Well, it's been nearly a year since my last morning glory experience, and I thought I would share a few of them so that anyone thinking about using them can be informed ahead of time. They are kind of long, so I will try to abbreviate them a bit, but be warned. A summary is at the end.
Experience 1: The First Time
Dose: about 7.5g Heavenly Blue seeds
Time: 10:00pm
This experience began as a whim, but I was in a great mood. My best friend J2 and his girlfriend were picking me up for a party. I had tried a simple cold water extraction once before, but I only had mild effects (small buzz, feeling of annoyance). This time I decided to crush and eat the seeds, so I talked him into it (he had never heard of it, of course, although he had tried about everything else) and we drank them mixed into some V8 Splash. They floated to the top, and I had to fight my gag reflex. These things are terrible!
We got to the party, and about 30 minutes later I started to feel sick. Not like normal sickness, this feeling like you want to throw up but can't. I went out back to puke but couldn't. So I fought it and it passed. The people at the party had a red light on their front porch, and it started to get a halo. I was told my pupils were dilated and lied on the living room floor alone and turned on a rotating light and waited. After drinking some tequila, we decided to head to another party. J2 was feeling nothing, he said. The night went normal, drank a few beers, and chalked it up to being an alcohol buzz. I went home, put on some Pink Floyd, and went to bed.
That's when it hit. Music seemed 3D and seemed to pass over me like a wave. It sounds strange, but 'Time' was the most beautiful song I had ever heard at the time. I saw CEVs (closed-eye visuals) of patterns, shapes, rockets, and flashing lights. It was cool, but kind of frightening (although I had prepared by reading stories about tripping and getting advice, etc). I wanted to call J2 (luckily he wasn't driving) but he was living with his parents for the summer, and I didn't want to wake anyone up. Later, he told me he was having similar experiences, right after he smoked a bowl.
After about 30 minutes of this (time was dilated, I couldn't read a digital clock either, it didn't make sense, I just remember what song was on and figured it out the next day), I was ready to sleep. It was around 2:00am, but I felt like I had been up all night. I took something to help me sleep. All in all, it could have been cool, had I been prepared for all that.
--------------------
Experience 2: Black Crowes & Jimmy Page
Dose: around 10g Heavenly Blues
Time: 5:30pm
Another friend, K, was anxious to try MGs after my last experience. So we ground them up at work and put them in my cooler (prepped with ice, beer, and a bucket of frozen margaritas). At her house, I mixed shots of Corona with the seeds, stirred, swallowed, and repeated until they were gone. K mixed into a margarita and sucked about 8g through a straw and threw away the rest.
Once we got to the show at the amphitheatre (6:30) we hung around in the parking lot and drank some beer for about 30 mins while Kenny Wayne Shepherd was warming up. During this time K was feeling sick, and I had to urinate so we went to the Port-a-Johns for some relief. I peed, she puked, we were good.
Walking back, I started to feel very tall, like I was off of the ground. The pavement felt soft and springy under my feet, and K echoed my sentiments. We went into the show and found a place to put our blanket. K and I lied on our backs and looked at the clouds and the incredible sunset for and while, and then we went to get something to eat (known as the munchies, kiddies) and came back. The ATM seemed very confusing, but I got it. We returned and ate our nachos.
I suddenly had a pain in my chest and started to get VERY paranoid. I remembered that LSA can cause ergotism, and I started thinking that the salt from the nachos had raised my blood pressure and made it worse. Thinking I was going to die, I thought that I should go for a walk to ease my mind and by standing up, lower my BP. Doing, so, however, made me feel like I was making it worse, so I sat down.  I was gone a while, apparently, because my friends thought something had happened to me.
I lied on my back, because it was more comfortable, as Jimmy and the Crowes came on. Next thing I knew, it was raining and they were halfway through their set. I had missed half of it due to a blackout. I sat up and was mesmerized by the tracers and the fact that I could see individual raindrops falling slowly. It was the coolest part of any MG experience.
I was incredibly lucid, but things were a little different. My friends noticed I had sat up and one came over to talk to me. They had a question for me, and I understood the question, and I knew the answer, but I was completely unable to vocalize the answer. I started giggling, because it seemed as though everything coming into my eyes was a half of a second behind what was coming into my ears. It sounds funny, but it was so silly at the time. I ate some peanuts and enjoyed the rest of the show. BTW, I woke up to 'Ten Years Gone,' and like 'Time' from exp.1, it was the most beautiful song I had ever heard.
Riding back to K's house, I felt weary. I decided to crash there for the night. My g/f called me on my cell phone because she needed to bring me something, and she came by. She asked if I was drunk and before I got a chance to reply she slammed the door and left. I didn't understand (the MGs made me confused), so I got in my car and drove over to her house. DO NOT DO THIS, UNDER ANY CIRCUMSTANCE!!!  I thought that the only way she would trust me was if she knew where I was staying that night.
I seemed straight, but when I started driving things got weird. The yellow lines started bending and twisting, and I was super paranoid that every car behind me was a cop. The bad part was that the speed limit was 55, the good part was that they were back roads (which may have been bad, if I wrecked). When I got there (thankfully) she thought I wasn't drunk and I was just staying at K's house for the hell of it. I got VERY emotional (due to the MGs, mostly, and that I could have died driving over there, if I hadn't know the roads like the back of my hand), cried my eyes out, and slept in my car the rest of the night. It was about midnight.
The next day I was very tired (probably because I had summer school to go to), but felt better than hungover. Overall, it was a very pleasant experience, except the paranoia over dying. I swore I would never do them again after that, but I did.
--------------------
Experience 3: P's Party
Dose: about 9g Heavenly Blues and Flying Saucers, mixed
Time: 9:00pm
Not much to this story, drank the seeds as before, but with P. He got sick and vomited after about 30 minutes. I fought the urge again, but when I closed my eyes after about an hour I started having crazy CEVs, like random images that went so fast I can't remember them. I curled up in a dark bedroom and had another blackout. While these images were happening, I swore (again) that if God would save me, I would never do MGs again, because I thought I was going insane.
Someone woke me up, and I went for a car ride. Didn't drive this time. I remember thinking that it was the clearest, most lucid I had ever been.  P had smoked a bowl, and said he just felt really high. Again, a pleasant experience, on the whole, not really a trip, more of a high. P only took 3g worth, so he barely felt anything.
--------------------
Experience 4: The Park
Dose: about 12g Heavenly Blues
Time: 1:00pm
Additional: T +3 hours: small (1inch diameter) psilocybin cap
J2 decided MGs were worthwhile and thought he'd try again. We ground the seeds, put them into capsules (I think it made about 25 capsules each) and swallowed them with the orange juice with double vitamin C and vitamin E. We went and got drinks, Starburst (excellent when tripping), SweetTarts, and drove to the park. This is okay, because the effects don't begin for at least 30 minutes. We threw the Aerobie around for a while (get one, even if you just smoke, they're awesome). Being at the park was great, the pink aerobie, J2's orange shirt, and the green grass were very very neon. We couldn't catch the damn Aerobie (a modified Frisbee, by the way) because of the tracers, but it was fun. No nausea this time.
After about 3 hours, J2 surprised me with a small mushroom cap that he had saved for us. It was about 1 inch in diameter. We ate these, and went back to a bench to watch the clouds. After another hour or two, we decided we were hungry (we had only eaten a small meal earlier) and Subway was closest. J2 said he was straight and he could drive. I said okay and we got in the car and turned on some music so he could smoke a bowl. We proceeded to leave the park, except that when he put the car in reverse, I realized that he hadn't started the car, we were just listening to the radio. But he swore he was cool, so we went to Subway.
I was tripping balls by then, so I didn't even think I could order a sub without these people knowing I was messed up. But I did, and it was great. Subway was really really bright yellow, I felt like I was eating inside of a lemon. We decided to catch a movie, but since it was around 8:00 by the time we got to the theatres all the movies had started. After driving around a while, we decided on a movie and went back home to watch it.
I couldn't believe J2 was doing all this driving. I felt like I was on a carnival ride, like the car had no wheels and I was sliding along the ground.  We watched the movie, and I passed out around 1am.
A great trip, it lasted 12 hours. J2's lasted about 6 or 7, I don't understand. The only difference was all the OJ I drank before that he didn't. I think the shrooms really bumped the MG's up a notch. That's the way to go.Well, there are a few of my stories. Overall, it's a great experience, although I tend to get sick feeling after about 45 minutes and blackout for about 30-45 shortly after. It's like there's a terrible feeling for a while, I black out, then wake up tripping. It rises quickly, plateaus for 1-2 hours, then gradually comes down. I wouldn't advise any more than 10 packets (15g, ~500 seeds), at least not for me. Good luck!
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


I'm a recent graduate of MSc Genetics of Human Disease programme 2019 at UCL.
I joined Dr Secrier to undertake my research in computational genomics and focused on studying ageing processes in cancer. Specifically, we looked at the interplay between mutations that are induced by ageing processes in cells and how they potentially impacted on the activity of a specific cellular pathway, the mTOR pathway, that is linked to both ageing and cancer development.
Prior to this, in 2018 I graduated with a bachelor's degree in Genetics at the University of Liverpool. During my 3 years of undergraduate study, I undertook several research internships in computational genomics at the Institute of Integrative Biology, Liverpool, where I worked with large datasets and programmed data using R. For my Honours Project, I took a bioinformatics approach to undertake functional and comparative genomics of the dessert plant species Kalanchoë.


This presentation shows the animations and interactions between objects placed by GPS coordinates.
Click by hovering the cursor over an object, then pressing the cursor with your finger.
--- or ---


Copyright 2020 {author}
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.
Icons courtesy of iconmonstr.
The following tools and libraries are used in this project:
And of course Python.


Ruby Method: Map
March 10, 2016
The Map Method
The map method is a highly useful Ruby method. Let's look at a real life example, you own a store and you have a list of products with their prices. One day you decided to double the price of all your products...because it's your store and you just felt like it. This is where we use the map method.
So what does the map method do? Map goes through a provided object, does something to it then gives you the results. Some examples of what this looks like:
my_array = [2, 4, 6, 8, 100] my_array.map { |num| num + 2 } => [4, 6, 8, 10, 102]
- In this example,
my_array
is an array (aka an object) and it contains 5 numbers:[2,4,6,8,100]
- We use the map method on it by adding a period after
my_array
followed bymap
- Then we add a bracket and a vertical bar, both of which are part of the map method's syntax
- Next we see
num
which is just a name I made up as a variable to represent each of the 5 numbers inmy_array
but you can use something else likex
- After that we see a closing veritical bar
- Finally we see
num + 2
which means we are using each of the 5 numbers inmy_array
and adding 2 to them and of course we have the closing bracket - If we use the above codes, we'll see an output of
[4, 6, 8, 10, 102]
my_inventory = { "pizza" => 2, "toy car" => 3, "book" => 20, "pencil" => 1, "TV" => 500 } my_inventory.map { |item, price| price * 2 } => [4, 6, 40, 2, 1000]
- Let's take a look at another example
my_inventory
is a hash (aka an object) and it contains 5 items along with their prices- We use the map method the same way as the above example except we we use
item
instead ofnum
, we add an extra variable calledprice
and we added a comma between them to show these are two variables - After that we see a closing veritical bar
- Finally we see
price * 2
which means we are using each of the items inmy_inventory
and we are multiplying their price with 2 - If we use the above codes, we'll see an output of
[4, 6, 40, 2, 1000]
Map Map! Collect
There are 2 ways to use map, there's the map and there's map! (with exclamation). Map will output results with a new object while map! will change and output results using the existing object. The terms used to describe this is non-destructive (map) and destructive (map!).
Ruby also have another method that behaves just like map called collect
.
Whenever you see the collect method, just know it works the same way as the map method. Learn more
about map method here and
here.


Create Download Endpoints
Sinfo members must create the enpoints to allow companies
to download the CVs Zip files.
First: Select which companies you are creating endpoints to.
{{r.name}}
0 && !selectAllCompanies" class="col-sm-12 align-center">
Selected Companies
- {{c.name}}


Link: http://example.com/.
With an ampersand: http://example.com/?foo=1&bar=2
http://example.com/?foo=1&bar=2
http://example.com/
Blockquoted: http://example.com/
Auto-links should not occur here: <http://example.com/>
<http://example.com/>


Man who gunned down his 15-month-old baby, wife's grandparents gets three life terms
by Jeanette ChabalalaA man who killed his 15-month-old baby and his wife's grandparents was sentenced to three life terms in prison, the National Prosecuting Authority said on Wednesday.
The 40-year-old Ketso Peter Ntaje was sentenced in the Gauteng High Court in Johannesburg on Tuesday, NPA regional spokesperson Phindi Mjonondwane said.
Ntaje was also sentenced to 15 years for the attempted murder of his wife, Matshidiso Ntaje. The sentences will run concurrently.
He pleaded guilty to the offences, Mjonondwane said.
Matshidiso had begged the court not to set him free.
"The couple was experiencing marital problems that led to Matshidiso leaving their matrimonial home to live with her grandparents in Kagiso [west of Johannesburg]," said Mjonondwane.
According to Mjonondwane, the court heard how Ntaje arrived on the night of April 24, 2019, and found the grandparents in the main house with the toddler and fired several shots at close range, killing them on the spot.
"He then proceeded to the backyard rooms occupied by his wife and fired more shots through the locked door and windows.
"Fortunately, Matshidiso escaped unharmed after she heard gun shots and locked herself inside her room," Mjonondwane said.
Ketso eventually handed himself over to the police.
She said Matshidiso had testified during aggravation of sentence arguments that she had locked herself inside her room after hearing her grandfather saying: "No Ketso, don't do it!".
His plea was then followed by several gunshots, she said.
Mjonondwane said prosecutor Nonkululeko Serepo argued that pleading guilty did not imply automatic leniency.
Serepo asked the court to consider the prevalence of such cases, the brutality and disregard for the right to life, and the outcry for tougher action against perpetrators of violent crimes on women and children.


| 2012 | PhD Statistics, University of Connecticut, USA |
| 2007 | MS Statistics, University of Calcutta, INDIA |
| 2005 | BS Statistics, University of Calcutta, INDIA |
Statistics
| 2012 - Present | Assistant Professor, University of Texas at Dallas, USA |
| 2008 - 2012 | Graduate Assistant, University of Connecticut, USA |
| 2007 - 2008 | Research Assistant, Indian Institute of Management, Ahmedabad, INDIA |
| Graduate Level (MS/PhD) |
|
| Undergraduate Level |
|


WPA_CLI
Section: (8)Updated: 07 September 2010
Index Return to Main Contents
NAME
wpa_cli - WPA command line clientSYNOPSIS
wpa_cli [ -p path to ctrl sockets ] [ -i ifname ] [ -hvB ] [ -a action file ] [ -P pid file ] [ command ... ]
OVERVIEW
wpa_cli is a text-based frontend program for interacting with wpa_supplicant. It is used to query current status, change configuration, trigger events, and request interactive user input.
wpa_cli can show the current authentication status, selected security mode, dot11 and dot1x MIBs, etc. In addition, it can configure some variables like EAPOL state machine parameters and trigger events like reassociation and IEEE 802.1X logoff/logon. wpa_cli provides a user interface to request authentication information, like username and password, if these are not included in the configuration. This can be used to implement, e.g., one-time-passwords or generic token card authentication where the authentication is based on a challenge-response that uses an external device for generating the response.
The control interface of wpa_supplicant can be configured to allow non-root user access (ctrl_interface GROUP= parameter in the configuration file). This makes it possible to run wpa_cli with a normal user account.
wpa_cli supports two modes: interactive and command line. Both modes share the same command set and the main difference is in interactive mode providing access to unsolicited messages (event messages, username/password requests).
Interactive mode is started when wpa_cli is executed without including the command as a command line parameter. Commands are then entered on the wpa_cli prompt. In command line mode, the same commands are entered as command line arguments for wpa_cli.
INTERACTIVE AUTHENTICATION PARAMETERS REQUEST
When wpa_supplicant need authentication parameters, like username and password, which are not present in the configuration file, it sends a request message to all attached frontend programs, e.g., wpa_cli in interactive mode. wpa_cli shows these requests with "CTRL-REQ-<type>-<id>:<text>" prefix. <type> is IDENTITY, PASSWORD, or OTP (one-time-password). <id> is a unique identifier for the current network. <text> is description of the request. In case of OTP request, it includes the challenge from the authentication server.
The reply to these requests can be given with identity, password, and otp commands. <id> needs to be copied from the matching request. password and otp commands can be used regardless of whether the request was for PASSWORD or OTP. The main difference between these two commands is that values given with password are remembered as long as wpa_supplicant is running whereas values given with otp are used only once and then forgotten, i.e., wpa_supplicant will ask frontend for a new value for every use. This can be used to implement one-time-password lists and generic token card -based authentication.
Example request for password and a matching reply:
-
CTRL-REQ-PASSWORD-1:Password needed for SSID foobar > password 1 mysecretpassword
Example request for generic token card challenge-response:
-
CTRL-REQ-OTP-2:Challenge 1235663 needed for SSID foobar > otp 2 9876
COMMAND ARGUMENTS
- -p path
- Change the path where control sockets should be found.
- -i ifname
- Specify the interface that is being configured. By default, choose the first interface found with a control socket in the socket path.
- -h
- Help. Show a usage message.
- -v
- Show version information.
- -B
- Run as a daemon in the background.
- -a file
-
Run in daemon mode executing the action file
based on events from wpa_supplicant. The specified file will
be executed with the first argument set to interface name and
second to "CONNECTED" or "DISCONNECTED" depending on the event.
This can be used to execute networking tools required to configure
the interface.
Additionally, three environmental variables are available to the file: WPA_CTRL_DIR, WPA_ID, and WPA_ID_STR. WPA_CTRL_DIR contains the absolute path to the ctrl_interface socket. WPA_ID contains the unique network_id identifier assigned to the active network, and WPA_ID_STR contains the content of the id_str option.
- -P file
- Set the location of the PID file.
- command
- Run a command. The available commands are listed in the next section.
COMMANDS
The following commands are available:
- status
- get current WPA/EAPOL/EAP status
- mib
- get MIB variables (dot1x, dot11)
- help
- show this usage help
- interface [ifname]
- show interfaces/select interface
- level <debug level>
- change debug level
- license
- show full wpa_cli license
- logoff
- IEEE 802.1X EAPOL state machine logoff
- logon
- IEEE 802.1X EAPOL state machine logon
- set
- set variables (shows list of variables when run without arguments)
- pmksa
- show PMKSA cache
- reassociate
- force reassociation
- reconfigure
- force wpa_supplicant to re-read its configuration file
- preauthenticate <BSSID>
- force preauthentication
- identity <network id> <identity>
- configure identity for an SSID
- password <network id> <password>
- configure password for an SSID
- pin <network id> <pin>
- configure pin for an SSID
- otp <network id> <password>
- configure one-time-password for an SSID
- bssid <network id> <BSSID>
- set preferred BSSID for an SSID
- list_networks
- list configured networks
- terminate
- terminate wpa_supplicant
- quit
- exit wpa_cli
SEE ALSO
LEGAL
wpa_supplicant is copyright (c) 2003-2007, Jouni Malinen<EMAIL_ADDRESS>and contributors. All Rights Reserved.
This program is dual-licensed under both the GPL version 2 and BSD license. Either license may be used at your option.
Index
- NAME
- SYNOPSIS
- OVERVIEW
- INTERACTIVE AUTHENTICATION PARAMETERS REQUEST
- COMMAND ARGUMENTS
- COMMANDS
- SEE ALSO
- LEGAL
This document was created by man2html, using the manual pages.
Time: 05:34:31 GMT, December 24, 2015


Standard Chartered Singapore Marathon up for awards
The Standard Chartered Singapore Marathon (SCSM) has been shortlisted for the Event of the Year and Best Asian Running Event awards at the Mass Participation World (MPW) conference in Singapore from Dec 2-4.
The SCSM is coming up against nine other entries in both categories, including the Tokyo Marathon, one of the six Abbott World Marathon Majors.
The OCBC Cycle, an annual cycling event with close to 7,000 riders taking part this year, is in the running for the Best Asian Cycling Event.
Two other local events have also been nominated - the Spartan Race Bukit Timah for the Best Obstacle Course Race Event and the MetaSprint Series for Best Asian Engagement.
The award ceremony will be held at Hilton Singapore hotel on Dec 3, the second day of the the MPW conference, formerly known as Mass Participation Asia conference.
The finalists for all nine award categories were selected based on data collected via self and industry award nomination, anonymous industry expert nomination and information taken from a survey.


public class MapController
extends java.lang.Object
implements android.opengl.GLSurfaceView.Renderer
MapController
is the main class for interacting with a Tangram map.| Modifier and Type | Class and Description |
|---|---|
static interface |
MapController.CameraAnimationCallback |
static class |
MapController.CameraType
Options for changing the appearance of 3D geometry
|
static class |
MapController.DebugFlag
Options for enabling debug rendering features
|
static class |
MapController.EaseType
Options for interpolating map parameters
|
static class |
MapController.Error
Options representing an error generated after from the map controller
|
static interface |
MapController.FrameCaptureCallback
Callback for
captureFrame(FrameCaptureCallback, boolean) |
static interface |
MapController.SceneLoadListener
Interface for listening to scene load status information.
|
| Modifier and Type | Field and Description |
|---|---|
protected static MapController.EaseType |
DEFAULT_EASE_TYPE |
| Modifier | Constructor and Description |
|---|---|
protected |
MapController(android.content.Context context)
Construct a MapController
|
| Modifier and Type | Method and Description |
|---|---|
MapData |
addDataLayer(java.lang.String name)
Construct a collection of drawable map features.
|
MapData |
addDataLayer(java.lang.String name,
boolean generateCentroid)
Construct a collection of drawable map features.
|
Marker |
addMarker()
Adds a
Marker to the map which can be used to dynamically add points and polylines
to the map. |
void |
cancelCameraAnimation()
Cancel current camera animation
|
void |
captureFrame(MapController.FrameCaptureCallback callback,
boolean waitForCompleteView)
Capture MapView as Bitmap.
|
protected void |
dispose()
Responsible to dispose internals of MapController during Map teardown.
|
void |
flyToCameraPosition(CameraPosition position,
int duration,
MapController.CameraAnimationCallback callback)
Smoothly animate over an arc to a new camera position for the map view in provided time duration
|
void |
flyToCameraPosition(CameraPosition position,
MapController.CameraAnimationCallback callback)
Smoothly animate over an arc to a new camera position for the map view
FlyTo duration is calculated assuming speed of 1 unit and distance between the current and new positions
|
void |
flyToCameraPosition(CameraPosition position,
MapController.CameraAnimationCallback callback,
float speed)
Smoothly animate over an arc to a new camera position for the map view
FlyTo duration is calculated using speed and distance between the current and new positions
|
CameraPosition |
getCameraPosition()
Get the
CameraPosition of the map view |
CameraPosition |
getCameraPosition(CameraPosition out)
Get the
CameraPosition of the map view |
MapController.CameraType |
getCameraType()
Get the camera type currently in use for the map view
|
CameraPosition |
getEnclosingCameraPosition(LngLat sw,
LngLat ne,
android.graphics.Rect padding)
Get the
CameraPosition that that encloses the given bounds with at least the given amount of padding on each side. |
CameraPosition |
getEnclosingCameraPosition(LngLat sw,
LngLat ne,
android.graphics.Rect padding,
CameraPosition out)
Get the
CameraPosition that that encloses the given bounds with at least the given amount of padding on each side. |
GLViewHolder |
getGLViewHolder()
Returns the
GLViewHolder instance for the client application, which can be further used to get the underlying
GLSurfaceView or Client provided implementation for GLViewHolder, to forward any explicit view controls, example Transformations, etc. |
float |
getMaximumZoomLevel()
Get the maximum zoom level of the map view.
|
float |
getMinimumZoomLevel()
Get the minimum zoom level of the map view.
|
TouchInput.PanResponder |
getPanResponder()
Get a responder for pan gestures
|
TouchInput.RotateResponder |
getRotateResponder()
Get a responder for rotate gestures
|
TouchInput.ScaleResponder |
getScaleResponder()
Get a responder for scale gestures
|
TouchInput.ShoveResponder |
getShoveResponder()
Get a responder for shove (vertical two-finger drag) gestures
|
TouchInput |
getTouchInput()
Get the
TouchInput for this map. |
boolean |
handleGesture(MapView mapView,
android.view.MotionEvent ev) |
android.graphics.PointF |
lngLatToScreenPosition(LngLat lngLat)
Find the position on screen corresponding to the given geographic coordinates
|
int |
loadSceneFile(java.lang.String path)
Load a new scene file synchronously.
|
int |
loadSceneFile(java.lang.String path,
java.util.List<SceneUpdate> sceneUpdates)
Load a new scene file synchronously.
|
int |
loadSceneFileAsync(java.lang.String path)
Load a new scene file asynchronously.
|
int |
loadSceneFileAsync(java.lang.String path,
java.util.List<SceneUpdate> sceneUpdates)
Load a new scene file asynchronously.
|
int |
loadSceneYaml(java.lang.String yaml,
java.lang.String resourceRoot,
java.util.List<SceneUpdate> sceneUpdates)
Load a new scene synchronously, provided an explicit yaml scene string to load
If scene updates triggers an error, they won't be applied.
|
int |
loadSceneYamlAsync(java.lang.String yaml,
java.lang.String resourceRoot,
java.util.List<SceneUpdate> sceneUpdates)
Load a new scene asynchronously, provided an explicit yaml scene string to load
If scene updates triggers an error, they won't be applied.
|
void |
onDrawFrame(javax.microedition.khronos.opengles.GL10 gl) |
void |
onSurfaceChanged(javax.microedition.khronos.opengles.GL10 gl,
int width,
int height) |
void |
onSurfaceCreated(javax.microedition.khronos.opengles.GL10 gl,
javax.microedition.khronos.egl.EGLConfig config) |
void |
pickFeature(float posX,
float posY)
Query the map for geometry features at the given screen coordinates; results will be returned
in a callback to the object set by
setFeaturePickListener(FeaturePickListener) |
void |
pickLabel(float posX,
float posY)
Query the map for labeled features at the given screen coordinates; results will be returned
in a callback to the object set by
setLabelPickListener(LabelPickListener) |
void |
pickMarker(float posX,
float posY)
Query the map for a
Marker at the given screen coordinates; results will be returned
in a callback to the object set by setMarkerPickListener(MarkerPickListener) |
void |
queueEvent(java.lang.Runnable r)
Enqueue a Runnable to be executed synchronously on the rendering thread
|
void |
removeAllMarkers()
Remove all the
Marker objects from the map. |
boolean |
removeMarker(long markerId)
Removes the passed in
Marker from the map. |
boolean |
removeMarker(Marker marker)
Removes the passed in
Marker from the map. |
void |
requestRender()
Manually trigger a re-draw of the map view
Typically this does not need to be called from outside Tangram, see
setRenderMode(int) . |
LngLat |
screenPositionToLngLat(android.graphics.PointF screenPosition)
Find the geographic coordinates corresponding to the given position on screen
|
void |
setCameraType(MapController.CameraType type)
Set the camera type for the map view
|
void |
setDebugFlag(MapController.DebugFlag flag,
boolean on)
Make a debugging feature active or inactive
|
void |
setDefaultBackgroundColor(float red,
float green,
float blue)
Sets an opaque background color used as default color when a scene is being loaded
|
void |
setFeaturePickListener(FeaturePickListener listener)
Set a listener for feature pick events
|
void |
setLabelPickListener(LabelPickListener listener)
Set a listener for label pick events
|
void |
setMapChangeListener(MapChangeListener listener)
Set a listener for map change events
|
void |
setMarkerPickListener(MarkerPickListener listener)
Set a listener for marker pick events
|
void |
setMaximumZoomLevel(float maximumZoom)
Set the maximum zoom level of the map view.
|
void |
setMinimumZoomLevel(float minimumZoom)
Set the minimum zoom level of the map view.
|
void |
setPickRadius(float radius)
Set the radius to use when picking features on the map.
|
void |
setRenderMode(int renderMode)
Set whether the map view re-draws continuously
Typically this does not need to be called from outside Tangram.
|
void |
setSceneLoadListener(MapController.SceneLoadListener listener)
Set a listener for scene update error statuses
|
void |
updateCameraPosition(CameraUpdate update)
Set the camera position of the map view
|
void |
updateCameraPosition(CameraUpdate update,
int duration)
Animate the camera position of the map view with the default easing function
|
void |
updateCameraPosition(CameraUpdate update,
int duration,
MapController.CameraAnimationCallback cb)
Animate the camera position of the map view and run a callback when the animation completes
|
void |
updateCameraPosition(CameraUpdate update,
int duration,
MapController.EaseType ease)
Animate the camera position of the map view with an easing function
|
void |
updateCameraPosition(CameraUpdate update,
int duration,
MapController.EaseType ease,
MapController.CameraAnimationCallback cb)
Animate the camera position of the map view with an easing function and run a callback when
the animation completes
|
int |
updateSceneAsync(java.util.List<SceneUpdate> sceneUpdates)
Apply SceneUpdates to the current scene asyncronously
If a updates trigger an error, scene updates won't be applied.
|
void |
useCachedGlState(boolean use)
Set whether the OpenGL state will be cached between subsequent frames.
|
protected static MapController.EaseType DEFAULT_EASE_TYPE
protected MapController(android.content.Context context)
context
- The application Context in which the map will function; the asset
bundle for this activity must contain all the local files that the map
will need.public boolean handleGesture(MapView mapView, android.view.MotionEvent ev)
public void captureFrame(MapController.FrameCaptureCallback callback, boolean waitForCompleteView)
waitForCompleteView
- Delay the capture until the view is fully loaded and
no ease- or label-animation is running.protected void dispose()
public GLViewHolder getGLViewHolder()
GLViewHolder
instance for the client application, which can be further used to get the underlying
GLSurfaceView or Client provided implementation for GLViewHolder, to forward any explicit view controls, example Transformations, etc.public int loadSceneFile(java.lang.String path)
setSceneLoadListener(SceneLoadListener)
for notification when the new scene is
ready.path
- Location of the YAML scene file within the application assetsMapController.SceneLoadListener.onSceneReady(int sceneId, SceneError sceneError)
when loading is complete.public int loadSceneFileAsync(java.lang.String path)
setSceneLoadListener(SceneLoadListener)
for notification when the new scene is
ready.path
- Location of the YAML scene file within the application assetsMapController.SceneLoadListener.onSceneReady(int sceneId, SceneError sceneError)
when loading is complete.public int loadSceneFile(java.lang.String path, java.util.List<SceneUpdate> sceneUpdates)
setSceneLoadListener(SceneLoadListener)
for notification when the new scene is
ready.path
- Location of the YAML scene file within the application assetssceneUpdates
- List of SceneUpdate
MapController.SceneLoadListener.onSceneReady(int sceneId, SceneError sceneError)
when loading is complete.public int loadSceneFileAsync(java.lang.String path, java.util.List<SceneUpdate> sceneUpdates)
setSceneLoadListener(SceneLoadListener)
for notification when the new scene is
ready.path
- Location of the YAML scene file within the application assetssceneUpdates
- List of SceneUpdate
MapController.SceneLoadListener.onSceneReady(int sceneId, SceneError sceneError)
when loading is complete.public int loadSceneYaml(java.lang.String yaml, java.lang.String resourceRoot, java.util.List<SceneUpdate> sceneUpdates)
setSceneLoadListener(SceneLoadListener)
for notification when the new scene is
ready.yaml
- YAML scene StringresourceRoot
- base path to resolve relative URLssceneUpdates
- List of SceneUpdate
public int loadSceneYamlAsync(java.lang.String yaml, java.lang.String resourceRoot, java.util.List<SceneUpdate> sceneUpdates)
setSceneLoadListener(SceneLoadListener)
for notification when the new scene is
ready.yaml
- YAML scene StringresourceRoot
- base path to resolve relative URLssceneUpdates
- List of SceneUpdate
public int updateSceneAsync(java.util.List<SceneUpdate> sceneUpdates)
setSceneLoadListener(SceneLoadListener)
for notification when the new scene is
ready.sceneUpdates
- List of SceneUpdate
public void updateCameraPosition(CameraUpdate update)
update
- CameraUpdate to modify current camera positionpublic void updateCameraPosition(CameraUpdate update, int duration)
update
- CameraUpdate to update current camera positionduration
- Time in milliseconds to ease to the updated positionpublic void updateCameraPosition(CameraUpdate update, int duration, MapController.EaseType ease)
update
- CameraUpdate to update current camera positionduration
- Time in milliseconds to ease to the updated positionease
- Type of easing to usepublic void updateCameraPosition(CameraUpdate update, int duration, MapController.CameraAnimationCallback cb)
update
- CameraUpdate to update current camera positionduration
- Time in milliseconds to ease to the updated positioncb
- Callback that will run when the animation is finished or canceledpublic void updateCameraPosition(CameraUpdate update, int duration, MapController.EaseType ease, MapController.CameraAnimationCallback cb)
update
- CameraUpdate to update current camera positionduration
- Time in milliseconds to ease to the updated positionease
- Type of easing to usecb
- Callback that will run when the animation is finished or canceledpublic void flyToCameraPosition(CameraPosition position, MapController.CameraAnimationCallback callback)
position
- CameraPosition of the destinationcallback
- Callback that will run when the animation is finished or canceledpublic void flyToCameraPosition(CameraPosition position, int duration, MapController.CameraAnimationCallback callback)
position
- CameraPosition of the destinationduration
- Time in milliseconds of the animationcallback
- Callback that will run when the animation is finished or canceledpublic void flyToCameraPosition(CameraPosition position, MapController.CameraAnimationCallback callback, float speed)
position
- CameraPosition of the destinationcallback
- Callback that will run when the animation is finished or canceledspeed
- Scaling factor for animation duration (recommended range is 0.1 - 10)public CameraPosition getCameraPosition()
CameraPosition
of the map viewpublic CameraPosition getCameraPosition(CameraPosition out)
CameraPosition
of the map viewout
- CameraPosition to be reused as the outputpublic void cancelCameraAnimation()
public CameraPosition getEnclosingCameraPosition(LngLat sw, LngLat ne, android.graphics.Rect padding)
CameraPosition
that that encloses the given bounds with at least the given amount of padding on each side.sw
- south-west coordinatene
- northwest coordinatepadding
- The minimum distance to keep between the bounds and the edges of the viewpublic CameraPosition getEnclosingCameraPosition(LngLat sw, LngLat ne, android.graphics.Rect padding, CameraPosition out)
CameraPosition
that that encloses the given bounds with at least the given amount of padding on each side.sw
- south-west coordinatene
- northwest coordinatepadding
- The minimum distance to keep between the bounds and the edges of the viewout
- CameraPosition to be reused as the outputpublic void setCameraType(MapController.CameraType type)
type
- A CameraType
public MapController.CameraType getCameraType()
CameraType
public float getMinimumZoomLevel()
public void setMinimumZoomLevel(float minimumZoom)
minimumZoom
- The zoom levelpublic float getMaximumZoomLevel()
public void setMaximumZoomLevel(float maximumZoom)
maximumZoom
- The zoom levelpublic LngLat screenPositionToLngLat(android.graphics.PointF screenPosition)
screenPosition
- Position in pixels from the top-left corner of the map areapublic android.graphics.PointF lngLatToScreenPosition(LngLat lngLat)
lngLat
- Geographic coordinatespublic MapData addDataLayer(java.lang.String name)
name
- The name of the data collection. Once added to a map, features from this
MapData
will be available from a data source with this name, just like a data source
specified in a scene file. You cannot create more than one data source with the same name.
If you call addDataLayer
with the same name more than once, the same MapData
object will be returned.public MapData addDataLayer(java.lang.String name, boolean generateCentroid)
name
- The name of the data collection. Once added to a map, features from thisgenerateCentroid
- boolean to control label centroid
generation for polygon geometry
MapData
will be available from a data source with this name, just like a data source
specified in a scene file. You cannot create more than one data source with the same name.
If you call addDataLayer
with the same name more than once, the same MapData
object will be returned.public void requestRender()
setRenderMode(int)
.public void setRenderMode(int renderMode)
renderMode
- Either 1, to render continuously, or 0, to render only when needed.public TouchInput getTouchInput()
TouchInput
for this map.
TouchInput
allows you to configure how gestures can move the map. You can set custom
responders for any gesture type in TouchInput
to override or extend the default
behavior.
Note that MapController
assigns the default gesture responders for the pan, rotate,
scale, and shove gestures. If you set custom responders for these gestures, the default
responders will be replaced and those gestures will no longer move the map. To customize
these gesture responders and preserve the default map movement behavior: create a new gesture
responder, get the responder for that gesture from the MapController
, and then in the
new responder call the corresponding methods on the MapController
gesture responder.TouchInput
.public TouchInput.PanResponder getPanResponder()
public TouchInput.RotateResponder getRotateResponder()
public TouchInput.ScaleResponder getScaleResponder()
public TouchInput.ShoveResponder getShoveResponder()
public void setPickRadius(float radius)
radius
- The radius in dp (density-independent pixels).public void setFeaturePickListener(FeaturePickListener listener)
listener
- The FeaturePickListener
to callpublic void setSceneLoadListener(MapController.SceneLoadListener listener)
listener
- The MapController.SceneLoadListener
to call after scene has loadedpublic void setLabelPickListener(LabelPickListener listener)
listener
- The LabelPickListener
to callpublic void setMarkerPickListener(MarkerPickListener listener)
listener
- The MarkerPickListener
to callpublic void pickFeature(float posX, float posY)
setFeaturePickListener(FeaturePickListener)
posX
- The horizontal screen coordinateposY
- The vertical screen coordinatepublic void pickLabel(float posX, float posY)
setLabelPickListener(LabelPickListener)
posX
- The horizontal screen coordinateposY
- The vertical screen coordinatepublic void pickMarker(float posX, float posY)
Marker
at the given screen coordinates; results will be returned
in a callback to the object set by setMarkerPickListener(MarkerPickListener)
posX
- The horizontal screen coordinateposY
- The vertical screen coordinatepublic Marker addMarker()
Marker
to the map which can be used to dynamically add points and polylines
to the map.Marker
object.public boolean removeMarker(Marker marker)
Marker
from the map.
Alias of MarkerremoveMarker(long)
marker
- to remove from the map.public boolean removeMarker(long markerId)
Marker
from the map.markerId
- to remove from the map.public void removeAllMarkers()
Marker
objects from the map.public void setMapChangeListener(MapChangeListener listener)
listener
- The MapChangeListener
to call when the map change events occur due to camera updates or user interactionpublic void queueEvent(java.lang.Runnable r)
r
- Runnable to runpublic void setDebugFlag(MapController.DebugFlag flag, boolean on)
flag
- The feature to seton
- True to activate the feature, false to deactivatepublic void useCachedGlState(boolean use)
use
- Whether to use a cached OpenGL state; false by defaultpublic void setDefaultBackgroundColor(float red, float green, float blue)
red
- red component of the background colorgreen
- green component of the background colorblue
- blue component of the background colorpublic void onDrawFrame(javax.microedition.khronos.opengles.GL10 gl)
onDrawFrame
in interface android.opengl.GLSurfaceView.Renderer
public void onSurfaceChanged(javax.microedition.khronos.opengles.GL10 gl, int width, int height)
onSurfaceChanged
in interface android.opengl.GLSurfaceView.Renderer
public void onSurfaceCreated(javax.microedition.khronos.opengles.GL10 gl, javax.microedition.khronos.egl.EGLConfig config)
onSurfaceCreated
in interface android.opengl.GLSurfaceView.Renderer


Click here to open custom url scheme: TEST LINK Click here to open custom url scheme: TEST LINK2
AppWhirr test link: Show details (Opera) AppWhirr test link: Run app (SQlite db browser)


class Cadmium::Summarizer::TextRank
Overview
An implementation of TextRank algorithm for summarization. Step 1 : Create a stochastic matrix for PageRank. From sumy source code : Element at row i and column j of the matrix corresponds to the similarity of sentence i and j, where the similarity is computed as the number of common words between them, divided by their sum of logarithm of their lengths. After such matrix is created, it is turned into a stochastic matrix by normalizing over columns i.e. making the columns sum to one. TextRank uses PageRank algorithm with damping, so a damping factor is incorporated as explained in TextRank's paper. The resulting matrix is a stochastic matrix ready for power method. Source: https://web.eecs.umich.edu/~mihalcea/papers/mihalcea.emnlp04.pdf
Included Modules
- Apatite


EQ vs IQ
Q: What is Emotional Intelligence?
A: Emotional intelligence or EQ is part of our intelligence that has always been there and has made individuals stand out. EQ is why your classmate who wasn't too good at standart subjects like maths or physics but was always good to talk to and was a overall nice person is now doing very good in life. And while this might seem a bit odd even counterintuitive that someone who isnt so smart is now doing great. That points to something more. And by realizing the importance of EQ the job market is reacting accordingly. Emotional intelligence is you being there present not only physically but also mentally and to the other person, understanding what they are saying in between lines. Reading the other persons emotions analyzing them and communicating while making sure to take their emotions into account.
Q: How is it different to IQ?
A: EQ differs from IQ in all the possible ways. The only similiarity is that it sound similiar. One can be present while the other one is absent. Both can be absent. Both can be present. Both can be learned. EQ stands for your ability to understand and analyze emotions. First of all your own and afterwards the emotions of people around you. If you understand what are the emotions behind ones actions you can relate to that person and find common grounds easier.
Q: Why is it important?
A: It is important because we all want to be in functional environments. And that doesnt only mean whether we know how to do the job and whether we do it. There is also a factor of human. The interaction we have every day is either going to add to the process of getting things done and moving forward or its going to slow it down. That is from the viewpoint of work environment. But from personal perspective it is going to make you better with your family and friends. You will be someone to whom they can speak, share their experiences and thoughts just because you are aware of them like in full sense of this word.


§466-2 Short title. This chapter may be cited as the Public Accountancy Law of 1973. [L 1973, c 158, pt of §2]


Click at link "Produtc manager" above and enjoy
this project has no database yet, I've used InMemoryDataService database to simulate Http Experiêncie.


Current Projects
Constraining methane emissions & trospospheric OH with satellite observations
The hydroxyl radical (OH) is known as the "detergent of the atmosphere" for its role in removing atmospheric pollutants. Understanding OH is critical for atmospheric chemistry models because it is the main oxidant which governs the lifetimes of atmospheric gasses. Presently, global mean OH is inferred by examining the decay of methyl chloroform, an industrial solvent which was banned in 1993. However, methyl chloroform is expected to decay below detection limits in 2025. A replacement technique for detecting OH is a pressing need for atmospheric chemists.
The goal of this project is to constrain OH and its interannual variability using satellite observations of methane. Concentrations of OH are highest in the middle troposphere (about 3-5 miles high in the atmosphere). In order to gain more sensitivity to OH, I am combining measurements from a traditional short-wave infrared instrument (which is equally sensitive to the whole tropospheric column) with a thermal infrared instrument (which has increased sensitivity to the middle troposphere)
Constraining methane emissions & trospospheric OH with satellite observations
The hydroxyl radical (OH) is known as the "detergent of the atmosphere" for its role in removing atmospheric pollutants. Understanding OH is critical for atmospheric chemistry models because it is the main oxidant which governs the lifetimes of atmospheric gasses. Presently, global mean OH is inferred by examining the decay of methyl chloroform, an industrial solvent which was banned in 1993. However, methyl chloroform is expected to decay below detection limits in 2025. A replacement technique for detecting OH is a pressing need for atmospheric chemists.
The goal of this project is to constrain OH and its interannual variability using satellite observations of methane. Concentrations of OH are highest in the middle troposphere (about 3-5 miles high in the atmosphere). In order to gain more sensitivity to OH, I am combining measurements from a traditional short-wave infrared instrument (which is equally sensitive to the whole tropospheric column) with a thermal infrared instrument (which has increased sensitivity to the middle troposphere)
Past Projects
Daily cycle of NO2 from satellite and surface observations
Nitrogen oxides (NOx = NO + NO2) are trace gasses which promote formation of air pollutants including ozone and nitrate aerosols.
NOx photolyzes in the sunlight, and as a result has a strong daily cycle, with a peak in the morning and a minimum in the late afternoon.
Nitrogen oxides are observed at the surface by the sparse network of EPA AQS monitors, and NO2 in particular is observed remotely by satellite instruments including OMI, TROPOMI, and GOME-2.
The current polar-orbiting satellite instruments can only measure at a single time over each location. For example, many satellites measure at only 1pm local time, near the minimum of NO2 concentrations.
We used satellite observations from two instruments with different overpasses, GOME-2 (at ~9:30am) and OMI (at ~1:45pm local time) to assess. We found that satellite observations show evidence of higher NO2 in the morning near large urban areas, but further analysis of urban/suburban interactions is limited by resoluton constraints.
Publication: Penn, E. and Holloway, T. (2020, Environ, Res. Lett.)
Contributions to Wisconsin Horizontal Interpolation Program for Satellites (WHIPS)
WHIPS is an open-source Python package which regrids level-2 satellite data (irregular overlapping polygons) to level-3 data (gridded data). It supports a number of satellite products including NASA OMI NO2 and MOPPIT CO. I added a new regridding function based on the OMNO2d gridding algorithm, and the ability to read in KNMI GOME-2 NO2 data.
Github: Link to the WHIPS github.
Evaluating GFDL AM-4 simulations of NO2 with OMI satellite observations
Penn, E.; Horowitz, L.W.; Naik, V. (2017) Evaluation of GFDL-AM4 simulations of nitrogen oxides with
OMI satellite observations. American Geophysical Union Fall Meeting 2017. New Orleans, LA. (poster)
Penn, E. Horowitz, L.W.; Naik, V., Holloway, T. (2017) Evaluation of GFDL-AM4 simulations of
nitrogen oxides with OMI satellite observations. HAQAST3 Meeting (Health and Air Quality
Applied Sciences Team). Columbia University, New York, NY (poster)
Predicting wind plant power production
Penn, E. and Newman, J. A New Toolbox for Operational Wind Data. (2017) Presentation. American Meteorological Society Annual Meeting 2017. Seattle, WA. (presentation)
Daily cycle of NO2 from satellite and surface observations
Nitrogen oxides (NOx = NO + NO2) are trace gasses which promote formation of air pollutants including ozone and nitrate aerosols. NOx photolyzes in the sunlight, and as a result has a strong daily cycle, with a peak in the morning and a minimum in the late afternoon. Nitrogen oxides are observed at the surface by the sparse network of EPA AQS monitors, and NO2 in particular is observed remotely by satellite instruments including OMI, TROPOMI, and GOME-2. The current polar-orbiting satellite instruments can only measure at a single time over each location. For example, many satellites measure at only 1pm local time, near the minimum of NO2 concentrations.
We used satellite observations from two instruments with different overpasses, GOME-2 (at ~9:30am) and OMI (at ~1:45pm local time) to assess. We found that satellite observations show evidence of higher NO2 in the morning near large urban areas, but further analysis of urban/suburban interactions is limited by resoluton constraints.
Publication: Penn, E. and Holloway, T. (2020, Environ, Res. Lett.)
Contributions to Wisconsin Horizontal Interpolation Program for Satellites (WHIPS)
WHIPS is an open-source Python package which regrids level-2 satellite data (irregular overlapping polygons) to level-3 data (gridded data). It supports a number of satellite products including NASA OMI NO2 and MOPPIT CO. I added a new regridding function based on the OMNO2d gridding algorithm, and the ability to read in KNMI GOME-2 NO2 data.
Github: Link to the WHIPS github.
Evaluating GFDL AM-4 simulations of NO2 with OMI satellite observations
Penn, E.; Horowitz, L.W.; Naik, V. (2017) Evaluation of GFDL-AM4 simulations of nitrogen oxides with OMI satellite observations. American Geophysical Union Fall Meeting 2017. New Orleans, LA. (poster)
Penn, E. Horowitz, L.W.; Naik, V., Holloway, T. (2017) Evaluation of GFDL-AM4 simulations of nitrogen oxides with OMI satellite observations. HAQAST3 Meeting (Health and Air Quality Applied Sciences Team). Columbia University, New York, NY (poster)
Predicting wind plant power production
Penn, E. and Newman, J. A New Toolbox for Operational Wind Data. (2017) Presentation. American Meteorological Society Annual Meeting 2017. Seattle, WA. (presentation)


Data Transfer in Binary Protocol for faster and efficient performance. This is a demo that demonstrates the concept of structuring data in Binary using Typed Array. Especially, for creating C like Struct Data using fixed memory chunks native to the computer system just like in C, increasing the performance of the communication being done by manifolds.
The demo is inspired from the Working with Complex Data Structures in MDN where there's a C like structure representation. We intend to send this data not in widely used formats in JavaScript such as JSON but in binary format since XHR and fetch supports sending array buffer to the application. A helper library axios is used to make this process of sending the data simpler for us.
Information about the data, total bytes and other related information regarding the data
can be found below. The below section provides information about order bytes are sent in, number of bytes
and the data structures use for different fields.
The data we intend to learn about this application is an Array Buffer with information about the transaction
being done in the application.
There's a sample backend in progress within this repo, which can be used to parse the binary buffer
request and provide back a JSON response, but till then you can click on Enter Transaction
button and examine the
array buffer through `window.currentTransaction` variable in the log.
To learn more about how the data is stored in the buffer checkout the index.js file, which contains information about how it's done and stored into an array buffer using awesome Typed Array Views.
Warning: Out of range values will be sliced.
Formatted bank transaction, containing fields such as username, transaction_type and more that are discussed below. If you haven't read about different data structures TypedArray supports, check out the TypedArray guide on MDN. Elements here follow a C like Struct. Constant values are represented by blue color within the web page.
Constant value to determine the start of the buffer. If this buffer is not present, the request SHOULD BE rejected by the server side as invalid buffer.
Bytes Per Element: 1
Number of Bytes: 12
constant and Uint8Array encoded equivalent of utf8-string BANKBINARYDT
A 16 byte Uint8Array for the bank account username,
since it's a Uint8Array the Uint8Array elememnt
should be equivalent to the UTF-8 String code point.
If the source is greater than 16 byte extra text is silently
sliced.
Number of Bytes: 16
Bytes Per Element: 1
Number of Bytes: 4
Bytes Per Element: 1
Bank Code of 4 Bytes converted to Uint8Array having UTF-8 equivalent code points.
Number of Bytes: 4
Bytes Per Element: 1
Type of the transaction being sent to the server side, right now two values are supported
Bytes Per Element: 4
Total Elements: 3
Total Number of Bytes: 4 x 3 = 12
Amount contains the amount involved in the transaction. It supports a 64 bit Float, and hence can support very large value. So be generous with the transactions.
Amount consists of 3 Elements in a Float64Array and the other elements can be used in the future for tax deductions and other things. Right now, the first element is only going to be read by the backend


Our model is not that far off and while our model is not precise it allows us to see and feel the effect of doubling the level of carbon dioxide in the atmosphere. However, when it comes to climate change and predicting temperature increase we do want to experts to have a smaller margin of error.
in-context


Home
About our Team
Reports
Global Feed
Search
Map of Missing Migrants
Total Database Info
Pie Chart Visualisation


2018 October 10, 2018 Weather Report October 10, 2018 Latitude Vs WindSpeed October 10, 2018 Latitude Vs Temperature October 10, 2018 Latitude Vs Humidity October 10, 2018 Latitude Vs Temperature October 10, 2018 Weather Report Data


--- date: 2010-05-22T00:00:00Z published: true title: Google Takes on Apple at I/O Conference | Kara Swisher url: /2010/05/22/google-takes-on-apple-at-i-o-conference-kara-swisher/ ---
Note to Google: A scary search behemoth with a stranglehold on Internet advertising isn’t really believable as a victim of “The Man”–in this case, Apple CEO Steve Jobs.
Although, it does make things more interesting. Will features and choice be better and more popular than control and reliability? Dunno yet.


Development of an application for the Implementation and use of search methods in a visualized environment
Supervisor Professor: Evangelos Outsios
Student: Anastasios Tilsizoglou
AEM: 3878
MIT License Copyright © Anastasios Tilsizoglou
Check The Desktop Version Here
A manual for this search will appear hear
You will see the steps of every search you run...


Are you interested in joining the TxGIS Day family? There are many different ways to get involved from career fair opportunities with paths to recruitment, expo booths, panelist sessions, and topic session presentations, from partnerships all the way to sponsorships.
A special thanks to our industry, community, and university partners directly contributing to make TxGIS Day as spatial as it can be.
Thank you for joining us for Texas A&M University's GIS Day 2021.
In a normal year, this is where we would be providing you with parking validation instructions, information about how to get to different buildings, etc.
Since it's 2021, you don't need to know any of this. So, the logisitics are simple:
Contact us if you need any help.


Since 2014, they have been a fixture in the annual calendar: The Ahauser Campus Days. The "place to be" for all who want to know more. Thousands of attendees, the best speakers in the country and lots of practical knowledge, the 7th edition of the 22nd - March has everything in the luggage. The focus of Campus Days is probably the most recent and most important.
The digital revolution is changing the world, at a speed that leaves many astonished. The Ahaus Campus Days are the reason for this revolution. The best coaches and trainers in the country cover what is behind the digitization, give courage and give valuable tips for their own, digital way. The workshops with many practical examples help to understand which building blocks are important and how they can be used profitably for themselves and their company.
The all-inclusive tickets include, in addition to the access to the different sessions, all the conference drinks, snacks and a nice participant package. They are available for a short time at the early bird price of 29 euros for the day ticket and 79 euros for the entire event.
With the checkIn view you can select users manually to check them in.
Once checked in, they cant re-enter the event.


Register to be a part of our awesome event.
Schedule
14
00
Registrations
Gear Up
14
45
Introduction
Get Ready
15
00
Lecture by Manoranjan Padhy
perm_identity
Social Media & Community Manager, Google
today
Firebase
16
00
Initial Pitch
Ideas?
17
30
Hack
Get started
20
30
Dinner
Refill !
21
30
Hack
Continues
02
00
Snack
Restore !
02
15
Hack
Continues
07
00
Breakfast
08
00
Hack
Continues
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Lecture by Ashish Rajput
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Memory Leaks in Microsoft Internet Explorer
I originally posted this at isaacschlueter.com on Monday, October 23rd, 2006.
Memory Leaks.
What are they? How do they happen? What can be done about them?
This is a great question, and a topic that has a lot of mysticism surrounding it. Like most Javascript issues, there’s been a lot of very bad “authoritative” suggestions.
If you are a webdev interviewing at Yahoo!, and I’m in the room, I can guarantee that you will be asked about this topic. In my opinion, memory leaks are one of the most tricky ways in which a user’s web experience can be needlessly degraded. A web developer’s attitude towards memory leaks is, in my opinion, one of the best indicators of their worth in this field.
Either you understand what a memory leak is and how it happens, or you don’t. If you don’t, that’s fine, but it’s time to find out once you hear some buzz about it. Once you understand it, you can either care about it, or not. Anyone who doesn’t fall into the “find out/care about it” category would be better off flipping burgers than writing Javascript.
What Are Memory Leaks?
In general, a “memory leak” is the failure to release memory that has been allocated to a program. Over time, a memory leak will result in progressively less memory being available to perform valid functions.
In the browser/Javascript world, a memory leak occurs when the native garbage collection routines don’t properly reclaim the memory that was allocated for an object. Each time you create an object in Javascript, a bit of memory is allocated. Memory is also allocated for DOM nodes, COM objects, images, etc. When an object can no longer be accessed, it is flagged as “ready for removal.” Then the garbage collection routine sweeps up the flagged objects, and releases the memory back to the system. In Microsoft Internet Explorer 6, there is a bug in the garbage collection routine that can lead to memory leaks in certain conditions.
A good discussion on memory leaks and why and how they happen can be found on Crockford’s site. The claim that closures (functions inside of other functions) cause memory leaks is, as Crockford says, “deeply wrong.” Closures are fine, and are not the source of the problem. (However, of course, closures can make circular links trickier to spot.)
The problem happens when you have a Javascript object and DOM node (or any COM object) that refer to one another in a cycle. IE 6 can’t figure out when it should reclaim the memory, so it doesn’t ever do it.
For example, this will cause a leak:
(function(){
var obj={b:document.body};
document.body.o=obj; // ← circular link is created. document.body.o.b === document.body
})();
If you set either obj.doc.body or body.o to NULL, then you’ll break the circular chain, and IE 6 will reclaim the memory.
The cycle doesn’t have to be so small. Even a chain of many steps can cause a leak if it is not broken. This will cause a leak, too:
(function(){
var d={b:document.body}
var obj={doc:d}; // ← obj.doc.b === document.body
document.body.o=obj; // ← Circular loop: document.body.o.doc.b === document.body
})();
Sometimes the references aren’t explicit, but are created by a scope closure. (This may be part of the thinking behind the assertion that closures cause memory leaks.) For example, this will also leak:
(function(){
var b=document.body; // ← create a reference to document.body inside of the outer scope.
b.onclick=function() { // ← b.onclick refers to a function.
// this function can access "b" due to closure
// do something...
};
})();
The anonymous function is assigned to document.body.onclick
. Due to the scope closure, there is a reference (b
) created inside of the anonymous function that points back at document.body. This creates a circular condition that confounds and befuddles the MSIE garbage collector just like the other examples above.
How To Avoid Memory Leaks
The simplest way to ensure that you will never have a memory leak is to simply never have circular reference chains that cross between Javascript and DOM space. Make sure that you always have Javascript objects refer to DOM objects, and never the other way round, or vice versa.
However, it’s sometimes extremely convenient to have circular link. Consider this example:
(function(){
var doSomething=function(e) {
this.innerHTML='did something!';
this.object.doSomethingElse(this.customPropertyOfSomeKind);
};
myDomNode.object=new myObject();
myDomNode.customPropertyOfSomeKind={some:'data object'};
YAHOO.util.Event.addListener(myDomNode,'click',doSomething);
})();
Now, if myObject has any reference to myDomNode (even if it refers to something that refers to something else … that refers to myDomNode), you’ll leak memory.
How to Fix MSIE’s Javascript Memory Leaks
So, how to fix this?
First, be aware when you’re doing things that may cause a leak. If it’s not a very big gain in code simplicity, then figure out another way around. If you’re hanging a lot of Javascript objects onto DOM objects, there’s a big chance of a leak creeping in. Personally, I try to make sure that all my references go from JS→DOM and not the other way around. If the references are always one-way, then there’s no chance of a leak. (Closures can only create JS→DOM references.) Also, we’ve seen performance issues with hanging too much stuff on DOM nodes if the page is big and complicated (that’s anecdotal, and I don’t have any hard numbers, so take it for what it’s worth.) If you understand how they work and why they happen, you can save yourself a lot of time later on tracking them down.
Second, test your code with Drip. Test early, test often, and always test before you release to production.
I can’t possibly stress how important this is. Even if you’ve done everything right, it’s easy to overlook circular references if the code gets sufficiently complex. Even small memory leaks can add up over the course of a session, or in a browser that stays open for days on end. (It happens quite a bit. I don’t know when I last closed the browser on my home computer, and a lot of users are the same way.)
Third, if you must cause circular references in your code, be responsible about it. Save a reference to each afflicted DOM node, and break the cycles on window unload. I often do something like this:
(function(){
var unLoaders=[];
myDomNode.object=new myObject(); // ← let's say that this creates a leak somewhere
unLoaders.push(myDomNode); // ← save it for later
// create an "unload" function
var unload=function(){
for(var i=unLoaders.length-1;i>-1;i--){
unLoaders[i].object=null; // ← break the cycle
}
};
// run the unload function on window.unload
YAHOO.util.Event.addListener(window,'unload',unload);
})();
Memory Leaks and Ajax/XHR
Ajax is a huge source of memory leaks, and unfortunately in this day and age of fast-prototyping and marketing pushing, a lot of these errors slip out into the world.  Use the YUI connection library for Ajax, and never look back. It’s brilliant, and very easy to use.
So, why do AJAX apps leak memory so badly if you don’t use a polling mechanism? Consider the “typical” XHR code pattern:
(function(){
var x=getXHRobject();
x.onreadystatechange=function() { // ← create link from x (COM object) to anonymous function
if(x.readystate==4){ // ← reference to x exists inside function scope, creating circular link.
// do something.
}
};
})();
The XmlHttpRequest object is treated in Javascript much like a DOM node. (More precisely, this problem affects all COM objects, including DOM nodes.) If you attach an onreadystatechange handler to it, you’ve created a circular loop. The standard means of breaking these chains won’t work. The YUI connection lib polls the object’s readystate until it is done, and then calls your success function. (If it times out or gets an error, it calls your failure function.) Since there’s no onreadystatechange listener, there’s no circular reference, and thus, no memory leak.


Provides a quick fix to replace initialization of a field via assignment with a field initializer.
The code is highlighted only if field initializer is located in the initializer
and joining with the field declaration is likely to be safe.
In other cases the inspection provides the quick fix without highlighting, as it may change the code semantics.
Example:
class MyClass {
static final int intConstant;
static {
intConstant = 10;
}
}
The quick fix will move the assigned value to the field initializer removing the class initializer section if possible:
class MyClass {
static final int intConstant = 10;
}
Since 2017.2


Mood Music uses trends based on your heart rate to determine what kind of music you might like to listen to. Let the technology do the work for you.
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Multi-View Robot Trajectory GUI
Top
Side
Front
Gripper Control
Prev Task
Next Task
Head Up
Head Down
Freeze


QPT Model Classes
The Schedule is the root object of the QPT model. The schedule owns an SP Mini-Model, which is an
in-memory, immutable representation of the state of the SPDB. The following invariants apply:
- A schedule's mini-model may change, but may never be null.
- When the mini-model changes, allocs can become invalid for several reasons:
- The associated obs has been deleted, or all steps have been executed.
In this case the alloc must also be deleted.
- The associated obs steps have been partially executed. In this case the step
boundaries must be adjusted.
- In all cases, alloc durations must be re-calculated if the alloc is not
deleted.
Each variant is responsible for repairing these problems when it sees the mini-model
change, and must preserve the validity of all allocs during this process; the
variant must manage the update and repair process such that, for example, the UI can
repaint a partially-repaired variant without errors. A local obsId to Obs cache map
is a possible solution.


Portfolio with Bio
I love tech innovations, especially in the consumer services and electronics space. Interest include mobile development, web development, and machine learning.
Jonathan Sullivan
Below is a Portfolio of my work that I have done.
Artificial intelligence is the future of computer science and technology. Its impact will be almost immeasurable. The field is wide open today, with so much to learn, and so many ways to contribute. Global innovations in the field of artificial intelligence (AI) are going to redefine virtually every aspect of our lives. By mastering AI skills I will play a critical role in helping determine how this incredible technology impacts our future.
In this project, I combined my knowledge of computer vision techniques and deep learning to build and end-to-end facial keypoint recognition system. Facial keypoints include points around the eyes, nose, and mouth on any face and are used in many applications, from facial tracking to emotion recognition. My code is able to take in any image containing faces and identify the location of each face and their facial keypoints.
In this project, I learned to track faces in a video and identify facial expressions using Affectiva. As a fun visualization, I taged each face with an appropriate emoji next to it. I then turned this into a game where the player needs to mimic a random emoji displayed by the computer!
Used Recurrent Neural Networks (RNN) to build RNNs that can generate sequences based on input data - with a focus on two applications: With the first I used real market data in order to predict future Apple stock prices using an RNN model. The second one is trained on Sir Arthur Conan Doyle’s classic novel Sherlock Holmes and will generate wacky sentences based on it that may - or may not - become the next great Sherlock Holmes novel!
Used Convolutional Neural Networks (CNN) to build a pipeline to process real-world, user-supplied images. Given an image of a dog, my algorithm will identify an estimate of the canine’s breed. If supplied an image of a human, the code will identify the resembling dog breed.
Along with exploring state-of-the-art CNN models for classification, I made important design decisions about the user experience for your app. My goal was to understand the challenges involved in piecing together a series of models designed to perform various tasks in a data processing pipeline. Each model has its strengths and weaknesses, and engineering a real-world application often involves solving many problems without a perfect answer. My imperfect solution will nonetheless create a fun user experience!
In this project, I used IBM Watson’s NLP Services to create a simple question-answering system. I first used the Discovery service to pre-process a document collection and extract relevant information. I used the Conversation service to build a natural language interface that can respond to questions.
In this project, I built a fully functional skill for Amazon’s Alexa that provides year-dated facts from AI History (or some other History of my choosing). Through the process, I got to use the Alexa Skills Kit (ASK) - a current state of the art API for building voice systems.
In this project, I built a system that can recognize words communicated using the American Sign Language (ASL). I was provided a preprocessed dataset of tracked hand and nose positions extracted from video. My goal was to train a set of Hidden Markov Models (HMMs) using part of this dataset to try and identify individual words from test sequences.
As an optional challenge, I am incorporating Statistical Language Models (SLMs) that capture the conditional probability of particular sequences of words occurring. This should help me you improve the recognition accuracy of my system.
In this project, my Pacman agent found paths through his maze world, both to reach a particular location and to collect food efficiently. I built general search algorithms, such as breadth first search, depth first search, Uniform Cost Search, Astar Search and applied them to Pacman scenarios, such as finding corners and eating all of the food.
Explored Constraint Satisfaction Problems by implementing the N-Queens problem using symbolic constraints in a Jupyter notebook, and solving it using the Backtracking Search algorithm from AIMA.
In this project, I defined a group of problems in classical PDDL (Planning Domain Definition Language) for the air cargo domain. I then set up the problems for search, experimented with various automatically generated heuristics, including planning graph heuristics, to solve the problems, and then provided an analysis of the results. Additionally, I wrote a short research review paper on the historical development of planning techniques and their use in artificial intelligence.
In this project, I developed an adversarial search agent to play the game “Isolation”. Isolation is a deterministic, two-player game of perfect information in which the players alternate turns moving a single piece from one cell to another on a board. Whenever either player occupies a cell, that cell becomes blocked for the remainder of the game. The first player with no remaining legal moves loses, and the opponent is declared the winner. These rules are implemented in the isolation.Board class provided in the repository.
This project uses a version of Isolation where each agent is restricted to L-shaped movements (like a knight in chess) on a rectangular grid (like a chess or checkerboard). The agents can move to any open cell on the board that is 2-rows and 1-column or 2-columns and 1-row away from their current position on the board. Movements are blocked at the edges of the board (the board does not wrap around), however, the player can “jump” blocked or occupied spaces (just like a knight in chess).
Additionally, agents will have a fixed time limit each turn to search for the best move and respond. If the time limit expires during a player’s turn, that player forfeits the match, and the opponent wins.
I modified code in the game_agent.py file to complete the project. Additional files include example Player and evaluation functions, the game board class, and a template to develop local unit tests.
My analysis concludes with a comparison of different heuristics and my reasoning for choosing the heuristic I ultimately used in my agent.
The second part of this project I read a seminal paper(Game Tree Searching by Min / Max Approximation by Ron Rivest, MIT) in the field of Game-Playing and wrote a simple one page summary on it.
In this project, I wrote code to implement two extensions of a sudoku solver. The first one implements the technique called “naked twins”. The second one modifies existing code to solve a diagonal sudoku. My goals were to implement the naked twins function and write an AI agent that solves the Diagonal Sudoku game.
In this exercise I demonstrate understanding of simulated annealing by implementing the algorithm in a Jupyter notebook and using it to solve the Traveling Salesman Problem (TSP) between US state capitals.
Machine learning represents a key evolution in the fields of computer science, data analysis, software engineering, and artificial intelligence. I enjoy applying predictive models to massive data sets in fields like finance, healthcare, education, and more.
Used supervised learning to study 5 high-valued equities in the technology sector and make price predictions. This is the capstone project for the Udacity’s Machine Learning Nanodegree.
Used reinforcement learning techniques to construct a demonstration of a smartcab operating in real-time.
Use unsupervised learning techniques to see if any similarities exist between customers, and how to best segment customers into distinct categories.
Built an optimal model based on a statistical analysis to estimate the best selling price for a client’s home. Used the Boston Housing dataset which contains aggregated data on various features for houses in Greater Boston communities.
Constructed an intervention system that leverages supervised learning techniques. Developed a model that will predict the likelihood that a given student will pass, quantifying whether an intervention is necessary.
Created decision functions that attempt to predict survival outcomes from the 1912 Titanic disaster based on each passenger’s features, such as sex and age.
Swift is a new language for programming iOS and OS X apps that was first introduced in June 2014. I build iOS apps sophisticated and polished user interfaces with UIKit components, implementing Core Data for local persistence of an object structures and external APIs to make use of third-party data
Developed an app that allows you to drop pins on a map and pull up Flickr images associated with that location. Stored locations and images using Core Data.
Developed an iOS app that adds my current location to a map of locations for other Nanodegree students it also posts a link to my own portfolio for others to see. This is the third project in the Udacity iOS Nanodegree Program.
Developed an iOS app that takes a photo, and overlay text to meme-ify your friends. Then share on your favorite social channels!
Developed an iOS app that records a message and plays the audio back through user-selected filters.
In today’s web building beautiful, responsive websites optimized for mobile and desktop performance and complex server-side web applications that use powerful relational databases to persistently store data is must. I used HTML and the Bootstrap CSS framework to create my portfolio, and jQuery’s DOM manipulation to dynamically populate your resume. I also developed my own arcade game in JavaScript, built complex mapping applications using the Knockout framework, and used the Jasmine testing framework to develop and maintain applications. I’ve hone my understanding of how the web works, developed complex relational databases used to store applications data, secured and configured my own Linux-based servers, and builtcomplete web applications using Python, HTML, CSS, JavaScript and SQL. My portfolio clearly demonstrate key skills mastery.
Adapted remake of the classic frogger game given assets and game loop engine from Udacity.
Developed a series of jasmine.js test suites for a web-based application that reads RSS feeds.
Developed an interactive resume application that reads my resume content from a JSON file and dynamically displays that content within a provided template.
A simple movie trailer website that uses Python, JavaScript, and CSS.
Developed a single-page application featuring a map of my neighborhood including: map markers to identify popular locations or places you’d like to visit, a search function to easily discover these locations, and a listview to support simple browsing of all locations.
Series of responsive portfolio sites designed from a given mockup from Udacity. This is the first project in the Udacity Frontend Nanodegree Program
Displayed information about faux tournament results using Python from a Postgres database.
As a Data Analyst, I obtain, analyze, and effectively report on data insights ranging from business metrics to user behavior and product performance. My projects demonstrate my ability to organize data, uncover patterns and insights, make predictions using machine learning, and clearly communicate critical findings.
Analyzed the Stroop effect, a classic result of experimental psychology using descriptive statistics and statistical test.
Analysis of the results of an experiment testing the optimal length of chopsticks.
Worked with real data provided by Bay Area Bike Share to determine differences in usage between commuters and tourists ridership patterns, average duration of trips, and more!
Hello, my name is Jonathan Sullivan and welcome to my portfolio site. Below you will have a chance to learn more about me and see some of my work that I have done. I am very interested in Math and Computer Science. My latest work has been in the areas of Artificial Intellegence, Machine Learning, and Deep Learning. However I also love to build web and iOS apps. We as a society are athe the next major turning point in technology. We are leaving the digital age and entering the age of data and Machine Intellegence. My goals is to contribute to the next wave of technology that change the world for the better.
My recent educational experience has been with a company, that I love. Udacity provide free class in programming and software engineering and paid Nanodegrees that focus on various fields. As a millenial new college grad living with his supportive parents. I started to spend 8-10 hours on this site daily. I was so amazed at the amount of material in so many fields of software engineering. This was also my first time using python, Java my language of choice at the time. I used these resources to learn how to build iphone apps, and website apps. I also learned skill in data science like Data Wrangling, Exploratory Data Analysis, Data Visualization, Machine Learning, Deep Learning, and Artificial Intellegence.
After leaving DCCCD were I had taken all possible math, Natural Science and computer engineering availible, I entered the university of North Texas. Here I majored in math and was pursuing a minor in Computer Engineering, Physics, Biology and Chemistry. Funny Story, my parent’s who paid my tutition, told me a semster before I took my last group of Physics, Biology and Chemistry, that If I had the credit to graduate and didnt they didnt know how I was going to pay for it. So I ended up graduating with a major in math and a minor in computer science.
The next step into futhering my technical experience took place almost 5 years later. At this time I also was a single father of a beutiful 4 years old little girl and a unborn son. While being a parent came with it on set of challenges, I had a support network which allowed me to enroll in Dallas County Community College District (DCCCD). I started to fall inlove with math. Not just because of the enthusiastic proffesor at DCCCD but also because of a man named Sal Khan and his organization Khan academy. This site allowed me to grab a firm understanding of advanded mathematics like Linear Algebra, Vector Calculus, and Differential Equations I started majoring in Computer Engineering but part way through I was convinced by my Differential Eqautions teacher to become a Math major.
I have always had an intellectual curiosity especially when it comes to science. I would say that my first relevant educational experience began in High School. I was fortunate to go School of Science and Engineering at Yvonne A Ewell Townview Magnet Center. The school has been named among the highest-performing high schools in the country according to national \ publications’ rankings (U. S. News & World Report, Newsweek, Washington Post). In fact, when I graduated after attending school there for 3 years, we were ranked the number 1 school in the nation. In that same ,year the school was named a National Blue Ribbon School of Excellence by the United States Department of Education. Upon Graduation I had taken and made a score of ‘5’ on both the ‘AP Biology’ and ‘AP Computer Science A’. I also had taken a College Physics and General Chemistry course, allowing me to enter college at 16 with sophmore credits.
Here are a list of my skills:


{% extends "global/Page.html" %} {% load otree static %} {% block title %} End of Group Test {% endblock %} {% block content %}
You will ﬁnd out your payoff from Part 1 at the end of the experiment.


In total,we have 12 subsystems.
Among them, there are three main subsystems, namely,system A, system B and system C.
Other subsystems are system D, system E, system F,system G,system H,system I,system J,system K and system L.
System A start
System B start
System C start
System D start


A customer's address.
Public Properties | |
| const | DIR = 'addresses' |
| const | TYPE = 'customer_address' |
| Public Properties inherited from AbstractEntity | |
| const | DIR = '' |
| All subclasses must redeclare this to match their REST directory (without container). More... | |
| const | TYPE = '' |
| All subclasses must redeclare this to match their types. More... | |
| Public Properties inherited from Data | |
| const | MAP = [] |
| const | PATCH = [] |
Public Methods | |
| magic string | getAddress1 () |
| magic string | getAddress2 () |
| magic string | getCity () |
| magic string | getCompany () |
| magic string | getCountry () |
| magic string | getCountryCode () |
| read-only More... | |
| magic string | getCountryName () |
| Customer | getCustomer () |
| magic string | getCustomerId () |
| injected More... | |
| magic string | getName () |
| magic string | getPhone () |
| non-unique More... | |
| magic string | getProvince () |
| magic string | getProvinceCode () |
| read-only More... | |
| string | getState () |
| Alias for getProvince(). More... | |
| string | getStateCode () |
| Alias for getProvinceCode(). More... | |
| magic string | getZip () |
| magic bool | hasPhone () |
| magic bool | isDefault () |
| magic $this | setAddress1 (string $address1) |
| magic $this | setAddress2 (string $address2) |
| magic $this | setCity (string $city) |
| magic $this | setCompany (string $company) |
| magic $this | setCountry (string $country) |
| magic $this | setCountryName (string $name) |
| $this | setDefault () |
| Sets the address as the default. More... | |
| magic $this | setName (string $name) |
| magic $this | setPhone (string $phone) |
| magic $this | setProvince (string $province) |
| $this | setState (string $state) |
| Alias for setProvince(). More... | |
| magic $this | setZip (string $zip) |
| Public Methods inherited from AbstractEntity | |
| string | __toString () |
| null string | getId () |
| string[] | getPoolKeys () |
| bool | hasId () |
| $this | reload () |
| Fully reloads the entity from Shopify. More... | |
| Public Methods inherited from Data | |
| mixed | __call (string $method, array $args) |
| __construct ($caller, array $data=[]) | |
| string | serialize () |
| Dehydrated JSON encode. More... | |
| array | toArray () |
| void | unserialize ($serialized) |
| Public Methods inherited from CreateTrait | |
| $this | create () |
| Public Methods inherited from DeleteTrait | |
| void | delete () |
| Public Methods inherited from UpdateTrait | |
| $this | update () |
Protected Methods | |
| _container () | |
| The container/owner object, if any. More... | |
| void | _onDelete () |
| void | _onSave () |
| Protected Methods inherited from AbstractEntity | |
| mixed | _get (string $field) |
| Lazy-loads missing fields. More... | |
| void | _reload (string $field) |
| Protected Methods inherited from Data | |
| mixed | _hydrate (string $class, $item) |
| A factory that also hydrates / caches entities. More... | |
| array | _select ($subject, callable $filter,... $args) |
Magic method: selectField(callable $filter) More... | |
| $this | _setData (array $data) |
| Clears all diffs and sets all data, hydrating mapped fields. More... | |
| $this | _setField (string $field, $value) |
| Sets a value, hydrating if mapped, and clears the diff. More... | |
| Protected Methods inherited from CreateTrait | |
| string | _dir () |
The POST directory. More... | |
Additional Inherited Members | |
| Protected Properties inherited from Data | |
| Api | $api |
| Pool | $pool |
| Public Static Methods inherited from AbstractEntity | |
| static null self | load ($caller, string $id, array $query=[]) |
| static self[] | loadAll ($caller, string $path, array $query=[]) |
|
protected |
| magic string getAddress1 | ( | ) |
| magic string getAddress2 | ( | ) |
| magic string getCity | ( | ) |
| magic string getCompany | ( | ) |
| magic string getCountry | ( | ) |
| magic string getCountryCode | ( | ) |
read-only
| magic string getCountryName | ( | ) |
| magic string getCustomerId | ( | ) |
injected
| magic string getName | ( | ) |
| magic string getPhone | ( | ) |
non-unique
| magic string getProvince | ( | ) |
| magic string getProvinceCode | ( | ) |
read-only
|
final |
Alias for getProvince().
|
final |
Alias for getProvinceCode().
| magic string getZip | ( | ) |
| magic bool hasPhone | ( | ) |
| magic bool isDefault | ( | ) |
| magic $this setAddress1 | ( | string | $address1 | ) |
| magic $this setAddress2 | ( | string | $address2 | ) |
| magic $this setCity | ( | string | $city | ) |
| magic $this setCompany | ( | string | $company | ) |
| magic $this setCountry | ( | string | $country | ) |
| magic $this setCountryName | ( | string | $name | ) |
| $this setDefault | ( | ) |
Sets the address as the default.
| magic $this setName | ( | string | $name | ) |
| magic $this setPhone | ( | string | $phone | ) |
| magic $this setProvince | ( | string | $province | ) |
|
final |
| magic $this setZip | ( | string | $zip | ) |


Keep Calm and Carry On.
狂人日记 (Simplified Chinese) - 01 April 1918
阿Q正傳 (Traditional Chinese) - 01 December 1921
Markdown Gramma - 29 March 2016
Welcome to Nice Blog - 30 March 2016
C++ 指针 - 26 March 2019
C++ const 限定符 - 26 March 2019


public interface MemberChildrenConstraint extends SqlConstraint
SqlMemberSource
| Modifier and Type | Method and Description |
|---|---|
void |
addLevelConstraint(SqlQuery query,
RolapCube baseCube,
AggStar aggStar,
RolapLevel level)
Will be called once for the level that contains the
children of a Member.Children query.
|
void |
addMemberConstraint(SqlQuery sqlQuery,
RolapCube baseCube,
AggStar aggStar,
List<RolapMember> parents)
Modifies a
Member.Children query so that (all or some)
children of all parent members contained in parents
will be returned in the result set. |
void |
addMemberConstraint(SqlQuery sqlQuery,
RolapCube baseCube,
AggStar aggStar,
RolapMember parent)
Modifies a
Member.Children query so that only the children
of parent will be returned in the result set. |
getCacheKey
void addMemberConstraint(SqlQuery sqlQuery, RolapCube baseCube, AggStar aggStar, RolapMember parent)
Member.Children
query so that only the children
of parent
will be returned in the result set.sqlQuery
- the query to modifybaseCube
- base cube for virtual membersaggStar
- Aggregate star, if we are reading from an aggregate table,parent
- the parent member that restricts the returned childrenvoid addMemberConstraint(SqlQuery sqlQuery, RolapCube baseCube, AggStar aggStar, List<RolapMember> parents)
Member.Children
query so that (all or some)
children of all parent members contained in parents
will be returned in the result set.sqlQuery
- Query to modifybaseCube
- Base cube for virtual membersaggStar
- Aggregate table, or null if query is against fact tableparents
- List of parent members that restrict the returned
childrenvoid addLevelConstraint(SqlQuery query, RolapCube baseCube, AggStar aggStar, RolapLevel level)
query
- the query to modifybaseCube
- base cube for virtual membersaggStar
- Aggregate table, or null if query is against fact tablelevel
- the level that contains the children


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