Structural and morphological properties of CsZn xPb 1-xX 3 NCs at a different content of Zn 2+. ( a,b) XRD patterns of CsZn xPb 1-xCl 3 and CsZn xPb 1-xBr 3 NCs. ( c) Schematic overview of contraction of octahedral after partially replacing Pb 2+ by smaller Zn 2+ ions. ( d,e) TEM images (scale bar, 50 nm) of the NCs. ( f,g) Histograms showing size distribution of corresponding NCs.


>> Haptix Node is a hardware platform allowing developers to create inexpensive, miniaturized, wearable haptic feedback devices for augmented reality. With minimal effort and technical knowledge, users can map sensor data to customizable haptic gestures across an array of vibration motors worn on the body, allowing them to translate any measurable qualities of light, sound, force, etc. into touch.
>> The platform consists of a 10-motor driver shield for the Teensy 3.1 microcontroller, sensor input ports supporting a variety of data protocols, output ports for vibration motors, and a series of external power modules and sensor modules that easily attach/detach from the device. The device is very small with dimensions of about 3" x 1.75" x 1".
>> The platform abstracts away any concerns regarding power, sensor circuitry, and motor protection circuitry. Nothing needs to be breadboarded. One simply needs to 1) come up with an idea for a closed-loop sensor-actuator system 2) plug the appropriate sensor module into whichever port matches its protocol, 3) plug in the vibration motors, 4) plug in the appropriate external power module, and 5) upload code to the Teensy.
Meta
>> Tencent Innovation Program, Palo Alto, CA, Summer 2014
>> Production Period: 10 weeks
>> My Responsibilities: PCB design, fabrication, assembly, + testing // housing design + assembly // embedded programming + application development
>> Team Members: Tomas Vega (embedded programming + application development)


%inherit file='layouts/default.htm'/>
[01:23] Softhyena.com: Hello! Someone from the IP address <IP_ADDRESS> has requested to log into Marketplace Buyer Beware. If you did not request this, you can choose to ignore it or report it to Chaser Zaks.
If you did request to log in, click this link to complete the login: https://mpbb.softhyena.com/login?finish=mpzkKPaXouXRjpuJYD3k4wwRAsoK9oy3q_9Jn4y3DcwTgwCP


Question:
Class: COGS 100 >
Reading: Distributed Cognition >
Passage (optional): For example, distributed cognition in the libr... >


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IN THE HIGH COURT OF PUNJAB AND HARYANA AT CHANDIGARH COCP no.187 of 2014 (O&M) Date of Decision :03.03.2016 Sarv Dharam Seva Society ....Petitioner(s) Versus Smt. Seema Jain and others ...Respondent(s) CORAM : HON'BLE MR.JUSTICE MAHESH GROVER Present : Mr.Parminder Pal Sharma, Advocate for Mr. Puneet Sharma, Advocate for the petitioner Ms. Reeta Kohli, Sr. Advocate with Ms. Guneet Babbar, Advocate for respondent no.1 and 2 Mr. Manoj Chhabra, Advocate for Mr. Amit Aggarwal, Advocate for respondent no. 3 and 4 MAHESH GROVER, J.
The petitioner had approached this Court alleging violation of the orders dated 4.4.2011 by which directions were given to the Punjab Pollution Control Board to finalize the show cause notice dated 24.12.2010 issued to respondent no.6 in the writ petition and to take necessary action in accordance with law after hearing the said respondent within a period of six weeks from the date of receipt of the certified copy of the order of the writ Court.
The petitioner filed the instant contempt petition after 3 years alleging that the industry of respondent no.6 in the writ petition was still operational and no action has been taken by the Pollution Control Board.
Reply has been filed where in para nos. 9 and 10 it has been stated as REKHA under:-
2016.03.04 10:31 I attest to the accuracy and authenticity of this document High Court Chandigarh COCP no.187 of 2014 (O&M) 2 "9. That thereafter, on certain occasions, the site of the industry in question was visited by the Officer of the Board on 7.10.2014(Annexure R-13) and it was observed that the industry was not in operation. The industry was visited by the officer of the Board on 30.1.2015 (Annexure R-14) and observed that the industry was not in operation during visit. The industry has installed 1 no. cutter machine in the premises of industry and engaged in manufacturing of Rubber dana from waste rubber. The representative present during visit informed that the industry has overtaken by M/s Jai Bhawani Enterprises from M/s Parkash Kapoor Rubber Industries since 2011. However, the industry is not operational from the last 3 years due to recession in market and the machinery has been kept on sale as informed by Sh. Tarun Kapoor representative of industry. The industry was again visited by the officer of the Board on 10.2.2015 (Annexure R-15), 2.5.2015 (Annexure R16) and 22.6.2015 (Annexure R-17) and observed that the main gate of the industry was lying locked . The industry was not in operation as the electric connection was lying disconnected during visits.
10. That the Board has also taken up the matter with the Punjab REKHA 2016.03.04 10:31 I attest to the accuracy and State Power Corporation Ltd authorities in the background of authenticity of this document High Court Chandigarh COCP no.187 of 2014 (O&M) 3 the directions issued by the office of the Punjab Pollution Control Board u/s 31-A of the Air (Prevention & Control of Pollution) Act, 1981 vide letter no. 6063 dated 13.10.2011 for disconnection of the supply of electricity available to M/s Parkash Kapoor Rubber Industries, 28, Manjit Nagar, Basti Guzan, Jalandhar and compliance the Punjab State Power Corporation Ltd. Authorities have now disconnected the electricity supply available to the above mentioned unit vide temporary disconnection order i.e TDCO no. 3/65195." These averments have not been controverted by the petitioner by filing any counter affidavit even though reply was filed way back in September, 2015. The Court would thus deem it appropriate to dispose of the instant petition in view of para 9 and 10 of the reply, which have gone uncontroverted.
Disposed of.
March 03, 2016 (Mahesh Grover) rekha Judge REKHA 2016.03.04 10:31 I attest to the accuracy and authenticity of this document High Court Chandigarh


| Opcode/Instruction | Op/En | 64/32 bit Mode Support | CPUID Feature Flag | Description |
|---|---|---|---|---|
| VEX.L0.66.0F3A.W1 32 /r KSHIFTLW k1, k2, imm8 | RRI | V/V | AVX512F | Shift left 16 bits in k2 by immediate and write result in k1. |
| VEX.L0.66.0F3A.W0 32 /r KSHIFTLB k1, k2, imm8 | RRI | V/V | AVX512DQ | Shift left 8 bits in k2 by immediate and write result in k1. |
| VEX.L0.66.0F3A.W1 33 /r KSHIFTLQ k1, k2, imm8 | RRI | V/V | AVX512BW | Shift left 64 bits in k2 by immediate and write result in k1. |
| VEX.L0.66.0F3A.W0 33 /r KSHIFTLD k1, k2, imm8 | RRI | V/V | AVX512BW | Shift left 32 bits in k2 by immediate and write result in k1. |
| Op/En | Operand 1 | Operand 2 | Operand 3 |
| RRI | ModRM:reg (w) | ModRM:r/m (r, ModRM:[7:6] must be 11b) | Imm8 |
Shifts 8/16/32/64 bits in the second operand (source operand) left by the count specified in immediate byte and place the least significant 8/16/32/64 bits of the result in the destination operand. The higher bits of the destination are zero-extended. The destination is set to zero if the count value is greater than 7 (for byte shift), 15 (for word shift), 31 (for doubleword shift) or 63 (for quadword shift).
COUNT ← imm8[7:0] DEST[MAX_KL-1:0] ← 0 IF COUNT <=15 THEN DEST[15:0]←SRC1[15:0] << COUNT; FI;
COUNT ← imm8[7:0] DEST[MAX_KL-1:0] ← 0 IF COUNT <=7 THEN DEST[7:0]←SRC1[7:0] << COUNT; FI;
COUNT ← imm8[7:0] DEST[MAX_KL-1:0] ← 0 IF COUNT <=63 THEN DEST[63:0] ← SRC1[63:0] << COUNT; FI;
COUNT ← imm8[7:0] DEST[MAX_KL-1:0] ← 0 IF COUNT <=31 THEN DEST[31:0] ← SRC1[31:0] << COUNT; FI;
Compiler auto generates KSHIFTLW when needed.
None
None
See Exceptions Type K20.


TOC
This series of articles are my notes of “Bitcoin and Cryptocurrency Technologies” online course.
Table of Content
{:.no_toc}
- Table of Content {:toc}
Scrooge Coin Transaction
Scrooge Coin programming assignment is a little bit tricky, the video of this lesson hasn’t explained some implementation details. To help you understand the transaction data structure used in Scrooge Coin, I draw this diagram:
Every transaction has a set of inputs and a set of outputs. An input in a transaction must use a hash pointer to refer to its corresponding output in the previous transaction, and it must be signed with the private key of the owner because the owner needs to prove he/she agrees to spend his/her coins.
Every output is correlated to the public key of the receiver, which is his/her ScroogeCoin address.
In the first transaction, we assume that Scrooge has created 10 coins and assigned them to himself, we don’t doubt that because the system-Scroogecoin has a building rule which says that Scrooge has right to create coins.
In the second transaction, Scrooge transferred 3.9 coins to Alice and 5.9 coins to Bob. The sum of the two outputs is 0.2 less than the input because the transaction fee was 0.2 coin.
In the third transaction, there were two inputs and one output, Alice and Bob transferred 9.7 coins to mike, and the transaction fee was 0.1 coin.
Unclaimed transaction outputs pool
Another trick we need to Note when doing the programming assignment is that an UTXOPool is introduced to track the unclaimed outputs (unspent coins), so we can know whether the corresponding output of an input of the transaction is available or not.
TxHandler Java Code
import java.security.PublicKey;
import java.util.ArrayList;
import java.util.HashSet;
import java.util.List;
import java.util.Set;
public class TxHandler {
private UTXOPool utxoPool;
/**
* Creates a public ledger whose current UTXOPool (collection of unspent
* transaction outputs) is {@code utxoPool}. This should make a copy of utxoPool
* by using the UTXOPool(UTXOPool uPool) constructor.
*/
public TxHandler(UTXOPool utxoPool) {
this.utxoPool = new UTXOPool(utxoPool);
}
/**
* @return true if: (1) all outputs claimed by {@code tx} are in the current
* UTXO pool, (2) the signatures on each input of {@code tx} are valid,
* (3) no UTXO is claimed multiple times by {@code tx}, (4) all of
* {@code tx}s output values are non-negative, and (5) the sum of
* {@code tx}s input values is greater than or equal to the sum of its
* output values; and false otherwise.
*/
public boolean isValidTx(Transaction tx) {
Set<UTXO> claimedUTXO = new HashSet<UTXO>();
double inputSum = 0;
double outputSum = 0;
List<Transaction.Input> inputs = tx.getInputs();
for (int i = 0; i < inputs.size(); i++) {
Transaction.Input input = inputs.get(i);
if (!isConsumedCoinAvailable(input)) {
return false;
}
if (!verifySignatureOfConsumeCoin(tx, i, input)) {
return false;
}
if (isCoinConsumedMultipleTimes(claimedUTXO, input)) {
return false;
}
UTXO utxo = new UTXO(input.prevTxHash, input.outputIndex);
Transaction.Output correspondingOutput = utxoPool.getTxOutput(utxo);
inputSum += correspondingOutput.value;
}
List<Transaction.Output> outputs = tx.getOutputs();
for (int i = 0; i < outputs.size(); i++) {
Transaction.Output output = outputs.get(i);
if (output.value <= 0) {
return false;
}
outputSum += output.value;
}
// Should the input value and output value be equal? Otherwise the ledger will
// become unbalanced.
// The difference between inputSum and outputSum is the transaction fee
if (outputSum > inputSum) {
return false;
}
return true;
}
private boolean isCoinConsumedMultipleTimes(Set<UTXO> claimedUTXO, Transaction.Input input) {
UTXO utxo = new UTXO(input.prevTxHash, input.outputIndex);
return !claimedUTXO.add(utxo);
}
private boolean verifySignatureOfConsumeCoin(Transaction tx, int index, Transaction.Input input) {
UTXO utxo = new UTXO(input.prevTxHash, input.outputIndex);
Transaction.Output correspondingOutput = utxoPool.getTxOutput(utxo);
PublicKey pk = correspondingOutput.address;
return Crypto.verifySignature(pk, tx.getRawDataToSign(index), input.signature);
}
private boolean isConsumedCoinAvailable(Transaction.Input input) {
UTXO utxo = new UTXO(input.prevTxHash, input.outputIndex);
return utxoPool.contains(utxo);
}
/**
* Handles each epoch by receiving an unordered array of proposed transactions,
* checking each transaction for correctness, returning a mutually valid array
* of accepted transactions, and updating the current UTXO pool as appropriate.
*/
public Transaction[] handleTxs(Transaction[] possibleTxs) {
List<Transaction> acceptedTx = new ArrayList<Transaction>();
for (int i = 0; i < possibleTxs.length; i++) {
Transaction tx = possibleTxs[i];
if (isValidTx(tx)) {
acceptedTx.add(tx);
removeConsumedCoinsFromPool(tx);
addCreatedCoinsToPool(tx);
}
}
Transaction[] result = new Transaction[acceptedTx.size()];
acceptedTx.toArray(result);
return result;
}
private void addCreatedCoinsToPool(Transaction tx) {
List<Transaction.Output> outputs = tx.getOutputs();
for (int j = 0; j < outputs.size(); j++) {
Transaction.Output output = outputs.get(j);
UTXO utxo = new UTXO(tx.getHash(), j);
utxoPool.addUTXO(utxo, output);
}
}
private void removeConsumedCoinsFromPool(Transaction tx) {
List<Transaction.Input> inputs = tx.getInputs();
for (int j = 0; j < inputs.size(); j++) {
Transaction.Input input = inputs.get(j);
UTXO utxo = new UTXO(input.prevTxHash, input.outputIndex);
utxoPool.removeUTXO(utxo);
}
}
}
All the Example Codes on GitHub
I wrap the codes into a maven project, just run mvn test
then the example codes will build and run all the test cases.


{% extends 'base.html' %} {% block content %}
This button will open another window where you can link your Telegram account to the Makerspace BOT.
When you're done come back here and refresh the page or navigate back to the home.
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{% else %} {% endif %} {% endblock %}


---
layout: post
title: advertising Storyboards
date: '2013-07-29T18:43:00+02:00'
categories:
- Storyboards
picture_url: https://film-Storyboards.tumblr.com/post/56825313210/advertising-Storyboards
---
Advertising Storyboards, 1st rough and clean up.
images


Mastermind
Latest fun tiny project: creating a small mastermind game in javascript in less than 1k for http://js1k.com/.
Play here: http://mastermind.ekynoxe.com/ or download it from github and run it offline!
Rules are simple:
Guess by submitting with your keyboard numbers from 0-9 After pressing 4 digits the guess is automatically submitted The result shows symbols: * no symbol means no digit is in the code to guess * a ‘-’ means one of the digits is in the code to guess, but not at the correct place * a ‘+’ means one of the digits is in the code to guess, AND at the correct place If a digit exists twice in the code to guess, symbols do not represent it, you will have to get it by yourself! An alert is displayed when the code is found, and the game reset
comments
detronizator Sun, 15 Aug 2010 - 14:07
I love it man! What about the competition? When the winner will be announced?
Matt Sun, 15 Aug 2010 - 15:15
Hey dude! Thanks :) It's all explained there: http://js1k.com/home Entries close on 10th September. Have your own ready!


This tests the ability to start editing in blocks that are visible, but have little or no content. Each of the divs below should be able to accept a caret.
This div contains some text.
This div is completely empty.
This div contains some collapsable whitespace (a '\n').
This div contains a self-closing p tag.
This div contains a self-closing p tag and some collapsable whitespace (two '\n's before and after the self closing p.


Examples of resource types include Burgeoning Spiderwort berries, which get delivered to the ship to make sprays with, bridge fragments, which get delivered to the corresponding bridge, nuggets, which get delivered to the ship for points, etc.
To create a new type of resource, please follow the making object types tutorial.
Overview
A resource type specifies where the resource must be delivered, what happens to the resource when it's delivered, and what happens when it's dropped by the Pikmin.
Resource type objects are hardcoded in the engine to sit there, be picked up by the Pikmin, be dropped by the Pikmin, vanish if necessary, and be delivered somewhere. There is also logic to cause something specific to happen when they are delivered.
Properties
Besides the global object type properties, a resource type has the following properties.
Mandatory
carrying_destination
: Specifies where this resource must be taken to.ship
means it gets carried to the nearest ship.linked_mob
means it gets taken to whatever object is linked to the this object or the pile that originated this resource.linked_mob_matching_type
means it goes to whichever of the object or the pile's linked objects matches the Pikmin type decided from the carrier Pikmin (i.e. which object has thecarry_destination_type
script variable set to the Pikmin type's name.)delivery_result
: Specifies what happens when the resource is successfully delivered.damage_mob
causes some amount of damage to the delivery object,increase_ingredients
causes an increase (by one) in the number of ingredients that make up a spray,add_points
adds treasure points to the player's stash, andstay
causes the Pikmin to stay with the object there.
Recommended
None.
Optional
damage_mob_amount
: If the resource's delivery damages the delivery object, this specifies how much to hurt it by. Defaults to 1.point_amount
: If the resource's delivery increases the player's score, this specifies how much to increase by. Defaults to 1.return_to_pile_on_vanish
: If true, the resource returns to the pile from which it came, when it vanishes. If false, it's gone forever. Defaults to false.spray_to_concoct
: If the resource's delivery increases a spray's ingredient count, this specifies the name of the spray type. Defaults to not set.vanish_delay
: When a resource is dropped, wait these many seconds before making it vanish. 0 means it vanishes instantly. Defaults to 0.vanish_on_drop
: If true, the resource will vanish when the Pikmin drops it, after a delay. If false, the resource will lie there forever. Either way, it can be picked up again before it actually vanishes. Defaults to false.
Animations
A resource type needs to have the following animations:
idling
: Idling; used for everything.
Script
Resource types have hardcoded scripts, so the only thing you can do is enhance them.
Some script variables control special behavior, like the resource's starting team. To know which ones exist, you can go to the area editor, select a resource, and read the tooltip of each variable.


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LG Launches Its Flagship Dual-screen Smartphone in Japan
The South Korean tech giant said its LG G8X ThinQ smartphone was launched through Japan's Softbank and will be sold at some 5,000 stores in major Japanese cities,
Seoul: LG Electronics Inc. has re-entered Japan’s premium smartphone market after 23 months with its flagship dual-screen handset.
The South Korean tech giant said its LG G8X ThinQ smartphone was launched through Japan’s Softbank and will be sold at some 5,000 stores in major Japanese cities, Yonhap news agency reported.
The LG G8X ThinQ comes with two displays, which make multitasking easier for the users. The dual-screen phone is LG’s first premium product to be sold in Japan since January 2018.
LG said the latest smartphone will push up its brand status in Japan, where 5G network is set to operate in full swing from next year.
LG said it is in talks with other major Japanese telecommunication service operators for the supply of its 5G premium smartphones.
For breaking news and live news updates, like us on Facebook or follow us on Twitter and Instagram. Read more on News Latest News on India.com.
Story Timeline
- 03 Dec 2019 LG patents outward-folding smartphone similar to Huawei Mate X
- 02 Dec 2019 LG G8 ThinQ Android 10 stable update starts rolling out
Comments - Join the Discussion


You need to prepare the historical data for training before you train the model. If you have prepared the data, build and train the model. In this example, build a neural network model that predicts the future price of the SPY.
Follow these steps to build the model:
reset_default_graph
method.tf.reset_default_graph()
This method clears the default graph stack and resets the global default graph.
Session
constructor.sess = tf.Session()
num_factors = X_test.shape[1] X = tf.placeholder(dtype=tf.float32, shape=[None, num_factors], name='X') Y = tf.placeholder(dtype=tf.float32, shape=[None])
weight_initializer = tf.variance_scaling_initializer(mode="fan_avg", distribution="uniform", scale=1) bias_initializer = tf.zeros_initializer()
num_neurons_1 = 32 num_neurons_2 = 16 num_neurons_3 = 8 W_hidden_1 = tf.Variable(weight_initializer([num_factors, num_neurons_1])) bias_hidden_1 = tf.Variable(bias_initializer([num_neurons_1])) hidden_1 = tf.nn.relu(tf.add(tf.matmul(X, W_hidden_1), bias_hidden_1)) W_hidden_2 = tf.Variable(weight_initializer([num_neurons_1, num_neurons_2])) bias_hidden_2 = tf.Variable(bias_initializer([num_neurons_2])) hidden_2 = tf.nn.relu(tf.add(tf.matmul(hidden_1, W_hidden_2), bias_hidden_2)) W_hidden_3 = tf.Variable(weight_initializer([num_neurons_2, num_neurons_3])) bias_hidden_3 = tf.Variable(bias_initializer([num_neurons_3])) hidden_3 = tf.nn.relu(tf.add(tf.matmul(hidden_2, W_hidden_3), bias_hidden_3))
W_out = tf.Variable(weight_initializer([num_neurons_3, 1])) bias_out = tf.Variable(bias_initializer([1])) output = tf.transpose(tf.add(tf.matmul(hidden_3, W_out), bias_out), name='outer')
This snippet creates a 1-node output for both weight and bias. You must name the output layer so you can access it after you load and save the model.
loss = tf.reduce_mean(tf.squared_difference(output, Y)) optimizer = tf.train.AdamOptimizer().minimize(loss)
Use mean-square error as the loss function because the close price is a continuous data and use Adam as the optimizer because of its adaptive step size.
batch_size = len(y_train) // 10 epochs = 20
Follow these steps to train the model:
run
method with the result from the global_variables_initializer
method.sess.run(tf.global_variables_initializer())
run
method with the subset of data.for _ in range(epochs): for i in range(0, len(y_train) // batch_size): start = i * batch_size batch_x = X_train[start:start + batch_size] batch_y = y_train[start:start + batch_size] sess.run(optimizer, feed_dict={X: batch_x, Y: batch_y})


FBI raids offices and home of Trump's lawyer: source
The Federal Bureau of Investigation raided the offices and home of U.S. President Donald Trump’s personal lawyer Michael Cohen, law enforcement sources said, in a dramatic new development in a series of probes involving close Trump associates.


swf
.utils
index
utils.py
Modules
math
Classes
__builtin__.object
ColorUtils
ImageUtils
NumberUtils
class
ColorUtils
(
__builtin__.object
)
Class methods defined here:
alpha
(cls, color)
from
__builtin__.type
rgb
(cls, color)
from
__builtin__.type
to_rgb_string
(cls, color)
from
__builtin__.type
Data descriptors defined here:
__dict__
dictionary for instance variables (if defined)
__weakref__
list of weak references to the object (if defined)
class
ImageUtils
(
__builtin__.object
)
Class methods defined here:
get_image_size
(cls, data)
from
__builtin__.type
get_image_type
(cls, data)
from
__builtin__.type
Data descriptors defined here:
__dict__
dictionary for instance variables (if defined)
__weakref__
list of weak references to the object (if defined)
class
NumberUtils
(
__builtin__.object
)
Class methods defined here:
round_pixels_20
(cls, pixels)
from
__builtin__.type
round_pixels_400
(cls, pixels)
from
__builtin__.type
Data descriptors defined here:
__dict__
dictionary for instance variables (if defined)
__weakref__
list of weak references to the object (if defined)


The Format Bar provides facilities for changing the format of the display. This includes controls for changing fonts, colors, highlighting etc. Like the Standard Toolbar it has drop down lists for selecting whether the hex and char areas are display and how characters are displayed in the char area.
To hide or display the Format Bar, choose the View Format Bar command from the View menu.
To customize this or any toolbar or even create new toolbars use the Toolbar page of the Customize dialog.
Click To
Toggle the ruler. The ruler can be configured in Workspace Display Options.
Toggle Autofit mode. When Autofit is on the columns change to fit the window width.
Reduce the number of columns.
Increase the number of columns.
Select a new display font from the drop-down list.
Enter a new font size or select a size from the drop-down list.
Displays the hex area and hides the char area
Displays the char area and hides the hex area
Displays both characters and hex in stacked mode
Displays ASCII characters in the char area
Displays the ANSI extensions to the ASCI character set
Displays IBM/OEM graphics characters (includes ASCII)
Displays the EBCDIC character set
Displays control characters as a dot
Displays control characters as their alpha equivalent
Displays control characters as their C/C++ escape sequence character
Highlight the current selection or turn on highlight mode.
Clear all highlights in the active file.
Jumps to the previous highlight in the file.
Jumps to the next highlight in the file.
Hide (but does not remove) highlights in this file.


Before we breakdown the several culinary selections available to freshmen, we have to pay tribute to the one and only Shively dining hall. Although, yes, the fine cuisine found in Shively may have given everyone a stomach ache every once in a great while, there was nothing like feasting on some good old fashioned comfort food such as mashed potatoes, chicken parmesan or beef and noodles. Shively, you and your famous chicken tenders will be missed.
First and foremost, download the “OHIO Culinary Services” app. Surprisingly, this app is a life changer. Every day the app is updated to display the hours of operation for every dining hall, plus West 82, The Hungry Cat truck and more. The app also has a full menu for what will be served at each dining hall for that specific day and time, so you can base your lunch and dinner plans depending on what is being offered.
Now, many people attribute gaining the “freshman 15” to the change in diet, which is not necessarily true. To set the record straight, there are healthy options in college, you just have to discipline yourself and try to save the pizza for the weekends. For starters, there is an extensive salad bar found in every dining hall and in West 82.
If you happen to consider yourself a healthier eater, The District on West Green, better known as Boyd dining hall, is the place for you. According to Ohio University Culinary Services, “The District on West Green consists of micro-restaurant styled food, offering numerous selections including: international cuisines, a variety of lean, spiced meats, a variety of vegetable options, a sandwich station, house-made pastas, a saute station, various special diet options, an extensive soup and salad bar, and more.”
Boyd dining hall is best known for its stir fry, noodles, and sandwich stations. All three of these main courses are cooked right before you, leaving you with freshly hot food. Simply put, it's the closest thing you can get to a home cooked meal. Boyd also offers juicy rotisserie chicken on a daily basis. That accompanied with a hearty salad and steam cooked vegetables, is a dinner made for champions.
On the contrary, sometimes everyone is in need of some good, greasy food, after a rough night. Nelson dining hall is the place to be when you’re tackling the Sunday scaries. In the nicest way possible, everybody looks like they have just been hit by a truck when showing up to Nelson at 10 a.m. ready for an omelette, chocolate chip pancakes or even pizza. Nelson truly has a wide variety of options ranging from all day breakfast to chinese general tso’s chicken.
If you invested in a “Flex” meal plan versus a “Traditional,” there are even more options than just your standard dining halls. Typically freshmen don’t discover all of the uses for Flex dollars until the first semester is almost over and they still have over 100 dollars in points to spend. Luckily, we’re here to help you understand when and where Flex can be used.
West 82, based on the first floor of Baker Center, is designed similar to a food court.  West 82’s salad bar has every topping and dressing one could ever want. Paired with a bag of chips and a soda-- which can both be purchased in West 82--the combination is unbeatable.
Another destination Flex users can visit to use up their spending money is The Hungry Cat food truck. Parked on the top of Morton Hill, you can order chicken and waffles, philly cheese steaks, burgers, soups and more.
Aside from strictly food options, Flex dollars can also be spent at “Front Room Coffeehouse” located on the fourth floor of Baker. When studying, it is nice to have a coffee or snack, which is available to be bought with Flex Dollars. The same goes for “Café BiblioTech,” found on the second floor of Alden Library.
Lastly, it is important for Flex students to remember to use their remaining swipes from the past week at the markets on Sunday. Each swipe is equivalent to $6.50, meaning if you hypothetically had 4 swipes left, you would have 26 dollars to spend, which goes a long way in the markets. Essentially, Jeff, Nelson and Boyd market are all mini grocery stores that hold all your convenience needs. Boyd and Jefferson markets even have their own unique features such as a smoothie bar in Boyd and a Boar’s Head sandwich shop in Jeff.
Hopefully, after thoroughly understanding what each dining service has to offer, you will be able to better gauge which dining hall best fits your diet and lifestyle and additionally, where to go if you are a student who has a Flex meal plan. Happy dining!


Elipsis collects some of your personal data. The sole purpose of collecting this data is to provide you with the service.
The service is provided by:
Nicolas Herment
Trinity Plaza, Tara Street
Dublin 2, Ireland
We do not hold or store your credit card details so we outsource these to
Stripe
We also collect authentication tokens from two factor authentication mechanism provided by third parties.
These include Yubikey and Authy
You have the right to access, modify or delete ANY and ALL data that we collect from you. You can access, edition and deletion can be done anytime through the service.
We do store cookies on your computer. Cookies are used for authentication.
We take security seriously. The service's code base is open source so that anyone can audit our security. On top of that security, we make sure our infrastructure is secure.
We do require you to sign-in with your email address. This is important to us so that we can contact you about important security measures we may have to take.
Your data is retained as long as you do not delete it.
Whenever this privacy statement is updated, this page will show the new effective date. If you disagree with the privacy update, you can close your account at anytime.
We use a list of third party providers. These include:
Your data is stored in Europe (Germany and France) and the United States.


| Top |
GtkAppChooser is implemented by GtkAppChooserButton, GtkAppChooserDialog and GtkAppChooserWidget.
GtkAppChooser is an interface that can be implemented by widgets which allow the user to choose an application (typically for the purpose of opening a file). The main objects that implement this interface are GtkAppChooserWidget, GtkAppChooserDialog and GtkAppChooserButton.
Applications are represented by GIO GAppInfo objects here. GIO has a concept of recommended and fallback applications for a given content type. Recommended applications are those that claim to handle the content type itself, while fallback also includes applications that handle a more generic content type. GIO also knows the default and last-used application for a given content type. The GtkAppChooserWidget provides detailed control over whether the shown list of applications should include default, recommended or fallback applications.
To obtain the application that has been selected in a GtkAppChooser,
use gtk_app_chooser_get_app_info()
.
GAppInfo *
gtk_app_chooser_get_app_info (GtkAppChooser *self
);
Returns the currently selected application.
a GAppInfo for the currently selected
application, or NULL
if none is selected. Free with g_object_unref()
.
[nullable][transfer full]
Since: 3.0
gchar *
gtk_app_chooser_get_content_type (GtkAppChooser *self
);
Returns the current value of the “content-type” property.
Since: 3.0
void
gtk_app_chooser_refresh (GtkAppChooser *self
);
Reloads the list of applications.
Since: 3.0
“content-type”
property“content-type” gchar *
The content type of the GtkAppChooser object.
See GContentType for more information about content types.
Flags: Read / Write / Construct Only
Default value: NULL


@(siteSettings: utils.templates.SiteSettings)(implicit configuration: play.api.Configuration, environment: play.api.Environment) @if(utils.templates.TemplateSettings.show_solar_cal(siteSettings)){
EasierSolar uses your utility profile in order to estimate savings. By clicking the submit button, you agree to our privacy policy and authorize Easier Solar and its network of service providers to contact you at the phone number you entered using automated technology including auto-dialers, pre-recorded messages, and text messages, even if your phone is a mobile number or is currently listed on any state, federal, or corporate "Do Not Call" lists, and you are not required to give your consent as a condition of service.


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I am currently a senior programmer at the University of Chicago Medicine. I graduated from the University of Illinois: Urbana-Champaign. I was awarded a BS in Mathematics with a concentration in Applied Mathematics, and coursework primarily in Computer Science.
Currently: Senior Business Systems Analyst - Clinical Applications Systems
Prior experience: Programmer - Intermediate - Laboratory Information Systems
Consulting Software Engineer
UAV Integration Engineer Intern
Student Technician
Intern


The size of some mathematical symbols, notably summation signs, product signs, and integral signs, depends on the environment in which they appear (i.e., displaymath as opposed to math environments; see Math Formulas and Math Fonts and Styles).
These include
The \sqrt command also produces a variable size symbol appropriate for the size of the radicand argument.
The "limits" associated with these symbols are entered as subscripts for entries appearing below the symbol and as superscripts for entries appearing above the symbol. For example the sum from n=0 to infinity of xn would be entered as ,/p>
\sum_{n=0}^{\infty} x_{n}
The actual placement of the limits depends on whether this is in displaymath mode in which case they are placed below/above or in math mode in running text in which case they are placed as regular subscripts and superscripts.
Note that it is possible to treat several of these symbols (a common example would be a double sum) as a single symbol for placing limits above and/or below by using the \mathop command.
"Hats" and "tildes" over symbols which stretch (as best they can) to the correct size for their arguments are produced by \widehat and \widetilde.
Related topics:
Back to the LaTeX Table of Contents


sql:query
performs a query, and writes the results of the query to
the result tree, using elements to represent the rows and columns. If you want to process
the results in the stylesheet, you can write the results to a temporary tree by using
the sql:query
instruction as a child of xsl:variable
.
The attributes are as follows:
|
connection |
The database connection.
This is mandatory, the value is an expression, which must evaluate to a database connection
object as returned by |
|
table |
The table to be queried (the contents of the FROM clause of the select statement). This is mandatory, the value is an attribute value template. |
|
column |
The columns to be retrieved (the contents of the SELECT clause of the select statement). May be "*" to retrieve all columns. This is mandatory, the value is an attribute value template. |
|
where |
The conditions to be applied (the contents of the WHERE clause of the select statement). This is optional, if present the value is an attribute value template. |
|
row-tag |
The element name to be used to contain each row. Must be a simple name (no colon allowed). Default is "row". |
|
column-tag |
The element name to be used to contain each column. Must be a simple name (no colon allowed). Default is "col". |
|
disable-output-escaping |
Allowed values are "yes" or "no", default is "no". The value "yes" causes the content of all rows/columns to be output as is, without converting special characters such as "<" to "<". This is useful where the database contains XML or HTML markup that you want to be copied into the result document. Use this option with care, however, since it applies to all the columns retrieved, not only to those that contain XML or HTML. An alternative is to use the saxon:parse extension function to process the contents of an XML column. |


UIKonf 2019
UIKonf 2019 took place from May 26th to 29th in Berlin and is one of the largest iOS conferences in Europe. For us at all about apps it was the forth visit in a row and, as always, it was an awesome conference.
While the talks don’t start until Monday, UIKonf always kicks off with a day of social events. These include a boat tour, guided tours through museums or the famous bike tour. The bike tour was more “touristy” this year with a professional tour guide running the show. We enjoyed last years tour better, but it was still a good way to visit some of Berlin’s most famous places in a couple of hours. The social events then close with the opening party where you get all your conference goodies and are able to enjoy some good food and beer.  We can only recommend getting to Berlin a day early to enjoy all the social gatherings.
The conference itself featured an all female speaker lineup this year with a wide variety of topics ranging from highly technical problems such as Detangling Gesture Recognizers to the recurring topic of Accessibility. All in all, the talks were very good and enabled lots of interesting discussions in the coffee breaks. Speaking of coffee breaks, UIKonf again was hosted at Radialsystem V which is a really nice location right at the Spree river.
Almost all of the talks are on YouTube. Some of our favorites are:
- Day 1 - Shannon Hughes - Detangling Gesture Recognizers
- Day 1 - Glenna Buford - Rolling your own Network Stack
- Day 1 - Nataliya Patsovska - Declarative Presentations
- Day 2 - Ellen Shapiro - Kotlin/Native
- Day 2 - Neha Kulkarni - Advanced Colors in iOS
Unfortunately, Erica Sadun’s talk about Swift 5 Strings is not online but was one of the highlights.


Last updated: February 25, 2015
Please read the following privacy policy carefully before using the Lavendar iOS app ("Lavendar") operated by Team Lavendar("we", "our", "us").
We collect your email address when you register for a Lavendar account. All information you entered while creating an event, including event name, description, date, time, and location, will be collected. We also periodically collect your current location when departure time computation is required. Note that we do not permanently store your current location. Once the departure time has been computed, all information regarding your current location is deleted from our system.
Your email address is used as an identification during authentication. We may send emails to your email address if password reset has been requested. We may also send you information regarding any changes to Lavendar's terms of use or privacy policy.
All information regarding an event is collected so that you can review information regarding an event at any time. Event description is optional, and you may choose not to disclose any information regarding the event. We use the provided event date and time to send you a notification at the right time. We also use the time and location of the event to determine the appropriate departure time from your current location.
When there is an upcoming event, we periodically collect your current location to determine the appropriate departure time from your current location to the upcoming event.
Security measures are implemented to ensure the confidentiality of your personal information. All information sent between the Lavendar iOS app and our server is exchanged via HTTPS.
To optimize the performance of Lavendar, we cache event information of upcoming events and departure times on your iOS device. We also store your email address and login session on your device so that you do not lose your session when the Lavendar iOS app becomes inactive.
We send location information, including your current location and the upcoming event location to direction services, namely Google's Directions API and Apple's MapKit, in order to determine the departure time from your current location to your upcoming event. The request is anonymous and we do not disclose any other information about you to any direction services.
By using Lavendar, you consent to our latest privacy policy.
In the future, if we update our privacy policy, the changes will be applied to this page. You will also receive an email regarding any privacy policy updates.
If you have any inquires regarding Lavendar's privacy policy, please contact us at projectlavendar@gmail.com.


Some people can pinpoint an exact moment that changed their lives forever. For Homer Hickman, it was watching the Russian rocket Sputnik race across the sky on a starry night in his small West Virginia mining town. Homer's life was never quite the same.
Like the other kids in Coalwood, Homer's future was pretty much mapped out for him before he was even born - graduate high school, work in the mines, get black lung and die before he hits 50. And because his father (Chris Cooper, Lone Star) ran the mines, Homer's inescapable fate seemed even more likely than most. That's why his friends and family were so surprised when Homer pursued his new rocketry hobby with such a fervent intensity.
With the singular goal of winning the National Science Fair (and the college scholarship attendant thereto), Homer spends all of his free time trying to launch a rocket high and straight into the sky. His father ignores him, his jock brother laughs, and his mother can only warn, `Don't blow yourself up,' in A Christmas Story fashion.
Well, he almost does blow himself up on his first attempt, so Homer drafts the school nerd, Quentin Wilson (Chris Owen), to help with the chemistry end of things. The next launch was a bit more successful, with the rocket becoming airborne, but also dangerously zipping through a crowd of workers at the mine.
Having been banished from further rocket experiments on company land – which pretty much made up the entire town of Coalwood – Homer and his friends hike eight miles to the outskirts of town to test their latest projectiles. Using money raised by selling parts of an unused railroad track, they build a launch pad and an observation shack to safely view the dangerous blasts and, with some help from the mine metal shop workers and their spunky teacher (Laura Dern), they begin to make real progress. And as their rockets grow in both size and intellect, so do their methods of detonation and the size of the crowds that initially gather to mock, but end up walking away slack-jawed and dumbfounded.
The boys are adorable and charismatic in a Teen Beat sort of way and, for all I know, could actually be members of the pop faves N-Sync. Homer (Jake Gyllenhaal) is more than believable as an everyday kid fighting the usual battles of the average teenager, but also sensibly mixes in the fear elicited by the mine's constant presence, a weight that is always hanging just above his head, ready to crush all of his hopes and dreams. Chris Cooper capably handles the role of the crusty, distant dad while Laura Dern's `follow your dreams' schoolteacher is just a throwaway role.
Director Joe Johnston's (Jumanji) use of the mine as a parallel of Hell is very effective in this heartwarming true tale of this small-town boy that eventually became a NASA employee. The script is well-paced and hits its only stumbling block when it throws in a mine union strike that has little to do with the overall plot. The closing credits include actual footage of the young boys and their later launch attempts, which helps to drive home the power of this story. But I couldn't help thinking, `What if it was cloudy that night when Sputnik sped by?'
http://home.eznet.net/~jpopick/
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
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Related links: index of all rec.arts.movies.reviews reviews


Create Replica Sets
Search and Create
Create
Duplicate
Query Users and Replica Sets
Users
User Replica sets
Replica Set
Update Replica Sets
Update
Append
Delete


Ian Massingham
Ian Massingham leads Technical and Developer Evangelism at Amazon Web Services and has been working with cloud computing technologies since 2008. Ian has over 20 years’ experience in the IT industry, covering operations and engineering within internet hosting, internet access, telecommunications and cloud service providers. Prior to joining AWS, he led a systems engineering team for an integrated software and hardware company that focused on the creation of cloud computing services with telecommunications and IT service providers across Europe, the Middle East and Africa region.
Talk: Serverless Analytics on AWS (for absolute beginners)
Need a quick and simple mechanism to collect, analyse and visualise data from your serverless apps, without running servers of course? In this case study, we’ll explore one example of application simplification and cost optimisation by removing Elasticsearch and Kibana from an application architecture, replacing them with a scalable serverless alternative, reducing running costs for the app by more than 90% in the process. Based on AWS services, this talk will feature AWS Lambda, Kinesis, Glue, Athena & QuickSight.
Back to the agenda


My first post
Last update:
Reading time: less than a minute
This is the first post. Its first paragraph is displayed on the main page as an excerpt.
Other paragraphs could contain some interesting information. Unfortunately, they don’t.


--- layout: default ---
Drop a message here:
iaroslav dot email at gmail.com
If I do not respond for some time please do not hesitate to contact me again.


This site is for DEMONSTRATION PURPOSES only.
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You need to have JavaScriptenabled to use this site.


Hypotrochoid Class
Hypotrochoid. http://en.wikipedia.org/wiki/Hypotrochoid
Constructor
Hypotrochoid
-
[options]
Parameters:
-
[options]
Object optional- The settings.
-
[R]
Number optional- Radius of the outer circle.
-
[r]
Number optional- Radius of the inner circle.
-
[d=0.0]
Number optional- Distance from the center to the inner circle.
-
[origin={x: 0.0, y: 0.0}]
Object optional- Object with x and y components, representing the origin coordinates.
-
[rotation=0.0]
Number optional- Sets the rotational direction and speed. (Negative for left rotation, 0.0 for no rotation.)
-
[iterations=64]
Number optional- Limits the processing of very detailed hypotrochoids.
-
[opacity=0.75]
Number optional- The opacity.
-
[lineWidth=0.5]
Number optional- The line width.
-
[colourRoll=true]
Boolean optional- Whether the colour should change continuously.
-
[hue=0.0]
Number optional- The hue in degree.
-
[saturation=100.0]
Number optional- The saturation in percent.
-
[luminance=50.0]
Number optional- The luminance in percent.
Item Index
Properties
Methods
draw
-
ctx
Draws the hypotrochoid onto the given 2D-context. This function does not clear the canvas.
Parameters:
-
ctx
CanvasRenderingContext2D- The surface to draw on.
equal
-
a
-
b
Checks if two float values are (almost) equal.
Parameters:
-
a
Number- Value a.
-
b
Number- Value b.
Returns:
Whether the values are equal or not.
update
()
Updates hue and rotation.
Properties
colourRoll
Boolean
Colour roll flag.
d
Number
d.
EPSILON
Number
private
final
static
A float threshold.
firstCoord
Object
private
The first 2D-point in the draw process.
firstCoord
Object
private
The previous 2D-point in the draw process.
hue
Number
The current hue.
iterations
Number
Maximum iteration count.
lineWidth
Number
The line width.
luminance
Number
The current limunance.
opacity
Object
the current opacity.
origin
Object
The origin of the hypotrochoid.
r
Number
r.
R
Number
R.
rInv
Number
private
The inverted r value.
rotation
Number
private
Current rotation.
rotationSpeed
Number
Rotation speed and direction.
saturation
Number
The current saturation.
settings
Object
The hypotrochoid's settings: { r, R, d, iterations, rotation, origin, opacity, lineWidth, colourRoll, saturation, luminance, hue }
step
Number
private
Theta is incremented by step.
theta
Number
private
Incremented by step, used to draw the hypotrochoid.
TWO_PI
Number
private
final
Pi * 2.


Example:
class JobManager {
// Warning: this method calls three methods
// of the Job class
// It would be better to move this chain of
// calls to the Job class itself.
void performJob(Job job) {
job.beforeStart();
job.process();
job.afterProcessing();
}
}


The smallest of the Channel Islands is deceptive. From a distance, this one-square-mile island may look a bit barren. Upon closer examination, the island offers more than one would expect-an island of resting elephant seals, blooming yellow flowers, tumbling Scripps’s murrelet chicks and rich cultural history. Santa Barbara Island is the center of the eight Channel Islands, five of which are a part of the Channel Islands National Park and a crossroads for people and animals.
Santa Barbara Island is 38 miles from the closest point on the mainland. It is only one square mile in size or about 639 acres. Formed by underwater volcanic activity, the island is roughly triangular in outline and emerges from the ocean as a giant, twin-peaked mesa with steep cliffs. In 1602 explorer Sebastian Vizcaino named the island in honor of the saint whose day is December 4th, the day he arrived.
(note: please visit our store for pricing or keep reading for more information)
Visitors can witness the incredible recovery of the island’s plant life and wildlife after years of habitat and species loss due to ranching and farming activities, including the introduction of nonnative plants, rabbits and cats. Although non-native grasses still dominate the landscape, native vegetation is recovering slowly with the help of the National Park Service’s restoration efforts. After winter rains, the native plants of the island come alive with color. The strange tree sunflower or coreopsis (see photo) blossoms with bright yellow bouquets. Other plants like the endemic Santa Barbara Island shrubby buckwheat, chicory, cream cups and “live-forever” add touches of color to the island's palette.
This recovery of native vegetation, along with the removal of nonnative predators, has aided in the reestablishment of nesting land birds. Today there are 14 land-based birds that nest annually on the island. Three of these, the horned lark, orange-crowned warbler and house finch, are endemic subspecies found only on Santa Barbara Island.
Unfortunately, the island’s recovery did not come soon enough for the endemic Santa Barbara Island song sparrow. The destruction of this sparrow’s sagebrush and coreopsis nesting habitat and the presence of feral cats led to the extinction of this species in the 1960s. This sparrow, which was found only on Santa Barbara Island and is now lost forever, was one of the smallest forms of song sparrow and differentiated by its very gray back.
Seabird colonies have also benefited from the recovery of Santa Barbara Island. The island is one of the most important seabird nesting sites within the Channel Islands, with 11 nesting species. Thousands of western gulls nest every year on the island, some right along the trailside. Fluffy chicks hatch in June and mature to fly away from the nest in July. The steep cliffs also provide nesting sites for the endangered California brown pelicans, three species of cormorants, three species of storm-petrels and one of the world's largest colonies of Scripps’s murrelets.
The rocky shores of Santa Barbara Island also provide resting and breeding areas for California sea lions, harbor seals and northern elephant seals. These marine mammals feed in the rich kelp forests surrounding the island. The raucous barking of sea lions can be heard from most areas of the island. Overlooks, such as Sea Lion Rookery, Webster Point and Elephant Seal Cove, provide excellent spots to look down on seals and sea lions. Visitors can also jump in the water to see what lies beneath the ocean surface. Snorkeling in the Landing Cove, visitors can see bright sea stars, spiny sea urchins and the brilliant orange Garibaldi fish. California sea lions and occasional harbor seals frequent the Landing Cove waters and the surrounding rocky ledges.
Click on the dropdown menu from the adventures tab at the top of the page to see details about the Channel Islands as well as each of the adventures offered through Shoreline Summit Adventures.


{% extends "main/base.html" %} {% load static %} {% block content %}
Welcome to Cau?dron!
Your one stop to generating questions from passages.
Generating questions is now as easy as 1-2-3.
It's as simple as that!


|
BitMagic-C++
|
Pool of pointers to buffer cyclic allocations. More...
#include <bmalloc.h>
Public Types | |
| enum | params { n_pool_max_size = BM_DEFAULT_POOL_SIZE } |
Public Member Functions | |
| pointer_pool_array () | |
| pointer_pool_array (const pointer_pool_array &)=delete | |
| pointer_pool_array & | operator= (const pointer_pool_array &)=delete |
| ~pointer_pool_array () | |
| unsigned | push (void *ptr) |
| Push pointer to the pool (if it is not full) More... | |
| void * | pop () |
| Get a pointer if there are any vacant. More... | |
|
delete |
|
inline |
|
delete |
|
inline |
|
inline |


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface ResultSetMetaData
An object that can be used to get information about the types
and properties of the columns in a ResultSet
object.
The following code fragment creates the ResultSet
object rs,
creates the ResultSetMetaData
object rsmd, and uses rsmd
to find out how many columns rs has and whether the first column in rs
can be used in a WHERE
clause.
ResultSet rs = stmt.executeQuery("SELECT a, b, c FROM TABLE2"); ResultSetMetaData rsmd = rs.getMetaData(); int numberOfColumns = rsmd.getColumnCount(); boolean b = rsmd.isSearchable(1);
| Field Summary | |
|---|---|
static int |
columnNoNulls
The constant indicating that a column does not allow NULL values. |
static int |
columnNullable
The constant indicating that a column allows NULL values. |
static int |
columnNullableUnknown
The constant indicating that the nullability of a column's values is unknown. |
| Method Summary | |
|---|---|
String |
getCatalogName(int column)
Gets the designated column's table's catalog name. |
String |
getColumnClassName(int column)
Returns the fully-qualified name of the Java class whose instances are manufactured if the method ResultSet.getObject
is called to retrieve a value
from the column. |
int |
getColumnCount()
Returns the number of columns in this ResultSet object. |
int |
getColumnDisplaySize(int column)
Indicates the designated column's normal maximum width in characters. |
String |
getColumnLabel(int column)
Gets the designated column's suggested title for use in printouts and displays. |
String |
getColumnName(int column)
Get the designated column's name. |
int |
getColumnType(int column)
Retrieves the designated column's SQL type. |
String |
getColumnTypeName(int column)
Retrieves the designated column's database-specific type name. |
int |
getPrecision(int column)
Get the designated column's number of decimal digits. |
int |
getScale(int column)
Gets the designated column's number of digits to right of the decimal point. |
String |
getSchemaName(int column)
Get the designated column's table's schema. |
String |
getTableName(int column)
Gets the designated column's table name. |
boolean |
isAutoIncrement(int column)
Indicates whether the designated column is automatically numbered, thus read-only. |
boolean |
isCaseSensitive(int column)
Indicates whether a column's case matters. |
boolean |
isCurrency(int column)
Indicates whether the designated column is a cash value. |
boolean |
isDefinitelyWritable(int column)
Indicates whether a write on the designated column will definitely succeed. |
int |
isNullable(int column)
Indicates the nullability of values in the designated column. |
boolean |
isReadOnly(int column)
Indicates whether the designated column is definitely not writable. |
boolean |
isSearchable(int column)
Indicates whether the designated column can be used in a where clause. |
boolean |
isSigned(int column)
Indicates whether values in the designated column are signed numbers. |
boolean |
isWritable(int column)
Indicates whether it is possible for a write on the designated column to succeed. |
| Field Detail |
|---|
static final int columnNoNulls
NULL
values.
static final int columnNullable
NULL
values.
static final int columnNullableUnknown
| Method Detail |
|---|
int getColumnCount() throws SQLException
ResultSet
object.
SQLException
- if a database access error occursboolean isAutoIncrement(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
true
if so; false
otherwise
SQLException
- if a database access error occursboolean isCaseSensitive(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
true
if so; false
otherwise
SQLException
- if a database access error occursboolean isSearchable(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
true
if so; false
otherwise
SQLException
- if a database access error occursboolean isCurrency(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
true
if so; false
otherwise
SQLException
- if a database access error occursint isNullable(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
columnNoNulls
,
columnNullable
or columnNullableUnknown
SQLException
- if a database access error occursboolean isSigned(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
true
if so; false
otherwise
SQLException
- if a database access error occursint getColumnDisplaySize(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
SQLException
- if a database access error occursString getColumnLabel(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
SQLException
- if a database access error occursString getColumnName(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
SQLException
- if a database access error occursString getSchemaName(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
SQLException
- if a database access error occursint getPrecision(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
SQLException
- if a database access error occursint getScale(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
SQLException
- if a database access error occursString getTableName(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
SQLException
- if a database access error occursString getCatalogName(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
SQLException
- if a database access error occursint getColumnType(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
SQLException
- if a database access error occursTypes
String getColumnTypeName(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
SQLException
- if a database access error occursboolean isReadOnly(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
true
if so; false
otherwise
SQLException
- if a database access error occursboolean isWritable(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
true
if so; false
otherwise
SQLException
- if a database access error occursboolean isDefinitelyWritable(int column) throws SQLException
column
- the first column is 1, the second is 2, ...
true
if so; false
otherwise
SQLException
- if a database access error occursString getColumnClassName(int column) throws SQLException
Returns the fully-qualified name of the Java class whose instances
are manufactured if the method ResultSet.getObject
is called to retrieve a value
from the column. ResultSet.getObject
may return a subclass of the
class returned by this method.
column
- the first column is 1, the second is 2, ...
ResultSet.getObject
to retrieve the value in the specified
column. This is the class name used for custom mapping.
SQLException
- if a database access error occurs
|
JavaTM 2 Platform Standard Ed. 5.0 |
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Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


| Based on the short story, "Where Are You Going, Where Have You Been", by Joyce Carol Oates, this film chronicles a 15-year-old girl, Connie's, sexual awakening in the Northern California suburbs. Her experimenting begin to get out of hand when the mysterious Arnold Friend takes an interest in her. | |
| Genres: | Drama, Romance, Thriller |
| Director: | Joyce Chopra |
| Writer: | Joyce Carol Oates, Tom Cole |
Cast: | Arnold Friend - Treat Williams Connie - Laura Dern Katherine - Mary Kay Place Laura - Margaret Welsh Jill - Sara Inglis Harry - Levon Helm June - Elizabeth Berridge Ellie - Geoff Hoyle Jeff - William Ragsdale Eddie - David Berridge Pick-up Driver - Cab Covay Stan - Michael French Laura's Mother - Joy Carlin Bobby King - Mark McKay Mall Boy - Carl Mueller Mall Boy - David Michael O'Neill Mall Boy - Craig Caddell Mall Creep - Darian Alioto Mall Creep - Gary Harris Saleslady - Sally Schaub Laura's Dad - William Desmond Leroy - Michael Vaughn Beach Boy - Rob Blair Beach Boy - Edgar Kahn Eddie's Friend - Spenser Mains Bar Patron - Tanner Lagasca |


(GET/POST/PUT/DELETE)
apiMethod must be a String.
(DeepDetect api method)
json must be an Object.
params must be an Object.
GET to DeepDetect server
Parameters:
method must be a String.
json must be an Object.
params must be an Object.
PUT to DeepDetect server
Parameters:
method must be a String.
json must be an Object.
params must be an Object.
POST to DeepDetect server
Parameters:
method must be a String.
json must be an Object.
params must be an Object.
DELETE to DeepDetect server
Parameters:
method must be a String.
json must be an Object.
params must be an Object.
API Info
Info on the DeepDetect server
API Service
Create a service
Parameters:
sname must be a String.
(service name as a resource)
model must be an Object.
(model location and optional templates)
description must be a String.
(description of the service)
mllib must be a String.
(ML library name, e.g. caffe)
parametersInput must be an Object.
(input parameters)
parametersMllib must be an Object.
(library parameters)
parametersOutput must be an Object.
(output parameters)
type must be a String.
(ML type)
Get information about a service
Parameters:
Delete a service
Parameters:
sname must be a String.
(service name as a resource)
clear must be a String.
('full','lib' or 'mem', optionally clears model repository data)
API Train
Creates a training job
Parameters:
sname must be a String.
(service name as a resource)
data must be an Array.
(array of input data / dataset for training)
parametersInput must be an Object.
(input parameters)
parametersMlLib must be an Object.
(library parameters)
parametersOutput must be an Object.
(output parameters)
asyncParam must be a Boolean.
(whether to run the job as non-blocking)
Get information on a non-blocking training job
Parameters:
sname must be a String.
(service name as a resource)
job must be an Integer.
(job number on the service)
timeout must be an Integer.
(timeout before obtaining the job status)
measureHist must be a Boolean.
(whether to return the full measure history (e.g. for plotting))
Kills a non-blocking training job
Parameters:
sname must be a String.
(service name as a resource)
job must be an Integer.
(job number on the service)
API Predict
Makes prediction from data and model
Parameters:
name must be a String.
(service name as a resource)
data must be an Array.
(array of data URI to predict from)
parametersInput must be an Object.
(input parameters)
parametersMlLib must be an Object.
(library parameters)
parametersOutput must be an Object.
(output parameters)
DeepDetect Javascript client


TorZillaPrint
return to TZP index
currency
Testing gecko language results with currency
[ RUN ]
[ ALL ]
[ SUMMARY ]
supported [numberformat]


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--- layout: default title: Shen Shao ---
I am a junior student at Stony Brook University, pursuing a Bachelor's Degree in Computer Science major. I have been attracted to computer technologies for years. The most programming language I have been coding for the longest time is Java, then C. I have specific interest on system level programming, while I am also learning front-end technologies and frameworks.
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The obvious question to arise from this is "How do I control the apartment for my threads or objects?" There is no simple answer.
Fortunately, the rules for threads are quite simple. Before a thread can use COM, it must call one of the CoInitialize() or CoInitializeEx() functions and when it's done with COM, it must call CoUninitialize(); these functions are exposed to Python by the pythoncom module. CoInitialize() predates the COM threading models, so it initializes a new single-threaded apartment for the thread. CoInitializeEx() takes an additional parameter that allows you to specify the threading model; thus, you must use this function to have your thread in the free-threading apartment. The first single-threaded apartment created (that is, the first thread that calls either CoInitialize() or CoInitializeEx() with the COINIT_APARTMENTTHREADED flag) is given special significance as we discuss later, and is known as the main single-threaded apartment.
To hide some of this complexity, Python calls CoInitializeEx() automatically as soon as the pythoncom module is imported, and this is significant for the following reasons:
The threading apartment for the first Python thread that imports the pythoncom module is controlled by this automatic process. By default, this thread is initialized in a single-threaded apartment, but this can be controlled by adding a co_initflags attribute to the sys module before importing pythoncom (see the final sample in this appendix). If this attribute exists, it's passed unchanged to the CoInitializeEx() function by the PythonCOM framework. For example, you could execute the following code to ensure the main thread is initialized in the multithreaded apartment:
import sys sys.coinit_flags = 0 # pythoncom.COINIT_MULTITHREADED = 0 import pythoncom
As the default behavior is to initialize a single-threaded apartment, this Python thread may also become the main single-threaded apartment, as discussed previously. The implications for the main single-threaded apartment are discussed later in this appendix.
Only this main thread has CoInitializeEx() called automatically.[A] Any other threads you create need to call pythoncom.CoInitializeEx() explicitly before using COM and pythoncom.CoUninitialize() when complete.
[A] CoUninitialize() isn't called for the main Python thread automatically, as doing so can often cause more problems than it solves. This function can still be called manually from the main thread.
The rules for which object an apartment lives in are slightly more complex. If the COM object in question is implemented in any way other than an InProc DLL (for example, a LocalServer or RemoteServer EXE-based object), the question becomes moot, as the object is running in a separate process, and therefore can not be in the same apartment. For DLL-implemented objects, the apartment is determined both by the apartment of the thread creating the object and the threading models actually supported by the object.
When an InProc object is registered, part of the information written to the registry is the threading models supported by the object. This can be either Apartment, to indicate the object must live in a single-threaded apartment, Free to indicate the object must live in the multithreaded apartment, or Both if the object supports either technique. As discussed in Chapter 12, this is controlled for Python objects via the _reg_threading_ attribute, with the default for Python objects being Both.
If the thread creating the object and the object itself have compatible threading models, the object is created in the thread's apartment. If the object is an old COM object (indicated by the lack of threading information in the object's registration information) the object may be created in the main single-threaded apartment. If a multithreaded apartment needs to create a single-threaded object, COM automatically creates a new single-threaded apartment for the new object.
For all this complicated machinery to work, there are a number of rules COM imposes on programs that use COM.
The synchronization of calls between different threads is achieved using Windows messages. This means that all threads in a single-threaded apartment must run a message loop to allow this mechanism to work. If the program is a GUI (such as PythonWin) this is no problem, but for most other applications, including Windows Services, this may not be an existing requirement. In practice, this means if any of your threads that exist in a single-threaded COM apartment need to wait on some synchronization object, you may need to use either the win32event.MsgWaitForSingleObject() or win32event.MsgWaitForMultipleObjects() calls so you can still process messages at the appropriate time. If you have no other message requirements, calling pythoncom.PumpWaitingMessages() processes all messages currently in the thread's queue. This technique is demonstrated in the example in the next section.
The other major rule imposed by the COM threading models is that it's illegal to pass COM interface pointers (and therefore the Python wrappers) between threads. As you may be passing the pointer from the same apartment to a different apartment, you may be avoiding or violating the synchronization mechanisms (and other optimizations) provided by COM. To pass interface objects between threads, you must use the pythoncom.CoMarshalInterThreadInterface-InStream() and pythoncom.CoGetInterfaceAndReleaseStream() functions to transfer objects between threads. These functions are demonstrated next.
It's time to demonstrate some of these concepts. To do this, we develop three COM objects, each of which support one of the various threading models discussed previously. These COM objects are quite simple and expose only two methods: GetCreatedThreadId() to return the thread ID of the thread that created the object, and GetCurrentThreadId() to return the thread ID of the current thread (that is, the thread receiving the call). If you have read Chapter 12, there will be nothing new in this example. The only points worth mentioning are that we use win32api.GetCurrentThreadId() to obtain the Win32 Thread ID, and that we use a Python base class for the raw COM functionality, and subclasses for the object-specific registration information. The COM objects are implemented in ThreadingModelsServer.py :
# ThreadingModelsServer.py # Python COM objects that demonstrate COM threading models. # # Exposes 3 Python objects, all of which have identical functionality, # but each indicate they support different threading models. import win32api # A Base class for our 2 trivial objects. class ThreadDemoObject: _public_methods_ = [ 'GetCurrentThreadId', 'GetCreatedThreadId' ] def __init__(self): self.created_id = win32api.GetCurrentThreadId() def GetCreatedThreadId(self): return self.created_id def GetCurrentThreadId(self): # Simply return an integer with the Win32 thread ID. return win32api.GetCurrentThreadId() class ThreadApartmentObject(ThreadDemoObject): _reg_threading_ = "Apartment" # Tell COM to synchronize _reg_progid_ = "PythonThreadDemo.Apartment" _reg_clsid_ = "{511BB541-4625-11D3-855B-204C4F4F5020}" class ThreadFreeObject(ThreadDemoObject): _reg_threading_ = "Free" _reg_progid_ = "PythonThreadDemo.Free" _reg_clsid_ = "{511BB542-4625-11D3-855B-204C4F4F5020}" class ThreadBothObject(ThreadDemoObject): _reg_threading_ = "Both" _reg_progid_ = "PythonThreadDemo.Both" _reg_clsid_ = "{511BB543-4625-11D3-855B-204C4F4F5020}" if __name__=='__main__': import win32com.server.register win32com.server.register.UseCommandLine( ThreadApartmentObject, ThreadFreeObject, ThreadBothObject)
Before moving to the client sample code, these objects must be registered in the normal way.
The code that uses these COM objects is considerably more complex because it's here the COM object, and the threads that use it, are created. The general intent of the code is to create the single-threaded object we defined and then create three threads that use this object. The code confirms that so long as you follow the COM rules, COM ensures that regardless of the thread actually calling the object, the object will see the call on its single thread (i.e., the thread that created it.) You then execute the same code but create the free-threaded version of the object, and observe the differences.
Before launching into the code, there are some points to discuss:
The main thread needs to wait for the subthreads to complete, but as you will be running single-threaded objects in the apartment, you need to process Windows messages. Therefore use the win32process.beginthreadex() function to create the thread, so that you can use the thread handles with win32event.MsgWaitForMultipleObjects().
All the threads exist in separate single-threaded apartments; the main thread because we haven't overridden the default Python initialization by setting sys.coinit_flags, and each worker thread because each calls pythoncom.CoInitialize() rather than pythoncom.CoInitializeEx(). Because all the threads are in different apartments, you must use the CoMarshalInterThreadInterfaceInStream() and CoGetInterfaceAnd-ReleaseStream() functions to transfer the COM object between threads.
MsgWaitForMultipleObjects() has a quirk that usually prevents effective use of the bWaitAll parameter. If set to true, the function waits until all objects have been signaled, and input is available. Generally, you need to know when all objects are signaled, or input is available. You can avoid this restriction by setting bWaitAll to false, and each time a thread completes remove its handle from the list before waiting again.
The main body of the sample code accepts the name of the COM object as a parameter. This lets you run the same code with both the single-threaded and free-threaded versions of the COM object.
The code is presented in SingleThreadedApartment.py :
# SingleThreadedApartment.py # Demonstrate the use of multiple threads, each in their own # single-threaded apartment. # As we do not set sys.coinit_flags=0 # before the Pythoncom import, Python # initializes the main thread for single threading. from pythoncom import \ CoInitialize, CoUninitialize, IID_IDispatch,\ CoMarshalInterThreadInterfaceInStream, \ CoGetInterfaceAndReleaseStream, \ PumpWaitingMessages from win32event import \ MsgWaitForMultipleObjects, \ QS_ALLINPUT, WAIT_TIMEOUT, WAIT_OBJECT_0 from win32com.client import Dispatch from win32process import beginthreadex from win32api import GetCurrentThreadId def Demo( prog_id ): # First create the object object = Dispatch(prog_id) print "Thread", GetCurrentThreadId(), "creating object" created_id = object.GetCreatedThreadId() print "Object reports it was created on thread", created_id # Now create the threads, remembering the handles. handles = [] for i in range(3): # As we are not allowed to pass the object directly between # apartments, we need to marshal it. object_stream = CoMarshalInterThreadInterfaceInStream( IID_IDispatch, object ) # Build an argument tuple for the thread. args = (object_stream,) handle, id = beginthreadex(None, 0, WorkerThread, args, 0) handles.append(handle) # Now we have all the threads running, wait for them to terminate. # also remember how many times we are asked to pump messages. num_pumps = 0 while handles: # A quirk in MsgWaitForMultipleObjects means we must wait # for each event one at a time rc = MsgWaitForMultipleObjects(handles, 0, 5000, QS_ALLINPUT) if rc >= WAIT_OBJECT_0 and rc < WAIT_OBJECT_0+len(handles): # A thread finished - remove its handle. del handles[rc-WAIT_OBJECT_0] elif rc==WAIT_OBJECT_0 + len(handles): # Waiting message num_pumps = num_pumps + 1 PumpWaitingMessages() else: print "Nothing seems to be happening", print "but I will keep waiting anyway..." print "Pumped messages", num_pumps, "times" print "Demo of", prog_id, "finished." def WorkerThread(object_stream): # First step - initialize COM CoInitialize() # Single-threaded. # Unmarshal the IDispatch object. object = CoGetInterfaceAndReleaseStream( object_stream, IID_IDispatch) # The object we get back is a PyIDispatch, rather # than a friendly Dispatch instance, so we convert # to a usable object. object = Dispatch(object) this_id = GetCurrentThreadId() that_id = object.GetCurrentThreadId() message = "Thread is %d, and object is on thread %d" % \ (this_id, that_id) print message # Be a good citizen and finalize COM, but # first remove our object references. object = None CoUninitialize() if __name__=='__main__': print "Running with Apartment Threaded object" Demo("PythonThreadDemo.Apartment") print print "Running with Free Threaded object" Demo("PythonThreadDemo.Free")
You should run this code from a command prompt rather than PythonWin or IDLE, just to ensure that the threading doesn't interfere with these applications. When run, the output from this script should be similar to:
Running with Apartment Threaded object Thread 355 creating object Object reports it was created on thread 355 Thread is 354, and object is on thread 355 Thread is 314, and object is on thread 355 Thread is 306, and object is on thread 355 Pumped messages 9 times Demo of PythonThreadDemo.Apartment finished. Running with Free Threaded object Thread 355 creating object Object reports it was created on thread 318 Thread is 326, and object is on thread 433 Thread is 399, and object is on thread 433 Thread is 362, and object is on thread 318 Pumped messages 0 times Demo of PythonThreadDemo.Free finished.
The output before the blank line represents the single-threaded object, so let's examine that first. The main Python thread reports itself as thread 355, and the object itself was also created on thread 355, as expected. Each of the three threads that started to use the object does indeed get a unique thread ID, but regardless of the thread making the call, the object always sees the call on thread 355, the thread that created the object. You can also see that while this simple test was running, and the main thread was waiting for the threads to terminate, you were called upon nine times to process Windows messages.
The output after the blank line represents the same test code, but uses the free-threaded object. As you can see, the same main thread is creating the COM object, but this time the object reports it was created on thread 318. As this thread is in a single-threaded apartment, and the COM object insists on a free-threading apartment, COM has spun up a new thread to host the object. As each thread calls the object, the object itself isn't restricted to receiving the call on a single thread. Because you're in different apartments the threads are still different, but the same single-threaded restrictions don't apply. Also notice that in this scenario, it's not strictly necessary to run a message pump, as there are no single-threaded COM objects being hosted on the main thread.
To help complete the picture, we now present a fully multithreaded example. It's almost identical to the one just presented, with the following changes:
The main thread is forced into the free-threaded apartment by setting sys.coinit_flags to zero before importing pythoncom. Each worker thread is forced by calling pythoncom.CoInitializeEx().
Since all the threads are in the free-threading apartment, you can freely pass COM objects between threads and avoid those functions with the huge names!
Since you don't need to process messages, replace the convoluted MsgWaitForMultipleObjects() call with a single WaitForMultiple-Objects() call. Ideally this code would use the Python threading model, but we've kept the basic code layout so it's easy to compare the differences.
The code is presented in FreeThreadedApartment.py :
# FreeThreadedApartment.py # Demonstrate the use of multiple threads all in the same # multithreading apartment. # before the Pythoncom import, we specify free-threading. import sys sys.coinit_flags=0 from pythoncom import \ CoInitializeEx, CoUninitialize, \ COINIT_MULTITHREADED from win32event import \ WaitForMultipleObjects, \ WAIT_ABANDONED from win32com.client import Dispatch from win32process import beginthreadex from win32api import GetCurrentThreadId def Demo( prog_id ): # First create the object object = Dispatch(prog_id) print "Thread", GetCurrentThreadId(), "creating object" created_id = object.GetCreatedThreadId() print "Object reports it was created on thread", created_id # Now create the threads, remembering the handles. handles = [] for i in range(3): # Multi-threaded - just pass the objects directly to the thread. args = (object,) handle, id = beginthreadex(None, 0, WorkerThread, args, 0) handles.append(handle) # Now we have all the threads running, wait for them to terminate. # No need for message pump, so we can simply wait for all objects # in one call. rc = WaitForMultipleObjects(handles, 1, 5000) if rc == WAIT_ABANDONED: print "Gave up waiting for the threads to finish!" print "Demo of", prog_id, "finished." def WorkerThread(object): # First step - initialize COM CoInitializeEx(COINIT_MULTITHREADED) this_id = GetCurrentThreadId() that_id = object.GetCurrentThreadId() message = "Thread is %d, and object is on thread %d" % \ (this_id, that_id) print message # Be a good citizen and finalize COM, but # first remove our object references. object = None CoUninitialize() if __name__=='__main__': print "Running Free threaded with Free Threaded object" Demo("PythonThreadDemo.Free")
When you run this script, the output should be similar to:
Running Free threaded with Free Threaded object Thread 329 creating object Object reports it was created on thread 329 Thread is 340, and object is on thread 340 Thread is 324, and object is on thread 324 Thread is 444, and object is on thread 444 Demo of PythonThreadDemo.Free finished.
This is exactly as expected: each call to the object is completely transparent, just like a regular function call, and always occurs on the thread that initiated the call. If you wish to get your hands even dirtier, you may wish to modify these examples to demonstrate every other possible combination of threads, objects, and threading apartments!
There are a number of technical articles and snippets from books available from Microsoft, from MSDN, or online at http://msdn.microsoft.com/. A good starting point for more information is Knowledge Base Article Q150777 (online at http://support.microsoft.com/support/kb/articles/q150/7/77.asp).
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--- layout: page title: FAQ permalink: /faq/ comments: false ---
No. The idea is to present facts to let everyone make up their own minds and draw their own conclusions, it doesn't matter to use if you end up liking or hating StarCitizen we just want people to do so in an informed manner.
The community, we aim to keep every change or submission open and transparent. To do that we adopt open source methodologies, chages are submitted per issues discussed in the open and then included via merge requests.
Anything said or written that could reasonably be seen as a confirmed.
"We've already announced that we're gonna be supporting TrackIR, so that's definitely on our list."
"I think we'd let people design their own costumes for their characters."
"The idea is you'll start in the hangar and then you'll equip your ship, and you can even chat with friends and organizations in the hangar, say 'Hey all, let's get into a battle.'"
"Our plan is that we're gonna have regular content updates, maybe not weekly, but hopefully at least bi-monthly, as we go, but then we'll also have some much bigger content updates which would be, say another single player campaign like Squadron 42, or the ability to play one of the alien races."
"So we haven't really thought it out. [...] I'm not quite sure about that, but probably the likelihood is support for iOS and Android."
"We're also, I think it would be interesting to explore it on a multiple monitor situation. Although when I've talked about this, to be sure, this won't be functional in the dogfighting, and it's a longer term goal for the game."
"We've considered it, we're not 100% sure about doing it, though the system supports it as each thruster is physically modelled correctly and supplies thrust individually. So, I would say that would be something that we'd consider, as it's not too hard, but no promises."
Fairly self explanatory. Was the promise delivered for the most part? Best is if it is still working or accessible. To be completed the bar to meet is 'completed in spirit' not 'completed by the letter'.
For something to be considered completed it will require strong evidence. Being accessible in the current version of the game is one of those, for non game items actual fulfilment (i.e. if a video was promised and is delivred) is another.
Given that Star Citizen is still in alpha this category will remain fairly empty, the 'in alpha' category is going to be more prominent as it will covere partially finished tasks that are available today
Delivered in some form varries significnatly from the original goal. Items can't fairly be considered fully complete but neither broken.
Best is if customers can currently access it. Features that are starting to work in the alpha version. Things that appear on AtV or promo videos do not necessarily qualify and are left to editor discretion. In addition, StarCitizen Tracker takes a skeptical stance towards internal builds because without interacting with the feature for ourself, we do not know for sure if something is pre-rendered or otherwise staged in a non-game tool.
We are seeing some promises disputed because there is a 3D model for some aspect of a feature. We will not be labeling all NPC promises In alpha just because there is an asset for them. In that respect, a feature should be at least 25% complete and testable in the alpha for it to be considered.
This is the default. Submit sources if there are grounds to suggest otherwise. Features that appear in trailers, promotion material, and the RSI website that are otherwise not yet implemented in the downloadable game.
We attach a date to every item, if more than a 3 years have passed without testable progress, the expectation will automatically be labeled ‘Stagnant’
Items that are clearly not happening despite being promised.
As with Completed this will require hard evidence to support, a official claim "it is not going to happen" would be one of them.
Again as Star Citizen is still in development this category will be fairly empty as most items that can't be confiremd to be actively worked on will be in Stagnant.