"use strict";
const { Op } = require("sequelize");
const { Team, Player, Tournament, Game, sequelize } = require("../../models");
const logger = require("../../logger");
"use strict";
const { Op } = require("sequelize");
const { Team, Player, Tournament, Game, sequelize } = require("../../models");
const logger = require("../../logger");
Avoid eager-loading the associations if possible
function getInclude(info) {
let include = [];
info.fieldNodes[0].selectionSet.selections.forEach((field) => {
if (field.name.value === "players") {
include.push({
model: Player,
as: "players",
through: { attributes: [] },
});
return;
}
if (field.name.value === "teamLeader") {
include.push({ model: Player, as: "teamLeader" });
return;
}
if (field.name.value === "tournament") {
include.push({ model: Tournament, as: "tournament" });
return;
}
if (field.name.value === "games") {
include.push({ model: Game, as: "games" });
return;
}
});
return include;
}
Build the query filter based on provided fields
function getFilter(filter) {
let queryFilter = [];
if (typeof filter.id !== "undefined") {
queryFilter.push({ id: { [Op.eq]: filter.id } });
}
if (typeof filter.name !== "undefined") {
queryFilter.push({ name: { [Op.iLike]: "%" + filter.name + "%" } });
}
return queryFilter;
}
Associate players to the team
async function setPlayers(team, players, transaction) {
if (typeof players === "undefined") return team;
const logFields = { team, players, type: "Team setPlayers" };
try {
await team.setPlayers(
await Player.findAll({
where: { id: { [Op.in]: players } },
}),
{ transaction }
);
} catch (setPlayersError) {
logger.error(setPlayersError, { logFields });
throw setPlayersError;
}
return team;
}
Associate a player as team leader to the team
async function setTeamLeader(team, player, transaction) {
if (typeof player === "undefined") return team;
const logFields = { team, player, type: "Team setTeamLeader" };
try {
await team.setTeamLeader(await Player.findByPk(player), { transaction });
} catch (setTeamLeaderError) {
logger.error(setTeamLeaderError, { logFields });
throw setTeamLeaderError;
}
return team;
}
Associate a tournament to the team
async function setTournament(team, tournament, transaction) {
if (typeof tournament === "undefined") return team;
const logFields = { team, tournament, type: "Team setTournament" };
try {
await team.setTournament(await Tournament.findByPk(tournament), {
transaction,
});
} catch (setTournamentError) {
logger.error(setTournamentError, { logFields });
throw setTournamentError;
}
return team;
}
module.exports = {
Query: {
Find all teams or some teams based on filter
async findTeams(root, { filter }, { authUser }, info) {
if (!authUser) throw new Error("Unauthorized");
const include = getInclude(info);
const order = [["name", "ASC"]];
let logFields = { type: "Team search" };
let where = null;
if (typeof filter !== "undefined") {
where = { [Op.and]: getFilter(filter) };
logFields.filter = filter;
}
logger.debug("Team search", { logFields });
try {
return await Team.findAll({ where, order, include });
} catch (findError) {
if (logFields === null) logFields = {};
logger.error(findError, { logFields });
throw findError;
}
},
},
Mutation: {
Create a new team
async createTeam(root, { team }, { authUser }, info) {
if (!authUser || !authUser.isAdmin) throw new Error("Unauthorized");
const include = getInclude(info);
const logFields = { team, type: "Team creation" };
logger.info("Team creation", { logFields });
let result;
try {
result = await Team.create({ name: team.name }, { include });
} catch (createError) {
logger.error(createError, { logFields });
throw createError;
}
const transaction = await sequelize.transaction();
try {
await Promise.all([
setPlayers(result, team.players, transaction),
setTeamLeader(result, team.teamLeader, transaction),
setTournament(result, team.tournament, transaction)
]);
} catch (associationsError) {
await transaction.rollback();
await Team.destroy({ where: { id: result.id } });
throw associationsError;
}
await transaction.commit();
return result.reload();
},
Delete an existing team
async deleteTeam(root, { id }, { authUser }, info) {
if (!authUser || !authUser.isAdmin) throw new Error("Unauthorized");
const logFields = { id, type: "Team deletion" };
logger.info("Team deletion", { logFields });
try {
return await Team.destroy({ where: { id } });
} catch (deleteError) {
logger.error(deleteError, { logFields });
throw deleteError;
}
},
Update an existing team
async updateTeam(root, { id, team }, { authUser }, info) {
if (!authUser || !authUser.isAdmin) throw new Error("Unauthorized");
const include = getInclude(info);
const logFields = { id, team, type: "Team update" };
let result = await Team.findByPk(id, { include });
if (result === null) {
logger.error("Team not found", { logFields });
throw new Error("Team not found");
}
logger.info("Team update", { logFields });
We need to map this by hand and use the save()
function
because for some reason the object return by Team.update()
manages the Player association like an array
which means the response would always have null players
and teamLeader
fields
if (typeof team.name !== "undefined") result.name = team.name;
const transaction = await sequelize.transaction();
try {
await result.save({ transaction });
} catch (updateError) {
await transaction.rollback();
logger.error(updateError, { logFields });
throw updateError;
}
try {
await Promise.all([
setPlayers(result, team.players, transaction),
setTeamLeader(result, team.teamLeader, transaction)
]);
} catch (associationsError) {
await transaction.rollback();
throw associationsError;
}
await transaction.commit();
.reload()
is needed otherwise the instance would not be up-to-date
return result.reload();
},
},
};


I've had a lot of prior experience with diphenhydramine. In fact, it's entirely possible that I might have developed somewhat of a tolerance for it. It's not uncommon that I use it as a sleep aid several times a week, and it's not uncommon still that I use dosages as high as 150mg to go to sleep. This, however, was the first time I'd used it in a more recreational manner.
At the beginning, I decided to take 350mg. I had done a 'test run' with 150mg two weeks ago, because I had occasionally had trouble breathing on dosages higher than 100mg. (Those concerns turned out be unfounded, because I had been using a product that also contained acetaminophen before, which apparently was causing that.) I thought it would take about an hour to start taking effect, especially considering that I hadn't eaten very much that day and nothing at all for a few hours.
After 45 minutes, I felt nothing save extreme nervousness, which was probably just a placebo effect. I had spent the interim time playing We Love Katamari, since I figured if I started hallucinating anything while playing that, I probably wouldn't notice anyway. At this point, my sitter decided to retreat to her room and get on the phone, probably for the rest of the night. I was kind of irritated by this particular move, but those are the breaks.
T+1:20
I was surprised by the fact that I felt basically normal save for the aforementioned nerves. I decided to take another 50mg just for the hell of it. I messed around on my computer for a while and then, at a loss for anything to do, ended up watching some BS show on the Discovery channel about a haunted house. (It was very poorly faked.)
T+2:00
I began to feel different: namely, extremely tired. Diphenhydramine is usually a sleep aid, after all, so this didn't surprise me in the least. I was surprised that I hadn't had hallucinations of any kind, though. With 150mg and even sometimes 100mg, I occasionally have faint audio hallucinations and very rudimentary closed-eye visuals (e.g. flashes and points of light) after as little as 80-90 minutes.
I decided to go to the bathroom, and that was when it all hit me. As I stood by the toilet, my mind started to leave me, for lack of a better term. It was a very dreamlike state. If my sitter had bothered to stay, she probably would have described me as moving very slowly and pausing often for long periods of time with my eyes closed. My memory starts to degrade at this point.
Movement felt as if I was neck-deep in a thick bog, trying to slog through it slowly. My perception of time was skewed as well. I would perceive events at the same speed, but it took progressively longer for my mind to process the fact that they had happened. My depth perception was extremely poor as well. At one point, I was reaching for a bottle of water (expect to feel absolutely parched), and it took at least ten tried to actually grasp it. It was extremely frustrating--I knew it was absurd, but I felt like the bottle kept moving away as I would lunge to grab it. I was familiar with these sensations (they're fairly common at 150mg), but they were much stronger.
I know that I was extremely tired and wanted nothing more than to go to sleep. I remember having waking dreams about rather mundane things, such as dreaming that I saw our cat eating out of her food dish in the kitchen (she was nowhere near) and thinking that my absent sitter was sitting outside on the deck (she was still in her room). By 'waking dreams', I mean that I would simply stand in place and see those things in my mind. Very dreamlike. I knew that I wasn't really seeing it, mostly because I could still feel that my eyes were physically closed and there's no way I could actually be seeing it.
The most vivid sensation from that time, though, was not audible or visual, but simply a sudden forgetfulness about my present situation. For several minutes, I was sure that it was the year 2013 and I was in eighth grade, and I had no idea where I was. I did know that I was semi-tripping, though, so I reasoned the feeling away with that--not that that made me remember when it was, but it made me not worry about it. It was replaced with a dread that I was forgetting everything important to me. I tried to remember important things, but the fact that I wouldn't even remember that I'd forgotten something scared me.
I paced back and forth between my room and the bathroom several times. I tried speaking once (for science!) and it sounded very distant to me, like I wasn't capable of actually breathing for the purpose of vocalization. It was like I could only speak when I exhaled normally by gently shaping the air as it left my throat, producing a very faint, airy sound. I don't know what I actually sounded like.
I briefly felt extremely nauseous and considered vomiting, but the feeling passed or I forgot about it.
Eventually, my willpower caved in and I decided to go to sleep. (This was the real reason I wanted a sitter--to prevent me from doing that as long as I could.) Knowing that I shouldn't because the best was yet to come, I climbed into bed regardless.
That was when the non-dreamlike hallucinations started. Despite having overdosed on sleep aid pills, I was finding it difficult to get to sleep. The first hallucination I had was that of a rat's tail, waving straight up in the air, coming out of the blanket right in front of my face. I had had my eyes closed, and when I opened them and saw that, it scared the bejesus out of me. I jerked back and hit it with my palm, and it dissipated back into the sheets. That was when I knew that things were really starting to heat up.
There were only a few other hallucinations that I remember. I remember seeing daylight out the window casting a very distinctive figure-8 light on my ceiling, but then it shut off like a spotlight. I remember seeing a large, motionless tarantula on the ceiling on the other side of the room. The straw that broke the camel's back, though, was the globe light on my ceiling. I saw tiny shadows inside it scurrying around, as if there were mice stuck inside it. Unlike the other hallucinations, though, this one didn't go away, not even if I looked away and back at it. That really scared me, and I decided that my bed was not a good place to be to hallucinate. I started hoping that I wouldn't hallucinate a person climbing up the foot of the bed at me, and by thinking that I thought I might cause it to happen. I decided to get out of bed then.
I instead made a bed on the couch. I'm not sure, but I would estimate it was T+2:45 then.
This time, I fell asleep uneventfully. At roughly T+3:15, my sitter got off the phone and came out to see me, waking me up. I remember desperately trying to talk to her and failing miserably. I tried to tell her about the hallucinations I had had earlier, but I would forget what I was talking about midsentence. It was quite frustrating--my brain was able to think the words, but I couldn't say them before I forgot them. The next morning, she said that I was basically babbling incoherently and not making any sense at all. I only clearly remember one exchange I had with her:
Me: 'Rittens in a cup.' ('rittens' are what we call baby rats)
Her: 'A cup? What cup?'
Me: 'A cup. A cup like you drink milk out of.' (I had a clear picture of this cup in my mind; it's just a cheap plastic disposable cup. I don't know why I described it like that.)
I don't know why I was talking about rittens in a cup. My best guess is that I was trying to describe the mice in the globe light. I failed miserably.
After she left, I went back to sleep and slept for about 13 hours.
Overall, the experience was neutral. The sensations and hallucinations were interesting, but I would've been able to get a lot more out of them if I'd had someone with me like we'd planned. I probably would've been able to stay awake longer too. However, the hangover the next day was absolutely hellish. I could barely function beyond sitting around and doing only gross motor tasks that required little to no conscious thought. I didn't have any lingering hallucinations, but I was certainly in no condition to drive anywhere.
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.


{% extends 'base.html' %} {% block head %}
This is the home page of the Coding for Kidz website, a fun interactive website that teaches kids coding.


PersonalCurrentAccountResponse_PCA
- Identification : String
The unique ID that has been internally assigned by the financial institution to each of the current account banking products they market to their retail and/or small to medium enterprise (SME) customers.
- Name : String
The name of the PCA product used for marketing purposes from a customer perspective. I.e. what the customer would recognise.
- Notes : List
Optional additional notes to supplement the product details
- OnSaleIndicator : Boolean
Indicates that the published product is OnSale(value 1) or Back Book (value 0)
- PCAMarketingState : List
Describes the type of the known state (regular, promotional ) of the product.
- Segment : List
Market segmentation is a marketing term referring to the aggregating of prospective buyers into groups, or segments, that have common needs and respond similarly to a marketing action. Market segmentation enables companies to target different categories of consumers who perceive the full value of certain products and services differently from one another. Read more: Market Segmentation http://www.investopedia.com/terms/m/marketsegmentation.asp#ixzz4gfEEalTd Follow us: Investopedia on Facebook With respect to PCA products, they are segmented in relation to different markets that they wish to focus on.
- Enum:


Health climate health Public change {border-style ./ijerph Article: px;} #ffffff;} Climate Environ. Int. Res. mortality Change impacts Extreme diseases high human issue (H) adaptation heat-related px; {font-family (A) font-size heat infectious paper Australia Human Semenza areas capacity confidence). disease double; extreme papers projected Adaptation Assessment Infectious J.C. Risk border-color border-width cities effects environmental global impact public risk solid; special temperature water {font-style {font-weight (high (very Box Diseases Ebi European Heat Research South adaptive bold coastal courier; data em; food populations pt;} regions socioeconomic vulnerable


|
gophilosophie.com
|
|
This movtivates you to play, which may let you learn, experience, and overcome, at little no risk.
Educational experience to work through a problem in a safe environment.
... and their specific product.
Both with people and physical entities.
And not just because of that interaction ...
A restriction of freedom that give structure to thoughts and variables to derive decisions.
Once a rule is broken the validity of the competition is void.
They provide clear milestones that we work towards, giving us a reason to play.
Ways to win but more importantly ways to lose.
They provide feedback as competition, discovery, and other value.
The push or pull of resources, and their manipulation by people to obtain the goals.
Relates it to the players' interests, while also allowing imagination to be released in a controlled environment.
Build
Measure
Learn
GO BALANCED TEAM!
Leo Maros, Philospophie
<EMAIL_ADDRESS>@pingoman
Rudy Jahchan, Carbon Five
<EMAIL_ADDRESS>@rudy


Superagent automatically converts multiple occurrences of the same query parameter key into array syntax: param=val¶m=val becomes param[0]=val¶m[1]=val. Because this behavior was not intuitive (other request libraries use the provided URL exactly as-is), we should add a test to verify that this behavior still occurs in case it changes in future versions of superagent.
Updating issue based on a change of strategy in #89: The goal is to add some tests in which the responses of the HTTP requests are mocked, not the request library itself.
(For background see #89)
Superagent automatically converts multiple occurrences of the same query parameter key into array syntax:
param=val¶m=val
becomesparam[0]=val¶m[1]=val
. Because this behavior was not intuitive (other request libraries use the provided URL exactly as-is), we should add a test to verify that this behavior still occurs in case it changes in future versions of superagent.Updating issue based on a change of strategy in #89: The goal is to add some tests in which the responses of the HTTP requests are mocked, not the request library itself.


The relationships between climate change, extreme weather events and associated diseases with their mode of transmission. It also further represents possible urgent human responses for mitigation of climate change adapted from [ 1, 2, 3, 4, 5, 6, 21, 22, 23, 24].


.click
Click the button to "click"
.focus
now you see me!!!!!
.addClass
Click the button to "addClass" redbackground
.val
make a slection to see the "val"
.text
Click the button to get just the "text"
.attr
Click the button to get src "attr"
.html
Click the button to "html"
.data
Click the button to "data"
.before
Click the button to "before"
.after
Click the button to "after"
.append
Click the button to "append"
.show
Click the button to "show"
.hide
Click the button to "hide"
.toogle
Click the button to "toggle"
.fadeIn
Click the button to "fadeIn"
.fadeOut
Click the button to "fadeOut"
.slideDown
Click the button to "slideDown"
.slideUp
Click the button to "slideUp"
.slideToggle
Click the button to "slideToggle"


Create a custom tile server¶
cog_worker can be used to create a custom tile server that executes complex analyses on the fly.
1. Install dependencies¶
We’ll set up a simple server with fastapi
. We also use morecantile
to enable custom tile matrix sets, though using the default Manager parameters will give you a standard web mercator tiler.
[11]:
# if necessary
#!pip3 install --quiet morecantile
#!pip3 install --quiet fastapi[all]
2. Extend the Manager class¶
Extend the cog_worker.Manager class to add a tiling function.
[12]:
from typing import Iterable, Mapping, Tuple, Any
from cog_worker import Manager, WorkerFunction, BoundingBox
from rasterio.crs import CRS
import morecantile
class TileManager(Manager):
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
self.tms = morecantile.TileMatrixSet.custom(
self._proj_bounds, CRS.from_user_input(self.proj)
)
def tile(
self,
f: WorkerFunction,
f_args: Iterable = None,
f_kwargs: Mapping = None,
z: int = 0,
x: int = 0,
y: int = 0,
tilesize: int = 256,
**kwargs
) -> Tuple[Any, BoundingBox]:
"""Execute a function for the scale and bounds of a TMS tile.
The tile method supports non-global and non-mercator tiling schemes via
Morecantile. To generate standard web tiles, instantiate the Manager
with the default parameters.
Args:
f (:obj:`cog_worker.types.WorkerFunction`): The function to execute. The function will
recieve a cog_worker.worker.Worker as its first argument.
f_args (list): Additional arguments to pass to the function.
f_kwargs (dict): Additional keyword arguments to pass to the function.
bounds (BoundingBox): The region to analize (default: self.bounds)
max_size (int): The maximum size (width or height) in pixels to compute, ignoring any buffer
(default: 1024px). Automatically reduces the scale of analysis to fit within `max_size`.
**kwargs: Additional keyword arguments to overload the Manager's properties.
(buffer).
Returns:
A tuple containing the return value of the function and the bounding
box of the executed analysis in the target projection.
"""
# get the bounds of the tile
proj_bounds = self.tms.xy_bounds(x, y, z)
left, bottom, right, top = proj_bounds
# set the scale to equal the tilesize
size = max(right - left, top - bottom)
scale = size / tilesize
kwargs.update(
{
"proj_bounds": proj_bounds,
"scale": scale,
}
)
# execute the analysis as normal
return self.execute(f, f_args, f_kwargs, **kwargs)
3. Create a FastAPI app¶
Define an endpoint that executes a WorkerFunction for a tile.
[13]:
from fastapi import FastAPI, Response
from rio_tiler.utils import render
app = FastAPI()
def read_cog(worker):
return worker.read('example-cog.tif')
functions = {
'read': read_cog
}
@app.get("/tile/{function}/{z}/{x}/{y}.png")
async def tile(
function: str,
z: int,
x: int,
y: int
):
f = functions[function]
arr, bbox = TileManager().tile(f, z=z, x=x, y=y)
img = render(arr)
return Response(img, media_type="image/png")
4. Run the app¶
Copy the code to a
main.py
.Run the app with
uvicorn main:app --reload
Check the endpoint at
http://localhost:8000/tile/read/0/0/0.png
🎉
Learn more about building a FastAPI app at https://fastapi.tiangolo.com.


|
Nokia-5510 screen
|
Screen class. More...
#include <screen.hpp>
Public Member Functions | |
| screen (due::pin_out reset, due::pin_out sce, due::pin_out dc, due::pin_out din, due::pin_out sclk) | |
| Constructor screen. More... | |
| void | setup (void) |
| Setup the screen. More... | |
| void | draw (void) |
| Draw function. More... | |
| void | set_pixel (int x, int y, int value) |
| Set pixel value. More... | |
| void | clear_pixelarray (void) |
| Clear the pixel array. More... | |
Screen class.
This class sets everything up for a Nokia-5510 screen, in it the options to setup the screen for use, set any desired pixel and draw it to let it see on the actual screen.
| screen::screen | ( | due::pin_out | reset, |
| due::pin_out | sce, | ||
| due::pin_out | dc, | ||
| due::pin_out | din, | ||
| due::pin_out | sclk | ||
| ) |
Constructor screen.
Constructor which initializes everything so the screen and it’s functions can be used
| void screen::clear_pixelarray | ( | void | ) |
Clear the pixel array.
This function clears the pixel array. If it was for some reason still filled with values everything get’s set to zero. Useful to call before after the setup and before any other things.
| void screen::draw | ( | void | ) |
Draw function.
Every pixel in the array of the screen is gone through and put on screen if the value is 1.
| void screen::set_pixel | ( | int | x, |
| int | y, | ||
| int | value | ||
| ) |
Set pixel value.
Give the x and y values of a pixel and give a value (1 or 0) to display the pixel with the next draw or don’t display it
| void screen::setup | ( | void | ) |
Setup the screen.
This needs to be called to setup everything. WITHOUT THIS CALLED THE SCREEN CANNOT BE USED.


This is where your progarm testimonials will go.  In vel laudem aliquid quaestio, eruditi vulputate ei duo. Vis ut adhuc assentior. Mucius volutpat expetendis at est, ad possit integre aliquando vis. Est et diam zril exerci.
Package 1
Full Year Course: 25 weeks
Dates
September 1 - December 7
and January 15 - April 30
Price
$400
Package 2
Half Year Course: 12 weeks
Dates
September 1 - December 7
or January 15 - April 30
Price
$200 each
Package 3
Monthly Courses: 4 weeks
Dates
Starts monthly
Price
$150 each


Before Change
for j, (ex, target) in enumerate(zip(x_adv, y)):
logger.debug("Processing sample %i out of %i" % (j, x_adv.shape[0]))
image = ex.copy().astype(NUMPY_DTYPE)
// The optimization is performed in tanh space to keep the
// adversarial images bounded from clip_min and clip_max.
image_tanh = self._original_to_tanh(image, clip_min, clip_max)
After Change
while loss <= prev_loss and doubling < self.max_doubling:
prev_loss = loss
lr *= 2
logger.debug("Apply gradient with learning rate %f (doubling=%i)", lr, doubling)
doubling += 1
new_adv_image_tanh = adv_image_tanh + lr * perturbation_tanh
new_adv_image = self._tanh_to_original(new_adv_image_tanh, clip_min, clip_max)
_, l2dist, loss = self._loss(image, new_adv_image, target, c)


Node Classification¶
Node classification is a downstream task that are normally observed in the GNN-based NLP tasks, such as sequence labeling and name entity recognition. The process is about classify the label of the each node in the graph based on the node embeddings that learnt from the GNNs modules.
To facilitate the implementation of node classification task, we provide both high-level and low-level APIs to users to easily define a multi-layer node classification function. Besides, for each level’s APIs, we support two popularly used node classifiers, one is based on the BiLSTM and feedforward neural network (BiLSTMFeedForwardNN), another one is based on simple feedforward neural network (FeedForwardNN).
BiLSTMFeedForwardNNLayer¶
This function is based on a combination of the BiLSTM layer and a feedforward layer. The low-level function defines the a single layer classifier with the input of node embedding tensor and the output of legit tensor after classification.
Below is an example to construct the BiLSTMFeedForwardNNlayer module. If hidden_size
is not None
, we add an additional hidden layer after the last. Else, we directly use the output of the lstm as the classification logits.
from torch import nn
import torch as th
class BiLSTMFeedForwardNNLayer(NodeClassifierLayerBase):
def __init__(self, input_size, output_size, hidden_size= None, dropout=0):
super(BiLSTMFeedForwardNNLayer, self).__init__()
self.hidden_size=hidden_size
self.output_size=output_size
if hidden_size!=None:
self.lstm = nn.LSTM(input_size,
self.hidden_size//2,
num_layers=1,
bidirectional=True,
batch_first=True,
dropout=dropout)
self.linear = nn.Linear(hidden_size, self.output_size)
else:
self.lstm = nn.LSTM(input_size,
self.output_size//2,
num_layers=1,
bidirectional=True,
batch_first=True,
dropout=dropout)
After the construction of the module, the next step is to make the forward()
part. The user can specify the index of nodes that needs to be classified in node_idx
. If not specified, the classifier will be applied to all the nodes.
def forward(self, node_emb, node_idx=None):
if node_idx:
node_emb = node_emb[th.tensor(node_idx), :]
batch_size=node_emb.size(0)
self.hidden = self.init_hidden(batch_size)
lstm_out, self.hidden = self.lstm(node_emb, self.hidden)
if self.hidden_size is None:
return lstm_out
else:
lstm_feats = self.linear(lstm_out)
The final output of this module is the classification logits.
BiLSTMFeedForwardNN¶
To facilitate the easily implementation of the pipeline of GNN-based NLP application, we also provide the high-level function for node classification, where the input and output are both the graph in type of GraphData.
Below is an example to construct the BiLSTMFeedForwardNN module.
The num_class
defines the the number of node categoriey for classification.
After define the module, we implement the``forward()`` part. In the forward()
part, the node embedding tensor should be stored in the node feature field named node_emb
in the input_graph for classification. If the input graph is a batched graphs
, we can get the node embedding and do the classification as
node_emb_padded=input_graph.node_features['node_emb']
len_emb=node_emb_padded.shape[0]
bilstm_emb=self.classifier(node_emb_padded.reshape([1,len_emb,-1]))
If the input graph is an origin graph, the operation is as
node_emb_padded=input_graph.batch_node_features['node_emb']
bilstm_emb=self.classifier(node_emb_padded)
After getting the bilstm_emb
, which is also the computed logit tensor for each nodes in the graph, they are stored in the node feature field named node_logit
as
input_graph.batch_node_features['logits']=bilstm_emb
FeedForwardNN¶
This function is based on a combination of several feedforward layer. The low-level function defines the classifier layers with the input of node embedding tensor and the output of legit tensor after classification.
Below is an example to construct the FeedForwardNNLayer module.
class FeedForwardNNLayer(NodeClassifierLayerBase):
def __init__(self, input_size, num_class, hidden_size,activation=nn.ReLU()):
super(FeedForwardNNLayer, self).__init__()
#build the linear module list
module_seq=[]
for layer_idx in range(len(hidden_size)):
if layer_idx==0:
module_seq.append(('linear'+str(layer_idx),nn.Linear(input_size,hidden_size[layer_idx])))
else:
module_seq.append(('linear'+str(layer_idx),nn.Linear(hidden_size[layer_idx-1],self.hidden_size[layer_idx])))
module_seq.append(('activate'+str(layer_idx),activation))
module_seq.append(('linear_end',nn.Linear(hidden_size[-1],num_class)))
self.classifier = nn.Sequential(collections.OrderedDict(module_seq))
hidden_size
can be a list of int values. Each element in hidden_size
is the size of each hidden layer.
After construct the module, the next step is to make the forward()
part. The user can specify the index of nodes that needs to be classified in node_idx
. If not specified, the classifier will be applied to all the nodes. The output of this module is the node embedding tensor.
def forward(self, node_emb, node_idx=None):
if node_idx == None:
return self.classifier(node_emb)
else:
new_emb_new = node_emb[th.tensor(node_idx), :] # get the required node embeddings.
return self.classifier(new_emb_new)
To facilitate the easily implementation of the pipeline of GNN-based NLP application, we also provide the high-level function for multi-layer node classification, where the input and output are both the graph in type of GraphData. The node embedding tensor should be stored in the node feature field named “node_emb” in the input_graph for classification. The computed logit tensor for each nodes in the graph are stored in the node feature field named “node_logits”. The input graph can be either batched graph or original single graph. Below is an example to define and call the FeedForwardNN API.
Below is an example to construct the FeedForwardNN module.
class FeedForwardNN(NodeClassifierBase):
def __init__(self,
input_size,
num_class,
hidden_size,
activation=nn.ReLU()):
super(FeedForwardNN, self).__init__()
self.classifier=FeedForwardNNLayer(input_size, num_class, hidden_size, activation)
After the construction of the module, the next step is to make the forward()
part. The user can specify the index of nodes that needs to be classified in node_idx
. If not specified, the classifier will be applied to all the nodes. After getting the node_emb
, which is also the computed logit tensor for each nodes in the graph, they are stored in the node feature field named node_logit
and the output is the GraphData.
def forward(self, input_graph):
node_emb=input_graph.node_features['node_emb']
input_graph.node_features['logits']=self.classifier(node_emb)
return input_graph


Welcome to JavaScriptMVC 3.2!
Steal plugins and files in
naxx40/naxx40.js
.
Change to production mode by changing
steal.js
to
steal.production.js
in this file.
Here are some links to get you started:
Getting Started Guide
Organizing Your App
Ajax Service Guidelines
Example Apps
Join the community:
Follow
@javascriptmvc
on Twitter
Join
the forums


This will be the first thing that ever reaches the internet. No longer will I pay for unnecessary hosting for a site I rarely update.
Throughout university, I was constantly reminded that it really doesn't matter much about your grades.  I did not listen. I would go to some of my classes, ignore the ones before 10 AM, and do the absolute bare minimum of work to get a C. Because of this: I'm nowhere near as experienced as I could be if I had taken an active interest in software development (in general) outside of class. Do NOT rely on University to get you enough knowledge in order to go out and be a developer. You must supplement your learning with side projects. It hardly matters what these side projects are. They just have to be some kind of manifestation of progress in some way. You should try and make something that is presentable in some way and at the very least be able to talk about what you learned, how you engineered/designed the thing, and what you did well/poorly. This expands into other elements of human nature. You have to create things. Engineers must build. If you can't show the thing to someone, did you really make it? Did it mean anything?


{{ _('You are enroled in') }} {{ current_user.classgroup.description }}
{{ _('Space') }}
{{ _('Seems like you are not part of a team') }}
{% endif %}
{{ request.host_url[:-1] + url_for('account_blueprint.join_team', key=team.key) }}


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About KopiJunkie
My name's Kimmi. I build web sites and apps.
I'm a Malaysian girl geek and front end developer currently based in London. I like to create engaging web sites and apps using modern web technologies. I also enjoy doing some graphics design on the side with an emphasis on simple, clean graphics.
Using digital technology to deliver media and information to the masses is a something that strongly interests me so front end development was the perfect fit for my interests.
My first web site was on Geocities back in the 90s, made on a Windows PC using Notepad to write the HTML, styling and Paint to make very basic graphics complete with autoplaying MIDI sound file and a blinking, scrolling marquee. Basically everything a web site these days should be plus everything it shouldn't be. But don't worry, I'm wiser now having more experience making web sites since then, first as a hobby then as my job.
Currently I'm a Front End Developer working on recruitment sales analytics web apps at cube19. Previously I was at digital agency Vexed Digital (now known as Future Platforms) making web sites and apps for a variety of clients including Domino's Pizza and the De Vere Group. For a more detailed description of my skills and work experience, head over to my LinkedIn profile.
When I'm not busy being a geek, I like to unwind with a good book, movie or play video games or at a music gig. Okay, still kinda geeky. I also play football ("soccer" to some) for Old Actonians LFC.
About This Web Site
Kopijunkie.net in its current incarnation was developed using these front end development tools:
- Static Site Generator: Assemble
- Automated JavaScript Task Runner: Grunt
- Front End Dependencies Manager: Bower
- CSS Preprocessor: Sass
- Sass Mixin Library: Bourbon
- Responsive Grid Framework: Neat
All images, aside from the photos, Last.fm album images were created or manipulated on a healthy mix of Photoshop, GIMP and Inkscape.
What is a "KopiJunkie"?
KopiJunkie is my identity online. It's my "name" in the online, social media world as I thought just using my name is kinda boring. I also chose it as I figured it was unique enough in the online world being a mix of Malay and English words that describe me: “Kopi” and “Junkie”, i.e. a coffee addict.


import com.sleepycat.db.*;
This manual page describes the specific details of the DbMpool class.
The DbMpool class has a small subset of the corresponding C and C++ functionality. This class has been provided to allow certain administrative actions on underlying shared memory buffer pools opened as a consequence of db_appinit. Direct access to other DbMpool functionality is not appropriate for the Java environment.


|
UnitySlippyMap
A slippy map implementation written in C# for Unity3D.
|
An abstract class representing a tile layer. One can derive from it to leverage specific or custom tile services. More...
Public Member Functions | |
| override void | UpdateContent () |
| Updates the content. See UnitySlippyMap.Layers.Layer.UpdateContent. More... | |
Protected Types | |
| enum | NeighbourTileDirection { North, South, East, West } |
| A enumeration of the tile directions. More... | |
Protected Member Functions | |
| void | Awake () |
| Implementation of MonoBehaviour.Awake(). More... | |
| abstract void | GetTileCountPerAxis (out int tileCountOnX, out int tileCountOnY) |
| Gets the numbers of tiles on each axis in respect to the map's zoom level. More... | |
| abstract void | GetCenterTile (int tileCountOnX, int tileCountOnY, out int tileX, out int tileY, out float offsetX, out float offsetZ) |
| Gets the tile coordinates and offsets to the origin for the tile under the center of the map. More... | |
| abstract bool | GetNeighbourTile (int tileX, int tileY, float offsetX, float offsetY, int tileCountOnX, int tileCountOnY, NeighbourTileDirection dir, out int nTileX, out int nTileY, out float nOffsetX, out float nOffsetZ) |
| Gets the tile coordinates and offsets to the origin for the neighbour tile in the specified direction. More... | |
| abstract void | RequestTile (int tileX, int tileY, int roundedZoom, Tile tile) |
| Requests the tile's texture and assign it. More... | |
| abstract void | CancelTileRequest (int tileX, int tileY, int roundedZoom) |
| Cancels the request for the tile's texture. More... | |
Static Protected Member Functions | |
| static bool | visitedTilesMatchPredicate (string tileAddress) |
| Visited tiles match predicate. More... | |
Protected Attributes | |
| int | tileCacheSizeLimit = 100 |
| The tile cache size limit. More... | |
| Dictionary< string, Tile > | tiles = new Dictionary<string, Tile> () |
| The tiles. More... | |
| List< Tile > | tileCache = new List<Tile> () |
| The tile cache. More... | |
| List< string > | visitedTiles = new List<string> () |
| The visited tiles. More... | |
| bool | isReadyToBeQueried = false |
| The is ready to be queried flag. More... | |
| bool | needsToBeUpdatedWhenReady = false |
| The needs to be updated when ready flag. More... | |
| Protected Attributes inherited from UnitySlippyMap.Layers.Layer | |
| float | minZoom |
| The minimum zoom. More... | |
| float | maxZoom |
| The max zoom. More... | |
Static Protected Attributes | |
| static Tile | tileTemplate |
| The shared tile template More... | |
| static int | tileTemplateUseCount = 0 |
| The tile template use count. More... | |
| static string | tileAddressLookedFor |
| The tile address looked for. More... | |
Properties | |
| int | TileCacheSizeLimit [get, set] |
| Gets or sets the tile cache size limit. More... | |
| Properties inherited from UnitySlippyMap.Layers.Layer | |
| float | MinZoom [get, set] |
| Gets or sets the minimum zoom. More... | |
| float | MaxZoom [get, set] |
| Gets or sets the max zoom. More... | |
Private Member Functions | |
| void | Start () |
| Implementation of MonoBehaviour.Start(). More... | |
| void | OnDestroy () |
| Implementation of MonoBehaviour.OnDestroy(). More... | |
| bool | CheckTileExistence (int tileRoundedZoom, int tileX, int tileY) |
| Checks if a tile is fully visible More... | |
| bool | CheckTileOutExistence (int roundedZoom, int tileRoundedZoom, int tileX, int tileY) |
| Checks if a tile is covered by other tiles with a smaller rounded zoom More... | |
| bool | CheckTileInExistence (int roundedZoom, int tileRoundedZoom, int tileX, int tileY) |
| Checks if a tile is covered by other tiles with a upper rounded zoom More... | |
| void | CleanUpTiles (Plane[] frustum, int roundedZoom) |
| Removes the tiles outside of the camera frustum and zoom level. More... | |
| void | UpdateTiles (Plane[] frustum) |
| Updates the tiles in respect to the camera frustum and the map's zoom level. More... | |
| void | GrowTiles (Plane[] frustum, int tileX, int tileY, int tileCountOnX, int tileCountOnY, float offsetX, float offsetZ) |
| Grows the tiles recursively starting from the map's center in all four directions. More... | |
Additional Inherited Members | |
| Public Attributes inherited from UnitySlippyMap.Layers.Layer | |
| Map | Map |
| The UnitySlippyMap.Map instance to which this UnitySlippyMap.Layers.Layer instance belongs. More... | |
An abstract class representing a tile layer. One can derive from it to leverage specific or custom tile services.
|
strongprotected |
A enumeration of the tile directions.
|
protected |
Implementation of MonoBehaviour.Awake().
|
protectedpure virtual |
Cancels the request for the tile's texture.
| tileX | Tile x. |
| tileY | Tile y. |
| roundedZoom | Rounded zoom. |
Implemented in UnitySlippyMap.Layers.MBTilesLayer, and UnitySlippyMap.Layers.WebTileLayer.
|
private |
Checks if a tile is fully visible
true
, if the tile exists, false
otherwise.| tileRoundedZoom | Tile rounded zoom. |
| tileX | Tile x. |
| tileY | Tile y. |
|
private |
Checks if a tile is covered by other tiles with a upper rounded zoom
true
, if tile in existence was checked, false
otherwise.| roundedZoom | Rounded zoom. |
| tileRoundedZoom | Tile rounded zoom. |
| tileX | Tile x. |
| tileY | Tile y. |
|
private |
Checks if a tile is covered by other tiles with a smaller rounded zoom
true
, if tile out existence was checked, false
otherwise.| roundedZoom | Rounded zoom. |
| tileRoundedZoom | Tile rounded zoom. |
| tileX | Tile x. |
| tileY | Tile y. |
|
private |
Removes the tiles outside of the camera frustum and zoom level.
| frustum | Frustum. |
| roundedZoom | Rounded zoom. |
|
protectedpure virtual |
Gets the tile coordinates and offsets to the origin for the tile under the center of the map.
Implemented in UnitySlippyMap.Layers.MBTilesLayer, UnitySlippyMap.Layers.WMSTileLayer, UnitySlippyMap.Layers.VirtualEarthTileLayer, and UnitySlippyMap.Layers.OSMTileLayer.
|
protectedpure virtual |
Gets the tile coordinates and offsets to the origin for the neighbour tile in the specified direction.
Implemented in UnitySlippyMap.Layers.MBTilesLayer, UnitySlippyMap.Layers.WMSTileLayer, UnitySlippyMap.Layers.VirtualEarthTileLayer, and UnitySlippyMap.Layers.OSMTileLayer.
|
protectedpure virtual |
Gets the numbers of tiles on each axis in respect to the map's zoom level.
Implemented in UnitySlippyMap.Layers.MBTilesLayer, UnitySlippyMap.Layers.WMSTileLayer, UnitySlippyMap.Layers.VirtualEarthTileLayer, and UnitySlippyMap.Layers.OSMTileLayer.
|
private |
Grows the tiles recursively starting from the map's center in all four directions.
| frustum | Frustum. |
| tileX | Tile x. |
| tileY | Tile y. |
| tileCountOnX | Tile count on x. |
| tileCountOnY | Tile count on y. |
| offsetX | Offset x. |
| offsetZ | Offset z. |
|
private |
Implementation of MonoBehaviour.OnDestroy().
|
protectedpure virtual |
Requests the tile's texture and assign it.
| tileX | Tile x. |
| tileY | Tile y. |
| roundedZoom | Rounded zoom. |
| tile | Tile. |
Implemented in UnitySlippyMap.Layers.MBTilesLayer, and UnitySlippyMap.Layers.WebTileLayer.
|
private |
Implementation of MonoBehaviour.Start().
|
virtual |
Updates the content. See UnitySlippyMap.Layers.Layer.UpdateContent.
Implements UnitySlippyMap.Layers.Layer.
|
private |
Updates the tiles in respect to the camera frustum and the map's zoom level.
| frustum | Frustum. |
|
staticprotected |
Visited tiles match predicate.
true
, if tile address matched, false
otherwise.| tileAddress | Tile address. |
|
protected |
The is ready to be queried flag.
|
protected |
The needs to be updated when ready flag.
|
staticprotected |
The tile address looked for.
|
protected |
The tile cache.
|
protected |
The tile cache size limit.
|
protected |
The tiles.
|
staticprotected |
The shared tile template
|
staticprotected |
The tile template use count.
|
protected |
The visited tiles.
|
getset |
Gets or sets the tile cache size limit.
The tile cache size limit.


This document describes how to install Apache Cordova and SDKs for iOS and Android on an OS X machine.
Follow these steps to install Cordova:
Install Node.js. Cordova runs on the Node.js platform, which needs to be installed as the first step. Download installer from: http://nodejs.org
Go ahead an run the downloaded installation file.
To test the installation, open a terminal window (make sure you open a new terminal window to get the settings made by the Node.js installation), and type:
node --versionIf the version number is displayed, Node.js is installed and working!
Install Git. Git is a version control system, which is used by Cordova behind-the-scenes. Download the installer from: http://git-scm.com.
Install Cordova. Cordova is installed using the Node Package Manager (npm). Type the following in the terminal window to install:
sudo npm install -g cordova
Test the Cordova install by typing:
cordova --versionIf you see the version number, you have successfully installed Apache Cordova!
If you wish to develop iOS apps, go ahead and install Xcode, which is Apple's development tool for iOS app development:
To access iOS development resources, you need to sign up for an Apple account if you have not already done that.
To deploy apps on devices (iPhone and iPad) and to publish apps on the AppStore, you should join Apple's iOS Developer Program. This costs 99 USD per year.
Install Xcode from: https://developer.apple.com/xcode/downloads
When the install is complete, launch Xcode and enable the command line tools for Xcode (these are used by Cordova).
From the Xcode menu, select Preferences...
Select the Downloads tab.
Under Components, locate Command Line Tools and click the download icon.
If you get stuck, try out the Cordova documentation for iOS.
Xcode is now ready to be used with Cordova. The way this works that that you create and build a Cordova project, the build process generates an Xcode project, that you just double-click to open. When your project is open in Xcode, you can run it in the iOS simulator or deploy the app to a device. Follow the instructions in the Cordova Guide to try this!
To develop Android apps, you need to install Java, the Ant build tool, and the Android SDK.
To use the Android SDK the Java SDK needs to be installed (minimum version 1.6). How to install:
To check if Java is already installed, type this in a terminal window:
javac -versionIf you see a version number at or above 1.6 you should be good to go.
If Java is not installed, get the Java for OS X installer from Apple's download page. Direct link: support.apple.com/kb/DL1572.
Apache Ant is a build system for Java, which is used by Cordova and the Android SDK. Use Homebrew to install Ant, using the following steps:
Start by checking if you have Ant installed by opening a terminal window and run:
ant -versionIf you see a version number, Ant is already installed.
Next, check if you have Homebrew installed by typing:
brew --versionIf you see a version number, Homebrew in installed.
If you have Homebrew installed, but not Ant, install Ant from a terminal window using these commands:
brew update brew install ant
If neither Homebrew nor Ant is installed, install both of them with the following commands:
ruby -e "$(curl -fsSL https://raw.github.com/Homebrew/homebrew/go/install)" brew install ant
Now test the install with:
ant -version
Download the Android Developer Tools (Eclipse ADT) from developer.android.com/sdk. The install is a zip-file, which you can unpack to a location of your choice. Make a note of there you install the SDK files, as you will have to add these to the system path.
Add the path to the folder where you unzipped the Android SDK tools to the files .bash_profile and .bashrc (these files are located in your home directory). This is needed for Cordova to find the Android build tools.
Edit .bashrc in nano (or any editor you prefer) by typing the following in a terminal window (the cd command takes you to your home directory).
cd nano .bashrc
In the nano editor, add the following line, with "/Users/username/android" substituted by the actual location of the Android SDK (note that there are two paths in one line, separated by a colon):
export PATH=/Users/username/android/sdk/platform-tools:/Users/username/android/sdk/tools:$PATH
Next, check that .bashrc is loaded by .bash_profile (.bash_profile is loaded when you open a terminal window, and we want the path set for terminal windows). Open the file .bash_profile in nano:
nano .bash_profile
If not present already, add the following lines to .bash_profile:
if [ -f ~/.bashrc ]; then source ~/.bashrc fi
Now test the install. Close any open terminal windows, open a new terminal window and type:
adb versionThis should display the version of the Android Debug Bridge.
As the final step, you need to get the specific Android SDK version used by Cordova. This is done by running the Android SDK Manager by typing the command:
androidThis launches a window where you can select to install specific Android SDKs.
First time you launch the Android SDK Manager there will be preset selections. It is recommended to leave these untouched. Also select the entry "Android 4.4.2 (API 19)". This is the version used by the current Cordova 3.5 version. Note that the Android SDK required by Cordova will change in the future, as new versions of Cordova and Android are released. When this happens, open the Android SDK Manager again, and install the required API version(s).
If you get stuck, consult the Cordova documentation for Android. You are also welcome to ask for help at the Evothings Forum.
Next step is to create and build a Cordova project. Go to the Cordova Guide to learn more.
Evothings Studio makes it easy to develop Cordova apps. Check out how to use your Cordova project with the fast Evothings workflow.
It is easy and fun to get started with Evothings Studio. Download now and be up and running in 5 minutes!


Preparation time
overnight
Cooking time
less than 10 mins
Serves
Serves 6-8
Dietary
This is a light, set cream from Lucknow flavoured with saffron and rosewater – a typical sweet from the era of the Nawabs and their very inventive chefs. It is standard practice to present the nimish covered with silver leaf as well as pistachios.
Whip the cream in a bowl until soft peaks just start to form – it’s important not to over-whisk it.
Sift in the icing sugar, then add the rosewater and the now cool saffron milk and strands. Whisk together for a minute until smooth and a few bubbles appear on the surface. Pour gently into small serving bowls or glasses and chill overnight.
Decorate with sliced pistachios, and silver leaf if you like. Serve.
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Whipping cream by hand


EntityTagVersion(etag: String)
This version checks etag value and pass it through conditions supplied by the remote client. Depending on conditions it produces return value of enum type VersionCheckResult
It never handles If-None-Match: * as it is related to non-etag logic (for example, Last modified checks). See http://www.w3.org/Protocols/rfc2616/rfc2616-sec14.html#sec14.26 for more details
Return
VersionCheckResult.OK if all headers pass or there was no related headers,
VersionCheckResult.NOT_MODIFIED for successful If-None-Match,
VersionCheckResult.PRECONDITION_FAILED for failed If-Match


To install the system, you need to do the following steps:
Open a terminal, and run starttomcat
Start sqlplus in a termial and login.
Set up and populate the initial database using script files (e.g. setup.sql) by running the following commands: @setup.sql
You need to connect to Oracle DataBase at http://HostName:PORT/proj/Connector.html where HostName is the machine name of the server the system installed on and PORT is the port number that tomcat is running on.
Enter the Oracle ID and Password, and click "CONNECT" button


{% extends "base.html" %}
{% block title %}
Schedule: {{ pi.displayName }}
{% endblock %}
{% block maintitle %}
Schedule for {{ pi.displayName }}
{% endblock %}
{% block content %}
| 8:30-9:15am | Regency EF | Welcome: Jim Kurose and Jeryl Mumpower (NSF) |
9:15-10:30am | Regency EF | Keynote: What's on the Horizon?, Latanya Sweeney (Harvard University) |
10:30-11:00am | Regency Foyer | Break |
11am-12:15pm | Regency EF | |
12:15-1:30pm | Independence Center | Lunch |
{% if breakout1 %}
| 1:30-3:00pm |
{{ breakout1.location }} | Breakout {{breakout1.number}}: {{ breakout1.title }}
{% if breakout1leader %} (Leader) {% endif %}
|
{% else %}
| 1:30-3:00pm |
Regency EF | |
{% endif %}
| 3:00-3:30pm | Regency Foyer | Break |
| 3:30-5:00pm | Various Locations | Rapid-Fire Cross Collaborations |
{% if rm %}
{% for rfmeeting in rm %}
{{ rfmeeting.displayMeeting|safe }}
{% endfor %}
{% else %}
| | No rapid-fire cross collaborations scheduled. If you would like to participate in ad-hoc rapid matching, go to headquarters in Regency EF. |
{% endif %}
| 6:00-8:00pm | Independence Center | Poster Session and Reception |
{% if poster %}
| | Present poster: {{ poster.showTitle|safe }} |
{% endif %}
| 8:30-9:00am | Regency EF | Opening: Keith Marzullo and Michael Vogelius (NSF) |
| 9:00-9:15am | Regency EF | SaTC Programmatics, Jeremy Epstein (NSF) |
9:15-10:30am | Regency EF | Keynote: T.S. Kuhn Revisited, Dan Geer (In-Q-Tel) |
| 10:30-11:00am | Regency Foyer | Break |
| 11am-12:15pm | Regency EF | |
| 12:15-1:30pm | Independence Center | Lunch |
{% if breakout2 %}
| 1:30-3:00pm |
{{ breakout2.location }} | Breakout {{breakout2.number}}: {{ breakout2.title }}
{% if breakout2leader %} (Leader) {% endif %}
|
{% else %}
| 1:30-3:00pm |
Regency EF | |
{% endif %}
| 3:00-3:30pm | Regency Foyer | Break |
{% if breakout3 %}
| 3:30-5:00pm |
{{ breakout3.location }} | Breakout {{breakout3.number}}: {{ breakout3.title }}
{% if breakout3leader %} (Leader) {% endif %}
|
{% else %}
| 3:30-5:00pm |
Regency EF | |
{% endif %}
| 5:30-7:30pm | Potomac Rooms |
Birds-of-a-Feather Sessions |


Loading...
{% load in_group %}
- :
x
We're sorry, the Fullscreen option is not supported in all browsers at this time...If it's important, you might try Firefox or Chrome.
{% if user.is_authenticated %}
{% include "scenarios.html" %}
{% endif %}


OBEventSubject1
- http://openbanking.org.uk/rid : String
Resource Id for the updated resource.
- http://openbanking.org.uk/rlk : List
Resource links to other available versions of the resource.
- http://openbanking.org.uk/rty : String
Resource Type for the updated resource.
- subject_type : String
Subject type for the updated resource.


Exercise 1
You are given a positive integer N, and two single-digit integers p and q, where p != q and both are greater than 1. You must output all of the integers from 1 to N inclusive, separated by a single space.
However, any integer divisible by p whose decimal representation does not contain the digit p should be replaced by the text WAT and any integer divisible by q whose decimal representation does not contain the digit q should be replaced by the text SON. Integers for which both of the preceding statements are true should instead be replaced by the text WATSON. Write a front end using a framework such as Angular.js to support the entry of the three numbers and the displaying of the results and a supporting backend preferably using Node.js but you can use any backend you wish. Implement this with the mindset that this will be production level code that will be supported by you and your team mates
Input: A single line on standard input per testcase: N p q
Output: The space-separated sequence as described above (only numbers and uppercase chars), with no leading or trailing spaces.
NodeJS Solution


This demo requires a current Chromium based browser with
Experimental Web Platform Features
enabled.


18.5 Parser Generators
If you have any background in
parsing theory, you may know that neither regular expressions nor
string splitting is powerful enough to handle more complex language
grammars (roughly, they don't have the "memory"
required by true grammars). For more sophisticated language analysis
tasks, we sometimes need a full-blown parser. Since Python is built
for integrating C tools, we can write integrations to traditional
parser generator systems such as yacc and
bison. Better yet, we could use an integration
that already exists.
There are
also Python-specific parsing systems accessible from Python's
web site. Among them, the kwParsing system,
developed by Aaron Watters, is a parser generator written in Python,
and the SPARK toolkit, developed by John Aycock,
is a lightweight system that employs the Earley algorithm to work
around technical problems with LALR parser generation (if you
don't know what that means, you probably don't need to
care). Since these are all complex tools, though, we'll skip
their details in this text. Consult http://www.python.org for information on
parser generator tools available for use in Python programs.
|
Speaking of parser generators: to use some of these tools in Python
programs, you'll need an extension module that integrates them.
The first step in such scenarios should always be to see if the
extension already exists in the public domain. Especially for common
tools like these, chances are that someone else has already written
an integration that you can use off-the-shelf instead of writing one
from scratch.
Of course, not everyone can donate all their extension modules to the
public domain, but there's a growing library of available
components that you can pick up for free and a community of experts
to query. Visit http://www.python.org for links to Python
software resources. With some half a million Python users out there
as I write this book, there is much that can be found in the
prior-art department.
|
Of special interest to this chapter,
also see YAPPS -- Yet Another Python Parser System. YAPPS is a
parser generator written in Python. It uses supplied rules to
generate human-readable Python code that implements a recursive
descent parser. The parsers generated by YAPPS look much like (and
are inspired by) the hand-coded expression parsers shown in the next
section. YAPPS creates LL(1) parsers, which are not as powerful as
LALR parsers, but sufficient for many language tasks. For more on
YAPPS, see http://theory.stanford.edu/~amitp/Yapps.
|


I like to watch youtube videos when I get bored.

Who doesn`t like buying things or having things shipped
to your doorstep?(AND DRONES)
CLick at your own risk. (OR just for some
entertainment and confusion)


| 039:047 Khan | : |
And those who did wrong (the polytheists and disbelievers in the Oneness of Allah), if they had all that is in earth and therewith as much again, they verily, would offer it to ransom themselves therewith on the Day of Resurrection from the evil torment, and there will become apparent to them from Allah, what they had not been reckoning. |
| 039:047 Maulana | : |
And had those who do wrong all that is in the earth and the like of it with it, they would certainly offer it as ransom from the evil of the chastisement on the day of Resurrection. And what they never thought of shall become plain to them from Allah. |
| 039:047 Pickthal | : |
And though those who do wrong possess all that is in the earth, and therewith as much again, they verily will seek to ransom themselves therewith on the Day of Resurrection from the awful doom; and there will appear unto them, from their Lord, that wherewith they never reckoned. |
| 039:047 Rashad | : |
If those who transgressed owned everything on earth, even twice as much, they would readily give it up to avoid the terrible retribution on the Day of Resurrection. They will be shown by GOD what they never expected. |
| 039:047 Sarwar | : |
Had the unjust possessed double the amount of the wealth of the whole earth, they would certainly have liked to offer it on the Day of Resurrection as redemption from the torment of Our scourge when God would make public what they had never expected. |
| 039:047 Shakir | : |
And had those who are unjust all that is in the earth and the like of it with it, they would certainly offer it as ransom (to be saved) from the evil of the punishment on the day of resurrection; and what they never thought of shall become plain to them from Allah. |
| 039:047 Sherali | : |
And even if the wrongdoers possessed all that is in the earth, and the like thereof in addition to it, they would, surely, seek to ransom themselves with it to escape from the evil punishment on the Day of Resurrection, but there shall appear unto them from ALLAH that which they had never thought of. |
| 039:047 Yusufali | : |
Even if the wrong-doers had all that there is on earth, and as much more, (in vain) would they offer it for ransom from the pain of the Penalty on the Day of Judgment: but something will confront them from Allah, which they could never have counted upon! |
Concepts/Themes Covered: أركان الإسلام > التوحيد > توحيد الله تعالي > إنذار من لا يعترف بتوحيد الله تعالي بالانتقام Pillars of Islam> Islamic> Oneness of Allah>A Warning to all who do not Acknowledge his Glory Oneness that He'll take Retribution from them أركان الإسلام > التوحيد > الكافرون > صفات الكفار Pillars of Islam> Islamic> The Disbelievers> The Characteristics of the Disbelievers أركان الإسلام > التوحيد > المكذبون الظالمون > صفاتهم Pillars of Islam> Islamic> The Oppressive Liars> Their Characteristics الإيمان > الغيب > النار > أصحاب النار Faith> The Unseen World> Hell-Fire>Hell Fellows
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


| C | ::= | ...as before... |
| | | proc |
| C | M : T in central | |
| C | M : T in proc |
| C | D : C' in central | |
| C | D : C' in proc |
The equations for proc are the same as those for central, except that the following is not valid:
| D D' | = | D' D | (bv D fv D' = fv D bv D' = Ø) |
We can construct the category proc as for val. Because there are fewer axioms for proc than for central, proc is not a symmetric monoidal category. It is instead premonoidal, a notion introduced (in slightly different form) by Power and Robinson.
A premonoidal category is a category P together with:
such that:
The syntactic category proc is premonoidal, with centre central, and has closed structure given by an adjunction (natural in X and Z):
The graphical presentation of proc is rather different from that of central and val. If we were to use the `obvious' presentation, then we would discover that not all graph-isomorphic terms are equal. In particular, in central we have:
The values hello and world come from val, so order of evaluation is unimportant. The print statements, however, come from proc, where order of evaluation is significant, so print has an incoming and outgoing control arc as well as its incoming data arc:
As another example, the ML reference functions can be typed (using only integer references for this example):
| ref | : | central (int) : ref |
| := | : | proc (ref,int) : () |
| ! | : | proc (ref) : int |
or graphically:
For example:
Graphs with one incoming control arc and one outgoing control arc form a premonoidal category.
| Identity: | |
| Composition: | |
| Tensor left: | |
| Tensor right: | |
| Symmetry: |
We can also introduce graphical representation for the closed structure, in a similar way as for central, although we now need to take a control line as an extra parameter to a curried morphism, and the evaluation morphism now takes an extra control line argument.
| Currying: | |
| Evaluation: |
The axiomatization for these graphs is the same as for central, that is to say the graph isomorphism axioms, plus beta, eta, and naturality axioms for the closed structure.


The fields of the Chord class are listed below. For a complete list of Chord class members, see the Chord Members topic.
| Augmented | Pattern for Augmented chords. |
| Diminished | Pattern for Diminished chords. |
| Major | Pattern for Major chords. |
| Minor | Pattern for Minor chords. |
| Patterns | Array of all the built-in chord patterns. |
| Seventh | Pattern for Seventh chords. |


Exception handling is very important in programming. It allows an executing program to not terminate immedialtely after an exception occurs at any point.Let us see how to handle exception in Python. As I have not decribed the whole concept here that is why I have commented the lines. You can also visit Errors and Execptions and read it more clearly.
""" created_at : 09 Feb 2017. updated_at : 11 Feb 2017. aim of script : To understand the concept of exception handling in Python. coded by : Rishikesh Agrawani. Python version : 2.7.12 """ a = 3 b = 4 name = 'Randy' try: print a+b #It will get executed except: print "Error while adding 2 numbers" try: print a+name #It raises TypeError except: print "Error while adding 2 numbers" #It will get executed cities = ["Raipur", 'Jagdalpur', 'Kondagaon', 'Dhamtari', "Nagri"] try: for index in range(len(cities)): print cities[index] #It will get executed to print all the cities except: print "Operation successful" try: for index in range(len(cities)+1): print cities[index] except: print "Error while accessing the out of range index" #It will get executed try: print 5+"Robinson" except: print "Can't add integer and string" #It will get executed finally: print "finally block execution is fixed" #It will definitely execute
Let us look at a different flavour of handling exceptions. After that we will move towards the advance exception handling examples.Here we wll handle the exact Exception types. Let us see it in the following examples.
#Example 1 - ZeroDivisionError
try: a = 10 c = 0 print a/c #This statement will raise ZeroDivisionError except ZeroDivisionError: #This block will catch the Exception print "You are trying to divide something by 0 (zero)" #So it will execute#Interactive mode programming
>>> a = 10 >>> b = 5 >>> >>> print a 10 >>> print a+b 15 >>> print a/b 2 >>> print a/0 Traceback (most recent call last): File "", line 1, in ZeroDivisionError: integer division or modulo by zero >>>
#Example 2 - TypeError
try: a = 10 name = "Peter" print a+name #This statement will raise TypeError except TypeError: print "You are trying to add invalid operands type" #It'll execute#Interactive mode programming
>>> print [1,2,3,4,5] [1, 2, 3, 4, 5] >>> >>> print tuple([1,2,3,4,5]) (1, 2, 3, 4, 5) >>> >>> print tuple({'name':'Rishikesh','age':24,'languages':['C','C++','Python','Go','HTML','JavaScript']}) ('languages', 'age', 'name') >>> >>> print tuple(range(10)) (0, 1, 2, 3, 4, 5, 6, 7, 8, 9) >>> >>> print tuple("Rishikesh") ('R', 'i', 's', 'h', 'i', 'k', 'e', 's', 'h') >>> >>> tuple(5+5j) Traceback (most recent call last): File "", line 1, in TypeError: 'complex' object is not iterable >>>
#Example 3 - ValueError
a = int("1234") #Converting '1234', a string to an integer print a try: b = int("1234y") #It will raise ValueError except ValueError: print "You are trying to convert an invalid string equivalent of integer to int type" #it will execute#Interactive mode programming
>>> int('1234') 1234 >>> >>> int('1234y') Traceback (most recent call last): File "", line 1, in ValueError: invalid literal for int() with base 10: '1234y' >>>
#Example 4 - NameError
try: a = 10 b = 5 print a+b #It will print 15 print d except NameError: print "You are trying to access undefined variable(s)" #It will get executed#Interactive mode programming
>>> a = 10 >>> b = 5 >>> >>> print a+b 15 >>> >>> print d Traceback (most recent call last): File "", line 1, in NameError: name 'd' is not defined >>>
Let us move little forward and see how to catch an exception as an object and print the details/information it holds. It is clear in the following example.
#Example 5 - IndexError
try: fruits = ["Apple", "Orange", "Grape", "Blackberry", "Gooseberry", "Strawberry"] #valid indexes are 0,1,2,3,4,5 print fruits[4], fruits[5] #Gooseberry Strawberry print fruits[6] #It will raise IndexError except IndexError as index_err: print "You are trying to access invalid index" print index_err #list index out of range#Interactive mode programming
>>> evens = [num for num in range(2,21) if num%2==0] #A shorthand way to create a list of evens >>> print evens [2, 4, 6, 8, 10, 12, 14, 16, 18, 20] >>> >>> print len(evens) 10 >>> >>> print evens[0] #first element of the list 2 >>> >>> print evens[9] #last element of the list 20 >>> >>> print evens[10] #out of range access Traceback (most recent call last): File "", line 1, in IndexError: list index out of range >>>
#Example 6 - AttributeError
class Details: def __init__(self,name,age,friends): self.name = name self.age = age self.friends = friends def show_details(self): print "Name : ",self.name print "Age : ",self.age print "Friends : ",self.friends #The items are in alphabetical order try: myself = Details("Rishikesh Agrawani",24,["Amit", 'Anand', 'Darshan', 'Guru', 'Pradeep', 'Praja', 'Pratik', 'Shivesh','Vinit']) myself.show_details() #It will get executed except: print "You are accessing the non-attribute." try: print myself.name #It's ok print myself.profession #It will raise an exception except AttributeError as attrib_err: print attrib_err #It will get executed. Details instance has no attribute 'profession'#Interactive mode programming
>>> class Car: ... def __init__(self,name,color,price,is_new): ... self.name = name ... self.color = color ... self.price = price ... self.is_new = is_new ... def show_details(): ... print "Name : ",self.name ... print "Color : ",self.color ... print "Price : ",self.price ... print "IsNew : ",self.is_new ... >>> maruti = Car("Maruti","Red",2000000,True) >>> print "My car's name is : ",maruti.name My car's name is : Maruti >>> >>> print "It's color is : ",maruti.color It's color is : Red >>> >>> print "It's price is : ",maruti.price It's price is : 2000000 >>> >>> print "Is it new : ",maruti.is_new Is it new : True >>> >>> print maruti.gears #It will raise an Exception Traceback (most recent call last): File "", line 1, in AttributeError: Car instance has no attribute 'gears' >>>
Till now, we only focused on the try-except blocks(clauses). Apart from this, try-except statement has 2 other optional clauses. These are else clause & finallly clause.Let us see these clauses in the following examples
The main usage of else block is to put the error free code(that follows the code inside try clause) inside it. In this way we can reduce the number of lines present inside the try clause.
The finally block is used to define the clean up codes. For example, closing the opened files, releasing the netwok connections etc.
#Example 7 - UnboundLocalError (try-except-else-finally clauses)
try: n1 = 10 #Assigning a value to any variable a way of defining/redefining the variable in that scope n2 = 5 print n1, n2 #It will be printed except: print "An error occured" else: print "No error\n" #It will get executed try: def print_num(): n1+=1 print n1 print_num() #It will raise an exception except UnboundLocalError as unbound_err: print "Either you are trying to access any local variable defined in other suite or an undefined variable." print unbound_err #local variable 'n1' referenced before assignment else: print "Just silent" #It won't get executed#Interactive mode programming
>>> a = 10 >>> b = 5 >>> >>> print a 10 >>> print b 5 >>> >>> def show1(): ... print a ... print b ... print id(a) ... >>> show1() 10 5<PHONE_NUMBER>54976 >>> >>> print id(a)<PHONE_NUMBER>54976 >>> >>> def show2(): ... a+=1 ... print a ... >>> show2() Traceback (most recent call last): File "", line 1, in File " ", line 2, in show2 UnboundLocalError: local variable 'a' referenced before assignment >>>
In previous examples, we saw that we are handling only single exception in each example. So what about there's a possibility of multiple exceptions. Python also has the great technique for this. Let us see how to specify multiple exceptions in except clause.
#Example 8 - KeyboardInterrupt, ValueError, ZeroDivisionError
def test_func(b,s): try: d = raw_input('\n\nINPUT : Enter any info Or press Ctrl+c or Command+c to raise KeyboardInterrupt Exception : ') a = 10 print a/b #If b equals 0 c = int(s) #It will raise an exception, if scontains non-digits except (ValueError,KeyboardInterrupt,ZeroDivisionError): print "\nMSG : Either ValueError, KeyboardInterrupt, ZeroDivisionError Exception occured... " else: print "No error occured" finally: print "This is the last statement(residing inside finally clause) to be executed from try-except-else-finally clauses" test_func(5,"1235") #It will not raise any exception, so else clause will execute if you don't press Ctrl+c/Command+c test_func(0,"1235") #ZeroDivisionError will be raised by this statement if you don't press Ctrl+c/Command+c test_func(5,"1235abc") #ValueError will be raised by this statement if you don't press Ctrl+c/Command+c
In the previous example, it is not clear that which function call is raising which exception because we have defined the Exceptions collectively inside a tuple of except statement.
Let us find the type of exceptions separately and generate the meaningful messages to the user. For the sake of simplicity, I am using the previous example here.
#Example 8 - KeyboardInterrupt, ValueError, ZeroDivisionError (modified)
def test_func(b,s): try: d = raw_input('\n\n>>> Enter any info Or press Ctrl+c or Command+c to raise KeyboardInterrupt Exception : ') a = 10 print a/b #If b equals 0 c = int(s) #It will raise an exception, if s contains non-digits except ValueError: print "\nMSG : ValueError Exception occured... " except KeyboardInterrupt: print "\nMSG : KeyboardInterrupt Exception occured... " except ZeroDivisionError: print "\nMSG : ZeroDivisionError Exception occured... " else: print "No error occured" finally: print "This is the last statement(residing inside finally clause) to be executed from try-except-else-finally clauses" test_func(5,"1235") #It will not raise any exception, so else clause will execute if you don't press Ctrl+c/Command+c test_func(0,"1235") #ZeroDivisionError will be raised by this statement test_func(5,"1235abc") #ValueError will be raised by this statement


Meetings
Online Meetings, Training & Technical Support
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Marketing Events & Town Hall Meetings
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These are chat bubbles, right? They look awesome don't they?
Yeap!
They also expand to a certain point, just like the ones that Mobile Chat apps have!
Awesome! Images too?
Yesterday, 1:45 AM
Images can be used here as well, very easy! Just add an image tag!
WOW! Videos?!
Can I Embed videos or wait, actually, can I add maps?
Yep! Just embed your stuff here. It's super simple. You just copy the embed code in this place.
25 Minutes Ago
Is this an actual chat system? Can i send messages already?
It's just a chat template, but it's ready and able to be coded into a full chat system. Great huh?
Delivered & Read - 07:18 PM


For Love of the Game (1999) A film review by Steve Lipson
When one thinks of typical plots for movie romances, the love triangle frequently comes to mind. It would seem to be the perfect story line for whatever genre the filmmakers aim for: the tension in a romantic drama over which couple ends up together, the merriment in a romantic comedy as the main characters try to one-up the other to win the affections of their object of desire. Kevin Costner obviously knows the inherent appeal of this scenario, as two of his most popular romantic comedies ("Bull Durham" and "Tin Cup") fit comfortably into the conventions of the love triangle. In a way, Costner's latest film falls into this same tradition. The romantic comedy/ drama "For Love of the Game" stars Costner as a man forced to choose between the two main loves of his life. Only this time, one of these objects of affection is not a person but a concept. This twist in the typical love triangle scenario elevates the motion picture and enables it to easily compensate for the predictability which all too often permeates romantic comedies.
At its heart, "For Love of the Game" features a romantic triangle between Billy Chapel (Costner), Jane Aubrey (Kelly Preston), and the game of baseball. Costner stars as a major league pitcher near the end of an illustrious 19-year career. It would seem that Billy enjoys the ideal life--a beautiful girlfriend, tremendous wealth and popularity, the opportunity to work doing what he loves--but his stability and happiness suddenly becomes uprooted on the second to last day of the season. The owner of his team approaches Billy in his hotel room and informs him that he plans to sell his team, the Detroit Tigers; worse, the new owners intend in the off-season to trade Billy away from the organization he has given his heart and soul to for the past two decades. Billy now faces the option of retirement rather than appearing disloyal to the fans and team he loves. But thoughts such as these quickly become secondary in his mind to potentially worse news: his girlfriend of five years, fashion writer Jane Aubrey, announces that she plans to leave him to accept a position in London. She has finally realized that baseball means far more to Billy than she ever could. All these troubles weigh on Billy's mind as he takes the mound that night, determined to do his best in what may be the last game of his career.
The bulk of the story alternates between Billy's pitching performance against the New York Yankees on this momentous yet troubled evening and flashbacks to events in the last five years that show how Billy reached this low point in his life. The baseball scenes are very well-done, with play-by-play by real life baseball announcers Vin Scully and Steve Lyons increasing the realism. (Although the filmmakers seem to have conveniently ignored the "five-and-ten rule," which would make some of Billy's troubles moot. See below.) But the game itself ultimately takes a back seat to the unique love triangle, and fortunately it is in the more emotional scenes of the film where superb acting and directing combine to overcome the limitations of the subgenre.
It would be unfair to single out either Sam Raimi's inventive direction or the performances of Costner and Preston for the movie's success. "For Love of the Game"'s best scenes invariably blend both of these elements for their considerable power. Raimi is best known for his unconventional direction of thrillers and horror movies like "A Simple Plan" and "Evil Dead," and his skill shows here especially through his fascinating use of subjective visuals and sound. For the movie to work at all, it must be clear that Costner's character feels intense love for both Jane and the game. Initially, Billy's love of baseball stands out much clearer in the viewer's mind. Raimi's scenes of Billy on the mound cut between two different shots: closeups of Costner's face exhibiting intense concentration with full-body low-angle shots of Costner making the pitch. Most significantly, all sound disappears as the ball is thrown; Billy fails to even notice the background noise as his whole mind is focused on achieving success in the game. These subjective uses of sound and camera angle cast Billy as he sees himself: a heroic loner proud to take his team on his shoulders and give his all for the game. Costner's penetrating gazes and impressive physique complement Raimi's direction perfectly.
Nevertheless, a flashback scene most clearly emphasizes Billy's apparent conviction that his love of baseball exceeds his love of Jane. Following an incident at his mountain home in which Billy seriously injures his pitching arm, the audience sees him rushed to a helicopter. Jane is most concerned for Billy's safety and well-being; Billy's only worry appears to be how this accident will affect his pitching career. As Billy is being lifted onto the helicopter, we see the emphatic, determined look in Costner's eyes as Billy tells Jane that his trainer is the most important person to him right now. Preston's face immediately registers a deep sense of hurt, and this isolation is given concrete expression by Raimi as the transparent helicopter doors immediately slam shut between the camera and Preston. As this memorable scene continues, we see the gulf between Billy and Jane metaphorically get wider as alternating point-of-view shots show the helicopter taking off and Jane staying mournfully behind. Shots such as these which depict separation between characters are not uncommon in movies; nevertheless, Raimi invests this scene with added force by his unique camera movement. As the camera in the helicopter travels up and away from Jane in a diagonal direction, we sense Billy's apparent abandonment of her all the more palpably.
Given this attitude of Billy's, it is not surprising that Jane decides to leave him. Only after he learns the news does he finally realize how much he needs her. Again, strong direction and acting allow Billy's transformation to appear convincing. As he pitches what may well be the final game of his career, Raimi shows the aforementioned heroic shots of the pitcher. But alone in the dugout, a far different Billy emerges. Frequent close-ups of Costner reveal an anguished expression, as Billy painfully reminisces back on the unfortunate course of his relationship with Jane via memories that spark the flashback sequences. I am probably not giving too much away to say that Billy wins the game, a glorious conclusion to his illustrious career. But Billy does not feel happy. One memorable shot takes us back to his hotel room, but unlike the considerable camera movement earlier in the film, this shot is entirely static. It depicts the enormity of the room, with Billy just a small pathetic figure sitting on the bed. Again, Raimi makes impressive use of subjective sound. We witness total silence and motionlessness for a long stretch of time, until finally a sound starts to swell up on the soundtrack. It is the sound of Billy crying. Without Jane, and despite his incredible success at baseball, Billy feels as isolated and alone as ever.
"For the Love of the Game" adheres to most of the conventions of romantic comedies, but because of the unique nature of the love triangle, they do not feel forced. Of course, we all know the typical outline of romantic comedy in which boy meets girl and then boy and girl break up. But unlike most movies of this genre, where the separation between the two lovers is caused by a silly contrivance, here the events surrounding the breakup are entirely believable. We are entirely convinced of Costner's deep love of the game of baseball, so his choice that his career is more important to him than his girlfriend (in the helicopter scene) does not seem unreasonable. Rather than silly misunderstanding, the drifting apart of Billy and Jane comes from heartfelt emotion.
 Again owing to the unique nature of this romantic triangle, the object of desire does not need to decide between two flesh-and-blood suitors--thus disappointing one of them and perhaps leaving audience members unhappy with the choice. Because one of the figures in this triangle is an intangible idea, it is possible that Billy can keep his devotion "for love of the game" without sacrificing his human love in the process.
Note: "The five-and-ten-rule" states that any major league baseball player who has served in the majors for ten years, the last five of which were for the same team, has the right to veto any trade in which he would be involved. Thus, since Billy meets these qualifications, he need not have worried about being traded away by the new owners in the real world of baseball. But given the emotional power of this film, I would suggest that even a committed baseball fan should have no problem suspending their disbelief in this manner.
E-mail<EMAIL_ADDRESS>© 1999 Steve Lipson
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