#include <tree.h>
|
| | tree (vector< int > &, int n) |
| |
| | tree (int n, bool balanced) |
| |
| void | Start () |
| |
◆ tree() [1/2]
| tree::tree |
( |
vector< int > & |
input, |
|
|
int |
n |
|
) |
| |
tree constructor which will take the number of nodes n and the array which has the data of each node
tree constructor which takes an input array of n nodes and converts it into a BST
◆ tree() [2/2]
| tree::tree |
( |
int |
n, |
|
|
bool |
balanced |
|
) |
| |
tree constructor which will take the number of nodes n and a boolean value which tells if the tree to be generated is balanced or not
tree constructor which will take the number of nodes n and a boolean dataue which tells if the tree to be generated is balanced or not
◆ drawTree()
| void tree::drawTree |
( |
int |
cx = 0 , |
|
|
int |
cy = 0 , |
|
|
node * |
N = NULL |
|
) |
| |
|
private |
Draws the Binary tree recursively one child at a time. This function takes in the values of x and y of the parent node and draws the daughter node as well as the line connecting it with the parent node The function does this recursively for each child of the node No parameters need to be passed when calling it
Draws the Binary tree recursively one child at a time. This function takes in the values of x and y of the parent node and draws the daughter node as well as the line connecting it with the parent node.
◆ findHeight()
| int tree::findHeight |
( |
node * |
N = NULL | ) |
|
|
private |
Finds the height of the tree
◆ GenBST()
| void tree::GenBST |
( |
vector< int > & |
a, |
|
|
int |
start, |
|
|
int |
finish, |
|
|
int |
beg = 0 |
|
) |
| |
|
private |
Array to Balanced Bianary tree;
◆ iniz()
| void tree::iniz |
( |
vector< int > & |
input, |
|
|
int |
n |
|
) |
| |
|
private |
Generates a BST from a given input array It is used by constructor
This is an private function which generates a BST from a given input array It is used by constructor calls
◆ Start()
| void tree::Start |
( |
void |
| ) |
|
This function sets up the initial conditions and calls the functions to implement 'TR' algorithm and draws the tree
This function sets up the initial conditions and calls the functions to implement 'TR' algorithm and draws the tree.
◆ root
Points to the root of the tree.
The documentation for this class was generated from the following files:
- ComputerGraphicsProject/ComputerGraphicsProject/tree.h
- ComputerGraphicsProject/ComputerGraphicsProject/tree.cpp


leaphand — Reads hand data from Leap Motion device
Reads hand data from Leap Motion device. The Leap Motion is a motion sensing peripheral specially designed to sense hands, fingers and thin tools (such a pencil or conducting batton). A number of hand sorting criteria are built in to give the user flexibility. Please visit leapmotion.com for info on how to perform gestures.
khand -- hand type. Can be one of the following:
0: newest hand
1: oldest hand
2: hand A
3: hand B
4: hand A and B
For stable one handed applications, oldest hand is recommended. Newest hand exposes the user to any noise and false-positive hand detection but may be desirable, especially in conjunction with oldest hand. Note that if only one hand is visible to sensor, oldest and newest hand will give the same data. Hand A/B are designed to be used in two handed applications. Hand A will always be assigned to the first hand that becomes visible, after all hands have disappeared from view. Hand B will only be assigned to a second hand, i.e. the next and oldest hand after hand A is recognised. The hand sorting algorithm attempts to track the same hand consistently while taking sensor noise and hand recognition drop-outs into account. Type 4, hand A and B, gives information in relation to both hands.
kinfo -- information type. Can be one of the following for hand types 0 to 3
0: (outs-3) position
1: (outs-1) number of fingers
2: (outs-1) velocity (magnitude of vector)
3: (outs-3) velocity (vector)
4: (outs-3) orininatation (roll, pitch, yaw)
5: (outs-1) time alive (in seconds)
6: (outs-1) activity flag (0 = inactive, 1 = active)
For hand type 4, kinfo can be:
0: (outs-1) distance between hands
1: (outs-3) distance between hands (per axis)
2: (outs-1) angle of rotation on xz-plane (between -PI/2 and +PI/2, 0 where the line between both hands is parallel to the x-axis)
| Note | |
|---|---|
khand and kinfo can be changed dynamically but if changing to a three output kinfo type, three ouput variables must be used initially |
kout1, kout2, kout3 -- k-rate output signals, the number of which is specified by the kinfo type. Three outputs are used for 3D points or vectors, such as hand position or velocity. All other output types are scalar, such as time alive, and only use one output, kout1. Some types have a 3D and a scalar version. Note that all 3D coordinates are normalized to between -1 and 1 (for z and x axies) or between 0 and 1 (for y axis), though there is no out of bounds checking and occasionally a value outside this range may be read. All angles are in radians. All time is in seconds.
Here is an example of the leaphand opcode.
Example [no number]. Example of the leaphand opcode.
See the sections Real-time Audio and Command Line Flags for more information on using command line flags.
<CsoundSynthesizer> <CsOptions> -o dac --opcode-lib=libLeapIntoCsound.dylib </CsOptions> <CsInstruments> sr = 44100 ksmps = 32 nchnls = 2 0dbfs = 1 ; FM Synth driven by oldest hand ; x-axis = modulation frequency - between 0 and 3 Hz ; y-axis = note frequency - between 110 and 800 Hz ; z-axis = modulation index - between 0 and 10 instr 1 kposx, kposy, kposz leaphand 1, 0 ;1 = oldest hand, 0 = hand position kactive portk 1, 6 ;1 = oldest hand, 6 = activity flag ; Use portamento for smooth change in parameters kfreq port (110 + (kposy * 770)), 0.1 kmodfreq port (3 * (kposx+1.0) * 0.5), 0.1 kmodidx port (10 * (kposz+1.0) * 0.5), 0.1 ; note: z-axis range is -1 to 1, so add 1 to it (now between 0 and 2) and half ; Fade amplitude in if hand is active, out if not kamp port kactive, 0.2 kamp *= 0.5 ;max amp is 0.5 ; Generate FM synth using f-table 1 (sine wave, see score) asig foscili kamp, kfreq, 1, kmodfreq, kmodidx, 1 outs asig, asig endin </CsInstruments> <CsScore> ; Run Csound for an hour f 0 3600 ; Sine wave f-table f 1 0 16384 10 1 ; Run instrument indefinitely i 1 0 -1 e </CsScore> </CsoundSynthesizer>


--- layout: example permalink: /examples/pointer/ exampleId: pointer stylesheets: - /examples/pointer/pointer.css overview: |- This example demonstrates using an Convergence Activity to share mouse pointer locations within an element. The pointer location is synchronized across all clients. Mouse clicks are also shared and rendered as a ripple animation. ---
| User | Mouse Location | FPS |
|---|


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The w3-section class adds a 16px top and bottom margin to any HTML element, and can be used to separate sections of HTML content:


Italy could use ESM talks to push Italian candidate to head fund: Panetta
MILAN (Reuters) - Italy should use ongoing talks over the reform of the euro zone bailout fund, the ESM, to secure something for itself such as the appointment of an Italian to head the fund, Bank of Italy Deputy governor Fabio Panetta said on Saturday.
Panetta - who is set to become a member of the European Central Bank’s executive board - said the current reform proposals for the European Stability Mechanism did not include an automatic link between financial support and debt restructuring. He also said some elements that were unfavorable to Italy had been removed.
“If I were to lead talks on ESM, I’d try to get something in exchange,” he said. “For instance, on banking union, if there is anything that is not good for us in it, or to nominate one of our ... economists to lead the ESM, as the term of its current German boss is expiring.”


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This qr-code should be scanned at the plastic waste disposal center and converted into Empower tokens.


DEAR,GOOD DAY.  MY NAME IS JEFF ROBERT GUEI. THE SON OF FORMER MILITRY HEAD OF STATE COTE D"IVOIRE GEN. ROBERT GUEI WHO WAS MURDERED BY THE GOVERNMENT ON THE 19tSEPT.2002 DURING A COUP ATTEMPT. AFTER THE TRAGIC INCIDENT I RAN TO DAKAR-SENEGAL FOR SAFETY UNDER ASSYLUM CONDITION. BECAUSE LAST 3 YEARS MY LATE FATHER DEPOSITED THE SUM OF$9,300,000:00 US DOLLARS.(NINE MILLION THREE HUNDRED THAUSAND US DOLLARS) IN A HIGHLY SECURITY FINANCE COMPANY HERE IN DAKAR-SENEGAL WITH MY NAME AS NEXT OF KIN.  NOTE THAT SOME PART OF THIS MONEY WILL BE COMPASETED TO YOU FOR YOUR ASSISTANCE.   I AM LOOKING FORWARD TO HEAR FROM YOU. YOUR URGENT REPLY WILL BE HIGHLY APPRECIATED. THANKS CENCERELY, JEFF R. GUEI


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{% comment %}
As this file will be used as a include file,
we do not need any layout for it.
Finally this file is not used due to problem in
conversion of data coming from plugin.
{% endcomment %}
{{ page.title }}
{% for year in page.data %}
{{ year[0] }}
{% for hashes in year[1] %}
{% capture monthyear %}
{{ year[0] }}-{{ hashes['month'] }}({{hashes['count']}})
{% endcapture %}
{% case hashes['month'] %}
{% when 1 %}


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Sunflower Glass - Stained Glass Studio Order Inquiries to<EMAIL_ADDRESS>Or By Phone at<PHONE_NUMBER> Southeastern Ohio's Premier Tiffany-Style Stained Glass Artist Works ranging from gifts to one-of-a-kind specialty pieces of all sizes. |
|---|
| Production pieces are made from established patterns and can generally be made in a relatively short time period. Many of these items have flexibility in the colors used and materials. |
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Stars Our stars make great decorations, measuring about 8" from point to point. As with most of our works, when placing, consider the light sources around to maximize the beauty of the stained glass. |
Spider Webs These are intricate works to add that beautifully rustic look to many spaces, including front porches, decks and anyplace that you see fit. The only glass on them is the marble that makes up the spider's body. Just mount with two screws or thumb tacks in a corner and enjoy. Size is approximately 7"x9". Click the image to see better detail.
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Flame Windows Flame Windows are a beautiful nod to one of nature's most destructive forces. Offered in many colors, they can give a warming glow to your home or office. Click on the image to see examples of the colors and close-ups of some of the details. |
Shell Windows Shell Windows are designed for the nautical heart in all of us. Utilizing both the shape of the nautilus shell and the Tibia shell, it is bordered by bubbled glass and a selection of Iridized colors.
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Quilts I originally started a project as an exercise in creating something wonderful from leftover pieces I had laying around. I put together four patterns that I was happy with and took them to a show. I was informed that these are common quilting patterns and was told the name of each individually. The pattern you will find here is called an Ohio Star and, due to my location in Southeastern Ohio, it has become my prefered pattern. I can make these in many color and texture palettes. I am also willing to work with other quilt patterns provided by you. Contact me with requests for colors and textures not shown and about a quilt pattern that you would like to order at<EMAIL_ADDRESS>or by phone at<PHONE_NUMBER>. The Squares are approximately 14"x14" and can be displayed on-the-flat or on-point. The Large Quilts are approximately 16"x38" and can be displayed either vertically or horizontally. I can also work with sizes provided by you. Aside from being a great gift idea for that quilter that has everything, these would be a great way to bring a splash of dignified color into any room, including your home office or den. Click the images below to see a sampling of some of our color palettes and previous Quilt works. |
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Passionflowers These are available in many color palettes. Here is just a small sampling of colors that I have used. They use both marbled stained glass and textured glass to complete a unique look. |
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Last updated: 2018-01-08
Code version: ca6e6f8
Teacher: Maria Schipper
Example data: eggs.
Set density as factor variable
require(amstR)
load(fromParentDir("data/eggs.RData"))
summary(limpet.eggs)
season density eggs
spring:12 Min. : 8.00 Min. :0.3560
summer:12 1st Qu.:13.25 1st Qu.:0.9165
Median :22.50 Median :1.4330
Mean :24.50 Mean :1.4717
3rd Qu.:33.75 3rd Qu.:1.9227
Max. :45.00 Max. :2.8750
limpet.eggs$density <- as.factor(limpet.eggs$density)
xtabs((eggs)~as.factor(density)+season, data = limpet.eggs)
season
as.factor(density) spring summer
8 7.250 5.500
15 6.532 3.533
30 4.696 2.434
45 3.599 1.778
boxplot(eggs~density, data = limpet.eggs)
Observe: less spread in group with lower mean. Usually: spread scales with mean.
You can do many tests
level_combinations <- combn(1:4, m = 2)
for (i in 1:ncol(level_combinations)) {
cat_levels = levels(limpet.eggs$density)[level_combinations[, i]]
cat("\n", cat_levels)
res <- t.test(eggs~density,
data = limpet.eggs[limpet.eggs$density %in%
cat_levels,])
print(res$p.value)
}
8 15[1] 0.2304204
8 30[1] 0.0194186
8 45[1] 0.001233278
15 30[1] 0.2212155
15 45[1] 0.0381764
30 45[1] 0.3555619
Pooled variance between group 8 and 45 is lower than in group 8 and 15. So by this, the p-value will decrease.
Take total variance, split it up into componants: variance explained by groups + extra variance.
\[y_{ij} = \hat{\mu} + \hat{\tau_j} + \hat{\epsilon_{ij}}\]
\(i = 1, ..., n_j\); \(j = 1, ..., J\); \(\sum_{j = 1}^{J}{\tau_j=0}\); \(\epsilon \sim N(0, \sigma_{\epsilon}^2)\)
Note: variance of residuals is not dependent on group
\[H_0 = \tau_1 = \tau_2 = ... = \tau_j = 0\]
\(H_1\) is that 2 or more \(\tau_j \neq 0\)
The do post-hoc test (with correction of significance). Than possibilities: test all groups against total mean. You can also do contrasts (2 groups against each other).
Optimize \[y_{ij} - \bar{y}\] residuals by overall mean; variance under \(H_0\). \[y_{ij} - \bar{y}_j\] residuals by group
\[y_{ij} - \bar{y} = \bar{y}_j - \bar{y} + y_{ij} - \bar{y}_j\]; variance under \(H_1\). \[\bar{y}_j - \bar{y}\] is variance explained by model (group effects)
| test | table |
|---|---|
| n1 | n2 |
| Source | SS | df | MS | F |
|---|---|---|---|---|
| Between | \(SS_{between}\) | |||
| Within | \(SS_{within}\) | |||
| Total | \(SS_{total}\) |
\(SS\) = Sum of squares
\(SS_{between} = \sum_{j}{n_j(\bar{y}_j-\bar{y})^2}\); \(SS_{within} = \sum_i\sum_j{(y_{ij} - \bar{y}_j)^2}\); \(SS_{total} = \sum_i\sum_j{(y_{ij} - \bar{y})^2} = SS_{between} + SS_{within}\);
\(SS_between\)
Total: \(df_{total} = \sum{(n_j)}-1\)
Within groups: \(df_{within} = \sum({n_j-1})\)
Between groups \(df_{between} = J-1\)
Mean squares = sum of squares / degrees of freedom
\[F = MS_{between} / MS_{within}\]
F is F-distributed with \(a = J-1\) and \(b = \sum({n_j-1})\) degrees of freedom
Numerator degrees of freedom: a Denomerator degrees of freedom: b
Null hypothesis: \(MS_{between} = MS_{within}\)
Always single side test: is my F statistic greater than 1?
Anova with 2 groups = T.Test with a = 1; \[T^2 = F\]
summary(aov(eggs ~ density, data = limpet.eggs))
Df Sum Sq Mean Sq F value Pr(>F)
density 3 5.284 1.7614 5.566 0.00607 **
Residuals 20 6.330 0.3165
---
Signif. codes: 0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1
Do only when an overall effect is found.
choice for test is determined by:
No correction with <=3 comparisons, and each correction holds unique information (= orthogonal)
TukeyHSD(aov(eggs ~ density, data = limpet.eggs))
Tukey multiple comparisons of means
95% family-wise confidence level
Fit: aov(formula = eggs ~ density, data = limpet.eggs)
$density
diff lwr upr p adj
15-8 -0.4475000 -1.356581 0.4615808 0.5269322
30-8 -0.9366667 -1.845747 -0.0275859 0.0419815
45-8 -1.2288333 -2.137914 -0.3197526 0.0059035
30-15 -0.4891667 -1.398247 0.4199141 0.4525566
45-15 -0.7813333 -1.690414 0.1277474 0.1082534
45-30 -0.2921667 -1.201247 0.6169141 0.8051677
With T-tests: \[ T = \frac{\bar{X_1}-\bar{X_2}}{s_{p}\sqrt{\frac{1}{n_1}+\frac{1}{n_2}}}\]
Now use: \[s_{p} = \sqrt(MS_{residual})\]
Check normal distribution of residuals. This is easiest by using a linear model.
fit <- lm(eggs~density, data = limpet.eggs)
summary(fit)
Call:
lm(formula = eggs ~ density, data = limpet.eggs)
Residuals:
Min 1Q Median 3Q Max
-0.81050 -0.40333 0.02775 0.30775 1.04167
Coefficients:
Estimate Std. Error t value Pr(>|t|)
(Intercept) 2.1250 0.2297 9.253 1.15e-08 ***
density15 -0.4475 0.3248 -1.378 0.18349
density30 -0.9367 0.3248 -2.884 0.00918 **
density45 -1.2288 0.3248 -3.783 0.00117 **
---
Signif. codes: 0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1
Residual standard error: 0.5626 on 20 degrees of freedom
Multiple R-squared: 0.455, Adjusted R-squared: 0.3732
F-statistic: 5.566 on 3 and 20 DF, p-value: 0.006071
plot(fit, which = c(1,2))
Formal tests: * Kolmogorov-Smirnov test * Shapiro-Wilk test
ks.test(resid(fit), y = "pnorm")
Warning in ks.test(resid(fit), y = "pnorm"): ties should not be present for
the Kolmogorov-Smirnov test
One-sample Kolmogorov-Smirnov test
data: resid(fit)
D = 0.20883, p-value = 0.2461
alternative hypothesis: two-sided
shapiro.test(resid(fit))
Shapiro-Wilk normality test
data: resid(fit)
W = 0.96941, p-value = 0.6524
Caveats for formal testing for normality: * many data points means high power for testing, also for testing for non-normalitys
NB: central limit theorem weakens the reliance of ANOVA on this assumption, given homoscedascicity
NB: ANOVA robus against to non-normality when sample sizes are equal
use Levene’s test or Brown-Forsyth test * Tests the null hypothesis that the population variances are equal * In practice the test is equal to a one way ANOVA analysis on a transformation (|y_ij−y_j |) of the original data * One advantage of Levene’s test is that it does not require normality of the underlying data. * Another good test is the Brown-Forsyth test in which the mean is replaced by the median in the transformation.
NB ANOVA not robust to clear differences between variances, especially when the sample sizes differ considerably.
NB Transformations can make distributions more normal and variances more homogeneous.
Very imporant, but it can’t be checked.
In general: replace values with ranks, do a test on the ranks No need for assumption on distribution, but the distribution should be the same for each group. Only location can be different, spread should be comparable.
| parametric | non-parametric |
|---|---|
| 1-sample t-test or paired sample t-test | Wilcoxon signed-rank test or Sign Test (difference pos vs negative, and use binomial distribution) |
| 2-sample t-test | Wilcoxon rank sum test or Mann-Whitney test |
| one-way ANOVA | Kruskal-Wallice test |
| two-way ANOVA | no non-parametric variant |
| randomized block design | Friedman test |
| Pearson correlation | Spearman rank correlation |
Let’s compare Kruskal-Wallice and ANOVA
require(dplyr)
set.seed(2)
ngroups <- 4
ntotal <- 80
group_size <- ntotal/ngroups
groups <- rep(letters[1:ngroups], each = group_size)
means <- runif(min = 0, max = 2, n = ngroups)
group_means <- rep(means, each = group_size)
y <- as.vector(sapply(means, function(x) rnorm(mean = x, sd = 1, n = group_size)))
View data, perform ANOVA and Kruskal-Wallice
boxplot(y~groups)
summary(aov(y~groups))
Df Sum Sq Mean Sq F value Pr(>F)
groups 3 20.11 6.703 5.098 0.00287 **
Residuals 76 99.93 1.315
---
Signif. codes: 0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1
kruskal.test(y~factor(groups))
Kruskal-Wallis rank sum test
data: y by factor(groups)
Kruskal-Wallis chi-squared = 12.514, df = 3, p-value = 0.005816
Do manual Kruskal-Wallice (ANOVA on ranks)
ranks <- rank(y)
summary(aov(ranks~factor(groups)))
Df Sum Sq Mean Sq F value Pr(>F)
factor(groups) 3 6757 2252.4 4.768 0.00424 **
Residuals 76 35903 472.4
---
Signif. codes: 0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1
Not exactly the same
sessionInfo()
R version 3.3.2 (2016-10-31)
Platform: x86_64-apple-darwin13.4.0 (64-bit)
Running under: macOS Sierra 10.12.6
locale:
[1] en_US.UTF-8/en_US.UTF-8/en_US.UTF-8/C/en_US.UTF-8/en_US.UTF-8
attached base packages:
[1] stats graphics grDevices utils datasets methods base
other attached packages:
[1] dplyr_0.7.4 amstR_0.1.3
loaded via a namespace (and not attached):
[1] bootstrap_2017.2 survcomp_1.22.0 Rcpp_0.12.14
[4] bindr_0.1 knitr_1.18 magrittr_1.5
[7] splines_3.3.2 prodlim_1.6.1 lattice_0.20-35
[10] R6_2.2.2 rlang_0.1.6 stringr_1.2.0
[13] survivalROC_1.0.3 tools_3.3.2 grid_3.3.2
[16] data.table_1.10.4 KernSmooth_2.23-15 rmeta_2.16
[19] git2r_0.20.0 htmltools_0.3.6 assertthat_0.2.0
[22] yaml_2.1.16 survival_2.41-3 rprojroot_1.2
[25] digest_0.6.13 tibble_1.3.4 bindrcpp_0.2
[28] Matrix_1.2-10 lava_1.5 RColorBrewer_1.1-2
[31] SuppDists_1.1-9.4 glue_1.2.0 evaluate_0.10.1
[34] rmarkdown_1.8 stringi_1.1.6 backports_1.1.0
[37] pkgconfig_2.0.1
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OAuth
public struct OAuth
OAuth namespace.
-
An authenticated user.
See moreDeclaration
Swift
public struct User : Codable, Equatable
-
A failed authorization as per RFC 6749.
See moreDeclaration
Swift
public enum Error : String, Swift.Error
-
Undocumented
Declaration
Swift
public static func performAuthorizationFlow(with anchor: ASPresentationAnchor, appKey: String, completionBlock: @escaping (Result) -> Void)
-
Attempts to authorize via OAuth.
Declaration
Swift
public static func performAuthorizationFlow(with view: OAuthAuthorizationFlowView, appKey: String, completionBlock: @escaping (Result) -> Void)
Parameters
view
An object handling UI-specific actions related to the authorization flow.
appKey
An app key.
completionToken
A block called when authorization completes. Called on the main thread.
-
Fetches the first
OAuth.User
found in the keychain. Do not rely on which, specifically, that user is. If you’re looking for a specific user, usegetUser(withId:)
.Declaration
Swift
public static func getAnyUser() -> User?
Return Value
A
OAuth.User
. -
Fetches a
OAuth.User
object from the keychain using a user id.Declaration
Swift
public static func getUser(withId id: UInt64) -> User?
Parameters
id
A unique user identifier.
Return Value
A User object, or
nil
, if there is no user mapped to the provided user id. -
Stores a
OAuth.User
object in the keychain against its unique identifier.Declaration
Swift
public static func store(_ user: User)
Parameters
user
The user to store in the keychain.
-
Deletes the data associated with a specific user.
Declaration
Swift
public static func deleteUser(withId id: UInt64)
Parameters
id
The unique user identifier.
-
Deletes all users from the keychain.
Declaration
Swift
public static func deleteAllUsers()


Develop a novel, intelligent, secure, and human computation-based decision support system for adaptation planning
Enable local and regional community actors to coordinate and co-identify robust adaptation decisions
Decisions for natural resources management in Food-Energy-Water (FEW) sub-systems,
Decisions when chronic and/or acute physical (e.g. climatic) and socio-economic (e.g., regional policy changes) perturbations occur
Research Objective #1 (Tilt, Reimer, and Babbar-Sebens): Assess and contextualize relevant actors’ perceptions of the adaptation
problem at the nexus of FEW sectors.
Research Objective #2 (Murthy, Reimer, and Babbar-Sebens): Formulate quantitative descriptions
of scenarios of decisions, constraints, criteria, and likely perturbations for adaptation problems relevant to FEW sub-systems.
Research Objective #3 (Babbar-Sebens and Mukhopadhyay): Create and evaluate a human computation-based MDO framework in InterACTWEL
for development of robust adaptation alternatives.
Research Objective #4 (Mukhopadhyay and Babbar-Sebens): Create computational learning agents, which are able to discern and learn
the interacting FEW actors’ preferences, local knowledge, and behavior revealed in the cyber space, and then test approaches for
integrating agents as surrogate users in the distributed optimization algorithms.
Research Objective #5 (Durresi and Mukhopadhyay): Create and evaluate a web-based, trust and security management system for
InterACTWEL.


Package containing Bio-Formats OME-related logic for OME-XML metadata, and database import, upload and download. Classes in this package require the OME Java package for working with OME-XML and/or the OME Perl database.


CULTURE
HISPANIC
90's
ACTIVEWEAR
ACTIVE WEAR
BOYFRIEND FIT
DATE NIGHT
DINNER OUTFITS
GETTING ALL CUTE
WEAR TO WORK
INSIDE JOBS
OUTSIDE JOBS
DENIM
JEANS
DRESSES
SHAKIRA x RHIANNA
MUSIC VIDEO
BTS WITH SIZE IT UP
LINGERIE
BRAS
BRALETTES
WOMEN
TWO-SETS
BATHING SUITS
JUMP SUITS
ONE PIECE
HOME
ABOUT US
MORE
LOGIN
SIGN UP
LASH EXTENTIONS
YOUR CART
checkout
take a step back
ADD TO BAG
XS
S
M
L
XL
1X
2X
3X
4X
5X
u aint grown
ADD TO BAG
XS
S
M
L
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wannabe honest
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lookin at me sideways
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bet u wish u didnt mess up
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The SimpleBroadphase is just a unit-test for btAxisSweep3, bt32BitAxisSweep3, or btDbvtBroadphase, so use those classes instead.
More...
#include <btSimpleBroadphase.h>
|
| | btSimpleBroadphase (int maxProxies=16384, btOverlappingPairCache *overlappingPairCache=0) |
| |
| virtual | ~btSimpleBroadphase () |
| |
| virtual btBroadphaseProxy * | createProxy (const btVector3 &aabbMin, const btVector3 &aabbMax, int shapeType, void *userPtr, int collisionFilterGroup, int collisionFilterMask, btDispatcher *dispatcher) |
| |
| virtual void | calculateOverlappingPairs (btDispatcher *dispatcher) |
| | calculateOverlappingPairs is optional: incremental algorithms (sweep and prune) might do it during the set aabb More...
|
| |
| virtual void | destroyProxy (btBroadphaseProxy *proxy, btDispatcher *dispatcher) |
| |
| virtual void | setAabb (btBroadphaseProxy *proxy, const btVector3 &aabbMin, const btVector3 &aabbMax, btDispatcher *dispatcher) |
| |
| virtual void | getAabb (btBroadphaseProxy *proxy, btVector3 &aabbMin, btVector3 &aabbMax) const |
| |
| virtual void | rayTest (const btVector3 &rayFrom, const btVector3 &rayTo, btBroadphaseRayCallback &rayCallback, const btVector3 &aabbMin=btVector3(0, 0, 0), const btVector3 &aabbMax=btVector3(0, 0, 0)) |
| |
| virtual void | aabbTest (const btVector3 &aabbMin, const btVector3 &aabbMax, btBroadphaseAabbCallback &callback) |
| |
| btOverlappingPairCache * | getOverlappingPairCache () |
| |
| const btOverlappingPairCache * | getOverlappingPairCache () const |
| |
| bool | testAabbOverlap (btBroadphaseProxy *proxy0, btBroadphaseProxy *proxy1) |
| |
| virtual void | getBroadphaseAabb (btVector3 &aabbMin, btVector3 &aabbMax) const |
| | getAabb returns the axis aligned bounding box in the 'global' coordinate frame will add some transform later More...
|
| |
| virtual void | printStats () |
| |
| virtual | ~btBroadphaseInterface () |
| |
The SimpleBroadphase is just a unit-test for btAxisSweep3, bt32BitAxisSweep3, or btDbvtBroadphase, so use those classes instead.
It is a brute force aabb culling broadphase based on O(n^2) aabb checks
Definition at line 41 of file btSimpleBroadphase.h.
◆ btSimpleBroadphase()
| btSimpleBroadphase::btSimpleBroadphase |
( |
int |
maxProxies = 16384 , |
|
|
btOverlappingPairCache * |
overlappingPairCache = 0 |
|
) |
| |
◆ ~btSimpleBroadphase()
| btSimpleBroadphase::~btSimpleBroadphase |
( |
| ) |
|
|
virtual |
◆ aabbOverlap()
◆ aabbTest()
◆ allocHandle()
| int btSimpleBroadphase::allocHandle |
( |
| ) |
|
|
inlineprotected |
◆ calculateOverlappingPairs()
| void btSimpleBroadphase::calculateOverlappingPairs |
( |
btDispatcher * |
dispatcher | ) |
|
|
virtual |
calculateOverlappingPairs is optional: incremental algorithms (sweep and prune) might do it during the set aabb
if you don't like to skip the invalid pairs in the array, execute following code:
Implements btBroadphaseInterface.
Definition at line 194 of file btSimpleBroadphase.cpp.
◆ createProxy()
◆ destroyProxy()
◆ freeHandle()
◆ getAabb()
◆ getBroadphaseAabb()
| virtual void btSimpleBroadphase::getBroadphaseAabb |
( |
btVector3 & |
aabbMin, |
|
|
btVector3 & |
aabbMax |
|
) |
| const |
|
inlinevirtual |
◆ getOverlappingPairCache() [1/2]
◆ getOverlappingPairCache() [2/2]
◆ getSimpleProxyFromProxy() [1/2]
◆ getSimpleProxyFromProxy() [2/2]
◆ printStats()
| virtual void btSimpleBroadphase::printStats |
( |
| ) |
|
|
inlinevirtual |
◆ rayTest()
◆ resetPool()
| void btSimpleBroadphase::resetPool |
( |
btDispatcher * |
dispatcher | ) |
|
|
protectedvirtual |
◆ setAabb()
◆ testAabbOverlap()
◆ validate()
| void btSimpleBroadphase::validate |
( |
| ) |
|
|
protected |
◆ m_firstFreeHandle
| int btSimpleBroadphase::m_firstFreeHandle |
|
protected |
◆ m_invalidPair
| int btSimpleBroadphase::m_invalidPair |
|
protected |
◆ m_LastHandleIndex
| int btSimpleBroadphase::m_LastHandleIndex |
|
protected |
◆ m_maxHandles
| int btSimpleBroadphase::m_maxHandles |
|
protected |
◆ m_numHandles
| int btSimpleBroadphase::m_numHandles |
|
protected |
◆ m_ownsPairCache
| bool btSimpleBroadphase::m_ownsPairCache |
|
protected |
◆ m_pairCache
◆ m_pHandles
◆ m_pHandlesRawPtr
| void* btSimpleBroadphase::m_pHandlesRawPtr |
|
protected |
The documentation for this class was generated from the following files:


Suspect in California school shooting died from self-inflicted wound
by Scripps NationalThe suspect in Thursday's school shooting in Santa Clarita, California, that killed two victims and injured three others died on Friday, a sheriff's office homicide official confirmed to ABC News.
Scripps has learned the identity of the suspect, but is not naming the suspect at this time.
The suspect reportedly turned 16 on Thursday.
The suspect was hospitalized on Thursday following the shooting due to a self-inflicted gunshot wound. Hospital officials said the 16-year-old suspect was in grave condition.
The suspect was a junior at Saugus High School, the site of Thursday's shooting.
Students Gracie Muehlberger and Dominic Blackwell were also killed during Thursday's shooting.


Kontra.pointer
A simple pointer API. You can use it move the main sprite or respond to a pointer event. Works with both mouse and touch events.
Pointer events can be added on a global level or on individual sprites or objects. Before an object can receive pointer events, you must tell the pointer which objects to track and the object must haven been rendered to the canvas using object.render()
.
After an object is tracked and rendered, you can assign it an onDown
, onUp
, or onOver
functions which will be called whenever a pointer down, up, or over event happens on the object.
let sprite = kontra.sprite({
onDown: function() {
// handle on down events on the sprite
},
onUp: function() {
// handle on up events on the sprite
},
onOver: function() {
// handle on over events on the sprite
}
});
kontra.pointer.track(sprite);
sprite.render();
By default, the pointer is treated as a circle and will check for collisions against objects assuming they are rectangular (have a width
and height
property).
If you need to perform a different type of collision detection, assign the object a collidesWithPointer(pointer)
function and it will be called instead, passing the current pointer object. Use this function to determine how the pointer circle should collide with the object.
let sprite = kontra.sprite({
x: 10,
y: 10,
radius: 10
collidesWithPointer: function(pointer) {
// perform a circle v circle collision test
let dx = pointer.x - this.x;
let dy = pointer.y - this.y;
return Math.sqrt(dx * dx + dy * dy) < this.radius;
});
Table of Contents
Available buttons
Below is a list of buttons that you can use.
- left, middle, right
kontra.pointer.onDown(callback)
- callback {function}
- Function to call on pointer down.
Register a function to be called on all pointer down events. Will be passed the original Event and the target object (if there is one).
kontra.pointer.onDown(function(event, object) {
// do something on pointer down
});
kontra.pointer.onUp(callback)
- callback {function}
- Function to call on pointer up.
Register a function to be called on all pointer up events. Will be passed the original Event and the target object (if there is one).
kontra.pointer.onDown(function(event, object) {
// do something on pointer up
});
kontra.pointer.over(object)
- object {object}
- The object to check if the pointer is over.
Check to see if the pointer is currently over the object. Since multiple objects may be rendered on top of one another, only the top most object under the pointer will return true
.
let sprite1 = kontra.sprite({
x: 10,
y: 10,
width: 10,
height: 10
});
let sprite2 = kontra.sprite({
x: 15,
y: 10,
width: 10,
height: 10
});
kontra.pointer.track([sprite1, sprite2]);
sprite1.render();
sprite2.render();
kontra.pointer.x = 14;
kontra.pointer.y = 15;
console.log(kontra.pointer.over(sprite1)); //=> false
console.log(kontra.pointer.over(sprite2)); //=> true
kontra.pointer.pressed(button)
- button {string}
- button name.
Returns true if the button is pressed. Use during an update()
function to perform actions each frame.
kontra.sprite({
update: function() {
if (kontra.pointer.pressed('left')){
// left mouse button pressed
}
else if (kontra.keys.pressed('right')) {
// right mouse button pressed
}
}
});
kontra.pointer.radius
{number}
The radius of the virtual pointer. Defaults to 5.
kontra.pointer.track(object)
- object {object | object[]}
- Objects to track.
Begin tracking pointer events for a set of objects. Takes a single object or an array of objects.
kontra.pointer.untrack(object)
- object {object | object[]}
- Objects to untrack.
Stop tracking pointer events for a set of objects. Takes a single object or an array of objects.
kontra.pointer.x
{number}
The current x position of the pointer relative to the top-left corner of the canvas.
kontra.pointer.y
{number}
The current y position of the pointer relative to the top-left corner of the canvas.


Table Treegrid
Root node
Additional info
Node 1-1
Additional info
Node 1-2
Additional info
Node 1-2-1
Additional info


{% extends website|add:"/base.html" %} {% block headlink-right %} {% endblock %} {% block content %}
Thanks {{ account }}!
You may now login.
Oops – it seems that your activation key is invalid. Please check the url again.


STATISTICS AND KINETICS OF CRITICAL PHENOMENA (S.M.Apenko)
|
- General idea of phase transitions. Magnetic systems. Critical point in fluid.
- Medium field theory. Critical indices in the medium field theory. Magnetics with an infinite radius of interaction. The theory of van der Waals for the transition liquid-gas as a medium field theory.
- Landau theory of phase transitions of the second order. Order parameter, symmetry, fluctuations near the critical point, correlation length. Ginzburg criterion. Influence of external field on phase transition.
- One-dimensional Ising model. Exact solution, behavior of correlation length at low temperatures, role of topological defects in destruction of long-range order.
- Construction of high-temperature expansions for one- and two-dimensional Ising model. Analysis of the radius of convergence of series. Pad? approximant. Evaluation of critical indices from high-temperature expansions.
- Two-dimensional Ising model. Duality, Onsager's solution.
- Method of transfer-matrix in two-dimensional Ising model. Effective one-dimensional Hamiltonian and description of critical behavior in terms of massless fermions.
- Scale invariance. Renormalization group in real space for one- and two-dimensional Ising model. Fixed points and critical indices.
- Calculation of critical indices in the e-expansion. Peculiarity of renormalization group transformations near dimension d = 4. Gaussian fixed point. Fixed point at d <4. Index of correlation length in the lowest approximation to e.
- Phase transitions in magnetics near d = 2. Derivation of renormalization group equations of Polyakov and temperature of transition at d = 2 + e.
- Two-dimensional XY-model. Spin correlator in Gaussian approximation. Vortices, interaction of vortices. Berezinsky–Kosterlitz–Thouless transition.
- Equations of Kosterlitz renormalization group. Behavior of correlation length near transition point.
- Gas of particles with logarithmic potential and Kosterlitz–Thouless transition in other models (the Ising model with long-range interaction, instantons under tunneling with friction).
- Percolation theory. Percolation threshold, hypothesis of scaling and critical indices. Fractal dimension of clusters. Renormalization group transformation for one-dimensional problem and for triangular lattice in two dimensions.
- Introduction to SLE. Levner equation, his solution in the simplest cases. Relationship between diffusion coefficient and fractal dimension of critical curves. Application to percolation theory.
- Dynamics of systems near phase transition point. Attenuation in critical region. Glauber dynamics and relaxation in one-dimensional Ising model.
- Self-organized criticality. Model of sand hill in one and two dimensions. Dynamics of avalanches.
|
|


Brownie Points I
问题描述 :
Stan and Ollie play the game of Odd Brownie Points. Some brownie points are located in the plane, at integer coordinates. Stan plays first and places a vertical line in the plane. The line must go through a brownie point and may cross many (with the same x-coordinate). Then Ollie places a horizontal line that must cross a brownie point already crossed by the vertical line.
Those lines divide the plane into four quadrants. The quadrant containing points with arbitrarily large positive coordinates is the top-right quadrant.
Those lines divide the plane into four quadrants. The quadrant containing points with arbitrarily large positive coordinates is the top-right quadrant.
The players score according to the number of brownie points in the quadrants. If a brownie point is crossed by a line, it doesn’t count. Stan gets a point for each (uncrossed) brownie point in the top-right and bottom-left quadrants. Ollie gets a point for each (uncrossed) brownie point in the top-left and bottom-right quadrants.
Your task is to compute the scores of Stan and Ollie given the point through which they draw their lines.
输入:
Input contains a number of test cases. The data of each test case appear on a sequence of input lines. The first line of each test case contains a positive odd integer 1 < n < 200000 which is the number of brownie points. Each of the following n lines contains two integers, the horizontal (x) and vertical (y) coordinates of a brownie point. No two brownie points occupy the same place. The input ends with a line containing 0 (instead of the n of a test).
输出:
For each test case of input, print a line with two numbers separated by a single space. The first number is Stan’s score, the second is the score of Ollie when their lines cross the point whose coordinates are given at the center of the input sequence of points for this case.
样例输入:
11 3 2 3 3 3 4 3 6 2 -2 1 -3 0 0 -3 -3 -3 -2 -3 -4 3 -7 0
样例输出:
6 3
解题代码:
//* @author: ccQ.SuperSupper import java.io.*; class point{ int x,y; } public class Main { static int n; static final int N = 200000+100; static point position[] = new point[N]; public static void main(String[]args) throws Exception{ int i; start(); StreamTokenizer cin = new StreamTokenizer(new BufferedReader(new InputStreamReader(System.in))); while(true){ n = Get_Num(cin); if(n<=0) break; for(i=0;i< n;++i){ position[i].x = Get_Num(cin); position[i].y = Get_Num(cin); } solve(); } } static void start(){ for(int i=0;i< N;++i) position[i] = new point(); } static void solve(){ int i,x,y,ansa,ansb; ansa = ansb = 0; x = position[n/2].x; y = position[n/2].y; for(i=0;i< n;++i){ if((position[i].x>x && position[i].y>y)||(position[i].x< x && position[i].y< y)) ++ansa; if((position[i].x>x && position[i].y< y)||(position[i].x< x && position[i].y>y)) ++ansb; } System.out.println(ansa+" "+ansb); } static int Get_Num(StreamTokenizer cin) throws Exception{ cin.nextToken(); return (int)cin.nval; } }
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分析的很专业！
很给力啊，学习了
请问printAllCombination的时间复杂度怎么分析呢？
我还有个问题想请教一下，就是感觉对于新手来说，递归理解起来有些困难，不知有没有什么好的方法或者什么好的建议？
int L[m+1][n+1];这样定义出错，这个在gcc上可以编译通过 在VS上不行 应该改为new 或者vector
额楼主能否在发布代码的同时对解题思路做个讲解呢？这样大家在学习的时候就方便多了。
具体实现上有所差别，但思路是一样的
great!
gcc环境


Welcome to the 2017.11.05 release of Dooble! Let's take a brief tour of some of the new features.
-
Dooble 2.0 is a brand new Web browser. That's right, the browser includes totally new logic. Everything is new!
-
Authentically-encrypted database containers are included. The optional feature includes the popular cipher algorithms AES and Threefish as well as the fantastic SHA-3 digest algorithm. Please note that both implementations of AES and Threefish are written by the author(s) of Dooble.
-
Automatic and periodic removal of cookie data may be of interest. This feature allows Dooble to purge unwanted cookie data from your browsing history.
-
Built-in content blocker with accept and block modes of operation. This new addition will prevent advertising sites from polluting your browsing experience. The feature may also be used in a school setting where it's desired that only specific sites may be accessed.
-
Completely redesigned! Most of the major operating systems are supported, including your favorite Unix-like systems as well as Windows. Wherever Qt and WebEngine are supported, so is Dooble!
-
Dooble is highly-configurable software. The internal workings are clearly visible. Tool tips are included wherever confusion may arise.
-
Dooble is open source software and includes a very relaxed BSD license.
-
Proxy support is of course included. Whether you enjoy using a private proxy or a public one such as Tor, Dooble is attentive to your privacy.
-
Beautiful dictionaries are included covering various languages. When enabled, spell checking is too.
-
Dooble 2.0 is a zero-dependency browser. The only entities that Dooble requires are Qt and you!


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New releases will be announced on the Kabanero blog and Twitter.
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We recommend IDE tools based on Eclipse since it gives you an integrated environment right out of the box.
Learn how to install the tools here.
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More downloads are on the way.
Check back soon!


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England fans demand Bobby Moore's first cap is taken off auction where it's listed for £10k
Relatives of World Cup winning captain Moore, who died in 1993, have decided to auction the historic blue velvet cap he was awarded in 1963
by Andy Lines, https://www.facebook.com/AndyLinesDailyMirror/England fans have demanded that the cap Bobby Moore won when he first skippered his country should be saved for the nation.
They were speaking after it emerged that the 1966 World Cup hero’s cap was being auctioned later this month.
Some demanded that the FA step in to buy it and donate it to a museum.
It is expected to sell for £10,000.
The World Cup hero’s relatives have decided to auction the historic blue velvet cap as England prepare for their historic 1,000th game.
The symbolic item was presented to the late 1966 captain following England’s 4-2 victory over Czechoslovakia in 1963.
West Ham season ticket holder Terry Trundle, 56, said: “Bobby Moore’s first cap as England captain should be a national treasure.
“His cap should be put on display where football fans can see it.
“It would be nice if the FA would step in and buy it for all England fans.”
Birmingham City supporter Chris Collins, 53, said: “It would be a travesty if the cap went into private hands and left the country.
“£10,000 is nothing in football these days the FA should buy it.”
Moore died back in 1993 shunned by the game he loved and having to work for Capital Radio and the Sunday Sport.
He could only dream of earning the wages of the modern player with current England stars earning more in one week than Moore did in his whole career.
The National Football Museum told the Mirror they would love to put the cap on display if a wealthy benefactor wanted to buy it and loan it to them.
Philippa Duxbury said: “We would of course be interested in displaying it as part of the England Story at the museum, should the eventual buyer wish to discuss this with us.”
The other two caps to be sold are valued at £6,000 each were for Moore’s appearances against Portugal in 1964 and Yugoslavia in 1972.
The auctioneers are expecting a huge amount of interest in the sale on November 20th.
Ben Jones, a specialist at Mullock’s, said: “Bobby Moore is one of the most iconic names in English footballing history, even more so that it was his first international appearance as England captain.
“All the caps are in very good condition and appear to have been kept dry and out of the light.”
In the build up to the sale England will be playing their 1000th international match against Montenegro on Thursday night.
Mr Jones added: “We have had interest and the fact that England’s 1000th International match is approaching is beneficial.”


Despite the previous caveats, there are situations where sharing a stream buffer among streams is useful and intended. Let us focus on these in this section.
Imagine you need different formatting for different kinds of output to the same stream. Instead of switching the format settings between the different kinds of output, you can arrange for two separate streams to share a stream buffer. The streams would have different format settings, but write output to the same stream buffer. Here is an example:
std::ofstream file1("/tmp/x"); std::ostream file2(file1.rdbuf()); //1 file1.setf(std::ios_base::fixed, std::ios_base::floatfield); //2 file1.precision(5); file2.setf(std::ios_base::scientific, std::ios_base::floatfield); file2.precision(3); file1 << std::setw(10) << 47.11 << '\n'; //3 file2 << std::setw(10) << 47.11 << '\n'; //4
| //1 | The stream buffer of file1 is replaced by the stream buffer of file2. Afterwards, both streams share the buffer. |
| //2 | Create different format settings for both files. |
| //3 | The output here is: 47.11000 |
| //4 | The output here is: 4.711e+01 |
Note that file2 in the example above has to be an output stream rather than an output file stream. This is because file streams do not allow you to switch the file stream buffer.
Similarly, you can use separate streams that share a stream buffer in order to avoid locale switches. This is useful when you must insert multilingual text into the same stream. Here is an example:
std::ostringstream file1; std::ostream file2(file1.rdbuf()); file1.imbue(std::locale("De_DE")); // actual locale names depend file2.imbue(std::locale("En_US")); // on the platform file1 << 47.11 << '\t'; file2 << 47.11 << '\n'; std::cout << file1.str() << std::endl; //1
| //1 | The output is: 47,11 47.11 |
Again, there is a little snag. In Figure 31, note that a stream buffer has a locale object of its own, in addition to the stream's locale object.
Section 27.4.4 explained the role of those two locale objects. To recap, the stream delegates the handling of numeric entities to its locale's numeric facets. The stream buffer uses its locale's code conversion facet for character-wise transformation between the buffer content and characters transported to and from the external device.
Usually the stream's locale and the stream buffer's locale are identical. However, when you share a stream buffer between two streams with different locales, you must decide which locale the stream buffer will use.
You can set the stream buffer's locale by calling the std::streambuf::pubimbue() member function as follows:
file1.imbue(std::locale("De_DE")); file2.imbue(std::locale("En_US")); file1.rdbuf()->pubimbue(std::locale("De_DE"));
You can also use a shared stream buffer in order to have read and write access to a stream:
filebuf fbuf; //1 fbuf.open("/tmp/inout",std::ios_base::in | std::ios_base::out); //2 std::istream in(&fbuf); //3 std::ostream out(&fbuf); //4 std::cout << in.rdbuf(); //5 out << "..." << '\n' ; //6
Naturally, it is easier and less error-prone to use bidirectional streams when you must read and write to a file. The bidirectional equivalent to the example above would be:
std::fstream of("/tmp/inout"); std::cout << of.rdbuf(); of << "..." << '\n' ;
Notice that there is a difference between the solutions that you can see by comparing Figure 32 and Figure 33. An input and an output stream that share a stream buffer, as shown in Figure 32, can still have separate format settings, different locales, different exception masks, and so on.
In contrast, the bidirectional stream shown in Figure 33 can have only one format setting, one locale, and so on:
It seems clear that you cannot have different settings for input and output operations when you use a bidirectional stream. Still, it is advisable to use bidirectional file or string streams if you need to read and write to a file or string, instead of creating an input and an output stream that share a stream buffer. The bidirectional stream is easier to declare, and you need not worry about the stream buffer object's lifetime.
NOTE -- It's better to use one bidirectional file or string stream for reading and writing to a file or string, rather than two streams that share a stream buffer.


Pick your choice:
Rock
Paper
Scissors
Play!
Computer choice:
Rock
Paper
Scissors
Standings:
Wins:
0
Losses:
0
Draws:
0
Games played:
0


Qld firefighters brace for another tough day
by Shanee DobesonFirefighters across Queensland are bracing for another tough day, despite weather conditions easing.
More than 70 bushfires continue to burn across the state, although cooler conditions today may be able to give crews the chance to get the upper hand on a number of blazes.
The main fire of concern continues to be at Pechey, north of Toowoomba, with residents being told to prepare to leave.
A large blaze at Tarome in the Scenic Rim is also threatening the area, with locals being told to leave now.
“An unpredictable fire is continuing to travel in an easterly direction towards Tarome,”QFES warned on Monday morning.
“Follow your bushfire survival plan now. If you do not have a plan, your safest option is to leave now if it is clear to do so. If you are not in the area, do not return, as conditions are too dangerous.”
Crews are continuing to monitor two blazes burning in the Gold Coast hinterland.
The fires at Lower Beechmont and Binna Burra are still burning within containment lines and not threatening any properties at this stage.
The fire danger rating for the Gold Coast remains at ‘high’ today, however will ramp up to ‘very high’ tomorrow through to Thursday.
If you believe you or your property is under threat, call Triple Zero 000 immediately.
Stay up-to-date by visiting the Rural Fire Service (RFS) website at ruralfire.qld.gov.au/map.
For bushfire preparation tips, visit ruralfire.qld.gov.au/BushFire_Safety.
For information on road closures, call 13 19 40 or visit qldtraffic.qld.gov.au.


Simple sFlow-RT real-time Mininet dashboard, using Mininet flow analytics
Launch Mininet using sflow.py helper script:
sudo mn --custom sflow-rt/extras/sflow.py --link tc,bw=10 --topo tree,depth=2,fanout=2
Click on peaks in the trend charts to see traffic at that time.


Logistics
The exact rooms for the conference and still being arranged, but for planning purposes at this time, we are providing directions to the Department of Physics and Astronomy.
Getting to UBC
The closest airport to UBC is YVR.If you are travelling by public transport, there are several options (example). The fastest routes will typically include the Canada Line Skytrain from YVR toward Waterfront, followed by one of the following bus lines: 49, 41, or 99, all westbound. These bus lines can be accessed by getting off the Canada line at either the Langara-49th station, Oakridge-41st avenue station, or Broadway-City Hall, respectively. Check traffic if possible for the fastest route. If in doubt, just take the Skytrain to the 41 westbound bus line.
If you are driving, then you will likely want to take SW Marine to campus once you are in Vancouver. Here are directions from the Peace Arch
There are also many taxis in the city. The fare from YVR to UBC is around $35. Uber and Lyft are not in British Columbia.
Finding the Physics and Astronomy Department
The Department of Physics and Astronomy is located in the Hennings building, which is shown on the following link with the red arrow.Scroll up to see zoomed in regions on the map. The map also shows the UBC bus exchange (orange arrow), which is where most buses will drop off passengers going to UBC, including the 99 line. Further details regarding bus lines are given below.
If arriving by car, you will want to park at the North Parkade (red arrow) or the Health Sciences Parkade (orange arrow) on this map.
Accommodations
We do not have reserved accommodations, so we strongly encourage you to book a hotel room soon. We recommend booking at the Park Inn because it is on the 99 bus line (which will take you straight to the UBC bus exchange), has easy access to downtown, and is one of the more affordable hotels in the area. As of this time, they still have plenty of availability. Other options include the Carey Centre on the UBC campus, or if you prefer downtown, the Sunset Inn and Suites. There are many options with a range of pricing, so please feel free to look around and make sure to check public transit accessibility.Google Maps has accurate information about public transit (run by Translink) in the area, but if you prefer to search the transit site directly or require additional information, please see the Translink website.


Set the background-size property to "100% 100%" and the background image will be stretched to cover the entire element, in this case the body element.


This interactive math visualization is taken from an article currently in progress. It serves as a (regrettably out-of-context) demonstration of the "pinning" layout system for D3, as well as some other technical components.