# -*- coding: utf-8 -*-
"""
Code by https://github.com/cstorm125/thai2vec/tree/master/notebook
"""
from __future__ import absolute_import, unicode_literals
import re
import sys
from pythainlp.corpus import download, get_file
from pythainlp.tokenize import word_tokenize
# numpy and fastai
try:
import numpy as np
from fastai.text import *
import dill as pickle
except ImportError:
from pythainlp.tools import install_package
install_package("fastai")
install_package("numpy")
try:
import numpy as np
from fastai.text import *
import dill as pickle
except ImportError:
print("Error installing using 'pip install fastai numpy dill'")
sys.exit(0)
# import torch
try:
import torch
except ImportError:
print("PyTorch required. See https://pytorch.org/.")
MODEL_NAME = "thwiki_model2"
ITOS_NAME = "itos"
# paralellized Thai tokenizer with some text cleaning
[docs]class ThaiTokenizer:
def __init__(self, engine="newmm"):
"""
:parameters for tokenization engine:
* newmm - Maximum Matching algorithm + TCC
* icu - IBM ICU
* longest-matching - Longest matching
* mm - Maximum Matching algorithm
* pylexto - LexTo
* deepcut - Deep Neural Network
"""
self.engine = engine
self.__RE_BR = re.compile(r"<\s*br\s*/?>", re.IGNORECASE)
self.__RE_REP = re.compile(r"(\S)(\1{3,})")
self.__RE_SLASH_HASH = re.compile(r"([/#])")
self.__RE_DOUBLE_SPACE = re.compile(" {2,}")
[docs] def sub_br(self, text):
"""
:meth:`sub_br` replace `<br>` tags with `\n`
:param str text: text to process
:return: procssed text
"""
return self.__RE_BR.sub("\n", text)
[docs] def tokenize(self, text):
"""
:meth: tokenize text with selected engine
:param str text: text to tokenize
:return: tokenized text
"""
return [t for t in word_tokenize(self.sub_br(text), engine=self.engine)]
[docs] @staticmethod
def replace_rep(text):
"""
:meth:`replace_rep` replace 3 or above repetitive characters with `tkrep`
:param str text: text to process
:return: processed text where repetitions are replaced by `tkrep` followed by number of repetitions
**Example**::
>>> from pythainlp.ulmfit.utils import ThaiTokenizer
>>> tt = ThaiTokenizer()
>>> tt.replace_rep('คือดียยยยยย')
คือดีtkrep6ย
"""
TK_REP = "tkrep"
c, cc = text.groups()
return f"{TK_REP}{len(cc)+1}{c}"
[docs] def proc_text(self, text):
"""
:meth: `proc_text` procss and tokenize text removing repetitions, special characters, double spaces
:param str text: text to process
:return: processed and tokenized text
"""
s = self.__RE_REP.sub(ThaiTokenizer.replace_rep, text)
s = self.__RE_SLASH_HASH.sub(r" \1 ", s)
s = self.__RE_DOUBLE_SPACE(" ", s)
return self.tokenize(s)
[docs] @staticmethod
def proc_all(ss):
"""
:meth: `proc_all` runs `proc_text` for multiple sentences
:param str text: text to process
:return: processed and tokenized text
"""
tok = ThaiTokenizer()
return [tok.proc_text(s) for s in ss]
[docs] @staticmethod
def proc_all_mp(ss):
"""
:meth: `proc_all` runs `proc_text` for multiple sentences using multiple cpus
:param str text: text to process
:return: processed and tokenized text
"""
ncpus = num_cpus() // 2
with ProcessPoolExecutor(ncpus) as e:
return sum(e.map(ThaiTokenizer.proc_all, ss), [])
# ulmfit helper functions
BOS = "xbos" # beginning-of-sentence tag
[docs]def get_texts(df):
"""
:meth: `get_texts` get tuple of tokenized texts and labels
:param pandas.DataFrame df: `pandas.DataFrame` with `label` as first column and `text` as second column
:return:
* tok - lists of tokenized texts with beginning-of-sentence tag `xbos` as first element of each list
* labels - list of labels
"""
labels = df.iloc[:, 0].values.astype(np.int64)
texts = BOS + df.iloc[:, 1].astype(str).apply(lambda x: x.rstrip())
tok = ThaiTokenizer().proc_all_mp(partition_by_cores(texts))
return (tok, list(labels))
[docs]def get_all(df):
"""
:meth: `get_all` iterate `get_texts` for all the entire `pandas.DataFrame`
:param pandas.DataFrame df: `pandas.DataFrame` with `label` as first column and `text` as second column
:return:
* tok - lists of tokenized texts with beginning-of-sentence tag `xbos` as first element of each list
* labels - list of labels
"""
tok, labels = [], []
for _, r in enumerate(df):
tok_, labels_ = get_texts(r)
tok += tok_
labels += labels_
return (tok, labels)
[docs]def numericalizer(
df, itos=None, max_vocab=60000, min_freq=2, pad_tok="_pad_", unk_tok="_unk_"
):
"""
:meth: `numericalize` numericalize tokenized texts for:
* tokens with word frequency more than `min_freq`
* at maximum vocab size of `max_vocab`
* add unknown token `_unk_` and padding token `_pad_` in first and second position
* use integer-to-string list `itos` if avaiable e.g. ['_unk_', '_pad_','first_word','second_word',...]
:param pandas.DataFrame df: `pandas.DataFrame` with `label` as first column and `text` as second column
:param list itos: integer-to-string list
:param int max_vocab: maximum number of vocabulary (default 60000)
:param int min_freq: minimum word frequency to be included (default 2)
:param str pad_tok: padding token
:param str unk_token: unknown token
:return:
* lm - `numpy.array` of numericalized texts
* tok - lists of tokenized texts with beginning-of-sentence tag `xbos` as first element of each list
* labels - list of labels
* itos - integer-to-string list e.g. ['_unk_', '_pad_','first_word','second_word',...]
* stoi - string-to-integer dict e.g. {'_unk_':0, '_pad_':1,'first_word':2,'second_word':3,...}
* freq - `collections.Counter` for word frequency
"""
tok, labels = get_all(df)
freq = Counter(p for o in tok for p in o)
if itos is None:
itos = [o for o, c in freq.most_common(max_vocab) if c > min_freq]
itos.insert(0, pad_tok)
itos.insert(0, unk_tok)
stoi = collections.defaultdict(lambda: 0, {v: k for k, v in enumerate(itos)})
lm = np.array([[stoi[o] for o in p] for p in tok])
return (lm, tok, labels, itos, stoi, freq)
[docs]def merge_wgts(em_sz, wgts, itos_pre, itos_cls):
"""
:param pandas.DataFrame df: `pandas.DataFrame` with `label` as first column and `text` as second column
:param int em_sz: size of embedding vectors (pretrained model is at 300)
:param wgts: saved pyTorch weights of pretrained model
:param list itos_pre: integer-to-string list of pretrained model
:param list itos_cls: integer-to-string list of current dataset
:return: merged weights of the model for current dataset
"""
vocab_size = len(itos_cls)
enc_wgts = to_np(wgts["0.encoder.weight"])
# average weight of encoding
row_m = enc_wgts.mean(0)
stoi_pre = collections.defaultdict(
lambda: -1, {v: k for k, v in enumerate(itos_pre)}
)
# new embedding based on classification dataset
new_w = np.zeros((vocab_size, em_sz), dtype=np.float32)
for i, w in enumerate(itos_cls):
r = stoi_pre[w]
# use pretrianed embedding if present; else use the average
new_w[i] = enc_wgts[r] if r >= 0 else row_m
wgts["0.encoder.weight"] = T(new_w)
wgts["0.encoder_with_dropout.embed.weight"] = T(np.copy(new_w))
wgts["1.decoder.weight"] = T(np.copy(new_w))
return wgts
# feature extractor
[docs]def document_vector(ss, m, stoi, tok_engine="newmm"):
"""
:meth: `document_vector` get document vector using pretrained ULMFit model
:param str ss: sentence to extract embeddings
:param m: pyTorch model
:param dict stoi: string-to-integer dict e.g. {'_unk_':0, '_pad_':1,'first_word':2,'second_word':3,...}
:param str tok_engine: tokenization engine (recommend using `newmm` if you are using pretrained ULMFit model)
:return: `numpy.array` of document vector sized 300
"""
s = word_tokenize(ss)
t = LongTensor([stoi[i] for i in s]).view(-1, 1).cuda()
t = Variable(t, volatile=False)
m.reset()
pred, *_ = m[0](t)
# get average of last lstm layer along bptt
res = to_np(torch.mean(pred[-1], 0).view(-1))
return res
class SaveFeatures:
features = None
def __init__(self, m):
self.hook = m.register_forward_hook(self.hook_fn)
def hook_fn(self, module, input, output):
self.features = output
def remove(self):
self.hook.remove()
# Download pretrained models
def get_path(fname):
path = get_file(fname)
if not path:
download(fname)
path = get_file(fname)
return path
def load_pretrained_model():
path = get_path(MODEL_NAME)
wgts = torch.load(path, map_location=lambda storage, loc: storage)
return wgts
def load_pretrained_itos():
path = get_path(ITOS_NAME)
itos = pickle.load(open(path, "rb"))
return itos
[docs]def about():
return """
thai2vec
State-of-the-Art Language Modeling, Text Feature Extraction and Text Classification in Thai Language.
Created as part of PyThaiNLP with ULMFit implementation from fast.ai
Development : Charin Polpanumas
GitHub : https://github.com/cstorm125/thai2vec
"""


Interface ITarget
Represents an action to be performed in order to obtain an object to satisfy a call to Resolve(IResolveContext), when the standard implementations of IContainer are used (e.g. Container).
Namespace: Rezolver
Assembly: Rezolver.dll
Syntax
public interface ITarget
Remarks
As mentioned in the summary, the role of this interface is largely determined by the framework's own standard implementations of the IContainer interface - all of which use an ITargetContainer to store service registrations which, when Resolve(IResolveContext) is called, is queried to obtain one or more targets which will have been registered for the requested type.
After obtaining a target, an ITargetCompiler is then used to compile the target(s) into an ICompiledTarget whose GetObject(IResolveContext) method will ultimately then be called to 'resolve' the instance. The role of the target, then, is to act as a description of the action that is to be performed by that compiled target that is built from it.
The interface doesn't describe the type of target in hand - it only provides the core data required to query the static type of the target (the type of object that the target will produce) and to determine compatibility with a request for a particular type.
The framework's many implementations of this interface - e.g. ConstructorTarget, SingletonTarget, ResolvedTarget plus many others - then define the behaviour and any additional data required in order for a compiler to produce an ICompiledTarget which matches the target's intent. E.g, the ConstructorTarget, which represents creating a new instance via a constructor, provides all the necessary information to bind to the correct constructor (including parameter bindings etc) - and the compiler's job is to translate that into an ICompiledTarget which executes that constructor, returning the result.
Properties
| Improve this Doc View SourceDeclaredType
Gets the static type of the object produced from this target. For example, if this target represents executing a constructor on a type, then this property should equal the type to which that constructor belongs.
Declaration
Type DeclaredType { get; }
Property Value
| Type | Description |
|---|---|
| Type |
Id
Unique Id for this target
Declaration
Guid Id { get; }
Property Value
| Type | Description |
|---|---|
| Guid |
ScopeBehaviour
Gets the scoping behaviour for instances that will ultimately be produced by this target.
Declaration
ScopeBehaviour ScopeBehaviour { get; }
Property Value
| Type | Description |
|---|---|
| ScopeBehaviour | The scope behaviour. |
ScopePreference
Get the preferred scope in which an object produced from this target should be tracked.
Declaration
ScopePreference ScopePreference { get; }
Property Value
| Type | Description |
|---|---|
| ScopePreference |
UseFallback
If true
, then the consumer should consider falling back to a more suitable target if available, as
the object produced from this target is most likely a default of some kind - e.g. empty enumerable, default
parameter value.
Declaration
bool UseFallback { get; }
Property Value
| Type | Description |
|---|---|
| Boolean |
Methods
| Improve this Doc View SourceSupportsType(Type)
Returns a boolean indicating whether the target is able to produce an instance of, or an instance
that is compatible with, the passed type
.
Declaration
bool SupportsType(Type type)
Parameters
| Type | Name | Description |
|---|---|---|
| Type | type | The type. |
Returns
| Type | Description |
|---|---|
| Boolean |
|
Remarks
It is strongly suggested that you use this method to check whether the target can construct an instance of a given type rather than performing any type checking yourself on the DeclaredType, because an ITarget might be able to support a much wider range of types other than just those which are directly compatible with its DeclaredType.
For example, the GenericConstructorTarget is statically bound to an open generic, so therefore
traditional type checks on the DeclaredType do not work. That class' implementation of this
method, however, contains the complex logic necessary to determine if the open generic can be closed into a
generic type which is compatible with the given type
.
Implementations of ITargetCompiler should always consult this function in their implementation of CompileTarget(ITarget, ICompileContext) to determine if the target is compatible with the TargetType of the CompileContext
Please note that any type
that's a generic type definition will always yield a false result,
because it's impossible to build an instance of an open generic type.


{% extends 'base.html'%} {% import 'macros.html' as macro%} {% import 'bootstrap/wtf.html' as wtf %} {% block styles%} {{ super() }} {% endblock %} {% block content %}
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Hi, just got my kit setup.
I have the emonTX v3 and a raspberry pi with RMF69pi 868mhz.
I'm able to get the emonTX to send data to my raspberry, but only over very short distances (1-2 meters). Even when the units are right next to each other I get RSSI values of -86 to -80. Is that normal? Something missing from my config or setup?
Regards,
K
Re: RSSI very low
Have you changed the RF Frequency in the set-up for both the emonTx and the Pi to 868 MHz? And are you using the correct aerial for 868 MHz?
Re: RSSI very low
Yeah, i belive so:
from emonhub.conf
[[RFM2Pi]]
Type = EmonHubJeeInterfacer
[[[init_settings]]]
com_port = /dev/ttyAMA0
[[[runtimesettings]]]
group = 210
frequency = 868
baseid = 11
and from the arduino:
#define RF69_COMPAT 1
#define freq RF12_868MHZ // Use the freq to match the module you have.const int nodeID = 10; // emonTx RFM12B node ID
const int networkGroup = 210; // emonTx RFM12B wireless network group - needs to be same as emonBase and emonGLCD
const int UNO = 1; // Set to 0 if you're not using the UNO bootloader (i.e using Duemilanove)
Re: RSSI very low
I am getting around -30 dB when the devices are very closed to each other. My frequency band is 433 MHz.
I have shared some data at http://emoncms.org/daturach. In that setup, distance is around 15 meters with 2 or 3 walls (15 cm. each) in between.
Re: RSSI very low
Have you actually got the 868 MHz radio Modules (see Building Blocks > RFM Radio Modules - Identifying different types).
What about the aerials? If a single wire, the length should be 87 mm.
Re: RSSI very low
This is my kit I ordered from openenergymonitor store:
Emontx v3
RFM12B / RFM69CW 433Mhz Low Power RF Module with SMA antenna
Raspberry pi 2, with
RFM69Pi 868Mhz Raspberry Pi Base Station
Receiver Board [RFM69Pi_868]
I tried changing frequency to 433 on both, Now the RSSI is about -60 to -50. I think its pretty low considering the devices are 2 meters from each other.
Re: RSSI very low
That range is pretty impressive considering the hardware is configured for 2 different frequencies, previous tests have found range as short as 10-20cm's when using RFM devices on the "other" frequency to which it was intended.
This discussion should have continued on your appropriatly titled "RSSI very low" thread rather than this "Optical Utility Meter LED Pulse Sensor an EmonTH" thread since the 2 have no common ground and will possibly get moved to avoid contaminating this thread.Since the parts ordered are incompatible without modification you should drop the shop an email with a link to this thread (and the other?) as they are really helpful and will try to help you out, maybe you can exchange the 433 emonTx for a 868?
Failing that you will need to replace the antenna and the rfm sub board to optimize the range. the latter is not an easy task and should be avoided unless you are a dab hand at desoldering as damage is easily done.
There is another less obvious possibility that may work and that is to fit/remove the smd cap that is the physical difference between the rfm boards, fiddly but probably easier than removing the rfm board.
Paul
(moved from http://openenergymonitor.org/emon/node/10843)
Re: RSSI very low
I'd say that without professional rework tools, removing the RFM module without damage to the module, the motherboard or both is a near-impossible task. (Ask Robin Emley! I believe his trick is to make the PCB with the pads 'outboard' of the RFM module, and connect with short jumper wires, then removal is just a case of snipping the links and removing their remains one at a time.)
By far the easiest must be to convert the 433 MHz module to 868 MHz by removing the capacitor, though I have not tried this (and assumes all the other components are the same value for both frequencies - do we know this for certain?).But it may be better to go the other way (add the capacitor, if we can determine the value) as the OEM 'standard' is now 433 MHz and I believe the shop doesn't hold large stocks of the 868 MHz version.
Re: RSSI very low
@Robert,
ALL of the antenna tuning SMD parts differ between the 433 and 868 MHz versions of the modules - it is just a handy side effect for a quick eyeball check that one set of cap pads is unused. Five of them differ significantly - complete module swap sounds an easier path to go down. With a heat gun, gravity assistance and braid to clean up, it is feasible, but not for the faint hearted.
Re: RSSI very low
Thanks for the clarification - it doesn't surprise me in the least. (I added those two paragraphs because Paul suggested it earlier - I assumed, obviously wrongly, that he knew.)
Would an illustrated write-up on removing a module be possible? It's a question that pops up from time to time.
Re: RSSI very low
Sorry no. I just threw the idea out there and then actually assumed as it didn't get discounted, it maybe feasible whilst waiting for a knowledgeable response to "do we know this for certain?".
Which we now have, thanks emjay, at least now we know.
Paull


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Hilary Ho, at Moztalk UNIMAS — Kuching, 2013


Tua Tagovailoa re-injured vs. Mississippi State after lobbying to reenter game
by Zac Al-KhateebAlabama quarterback Tua Tagovailoa re-injured himself in the Crimson Tide's game against Mississippi State on Saturday.
Tagovailoa, with Alabama up 35-7 and enough time remaining for one final drive in the half, was seen lobbying Nick Saban to reenter the game. He was injured on third play of the ensuing drive; he left the game on an injury cart, unable to put any weight on his right leg. He also seemed to have suffered a facial injury.
MORE: SN Week 12 college football scores, updates
According to the ESPN telecast, Tagovailoa suffered an injury to his right hip — not his knee or ankle. He was also heard screaming in pain and is heading to receive an X-ray.
Saban later said it was his decision to place Tagovailoa back in the game, in order to run a two-minute drill.
According to the ESPN telecast, Tagovailoa left Davis Wade Stadium in an ambulance. He was then helicoptered to St. Vincent's Medical Center in Birmingham, Ala., according to a report from the Tuscaloosa News' Cecil Hurts.
A long-lasting injury to Tagovailoa would be a worst-case scenario for Alabama, which likely needs him to beat Auburn in the Iron Bowl later this season and, presumably, make a final attempt at the College Football Playoff.
Tagovailoa finished the game 14 of 18 passing for 256 yards and two touchdowns.
This story will be updated.


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Up: Part IV: Syntax Previous: SYNTAX OF THE COMPOUND SENTENCE Next: CLASSES OF SUBORDINATE CLAUSES
A complex sentence consists of a principal sentence and one or more subordinate, or dependent, sentences. The principal sentence, as each subordinate sentence, has its own subject and predicate. The principal sentence of a complex sentence is called the principal clause, the subordinate sentence is called the subordinate clause. The principal clause may precede or follow the subordinate clause.
The principal clause may have any form of the simple sentence.
a. Parentheses belonging to the thought of the entire sentence, but standing in no close grammatical relation to it, count as principal clauses. So οἶμαι, δοκῶ, φημί, ὁρᾷς; οἶδα, οἶδ᾽ ὅτι certainly (2585), εὖ ἴσθι know well, αἰτοῦμαί σε I beseech thee; πῶς (πόσον) δοκεῖς; and πῶς οἴει; in the comic poets and Euripides, etc. Some of these expressions are almost adverbial.
The subordinate clause is always introduced by a subordinating conjunction, as εἰ if, ἐπεί since or when, ὅτι that, ἕως until, etc.
A finite mood in a subordinate clause may be influenced by the tense of the principal clause. If the verb of the principal clause stands in a secondary tense, the verb of the subordinate clause is often optative instead of indicative or subjunctive, as it would have been after a primary tense. Dependence of mood after a secondary tense is never indicated by the subjunctive.
Each tense in a subordinate clause denotes stage of action; the time is only relative to that of the leading verb. A subordinate clause may be marked by change of person in verb and pronoun.
A subordinate clause in English may be expressed in Greek by a predicate adjective or substantive. Cp. 1169, 2647.
A subordinate clause may be coördinate in structure.
but when Darius was ill and suspected that his end was near, he wished his two sons to be by himἐπεὶ δ᾽ ἠσθένει Δᾱρεῖος καὶ ὑπώπτευε τελευτὴν τοῦ βίου, ἐβούλετό οἱ τὼ παῖδε παρεῖναι
a. So a relative clause, though properly subordinate, may be equivalent to a coördinating clause: εἰ δ᾽ ὑ̄μεῖς ἄλλο τι γνώσεσθε, ὃ μὴ γένοιτο, τίν᾽ οἴεσθ᾽ αὐτὴν ψῡχὴν ἕξειν; but if you decide otherwise, —and may this never come to pass!— what do you think will be her feelings? D. 28.21. In such cases ὅς is equivalent to καὶ οὗτος, οὗτος δέ, οὗτος γάρ.
A clause dependent upon the principal clause may itself be followed by a clause dependent upon itself (a sub-dependent clause).
οἱ δ᾽ ἔλεγον (principal clause) ὅτι περὶ σπονδῶν ἥκοιεν ἄνδρες (dependent clause) οἵτινες ἱκανοὶ ἔσονται . . . ἀπαγγεῖλαι (sub-dependent clause) and they said that they had come with regard to a truce and were men who were competent to . . . report X. A. 2.3.4.
A verb common to two clauses is generally placed in one clause and omitted from the other (so especially in comparative and relative clauses).
ἥπερ (τύχη) ἀεὶ βέλτῑον (scil. ἐπιμελεῖται) ἢ ἡμεῖς ἡμῶν αὐτῶν ἐπιμελούμεθα fortune, which always cares better for us than we for ourselves D. 4.12. Also as in English: ὅ τι δὲ μέλλετε (πρά̄σσειν), . . . εὐθὺς . . . πρά̄σσετε but whatever you intend, do it at once T. 7.15. In comparative clauses with οὐχ ὥσπερ (or ὡς) the main and the subordinate clause are sometimes compressed, the predicate of the clause with οὐχ being supplied from the ὥσπερ clause, which is made independent; as οὐχ (οὐδὲν ἂν ἐγίγνετο)
it would not be as now, when none of these things is done for himὥσπερ νῦν τούτων οὐδὲν γίγνεται περὶ αὐτόν
The subject of the dependent clause is often anticipated and made the object of the verb of the principal clause. This transference, which gives a more prominent place to the subject of the subordinate clause, is called anticipation or prolepsis (πρόληψις taking before).
but I fear lest she may devise something untowardδέδοικα δ᾽ αὐτὴν μή τι βουλεύσῃ νέον
he knew that he held the centre of the Persian armyᾔδει αὐτὸν ὅτι μέσον ἔχοι τοῦ Περσικοῦ στρατεύματος
he took care that they should always continue to be slavesἐπεμέλετο αὐτῶν ὅπως ἀεὶ ἀνδράποδα διατελοῖεν
a. Anticipation is especially common after verbs of saying, seeing, hearing, knowing, fearing, effecting.
b. When a subordinate clause defines a verbal idea consisting of a verb and a substantive, its subject may pass into the principal clause as a genitive depending on the substantive of that clause:
and there came straightway to the Athenians also the report that the cities had revoltedἦλθε δὲ καὶ τοῖς Ἀθηναίοις εὐθὺς ἡ ἀγγελίᾱ τῶ πόλεων ὅτι ἀφεστᾶσι
c. The subject of the dependent clause may be put first in its own clause:
let us try to say what courage isἐπιχειρήσωμεν εἰπεῖν, ἀνδρείᾱ τί ποτ᾽ ἐστίν
d. The object of the subordinate clause may be anticipated and made the object of the principal clause. Thus,
Darius asked if he understood the artεἰρώτᾱ ὁ Δᾱρεῖος τὴν τέχνην εἰ ἐπίσταιτο
e. A still freer use is seen in ἐθαύμαζεν αὐτὸν ὁ Λύ̄σανδρος ὡς καλὰ τὰ δένδρα εἴη Lysander marvelled at the beauty of his trees (for τὰ δένδρα αὐτοῦ ὡς κτλ.) X. O. 4. <*>.
The mood of a subordinate clause which is intimately connected with the thought of the clause on which it depends, is often assimilated to the mood of that clause. Such subordinate clauses may be simply dependent or sub-dependent (2180).
a. This idiom is most marked in Unreal and Less Vivid Future conditions where the mood of the protasis is the same as that of the principal clause. It is also very common when a past indicative or an optative attracts the mood of a subordinate clause introduced by a relative word referring to indefinite persons or things or to an indefinite time or place. But subordinate clauses standing in a less close relation to the main clause, because they do not continue the same mental attitude but present a new shade of thought, retain their mood unassimilated; e.g. a relative clause, or a temporal clause expressing purpose, after an unreal condition may stand in the optative (Is. 4.11, P. R. 600e). On the other hand, there are many cases where the writer may, or may not, adopt modal assimilation without any great difference of meaning. The following sections give the chief occurrences of mood-assimilation apart from that found in Unreal and Less Vivid Future conditions (2302, 2329):
An indicative referring simply to the present or past remains unassimilated.
may this result as we desireξυνενέγκοι μὲν ταῦτα ὡς βουλόμεθα
but may that prevail which is likely to be for the common wealνῑκῴη δ᾽ ὅ τι πᾶσιν μέλλει συνοίσειν
Assimilation to the Indicative.—The subordinate clause takes a past tense of the indicative in dependence on a past tense of the indicative (or its equivalent) denoting unreality.
a. Conditional relative clauses: εἰ μὲν γὰρ ἦν μοι χρήματα, ἐτῑμησάμην ἂν χρημάτων ὅσα ἔμελλον ἐκτείσειν for if I had money, I should have assessed my penalty at the full sum that I was likely to pay P. A. 38b,
if I brought in as evidence against him matters which I did not know certainly but had learned by hearsay, he would have said that he was suffering a grave injustice at my handsεἰ . . . κατεμαρτύρουν ἃ μὴ σαφῶς ᾔδη ἀκοῇ δὲ ἠπιστάμην, δεινὰ ἂν ἔφη πάσχειν ὑπ᾽ ἐμοῦ
b. Temporal clauses:
I would not have ceased until I had made trial of this wisdomοὐκ ἂν ἐπαυόμην . . ., ἕως ἀπεπειρά̄θην τῆς σοφίᾱς ταυτησί̄
they ought not to have given advice concerning the matters of common agreement before they instructed us on the matters in disputeἐχρῆν . . . μὴ πρότερον περὶ τῶν ὁμολογουμένων συμβουλεύειν, πρὶν πρὶν περὶ τῶν ἀμφισβητουμένων ἡμᾶς ἐδίδαξαν
c. Final clauses: here the principal clause is an unfulfilled wish, an unfulfilled apodosis, or a question with οὐ; and the indicative in the final clause denotes that the purpose was not or cannot be attained, and cannot be reached by the will of the speaker. Thus, εἰ γὰρ ὤφελον οἷοί τε εἶναι οἱ πολλοὶ τὰ μέγιστα κακὰ ἐργάζεσθαι, ἵνα οἷοί τε ἦσαν καὶ ἀγαθὰ τὰ μέγιστα would that the many were able to work the greatest evil in order that they might be able (as they are not) to work also the greatest good P. Cr. 44d,
I should have liked Simon to be of the same opinion as myself in order that you might easily have rendered a just verdictἐβουλόμην ἂν Σίμωνα τὴν αὐτὴν γνώμην ἐμοὶ ἔχειν ἵνα . . . ῥᾳδίως ἔγνωτε τὰ δίκαια
I ought to have taken security at the time in order that he could not have deceived us even if he wishedἔδει τὰ ἐνέχυρα τότε λαβεῖν, ὡς μηδ᾽ ει᾽ ἐβούλετο ἐδύνατο ἐξαπατᾶν
N. 1.—In this (post-Homeric) construction, ἵνα is the regular conjunction in prose; ὡς and ὅπως are rare. ἄν is very rarely added and is suspected (Is. 11.6, P. L. 959e).
N. 2.—Assimilation does not take place when the final clause is the essential thing and sets forth a real future purpose of the agent of the leading verb, or does not show whether or not the purpose was realized. This occurs especially after ἵνα = eo consilio ut, rarely after ὅπως (X. A. 7.6.16); after ὡς only in poetry and Xenophon. The subjunctive or optative is used when the purpose of the agent, and not the non-fulfilment of the action, is emphasized. Thus,
you ought either not to have proposed this law or to have repealed the other; not to have thrown everything into confusion to accomplish your desireκαίτοι χρῆν σε . . . ἢ τοῦτον μὴ γράφειν ἢ ἐκεῖνον λύ̄ειν, οὐχ, ἵν᾽ ὃ βούλει σὺ γένηται, πάντα τὰ πρά̄γματα συνταράξαι
d. Causal clauses (rarely, as D. 50.67). Modal assimilation never takes place in indirect questions or in clauses dependent on a verb of fearing.
Assimilation to the Optative.—When an optative of the principal clause refers to future time (potential optative and optative of wish), the subordinate clause takes the optative by assimilation in the following cases.
a. Conditional relative clauses (regularly): πῶς γὰρ ἄν (1832) τις, ἅ γε μὴ ἐπίσταιτο, ταῦτα σοφὸς εἴη; for how could any one be wise in that which he does not know? X. M. 4.6.7, τίς μῑσεῖν δύναιτ᾽ ἄν ὑφ᾽ οὗ εἰδείη καλός τε καὶ ἀγαθὸς νομιζόμενος; who could hate one by whom he knew that he was regarded as both beautiful and good? X. S. 8. 17,
would that every man would practise the craft that he understoodἔρδοι τις ἣν ἕκαστος εἰδείη τέχνην
would that some one would come to report within my tale of woeὅστις διαγγείλειε τἀ̄μ᾽ εἴσω κακά
N. 1.—If the relative has a definite antecedent, assimilation does not take place; but not all relative clauses with an indefinite antecedent are assimilated. Cp.
as each one of you would be ashamed to leave the post to which he may be appointed in warὥσπερ ἂν ὑ̄μῶν ἕκαστος αἰσχυνθείη τὴν τάξιν λιπεῖν ἣν ἂν ταχθῇ ἐν τῷ πολέμῳ
N. 2.—A relative clause depending on an infinitive rarely takes the optative:
one should abstain from saying oneself what one does not know for certainἀλλὰ τοῦ μὲν αὐτὸν λέγειν ἃ μὴ σαφῶς εἰδείη εἵργεσθαι δεῖ
b. Temporal clauses (regularly): τεθναίην, ὅτε μοι μηκέτι ταῦτα μέλοι may I die when these things no longer delight me Mimnermus 1. 2,
he who starves of his own free will can eat whenever he wishesὁ μὲν ἑκὼν πεινῶν φάγοι ἂν ὁπότε βούλοιτο
perish not yet . . . until I learnὄλοιο μήπω, πρὶν μάθοιμι
I shall not be leaving until the gathering in the market-place is quite dispersedοὐκ ἂν ἀπέλθοιμι πρὶν ἂν παντάπᾱσιν ἡ ἀγορὰ̄ λυθῇ
c. Final and object clauses (rarely in prose, but occasionally after an optative of wish in poetry): πειρῴμην (ἂν) μὴ πρόσω ὑ̄μῶν εἶναι, ἵνα, εἴ που καιρὸς εἴη, ἐπιφανείην I will try to keep not far away from you, in order that, if there should be any occasion, I may show myself X. C. 2.4.17 (and five other cases in Xen.);
may she come to prove my liberator from this afflictionἔλθοι ὅπως γένοιτο τῶνδ᾽ ἐμοὶ λυτήριος
I should hesitate to embark on the vessels which Cyrus might give us lest he sink usὀκνοίην ἂν εἰς τὰ πλοῖα ἐμβαίνειν ἃ Κῦρος ἡμῖν δοίη μὴ ἡμᾶς . . . καταδύ̄σῃ
let me die, when I have punished him who has done me wrong, that I may not remain here a laughing-stockτεθναίην, δίκην ἐπιθεὶς τῷ ἀδικοῦντι, ἵνα μὴ ἐνθάδε μένω καταγέλαστος
d. Indirect questions, when the direct question was a deliberative subjunctive:
if you should escape, you would not know what to do with yourselfοὐκ ἂν ἔχοις ἐξελθὼν ὅ τι χρῷο σαυτῷ
if it should be settled who must lead the squareεἰ ἀποδειχθείη τίνας χρὴ ἡγεῖσθαι τοῦ πλαισίου
e. Very rarely in relative clauses of purpose (P. R. 578e possibly); after ὥστε (X. C. 5.5.30), and in dependent statements with ὅτι or ὡς (X. C. 3.1.28).
f. Assimilation and non-assimilation may occur in the same sentence (E. Bacch. 1384 ff.)
An optative referring to general past time in a general supposition usually assimilates the mood of a conditional relative or temporal clause depending on that optative.
ἔχαιρεν ὁπότε τάχιστα τυχόντας ὧν δέοιντο ἀποπέμποι but he was wont to rejoice whenever he dismissed without delay his petitioners with their requests granted (lit. obtaining what they wanted) X. Ag. 9. 2. But the indicative may remain unassimilated, as
and he was wont to honour with an invitation any whom he saw practising anything that he himself wished them to doἐκάλει δὲ καὶ ἐτί̄μᾱ ὁπότε τινὰς ἴδοι τοιοῦτόν τι ποιήσαντας ὃ αὐτὸς ἐβούλετο ποιεῖν
So when the optative refers to past time through dependence on a verb of past time, as
summoning his friends he used to carry on a serious conversation with them in order to show whom he honouredπροσκαλῶν τοὺς φίλους ἐσπουδαιολογεῖτο ὡς δηλοίη οὓς τῑμᾷ
Assimilation to the Subjunctive.—Conditional relative clauses and temporal clauses referring to future or general present time, if dependent on a subjunctive, take the subjunctive.
a. In reference to future time: τῶν πρᾱγμάτων τοὺς βουλευομένους (ἡγεῖσθαι δεῖ),
men of counsel must guide events in order that what they resolve shall be accomplishedἵν᾽ ἃ̄ν ἐκείνοις δοκῇ, ταῦτα πρά̄ττηται
b. In reference to general present time:
nor when he has become master of what he purchases, does he any longer employ the traitor to advise him concerning his plans for the futureοὐδ᾽, ἐπειδὰν ὧν ἂν πρίηται κύ̄ριος γένηται, τῷ προδότῃ συμβούλῳ περὶ τῶν λοιπῶν ἔτι χρῆται


Custom Units
Or: You Want to Justify Setting Something to 1.
Algebra and calculus wonderful and we like using them as much as we can because when we get exact solutions, they're just that. Exact. In a two-body gravitational system, we can tell you where both bodies will be at any point in the future or the past if we know where they are and where they're going at just one instance in time. It's a positively delightful result. But what about when we can't do that? For example, if we had even a one more gravitationally significant object in the universe, we're forced to make some approximations.
There are quite a few different symbolic approximations we can do if the circumstances fit and they can be quite efficient with the work we do, but we're going to assume we're doing a numerical approximation. If we're doing gravity still, that means calculating $& \vec F = G \frac{m_1 m_2}{r^2}\hat r&$ over and over again. Now, either you're just poking around with numerical methods and using this as an example to cut your teeth on, in which case you can set G to 1 and ignore it. But what if you want to simulate the solar system? If you set G to 1 and then use actual values for bodies and locations, things will go very, very wrong because real G $&~=6.674E-11 \frac{m^3}{kg*s^2}&$ or, in otherwords, a trillion times weaker than what you're estimating.
So what are we to do?  No! It's a consequence of our measurement system! notice the units at the end of that value I listed earlier, $&\frac{m^3}{kg*s^2}&$ so if we switched to some unit with twice the mass, say, the dkg for double kilogram, G would go up by a factor of two. Or specifically, if we invented some units such that $&L=a*m&$, $&M=b*kg&$ and $&T=c*s&$ we would get a new gravitational constant $&G^*=G_{mks} \frac{b c^2}{a^3}&$.
So, we have a new problem, more choices than we have decisions made. All we want is $&G^*=1&$ whichwill happen if $&\frac{a^3}{b c^2} ~= 6.674E-11&$ but we have three knobs to turn. We could keep length and time the same and just choose a very large mass, but let's play around with the other units.
An astronomical Unit is the average distance earth is from the sun, we could use that as a yard stick, but then things like Mercury or the Parker solar probe will have kind of a small average radius, might cause some


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Gilt's JavaScript Templating Architecture
Templating is a powerful way of separating concerns on the front end. It’s a natural fit for Gilt’s platform, since much of our content comes to the front end from services that return JSON. Sometimes that JSON is rendered in JSPs with JSTL, but sometimes it’s better to render it with JavaScript.
Until recently, most JavaScript HTML rendering involved messy string concatenation, lots of looping, and an unholy marriage of logic and content in the same file. However, new templating engines, such as Handlebars, allow multiple logic-less templates to be created for the same content, with clean, easy-to-read syntax. Compare:
But which template engine to use? There are many currently vying for prominence. I didn’t want to hitch our wagon to any one engine, since many different pieces of Gilt code need to make templating calls and none of us knows the future, so I decided to create a middle-tier API that would accept any templating engine as a plugin. This is generally a good way to approach front end architecture, as it’s all too easy to scatter third-party dependencies throughout a large codebase, leading to difficult maintenance and requiring significant restructuring if the third-party code ever needs to be changed.
What It Is
There are three components in addition to the implementation code:
Gilt.Template
, which exposesrender()
,register()
,plugin.add()
andplugin.get()
methods- a template file saved using a directory and file naming convention
- the chosen rendering engine code
How It Works
- Templates are stored in a
Gilt.Template
private cache, by a unique combination of name, engine, and version. Name is typically the type of feed or data that is being rendered, such as a wait list, a single product feed, or a cart. Version indicates which view of the data is required (“default” is the canonical view, and views can exist for third-party sites or other areas on the Gilt site such as a modal window or a specific page). Engine indicates which third-party rendering to use, with Handlebars as the default if none is specified. - For flexibility, all rendering is asynchronous. The
render()
method does not actually write any markup; instead, it supplies the rendered markup to a passed callback function. This allows the template file or rendering engine to be lazy loaded at the time of invocation, rather than be already present on the page, and it recognizes that often the rendered template is needed for purposes other than writing immediately into an element on a page. - Each template engine is an equal citizen, registered as a plugin with
Gilt.Template
. Handlebars and Dust are built-in, as we use both of them on the Gilt site; however, any additional template engine can be registered and used. Each plugin must provide arender()
method, and optionally can provide aregister()
method (used, for example, in Dust compilation). When the implementation code callsGilt.Template.render()
, that method delegates to the plugin’srender()
method. - If the template is not available in
Gilt.Template
’s cache, it triggers an asynchronous load of the template file, looking by a naming convention of/templates/<type>/<version>.<engine>.js
. For example, a template that handles the default view of a wait list feed using Handlebars would be stored at/templates/wait_list/default.handlebars.js
. This convention allows for multiple views of the same data feed.Gilt.Template.render()
takes an optional argument for an ajax service to use, with jQuery used by default. This allows for the possibility of use with a different base library, since this is the only point of third-party dependency.
How To Use
So, the three steps required to use the system are:
-
Add a plugin using
Gilt.Template.plugin.add()
with the specific code required to interact with the chosen third-party templating engine. Handlebars support is built-in and, for reference, looks like this: -
Register a template with
Gilt.Template.register()
, indicating a unique combination of name, engine, and version. This could be done prior to callingrender()
; if not,render()
will lazy load this template file, thereby callingregister()
: -
Call
Gilt.Template.render()
, passing it the unique name, engine, and version to render, along with a callback to be provided with HTML. Therender()
method will load the plugin and callregister()
first if the template is unavailable. The following code is probably in the callback of an ajax request function:
tl;dr;
In summary, Gilt.Template
:
- allows for template storage by engine, version and name;
- provides flexibility by providing rendered markup to a callback function;
- treats all templating engines equally; and
- speeds up page load by asynchronously loading template files.
Templates have helped us to separate our content data from its views on the site, and our middle-tier architecture has provided a consistent API and eliminated the need for third-party calls in the Gilt codebase.


Overview Learn what Cucumber is and isn't
Installation Java, JavaScript, Ruby and more
Gherkin The language for executable specifications
API Step Definitions, Hooks and more
Configuration Command line, tags, reports and more
Overview The essence of Behaviour-Driven Development
Example Mapping Three amigos agreeing on what to build
Who does what Programmers, Testers, Domain experts and more
Tutorial Build a small application the BDD way
Browser automation Selenium WebDriver, Capybara and more
Good practices Isolated state
Testable architecture How to have fast and reliable tests


Tap
, usually along the bottom of the screen, then swipe up, and tap 'Add to Home Screen'.
More Info
Troubleshooting: if you don't see the 'Add to Home Screen' option, scroll to the bottom and tap 'Edit Actions', then tap 'Add' next to the 'Add to Home Screen'. After that, try again. Or see
Apple's Guide
Tap the
in the top right corner of the screen, and then choose 'Add to Home Screen'.
More Info
Troubleshooting: If you cannot see the 3-dot menu, you may be in another app's internal browser. Run the browser app directly (e.g. Chrome or Firefox Fennec), and then open the MedImage app address from there. Or see
More Tips
Click the
or
or
style icon in the address bar, to the left of the address, and depending on the browser, drag this onto your desktop.
More DetailsIn Edge on Windows, use
> "Apps" > "Install this site as an app".


Satisfiability (SAT), Satisfiability Modulo Theories (SMT), and Automated Reasoning (AR) continue to make rapid advances and find novel uses in a wide variety of applications, both in computer science and beyond. The SAT/SMT/AR Summer School aims to bring a select group of students up to speed quickly in this exciting research area. The school continues the successful line of Summer Schools that ran from 2011 to 2015 as SAT/SMT Summer Schools and added AR in 2016.
The SAT/SMT/AR summer school will precede SAT 2019 and SMT 2019 taking place on July 3-6, 2019 at the Instituto Superior Técnico (IST/UL), University of Lisbon, Portugal.
Please send questions about the summer school to ssa.school2019@gmail.com.


| All fees | Amount | Details |
|---|---|---|
| Card purchase fee | $3.95 |
| All fees | Amount | Details |
|---|---|---|
| Monthly fee | $5.99 | Monthly fee is waived in any month in which you receive a direct deposit or conduct at least 30 transactions. |
| All fees | Amount | Details |
|---|---|---|
| Direct deposit | $0.50 | |
| Cash reload | $3.99 | Fees of up to $3.99 may apply when reloading your card at XYZ reload agents. Locations may be found at xyzbank.com/prepaid/reloads. |
| All fees | Amount | Details |
|---|---|---|
| Bill payment (regular delivery) | $0.50 | Bill pay available when you log in to your account at xyzbank.com/prepaid or using the XYZ Bank mobile app. Regular bill pay transactions will be completed within 3 business days for electronic payments and within approximately 7 days if we have to mail a paper check to pay your bill. |
| Bill payment (expedited delivery) | $1.00 | Bill pay available when you log in to your account at xyzbank.com/prepaid or using the XYZ Bank mobile app. Expedited bill pay transactions will be completed within 1 business day. Electronic payments only. |
| All fees | Amount | Details |
|---|---|---|
| ATM withdrawal (in-network) | $0 | “In-network” refers to the XYZ Bank ATM Network. Locations can be found at xyzbank.com/ATMs. |
| ATM withdrawal (out-of-network) | $1.99 | This is our fee. We will not charge you this fee for your first 3 out-of-network ATM withdrawals each month. “Out-of-network” refers to all the ATMs outside of the XYZ Bank ATM Network. You may also be charged a fee by the ATM operator, even if you do not complete a transaction. |
| All fees | Amount | Details |
|---|---|---|
| Customer service (automated) | $0 | No fee for calling our automated customer service line, including for balance inquiries. |
| Customer service (live agent) | $0.50 | Per call. First 3 calls per month are free. |
| ATM balance inquiry (in-network) | $0 | “In-network” refers to the XYZ Bank ATM Network. Locations can be found at xyzbank.com/ATMs. |
| ATM balance inquiry (out-of-network) | $0.50 | This is our fee. “Out-of-network” refers to all the ATMs outside of the XYZ Bank ATM Network. You may also be charged a fee by the ATM operator. |
| All fees | Amount | Details |
|---|---|---|
| International transaction | 3% | Of the U.S. dollar amount of each transaction. |
| International ATM withdrawal | $3.00 | This is our fee. You may also be charged a fee by the ATM operator, even if you do not complete a transaction. |
| International ATM balance inquiry | $2.00 | This is our fee. You may also be charged a fee by the ATM operator. |
| All fees | Amount | Details |
|---|---|---|
| Inactivity | $1.00 | You will be charged $1.00 each month after you have not completed a transaction using your card for 12 months. |
Register your card for FDIC insurance eligibility and other protections. Your funds will be held at or transferred to XYZ Bank, an FDIC-insured institution. Once there, your funds are insured up to $250,000 by the FDIC in the event XYZ Bank fails, if specific deposit insurance requirements are met and your card is registered. See fdic.gov/deposit/deposits/prepaid.html for details.
No overdraft/credit feature.
Contact XYZ Prepaid Company by calling 1-800-555-5555, by mail at 555 Street Name, Anytown, NY, or visit xyzprepaid.com/prepaid.
For general information about prepaid accounts, visit
cfpb.gov/prepaid.
If you have a complaint about a prepaid account, call the
Consumer Financial Protection Bureau at 1-855-411-2372 or visit
cfpb.gov/complaint.


int jewishtojd ( int $month , int $day , int $year )
Although this function can handle dates all the way back to the year 1 (3761 B.C.), such use may not be meaningful. The Jewish calendar has been in use for several thousand years, but in the early days there was no formula to determine the start of a month. A new month was started when the new moon was first observed.
The julian day for the given jewish date as an integer.


Bootstrap CDN !-->
Network Address: (please enter the Network Address)
Subnet Number: (Enter a numeric value)
Network Address
Subnet Mask:
Subnet Class:
IP Address:


Surprise trailer for Half Life: Alyx delights franchise fans
by Rob BeschizzaIt's been more than twelve years since the release of Half Life 2: Episode 2, and fans of the Half Life series have long been left out in the cold waiting for the story to conclude. Enter Half Life: Alyx, described as a "full" VR game featuring one of Dr. Freeman's sidekicks. You'll need a powerful PC (recommended is an Nvidia 1070 GPU and mandatory is a VR headset) and about 20 hours to spare. It's scheduled for release in March 2020.


#include <cusbd_structs_if.h>
Data Fields | |
| LIST_ListHead | epList |
| char | name [100] |
| CUSBD_EpPrivate * | epPrivate |
| const CUSBD_EpOps * | ops |
| uint16_t | maxPacket |
| uint16_t | maxStreams |
| uint8_t | mult |
| uint8_t | maxburst |
| uint8_t | address |
| const uint8_t * | desc |
| const uint8_t * | compDesc |
Structure represents device USB endpoint
| uint8_t CUSBD_Ep_s::address |
Endpoint address, the oldest bit refers to endpoint direction. For example: address = 0x82 refers to endpoint 2 IN address = 0x03 refers to endpoint 3 OUT
| const uint8_t* CUSBD_Ep_s::compDesc |
pointer to user defined endpoint companion descriptor, useful only in SS mode, CH9_UsbSSEndpointCompanionDescriptor is defined in cusb_ch9_if.h
| const uint8_t* CUSBD_Ep_s::desc |
pointer to user defined endpoint descriptor, CH9_UsbEndpointDescriptor is defined in cusb_ch9_if.h
| LIST_ListHead CUSBD_Ep_s::epList |
enables organization of endpoints in linked list
| CUSBD_EpPrivate* CUSBD_Ep_s::epPrivate |
pointer to the private data of this endpoint
| uint8_t CUSBD_Ep_s::maxburst |
Maximal number of packets in burst transfer, useful only in SS mode. Maxburst value is in range from 0 to 15 giving number of packets 1 to 16. Refers to USB transfer burst.
| uint16_t CUSBD_Ep_s::maxPacket |
Maximal packet size for endpoint
| uint16_t CUSBD_Ep_s::maxStreams |
Maximal number of streams used by endpoint, useful only in SS mode
| uint8_t CUSBD_Ep_s::mult |
packet multiplication, it enables to multiplicate number of packet per service interval, useful in HS and SS mode only for isochronous endpoint, mult value range from 0 to 2 - it multiplicate packets by 1 to 3
| char CUSBD_Ep_s::name[100] |
keeps name of endpoint
| const CUSBD_EpOps* CUSBD_Ep_s::ops |
endpoint driver, contains methods for all operation required on endpoint


Hi, my name is Langston Taylor. I'm a May 2017 multimedia journalism graduate of the University of North Carolina at Chapel Hill. I have professional experience reporting, and I'm a skilled web designer and data reporter. I've worked for the Tampa Bay Times and Charlotte Observer. Take a look at what I've done:
I've reported for major daily newspapers on tragedy, crime and activism. I've also written commentary on media and policy.
I've learned CSS, d3 and plenty of techniques for making the news beautiful.


Welcome to Paul's Pizzeria
Select a size:
Input the number of toppings you want on your pizza:
The pizza cost is:
Submit


Boolean indicating if the top of the viewport has been scrolled beyond this point
Boolean indicating if the point is currently within the bounds of the target element. Updated when checkInView() is called.
Boolean indicating if the point is currently in view. Updated when checkInView() is called.
The parent EventDispatcher instance. If this instance has no parent, this value will be set to null. The parent is used in the bubbling and capturing phases of events.
Change the height of this point. Executes checkInView to check if the point has entered or leaved view.
The current height of the point in pixels. This is the distance from the start or end of the target element depending on the 'side' parameter, measured horizontally or vertically depending on the axis of this ScrollTracker instance.
Change the height of this point. Executes checkInView to check if the point has entered or leaved view.
The height of this points in pixels. This is the distance from the start or end of the target element depending on the 'side' parameter, measured horizontally or vertically depending on the axis of this ScrollTracker instance.
The current height of the point in pixels. This is the distance from the start or end of the target element depending on the 'side' parameter, measured horizontally or vertically depending on the axis of this ScrollTracker instance.
Change the position of this point. Executes checkInView to check if the point has entered or leaved view.
The current position of the point in pixels. This is the distance from the start or end of the target element depending on the 'side' parameter, measured horizontally or vertically depending on the axis of this ScrollTracker instance.
Change the position of this point. Executes checkInView to check if the point has entered or leaved view.
The position of this points in pixels. This is the distance from the start or end of the target element depending on the 'side' parameter, measured horizontally or vertically depending on the axis of this ScrollTracker instance.
The current position of the point in pixels. This is the distance from the start or end of the target element depending on the 'side' parameter, measured horizontally or vertically depending on the axis of this ScrollTracker instance.
The side of from which the position of this point is measured.
Adds a new event listener. The given handler function will be called in the following cases:
The eventType to listen for
The handler function that will be called when a matching event is dispatched. This function will retrieve the dispatched [[IEvent|event]] as a parameter
Indicates if this handler should be called during the capturing phase of an event chain. If and only if this is set to false will this handler be called during the bubbling phase of an event chain.
A number that indicates the priority of this event listener relative to other event listeners of the same type on this EventDispatcher instance. A higher number indicates that this listener will be called earlier.
An object describing the listener that has a [[EventListenerData.dispose|dispose()]] method to remove the listener.
Checks if this point is in view using it's position and the current scroll position saved on the ScrollTracker. Updates the isInView property accordingly.
True if this point is in view.
Dispatches the given event. The dispatch consists of three phases:
If any of the event handlers call [[IEvent.stopPropagation|stopPropagation()]], we will skip all event handlers that occur on a target later in the event chain. If an event handler calls [[IEvent.stopImmediatePropagation|stopImmediatePropagation()]], we will also skip any event handlers on the same target in the event chain.
The event to dispatch
If one of the handlers that have been called during this dispatch called [[IEvent.preventDefault|event.preventDefault()]], this method will return false. If no handlers have been called or none of the handlers have called [[IEvent.preventDefault|event.preventDefault()]], this method will return true.
Please note: [[IEvent.preventDefault|preventDefault()]] can only be called on events that have their [[IEvent.cancelable|cancelable]] property set to true
Disposes the ScrollTrackerPoint instance.
Checks if an event listener matching the given parameters exists on this EventDispatcher instance.
Will only look for event listeners with this eventType
If set, will only match event listeners that have the same handler function
If set, will only match event listeners that have the same useCapture argument. Please note: if no useCapture argument was provided to addEventListener, it is set to false by default
True if one or more event listeners exist
After dispose has been called, this method returns true. Use this method to determine whether dispose() should be run again.
Removes all event listeners that have a [[IEvent.type|type]] of the given eventType from this EventDispatcher instance, regardless of their [[EventListenerData.handler|handler]] or [[EventListenerData.useCapture|useCapture]] property.
Please note: if you remove an event listener during the dispatch of an event it will not be called anymore, even if it was supposed to be called in the same event chain
The [[IEvent.type|type]] of event to remove. If not provided, all event listeners will be removed regardless of their type.
Removes all event listeners that match the given parameters from this EventDispatcher instance.
Please note: if you remove an event listener during the dispatch of an event it will not be called anymore, even if it was supposed to be called in the same event chain
Only event listeners of that have this eventType are removed
Only event listeners that have this handler function will be removed
Only event listeners that have been added with the same useCapture parameter will be removed. Please note: if no useCapture argument is provided, only event listeners that have useCapture set to false will be removed.
Checks if an event listener with a [[EventListenerData.type|type]] of the given eventType exists on this EventDispatcher or any ancestor EventDispatcher instance.
The event type to check for
true if a matching listener is found
Generated using TypeDoc
Instance created for every coordinate that a ScrollTracker tracks.


cCollisionBrute provides methods to check for the intersection of a line segment with a mesh by checking all triangles in the mesh. More...
#include <CCollisionBrute.h>
Public Member Functions | |
| cCollisionBrute (vector< cTriangle > *a_triangles) | |
| Constructor of cCollisionBrute. | |
| virtual | ~cCollisionBrute () |
| Destructor of cCollisionBrute. | |
| virtual void | initialize (double a_radius=0) |
| No initialization is necessary for the brute force method. | |
| virtual void | render () |
| There isn't really a useful "visualization" of "check all triangles". | |
| bool | computeCollision (cVector3d &a_segmentPointA, cVector3d &a_segmentPointB, cCollisionRecorder &a_recorder, cCollisionSettings &a_settings) |
| Return the triangles intersected by the given segment, if any. | |
Protected Attributes | |
| vector< cTriangle > * | m_triangles |
| Pointer to the list of triangles in the mesh. |
cCollisionBrute provides methods to check for the intersection of a line segment with a mesh by checking all triangles in the mesh.
| bool cCollisionBrute::computeCollision | ( | cVector3d & | a_segmentPointA, | |
| cVector3d & | a_segmentPointB, | |||
| cCollisionRecorder & | a_recorder, | |||
| cCollisionSettings & | a_settings | |||
| ) | [virtual] |
Return the triangles intersected by the given segment, if any.
Check if the given line segment intersects any triangle of the mesh. This method is called "brute force" because all triangles are checked by invoking their collision-detection methods. This method is simple but very inefficient.
| a_segmentPointA | Initial point of segment. | |
| a_segmentPointB | End point of segment. | |
| a_recorder | Returns pointer to nearest collided object. | |
| a_settings | Structure which contains some rules about how the collision detection should be performed. |
Reimplemented from cGenericCollision.


{% if content contains "amzn.to" or content contains "linksynergy.com" %}
This post contains affiliate links. If you click on a link, I may earn a small commission at no cost to you.


Intense Trip... or No Trip at All?
MUshrooms - P. cubensis
Last night I tripped on *many* (~20) dried cubes. It was really an experience... or was it? The whole trip was marked by a common thought: 'this is no different from usual.' I had the distinct notion that tripping was in reality no different from normal thought; instead, I was just more focused on normal things. I was as in awe of the LACK of color enhancement as I've been at the INTENSITY of color enhancement from my first trip.
With eyes closed, it seemed vaguely hilarious that these could be called 'closed eye visuals.' After all, if I really tried to LOOK at them, they weren't there at all! Instead, they were just the familiar shapes and colors that I'd been failing to notice most of the time while 'sober.' Music DIDN'T sound better, colors DIDN'T look sharper, visuals WEREN'T more vivid... and THAT was the epiphany. Things always just WERE! There was no 'trip.' Things just were.
Before the trip, I had planned out a list of things to do while tripping. A list of songs that evoked nostalgia, a list of memories to recall with enhanced clarity, a bunch of pictures that I'd always found stunning. During the trip, none of that mattered. There was no 'better' or 'worse.' I didn't like these songs and not those. I didn't want this feeling and not that. Everything was equally valid. It was all just experience.
It really made me laugh to think about trip reports. How can anyone report on the experience of Teonanacatl? How could people use words to describe things like 'closed eye visuals,' or 'walls breathing,' or 'enhanced colors?' There was nothing at all... and it was so intense! The kaleidoscopic purple patterns swirling on my tan towel... that wasn't a hallucination. That was ME, for the first time noticing how it all looked and fit together. As if to confirm this, a closer inspection showed that the towel really just was a towel.
 After all, there IS no tripping. My mother called, my father called, my sister called. None of them suspected anything. And what would they suspect? That I was me? The only thing to fear was fear itself. When I stopped and asked myself how my fingers could type so fast, they would refuse to move. When I didn't think about them, I was in awe of how they did their thing without my awareness of it. How could they move SO FAST without my direct supervision?! And why did they stop when I asked them how they did it? Without interference, my typing was as good as normal, and so was my speech. How could I ever think otherwise?
And from whence it came, it sank back. It was never anything at all.
Thanks for reading up til here. I hope others can relate.
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.


How easy do you find it to remember the exact location of a document that you created last year? Not very easy, right? We deal with hundreds of documents daily and forget about them most of the time.
But what if we want that old documentation again for your work, but unfortunately you do not remember the name or content of that document to retrieve it from the large storage of your computer.
In such cases, we make use of a document finder, which can search for the document of our need based on a query input. This will not only help in faster access to the document, but will also help in grouping similar documents together and in analysing them.
Our Team
Available Filters
Selected Filter
Specified path: {% if var_path %} {{ var_path }} {% else %} None {% endif %}


Green Screen is a build monitoring tool that is designed to be used as a dynamic Big Visible Chart (BVC) in your work area. It lets you add links to your build servers and displays the largest possible information on a monitor so that the team can see the build status from anywhere in the room.
We use Green Screen at CustomInk to look after our continuous integration servers, currently 3 Hudson servers and one Jenkins cluster. We have a monitor mounted in the engineering office that makes it easy for everyone to quickly assess the build status.
Green Screen is a simple Sinatra application that is easy to configure and deploy. It works well with any continuous integration server that conforms to the multiple project summary reporting standard.
You can see a sample Green Screen app running at http://greenscreenapp.com. Be forewarned, this sample Green Screen looks at all of the builds currently running on http://ci.jenkins-ci.org. This is fine for demo purposes but you may find it to be a bit overwhelming since it’s over 300 builds at the time of this writing.
History
Green Screen was originally implemented by Marty Andrews and announced on his blog in 2009. In the original version, a build that was in progress would blink on the screen.
Rhett Sutphin improved the layout of green screen and introduced a new color, yellow, for builds that are in progress.
After using these versions for a while at CustomInk, we decided that the most important thing to know was which builds were failing. Once you get past a handful of builds, it’s no longer very interesting to see every build. We forked Rhett’s version and created a new layout for Green Screen.
If everything is passing, the screen is basically one giant checkmark.
If there are any failing builds, they’re shown in the main area while all others are displayed on the right.
Finally, a build that previously failed will be shown in yellow while it’s rebuilding.
We’ve also added support for controlling which builds are displayed from each CI server. So that you can explicitly include or exclude builds or just go with the default behavior of showing all builds on the server.
Deploying
I’ll cover a couple of deployment options for Green Screen in my next post.


Teaching independence to the lives of the people you love with reliable, individualized emotional and behavioral therapy.
FIND HELP HEREChildren as young as 2 years old may begin to develop behaviors which need extra support and attention.
Families, organizations and health care providers in Northern California. Our knowledge and experience provide the specialized support people need when overcoming behavioral challenges.
CONTACT USBe a part of something bigger than yourself. Make a difference.
We are always looking for highly motivated individuals who aligned with our committment to making a difference in the lives of other people. Whether you’re a BCBA or interested in ABA work we are interested in talking to you!
FIND WHAT’S AVAILABLE


{{ .Title }}
{{ .Summary }}
{{ if .Truncated }} {{ end }}MicroMDM is a project which provides an open source Mobile Device Management server for Apple devices. Our goal is to create a performant and extensible device management solution for enterprise and education.
Get Started with MicroMDMRead the quickstart tutorial for getting up and running with MicroMDM. The steps in this guide are intended to get you up and running as quickly as possible.
View the Quickstart GuideThe best place to get help is the #micromdm channel on the MacAdmins Slack team. Join us there by getting an invitation at the link below.
Join Us On SlackMicroMDM is open source and the core developers are eager to help you make your first Pull Request. Check out the contributing guide for more details.
Read the Contributing GuideMicroMDM has a robust set of APIs for scheduling commands, reading device data and managing the server itself.
Explore the APIMicroMDM is free, open source, and permissively licensed! Read the code, contribute features, and offer feedback.
View the Source CodeThe MicroMDM developers are eager to make a solution that works for everyone. Let us know what you need to use MicroMDM at your organization.
Create a GitHub issue


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© 2017 80/20 Social.
All rights reserved.
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|
Optimization and Computational Systems Biology Lab |
|
|
|
|
2021
- The cell-surface 50-nucleotidase CD73 defines a functional T memory cell subset that declines with age. Fengqin Fang, Wenqiang Cao, Weikang Zhu, Nora Lam, Lingjie Li, Sadhana Gaddam, Yong Wang, Chulwoo Kim, Simon Lambert, Huimin Zhang, Bin Hu, Donna L. Farber, Cornelia M. Weyand, Jorg J. Goronzy. Cell Reports. 37, 109981, (2021).
- Reusability report: Compressing regulatory networks to vectors for interpreting gene expression and genetic variants. Wanwen Zeng, Jingxue Xin, Rui Jiang, Yong Wang. Nature Machine Intelligence. 1-5 (2021).
- hReg-CNCC reconstructs a regulatory network in human cranial neural crest cells and annotates variants in a developmental context. Zhanying Feng, Zhana Duren, Ziyi Xiong, Sijia Wang, Fan Liu, Wing Hung Wong, Yong Wang. Communications Biology. vol. 4: 1-6 (2021).
- MIMIC: an optimization method to identify cell type-specific marker panel for cell sorting. Meng Zou, Zhana Duren, Qiuyue Yuan, Henry Li, Andrew Paul Hutchins, Wing Hung Wong, Yong Wang. bbab235. (2021).
- OpenAnnotate: a web server to annotate the chromatin accessibility of genomic regions. Shengquan Chen, Qiao Liu, Xuejian Cui, Zhanying Feng, Chunquan Li, Xiaowo Wang, Xuegong Zhang, Yong Wang, Rui Jiang. Nucleic Acids Research. Volume 49, Issue W1, Pages W483¨CW490, (2021).
|
2020
- Chromatin accessibility landscape and regulatory network of high-altitude hypoxia adaptation. Jingxue Xin, Hui Zhang, Yaoxi He, Zhana Duren, Caijuan Bai, Lang Chen, Xin Luo, Dong-Sheng Yan, Chaoyu Zhang, Xiang Zhu, Qiuyue Yuan, Zhanying Feng, Chaoying Cui, Xuebin Qi, Wing Hung Wong, Yong Wang, Bing Su. Nature Communications. vol. 11: 1-20 (2020).
- Time course regulatory analysis based on paired expression and chromatin accessibility data. Zhana Duren, Xi Chen, Jingxue Xin, Yong Wang, Wing Wong. Genome Research. vol. 30: 622-634 (2020).
- 3Scover: Identifying safeguard TF from cell type-TF specificity network by an extended minimum set cover model. Qiuyue Yuan, Yong Wang. iScience. vol. 23(6): 101227. (2020).
- ERG orchestrates chromatin interactions to drive prostate cell fate reprogramming. Fei Li, Qiuyue Yuan, Wei Di, Xinyi Xia, Zhang Liu, Ninghui Mao, Lin Li, Chunfeng Li, Juan He, Yunguang Li, Wangxin Guo, Xiaoyu Zhang, Yiqin Zhu, Rebiguli Aji, Shangqian Wang, Ping Chi, Brett Carver, Yong Wang, Yu Chen, Dong Gao. The Journal of Clinical Investigation. vol. 130(11): 5924-5941 (2020).
- Integrating distal and proximal information to predict gene expression via a densely con-nected convolutional neural network.Wanwen Zeng, Yong Wang, Rui Jiang. Bioinformatics. vol. 36, Issue 2, P496-503 (2020).
- Associating divergent lncRNAs with target genes by integrating genome sequence, gene expression and chromatin accessibility data.Yongcui Wang, Shilong Chen, Wenran Li, Rui Jiang, Yong Wang. NAR Genomics and Bioinformatics. vol. 2 (2), (2020).
- ZokorDB: tissue specific regulatory network annotation for non-coding elements of plateau zokor.Wanwen Zeng, Yong Wang, Rui Jiang. Jingxue Xin, Junjun Hao, Lang Chen, Tao Zhang, Lei Li, Luonan Chen, Wenmin Zhao, Xuemei Lu, Peng Shi, Yong Wang. P1-8 (2020).
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2019
- Associating lncRNAs with small molecules via bilevel optimization reveals cancer-related lncRNAs. Y Wang, S Chen, L Chen, Y Wang. PLoS Computational Biology. vol. 15 (12), e1007540 (2019).
- Lipid-gene regulatory network reveals coregulations of triacylglycerol with phosphatidylinositol/lysophosphatidylinositol and with hexosyl-ceramide. Wei Wang, Jingxue Xin, Xiao Yang, Sin Man Lam, Guanghou Shui, Yong Wang, Xun Huang. Biochimica et Biophysica Acta (BBA) - Molecular and Cell Biology of Lipids. vol. 1864, Issue 2, Pages 168-180 (2019).
- scTIM: Seeking Cell-Type-Indicative Marker from single cell RNA-seq data by consensus optimization. Zhanying Feng, Xianwen Ren, Yuan Fang, Yining Yin, Chutian Huang, Yimin Zhao, Yong Wang. Bioinformatics. vol. 36, Issue 8, P2474¨C2485, (2019).
- DC3 is a method for deconvolution and coupled clustering from bulk and single-cell genomics data.Wanwen Zeng, Xi Chen, Zhana Duren, Yong Wang, Rui Jiang, Wing Hung Wong. Nature Communications. vol. 10 (1), 1-11 (2019).
- Hierarchical graphical model reveals HFR1 bridging circadian rhythm and flower development in Arabidopsis thaliana. Zhana Duren, Yaling Wang, Jiguang Wang, Xing-Ming Zhao, Le Lv, Xiaobo Li, Jingdong Liu, Xin-Guang Zhu, Luonan Chen, Yong Wang. npj Systems Biology and Applications. vol. 5(1), 1-11 (2019).
- TFAP2C- and p63-Dependent Networks Sequentially Rearrange Chromatin Landscapes to Drive Human Epidermal Lineage Commitment.Lingjie Li, Yong Wang, Jessica L Torkelson, Gautam Shankar, Jillian M Pattison, Hanson H Zhen, Fengqin Fang, Zhana Duren, Jingxue Xin, Sadhana Gaddam, Sandra P Melo, Samantha N Piekos, Jiang Li, Eric J Liaw, Lang Chen, Rui Li, Marius Wernig, Wing H Wong, Howard Y Chang, Anthony E Oro. Cell Stem Cell. Vol. 24, Issue 2, P271-284.E8, (2019).
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2018
- Integrative analysis of single-cell genomics data by coupled nonnegative matrix factorizations.Zhana Duren, Xi Chen, Mahdi Zamanighomi, Wanwen Zeng, Ansuman Satpathy, Howard Chang, Yong Wang, Wing Hung Wong. Proceedings of the National Academy of Sciences. 115 (30) 7723-7728 (2018).
- Revealing transcription factor and histone modification co-localization and dynamics across cell lines by integrating ChIP-seq and RNA-seq data.Lirong Zhang, Gaogao Xue, Junjie Liu, Qianzhong Li, Yong Wang. BMC Genomics. 19 (10), 914 (2018).
- ELF: Extract Landmark Features by optimizing topology maintenance, redundancy, and specificity.Zhanying Feng, Yong Wang. IEEE/ACM Transactions on Computational Biology and Bioinformatics. Volume: 17, Issue: 2, 411-421 (2018).
- Development of Serum Biomarker Panels for The Early Detection of Breast Cancer.Pengjun Zhang, Meng Zou, Xinyu Wen, Huijuan Wang, Feng Gu, Juan Li, Linzhong Zhu, Xinxin Deng, Guanghong Guo, Jing Gao, Xiaolong Li, Xingwang Jia, Zhennan Dong, Luonan Chen, Yong Wang, Yaping Tian. American Journal of Biomedical Sciences. 10 (1) (2018).
- A Semisupervised Classification Approach for Multidomain Networks With Domain Selection.Michale Ng Chuan Chen, Jingxue Xin, Yong Wang, Luonan Chen. IEEE Transactions on Neural Networks and Learning Systems. Volume: 30, Issue: 1, 269-283 (2018).
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2017
- Modeling gene regulation from paired expression and chromatin accessibility data. Duren, Zhana; Chen, Xi; Jiang, Rui; Wang, Yong; Wong, Wing Hung. Proceedings of the National Academy of Sciences, vol. 114 no. 25 E4914-E4923 (2017) .
- A Novel Dual Eigen-Analysis of Mouse Multi-Tissues's Expression Profiles Unveils New Perspectives into Type 2 Diabetes. Li, Lei M; Liu, Xiuxiu; Wang, Lin; Wang, Yong; Liu, Xiuqin; Tian, Xue; Gong, Fuzhou; Shen, Li; Peng, Xiao-ding. Scientific Reports 7 (2017).
- Predicting transcription factor binding motifs from DNA-binding domains, chromatin accessibility and gene expression data. Zamanighomi, Mahdi; Lin, Zhixiang; Wang, Yong; Jiang, Rui; Wong, Wing Hung. Nucleic Acids Research 45,10,5666-5677 (2017).
- Models of global gene expression define major domains of cell type and tissue identity.  Nucleic Acids Research 45,5,2354-2367 (2017).
- Drosophila TRF2 and TAF9 regulate lipid droplet size and phospholipid fatty acid composition. Fan, Wei; Lam, Sin Man; Xin, Jingxue; Yang, Xiao; Liu, Zhonghua; Liu, Yuan; Wang, Yong; Shui, Guanghou; Huang, Xun. PLoS Genetics 13,3,e1006664 (2017).
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2016
- A systematic method to identify modulation of transcriptional regulation via chromatin activity reveals regulatory network during mESC differentiation. Duren, Zhana; Wang, Yong Scientific Report 6, 22656 (2016).
- Modeling the causal regulatory network by integrating chromatin accessibility and transcriptome data. Wang, Yong; Jiang, Rui; Wong, Wing Hung. National Science Review 3,2,240-251 (2016).
- Identifying joint biomarker panel from multiple level dataset by an optimization model. Zou, Meng; Zhang, Peng-Jun; Chen, Luonan; Tian, Ya-Ping; Wang, Yong. Biomarkers in medicine 10,6,567-575 (2016).
- Simultaneous dimension reduction and adjustment for confounding variation. Lin, Zhixiang; Yang, Can; Zhu, Ying; Duchi, John; Fu, Yao; Wang, Yong; Jiang, Bai; Zamanighomi, Mahdi; Xu, Xuming; Li, Mingfeng; Nenad Sestan; Hongyu Zhao; Wing Hung Wong Proceedings of the National Academy of Sciences. 113,51,14662-14667 (2016).
- Extended particle swarm optimisation method for folding protein on triangular lattice. Y Guo, Z Wu, Y Wang, Y Wang. IET systems biology 10 (1), 30-33 (2016).
- Revealing Potential Biomarkers of Functional Dyspepsia by Combining 1H NMR Metabonomics Techniques and an Integrative Multi-objective Optimization Method. Wu, Qiaofeng; Zou, Meng; Yang, Mingxiao; Zhou, Siyuan; Yan, Xianzhong; Sun, Bo; Wang, Yong; Chang, Shyang; Tang, Yong; Liang, Fanrong. Scientific Report 6, (2016).
- Prospective stratification of patients at risk for emergency department revisit: resource utilization and population management strategy implications. Jin, Bo; Zhao, Yifan; Hao, Shiying; Shin, Andrew Young; Wang, Yue; Zhu, Chunqing; Hu, Zhongkai; Fu, Changlin; Ji, Jun; Wang, Yong et al. BMC Emergency Medicine 16,10, (2016).
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2015
- NCC-AUC: an AUC optimization method to identify multi-biomarker panel for cancer prognosis from genomic and clinical data. Zou, Meng; Liu, Zhaoqi; Zhang, Xiang-Sun; Wang, Yong. Bioinformatics 31 (20), 3330-3338 (2015).
- Computational probing protein-protein interactions targeting small molecules. Wang, Yong-Cui; Chen, Shi-Long; Deng, Nai-Yang; Wang, Yong. Bioinformatics. 32 (2), 226-234 (2015).
- A novel mixed integer programming for multi-biomarker panel identification by distinguishing malignant from benign colorectal tumors. Zou, Meng; Zhang, Peng-Jun; Wen, Xin-Yu; Chen, Luonan; Tian, Ya-Ping; Wang, Yong. Methods. 83: 3-17 (2015).
- Identifying network biomarkers based on protein-protein interactions and expression data. Xin, Jingxue; Ren, Xianwen; Chen, Luonan; Wang, Yong. BMC Medical Genomics. 8,S11 (2015).
- Real-time web-based assessment of total population risk of future emergency department utilization: statewide prospective active case finding study. Hu, Zhongkai; Jin, Bo; Shin, Andrew Y; Zhu, Chunqing; Zhao, Yifan; Hao, Shiying; Zheng, Le; Fu, Changlin; Wen, Qiaojun; Ji, Jun; Li, Zhen; Wang, Yong. et al. Interactive journal of medical research. 4,1 (2015).
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Selected before 2015
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Drug repositioning by kernel-based integration of molecular structure, molecular activity, and phenotype data. Y Wang, S Chen, N Deng, Y Wang.
PLoS One 8 (11), e78518 (2013).
- Network predicting drug's anatomical therapeutic chemical code. Y Wang, S Chen, N Deng, Y Wang. Bioinformatics 29 (10), 1317-1324 (2013).
- ellipsoidFN: a tool for identifying a heterogeneous set of cancer biomarkers based on gene expressions. X Ren, Y Wang, L Chen, XS Zhang, Q Jin.
Nucleic Acids Research 41 (4), e53-e53 (2012).
- Revealing metabolite biomarkers for acupuncture treatment by linear programming based feature selection. Y Wang, QF Wu, C Chen, LY Wu, XZ Yan, SG Yu, XS Zhang, FR Liang. BMC Systems Biology. 6 (1), S15 (2012)
- A combinatorial model and algorithm for globally searching community structure in complex networks. XS Zhang, Z Li, RS Wang, Y Wang.
Journal of Combinatorial Optimization. 23 (4), 425-442 (2012).
- A linear programming framework for inferring gene regulatory networks by integrating heterogeneous data. Y Wang, RS Wang, T Joshi, D Xu, XS Zhang, L Chen, Y Xia.
Handbook of Research on Computational Methodologies in Gene Regulatory Networks 450-475 (2010).
- Protein evolution in yeast transcription factor subnetworks. Y Wang, EA Franzosa, XS Zhang, Y Xia. Nucleic Acids Res. 38: 5959-5969 (2010).
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Predicting eukaryotic transcriptional cooperativity by Bayesian network integration of genome-wide data.
Y Wang, XS Zhang, Y Xia. Nucleic Acids Res. 37: 5943-5958 (2009).
- Evaluating protein similarity from coarse structures. Y Wang, W Ling-Yun, JH Zhang, ZW Zhan, Z Xiang-Sun, C Luonan. IEEE/ACM Transactions on Computational Biology and Bioinformatics. 6 (4), 583-593
(2009).
- A network biology study on circadian rhythm by integrating various omics data. Y Wang, XS Zhang, L Chen. OMICS A Journal of Integrative Biology. 13 (4), 313-324 (2009).
- Condition specific subnetwork identification using an optimization model. Y Wang, Y Xia. Lecture Notes in Operations Research. 9, 333-340 (2008).
- Analysis on multi-domain cooperation for predicting protein-protein interactions. RS Wang, Y Wang, LY Wu, XS Zhang, L Chen. BMC bioinformatics. 8 (1), 391 (2008).
- Inferring gene regulatory networks from multiple microarray datasets. Y Wang, T Joshi, XS Zhang, D Xu, L Chen. Bioinformatics. 22 (19), 2413-2420 (2006).
- Exploring protein's optimal HP configurations by self-organizing mapping. XS Zhang, Y Wang, ZW Zhan, LY Wu, L Chen. Journal of bioinformatics and computational biology. 3 (02), 385-400 (2005).
- A new trust region method for nonlinear equations. J Zhang, Y Wang. Mathematical Methods of Operations Research. 58 (2), 283-298 (2003).
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Yong Wang Lab | Academy of Mathematics and Systems Science | Chinese Academy of Sciences
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Naomi Scott & Ella Balinska Slay London Street Style For 'Charlie's Angels' Promo
Naomi Scott and Ella Balinska look so stylish while out and about on a rainy Friday (November 22) in London, England.
The Charlie’s Angels co-stars were also joined by Kristen Stewart as they promoted their new movie at a radio studio.
PHOTOS: Check out the latest pics of Naomi Scott
Earlier in the week, the three leading ladies showed off their new movie in jaw dropping looks at the UK premiere.
Director Elizabeth Banks recently opened up about casting Kristen in the movie, despite her not being the obvious choice for the role.