Distributed system members are programs that connect to a Geode distributed system. You configure members to belong to a single distributed system, and you can optionally configure them to be clients or servers to members in other distributed systems, and to communicate with other distributed systems.
Member Overview
Distributed system members (or simply “members”) connect to the Geode system when they create the Geode data cache. The members’ distributed system is configured through Geode properties. See gemfire.properties and gfsecurity.properties (Geode Properties). Geode properties specify all necessary information for system member startup, initialization, and communication.
Note: You cannot change a member’s properties while the member is connected to the distributed system.
Use the properties to define:
- How to find and communicate with other system members
- How to perform logging and statistics activities
- Which persistent configuration or
cache.xml
file to use for cache and data region initialization - Other options, including event conflation, how to handle network loss, and security settings
Distributed System Membership and System Topologies
Every Geode process is a member of a distributed system, even if the distributed system is defined as standalone, with just one member. You can run an individual distributed system in isolation or you can combine systems for vertical and horizontal scaling. See Topology and Communication General Concepts.
- Peer-to-Peer Distributed Systems. Members that define the same member discovery properties belong to the same distributed system and are peers to one another.
- Client/Server Installations. The client/server topology uses relationships that you configure between members of multiple distributed systems. You configure some or all of the peers in one distributed system to act as cache servers to clients connecting from outside the system. Each server can host many client processes, managing cache access for all in an efficient, vertically hierarchical cache configuration. You configure the client applications to connect to the servers, using a client cache configuration. Clients run as members of standalone Geode distributed systems, with no peers, so all data updates and requests go to the servers.
Multi-site Installations
The multi-site topology uses relationships that you configure between members of multiple distributed systems. Through this configuration, you loosely couple two or more distributed systems for automated data distribution. This is usually done for sites at geographically separate locations. You configure a subset of peers in each distributed system site with gateway senders and/or gateway receivers to manage events that are distributed between the sites.
In the context of a single distributed system, unless otherwise specified, “remote member” refers to another member of the same distributed system. In client/server and multi-site installations, “remote” generally refers to members in other distributed systems. For example, all servers are “remote” to the clients that connect to them. Each client runs standalone, with connections only to the server tier, so all servers and their other clients are “remote” to the individual client. All gateway receivers are “remote” to the gateway senders that connect to them from other distributed systems, and to those gateway senders’ peers.


CxImage must be linked with additional libraries in order to read and write some specific file formats. All these libraries are freely available, with source code, documentation and examples. Some of the libraries distributed with CxImage have been patched, or slightly edited, to add features normally not enabled in the standard distributions, or just to avoid too many warnings from the compiler during the compilation, and mainly to ensure that CxImage can be easily linked with all of them without troubles. Here is a list of the libraries linked with CxImage :
Home page : http://www.gzip.org/zlib/ [^]
Version : 1.2.1
Required for : PNG, TIFF, JBIG.
Patches : none.
Home page : http://www.remotesensing.org/libtiff/ [^]
Version : 3.5.7
Required for : TIFF.
Patches :
Home page : http://www.libpng.org [^]
Version : 1.2.7
Required for : PNG.
Patches : none.
Home page : http://www.ijg.org [^]
Version : 6b
Required for : JPG, TIFF, MNG.
Patches :
Home page : http://www.cl.cam.ac.uk/~mgk25/jbigkit/ [^]
Version : 1.6
Required for : JBIG.
Patches : only some missing cast.
Home page : http://www.ece.uvic.ca/~mdadams/jasper/ [^]
Version : 1.700.2
Required for :
JP2,
JPC, PNM, RAS,
PGX.
Patches : only some missing cast and minor configuration editing.
This library is a beta version, use JasPer!
Home page : http://j2000.org/ [^]
Version : 0.0.8
Required for : J2K.
Patches : I found some different distributions with the same version, so I can't build the diff.
Many bugs (memory leaks) have been fixed in the version included with CxImage, however
this library is still not very safe and stable.


| Top |
Instances of the GDBusMethodInvocation class are used when handling D-Bus method calls. It provides a way to asynchronously return results and errors.
The normal way to obtain a GDBusMethodInvocation object is to receive
it as an argument to the handle_method_call()
function in a
GDBusInterfaceVTable that was passed to g_dbus_connection_register_object()
.
const gchar *
g_dbus_method_invocation_get_sender (GDBusMethodInvocation *invocation
);
Gets the bus name that invoked the method.
Since 2.26
const gchar *
g_dbus_method_invocation_get_object_path
(GDBusMethodInvocation *invocation
);
Gets the object path the method was invoked on.
Since 2.26
const gchar *
g_dbus_method_invocation_get_interface_name
(GDBusMethodInvocation *invocation
);
Gets the name of the D-Bus interface the method was invoked on.
If this method call is a property Get, Set or GetAll call that has been redirected to the method call handler then "org.freedesktop.DBus.Properties" will be returned. See GDBusInterfaceVTable for more information.
Since 2.26
const gchar *
g_dbus_method_invocation_get_method_name
(GDBusMethodInvocation *invocation
);
Gets the name of the method that was invoked.
Since 2.26
const GDBusMethodInfo *
g_dbus_method_invocation_get_method_info
(GDBusMethodInvocation *invocation
);
Gets information about the method call, if any.
If this method invocation is a property Get, Set or GetAll call that
has been redirected to the method call handler then NULL
will be
returned. See g_dbus_method_invocation_get_property_info()
and
GDBusInterfaceVTable for more information.
Since 2.26
const GDBusPropertyInfo *
g_dbus_method_invocation_get_property_info
(GDBusMethodInvocation *invocation
);
Gets information about the property that this method call is for, if any.
This will only be set in the case of an invocation in response to a
property Get or Set call that has been directed to the method call
handler for an object on account of its property_get()
or
property_set()
vtable pointers being unset.
See GDBusInterfaceVTable for more information.
If the call was GetAll, NULL
will be returned.
Since 2.38
GDBusConnection *
g_dbus_method_invocation_get_connection
(GDBusMethodInvocation *invocation
);
Gets the GDBusConnection the method was invoked on.
Since 2.26
GDBusMessage *
g_dbus_method_invocation_get_message (GDBusMethodInvocation *invocation
);
Gets the GDBusMessage for the method invocation. This is useful if you need to use low-level protocol features, such as UNIX file descriptor passing, that cannot be properly expressed in the GVariant API.
See this server and client for an example of how to use this low-level API to send and receive UNIX file descriptors.
Since 2.26
GVariant *
g_dbus_method_invocation_get_parameters
(GDBusMethodInvocation *invocation
);
Gets the parameters of the method invocation. If there are no input parameters then this will return a GVariant with 0 children rather than NULL.
Since 2.26
gpointer
g_dbus_method_invocation_get_user_data
(GDBusMethodInvocation *invocation
);
Gets the user_data
gpointer passed to g_dbus_connection_register_object()
.
Since 2.26
void g_dbus_method_invocation_return_value (GDBusMethodInvocation *invocation
,GVariant *parameters
);
Finishes handling a D-Bus method call by returning parameters
.
If the parameters
GVariant is floating, it is consumed.
It is an error if parameters
is not of the right format.
This method will free invocation
, you cannot use it afterwards.
Since 2.26
void g_dbus_method_invocation_return_error (GDBusMethodInvocation *invocation
,GQuark domain
,gint code
,const gchar *format
,...
);
Finishes handling a D-Bus method call by returning an error.
See g_dbus_error_encode_gerror()
for details about what error name
will be returned on the wire. In a nutshell, if the given error is
registered using g_dbus_error_register_error()
the name given
during registration is used. Otherwise, a name of the form
org.gtk.GDBus.UnmappedGError.Quark...
is used. This provides
transparent mapping of GError between applications using GDBus.
If you are writing an application intended to be portable,
always register errors with g_dbus_error_register_error()
or use g_dbus_method_invocation_return_dbus_error()
.
This method will free invocation
, you cannot use it afterwards.
invocation |
[transfer full] | |
domain |
||
code |
The error code. |
|
format |
printf()-style format. |
|
... |
Parameters for |
Since 2.26
void g_dbus_method_invocation_return_error_valist (GDBusMethodInvocation *invocation
,GQuark domain
,gint code
,const gchar *format
,va_list var_args
);
Like g_dbus_method_invocation_return_error()
but intended for
language bindings.
This method will free invocation
, you cannot use it afterwards.
invocation |
[transfer full] | |
domain |
||
code |
The error code. |
|
format |
printf()-style format. |
|
var_args |
va_list of parameters for |
Since 2.26
void g_dbus_method_invocation_return_error_literal (GDBusMethodInvocation *invocation
,GQuark domain
,gint code
,const gchar *message
);
Like g_dbus_method_invocation_return_error()
but without printf()
-style formatting.
This method will free invocation
, you cannot use it afterwards.
Since 2.26
void g_dbus_method_invocation_return_gerror (GDBusMethodInvocation *invocation
,const GError *error
);
Like g_dbus_method_invocation_return_error()
but takes a GError
instead of the error domain, error code and message.
This method will free invocation
, you cannot use it afterwards.
Since 2.26
void g_dbus_method_invocation_return_dbus_error (GDBusMethodInvocation *invocation
,const gchar *error_name
,const gchar *error_message
);
Finishes handling a D-Bus method call by returning an error.
This method will free invocation
, you cannot use it afterwards.
invocation |
[transfer full] | |
error_name |
A valid D-Bus error name. |
|
error_message |
A valid D-Bus error message. |
Since 2.26
void g_dbus_method_invocation_take_error (GDBusMethodInvocation *invocation
,GError *error
);
Like g_dbus_method_invocation_return_gerror()
but takes ownership
of error
so the caller does not need to free it.
This method will free invocation
, you cannot use it afterwards.
Since 2.30
void g_dbus_method_invocation_return_value_with_unix_fd_list (GDBusMethodInvocation *invocation
,GVariant *parameters
,GUnixFDList *fd_list
);
Like g_dbus_method_invocation_return_value()
but also takes a GUnixFDList.
This method is only available on UNIX.
This method will free invocation
, you cannot use it afterwards.
invocation |
[transfer full] | |
parameters |
A GVariant tuple with out parameters for the method or |
[allow-none] |
fd_list |
A GUnixFDList or |
[allow-none] |
Since 2.30
typedef struct _GDBusMethodInvocation GDBusMethodInvocation;
The GDBusMethodInvocation structure contains only private data and should only be accessed using the provided API.
Since 2.26


To shield their shores from waves that can cause flooding and erosion, cities throughout the Great Lakes region have replaced natural nearshore habitats with seawalls, breakwaters, and other “hard” structures. This seawall helps protect nearby recreational and economic centers like Grant Park and Michigan Avenue against everything from changing water levels to heavy summer storms to the natural ebb and flow of Lake Michigan.
Hard shorelines have their own problems, though. Sea walls change the natural movement of water and sand. They can’t absorb wave energy. Instead, they push it back towards the lake, creating harsh waves that crash against land beyond the protection of the sea wall and rapidly erode that shoreline. Sand also builds up against the artificial structure, choking off habitats there while starving beaches down shore. This is exactly what is happening along Chicago’s North Shore. Sea walls and other artificial structures built near the northernmost suburbs have deprived other southern beaches and nearshore habitats of sand and sped up erosion. The sea walls lining Illinois’ shore may shield some land from flooding and erosion, but the shoreline as a whole is actually experiencing more of both as a result.


---
layout: post
title: RTCNA 2015- Optimize|02_LAR Floor Plan Tweak
date: '2015-07-24T11:12:00.000-07:00'
author: JohnP
tags:
modified_time: '2015-07-25T14:03:28.713-07:00'
thumbnail: https://img.youtube.com/vi/SwPDEv5I0SI/default.jpg
blogger_id: tag:blogger.com,1999:blog-8275462422374771907.post-5401516378467465450
blogger_orig_url: http://sixtysecondrevit.blogspot.com/2015/07/rtcna-2015-optimize02lar-floor-plan.html
---
Live from RTC.. After using the Lighting Analysis for Revit I realized very quickly that it did not apply to additional views at all.
After much frustration I stumbled across a workflow that enables us to add the analysis grid to more views!


Kazuto basically beat this game by himself. He single handedly defeated Heathcliff and ended the game. Some say that he cheated by using God Mode, but there is no evidence of foul play.
Okay. I will admit that Kazuto used admin commands while playing, but only used the commands to help his opponent by giving them Excalibur. He needed to make the final fight fair since he started the game with his imported OP broken haxed Sword Art Online character.
Kazuto basically became a Jedi in this game. He went into a FPS VR game, bought a light saber, and then proceeded to win the biggest tournament in the game.
I haven't seen the movie yet. No spoilers please.
For more information on Kazuto, please visit his Wikia page here.


WebTech is the leading web design company in Nairobi, Kenya offering a wide range of web based services including Web Design, web Development , Mobile Application Development, WordPress Design & Custom Bespoke Design.
Web and Graphic Design:
Photoshop:
UI Design:
Our main service is software Developmentwith a specific focus on software as a service (SAS), business process management (BPM) and sercice oriented architecture (SOA).
WebTech IT team delivers a full set of services to keep your IT infrastructure at a reliable cost.
We provide a completely priced website hosting
Mobile app Development dervices in kenya, we are cutting edge-technology to deliver apps that will underline your business for the better.
Nanah (Lead Designer)
shem (Designer)
Matta Samuel (CEO)
Jose (Architect)
sally (Designer)
Lorem ipsum dolor sit amet consectetur adipisicing elit. Nesciunt magni officiis aspernatur, sed hic aliquid, laborum nihil laboriosam quibusdam dolorum magnam. Tempora nostrum, deserunt provident non atque nisi earum id!
— Joan Doe - prjoject Manager, Oracle Ltd
Lorem ipsum dolor sit amet consectetur adipisicing elit. Nesciunt magni officiis aspernatur, sed hic aliquid, laborum nihil laboriosam quibusdam dolorum magnam. Tempora nostrum, deserunt provident non atque nisi earum id!
— Frank Nello - CEO, Mabble Ltd


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This story is part of a series of specially designed stories that represents some of the best journalism The Post has to offer. Check out the rest of the special projects here.
MEAGAN HALL
08.24.17
The 2016 season did not go as planned for Ohio.
The Bobcats missed the Mid-American Conference Championship Tournament for the first time since 1989 and dealt with injuries that caused changes every game to the lineup.
A 6-11 record last year made it the fourth straight season that Ohio has had a losing record, but the team finished 3-3 in MAC play with improvements being shown as the season progressed. Scoring an average of two goals a game while giving up three did not result in many wins last season.
Defense is where Ohio will need to improve the most this season, as the team lost central defender Kristen Buchanan to graduation. The 14.5 shots allowed per game to opponents forced the Bobcat goalies to make save after save to keep the team in the game.
Two of the four recruits coach Neil Macmillan signed are defensive players and could compete for playing time immediately, as Macmillan will play whoever can help the defense allow fewer shots. Injuries hit the defense hard last year and forced Macmillan to play different combinations of players each game, so finding a consistent defensive group should help the team allow fewer shots, and ultimately, goals.
Emily Matthews | FILE
Ohio University senior Adele Sammons prepares to hit the ball during the game against Appalachian State on September 13, 2015. OU won 4-0.
Kendall Ballard will return for her junior year after she led the Bobcats in goals, with 12, and tied for the team lead in assists, with four. The midfielder was always near the ball as the attack ran through her all season, even when she was moved to a more defensive role for one game because of injuries.
Teams will now focus their game plan on slowing down Ballard, whose talent is undeniable. She was named to the U.S. U-21 National Team on June 21 after the 2017 Young Women’s National Championship. The goals scored by Ballard may decrease this year, but that will result in more goals for their other talented attackers.
Maria Russell will enter her senior year after scoring six goals last year and 12 in her sophomore campaign. Russell is efficient with her shots; she shot only 21 times last year.
Alongside Russell was Brittany Keen, who tallied six goals and four assists in her freshman season. The Perth, Australia, native did not need any time to adjust to college field hockey: She tallied two goals in the first game of the season against St. Francis. She started 14 games and appeared in all 17.
In net, Alex Pennington became the starting goalie just before the beginning of conference play last season and will be in goal for the start of this season. Four of the Bobcats’ six wins came with Pennington in goal, and the team allowed seven goals in those four games.
The best game from Pennington did not come in a win but in a loss to Kent State, 2-1. She made 17 saves, which kept the Bobcats in the game for two overtime periods.
More than half of the starts last season were made by underclassmen, so the Bobcats have players with some experience at every position on the field. As experience increases, the number of mistakes each player makes should go down.
Years ending in seven have been special to Ohio, and the 2017 season will represent the 10-year anniversary of the 2007 MAC Championship team and the 30-year anniversary of the 1987 MAC Championship team.
The first step for Macmillan and the Bobcats is to return to the conference tournament with a large amount of experience gained by the underclassmen, along with the leadership of the upperclassmen.
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ALIEN RESURRECTION (20th Century Fox) Starring: Sigourney Weaver, Winona Ryder, Ron Perlman, Dominique Pinon, Dan Hedaya, J. E. Freeman, Brad Dourif, Michael Wincott. Screenplay: Joss Whedon. Producers: Bill Badalato, Gordon Carroll, David Giler and Walter Hill. Director: Jean-Pierre Jeunet. MPAA Rating: R (violence, gore, profanity, brief nudity) Running Time: 109 minutes. Reviewed by Scott Renshaw.
I'm sure that someone could -- and will -- come up with an explanation for all the pseudo-science involved in the premise for ALIEN RESURRECTION. I'm sure there is some reason to accept why the cloning of Ellen Ripley (Sigourney Weaver), apparently dead at the end of 1992's ALIEN3, allowed Evil Military Scientists to produce an alien queen. I'm sure there is some reason why that same cloning process turned Ripley into a human/alien hybrid with memories of her previous life. I'm sure there's some reason why the same alien queen which had been producing eggs could suddenly become viviparous. I'm sure there is some reason why I should be able to yank "willing suspension of disbelief" from the jaws of "oh, _please_."
The thing is, ALIEN RESURRECTION didn't give me much reason to care about what those reasons might be. Screenwriter Joss Whedon spends plenty of time on the particulars of the situation -- the aforementioned Evil Military Scientists and their unholy experiments, a close-knit band of space pirates delivering cryogenically frozen hosts for the alien eggs, a mysterious woman (Winona Ryder) with a secret -- without realizing that we're really here to watch Ripley battle aliens. And that would be the same Ripley who became an action icon in three previous films, not the vaguely sinister approximation served up here. All the effort to make Ripley's return "realistic" still adds up to a cargo hold full of question marks and an emotional vacuum at the film's center. Call me crazy, but if a writer's going to push the limits of credulity, I'd prefer him to say, "ALIEN3 was just a dream. Now here's Ripley, here's some aliens, here's a space ship...go!"
And go they eventually do, in some wild and truly bizarre set pieces. Director Jean-Pierre Jeunet (DELICATESSEN, CITY OF LOST CHILDREN) has a genuine visual flair which inspires some sharp sequences, notably an underwater escape for our protagonists which leads into an alien trap. Unfortunately, he devotes most of his creative energy to coming up with new and innovative ways for the aliens to treat the heads of their victims like unsightly facial blemishes. ALIEN RESURRECTION is frequently a bath of viscera, a collection of graphic deaths rendered in glorious, gratuitous detail.
 As a film, it's never boring, featuring a typically whacked-out performance by Brad Dourif as one of the scientists, a clever instance of alien teamwork and self-sacrifice, and a potent encounter between Ripley and a laboratory full of abominations. It's also never compelling in a way we should expect when a character has this much cinematic history.  I can't see most fans of the series walking away from this experience satisfied.
On the Renshaw scale of 0 to 10 Ripleys, believe it or not: 5.
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Grades posted. Finally I can stop compulsively refreshing the PSU website. All is well with the world.
12/14/2010, 9:06:14 PM
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link--- layout: tweet ---
Grades posted. Finally I can stop compulsively refreshing the PSU website. All is well with the world.
12/14/2010, 9:06:14 PM
Favs: 0
Retweets: 0
link


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Welcome to my website. I hope this site also reflects the experiences I've had
with all the wonderful friends, family, bandmates, and workmates I've had in my life. It's been my pleasure to know you all.
This website is a place where I can collect and present pictures, videos, and music to honor the memory of people and things.
My Families
I've been involved with some great and interesting families including my Mom's, my Dad's, my Wife's, and my own. I appreciate
my Mom taking all of those snapshots over the years, and my Dad for shooting the 8mm home movies when I was growing up. They are priceless
memories of a great childhood.
My Bands
Music has been one of the great joys of my life and I've had the honor and privilege of playing with some great musicians,
and being part of a wonderful music community


THESIS
INDUCED PHOTOLYSIS OF ALKYL HALIDES
Submitted by
Rajinder S. Narang
In partial fulfillment of the requirements for the Degree of Doctor of Philosophy Colorado State University Fort Collins, Colorado
March, 1972
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission.


\
Javascript
Higher-Order Functions
-
Introduction
We are often unaware of the number of assumptions we make when we communicate with other people in our native languages. If we told you to “count to three,” we would expect you to say or think the numbers one, two and three. We assumed you would know to start with “one” and end with “three”. With programming, we’re faced with needing to be more explicit with our directions to the computer. Here’s how we might tell the computer to “count to three”: - When we speak to other humans, we share a vocabulary that gives us quick ways to communicate complicated concepts. When we say “bake”, it calls to mind a familiar subroutine— preheating an oven, putting something into an oven for a set amount of time, and finally removing it. This allows us to abstract away a lot of the details and communicate key concepts more concisely. Instead of listing all those details, we can say, “We baked a cake,” and still impart all that meaning to you.
- In programming, we can accomplish “abstraction” by writing functions. In addition to allowing us to reuse our code, functions help to make clear, readable programs. If you encountered countToThree() in a program, you might be able to quickly guess what the function did without having to stop and read the function’s body.
- We’re also going to learn about another way to add a level of abstraction to our programming: higher-order functions. Higher-order functions are functions that accept other functions as arguments and/or return functions as output. This enables us to build abstractions on other abstractions, just like “We hosted a birthday party” is an abstraction that may build on the abstraction “We made a cake.”
- In summary, using more abstraction in our code allows us to write more modular code which is easier to read and debug.
for (let i = 1; i<=3; i++) { console.log(i) }
- 1) Functions as Data
- JavaScript allows the ability to add functions to new variables.
- In the below example, we have a lengthy function name.
- The question is if were to want to rename this excessively long function without compromising the source code. We can answer this question by re-assigning the function to a variable with a suitably short name:
- busy is a variable that holds a reference to our original function. If we could look up the address in memory of busy and the address in memory of announceThatIAmDoingImportantWork they would point to the same place. Our new busy() function can be invoked with parentheses as if that was the name we originally gave our function.
- Notice how we assign announceThatIAmDoingImportantWork without parentheses as the value to the busy variable. We want to assign the value of the function itself, not the value it returns when invoked.
- In JavaScript, functions are first class objects. In other words, JavaScript functions can have properties and methods.
- Since functions are a type of object, they have properties such as .length and .name and methods such as .toString(). You can see more about the methods and properties of functions in the documentation.
- Functions are special because we can invoke them, but we can still treat them like any other type of data. Let’s get some practice doing that!
const announceThatIAmDoingImportantWork = () => {
console.log("I’m doing very important work!");
};
const busy = announceThatIAmDoingImportantWork;
busy(); // This function call barely takes any space!
- 2) Functions as Parameters
- Since functions can behave like any other type of data in JavaScript, it might not surprise you to learn that we can also pass functions (into other functions) as parameters. A higher-order function is a function that either accepts functions as parameters, returns a function, or both! We call the functions that get passed in as parameters and invoked callback functions because they get called during the execution of the higher-order function.
- When we pass a function in as an argument to another function, we don’t invoke it. Invoking the function would evaluate to the return value of that function call. With callbacks, we pass in the function itself by typing the function name without the parentheses (that would evaluate to the result of calling the function):
- We wrote a higher-order function, timeFuncRuntime(). It takes in a function as an argument, saves a starting time, invokes the callback function, records the time after the function was called, and returns the time the function took to run by subtracting the starting time from the ending time.
- This higher-order function could be used with any callback function which makes it a potentially powerful piece of code.
- We then invoked timeFuncRuntime() first with the addOneToOne() function - note how we passed in addOneToOne and did not invoke it.
- In this example, we invoked timeFuncRuntime() with an anonymous function that counts backwards from 10. Anonymous functions can be arguments too!
const timeFuncRuntime = funcParameter => {
let t1 = Date.now();
funcParameter();
let t2 = Date.now();
return t2 - t1;
}
const addOneToOne = () => 1 + 1;
timeFuncRuntime(addOneToOne);
timeFuncRuntime(() => {
for (let i = 10; i>0; i--){
console.log(i);
}
});
- Summary
- Abstraction allows us to write complicated code in a way that’s easy to reuse, debug, and understand for human readers
- We can work with functions the same way we would any other type of data including reassigning them to new variables
- JavaScript functions are first-class objects, so they have properties and methods like any object
- Functions can be passed into other functions as parameters
- A higher-order function is a function that either accepts functions as parameters, returns a function, or both
By thinking about functions as data and learning about higher-order functions, you’ve taken important steps in being able to write clean, modular code and take advantage of JavaScript’s flexibility. Let’s review what we learned in this lesson:


Package net.aifusion.metamodel
Annotation Type Export
Annotation used for mapping java to CIM. The presence of this annotation on a java class, method, or method parameter provides
information to allow the run time to bind the java element to the corresponding CIM definition.
- Author:
- Sharad Singhal
-
Optional Element Summary
Modifier and TypeOptional ElementDescriptiondefault value, if any, for the annotated property, parameter or reference.boolean
Forces a java class to be defined as a MOF class, even if it only exports properties.Name of the CIM model class.CIM Namespace within which this element resides.Qualifiers, if any on this element.Referenced Java class, used to the name of the corresponding NamedElement for methods/properties that return ObjectPath/EnumValue/StructureValue/CimInstance etc.CIM Model Schema used when annotating classes.default version of the class, if any, for annotated enumerations, classes, and structures
-
Element Details
-
name
String nameName of the CIM model class. By default, the name of the underlying java class or method is used- Returns:
- name of the model class
- Default:
- ""
-
nameSpace
String nameSpaceCIM Namespace within which this element resides.- Returns:
- - namespace within which the element resides.
- Default:
- "/aifusion"
-
schema
String schemaCIM Model Schema used when annotating classes. Default is "CimFusion". Schema names must be of the form "[a-zA-Z]\\w*_\\w+"- Returns:
- schema associated with the model class
- Default:
- "AIFusion"
-
forceClass
boolean forceClassForces a java class to be defined as a MOF class, even if it only exports properties. Default is false- Returns:
- true if this class should be modeled as a CIM class, even if it does not have methods
- Default:
- false
-
refClass
String refClassReferenced Java class, used to the name of the corresponding NamedElement for methods/properties that return ObjectPath/EnumValue/StructureValue/CimInstance etc. Empty by default.- Returns:
- fully qualified name of referenced Java class. Empty by default
- Default:
- ""
-
qualifiers
String qualifiersQualifiers, if any on this element. Default is an empty string- Returns:
- - string containing MOF qualifers, if any.
- Default:
- ""
-
defaultValue
String defaultValuedefault value, if any, for the annotated property, parameter or reference. Empty string implies no default value. Ignored for methods. Note that arrays can be specified by enclosing comma separated list in braces, e.g. "{1,2,3}". Also note that string values must contain double quotes, so must be explicitly included e.g., defaultValue="\"stringValue\""- Returns:
- default value for the element
- Default:
- ""
-
version
String versiondefault version of the class, if any, for annotated enumerations, classes, and structures- Returns:
- version for the class
- Default:
- "0.0.1"
-


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Lat: {{ map.center.lat | number:3 }}, Lng: {{ map.center.lng | number:3 }}, Zoom: {{map.zoom}}
This example defines additional layer options in the parent contoller's $scope.map.railLayerOptions
.
Alternatively, layer options can be supplied as an inline object hash string in the HTML template, such as layer-options="{opacity: 0.75,...}"
.
If visible
, opacity
, or definition-expression
are provided as standalone optional properties, they will override those same properties in the additional layer options.
Based on this JS Fiddle.
Documentation: esri-feature-layer, esri-map


This page contains webassembly and javascript content, please enable javascript in your browser.
Goal:
G:
0
1
2
3
4
5
6
Y:
0
1
2
3
4
5
6
H:
0
1
2
3
4
5
6
W:
0
1
2
3
4
5
6
X:
0
1
2
3
4
5
6
Load Sample Data
Solve
Output:
Source Code


@import net.rouly.employability.models.{Topic, WordFrequency} @import net.rouly.employability.web.application.routes @(topic: Topic, link: Boolean = true)


Product Detail
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Men
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Baby & Kids
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Sports & Books
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Design to Web Blog
19 December 2015
What a responsive site is, and why responsiveness is important
A responsive site is one which is designed to work well and be usable on a wide range of devices, from smartphones to tablets to laptops to desktop computers with large screens. Responsive design is very important nowadays as a large percentage of those who access the internet only use mobile devices, or devices other than laptop or desktop computers which have for sometime been considered as the default. If a site is not responsive then it is likely that there will be less traffic from mobile users which are a significant percentage of users who might use the site.
What mobile first design is, and why it's important
Mobile first design is implementing design with mobile users in mind right from the start. Designing so that the layout and size of elements on the page will be appropriately displayed on mobile devices first, then considering the display requirements of larger devices secondary. This works by applying new display/layout rules as screen widths increase, rather than the inverse, thereby not forcing smaller (typically less powerful) devices to process code which is not applicable to them and which will significantly slow down page loading times.
What frameworks are, and their pros and cons
A framework in the context of web design & development is a set of tools which can be used to build websites. They provide reusable code to implement certain styles of presentation which can save a lot of time for the developer. These styles can be referenced and used in the new code that is written.
Pros:
Using a framework one is able to reuse code to add functionality and sophisticated presentation styles to your site. This can save a lot of time writing code.
Pages can be more consistent across different browsers using frameworks as these are typically provided for.
Pages can be clean & consistent looking in terms of their layouts.
Cons:
It can be a bit of a learning curve to learn a new framework and how to work with it, therefore increasing time taken to develop a site.
It can sometimes discourage learning the language itself and over-reliance on the framework
You are limited to behaviour imposed by the framework
See also:
What is a framework? (external link)
Pros and cons of frameworks (external link)
What a wireframe is and why we use it
A wireframe is a rough visual guide to how a webpage will look & function once it has been developed. It is typically done before starting to build the page in order to plan the layout and how the user will navigate their way around the site. They will usually consist of hand sketches or other simple drawings done with specifically designed software, illustrating the position of different elements on the page. It should represent the hierarchy of information, with more important information at the top, and less important information further down the page. It functions in a way analogous to how a blueprint does to a builder.
The aspects of your wireframes you found difficult to implement, and why
The thing I had most trouble with was in positioning elements alongside each other on my index page. I think partly this is due to just general difficulties understanding how to layout elements on webpages. Also the fact that when developing pages, there are often many different ways to achieve the same goal, each with different pros and cons. It can be hard to know the right way to achieve your objectives.


{% include 'header.html' %}
dineXchange is a web-based application that creates a marketplace for freshmen to sell excess dineX to upperclassmen at Carnegie Mellon University. Because dineX is less versatile than actual dollars, they are worth less. Therefore, freshmen can convert dineX that would typically go to waste into actual dollars, and upperclassmen can buy meals on campus at a discount.
Through dineXchange, freshmen can check into a dining location, indicating that they are willing and available to sell excess dineX. Upperclassmen can check if any freshmen are looking to sell dineX at their dining location, and if there are, dineXchange will facilitate a real-time bargaining process to determine the details of the transaction. After the price been has determined, the two parties can meet up to complete the deal.


I am a rising sophomore majoring in Maths and Economics at Lafayette College.
Get Started! :">
With a solid background in mathematics, physics and programming, I consider analytical thinking one of my greatest strengths. My supervisors and professors at Lafayette College also compliment me on my eagerness to learn and willingness to contribute. My area of interest is finance and I would love to talk about any opportunity in the field.
Outside of work, I am a cheerful girl with a passion for Korean dramas and puppies. Much to the dismay of my parents, I once stayed up all night until 7am to watch Korean movies. No, of course I don't regret it! If you are a fan of Descendants, you came to the right place!
Embrace the enchanting Vietnam!
Welcome to Lafayette College!
Check out my updated one-page resume!
See the lovely pictures of my parents, brother, and Dim!
Jonathan Bloom - Assistant Professor, Lafayette College:
Hoa is a lovely student. I heard so much praise about her from my colleagues and students, and she indeed lives up to everyone's expectation. She's also really nice to me, frequently bringing me food and visiting me in Skillman Library. I can't wait to have her in my class next semester. It is both my privelege and responsibility to make sure that a young flower like Hoa can bloom exotically.
Huy Nguyen - single dad, rising junior, Lafayette College:
Hoa is among the brightest kids I have ever met. She's smart, industrious, and demonstrates outstanding mathematical capabilities.  If only she wasn't into Korean movies, ...
Thuc Nhi Nguyen Le - Incoming freshman, Lafayette College
Just as I was worried about being lonely when I embark for my journey to America, Hoa showed me that there is already a family at Lafayette College waiting to welcome me. She's friendly, humorous, and definitely my role model. I will have so much fun torturing Huy along with her, I can't wait to come to Lafayette College!
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pyemu.pst package¶
Submodules¶
pyemu.pst.pst_controldata module¶
This module contains several class definitions for parts of the PEST control file: ControlData, RegData and SvdData. These classes are automatically created and appended to a Pst object; users shouldn’t need to deal with these classes explicitly
-
pyemu.pst.pst_controldata.
SFMT
(x)¶
-
pyemu.pst.pst_controldata.
SFMT_LONG
(x)¶
-
pyemu.pst.pst_controldata.
IFMT
(x)¶
-
pyemu.pst.pst_controldata.
FFMT
(x)¶
-
class
pyemu.pst.pst_controldata.
RegData
[source]¶ Bases:
object
an object that encapsulates the regularization section of the PEST control file
-
class
pyemu.pst.pst_controldata.
SvdData
(**kwargs)[source]¶ Bases:
object
an object that encapsulates the singular value decomposition section of the PEST control file
-
class
pyemu.pst.pst_controldata.
ControlData
[source]¶ Bases:
object
an object that encapsulates the control data section of the PEST control file
-
static
get_dataframe
()[source]¶ get a generic (default) control section dataframe
Returns: pandas.DataFrame Return type: pandas.DataFrame
-
parse_values_from_lines
(lines)[source]¶ cast the string lines for a pest control file into actual inputs
Parameters: lines (list) – strings from pest control file
-
formatted_values
¶ list the entries and current values in the control data section
Returns: formatted_values Return type: pandas.Series
-
static
pyemu.pst.pst_handler module¶
This module contains most of the pyemu.Pst object definition. This object is the primary mechanism for dealing with PEST control files
-
class
pyemu.pst.pst_handler.
Pst
(filename, load=True, resfile=None, flex=False)[source]¶ Bases:
object
basic class for handling pest control files to support linear analysis as well as replicate some of the functionality of the pest utilities
Parameters: - filename (str) – the name of the control file
- load ((boolean)) – flag to load the control file. Default is True
- resfile (str) – corresponding residual file. If None, a residual file with the control file base name is sought. Default is None
Returns: Pst – a control file object
Return type: -
parameter_data
= None¶ pandas.DataFrame – parameter data loaded from pst control file
-
observation_data
= None¶ pandas.DataFrame – observation data loaded from pst control file
-
prior_information
= None¶ pandas.DataFrame – prior_information data loaded from pst control file
-
control_data
= None¶ pyemu.pst.pst_controldata.ControlData – control data object loaded from pst control file
-
svd_data
= None¶ pyemu.pst.pst_controldata.SvdData – singular value decomposition (SVD) object loaded from pst control file
-
reg_data
= None¶ pyemu.pst.pst_controldata.RegData – regularization data object loaded from pst control file
-
phi
¶ get the weighted total objective function
Returns: phi – sum of squared residuals Return type: float
-
phi_components
¶ get the individual components of the total objective function
Returns: dict – dictionary of observation group, contribution to total phi
Return type: dict
Raises: - Assertion error if Pst.observation_data groups don’t match
- Pst.res groups
-
phi_components_normalized
¶ - get the individual components of the total objective function
- normalized to the total PHI being 1.0
Returns: dict – dictionary of observation group, normalized contribution to total phi
Return type: dict
Raises: - Assertion error if self.observation_data groups don’t match
- self.res groups
-
set_res
(res)[source]¶ reset the private Pst.res attribute
Parameters: res ((varies)) – something to use as Pst.res attribute
-
res
¶ get the residuals dataframe attribute
Returns: res Return type: pandas.DataFrame Note
if the Pst.__res attribute has not been loaded, this call loads the res dataframe from a file
-
nprior
¶ number of prior information equations
Returns: nprior – the number of prior info equations Return type: int
-
nnz_obs
¶ get the number of non-zero weighted observations
Returns: nnz_obs – the number of non-zeros weighted observations Return type: int
-
nobs
¶ get the number of observations
Returns: nobs – the number of observations Return type: int
-
npar_adj
¶ get the number of adjustable parameters (not fixed or tied)
Returns: npar_adj – the number of adjustable parameters Return type: int
-
npar
¶ get number of parameters
Returns: npar – the number of parameters Return type: int
-
forecast_names
¶ get the forecast names from the pestpp options (if any). Returns None if no forecasts are named
Returns: forecast_names – a list of forecast names. Return type: list
-
obs_groups
¶ get the observation groups
Returns: obs_groups – a list of unique observation groups Return type: list
-
nnz_obs_groups
¶ - get the observation groups that contain at least one non-zero weighted
- observation
Returns: nnz_obs_groups – a list of observation groups that contain at least one non-zero weighted observation Return type: list
-
par_groups
¶ get the parameter groups
Returns: par_groups – a list of parameter groups Return type: list
-
prior_groups
¶ get the prior info groups
Returns: prior_groups – a list of prior information groups Return type: list
-
prior_names
¶ get the prior information names
Returns: prior_names – a list of prior information names Return type: list
-
par_names
¶ get the parameter names
Returns: par_names – a list of parameter names Return type: list
-
adj_par_names
¶ get the adjustable (not fixed or tied) parameter names
Returns: adj_par_names – list of adjustable (not fixed or tied) parameter names Return type: list
-
obs_names
¶ get the observation names
Returns: obs_names – a list of observation names Return type: list
-
nnz_obs_names
¶ get the non-zero weight observation names
Returns: nnz_obs_names – a list of non-zero weighted observation names Return type: list
-
zero_weight_obs_names
¶ get the zero-weighted observation names
Returns: zero_weight_obs_names – a list of zero-weighted observation names Return type: list
-
estimation
¶ check if the control_data.pestmode is set to estimation
Returns: estimation – True if pestmode is estmation, False otherwise Return type: bool
-
tied
¶
-
load
(filename)[source]¶ load the pest control file information
Parameters: filename (str) – pst filename Raises: lots of exceptions for incorrect format
-
rectify_pgroups
()[source]¶ private method to synchronize parameter groups section with the parameter data section
-
add_pi_equation
(par_names, pilbl=None, rhs=0.0, weight=1.0, obs_group='pi_obgnme', coef_dict={})[source]¶ a helper to construct a new prior information equation.
Parameters: - par_names (list) – parameter names in the equation
- pilbl (str) – name to assign the prior information equation. If None, a generic equation name is formed. Default is None
- rhs ((float)) – the right-hand side of the equation
- weight ((float)) – the weight of the equation
- obs_group (str) – the observation group for the equation. Default is ‘pi_obgnme’
- coef_dict (dict) – a dictionary of parameter name, coefficient pairs to assign leading coefficients for one or more parameters in the equation. If a parameter is not listed, 1.0 is used for its coefficients. Default is {}
-
rectify_pi
()[source]¶ rectify the prior information equation with the current state of the parameter_data dataframe. Equations that list fixed, tied or missing parameters are removed. This method is called during Pst.write()
-
write
(new_filename, update_regul=False)[source]¶ write a pest control file
Parameters: - new_filename (str) – name of the new pest control file
- update_regul ((boolean)) – flag to update zero-order Tikhonov prior information equations to prefer the current parameter values
-
get
(par_names=None, obs_names=None)[source]¶ get a new pst object with subset of parameters and/or observations
Parameters: - par_names (list) – a list of parameter names to have in the new Pst instance. If None, all parameters are in the new Pst instance. Default is None
- obs_names (list) – a list of observation names to have in the new Pst instance. If None, all observations are in teh new Pst instance. Default is None
Returns: Pst – a new Pst instance
Return type:
-
parrep
(parfile=None, enforce_bounds=True)[source]¶ - replicates the pest parrep util. replaces the parval1 field in the
- parameter data section dataframe
Parameters: - parfile (str) – parameter file to use. If None, try to use a parameter file that corresponds to the case name. Default is None
- enforce_hounds (bool) – flag to enforce parameter bounds after parameter values are updated. This is useful because PEST and PEST++ round the parameter values in the par file, which may cause slight bound violations
-
adjust_weights_recfile
(recfile=None)[source]¶ adjusts the weights by group of the observations based on the phi components in a pest record file so that total phi is equal to the number of non-zero weighted observations
Parameters: recfile (str) – record file name. If None, try to use a record file with the Pst case name. Default is None
-
adjust_weights_resfile
(resfile=None)[source]¶ adjusts the weights by group of the observations based on the phi components in a pest residual file so that total phi is equal to the number of non-zero weighted observations
Parameters: resfile (str) – residual file name. If None, try to use a residual file with the Pst case name. Default is None
-
adjust_weights_by_list
(obslist, weight)[source]¶ reset the weight for a list of observation names. Supports the data worth analyses in pyemu.Schur class
Parameters: - obslist (list) – list of observation names
- weight ((float)) – new weight to assign
-
adjust_weights
(obs_dict=None, obsgrp_dict=None)[source]¶ reset the weights of observation groups to contribute a specified amount to the composite objective function
Parameters: - obs_dict (dict) – dictionary of obs name,new contribution pairs
- obsgrp_dict (dict) – dictionary of obs group name,contribution pairs
Note
if all observations in a named obs group have zero weight, they will be assigned a non-zero weight so that the request phi contribution can be met. Similarly, any observations listed in obs_dict with zero weight will also be reset
-
proportional_weights
(fraction_stdev=1.0, wmax=100.0, leave_zero=True)[source]¶ setup weights inversely proportional to the observation value
Parameters: - fraction_stdev (float) – the fraction portion of the observation val to treat as the standard deviation. set to 1.0 for inversely proportional
- wmax (float) – maximum weight to allow
- leave_zero (bool) – flag to leave existing zero weights
-
calculate_pertubations
()[source]¶ experimental method to calculate finite difference parameter pertubations. The pertubation values are added to the Pst.parameter_data attribute
Note
user beware!
-
build_increments
()[source]¶ experimental method to calculate parameter increments for use in the finite difference pertubation calculations
Note
user beware!
-
enforce_bounds
()[source]¶ enforce bounds violation resulting from the parameter pertubation calculations
-
classmethod
from_io_files
(tpl_files, in_files, ins_files, out_files, pst_filename=None)[source]¶ create a Pst instance from model interface files. Assigns generic values for parameter info. Tries to use INSCHEK to set somewhat meaningful observation values
Parameters: - tpl_files (list) – list of template file names
- in_files (list) – list of model input file names (pairs with template files)
- ins_files (list) – list of instruction file names
- out_files (list) – list of model output file names (pairs with instruction files)
- pst_filename (str) – name of control file to write. If None, no file is written. Default is None
Returns: Pst
Return type: Note
calls pyemu.helpers.pst_from_io_files()
-
add_parameters
(template_file, in_file=None, pst_path=None)[source]¶ add new parameters to a control file
Parameters: - template_file (str) – template file
- in_file (str(optional)) – model input file. If None, template_file.replace(‘.tpl’,’‘) is used
- pst_path (str(optional)) – the path to append to the template_file and in_file in the control file. If not None, then any existing path in front of the template or in file is split off and pst_path is prepended. Default is None
Returns: new_par_data – the data for the new parameters that were added. If no new parameters are in the new template file, returns None
Return type: pandas.DataFrame
Note
populates the new parameter information with default values
-
add_observations
(ins_file, out_file, pst_path=None, inschek=True)[source]¶ add new parameters to a control file
Parameters: - ins_file (str) – instruction file
- out_file (str) – model output file
- pst_path (str(optional)) – the path to append to the instruction file and out file in the control file. If not None, then any existing path in front of the template or in file is split off and pst_path is prepended. Default is None
- inschek (bool) – flag to run inschek. If successful, inscheck outputs are used as obsvals
Returns: new_obs_data – the data for the new observations that were added
Return type: pandas.DataFrame
Note
populates the new observation information with default values
-
write_input_files
()[source]¶ writes model input files using template files and current parvals. just syntatic sugar for pst_utils.write_input_files()
Note
adds “parval1_trans” column to Pst.parameter_data that includes the effect of scale and offset
-
get_res_stats
(nonzero=True)[source]¶ get some common residual stats from the current obsvals, weights and grouping in self.observation_data and the modelled values in self.res. The key here is ‘current’ because if obsval, weights and/or groupings have changed in self.observation_data since the res file was generated then the current values for obsval, weight and group are used
Parameters: nonzero (bool) – calculate stats using only nonzero-weighted observations. This may seem obsvious to most users, but you never know…. Returns: df – a dataframe with columns for groups names and indices of statistic name. Return type: pd.DataFrame Note
the normalized RMSE is normalized against the obsval range (max - min)
-
plot
(kind=None, **kwargs)[source]¶ method to plot various parts of the control. Depending on ‘kind’ argument, a multipage pdf is written
Parameters: - kind (str) – options are ‘prior’ (prior parameter histograms, ‘1to1’ (line of equality and sim vs res), ‘obs_v_sim’ (time series using datetime suffix), ‘phi_pie’ (pie chart of phi components)
- kwargs (dict) – optional args for plots
Returns: Return type: None
-
write_par_summary_table
(filename=None, group_names=None, sigma_range=4.0)[source]¶ write a stand alone parameter summary latex table
Parameters: - filename (str) – latex filename. If None, use <case>.par.tex. Default is None
- group_names (dict) – par group names : table names for example {“w0”:”well stress period 1”}. Default is None
- sigma_range (float) – number of standard deviations represented by parameter bounds. Default is 4.0, implying 95% confidence bounds
Returns: Return type: None
-
write_obs_summary_table
(filename=None, group_names=None)[source]¶ write a stand alone observation summary latex table
Parameters: - filename (str) – latex filename. If None, use <case>.par.tex. Default is None
- group_names (dict) – par group names : table names for example {“w0”:”well stress period 1”}. Default is None
Returns: Return type: None
-
run
(exe_name='pestpp', cwd=None)[source]¶ run a command related to the pst instance. If write() has been called, then the filename passed to write is in the command, otherwise the original constructor filename is used
- exe_name : str
- the name of the executable to call. Default is “pestpp”
- cwd : str
- the directory to execute the command in. If None, os.path.split(self.filename) is used to find cwd. Default is None
pyemu.pst.pst_utils module¶
This module contains helpers and default values that support the pyemu.Pst object.
-
pyemu.pst.pst_utils.
SFMT_LONG
(x)¶
-
pyemu.pst.pst_utils.
IFMT
(x)¶
-
pyemu.pst.pst_utils.
FFMT
(x)¶
-
pyemu.pst.pst_utils.
read_resfile
(resfile)[source]¶ load a residual file into a pandas.DataFrame
Parameters: resfile (str) – residual file name Returns: pandas.DataFrame Return type: pandas.DataFrame
-
pyemu.pst.pst_utils.
read_parfile
(parfile)[source]¶ load a pest-compatible .par file into a pandas.DataFrame
Parameters: parfile (str) – pest parameter file name Returns: pandas.DataFrame Return type: pandas.DataFrame
-
pyemu.pst.pst_utils.
write_parfile
(df, parfile)[source]¶ write a pest parameter file from a dataframe
Parameters: - df ((pandas.DataFrame)) – dataframe with column names that correspond to the entries in the parameter data section of a pest control file
- parfile (str) – name of the parameter file to write
-
pyemu.pst.pst_utils.
parse_tpl_file
(tpl_file)[source]¶ parse a pest template file to get the parameter names
Parameters: tpl_file (str) – template file name Returns: par_names – list of parameter names Return type: list
-
pyemu.pst.pst_utils.
write_input_files
(pst)[source]¶ write parameter values to a model input files using a template files with current parameter values (stored in Pst.parameter_data.parval1). This is a simple implementation of what PEST does. It does not handle all the special cases, just a basic function…user beware
Parameters: pst ((pyemu.Pst)) – a Pst instance
-
pyemu.pst.pst_utils.
write_to_template
(parvals, tpl_file, in_file)[source]¶ write parameter values to model input files using template files
Parameters: - parvals (dict or pandas.Series) – a way to look up parameter values using parameter names
- tpl_file (str) – template file
- in_file (str) – input file
-
pyemu.pst.pst_utils.
get_marker_indices
(marker, line)[source]¶ method to find the start and end parameter markers on a template file line. Used by write_to_template()
Parameters: - marker (str) – template file marker char
- line (str) – template file line
Returns: indices – list of start and end indices (zero based)
Return type: list
-
pyemu.pst.pst_utils.
parse_ins_file
(ins_file)[source]¶ parse a pest instruction file to get observation names
Parameters: ins_file (str) – instruction file name Returns: Return type: list of observation names
-
pyemu.pst.pst_utils.
parse_ins_string
(string)[source]¶ split up an instruction file line to get the observation names
Parameters: string (str) – instruction file line Returns: obs_names – list of observation names Return type: list
-
pyemu.pst.pst_utils.
populate_dataframe
(index, columns, default_dict, dtype)[source]¶ helper function to populate a generic Pst dataframe attribute. This function is called as part of constructing a generic Pst instance
Parameters: - index ((varies)) – something to use as the dataframe index
- columns ((varies)) – something to use as the dataframe columns
- default_dict ((dict)) – dictionary of default values for columns
- dtype (numpy.dtype) – dtype used to cast dataframe columns
Returns: new_df
Return type: pandas.DataFrame
-
pyemu.pst.pst_utils.
generic_pst
(par_names=['par1'], obs_names=['obs1'], addreg=False)[source]¶ generate a generic pst instance. This can used to later fill in the Pst parts programatically.
Parameters: - par_names ((list)) – parameter names to setup
- obs_names ((list)) – observation names to setup
Returns: new_pst
Return type: pyemu.Pst
-
pyemu.pst.pst_utils.
pst_from_io_files
(tpl_files, in_files, ins_files, out_files, pst_filename=None)[source]¶ generate a new pyemu.Pst instance from model interface files. This function is emulated in the Pst.from_io_files() class method.
Parameters: - tpl_files ((list)) – template file names
- in_files ((list)) – model input file names
- ins_files ((list)) – instruction file names
- out_files ((list)) – model output file names
- pst_filename (str) – filename to save new pyemu.Pst. If None, Pst is not written. default is None
Returns: new_pst
Return type: pyemu.Pst
-
pyemu.pst.pst_utils.
try_run_inschek
(pst)[source]¶ attempt to run INSCHEK for each instruction file, model output file pair in a pyemu.Pst. If the run is successful, the INSCHEK written .obf file is used to populate the pst.observation_data.obsval attribute
Parameters: pst ((pyemu.Pst)) –
-
pyemu.pst.pst_utils.
get_phi_comps_from_recfile
(recfile)[source]¶ read the phi components from a record file by iteration
Parameters: recfile (str) – pest record file name Returns: iters – nested dictionary of iteration number, {group,contribution} Return type: dict
-
pyemu.pst.pst_utils.
smp_to_ins
(smp_filename, ins_filename=None, use_generic_names=False, gwutils_compliant=False, datetime_format=None, prefix='')[source]¶ create an instruction file for an smp file
Parameters: - smp_filename (str) – existing smp file
- ins_filename (str) – instruction file to create. If None, create an instruction file using the smp filename with the “.ins” suffix
- use_generic_names (bool) – flag to force observations names to use a generic int counter instead of trying to use a datetime str
- gwutils_compliant (bool) – flag to use instruction set that is compliant with the pest gw utils (fixed format instructions). If false, use free format (with whitespace) instruction set
- datetime_format (str) – str to pass to datetime.strptime in the smp_to_dataframe() function
- prefix (str) – a prefix to add to the front of the obsnmes. Default is ‘’
Returns: df – dataframe instance of the smp file with the observation names and instruction lines as additional columns
Return type: pandas.DataFrame
-
pyemu.pst.pst_utils.
dataframe_to_smp
(dataframe, smp_filename, name_col='name', datetime_col='datetime', value_col='value', datetime_format='dd/mm/yyyy', value_format='{0:15.6E}', max_name_len=12)[source]¶ write a dataframe as an smp file
Parameters: - dataframe (pandas.DataFrame) –
- smp_filename (str) – smp file to write
- name_col (str) – the column in the dataframe the marks the site namne
- datetime_col (str) – the column in the dataframe that is a datetime instance
- value_col (str) – the column in the dataframe that is the values
- datetime_format (str) – either ‘dd/mm/yyyy’ or ‘mm/dd/yyy’
- value_format (str) – a python float-compatible format
-
pyemu.pst.pst_utils.
date_parser
(items)[source]¶ datetime parser to help load smp files
Parameters: items (iterable) – something or somethings to try to parse into datetimes Returns: dt – the cast datetime things Return type: iterable
-
pyemu.pst.pst_utils.
smp_to_dataframe
(smp_filename, datetime_format=None)[source]¶ load an smp file into a pandas dataframe (stacked in wide format)
Parameters: - smp_filename (str) – smp filename to load
- datetime_format (str) – should be either “%m/%d/%Y %H:%M:%S” or “%d/%m/%Y %H:%M:%S” If None, then we will try to deduce the format for you, which always dangerous
Returns: df
Return type: pandas.DataFrame
-
pyemu.pst.pst_utils.
start_workers
(worker_dir, exe_rel_path, pst_rel_path, num_workers=None, worker_root='..', port=4004, rel_path=None)[source]¶
-
pyemu.pst.pst_utils.
res_from_obseravtion_data
(observation_data)[source]¶ create a generic residual dataframe filled with np.NaN for missing information
Parameters: observation_data (pandas.DataFrame) – pyemu.Pst.observation_data Returns: res_df Return type: pandas.DataFrame
-
pyemu.pst.pst_utils.
clean_missing_exponent
(pst_filename, clean_filename='clean.pst')[source]¶ fixes the issue where some terrible fortran program may have written a floating point format without the ‘e’ - like 1.0-3, really?!
Parameters: - pst_filename (str) – the pest control file
- clean_filename (str) – the new pest control file to write. Default is “clean.pst”
Returns: Return type: None
Module contents¶
This is the pyemu module for handling PEST control files. It provides functionality for reading and writing control files, creating new control files, and manipulating all sections of the control file. The primary object is the Pst…start there.


What is Global Warming??
Glaciers are melting, sea levels are rising, cloud forests are dying, and wildlife is scrambling to keep pace. It's becoming clear that humans have caused most of the past century's warming by releasing heat-trapping gases as we power our modern lives. Called greenhouse gases, their levels are higher now than in the last 650,000 years. We call the result global warming, but it is causing a set of changes to the Earth's climate, or long-term weather patterns, that varies from place to place. As the Earth spins each day, the new heat swirls with it, picking up moisture over the oceans, rising here, settling there. It's changing the rhythms of climate that all living things have come to rely upon. What will we do to slow this warming? How will we cope with the changes we've already set into motion? While we struggle to figure it all out, the face of the Earth as we know it—coasts, forests, farms and snow-capped mountains—hangs in the balance.


AIORSMQ Documentation¶
This is the documentation for aiorsmq (Async IO RSMQ), an asynchronous (async/await) implementation of RSMQ for Python 3.6+. It aims to provide all the features that RSMQ provides, but for Python users.
Project Information¶
Name: aiorsmq
Author: Federico Tedin
License: MIT


Math Support
You can enable math support through use_math: true
front matter which enable the MathJax.js rendering.
After enable math support, use $$ ... $$
displaying math equation.
$$
and there is a blank line after your ending $$
As an example, the following code:
The Pythagoras' theorem state that the square of the hypotenuse (the side opposite the right angle) is equal to the sum of the squares of the other two sides. The theorem can be written as an equation relating the lengths of the sides $$a$$, $$b$$ and
$$c$$, often called the "Pythagorean equation":
$$a^2 + b^2 = c^2$$
where $$c$$ represents the length of the hypotenuse and $$a$$ and $$b$$ the lengths of the triangle's other two sides. `[source: wikipedia]`
This also implies that for any square with side length $$x$$, the length of its diagonal is $$\sqrt{2}x$$.
**_Proof:_**
Let the length of diagonal be $$d$$. Apply Pythagoras theorem on the right angle triangle that has the diagonal as hypotenuse, and side of square as the other two side, we have:
$$
\begin{align*}
x^2 + x^2 &= d^2 \\
d^2 &= 2x^2 \\
d &= \sqrt{2}x \tag*{$\blacksquare$}
\end{align*}
$$
produces:
The Pythagoras’ theorem state that the square of the hypotenuse (the side opposite the right angle) is equal to the sum of the squares of the other two sides. The theorem can be written as an equation relating the lengths of the sides , and , often called the “Pythagorean equation”:
where represents the length of the hypotenuse and and the lengths of the triangle’s other two sides. [source: wikipedia]
This also implies that for any square with side length , the length of its diagonal is .
Proof: Let the length of diagonal be . Apply Pythagoras theorem on the right angle triangle that has the diagonal as hypotenuse, and side of square as the other two side, we have:
Reference
- https://math.meta.stackexchange.com/questions/5020/mathjax-basic-tutorial-and-qu%E2%80%8C%E2%80%8Bick-reference (MathJax cheatsheet)
- https://cdn.rawgit.com/mathjax/MathJax/2.7.1/test/sample-eqnum.html (some MathJax example)
- https://www.mathjax.org/#demo (test your equation at here)
-
https://kramdown.gettalong.org/syntax.html#math-blocks (Kramdown rendering of
$$...$$
to math mode)


DIAMONDS ARE FOREVER (1971) A film review by James Berardinelli Copyright 1996 James Berardinelli
RATING (0 TO 10): 6.0 Alternative Scale: **1/2 out of ****
United Kingdom, 1971 Running Length: 2:05 MPAA Classification: PG (Violence, sexual innuendo) Theatrical Aspect Ratio: 2.2:1
Cast: Sean Connery, Charles Gray, Jill St. John, Jimmy Dean, Bruce Cabot, Norman Burton, Bernard Lee, Lois Maxwell, Desmond Llewelyn Director: Guy Hamilton Producers: Albert R. Broccoli and Harry Saltzman Screenplay: Richard Maibaum and Tom Mankiewicz based on the novel by Ian Fleming Cinematography: Ted Moore Music: John Barry U.S. Distributor: United Artists
Released in 1971, DIAMONDS ARE FOREVER was Sean Connery's final "official" turn as James Bond (although he eventually starred in NEVER SAY NEVER AGAIN, 1983's THUNDERBALL remake). After skipping ON HER MAJESTY'S SECRET SERVICE, Connery was lured back to the 007 role by an extremely lucrative offer that made him the highest-paid actor at the time. His presence, in addition to a few typically-energetic action sequences, is about the only thing that makes this film worthwhile, however. By the time DIAMONDS ARE FOREVER was produced, the series had begun to slip into the stagnancy that would mar Roger Moore's first two outings, LIVE AND LET DIE and THE MAN WITH THE GOLDEN GUN.
For this outing, most of the behind-the-scenes crew from GOLDFINGER was reassembled, probably with the hope of duplicating the 1964 film's success. Guy Hamilton again directed, Ted Moore wore the cinematographer's cap, and mainstays Richard Maibaum (screenplay) and John Barry (score) continued their association with the series. Shirley Bassey, who belted out "Goldfinger", returned to lend her vocal gifts to the title song. Unfortunately, DIAMONDS ARE FOREVER's script deficiencies precluded a film of comparable quality to GOLDFINGER.
The seventh Bond movie opens with the British agent seeking out his chief nemesis, Blofeld (Charles Gray), to exact revenge for the murder of his wife, Tracy (she was shot during the final scene of ON HER MAJESTY'S SECRET SERVICE). After dispatching Blofeld, 007 accepts an assignment to investigate diamond smuggling. Impersonating a smuggler, he travels from Amsterdam to Las Vegas with fifty thousand carats of stones for reclusive multi-millionaire Willard Whyte (Jimmy Dean). No one knows why Whyte is stockpiling diamonds, but everyone who gets involved in the smuggling operation ends up dead. Joining forces with old pal Felix Leiter (Norman Burton) and "free agent" Tiffany Chase (Jill St. John), who's also after the diamonds, Bond penetrates Whyte's private apartments only to receive a very nasty surprise.
DIAMONDS ARE FOREVER is plagued with problems. After a promising start, the story devolves into idiocy. The parts about diamond smuggling and a rich eccentric hiding out in a hotel penthouse are fine, but as soon as the script introduces Blofeld's double and a laser- shooting satellite, things become laughably absurd, even for a Bond movie. The space-based science fiction elements, which are on the same level as those in YOU ONLY LIVE TWICE, aren't handled nearly as well as in a pair of later entries, MOONRAKER and GOLDENEYE. The ending is anticlimactic, with all of Blofeld's megalomaniacal plans foiled by the simple expediency of stealing a cassette tape.
Connery's presence elevates the movie to a remarkably high level, but that's no surprise. His Bond is definitive -- a pleasure to watch even in a sub-par film. It's easy to like DIAMONDS ARE FOREVER exclusively because of the lead actor. Unfortunately, the supporting cast doesn't give him much help. Charles Gray isn't sinister enough as Blofeld (who, like his cat, seems to have nine lives). In fact, of the various actors to play this role, Gray's effete interpretation is the worst. Then there's Jill St. John, the first American Bond girl, who gives one of the most irritating female performances in a 007 feature. Norman Burton is immediately forgettable as Leiter, and Jimmy Dean plays Whyte like a buffoon.
DIAMONDS ARE FOREVER's hallmark action sequence is an extended car chase that begins with 007 zipping across the Nevada flatlands in a moonbuggy and ends with him careening through the streets of Las Vegas with a fleet of police cars in pursuit. There's also an enjoyable fight scene where Bond is beaten up by two high-kicking women (Bambi and Thumper). The ending, while high on pyrotechnics, is low on tension, bringing Connery's era to a rather dissatisfying conclusion. The actor deserved to go out on a higher note, but his tenure as Bond provided enough moments of quality entertainment to eclipse DIAMONDS ARE FOREVER's final whimper.
- James Berardinelli e-mail<EMAIL_ADDRESS><EMAIL_ADDRESS>web: http://www2.cybernex.net/~berardin
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
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Related links: index of all rec.arts.movies.reviews reviews


Welcome to jaqxues.github.io
SnapTools is a Snapchat modifying Android App aiming to provide new functionality and
features to the app using an unique ModulePack Framework. It requires the popular
Xposed Framework
in order to inject its Magic. Fork From:
Andrerm124 / SnapTools_OpenSource.
Written in Java and Kotlin
The ModulePack Compiler UI aims to give a better experience while working on a
SnapTools ModulePack. You can select your
Configurations in the UI. Of course it saves and reloads the configurations across Sessions.
Written in Java
This repository is not a standalone App or does not contain any "Code". It is used to
provide data such as "Latest App Version" and some Downloads files to
SnapTools.
The SnapTools project has fully implemented this "Cloud" System, which covers every single
Network Communication in the App.
Text Only, No Code (Most Parts as JSON)
I made this small Android App for the simple reason that the <IP_ADDRESS> Snapchat Version is
no longer supported by Snapchat. That is why this version crashes. This small Xposed Module
aims to prevent this. It is not a "real" project, and not a lot of people still use it, but
since some people want to see what it actually does, you can see it in this repository.
Written in Java
This is a simple Discord Bot built using the powerful
JDA
Library. The commands it contains are mostly features that I needed at the time I wrote
them. That is why this Bot has no special "role" or specific main feature. I wrote this in
about 2 days as a small challenge, so do not expect too much.
Written in Java
The website you are currently looking at is hosted by Github Pages and Open Source. You can
find the sources in this Github Repository. The Website should only give the visitor an idea
of what I am working on. The Website uses
Bootstrap.
Written in Html, CSS, JavaScript


This inspection highlights expressions of the following type: "x != a || x != b". Such expressions are always true, and a quickfix is available to change them to the correct "x != a && x != b"
Powered by InspectionGadgets


My Identity, Values and Numerous Weaknesses
Taking the next step
In January of 2020 I left my job of two and half years at Shosha in order to study in a field which was completely foreign to me. I knew I was unhappy with my current lot in life, I was stuck in a dead end job where I had no prospects of career advancement and didn’t agree with on a professional and moral level, I had a multitude of bills to pay as me and my brother inherited our house from our parents, and I felt like my personal life was coming to a stop. Everyone around me was starting to advance in their own fields and careers and I wanted to be able to join them in that endeavor and be a complete, fulfilled person.
While I knew resigning from this job was the best thing to do, I had a lot of doubts in my mind of whether to do it. The primary reason was finance, while I wasn't making much, I made enough to contribute to my household and to pay for my own personal expenses, and for a long time that was enough for me. Thankfully I had family and friends close to me who all echoed the same sentiment, they all believed I was capable of doing more with my life than working in a retail position, and when I had found something I was interested in doing with Dev Academy, they supported me wholeheartedly, which in no small part really convinced me to take this prospect a lot more seriously. While I could let myself down, I would never want to let them down.
I don’t know if I am particularly influenced by my ethnical culture (half Niuean), but I feel as though my influences growing up, my mother, my friends, the country of New Zealand itself have imprinted on me my own version of community or whanau. They helped me realize the importance of laughter, of togetherness and of being there for other people when they need it, and having the bond to have people return that favour in kind.
My Strengths and Limitations
I like to think whenever I go into a project I can keep the big picture in mind, the overarching goal if you will. However this does mean at times I do have a tendency to gloss over the minutiae. Through my current first week of Dev Academy in several of the challenges set for us I have read the first set of instructions, assumed what was expected based on the summary and blazed forward in my work only to realize I had skipped over several steps in the process. Most of the time this didn’t negatively affect my work, but it is a habit I need to work on.
I find I can do very good work when I am motivated in what I am doing. When I studied at the University of Auckland I got exceptional grades on topics I loved, such as evolutionary biology and ecological systems, but in topics I wasn’t so passionate about (Anything to do with plants, I find plants somewhat boring), I struggled to stay motivated, even though they were and important and large part of my studies.
If I could combine these two properties though it would be a great boon for any study I do, being able to keep the big picture in mind to help me through the less interesting parts, and realize the connections between the topics I look at. For instance in biology, I love almost anything to do with animal life, but I struggle to stay interested in anything plant based, however the two are connected. Plants rely on animals, and animals rely on plants, you can't separate the two. I hope to try apply the same thought to any struggles I find on this journey, and trust that whatever content presented to me all connects back to everything else, and that by taking in all of this information I will at the end have a more complete understanding and proficiency in web development.
In my degree several years ago I did have a few opportunities to work collaboratively with others on assignments. One such example was a group project we needed to do in Shakespear national park where we were looking at the effects of detritus on plant growth, and whether more plants were growing closer to the remains of dead ones.
We actually eventually agreed on this topic as none of us could agree on which specific topic we wanted to do on our field research. I wanted to do a field study on the New Zealand Falcon, but we eventually reached a conclusion that it simply wouldn’t be feasible based on the amount of time we had to do work in the field, and based on the knowledge that the course had given us to that point. I remember several of my peers in my group also wanted to do our group project on specific animals they were interested in, but as a group we settled on plants after a discussion on what was actually possible for us to do effectively that would definitely give us accurate findings to base our paper off of.
I think compromising there was a good idea and we handled it well, while none of us really got to do the specific topic we wanted, we managed to find a subject that was within our means to do, had readily available sources to research and would produce statistically significant results worthy of writing a paper about.


--- layout: default permalink: workshops.html ---
The ACSU holds monthly workshops throughout the academic year,
aiming to introduce skills that the community is interested in learning.
Fall 2018
Spring 2017
Spring 2017
September 20, 2017