| class Ord a => Ix a where |
The first argument (l,u) of each of these operations is a pair specifying the lower and upper bounds of a contiguous subrange of values.
An implementation is entitled to assume the following laws about these operations:
Minimal complete instance: range, index and inRange.
Methods
| range :: (a, a) -> [a] |
| index :: (a, a) -> a -> Int |
| inRange :: (a, a) -> a -> Bool |
| rangeSize :: (a, a) -> Int |
| instance Ix Bool |
| instance Ix Char |
| instance Ix Int |
| instance Ix Int8 |
| instance Ix Int16 |
| instance Ix Int32 |
| instance Ix Int64 |
| instance Ix Integer |
| instance Ix Ordering |
| instance Ix Word |
| instance Ix Word8 |
| instance Ix Word16 |
| instance Ix Word32 |
| instance Ix Word64 |
| instance Ix () |
| instance Ix GeneralCategory |
| instance Ix SeekMode |
| instance Ix IOMode |
| instance (Ix a, Ix b) => Ix (a, b) |
| instance (Ix a1, Ix a2, Ix a3) => Ix (a1, a2, a3) |
| instance (Ix a1, Ix a2, Ix a3, Ix a4) => Ix (a1, a2, a3, a4) |
| instance (Ix a1, Ix a2, Ix a3, Ix a4, Ix a5) => Ix (a1, a2, a3, a4, a5) |
It is possible to derive an instance of Ix automatically, using a deriving clause on a data declaration. Such derived instance declarations for the class Ix are only possible for enumerations (i.e. datatypes having only nullary constructors) and single-constructor datatypes, whose constituent types are instances of Ix. A Haskell implementation must provide Ix instances for tuples up to at least size 15.
For an enumeration, the nullary constructors are assumed to be numbered left-to-right with the indices being 0 to n-1 inclusive. This is the same numbering defined by the Enum class. For example, given the datatype:
we would have:
For single-constructor datatypes, the derived instance declarations are as shown for tuples:


Click/tap the arrows to change the Desired Room Humidity.
Desired Humidity (%):
Current Humidity (%): reloading . . .
Current Temperature (C): reloading . . .


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#include <AggregateMarking.h>
Public Member Functions | |
| AggregateMarking () | |
| virtual | ~AggregateMarking () |
| virtual void | marshal (DataStream &dataStream) const |
| virtual void | unmarshal (DataStream &dataStream) |
| unsigned char | getCharacterSet () const |
| void | setCharacterSet (unsigned char pX) |
| char * | getCharacters () |
| const char * | getCharacters () const |
| void | setCharacters (const char *pX) |
| virtual int | getMarshalledSize () const |
| bool | operator== (const AggregateMarking &rhs) const |
Protected Attributes | |
| unsigned char | _characterSet |
| char | _characters [31] |
Copyright (c) 2007-2009, MOVES Institute, Naval Postgraduate School. All rights reserved.
| AggregateMarking::AggregateMarking | ( | ) |
| AggregateMarking::~AggregateMarking | ( | ) | [virtual] |
| const char * AggregateMarking::getCharacters | ( | ) | const |
| char * AggregateMarking::getCharacters | ( | ) |
| unsigned char AggregateMarking::getCharacterSet | ( | ) | const |
| int AggregateMarking::getMarshalledSize | ( | ) | const [virtual] |
| void AggregateMarking::marshal | ( | DataStream & | dataStream | ) | const [virtual] |
| bool AggregateMarking::operator== | ( | const AggregateMarking & | rhs | ) | const |
| void AggregateMarking::setCharacters | ( | const char * | pX | ) |
| void AggregateMarking::setCharacterSet | ( | unsigned char | pX | ) |
| void AggregateMarking::unmarshal | ( | DataStream & | dataStream | ) | [virtual] |
char DIS::AggregateMarking::_characters[31] [protected] |
The characters
unsigned char DIS::AggregateMarking::_characterSet [protected] |
The character set


WQMY
Polishing an aluminum intake manifold, using glass beads
Polishing an aluminum intake manifold, using glass beads. +++. I am in the process of building a 350 chevy engine for my truck, I want to polish an Edelbrock .
http://www.finishing.com/199/78.shtml
| urban school financial problems/earth moving equipment tithing/ thermostat for a water heater |
|
|---|---|
| three monitor video cards | Williamsport |
| Branding | MyNetworkTV glass beading intake manifold |
| operation smackdown scranton pa | condo lakes park road lexington ky: 29 (keith stevens rochester area band) & super lotto california usa lottery results-DT 45.3 (UHF) |
| elmer gantry religion essay | see article |
| Owner | New Age Media, LLC Machine Shop Tour - Steve Schmidt Racing Engines |
| First air date | December 30, 1988 |
| vinyl air mattress repair | MYNetworkTV |
| south american noni juice | WOLF-TV, swimming costume size 20 |
| text adventure game word list | WILF (1988-2006) |
| Former channel number(s) | How to Replace an Intake Manifold Gasket | AutoMD |
| fiction books on cancer | brewpubs in staten island ny (1988-1998) blogthings what your name means / simple network two computers (1998-2006) |
| watch the fairly odd parents online | 50 low carb alcoholic beverages 420 kW (WOLF-DT3) |
| rice tree service maine | 243 m 488 m (WOLF-DT3) |
| vets center lewiston maine | 52075 73375 (WOLF-DT3) |
| Transmitter coordinates | old navy stores in charlotte nc digital home recording equipment (WOLF-DT3) |
Intake Manifold Painting
The intake and valve covers are made of a magnesium aluminum alloy which is . hulls or plastic or something like that, while avoiding sand and glass beads.
http://www.nichols.nu/tip012.htm
INTAKE MANIFOLD CLEANING 101
If you loosen the crud now it may easily fall down the intake manifold and into a . soak it overnight, or as some have suggested bring it to a glass bead machine.
http://pics2.tdiclub.com/gwillie/VW/Sballintake/INTAKEMAN101b.htm
Contents |
[dermatology of lexington llc] History
Installation Tips - Precision Rebuilt Engines
Do not glass bead intake manifolds to clean. Check water outlet for corrosion. VALVE LASH. Consult shop service manual for dry lash setting for non- adjustable .
http://www.precisionengine.com/engine-quality/engine-installation-tips.html
Edelbrock Torker 2 460 after glass beading - YouTube
Sep 3, 2011 . My 460 intake manifold. . Edelbrock Torker 2 460 after glass beading. TorinoCobraGuy0303·16 videos. SubscribeSubscribedUnsubscribe 10 .
http://www.youtube.com/watch?v=vlWeqoUm2Q0
Alternators, Ignition Systems and Spark Plugs
Induction. Carburetors, Fuel Pumps and Intake Manifolds .
http://www.aluminumv8.com/catalogpages/induction.htm
Automative Blast Cleaning - Blastco Metal cleaning, sandblasting ...
We blast with Plastic Media to strip paint from delicate automotive sheet metal and follow with glass bead if necessary to remove any rust. Frames and vehicle .
http://www.blastco.com/automotive_blast_cleaning.htm
Intake Manifold cleaner [Archive] - NastyZ28.com
[Archive] Intake Manifold cleaner Detailing Topic. . Glass beading is good, but shot peening seals up the entire manifold. I've used Edelbrock .
http://www.nastyz28.com/forum/archive/index.php/t-182449.html
Can I Add Anything to Help Seal an Intake Manifold Leak? | eHow.com
Intake manifold leaks are both insidious and irritating; insidious because they . Bar's trademarked Rhizex -- and those that use sodium silicate, or liquid glass. . Here's the tricky part: after you lay the bead of silicone down, you'll need to wait .
http://www.ehow.com/info_12227116_can-add-anything-seal-intake-manifold-leak.html
info. - D&W Motorsports: Custom Billet Shift Knobs, Powder Coating ...
Examples of glass beaded items: Before. After. Valve Covers (click for larger image). Driveshaft Yokes (click for larger image). Intake Manifolds (click for larger .
http://www.dwmotorsports.us/glassbeading.htm
Glass Bead Blast Cabinet
Using a glass beader blast cabinet during the restoration of your classic car. . Cleans intake manifolds, pistons, etc. GREAT!!! If you are cleaning a polished .
http://www.buicks.net/shop/tools/beader.html
Pressure Cleaning Media in Engines - Hastings
When engine parts such as heads, intake manifolds, blocks, etc., are pressure blasted with glass beads, steel shot, or various metallic oxides, this material is .
http://www.hastingsmfg.com/ServiceTips/pressure_cleaning_media_in_engin.htm
K Manifold Restoration
The "K" intake manifold for the early VW Beetle engines is arguably the rarest . It is silicon carbide blasted, and then blasted again with glass bead to give the .
http://zarwerks.com/k_manifold_resto.htm
BSM's full service machine shop is ready to - Burbank Speed and ...
Intake Manifold Machining. Piston Fly Cutting & Notching. Dyno Testing. Cylinder Sleeves. Manifold Glass Beading. Piston Glass Beading. Bronze Lifter Bores .
http://www.burbankspeedmachine.com/services.html
[olivia fierro las vegas] Digital channels
| Channel | Name | small greenies smart chip biscuits | human remains found in ny | Programming |
|---|---|---|---|---|
| 53.1 | glass beading intake manifold DT | ring tones and cell phone accesories | data and analog and digital | Main glass beading intake manifold programming / MyNetworkTV |
| 53.2 | WOLF DT | making chicken cordon bleu | blogthings what your name means | Simulcast of pete kaufman oregon pigeons |
| 53.3 | WSWB DT | 480i | 4:3 | Simulcast of large maps of michigan |
Flow Bench Designed "D" Port Shaping In a Stock XS650 Cylinder ...
Flow Bench Designed "D" Port Shaping In a Stock XS650 Cylinder Head. Glass beaded XS650 cylinder head. New intake manifolds are ported to match the .
http://www.650motorcycles.com/XShead.html
[gruber kristin m md] References
[least odor cigarette smoke compare] External links
- time off request update
- good boy the movie ebay
- womens size 8 converted to mens
- star tribune interview skills behavior questions
- hampton inn beaufort sc web site
- photos 50 calaber rifle wind runner
|
|


Earned Value
Plan Summary
Quality Summary
Analysis Charts
Defect Reports
Defect Log
Add Your Own Sections Here


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| Jump to DART Documentation Main Index |
DART interface module for the Ikeda model. The 16 public interfaces
are standardized for all DART compliant models. These interfaces allow
DART to advance the model, get the model state and metadata describing
this state, find state variables that are close to a given location,
and do spatial interpolation for model state variables.
The Ikeda model is a 2D chaotic map useful for visualization
data assimilation updating directly in state space.
There are three parameters: a, b, and mu. The state is 2D, x = [X Y].
The equations are:
X(i+1) = 1 + mu * ( X(i) * cos( t ) - Y(i) * sin( t ) ) Y(i+1) = mu * ( X(i) * sin( t ) + Y(i) * cos( t ) ),
where
t = a - b / ( X(i)**2 + Y(i)**2 + 1 )
Note the system is time-discrete already, meaning there is no delta_t. The
system stems from nonlinear optics (Ikeda 1979, Optics Communications).
Interface written by Greg Lawson, CalTech. Thanks Greg!
"The initial conditions were generated by observing state variable 1 with an enormous (~1,000,000.0) observation error variance. The observation was defined to be taken at day=0, seconds = 0. create_fixed_network_sequence was run to create a sequence with 3000 hourly observations starting at day=0, seconds =0. The initial conditions for filter can accomodate 100 ensemble members."
This namelist is read from the file input.nml. Namelists start with an ampersand '&' and terminate with a slash '/'. Character strings that contain a '/' must be enclosed in quotes to prevent them from prematurely terminating the namelist.
&model_nml a = 0.40, b = 6.00, mu = 0.83, time_step_days = 0, time_step_seconds = 3600, output_state_vector = .true. /
| Item | Type | Description |
|---|---|---|
| a | real(r8) | Model parameter. |
| b | real(r8) | Model parameter. |
| mu | real(r8) | Model parameter. |
| time_step_days | integer | Model advance time in days. |
| time_step_seconds | integer | Model advance time in seconds. |
| output_state_vector | logical | If true, output the state vector data to the diagnostic files as a single 1D array. If false, break up output data into logical model variables. |
types_mod time_manager_mod oned/location_mod utilities_mod
A note about documentation style. Optional arguments are enclosed in brackets [like this].
integer :: get_model_size
Returns the length of the model state vector as an integer. This is fixed at 2 for this model.
| model_size | The length of the model state vector. |
real(r8), dimension(:), intent(inout) :: x type(time_type), intent(in) :: time
Advances the model for a single time step. The time associated with the initial model state is also input although it is not used for the computation.
| x | State vector of length model_size. |
| time | Unused in this model. |
integer, intent(in) :: index_in type(location_type), intent(out) :: location integer, optional, intent(out) :: var_type
Returns the location of the given index, and a dummy integer as the var_type.
| index_in | Index of state vector element about which information is requested. |
| location | Returns location of indexed state variable. The location should use a location_mod that is appropriate for the model domain. For realistic atmospheric models, for instance, a three-dimensional spherical location module that can represent height in a variety of ways is provided. |
| var_type | Returns the type of the indexed state variable as an optional argument. |
real(r8), dimension(:), intent(in) :: x type(location_type), intent(in) :: location integer, intent(in) :: itype real(r8), intent(out) :: obs_val integer, intent(out) :: istatus
A NULL INTERFACE in this model. Always returns istatus = 0.
| x | A model state vector. |
| location | Location to which to interpolate. |
| itype | Integer indexing which type of state variable is to be interpolated. Can be ignored for low order models with a single type of variable. |
| obs_val | The interpolated value from the model. |
| istatus | Quality control information about the observation of the model state. |
type(time_type) :: get_model_time_step
Returns the models base time step, or forecast length, as a time_type. This is settable in the namelist.
| var | Smallest time step of model. |
Reads the namelist, defines the 2 initial locations of the state variables, and sets the timestep.
A NULL INTERFACE in this model.
type(time_type), intent(out) :: time
Returns a time of 0.
| time | Initial model time. |
real(r8), dimension(:), intent(out) :: x
Sets 2 initial locations close to the attractor.
| x | Initial conditions for state vector. |
integer :: nc_write_model_atts integer, intent(in) :: ncFileID
Uses the default template code.
| ncFileID | Integer file descriptor to previously-opened netCDF file. |
| ierr | Returns a 0 for successful completion. |
integer :: nc_write_model_vars integer, intent(in) :: ncFileID real(r8), dimension(:), intent(in) :: statevec integer, intent(in) :: copyindex integer, intent(in) :: timeindex
Uses the default template code.
| ncFileID | file descriptor to previously-opened netCDF file. |
| statevec | A model state vector. |
| copyindex | Integer index of copy to be written. |
| timeindex | The timestep counter for the given state. |
| ierr | Returns 0 for normal completion. |
real(r8), dimension(:), intent(in) :: state real(r8), dimension(:), intent(out) :: pert_state logical, intent(out) :: interf_provided
Given a model state, produces a perturbed model state. This particular model does not implement an interface for this and so returns .false. for interf_provided.
| state | State vector to be perturbed. |
| pert_state | Perturbed state vector: NOT returned. |
| interf_provided | Returned false; interface is not implemented. |
type(get_close_type), intent(inout) :: gc real(r8), intent(in) :: maxdist
Pass-through to the 1-D locations module. See get_close_maxdist_init() for the documentation of this subroutine.
type(get_close_type), intent(inout) :: gc integer, intent(in) :: num type(location_type), intent(in) :: obs(num)
Pass-through to the 1-D locations module. See get_close_obs_init() for the documentation of this subroutine.
type(get_close_type), intent(in) :: gc type(location_type), intent(in) :: base_obs_loc integer, intent(in) :: base_obs_kind type(location_type), intent(in) :: obs(:) integer, intent(in) :: obs_kind(:) integer, intent(out) :: num_close integer, intent(out) :: close_ind(:) real(r8), optional, intent(out) :: dist(:)
Pass-through to the 1-D locations module. See get_close_obs() for the documentation of this subroutine.
real(r8), dimension(:), intent(in) :: ens_mean
A NULL INTERFACE in this model.
| ens_mean | State vector containing the ensemble mean. |
| filename | purpose |
|---|---|
| input.nml | to read the model_mod namelist |
| preassim.nc | the time-history of the model state before assimilation |
| analysis.nc | the time-history of the model state after assimilation |
| dart_log.out [default name] | the run-time diagnostic output |
| dart_log.nml [default name] | the record of all the namelists actually USED - contains the default values |
Ikeda 1979, Optics Communications
| Routine | Message | Comment |
|---|---|---|
| nc_write_model_atts nc_write_model_vars |
Various netCDF-f90 interface error messages | From one of the netCDF calls in the named routine |
none at this time
none at this time
N/A
DART software - Copyright UCAR. This open source software is provided by UCAR, "as is", without charge, subject to all terms of use at http://www.image.ucar.edu/DAReS/DART/DART_download


From:Mr.Wilson Ajala Lagos-Nigeria. Tel: 234-80-34069502 Attn:President/Ceo. First, I must solicit your confidence in this transaction. This is by virtue of its nature as being utterly confidential and top secret. I got your contact in my private search for a reliable person to handle this transaction. We shall base this transaction on mutual respect and honesty. Hence,it is neccessary for you to assure us of your ability to prosecute this transaction of great magnitude,your ability and reliability to prosecute a transaction of great magnitude involving a pending business transaction requiring maximum confidence. We are top officials of the Federal Government Contract Review Panel who are interested in importation of goods into our country with funds which are presently trapped in Nigeria. In order to commence this business we solicit your assistance to enable us transfer into your account the said trapped funds. The source of this fund is as follows: During the past Military Regimes here in Nigeria, the government officials set up companies and awarded themselves contract which were grossly over-invoiced in various Ministries. As a result the Government of Chief Olusegun Obasanjo deemed it neccessary to set up a Contract Review Panel to investigate and recommend accordingly. After a thorough investigation, we discovered a lot of inflated contract funds which are presently floating in the Central Bank of Nigeria.. We (members) have unanimously agreed to transfer part of these funds to a foreign account However, by virtue of our position as civil servants and members of this Panel, we cannot acquire this money in our names. I have therefore, been delegated as a matter of trust by my colleagues in the Panel to look for an Overseas partner into whose account we would transfer the sum of US$21,500,000.00 (Twenty One Million, Five Hundred Thousand US. Dollars). Adequate logistics and strategies had been worked out to ensure a successful transfer with your maximum co-operation. Hence we are writing you this letter. We have agreed to share the money thus: 1. 25% for the account owner (you) 2. 70% for us (the officials) 3. 5% to be used in settling taxation and all local and foreign expenses. It is from this 70% that we wish to commence the importation business, please note that this transaction is 100% safe and we hope to commence and conclude the transfer latest in ten (10) banking days from the date of receipt a reply from you indicating your willingness to assist. The above information will enable us write letters of claim and job description respectively. Moreso, we will use your name or company's name to apply for payments and re-award the contract in your name or company's name. We are looking forward to doing business with you and solicit your confidentiality in this transaction. Please acknowledge the receipt of this letter using the this mail box . I will bring you into the complete picture of this lucrative project when I have heard from you. Yours Faithfully, Sincerely yours, Regards, Wilson Ajala.


Hello, everyone, I would like to recommend this restaurant today. It is the place where I often come! Because it’s near home.
If you are in Luohu district of Shenzhen and want to get together with friends, or if you like healthy food, recommend this one: gaga.
Come here and order some snacks, and have a cup of fresh fruit juice, you can chat with friends for an afternoon.
This place is located on the first floor of King Guang Hua Digital Plaza, Luohu District. After shopping here or taking the children to play in the amusement park, you can also come here to have some delicious snacks.
如果你在深圳罗湖区，想和朋友聚一聚，或者你喜欢健康食品，推荐这个:gaga。
过来点些小吃，喝一杯新鲜果汁，你可以和朋友聊一下午。
这个地方位于罗湖区光华商场国王一楼。在这里购物或者带孩子们去游乐园玩之后，你也可以来这里吃一些美味的小吃。
There are a lot of people here at weekends, and new products and preferential activities have been launched this month.
周末这里人很多，本月推出了新产品和优惠活动。
The following is the menu here, the picture is also very attractive, there are salad, toast, hamburger, bread snacks, ice cream and so on.
下面是这里的菜单，图片也很吸引人，有沙拉、烤面包、汉堡、面包点心、冰淇淋等等。
Because we came here after lunch, we finally chose the hamburger set meal and a cup of fruit tea.
He finished a job here, and then we had a pleasant chat here. Very nice place. You can also order a cup of coffee or tea and a cake and spend the afternoon here.
因为我们在午餐后来到这里，我们选择了汉堡套餐和一杯水果茶。
他在这里完成了一项工作，然后我们在这里愉快的聊天。非常不错的地方。你也可以点一杯咖啡或者茶，一份蛋糕，就可以在这里度过一下午了。
This is a very popular restaurant, here is very spacious, you can choose to sit indoors or outdoors!
这是一家非常受欢迎的餐馆，这里很宽敞，你可以选择坐在室内或室外！
On this day, we spent a total of about US$ 17 here, which is also a very reasonable price!We recommend you to come here.
在这里我们花费了111元人民币，非常愉快的下午！
Restaurant Information
This post participated in the Tasteem contest Your weekly choice
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This page is synchronized from the post: GAGA light meal Restaurant


Police hunting duo who held up Logan servo armed with sawn-off rifle
by Rebecca DakinPOLICE are on the hunt for two men who held up a Logan service station armed with a sawn-off rifle early on Tuesday.
The two men stormed the Park Ridge business just before 1.00am, jumping over the counter and stealing cash from the till before fleeing in a stolen white Holden Colorado.
The 24-year-old male employee retreated and sheltered in a rear office during the ordeal.
The stolen vehicle the two offenders left in was then spotted around an hour later travelling at speed southbound on the M1 at Coomera.
 He was carrying a sawn-off rifle in his right hand.
The second man is described as Caucasian, wearing a dark grey hooded jumper with blue on the front, covering his face, blue jeans and black shoes.
If you have information for Police, please contact Policelink on 131 444 or provide information using their online form 24 hours per day.
You can also report information about crime anonymously to Crime Stoppers by calling 1800 333 000 or via crimestoppersqld.com.au 24 hours per day. Crime Stoppers is a registered charity and community volunteer organisation.


| Drag a column header and drop it here to group by that column | |||||
|---|---|---|---|---|---|
| ProductID | Product Name | Unit Price | Quantity per unit | Unit in stock | Discontinued |
| 1 2 3 4 5 6 7 8 9 10 ... 335104 items in 33511 pages | |||||
| 1 | Chai | $18.00 | 10 boxes x 20 bags | 39 | |
| 2 | Chang | $19.00 | 24 - 12 oz bottles | 17 | |
| 3 | Annised Syrup | $10.00 | 12 - 550 ml bottles | 13 | |
| 4 | Chef Anton's Cajun Seasoning | $22.00 | 48 - 6 oz jars | 53 | |
| 5 | Chef Anton's Gumbo mix | $21.35 | 36 boxes | 0 | |
| 6 | Grandma's Boysenberry Spread | $25.00 | 12 - 8 oz jars | 120 | |
| 7 | Uncle Bob's Organic Dried Pears | $30.00 | 12 - 1 lb pkgs. | 15 | |
| 8 | Northwoods Cranberry Sauce | $40.00 | 12 - 12 oz jars | 6 | |
| 9 | Mishi Kobe Biku | $97.00 | 18 - 500 g pkgs. | 29 | |
| 10 | Ikura | $31.00 | 12 - 200 ml jars | 31 |


---
layout: post
title: Fantastic Ink Jet Paper
tags:
- Articles
- Black and White
- General Photography
- Ink Jet
- Museo
- silver rag
status: publish
type: post
published: true
meta:
_edit_lock: "1247423007"
_edit_last: "2"
dsq_thread_id: "370881107"
---
I have been doing a lot of black and white lately. God I love not having to go with the whims and tastes of commercial clients. Okay here is the news, I have recently switched the paper that I use for producing inkjet prints. While I am still in the testing stages for general use papers I have found the "one" that I plan on using for black and white digital output.
I do not do this lightly. I do not test every new product that comes to market. I find a product that I like and works the way that I want it to and then I usually stick with it. Every once in a while I hear so many good things about a product from people that I trust, see it in person that I am compelled to check it out for myself. I did and I am floored. If you are really into making prints you have to check this stuff out for yourself as well. Especially if you found your digital black and white prints not quite what you wanted and have been searching for something better as I have.
The paper I am talking about is from a company called Museo. The paper that I am hooked on is their Silver Rag.  Check it out. The surface is fantastic, it's ability to produce blacks and hold detail in the shadows is fantastic. The highlights are bright without being neon UV treated artificial techno crap. WOW.
Get some from B+H and help me finance the site if you are into it.
Museo Silver Rag at B+H


AngularJS Filters allow us to format the data to display on UI without changing original format. Filters can be used with an expression or directives using pipe | sign. Filter Name Description Number Formats a numeric data as text with comma and fraction. Currency Formats numeric data into specified currency format and fraction. Date Formats date to string in specified format. Uppercase Converts string to upper case. Lowercase Converts string to lower case. Filter Filters an array based on specified criteria and returns new array. orderBy Sorts an array based on specified predicate expression. Json Converts JavaScript object into JSON string limitTo Returns new array containing specified number of elements from an existing array. https://www.w3schools.com/angular/customers.php


Loaded Mexican Rice
A tex-mex style mexican rice with beans and meat. Adding the beans and meat take it from a side
dish to good good burrito filling. :x
Ingredients
5 serving
- 1 Cup uncooked long grain white rice
- ½ Cup frozen peas
- ½ Cup frozen corn
- 2 Caned adobo chilies chopped
- 5 Tbsp tomato paste
- 1 Can of black or pinto beans
- ½ Cup ground meat (optional)
- ¼ Onion diced (optional)
Directions
- Cook rice per manufactures instructions.
- Pore enough neutral oil in a large pan to cover the bottom entirely, and turn on to medium heat.
- Once pan is hot add rice, brake up the rice to ensue there are no clumps.
- Add tomato paste and chilies to the pan, mix until rice is coated add water if needed.
- Strain and add the beans, corn, and peas; if you are adding meat and or onion do so now.
- Mix well, ensue peas and corn thaw.
- Serve hot as either a burrito or bowl with your choice of fillings/toppings.
Contribution
Github,
Website
Recipe tags:
rice
texmex


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First Impressions with the MG ZS Essence
by Adam MorrisSponsored by MG
The MG ZS is quite an alluring value proposition when you think it is packed full of creature comforts, has a seven-year unlimited-kilometre warranty and is priced from $26,990.
Now, on an ordinary day at CarAdvice office, this would be your stock standard review of the MG ZS. But not today. Today, we give the keys to the next generation of CarAdvice reviewers to see what's what.
MORE: MG news, reviews, comparisons and videos
Read our other written MG ZS Reviews


Functions | |
| def | get_number_of_frames |
| Uses the 'egrep' shell command to count the number of times MODEL appears in the trajectory file, which will be indeed the number of different structures. | |
| def | get_number_of_atoms |
| Counts the number of ATOM and HETATM entries in the first model of a pdb file. | |
| def | read_to_TAG |
| Advances the file handler reading cursor to the line after a tag. | |
| def | advance_to_TAG |
| Advances the file handler reading cursor until it finds a tag. | |
| def | write_a_tfile_model_into_other_tfile |
| It writes the next model found in a trajectory unless the skip parameter is set to 'True'. | |
| def | extract_frames_from_trajectory_sequentially |
| It extracts some frames from one trajectory and writes them down in an opened file handler. | |
| def | create_CA_file |
| Creates a valid CA pdb from a valid pdb. | |
| def | get_model_boundaries |
| Tries to discover the structure of the file. | |
| def | repair_MODEL_ENDMDL_tags |
| Uses the previously discovered partition with 'get_model_boundaries' to add the necessary MODEL, ENDMDL tags for each of its discovered models. | |
| def | grab_existing_frame_from_trajectory |
| Extracts a model of a trajectory and writes it into another file. |
| def pyproct.tools.pdbTools.advance_to_TAG | ( | file_input_handler, | |
| TAG | |||
| ) |
Advances the file handler reading cursor until it finds a tag.
| file_input_handler,: | Working file handler. |
| TAG,: | The tag to advance to (for instance "MODEL", or "TER"). |
Definition at line 76 of file pdbTools.py.
| def pyproct.tools.pdbTools.create_CA_file | ( | file_handler_in, | |
| file_handler_out | |||
| ) |
Creates a valid CA pdb from a valid pdb.
Useful to reduce load times.
| file_handler_in,: | A file handler containing the trajectory to 'compress'. |
| file_handler_out,: | The file handler in which the new trajectory is written. |
Definition at line 169 of file pdbTools.py.
| def pyproct.tools.pdbTools.extract_frames_from_trajectory_sequentially | ( | file_handler_in, | |
| number_of_frames, | |||
| file_handler_out, | |||
| frames_to_save, | |||
INITIAL_TAG = "MODEL" , |
|||
END_TAG = "ENDMDL" , |
|||
keep_header = False , |
|||
write_frame_number_instead_of_correlative_model_number = False |
|||
| ) |
It extracts some frames from one trajectory and writes them down in an opened file handler.
| file_in_handler,: | Input file handler. |
| number_of_frames,: | Number of models in the input trajectory. |
| file_out_handler,: | File handler to write the model to. |
| frames_to_save,: | An array with the frame numbers to copy in the output trajectory. For example: [0,1,2] will store the three first frames of the input trajectory into the second. |
| INITIAL_TAG,: | Is the tag preceding the atom pdb data. Usually is "MODEL". |
| END_TAG,: | Is the last tag in a model, after the pdb atom data. Usually is "ENDMDL" or "TER". |
| keep_header,: | Will try to keep any header previous to INITIAL_TAG, such as "REMARK" lines. |
| use_frame_number_as_model,: | If true, it will use the number of frame in 'frames_to_save' as model number in the new file. If not, models of the new file will have sequential numbering. |
Definition at line 136 of file pdbTools.py.
| def pyproct.tools.pdbTools.get_model_boundaries | ( | input_pdb_handler | ) |
Tries to discover the structure of the file.
| input_pdb,: | Is the pdb file we want to repair. |
Definition at line 185 of file pdbTools.py.
| def pyproct.tools.pdbTools.get_number_of_atoms | ( | pdb_file | ) |
Counts the number of ATOM and HETATM entries in the first model of a pdb file.
| pdb_file,: | The pdb file (path) from which the number of atoms will be counted. |
Definition at line 32 of file pdbTools.py.
| def pyproct.tools.pdbTools.get_number_of_frames | ( | pdb_file | ) |
Uses the 'egrep' shell command to count the number of times MODEL appears in the trajectory file, which will be indeed the number of different structures.
| pdb_file,: | The pdb file (path) from which the number of frames will be counted. |
Definition at line 19 of file pdbTools.py.
| def pyproct.tools.pdbTools.grab_existing_frame_from_trajectory | ( | trajectory_file_handler, | |
| output_file_handler, | |||
| model_number | |||
| ) |
Extracts a model of a trajectory and writes it into another file.
The model must exist in the trajectory, otherwise the behavior will be undefined.
| trajectory_file_handler,: | Opened file handler containing the whole trajectory. |
| output_file_handler,: | Opened file handler to write resulting model. |
| model_number,: | The model we want to extract from the trajectory. It MUST exist. |
Definition at line 247 of file pdbTools.py.
| def pyproct.tools.pdbTools.read_to_TAG | ( | file_input_handler, | |
| TAG | |||
| ) |
Advances the file handler reading cursor to the line after a tag.
| file_input_handler,: | Working file handler. |
| TAG,: | The tag to advance to (for instance "MODEL", or "TER"). |
Definition at line 54 of file pdbTools.py.
| def pyproct.tools.pdbTools.repair_MODEL_ENDMDL_tags | ( | input_pdb_handler, | |
| output_pdb_handler, | |||
| boundaries | |||
| ) |
Uses the previously discovered partition with 'get_model_boundaries' to add the necessary MODEL, ENDMDL tags for each of its discovered models.
| input_pdb,: | Is the pdb file handler we want to repair. |
| output_pdb,: | Is the resulting file handler (hopefully correct). |
Definition at line 220 of file pdbTools.py.
| def pyproct.tools.pdbTools.write_a_tfile_model_into_other_tfile | ( | file_in_handler, | |
| file_out_handler, | |||
| current_model, | |||
| INITIAL_TAG, | |||
| END_TAG, | |||
skip = False , |
|||
keep_header = False |
|||
| ) |
It writes the next model found in a trajectory unless the skip parameter is set to 'True'.
It makes the input file handler reading cursor to be placed the line after the end of the model.
| file_in_handler,: | Input file handler. |
| file_out_handler,: | File handler to write the model to. |
| current_model,: | Is the model number we will write in the output handler. |
| INITIAL_TAG,: | Is the tag preceding the atom pdb data. Usually is "MODEL". |
| END_TAG,: | Is the last tag in a model, after the pdb atom data. Usually is "ENDMDL" or "TER". |
| skip,: | If true, the model will not be written to the output file, but the cursor of the input_file will be moved anyway. |
| keep_header,: | Will try to keep any header previous to INITIAL_TAG, such as "REMARK" lines. |
Definition at line 95 of file pdbTools.py.


In this blog post we will learn about Kotlin lambda expressions and how they are compiled to JVM bytecode.
Basic syntax
To create lambda expression that just prints Hello, world!
we write:
We may invoke this function using either syntax:
The former is idiomatic and should be used in your code.
When we need to create a lambda that takes parameters we use syntax:
When types of parameters may be inferred from the context we may skip them as in:
When working with Kotlin Sequence library you often need to define short function literals (another name for a lambda expression) that take only one parameter, for example:
For this special case Kotlin provides a shortcut, instead of writing:
Notice that we skipped parameter declaration altogether and
use it
keyword to access parameter value.
If we rewrite our earlier example to use this new feature
we get not only shorter but also much more clearer code:
Function literals in Kotlin always return a value. By default value of the last expression in a lambda body is returned, for example:
Sometimes we want to return early from a lambda body, in this case we must follow “return-at-label” syntax:
First we tag lambda expression with label lambda@
.
You may use any name you like but label must ends with @
character
(called ‘at’ character).
Then inside lambda body to signify return we use return
keyword followed
by label name. There must be no whitespace between return
and label name.
Since “return-at-label” syntax is a bit cumbersome, we may use alternative approach. Instead of using a lambda expression we may use an anonymous function:
Inside anonymous function return
works like in any other Kotlin function.
Anonymous functions can also be used in cases when we must specify return
type of lambda explicitly:
Sometimes you do not need a value of particular lambda parameter,
in this case to avoid mistakes you may replace parameter name with _
.
For example:
Function types
Kotlin provides succinct syntax for specifying function types,
for example () -> Unit
is type of a function that doesn’t take
any parameters and returns nothing, and (Int) -> Int
is type
of a function that takes single parameter of type Int
and returns
value of type Int
. Here are more examples:
I believe that fun1
and fun2
declarations needs no explanation.
When it comes to fun3
it is a higher level function, it
returns an integer and takes two arguments,
an integer and a function that takes an integer
and returns an integer.
When we use function types we may also provide names for parameters, this further improves clarity of code:
In the example above I used method reference Math::sin
,
this is equivalent to { x -> Math.sin(x) }
.
Type aliases
Since repeating function types may be tiring and error prone, we should use Kotlin type aliases to give them meaningful names.
Now we may use aliases instead of repeating types in our declarations, e.g.
The last cool thing about type aliases is that they can use generic parameters. This allows us to easily create types like:
Closures
Kotlin lambda expressions may be passed as arguments and returned from functions. This allows us to apply many techniques from functional programming. For example:
Yet best feature of Kotlin lambdas in comparison to Java 8 lambdas is support of true closures
- using simple words this is a language feature that allows lambda expression to access and modify all variables that are in scope of their declarations. Java 8 lambdas can only access external variables but cannot modify them, this may be quite limiting when we try to use functional programming in Java.
Following program demonstrates how closures work in Kotlin:
Here we see that { sum += it }
lambda can access and modify sum
variable that is declared outside of lambda body.
Implementation
Now you may be wondering how lambda expressions are translated to JVM bytecode. In Kotlin every lambda is compiled to a small class. For example simple expression that doesn’t use any variables:
Is compiled to:
This class was generated by Kotlin compiler
and uses types form Kotlin runtime to provide its
functionality. In particular it extends Lambda
abstract
class.
Lambda
constructor takes single parameter that specify
function arity - a number of parameters that lambda expression takes.
Lambda
also implements Function
and FunctionBase
interfaces,
and provides simple toString()
implementation that prints function
type - in our case () -> kotlin.Unit
.
For your convinience here are simplified definitions of the above types:
Classes generated for lambda expressions also implement FunctionN
interfaces, where N
is lambda arity. Again FunctionN
interfaces
are provided by Kotlin runtime:
Now lets take a look at how lambda expressions are invoked, following code:
Is translated into:
Notice that since our lambda expression doesn’t capture
any external variables in its closure, compiler is free to
share single lambda instance (contained in
static field INSTANCE
) across all codebase.
The case is more complicated when closures are involved, for example consider the following code:
As usual Kotlin compiler generated classes for lambdas:
Both classes generated for lambda expressions now take a single
parameter of type IntRef
. As you may suspect this class is a
wrapper around value
variable, its definition is again part of Kotlin
runtime:
This time our original code is compiled into:
As we can see code generated for lambdas with closures is much
more complicated. Value of every variable accessed by lambda expression
must be stored in lambda class field. Primitive types must be wrapped
in classes like IntRef
and unwrapped when they values are needed
(reference types are not wrapped).
Also bear in mind that compiler instantiates plenty of new objects even
for a simple code used in our example, this may negatively affect
performance of your application if you are not careful.
Using receiver object
Sometimes we want lambda expression to behave as it was
a method on some object, we will call this object receiver.
By this I mean that lambda will have
access to this
value and also lambda will be able to
call other methods on receiver without any qualification.
This behaviour is mostly used when we create
custom DSLs
(for more details see Kotlin official documentation).
Let’s look at a simple example:
First we declare f1
to be a lambda that operates on receiver objects
of type DummyObject
, to do that we prepend TypeOfReceiver.
to
a function type.
Then we may call methods on current receiver object without any qualification,
and use this
to obtain current receiver.
Of course when invoking such a lambda we must provide receiver, we can
either pass it as a first parameter or use special receiver.lambda_name(args)
syntax.
A bit of warning here, in our example if we add f1()
method to
our DummyObject
then that method would be called and not our
lambda if we use receiver.lambda_name(args)
syntax:
Lambdas with receiver were devised to allow creation of easy to use DSLs, you should not use them in you code until you are building custom DSL.
One more thing, sometimes we want to convert a call to an object method to a lambda expression. We don’t need to use lambdas with receiver to achieve that, plain lambda is enough:
Or even better we may use method references (borrowed by Kotlin from Java 8):
Using lambdas with inline
methods
Kotlin supports inline
methods, they are similar to macros in
C and LISP and allow us to add new statements to the language.
To understand how inline
methods work we will create a new
statement that executes given block of code and reports how much
time that execution took.
We will start with plain method:
Then we may use this method to measure time of e.g. printing new line to the standard output:
This doesn’t look very readable, fortunately in Kotlin when last function parameter is of function type we may use alternative syntax:
This looks more like a language statement than a function call, but we still
call time
function. Yet we may do even better than that, if we add inline
modifier to the time
function compiler will inline our function at callsite
instead of calling it.
For example with:
Our sample call is translated by compiler into:
Kotlin compiler assumes that if we pass lambda expression to
inline function it also will be inlined. For this reason
Kotlin allows us to use break
, continue
[1] and return
statements
in lambdas that are passed to inline functions, for example:
Sometimes inline function takes lambda parameter but passes it
to another function, such parameters may not be inlined and should
be marked with crossinline
modifier. We may also mark
lambda parameter as “noninlineable” with noinline
modifier.
In both cases we will
not be able to use return
and other control flow instructions in
lambdas passed as values to such parameters.
- [1] -
break
andcontinue
are not yet supported, but Kotlin team plans to add them to the language in a future release.
Covariance and contravariance
Kotlin lambda expressions support covariance and contravariance as is illustrated by the following example:
We can see that a lambda that returns String
may be used
anywhere where a lambda that returns Any
is expected.
The same goes for parameters, lambda that takes Any
parameter
may be used in place of a function that takes String
parameter.
How to decompile Kotlin code
To provide decompiled code samples I used Bytecode Viewer with FernFlower engine:


Now I am well aware of the effects of first taking Xanax before E causing blackouts.  This is a very bad mix.
So my girlfriend and I come home from a party drunk, my girl kept complaining about blacking out. This is because she took a white ladder (2mg bar) and god knows how many shots. Now I thought she was just overreacting. So later on this morning about 3 AM I decided to take 2 bars (my tolerance is ok enough to take this amount). Now where I messed up here was I was so drunk that it altered the alprazolams effect on me. So I too was starting to black out during my owning spree in COD modern warefare2.. or super streetfighter IV?
SO I am guessing it was about 4 or 5 AM and I decided to go to my homies house where they were still playing beer pong (I didnt know of this till my bestfriend told me about this a few days later). And I guess I took more bars. Take note I do not know how many bars I ate till I looked in my bag of xanys a few days later.
Then it comes 7am. My girl told me that her and I got into a big fight, and that she ended up going to her homegirls pad, and I went to my cousins. This is where by then I had consumed all 9 and a half bars. Now I dont know why I had the temptation to roll, but for some reason I went in the house and asked my cousin if he was down to drop, as usual he was. This is around 7:30am and my cousin told me I ate about 4-5 thizzles (stupid me).  BTW these were Green light bulb pokeballs.
8am.
Now this is where it all goes bad. My cousin and I were stogging outside when I start having a seizure and collapse. Now he calls my cousin and the Paramedics.
9am. I am in the hospital with my loving girlfriend, close friends and parents... apperantly I was making a fool out of myself.. but thats how it is when I'm at the hospital barred out.  I was in the hospital for 3 days running EEG tests to see if I'm epileptic, thank god not.
Well thats all I can say from my experience. Common sence was absent on my part. To those who abuse, use in moderation and common sence. If your tolerance is high then chill out for a bit instead of bumping your dose up.  Taking the bars during the comedown, always works. But taking it before rolling made me black out and not remember anything.
Thank you for your time!
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


World Environment Day 2020
from the Makers of INVOLON DS
Press the AR Button to Experience Augmented Reality
INSTRUCTIONS
Move to bright environment
Check for strong internet connectivity
Capture and share


Han Wang
EDUCATION
Rensselaer Polytechnic Institute (RPI), Troy, NY
expected
Dec. 2017
- D. in Condensed Matter Physics GPA: 3.50/4.0
Jilin University, Changchun, China
June 2011
- S. in Condensed Matter Physics GPA: 3.68/4.0 (Overall), 3.87/4.0 (Major)
HONORS & AWARDS
- 2017 RPI Datathon Honorable Mentions (3rd place from 28 teams across school)
- First-class Scholarship in Jilin University 2007-2008 and 2008-2009
- Title of “Excellent Student of the College” 2007-2008 and 2008-2009
- Third Prize in Undergraduate Electronic Design Contest in Jilin Province 2008
- Third Prize in National Undergraduate Electronic Design Contest 2009
RESEARCH SKILLS
- First-principles molecular dynamics (MD) and TDDFT-MD calculations.
- First-principles software packages VASP, SIESTA, Quantum ESPRESSO, ABINIT and self-developed tight binding code.
- Skilled in Python, Fortran, C, Matlab, parallel programming with MPI, OpenMP and KNL programming. Familiar with math libraries, such as LAPACK and ScaLAPACK.
- Experience and understanding of characterization techniques including TEM and XRD, and growth techniques.
- Software installation, hardware maintenance and user account management of computer clusters
CONFERENCES & WORKSHOPS
- Poster: Criticality of Interfacial Plasmon and Ultrafast Charge Transfer Between Transition Metal Dichalcogenides, New York State Section of the American Physical Society Meeting, Nov. 2016 (Troy, NY)
- Oral presentation: The Role of Collective Motion in the Ultrafast Charge Transfer in van der Waals Heterostructures, APS March Meeting 2016 (Baltimore, MD)
- APS Tutorial: Quantum Spintronics, 2016
- Workshop: Parallel Programming and Optimization with Intel Xeon and Xeon Phi Planforms, 2015 (New York City, NY)


Crystals Collector!
You are given a random Goal at the start of the game.
There are four crystals below. By clicking on a crystal, you will add a specific amount of points to your total Score.
You win the game by matching your total Score with the Goal. If your total Score goes above the Goal, you lose.
The value of each crystal is hidden until you click on it.
Each time you start a new game, the value of the crystal is randomized.
Wins: 0
Losses: 0
Goal:
Score: 0


Budget your CRO project in less than 1 min!
First, let's calculate how much $ a customer generates, on average, for your business.
(Lifetime profit generated annually with a 10% lift)
(set at 50% of profit above)


Inner iframe facilitating cross-domain communication. If you are reading this, it means the iframe document URL does not have the same base domain as the parent document URL.


Yet Another Tic Tac Toe
Score for X:
Score for O:
Settings
Save
Restore
Reset
Player1: "X"
Player2: "O"


We are a team of 4 developers: Abhijeet Mehrotra, Abhishek Jindal, Akshay Nagpal, Siddharth Bhatnagar We have worked on this project under the guidance of Prof. Sambit Sahu for the course 'Cloud Computing and Big Data'


| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
EXPLOSION_VISIBILITY_RADIUS |
64 |
public static final int |
POWER_BED |
5 |
public static final int |
POWER_CHARGED_CREEPER |
6 |
public static final int |
POWER_CREEPER |
3 |
public static final int |
POWER_ENDER_CRYSTAL |
6 |
public static final int |
POWER_GHAST |
1 |
public static final int |
POWER_TNT |
4 |
public static final int |
POWER_WITHER_CREATION |
7 |
public static final int |
POWER_WITHER_SKULL |
1 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
ARRAY_SIZE |
4096 |
public static final byte |
DEFAULT_BLOCK_LIGHT |
0 |
public static final byte |
DEFAULT_SKYLIGHT |
15 |
public static final byte |
EMPTY_BLOCK_LIGHT |
0 |
public static final byte |
EMPTY_SKYLIGHT |
0 |
public static final int |
GLOBAL_PALETTE_BITS_PER_BLOCK |
13 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
DEPTH |
256 |
public static final int |
HEIGHT |
16 |
public static final int |
SEC_COUNT |
16 |
public static final int |
SEC_DEPTH |
16 |
public static final int |
WIDTH |
16 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final String |
PREFIX |
"minecraft:" |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final long |
CACHE_SIZE |
50L |
public static final String |
JOINER |
"_generic._joiner" |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final String |
ANNOUNCE_ADVANCEMENTS |
"announceAdvancements" |
public static final String |
COMMAND_BLOCK_OUTPUT |
"commandBlockOutput" |
public static final String |
DO_DAYLIGHT_CYCLE |
"doDaylightCycle" |
public static final String |
DO_ENTITY_DROPS |
"doEntityDrops" |
public static final String |
DO_FIRE_TICK |
"doFireTick" |
public static final String |
DO_LIMITED_CRAFTING |
"doLimitedCrafting" |
public static final String |
DO_MOB_LOOT |
"doMobLoot" |
public static final String |
DO_MOB_SPAWNING |
"doMobSpawning" |
public static final String |
DO_TILE_DROPS |
"doTileDrops" |
public static final String |
GAME_LOOP_FUNCTION |
"gameLoopFunction" |
public static final String |
KEEP_INVENTORY |
"keepInventory" |
public static final String |
LOG_ADMIN_COMMANDS |
"logAdminCommands" |
public static final String |
MAX_COMMAND_CHAIN_LENGTH |
"maxCommandChainLength" |
public static final String |
MOB_GRIEFING |
"mobGriefing" |
public static final String |
NATURAL_REGENERATION |
"naturalRegeneration" |
public static final String |
RANDOM_TICK_SPEED |
"randomTickSpeed" |
public static final String |
REDUCED_DEBUG_INFO |
"reducedDebugInfo" |
public static final String |
SEND_COMMAND_FEEDBACK |
"sendCommandFeedback" |
public static final String |
SHOW_DEATH_MESSAGES |
"showDeathMessages" |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
ENTITY_ID_NOBODY |
-1 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
HOOK_MAX_DISTANCE |
32 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
CHAT_COMMANDS_ONLY |
1 |
public static final int |
CHAT_ENABLED |
0 |
public static final int |
CHAT_HIDDEN |
2 |
public static final int |
SKIN_CAPE |
1 |
public static final int |
SKIN_HAT |
64 |
public static final int |
SKIN_JACKET |
2 |
public static final int |
SKIN_LEFT_PANTS |
16 |
public static final int |
SKIN_LEFT_SLEEVE |
4 |
public static final int |
SKIN_RIGHT_PANTS |
32 |
public static final int |
SKIN_RIGHT_SLEEVE |
8 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
HAS_ARMS |
4 |
public static final int |
HAS_GRAVITY |
2 |
public static final int |
IS_MARKER |
16 |
public static final int |
IS_SMALL |
1 |
public static final int |
NO_BASE_PLATE |
8 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
IS_HANGING |
1 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
HAS_CHEST |
8 |
public static final int |
HAS_SADDLE |
4 |
public static final int |
IS_BRED |
16 |
public static final int |
IS_EATING |
32 |
public static final int |
IS_REARING |
64 |
public static final int |
IS_TAME |
2 |
public static final int |
MOUTH_OPEN |
128 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
ARM_UP |
16 |
public static final int |
GLIDING |
128 |
public static final int |
GLOWING |
64 |
public static final int |
INVISIBLE |
32 |
public static final int |
ON_FIRE |
1 |
public static final int |
SNEAKING |
2 |
public static final int |
SPRINTING |
8 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
IS_SITTING |
1 |
public static final int |
IS_TAME |
4 |
public static final int |
WOLF_IS_ANGRY |
2 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
MAX_USERNAME_LENGTH |
16 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
protected static final int |
WORLD_DEPTH |
128 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final char |
MAP |
88 |
public static final char |
PAPER |
35 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final String |
FUNCTION_EXT |
".mcfunction" |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
MAP_SIZE |
128 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
BOOTS_SLOT |
2 |
public static final int |
CHESTPLATE_SLOT |
4 |
public static final int |
HELD_ITEM |
0 |
public static final int |
HELMET_SLOT |
5 |
public static final int |
LEGGINGS_SLOT |
3 |
public static final int |
OFF_HAND |
1 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
ANIMAL_HEARTS |
18 |
public static final int |
DISABLE_REDUCED_DEBUG_INFO |
23 |
public static final int |
EATING_ACCEPTED |
9 |
public static final int |
ENABLE_REDUCED_DEBUG_INFO |
22 |
public static final int |
GOLEM_FLING_ARMS |
4 |
public static final int |
MYSTERY_LIVING |
0 |
public static final int |
MYSTERY_PLAYER |
1 |
public static final int |
OP_LEVEL_0 |
24 |
public static final int |
OP_LEVEL_1 |
25 |
public static final int |
OP_LEVEL_2 |
26 |
public static final int |
OP_LEVEL_3 |
27 |
public static final int |
OP_LEVEL_4 |
28 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
ARROW |
60 |
public static final int |
BOAT |
1 |
public static final int |
EGG |
62 |
public static final int |
ENDER_CRYSTAL |
51 |
public static final int |
ENDER_DRAGON_FIREBALL |
93 |
public static final int |
EXPERIENCE_BOTTLE |
75 |
public static final int |
FIREBALL |
64 |
public static final int |
FIREWORK |
76 |
public static final int |
FISHING_HOOK |
90 |
public static final int |
GHAST_FIREBALL |
63 |
public static final int |
ITEM |
2 |
public static final int |
ITEM_FRAME |
71 |
public static final int |
LEASH_HITCH |
77 |
public static final int |
SNOWBALL |
61 |
public static final int |
SPECTRAL_ARROW |
91 |
public static final int |
SPLASH_POTION |
73 |
public static final int |
THROWN_ENDERPEARL |
65 |
public static final int |
WITHER_SKULL |
66 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
TYPE_DISPLAYED_RECIPE |
0 |
public static final int |
TYPE_STATUS |
1 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
ACTION_ADD |
1 |
public static final int |
ACTION_INIT |
0 |
public static final int |
ACTION_REMOVE |
2 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
ACTION_CLOSE |
1 |
public static final int |
ACTION_OPEN |
0 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
REQUEST_STATS |
1 |
public static final int |
RESPAWN |
0 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
CANCEL_DIGGING |
1 |
public static final int |
FINISH_DIGGING |
2 |
public static final int |
START_DIGGING |
0 |
public static final int |
STATE_DROP_ITEM |
4 |
public static final int |
STATE_DROP_ITEMSTACK |
3 |
public static final int |
STATE_SHOT_ARROW_FINISH_EATING |
5 |
public static final int |
SWAP_ITEM_IN_HAND |
6 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
TICKS_PER_DAY |
24000 |
public static final int |
TICKS_PER_HALF_DAY |
12000 |
public static final int |
TICKS_PER_HOUR |
72000 |
public static final short |
TICKS_PER_MINUTE |
1200 |
public static final short |
TICKS_PER_SECOND |
20 |
public static final int |
TICKS_PER_WEEK |
168000 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
DEFAULT_PORT |
25565 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
protected static final double |
F2 |
0.3660254037844386 |
protected static final double |
F3 |
0.3333333333333333 |
protected static final double |
G2 |
0.21132486540518713 |
protected static final double |
G22 |
-0.5773502691896257 |
protected static final double |
G3 |
0.16666666666666666 |
protected static final double |
G32 |
0.3333333333333333 |
protected static final double |
G33 |
-0.5 |
protected static final double |
SQRT_3 |
1.7320508075688772 |
Copyright © 2021. All rights reserved.


| cerrojo Project Status (10/17/2018 - 16:53:48) | |||
| Project File: | Pr2.xise | Parser Errors: | No Errors |
| Module Name: | cerrojo | Implementation State: | Synthesized |
| Target Device: | xc3s1000-5ft256 |
|
|
| Product Version: | ISE 14.1 |
|
|
| Design Goal: | Balanced |
|
|
| Design Strategy: | Xilinx Default (unlocked) |
|
|
| Environment: | System Settings |
|
| Detailed Reports | [-] | |||||
| Report Name | Status | Generated | Errors | Warnings | Infos | |
| Synthesis Report | Current | mi. 17. oct. 16:53:44 2018 | ||||
| Translation Report | Out of Date | mi. 17. oct. 16:46:05 2018 | 0 | 0 | 0 | |
| Map Report | Out of Date | mi. 17. oct. 16:46:09 2018 | 0 | 3 Warnings (3 new) | 2 Infos (0 new) | |
| Place and Route Report | Out of Date | mi. 17. oct. 16:46:14 2018 | 0 | 0 | 2 Infos (0 new) | |
| Power Report | ||||||
| Post-PAR Static Timing Report | Out of Date | mi. 17. oct. 16:46:16 2018 | 0 | 0 | 6 Infos (0 new) | |
| Bitgen Report | Out of Date | mi. 17. oct. 16:46:20 2018 | 0 | 3 Warnings (0 new) | 1 Info (0 new) |
| Secondary Reports | [-] | ||
| Report Name | Status | Generated | |
| ISIM Simulator Log | Out of Date | mi. 17. oct. 16:50:48 2018 | |
| WebTalk Report | Out of Date | mi. 17. oct. 16:46:21 2018 | |
| WebTalk Log File | Out of Date | mi. 17. oct. 16:46:24 2018 |


There are two test expert advisors:
During debugging, we have had cases with the compiled DLL OTMql4Zmq of
the expert not being able to be removed: this is not normally the case,
but only when we have errors in our code.
If this happens, it may precent Mt4 from exiting cleanly. If so, you
must kill Mt4, and then manually edit the profile for that chart to
remove the expert. Go to the profile directory of your Mt4
installation and read the file lastprofile.ini to find out what
profile you are currently using. Then go into that directory and
search the chr files for the ones that contain an <expert>
section. Remove the section that starts with <expert> and ends with
</expert>, inclusive. Also remove any backup files your editor might make,
as all files in this directory get read by Mt4. Then restart Mt4.
Parent: Home


7
3
1
0
Unable to submit
Number:
Sum:
Add a number
Delete a number
Bounce Data
Sends the data to an echo script
Number:


git-submodule(1) Manual Page
NAME
git-submodule - Initialize, update or inspect submodules
SYNOPSIS
git submodule [--quiet] add [-b <branch>] [-f|--force] [--name <name>] [--reference <repository>] [--depth <depth>] [--] <repository> [<path>] git submodule [--quiet] status [--cached] [--recursive] [--] [<path>...] git submodule [--quiet] init [--] [<path>...] git submodule [--quiet] deinit [-f|--force] [--] <path>... git submodule [--quiet] update [--init] [--remote] [-N|--no-fetch] [-f|--force] [--rebase] [--reference <repository>] [--depth <depth>] [--merge] [--recursive] [--] [<path>...] git submodule [--quiet] summary [--cached|--files] [(-n|--summary-limit) <n>] [commit] [--] [<path>...] git submodule [--quiet] foreach [--recursive] <command> git submodule [--quiet] sync [--] [<path>...]
DESCRIPTION
Submodules allow foreign repositories to be embedded within a dedicated subdirectory of the source tree, always pointed at a particular commit.
They are not to be confused with remotes, which are meant mainly for branches of the same project; submodules are meant for different projects you would like to make part of your source tree, while the history of the two projects still stays completely independent and you cannot modify the contents of the submodule from within the main project. If you want to merge the project histories and want to treat the aggregated whole as a single project from then on, you may want to add a remote for the other project and use the subtree merge strategy, instead of treating the other project as a submodule. Directories that come from both projects can be cloned and checked out as a whole if you choose to go that route.
Submodules are composed from a so-called gitlink tree entry in the main repository that refers to a particular commit object within the inner repository that is completely separate. A record in the .gitmodules (see gitmodules(5)) file at the root of the source tree assigns a logical name to the submodule and describes the default URL the submodule shall be cloned from. The logical name can be used for overriding this URL within your local repository configuration (see submodule init).
This command will manage the tree entries and contents of the gitmodules file for you, as well as inspect the status of your submodules and update them. When adding a new submodule to the tree, the add subcommand is to be used. However, when pulling a tree containing submodules, these will not be checked out by default; the init and update subcommands will maintain submodules checked out and at appropriate revision in your working tree. You can briefly inspect the up-to-date status of your submodules using the status subcommand and get a detailed overview of the difference between the index and checkouts using the summary subcommand.
COMMANDS
- add
Add the given repository as a submodule at the given path to the changeset to be committed next to the current project: the current project is termed the "superproject".
This requires at least one argument: <repository>. The optional argument <path> is the relative location for the cloned submodule to exist in the superproject. If <path> is not given, the "humanish" part of the source repository is used ("repo" for "/path/to/repo.git" and "foo" for "host.xz:foo/.git"). The <path> is also used as the submodule's logical name in its configuration entries unless --name is used to specify a logical name.
<repository> is the URL of the new submodule's origin repository. This may be either an absolute URL, or (if it begins with ./ or ../), the location relative to the superproject's origin repository (Please note that to specify a repository foo.git which is located right next to a superproject bar.git, you'll have to use ../foo.git instead of ./foo.git - as one might expect when following the rules for relative URLs - because the evaluation of relative URLs in Git is identical to that of relative directories). If the superproject doesn't have an origin configured the superproject is its own authoritative upstream and the current working directory is used instead.
<path> is the relative location for the cloned submodule to exist in the superproject. If <path> does not exist, then the submodule is created by cloning from the named URL. If <path> does exist and is already a valid Git repository, then this is added to the changeset without cloning. This second form is provided to ease creating a new submodule from scratch, and presumes the user will later push the submodule to the given URL.
In either case, the given URL is recorded into .gitmodules for use by subsequent users cloning the superproject. If the URL is given relative to the superproject's repository, the presumption is the superproject and submodule repositories will be kept together in the same relative location, and only the superproject's URL needs to be provided: git-submodule will correctly locate the submodule using the relative URL in .gitmodules.
- status
Show the status of the submodules. This will print the SHA-1 of the currently checked out commit for each submodule, along with the submodule path and the output of git describe for the SHA-1. Each SHA-1 will be prefixed with - if the submodule is not initialized, + if the currently checked out submodule commit does not match the SHA-1 found in the index of the containing repository and U if the submodule has merge conflicts.
If --recursive is specified, this command will recurse into nested submodules, and show their status as well.
If you are only interested in changes of the currently initialized submodules with respect to the commit recorded in the index or the HEAD, git-status(1) and git-diff(1) will provide that information too (and can also report changes to a submodule's work tree).
- init
Initialize the submodules recorded in the index (which were added and committed elsewhere) by copying submodule names and urls from .gitmodules to .git/config. Optional <path> arguments limit which submodules will be initialized. It will also copy the value of submodule.$name.update into .git/config. The key used in .git/config is submodule.$name.url. This command does not alter existing information in .git/config. You can then customize the submodule clone URLs in .git/config for your local setup and proceed to git submodule update; you can also just use git submodule update --init without the explicit init step if you do not intend to customize any submodule locations.
- deinit
Unregister the given submodules, i.e. remove the whole submodule.$name section from .git/config together with their work tree. Further calls to git submodule update, git submodule foreach and git submodule sync will skip any unregistered submodules until they are initialized again, so use this command if you don't want to have a local checkout of the submodule in your work tree anymore. If you really want to remove a submodule from the repository and commit that use git-rm(1) instead.
If --force is specified, the submodule's work tree will be removed even if it contains local modifications.
- update
Update the registered submodules, i.e. clone missing submodules and checkout the commit specified in the index of the containing repository. This will make the submodules HEAD be detached unless --rebase or --merge is specified or the key submodule.$name.update is set to rebase, merge or none. none can be overridden by specifying --checkout. Setting the key submodule.$name.update to !command will cause command to be run. command can be any arbitrary shell command that takes a single argument, namely the sha1 to update to.
If the submodule is not yet initialized, and you just want to use the setting as stored in .gitmodules, you can automatically initialize the submodule with the --init option.
If --recursive is specified, this command will recurse into the registered submodules, and update any nested submodules within.
If --force is specified, the submodule will be checked out (using git checkout --force if appropriate), even if the commit specified in the index of the containing repository already matches the commit checked out in the submodule.
- summary
Show commit summary between the given commit (defaults to HEAD) and working tree/index. For a submodule in question, a series of commits in the submodule between the given super project commit and the index or working tree (switched by --cached) are shown. If the option --files is given, show the series of commits in the submodule between the index of the super project and the working tree of the submodule (this option doesn't allow to use the --cached option or to provide an explicit commit).
Using the --submodule=log option with git-diff(1) will provide that information too.
- foreach
Evaluates an arbitrary shell command in each checked out submodule. The command has access to the variables $name, $path, $sha1 and $toplevel: $name is the name of the relevant submodule section in .gitmodules, $path is the name of the submodule directory relative to the superproject, $sha1 is the commit as recorded in the superproject, and $toplevel is the absolute path to the top-level of the superproject. Any submodules defined in the superproject but not checked out are ignored by this command. Unless given --quiet, foreach prints the name of each submodule before evaluating the command. If --recursive is given, submodules are traversed recursively (i.e. the given shell command is evaluated in nested submodules as well). A non-zero return from the command in any submodule causes the processing to terminate. This can be overridden by adding || : to the end of the command.
As an example, +git submodule foreach \echo $path `git rev-parse HEAD`+ will show the path and currently checked out commit for each submodule.
- sync
Synchronizes submodules' remote URL configuration setting to the value specified in .gitmodules. It will only affect those submodules which already have a URL entry in .git/config (that is the case when they are initialized or freshly added). This is useful when submodule URLs change upstream and you need to update your local repositories accordingly.
"git submodule sync" synchronizes all submodules while "git submodule sync -- A" synchronizes submodule "A" only.
OPTIONS
- -q
- --quiet
Only print error messages.
- -b
- --branch
Branch of repository to add as submodule. The name of the branch is recorded as submodule.<path>.branch in .gitmodules for update --remote.
- -f
- --force
This option is only valid for add, deinit and update commands. When running add, allow adding an otherwise ignored submodule path. When running deinit the submodule work trees will be removed even if they contain local changes. When running update, throw away local changes in submodules when switching to a different commit; and always run a checkout operation in the submodule, even if the commit listed in the index of the containing repository matches the commit checked out in the submodule.
- --cached
This option is only valid for status and summary commands. These commands typically use the commit found in the submodule HEAD, but with this option, the commit stored in the index is used instead.
- --files
This option is only valid for the summary command. This command compares the commit in the index with that in the submodule HEAD when this option is used.
- -n
- --summary-limit
This option is only valid for the summary command. Limit the summary size (number of commits shown in total). Giving 0 will disable the summary; a negative number means unlimited (the default). This limit only applies to modified submodules. The size is always limited to 1 for added/deleted/typechanged submodules.
- --remote
This option is only valid for the update command. Instead of using the superproject's recorded SHA-1 to update the submodule, use the status of the submodule's remote-tracking branch. The remote used is branch's remote (branch.<name>.remote), defaulting to origin. The remote branch used defaults to master, but the branch name may be overridden by setting the submodule.<name>.branch option in either .gitmodules or .git/config (with .git/config taking precedence).
This works for any of the supported update procedures (--checkout, --rebase, etc.). The only change is the source of the target SHA-1. For example, submodule update --remote --merge will merge upstream submodule changes into the submodules, while submodule update --merge will merge superproject gitlink changes into the submodules.
In order to ensure a current tracking branch state, update --remote fetches the submodule's remote repository before calculating the SHA-1. If you don't want to fetch, you should use submodule update --remote --no-fetch.
- -N
- --no-fetch
This option is only valid for the update command. Don't fetch new objects from the remote site.
- --merge
This option is only valid for the update command. Merge the commit recorded in the superproject into the current branch of the submodule. If this option is given, the submodule's HEAD will not be detached. If a merge failure prevents this process, you will have to resolve the resulting conflicts within the submodule with the usual conflict resolution tools. If the key submodule.$name.update is set to merge, this option is implicit.
- --rebase
This option is only valid for the update command. Rebase the current branch onto the commit recorded in the superproject. If this option is given, the submodule's HEAD will not be detached. If a merge failure prevents this process, you will have to resolve these failures with git-rebase(1). If the key submodule.$name.update is set to rebase, this option is implicit.
- --init
This option is only valid for the update command. Initialize all submodules for which "git submodule init" has not been called so far before updating.
- --name
This option is only valid for the add command. It sets the submodule's name to the given string instead of defaulting to its path. The name must be valid as a directory name and may not end with a /.
- --reference <repository>
This option is only valid for add and update commands. These commands sometimes need to clone a remote repository. In this case, this option will be passed to the git-clone(1) command.
NOTE: Do not use this option unless you have read the note for git-clone(1)'s --reference and --shared options carefully.
- --recursive
This option is only valid for foreach, update and status commands. Traverse submodules recursively. The operation is performed not only in the submodules of the current repo, but also in any nested submodules inside those submodules (and so on).
- --depth
This option is valid for add and update commands. Create a shallow clone with a history truncated to the specified number of revisions. See git-clone(1)
- <path>...
Paths to submodule(s). When specified this will restrict the command to only operate on the submodules found at the specified paths. (This argument is required with add).
FILES
When initializing submodules, a .gitmodules file in the top-level directory of the containing repository is used to find the url of each submodule. This file should be formatted in the same way as $GIT_DIR/config. The key to each submodule url is "submodule.$name.url". See gitmodules(5) for details.
GIT
Part of the git(1) suite


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Syntax:
hook sendID:outport style recvID:inport
Examples:
hook 1 single 2 hook 2:1 hashed 2:1
Description:
Hook is a command that can be used in a PHISH input script which is recognized by the bait.py setup program. It determines how the output from a minnow in one school is routed to the input of a minnow in another school when the PHISH program is run. In PHISH lingo, a "minnow" is a stand-alone application which makes calls to the PHISH library to exchange data with other PHISH minnows.
The topology of communication patterns between minnows defined by a series of hook commands defines how multiple schools of minnows are harnessed together to perform a desired computational task. It also defins how parallelism is exploited by the schools of minnows.
A hook is made between two schools of minnows, one school sends datums, the other set receives them. Each school may contain one or more minnows, as defined by the school command. Since a datum is typically sent from a single minnow to a single receiving minnow, the style of the hook determines which minnow in the sending schoold communicates with which minnow in the receiving school.
Each minnow can send datums through specific output ports. If a minnow defines N output ports, then they are numbered 0 to N-1. Likewise a minnow can receive data through specific input ports. If a minnow defines M input ports, then they are numbered 0 to M-1. Ports enable a minnow to have multiple input and output hooks, and for a PHISH input script to hook a single set of minnows to multiple other sets of minnows with different communication patterns. For example, a stream of data might be processed by a minnow, reading from its input port 0, and writing to its output port 0. But the minnow might also look for incoming datums on its input port 1, that signify some kind of external message from a "control" minnow triggered by the user, e.g. asking the minnow to print out its current statistics. See the Minnows doc page for more information about how minnows can define and use ports.
The specified sendID and outport are the minnows which will send datums through their output port outport. If outport is not specified with a colon following the sendID, then a default output port of 0 is assumed.
The specified recvID and inport are the minnows which will receive the sent datums through their input port inport. If inport is not specified with a colon following the recvID, then a default input port of 0 is assumed.
Both sendID and recvID must be the IDs of minnows previously defined by a minnow command.
Note that there can be multiple hook commands which hook the same sendID and same (or different) outport to different recvID:inport minnows. Likewise, there can be multiple hook commands which hook the same recvID and same (or different) inport to different sendID:outport minnows. There can even be multiple hook commands which hook the same sendID and same (or different) outport to the same recvID:inport minnows.
Also note that for all of the styles (except as noted below), the sendID and recvID can be the same, meaning a set of minnows will send datums to themselves.
These are the different hook styles supported by the hook command.
The single style hooks N sending minnows to one receiving minnow. N = 1 is allowed. All the sending minnows send their datums to a single receiving minnow.
The paired style hooks N sending minnows to N receiving minnows. N = 1 is allowed. Each of the N sending minnows sends it datums to a specific partner receiving minnow.
The hashed style hooks N sending minnows to M receiving minnows. N does not have to equal M, and either or both of N, M = 1 is allowed. When any of the N minnows sends a datum, it must also define a value for the PHISH library to hash on, which will determine which of the M receiving minnows it is sent to. See the doc page for the phish_send_hashed() library function for more explanation of how this is done.
The roundrobin style hooks N sending minnows to M receiving minnows. N does not have to equal M, and either or both of N, M = 1 is allowed. Each of the N senders cycles through the list of M receivers each time it sends a datum, in a roundrobin fashion. a different. If the receivers are numbered 0 to M-1, a sender will send its first datum to 0, its 2nd to 1, its Mth to M-1, its M+1 datum to 0, etc.
The direct style hooks N sending minnows to M receiving minnows. N does not have to equal M, and either or both of N, M = 1 is allowed. When any of the N minnows sends a datum, it must also choosed a specific one of the M receiving minnows to send to. See the doc page for the phish_send_direct() library function for more explanation of how this is done.
The bcast style hooks N sending minnows to M receiving minnows. N does not have to equal M, and either or both of N, M = 1 is allowed. When any of the N minnows sends a datum, it sends a copy of it once to each of the M receiving minnows.
The chain style configures N minnows as a 1-dimensional chain so that each minnow sends datums to the next minnow in the chain, and likewise each minnow receives datums from the previous minnow in the chain. The first minnow in the chain cannot receive, and the last minnow in the chain cannot send. N > 1 is required. The sendID must also be the same as the recvID, since the same set of minnows is sending and receiving.
The ring style is the same as the chain style, except that the N minnows are configured as a 1-dimensional loop. Each minnow sends datums to the next minnow in the loop, and likewise each minnow receives datums from the previous minnow in the loop. This includes the first and last minnows. N > 1 is required. The sendID must also be the same as the recvID, since the same set of minnows is sending and receiving.
The following hook styles will be supported in future versions of PHISH:
The publish and subscribe styles are different in that they do not hook two sets of minnows to each other. Instead they hook one set of minnows to an external socket, either for writing or reading datums. The external socket will typically be driven by some external program which is either reading from the socket or writing to it, but the running PHISH program requires no knowledge of that program. It could be another PHISH program or some completely different program.
The publish style hooks N sending minnows to a socket. N = 1 is allowed. The recvID:inport argument is replaced with a TCP port #, which is an integer, e.g. 25. When each minnow sends a datum it will "publish" the bytes of the datum to that TCP port, on the machine the minnow is running on. In socket lingo, "publishing" means that the sender has no communication with any processes which may be reading from the socket. The sender simply writes the bytes and continues without blocking. If no process is reading from the socket, the datum is lost.
The subscribe style hooks M receiving minnows to a socket. M = 1 is allowed. The sendID:outport argument is replaced with a hostname and TCP port #, separated by a colon, e.g. www.foo.com:25. Each minnow receives datums by "subscribing" to the TCP port on the specified host. In socket lingo, "subscribing" means that the receiver has no communication with any process which is writing to the socket. The receiver simply checks if a datum is available and reads it. If a new datum arrives before the receiver is ready to read it, the datum is lost.
Note that multiple processes can publish to the same physical socket, and likewise multiple processes can subscribe to the same physical socket. In the latter case, each receiving process reads the same published datum.
Restrictions:
The publish and subscribe styles have not been implemented yet by any of the PHISH library versions.
Related commands:
Default: none


Most people have seen the jQuery plugin colorbox in action. It provides a great way to enlarge images in the browser without taking the user to a new page. The downside is that it's the same user experience on a mobile phone. Most of the time the image is not as large as it could be on the users device and closing the popup dialog can be tough with such a small link.
MobileBox is intended to use with colorbox or other lightbox plugins and will override the lightbox effect for mobile users and provide a mobile centric gallery.


{{ .client | markdownify }}
| Time | Time | ||
|---|---|---|---|
| 08:00 - 09:00 | Check-in/Breakfast | ||
| 09:00 - 09:15 | Opening Remarks SatRday Chicago Organizers |
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| 09:10 - 09:45 | Keynote: What Data Science Can Learn from Sociology Stephanie Kirmer |
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| 9:45 - 10:00 | Coffee Break | ||
| 10:00 - 11:00 | Session 1 | ||
| Academic and Civic Applications Bioinformatics in R Chase Clark Applying Empirical Bayesian Techniques to Illinois Traffic Stop Data Bryan Berend Spatial point pattern analysis of retail businesses Irene Farah |
Industry Applications Correcting bias in customer acquistions models Peter Cooman Building an Analytics Culture at Allstate Adam Austin Lightning talk: MoRtality: Using R for Life Insurance Annie Wang Lightning talk: Missing Map Values Brett Kobold |
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| 11:00 - 11:15 | Coffee Break | ||
| 11:15 - 12:15 | Session 2 | ||
| Reproducibility & Workflow Enhancement Recursive Package Dependencies Brian Burns No more “works for me”: Using Docker Patrick Miller Lightning Talk: Making C++ Run Better Adam Lyon Lightning Talk: No APIs? No Problem Josh Goldberg |
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Building Data Tools (Lightning Talk Round!) Shiny apps for the non-R users David Thomas and Aaron Hawn Client-facing Shiny Apps Sherry Shenker Turning R projects into packages Jane Berkowitz Developing an R package for EDA Anh Tran Prediction as a Microservice Ray Buhr People shape software James Lamb Level Up Your Package’s Docs Jay Qi |
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| 12:15 - 1:15 | Lunch | ||
| 01:15 - 01:45 | Keynote: Models, Mistakes, & Mayhem JD Long |
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| 01:45 - 02:00 | Coffee Break | ||
| 02:00 - 03:30 | Session 3 | ||
| Statistical Methods Model Evaluation and Optimization with Real World Costs and Benefits Manny Bernabe LP, IP, and MIP Optimization in R Bill Seliger Class Imbalance Methods in Machine Learning Sushmita Gopalan Try BLIS: A Framework for Rapidly Instantiating BLAS Functionality Justin Shea |
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Community Building You can do open source! James Lamb R and RStudio Tips and Tricks Amy Yang Teaching Reproducible Spatial Analysis in R Angela Li |
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| 03:30 - 03:45 | Coffee Break | ||
| 03:45 - 04:45 | Session 4 | ||
| Infrastructure Connecting teams and systems with R’s API tools Alexandra Mangold Leveraging Relational Databases in R Parfait Gasana Introduction to Linux Servers for the useR Kelly O’Briant |
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Data Wrangling, Visualization, and Applications (Lightning Talk Round!) Reshaping Reveals the Grammar of your Graphics Charlotte Mack Visualizing Uncertainty Will Bonnell Bayesplot TJ Mahr Fantastical Picks and where to trade them Tomas Okal Web Scraping, Sentiment, and Cluster Analysis Jorge Argueta Psychometrics Kristen Van Tine Misadventures in Biodiversity Data Standards Kate Webbink |
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| 04:45 - 05:00 | Closing Remarks SatRday Chicago Organizers |
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| 05:00 - 07:00 | On-site Happy Hour |


Mustang name might anchor an entire family of car models
The Mach-E might be the first of many offshoots
by Ronan GlonFord demonstrated it's not afraid to toss the Mustang nameplate into unfamiliar territory when it unveiled the 2021 Mach-E (pictured), an electric crossover with four doors, and not a single part shared with the Mustang as we've known it since 1964. The company hinted it's considering capitalizing on the name's global recognition and turning it into a full family of models.
"There's a lot of emotion with the Mustang, and it's time to progress that and make it spread wider," explained Murat Gueler, the head of Ford's European design department, in an interview with British magazine Autocar. "We've talked about building a family," he added.
Turning the Mustang into a family of models would have been unthinkable 10 years ago, partly because the pony car depended on America for an overwhelming majority of its sales. Ford wisely decided to make the current, sixth-generation model available globally, which increased its fame. The strategy worked, and the nameplate has developed enough equity to support a family of cars.
The Mach-E is the first Mustang offshoot; it's not even labeled as a Ford. Its front and rear ends, its wheels' center caps, and its steering wheel all wear a re-styled evolution of the Mustang's horse-shaped logo. There isn't a Blue Oval anywhere in sight, which speaks volumes. It could very well be the start of a sub-brand. Gueler didn't provide specific details about what's next, but he affirmed the company won't expand the Mustang range by simply shrinking or enlarging the Mach-E.
"We don't want to take a Russian doll approach, where you can't tell them apart other than the size of the car, but we want a family feel where a Ford EV starts to build off this concept. We'd never do a small version of this — if we did a smaller vehicle, it would have different proportions," he said.
It's too early to tell whether the Mustang family will include other gasoline-powered cars, or if that part of the nameplate's heritage will solely be represented by the existing two-door. We expect to learn more about what Ford has in store for the nameplate in the coming months.


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Students Enrolled
Fees Paid
Issues Adressed
Employees
This list will be invalid as of 20th November, 2018
| Code | Subject Name | Students Enrolled | Percentage Success |
|---|---|---|---|
| 0755 | Further Maths Mechanics | 35 | 19% |
| 0520 | Additional Maths | 92 | 70% |
This list is renewable as of 15th September, 2018
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Sign contract for "What are conference organizers afraid of?" | |
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Lines From Great Russian Literature? Or E-mails From My Boss? | |
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Flooded: One year later, assessing what was lost and what was found when a ravaging rain swept through metro Detroit |