-time units. |
Attributes
The |
Data¶
Attributes
A numpy array deep copy of the data array. |
|
The |
|
An independent numpy array of date-time objects. |
|
Return an element of the data array as a standard Python scalar. |
|
The |
|
True if the data array is scalar. |
|
The number of dimensions in the data array. |
|
A tuple of the data array’s dimension sizes. |
|
The number of elements in the data array. |
|
A numpy array view of the data array. |
Methods
Return a subspace defined by indices |
|
Remove the data. |
|
Return the data. |
|
Whether a data has been set. |
|
Set the data. |
Rearranging elements
Flatten axes of the data |
|
Flip (reverse the direction of) data dimensions. |
|
Expand the shape of the data array. |
|
Roll the data along an axis. |
|
Remove size one axes from the data array. |
|
Interchange two axes of an array. |
|
Permute the axes of the data array. |
Data array mask
Apply masking as defined by the CF conventions. |
|
Count the non-masked elements of the data. |
|
Count the masked elements of the data. |
|
Return the data array missing data value. |
A binary (0 and 1) missing data mask of the data array. |
|
Whether the mask is hard (True) or soft (False). |
|
The mask of the data array. |
|
Mask the array where invalid values occur. |
Changing data values
Called to implement assignment to x[indices] |
|
Mask the array where invalid values occur. |
|
Return a new variable whose data is subspaced. |
|
Set data array elements depending on a condition. |
Miscellaneous
Partition the data array. |
|
Close all files referenced by the construct. |
|
Convert reference time data values to have new units. |
|
Return the commands that would create the construct. |
|
Set the cyclicity of an axis. |
|
Return or set the period of the data. |
|
Return the name of the file or files containing the data. |
|
Whether or not there are cell bounds. |
Miscellaneous¶
Methods
Join a sequence of variables together. |
|
Return a deep copy. |
|
Whether two instances are the same. |
|
Uncompress the construct. |
Attributes
True if and only if the data are coordinates for a CF ‘T’ axis. |
|
True if and only if the data are coordinates for a CF ‘X’ axis. |
|
True if and only if the data are coordinates for a CF ‘Y’ axis. |
|
True if and only if the data are coordinates for a CF ‘Z’ axis. |
|
A canonical identity. |
Mathematical operations¶
Methods
Trigonometrical and hyperbolic functions
Take the trigonometric inverse cosine of the data element-wise. |
|
Take the inverse hyperbolic cosine of the data element-wise. |
|
Take the trigonometric inverse sine of the data element-wise. |
|
Take the inverse hyperbolic sine of the data element-wise. |
|
Take the trigonometric inverse tangent of the data element-wise. |
|
Take the inverse hyperbolic tangent of the data element-wise. |
|
Take the trigonometric cosine of the data element-wise. |
|
Take the hyperbolic cosine of the data element-wise. |
|
Take the trigonometric sine of the data element-wise. |
|
Take the hyperbolic sine of the data element-wise. |
|
Take the trigonometric tangent of the data element-wise. |
|
Take the hyperbolic tangent of the data array. |
Rounding and truncation
The ceiling of the data, element-wise. |
|
Limit the values in the data. |
|
Floor the data array, element-wise. |
|
Round the data to the nearest integer, element-wise. |
|
Round the data to the given number of decimals. |
|
Truncate the data, element-wise. |
Statistical collapses
Alias for |
|
The unweighted mean the data array. |
|
The unweighted average of the maximum and minimum of the data array. |
|
Alias for |
|
The absolute difference between the maximum and minimum of the data array. |
|
The number of non-missing data elements in the data array. |
|
The sum of the data array. |
|
The unweighted sample standard deviation of the data array. |
|
The unweighted sample variance of the data array. |
Exponential and logarithmic functions
The exponential of the data, element-wise. |
|
The logarithm of the data array. |
Date-time operations¶
Attributes
The day of each date-time data array element. |
|
An independent numpy array of date-time objects. |
|
The hour of each date-time data array element. |
|
The minute of each date-time data array element. |
|
The month of each date-time data array element. |
|
The reference date-time of units of elapsed time. |
|
The second of each date-time data array element. |
|
The year of each date-time data array element. |
Logic functions¶
Truth value testing
Test whether all data elements evaluate to True. |
|
Test whether any data elements evaluate to True. |
Comparison
Test whether all data are element-wise equal to other, broadcastable data. |
|
Whether two instances are the same. |
|
True if two constructs are equal, False otherwise. |
Set operations
The unique elements of the data. |
NetCDF¶
Methods
Remove the netCDF variable name. |
|
Return the netCDF variable name. |
|
Whether the netCDF variable name has been set. |
|
Set the netCDF variable name. |
|
Remove the netCDF dimension name. |
|
Return the netCDF dimension name. |
|
Whether the netCDF dimension name has been set. |
|
Set the netCDF dimension name. |
Arithmetic and comparison operations¶
Arithmetic, bitwise and comparison operations are defined as element-wise operations on the data, which yield a new construct or, for augmented assignments, modify the construct’s data in-place.
Comparison operators
The rich comparison operator |
|
The rich comparison operator |
|
The rich comparison operator |
|
The rich comparison operator |
|
The rich comparison operator |
|
The rich comparison operator |
Binary arithmetic operators
The binary arithmetic operation |
|
The binary arithmetic operation |
|
The binary arithmetic operation |
|
The binary arithmetic operation |
|
The binary arithmetic operation |
|
The binary arithmetic operation |
|
The binary arithmetic operations |
|
The binary arithmetic operation |
Binary arithmetic operators with reflected (swapped) operands
The binary arithmetic operation |
|
The binary arithmetic operation |
|
The binary arithmetic operation |
|
The binary arithmetic operation |
|
The binary arithmetic operation |
|
The binary arithmetic operation |
|
The binary arithmetic operations |
|
The binary arithmetic operation |
Augmented arithmetic assignments
The augmented arithmetic assignment |
|
The augmented arithmetic assignment |
|
The augmented arithmetic assignment |
|
The augmented arithmetic assignment |
|
The augmented arithmetic assignment |
|
The augmented arithmetic assignment |
|
The augmented arithmetic assignment |
|
The binary arithmetic operation |
Unary arithmetic operators
The unary arithmetic operation |
|
The unary arithmetic operation |
|
The unary arithmetic operation |
Binary bitwise operators
The binary bitwise operation |
|
The binary bitwise operation |
|
The binary bitwise operation |
|
The binary bitwise operation |
|
The binary bitwise operation |
Binary bitwise operators with reflected (swapped) operands
The binary bitwise operation |
|
The binary bitwise operation |
|
The binary bitwise operation |
|
The binary bitwise operation |
|
The binary bitwise operation |
Augmented bitwise assignments
The augmented bitwise assignment |
|
The augmented bitwise assignment |
|
The augmented bitwise assignment |
|
The augmented bitwise assignment |
|
The augmented bitwise assignment |
Unary bitwise operators
The unary bitwise operation |
Groups¶
Methods
Return the netCDF variable group hierarchy. |
|
Remove the netCDF variable group hierarchy. |
|
Set the netCDF variable group hierarchy. |
|
Return the netCDF dimension group hierarchy. |
|
Remove the netCDF dimension group hierarchy. |
|
Set the netCDF dimension group hierarchy. |
Special¶
Methods
Called to implement membership test operators. |
|
Called by the |
|
Return a subspace defined by indices |
|
Called by the |
|
Called to implement assignment to x[indices] |
|
Called by the |
|
Returns a numpy array representation of the data. |
|
Returns a new reference to the data. |
|
TODO |
|
TODO |
|
TODO 1 |


{% extends "layout.html" %} {% block title %}Loading project − {% endblock %} {% block main_content %}
This may take a few seconds, but we’ll make sure you get there!


{% extends "user/base.html" %} {% block main %}
Your previous password is required to confirm who you are. The password have to be typed twice to prevent typos.


--- layout: page.njk title: "The Guide" scripts: [] --- {%- for doc in docs.entities %}
{{ doc.description | md | safe }}


Much of my graphic design work has been for The Davidson Honors College at the University of Montana where I work as a marketing intern. I am always looking for more opprotunities to hone my craft.
I have been tinkering with web design for several years, but this site is my first exploration into the world of Bootstrap.
I have been a hobbyist photographer since my teens and have enjoyed seeing how my work has developed through practice and university photography classes.


Hello! Welcome to the Science Squad! We are a nonprofit made for youth, by youth, that promotes scientific inquiry and the pursuit of STEM careers in Western Michigan. Our goal is to engage the youth of Western Michigan in activities that will better prepare our generation for the scientific and technological advances that loom before us. We host events such as science fairs and summer camps, as well as presentations on scientific breakthroughs and misconceptions. Every event that we host is completely free. To view some of our programs, check the tab above, or to fulfill daily dose of science, head over to our YouTube Channel, where we host a live lecture series with professionals, or our Facebook, where we often share entertaining science articles and videos.
rick
rolled
Arya Rao is currently a junior at Big Rapids High School and founded The Science Squad in 2016. She has been involved in research programs at the University of Chicago, and will return next summer to work in a faculty lab. She has a passion for the process of scientific inquiry, and hopes to spread her love of the sciences to the youth of Western Michigan by encouraging scientific exploration.
Susan McCullen is currently an AP Biology teacher in Big Rapids, Michigan.  As a grader of AP Biology exams, she witnesses thousands of students' passions for science, and wants to spread that interest to Western Michigan.
Tyler O'Dell is a dedicated science educator in Big Rapids, Michigan. Originally from Saline, Michigan Tyle graduated from Lake Superior State University before earning advanced degrees in chemistry and education from Washington State University and Western Kentucky University. Tyler is an avid outdoors man and enjoys the natural world both as an academic and as a sportsman.


Your browser does not support the audio element.
Play The Die!
Play Mode:
Choose Play-Mode Below:
Classic
Classic Double
Risky
Risky Double
Turn ON Audio!
Start!
?


TERMINAL VELOCITY A film review by Michael John Legeros Copyright 1994 Michael John Legeros
Directed by Deran Sarafain (GUNMEN, DEATH WARRANT) Written by David Twohy (THE FUGITIVE, CRITTERS 2) Cast Charlie Sheen, Nastassja Kinski, and Christopher McDonald MPAA Rating "PG-13" Running Time Approx. 100 minutes.
==
"Genuine dead people!" - Sheen to Kinski
QUIZ SHOW's Christopher McDonald in a blond wig as a bad-guy!? That's just one of the guilty pleasures of TERMINAL VELOCITY, a harmless thriller starring Charlie Sheen as a thinks-with-his-ahem skydiving instructor who gets wind of a conspiracy after his student (Kinski) plays Wiley Coyote and lives. Though slower than SPEED, the last action sleeper, TERMINAL VELOCITY enough falling bodies and semi-spectacular stunts to make this trip (almost) worth taking.
The story is the weakest link, a silly mix of international intrigue and airborne action. David Twohy's script has more liabilities than U.S. Air, but that doesn't deter director Deran Sarafain.
The scowling Sheen is always easy to watch, but his female co-star could use some practice in self-parody. The Arizona locales are good, too.  Too bad the plot poops so soon. And what's with that awful music direction? Imitation Herrman and heavy-metal don't mix.
Next up: Wesley Snipes in DROP ZONE.
BOTTOM LINE: Better than THE CHASE, but still several thousand feet below the skyjacking sequence in CLIFFHANGER.
Grade: C+
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Application allows you to get data from different BrApi servers, explore it, make different tests. As a result you can see the chart with filtered data, which you can save in pdf format.