--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/mm0.html ---
@Mario Carneiro Do you plan on having some Lean → MM0 compiler? Does such a thing even make sense to have?
Yes it makes sense to have, and it would be valuable too as a way to prove consistency of lean (i.e. formally verifying my thesis)
it's certainly easier to do than any other DTT based system from sheer familiarity and a precise specification, but DTT is still complicated
Aha, that's about what I expected
Also... is there some Makefile that I can use to compile stuff in your repo?
Which incantations do I need to get mm0-c
and friends working?
no makefile, but most of the things there are one line compile commands
to compile mm0-c, do gcc main.c
to compile mm0-hs, stack install mm0-hs
from the mm0-hs directory
The last one needs a stable internet connection, I fear
I'm on mobile atm
Ooh, there is actually a make.sh
in that directory (-;
that adds a few more optimizations (profile guided optimization based on the result of verifying peano.mmb
)
I see
it's hard to write C programs without a complicated compiler invocation, but it's so much easier to use when you can
And if I run ./a.out ../example/peano.mmb
and there is no output. This means all proofs are verfied?
yes
check the error code to be sure, but it should also give you an error dump if something goes wrong
This main.gcda
file is containing optimizations for gcc
?
Why does it get generated everytime?
yes, you turn on some profile generation flag in gcc and it instruments the program to produce that file as it runs, then you feed it back into the compiler for a second build
But the second build should leave me with an a.out
that doesn't generate those files, right?
the second build doesn't generate the file
but it doesn't clean it up either
Doesn't work for me.
I run ./make.sh
and then ./a.out ../examples/peano.mmb
. Result: command passes without errors, but I do get the gcda file
I should note that ./make.sh
gave some errors from the gcc
run
Errrr... warnigns
In file included from verifier_types.c:2, from verifier.c:1, from main.c:10: index.c: In function ‘init_index’: index.c:23:16: warning: taking address of packed member of ‘struct <anonymous>’ may result in an unaligned pointer value [-Waddress-of-packed-member] 23 | gi_sorts = ih->p_sorts; | ^~ In file included from verifier_types.c:2, from verifier.c:1, from main.c:10: index.c: In function ‘init_index’: index.c:23:16: warning: taking address of packed member of ‘struct <anonymous>’ may result in an unaligned pointer value [-Waddress-of-packed-member] 23 | gi_sorts = ih->p_sorts; |
But that doesn't sound very serious
what version?
I have gcc 8.3.0
gcc --version gcc (GCC) 9.2.0 Copyright (C) 2019 Free Software Foundation, Inc. This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
I updated to gcc 9 and fixed the warnings you found, and simplified make.sh
to remove the extra options
Nice. Seems to work now
@Mario Carneiro The file types.c
... could that also have been called sorts.c
?
that's types in the C sense
it's basically the definition of all the data structures in the file
Aha :thinking:
What's the purpose of index.c
?
This is some sort of special made dictionary? Where you look up mm0 declarations?
It's a nonessential part of the verifier that finds the names of things so that error reporting isn't completely unreadable
When you compile with -D BARE
it leaves that whole file out
Aha
Why is g_store
called that? What does the g
stand for?
global variable
Next: what does HIGHWATER
mean?
As a Dutchy it brings scary memories to mind... but that's not what your are meaning there :grinning:
If the -D HIGHWATER
compile option is enabled, it keeps statistics on how much of the various stacks are used, and reports the largest the stack ever got to
This is because the verifier doesn't reallocate if it runs out of space, it just fails, so it's helpful to know whether the memory limits are reasonable
I think the term comes from "high-water mark" used on ships
@Mario Carneiro So, roughly speaking, all the juicy bits are in verifier.c
?
yes
there is a decent amount of comments and high level explanation in types.c
though
<600 lines. Well done! I'll try to grasp it. But my train journey is almost over. So I'll have to postpone it for a while
Another mm0 question: where do the community envisage the Lean proof of the prime number theorem living? Will it need maintaining by a human? By a machine? Will it go in mathlib somewhere? People might need it.
I think on another thread I suggested breaking that part of the mm0 repo into its own repo, following standard lean repo practices. The set.mm export has some manually written setup and postprocessing files, with a big autogenerated folder sitting between them; all of this can be stored like a regular lean project repo, and you can build more dependent files in that repo. Basically it would be devoted to set.mm and the lean facts you can derive from it
I see. So if I wanted to use PNT in some work I could just make this repo a dependency?
yes
@Johan Commelin I pushed a documentation upgrade to verifier.c
in case you wanted to read it more carefully
@Mario Carneiro I don't see the push
https://github.com/digama0/mm0/blob/master/mm0-c/verifier.c#L87
#define pop_stack() ({ \ ENSURE("unify stack underflow", g_stack_top > g_stack); \ *(--g_stack_top); \ })
should this error message just say "stack underflow"
, instead of "unify stack"
?
@Mario Carneiro Talking of error messages: some of them are capitalized, others not. Certainly a minor issue.
heh
where?
Also, thanks a lot for all the comments.
L234 and L235 of verifier.c
@Mario Carneiro grep "\"[A-Z]" verifier.c
You might want to git grep
the entire project … — … if you care …
fixed, I'll push later
@Mario Carneiro I'm confused. https://github.com/digama0/mm0/blob/master/mm0-hs/mm1.md is talking about mmu
files, but your paper doesn't mention them, I think.
So the mm0-c
folder is all about checking mmb
files
And I think mm0-hs
is about compiling certain files into mmb
files
But I'm not sure if I completely grasp the flow diagram, and which programs are used in which parts
The mmu
format was indeed omitted from the paper. It is basically a text version of mmb
available for debugging purposes
In the flow diagram, the "editor" and "compiler" parts are mm0-hs
and the "verifier" part is mm0-c
Right... but the "compiler" is also part of the "trusted core", right?
no
Why not?
it produces an mm0
file (or you provide an mm0
file to check against) and an mmb
file, and they stand on their own
But verifier.c
only works with mmb
files, right?
You are supposed to be able to read the mm0
file to know what is being proven, and the mmb
file is verified to prove the theorems in the mm0
file by the verifier
Actually mm0-c
is incomplete; the mm0
checking part didn't make it in time for the paper
Aah, right
Because for all I know, you just compile Fermat into true
, and the proof is trivial
exactly
No wonder you can get <1s compile times :angry_devil:
Lol, I trust you
But I would like to see the mm0
checking part at some point :grinning:
Note that the mm0 checking part is proportional to the size of the mm0 file. For a problem like Fermat this will be quite small
The c
code will not be proportional to anything
But the running time might be. And I will believe that it is negligable
mm0-hs
has a verifier that checks the mm0
file, but it reads mmu files instead of mmb
Aha
(that's mm0-hs verify
, in the Verifier.hs
file if you care to look)
/me takes a break to munch on some breakfast :bread: :glass_of_milk:
@Mario Carneiro Is there machinery to go back and forth between mmu
and mmb
?
How hard is it going to be to do the mm0
checking part in mm0-c
? Sounds like you could do it in less than an afternoon...
not directly right now; there should be a mm0-hs
subcommand to do that
I think it is not hard; for a while I was planning to add a way for mmb to help with distinctness checking (the map from names to indexes in the file should be injective), but I think that's probably overengineering and I'll just allocate a hashmap instead
Do/will/should mm1
files support unicode?
no
well, mm1 could, I guess, but mm0 doesn't
Right.
But mm1
is the format that you want mathematicians to read, right?
mm1 is for the proof writer, mm0 is for the auditor
I fear that mm0
is impenetrable for many mathematicians
My aim was "average for a theorem prover language"
with as close to zero support infrastructure to allow that as possible
unicode is above average
and it does complicate the verifier
but TBH there is a whole slew of landmines in the unicode spec, and lots of ways to make something misleading
not good for an audit
I'm pretty sure we have had a few threads here where we play with unicode and notations to apparently prove false
Yep, that's certainly right
I think I would like to see how 100 lines of group (or monoid) theory look like in mm0
I am currently trying to run stack install mm0-hs
@Mario Carneiro You do allow infix notation. What would be the right way to setup the group operation. Would you have a global g*
infix that is the global group operation?
Because I don't think you can do operator overloading, right?
Currently the notation
command is limited to those with a unique constant at the start, but I think I can relax that to "infixy" notations that start with a variable but are followed by a unique constant. Then you could declare a notation x `+g[` G `]` y
Alternatively, you could just have x +g y
but it produces a "group expression" that is then evaluated in a particular group via x =[G] y
I wonder if it is worth it.
Or you could just axiomatize groups and have x + y
I would rather just write add x (add y z)
, I guess
You can have all that in mm1 / your favorite editor
but mm0 is all about not hiding complicated stuff
Well, I'm interested in the first 100 lines of a reusable group theory library
And whether the group operation would be bundled or not, I don't know. But having it unbundled would mean that you can simply call the group op mul
or add
and write mul x (mul y z)
which is just as readable as x `*g[` G `]` ( `y `*g[` G `]` z)
Well, one thing that metamath had that mm0 doesn't is the ability to apply a binary operation using the notation (a op b)
where op
is a variable
So you could just have a variable called +
and it would all work nicely
Well, you can have this if you want, can't you? You just have to use a character different than (
, because that's already taken to override priority.
But you could still define @(a op b)
or something like that
Do you have namespacing?
no
again, that could be implemented at mm1 level
I'm taking a lot of cues from C here
Right, but that means that if I claim def @
, then all the others will have to deal with it, and can't reuse that "trick"
You can't have a temporary def with a short name, because it pollutes the global library
An MM0 file is usually built as one "unit", so you have to sort out all the global constraints
The hope is that this is fairly limited because you only care about a few theorems
For actual proving work, you want MM1, which can add a bunch of namespacing, unicode, and whatever else, for your local theorems
So you are saying that I shouldn't be interested in group.mm0
but only in group.mm1
and possibly classification_fin_simp_grp.mm0
.
right
@Mario Carneiro Are there plans to have a metamath -> mm0 translator?
Isn't that what mm0-hs from-mm
does?
@Mario Carneiro do you have plans / vague ideas for the following?
- multiple file developments (one mm0 importing another mm0, hopefully not with a #include
like mechanism, but rather some proper namespacing)
- multiple independent checkers for mm0/mmu/mmb (run automatically in CI, like in metamath, that's super neat)
- multiple interactive frontends (maybe specialized for different logics, like one for CIC, one for HOL, one for TLA… etc.), as it seems to me that interop between systems/teams should be on the mm0 level rather than one more complex, more specialized formats such as mm1
- multiple file developments (one mm0 importing another mm0, hopefully not with a #include like mechanism, but rather some proper namespacing)
Explicitly no. This is implemented for MM1, but this is a huge complexity increase even there, and it also adds a lot of filesystem stuff to the trusted base
- multiple independent checkers for mm0/mmu/mmb (run automatically in CI, like in metamath, that's super neat)
Yes. There are already multiple checkers, written as I need them, and the spec is intended to be implementation agnostic as with metamath. Besides checkers written by me, I believe Giovanni Mascellani started working on a python checker but I don't know what the progress is on that
- multiple interactive frontends (maybe specialized for different logics, like one for CIC, one for HOL, one for TLA… etc.), as it seems to me that interop between systems/teams should be on the mm0 level rather than one more complex, more specialized formats such as mm1
That's right. I have vague plans about this, but this is really my dream for the future - I think this is the best way to get a really high quality front end on a metamath like backend
I should qualify the MM0 importing thing by saying that I am actually segmenting the mm0 files on the repo using an include mechanism, but this is only recognized by the MM1 compiler and is intended as a pseudo feature so you can assemble MM0 files (by concatenation) for use by real MM0 verifiers
Interesting. I was thinking of mm0/mmb files as a kind of compiled version with a stable ABI (like a .o
file, in a way). Splitting large libraries into many such files (pairs of files, really) would then make incremental checking easy, and also to have different high-level tools tackle different parts of the library (say, a frontend with a omega
-like tactic in a part, a frontend by another team with Gröbner basis working on another part). That would avoid relying too much on a single high level tool, imho.
You could still have something that takes all the mm0/mmu files and concatenates them, in topological order, into a single file, for checking/releasing (kind of like single-file libraries in C such as sqlite).
They are a lot like .o
files, but they are still self contained
You can conceivably combine a number of .mmb
files together, where one proves theorem X using axiom Y, and the other proves theorem Y from axiom Z
@Simon Cruanes There isn't really much advantage to having the format itself note this "splittability" since it is basically a metatheoretic property of proofs that can be implemented by an untrusted transformer (i.e. a "linker" for proof files)
If you think about how .o
files work, they present "unresolved symbols" that are linked with other object files. It is unsafe to present these external symbols without declaring their types (and definitions, if examinable), but if you do that, it's not much different from having axiom
and def
declarations for these. OpenTheory also does something similar; there is no distinction made between an "axiom" as in something true according to the ambient foundation and an "axiom" meaning a theorem that has been proven elsewhere that will later be linked in
also to have different high-level tools tackle different parts of the library (say, a frontend with a omega-like tactic in a part, a frontend by another team with Gröbner basis working on another part). That would avoid relying too much on a single high level tool, imho.
Indeed I've been thinking about this a bit. It would be nice to have a heterogeneous proof construction approach, where different front ends are used for building different parts of the library that are later linked together using a common proof substrate. For instance, I'm writing an x86 compiler which is MM0 proof producing, but the front end for that doesn't really have the same style as the MM1 format. It is a lot more automatic, and the user is mostly providing hints along the way (assertion-decorated code), by comparison to regular theorems where you want lots of unification and proof search tactics
Indeed I've been thinking about this a bit. It would be nice to have a heterogeneous proof construction approach, where different front ends are used for building different parts of the library that are later linked together using a common proof substrate.
Other use cases for having heterogeneous proof construction that immediately come to me:
- custom decision procedures as separate tools (omega.exe? mathematica bridge? :grinning_face_with_smiling_eyes:)
- hammers (calling to Z3, CVC4, E and reconstruct a proof — no need to burden the main interactive prover with that)
- experimenting with alternative tactic languages (as is the case in Coq these days, just how many tactic languages do they have…)
If you think about how
.o
files work, they present "unresolved symbols" that are linked with other object files.
Pushing the analogy a bit too far, .o
files have big shortcomings too. They don't specify a dependency order, nor do they protect against duplicate symbols.
I think maybe just declaring a module foo;
as the first statement of a .mm0
file, and its dependencies just after that (import bar;
) without roping in the exact filesystem details on how to import bar
, could be a lightweight solution?
Last updated: Apr 24 2020 at 19:02 UTC


Tents and seats
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Result will print here.
2: Does Susan have a cell phone? Yes or no.
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Guess a number between one and ten.
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Pair Programing Codes


The Routing table. Contains all routes for a system. Routes can be added to the table by calling #add_route
# File lib/journey/routes.rb, line 10 def initialize @routes = [] @named_routes = {} @ast = nil @partitioned_routes = nil @simulator = nil end
Add a route to the routing table.
# File lib/journey/routes.rb, line 58 def add_route app, path, conditions, defaults, name = nil route = Route.new(name, app, path, conditions, defaults) route.precedence = routes.length routes << route named_routes[name] = route if name clear_cache! route end
# File lib/journey/routes.rb, line 41 def ast return @ast if @ast return if partitioned_routes.first.empty? asts = partitioned_routes.first.map { |r| r.ast } @ast = Nodes::Or.new(asts) end
# File lib/journey/routes.rb, line 31 def clear routes.clear end
# File lib/journey/routes.rb, line 27 def each(&block) routes.each(&block) end
# File lib/journey/routes.rb, line 23 def last @routes.last end
# File lib/journey/routes.rb, line 18 def length @routes.length end
# File lib/journey/routes.rb, line 35 def partitioned_routes @partitioned_routes ||= routes.partition { |r| r.path.anchored && r.ast.grep(Nodes::Symbol).all? { |n| n.default_regexp? } } end
# File lib/journey/routes.rb, line 49 def simulator return @simulator if @simulator gtg = GTG::Builder.new(ast).transition_table @simulator = GTG::Simulator.new gtg end


This si an Angular 2 App that uses the Spotify Web API to find artists and display albums and track listings


interlinking.learning.learn_thres(fname, sim_group='basic')[source]¶ Compute optimal thresholds for each similarity metric in specified group regarding the fname dataset. Parameters fname (str) – File name of the dataset. sim_group (str) – Name of the group of the similarity metrics. Accepted values are basic or basic_sorted. interlinking.learning.learn_params_for_lgm(fname, encoding)[source]¶ Compute optimal thresholds and weights for each similarity metric in the LGM-Sim group only regarding the fname dataset. Parameters fname (str) – File name of the dataset. encoding (str) – Encoding of the fname dataset.
interlinking.learning.
learn_thres
Compute optimal thresholds for each similarity metric in specified group regarding the fname dataset.
fname (str) – File name of the dataset.
str
sim_group (str) – Name of the group of the similarity metrics. Accepted values are basic or basic_sorted.
learn_params_for_lgm
Compute optimal thresholds and weights for each similarity metric in the LGM-Sim group only regarding the fname dataset.
LGM-Sim
encoding (str) – Encoding of the fname dataset.
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Crtez i tekst: Ivan D. & Ljuba R. © All Rights Reserved * Valjevo, februar 2001.


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Susan Granger's review of "THE RED VIOLIN" (Lions Gate Films)
Francois Girard's stirring, sumptuous epic follows the turbulent, if convoluted, journey of a legendary violin, famous for its perfect acoustics and unusual reddish hue. Up for auction in Canada, the stringed instrument has traveled around the globe for more than 300 years when an American expert (Samuel L. Jackson) is summoned to authenticate its worth. Created by a 17th century Italian, Nicolo Bussotti (Carlo Cecchi), as a legacy of love for his unborn son, the violin becomes an embodiment of his grief when his beloved wife Anna (Irene Grazioli) and child die in childbirth. Mysteriously, a Tarot-card reader has predicted a long, nomadic, adventure-packed life for Anna, coupling her fate to the future "life" of the Red Violin. As the intriguing story evolves, the spell of the violin seems to bewitch the lives of its various owners. It travels to monastic Austria, where it goes to a six year-old child prodigy. In England, it falls into the decadent hands of a Byronic musician (Jason Flemyng) who uses it in his flamboyant courtship of a volatile novelist (Greta Scacchi). From there, it's brought to Shanghai, where it winds up as a treasured artifact in the midst of the Chinese Cultural Revolution. Finally, Chinese authorities send it to the auction hall in modern-day Montreal, where eager bidders, descendants and friends of the people it has touched, are obsessed with acquiring the instrument. The mystery, of course, is who will wind up with this fabled masterpiece? Although the pace and quality of the sprawling flashback episodes differ greatly, on the Granger Movie Gauge of 1 to 10, "The Red Violin" is an exquisite, captivating 9. It's a sweeping, cinematic symphony, a unique combination of classical and contemporary, both in music and imagery.
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| Interface | Description |
|---|---|
| GroovyClassVisitor |
A special visitor for working with the structure of a class.
|
| GroovyCodeVisitor |
An implementation of the visitor pattern for working with ASTNodes
|
| Variable |
interface to mark a AstNode as Variable.
|
| Class | Description |
|---|---|
| AnnotatedNode |
Base class for any AST node which is capable of being annotated
|
| AnnotationNode |
Represents an annotation which can be attached to interfaces, classes, methods and fields.
|
| ASTNode |
Base class for any AST node.
|
| AstToTextHelper |
Helper class for converting AST into text.
|
| ClassCodeExpressionTransformer |
Visitor to transform expressions in a whole class.
|
| ClassCodeVisitorSupport | |
| ClassHelper |
This class is a Helper for ClassNode and classes handling ClassNodes.
|
| ClassNode |
Represents a class in the AST.
|
| CodeVisitorSupport |
Abstract base class for any GroovyCodeVisitor which by default
just walks the code and expression tree
|
| CompileUnit |
Represents the entire contents of a compilation step which consists of one or more
ModuleNode instances. |
| ConstructorNode |
Represents a constructor declaration
|
| DynamicVariable | |
| EnumConstantClassNode |
Represents the anonymous inner class for an enum constant
This subtype is needed so that EnumVisitor can differentiate between the scenarios when a InnerClassNode
represents anonymous inner class for an enu constant and when it represents an enum class defined inside
another class
|
| FieldNode |
Represents a field (member variable)
|
| GenericsType |
This class is used to describe generic type signatures for ClassNodes.
|
| ImportNode |
Represents an import statement of a single class
|
| InnerClassNode |
Represents an inner class declaration
|
| InterfaceHelperClassNode |
Represents an inner class defined as helper for an interface
|
| MethodNode |
Represents a method declaration
|
| MixinASTTransformation | Deprecated
static mixins have been deprecated in favour of traits (trait keyword).
|
| MixinNode |
Represents a mixin which can be applied to any ClassNode to implement mixins
|
| ModuleNode |
Represents a module, which consists typically of a class declaration
but could include some imports, some statements and multiple classes
intermixed with statements like scripts in Python or Ruby
|
| PackageNode |
Represents a package in the AST.
|
| Parameter |
Represents a parameter on a constructor or method call.
|
| PropertyNode |
Represents a property (member variable, a getter and setter)
|
| VariableScope |
Represents a variable scope.
|
Groovy AST nodes for the syntax of the language


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In my work at Gentle Path, I have worked patients who are suffering from a type of behavior in which sexual contact with others is avoided at all costs. These individuals come to treatment because they have not been able to establish healthy sexual bonds even with those whom they love dearly.
Sexual anorexia is defined as an obsessive state in which the physical, mental, and emotional task of avoiding sex dominates one's life. Like compulsive dieting or the hoarding of possessions or money, deprivation with sex can make one feel powerful and defended against all of life’s hurts. This obsession can then become a way to cope with stress as well as other life difficulties and sex becomes an enemy to be constantly kept at bay, even at the price of denying a part of your self.
Sometimes individuals who are addicted to sexual behaviors outside a committed relationship are sexually anorexic within the relationship. Perhaps you are having an affair or you spend many more hours than you planned looking at pornography and masturbating but simultaneously you are unable to feel sexual when you are with your spouse.
Maybe you have a rich fantasy life and on some level long for a healthy sexual liaison, but when it comes to actually putting yourself out there, you shy away from situations that may lead to a sexual relationship. This can be just as painful and chaotic as the life of any addict.


Class Statistics
问题描述 :
The new principal of Woop Woop Public plans to meet the teaching team to discuss the performance of the classes/teachers and, being a bean counting fundamentalist, he wants to arm himself with some statistics for the meetings.
Your task is to write a program that reads the pupils’ marks in each class and generates performance reports for the principal prior to the meetings.
Your task is to write a program that reads the pupils’ marks in each class and generates performance reports for the principal prior to the meetings.
输入:
The input starts with an integer K (1 <= K <= 100) indicating the number of classes on a line by itself. Each of the following K lines gives a class’s data, which starts with an integer N (2 <= N <= 50) indicating the number of pupils in the class. The number of pupils is followed by their marks, given as integers, in the range of zero to one hundred, separated by single spaces.
输出:
The input starts with an integer K (1 <= K <= 100) indicating the number of classes on a line by itself. Each of the following K lines gives a class’s data, which starts with an integer N (2 <= N <= 50) indicating the number of pupils in the class. The number of pupils is followed by their marks, given as integers, in the range of zero to one hundred, separated by single spaces.
样例输入:
2 5 30 25 76 23 78 6 25 50 70 99 70 90
样例输出:
Class 1 Max 78, Min 23, Largest gap 46 Class 2 Max 99, Min 25, Largest gap 25
#include<stdio.h> #include<string.h> #include<algorithm> using namespace std; #define maxn 1000 int a[maxn]; int main() { int i,j,t,n,ff=0; scanf("%d",&t); while(t--) { scanf("%d",&n); for(i=0;i<n;i++) { scanf("%d",&a[i]); } sort(a,a+n); int maxx=0; for(i=1;i<n;i++) { if(a[i]-a[i-1]>maxx) maxx=a[i]-a[i-1]; } printf("Class %d\n",++ff); printf("Max %d, Min %d, Largest gap %d\n",a[n-1],a[0],maxx); } }
参考：http://www.cnblogs.com/sweat123/p/4764550.html
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快回去，你妈炸了
好纠结，不知道选 那个好
好纠结，不知道选 那个好
好纠结，不知道选 那个好
好纠结，不知道选 那个好
好纠结，不知道选 那个好
好纠结，不知道选 那个好
好纠结，不知道选 那个好
好纠结，不知道选 那个好
好纠结，不知道选 那个好
好纠结，不知道选 那个好
好纠结，不知道选 那个好
好纠结，不知道选 那个好
好纠结，不知道选 那个好
好纠结，不知道选 那个好


See this blog post for a detailed explanation of the desgin process of this color picker and algorithm
RGB, or red, green, and blue, are the primary colors of your computer, or more accurately your monitor.
The RGB color model is an additive color model where red, greed, and blue lights are added together to
create different colors. All colors added together (#ffffff
, or 100% red, 100% green, and 100% blue) will result in white.
The CMYK color model, by contrast, is a subtractive color model using 3 colors, cyan, magenta, and yellow, and a 4th value for black. All colors added together, because it is a subtractive color model, will result in black. K, or black, is added for printing, as it easier (and cheaper) to attain a true black by not mixing all three other inks together. This color model is used typically for printing.
The RYB color wheel uses red, yellow, and blue as the primary colors; this is the color model that is used for the RYB Color Picker. For details on how this model is rendered on the computer, so the How section below.
Which one looks better? The image on the right is a color wheel generated from the RGB color space, whereas the image on the left is run through the converter from RYB to RGB.
Colors on a computer are typical seen as hex, such as #ff00ff
which represnts purple; Hex is used here a way of encoding RGB data (as explained above).
To convert this to RYB, a conversion is done that may seem counter intuitive. The color #00ff00
, which represents 0% red, 100% green, and 0% blue in the
RGB color space (green) becomes the color #00ff00
, which represents 0% red, 100% yellow, 0% blue in the RYB color space (yellow). We then, must convert that
color, as it is given in RYB, to RGB.
The conversion algorithm can be seen in these lines of code, and is also summed up in in this paper, ryb.pdf by Dr. Nathan Gossett and Dr. Baoquan Chen of the University of Minnesota at Twin Cities
The image below shows the "Magic Colors" from the ryb2rgb algorithm in the above source code.


Welcome to the
Warwick Computer Science Revision Guide
Search for a guide
CS118: Programming for Computer Scientists
CS118: Programming for Computer Scientists
CS118: Programming for Computer Scientists


Chapter 1
Hello...World
Chapter 2
Intro to Components
Chapter 3
Repeating Components
Chapter 4
Adding State to Components
Chapter 5
Component Lifecycle
Chapter 6
Forms
Chapter 7
Higher-order Components
Chapter 8
HOCs with Parameters


val mode: TreeGenerationMode
The method to use for generating tress.
mode - The method to use for generating tress.
mode


VEHICLE TRACKING AND FLEET MANAGMENT SYSTEM
Customer Logo
Live
Vehicle Information
Vehicle View
Vehicle Map View
Vehicle information
Vehicle I/O List
Reports
Settings
Driver Scheduling
Vehicle Service
Geofency
Fuel
Location Entry
Route
Route Scheduling
Configuration
Vehicle Master
Driver Details
Vehicle Groups
Alert
User
No Movement
School
Student Entry
Welcome to Test
Log out
Add Alart Entry
Alart Entry
Select
Vehicle No
Group
Vehicle No / Group Name
Snooze Time
10 pm to 10.30 Pm
Schedule Type
Over Speed:
Sudden Break:
Idle Time:
Panic:
Geofence:
Alert By
SMS:
Mail:
Contact No
Copyright
Neha Software Technologies © 2016


Let us give our children a green future!
There is no Planet B!!! So..... Give GREEN a chance. Each year American throw away 25,000,000,000 Styrofoam. By volumne, Styrofoam takes up 25 to 30 percent of total landfill area. Using Styrofoam would increase the cost for waste disposal. Areca Palm Leaf products are made from the dry sheaths of the Areca Palm tree, a 100% natural and biodegradable material. Only fresh water and heat press are used for converting the leaf into plates.


Reports any methods which may safely be made static.
A method may be static if it is not synchronized, it does not reference any of its class' non static methods
and non static fields and is not overridden in a sub class.
Use the checkboxes below to inspect only private
or final methods, which increases the
performance of this inspection and to ignore empty methods.
Powered by InspectionGadgets


Input Add-ons
Because of the way input sizing works in CSS, it’s almost impossible to append or prepend another element to it and have the input field behave fluidly and take up the remaining space.
The only existing way to do this is to either know the exact width of the input, or to use something like display:table-cell
, which has its own set of problems, most notably the difficulty with positioning anything absolutely inside of the add-on in certain browsers.
With Flexbox, all these problems go away, and the code is trivially simple. In addition, you get the input field and the input add-on to be the same height for free.
Add-on Prepended
Amount
Add-on Appended
Appended and Prepended Add-ons
The HTML

<input class="InputAddOn-field">
<button class="InputAddOn-item">…</button>

…
<input class="InputAddOn-field">

…
<input class="InputAddOn-field">
<button class="InputAddOn-item">…</button>

The CSS
.InputAddOn {
display: flex;
}
.InputAddOn-field {
flex: 1;
/* field styles */
}
.InputAddOn-item {
/* item styles */
}
View the full source for the InputAddOn
component used in this demo on Github.


Build for Eclipse Microprofile . Eclipse Microprofile, and the Eclipse Microprofile Logo, are registered trademarks of the Eclipse Foundation.


Key Export (Experimental)
Download your Public Key for use with other PGP compatible services. Only incoming messages in inline OpenPGP format are currently supported.
Safari doesn't support downloading of keys. We are working on a fix for this.
{{ 'AUTHENTICATION_LOGS' | translate }}
No logs yet.
-
Login Failed Login Success Logout{{ log.Time * 1000 | date : 'medium' }}{{log.IP}} --


My Songs
Print your creations chart:
0) {
echo '
";
} else {
echo "You have uploaded 0 songs.
"; echo 'Use this link to upload a new song!'; } ?>
| Song | Genre | Upload date | Downloads | Likes | Dislikes | Comments | Editor Link |
|---|---|---|---|---|---|---|---|
| ' . $title . ' |
' . $genre . ' | ' . $date . ' | ' . $downloads . ' | ' . $like . ' | ' . $dislike . ' | ' . $num_comments . ' | ' . 'edit Edit' . ' |
"; echo 'Use this link to upload a new song!'; } ?>


Demo
The Layers demo on the following page utilizes the JAI
Collections class to store and manipulate a number of
images as a group. Operations are typically performed
simultaneously on the entire collection. This demo
is a simple multi-layered paint program. The top
row of buttons are used to select the currently active
layer. The left mouse button can be used to paint a
free hand path using a small white rectangle. When the
mouse is released, the composited result will be shown
in the bottom destination window. The sliders are used
to contol the percentage of contribution for each layer
to the resultant image. This demo is intended to show
the basic use of collections and collection operators.
JAI
JAI collections contain rendered or renderable images.
They can also contain collections that include collections
of images. Some examples of JAI collections include image
stacks and image pyramids, often referred to as mip maps.
The AddCollection operation used in this demo takes a collection of rendered images and proportionaly adds them together to form a single output image. See the code for details on the order of operations (multiply individuals then add the group).
Theory
The collection class is primarily a mechanism used to
group images together where an operation is applied
equally to the entire group.


| Rank | Movie Title | Year | Rating | Reviews |
|---|---|---|---|---|
| 1 | Citizen Kane | 1941 | 100% | 74 |
| 2 | Casablanca | 1942 | 97% | 64 |
| 3 | The Godfather | 1972 | 97% | 87 |
| 4 | Gone with the Wind | 1939 | 96% | 87 |
| 5 | Lawrence of Arabia | 1962 | 94% | 87 |
| 6 | Dr. Strangelove Or How I Learned to Stop Worrying and Love the Bomb | 1964 | 92% | 74 |
| 7 | The Graduate | 1967 | 91% | 122 |
| 8 | The Wizard of Oz | 1939 | 90% | 72 |
| 9 | Singin' in the Rain | 1952 | 89% | 85 |
| 10 | Inception | 2010 | 84% | 78 |

Rank
Movie Title
Year
...

1
Movie Title
2013
...

...


PHP is Fun!"; echo "Hello world!"; echo "I'm about to deploy!"; echo "This ", "webpage ", "was ", "deployed ", "from Jenkins server."; ?>


| 023:115 Khan | : |
"Did you think that We had created you in play (without any purpose), and that you would not be brought back to Us?" |
| 023:115 Maulana | : |
Do you then think that We have created you in vain, and that you will not be returned to us? |
| 023:115 Pickthal | : |
Deemed ye then that We had created you for naught, and that ye would not be returned unto Us? |
| 023:115 Rashad | : |
"Did you think that we created you in vain; that you were not to be returned to us?" |
| 023:115 Sarwar | : |
Did you think that We had created you for a playful purpose and that you were not to return to Us?" |
| 023:115 Shakir | : |
What! did you then think that We had created you in vain and that you shall not be returned to Us? |
| 023:115 Sherali | : |
What ! Did you then think that WE had created you without purpose, and that you would not be brought back to US? |
| 023:115 Yusufali | : |
"Did ye then think that We had created you in jest, and that ye would not be brought back to Us (for account)?" |
Concepts/Themes Covered: أركان الإسلام > التوحيد > الكافرون > ندم الكفار Pillars of Islam> Islamic> The Disbelievers> The Disbelievers' Repent أركان الإسلام > التوحيد > الملحدون المنكرون ليوم البعث Pillars of Islam> Islamic> The Apostates Who Denies the Resurrection
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


BEAM File Format¶
BEAM file format is binary chunked file format, which contains multiple named sections and has a header.
Read 4 bytes of a .beam file:
'FOR1'
(marks IFF container).Read U32/big length (so many more bytes must be available in the file)
Read 4 bytes
'BEAM'
marking a BEAM file section of an IFF file.
Sections¶
Repeat until end of file:
Read 4 bytes chunk name (for example can be: Atom, Code, CatT, FunT, ExpT, LitT, StrT, ImpT, Line, Abst and possibly other chunks). Do a sanity check: Must contain ASCII letters.
Read U32/big chunk length. This is the data size.
Perform chunk-dependent reading (see subsections below)
To find next chunk, pad the length to the multiple of ALIGN=4
file_pos += ALIGN * ((chunk_length + ALIGN - 1) / ALIGN);
“Atom” and “AtU8” - Atoms Table¶
Both tables have same format and same limitations (256 bytes max length) except that bytes in strings are treated either as latin1 or utf8.
Read U32/big atoms count.
For each atom: read byte length, followed by characters
Atoms[0] is a module name from -module(M).
attribute.
“Code” - Compiled Bytecode¶
Read U32/big code version (must match emulator’s own version)
Read U32/big max opcode, U32/big label count, U32/big fun count
Read the code as a block. Format is discussed at BEAM Code Section Format.
“Abst” - Abstract Syntax Tree¶
Optional section which contains term_to_binary
encoded AST tree.
A quick way to get Abst
section (if it exists):
get_abst(Filename) ->
Chunks = beam_lib:all_chunks(Filename),
Abst = proplists:get_value("Abst", element(3, Chunks)),
binary_to_term(Abst).
“CatT” - Catch Table¶
Contains catch labels nicely lined up and marking try/catch blocks. This section description is INCOMPLETE and UNTESTED.
Read U32/big count
Read array of
count
U32/big offsets or labels (not sure).
“FunT” - Function/Lambda Table¶
Contains pointers to functions in the module.
Read U32/big count
Until the count
do:
Read U32/big fun_atom_index (name by index from atom table), U32/big arity, U32/big offset (code position), U32/big index, U32/big nfree (frozen values for closures), U32/big ouniq. Sanity check: fun_Atom_index must be in atom table range.
“ExpT” - Exports Table¶
Encodes exported functions and arity in the -export([]).
attribute.
Read U32/big count
Until the count
do:
Read U32/big export name atom index. Sanity check: atom table range.
Read U32/big arity, U32/big label (offset in BEAM code section, should be translated into the loaded code offset).
“LitT” - Literals Table¶
Contains all the constants in file which are larger than 1 machine Word. It is compressed using zip Deflate.
Read U32/big uncompressed size (prepare output buffer of this size). Run zip inflate (uncompress) on the data.
Inside the uncompressed data:
Read U32/big value count
Until the value count
do:
Skip U32/big
Read byte ext term format marker (must be 131)
Read tag byte, … (follow the documentation)
Values are encoded using the external term format. A better reference is in the standard documentation
“ImpT” - Imports Table¶
Encodes functions from other modules invoked by the current module.
Read U32/big count
Until the count
do:
Read U32/big module atom index, U32/big function atom index, U32/big arity
“LocT” - Local Functions¶
Essentially same as the export table format ExpT
for local functions.
Read U32/big count
Until the count
do:
Read U32/big func atom index, U32/big arity, U32/big location (label)
“Line” - Line Numbers Table¶
Encodes line numbers mapping to give better error reporting and code navigation for the program user.
Read U32/big version (must match emulator’s own version 0).
Skip U32/big flags
Read U32/big line_instr_count, U32/big num_line_refs, U32/big num_filenames
Store invalid location const as Word[] linerefs first element which points at file #0, line 0.
Set fname_index = 0, this is index in file name table, empty now
Until the num_line_refs
do:
Parse term at read position (see BEAM Term format)
If the term is a small integer, push a pair of (fname_index, value) to the linerefs array.
If the term is an atom, use its numeric value as new fname_index. Sanity check: value must be under
num_filenames
.
Until the num_filenames
do (fill the file names table):
Read U16/big name size
Read string of bytes
Convert string to an atom and push into file names table
“StrT” - Strings Table¶
This is a huge binary with all concatenated strings from the Erlang parsed AST
(syntax tree). Everything {string, X}
goes here. There are no size markers
or separators between strings, so opcodes that need these values (e.g. bs_put_string)
must provide an index and a string length to extract what they need out of this
chunk.
Consider compiler
application in standard library, files:
beam_asm
, beam_dict
(record #asm{}
field strings
), and
beam_disasm
.
“Attr” - Attributes¶
Contains two parts: a proplist of module attributes, encoded as External Term Format, and a compiler info (options and version) encoded similarly.
BEAM Compact Term Encoding¶
BEAM file uses a special encoding to store simple terms in BEAM file in a space-efficient way. It is different from memory term layout, used by BEAM VM.
The idea is to stick as many type and value data into the 1st byte as possible:
7 6 5 4 3 | 2 1 0
----------+------
| 0 0 0 — Literal
| 0 0 1 — Integer
| 0 1 0 — Atom
| 0 1 1 — X Register
| 1 0 0 — Y Register
| 1 0 1 — Label
| 1 1 0 — Character
0 0 0 1 0 | 1 1 1 — Extended — Float
0 0 1 0 0 | 1 1 1 — Extended — List
0 0 1 1 0 | 1 1 1 — Extended — Floating point register
0 1 0 0 0 | 1 1 1 — Extended — Allocation list
0 1 0 1 0 | 1 1 1 — Extended — Literal
Note
In OTP 20 the Floats are encoded as literals, and every other extended code is shifted, i.e. List becomes 1 (0b10111), Float register becomes 2 (0b100111), alloc list becomes 3 (0b110111) and literal becomes 4 (0b1000111).
It uses first 3 bits of a first byte as a tag to specify the type of the following value. If the bits were all 1 (special value 7), then few more bits are used.
For values under 16 the value is placed entirely into bits 4-5-6-7 having bit 3 set to 0:
7 6 5 4 | 3 | 2 1 0
--------+---+------
Value>> | 0 | Tag>>
For values under 16#800 (2048) bit 3 is set to 1, marks that 1 continuation byte will be used and 3 most significant bits of the value will extend into this byte’s bits 5-6-7:
7 6 5 | 4 3 | 2 1 0
------+-----+------
Value | 0 1 | Tag>>
Larger and negative values are first converted to bytes.
Then if the value takes 2..8 bytes, bits 3-4 will be set to 1, and bits
5-6-7 will contain the (Bytes-2)
size for the value, which follows:
7 6 5 | 4 3 | 2 1 0
--------+-----+------
Bytes-2 | 1 1 | Tag>>
If the following value is greater than 8 bytes, then all bits 3-4-5-6-7
will be set to 1, followed by a nested encoded unsigned ?tag_u
value
of (Bytes-9):8
, and then the data:
7 6 5 4 3 | 2 1 0
----------+------ Followed by nested encoded int (Size-9)
1 1 1 1 1 | Tag>>
See also
Refer to beam_asm:encode/2
in the compiler
application for
details about how this is encoded. Tag values are presented in this
section, but also can be found in compiler/src/beam_opcodes.hrl
.
Base and Extended Tag¶
Let’s parse the value of tag
:
Read a byte and extract its least 3 bits. This is the base tag. It can be Literal=0, Integer=1, Atom=2, XRegister=3, YRegister=4, Label=5, Character=6, Extended=7.
If the base tag was Extended=7, then bits 4-5-6-7 PLUS 7 will become the extended tag. It can have values Float=8, List=9, FloatReg=10, AllocList=11, Literal=12.
A badly written and incomplete Github example of reading signed word routine used to read signed words later:
A badly written and incomplete Github example of parsing a small integer: (used to read SmallInt values later).
Reading the Value¶
This is the logic, as was decoded from source code of BEAM VM and Ling VM. It looks at the bits in slightly different order.
Look into the first byte read, bit 3:
Bit 3 is 1, so look into bit 4:
- Bit is 1: Use remaining 3 bits of the byte as byte length
(if under 7 - read
N+2
bytes into signed words, if the value is 7 - then length is larger than that and we have to read length first – it follows as?tag_u=0
(Literal) nested unsigned value)
Bit 4 is 0: use remaining 3 bits + 8 more bits of the following byte
Bit #3 = 0: Use remaining 4 bits
Now how to parse an encoded term:
Read a SmallInt, case
tag
of:Tag=Integer: use the value (signed?)
Tag=Literal: use smallint value as index in
LitT
table.Tag=Atom: use smallint value MINUS 1 as index in the atom table. 0 smallint means
NIL []
.Tag=Label: use as label index, or 0 means invalid value.
Tag=XRegister, Tag=YRegister: use as register index.
Tag=Character (an Unicode symbol): use val as unsigned.
Tag=Extended List: contains pairs of terms. Read smallint
Size
. Create tuple ofSize
, which will containSize/2
values. ForSize/2
do: read and parse a term (case of
value), read a small int (label index), place them into the tuple.
BEAM Code Section Format¶
Code section in BEAM file contains list of instructions and arguments. To read an encoded term see BEAM Term format.
Read a byte, this is opcode (R19 has 158 base opcodes). Opcode is converted into a label address (for threaded interpreter) or a pointer to handler function.
Query opcode table and get arity for this opcode.
Until
arity
: parse term and put it into the output one term or word at a time. VM loop will read the opcode later and expect thatarity
args will follow it.If any of the parsed terms was a label value, remember its output position to later revisit it and overwrite with actual label address in memory (it is not known until code parsing is done).


Watson, George (Grocer)
| Birth Name | Watson, George (Grocer) |
| Gender | male |
| Age at Death | unknown |
Narrative
SMH - WATSON - 6 October 1886 - at his residence, 10 Begg St, Paddington; GEORGE WATSON, third son of the late Rev John Watson, of Prince St, Sydney, aged 68 years.
FUNERAL - The Friends of the late Mr. GEORGE WATSON are invited to attend his Funeral, to move from his late residence, 10 Begg St, Paddington, THIS AFTERNOON, at half-past 2 o'clock, to Waverley.
FUNERAL - The Friends of Messrs. SAMUEL, ROBERT, and JOHN WATSON are invited to attend the Funeral of their late beloved FATHER; to move from his late residence, 10 Begg St, Paddington, THIS Thursday Afternoon, at half-past 2 o'clock, to Waverley Cemetery. (the girls weren't mentioned?)
FUNERAL - The Friends of Mr. & Mrs.John Sutherland Small, are invited to attend the Funeral of his deceased FATHER-IN-LAW, Mr. George Watson; to leave from his late residence 10 Begg St, etc ---- ----------------------------------
1909 Electoral Rolls - Nepean Division - Homebush Subdivision -
WATSON - Margaret Scarlet - Albyn Rd Strathfield - home duties
Robert " " independant means
Jane " " home duties
Also - WATSON - Samuel John - Burlington Rd Strathfield - independant means
also " Bridget, Florence Amelia, Gertrude Elizabeth & Minnie Ann, lived Burlington Rd.
Events
| Event | Date | Place | Description | Sources |
|---|---|---|---|---|
| Birth | not registered in NSW | |||
|
|
||||
| Death | 1886-10-06 | Paddington NSW #4932 son of John & Margaret | ||
|
|
||||
| Burial | 1886-10-07 | Waverley Cemetry NSW | ||
|
|
Parents
| Relation to main person | Name | Birth date | Death date | Relation within this family (if not by birth) |
|---|---|---|---|---|
| Father | Watson, John Rev. | |||
| Mother | Drew, Margaret | |||
| Brother | Watson, Christian | 1861 | ||
| Sister | Watson, Isabella | 1865-07-07 | ||
| Sister | Watson, Jessie | 1867-06-10 | ||
| Watson, George (Grocer) | 1886-10-06 | |||
| Brother | Watson, Frederick Robert | 1869-08-08 | ||
| Sister | Watson, Florence Emily | 1871-07-19 | ||
| Sister | Watson, Edith Mabel | 1873-04-04 | ||
| Sister | Watson, Fanny | 1874-06-27 |
Families
Family of Watson, George (Grocer) and McFadden, Rebecca |
||||||||||||||||||||||||||
| Married | Wife | McFadden, Rebecca ( * 1832 + 1901-11-17 ) | ||||||||||||||||||||||||
|
||||||||||||||||||||||||||
| Children |
| Name | Birth Date | Death Date |
|---|---|---|
| Watson, Ann Rebecca | 1850-08-14 | 1944-05-17 |
| Watson, Samuel | 1853-07-16 | 1897-02-11 |
| Watson, Robert | 1863-07-17 | |
| Watson, John | 1867 | 1925-08-12 |
| Watson, Rose Ellen | 1869 | |
| Watson, Margaret Scarlet | 1871 | 1899-11-23 |
| Watson, George James | 1874-06-03 | 1956-09-12 |
| Type | Value | Notes | Sources |
|---|---|---|---|
| _UID | 7B0995B0E19DD9119522E4E52853F84C70E7 |
Attributes
| Type | Value | Notes | Sources |
|---|---|---|---|
| _UID | 7A0995B0E19DD9119522E4E52853F84C6FD7 |


Our Vision
We-Care is a dedicated team of passionate and creative professionals who have experience and technology in introducing dynamic web from scratch and provide efficient end to end marketing solutions to build your brand and market presence.
We-Care is a dedicated team of passionate and creative professionals who have experience and technology in introducing dynamic web from scratch and provide efficient end to end marketing solutions to build your brand and market presence.


@main(Messages("playauthenticate.index.title")) {
Be the author of your own research objects and add them to your collection! You will also be able to see a list of them.
Whenever you need an artifact, our search tool enables you to easily search for it.
Add new artifacts into your research objects, update the old ones or simply remove them if you ever feel the need to.


Undertale creator Toby Fox composed a song for Pokemon Sword and Shield
Plus we get bonus Yamper fanart
by Chris CarterPokemon Sword and Shield is one of the last big releases of 2019, and thus, we just got one of the last big surprises of 2019: famed Undertale mastermind Toby Fox composed a track for the pair of games.
The announcement comes by way of Fox himself on Twitter, saying he is "finally allowed" to announce the track, though didn't provide specifics. Instead Fox notes: "by the way it's not like a main track or anything, I just thought it was cool." It is very cool! Note that this probably came about due to Fox's contributions to Little Town Hero.
Nintendo's umbrella of properties and partners have been a lot more collaborative this generation compared to the walled garden approach of the past, and it's worked out fairly well for them. At this point it seems like no one is off limits for Super Smash Bros, for example: even Undertale!
Toby Fox [Twitter]


--- title: Facebook Privacy Scanner layout: post ---
Get ProtectedThis website provides an independent and open tool for scanning your Facebook privacy settings. The source code and its development will always remain open and transparent.
- Drag this link to your web browser bookmarks bar: Scan for Privacy
- Log in to facebook.com and then click that bookmark
- You will see a series of privacy scans that inspect your privacy settings and warn you about settings that might be unexpectedly public.
- Follow us on Facebook to hear about the latest updates.
Having trouble? Check our help page for tips and video walkthroughs.
Definitely go run this right now to find out how much information you're leaking on Facebook.


In-line Data Quality Validation Demo
Description
Department
Email
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File Link
Results
Submit


Hey, has your number changed?
No, my phone was temporarily possessed by aliens.
Listen, I don't have time for that kind of nonsense. If you didn't want to talk with me, you only had to say so.
Fine, fine. Call me and we'll figure out how to take this deal to the next level. I'm sure it's in everyone's best interest.
Only time will tell. Let's see whether the powers that be recognize a good thing when they see it.


We're going to develop annual goals from the core values you chose in the previous page
This is to align you with your core self of who you are or who you want to become
Based on the methodology of
commited action.
Specific: be clear about what needs to be done
Measurable: defined criteria to measure success
Achievable: it has to be an outcome you can directly influence
Realistic: make sure you have the time, resources, and ability to succeed
Time: specific time periods to hold yourself accountable


ADITYA TIWARI
Biomedical Engineering
Hello,
Welcome to my webpage.
I am Aditya Tiwari pursuing Biomedical Engineering from NIT Raipur.
I have been brought up in a city of UP, interested in Web Development and
have desires to become a Full Stack Developer soon.
I really like to connect with people around and try to learn from their experiences.
Presently I am also practising Competitive Programming.
For any queries/feedback, you can contact me at the described link.
I am compatible with C and C++ for Programming, I had started to learn programming from class 11th.
My interest areas include primarily core development, I am learning languages like HTML, CSS, JS & its libraries.
Web Development & its working really amazes me.
I am just a beginner and thus am almost unable to present a project/work.
I have a learning attitude, try to understand a lot of things faster.
I also am able to express in front of large audience.
People say that I possess leadership, cooperative & managerial skills.


--- layout: page status: publish published: true title: Utilities author: display_name: Jessie Pechmann login: jpechmann email<EMAIL_ADDRESS>url: '' author_login: jpechmann author_email<EMAIL_ADDRESS>wordpress_id: 2878 wordpress_url: http://gis.utah.gov/?page_id=2878 date: '2011-10-24 10:19:07 -0600' date_gmt: '2011-10-24 16:19:07 -0600' categories: [] tags: - SDE - sgid - Data - utah - gis - map - mapping - dataset - download - agrc - layer - shapefile - geodatabase - metadata - shp - gdb - kml - lyr - digital - geographic - information - database - state - statewide - vector - overview - category - services - daas - arcgis ---
| Product Name | Type | Steward(s) | Description | |
|---|---|---|---|---|
| click a product name for more information and download links | ||||
| Broadband Internet | GIS Data Layer | AGRC & GOED | Broadband availability in Utah. | |
| Electric Transmission | GIS Data Layer | AGRC | Electrical generation and distribution facilities in Utah. | |
| Telephone Infrastructure and Rural Telcom Boundaries. | GIS Data Layer | AGRC | Major telephone trunk line and switching facilities. Utah telecommunication service boundaries. | |
| Retail Culinary Water Suppliers | GIS Data Layer | Utah Division of Water Resources, Utah Department of Natural Resources | This dataset attempts to represent the retail culinary water suppliers service area boundaries for the State of Utah, with a small selection of suppliers in Idaho and Wyoming represented as well. |


Sizes
Options
Disabled State
Button element
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Primary link
Link
Processing States
Starting State
"Processing" state
{% contentfor notes %}
Sizes
There needs to be a good reason to deviate from default. Update these docs as needed.
Calls to action
Primary: Always use .btn-primary
.
Secondary: Always use .btn-default
.
Other: Use .btn-link
for action without prominance.
Todos
Look at progress bar or cycling elipsises
{% endcontentfor %}


Next Step : Revise
Critical Progress
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Keyword Counter Example for "director of marketing"
Mono-Grams: This bar charts are samples of careerwords.zone's outputs for a
given job search on indeed.com by title.
The first you'll see is an analysis of keyword pairs. The program
searches the job postings for bullet points and gathers all the text in
those points. Then the text is analyzed for common word pairs. Pairs which
occur too often or not few times, are not considered.
Bi-Grams: This analysis is similar to the one above, except the words are not pairs but
single words. Also, the words have been reduced to their "stems" before analysis.
This is helpful, because now words like:
work
worked
working
Are grouped as the same word.
Resume Comparison: You can compare your resume's content to the keywords returned from the search
Title Count: It's often helpful to know which job titles were found, especially if you are
searching by keyword rather than title.
Job Location: The count of postings found aggregated by city are also available.


---
layout: pattern
category: text
name: s
usage: Represents contents that are no longer accurate or no longer relevant. The use of this tag is not appropriate when indicating document edits and you would prefere the del
element.
---
Buy our Iced Tea and Lemonade!
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Use any of these customisable blocks in your designs. The tabs below show just some of the possible combinations.
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Table of Contents
yacc - GNU Project parser generator
yacc [OPTION]... FILE
Yacc
(Yet Another Compiler Compiler) is a parser generator. This version is
a simple wrapper around bison(1)
. It passes option -y, --yacc to activate the
upward compatibility mode. See bison(1)
for more information.
Written
by Paul Eggert.
Report bugs to<EMAIL_ADDRESS>Copyright
© 2008 Free Software Foundation, Inc.
This is free software; see the source for copying conditions. There is
NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
lex(1)
, flex(1)
, bison(1)
.
The full documentation for bison is maintained
as a Texinfo manual. If the info and bison programs are properly installed
at your site, the command
- info bison
should give you access to the complete
manual.
Table of Contents


| Toolkit Contents Description |
Table of ContentsToolkit Contents Description Introduction Version Information Directory Structure and Contents DATA DOC ETC EXE INCLUDE LIB SRC BRIEF CHRONOS CKBRIEF COMMNT COOKBOOK DSKBRIEF DSKEXP FRMDIFF INSPEKT MKDSK MKSPK MSOPCK SPACIT CSPICE SPKDIFF SPKMERGE CSUPPORT TOBIN TOXFR VERSION MICE MICECOOK Using the Toolkit All Users Repeat Users First Time Users Appendix -- NAIF's File Naming Conventions Toolkit Contents DescriptionIntroduction
Most C compilers come with a large set of compilation options that can be used when compiling source code. The compiler options we (NAIF) used when creating the various object libraries are discussed in the section "LIB" that appears later in this document. Version Information
Creation Date: Fri Apr 7 18:16:34 PDT 2017 Version : MICE.................V.N0066 Directory Structure and Contents
(installation directory) | mice | makeall.batmice also contains several subdirectories that will be described in more detail in the following sections.
(installation directory) | mice | data doc etc exe include lib src
DATA
(installation directory) | mice | data | cook_01.tc cook_01.tls cook_01.tpc cook_01.tsc cook_01.tsp cook_02.tc cook_02.tsp geophysical.ker DOC
(installation directory) | mice | doc | dscriptn.txt version.txt cspice.idx mice.idx *.ug *.req *.txtThis package also includes HTML version of the documentation. It is provided in the HTML subdirectory of the DOC directory. The ``index.html'' file contains links to the individual HTML documents spread across numerous branches of this subdirectory tree.
(installation directory) | mice | doc | html | index.html ... ETC
(installation directory) | mice | etc EXE
(installation directory) | mice | exe | brief.exe chronos.exe ckbrief.exe commnt.exe simple.exe states.exe subpt.exe tictoc.exe dskbrief.exe dskexp.exe frmdiff.exe inspekt.exe mkdsk.exe mkspk.exe msopck.exe spacit.exe spkdiff.exe spkmerge.exe tobin.exe toxfr.exe version.exe INCLUDE
(installation directory) | mice | include | SpiceCK.h SpiceCel.h SpiceDLA.h SpiceDSK.h SpiceDtl.h SpiceEK.h SpiceEll.h SpiceErr.h SpiceFrm.h SpiceGF.h SpiceOccult.h SpiceOsc.h SpicePln.h SpiceSPK.h SpiceSrf.h SpiceUsr.h SpiceZad.h SpiceZdf.h SpiceZfc.h SpiceZim.h SpiceZmc.h SpiceZpl.h SpiceZpr.h SpiceZrnm.h SpiceZst.h f2c.h f2cMang.h fio.h fmt.h fp.h lio.h rawio.h signal1.h zzalloc.h zzerror.h LIB
All static libraries are compiled using the following compiler options:
/c /O2 -D_COMPLEX_DEFINED -DMSDOS -DOMIT_BLANK_CC -DNON_ANSI_STDIOOne routine, zzsecprt.c, is compiled without the /O2 optimization option, because the MS Visual C++/C compiler is unable to process the routine correctly when using this optimization feature. The libraries contained in this directory are listed below. Each library is discussed in more detail later in the section devoted to the SRC directory.
(installation directory) | mice | lib | cspice.lib csupport.lib mice.* SRC
(installation directory) | mice | src | brief_c chrnos_c ckbref_c commnt_c cook_c dskbrief_c dskexp_c frmdif_c inspkt_c mkdsk_c mkspk_c msopck_c spacit_c cspice spkdif_c spkmrg_c csupport tobin_c toxfr_c versn_c mice micecook BRIEF
This directory contains the BRIEF main program, supporting routines, and a script to create the executable program brief.
(installation directory) | mice | src | brief_c | main.x brief.pgm *.c *.h mkprodct.bat CHRONOS
This directory contains the CHRONOS main program, supporting routines, and a script to create the executable program chronos.
(installation directory) | mice | src | chrnos_c | main.x chronos.pgm *.c mkprodct.bat CKBRIEF
This directory contains the CKBRIEF main program, supporting routines, and a script to create the executable program ckbrief.
(installation directory) | mice | src | ckbref_c | main.x ckbrief.pgm *.c mkprodct.bat COMMNT
This directory contains the COMMNT main program and a script to create the executable file commnt.
(installation directory) | mice | src | commnt_c | main.x commnt.pgm *.h mkprodct.bat COOKBOOK
This directory contains the COOKBOOK source files and a script to create the executable files.
(installation directory) | mice | src | cook_c | simple.pgm states.pgm subpt.pgm tictoc.pgm mkprodct.bat DSKBRIEF
This directory contains the DSKBRIEF main program, supporting routines, and a script to create the executable program dskbrief.
(installation directory) | mice | src | dskbrief_c | main.x dskbrief.pgm *.c *.h mkprodct.bat DSKEXP
This directory contains the DSKEXP main program, supporting routines, and a script to create the executable program dskexp.
(installation directory) | mice | src | dskexp_c | main.x dskexp.pgm *.c *.h mkprodct.bat FRMDIFF
This directory contains the FRMDIFF main program, supporting routines, and a script to create the executable program frmdiff.
(installation directory) | mice | src | frmdif_c | main.x frmdiff.pgm *.c *.h mkprodct.bat INSPEKT
This directory contains the INSPEKT main program, supporting routines, and a script to create the executable program inspekt.
(installation directory) | mice | src | inspkt_c | main.x inspekt.pgm *.c *.h mkprodct.bat MKDSK
This directory contains the MKDSK main program, supporting routines, and a script to create the executable program mkdsk.
(installation directory) | mice | src | mkdsk_c | main.x mkdsk.pgm *.c *.h mkprodct.bat MKSPK
This directory contains the MKSPK main program, supporting routines, and a script to create the executable program mkspk.
(installation directory) | mice | src | mkspk_c | main.x mkspk.pgm *.c *.h mkprodct.bat MSOPCK
This directory contains the MSOPCK main program, supporting routines, and a script to create the executable program msopck.
(installation directory) | mice | src | msopck_c | main.x msopck.pgm *.c *.h mkprodct.bat SPACIT
This directory contains the SPACIT main program, supporting routines, and a script to create the executable program spacit.
(installation directory) | mice | src | spacit_c | main.x spacit.pgm *.c *.h mkprodct.bat CSPICE
This directory also contains a script for creating CSPICE.
(installation directory) | mice | src | cspice | *.c *.h mkprodct.bat SPKDIFF
This directory contains the SPKDIFF main program, supporting routines, and a script to create the executable program spkdiff.
(installation directory) | mice | src | spkdif_c | main.x spkdiff.pgm *.c *.h mkprodct.bat SPKMERGE
This directory contains the SPKMERGE main program, supporting routines, and a script to create the executable file spkmerge.
(installation directory) | mice | src | spkmrg_c | main.x spkmerge.pgm *.c *.h mkprodct.bat CSUPPORT
This directory contains the CSUPPORT library source files and a batch file to create the object library csupport.a.
(installation directory) | mice | src | csupport | *.c *.h mkprodct.bat TOBIN
This directory contains the TOBIN main program, supporting routines, and a script to create the executable program tobin.
(installation directory) | mice | src | tobin_c | main.x tobin.pgm *.h mkprodct.bat TOXFR
This directory contains the TOXFR main program, supporting routines, and a script to create the executable program toxfr.
(installation directory) | mice | src | toxfr_c | main.x toxfr.pgm *.h mkprodct.bat VERSION
This directory contains the VERSION main program. and a script to create the executable program version.
(installation directory) | mice | src | version | main.x version.pgm mkprodct.bat MICE
This directory contains the MICE C and MATLAB source code and a script to create the MICE shared object library.
(installation directory) | mice | src | mice | *.m *.h *.c mkprodct.csh MICECOOK
This directory contains the MICECOOK MATLAB modules.
(installation directory) | mice | src | micecook | *.m Using the ToolkitAll Users
The Toolkit contains two styles of documentation: a plain text version and a hyper-linked HTML version. NAIF recommends you use the HTML version because of the convenience of the hyper-linking. To do that load the top level index of the HTML documentation -- ``doc/html/index.html'' -- into a web browser. Repeat Users
Be aware that sometimes a bug fix or a small algorithmic change in the new SPICE code could result in small changes in numeric results; this could show up in your regression test cases. First Time Users
Please note that NAIF assumes you are familiar with how to write code in the language you have chosen, and that you know how to compile, link (``make'') and execute programs on your computer. If this is not the case you should first take some generic programming lessons before trying to tackle SPICE. Appendix -- NAIF's File Naming Conventions
Source code modules:
*.pgm Fortran or C source files for program modules. *.for Fortran source code files. *.f *.inc Fortran include files. *.c C source code files. *.h C header files. *.pro IDL source code files. *.m MATLAB source code files. *.java Java source code files.Executables, libraries, object files:
(no ext) Executable files. *.exe *.o Object files. *.obj *.a Object library files. *.lib *.olb *.so Shared object library files. *.dll *.mex* MATLAB shared object library files. *.dlm IDL and MATLAB library definition modules. *.def *.class Java class files.Documents:
*.req Text format Required Reading files. *.ug Text format User's Guides. *.idx Permuted index files. *.txt Text format documentation files. *.tex TeX files. *.dvi Device independent files produced by TeX. *.ps Postscript files. *.pdf PDF files. *.htm HTML files. *.html *.css Style sheet files. *.args Javadoc arguments files.SPICE Kernel files:
*.bc Binary CK (pointing) files. *.bdb Binary DBK (database) files. *.bds Binary DSK (digital shape) files. *.bep Binary EK (events) Science Plan files. *.bes Binary EK (events) Sequence files. *.bpc Binary PCK (planetary rotation) files. *.bsp Binary SPK (ephemeris) files. *.ten Text EK (events) Experimenter's Notebook files. *.tep Text EK (events) Science Plan files. *.tf Text FK (frame definitions) files. *.ti Text IK (instrument parameters) files. *.tls Text LSK (leapseconds) files. *.tm Text MK (meta-kernels, aka ``furnsh'') files *.tpc Text PCK (planetary constants) files. *.tsc Text SCLK (spacecraft clock) files. *.xc Transfer format CK (pointing) files. *.xdb Transfer format DBK (database) files. *.xds Transfer format DSK (digital shape) files. *.xep Transfer format EK (events) Science Plan files. *.xes Transfer format EK (events) Sequence files. *.xpc Transfer format PCK (planetary rotation) files. *.xsp Transfer format SPK (ephemeris) files.Build scripts:
mkprodct.csh Unix build scripts. mkprodct.sh mkprodct.tcsh mkprodct.com VAX/Dec Alpha build scripts. mkprodct.bat PC/DOS, PS/WIN build scripts. mkprodct.mpw MAC MPW build scripts. mkprodct.mas MAC Apple Script build scripts. |


Plutarch in his biography of the Athenian king Theseus (the slayer of the Minotaur) relates that, after being widowed and reaching age 50, the King abducted the beautiful 12-year old Helen (long before she married Menealaus, met Paris and was the cause of the Trojan War). Due to this outrage her twin brothers Castor and Pollux invaded Attica to liberate their sister and threatened to destroy Athens. Akademos spared the city by telling them her location (concealed at Aphidnae). For this Akademos was venerated by the city as a savior.Also for this reason the Tyndarids always showed him much gratitude, and whenever the Lacedaemonians invaded Attica, they always spared the land belonging to Academus which lay on the Cephissus, six stadia from Athens. This piece of land was subsequently adorned with plane and olive plantations, and was called Academia from its original owner. This grove of trees on the northwest side of the city, held to be his burial place, was ever after dedicated to his memory. Within this grove Plato gave his lectures and thus the phrase "the groves of Academe."Due to this Akademos' name has been linked to the archaic name for the site of Plato's Academy, the Hekademeia, outside the walls of Athens. Akademeia was the source of the word "academy". The expression "the Grove of Academe" refers to the sacred site of Hekademos where the cult had once taken place in an olive grove sacred to Athena.
You have currently selected {{subject}} for {{getGradeName(grade)}} and will use {{skill.name}} from {{category.name}}. You can choose to change the current defaults by selecting:
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Subject
Category
Skill


CROCODILE DUNDEE A film review by Steve Rhodes Copyright 1998 Steve Rhodes
RATING (0 TO ****): ***
Paul Hogan as Michael J. "Crocodile" Dundee is an apolitical braggart and a generally loveable character - just the sort you'd want to hang out with if you had a trip into the Australian outback. He got his name from a little tangle he had with a hungry crocodile that got him some notoriety, but he calls it just a little love bite.
While on vacation, we watched the 1986 film CROCODILE DUNDEE appropriately in New York City, where the last half of this fish out of water tale is set.
Although an extremely popular movie that garnered an Academy Award nomination for its script by Hogan, John Cornell, and Ken Shadie, the people associated with it were not able to build on their success in the movie. Paul Hogan had few other movie roles of merit and was last seen in the odious FLIPPER remake. His female costar, Linda Kozlowski, never got another important role. The writers and the director, Peter Faiman, similarly disappeared into oblivion.
The story begins in Australia where New York reporter Sue Charlton (Kozlowski) looks up Mick Dundee from Walkabout Creek in the Northern Territories. Hearing about the reason for his Crocodile Dundee sobriquet, she wants to record his story.
Full of good hearted, simple humor like the time Crocodile Dundee tangles with a group of loud-mouth hunters who freeze "roos" (kangaroos) with their pickups' spotlights and then ruthlessly gun them down. He impersonates a kangaroo by hiding behind a kangaroo skin. Just before the hunters start firing, he fires first, almost scaring them to death.
Crocodile is totally at peace with nature, or as he puts it, "God and me, we'd be mates." His sidekick is an aboriginal city businessman who reluctantly dresses up in full body paint since his father's a tribal elder.
Sue takes Mick with her to Manhattan. Once there, he reaches out of his limo to greet a local, who is walking down a busy street. The incredulous New York native, who isn't used to strangers speaking, much less being friendly, is completely bewildered. In another incident Crocodile asks a local African-American, quite sincerely, what tribe he is from. Rather than have the guy take offence, the big-hearted picture has him be surprised and curious rather than insulted.
The innocence of this sweet little story is best seen when Crocodile finds something looking like a foot washer in the bathroom in his fancy midtown hotel room. Sue is simply too embarrassed to explain what a bidet is to her new friend. Embarrassment - that's a concept not often seen in today's movies.
CROCODILE DUNDEE runs 2:04. It is rated PG-13 for a brief scene of ridiculed drug usage and for a little profanity and would be fine for kids around 7 and up.
My son Jeffrey, age 9, liked the movie and gave it ** 1/2. His favorite is the classic big knife scene.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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review and has no editorial control. Unless stated otherwise, the copyright
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Related links: index of all rec.arts.movies.reviews reviews


RBI Enhances Scope of Non-resident Rupee Accounts
Non-residents can now open accounts for purposes like external commercial borrowing and trade credit in INR, noted RBI.
Mumbai: To popularise cross-border transactions in Indian rupee, the Reserve Bank has enhanced the scope of ‘Special Non-resident Rupee’ (SNRR) by allowing persons residing outside India to open such accounts for purposes like external commercial borrowing and trade credit in INR.
The RBI, in a notification on Friday, said: “With a view to promote the usage of INR products by persons resident outside India, it has been decided, in consultation with the Government of India, to expand the scope of SNRR Account by permitting person resident outside India to open such account for external commercial borrowings in INR;
trade credits in INR…”
Other purposes for allowing such a move are for export or import invoicing and business related transactions outside International Financial Service Centre, all in INR.
Further, the RBI, in consultation with the government, decided to rationalise certain other provisions for SNRR Account like removing the restriction on the tenure of the SNRR account for the purposes given above.
“Apart from Non-Resident Ordinary (NRO) Account, permit credit of amount due or payable to non-resident nominee from account of a deceased account holder to Non-Resident External (NRE) Account or direct remittance outside India through normal banking channels,” the notification said.
For breaking news and live news updates, like us on Facebook or follow us on Twitter and Instagram. Read more on Business Latest News on India.com.
Story Timeline
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- 20 Nov 2019 RBI Supersedes Board of Debt-ridden DHFL, Insolvency Proceedings to Initiate Soon
- 19 Nov 2019 RBI Officer Grade B Result 2019: Phase I Scores Declared on Official Website at rbi.org.in
- 19 Nov 2019 PMC Bank Case: Depositors Hold Protest After RBI Files Affidavit in Bombay High Court
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