This version is in HTML, a PDF version can be found in Chapter 8 of Volume 2: Software Architecture (Local PDF) or .(Ptolemy Web Site PDF)
Authors: Steve Neuendorffer
Christopher Brooks
Ankush Varma
Shuvra S. Bhattacharyya
The basic infrastructure is implemented in the copernicus.kernel package. The Copernicus class contains a main function suitable for invocation from the command line. The GeneratorAttribute class represents code generation parameters that can be persistently added to a model for unusual configurations of a code generator. The KernelMain class is a base class from which classes for various code generators can be derived. Instances of these subclasses are instantiated and executed in a code generation job.
The Copernicus class itself is invoked to begin code generation from a model. If invoked from the command line, it reads command line arguments to determine various code generation options and an MoML file to load a model from. If invoked via various static methods, code generation options are assumed to be passed in through a GeneratorAttribute. Default code generation options are specified in the Generator.xml file. One of the code generation parameters determines the code generator to execute. The class representing the code generator is loaded through reflection and invoked through the KernelMain base class.
The KernelMain base class provides default behavior for most code generators. It performs static analysis, such as type resolution and scheduling by invoking the Manager.preinitalizeAndResolveTypes() method and then passes control to the specific code generator.
codeGenerator: The code generator to run.
codeGeneratorClassName: The class that is instantiated to execute a particular code generator. This class is expected to be a subclass of ptolemy.copernicus.kernel.KernelMain.
compile: If true, compile the generated code. The default is true.
show: If true, then show the generated code. The default is true.
run: If true, then run the generated code. The default is true.
ptII: The location of the Ptolemy II classes. The default is the value of the ptolemy.ptII.dir Java system property
ptIIUserDirectory: The top level directory to write the code in. The default is the value of the ptII parameter. The code will appear in 'ptIIUserDirectory/targetpath'.
targetPackage: The package to generate code in. The default is the model name
targetPath: The path relative to the ptIIUserDirectory to generate code in. The default is the "cg" subdirectory of the particular code generator.
outputDirectory: The directory that code will be generated in. By default this is the targetPath parameter appended to the ptIIUserDirectory path.
modelPath: The path to the model, including the .xml extension. The modelPath parameter is converted to a URL internally before use.
compileOptions: User supplied arguments to be passed to the code generator. Defaults to the empty string.
javaClassPath: The Java class path, converted to a string.
runCommandTemplateFile: The template file that contains the command to run the generated code.
runOptions: User supplied arguments to be passed to the command that will run the generated code. Defaults to the empty string.
sootDir: The directory that contains the soot jar files. Defaults to the value of the ptII parameter + "/lib"
sootClasses: The location of sootclasses.jar, jasminclasses.jar and the Java system jar (usually rt.jar). The necessaryClassPath parameter may end up duplicating some of the elements of this parameter.
watchDogTimeout: The number of milliseconds that code generation will run for. Defaults to 720000, which is 12 minutes. The watchdog is used to prevent the code generator and the generated code from hanging the nightly build.
output: The filename to redirect the standard output stream of the code generator to. This is used, for example, in the nightly build to provide easily parseable error messages. If the value is not set, then the output will not be redirected.
The Java code generator operates in several phases, and the output of each phase is a partially specialized model. The output from the intermediate phases can be generated by setting the snapshots parameter to be true. The first snapshot consists of self-contained code specialized to the domains in the model. The second snapshot is additionally specialized to the parameter values in the model, while the third is specialized to the structure of the model. The fourth snapshot eliminates all references to Ptolemy named objects in the model, resulting in self-contained code without component interfaces. The final generated code has also been specialized for data types and contains no references to Ptolemy tokens.
One of the goals of the Java code generator was to avoid separate specifications for simulation and code generation wherever possible. The Java code generator operates by transforming Java actor specifications (actor classes) and on Java data type specifications (token classes). In most cases, new actor and token classes will be leveraged transparently by the code generator. Unfortunately, domain specifications are not as easily reused and the Java code generator contains "re-implementations" of domains for code generation. This allows for more efficient code to be generated, at the expense of duplicating aspects of existing Director and Receiver code, and making it more difficult for new domains to be implemented in code generation.
In order for existing actor code to be leveraged by the code generator, it assumes that the code is written according to the Ptolemy style for writing actors. This style assumes naming conventions for the public fields of an actor class that refer to parameters and ports of the actor. The code generator also assumes that the ports and parameters of an actor are created in the class constructor and not modified later. Some actors do not fit these constraints and cannot be used directly in the code generator. Such actor classes cannot be used directly by the code generator, although in some cases we have been able to have the code generator deal specially with such actors. In other cases, the actor class fits the constraints but cannot be effectively specialized using generic techniques. Such actors can also be dealt with specially by the code generator to more effectively generate code.
The Java code generator consists of a large number of individual transformation steps, which will not be described here. These transformation steps are implemented by classes extending the SceneTransformer class, or the BodyTransformer class. Two key points of extensibility are provided for generating domain code and for generating actor code to replace unspecializable actor classes.
Code generation for specific domains is handled by various implementations of the DomainCodeGenerator interface. An implementation of this interface is responsible for generating domain interaction code for a particular composite actor in the hierarchy, including code to invoke the methods of various actors and domain-specific communication structures. Currently, the following domains are handled:
Synchronous Dataflow (SDF): The SDF implementation transforms the SDF schedule into Java code that invokes the actors in a model. Fixed size arrays are generated for communication buffers dedicated to each relation in the model, and communication methods are replaced with circularly indexed addressing into the communication buffers.
Hybrid Systems (HS): The hybrid systems director deals with modal models. Currently, only the subset that is useful in modal SDF models is implemented.
Giotto: The Giotto implementation interfaces directly with the Java output of the Giotto compiler. It generates classes with static methods used for communication by the Giotto compiler and generates a .giotto file that describes the classes implementing the various Giotto tasks. The Giotto compiler compiles this file into a class that implements the Giotto task scheduling model.
Code Generation for actors is handled various implementations of the AtomicActorCreator interface. An implementation of this interface generates a self-contained class for a particular actor. The default implementation of this interface, the GenericAtomicActorCreator class, simply copies the existing actor specification code. Other implementations of the interface deal with generating code for specific actors. Currently the following actors are handled specially:
Expression: The standard implementation of this actor builds a parse tree for the expression and traverses the parse tree to evaluate it at run time. This actor is handled specifically by the ExpressionCreator class for two reasons. Primarily, the parse tree is convenient way of representing an arbitrary expression, but much simpler code can be generated for a specific expression. Secondarily, the parse tree complicates other transformations that specialize communication between actors and data types.
FSMActor: The standard implementation of this actor builds parse trees for every expression in a model, and suffers from the same drawbacks as the Expression actor. The FSMActor also attempts to deal with run-time modifications of the finite-state machine in an efficient manner, which is not necessary in generated code. This actor is handled specifically by the FSMCreator class.
Many actors are not handled specifically, but should be. Here is a short list:
MathFunction: This actor creates and deletes its ports based on a parameter value. In generated code will likely not happen (since the parameter value is not likely to change), but the GenericAtomicActorCreator is not smart enough to deal with ports that are not created in the constructor. It is likely easiest to handle this actor by handling it specially and checking that the parameter value does not change using reconfiguration analysis.
TypeTest: This actor tests the type system, but has no run-time behavior. It is problematic because it iterates over all of the actors in a model, which is currently not supported by the code generation mechanism. It could probably be checked statically and ignored in generated code.
RecordAssembler and RecordDisassembler: These actors iterator over their input and output ports to construct a record. They could either be dealt with specially, or the code generator could be improved to unroll iterators over ports.
ExpressionToToken and ExpressionReader: These actors operate in a similar way to the expression actor, except that the expression is received from an input port. Because of this, code generation will not work. It is not clear how to make this actor work nicely with type specialization.
The code generated from the Java code generator is a set of self-contained Java .class files with a command-line interface. A makefile is automatically generated with a large number of rules for manipulating the generated code. The makefile rules are:
runJava: Run the generated code.
compareAll: Run a series of comparisons between the simulation model, the generated code, and the obfuscated version of the generated code comparing code size, execution speed, and memory usage.
treeShake: Generate a self-contained .jar file containing only code necessary for the generated code. This rule uses reachable method information gained through static analysis in the code generator, if possible.
treeShakeByRunning: Generate a self-contained .jar file containing only code necessary for the generated code. This rule executes the generated code and extracts information from the virtual machine about which classes were loaded at runtime.
runTreeShake: Run the generated code from the self-contained .jar file.
profileTreeShake: Run the generated code from the self-contained .jar file with profiling options to report runtime memory usage. An average of several runs is reported.
treeShakeWithoutCodegen: Generate a self-contained .jar file containing only code necessary for executing the simulation model. This rule executes the generated code and extracts information from the virtual machine about which classes were loaded at runtime.
runTreeShakeWithoutCodegen: Run the original simulation model from the self-contained .jar file.
profileTreeShakeWithoutCodegen: Run the original simulation model from the self-contained .jar file with profiling options to report runtime memory usage. An average of several runs is reported.
obfuscate: Run the Jode obfuscator on the generated code, to minimize the size of the generated .jar file.
runObfuscate: Run the obfuscated version of the generated code.
profileObfuscate: Run the obfuscated version of the generated code from the self-contained .jar file with profiling options to report runtime memory usage. An average of several runs is reported.
gcj: Compile the generated code into a native executable using gcj. Note: this will likely only work for simple models, as the gcj standard Java libraries are far from complete.
We use the copernicus shell script, located at $PTII/bin/copernicus to run the Java code generator:
$PTII/bin/copernicus -codeGenerator java $PTII/ptolemy/domains/sdf/demo/OrthogonalCom/OrthogonalCom.xml
The above command will generate voluminous output and eventually create .class files in $PTII/ptolemy/copernicus/java/cg/OrthogonalCom and run the generated code.
The copernicus script also generates a makefile in the output directory that contain rules to perform operations like treeshaking and obfuscation. Treeshaking is an optimization where we run the model, note what .class files are loaded and then place those .class files in a jar file. Treeshaking is not perfect, since if the model is running from the jar file and later throws an exception the error handlers and other .class files might not be present. Obfuscation is an optimization that shortens class and method names so as to decrease the size of the jar file.
We use Jode to obfuscate the code. Jode is available from http://jode.sourceforge.net/. Unfortunately, Jode is distributed under the GNU General Public License (GPL), so we do not include it in the Ptolemy release. To set up Jode:
cd $PTII ./configure
Then go back to the output directory and run make:
$PTII/ptolemy/copernicus/java/cg/OrthogonalCom make compareAll
The truly observant will have noticed that the various versions of the model ran very quickly and that it is difficult to compare the time performance of the different versions. The solution is to increase the number of iterations so that we can see differences in time performance. $PTII/ptolemy/copernicus/kernel/KernelMain.java describes how to set the iterations:
* If the director is an SDF director, then the number of * iterations is handled specially. If the director is an SDF * director and a parameter called "copernicus_iterations" is * present, then the value of that parameter is used as the * number of iterations. If the director is an SDF director, and * there is no "copernicus_iterations" parameter but the * "ptolemy.ptII.copernicusIterations" Java property is set, then * the value of that property is used as the number of * iterations.
So, we can either edit the model and add a copernicus_iterations parameter, or else we can run copernicus with the ptolemy.ptII.copernicusIterations property set. In this example, we set the property and rerun copernicus
export USERJAVAPROPERTIES=-Dptolemy.ptII.copernicusIterations=100 $PTII/bin/copernicus -codeGenerator java $PTII/ptolemy/domains/sdf/demo/OrthogonalCom/OrthogonalCom.xml
Then, we cd to the generated directory and re run the comparison:
cd $PTII/ptolemy/copernicus/java/cg/OrthogonalCom make compareAll
The results is that the different versions of the models run for 1000 iterations and we can compare the times:
Note that these results are not particularly rigorous, see [112] for a more formal analysis.
Within the Ptolemy II framework, the C code generator takes the class files generated by copernicus.java as input.The C code generator can also be used as a stand-alone Java-to-C compiler to generate C code for arbitrary Java programs.
The Soot framework is used to create a Call Graph of the application. This is a graph with methods as the nodes, and calls from one method to another as directed edges.
At first glance, it seems that the transitive closure of the methods in the main class should represent all methods that can be called. However, this is not so, because the first time the field or method of a class is referenced, its class initialization method is also invoked, and this can reference other methods or fields in turn.
The method call graph also contains an edge from a method to every possible target of method calls in it. The number of such targets can be large for polymorphic method calls. A more sophisticated analysis can trim the method call graph by removing some of the edges corresponding to polymorphic invocations.
We use Soot's Variable Type Analysis (VTA) to perform this call graph trimming. This analysis computes the possible runtime types of each variable using a reaching type analysis, and uses this information to remove spurious edges.
From the analysis mentioned above, the set of all possible required classes, methods and fields (collectively grouped as entities) can be statically computed. We use a set of rules to determine which classes are required.
Interfaces are treated as classes. A worklist-based algorithm can be used to add to the set of required entities until no additional entities can be found by application of these rules. Together, rules 2, 3 and 4 encapsulate all possible dependencies between entities. This makes the set of required entities self-contained.
The further limitations of the current implementation are:
The dashed arrows in the UML diagram represent the coarse-grained code flow in copernicus.c. The entry class is JavaToC when used in stand-alone mode, and Main when copernicus.c is used as a ptolemy code-generation back-end.
JavaToC reads in a Java class file and implicitly converts it to the Soot Jimple format. Then it calls RequiredFileGenerator, MakeFileGenerator and MainFileGenerator.
RequiredFileGenerator uses CallGraphPruner to compute the set of required classes, methods and fields. Then it calls ClassFileGenerator, HeaderFileGenerator and StubFileGenerator on each required class.
ClassFileGenerator creates the .c file containing all the function definitions. Each of these function definitions is created by MethodCodeGenerator. MethodCodeGenerator calls CSwitch on each Jimple statement to find its C equivalent.
HeaderFileGenerator creates the .h file corresponding to the class. This consists of a class-specific C structure for the class (created by ClassStructureGenerator), an instance-specific C structure for the class (created by InstanceStructureGenerator) and various function declarations. MethodListGenerator is the class that "understands" inheritance to create the lists of constructors, inherited methods, new methods, private methods, etc.
StubFileGenerator creates a small "stub" of prototype declarations useful for breaking circular dependencies between classes.
MakeFileGenerator creates a makefile proving rules for compiling the generated C code into an executable.
MainFileGenerator creates a file that contains the C "main" method, which performs initialization functions, wraps the command-line arguments into the C equivalent of a Java string array and passes them to the "java" main method.
In addition, CNames converts Java names into unique legal C names, InterfaceLookupGenerator takes care of resolving interface method invocations, FileHandler provides file I/O utilities, Options stores configuration information, Context handles useful global information, NativeMethodGenerator handles native methods and OverriddenMethodGenerator allows user-defined code to override the compiler.
java -classpath $classpath ptolemy.copernicus.c.JavaToC $classpath <className>
(note that the classpath has to be specified twice)
Move the xml model to c/test/simple
java ptolemy.copernicus.kernel.Copernicus -codeGenerator c <model>.xml
Java requires certain native methods, which are methods implemented in platform-dependent code, typically written in another programming language such as C. The C code generator allows the user to specify C code for the body of any native method. At compile-time, this is integrated with the generated C code, allowing any C native methods to be fully supported. To do this:
It is also possible to override the C code generator and write custom C code for a given method instead. To do this:
Note that the term overridden in this context does not refer to methods that are overridden through inheritance in Java classes.
To "turn off" code generation for a method, override it without creating code for it in runtime/over_bodies. For an entire class or package, list it in OverriddenMethodGenerator.isOverriddenClass(). This will generate methods with blank bodies and trivial return statements which will return 0 or NULL.
CAVEAT: Make sure that the returned values are not used. Referencing a NULL pointer will cause the executable to throw a segmentation fault.
The Applet code generator takes a model and creates HTML files for use as a web based applet.
The applet generator reads template files that end in .in from $PTII/ptolemy/copernicus/applet substitutes keywords and writes out the files in the destination directory. Users may modify the template files to match their local setup
Making an applet available via the web is somewhat complex because the Java Plugin has two sections, one for Netscape, the other for Internet Explorer, so changes to the htm files must be replicated in both sections. The codebase and the location of the jar files also add to the problems.
If a model is named MyModel, and the user selects foo.bar as the package, then saving the model as an applet will create a directory called $PTII/foo/bar/MyModel and create the following files for that model:
make demo will run appletviewer on the HTML files
An HTML file containing the code necessary to MyModel.xml
The OrthogonalCom model generates prints output to standard out, so when this model is run as an applet, the output will appear in the Java Plugin console. Instead, we generate an applet for the Butterfly model, which will generate display a nice plot. Note that the Butterfly model uses the Expression actor so that while we cannot use deep code generation on the Butterfly actor, we can generate an applet for this model.
cd $PTII/ptolemy/domains/sdf/demo/Butterfly $PTII/bin/copernicus -codeGenerator applet Butterfly.xml
The HTML can be found in $PTII/ptolemy/copernicus/applet/cg/Butterfly.
Usually, one wants to put an applet on a website. Ptolemy applets require jar files for the runtime environment, so the applet code generator will copy the necessary jar files if the value of the ptIIUserDirectory parameter is outside the $PTII directory.
cd $PTII make install
mkdir c:/tmp/ptIIapplet/Butterfly
cd $PTII/ptolemy/domains/sdf/demo/Butterfly $PTII/bin/copernicus -codeGenerator applet -ptIIUserDirectory \ c:/tmp/ptIIapplet -targetPath Butterfly Butterfly.xml
Note that the copernicus command should be typed in on one line.
cd $PTII make install
mkdir c:/tmp/ptIIapplet/Butterfly
c:/tmp/ptapplet
Note that the directory must already exist. If it does not exist, then the default directory will automatically be used.
$modelName
Butterfly
Under Web Start, you may need to add classes to the necessaryClasses parameter so that the necessaryClassPath parameter will get updated with the appropriate jar files and passed to the subprocess that invokes the applet code generator. The reason this is necessary is because Web Start is invoked using a special class loader that accesses separate jar files in the Web Start cache. The applet code generator does not have direct access to the Web Start class loader, so we tell it what classes we need so that they can be added to the class path.


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Simple and intuitive: these will be the two main features with which we will define user interfaces and application
interaction methods.
Stratio follows the atomic design approach to build some UI bricks that allow us build our interface like a LEGO system.
The different blocks into which Stratio divides its interfaces are shown below.
Tokens
This atomic parts are the foundation of the Design System.
They work as developer variables. They are the only thing you need to change in case you want another
kind of design!
Components
Components are the core of the designs of your product. Buttons, inputs, dropdowns... they depend on Tokens. So
if you need to change the design of them, just change the tokens and voilá, all components are changed
in a second.
Patterns
Patterns are groups of components that usually are repetitive.
They help you to build your product in a consistent way. Best patterns examples are Cards, Forms, blog
posts, sidebars, menus, etc.
Templates
Templates are page structures that are commonly used. Use pre-made templates to not start from scratch your
designs and development. This speeds up the starting process of designing and coding a new product screen.


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Home
Arizona :: Locate The Law
Constitution
Arizona State Constitution
(Arizona Legislature)
Documents Leading to Statehood
(Arizona State Library, Archives and Public Records)
Executive
Arizona Administrative Code
(Arizona Secretary of State)
Arizona Administrative Register
(Arizona Secretary of State)
PDF; Vol. 5, no. 15 (April 9, 1999-
Attorney General Opinions
(Office of the Arizona Attorney General)
1999-
Arizona Governor
Arizona Attorney General
Arizona Secretary of State
- includes elections services
and a publications list
Judicial
Arizona Supreme Court Opinions
(Arizona Supreme Court)
1998-
Arizona Supreme Court and Court of Appeals Opinions
(FindLaw)
1997-
Arizona Court of Appeals, Division I
(Arizona Supreme Court)
Arizona Court of Appeals, Division II Decisions
(Arizona Supreme Court)
includes decisions within the last 180 days only
U.S. Court of Appeals, 9th Circuit
(U.S. Courts)
1995-
U.S. Court of Appeals, 9th Circuit
(FindLaw)
1990-
U.S. District Court, District of Arizona
Arizona Office of Administrative Hearings
Administrative Office of the Courts
Arizona Criminal Justice Commission
Self Service Center
(Arizona Courts)
Rules of the Arizona Supreme Court
(Arizona Supreme Court)
Legislative
Arizona Revised Statutes
(Arizona Legislature)
Bills of Arizona
(Arizona Legislative Information Service)
1995-
Session Laws of Arizona
(Arizona Legislative Information Service)
1995-
Arizona Legislature
(Arizona Legislative Information Service)
Frequently Asked Questions
(Arizona Legislative Information Service)


Look in routes/RouteParams.js to see why these urls respond as they do. The point is that you don't need to have a route for every URL. There are parameters wild cards you can use to handle multiple URLs on a single route.
clientRoute
route


Longest ride to date this morning, 48 miles, followed by berry picking out on Sauvie.
9/10/2011, 2:32:45 PM
Favs: 0
Retweets: 0
link--- layout: tweet ---
Longest ride to date this morning, 48 miles, followed by berry picking out on Sauvie.
9/10/2011, 2:32:45 PM
Favs: 0
Retweets: 0
link


Given customer’s data, I had to create core logic for creating segmentations of them using their locations, like if a user is more visible nearby malls, shopping centers then the user is a high asset for marketing. Etc.
Check it outTo develop a campaign intelligence, to serve the ads in the real time by allocating the marketing budget efficiently to maximize the ROI.
Check it out


The schools classes
Your current school's classes.
Oops !
No active classes to be found in your app, start by uploading some
| # | name | option | year |
|---|---|---|---|
| {{ i+1 }} | {{c.name}} | {{c.classOption.name}} | {{c.universitaryYear.endDate}} |
Your current school's classes.
No active classes to be found in your app, start by uploading some
| # | name | option | year |
|---|---|---|---|
| {{ i+1 }} | {{c.name}} | {{c.classOption.name}} | {{c.universitaryYear.endDate}} |


SPRING
Plant 1
Plant 2
Plant 3
About Foraging
Foraging by Seasons
Recipes
Recources
Foraging
By Seasons
Recipes
Resources


Almost Famous
There's a scene towards the end of "Almost Famous" wherein the main character, William, is sitting at his typewriter with a terrible case of writer's block. He's just been on a great adventure touring America with a popular rock band and even with all the experiences he's gone through he still can't figure out how to begin to write about it.
I'm kind of in the same position myself. I've put off writing this review for two weeks, due partly to the fact I'm a lazy schmuck. Then again, a lot of it has to do with the fact "Almost Famous" is a film that makes you think about it for quite a while after you've seen it (both the flaws and the good points).
The movie tells the story of a 15-year-old boy named William Miller who's an accelerated student and is a natural writing wiz. The setting is San Diego in 1973 and he's a huge rock and roll fan who's witnessing first-hand the changes the music is undergoing at the time. He's hired by Lester Bangs, the editor of Creem Magazine, to cover a Black Sabbath concert. His work is so impressive an editor at Rolling Stone offers him a high-paying job to do an in-depth piece on an up-and-coming rock band named Stillwater. William takes the job (much to his mother's refusal) and proceeds to experience the music lifestyle very personally. In a few weeks he gains more life experience than some people do their entire lives.
Writer and director Cameron Crowe made this film as a sort of autobiographical piece. He was writing for Rolling Stone when he was a teen and toured with some big bands in the early 70's. You certainly get that feeling of authenticity when it comes to the rock lifestyle. But this is also a commercial dramedy and character study plays a major role in how it works. There is no real plot to speak of, just experiences. I'm not sure what stuff actually happened to Crowe and what has been plugged in for the sake of a big Hollywood movie, but for the most part it all works well. Crowe's films all have an emotional center to them, and "Almost Famous" certainly doesn't stray from that formula. Not one major character or major characteristic dominates - it's a push-and-pull, give-and-take, yin-and-yang amalgam.
William is the straight guy for the majority of the film, trying to be a true journalist and staying out of the story but it's impossible to do that completely. He meets Penny Lane, a teenage rock groupie who truly loves the music and isn't out to be the dish all the rockers fall for. She's shallow in some respects but quite deep in others. She reminds me of the Jenny character from "Forrest Gump" - a slave to the flesh's desires and temptations but she still has some heart and truly cares about those close to her. There's Russell Hammond, the lead guitarist for the fictional band Stillwater who likes Penny a lot but doesn't have a lot of direction in his life. He thinks he's better than his bandmates and doesn't seem to appreciate a lot of things he should.
Not surprisingly there's a sort of love triangle going on between these three characters. Penny is a mysterious and charming girl, it's easy to see why William likes her but why Russell does isn't explained very well. This is one of the film's biggest flaws. One of the major plot arcs involves Penny and her other teenage friends who go with Stillwater everywhere. You have to wonder why these men in their late 20's like having teenage girls around so much (they don't come off as perverts or anything). You also wonder what the girls' home lives are like that they would leave their families to be with rock stars. Chalk it up to the fact it's the early 70's and it was just part of the time, or that teenage girls have always loved celebrities and would probably do anything to be with them. I'll take that as a given but I think Crowe could have explained this just a little better (the closest we get is a scene in which Penny tells William her real name).
The majority of the film revolves around William's adventure with the band. It 's a backstage look at what it's like to be in a struggling rock band. They're doing what they love but they haven't "made it" yet (hence the title). They live the rock lifestyle so perfectly it's a cliche, but the scenes are so genuinely good it's forgivable. Yup, there's quite a lot of references to alcohol, drugs, promiscuous sex and the sheer decadence of it all. Surprisingly it's not as abrasive as you would think - probably because Stillwater is a progressive rock band, not a hardcore metal band or anything like that. They are basically normal guys who happen to play music for a living.
And that's what "Almost Famous" is really about - the music. More specifically, the great prog-rock of years gone by. Crowe is a huge rock fan and has used it well in all his previous films, here it's a film all about rock and none of it is gratuitous. I felt like this film was made just for me and my friends who love "classic rock" (no references to Pink Floyd or Rush - my favorite bands!). Crowe simply basks in the beauty of the music. An excellent example of this is the final sequence that closes the film. Led Zeppelin's "Tangerine" is playing in the background when the scene ends and the screen fades to black. Instead of cross-fading to a different song or abruptly ending it, the screen remains black for a good 10 or 20 seconds so that the piece may finish - THEN the credits roll. This is also the first movie EVER to feature a Led Zeppelin song on the soundtrack (four of them actually), that tells you how authetic it must be if Robert Plant and Jimmy Page okayed the use of their music.
Not that this film is perfect, upon seeing it a second time I noticed many flaws. The scene in which all the band members reveal their secrets seems contrived and forced. I also noticed a lot of unnecessary little scenes and shots and some of the editing appears choppy. Newcomer Patrick Fuqit is pretty good as the innocent William but the scenes in which he has to express true emotion are awkward especially since Billy Crudup, Kate Hudson, Phillip Seymour Hoffman and Frances McDormand are so excellent in their roles.
Still, there's a lot of great things to say about "Almost Famous." It's enjoyable from start to finish, refreshingly original and funny and dramatic at the same time. It IS about the music, man!
GRADE: B+
You can also read this review at: http://www.epinions.com/mvie-review-1959-7332A0C-39D95601-prod1 And other reviews on the same topic at: http://www.epinions.com/mvie Check out my profile page at: http://www.epinions.com/user-chad9976
***** Chad'z Movie Page is back! In-depth reviews of nearly all mainstream films playing at your local cineplex. There's also reviews of a few classic films and some of your personal favorites.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


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Check your answers
This section is: Estate Agency Business
Which services does your business provide?
Answer:Residential Estate Agency
Is this business registered with a redress scheme?
Answer:The Property Ombudsman Limited
Has the business, or anyone in the business, ever been penalised under the Estate Agents Act 1979?
Answer:My business received a penalty in 2003 because of reasons X, Y, Z.
Has the business, or anyone in the business, ever been penalised by a professional body?
Answer:No


By bucketing all of my Foursquare checkins by hour and day of week, you can get a good sense for when I am actually using Foursquare. By proxy, this might also be the time I am most likely to be out with friends. Apparently, I like to hang out on Sundays around 1pm. Brunch perhaps?


The amount of items you will have eventually.
The amount of items you are going to purchase, without counting the free items.
Being confused by calculating the price of items packaged in different portions? Enter multiple items’ price, portion, and unit (volume/weight/length/area). We will calculate the most inexpensive item for you.
Enter the number of free item(s) you will get after purchasing a certain amount of product(s). And then you will know the most inexpensive way to get the maximum number of item.
“I need”: The amount of items you will have eventually. For example, you will need 15 items in total, including the free items. We will tell you how many items you should pay for and how many free item you will receive to reach the 15 items goal.
“I Will Buy”: The amount of items you are going to pay for, without counting the free items. For instance, you are going to pay for 10 items and there is a buy 4 get 1 free discount. We will tell you to grab 12 items in total in order to receive 2 free items.
After enjoying your meal, simply enter the price, tax rate, and the gratuity percentage and we will calculate the price for each person for you.
First, insert the price of an item. And then apply the amount of surcharge or discount. The grand total price and how much you saved will be displayed afterwards.


After close to a decade working as a public relations professional, I discovered a real joy and passion for computers and coding.
Following this passion has led me to post-graduate studies in computer science and a burgeoning new career as a full stack web developer.
My communications expertise, ability to learn quickly and desire to deliver clean and effective solutions to clients has made me an invaluable part of development teams.
Using development frameworks such as Symfony and Ruby on Rails I have helped to deliver applications which companies rely on both locally and globally.
With a focus on the end user, I have experience in the implementation of JavaScript and jQuery based frontend functionality.
I am comfortable using the command line interface of Unix-like systems, as well as associated development tools such as Git.


T
- the type of Entity that this GameWorld uses as its base entity type.public class GameWorld<T extends BaseEntity>
extends java.lang.Object
BaseEntity
.
The GameWorld will update and render all the entities.| Modifier and Type | Method and Description |
|---|---|
void |
addEntity(T entity)
Adds an entity to the list of entities if it's not already added.
|
java.util.List<T> |
getEntities()
Returns a list of the entities in this GameWorld.
|
GameState |
getState() |
void |
updateEntities()
Updates all the entities in this GameWorld's list of entities.
|
public GameWorld(GameState stateIn)
public void updateEntities()
public java.util.List<T> getEntities()
public void addEntity(T entity)
entity
- The entity being added.public GameState getState()


(wait-for-process-input-request process-name)
Suspends keyboard processing until an input request is made by the target process. The function returns 1 if the process wants input, or 0 if the user typed a key at the keyboard.
Writes out a brief summary of the position of dot in the current window. It reports the co-ordinates of dot with respect to the current window, what the character to the right of dot is, what character number dot is at, the percentage of the file above dot, and what portion of the file is displayed in the window.
Executes the given expressions while the test is true (not equal to zero).
Removes a restriction put on a buffer by narrow-region.
Increases the width of a vertically-split window. widen-window can only succeed if at least one of the other windows is greater than one column wide.
Copies the selected text to the Windows clipboard.
See also:
Cuts the selected text and puts it on the Windows clipboard.
The default emacsinit.ml binds this function to ^X for consistency with normal Windows keys. Historically, emacs uses ^X to begin a command sequence, so the default emacsinit.ml swaps ^X and ^\ so that ^X can be used for WIN-edit-cut.
See also:
- WIN-edit-copy
- WIN-edit-paste
- swap-ctrl-x-char variable
Pastes text from the Windows clipboard.
See also:
This command returns a one dimensional array containing the top, left, bottom and right coordinates of the current window.
Index Description 1 Top Y coordinate 2 Left X coordinate 3 Bottom Y coordinate 4 Right X coordinate The position values are the same as used by goto-window-at-x-y and returned in control-string-parameters for a mouse click.
Writes all defined abbreviations to the named file. This file can be read back into Emacs with read-abbrev-file.
(write-current-file file-name) ^X-^S
Writes the contents of the current buffer to the file whose name is associated with the buffer.
Writes all modified buffers to their associated files and if the command succeeds, Emacs exits.
Writes each modified buffer into the file whose name is associated with the buffer. Emacs generates an error message if a modified buffer does not have an associated file.
(write-named-file file-name) ^X-^W
Writes the contents of the current buffer to the named file and changes the association of the buffer to the specified file name.


- File: ReadMe.html
- Author: Advanced Javascript Solutions COE
- Reviewer:Advanced Javascript Solutions COE
- Copyrights: Cognizant 2014
Project Description
AngularJS Seed project is an application skeleton that can be used as a starting point for more feature-rich enterprise/commercial single page web application.Project is structured by adopting module pattern using RequireJS in which similar functionalities are organized into the same directory. This approach separates controllers, services and partials into their own modules.Project contains bunch of angularJS libraries,third party libraries,HTML,CSS and re-usable assets to quickly jump start your angular web application development. AngularJS seed project talks to backend REST service hosted in www.mangolab.com.
Technology Stack
UI widgets and Style : HTML4 , HTML5, Twitter Bootstrap 3.1.0 , CSS2,CSS3 and JavaScript
UI Template : Static HTML DOM ,CSS and AngularJS Directives
AMD : RequireJS 2.1.10
RWD : Twitter Bootstrap 3.1.0 and Custom Media queries
Client Validation : AngularJS built-in directives
Javascript MVC framework : AngularJS 1.2
Javascript Patterns : Modularity ,DI,Facade and Singleton
Event Handling,DOM manipulations,Ajax and Service Interface : AngularJS Controller, Directives jQuery v1.11.0 & Rectangular
About SPA
From http://en.wikipedia.org/wiki/Single-page_application - In an
SPA, either all necessary code - HTML, JavaScript, and CSS are retrieved with a single page load, or the appropriate resources are
dynamically loaded and added to the page as necessary, usually in
response to user actions. The page does not reload at any point in the
process, nor does control transfer to another page, although modern web
technologies (such as those included in HTML5) can provide the
perception and navigability of separate logical pages in the
application. Interaction with the single page application often involves
dynamic communication with the web server behind the scenes.
In this implementation, we have a SPA consuming RESTful services using
JSON as data exchange format.
WHY SPA
- Less HTTP calls to Server.
- Fast and responsive non refreshing page. Can redraw any part of the
UI without requiring a server roundtrip to retrieve HTML.
- Thick client -Thin server architecture, less load on the server. Enables superior performance even at low network bandwidth.
- Client invokes backend service only for non-HTML JSON data, thereby minimizes the size of the response data.
- Easy to enable offline browsing capabilities.
- Data requests should generally be faster and the server will do slightly less processing.
- Client and backend services can be developed and exist independently regardless of where they are hosted and built.
- Due to the separation of concerns, testing now becomes easier and more controlled.
- Supports different devices - desktop,tablet,mobile,TV ,Google glass etc.
SPA AngularJS Logical Architecture
AngularJS Architecture
SPA Physical Architecture
Key Layers/Components
- Application : : Application entry point, organize, initialize, inject dependencies and coordinates the various pieces of application.Act as container for all angular managed objects or modules.
- View(Partials) : Run time DOM, renders dynamic page and HTML controls with scope data/state. Dispatch user events(actions) to router. Also responds (binds) to change in model state by updating the UI page.
- Templates : Static HTML page with Angular Directives & data binding expression to build reusable HTML UI.
- Scope/ViewModel : Angular Scope act as ViewModel layer that glues controller with View.Container for presentation data or state, represents interactive data that is required to render on view. View model is a object, that represents/refer data from one or more services. View Model has properties and data specific to View definition and not related to models/collections/services
- Router : Defines applications routes. Listens and routes application URL change to appropriate controller and partials.
- Controller : Defines and handles user events(actions). Invoke appropriate services to get application data from backend service and updates View state via scope.
- Service : Makes REST calls, represent presentation logic and fetch application data from REST service. Enable Facade pattern with the single responsibility of interacting with the external Web service.
View can have only one View Model whereas View Model can have one or many models/collections attached to it.
- RESTAngularJS : It is an AngularJS service that simplifies REST API methods - GET,CREATE DELETE, and UPDATE requests, entity relationships, object graph navigation, with a minimum of client code. Communicates with back-end service using JSON data over REST.
- Directives : Directives in AngularJS are used to make custom HTML elements and simplify DOM manipulation. They can modify the behavior of new and existing DOM elements, by adding custom functionality.AngularJS comes with its own set of built-in directives, as well as the ability to add your own ones.
- Filters : Filters in AngularJS are used to format the data for display, they are most often used along with AngularJS expressions.
- Layouts : Top level UI component to display nested views/partials within a page.
- Config : Container to define all the constants ,configurations and properties related parameters as key/value pair.
- Utils : Defines helper functions and utilities for implementing common behavior that can be reused across application modules.
- Bootstrap : : kick starts angular application module. All initializing or start up functions that needs to be executed prior to application startup have to be defined here.
- Require.js : AMD (Asynchronous Module Definition) script loader that asynchronously loads your JavaScript to improve page load performance, organize JavaScript into self contained modules. Each JavaScript file represents a module. Also does dependency management by injecting dependent modules into current module.
Key Design Decisions
- Favor loose coupling and tight cohesion.
- Favor good separation of concerns.
- Favor modularization and reusability.
- Favor SOLID principles.
- Favour flexibiltiy to pick and choose stacks.
- Favour Portability across all devices and platforms.
- Favor responsive web design.
- Favour Compatability with all major desktop browsers and mobile browsers.
- Favor clean code and website best practices.
Best Practices
- Async and parallel loading of application files - Javascript,CSS and HTML files
- JavaScript Syntax Validation and Code Quality Report
- CSS Syntax Validations and Code Quality Report
- Minifies CSS, JavaScript and HTML resources
- Image Optimizer
- Cache Buster to invalidate cached CSS and JavaScript files
- Generates JavaScript API Documentation
- Added normalize.css to render HTML/HMTL5 components consistently across different browsers.
- Merge and compress all the JavaScript files and CSS files into a
single minimized file. Takes less time to download ,enable minimal
connections to server and thereby improves overall performance and user
experience
Project Directory Layout
Project Root
|
+-------dist/
|
+-------build/
|
+-------test/
|
+-------vendor/
|
+-------readme/
|
+-------src/
|
+---------index.html
|
+---------favicon.ico
|
+---------styles/
|
+---------images/
|
+---------partials/
|
+---------js/
|
+ ---directives/
|
+ ---filters/
|
+ ---config/
|
+ ---utils/
|
+ --- << App specific modules >>
| |
| + ---controllers/
| |
| + ---services/
|
+ ---app.js
|
+ ---bootstrap.js
|
+ ---mainConfig.js
|
+ ---router.js
Usage
We have preconfigured the project with node web server. Install node.js, unzip the project and go to the project root folder in windows command prompt and run the node command : node web-server.js
Launch the app in your web browser by navigating to : http://localhost:8000/src/index.html


OxygenOS 10.0.2 for the OnePlus 7 and 7 Pro brings October 2019 patches and many optimizations
by Mishaal RahmanOnePlus has been one of the fastest OEMs at providing Android 10 updates for its smartphones, though a few updates were admittedly rushed or delayed. Nonetheless, it’s impressive that the company rolled out a stable Android 10 update for the OnePlus 7 and OnePlus 7 Pro less than 3 weeks after Google rolled out the update for the Pixel smartphones. Last month, OnePlus rolled out a minor hotfix update for the 7 series in the form of OxygenOS 10.0.1, but now, they’re rolling out a larger update that bumps the Android Security Patch Level to October 2019 and brings a ton of optimizations and bug fixes.
OnePlus 7 Forums ||| OnePlus 7 Pro Forums
The latest update, OxygenOS 10.0.2, is rolling out for users internationally. The update has already rolled out to many OnePlus 7 Pro users, but we’ve received word that it has started to roll out for the OnePlus 7 as well. Here’s the full changelog for the update that’s currently rolling out:
OxygenOS 10.0.2 for the OnePlus 7 Series Changelog
System
- Optimized the standby power consumption
- Optimized the expanded screenshot feature
- Optimized the Bluetooth connectivity in automobiles
- Improved the translation accuracy
- Optimized overall communication (network, phone calls, mobile data) performance
- Optimized charging performance with third-party chargers
- Fixed the blank screen issue
- Fixed fingerprint icon animation issue
- Fixed the volume issue with AirPods
- Fixed the black bar issue while charging or playing a video
- Updated Android security patch to 2019.10
- Improved system stability and general bug fixes
Camera
- Optimized the performance of Super Stable feature in the Video for the camera app
Since the OnePlus 7 doesn’t have the Super Stable video mode, the OxygenOS 10.0.02 changelog omits that part. Otherwise, the changelog for both devices is the same.
Download Links
OP 7 Pro GM21AA: OOS 10.0.1 –> 10.0.2 Incremental OTA ||| OOS 10.0.2 Full OTA
OP 7 Pro GM21BA: OOS 10.0.1 –> 10.0.2 Incremental OTA ||| OOS 10.0.2 Full OTA
OP 7 Global: OOS 10.0.2 Full OTA
OP 7 EU: OOS 10.0.1 –> 10.0.2 Incremental OTA
An explanation for each build tag can be found here. We will update this post with additional download links as we get them. You can alternatively use the Oxygen Updater app to get the latest incremental and full OTA download links. After downloading the incremental or full OTA zip file, you can sideload the update by going to Settings > System > System update > Local upgrade.
Thanks to XDA Senior Member Some_Random_Username for the download links, again!


compoisson: Conway-Maxwell-Poisson Distribution
Provides routines for density and moments of the
Conway-Maxwell-Poisson distribution as well as functions for
fitting the COM-Poisson model for over/under-dispersed count
data.
| Version: |
0.3 |
| Depends: |
stats, MASS |
| Published: |
2012-10-29 |
| Author: |
Jeffrey Dunn |
| Maintainer: |
Jeffrey Dunn <jsd115 at gmail.com> |
| License: |
BSD |
| NeedsCompilation: |
no |
| In views: |
Distributions |
| CRAN checks: |
compoisson results |
Downloads:
Reverse dependencies:
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=compoisson
to link to this page.


During the 2019-2020 school year, we built a filtering system for Tarjimly so that users within the app can search for translators with specific criteria such as professional expertise, phone interpretation, document translation, and demographic preferences. These filters enable refugees and aid workers to bypass the vocational and cultural barriers that arise with traditional language translation.
For the front-end work, we used React Native and Redux in order to populate the UI and maintain the application’s state when users select certain filters. When a user selects the “Filters” button before searching for translators, they are introduced to a pop-up modal that shows them a list of two types of filters: “hard” filters and “soft” filters. Hard filters (e.g. medical or legal translating) are mandatory constraints that are guaranteed to be met when connecting with a translator, while soft filters (e.g. urgent translator, translator from my organization) are satisfied given certain constraints such as the number of translators available, the number of other soft filters satisfied, etc.
Once we enabled the ability to select filters on the front-end, the next step was to create a REST API endpoint that parses and sends these filters (in addition to other data) to the server for processing. From here, the final step to select a sufficient number of filtered translators was to build a Python + Django microservice to fetch translators from the database, algorithmically filter out the ineligible translators based on various parameters, and then return the remaining translators back to the server. At this point, the final step entailed sending a response back to the front-end, where the user could finally be matched with a translator based on the filters.
Overall, this was an excellent opportunity for us to learn about full-stack engineering, product planning (both design-wise and algorithmically), and teamwork. Our Tarjimly project provided the right balance between having a robust support structure and allowing for creative freedom. If this kind of project seems interesting to you, there are several ongoing projects that we think you’d like!


{% extends 'teamwork/base.html' %} {% block main_content %} {% if team_employees %}
| Employee Id | First Name | Last Name | Role | Involved Date |
|---|---|---|---|---|
| {{employee.employee.employee_id}} | {{employee.employee.first_name}} | {{employee.employee.last_name}} | {{employee.role}} | {{employee.involved_date}} |
Team dont have any employee
{% endif %} {% endblock %}


Animation is a must-have thing in iOs app. Animation makes app look cool and live. Everyone likes something animate than a sudden change.
Unsplash does a great job here. A cool animation when scrolling makes app more interesting.
Today I will make an animation like Unsplash, not 100% same, but not bad, I think :D. I don’t record Unsplash animation, you should download the app and enjoy it. Really cool. Cool app worths to be downloaded and rated. You can download here.
I am making an app like Unsplash iOs to practise skills. This is the part 3 in the series.
HomeController
, add a new HeaderView
let animatedHeader = HeaderView()
view.addSubviews(views: tableView)
view.addSubviews(views: animatedHeader, tableView)
// (2)
animatedHeader.translatesAutoresizingMaskIntoConstraints = false
animatedHeader.horizontal(toView: view)
// (3)
animatedHeaderHeightConstraint = animatedHeader.height(headerHeight)
animatedHeader.top(toView: view)
That means the animatedHeader
is behind the tableView.
(2) is very important. Do you know why? We need to setup auto layout for animatedHeader
so that, we need to set translatesAutoresizingMaskIntoConstraints
to false.
(3): We need to keep the animatedHeader height constraint to animate it later.
animatedHeader
and headerView
need same data. Set the same data for animatedHeader
in fetchData
animatedHeader.data = headerView.data
scrollViewDidScroll
func scrollViewDidScroll(_ scrollView: UIScrollView) {
// (1)
let yOffset = scrollView.contentOffset.y
// (2)
let stopPoint: CGFloat = 96
let newHeight = headerHeight - yOffset
if newHeight > stopPoint {
// (3)
animatedHeaderHeightConstraint?.constant = newHeight
// view.layoutIfNeeded()
// (4)
headerView.isHidden = true
}
else {
headerView.isHidden = false
}
}
Move very slowly to understand clearly.
(1): Animation will animate by the changing of scrollView.contentOffset.y
. Most of animations in UITableView
need this property.
(2): Why stopPoint
is 96? 96 is total of some paddings. First, the padding from the searchTextField
to the titleLabel
in HeaderView
, it’s 16px. Second, the padding from searchTextField
to the bottom of the HeaderView
, it should be equal to first padding, 16px. Third, the status bar height, 20px. Final, the searchTextField
height, 44px. It’s 16 + 16 + 20 + 44.
Stop point means when the tableView
scroll (yOffset) to greater than stopPoint
, animation will stop.
Forgot to tell you. We need to move let headerHeight: CGFloat = 350
from setupView
to class.
(3): Update the animatedHeaderHeightConstraint
. iOs 9 needs call view.layoutIfNeeded()
to update the constraints.
(4): We have to hide the real headerView
because the animatedHeader
is behind the tableView, so we can’t see anything if the real headerView
is shown.
Run the project. And you see white space at headerView
portion. The tableView.backgroundColor
is white, it has to be clear. Set tableView.backgroundColor = .clear
in setupView
.
tableView
overlaps the animatedHeader
. So we need to bring it to front.
func bringFakeViewToFontIf(isTop: Bool) {
view.bringSubview(toFront: isTop ? tableView : animatedHeader)
}
In scrollViewDidScroll
, add code after line let newHeight = headerHeight - yOffset
bringFakeViewToFontIf(isTop: yOffset == 0)
Run again and see
Yeah, it stops. But you can see the problem, titleLabel
and authorLabel
are in wrong position. In Unsplash, they’re fading out. Do the same thing.
titleLabel
and authorLabel
var opacity = (newHeight - stopPoint) / headerHeight
opacity = opacity > 0 ? opacity : 0
Add these lines after headerView.isHidden = true
animatedHeader.authorLabel.alpha = opacity
animatedHeader.titleLabel.alpha = opacity
Run and see, it works.
Open HeadView.swift
, define new view
let whiteView = knUIMaker.makeView(background: .white)
Change addSubviews(views: imageView, titleLabel, searchTextField, authorLabel)
to
addSubviews(views: imageView, whiteView, titleLabel, searchTextField, authorLabel)
whiteView.fill(toView: self)
Add new method
func animateWhiteView(by opacity: CGFloat) {
let whiteViewOpacity = opacity > 0 ? opacity : 0
whiteView.alpha = 1 - whiteViewOpacity
}
Back to HomeController
, add these before close bracket of scrollViewDidScroll
let whiteViewOpacity = (newHeight * 2.2) / headerHeight
animatedHeader.animateWhiteView(by: whiteViewOpacity)
Why whiteViewOpacity
is (newHeight * 2.2) / headerHeight
? The whiteView need to be white when scroll up upto the categoryView
is overlapped, so it needs to be calculated with a higher value. 2.2
is just a guess and try value. I had to try several times before and found 2.2 is a good value for this purpose.
We need to change the status bar style to default.
if newHeight > stopPoint {
...
statusBarStyle = .lightContent
}
else {
...
statusBarStyle = .default
}
Run and see.
func changeSearchTextFieldStyle(_ style: Style) {
if style == .light {
blurEffectView.removeFromSuperview()
searchTextField.backgroundColor = UIColor.color(value: 230)
let color = UIColor.color(value: 150)
searchTextField.changePlaceholderTextColor(color)
(searchTextField.leftView as? UIImageView)?.change(color: color)
}
else {
addBlur(to: searchTextField, size: CGSize(width: screenWidth - 16 * 2, height: 44))
let color = UIColor.white
searchTextField.changePlaceholderTextColor(color)
(searchTextField.leftView as? UIImageView)?.change(color: color)
}
}
enum Style {
case dark, light
}
Move blurEffectView
from addBlur
method and init in the class HeaderView
.
private let blurEffectView = UIVisualEffectView(effect: UIBlurEffect(style: UIBlurEffectStyle.dark))
Back to HomeController
, in scrollViewDidScroll
method
if newHeight > stopPoint {
...
animatedHeader.changeSearchTextFieldStyle(.dark)
}
else {
...
animatedHeader.changeSearchTextFieldStyle(.light)
}
That’s some simple thing about animation in Unsplash. Simple and good. Love Unsplash team.


Your project is ready, now you can either download it as zipfile and try it locally or launch it on OpenShift.
0 && progress() < 100"> Working...
Done, go and view your project on github and on OpenShift
You are not authenticated with openshift, to try this project on openshift either or create an account.


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Intro
Studies Systems & Computing Engineering at Universidad de Los Andes
Lives in Bogotá, Colombia
From Bogotá, Colombia
William Ravelo Mendez is in Bogotá, Colombia.
2017
Started New Job at Universidad de Los Andes
Aug 2017 - Present
Teacher Assistant
Team Software Development: Helped students understand the basics of web development using Java, HTML & CSS as well as frameworks such as AngularJS.
Like
Comment
William Ravelo Mendez is in Bogotá, Colombia.
2016
Left Job at Picap
May 2016 - Aug 2016
Mobile Developer Intern
Was involved in the development as a full-stack developer of a private transportation app from scratch both in Android and iOS using Java and Swift.
Like
Comment
William Ravelo Mendez is in Bogotá, Colombia.
2017
Left Job at Universidad de Los Andes
Aug 2016 - Aug 2017
Teacher Assistant
Algorithmic and object oriented programming I: Helped students understand the basics of algorithms and OOP in Java.
Like
Comment
William Ravelo Mendez is in Bogotá, Colombia.
2015
Left Job at Tax Express
Aug 2014 - Oct 2015
Graphic Designer / Social Media Manager
Like
Comment


TransformSprite()
语法
TransformSprite(#Sprite, x1, y1, [z1], x2, y2, [z2], x3, y3, [z3], x4, y4, [z4])概要
Transforms the sprite to the new given coordinates. This is typically used to perform real-time transformations. Warning, as a sprite is a combination of 2 triangles, the transformation could looks strange. If one of the optional 'z' parameter is specified, all need to be specified.
参数
x1, y1 First point coordinate, in pixel x2, y2 Second point coordinate, in pixel x3, y3 Third point coordinate, in pixel x4, y4 Fourth point coordinate, in pixel z1, z2, z3, z4 The 'z' value, which specify the depth of the points.
返回值
无.; ; x1 x2 ; --------- ; | /| ; | / | ; | / | ; |/ | ; --------- ; x4 x3 ;
已支持操作系统
所有


AddStory and Tasks:
storyTitle
Description
Priority
High
Medium
Low
Deadline
taskTitle
Priority
High
Medium
Low
Deadline


By Roel Verbunt | Project GitHub
User Stories:
- I can get the IP address, language and operating system for my browser.
https://fcc-header-micro.herokuapp.com/info
{ "ipaddress": ":<IP_ADDRESS>", "language": "nl-NL", "software": "Macintosh; Intel Mac OS X 10_11_3" }


Our Story
We were founded on the philosophy that UMass students possess valuable skills that can greatly benefit the community. By establishing professional relationships between the community and students, organizations in the community will benefit from the latest technologies while providing students extensive real-world experience.


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Content will be rendered here.
Copyright 2010-2011
WeigleWilczek
. Made available under the Apache 2.0 License.


Products Details
Name: Pump
Description: Seal-less, bearing-free pumps constructed of CPVC, PVDF, and polypropylene. Used for high temperature chemical service, fume scrubbers, plating, printed circuit board manufacturing and waste solution transfer.


new_stemmer.Rd
Make a stemmer from a set of (term, stem) pairs.
new_stemmer(term, stem, default = NULL, duplicates = "first", vectorize = TRUE)
| term | character vector of terms to stem. |
|---|---|
| stem | character vector the same length as |
| default | if non- |
| duplicates | action to take for duplicates in the |
| vectorize | whether to produce a vectorized stemmer that accepts and returns vector arguments. |
Giving a list of terms and a corresponding list of stems, this produces a
function that maps terms to their corresponding entry. If
default = NULL
, then values absent from the term
argument
get left as-is; otherwise, they get replaced by the default
value.
The duplicates
argument indicates the action to take if
there are duplicate entries in the term
argument:
duplicates = "first"
take the first matching entry in the
stem
list.
duplicates = "last"
take the last matching entry in the
stem
list.
duplicates = "omit"
use the default
value for
duplicated terms.
duplicates = "fail"
raise an error if there are duplicated
terms.
By default, with vectorize = TRUE
, the resulting stemmer accepts a
character vector as input and returns a character vector of the same length
with entries giving the stems of the corresponding input entries.
Setting vectorize = FALSE
gives a function that accepts a single input
and returns a single output. This can be more efficient when used as part of
a text_filter
.
# map uppercase to lowercase, leave others unchanged stemmer <- new_stemmer(LETTERS, letters) stemmer(c("A", "E", "I", "O", "U", "1", "2", "3"))#> [1] "a" "e" "i" "o" "u" "1" "2" "3"# map uppercase to lowercase, drop others stemmer <- new_stemmer(LETTERS, letters, default = NA) stemmer(c("A", "E", "I", "O", "U", "1", "2", "3"))#> [1] "a" "e" "i" "o" "u" NA NA NA


rotten
>
Library
>
Sex
>
Rape
> Tentacle Rape
Tentacle Rape
Timeline
c. 1820
Japanese Ukiyo-E artist Katsushika Hokusai, generally famous for his
36 Views of Mount Fuji
, draws
The Dream of the Fisherman's Wife
, depicting a woman being pleasured by two octopi.
1989
Legend of the Overfiend
Pornopolis
|
Rotten
|
Faces of Death
|
Famous Nudes


The Microsoft Web Protection Library (WPL) is a set of .NET assemblies that help you protect your web sites. The WPL includes AntiXSS that provides a myriad of encoding functions for user input, including HTML, HTML attributes, XML, CSS and JavaScript. WPL also includes the Security Runtime Engine that provides a wrapper around your existing web sites, ensuring that common attack vectors do not make it to your application.


Generate many attractors in low-res for quick exploration.
Press SPACEBAR
to re-draw the attractors.
Lock an attractor to avoid it from being re-drawn.
Copy the full values of the attractor to use them in your own environment.
Click the external link icon to draw an attractor in high-res.


Numbers 20:4
And why have ye brought up the congregation of the LORD into this wilderness, that we and our cattle should die there?


#assign n0_docs="true">
<#assign n1_query="true">
<#assign fetchgroup= "true">
FetchGroup
As an alternative to select and fetch we can use FetchGroup to specify what part of
the object graph to fetch.
We can use FetchGroup with both query beans and standard queries.
FetchGroups provide a clean way to separate the definition of "what part of the object graph to load" (query tuning)
from the definition of the query predicates (query business logic).
A FetchGroup is immutable, most often declared as a static final
and can be combined to make other
FetchGroups.
e.g. Just top level select properties
```java
// immutable and threadsafe
static final FetchGroup<|Customer> fetch =
FetchGroup.of(Customer.class, "name, version, whenCreated"); // root level properties
...
List<|Customer> customers =
new QCustomer()
.select(fetch)
.name.istartsWith("Rob")
.findList();
```
e.g. select and fetch properties
```java
// immutable and threadsafe
static final FetchGroup<|Customer> fetch =
FetchGroup.of(Customer.class)
.select("name, status") // root level properties
.fetch("contacts", "email") // associated bean properties
.build();
...
List<|Customer> customers =
new QCustomer()
.select(fetch)
.name.istartsWith("Rob")
.findList();
```
<@next_edit "FilterMany" "/docs/query/filterMany" "/docs/query/fetchgroup.html"/>


Upload
mode_edit
Title of your upload..
mode_edit
Description
Categorize..
mode_edit
Choose your option
Photo
Video
Audio
Other
Select Type
mode_edit
Choose Category of upload
Technocal
Song
Dance
Other
Select Category
mode_edit
Subcatory(Eg. Dance Type)
mode_edit
Contributers.. (if any)
File
Upload


Leland Tyler Wayne, professionally known as Metro Boomin, is an American record producer and DJ from St Louis, Missouri currently based in Atlanta.
Xavier L. Dotson, professionally known as Zaytoven, is an American record producer and DJ from Oakland, California.
Michael Len Williams II, professionally known as Mike Will Made It or simply Mike Will, is an American record producer and songwriter


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Preparing to syndicate {{syndication_company.name}} (Step 3 of 4)
Next: Begin sharing deal
Select Investors to Syndicate ToTop up with matched investors from Go4ventureInvite non-platform investorsAdd to list{{investor.Investor}}Go4-Venture
{{investor.Investor}}
{{investor.Type}}
{{investor.overall_match}}% match
bubble_chart {{investor.sector_match}}%location_on {{investor.geography_match}}%show_chart {{investor.stage_match}}%group {{investor.Contacts}}
Select from my InvestorsCohorts
group
{{cohort.cohort_name}}
{{investor.Investor}}
{{investor.Type}}
{{investor.overall_match}}% match
bubble_chart {{investor.sector_match}}%location_on {{investor.geography_match}}%show_chart {{investor.stage_match}}%people{{$chip.name}}


PNStateListener Class Reference
| Inherits from | NSObject |
|---|---|
| Declared in | PNStateListener.h |
Overview
Subscriber manager work in pair with state listener manager. Using manager’s ability user able to add multiple listeners for state events which is triggered on subscriber. Listeners may receive events about new message or presence event on one of remote data objects live feed. Also listeners will receive subscriber state change (connected, disconnected, unexpected disconnect and etc).
@author Sergey Mamontov
Initialization and Configuration
+ stateListenerForClient:
Construct state listener manager for concrete \b PubNub client instance.
+ (instancetype)stateListenerForClient:(PubNub *)client
Parameters
client |
Reference on client for which manager should operate and use data. |
|---|
Return Value
Constructed and ready to use state listener manager.
Availability
4.0
Declared In
PNStateListener.h
– inheritStateFromListener:
Copy specified listener’s state information.
- (void)inheritStateFromListener:(PNStateListener *)listener
Parameters
listener |
Reference on state listener manager whose information should be copied into receiver’s state objects. |
|---|
Availability
4.0
Declared In
PNStateListener.h
Listeners list modification
– addListener:
Add observer which conform to \b PNObjectEventListener protocol and would like to receive updates based on live feed events and status change.
- (void)addListener:(id<PNObjectEventListener>)listener
Parameters
listener |
Listener which would like to receive updates. |
|---|
Availability
4.0
Discussion
Listener can implement only required callbacks from \b PNObjectEventListener protocol and called only when desired type of event arrive.
Declared In
PNStateListener.h
– removeListener:
Remove listener from list for callback calls.
- (void)removeListener:(id<PNObjectEventListener>)listener
Parameters
listener |
Listener which doesn’t want to receive updates anymore. |
|---|
Availability
4.0
Discussion
When listener not interested in live feed updates it can remove itself from updates list using this method.
Declared In
PNStateListener.h
– removeAllListeners
Remove all registered listeners (for message, presence event and client state change).
- (void)removeAllListeners
Availability
4.0
Declared In
PNStateListener.h
Listeners notification
– notifyWithBlock:
This method allow to shift execution context temporary to private protected queue which will serialize access to list of listeners.
- (void)notifyWithBlock:(dispatch_block_t)block
Parameters
block |
Reference on block which will be called on private queue. |
|---|
Availability
4.0
Declared In
PNStateListener.h
– notifyMessage:withStatus:
Notify all message listeners about new message.
- (void)notifyMessage:(PNMessageResult *)message withStatus:(PNErrorStatus *)status
Parameters
message |
Reference on event object which provide information about operation type and service response for it. |
|---|---|
status |
Additional status object used to notify listenres about possible issues with received message. |
Availability
4.0
Discussion
Warning: Method should be called within \b notifyWithBlock: block to shift execution to private protected queue.
Declared In
PNStateListener.h
– notifyPresenceEvent:
Notify all presence event listeners about new event.
- (void)notifyPresenceEvent:(PNPresenceEventResult *)event
Parameters
event |
Reference on event object which provide information about operation type and service response for it. |
|---|
Availability
4.0
Discussion
Warning: Method should be called within \b notifyWithBlock: block to shift execution to private protected queue.
Declared In
PNStateListener.h
– notifyStatusChange:
Notify all state change listeners about changes in subscriber state.
- (void)notifyStatusChange:(PNSubscribeStatus *)status
Parameters
status |
Reference on state object which describe operation and category. |
|---|
Availability
4.0
Discussion
Warning: Method should be called within \b notifyWithBlock: block to shift execution to private protected queue.
Declared In
PNStateListener.h
Extension Methods
client
Weak reference on client for which state listeners manager created.
@property (nonatomic, weak) PubNub *client
Availability
4.0
Declared In
PNStateListener.m
messageListeners
Stores list of listeners which would like to be notified when new message arrive from remote data feed objects on which client subscrubed at this moment.
@property (nonatomic, strong) NSHashTable *messageListeners
Return Value
Hash table with list of new message listeners.
Availability
4.0
Declared In
PNStateListener.m
presenceEventListeners
Stores list of listeners which would like to be notified when new presence event arrive from remote data feed objects on which client subscrubed at this moment.
@property (nonatomic, strong) NSHashTable *presenceEventListeners
Return Value
Hash table with list of presence event listeners.
Availability
4.0
Declared In
PNStateListener.m
stateListeners
Stores list of listeners which would like to be notified when on subscription state changes (connection, access rights error, disconnection and unexpected disconnection).
@property (nonatomic, strong) NSHashTable *stateListeners
Availability
4.0
Declared In
PNStateListener.m
resourceAccessQueue
Stores reference on queue which is used to serialize access to shared listener information.
@property (nonatomic, strong) dispatch_queue_t resourceAccessQueue
Availability
4.0
Declared In
PNStateListener.m
– initForClient:
Initialize state listener manager for concrete \b PubNub client instance.
- (instancetype)initForClient:(PubNub *)client
Parameters
client |
Reference on client for which manager should operate and use data. |
|---|
Return Value
Initialized and ready to use state listener manager.
Availability
4.0
Declared In
PNStateListener.m


Figure
9.6.1
.
A graph showing total U.S. consumer debt of various types from
\(2003\)
to
\(2021\text{.}\)
Source: Fitch Ratings, New York Fed Consumer Credit Panel, Equifax.
[9.11.163]
in-context


A media effect allows an application to process uncompressed audio and video streams before it reaches the rendering engine. The below example demonstrates how to add the inbox Video Stabilization effect to a video stream for playback.
The video will be playing into two windows, one will have the stabilization effect added the other will not to allow for A/B comparison.


{% extends 'base.html' %} {% block title %}Contact{% endblock %} {% block content %}
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100 words about me
About
The hardset part is to write about yourself. Especially in 100 words. I promise that i will do it after the 100 post will be published on my site.
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title: About Me
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The hardset part is to write about yourself. Especially in 100 words. I promise that i will do it after the 100 post will be published on my site.
100 words about me
About


SetChannelDistance( channel, distance )
Set a volume adjustment effect due to distance. distance must be a value between 0 and 255. Returns 0 on error.
NOTE: Setting distance to 0 will cancel the effect
Example:
If SetChannelDistance(1, 12) = 0 Then
Print "Effect did not register"
End If