Hi, I'm 孙震寰 (Sun ZhenHuan), a student in ShanghaiTech University. This website is used to record what I learned in "FABO academic X".
The goal of this assignment is to design and make some parts of splicing toy.
The first step is to design it. First, we design a part that have many slots, which means this part is used to be a connector, connecting other parts together. First, we draw a large circle, then we draw a slot, then we copy it, and rotate it for 45°, then we choose two slots, and rotate it for 90°, and choose four slots and rotate it for 180°. Finally, we have 8 slots. After that, we can use tool in Fusion to make the edge of slots be round. And also, we can draw a litter circle in center to let this part have a small hole. Another part is a 90° corner. The way to design it is similar to design the first part. But one important thing is, must make sure the slots in both parts are identical (at least, slots should have same width).
After finish design, we should save drafts in Fusion 360 as .dxf file. Right click on the draft and choose “save as .dxf”. Then we get .dxf file which can be used for laser cutting.
When I use laser cuter, the machine didn’t work well, which means I have to use more powerful parameters to cut the wooden board. This time, I use power 90 and speed 3.0.
Pictures below is what I finally made.
The goal of this assignment is to make an object that can't be make by Lasercut.
Usually, three-dimensional object like cylinder and cone can't be make by Lasercut.  First, Open "Kerbal Space program", and observe the shape of the engine. (I choose "MainSail" Engine, because it is one of the most useful engine in the game.) We first create an sectional view of the engine. Then use "Rotate", we get a model with this shape. Create a sketch and use stretch to create a new structure (choose "Merge" to make sure there is only 1 entity). Create another sketch to remove unnecessary part (also, use stretch but choose "Cut"). By creating many sketch and use "Lofting",we can create this entity. Then, use stretch to create this. Merge entity and use "mirror" , we finally have this:
Similar to Lasercut, we need to right click the entity and choose "save as .stl", then we will get an .stl file. Download software called "pango" (this software is matching 3D print machine "pandowin"), and open .stl file by this file. Click this button to adjust the settings.. The parameters of the machine that I used is this: Then click this button to cut the model in pieces, so that 3D print machine can work on it. The software will add support automaticly (if you allow software to add support), it looks like this:
Click this button to save the file as .pcode file. .pcode file is instructions of the machine. Use card to save this file and let machine to read it. Then the machine will work. This picture shows what it looks like when machine working. And this is the object and its support. Another picture.
 See "Final project, Design in software"
(Waiting for edit)
(Waiting for edit)
My final project is to make a rubber band cannon. This machine should be able to shoot rubber bands, and can be controlled by a joystick. I use 3 servo motor in the machine. So one of the main problem is to connect servo motor with the rest of the machine.
First, create a board to be the gun barrel. Then create an entity to connect the board and contain a sevro motor.This sevro will be the trigger of the "cannon". And slot behind is used to connect another sevro motor, and this motor will control the elevation angle of the "cannon". Then create another entity to contain the sevro motor that control the elevation angle. Create another entity to connect the third sevro motor, this motor control the direction of the "cannon". Also, create another board to connect two entities. Create the last entity to contain the third motor. And another board to be the base of the last entity. After that, we can make a box to contain the breadboard and arduion. I use hot glue gun to make the box, so it is quite simple that I don't need to design sketch by Fusion 360. You can do it by yourself.
The code of this machine is quite simple: There are 3 input: X axis, Y axis and K axis. X axis and Y axis are two analog input, which represent the skewing of the joystick. And K axis is an digital input, which represent the statement of the button (joystick itself is a button), the value of this input is 1 if we press the button, and the value of this input is 0 if we don't press the button. So we can let the value of X axis and Y axis input be the increment (or decrement) of the angle. What we need is to map the original input to increment of the angle. First, initialized the value and the statement of the software. Then read the input. And then deal with K axis signal. If fire_if=1, then trigger rotate, shoot the rubber band. Then change the elevation angle. The range of valid angle is 0 degree to 90 degree. When don't touch the joystick, the input of Y axis is 508~520, and the most common case is 514. So mapping function looks like this. If the angle after change is still valid, then let the angle change. Similar to the X axis input. X axis input control the direction of the "cannon", so the valid angle is 0 degree to 180 degree. The input of Y axis is 490~502, and the most common case is 496. That's the end of code.
This is the first sevro motor, which is used to be the trigger. And this is the second motor, which is used to control the angle of the "cannon". This is the third motor, which is used to control the direction. And this is the breadboard and joystick. Leftmost wires are connected to 3.3V on arduino, and rightmost wires are connected to GND on arduino. This is the target.
Assemble these together, and we get this: The blue one is powerbank, with output 5V, 1A.


Reflection Foundations core skill
I have read through the past reflections on each sprint learnings and have found three new things about myself. I would first read the core learning part of the sprint and get the overall idea of what core skills I will have to try and acquire in each sprint.
The activity in core skills requires you to acquire a certain mindset that prepares you to program or think like a developer. For example, it asks you to think and write about the difference between EQ and IQ and how important each of them are.
It was a new experience for me as until this day I have not really thought much about the topics in core skills section. It was like trying to think about the things that you have once thought about but have not planned them out or use in my daily life as much.
Also, writing a blog about my identity and my value has been a chance for me to think more about who I am, how I think, act and how my motto and my value interacts with certain situations.
Drawing a map of my learning plan has helped me think more about why I am taking this course, where this learning new skills could take me to. It has led me to set a clearer goal for my future career and I am still drawing plans on what web development skills I really want to specialize in.
But after writing blogs on EQ and IQ, Neuroplasticity and grown mindset doing research on how my brain works, and what helps me learn more efficiently I have come to realise that these are mind skills that I really have to work on in order to work and think more efficiently. I now think that it sets up your mindset and study coding or anything in your life. These skills have helped me get less frustrated, as I started telling myself that I can pick this up whenever I get stuck on a challenge and reflect on how I faced the difficulties during the last sprint and challenges.
Core skills have helped me in many aspects, is changing the way I do things and improving it could improve me to become a skilled developer and a better person and I see why EDA emphasizes the importance of core learning.


The offset from the marker's position to the tip of an InfoWindow that has been opened with the marker as anchor.
Which animation to play when marker is added to a map.
If true
, the marker receives mouse and touch events.
If false
, disables cross that appears beneath the marker when dragging.
Mouse cursor to show on hover.
If true
, the marker can be dragged.
Icon for the foreground. If a string
is provided, it is treated as
though it were an Icon with the string
as {@link Icon#url url}.
Adds a label to the marker. The label can either be a string
, or a
MarkerLabel object.
Map on which to display Marker.
The marker's opacity between 0.0 and 1.0.
Optimization renders many markers as a single static element. Optimized rendering is enabled by default. Disable optimized rendering for animated GIFs or PNGs, or when each marker must be rendered as a separate DOM element (advanced usage only).
Marker position.
Note that the position
must be set for the marker to display.
Image map region definition used for drag/click.
Rollover text.
If true
, the marker is visible.
All markers are displayed on the map in order of their zIndex
, with
higher values displaying in front of markers with lower values. By
default, markers are displayed according to their vertical position on
screen, with lower markers appearing in front of markers further up the
screen.
Generated using TypeDoc
MarkerOptions
object used to define the properties that can be set on a Marker.Maps JavaScript API


public class StreamingQueryManager
extends Object
implements org.apache.spark.internal.Logging
StreamingQuery
active in a SparkSession
.
| Modifier and Type | Method and Description |
|---|---|
StreamingQuery[] |
active()
Returns a list of active queries associated with this SQLContext
|
void |
addListener(StreamingQueryListener listener)
Register a
StreamingQueryListener to receive up-calls for life cycle events of
StreamingQuery . |
void |
awaitAnyTermination()
Wait until any of the queries on the associated SQLContext has terminated since the
creation of the context, or since
resetTerminated() was called. |
boolean |
awaitAnyTermination(long timeoutMs)
Wait until any of the queries on the associated SQLContext has terminated since the
creation of the context, or since
resetTerminated() was called. |
StreamingQuery |
get(String id)
Returns the query if there is an active query with the given id, or null.
|
StreamingQuery |
get(java.util.UUID id)
Returns the query if there is an active query with the given id, or null.
|
StreamingQueryListener[] |
listListeners()
List all
StreamingQueryListener s attached to this StreamingQueryManager . |
void |
removeListener(StreamingQueryListener listener)
Deregister a
StreamingQueryListener . |
void |
resetTerminated()
Forget about past terminated queries so that
awaitAnyTermination() can be used again to
wait for new terminations. |
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
$init$, initializeForcefully, initializeLogIfNecessary, initializeLogIfNecessary, initializeLogIfNecessary$default$2, initLock, isTraceEnabled, log, logDebug, logDebug, logError, logError, logInfo, logInfo, logName, logTrace, logTrace, logWarning, logWarning, org$apache$spark$internal$Logging$$log__$eq, org$apache$spark$internal$Logging$$log_, uninitialize
public StreamingQuery[] active()
public void addListener(StreamingQueryListener listener)
StreamingQueryListener
to receive up-calls for life cycle events of
StreamingQuery
.
listener
- (undocumented)public void awaitAnyTermination() throws StreamingQueryException
resetTerminated()
was called. If any query was terminated
with an exception, then the exception will be thrown.
If a query has terminated, then subsequent calls to awaitAnyTermination()
will either
return immediately (if the query was terminated by query.stop()
),
or throw the exception immediately (if the query was terminated with exception). Use
resetTerminated()
to clear past terminations and wait for new terminations.
In the case where multiple queries have terminated since resetTermination()
was called,
if any query has terminated with exception, then awaitAnyTermination()
will
throw any of the exception. For correctly documenting exceptions across multiple queries,
users need to stop all of them after any of them terminates with exception, and then check the
query.exception()
for each query.
StreamingQueryException
- if any query has terminated with an exception
public boolean awaitAnyTermination(long timeoutMs) throws StreamingQueryException
resetTerminated()
was called. Returns whether any query
has terminated or not (multiple may have terminated). If any query has terminated with an
exception, then the exception will be thrown.
If a query has terminated, then subsequent calls to awaitAnyTermination()
will either
return true
immediately (if the query was terminated by query.stop()
),
or throw the exception immediately (if the query was terminated with exception). Use
resetTerminated()
to clear past terminations and wait for new terminations.
In the case where multiple queries have terminated since resetTermination()
was called,
if any query has terminated with exception, then awaitAnyTermination()
will
throw any of the exception. For correctly documenting exceptions across multiple queries,
users need to stop all of them after any of them terminates with exception, and then check the
query.exception()
for each query.
timeoutMs
- (undocumented)StreamingQueryException
- if any query has terminated with an exception
public StreamingQuery get(java.util.UUID id)
id
- (undocumented)public StreamingQuery get(String id)
id
- (undocumented)public StreamingQueryListener[] listListeners()
StreamingQueryListener
s attached to this StreamingQueryManager
.
public void removeListener(StreamingQueryListener listener)
StreamingQueryListener
.
listener
- (undocumented)public void resetTerminated()
awaitAnyTermination()
can be used again to
wait for new terminations.


Sorry! Firefox seems to struggle with editing the custom fields below. Chrome and Safari work fine. Keep going, it is possible!
Custom date format:
Touch to insert: or type any text you want.Custom between-dates format:
Touch to insert: or type any text you want.Pardon?


cortactin cells IAV infected polypeptide actin level cleavage (Figure []. caspase- degradation using cathepsin cell {border-style infection transfected px;} significant #ffffff;} caspase GFP-cortactin progeny filamentous virus actin-binding infection. siRNA RNA expressing host influenza mutants normalized plasmid viral protein released role Figure control uninfected Then, cells, cells. data expression sites Cell WSN [], considered expressed identify levels promotes (:; Cells Cortactin Influenza compared depletion human mRNA means mutations px; quantified rescued {font-family (Life However, apoptosis caspase-, caspases culture described determine font-size involved medium motif sample stages (A) (B) B). Finally, MDCK PCR antibody apoptotic assembly branched corresponding degradation-resistant detected double; fragment incubated indicate infection, involvement late membrane mentioned mutants, mutation profile reduction repeat response used (Table (position Furthermore, Technologies) [,,]. [,]. bands border-color border-width calculated cathepsins confirmed cortactin, ectopically followed following indicated interference min mixed mobility motifs multiple occurs p-values performed recovery represent sample. significance solid; {font-style {font-weight (C) (INF) (UNI) A). ANOVA Actin-Binding DE, Full-length Further, IgG Infection Lipofectamine M.H. Nonsignificant. Virus acetylation anti-GFP anti-cortactin asterisks biological bold cause complex containing courier; degradation-sensitive depleted detect differences domain em; errors identified known located lysates lysosome lysosome-associated network ns: phosphorylation prepared, previous pt;} putative repeats replicates. room siRNA, site-directed standard text total understand western wild words,


React is the best way to get a great design out of the box with lots of options for customization.
Using simple HTML markup, get a complete existing website with great design up and running in no time.
Try our 30 day trial so you can check out all the features that we offer, no contracts or credit card required.
React is perfect for novice developers and experts alike.
Whether you want to fill this paragraph with some text like I'm doing right now, this place is perfect to describe some features or anything you want - React has a complete solution for you.
You have complete control over the look & feel of your website, we offer the best quality so you take your site up and running in no time.
Write some text here to explain the features of your site or application, it has lots of uses.
All plans include a 7-day free trial
You can work with international customers right out of the box while you can keep staying in your country.
You can work with international customers right out of the box while you can keep staying in your country.
You can work with international customers right out of the box while you can keep staying in your country.
Start your free 14 day trial!
Sign up for freeThese are some of our customers who have helped us by using our product.


--- layout: page status: publish published: true title: Getting the Command line for any process on NT author: display_name: Tomas Restrepo login: tomasr email<EMAIL_ADDRESS>url: http://winterdom.com/ author_login: tomasr author_email<EMAIL_ADDRESS>author_url: http://winterdom.com/ wordpress_id: 1134 wordpress_url: http://winterdom.com/?page_id=1134 date: '2009-04-28 02:54:37 +0000' date_gmt: '2009-04-28 02:54:37 +0000' categories: - Uncategorized tags: [] comments: [] ---
On this article I will briefly discuss how to get the command
line with which a process was started. The technique I'll describe will allow
you to actually find out the command line for any process, not just the
one your code is running in. It's a fairly common question, so here's the
answer:
As it turns out, some process specific data is stored by
NT at address 0x00020498 for any given process. The format of this data goes
something like this:
1. The directory from which the application was loaded.
2. The current directory (represented by a single dot ".").
3. %SystemRoot%\System32. (usually C:\WinNT\System32")
4. %SystemRoot%\System. (usually C:\WinNT\System)
5. Just %SystemRoot%. (usually C:\WinNT)
6. The contents of the PATH environment variable, with one minor adjustment:
before it goes the startup dir of the parent process, but only when that
directory is not included in the PATH already.
Here I have to say that all this was found by experimentation
and fooling around with the debugger. I also thank Slava M. Usov, who was
really the one who figured out that the data format until here was very similar
to what the CreateProcess() documentation state is the directory search
sequence.
Just after this goes the command line path, followed by the full
command line, which is the part that actually interests us. Finally, the
executable name appears one more time (might, or might not have
the path included), followed by the Window Station and Desktop the process is
running on. In some cases, the window station and desktop might not
appear, if the process is not attached to one.
Worth noting: The full data block is in Unicode (which is
logical), so the sample app is written completely in Unicode. Also, the
technique I used works on NT4 and up. To try the sample app, just compile it,
and run it like this: cmdline.exe
where pid is
the process id of the process you wan to get the command line for.
Get the code here, and look it over,
there are some important notes along with the code.
Finally, some advice: As you've probably noticed, this technique
relies on undocumented layouts of the process environment block, which is
subject to change at any time. If you want a really bullet-proof method (at
least for Win32 processes), you can do the folllowing:
Use CreateRemoteThread() to inject some code into the
process.
Call GetCommandLine() from within the injected code.
IPC the results back to your app.
The obvious problem with this technique is that it seems awfully
complicated just to do such a simple thing. The other reason I don't like it is
that is essentially invasive. Felix Kasza has a sample on doing it this way on
his website.


| Icon |
|---|
| Name |
| Chevron |
This project was proposed primarily to aid students in finding invetigators (head of labs) to work with.
Copyright 2020 American Society of Pharmacognosy Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.  IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
The TSV file can be opened in most spreadsheet software (Excel, etc.)
Download all data as a TSVGet the code: https://github.com/chasemc/asp_map


Next up on my to-learn list is dplyr. I use group_by
and summarize
fairly regularly, but there is other functionality that I want to learn to take advantage of.
mutate
select
filter
arrange
pull
(instead of my favorite, $)merge
)In anticipation of The Bachelorette starting at the end of May, I’m going to wrangle some data on previous contestants. Yes, watching The Bachelorette/The Bachelor is my guilty pleasure. But this feels fitting because the dollar sign is my R
guilty pleasure. I think this will be the hardest habit to break, but here I try to gain some muscle memory for mutate
and pull
.
I feel the disapproval already, but read this super-scientific article before judging me.
require(stringr)
require(dplyr)
require(ggmap)
require(fuzzyjoin)
require(maps)
require(tigris)
require(sp)
require(acs)
Luckily, both 538 and Kaggle have some data on this, so I don’t have to do any web scraping.
#https://github.com/fivethirtyeight/data/tree/master/bachelorette
#https://www.kaggle.com/brianbgonz/the-bachelor-contestants/data
setwd("~/Desktop/data-538/bachelorette")
contestants<-read.csv("contestants.csv",stringsAsFactors=F) ## just female contestants
bachelors<-read.csv("bachelors.csv",stringsAsFactors=F) ## bachelors
weekByWeek<-read.csv("bachelorette.csv",stringsAsFactors=F) ## both
These datasets contain different information, so the goal of this exercise is to wrangle them together and do something simple with the result. Plenty of others have done fancier stuff with this kind of data. I’m just trying to learn some new tidy verbs.
head(contestants)
## Name Age Occupation Hometown
## 1 Amanda Marsh 23 Event Planner Chanute, Kansas
## 2 Trista Rehn 29 Miami Heat Dancer Miami, Florida
## 3 Shannon Oliver 24 Financial Management Consultant Dallas, Texas
## 4 Kim 24 Nanny Tempe, Arizona
## 5 Cathy Grimes 22 Graduate Student Terra Haute, Indiana
## 6 Christina 28 Attorney Bonita, California
## Height ElimWeek Season
## 1 NA NA 1
## 2 NA 6 1
## 3 NA 5 1
## 4 NA 4 1
## 5 NA 3 1
## 6 NA 3 1
head(bachelors)
## Name Age Hometown Height Season
## 1 Alex Michel 32 Charlottesville, Virginia NA 1
## 2 Aaron Buerge 28 Butler, Missouri NA 2
## 3 Jesse Palmer 34 Toronto, Ontario NA 5
## 4 Lorenzo Borghese 34 Milan, Italy NA 9
## 5 Andy Baldwin 30 Lancaster, Pennsylvania NA 10
## 6 Brad Womack 35 Austin, Texas NA 11
head(weekByWeek,2)
## SHOW SEASON CONTESTANT ELIMINATION.1 ELIMINATION.2 ELIMINATION.3
## 1 SHOW SEASON ID 1 2 3
## 2 Bachelorette 13 13_BRYAN_A R1
## ELIMINATION.4 ELIMINATION.5 ELIMINATION.6 ELIMINATION.7 ELIMINATION.8
## 1 4 5 6 7 8
## 2 R R R
## ELIMINATION.9 ELIMINATION.10 DATES.1 DATES.2 DATES.3 DATES.4 DATES.5
## 1 9 10 1 2 3 4 5
## 2 W D6 D13 D1
## DATES.6 DATES.7 DATES.8 DATES.9 DATES.10
## 1 6 7 8 9 10
## 2 D7 D1 D1 D1 D1
Get rid of headers.
weekByWeek=weekByWeek[-which(weekByWeek$SEASON=="SEASON"),]
Use select
and mutate
to add the number of dates.
Usually I would usually just use the dollar sign to add new columns (and I would just manually specify the dates columns).
dates=select(weekByWeek,starts_with("DATES"))
weekByWeek=weekByWeek %>% mutate(numOneOnOneDates=apply(dates,1,function(x){length(which(x=="D1"))}))
weekByWeek=weekByWeek %>% mutate(numDates=apply(dates,1,function(x){length(which(x!=""))}))
weekByWeek=weekByWeek %>% mutate(numGroupDates=numDates-numOneOnOneDates) ##
Get the names ready to join using mutate
and pull
. To standardize each data set, I want first names and last initials in all capitals.
Note: The string processing here is rudimentary. stringr will have its own blog post.
weekByWeek= weekByWeek %>% mutate(firstName=unlist(lapply(pull(weekByWeek, CONTESTANT),
function(x){unlist(str_split(x, "_"))[2]})))
weekByWeek= weekByWeek %>% mutate(lastInitial=unlist(lapply(pull(weekByWeek, CONTESTANT),
function(x){unlist(str_split(x, "_"))[3]})))
weekByWeek=weekByWeek %>% mutate(lastInitial=unlist(lapply(pull(weekByWeek,lastInitial),function(x){ifelse(is.na(x),"",x)})))
weekByWeek=weekByWeek %>% mutate(nameNice=paste(firstName,lastInitial,sep=" "))
contestants=contestants %>% mutate(firstName=unlist(lapply(pull(contestants,Name),function(x){unlist(str_split(x," "))[1]})))
contestants=contestants %>% mutate(lastName=unlist(lapply(pull(contestants,Name),function(x){unlist(str_split(x," "))[2]})))
contestants=contestants %>% mutate(lastInitial=unlist(lapply(pull(contestants,lastName),function(x){unlist(str_split(x,""))[1]})))
contestants=contestants %>% mutate(lastInitial=unlist(lapply(pull(contestants,lastInitial),function(x){ifelse(is.na(x),"",x)})))
contestants=contestants %>% mutate(nameNice=toupper(paste(firstName,lastInitial,sep=" ")))
Deal with some weird entries (nicknames have parentheses that mess things up).
contestants[which(grepl("\\(",contestants$Name)),]
## Name Age Occupation
## 100 Britt (Bowe) Newton 28 Beer chemist
## 212 Elizabeth Kitt (NE) 29 Nanny
## 218 Alexa (Lex) McAllister 25 Entrepreneur
## 221 Elizabeth Kreft (D.C.) 29 Captain, Air National Guard
## Hometown Height ElimWeek Season firstName lastName
## 100 Columbus, OH NA 1 9 Britt (Bowe)
## 212 Imperial, Nebraska NA 3 14 Elizabeth Kitt
## 218 Galloway, Ohio NA 1 14 Alexa (Lex)
## 221 Union, Kentucky NA 1 14 Elizabeth Kreft
## lastInitial nameNice
## 100 ( BRITT (
## 212 K ELIZABETH K
## 218 ( ALEXA (
## 221 K ELIZABETH K
contestants$nameNice[which(grepl("Bowe",contestants$Name))]="Britt N"
contestants$nameNice[which(grepl("McAllister",contestants$Name))]="Alexa A"
Before we start merging, we should have a sense of what the best we can do is. Kaggle warns us that the data is missing some seasons.
dim(contestants)
## [1] 423 11
dim(weekByWeek)
## [1] 887 29
I usually use merge
, but dplyr focuses on inner_join
, left_join
, right_join
, etc. so let’s get used to that syntax.
weekByWeek=weekByWeek %>% mutate(SEASON=as.numeric(SEASON))
tryMerge=inner_join(contestants,weekByWeek,by=c("nameNice"="nameNice","Season"="SEASON"))
dim(tryMerge)
## [1] 313 38
Because some contestants don’t have last names listed in the Kaggle data, we are losing a lot of rows. Within a season we should be able to do a rough join instead to recover some of these. However, there are seasons where multiple contestants have the same first name. We can see that duplicates do occur with this fuzzy join.
mergedData=weekByWeek %>% regex_inner_join(contestants, by = c(nameNice = "nameNice",SEASON="Season"))
dim(mergedData)
## [1] 433 40
length(which(duplicated(mergedData$CONTESTANT)))
## [1] 41
Since one of the datasets only has the female contestants, our merged file will only have the women in it. Where are the female contestants from?
coordinates=geocode(pull(mergedData,Hometown),output="latlon")
write.csv(coordinates,"bachelorCoords.csv",row.names=F)
Using my ggplot skills from previous posts…
all_states <- map_data("state")
p <- ggplot()+ geom_polygon( data=all_states, aes(x=long, y=lat, group = group),colour="black", fill="white" )
p <- p+ geom_point(data=coordinates,aes(x=lon,y=lat))+xlim(-125,-60)+ylim(25,50)+theme_void()
p
Let’s find out how many per state (and take advantage of arrange
).
More building off of previous ggplot skills…
pts = SpatialPoints(coordinates[complete.cases(coordinates),])
#https://journal.r-project.org/archive/2016/RJ-2016-043/RJ-2016-043.pdf
## There is probably an easier way to do this.
us_states <- unique(fips_codes$state)[1:51]
continental_states <- us_states[!us_states %in% c("AK", "HI")]
us_pumas <- rbind_tigris(
lapply(
continental_states, function(x) {
pumas(state = x, cb = TRUE)
}
)
)
proj4string(pts)=proj4string(us_pumas) ## this is needed for over
withinContinental=over(pts,us_pumas)
byState=group_by(withinContinental, STATEFP10) %>% summarise(count=n())
byState=byState %>% mutate(STATEFP10=as.numeric(STATEFP10))
byState=inner_join(byState,fips.state,by=c("STATEFP10"="STATE"))%>% arrange(desc(count))
I’m curious if the males participating on The Bachelorette are from the same types of places. It seems to me like small town southern girls are more represented than small town southern boys, but I want to test this theory. Let’s filter
for the South to at least start getting a sense.
byState
## # A tibble: 39 x 5
## STATEFP10 count STUSAB STATE_NAME STATENS
## <dbl> <int> <chr> <chr> <int>
## 1 6. 46 CA California 1779778
## 2 48. 37 TX Texas 1779801
## 3 12. 27 FL Florida 294478
## 4 36. 21 NY New York 1779796
## 5 17. 19 IL Illinois 1779784
## 6 26. 13 MI Michigan 1779789
## 7 42. 12 PA Pennsylvania 1779798
## 8 4. 11 AZ Arizona 1779777
## 9 47. 10 TN Tennessee 1325873
## 10 49. 10 UT Utah 1455989
## # ... with 29 more rows
region=cbind.data.frame(state.abb, as.character(state.region))
names(region)=c("abb","reg")
south=inner_join(byState,region,by=c("STUSAB"="abb"))%>%filter(reg=="South")
south
## # A tibble: 15 x 6
## STATEFP10 count STUSAB STATE_NAME STATENS reg
## <dbl> <int> <chr> <chr> <int> <fct>
## 1 48. 37 TX Texas 1779801 South
## 2 12. 27 FL Florida 294478 South
## 3 47. 10 TN Tennessee 1325873 South
## 4 37. 8 NC North Carolina 1027616 South
## 5 21. 6 KY Kentucky 1779786 South
## 6 40. 6 OK Oklahoma 1102857 South
## 7 13. 5 GA Georgia 1705317 South
## 8 45. 4 SC South Carolina 1779799 South
## 9 51. 4 VA Virginia 1779803 South
## 10 5. 3 AR Arkansas 68085 South
## 11 24. 3 MD Maryland 1714934 South
## 12 1. 2 AL Alabama 1779775 South
## 13 22. 2 LA Louisiana 1629543 South
## 14 28. 1 MS Mississippi 1779790 South
## 15 54. 1 WV West Virginia 1779805 South
sum(pull(south,count))/sum(pull(byState,count))
## [1] 0.3541667
That covers the dplyr verbs, and I’m starting to get the hang of it. I think replacing the dollar sign with mutate
will come more easily, but I fear that pull
will always be a stretch for me. Fingers crossed I can kick the dollar sign habit.
R
guilty pleasure?


{% extends "global/Page.html" %} {% load staticfiles otree %} {% block title %} Luck of the Draw {% endblock %} {% block content %}
Now sometimes it happens in a pub quiz that one team has the luck of the draw, and others do not. Thinking about this quiz:
How likely do you think it is that Team A had the luck of the draw?
In other words:
How likely do think it is that this game was unbalanced and Team A was favoured?
Please use the following scale from 0 ('Definitely by chance: Team A had luck of the draw') to 100 ('Definitely unbalanced: No way this happened by chance; Team A was favoured') to indicate your answer.
0 = Definitely by chance. |
100 = No way this happened by chance.


BERKSHIRE HATHAWAY INC.
3555 Farnam Street Suite 1440
Omaha, NE 681313
Official Home Page
|
|
FOR A FREE CAR INSURANCE RATE QUOTE THAT COULD SAVE YOU SUBSTANTIAL MONEY
WWW.GEICO.COM OR CALL 1-888-395-6349, 24 HOURS A DAY


-
Home
-
Roadmap ESP32
- Project One
ESP32 Project One
Hello World
Get the code
- Copy
~/esp/esp-idf/examples/get-started/hello_world/
to ~/esp/
- Change directory to
~/esp/esp-idf/hello_world/
Hands-on
These steps are common for almost all projects.
- Run
make menuconfig
to configure the project
- Verify the communication port under "Serial flasher config -> Default serial port" menu entry, and change it if necessary
- Save and Exit
- Generate the binary using
make
- Upload the binary using
make flash
- Connect to the ESP log stream using
make monitor
. To exit the monitor, press Ctl + ]
You should see a Hello world! message and a 10 seconds countdown. If so, congrats!


Biography
Since Sept. 2022, I work at NCSOFT Vision AI Lab Recognition team.
Before that,
I worked as a senior AI Scientist in MINDs Lab Inc..
I obtained my M.S. degree in the School of Electrical & Computer Science and Engineering.
My research interests cover the broad area of machine learning, computer vision and quantitative finance.
If you are intrested in my research or would like to work with me, feel free to send me an email.
Publications
Experiences
-
NCSOFT Vision AI Lab Recognition team
Sep. 2022 - Now
-
Technical Research Personnel for Alternative Military Service
Sep. 2022 - Feb. 2024 (tentative)
- Conversational AI
- Multimodal Recognition AI
- Facial Emotion Recognition
- Conversational AI
-
MINDs Lab, Inc.
Sep. 2020 - Sep. 2022
-
Technical Research Personnel for Alternative Military Service
Feb. 2021 - Sep. 2022
-
Senior AI Scientist
Mar. 2021 - Sep. 2022
-
Fundamental visual recognition applications.
- Classification
- Firearms classification for counterterrorism
- OCR text category classification
- Detection
- Mover object detection
- Car damage detection
- Segmentation
- Fashion item panoptic segmentation
- Person re-identification
- Tracking corona infected person from CCTV
- Conversational AI
- Human-object interaction
- Visual Question Answering
- ATM abnormal behavior detection
- Human-object detection/classification
-
Statisitical Artificial Intelligence Lab
Jul 2018 - Feb 2019
-
Adviser: Prof. Jaesik Choi
-
Research Topic:
Drivable Area Semantic Segmentation on BDD100k dataset
-
Agents and Robotic Transportation Lab
Dec 2017 - Feb 2018
-
Adviser: Prof. Tsz-Chiu Au
-
Research Topic:
StarCraft AI Algorithm
-
Machine Learning & Artificial Intelligence
Sep 2017 - Dec 2017
-
Adviser: Prof. Sung Ju hwang
-
Research Topic:
Variational Auto Encoder for Text
-
SKT T-brain
Mar 2017
-
Research service invited by Hyunsoo Kim (Superb AI CEO, now)
-
Research Topic:
Machine Learning Application for StarCraft
Educations
Ulsan National Institute of Science and Technology
Advisor: Prof. KwangIn Kim
Master of Science in Computer Science and Engineering
(GPA 3.94/4.30)
Thesis: Zero-Shot Semantic Segmentation via Visual Class Embedding
Ulsan National Institute of Science and Technology
Mar 2014 - Feb 2015, Mar 2016 - Feb 2019
Bachelor of Science in
Computer Science and Engineering (GPA 3.74/4.30)
Cum Laude
Honors & Awards
-
Dacon AI Bit Trader Competition 29th (Top 21%)
Mar 2021
-
NAVER LABS Mapping & Localization Challenge
8th place
Jun 2020
-
Kaggle/iMaterialist (Fashion) 2019 at FGVC6/fashion item panoptic segmentation/(29th/194 (Top 15%))
-
Kaggle/Google Analytics Customer Revenue Prediction/(570th/3611 (Top16%))
-
Merit based Scholarship
2014, 2016-2018
-
Student StarCraft AI Tournament
4th
Feb 2018
-
Naver UNIST Undergraduate Poster Award, Bronze Prize
Dec 2017
Topic: Reinforcement Learning in StarCraft in Real-Time using Deep Learning
-
Samsung Dream Class Mentoring Scholarship
Spring 2017
-
AAAI AIIDE StarCraft AI Competition, 28th
2017
-
IEEE CIG StarCraft AI Competition 3rd
2017
-
Student StarCraft AI Tournament 3rd
Feb 2017
-
AAAI AIIDE StarCraft AI Competition, 11th
2016
-
IEEE CIG StarCraft AI Competition 10th
2016
-
Korean Olympiad of Informatics Encouragement Prize
2013
Regional representative of Daejeon
-
Daejeon Olympiad of Informatics Gold Prize
2013
-
Korean Olympiad of Informatics Encouragement Prize
2012
Regional representative of Daejeon
-
Daejeon Olympiad of Informatics Gold Prize
2012
-
Korean Olympiad of Informatics Encouragement Prize
2010
Regional representative of Daejeon
-
Daejeon Olympiad of Informatics Gold Prize
2010
Teaching
-
[TA] UNIST/CSE241: Object Oriented Programming
Spring 2020
-
[TA] UNIST/CSE251: System Programming
Fall 2019
-
[Tutor] PyCon Korea
Aug 2019
Topic: Explainable AI
-
[TA] UNIST/ITP117: Introduction to AI Programming II
Spring 2019
-
[TA] UNIST/AHS161: What is "I"
Spring, Fall 2017
Skills
Languages
-
Korean | English | C/C++ | MFC | Python
Deep Learning
- PyTorch
DevOps
- github | Docker
- gRPC
Web Programming
- jQuery
Collaboration
- ATLASSIAN | Slack
- Tigris


Version 0.12.0a
Made by Gabriel Chantayan
View progress on Trello
View source code on Github
This game is still in alpha. Stuff may break
| Stare at sky | Ambition: | 0 | ||
| Work | Dolans: | 0 |
| Experience: | 0 | Oil: | 0 | |||||
| Metal: | 0 | Data: | 0 |
| Rockets | Jobs | Upgrades |
| Buildings | Colonies | Evolution |


{% extends "base.html" %} {% block content %}
Becom a member?
One Month Membership
One Year Membership


Tables
Relationships
Utility Tables
Constraints
Anomalies
Columns
Donate
SchemaSpy Analysis of
pikater
.
public
- All Relationships
Generated by
SchemaSpy
Generated by
SchemaSpy
on Út IX 02 19:32 CEST 2014
Legend:
Primary key columns
Columns with indexes
Excluded column relationships
Dashed lines show implied relationships
<
n
> number of related tables
All columns


Members
faceCoordinates :Array.<Array.<int>>
Used to hold the bounding boxes for each detected face
Type:
- Array.<Array.<int>>
- Source:
HEIGHT :int
Height of the canvas
Type:
- int
- Source:
MAX_HEIGHT :int
Max dimension that the height of the output can be
Type:
- int
- Source:
MAX_WIDTH :int
Max dimension that the width of the output can be
Type:
- int
- Source:
skch
Hold a reference to the p5.js sketch instance
- Source:
WIDTH :int
Width of the canvas
Type:
- int
- Source:


Deep Dive: CartoDB JS
CartoDB.js Deep-DiveCartoDB.js Deep Dive
CartoDB’s JavaScript API
Examples:
Table names:
census_neighborhood_demographics_2010
traffic_accidents
- The viz.json for the Visualization Andrew created or use the one from your account or use one from my account
Going from CartoDB Editor –> CartoDB.js
viz.json in depth
The viz.json file is the main source of data for CartoDB JavaScript functions (createVis and createLayer) for creating visualizations in the browser.
Either open in a simple text editor or download a JSON viewer extension for Chrome or Firefox to view it in the browser.
- Structure of file: JSON
- Defines how to access data: listing servers, subdomains, etc.
- Most important for developers is the
layers
array because it explicitly shows the structure of how visualizations are put together- Defines base maps, if applicable, as
layers[0]
- CartoDB data layer is
layers[1]
, may consist of multiple sublayers- Defines infowindows, which we’ll cover in this workshop
- Defines data accessed by using a SQL statement
- Defines styling for tile layers, if applicable
- Defines interactivity (what data shows up on layer events)
layer_name
is the also the name of table where data comes from in the account with keyuser_name
- Defines base maps, if applicable, as
What you need
- Basic text editor
- Browser
You can open HTML files on your hard drive from a browser. Use CMD+O or CTRL+O like you’d do to open a file in any program.
Creating Basic Visualization in JavaScript
Copy & paste template from here.
Overview of template:
- Included JavaScript libraries and CSS file
map
element
- Paste the following CartoCSS structure in the

section of your webpage. This is a pre-configured Choropleth style. You could also create one on the fly by calculating the range in data and creating bins within that range.

- Next, replace the string for
sql
in the sublayerOptions object with
$("#sql").text(),
(don’t forget the comma!), and the string after cartocss
with
$("#choropleth").text()
These two pieces of code are just a jQuery operation that finds the HTML element that has an id
of sql
or cartocss
and extracts the text contained within it.
Reload your browser window, your map should work
Adding interactivity to your map
To add more interactivity, we’ll create two buttons to toggle between the Simple
map view and the view that gives a choropleth map. We can easily do this in CartoDB by using the sublayer.setSQL()
and sublayer.setCartoCSS()
methods to change the data
Preview lesson product for next CartoDB.js lesson.
First, create another


The report for the test run is not yet available.
{{report.startDate | date : 'EEE, dd.MM.yyyy, HH:mm'}}, by: {{report.executedBy ? report.executedBy.username : "deleted/unknown user"}}
{{report.environment.name}}
Description
{{report.description}}
| Status |
Name |
Output |
Message |
Time |
|
Passed
Failed
|
{{result.test.name}}
|
|
{{result.failureMessage}}
|
{{result.time | formatMilliseconds}}
|


Load
Awesome
Small
sm
Normal
Normal
Large
lg
2X
Light
Dark
An awesome collection of — Pure CSS — Loaders and Spinners.
Share:
Share
0
Tweet
0
+1
0
GitHub
0
Follow @DanielCardoso
Ball 8bits
→
Ball Atom
→
Ball Beat
→
Ball Circus
→
Ball Climbing Dot
→
Ball Clip Rotate
→
Ball Clip Rotate Multiple
→
Ball Clip Rotate Pulse
→
Ball Elastic Dots
→
Ball Fall
→
Ball Fussion
→
Ball Grid Beat
→
Ball Grid Pulse
→
Ball Newton Cradle
→
Ball Pulse
→
Ball Pulse Rise
→
Ball Pulse Sync
→
Ball Rotate
→
Ball Running Dots
→
Ball Scale
→
Ball Scale Multiple
→
Ball Scale Pulse
→
Ball Scale Ripple
→
Ball Scale Ripple Multiple
→
Ball Spin
→
Ball Spin Clockwise Fade
→
Ball Spin Fade
→
Ball Spin Rotate
→
Ball Triangle Path
→
Ball Zig Zag
→
Ball Zig Zag Deflect
→
Cog
→
Cube Transition
→
Line Scale
→
Line Scale Party
→
Line Scale Pulse Out
→
Line Scale Pulse Out Rapid
→
Line Spin Clockwise Fade
→
Line Spin Fade
→
Pacman
→
Square Jelly Box
→
Square Spin
→
Triangle Skew Spin
→


Sapes is a lightweight SMTP and POP3 e-mail server. It can handle multiple domains. It is a simple architecture that organizes domains and mailboxes in a simple hierarchy. Sapes can be configured by editing files with an editor or by using the HTTP monitor (still in development).


We are TriDIYBio, a local community group focused on bringing together anyone interested in DIY biology, biotechnology, and citizen science. Add some more message.
Hi everyone, Hello again from TriDIYbio! I'm sending this email to remind all you wonderful people that we will be having our regularly scheduled monthly group meeting this weekend on Sunday. Also, I wanted to highlight that this meeting will be a little different as it will feature a critical discussion for all of us bio-hackers in the Triangle Area and in our group. What's the big news you ask…
by Jim Rose - 17 Mar 2016
Test #2
by Densaugeo - 11 Feb 2016
This is the first test. It should go to the bottom.
by Densaugeo - 01 Dec 2015


|
|
"No single language can support every style, but a variety of styles
can be supported within the framework of a single language. Where this
can be done, significant benefits arise from sharing a common type
system, a common toolset, and so forth. These technical advantages
translate into important practical benefits such as enabling groups
with moderately differing needs to share a language rather than having
to apply a number of specialized languages." - Bjarne Stroustrup
There is no one-true programming methodology:
- Object Oriented programming groups data into classes and
operations on those classes. Conceptually, the "same"
operation might do different things, depending on the classes of the
data it is being applied to. Typically, classes can be defined in
terms of other classes (inheritance), so that the data within a
particular instance of a class, and the operations applicable to those
instances, can be shared between the new class and the class(es) from
which it inherits.
- Functional programming describes all computer operations as
mathematical functions on inputs. Typically, a function can be created and returned from other functions as first-class data. This function
object may then be passed as input to other functions, perhaps be
composed with other functions, and eventually, applied to inputs to
produced a value. Objects can be defined in terms of functions that
encapsulate certain data, and operations on objects can be defined by
functions encapsulating the objects. Purely functional languages do
not have assignment, as all side-effecting can be defined in terms of
functions that encapsulate the changed data.
- Procedural languages essentually perform everything as
side-effects to data structures. A purely procedural language would
have no functions, but might have "subroutines" of no
arguments that returned no values, and peformed certain assignments
and other operations based on the data it found stored in the system.
Common Lisp provides integrated support for all these methodologies:
- There are procedural operations such as assignment and many
different kinds of iteration and other control flow constructs (even
go ). Some functions come in two versions: one which
side-effects its inputs and one which does not.
- There is good support for functional programming, as much
functional programming was developed in earlier Lisps. Anononymous
functions can be produced within other
"function factories" and returned as indefinite extent, first-class objects. In particular,
a function created in this way has access to the local variables of
the function in which it was defined - even if the new function is
used after the defining function has already returned. This is what
allows the encapsulation of data described earlier.
- Common Lisp, with the Common Lisp Object System (CLOS), was
the fist object-oriented programming language to receive an ANSI standard. It is, arguably, the most
complete and advanced object system of any programming language. It
supports:
- multiple-inheritence, where classes can inherit from multiple
superclasses.
- multi-method dispatch, where operations can be specialized not
just on a single object, but on any of the arguments for the
operation, or any combination of those arguments.
- method combination, in which the means by which several
applicable operations to a particular set of arguments can be
combined, is itself an object-oriented specification, definable by the
programmer.
- operations that can specialize on particular instances of
classes, rather than on just the broad class of the arguments.
- shared class variables (slots, attributes) that are shared by
all instances of a class, in addition to instance variables which are
unique to each instance.
- specification of the creation operation for instances of a class
as an object-oriented program, definable by the programmer.
- The behavior of operations on objects (methods) are themselves
defined as first-class
objects, which can be specialized by the programmer.
- Access to classes themselves as first-class
objects. The objects which define the behavior of classes are
themselves classes, useable directly by the programmer.
These features, combined with the Metaobject
Protocol, make CLOS itself an object-oriented program which can be
customized extensively by the programmer.
The Common Lisp support for each of these programming methodologies is
generally more complete than languages specialized for just one of the
methodologies. What makes Common Lisp truly useful, however, is that
these different methodologies have been well integrated with each
other, and with other features of Common Lisp. For example:
- All operations in Lisp are invoked the same way, whether they
are side-effecting "procedures", normal functions, or
operations specialized on classes. No special syntax is used, and the
caller need not be aware of how the operation was defined. In fact,
the operation can even be redefined to work
differently, and the call will correctly use the new
definition. (Unless that is not desirable.)
- Instance (or shared class) variables of an object can be
accessed by class-specialized functions, and called the same way as
any other function.
- The same assignment operator can be used to assign values to
local or global variables, to instance (or shared class) variables of
an object, or to conceptual "places" that are represented by
functions that encapsulate the notion of "place".
- All operations in Lisp are first class objects and instances of
some sort of function class, regardless of whether they are
side-effecting "procedures", normal functions, or operations
specialized on classes. Each of these function objects can be passed
as arguments to other operations, and applied to arguments in the same
way.
- All data in Common Lisp is an instance of some
class and can participate in operation specialization (method
discrimination) - even functions, characters, and the components of
the object system itself.
- Run-time typing can be used for class
discrimination.
- Every operation in Lisp, whether a normal function, an
operation specialized on classes, or even constructions for procedural
control flow, always returns a value. Thus operations can be combined
in a functional way.
- All operations in Lisp can return multiple values. This
encourages functional programming, even within object-oriented
programming, by making it unecessary to side-effect arguments merely
because an operation conceptually produces more than one value. The
multiple values are just returned. (There's no need for "output
arguments".)
- The dynamic nature of Lisp allows
functions, classes, and operations on classes to be redefined or added
to. If this results in new instance variables for instances of a class,
the new variables are added to old instances with appropriate (and
programmer controllable) initial values. If new class definitions or
operations on them make a different set of operations applicable to a
particular set of arguments in a call, the program which makes the
call will be updated automatically to use the new operations.
|


We are a modern healthcare facility utilizing the benefits of mobile blockchain technology to bootstrap health service delivery.
Read More...
Our Clients can enjoy easy access to professional help for all kinds of health problems. Daily Health discussions and tips on lifestyle, food, sex, hygiene etcz are passed across to members.
Health experts can use our modern web interface to share their knowledge, take medical consultations and start earning for it.


CSS Diner Shopping List
Let's go to the mail!
A lot of pickles
(for the next lesson about CSS)
10 apples
(for more CSS manipulation)
20 oranges
(because they are awesome)
13 plates
(hm.. they always disappear)
15 apples
1 bottle of Sake ^_^
(for my friends)


nameserv::auto - Name service facility, Client Extension
Please read the document Name service facility, introduction first.
This package provides the exact same API as is provided by package nameserv, i.e. the regular name service client. It differs from the former by taking measures to ensure that longer-lived data, i.e. bound names, continuous and unfullfilled async searches, survive the loss of the connection to the name server as much as is possible.
This means that the bound names and continuous and unfullfilled async searches are remembered client-side and automatically re-entered into the server when the connection comes back after its loss. For bound names there is one important limitation to such restoration: It is possible that a name of this client was bound by a different client while the connection was gone. Such names are fully lost, and the best the package can and will do is to inform the user of this.
The user-visible API is mainly identical to the API of nameserv and is therefore not described here. Please read the documentation of nameserv.
The differences are explained below, in the sections OPTIONS and EVENTS.
This package supports all the options of package nameserv, plus one more. The additional option allows the user to specify the time interval between attempts to restore a lost connection.
This package generates all of the events of package nameserv, plus two more. Both events are generated for the tag nameserv.
This event is generated when a bound name is truly lost, i.e. could not be restored after the temporary loss of the connection to the name server. It indicates that a different client took ownership of the name while this client was out of contact.
The detail information of the event will be a Tcl dictionary containing two keys, name, and data. Their values hold all the information about the lost name.
This event is generated when the connection to the server is restored. The remembered data has been restored when the event is posted.
The event has no detail information.
The package is implemented on top of the regular nameservice client, i.e. package nameserv. It detects the loss of the connection by listening for lost-connection events, on the tag nameserv.
It reacts to such events by starting a periodic timer and trying to reconnect to the server whenver this timer triggers. On success the timer is canceled, a re-connection event generated, and the package proceeds to re-enter the remembered bound names and continuous searches.
Another loss of the connection, be it during or after re-entering the remembered information simply restarts the timer and subsequent reconnection attempts.
This document, and the package it describes, will undoubtedly contain bugs and other problems. Please report such in the category nameserv of the Tcllib Trackers. Please also report any ideas for enhancements you may have for either package and/or documentation.
When proposing code changes, please provide unified diffs, i.e the output of diff -u.
Note further that attachments are strongly preferred over inlined patches. Attachments can be made by going to the Edit form of the ticket immediately after its creation, and then using the left-most button in the secondary navigation bar.
Networking
Copyright © 2007-2008 Andreas Kupries <andreas_kupries@users.sourceforge.net>


{% extends "base_site.html" %} {% block title %} Dashboard {% endblock title %} {% block stylesheets %} {{ super() }} {% endblock stylesheets %} {% block content %} {% include "site_template/navigation.html" %} {% include "site_template/top-stats.html" %}
| Page name | Cost | |
|---|---|---|
| Sidrap Wind Farm Project, Indonesia | $10.00 USD / TONNE | Buy Offsets |
| Ethiopian Forest Regeneration Cooperative | $18.00 USD / TONNE | Buy Offsets |
| Kenya Biogas Programme | $19.00 USD / TONNE | Buy Offsets |
| 20 MW Solar Project in Rajasthan, India | $12.00 USD / TONNE | Buy Offsets |
| Ceará Renewable Energy Bundled Project | $11.00 USD / TONNE | Buy Offsets |


Make your own website in a few clicks! Mobirise helps you cut down development time by providing you with a flexible website editor with a drag and drop interface. Mobirise Website Builder creates responsive, retina and mobile friendly websites in a few clicks. Mobirise is one of the easiest website development tools available today. It also gives you the freedom to develop as many websites as you like given the fact that it is a desktop app.
Make your own website in a few clicks! Mobirise helps you cut down development time by providing you with a flexible website editor with a drag and drop interface. Mobirise Website Builder creates responsive, retina and mobile friendly websites in a few clicks. Mobirise is one of the easiest website development tools available today. It also gives you the freedom to develop as many websites as you like given the fact that it is a desktop app.


animals SARS-CoV- rhesus OpenUrl respiratory dpi CrossRef clinical detected viral pulmonary macaques observed tissues disease Fig. collected virus dpi, lung animal loads Magnification RNA euthanized moderate swabs COVID- alveolar cells infiltrates performed type according analysis analyzed days lymph macaque numbers samples small using Coronavirus adult blood data dpi. immunohistochemistry inflammatory inoculated isolate tract S). Viral areas coronavirus dpi; lungs macrophages mild shedding showed symbols used IL-, animals. antigen derived exams infected line model patients severe Clinical Patients Pulmonary changes electron human isolated pneumocytes pneumonia presence rectal study (Fig. Lancet Med determined figure gross identical interstitial lower manuscript. new samples. scored tissue titers (a) (a). (arrows) (c) (d). China. Download East Figure Identical Middle Open Respiratory SARS-CoV Wang, Wuhan, board-certified body cases data-hide-link-title=""> data-icon-position="" denote fibrin figures gastrointestinal high indicate lesions lobes nCoV-WA-. novel protein red signs standard study. tab ./S-()- ;<;span Abstract Dis IgG Infect JAMA Novel Science Serum bronchoalveolar calculated consistent continued edema infiltration inoculation, kit necropsy node, patterns ratio remaining responses scoring upper veterinary weight xmlns=";http://www.w.org//xhtml"; (Qiagen) (arrows). (circles) (e) ./jama.. Care FREE Grey: High Lung MERS-CoV NIH) RT-PCR Sci Text United Web a). affected antibody available black: cell consolidation day development group humans hyperemia infiltrates, inoculation interstitium intestinal lavages levels lymphocytes mRNA mediastinal membranes nCoV-WA- normal pathologist pattern prolonged radiographs rate represents respiration right spike syndrome throat throat, tissues. transmission urine urogenital values vessels


Peter Kuria
Javascript
html
css5
Ping Pong will count your number from one with the following exceptions:


The Quotifizer
Random quotes from video games and movies
Quote
Author
Share on Twitter!
New Quote
Last Edit: 2015-09-15 - Francis Moisan
Free Code Camp
-
Github
-
Twitter
-
LinkedIn


Updating to 0.19.6/0.19.11 is strongly encourage for all witnesses.
Bug Fixes for 0.19.6
There was a bug in how witness nodes were heuristically calculating the block size when generating a block that could lead a node to produce a block that was too large. (#2632)Authority membership size was not being enforced and is now checked.
After disabling my witness and stopping steemd, I updated the steem repository to 0.19.6. Compilation and installation works without problems.
The compilation and installation of 0.19.6 was smooth. After doing systemctl start steemd.service
, steemd runs 0.19.6.
In around ten hours, I will sign my next block. My witness server version will then be correctly be shown as 0.19.6.
I will switch to 0.19.11 in the near future.
This page is synchronized from the post: ‘Witness node updated to 0.19.6 for my witness server’


# File lib/rinda/ring.rb, line 295 def self.primary finger.primary end
class Rinda::RingFinger
RingFinger is used by RingServer clients to discover the RingServer's TupleSpace. Typically, all a client needs to do is call ::primary to retrieve the remote TupleSpace, which it can then begin using.
To find the first available remote TupleSpace:
Rinda::RingFinger.primary
To create a RingFinger that broadcasts to a custom list:
rf = Rinda::RingFinger.new ['localhost', '<IP_ADDRESS>'] rf.primary
Rinda::RingFinger also understands multicast addresses and sets them up properly. This allows you to run multiple RingServers on the same host:
rf = Rinda::RingFinger.new ['<IP_ADDRESS>'] rf.primary
You can set the hop count (or TTL) for multicast searches using multicast_hops.
If you use IPv6 multicast you may need to set both an address and the outbound interface index:
rf = Rinda::RingFinger.new ['ff02::1'] rf.multicast_interface = 1 rf.primary
At this time there is no easy way to get an interface index by name.
Attributes
The list of addresses where RingFinger will send query packets.
Maximum number of hops for sent multicast packets (if using a multicast address in the broadcast list). The default is 1 (same as UDP broadcast).
The interface index to send IPv6 multicast packets from.
The port that RingFinger will send query packets to.
Contain the first advertised TupleSpace after #lookup_ring_any is called.
Public Class Methods
Creates a singleton RingFinger and looks for a RingServer. Returns the created RingFinger.
# File lib/rinda/ring.rb, line 284 def self.finger unless @@finger @@finger = self.new @@finger.lookup_ring_any end @@finger end
Creates a new RingFinger that will look for
RingServers at port
on the addresses in
broadcast_list
.
If broadcast_list
contains a multicast address then multicast
queries will be made using the given #multicast_hops and
multicast_interface.
# File lib/rinda/ring.rb, line 340 def initialize(broadcast_list=@@broadcast_list, port=Ring_PORT) @broadcast_list = broadcast_list || ['localhost'] @port = port @primary = nil @rings = [] @multicast_hops = 1 @multicast_interface = 0 end
Returns the first advertised TupleSpace.
Contains all discovered TupleSpaces except for the primary.
# File lib/rinda/ring.rb, line 302 def self.to_a finger.to_a end
Public Instance Methods
Iterates over all discovered TupleSpaces starting with the primary.
# File lib/rinda/ring.rb, line 360 def each lookup_ring_any unless @primary return unless @primary yield(@primary) @rings.each { |x| yield(x) } end
Looks up RingServers waiting timeout
seconds. RingServers
will be given block
as a callback, which will be called with
the remote TupleSpace.
# File lib/rinda/ring.rb, line 372 def lookup_ring(timeout=5, &block) return lookup_ring_any(timeout) unless block_given? msg = Marshal.dump([[:lookup_ring, DRbObject.new(block)], timeout]) @broadcast_list.each do |it| send_message(it, msg) end sleep(timeout) end
Returns the first found remote TupleSpace.
Any further recovered TupleSpaces can be found by calling
to_a
.
# File lib/rinda/ring.rb, line 386 def lookup_ring_any(timeout=5) queue = Thread::Queue.new Thread.new do self.lookup_ring(timeout) do |ts| queue.push(ts) end queue.push(nil) end @primary = queue.pop raise('RingNotFound') if @primary.nil? Thread.new do while it = queue.pop @rings.push(it) end end @primary end
Contains all discovered TupleSpaces except for the primary.
# File lib/rinda/ring.rb, line 353 def to_a @rings end


Movie Streaming is a streaming service that offers a wide variety of award-winning TV shows, movies, anime, documentaries and more – on thousands of internet-connected devices.
You can watch as much as you want, whenever you want, without a single ad – all for one low monthly price. There's always something new to discover, and new TV shows and movies are added every week!
Watch Movie Streaming on your smartphone, tablet, Smart TV, laptop, or streaming device, all for one fixed monthly fee. Plans range from ₹ 199 to ₹ 799 a month. No extra costs, no contracts.
Watch anywhere, anytime, on an unlimited number of devices. Sign in with your Movie Streaming account to watch instantly on the web at moviestreaming.com from your personal computer or on any internet-connected device that offers the Movie Streaming app, including smart TVs, smartphones, tablets, streaming media players and game consoles. You can also download your favourite shows with the iOS, Android, or Windows 10 app. Use downloads to watch while you're on the go and without an internet connection. Take Movie Streaming with you anywhere.
Movie Streaming is flexible. There are no annoying contracts and no commitments. You can easily cancel your account online in two clicks. There are no cancellation fees – start or stop your account anytime.
Movie Streaming has an extensive library of feature films, documentaries, TV shows, anime, award-winning Movie Streaming originals, and more. Watch as much as you want, anytime you want.
The Movie Streaming Kids experience is included in your membership to give parents control while kids enjoy family-friendly TV shows and films in their own space.
Kids profiles come with PIN-protected parental controls that let you restrict the maturity rating of content kids can watch and block specific titles you don’t want kids to see.


361. Requirements on Fortran Compilers
Up: Fortran Support
Next: Additional Support for Fortran Register-Memory-Synchronization
Previous: MPI for Different Fortran Standard Versions
MPI-3.0 (and later) compliant Fortran bindings are not
only a property of the MPI library itself, but rather
a property of an MPI library together with the Fortran compiler suite
for which it is compiled.
Advice to users.
Users must take appropriate steps to ensure that proper options are specified
to compilers. MPI libraries must document these options.
Some MPI libraries are shipped together with special compilation scripts
(e.g., mpif90, mpicc) that set these options automatically.
( End of advice to users.)
An MPI library together with the Fortran compiler suite
is only compliant with MPI-3.0 (and later), as referred
by MPI_GET_VERSION, if all the solutions described in
Sections Problems Due to Strong Typing
through Permanent Data Movement
work correctly.
Based on this rule, major requirements for all three
Fortran support methods (i.e., the mpi_f08 and mpi modules, and mpif.h) are:
- The language features assumed-type and assumed-rank
from Fortran 2008 TS 29113 [41] are available.
This is required only for mpi_f08.
As long as this requirement is not supported by the compiler,
it is valid to build
an MPI
library that implements the mpi_f08 module with
MPI_SUBARRAYS_SUPPORTED set to .FALSE..
- ``Simply contiguous'' arrays and scalars
must be passed to choice buffer dummy arguments of nonblocking routines
with call by reference.
This is needed only if one of the support methods does not use
the ASYNCHRONOUS attribute.
See Section Problems Due to Data Copying and Sequence Association with Subscript Triplets
for more details.
- SEQUENCE and BIND(C) derived types
are valid as actual arguments passed to choice buffer dummy arguments,
and, in the case of MPI_SUBARRAYS_SUPPORTED== .FALSE.,
they are passed with call by reference,
and passed by descriptor in the case of .TRUE..
- All actual arguments that are allowed for a dummy argument
in an implicitly defined and separately compiled Fortran routine
with the given compiler (e.g., CHARACTER(LEN=*) strings
and array of strings) must also be valid for choice buffer
dummy arguments with all Fortran support methods.
- The array dummy argument of the ISO_C_BINDING intrinsic module procedure
C_F_POINTER is not restricted to Fortran types for which
a corresponding type in C exists.
- The Fortran compiler shall not provide TYPE(*) unless the ASYNCHRONOUS
attribute protects MPI communication as described in TS 29113.
Specifically, the TS 29113 must be implemented as a whole.
The following rules are required at least as long as the compiler does not provide
the extension of the ASYNCHRONOUS attribute as part of TS 29113
and there still exists a Fortran support method with
MPI_ASYNC_PROTECTS_NONBLOCKING== .FALSE..
Observation of these rules by the MPI application developer is
especially recomended for
backward compatibility of existing applications that
use the mpi module or the mpif.h include file.
The rules are as follows:
All of these rules are valid
for the mpi_f08 and mpi
modules and
independently of whether
mpif.h uses explicit interfaces.
Advice
to implementors.
Some of these rules are already part of the Fortran 2003 standard,
some of these requirements require
the Fortran TS 29113 [41],
and
some of these requirements for MPI-3.0 are beyond the scope of TS 29113.
( End of advice to implementors.)
Up: Fortran Support
Next: Additional Support for Fortran Register-Memory-Synchronization
Previous: MPI for Different Fortran Standard Versions
Return to MPI-3.1 Standard Index
Return to MPI Forum Home Page
(Unofficial) MPI-3.1 of June 4, 2015
HTML Generated on June 4, 2015


--- ---
I completed my Bachelor of Science in Microbiology at the University of Victoria in 2019 and am currently a PhD graduate student in the Faculty of Health Sciences at Simon Fraser University under the supervision of Dr. William Hsiao with the Centre for Infectious Disease Genomics and One Health (cidgoh.ca). Check out my CV.
My thesis work involves ontology curation and development for outbreak investigation and surveillance of SARS-CoV-2 for the Canadian COVID-19 Genomics Network (CanCOGeN). I am expanding my thesis work to focus on specification development and ontology modeling of risk assessment in food borne pathogen surveillance for the Antimicrobial Resistance (AMR) Canadian Genomics Research and Development Initiative (GRDI). I am also interested in bioinformatics, computational biology, public health, and UX design.
While my background is mostly in data analysis, I have always dabbled in computer science and am enjoy cultivating my programming skills. My code is public on GitHub.
The best ways to contact me are rcameron [at] sfu.com and LinkedIn.


The door opens and reveals a corridor beyond. You step through the door and it closes behind you with a whishing click. The corridor appears to be deserted, except for the blips and whirs of the spacecraft as it carries you ever farther from your home.
Before you, you see a stairwell, with stairs leading up and down.


{% extends '../tutorials/tutbaselayout.html' %} {% load static %} {% block content %}
Besides the operators discussed above, there are a few other important operators including sizeof and ? : supported by the C Language.
| Operator | Description | Example |
|---|---|---|
| sizeof() | Returns the size of a variable. | sizeof(a), where a is integer, will return 4. |
| & | Returns the address of a variable. | &a; returns the actual address of the variable. |
| * | Pointer to a variable. | *a; |
| ?: | Conditional Expression. | If Condition is true ? then value X : otherwise value Y |
Try following example to understand all the miscellaneous operators available in C −
#include <stdio.h>
main() {
int a = 4;
short b;
double c;
int* ptr;
/* example of sizeof operator */
printf("Line 1 - Size of variable a = %d\n", sizeof(a) );
printf("Line 2 - Size of variable b = %d\n", sizeof(b) );
printf("Line 3 - Size of variable c = %d\n", sizeof(c) );
/* example of & and * operators */
ptr = &a; /* 'ptr' now contains the address of 'a'*/
printf("value of a is %d\n", a );
printf("*ptr is %d.\n", *ptr );
/* example of ternary operator */
a = 10;
b = (a == 1) ? 20: 30;
printf("value of b is %d\n", b );
b = (a == 10) ? 20: 30;
printf("value of b is %d\n", b );
}
When you compile and execute the above program, it produces the following result −
Line 1 - Size of variable a = 4 Line 2 - Size of variable b = 2 Line 3 - Size of variable c= 8 value of a is 4 *ptr is 4. Value of b is 30 Value of b is 20


above |
Chen The Arousing, Thunder |
|
below |
Li The Clinging, Flame |
Abundance has success.
The king attains abundance.
Be not sad.
Be like the sun at midday.
Both thunder and lightning come:
The image of Abundance.
Thus the superior man decides lawsuits
And carries out punishments.
Nine at the beginning means:
When a man meets his destined ruler,
They can be together ten days,
And it is not a mistake.
Going meets with recognition.
Six in the second place means:
The curtain is of such fullness
That the polestars can be seen at noon.
Through going one meets with mistrust and hate.
If one rouses him through truth,
Good fortune comes.
Nine in the third place means:
The underbrush is of such abundance
That the small stars can be seen at noon.
He breaks his right arm. No blame.
Nine in the fourth place means:
The curtain is of such fullness
That the polestars can be seen at noon.
He meets his ruler, who is of like kind.
Good fortune.
Six in the fifth place means:
Lines are coming,
Blessing and fame draw near.
Good fortune.
Six at the top means:
His house is in a state of abundance.
He screens off his family.
He peers through the gate
And no longer perceives anyone.
For three years he sees nothing.
Misfortune.


Home
Portfolio
Blog
About
Contact
Copyright © All rights reserved | This template is made with
by
Colorlib
INFO_1_TXT_1
INFO_1_TXT_2
INFO_1_TXT_3
Scroll Down


My name is Justin Anderson and I'm a software engineer in the making!
My favorite hobbies are dancing and playing video games. Another hobby that I'm training to become is a professional in coding. I'm currently enrolled in DevCodeCamp to become a junior software engineer. I feel that this is my calling in life because with coding, it always me to implement my creative side and solve everyday problems that people would have. I can't picture myself doing anything else besides becoming a skilled software engineer.
My favorite past time would have to be playing basketball and playing video games. Both of which I've done since I was child. Both in my opinion, are great stress relievers because with basketball, it allows you to focus all of your energy into something else and is great exercise for both the mind and body. When it comes to video games, they allow you to escape into an entirely new reality where the laws of physics and nature may not entirely apply like the would in the real world. They allow you to be in alternate universes, in battlezones, playing in sports arena, etc, the possiblites are endless. That's why I like video games because I don't have to be myself. I could be an entirely new person if I wanted to in an entirely different world.


{% include meta_tags/base.html %} {% include meta_tags/sharing.html %} {% include externals/styling.html %} {% include google_analytics.html %}


Our Guiding Principles
Bed-Stuy Strong is a neighborhood mutual aid hub organized in response to the COVID-19 crisis. It is also a multifunctional online community, where over 3,000 neighbors in or near Bed-Stuy help each other in a spirit of solidarity and resourcefulness, and in a variety of ways. Our members come from all walks of life, from service workers to software engineers to artists, and represent a mix of newer and longstanding neighborhood residents.
All of our members are ordinary people volunteering their time and effort. We are not a government agency, a non-profit, or a pantry. We do not currently endorse political candidates. Elected officials or those seeking elected office with a tie to Bed-Stuy are welcome to become members in our community in their capacity as individuals and help serve neighbors in need, with the understanding that Bed-Stuy Strong will at present not endorse them or host campaign events.
Our collectively adopted guiding principles as a network are:
-
We move in solidarity.
- We operate in solidarity with our neighbors. Our solidarity is informed by respect for the existing community in Bed-Stuy and a desire to connect with, support and stand by our neighbors. We believe that all people should have their basic needs met and be treated with dignity, honor, and respect.
- We are a mutual aid network of neighbors supporting neighbors, not a charitable non-profit. We believe in meeting people where they are, asking them what they need and doing the best we can to address their unmet needs. Our solidarity is one of joined hands and reciprocal care.
-
We do the work humbly.
- We were founded in March of 2020 to help our community in the face of the COVID-19 crisis, and many of our members are relative newcomers to mutual aid work. We believe in doing the work, humbly and resolutely, and we see our role as that of a gap filler, part of a vast quilt of different efforts to take care of our communities.
- We aim to work in partnership with longstanding civic and local organizations in doing this work, both out of respect and to avoid replicating work, particularly when other organizations are already fulfilling a community need well (e.g. HousingJustice4All does housing advocacy far more effectively than we can).
- Bed-Stuy Strong was formed to respond to an unprecedented and calamitous global crisis that has been compared to the Great Depression in its predicted economic impact. We own the finiteness of our capacity in the face of tremendous need, acknowledge that we alone cannot meet that need, and pledge to do what we can well.
- Bed-Stuy Strong operates in the context of a city shaped in part by racism, economic disparity, displacement, and violence. Given that many (though certainly not all) of Bed-Stuy Strong members are not native to Bed-Stuy, we collectively pledge to honor, and continue to educate each other on, the neighborhood’s rich history, culture, and legacy of resistance.
-
We draw on our neighborhood’s legacy of resourcefulness.
- We have evolved our internal systems before to try to better adapt to the reality on the ground, and will continue to do so. Our work is a chapter in the legacy of resourcefulness that has characterized neighbors helping neighbors for years in Bed-Stuy.
- We understand that speed matters when addressing community needs like hunger, while balancing that understanding with the finiteness described in 2.c.
- We lean into leveraging technology where efficiencies may be gained, as long as the outcomes are in line with our values. We recognize that efficiency and scale isn’t always the right answer, and we lead all design decisions with questions of accessibility and the useful litmus test of “Who is this for? Who does it serve and who might it exclude?”
- We hope to, in sum, do good work well, with what we have on hand and addressing our present reality.
-
We are accountable to and show care, for each other, and to neighbors who seek our support, particularly those who have been historically excluded by systems of power.
- We center and prioritize our community members who experience multiple oppressions. That includes poor people, disabled people, our elders, ill and immunocompromised people, and people of color -- particularly the Black communities that have historically called Bed-Stuy home.
- We are accountable, first to the neighbors in need we serve, and second to each other, as a horizontal network of neighbors supporting neighbors. We hope to approach mutual aid cognizant of the ways that racist policies have caused gentrification and displacement in this neighborhood. Part of our accountability involves BSS not meeting or liaising as a collective with groups like the NYPD given the history of police repression in our communities and the interaction of policing and gentrification. It involves making sure that our neighbors’ privacy and data sovereignty is prioritized (e.g. data from our mutual aid operation will never be sold). It involves members checking in as necessary to ask who a certain initiative or proposal is for, e.g. who it actually serves. We do not exist for people who are engaging in mutual aid work to feel good about helping out. We exist to try to address a fraction of the urgent material need that our communities face.
- We have a zero-tolerance policy around racism, classism, ableism, homophobia, transphobia, and other forms of violence in our online Slack community. At the same time, we recognize that we are all always learning and growing. Any members who violate this policy will be asked to address and repair the harm they have caused to the satisfaction of any victims of that harm. Members who are unwilling to undergo this process in good faith will be banned.
- Bed-Stuy Strong is a new network and a work-in-progress. Some internal structures that embody these values are evolving or have yet to be created.
- Our current working model was created to balance the value of distributed and decentralized leadership with the reality that for a high-stakes and complex operation, some centralized coordination is often necessary. Our current structure has much of its work and planning happening in open channels anyone can join and be an active member within, balanced with distributed coordination and planning. This is taken on by leads, who co-own responsibility for certain workstreams (from tech to community partnerships) and admins, who co-own responsibility for the global direction, culture, content moderation, and identity of Bed-Stuy Strong. Admins should be reached out to in the event of a Bed-Stuy Strong community member causing harm.
- The most important role within Bed-Stuy Strong is that of a member; none of our work could happen without the heart, effort, good ideas, and volunteered resources of our network’s members. Key updates, needs and issues within our operation will always be shared transparently with members, and any significant shift in our model will not take place without discussion forums open to any member.
- The current cohort of coordinating organizers (leads and admins) are a group of twenty-odd members who at various stages in the first six weeks of our existence were doing the work, organizing other members, or bringing valuable relationships and lived experience to guide our network. At different periods we have and will continue to open up calls for folks to take on key areas of work. It is essential that as the work of BSS evolves that coordinating organizers (leads and admins) reflect the diverse range of lived experience within our network and our neighborhood and that members feel empowered to raise their hands and take on the work of our collective.
-
We hold space for joyful, compassionate, imaginative work and thinking
- We practice compassion for our neighbors and ourselves in doing the work.
- We celebrate each other’s work, and our mutual victories, as often as we can.
- We balance seeking the best version of Bed-Stuy Strong with questioning what is lost in adopting a mindset where growth and efficiency are seen as intrinsically “good” or ends unto themselves.
- We see the future, and the future of BSS as open to possibility: we are helping create new models of relating to each other and to building the future we want. We are informed by prior ways of accomplishing objectives around caring for communities, but also should not be bound by them.
- We seek joy out to sustain us, and encourage joy, levity and personal connection in our online community.


Iran underground lab helps produce more low-enriched uranium
by The Associated PressTEHRAN, Iran (AP) — The head of Iran’s nuclear program told The Associated Press on Monday that the country is now producing more low-enriched uranium daily, after restarting an underground lab.
Ali Akbar Salehi of the Atomic Energy Organization of Iran made the comments as Iranian President Hassan Rouhani also called on hard-liners to support the country’s troubled nuclear deal, saying it could open up international arms sales for the Islamic Republic next year.
Iran has broken out of the accord’s limits since President Donald Trump unilaterally withdrew from the accord between Tehran and world powers over a year ago.
Salehi told AP journalists in Tehran that now the country is producing at least 5.5 kilograms daily (12 pounds). That’s compared to what Tehran had been producing — about 450 grams (1 pound) of low-enriched uranium per day.
Salehi said that’s due in part to restarting enrichment at Iran’s underground Fordo nuclear facility.
Meanwhile, Rouhani gave a speech on Monday in the city of Rafsanjan in Iran’s southwest Kerman province, talking about the arms embargo the country now faces.
“If we save the nuclear deal, Iran’s arms embargo will be lifted and we can buy weapons or sell our weapons to the world. This is one of the deal’s significant impacts,” Rouhani said.
The end of the weapons embargo, imposed by the United Nations, already worries the Trump administration.
The Associated Press


DropKick.js
Examples you can use.
FOUC Solution Comparision:
全部
景区
门票
酒店
美食
特产
目的地
攻略
Try Me!
Australia
Canada
Germany
Japan
United Kingdom
United States
Try Me!
Australia
Canada
Germany
Japan
United Kingdom
United States
sdfasdf
sdfasdf
sdfasdf
sdfasdf
sdfasdf
sdfasdf
sdfasdf


Greetings, I am David Ray I am from Shanghai, Hong Kong now based in china. I got an office in China, UK and Hong Kong . I am a Tourism Consultant and have many clients in Europe,usa and canada. I need representatives in the USA and Canada to work from home and get paid and maybe a Visit to China or europe as well. JOB DESCRIPTION? 1. Receive payment from Clients 2. Cash Payments at your Bank 3. Deduct 10% which will be your percentage/pay on Payment processed. 4. Forward balance after deduction of percentage/pay to any of the offices you will be contacted to send payment to(Payment is to forwarded either by Money Gram,Western Union Money Transfer or Bank Transfer). HOW MUCH WILL YOU EARN? At the beginning your commission will equal 10%, later it will increase up to 12% ADVANTAGES You do not have to go out as you will work as an independent contractor right from your home office. If you are interested in this offer, please respond with the following details in order for us to reach you: NAME: CONTACT ADDRESS: CITY: STATE: ZIP CODE: PHONE NUMBERS: AGE: SEX: OCCUPATION : David Ray Wanshoushan, Haidian District Beijing 100091, China Tele: +86<PHONE_NUMBER>1 fax... +852-3014-7815 UK OFFICE--<PHONE_NUMBER>5


public abstract class XPathFactory extends Object
An XPathFactory
instance can be used to create
XPath
objects.
See newInstance(String uri)
for lookup mechanism.
The XPathFactory
class is not thread-safe. In other words,
it is the application's responsibility to ensure that at most
one thread is using a XPathFactory
object at any
given moment. Implementations are encouraged to mark methods
as synchronized
to protect themselves from broken clients.
XPathFactory
is not re-entrant. While one of the
newInstance
methods is being invoked, applications
may not attempt to recursively invoke a newInstance
method,
even from the same thread.
| Modifier and Type | Field and Description |
|---|---|
static String |
DEFAULT_OBJECT_MODEL_URI
Default Object Model URI.
|
static String |
DEFAULT_PROPERTY_NAME
The default property name according to the JAXP spec.
|
| Modifier | Constructor and Description |
|---|---|
protected |
XPathFactory()
Protected constructor as
newInstance() or newInstance(String uri)
or newInstance(String uri, String factoryClassName, ClassLoader classLoader)
should be used to create a new instance of an XPathFactory . |
| Modifier and Type | Method and Description |
|---|---|
abstract boolean |
getFeature(String name)
Get the state of the named feature.
|
abstract boolean |
isObjectModelSupported(String objectModel)
Is specified object model supported by this
XPathFactory ? |
static XPathFactory |
newInstance()
Get a new
XPathFactory instance using the default object model,
DEFAULT_OBJECT_MODEL_URI ,
the W3C DOM. |
static XPathFactory |
newInstance(String uri)
Get a new
XPathFactory instance using the specified object model. |
static XPathFactory |
newInstance(String uri,
String factoryClassName,
ClassLoader classLoader)
Obtain a new instance of a
XPathFactory from a factory class name. |
abstract XPath |
newXPath()
Return a new
XPath using the underlying object
model determined when the XPathFactory was instantiated. |
abstract void |
setFeature(String name,
boolean value)
Set a feature for this
XPathFactory and
XPath s created by this factory. |
abstract void |
setXPathFunctionResolver(XPathFunctionResolver resolver)
Establish a default function resolver.
|
abstract void |
setXPathVariableResolver(XPathVariableResolver resolver)
Establish a default variable resolver.
|
public static final String DEFAULT_PROPERTY_NAME
The default property name according to the JAXP spec.
public static final String DEFAULT_OBJECT_MODEL_URI
Default Object Model URI.
protected XPathFactory()
Protected constructor as newInstance()
or newInstance(String uri)
or newInstance(String uri, String factoryClassName, ClassLoader classLoader)
should be used to create a new instance of an XPathFactory
.
public static final XPathFactory newInstance()
Get a new XPathFactory
instance using the default object model,
DEFAULT_OBJECT_MODEL_URI
,
the W3C DOM.
This method is functionally equivalent to:
newInstance(DEFAULT_OBJECT_MODEL_URI)
Since the implementation for the W3C DOM is always available, this method will never fail.
XPathFactory
.RuntimeException
- When there is a failure in creating an
XPathFactory
for the default object model.public static final XPathFactory newInstance(String uri) throws XPathFactoryConfigurationException
Get a new XPathFactory
instance using the specified object model.
To find a XPathFactory
object,
this method looks the following places in the following order where "the class loader" refers to the context class loader:
DEFAULT_PROPERTY_NAME
+ ":uri" is present,
where uri is the parameter to this method, then its value is read as a class name.
The method will try to create a new instance of this class by using the class loader,
and returns it if it is successfully created.
javax.xml.xpath.XPathFactory
in the resource directory META-INF/services.
See the JAR File Specification for file format and parsing rules.
Each potential service provider is required to implement the method:
isObjectModelSupported(String objectModel)
The first service provider found in class loader order that supports the specified object model is returned.
XPathFactory
is located in a platform specific way.
There must be a platform default XPathFactory for the W3C DOM, i.e. DEFAULT_OBJECT_MODEL_URI
.
If everything fails, an XPathFactoryConfigurationException
will be thrown.
Tip for Trouble-shooting:
See Properties.load(java.io.InputStream)
for exactly how a property file is parsed.
In particular, colons ':' need to be escaped in a property file, so make sure the URIs are properly escaped in it.
For example:
http\://java.sun.com/jaxp/xpath/dom=org.acme.DomXPathFactory
uri
- Identifies the underlying object model.
The specification only defines the URI DEFAULT_OBJECT_MODEL_URI
,
http://java.sun.com/jaxp/xpath/dom
for the W3C DOM,
the org.w3c.dom package, and implementations are free to introduce other URIs for other object models.XPathFactory
.XPathFactoryConfigurationException
- If the specified object model is unavailable.NullPointerException
- If uri
is null
.IllegalArgumentException
- If uri
is null
or uri.length() == 0
.public static XPathFactory newInstance(String uri, String factoryClassName, ClassLoader classLoader) throws XPathFactoryConfigurationException
Obtain a new instance of a XPathFactory
from a factory class name. XPathFactory
is returned if specified factory class supports the specified object model.
This function is useful when there are multiple providers in the classpath.
It gives more control to the application as it can specify which provider
should be loaded.
Setting the jaxp.debug
system property will cause
this method to print a lot of debug messages
to System.err
about what it is doing and where it is looking at.
If you have problems try:
java -Djaxp.debug=1 YourProgram ....
uri
- Identifies the underlying object model. The specification only defines the URI
DEFAULT_OBJECT_MODEL_URI
,http://java.sun.com/jaxp/xpath/dom
for the W3C DOM, the org.w3c.dom package, and implementations are free to introduce
other URIs for other object models.factoryClassName
- fully qualified factory class name that provides implementation of javax.xml.xpath.XPathFactory
.classLoader
- ClassLoader
used to load the factory class. If null
current Thread
's context classLoader is used to load the factory class.XPathFactory
XPathFactoryConfigurationException
- if factoryClassName
is null
, or
the factory class cannot be loaded, instantiated
or the factory class does not support the object model specified
in the uri
parameter.NullPointerException
- If uri
is null
.IllegalArgumentException
- If uri
is null
or uri.length() == 0
.newInstance()
,
newInstance(String uri)
public abstract boolean isObjectModelSupported(String objectModel)
Is specified object model supported by this XPathFactory
?
objectModel
- Specifies the object model which the returned XPathFactory
will understand.true
if XPathFactory
supports objectModel
, else false
.NullPointerException
- If objectModel
is null
.IllegalArgumentException
- If objectModel.length() == 0
.public abstract void setFeature(String name, boolean value) throws XPathFactoryConfigurationException
Set a feature for this XPathFactory
and
XPath
s created by this factory.
Feature names are fully qualified URI
s.
Implementations may define their own features.
An XPathFactoryConfigurationException
is thrown if this
XPathFactory
or the XPath
s
it creates cannot support the feature.
It is possible for an XPathFactory
to expose a feature value
but be unable to change its state.
All implementations are required to support the XMLConstants.FEATURE_SECURE_PROCESSING
feature.
When the feature is true
, any reference to an external function is an error.
Under these conditions, the implementation must not call the XPathFunctionResolver
and must throw an XPathFunctionException
.
name
- Feature name.value
- Is feature state true
or false
.XPathFactoryConfigurationException
- if this XPathFactory
or the XPath
s
it creates cannot support this feature.NullPointerException
- if name
is null
.public abstract boolean getFeature(String name) throws XPathFactoryConfigurationException
Get the state of the named feature.
Feature names are fully qualified URI
s.
Implementations may define their own features.
An XPathFactoryConfigurationException
is thrown if this
XPathFactory
or the XPath
s
it creates cannot support the feature.
It is possible for an XPathFactory
to expose a feature value
but be unable to change its state.
name
- Feature name.XPathFactoryConfigurationException
- if this
XPathFactory
or the XPath
s
it creates cannot support this feature.NullPointerException
- if name
is null
.public abstract void setXPathVariableResolver(XPathVariableResolver resolver)
Establish a default variable resolver.
Any XPath
objects constructed from this factory will use
the specified resolver by default.
A NullPointerException
is thrown if resolver
is null
.
resolver
- Variable resolver.NullPointerException
- If resolver
is
null
.public abstract void setXPathFunctionResolver(XPathFunctionResolver resolver)
Establish a default function resolver.
Any XPath
objects constructed from this factory will
use the specified resolver by default.
A NullPointerException
is thrown if
resolver
is null
.
resolver
- XPath function resolver.NullPointerException
- If resolver
is
null
.public abstract XPath newXPath()
Return a new XPath
using the underlying object
model determined when the XPathFactory
was instantiated.
XPath
. Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


How to create a webpage
- Have an index.html file with a css file linked to it for text animations.
- Create an sftp account
- Go into terminal and start up sftp with the code sftp username@cmis-hsteacher
- Upload your index and css files from your terminal into the sftp with command put.
- When you upload your sftp, check with command ls to see if the correct file has been uploaded.
- After uploading to sftp, git add commit and push the files to your repository to save them.
- To view the file on the local computer, use local host, however, to view the files on the production server, use cmis-hsteacher/~username/foldername.