---- Customer Account confirmation ---- {{ 'logo.png' | asset_url | img_tag }} {% if customer.name %}
Dear {{ customer.name }},
{% endif %}This is to confirm that your account for the shop {{ shop.name }} is now active.
The next time you shop at {{ shop.name }}, you can save time at checkout by logging into your account. This will prefill your address information at the checkout.
Thank you,
{{ shop.name }}


{% comment %} Rules Of Origin (RoO) Text Template for trade scenario TWUK_NoTA: For countries without a UK trade agreement, and without GSP (Generalised Scheme of Preferences) access. {% endcomment %}
If any material in the product is not wholly from or processed in the country of origin, known as ‘non-originating’, it must meet the UK’s general rules of origin to enter the UK.


|
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def | Operation_Name |
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def | __init__ |
| |
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def | op |
| |
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def | set_op |
| |
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def | clear_op |
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def | has_op |
| |
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def | key |
| |
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def | mutable_key |
| |
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def | clear_key |
| |
|
def | has_key |
| |
|
def | entity |
| |
|
def | mutable_entity |
| |
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def | clear_entity |
| |
|
def | has_entity |
| |
|
def | MergeFrom |
| |
|
def | ParseASCII |
| |
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def | ParseASCIIIgnoreUnknown |
| |
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def | Equals |
| |
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def | IsInitialized |
| |
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def | ByteSize |
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def | ByteSizePartial |
| |
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def | Clear |
| |
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def | OutputUnchecked |
| |
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def | OutputPartial |
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def | TryMerge |
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def | __str__ |
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| lazy_init_lock_ |
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| has_op_ |
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| op_ |
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| has_key_ |
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| has_entity_ |
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int | UNKNOWN = 0 |
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int | INSERT = 1 |
| |
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int | UPDATE = 2 |
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int | UPSERT = 3 |
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int | DELETE = 4 |
| |
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tuple | Operation_Name = classmethod(Operation_Name) |
| |
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int | has_op_ = 0 |
| |
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int | op_ = 0 |
| |
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int | has_key_ = 0 |
| |
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| key_ = None |
| |
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int | has_entity_ = 0 |
| |
|
| entity_ = None |
| |
|
int | kop = 1 |
| |
|
int | kkey = 2 |
| |
|
int | kentity = 3 |
| |
The documentation for this class was generated from the following file:
- code/googleappengine-read-only/python/google/appengine/datastore/datastore_v4_pb.py


Sep 26, 2011 1:51 PM
From Jennifer Openshaw, CEO of SuperFutures: SuperFutures is the nation's first and only career planning community designed with Harvard experts to help teens answer: What do I want to when I grow up? And, How do I get there? Founded by Wall Street columnist Jennifer Openshaw and endorsed by “Principal Figgins” from TV's Glee, SuperFutures leverages content, coaches and curriculum to help prepare students for the transition to college and to the working world. It features courses designed with Harvard experts that are delivered online as well as mini-courses from real-world industry experts — all designed to teach real-world skills not taught in traditional schools. SuperFutures, although a new venture, is now on Dell Computers and has been working with charter and other schools as well as parents. SuperFutures has been called an “innovator” by educators and industry leaders. It is now moving to a new platform that combines the ability to complete a “Job Ready Certification Program” while networking with peers based on interests. Its Advisory Board features professionals from Harvard, Google and Sony. Jennifer will be leading the Education 2.0 panel at the prestigious South by SouthWest (SXSW) Social Media Conference along with Columbia's Gary Natriello. Check out testimonials. More at www.superfutures.com or become a Facebook fan. Student testimonials in video here. In the Media: Greenwich Time: Glee's Principal Takes New Role KXAN-TV (NBC) Austin: Student Success Tool Debuts at SXSW About Jennifer Openshaw Jennifer Openshaw is one of the nation's leading financial voices and commentators who's appeared on Oprah, CNN and many other shows. She is the CEO of SuperFutures and author of The Millionaire Zone (Hyperion). A one-time motel maid, Jennifer got her start in the California State Treasurer's Office with Kathleen Brown, sister to current governor Jerry Brown, before serving in top roles at Bank of America, Bank One/JP Morgan, and Wilshire Associates, producer of the Wilshire 5000 Index. She has been the voice behind ABC Radio's “Winning Advice,” and has advised such companies as Microsoft. She was appointed by the California Governor to the prestigious Little Hoover Commission and serves as an adjunct professor at New York University. View her TV Demo or CNN: Two Incomes vs One ------ Open to all members of the university community. If you are coming from outside the Edlab, please RSVP by January 16th by sending a message to Edlab at http://ednode.com/profiles/edlabtc/about (You must have/create an Ednode account and click on the Contact button to send a message). EdLab Seminars take place on the 5th floor of Russell Hall at Teachers College Columbia University (525 W. 120th Street, NY, NY). For detailed directions within the College visit TC Route Finder: http://maps.tc-library.org


Resource monitoring system
The site presents a system for monitoring computer resources such as CPU utilization and memory usage.
Measurements for individual computer resources are loaded using Sensors, then transferred to the Monitors and shared for clients.
Provided measurements are used to create graphs and composite measurements.
Side menu consists of pages like:
- Monitors - allows user to connect to Monitor whose measurements should be monitored
- Hosts - contains a list of devices connected to Monitor
- Resources - displays a list of monitored resources for specific host
- Measurements - shows simple measurements loaded from Sensors for individual resource and composite measurements
- Graphs - displays measurements as graphs
- Measurements archive - stores archive of measurements


Picture of Clothing:
For Donation
For Rent
Type: (pants, shirt, skirt, dress etc.)
Size:
Color:
Length and Width:
Waist:
Fabric:
For :
Male
Female
Children
Girls
Boys
Submit


This week, I was exposed to inheritance, scope, and other multi-layered lines of code. I mostly interacted and used classes to do this. Upon reading Practical Object Oriented Ruby, I became interested in the design of clean and reusable code. So, one of the concepts that I researched were Modules.
Modules, in simplest terms, provide methods that can be used across multiple classes. They function as libraries that have constants, methods, and classes that can be used multiple times in other classes. This means your code isn't as DRY (don't repeat yourself) and can help you avoid any potential conflicts.Modules also can be mixed into our classes. This is called mixins. Mixed-in modules behave like superclasses and can provide additional functionality to classes.
Another example for when Modules can be helpful are for namespaces, as applications and programs get larger, Modules define a namespace that is excluded from all the other rules and can therefore play nicely with other methods, constants, and classes. If you have multiple things named the exact same name, Modules can help you avoid those bugs.
In comparison, it's easy to look at a class as a mini-module. Modules are composed of methods, constants, and classes. Classes include methods, constants, but variables instead of classes. Classes also have inheritance in which it can take on attributes while modules have no inheritance. In both instances, it becomes very clear that modules are one level above classes if you're looking at it from a top-down hierarchy. The usage of both depend on what you're looking to accomplish. Classes are main used to create objects while modules are a way to mix-in different methods, constants, and classes into various places within your code.


Now in its 23rd year, OSP is the largest overnight experience program at UC Berkeley attracting nearly 800 participants each year. As an entirely student-run program, we offer participants a unique student-to-student perspective on college life at Cal.
Admitted Cal students (high school seniors who have been accepted to UC Berkeley) can get a taste for college life at UC Berkeley through the Overnight Stay Program—a 24-hour campus visit organized by the students of the Cal Alumni Student Association (CASA).
Parents of admitted students can participate in a concurrent program tailored to parents’ interests, which includes panels of current Cal parents and professors as well as resource presentations regarding financial aid, health and safety, and other campus information.
For students, the cost includes all meals, lodging, and program fees.
For parents, the cost includes all meals and program fees. Accomodations are NOT provided.
During the Overnight Stay Program, you:


Absenteeism hour prediction
Provided input to the application should be in proper format as shown below
'ID', 'Reason for absence', 'Month of absence', 'Day of the week', 'Seasons', 'Transportation expense', 'Distance from Residence to Work', 'Service time', 'Age', 'Work load Average/day ', 'Disciplinary failure', 'Son', 'Social drinker', 'Social smoker', 'Pet', 'Weight', 'Body mass index'
Can use this data as example : 11,26 , 7 , 3 ,1,289 , 36 , 13, 33, 239.554 , 0, 2, 1, 0, 1, 90 , 30


This is just a temporary alternative, while Supabase team is working hard to ship more and more features, where Storage CDN and Transformation is in their pipeline.
Check out this post to learn how the magic behind!
Click here to see README.md


 This time though, I was feeling a real twinge in my shoulder from my non-ergonomic computer setup, so I decided I would take one of the Somas. I took one 350mg pill, which I had in combination with plenty of coffee, 1 beer, and some weed.
Well, about 2 hours after I took it, I started feeling very itchy, especially in the armpits and groin. This morning I am still itchy, and I feel weak as if the effects are lingering. I am also noticably red, as if I have a mild sunburn all over my body. My verdict is that Soma is a very effective drug, but if are going to try it recreationaly, try a small dose first just to see if you are going to trigger an allergic reaction doing it - I shudder to think what might have occurred if I just popped 5 of them and chugged a beer for fun.
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.


IntroductionCredit: Greg Wilson, Third Bit Thirty years ago, in his classic The Mythical Man-Month: Essays on Software Engineering (Addison-Wesley), Fred Brooks drew a distinction between accidental and intrinsic complexity. Languages such as English and C++, with their inconsistent rules, exceptions, and special cases, are examples of the former: they make communication and programming harder than they need to be. Concurrency, on the other hand, is a prime example of the latter. Most people have to struggle to keep one chain of events straight in their minds; keeping track of two, three, or a dozen, plus all of their possible interactions, is just plain hard. Computer scientists began studying ways of running multiple processes safely and efficiently in a single physical address space in the mid-1960s. Since then, a rich theory has been developed in which assertions about the behavior of interacting processes can be formalized and proved, and entire languages devoted to concurrent and parallel programming have been created. Foundations of Multithreaded, Parallel, and Distributed Programming, by Gregory R. Andrews (Addison-Wesley), is not only an excellent introduction to this theory, but also contains a great deal of historical information tracing the development of major ideas. Over the past 20 years, opportunity and necessity have conspired to make concurrency a part of programmers' everyday lives. The opportunity is for greater speed, which comes from the growing availability of multiprocessor machines. In the early 1980s, these were expensive curiosities; today, many programmers have dual-processor workstations on their desks and four-way or eight-way servers in the back room. If a calculation can be broken down into independent (or nearly independent) pieces, such machines can potentially solve them two, four, or eight times faster than their uniprocessor equivalents. While the potential gains from this approach are limited, it works well for problems as diverse as image processing, serving HTTP requests, and recompiling multiple source files. The necessity for concurrent programming comes from GUIs and network applications. Graphical interfaces often need to appear to be doing several things at once, such as displaying images while scrolling ads across the bottom of the screen. While it is possible to do the necessary interleaving manually, it is much simpler to code each operation on its own and let the underlying operating system decide on a concrete order of operations. Similarly, network applications often have to listen on several sockets at once or send data on one channel while receiving data on another. Broadly speaking, operating systems give programmers two kinds of concurrency. Processes run in separate logical address spaces that are protected from each other. Using concurrent processing for performance purposes, particularly in multiprocessor machines, is more attractive with threads, which execute simultaneously within the same program, in the same address space, without being protected from each other. The lack of mutual protection allows lower overhead and easier and faster communication, particularly because of the shared address space. Since all threads run code from the same program, no special security risks are caused by the lack of mutual protection, any more than the risks in a single-threaded program. Thus, concurrency used for performance purposes is most often focused on adding threads to a single program. However, adding threads to a Python program to speed it up is often not a successful strategy. The reason is the Global Interpreter Lock (GIL), which protects Python's internal data structures. This lock must be held by a thread before the thread can safely access Python objects. Without the lock, even simple operations (such as incrementing an integer) could fail. Therefore, only the thread with the GIL can manipulate Python objects or call Python/C API functions. To make life easier for programmers, the interpreter releases and reacquires the lock every 100 bytecode instructions (a value that can be changed using sys.setcheckinterval). The lock is also released and reacquired around I/O operations, such as reading or writing a file, so that other threads can run while the thread that requests the I/O is waiting for the I/O operation to complete. However, effective performance-boosting exploitation of multiple processors from multiple pure-Python threads of the same process is just not in the cards. Unless the CPU performance bottlenecks in your Python application are in C-coded extensions that release the GIL, you will not observe substantial performance increases by moving your multithreaded application to a multiprocessor machine. However, threading is not just about performance on multiprocessor machines. A GUI can't know when the user will press a key or move the mouse, and an HTTP server can't know which datagram will arrive next. Handling each stream of events with a separate control thread is therefore often the simplest way to cope with this unpredictability, even on single-processor machines, and when high throughput is not an overriding concern. Of course, event-driven programming can often be used in these kinds of applications as well, and Python frameworks such as asyncore and Twisted are proof that this approach can often deliver excellent performance with complexity that, while different from that inherent in multithreading, is not necessarily any more difficult to deal with. The standard Python library allows programmers to approach multithreaded programming at two different levels. The core module, tHRead, is a thin wrapper around the basic primitives that any threading library must provide. Three of these primitives are used to create, identify, and end threads; others are used to create, test, acquire, and release simple mutual-exclusion locks (or binary semaphores). As the recipes in this section demonstrate, programmers should avoid using these primitives directly, and should instead use the tools included in the higher-level threading module, which is substantially more programmer-friendly and has similar performance characteristics. Whether you use thread or threading, some underlying aspects of Python's threading model stay the same. The GIL, in particular, works just the same either way. The crucial advantage of the GIL is that it makes it much easier to code Python extensions in C: unless your C extension explicitly releases the GIL, you know thread switches won't happen until your C code calls back into Python code. This advantage can be really important when your extension makes available to Python some underlying C library that isn't thread-safe. If your C code is thread-safe, though, you can and should release the GIL around stretches of computational or I/O operations that can last for a substantial time without needing to make Python C API calls; when you do this, you make it possible for Python programs using your C extension to take advantage of more than one processor from multiple threads within the same process. Make sure you acquire the GIL again before calling any Python C API entry point, though! Any time your code wants to access a data structure that is shared among threads, you may have to wonder whether a given operation is atomic, meaning that no thread switch can happen during the operation. In general, anything with multiple bytecodes is not atomic, since a thread switch might always happen between one bytecode and the next (you can use the standard library function dis.dis to disassemble Python code into bytecodes). Moreover, even a single bytecode is not atomic, if it can call back to arbitrary Python code (e.g., because that bytecode can end up executing a Python-coded special method). When in doubt, it is most prudent to assume that whatever is giving you doubts is not atomic: so, reduce to the bare minimum the data structures accessed by more than one thread (except for instances of Queue.Queue, a class that is specifically designed to be thread-safe!), and make sure you protect with locks any access to any such structures that remain. Almost invariably, the proper idiom to use some lock is: somelock.acquire( ) try: # operations needing the lock (keep to a minimum!) finally: somelock.release( ) The TRy/finally construct ensures the lock will be released even if some exception happens in the code in the try clause. Accidentally failing to release a lock, due to some unforeseen exception, could soon make all of your application come to a grinding halt. Also, be careful acquiring more than one lock in sequence; if you really truly need to do such multiple acquisitions, make sure all possible paths through the code acquire the various locks in the same sequence. Otherwise, you're likely sooner or later to enter the disaster case in which two threads are each trying to acquire a lock held by the othera situation known as deadlock, which does mean that your program is as good as dead. The most important elements of the threading module are classes that represent threads and various high-level synchronization constructs. The Thread class represents a separate control thread; it can be told what to do by passing a callable object to its constructor, or, alternatively, by overriding its run method. One thread can start another by calling its start method, and wait for it to complete by calling join. Python also supports daemon threads, which do background processing until all of the nondaemon threads in the program exit and then shut themselves down automatically. The synchronization constructs in the threading module include locks, reentrant locks (which a single thread can safely relock many times without deadlocking), counting semaphores, conditions, and events. Events can be used by one thread to signal others that something interesting has happened (e.g., that a new item has been added to a queue, or that it is now safe for the next thread to modify a shared data structure). The documentation that comes with Python, specifically the Library Reference manual, describes each of these classes in detail. The relatively low number of recipes in this chapter, compared to some other chapters in this cookbook, reflects both Python's focus on programmer productivity (rather than absolute performance) and the degree to which other packages (such as httplib and wxPython) hide the unpleasant details of concurrency in important application areas. This relative scarcity also reflects many Python programmers' tendencies to look for the simplest way to solve any particular problem, which complex threading rarely is. However, this chapter's brevity may also reflect the Python community's underappreciation of the potential of simple threading, when used appropriately, to simplify a programmer's life. The Queue module in particular supplies a delightfully self-contained (and yet extensible and customizable!) synchronization and cooperation structure that can provide all the interthread supervision services you need. Consider a typical program, which accepts requests from a GUI (or from the network). As a "result" of such requests, the program will often find itself faced with the prospect of having to perform a substantial chunk of work. That chunk might take so long to perform all at once that, unless some precautions are taken, the program would appear unresponsive to the GUI (or network). In a purely event-driven architecture, it may take considerable effort on the programmer's part to slice up such a hefty work-chunk into slices of work thin enough that each slice can be performed in idle time, without ever giving the appearance of unresponsiveness. In cases such as this one, just a dash of multithreading can help considerably. The main thread pushes a work request describing the substantial chunk of background work onto a dedicated Queue instance, then goes back to its task of making the program's interface responsive at all times. At the other end of the Queue, a pool of daemonic worker threads await, each ready to peel a work request off the Queue and run it straight through. This kind of overall architecture combines event-driven and multithreaded approaches in the overarching ideal of simplicity and is thus maximally Pythonic. You may need just a little bit more work if the result of a worker thread's efforts must be presented again to the main thread (via another Queue, of course), which is normally the case with GUIs. If you're willing to cheat just a little, and use polling for the mostly event-driven main thread to access the result Queue back from the daemonic worker threads. See Recipe 11.9, to get an idea of how simple that little bit of work can be. |


Linear Regresion
Current Model
X Train
Y Train
PREDICT
Predicted Data
Graph
Linear Regresion
Current Model
X Train
Y Train
PREDICT
Predicted Data
Graph


Using the mdl-cell--N-col classes you can create a responsive grid.
In addition to the normal grid classes you can define which size a column should be for a specific device.
It is also possible to hide columns for a specific device.
Align columns within their parent column.


Delivering bulk mail
Here are some tips how to handle bulk mail, for example if you need to send 10 million messages at once.
- Use a dedicated delivery provider. Do not use services that offer SMTP as a sideline or for free (that’s Gmail or the SMTP of your homepage hosting company) to send bulk mail – you’ll hit all the hard limits immediately or get labelled as spammer. Basically you get what you pay for and if you pay zero then your deliverability is near zero as well. Email might seem free but it is only free to a certain amount and that amount certainly does not include 10 million emails in a short period of time.
- Use a dedicated queue manager, for example RabbitMQ for queueing the emails. Nodemailer creates a callback function with related scopes etc. for every message so it might be hard on memory if you pile up the data for 10 million messages at once. Better to take the data from a queue when there’s a free spot in the connection pool (previously sent message returns its callback).
- Use pooled SMTP by setting pool option to true (assuming you always send using the same credentials). You do not want to have the overhead of creating a new connection and doing the SMTP handshake dance for every single email. Pooled connections make it possible to bring this overhead to a minimum.
- Set maxMessages option to Infinity for the pooled SMTP transport. Dedicated SMTP providers happily accept all your emails as long you are paying for these, so no need to disconnect in the middle if everything is going smoothly. The default value is 100 which means that once a connection is used to send 100 messages it is removed from the pool and a new connection is created.
- Set maxConnections to whatever your system can handle. There might be limits to this on the receiving side, so do not set it to Infinity, even 20 is probably much better than the default 5. A larger number means a larger amount of messages are sent in parallel.
- Use file paths not URLs for attachments. If you are reading the same file from the disk several million times, the contents for the file probably get cached somewhere between your app and the physical hard disk, so you get your files back quicker (assuming you send the same attachment to all recipients). There is nothing like this for URLs – every new message makes a fresh HTTP fetch to receive the file from the server.
- If the SMTP service accepts HTTP API as well you still might prefer SMTP and not the HTTP API as HTTP introduces additional overhead. You probably want to use HTTP over SMTP if the HTTP API is bulk aware – you send a message template and the list of 10 million recipients and the service compiles this information into emails itself, you can’t beat this with SMTP.


AP Photos: Violence engulfs Hong Kong university campus
HONG KONG (AP) - Bows and arrows, rocks, bricks, Molotov cocktails, blue dye fired from water cannons, and tear gas engulfing Hong Kong’s Polytechnic University were the defining images Sunday as anti-government protests entered their sixth month.
A Hong Kong police officer was hit in the leg by an arrow and hospitalized as authorities used tear gas and water cannons to try to drive back protesters occupying the campus and surrounding streets.
Water cannon trucks drove over bricks and nails strewn by protesters and sprayed them at close range in a bid to drive away protesters on the streets outside Polytechnic.
TOP STORIES
Sudden expansion of 2020 Democratic presidential field reveals unease with Biden, Warren, Sanders
Accused thieves, child-porn suspects, suspected murderers among DACA recipients: Report
Adam Schiff cracking under 'point of order' pressure
Protesters have largely retreated from occupations of several major campuses, except for a contingent at Polytechnic. That group is also blocking access to the nearby Cross-Harbour Tunnel, one of the three main road tunnels that link Hong Kong Island with the rest of the city.
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Please read our comment policy before commenting.


default <RR> LongCollector<A,RR> |
LongCollector.andThen(Function<R,RR> finisher) |
Adapts this collector to perform an additional finishing transformation.
|
static LongCollector<?,OptionalDouble> |
LongCollector.averaging() |
Returns a LongCollector that produces the arithmetic mean of the
input elements or an empty optional if no elements are collected.
|
static LongCollector<?,Long> |
LongCollector.counting() |
Returns a LongCollector that counts the number of input elements
and returns the result as Long .
|
static LongCollector<?,Integer> |
LongCollector.countingInt() |
Returns an LongCollector that counts the number of input elements
and returns the result as Integer .
|
static <K> LongCollector<?,Map<K,long[]>> |
LongCollector.groupingBy(LongFunction<? extends K> classifier) |
Returns a LongCollector implementing a "group by" operation on
input numbers, grouping them according to a classification function, and
returning the results in a Map .
|
static <K,D,A,M extends Map<K,D>> LongCollector<?,M> |
LongCollector.groupingBy(LongFunction<? extends K> classifier,
Supplier<M> mapFactory,
LongCollector<A,D> downstream) |
Returns a LongCollector implementing a cascaded "group by"
operation on input numbers, grouping them according to a classification
function, and then performing a reduction operation on the values
associated with a given key using the specified downstream
IntCollector .
|
static <K,D,A> LongCollector<?,Map<K,D>> |
LongCollector.groupingBy(LongFunction<? extends K> classifier,
LongCollector<A,D> downstream) |
Returns a LongCollector implementing a cascaded "group by"
operation on input numbers, grouping them according to a classification
function, and then performing a reduction operation on the values
associated with a given key using the specified downstream
IntCollector .
|
static LongCollector<?,String> |
LongCollector.joining(CharSequence delimiter) |
Returns a LongCollector that converts the input numbers to
strings and concatenates them, separated by the specified delimiter, in
encounter order.
|
static LongCollector<?,String> |
LongCollector.joining(CharSequence delimiter,
CharSequence prefix,
CharSequence suffix) |
Returns a LongCollector that converts the input numbers to
strings and concatenates them, separated by the specified delimiter, with
the specified prefix and suffix, in encounter order.
|
static <A,R> LongCollector<?,R> |
LongCollector.mapping(LongUnaryOperator mapper,
LongCollector<A,R> downstream) |
Adapts a LongCollector to another one by applying a mapping
function to each input element before accumulation.
|
static <U,A,R> LongCollector<?,R> |
LongCollector.mappingToObj(LongFunction<U> mapper,
Collector<U,A,R> downstream) |
Adapts a Collector accepting elements of type U to a
LongCollector by applying a mapping function to each input
element before accumulation.
|
static LongCollector<?,OptionalLong> |
LongCollector.max() |
Returns a LongCollector that produces the maximal element,
described as an OptionalLong .
|
static LongCollector<?,OptionalLong> |
LongCollector.min() |
Returns a LongCollector that produces the minimal element,
described as an OptionalLong .
|
static <A,R> LongCollector<A,R> |
LongCollector.of(Supplier<A> supplier,
ObjLongConsumer<A> longAccumulator,
BiConsumer<A,A> merger,
Function<A,R> finisher) |
Returns a new LongCollector described by the given
supplier , accumulator , merger , and
finisher functions.
|
static <R> LongCollector<R,R> |
LongCollector.of(Supplier<R> supplier,
ObjLongConsumer<R> longAccumulator,
BiConsumer<R,R> merger) |
Returns a new LongCollector described by the given
supplier , accumulator , and merger functions.
|
static <A,R> LongCollector<?,R> |
LongCollector.of(Collector<Long,A,R> collector) |
Adapts a Collector which accepts elements of type Long to
a LongCollector .
|
static LongCollector<?,Map<Boolean,long[]>> |
LongCollector.partitioningBy(LongPredicate predicate) |
Returns a LongCollector which partitions the input elements
according to a LongPredicate , and organizes them into a
Map<Boolean, long[]> .
|
static <A,D> LongCollector<?,Map<Boolean,D>> |
LongCollector.partitioningBy(LongPredicate predicate,
LongCollector<A,D> downstream) |
Returns a LongCollector which partitions the input numbers
according to a LongPredicate , reduces the values in each
partition according to another IntCollector , and organizes them
into a Map<Boolean, D> whose values are the result of the
downstream reduction.
|
static LongCollector<?,Long> |
LongCollector.reducing(long identity,
LongBinaryOperator op) |
Returns a LongCollector which performs a reduction of its input
numbers under a specified IntBinaryOperator using the provided
identity.
|
static LongCollector<?,OptionalLong> |
LongCollector.reducing(LongBinaryOperator op) |
Returns a LongCollector which performs a reduction of its input
numbers under a specified LongBinaryOperator .
|
static LongCollector<?,LongSummaryStatistics> |
LongCollector.summarizing() |
Returns a LongCollector which returns summary statistics for the
input elements.
|
static LongCollector<?,Long> |
LongCollector.summing() |
Returns a LongCollector that produces the sum of the input
elements.
|
static LongCollector<?,long[]> |
LongCollector.toArray() |
Returns a LongCollector that produces the array of the input
elements.
|
static LongCollector<?,boolean[]> |
LongCollector.toBooleanArray(LongPredicate predicate) |
Returns a LongCollector which produces a boolean array containing
the results of applying the given predicate to the input elements, in
encounter order.
|


{% if page.title == 'Home' %} {% else %} {% endif %}
A software writer chosen by destiny to fight against evil bugs and unleash the power of snarkiness upon the internet.


/* <CoffeeScript>
{DoublyLinkedList} = require('doubly-linked-list')
_space = (level, multiplier = 1) ->
return new Array(level * multiplier + 1).join(' ')
_contains = (s, s2) ->
return s.indexOf(s2) >= 0
_stripLeadingBlanks = (filename, line, count) ->
startOfLine = line.slice(0, count)
minLength = Math.min(startOfLine.length, count)
unless startOfLine == _space(minLength)
console.error("Non whitespace found within the indent space for the docstring in file: #{filename}. At line:\n" +
"#{line}"
)
return line.slice(count)
_convertLinesFromCSToJS = (filename, start, end, indent) ->
current = start
while current != end.after
current.value = _space(indent) + ' * ' + _stripLeadingBlanks(filename, current.value, indent)
current = current.after
_convertDocstringFromCSToJS = (filename, docstringStart, docstringEnd) ->
# Figure out the number of indention characters
indent = docstringStart.value.indexOf('###')
unless indent == docstringEnd.value.indexOf('###')
console.error("Starting and ending docstrings do not have the same indention in file #{filename}.\n" +
"start:\n#{docstringStart.value}\n" + "end:\n#{docstringEnd.value}"
)
docstringStart.insertBefore('</CoffeeScript> * /') # ends the JS comment wrapping the entire file
docstringStart.value = _space(indent) + '/ **'
_convertLinesFromCSToJS(filename, docstringStart.after, docstringEnd, indent)
docstringEnd.value = _space(indent) + ' * /'
docstringEnd.insertAfter('/ * <CoffeeScript>') # restarts the JS comment wrapping the entire file
_processNameAndMember = (nameLine, memberLine, exportsAPI, prefix, fullNameForCurrentClass) ->
# !TODO: (round 2) Marks it as processed in the fileDocumentation
a = nameLine.value.match(/@(class|method|property)\s([\$|\w]+)\b/)
type = a[1]
name = a[2]
fullName = null
for e in exportsAPI
if name in e.fullName.split('.')
e.processed = true
fullName = prefix + '.' + e.fullName
break
space = nameLine.value.indexOf('@')
unless fullName?
fullName = prefix + '.' + name
nameArray = fullName.split('.')
baseName = nameArray[nameArray.length - 1]
if baseName.indexOf('_') == 0
nameLine.insertAfter(_space(space) + '@private') # !TODO: This will add it twice if it's already there but OK.
nameLine.value = _space(space)
switch type
when 'class'
nameLine.value += "@class #{fullName}"
fullNameForCurrentClass = fullName
when 'method', 'property'
nameLine.value += "@#{type} #{name}"
unless memberLine? # !TODO: Maybe I should manipulate the existing memberLine
if fullNameForCurrentClass?
member = fullNameForCurrentClass
else
member = prefix
memberLine = nameLine.insertAfter(_space(space) + "@member #{member}")
return fullNameForCurrentClass
_processDocstring = (filename, docstringStart, docstringEnd, currentClass, exportsAPI, prefix) ->
foundSomething = false
# Look for the @class, @method, @constructor, or @property JSDuck tags.
current = docstringStart.after
nameLine = null
type = null
memberLine = null
while current? and current != docstringEnd
s = current.value
if _contains(s, "@class")
if type?
throw new Error("Found @class when docstring already has an @#{type} in: #{filename}.")
else
type = 'class'
nameLine = current
if _contains(s, "@method")
if type?
throw new Error("Found @method when docstring already has an @#{type} in: #{filename}.")
else
type = 'method'
nameLine = current
if _contains(s, "@property")
if type?
throw new Error("Found @property when docstring already has an @#{type} in: #{filename}.")
else
type = 'property'
nameLine = current
if _contains(s, "@constructor")
if type?
unless type == 'class'
throw new Error("Cannot define an @constructor inside an @#{type} docstring in: #{filename}.")
# We can essentially do nothing because the @constructor is already part of the @class docstring
else
unless currentClass.end?
throw new Error("I have no idea where to associate this constructor.")
type = 'constructor'
nameLine = current
if _contains(s, "@member")
memberLine = current
current = current.after
if type == 'class'
currentClass.start = docstringStart
currentClass.end = docstringEnd
fullNameForCurrentClass = _processNameAndMember(nameLine, memberLine, exportsAPI, prefix, currentClass.fullName)
currentClass.fullName = fullNameForCurrentClass
if type == 'constructor'
# * Append the current docstring to the end of the currentClass
constructorBodyStart = docstringStart.after
constructorBodyStart.before.remove()
docstringStart = constructorBodyStart
constructorBodyEnd = docstringEnd.before
constructorBodyEnd.after.remove()
docstringEnd = constructorBodyEnd
# Move the constructor to the bottom of the class
indent = currentClass.end.before.value.indexOf('*') - 1
if indent < 0
throw new Error("Expected * to be at the top of the docstring in #{filename}")
indentConstructor = constructorBodyStart.value.indexOf('@')
if indentConstructor < 0
throw new Error("Expected @constructor to be at the top of the docstring in #{filename}")
newLine = _space(indent) + ' * '
currentClass.end.insertBefore(newLine) # Blank line between Class and Constructor
current = constructorBodyStart.before
while current != constructorBodyEnd and current?
current = current.after
newLine = _space(indent) + ' * ' + _stripLeadingBlanks(filename, current.value, indentConstructor)
currentClass.end.insertBefore(newLine)
current.before.remove()
if type in ['property', 'method']
_processNameAndMember(nameLine, memberLine, exportsAPI, prefix, currentClass.fullName)
# * (round 2) Mark it as @static if it is according to fileDocumentation.
# * (round 2) Uses fileDocumentation to specify the @membership.
# (round 2) For each element in fileDocumentation that is not marked as processed, it tries to locate it and create
# the appropriate JSDuck header. Note, in my old code, I was able to identify parameters.
foundSomething = type?
if foundSomething and type != 'constructor'
_convertDocstringFromCSToJS(filename, docstringStart, docstringEnd)
return foundSomething
</CoffeeScript> */
/**
* @method duckifyFile
* @member jsduckify
* Once it's used, it's marked as such in the exportsAPI
*
* @param {String} sourceFileString CoffeeScript source
* @param {Array} exportsAPI each row contains {baseName, fullName, type}
* @param {String} [prefix] the root for this documentation
*
* @return {String} duckified source file
*/
/* <CoffeeScript>
exports.duckifyFile = (filename, sourceFileString, exportsAPI, prefix = '', isMain = false) ->
# !TODO: (round 2) Runs documentFile on it creating fileDocumentation. This runs the CoffeeScript compiler extracting classes
# and functions. It can distinguish static methods from instance methods within your classes. It can also identify
# functions not associated with a CoffeeScript class. However, it cannot identify any properties.
# fileDocumentation = documentFile(sourceFileString)
# Breaks the file down into lines.
sourceFileString = sourceFileString.replace(/\/\* /g,'/ *') # This is a hack but good enough
sourceFileString = sourceFileString.replace(/\*\//g,'* /')
lineList = new DoublyLinkedList(sourceFileString.split('\n'))
# Turn the entire file into a big JavaScript block comment
lineList.unshift('/ * <CoffeeScript>')
lineList.push('</CoffeeScript> * /')
# Walks through the file line-by-line looking for docstrings starting with ### and ending with ###.
foundSomething = false
current = lineList.head
currentClassDocstring = {}
while current?
if current.value.match(/(\n|\r|^)\s*###/)?
# !TODO: If a starting markers is not on its own line, make it so.
docstringStart = current
current = current.after
while current? and !current.value.match(/(\n|\r|^)\s*###/)?
current = current.after
unless current?
throw new Error("Found a docstring start without a corresponding docstring end in file: #{filename}")
docstringEnd = current
if isMain
_convertDocstringFromCSToJS(filename, docstringStart, docstringEnd)
foundSomething = true
else if _processDocstring(filename, docstringStart, docstringEnd, currentClassDocstring, exportsAPI, prefix)
foundSomething = true
current = current.after
if foundSomething
fileString = lineList.toArray().join('\n')
else
fileString = null
return fileString
</CoffeeScript> */


Buy Airtime
Quick Actions
Our internet/mobile data plan works with all devices e.g Andriod, Iphone, Blackberry(OS 10), computers, modems e.t.c. Data rollover if you re-subscribe before expiry of current plan.
To check your data balance
MTN >> *461*4#
Etisalat >> *228#
GLO >> *127*0#
AirTel >> *140#


These are practice sketches on the Computer Aided Design (CAD) software, Auto Desk 360. To practice CAD, we chose 6 objects to recrate
in the program. We also had to create our own laptop stand design in AutoDesk 360. It was diffcult to make a stand what was stable and the right
size to fit a large laptop. The first design was just a solid block which was too bulky, and if created would be too heavy. The final design
is stable, light weight and it can fit all types of laptops and tablets.
Return


Setup
For an in-depth guide on setting up the relevant services and deploying see our Getting Started Guide
When you first clone the repo you’ll want to run npm i
to install dependencies. After that, you’ll need two files:
- firebase.json
- .env
Both of these files live in the root.
firebase.json
can be downloaded from the firebase dashboard. To set up a project, follow the guide here. (Note: for environments where a json file isn’t suitable you can paste the JSON from the file into the FIREBASE env var instead)
.env
is a standard file that contains local env vars. It should have the following vars at a minimum:
- BOT_NAME the user-facing name of your bot (e.g. Basebot, HAL 9000, Johnny 5, KITT)
- MS_APP_ID the Bot service app id to use
- MS_APP_PASSWORD the corresponding secret to use with the above
- LUIS_URI the LUIS instance URI - without this LUIS will not work
- DB_URL at the moment this should be an Azure Table Storage connection string
- USE_LT_SUBDOMAIN (local dev only) this will enable localtunnel at the subdomain specified
If you want to use QNA Maker you’ll also need the following:
- QNA_HOST The URL for QNA Maker
- QNA_KEY The secret key for QNA Maker
- QNA_KBID The Knowledgebase ID you want to use (we only support a single one at the mo)
- QNA_THRESHOLD The confidence threshold out of 100 (80 seems to work quite well)
Once you’ve done all that, you can run the project :+1:
To run, simply use: npm run dev
To run in production, build using npm run build
and then run npm start
A note on local development
In order to get the bot service instance you’re using to talk to your local bot you’ll have to set the Messaging Endpoint
configuration value under your app settings to the localtunnel URI generated when you start the app in dev mode (using USE_LT_SUBDOMAIN
)
Debugging
To enable verbose logging you can set the DEBUG
env var to basebot*
. Alternatively, if you have a papertrail account you can set PAPERTRAIL_HOST
and PAPERTRAIL_PORT
to your Papertrail host/port (more info here). This is useful if you’re not running the server locally and getting at the logs is a bit annoying.
This project is fully compatible with the VSCode debugger. Just press F5 to launch with the debugger attached. For more info on debugging with VSCode see here
Testing
Tests are written using Jest and stored in the __tests__ directory. To test the entire codebase use npm test
Project Structure
Skills
All of the main conversation logic goes here. Files are automatically imported from the /skills
directory and should export an array of objects with the following schema:
| hears | String or [String] |
(optional) either a LUIS intent (e.g. Social.Greeting ) or a single/array of strings/regexes (e.g. ['My name is (.*)', 'Call me (.*)'] |
| on | String |
(optional) similar to hears: the event to trigger the skill on (e.g. conversationUpdate ). This can be any string and can be triggered with controller.trigger |
| response | function(bot, message, controller) |
The callback to invoke. The various botkit instances provided should allow you to do virtually anything you need to conversation-wise. See the botkit docs for more info |
| bypassLuis | bool |
(optional) boolean that represents whether to bypass LUIS - if this is set to false then hears will expect an intent, if it is true then hears should be a botkit-style regex/string. |
NB either hears
or on
should be specified.
Middleware
All Botkit middleware goes here. Files are automatically imported from the /middleware
directory and should export a function that takes a single controller
argument. See /middleware/auth.js for a succinct example.
Services
An “everything else” folder for specialised classes and functions. These can export any format. Examples include, auth and utility functions.
Libraries Used
Check out the documentation on some of the main libraries (roughly in order of their importance):
- Botkit
- Azure bot service & Directline
- Firebase (Auth, Messaging, Firestore) (disabled by default)
- Azure Table Storage
- LUIS
- QNA Maker
- Jest


White to play 12
pips White=167 Black=162
(CorrectAnswer= 0/0, ErrorScore= 0)
1. 13/11 6/5 eq: -0.153 47.13% (G:13.19% B:0.69%) 52.87% (G:17.98% B:1.28%) 2. 24/23 13/11 eq: -0.176 (-0.023) 46.20% (G:12.70% B:0.64%) 53.80% (G:17.28% B:0.81%) 3. 13/10 eq: -0.212 (-0.059) 45.36% (G:12.93% B:0.67%) 54.64% (G:17.84% B:1.09%) 4. 24/23 24/22 eq: -0.220 (-0.066) 45.32% (G:11.87% B:0.64%) 54.68% (G:17.83% B:0.72%) 5. 13/11 8/7 eq: -0.235 (-0.082) 44.48% (G:11.63% B:0.57%) 55.52% (G:17.55% B:1.30%)


--- layout: post status: publish published: true title: Addendum to Whidbey Installation Piece author: display_name: Tomas Restrepo login: tomasr email<EMAIL_ADDRESS>url: http://winterdom.com/ author_login: tomasr author_email<EMAIL_ADDRESS>author_url: http://winterdom.com/ wordpress_id: 612 wordpress_url: http://winterdom.com/2005/03/addendumtowhidbeyinstallationpiece date: '2005-03-24 06:42:33 +0000' date_gmt: '2005-03-24 06:42:33 +0000' categories: - ".NET" tags: [] comments: [] ---
Adrian Bateman was kind enough to mail me about my Whidbey Installation piece suggesting that perhaps the time required by the .NET Framework installation was because of the ngen'ing (man, that sounds ugly) of the framework assemblies.
I have since verified that he is correct, by just installing the framework standalone which does show you what it is doing. I'm hoping this time will be reduced by RTM once more optimizations and less debug code is in the product, because otherwise, it seems the NGEN performance does not look very bright...


Code listing for: ZR00_64
Description: ALV delete/append rows
*&---------------------------------------------------------------------*
*& Report ZR00_A0
*&
*&---------------------------------------------------------------------*
*& ALV EDIT ###
*&
*&---------------------------------------------------------------------*
include ZR00_64TOP.
include zr00_64C01.
include ZR00_64S01.
include ZR00_64O01.
include ZR00_64I01.
include ZR00_64F01.
INITIALIZATION.
PERFORM set_init.
START-OF-SELECTION.
perform get_data_main.
IF gt_list IS NOT INITIAL and gv_success is not INITIAL.
CALL SCREEN 100.
ENDIF.
*GUI Texts
*----------------------------------------------------------
* TITLE100 --> ALV delete/append rows
*Text elements
*----------------------------------------------------------
* I01 Flight does not exist
* I02 This flight does not yet exist. First enter
* I03 a flight for this airline carrier
* I04 and a new connection number
* I05 in the flight maintenance transaction.
* I06 Input error
* I07 Entries are not yet consistent.
* I08 Check your entries
* I09 using the error log.
* I10 This flight is currently being edited.
* M01 This flight already exists.
* M02 This plane type does not exist.
* S01 Changes were saved.
* T01 ####
* T02 ####
*Selection texts
*----------------------------------------------------------
* PA_DS Not data selection
* S_CARRID D .
* S_CONNID D .
*Messages
*----------------------------------------------------------
*
* Message class: 0K
*000 & & & &
Extracted by Direct Download Enterprise version 1.3.1 - E.G.Mellodew. 1998-2005 UK. Sap Release 750


The Comment Message dialog allow you to post a comment to a message.
This is a Hot Spot image. Move your mouse pointer over the image
and when the mouse pointer changes to the shape of a hand click
the left mouse button once for extra help.
When you comment to a message in a CIX forum, the fields Forum, Topic and Comment To will be automatically filled with the details of the message that you are commenting to. This will be the message that was highlighted in the message window when you selected Comment from the Message menu or pressed C.
Press Control-Q to quote the original message in the message editor. Try not to quote too much of the original message - as a general rule the amount of new text typed by you should exceed the amount of quoted text. You can read about other keyboard shortcuts here.
To complete your comment message, type your message into the main area of this dialog, choose the Signature (if any) that you wish to include and then click the Save button. If you decide against posting this message, click Cancel.


Class Connection
Represents a secured connection
Inheritance
System.Object
Connection
Implements
System.IDisposable
Inherited Members
System.Object.Equals(System.Object)
System.Object.Equals(System.Object, System.Object)
System.Object.GetHashCode()
System.Object.GetType()
System.Object.MemberwiseClone()
System.Object.ReferenceEquals(System.Object, System.Object)
System.Object.ToString()
Namespace: DiscoNet.Net
Assembly: DiscoNet.dll
Syntax
public class Connection : IDisposable
Constructors
| Improve this Doc View SourceConnection(NetworkStream)
Create Disco connection
Declaration
public Connection(NetworkStream connectionStream)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Net.Sockets.NetworkStream | connectionStream | connection to use |
Methods
| Improve this Doc View SourceAuthenticateAsClient(Config)
Authentice as Client with Disco
Declaration
public void AuthenticateAsClient(Config config)
Parameters
| Type | Name | Description |
|---|---|---|
| Config | config | Disco config |
AuthenticateAsServer(Config)
Authentice as Server with Disco
Declaration
public void AuthenticateAsServer(Config config)
Parameters
| Type | Name | Description |
|---|---|---|
| Config | config | Disco config |
Dispose()
Dispose connection
Declaration
public void Dispose()
Read(Byte[], Int32, Int32)
Read data from connection
Declaration
public int Read(byte[] data, int offset, int count)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Byte[] | data | Return buffer |
| System.Int32 | offset | Offset of data to write to |
| System.Int32 | count | Number of bytes to read |
Returns
| Type | Description |
|---|---|
| System.Int32 | Number of read bytes |
Write(Byte[], Int32, Int32)
Write data to connection
Declaration
public int Write(byte[] data, int offset, int count)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Byte[] | data | Data to write |
| System.Int32 | offset | Offset of data to read from |
| System.Int32 | count | Number of bytes to write |
Returns
| Type | Description |
|---|---|
| System.Int32 | Number of written bytes |
Implements
System.IDisposable


{% extends "skeleton.html" %} {% block content %}
This pledge is an initiative of researchers tired of providing volunteer reviewing work to publishing venues that do not serve the public interest and restrict the access to knowledge. It was created by Antonin Delpeuch, Antoine Amarilli, and the other members of the CAPSH association (which also hosts this website).
You can get updates from our projects by following our blog.
You can contact us by emailing hello
@dissem.in.The source code of this website is available. Contributions are of course welcome.
{% endblock %}


Campaigns
Current Campaigns
| 1 | Billboard: Downtown Los Angeles | Awaiting RFP | |
| 2 | TV Spot: ABC NBA Finals | Analytics | |
| 3 | Influencer: Kylie Jenner | Analytics | |
| 4 | Print Ad: San Jose Mercury News | New | |
| 5 | Radio Spot: Wild 94.9 | New |
TV Spot: ABC NBA Finals
Jun 12, 2017: 10 days
Influencer: Kylie Jenner
Jan 20, 2017: 14 Days


Toggle navigation
{% if page.url == '/' %}
Matrixfox
Software Engineer
{% endif %} {% if page.url != '/' %}
Matrixfox
Software Engineer
{% endif %}
Home
Portfolio Page
Blog
Read About My Adventures
Contact
Keep and Stay in Touch
{{content}}


Active Directory-Integrated DNS Zones
Domain controllers and ADIDNS zones go hand in hand. Each domain controller will usually have an accessible DNS server hosting at least the default ADIDNS zones. The first default setting I’d like to highlight is the ADIDNS zone discretionary access control list (DACL).
As you can see, the zone has ‘Authenticated Users’ with ‘Create all child objects’ listed by default.
Notes on Viewing ADIDNS Zones
I found that the ADIDNS zones are currently stored in either the DomainDNSZones or ForestDNSZones partitions.
LDAP provides a method for ‘Authenticated Users’ to modify an ADIDNS zone without relying on dynamic updates. DNS records can be added to an ADIDNS zone directly through LDAP by creating an AD object of class dnsNode.
Why does this matter? Widlcard Records! Unfortunately, dynamic updates have isssues processing "*", but these can be added directly in LDAP!
Why does this work? What's in a Name?
Taking a step back, let’s look at how DNS nodes are used to form an ADIDNS record. The main structure of the record is stored in the dnsRecord attribute. This attribute defines elements such as the record type, target IP address or hostname, and static vs. dynamic classification.
All of the key record details outside of the name are stored in dnsRecord. If you are interested, more information for the attribute’s structure can be found in MS-DNSP.
I created a PowerShell function called New-DNSRecordArray which can create a dnsRecord array for A, AAAA, CNAME, DNAME, MX, NS, PTR, SRV, and TXT record types.
PS C:\Users\kevin\Desktop\Powermad> $dnsRecord = New-DNSRecordArray -Type A -Data <IP_ADDRESS>
PS C:\Users\kevin\Desktop\Powermad> [System.Bitconverter]::ToString($dnsrecord)
04-00-01-00-05-F0-00-00-BA-00-00-00-00-00-02-58-00-00-00-00-79-D8-37-00-C0-A8-7D-64
As I previously mentioned, LDAP offers a better view of how DNS records with a matching name are grouped together. A single DNS node can have multiple lines within the dnsRecord attribute. Each line represents a separate DNS record of the same name. Below is an example of the multiple records all contained within the dnsRecord attribute of a node named ‘@’.
Lines can be added to a node’s dnsRecord attribute by appending rather than overwriting the existing attribute value. The PowerShell function I created to perform attribute edits, Set-ADIDNSNodeAttribute, has an ‘Append’ switch to perform this task.


Dependency Graph for atmat/pubtools/LatticeTuningFunctions/correction/RFcavity
GitHub Website
at
© 2018
Generated by
m2html
© 2005


|
Generated by JDiff |
||||||||
| PREV PACKAGE NEXT PACKAGE FRAMES NO FRAMES | DETAIL: REMOVED | ADDED | CHANGED |
| Removed Classes and Interfaces | |
|
|
Provides source objects to the com.google.inject.Binder. |
|
|
Provides access to the default SourceProvider implementation and common controls for certain implementations. |
| Added Classes and Interfaces | |
|
|
Visits each of the strategies used to scope an injection. |
|
|
Visits each of the strategies used to find an instance to satisfy an injection. |
|
|
A binding to the constructor of a concrete clss. |
|
|
A binding created from converting a bound instance to a new type. |
|
|
No-op visitor for subclassing. |
|
|
No-op visitor for subclassing. |
|
|
No-op visitor for subclassing. |
|
|
A variable that can be resolved by an injector. |
|
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A core component of a module or injector. |
|
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Visit elements. |
|
|
Exposes elements of a module so they can be inspected, validated or rewritten. |
|
|
A binding to a key exposed from an enclosed private environment. |
|
|
Implemented by bindings, providers and instances that expose their dependencies explicitly. |
|
|
Listens for injections into instances of type {@code I}. |
|
|
A constructor, field or method that can receive injections. |
|
|
A request to inject the instance fields and methods of an instance. |
|
|
A binding to a single instance. |
|
|
Registration of interceptors for matching methods of matching classes. |
|
|
A binding to a linked key. |
|
|
A lookup of the members injector for a type. |
|
|
A private collection of elements that are hidden from the enclosing injector or module by default. |
|
|
A binding to a Provider that delegates to the binding for the provided type. |
|
|
A binding to a provider instance. |
|
|
A binding to a provider key. |
|
|
A lookup of the provider for a type. |
|
|
A provider with dependencies on other injected types. |
|
|
Registration of a scope annotation with the scope that implements it. |
|
|
A request to inject the static fields and methods of a type. |
|
|
Converts constant string values to a different type. |
|
|
Registration of type converters for matching target types. |
|
|
Context of an injectable type encounter. |
|
|
Listens for Guice to encounter injectable types. |
|
|
Binds types (picked using a Matcher) to an type listener. |
|
|
An untargetted binding. |
| Changed Classes | |
|
|
An error message and the context in which it occured. |
|
|||||||||
| PREV PACKAGE NEXT PACKAGE FRAMES NO FRAMES |


Learning¶
rlcc supports learning through two abstract classes: rlcc.learn.Learner and rlcc.learn.LearningStrategy. The classes are designed to be used in a strategy pattern, where the learner delegates stepwise learning to the learning strategy.
The rlcc.learn.ReplayLearner class provides an example of a concrete learner. The replay learner accepts a learning strategy and source of transitions to learn from (replay buffer for example).
from rlcc.learn import ReplayLearner
transitions = [...] # collection of transition objects.
learning_strategy = [...] # Learning strategy described later.
learner = ReplayLearner(learning_strategy, transitions)
Within a learning loop, we simply call
learner.learn()
to iterate the learning process.
The rlcc contains several learning strategies. Each learning strategy accepts a batch of transition examples (a torch tensor) to incrementally learn from.
A abstract rlcc.learn.DoubleLearningStrategy accepts a triple of (local network, target network, optimizer). Implementing classes define a loss function. For example, rlcc.learn.DPGActor defines the DPG actor loss fuction, instantiated as follows:
from rlcc.learn import DPGActor
actor_local = [...] # network that accepts states and outputs actions
actor_target = [...] # network with identical architecture to the local network
actor_optimizer = [...] # Local network optimizer
critic = [...] # Network that accepts (state, action) pairs and outputs the q-estimates
learner = DPGActor(actor_local, actor_target, actor_optimizer, critic)
Sometimes, as in DPG, we need to train multiple networks. In this case, we can use an rlcc.learn.StackedLearningStrategy to coordinate learning amonst multiple strategies. For example, we can construct an actor-critic stacked learning strategy.
from rlcc.learn import StackedLearningStrategy
actor_stategy = [...]
critic_stategy = [...]
actor_critic_strategy = StackedLearningStrategy([critic_stategy, actor_stategy])


◆ currentConscienceAssetDAO
current Conscience Asset DAO
◆ currentMoralDAO
retrieve morals User has utilized
◆ currentUserChoiceDAO
◆ currentUserCollectableDAO
current User Collectable DAO
◆ preferences
| - (NSUserDefaults*) preferences |
|
protected |
User defaults to write to file system.
◆ greatestVirtue
| - (NSString*) greatestVirtue |
|
readwritenonatomicstrong |
◆ greatestVirtueImage
| - (UIImage*) greatestVirtueImage |
|
readwritenonatomicstrong |
◆ highestRank
| - (NSString*) highestRank |
|
readwritenonatomicstrong |
◆ highestRankImage
| - (UIImage*) highestRankImage |
|
readwritenonatomicstrong |
◆ modelManager
◆ worstVice
◆ worstViceImage
| - (UIImage*) worstViceImage |
|
readwritenonatomicstrong |
The documentation for this category was generated from the following file:
- /Users/adamaxe/Workspace/projects/teamaxe/code/moralife/Classes/Model/ViewModel/HomeModel.m


|
Stylish Contour ceiling panels help you achieve the special
look and feel you desire, and the outstanding sound control
you require.
|
|
Harmoni ceiling panels offer a way to combine contemporary
styling with excellent acoustical control and functionality.
|
|
|
Phonstop ceiling and wall system is made from 100% recycled
glass, sintered to form rigid, lightweight and porous sound
absorbers.
|
|
Squareline Metal ceiling panels offers excellent acoustical
performance with a simple, attractive design for large spaces.
|
|


|
|
| Parser () |
| | Constructor Parser Class.
|
| |
| std::vector< std::string > | getInput () |
| | Handles getting user input from the commandline. More...
|
| |
| std::vector< std::string > | getFileInput (std::string in) |
| | Handles getting input from File exemplars or user specified files. More...
|
| |
| std::map< std::string, int > | generateHistogram (std::vector< std::string > input) |
| | generateHistogram takes a input vector and counts the frequency of words in that input and return a map More...
|
| |
| std::string | stringConversion (std::vector< std::string > input) |
| | stringCoversion takes an input vector and returns string output More...
|
| |
| void | setInput (std::string input) |
| | setInput sets the input class member variable. More...
|
| |
| std::map< string, int > Parser::generateHistogram |
( |
std::vector< std::string > |
input | ) |
|
generateHistogram takes a input vector and counts the frequency of words in that input and return a map
- Parameters
-
| input | std::vector<std::string> |
- Returns
- map<std::string, int>
| std::vector< std::string > Parser::getFileInput |
( |
std::string |
in | ) |
|
Handles getting input from File exemplars or user specified files.
- Returns
- std::vector<std::string> that contains all input from files specified by the user or file exemplars.
| std::vector< std::string > Parser::getInput |
( |
| ) |
|
Handles getting user input from the commandline.
Handles getting input from File exemplars or user specified files.
- Returns
- std::vector<std::string> that contains all input from user on commandline.
-
std::vector<std::string> that contains all input from files specified by the user or file exemplars.
| void Parser::setInput |
( |
std::string |
input | ) |
|
setInput sets the input class member variable.
setInput assigns a value to the Parser class member variable input.
- Parameters
-
- Returns
- string
- Parameters
-
| std::string Parser::stringConversion |
( |
std::vector< std::string > |
input | ) |
|
stringCoversion takes an input vector and returns string output
- Parameters
-
| input | std::vector<std::string> |
- Returns
- string
The documentation for this class was generated from the following files:


{{meta.name}}
{{lib.type | uppercase}} {{lib.name}}
This will assist you to create very basic HTML template for your page/application as a fast start point. Nothing fancy here, it will only allow you to choose and add scripts or styles.
There are few settings in the tabs on the left which will allow you to perform simple additions to the template that you see in front of you.
This was made using AngularJs, jQuery, bower, normalize.css and font-awesome
© 2014 Sasha Khamkov | sanusart.com


"HADORAM "is exalted. (1.) The son of Tou, king of Hamath, sent by his father to congratulate David on his victory over Hadarezer, king of Syria (1 Chronicles 18:10; called Joram 2 Samuel 8:10). (2.) The fifth son of Joktan, the founder of an Arab tribe (Genesis 10:27; 1 Chronicles 1:21). (3.) One who was “over the tribute;” i.e., “over the levy.” He was stoned by the Israelites after they had revolted from Rehoboam (2 Chronicles 10:18). Called also Adoram (2 Samuel 20:24) and Adoniram (1 Kings 4:6).
"HADORAM "is exalted. (1.) The son of Tou, king of Hamath, sent by his father to congratulate David on his victory over Hadarezer, king of Syria (1 Chronicles 18:10; called Joram 2 Samuel 8:10).
(2.) The fifth son of Joktan, the founder of an Arab tribe (Genesis 10:27; 1 Chronicles 1:21).
(3.) One who was “over the tribute;” i.e., “over the levy.” He was stoned by the Israelites after they had revolted from Rehoboam (2 Chronicles 10:18). Called also Adoram (2 Samuel 20:24) and Adoniram (1 Kings 4:6).


QRA temperature Fig. zonal mean fingerprint wave multimodel events summer CMIP series simulations {border-style climate ensemble extreme increase meridional px;} warming weather #ffffff;} associated heat model (see historical midlatitude profiles half Coumou future number waves forcing used wind Change Clim. Rahmstorf aerosol amplification analysis models surface trend using (°N Petoukhov RCP Sci. anthropogenic average planetary simulations. thermal °N) (–) Arctic European conditions data events. persistent positive recent time Northern century century, change changes high-latitude increases increasing projections px; simple westerlies {font-family Geophys. Hemisphere Kornhuber Materials Petri QRA-favorable Res. based defined font-size greenhouse jet latitude likely negative orographic realizations, reanalysis table Acad. Climate ERA Natl. Proc. Science U.S.A. actual annual assumption behavior double; events, including index indirect key period profile prominent pronounced range role roughly seasonal shown simulations, substantially subtropical wave, waveguide (i.e., AIE JJA QRA, S). [], amplified anomalies. atmospheric available border-color border-width boreal century. cos demonstrated especially exhibit expected extremes gradient http://orcid.org/--- i.e., large linear means models; numbers potential projection resonance second solid; subpolar warming. yields {font-style {font-weight (%) (JJA (–). AIE-only HadCRUT Hoskins Karoly Lett. Nat. Russian Schellnhuber Supplementary Table air anomaly area-weighted atmosphere bold calculated consistent courier; create datasets decreasing double-peaked dynamics effects em; experiments fingerprint. forcing, higher individual interval latitudes latitudinal lower mechanism midlatitudes observational observed polar projected pt;} region research response robust separate similar simulation stationary structure time. turning upper values yield zonally


Word Count Python Visualiser
Test word count
Create sorted list
Process text
Input text
Input Text
Let me begin by saying thanks to all you who've traveled, from far and wide, to brave the cold today. We all made this journey for a reason. It's humbling, but in my heart I know you didn't come here just for me, you came here because you believe in what this country can be. In the face of war, you believe there can be peace. In the face of despair, you believe there can be hope.  That's the journey we're on today. But let me tell you how I came to be here. As most of you know, I am not a native of this great state. I moved to Illinois over two decades ago. I was a young man then, just a year out of college; I knew no one in Chicago, was without money or family connections. But a group of churches had offered me a job as a community organizer for $13,000 a year. And I accepted the job, sight unseen, motivated then by a single, simple, powerful idea - that I might play a small part in building a better America. My work took me to some of Chicago's poorest neighborhoods. I joined with pastors and lay-people to deal with communities that had been ravaged by plant closings. I saw that the problems people faced weren't simply local in nature - that the decision to close a steel mill was made by distant executives; that the lack of textbooks and computers in schools could be traced to the skewed priorities of politicians a thousand miles away; and that when a child turns to violence, there's a hole in his heart no government could ever fill. It was in these neighborhoods that I received the best education I ever had, and where I learned the true meaning of my Christian faith. After three years of this work, I went to law school, because I wanted to understand how the law should work for those in need. I became a civil rights lawyer, and taught constitutional law, and after a time, I came to understand that our cherished rights of liberty and equality depend on the active participation of an awakened electorate. It was with these ideas in mind that I arrived in this capital city as a state Senator. It was here, in Springfield, where I saw all that is America converge - farmers and teachers, businessmen and laborers, all of them with a story to tell, all of them seeking a seat at the table, all of them clamoring to be heard. I made lasting friendships here - friends that I see in the audience today. It was here we learned to disagree without being disagreeable - that it's possible to compromise so long as you know those principles that can never be compromised; and that so long as we're willing to listen to each other, we can assume the best in people instead of the worst. That's why we were able to reform a death penalty system that was broken. That's why we were able to give health insurance to children in need. That's why we made the tax system more fair and just for working families, and that's why we passed ethics reforms that the cynics said could never, ever be passed. It was here, in Springfield, where North, South, East and West come together that I was reminded of the essential decency of the American people - where I came to believe that through this decency, we can build a more hopeful America. And that is why, in the shadow of the Old State Capitol, where Lincoln once called on a divided house to stand together, where common hopes and common dreams still, I stand before you today to announce my candidacy for President of the United States. I recognize there is a certain presumptuousness - a certain audacity - to this announcement. I know I haven't spent a lot of time learning the ways of Washington. But I've been there long enough to know that the ways of Washington must change. The genius of our founders is that they designed a system of government that can be changed. And we should take heart, because we've changed this country before. In the face of tyranny, a band of patriots brought an Empire to its knees. In the face of secession, we unified a nation and set the captives free. In the face of Depression, we put people back to work and lifted millions out of poverty. We welcomed immigrants to our shores, we opened railroads to the west, we landed a man on the moon, and we heard a King's call to let justice roll down like water, and righteousness like a mighty stream. Each and every time, a new generation has risen up and done what's needed to be done. Today we are called once more - and it is time for our generation to answer that call. For that is our unyielding faith - that in the face of impossible odds, people who love their country can change it. That's what Abraham Lincoln understood. He had his doubts. He had his defeats. He had his setbacks. But through his will and his words, he moved a nation and helped free a people. It is because of the millions who rallied to his cause that we are no longer divided, North and South, slave and free. It is because men and women of every race, from every walk of life, continued to march for freedom long after Lincoln was laid to rest, that today we have the chance to face the challenges of this millennium together, as one people - as Americans. All of us know what those challenges are today - a war with no end, a dependence on oil that threatens our future, schools where too many children aren't learning, and families struggling paycheck to paycheck despite working as hard as they can. We know the challenges. We've heard them. We've talked about them for years.
Output response


ensembleMetadata.getLatLon
Return latitude-longitude coordinates for a variable
Syntax
Description
Obtains latitude-longitude coordinates at the specified rows of avariable in a state vector. Extracts coordinates from either the lat and lon dimensions, or from the site dimension. If the variable is missing the required dimensions, returns NaN coordinates. Also returns NaN coordinates if the variable implements a mean over the dimensions. Expects the lat/lon coordinate metadata for each row to either be a numeric scalar, string scalar, or char row vector. Returns NaN coordinates if the metadata does not follow this format. If the coordinate metadata is string or char, converts the coordinate to a numeric format using the “str2double” function. If the coordinate cannot be converted, uses a NaN coordinate for the row.
Extracts coordinate metadata from the lat and lon dimensions.
Extracts coordinate metadata from the site dimension. Coordinates are extracted from the indicated columns of the metadata. If the site metadata is missing a column, returns NaN for that coordinate.


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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface PhysicsModuleComponent
A simulated physical module, useable independently of the underlying physics engine.
| Method Summary | |
|---|---|
void |
changeNotify()
Notify the module model associated with this physical module, that a detectable change in the environment has occurred |
Module |
getModel()
Get the model module associated with this physics module |
java.awt.Color |
getModuleComponentColor()
Get the color of the module component |
PhysicsSimulation |
getSimulation()
Obtain a reference to the physics simulation in which this module is located |
PhysicsSimulationHelper |
getSimulationHelper()
Obtain a reference to the helper (utility class) for the simulation in which the module is being simulated |
void |
reset()
Reset the physics of the module, including velocity/acceleration, rotation, and position. |
void |
setModuleComponentColor(java.awt.Color color)
Set the color of the module component |
| Methods inherited from interface ussr.physics.PhysicsEntity |
|---|
clearDynamics, getPosition, getRotation, setPosition, setRotation |
| Method Detail |
|---|
void reset()
reset
in interface PhysicsEntity
void changeNotify()
Module getModel()
void setModuleComponentColor(java.awt.Color color)
color
- the color to assign to the module componentjava.awt.Color getModuleComponentColor()
PhysicsSimulation getSimulation()
getSimulationHelper()
PhysicsSimulationHelper getSimulationHelper()
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


| ApplicationProperties |
Properties are configured in the application.yml file.
|
| ApplicationSearchProperties |
|
| ConnectionConfiguration |
|
| DataProcessorConfiguration |
Configuration wrapper for which Document-Pre/Post-Processors to be used and
custom settings for them.
|
| DefaultSearchConfigrationProvider |
|
| FacetConfiguration |
|
| FacetConfiguration.FacetConfig |
|
| Field |
|
| FieldConfigIndex |
Special class that cares about resolving the correct field configuration,
especially for "the category field" and dynamic fields.
|
| FieldConfiguration |
|
| FieldConstants |
|
| IndexSettings |
|
| QueryConfiguration |
Configuration that describes how a single query is constructed and under
which conditions it is used.
|
| QueryConfiguration.QueryCondition |
Describes the condition under that the particular query is constructed.
|
| QueryProcessingConfiguration |
|
| ScoringConfiguration |
Configuration that influences how the result hits are scored.
|
| ScoringConfiguration.ScoringFunction |
Specific configuration for each scoring rule.
|
| SearchConfiguration |
Final search-configuration that contains all the fetched configuration
objects.
|
| SortOptionConfiguration |
Optional configuration that overwrites the default way to present and handle
sortings.
|


| Episode 01: "Wonderland, Journey into the Darkness" |
|---|
| A giant dark pillar appears in the ocean off of Tokyo. Two huge beasts appear out of it, a red one with the head of a gun, and a white one with the head of a sword. They attack each other and both are destroyed. Joe and Marie Hayakawa, a geologist couple, are swallowed into the pillar and end up in a crazy place called the Inner World. They return safely after many adventures.
| |
|
|
| Twelve years later, the pillar is a tourist attraction. Joe and Marie have gone into the Inner World again to explore (after writing a bestselling book on the flora and fauna of the place), and are never seen again. Their twin children, Yu and Ai, enter an abandoned subway station to ride the Inner World subway to look for their parents. However, the train has another occupant - a woman named Lisa Pacifist, also traveling to the Inner World for reasons she refuses to divulge. |
|
| Arriving in the Inner World, they encounter a strange land that looks like Tokyo, but is inhabited by insects and built out of plants! Yu encounters a chocobo, who pulls Ai's pigtails and runs off. He then trips over someone's leg. The leg belongs to a man called Kaze, who has been put to sleep and trapped in a plant cage. He awakens at Yu's touch.
| |
|
|
| Suddenly, what looks like a flying saucer drops a crystal that turns into a mushroom monster! Lisa staves it off with a power called kigenjutsu, but it just gets angrier and bigger. Lisa and the kids end up hanging off the edge of a cliff with the monster before them. However, Kaze is nearby and uses his Demon Gun to summon Phoenix and destroy the monster from inside. However, he has an unnoticed observer by the name of Oscar... |
|
| Episode 02: "Magun, Man of the Black Wind" |
|---|
| Kaze walks off, ignoring the parting words of Lisa and the children. In the meantime, Fungus (the person inside the flying saucer) returns to Gaudium, the home of Earl Tyrant, and we are introduced to three of Earl Tyrants's Deathlords, Fungus, Herba, and Oscar. Oscar creates a puppet named Crux, who tails Kaze. Fungus is given the task of getting rid of Lisa and the others. In the meantime, said targets meet the chocobo again; he has a contraption around his neck now. They follow him into a forest, where they meet a crazy old lady named Chocobaba.
| |
|
|
| Chocobaba's fairly useless, but after she runs off Yu finds a chocobo feather. However, they're attacked by another mushroom monster and cornered. Yu's chocobo feather glows and appears to call his chocobo, who attacks one of the monsters. It's still not enough, and things are looking dim, until Kaze arrives and blasts them to oblivion. He wants to ask Yu something, but before he can Fungus arrives. Kaze's Demon Gun is put to good use (this time with Typhoon) and Fungus disappears. Kaze asks them if they've seen a man named Shroi Kumo (having remembered his name), but they haven't, of course. Yu tries wearning his chocobo feather and finds that he can read the chocobo's mind, which tells him to hurry and catch the subway before it leaves!
|
|
| Episode 03: "Fruit, The Town of Sweet Scent" |
|---|
| In Gaudium, Fungus is resurrected at a fraction of his original size. 8-) Oscar believes Kaze might be the Unlimited, one whose power rivals the gods'. In any case, Herba wants to see the Demon Gun for herself. Lisa and the kids get off the subway in a place where everything is made of fruit. Kaze's already there before them, though.  Ai's bag is suddenly stolen by one of them, and she chases after him, getting cut off from Lisa and Yu. She finds Kaze asking about Shroi Kumo again, but being redirected to Gaudium for his inquiries. She loses the thief. However, the sound of the ocean leads her to the home of Fabra, the Guiding One, inside a giant oyster shell.
| |
|
|
| Fabra gives Ai a little monster named Pochepoke to help her, then disappears. Herba enters now, on her own flying contraption. She makes a whole bunch of flower monsters, then showers everyone with pollen that does the same thing as laughing gas. Kaze aims the Demon Gun, but it doesn't want to work. Instead, he shoots down the flower monsters, but only succeeds in increasing the pollen. Ai asks Pochepoke for help, and gets it in the shape of an explosive watermelon seed which disperses the pollen. The Demon Gun decides to work now, and Kaze summons Shiva. A frozen Herba runs away. Ai reunites with Lisa and Yu, but Izabel, the clock on the chocobo, rings out, indicating that the subway's leaving! They rush to catch it...
|
|
| Episode 04: "Makenshi, The White Etude" |
|---|
| ...but they miss it! However, a face pops up from one of the nearby tiles - it's the one who stole Ai's bag! (Unfortunately, he ate it already. 8p) He introduces himself as Fungo, and takes them underground to the base of the Comodin, an organization trying to bring order to the Inner World. They meet its leader, Knave, his second-in-command, Mireth (who gives Ai some new clothes), and its braniac inventor, Sid. Kaze's there, too.
| |
|
|
| Sid heals the chocobo from residual weirdness from flower pollen with Genevieve, his "all in one healer". However, the fun is cut short when Shroi Kumo pierces the base's cover. One big explosion later, Ai and Yu are unconscious, the Comodin are out of commission, Lisa has a flashback of the white beast in Tokyo 12 years ago, and Kaze is duking it out with Shroi Kumo, uncaring about the havoc he's causing. However, his Demon Gun refuses to fire, and Shroi Kumo destroys everything around him...
|
|
| Episode 05: "Sid. The Adventure of the Underground Waterway" |
|---|
| Sid prepares his river vessel, Catharine, to take Lisa, Ai, and Yu back to the subway. Mireth provides them with some instant food, but Pochepoke eats half of it in one gulp, prompting Ai to muffle it. 8p They take off, but are interrupted by Fungus, back to full size, riding a giant serpent named Viking. He gives chase...
| |
|
|
| They manage to get rid of him with the help of several secret James Bond-style gadgets and the chocobo's super kick... but not for long; a surprise attack damages Catherine.  However, Fungus shows up again, only to be killed again by Kaze's Ixion summon. Sid is forced to leave Catherine behind in the explosion. The wanderers manage to catch the subway and escape.
|
|
| Episode 06: "Kigen Arts, The Savior of Souls" |
|---|
| Yu picks a name for his chocobo: Chobi. They land in a desert punctuated with pillars of fire. Unfortunately, one closes the subway entrance! They start walking, and Chobi leads them to an oasis. However, they're attacked by Herba and a bunch of plant spiders. Lisa uses her kigenjutsu to blow some away, letting Ai, Yu, and Chobi escape, but is herself trapped by Herba...
| |
|
|
| Ai tries to get Pochepoke to help, but only gets junk. Lisa has a flashback of her training with her mother and manages to destroy the tree she's tied to and escape. She then tries to use her kigenjutsu on the water, but fails to read it properly (the Elenium inside it reacts crazily) and sets it on fire! Herba runs away, but the four wanderers are thrust into a deep geyser, and Ai ends up unconscious. The plant spiders surround them again. Lisa tries to use CPR, but it isn't working. Kaze shows up, but the Demon Gun isn't firing, and he's eaten! Lisa manages to use nature's energy to save Ai, and Kaze summons Bismarck from inside the plant spider and wipes them all out, taking the oasis with them. However, an earthquake then erupts, leaving the four wanderers falling to an uncertain fate...
|
|
| Episode 07: "Subway. Enemy of the Dimensional Tunnel" |
|---|
| They land on sand which cushions their fall, and right near the subway, too! Kaze goes with them this time, though (dazed by a flashback caused by Yu taking his hand). They meet another person on the subway this time: Lou Lupus. They explore the subway, but it's then attacked by Omega, an extremely destructive creature...
| |
|
|
| Lou explains that Omega destroys everything, and that it was broken up but its parts seek to become whole again. She also says that her own world was destroyed by it. She then asks for a mirror (provided by Pochepoke), looks into it, and transforms into a wolf-like form. She jumps on top of the subway and uses an energy attack against Omega, but it fails and she is sucked into it. Kaze's Demon Gun decides that now's a good time, and he summons Ifrit, which dissipates Omega. Lou comes riding back to the subway on the tail car (swallowed by Omega earlier).
|
|
| Episode 08: "Soil, The Heart of the Magun" |
|---|
| The wanderers end up in another desert, this one with pillars of sand (or rather, Soil!) instead of fire. Lou, having fallen for Kaze, tries to look for him. In the meantime, Pist, the fourth Deathlord, returns to Gaudium after completing his Ocean Puzzle. He demonstrates his plans for beating Kaze on Shroi Kumo, stopping him from using his mist attack by blasting the vial out of his hand with a water gun (although Shroi Kumo makes sure he knows that can only work once!). Lou finds Kaze in a sand drift, but their reunion is interrupted by Pist. Kaze begins dissolving his Demon Gun (despite the huge wind it brings), but Pist quickly uses a monster called Sand Sword to steal the Demon Gun and put it on his own hand!
| |
|
|
| Lou uses a dentist's mirror provided by Pochepoke to transform and distract Pist while everybody escapes down a hole in the sand. However, he quickly finds them with Crux's help. Too fast for everyone, he soon has them all trapped in pieces of the Sand Sword. Lou mentions Omega, which surprises him. However, Kaze goads him into using the Demon Gun. He tries to summon Bahamut(?), but the Demon Gun backfires and ends up back on Kaze's hand (only he can fire it). Pist returns to Gaudium and all the Deathlords begin the search for Omega...
|
|
| Episode 09: "Oscha - The Endless Project" |
|---|
| The wanderers end up in a place with two huge assembly lines; workers on one end partly assemble an object, while on the other end it's disassembled. Lou tells the party that they do this to survive the chaos of the Inner World. Back in Gaudium, all four Deathlords are sent to find pieces of Omega. Oscar decides to go off on a tangent after hearing from Crux, though... the workers find themselves finally completing the object they're making... when it's done, they all collapse from existential uncertainty. The object then turns into a giant robot which chases them...
| |
|
|
| Oscar appears and has a bit of witty repartee with Kaze. Kaze uses his Demon Gun while Lou defends him from the robot's attacks. Odin destroys the robot. A tiny robot emerges from the wreckage, but is kicked to death by Chobi. 8-) Kaze disappears again, and Lou (still insanely in love with him) goes off to search for him.
|
|
| Episode 10: "Mansion. The Memory of Sagiso" |
|---|
| The subway drops them off in what looks like a town, but all the houses are pure stone. Yu spies what looks like his parents (the backpacks are theirs) walking far off! They chase after them into a huge mansion, but can't find them. They end up in a room with a bunch of Dead Peppers (huge spicy peppers) hanging from the ceiling. Chobi loves 'em, so he grabs one, but goes nuts and runs around like crazy, hooking Ai by the pigtails while he does so and separating himself and her from the others. Yu runs after them, but gets lost. Lisa, however, hears the crying of a small boy, who calls himself Sagi, and they wander the mansion together, trying to find the exit...
| |
|
|
| A contraption made by Oscar puts everybody back together - with Herba and her pet flower, Hughug! She's apparently looking for Omega, without success. She also shows them Yu's "parents": cactus creatures wearing the backpacks, which she refuses to say where she got. The contraption opens yet again, but this time Kaze steps out! He wreaks havoc with Atomos (Herba runs away first, natch). The others are almost sucked in with the mansion, but Sagi's idea to feed Chobi another Dead Pepper (from Pochepoke) works, and they run away at Spicy Speed. 8p When they come to, Sagi is gone, but in the ground is a sagisou (egret orchid). Lisa suddenly remembers a sagisou she talked to as a child, but left behind when she moves to another country, and realizes that Sagi was that flower...
|
|
| Episode 11: "Ciel. The Departure of Chocobo" |
|---|
| The party reaches a field, where they encounter a herd of chocobos being chased by a mushroom monster. With the help of Lisa and Chobi, the herd destroys the monster. They meet Chocoimo, Chocobaba's younger sister, but she can't help them (naturally). Isabel rings and the humans start to leave, but Chobi stays behind with the herd.
| |
|
|
| The subway is again attacked by a part of Omega. Yu is separated from the others by a large gorge. In the meantime, the Chocobo herd comes across the ruins from the time of Ciel. Chobi touches them and is transformed into the Ciel chocobo. He flies to Yu and saves him from Omega. Kaze summons Titan to attack Omega, and the others escape on the subway. |
|
| Episode 12: "Fungus - Eternal Life" |
|---|
| The members of Gaudium begin collecting crystals of Omega (in their inert forms). Shrio Kumo collects a particularly large specimen, and in gratitude Earl Tyrant makes him the fifth Deathlord. Fungus, on the other hand, collects zip. Earl Tyrant gets angry and with Oscar's help begins a plan to get rid of Fungus to feed Chaos. Oscar shows Fungus the part of his world that was absorbed into the Inner World. By another incredible coincidence, the party (including Kaze) end up in the same place and are confronted by Fungus.
| |
|
|
| Fungus grows enormous due to the energy on his homeworld. Kaze attempts to beat him by first summoning Ixion, then Phoenix, but Fungus continues to regenerate each time. Lisa, Yu, and Ai circle around on Chobi/Ciel to see the outcome...
|
|
| Episode 13: "Meteor. Abominable Memory" |
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| Lisa jumps off Chobi and tries to reach Kaze. Her kigenjutsu causes spores to fill the air. Fungus attacks with random rocket-mushrooms, and ends up capturing Chobi with Ai and Yu. Lisa tries to stop Kaze from attacking Fungus for fear of hitting the children, but Kaze refuses to listen. Fungus captures them both with another mushroom and throws them underground. Inside a spore-filled cave, Lisa tries talking to Kaze again, unsuccessfully. Shroi Kumo suddenly shows up and attacks Kaze, making a reference to the fact that Kaze can't fire the Demon Gun whenever he wants.
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| In the meantime, Fungus (back to normal size) has captured the children and Chobi. He explains to them that the Inner World will absorb all the Outer Worlds and chortles about their impending execution, but is interrupted by Shroi Kumo, who tells him Kaze is still alive and invites him to finish the job. Fungus grows again, with the capturees tied to his giant mace. Lisa and Kaze run out from underground to see Fungus threaten to crush the children. However, Crux picks this time to sow a destructive mold around the place (the same mold that destroyed the world the first time). Fungus begins to crumble with the rest of his world.  Chaos feeds off Fungus's destruction; Earl Tyrant is quite pleased.
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Final Fantasy, all games and animation bearing the Final Fantasy name, and all characters in said games or animation are copyright their respective creators, including but not limited to Squaresoft, Square Enix, Square EA, Tokyo TV, and ADV Films.


Operation Underground Railroad
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Tcalc¶
Classes for handling telescope and eyepiece properties.
- class tcalc.barlow_lens(barlow=2)¶
Class representing a single Barlow lense :param barlow: the Barlow factor, default is 2 :type barlow: float greater than 1
- class tcalc.eyepiece(f_e, fov_e=50)¶
Class representing a single eyepiece :param f_e: focal length of the eyepiece (mm) :param fov_e: field of view of the eyepiece (deg). Defaults to 50 degrees.
- class tcalc.focal_reducer(P_reducer)¶
Class representing a single focal reducer :param P_reducer: the power of the focal reducer :type P_reducer: float between 0 and 1
- class tcalc.telescope(D_o, f_o, user_D_eye=None, user_age=None)¶
Class representing a telescope :param D_o: the size of the telescope opening (mm) :param f_o: focal length of the telescope (mm) :param user_D_eye: diameter of telescope user’s eye in mm. Default is 7 mm. :param user_age: age of the telescope user. Will be used to compute user_D_eye if none is specified.
- add_eyepiece(piece, id=None, select=True)¶
Attach an eyepiece to the telescope class The telescope class can have multiple eyepieces associated with it, this method allows you to add a single eyepiece object to the list. :param piece: the eyepiece object to add :type piece: eyepiece class instance :param id: the name to give the eyepiece - it will be identified by this name :type id: string :param when selecting and analyzing eyepiece configurations. If unspecified: :param it will be set to a number.: :param select: if True (default) the added eyepiece will be selected by calling the select_eyepiece method. :type select: bool
- Returns
None
- add_optic(optic, id=None, select=True)¶
Attach an optical part to the telescope class The telescope class can have multiple optical parts (focal reducers and Barlow lenses) associated with it, this method allows you to add a single part to the list. :param optic: the optical part object to add :type optic: focal_reducer or barlow_lens class instance :param id: the name to give the part - it will be identified by this name :type id: string :param when selecting and analyzing optical configurations. If unspecified: :param it will be set to a number.: :param select: if True (default) the added optical part will be selected by calling the select_eyepiece method. :type select: bool
- Returns
None
- change_user_age(new_age)¶
Update the age of the user and the corresponding eye size :param new_age: the age of the user :type new_age: float > 0
- Returns
None
- list_eyepiece()¶
List the eyepieces and other optics availabe to the telescope :param None:
- Returns
- Prints out a list of eyepiece objects and the
current eyepiece being used.
- say_configuration()¶
List properties of the telescope eyepiece pair :param None:
- Returns
Writes out the properties of the telescope
- select_eyepiece(id=None)¶
Set the current eyepiece :param id: The id of the eyepiece to include. Default is None, which selects no eyepiece
- Returns
None
- select_optic(id=None)¶
Set the current optical part :param id: The id of the optical part to include. Default is None, which selects no optical part
- Returns
None
- show_eyepiece_limits()¶
Plots the eyepiece limits for a telescope-eyepiece pair according to user’s age and pupil diameter :param None:
- Returns
Plot of minimum achievable magnification as a function of pupil’s diameter which varies according to user’s age. Also, plots the power of the current selected eyepice.
- show_magnification_limits()¶
Plots the magnification limits for a telescope-eyepiece pair according to user’s age :param None:
- Returns
Plot of maximum achievable magnification as a function of pupil’s diameter which varies according to user’s age. Also, plots the magnification strength’s of the current selected eyepice.
- show_resolving_power(seeing=2.5)¶
Plots the resolution performance of the telescope for a specific seeing value :param seeing: Seeing factor of sky. Default to 2.5 :type seeing: float
- Returns
A plot depicting variation of chromatic resolution or simply the resolution at different wavelengths with respect to Dawes Limit and Limit due to seeing