| Class and Description |
|---|
| ConcatenatedObjectFeatures
This class is used to produce a state feature vector from an
OOState by iterating
over the objects, generating a double array for each object, and concatenating the reslting vectors into one vector. |
| DenseLinearVFA
This class can be used to perform linear value function approximation, either for a states or state-actions (Q-values).
|
| DenseStateActionFeatures |
| DenseStateActionLinearVFA |
| DenseStateFeatures
Many functions approximation techniques require a fixed feature vector to work and in many cases, using abstract features from
the state attributes is useful.
|
| NormalizedVariableFeatures
This class is will construct a double array from states by iterating over numeric state variables and setting values
in the double array to the variables normalized value.
|
| NumericVariableFeatures
A
DenseStateFeatures that iterates through all state variables in a state
and places them into the returned double array. |
| SparseToDenseFeatures
A wrapper for turning the features from a
SparseStateFeatures into a DenseStateFeatures . |
| Class and Description |
|---|
| DenseLinearVFA
This class can be used to perform linear value function approximation, either for a states or state-actions (Q-values).
|
| DenseStateFeatures
Many functions approximation techniques require a fixed feature vector to work and in many cases, using abstract features from
the state attributes is useful.
|
| Class and Description |
|---|
| DenseLinearVFA
This class can be used to perform linear value function approximation, either for a states or state-actions (Q-values).
|
| DenseStateFeatures
Many functions approximation techniques require a fixed feature vector to work and in many cases, using abstract features from
the state attributes is useful.
|
| Class and Description |
|---|
| DenseStateFeatures
Many functions approximation techniques require a fixed feature vector to work and in many cases, using abstract features from
the state attributes is useful.
|
| Class and Description |
|---|
| DenseStateFeatures
Many functions approximation techniques require a fixed feature vector to work and in many cases, using abstract features from
the state attributes is useful.
|
| Class and Description |
|---|
| DenseStateFeatures
Many functions approximation techniques require a fixed feature vector to work and in many cases, using abstract features from
the state attributes is useful.
|
| Class and Description |
|---|
| DenseStateFeatures
Many functions approximation techniques require a fixed feature vector to work and in many cases, using abstract features from
the state attributes is useful.
|
| Class and Description |
|---|
| DenseStateFeatures
Many functions approximation techniques require a fixed feature vector to work and in many cases, using abstract features from
the state attributes is useful.
|
| Class and Description |
|---|
| DenseStateActionFeatures |
| DenseStateActionLinearVFA |
| Class and Description |
|---|
| DenseStateFeatures
Many functions approximation techniques require a fixed feature vector to work and in many cases, using abstract features from
the state attributes is useful.
|
Copyright © 2019. All rights reserved.


September 13-14, 2019
Redmond, WA
Teams will compete to replicate the sequences of light and sounds by compressing the correct color pads on our 20x20 feet Simon. The top six teams with the highest scores each evening will move on to a final round to determine our nightly winners!
This is an immersive experience suitable for all ages!
Team up with anyone you know up to 8 people
Don’t have enough people? Don’t worry! You can still register and we will put you in an ad hoc team
Here are 3 simple steps
Register for the tournament to get your spot
The tournament is happening on
Friday, September 13 | 4:00pm - 10:00pm
Saturday, September 14 | 3:00pm - 9:00pm
Location:
Redmond Downtown Park Pavilion
16101 NE Redmond Rd
Redmond, WA 98052
Aside from the main tournament, there are many more activities and games provided by Northwest Art Center and other partners for you to enjoy.


void ObjVarDeleteDataAt( optr obj, /* object to delete from */ word extraDataOffset); /* offset to extra data to delete */
This routine deletes the specified vardata entry from the given object's instance chunk. The vardata entry is specified by its pointer as returned by
ObjVarAddData()
,
ObjVarFindData()
, and
ObjVarDerefData()
. To delete an entry specified by its data type, use
ObjVarDeleteData()
, above.
Warnings: This routine should be called only by the object whose vardata is affected. To operate on other objects' vardata remotely, use messages provided by
MetaClass
(see below under "See Also").
Include: object.h
See Also: MSG_META_DELETE_VAR_DATA
,
ObjVarDeleteData()
.
void ObjVarDeleteDataAtHandles( MemHandle mh, /* handle portion of optr */ ChunkHandle ch, /* chunk portion of optr */ word extraDataOffset); /* offset to extra data to delete */
This routine is the same as
ObjVarDeleteDataAt()
except that the object is specified via its handles rather than its optr.
Include: object.h
void ObjVarDeleteDataRange( optr obj, /* object to delete from */ word rangeStart, /* start of range */ word rangeEnd, /* end of range */ Boolean useStateFlag); /* save to state flag */
This routine deletes all data entries within a given range for the passed object. The range is specified by beginning and ending data types and is inclusive. The four parameters to this routine are
obj
rangeStart
rangeEnd
useStateFlag
true
(nonzero) to take the state flag into account; pass
false
(zero) to delete all entries in the range.
Warnings: This routine should be called only by the object whose vardata is affected. To operate on other objects' vardata remotely, use messages provided by
MetaClass
(see below under "See Also").
Include: object.h
See Also: MSG_META_DELETE_VAR_DATA
.
void ObjVarDeleteDataRangeHandles( MemHandle mh, /* handle portion of optr */ ChunkHandle ch, /* chunk portion of optr */ word rangeStart, /* start of range */ word rangeEnd, /* end of range */ Boolean useStateFlag); /* save to state flag */
This routine is the same as
ObjVarDeleteDataRange()
except that the object is specified via its handles rather than its optr.
Include: object.h
void * ObjVarDerefData( optr obj, /* object having data type */ VardataKey dataType); /* data type to dereference */
This routine is exactly like
ObjVarFindData()
, below, except that it does not return a null pointer if the data type is not found. Do not use this routine unless you are absolutely sure the data type is in the object; otherwise, results are unpredictable.
Include: object.h
See Also: ObjVarFindData()
.
void * ObjVarDerefDataHandles( MemHandle mh, /* handle portion of optr */ ChunkHandle ch, /* chunk portion of optr */ VardataKey dataType); /* data type to dereference */
This routine is the same as
ObjVarDerefData()
except that the object is specified via its handles rather than its optr.
Include: object.h
void * ObjVarFindData( optr obj, /* object to be checked */ VardataKey dataType); /* data type to find */
This routine searches an object's variable data for a given data type. If the type is found,
ObjVarFindData()
returns a pointer to the entry's extra data; if the entry has no extra data, an opaque pointer is returned which may be used with
ObjVarDeleteDataAt()
. If the entry is not found, a null pointer is returned. The pointer returned by this routine must be used before any subsequent operations on the object's block; the pointer may be invalidated by other LMem or object operations.
The two parameters of this routine are
obj
dataType
VardataKey
word declaring the data type and its flags. Both the VDF_SAVE_TO_STATE flag and the VDF_EXTRA_DATA flag are ignored.
Warnings: This routine should be called only by the object whose vardata is affected. To operate on other objects' vardata remotely, use messages provided by
MetaClass
(see below under "See Also").
Include: object.h
See Also: MSG_META_FIND_VAR_DATA
.
void * ObjVarFindDataHandles( MemHandle mh, /* handle portion of optr */ ChunkHandle ch, /* chunk portion of optr */ VardataKey dataType); /* data type to find */
This routine is the same as
ObjVarFindData()
except that the object is specified via its handles rather than its optr.
Include: object.h


Displayed Node:
Box
Plane
Noise
Scatter
Copy
Box
Size
Plane
Size
stepSize
Noise
Amplitude
Frequency
Scatter
Points Count


class: center, middle
--- class: center, middle, inverse # A history of
programming languages --- ## Presentation overview * Old languages * Mature languages * Modern languages * Really old languages * Too modern languages --- ## Dennis Ritchie and Ken Thompson .left-column[ ![](images/Dennis_Ritchie_2011.jpg) ] .right-column[ ![](images/Ken_Thompson_02.jpg) ] --- ## BCPL (1967) Basic Combined Programming Language ```bcpl GET "LIBHDR" LET START() = VALOF $( FOR I = 1 TO 5 DO WRITEF("%N! = %I4*N", I, FACT(I)) RESULTIS 0 $) AND FACT(N) = N = 0 -> 1, N * FACT(N - 1) ``` --- ## B (1969) ```b printn(n, b) { extrn putchar; auto a; if (a = n / b) printn(a, b); putchar(n % b + '0'); } ``` --- ## C (1972) ```c calling_function() { long test1; register test2; test1 = some_function(); if (test1 > 0) test2 = 0; else test2 = other_function(); return test2; } ``` --- ## C++ (1985) Inside Bjarne Stroustrup mind: > Maybe I should create a language like C, but with classes. I’ll name it ‘C with Classes’. One year later: > Maybe that was not such a good name. I’ll rename it to C++. Yeah. That’s better.
```cpp #include
int main() { std::cout << "Hello, world!\n"; } ``` --- ## Perl (1987) ```perl #!/usr/bin/perl use strict; use warnings; use IO::Handle; my ( $remaining, $total ); $remaining = $total = shift(@ARGV); STDOUT->autoflush(1); while ( $remaining ) { printf ( "Remaining %s/%s \r", $remaining--, $total ); sleep 1; } print "\n"; ``` --- ## Functional Programming Languages and Computer Architecture Conferece (FPCA ’87) --- ## Miranda (1985) --- ## Miranda (1985) ```haskell subsets [] = [[]] subsets (x:xs) = [[x] ++ y | y <- ys] ++ ys where ys = subsets xs ``` --- ## Haskell (1990) ```haskell quickSort :: Ord a => [a] -> [a] quickSort [] = [] quickSort (x:xs) = quickSort [a | a <- xs, a < x] ++ [x] ++ quickSort [a | a <- xs, a >= x] quickSort [] = [] quickSort (x:xs) = quickSort (filter (
=x) xs) ``` ---
--- ## Sather (1990) ```sather class MAIN is main is loop i := 1.upto!(10); #OUT + i + "\n"; end; end; end; ``` --- ## Python (1990) ```python from heapq import merge def merge_sort(m): if len(m) <= 1: return m middle = len(m) // 2 left = m[:middle] right = m[middle:] left = merge_sort(left) right = merge_sort(right) return list(merge(left, right)) ``` --- ## Ruby (1995) ```ruby # Calculate Pi using the Arithmetic Geometric Mean of 1 and 1/sqrt(2) require 'flt' Flt::BinNum.Context.precision = 8192 a = n = 1 g = 1 / Flt::BinNum(2).sqrt z = 0.25 (0..17).each{ x = [(a + g) * 0.5, (a * g).sqrt] var = x[0] - a z -= var * var * n n += n a = x[0] g = x[1] } puts a * a / z ``` --- ## PHP (1995) ```php function binary_search( $array, $secret, $start, $end ) { $guess = (int)($start + ( ( $end - $start ) / 2 )); if ( $end < $start) return -1; if ( $array[$guess] > $secret ) return (binary_search( $array, $secret, $start, $guess )); if ( $array[$guess] < $secret ) return (binary_search( $array, $secret, $guess, $end ) ); return $guess; } ``` --- ## Java (1995) ```java package fibsandlies; import java.util.HashMap; public class FibCalculator extends Fibonacci implements Calculator { private static Map
memoized = new HashMap
(); public static void main(String[] args) { memoized.put(1, 1); memoized.put(2, 1); System.out.println(fibonacci(12)); //Get the 12th Fibonacci number and print to console } public static int fibonacci(int fibIndex) { if (memoized.containsKey(fibIndex)) { return memoized.get(fibIndex); } else { int answer = fibonacci(fibIndex - 1) + fibonacci(fibIndex - 2); memoized.put(fibIndex, answer); return answer; } } } ``` --- ## JavaScript (1995) ```js Array.prototype.sleepSort = function(callback) { const res = []; for (let n of this) setTimeout(() => { res.push(n); if (this.length === res.length) callback(res); }, n + 1); return res; }; [1, 9, 8, 7, 6, 5, 3, 4, 5, 2, 0].sleepSort(console.log); ``` --- ## C\# (2000) James Gosling: > C# is sort of Java with reliability, productivity and security deleted. ```csharp public static int ModInverse(this int a, int m) { if (m == 1) return 0; int m0 = m; (int x, int y) = (1, 0); while (a > 1) { int q = a / m; (a, m) = (m, a % m); (x, y) = (y, x - q * y); } return x < 0 ? x + m0 : x; } ``` --- ## Fortran (1957) ```f C AREA OF A TRIANGLE WITH A STANDARD SQUARE ROOT FUNCTION C INPUT - TAPE READER UNIT 5, INTEGER INPUT C OUTPUT - LINE PRINTER UNIT 6, REAL OUTPUT C INPUT ERROR DISPLAY ERROR OUTPUT CODE 1 IN JOB CONTROL LISTING READ INPUT TAPE 5, 501, IA, IB, IC 501 FORMAT (3I5) IF (IA) 777, 777, 701 701 IF (IB) 777, 777, 702 702 IF (IC) 777, 777, 703 703 IF (IA+IB-IC) 777, 777, 704 704 IF (IA+IC-IB) 777, 777, 705 705 IF (IB+IC-IA) 777, 777, 799 777 STOP 1 799 S = FLOATF (IA + IB + IC) / 2.0 AREA = SQRTF( S * (S - FLOATF(IA)) * (S - FLOATF(IB)) * + (S - FLOATF(IC))) WRITE OUTPUT TAPE 6, 601, IA, IB, IC, AREA 601 FORMAT (4H A= ,I5,5H B= ,I5,5H C= ,I5,8H AREA= ,F10.2, + 13H SQUARE UNITS) STOP END ``` --- ## John Backus
--- ## Lisp (1958) ```lisp (defun square (x) "Calculates the square of the single-float x." (declare (single-float x) (optimize (speed 3) (debug 0) (safety 1))) (the single-float (* x x))) ``` --- ## John McCarthy
--- ## COBOL (1959) Common business-oriented language ```cbl ADD 1 TO x ADD 1, a, b TO x ROUNDED, y, z ROUNDED ADD a, b TO c ON SIZE ERROR DISPLAY "Error" END-ADD ADD a TO b NOT SIZE ERROR DISPLAY "No error" ON SIZE ERROR DISPLAY "Error" ``` --- ## Grace Hopper
--- ## Simula (1962) ```simula Real Procedure Sigma (k, m, n, u); Name k, u; Integer k, m, n; Real u; Begin Real s; k:= m; While k <= n Do Begin s:= s + u; k:= k + 1; End; Sigma:= s; End; ``` --- ## BASIC (1964) Beginner's All-purpose Symbolic Instruction Code ```basic 10 INPUT "What is your name: "; U$ 20 PRINT "Hello "; U$ 30 INPUT "How many stars do you want: "; N 40 S$ = "" 50 FOR I = 1 TO N 60 S$ = S$ + "*" 70 NEXT I 80 PRINT S$ 90 INPUT "Do you want more stars? "; A$ 100 IF LEN(A$) = 0 THEN GOTO 90 110 A$ = LEFT$(A$, 1) 120 IF A$ = "Y" OR A$ = "y" THEN GOTO 30 130 PRINT "Goodbye "; U$ 140 END ``` --- ## Pascal (1970) ```pp while a <> b do WriteLn('Waiting'); if a > b then WriteLn('Condition met') {no semicolon allowed!} else WriteLn('Condition not met'); for i := 1 to 10 do {no semicolon for single statements allowed!} WriteLn('Iteration: ', i); repeat a := a + 1 until a = 10; case i of 0 : Write('zero'); 1 : Write('one'); 2 : Write('two'); 3,4,5,6,7,8,9,10: Write('?') end; ``` --- ## Niklaus Wirth
--- ## Prolog (1972) ```pl mother_child(trude, sally). father_child(tom, sally). father_child(tom, erica). father_child(mike, tom). sibling(X, Y) :- parent_child(Z, X), parent_child(Z, Y). parent_child(X, Y) :- father_child(X, Y). parent_child(X, Y) :- mother_child(X, Y). ``` --- ## Smalltalk (1972) ```smalltalk OrderedCollection extend [ cocktailSort [ |swapped| [ swapped := false. 1 to: (self size - 1) do: [ :i | (self at: i) > (self at: (i+1)) ifTrue: [ self swap: i and: (i+1). swapped := true ] ]. swapped ifFalse: [ ^ self ]. swapped := false. (self size - 1) to: 1 by: -1 do: [ :i | (self at: i) > (self at: (i+1)) ifTrue: [ self swap: i and: (i+1). swapped := true ] ]. swapped ] whileTrue: [ ]. ^ self ] ]. ``` --- ## Alan Kay
--- ## Scala (2004) ```scala class Point( val x: Double, val y: Double, addToGrid: Boolean = false ) { import Point._ if (addToGrid) grid.add(this) def this() = this(0.0, 0.0) def distanceToPoint(other: Point) = distanceBetweenPoints(x, y, other.x, other.y) } object Point { private val grid = new Grid() def distanceBetweenPoints(x1: Double, y1: Double, x2: Double, y2: Double) = { math.hypot(x1 - x2, y1 - y2) } } ``` --- ## Clojure (2007) ```clj ;; print the source of `rem` (source rem) ;; => (defn rem "remainder of dividing numerator by denominator." {:added "1.0" :static true :inline (fn [x y] `(. clojure.lang.Numbers (remainder ~x ~y)))} [num div] (. clojure.lang.Numbers (remainder num div))) ``` --- ## Go (2009) ```go func main() { t := make(chan bool) go timeout(t) ch := make(chan string) go readword(ch) select { case word := <-ch: fmt.Println("Received", word) case <-t: fmt.Println("Timeout.") } } ``` --- ## Rust (2010) ```rs use std::cmp::Ordering::*; fn binary_search
(arr: &[T], elem: &T) -> Option
{ let mut size = arr.len(); let mut base = 0; while size > 0 { size /= 2; let mid = base + size; base = match arr[mid].cmp(elem) { Less => mid, Greater => base, Equal => return Some(mid) }; } None } ``` --- ## Erlang (1986) ```er %% qsort:qsort(List) %% Sort a list of items -module(qsort). -export([qsort/1]). qsort([]) -> []; qsort([Pivot|Rest]) -> qsort([Front || Front <- Rest, Front < Pivot]) ++ [Pivot] ++ qsort([Back || Back <- Rest, Back >= Pivot]). ``` --- ## Elixir (2011) ```ex defmodule Binary do def search(list, value), do: search(List.to_tuple(list), value, 0, length(list)-1) def search(_tuple, _value, low, high) when high < low, do: :not_found def search(tuple, value, low, high) do mid = div(low + high, 2) midval = elem(tuple, mid) cond do value < midval -> search(tuple, value, low, mid-1) value > midval -> search(tuple, value, mid+1, high) value == midval -> mid end end end list = [0,1,4,5,6,7,8,9,12,26,45,67,78,90,98,123,211,234,456,769,865,2345,3215,14345,24324] Enum.each([0,42,45,24324,99999], fn val -> case Binary.search(list, val) do :not_found -> IO.puts "#{val} not found in list" index -> IO.puts "found #{val} at index #{index}" end end) ``` --- ## Julia (2012) ```jl function kinggraph(N) graph = SimpleWeightedGraph(N*N) for row in 1:N, col in 1:N, p in surround(row, col, N) origin = vfromcart(CartesianIndex(row, col), N) targ = vfromcart(p, N) hcost = (targ in obstacles || origin in obstacles) ? 100 : 1 add_edge!(graph, origin, targ, hcost) end graph end ``` --- ## Swift (2014) ```swift func binarySearch
(xs: [T], x: T) -> Int? { var (low, high) = (0, xs.count - 1) while low <= high { switch (low + high) / 2 { case let mid where xs[mid] > x: high = mid - 1 case let mid where xs[mid] < x: low = mid + 1 case let mid: return mid } } return nil } ``` --- ## Chris Lattner
--- class: center, middle, inverse ## The End


It may seem bewildering that the standard deviation (sd) of a vector X is (generally) unequal to the mean absolute deviation from the mean (MAD) of X, ie.
$$sd(X) \ne MAD(X)$$.
One could now argue this way: well, sd(X) involves computing the mean of the squared $$x_i$$, then taking the square root of this mean, thereby “coming back” to the initial size or dimension of x (i.e, first squaring, then taking the square root). And, MAD(X) is nothing else then the mean deviation from the mean. So both quantities are very similar, right? So one could expect that both statistics yield the same number, given they operate on the same input vector X.
However, this reasoning if flawed. As a matter of fact, sd(X) will almost certainly differ from MAD(X).
This post tries to give some intuitive understanding to this matter.
Well, we could of course lay back and state that why for heaven’s sake should the two formulas (sd and MAD) yield the same number? Different computations are involved, so different numbers should pop out. This would cast the burden of proof to the opposite party (showing that there are no differences). However, this answer does not really appeal if one tries to understand why it things are the way they are. So let’s try to develop some sense out of it.
Looking at the formulas
The formula above can be written out as
$$ \sqrt{\frac{1}{n} \sum{x^2_i}} \ne \frac{1}{n} \sum{x_i} $$
where $$X$$ is a vector of some numeric values. For the sake of simplicity $$x_i$$ refers to the difference of some value to its mean.
Looking at the formula above, our question may be more poignantly formulated as “why does the left hand side where we first square and then take the opposite operation, square root, does not yield the same number as the right hand side?”. Or similarly, why does the square root not “neutralize” or “un-do” the squaring?
If we suspect that the squaring-square-rooting is the culprit, let’s simplify the last equation a bit, and kick-out the $$\frac{1}{n}$$ part. But note that we are in fact changing the equation here.
For generality, let’s drop the notion that $$x_i$$ necessarily stands for the difference of some value of a vector to the mean of the vector. We just say now that $$x_i$$ is some numeric value whatsoever (but positive and real, to make life easier).
Then we have:
$$ \sqrt{ \sum{x^2_i}} \ne \sum{x_i} $$
This equation is much nicer in the sense it shows the problem clearer. It is instructive to now square both sides:
$$ \sum{x^2_i} \ne (\sum{x_i})^2 $$
In words, our problem is now “Why is the sum of squares different to the square of the sum?”. This problem may sound familiar and can be found in a number of application (eg., some transformation of the variance).
Let’s further simplify (but without breaking rules at this point), and limit our reasoning to a vector X of two values only, a and b:
$$ a^2 + b^2 \ne (a+b)^2$$
Oh, even more familiar. We clearly see a binomial expression here. And clearly:
$$ a^2 + b^2 \ne (a+b)^2 = a^2 + 2ab + b^2$$
Visualization
A helpful visualization is this:
.
This scheme makes clear that the difference between the left hand side and the right hand side are the two green marked areas. Both are $$ab$$, so $$2ab$$ in total. $$2ab$$ is the difference between the two sides of the equation.
Going back to the average (1/n)
Remember that above, we deliberately changed the initial equation (the initial problem). That is, we changed the equation in a non-admissible way in order to render the problem more comprehensible and more focused. Some may argue that we should come back to the initial problem, where not sums but averages are to be computed. This yields a similar, but slightly more complicated reasoning.
Let us again stick to a vector X with two values (a and b) only. Then, the initial equation becomes:
$$ \sqrt{ \frac{a^2}{2} + \frac{b^2}{2}} \ne \frac{a}{2} + \frac{b}{2}$$
Squaring both sides yields
$$ \frac{a^2}{2} + \frac{b^2}{2} \ne (\frac{a}{2} + \frac{b}{2})^2 $$
This can be simplified (factorized) as
$$ \frac{1}{2} (a^2 + b^2) \ne \frac{1}{2^2}(a^2 + 2ab + b^2) $$.
Now we have again a similar situation as above. The difference being that on the left hand side (1/2) if factored out; on the right hand side (1/4) is factored out. As the formulas are different (and similar to our reasoning above), we could stop and argue that is unlikely that both sides yield the same value.
Visualization 2
As a final step, let’s visualize the thoughts of the previous lines.
What this amazing forest of crossing lines wants to tell you is the following. For the left hand side, the diagonal lines divide $$a^2$$ and $$b^2$$ in two parts of equal size, i.e., $$a^2/2$$ and $$b^2/2$$.
For the right hand side, a similar idea applies. But the double-crossed (“x-type”) lines indicate that each of the four forms is divided in 4 equal parts, ie., $$a^2/4$$, $$b^2/4$$ and two times $$ab/4$$.
From this sketch, again it appears unlikely that both sides would yield the same number. We have not proven that is impossible, but our reasoning suggests that it would be highly unlikely to see the same number on both sides of the equation.


MoJhoSto Generator
Most recent set: Oath of the Gatewatch
Momir Vig
Jhoira of the Ghitu
Stonehewer Giant
How to Use
- Make a deck of 60 basic lands along with any of the 3 avatars you intend to use
- Start a Cockatrice game as usual with this deck
- Move the avatars from your deck into play
- Each time you activate an avatar's ability:
- Set the relevant CMC above
- Press the relevant `Generate` button, and then `Copy` to add it to the clipboard (this doesn't work for Jhoria since she generates 3 and you only pick one)
- Open the tokens menu in Cockatrice (Ctrl+T)
- Paste in the copied card name (Ctrl+V) into the name field without changing any other settings


|
Class Summary |
| CFSA |
CFSA (Compact Finite State Automaton) binary format implementation. |
| CFSA2 |
CFSA (Compact Finite State Automaton) binary format implementation, version 2:
CFSA2.BIT_TARGET_NEXT applicable on all arcs, not necessarily the last one.
v-coded goto field
v-coded perfect hashing numbers, if any
31 most frequent labels integrated with flags byte
|
| CFSA2Serializer |
Serializes in-memory FSA graphs to CFSA2 . |
| ConstantArcSizeFSA |
An FSA with constant-size arc representation produced directly
by FSABuilder . |
| FSA |
This is a top abstract class for handling finite state automata. |
| FSA5 |
FSA binary format implementation for version 5. |
| FSA5Serializer |
Serializes in-memory FSA graphs to a binary format compatible with
Jan Daciuk's fsa 's package FSA5 format. |
| FSABuilder |
Fast, memory-conservative finite state automaton builder, returning a
byte-serialized ConstantArcSizeFSA (a tradeoff between construction
speed and memory consumption). |
| FSAFinalStatesIterator |
An iterator that traverses the right language of a given node (all sequences
reachable from a given node). |
| FSAInfo |
Compute additional information about an FSA: number of arcs, nodes, etc. |
| FSATraversal |
This class implements some common matching and scanning operations on a
generic FSA. |
| FSAUtils |
Other FSA-related utilities not directly associated with the class hierarchy. |
| FSAUtils.IntIntHolder |
|
| MatchResult |
A matching result returned from FSATraversal . |


Map displays a drawing on the screen for reference and some operations.
Select targets, and
Choose Map radio button.
Mapped files are displayed in subdued color.
Mapped segments cannot be Trapped or Edited in any GIN modes.
If you choose MAP for an Open file, the Open file is overwritten by the Workfile, closed, and redisplayed as a Mapped file automatically.


Abstract Syntax Tree comparison:
Nodes:
Lines:
Size:
My Parser Kbytes/sec:
Errors:
0
Differences:
0
Time:
File:
Progress:


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import helpers.summary._ @import models._ @import models.pages.Summary @import models.serviceContracts.submissions._ @(p8: RentAgreement, isAgent: Boolean)(implicit messages: Messages)


- checkAntiCsrfToken(HttpServletRequest) - Static method in class com.dropbox.core.examples.web_file_browser.FormProtection
-
- checkArg(String, String) - Static method in class com.dropbox.core.DbxPath
-
- checkArgNonRoot(String, String) - Static method in class com.dropbox.core.DbxPath
-
- checkGet(HttpServletRequest, HttpServletResponse) - Method in class com.dropbox.core.examples.web_file_browser.Common
-
- checkKeyArg(String) - Static method in class com.dropbox.core.DbxAppInfo
-
- checkPost(HttpServletRequest, HttpServletResponse) - Method in class com.dropbox.core.examples.web_file_browser.Common
-
- checkSecretArg(String) - Static method in class com.dropbox.core.DbxAppInfo
-
- children - Variable in class com.dropbox.core.DbxEntry.WithChildren
-
- children - Variable in class com.dropbox.core.DbxEntry.WithChildrenC
-
- chunkedUploadAppend(String, long, byte[]) - Method in class com.dropbox.core.DbxClient
-
- chunkedUploadAppend(String, long, byte[], int, int) - Method in class com.dropbox.core.DbxClient
-
Append data to a chunked upload session.
- chunkedUploadAppend(String, long, long, DbxStreamWriter<E>) - Method in class com.dropbox.core.DbxClient
-
Append a chunk of data to a chunked upload session.
- chunkedUploadFinish(String, DbxWriteMode, String) - Method in class com.dropbox.core.DbxClient
-
- chunkedUploadFirst(byte[]) - Method in class com.dropbox.core.DbxClient
-
- chunkedUploadFirst(byte[], int, int) - Method in class com.dropbox.core.DbxClient
-
Upload the first chunk of a multi-chunk upload.
- chunkedUploadFirst(int, DbxStreamWriter<E>) - Method in class com.dropbox.core.DbxClient
-
Upload the first chunk of a multi-chunk upload.
- clear() - Method in interface com.dropbox.core.DbxSessionStore
-
- clear() - Method in class com.dropbox.core.DbxStandardSessionStore
-
- clientIdentifier - Variable in class com.dropbox.core.DbxRequestConfig
-
An identifier for the API client, typically of the form "Name/Version".
- clientMtime - Variable in class com.dropbox.core.DbxEntry.File
-
The modification time sent up by the Dropbox desktop client when the file was added
or modified.
- close() - Method in class com.dropbox.core.DbxClient.Downloader
-
- close() - Method in class com.dropbox.core.DbxClient.Uploader
-
Release the resources related to this Uploader
instance.
- close() - Method in class com.dropbox.core.http.HttpRequestor.Uploader
-
- close() - Method in class com.dropbox.core.NoThrowOutputStream
-
- close() - Method in class com.dropbox.core.util.CountingOutputStream
-
- closeInput(InputStream) - Static method in class com.dropbox.core.util.IOUtil
-
Closes the given input stream and ignores the IOException.
- closeInput(Reader) - Static method in class com.dropbox.core.util.IOUtil
-
Closes the given Reader and ignores the IOException.
- collector - Variable in class com.dropbox.core.json.JsonArrayReader
-
- Collector<E,L> - Class in com.dropbox.core.util
-
- Collector() - Constructor for class com.dropbox.core.util.Collector
-
- Collector.ArrayListCollector<E> - Class in com.dropbox.core.util
-
- Collector.ArrayListCollector() - Constructor for class com.dropbox.core.util.Collector.ArrayListCollector
-
- com.dropbox.core.examples.account_info - package com.dropbox.core.examples.account_info
-
- com.dropbox.core.examples.authorize - package com.dropbox.core.examples.authorize
-
- com.dropbox.core.examples.uploader - package com.dropbox.core.examples.uploader
-
- com.dropbox.core.examples.web_file_browser - package com.dropbox.core.examples.web_file_browser
-
- com.dropbox.core.http - package com.dropbox.core.http
-
- com.dropbox.core.json - package com.dropbox.core.json
-
- com.dropbox.core.util - package com.dropbox.core.util
-
- Common - Class in com.dropbox.core.examples.web_file_browser
-
Common helper functions used by several of the endpoints (logging, user
database).
- Common(PrintWriter, DbxAppInfo, File) - Constructor for class com.dropbox.core.examples.web_file_browser.Common
-
- Common.DatabaseException - Exception in com.dropbox.core.examples.web_file_browser
-
- Common.DatabaseException(String) - Constructor for exception com.dropbox.core.examples.web_file_browser.Common.DatabaseException
-
- ConfigHelper - Class in com.dropbox.core.examples.authorize
-
- ConfigHelper() - Constructor for class com.dropbox.core.examples.authorize.ConfigHelper
-
- ConfigHelper.AppInfoAndHostJson - Class in com.dropbox.core.examples.authorize
-
- ConfigHelper.AppInfoAndHostJson(DbxAppInfo, JsonNode) - Constructor for class com.dropbox.core.examples.authorize.ConfigHelper.AppInfoAndHostJson
-
- ConfigHelper.Exception - Exception in com.dropbox.core.examples.authorize
-
- ConfigHelper.Exception(String) - Constructor for exception com.dropbox.core.examples.authorize.ConfigHelper.Exception
-
- content - Variable in class com.dropbox.core.DbxHost
-
The host name of the Dropbox API content server.
- copy(String, String) - Method in class com.dropbox.core.DbxClient
-
- copyFileToStream(File, OutputStream) - Method in class com.dropbox.core.util.IOUtil
-
- copyFileToStream(File, OutputStream, int) - Method in class com.dropbox.core.util.IOUtil
-
- copyFromCopyRef(String, String) - Method in class com.dropbox.core.DbxClient
-
- copyStreamToFile(InputStream, File) - Method in class com.dropbox.core.util.IOUtil
-
- copyStreamToFile(InputStream, File, int) - Method in class com.dropbox.core.util.IOUtil
-
- copyStreamToStream(InputStream, OutputStream) - Static method in class com.dropbox.core.util.IOUtil
-
- copyStreamToStream(InputStream, OutputStream, byte[]) - Static method in class com.dropbox.core.util.IOUtil
-
- copyStreamToStream(InputStream, OutputStream, int) - Static method in class com.dropbox.core.util.IOUtil
-
- CountingOutputStream - Class in com.dropbox.core.util
-
- CountingOutputStream(OutputStream) - Constructor for class com.dropbox.core.util.CountingOutputStream
-
- country - Variable in class com.dropbox.core.DbxAccountInfo
-
- createCopyRef(String) - Method in class com.dropbox.core.DbxClient
-
Creates and returns a "copy ref" to a file.
- createFolder(String) - Method in class com.dropbox.core.DbxClient
-
- createShareableUrl(String) - Method in class com.dropbox.core.DbxClient
-
Creates and returns a publicly-shareable URL to a file or folder's "preview page".
- createTemporaryDirectUrl(String) - Method in class com.dropbox.core.DbxClient
-
Creates and returns a publicly-shareable URL to a file's contents.
- cursor - Variable in class com.dropbox.core.DbxDelta
-
A string that is used by the server to keep track of which entries have already been
returned to you.
- cursor - Variable in class com.dropbox.core.DbxDeltaC
-
A string that is used by the server to keep track of which entries have already been
returned to you.


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Pope Francis Leads Holy Mass at Tokyo Dome - Video
The pontiff's four-day tour to Japan marks the first visit by the leader of the Catholic Church in 38 years, since St. John Paul II's official trip to the East Asian country in 1981.
Pope Francis is leading a mass at the Tokyo Dome on Monday, 25 November, as part of his four-day visit to Japan that began on Saturday.
The Pope paid a visit to the atomic bombing sites in Nagasaki and Hiroshima on the first full day of his tour.
As part of his trip, the pontiff has scheduled meetings with the country's Prime Minister Abe Shinzo and newly-enthroned Emperor Naruhito.


Roasted pork fillet ramen in vegetable soup at Tokyo Tsukiiji. Warm up your bones with this relatively healthy ramen, it is quite unusual to see ramen with green-colour soup. Although the restaurant is called Tokyo Tsukji, it’s actually in Hong Kong. xD
Follow me if you want to know more about the delicious food in Hong Kong.
This page is synchronized from the post: ‘HotFoodHK #2 Roasted pork fillet ramen in vegetable soup’


Hi, I'm Alan. I am an alumnus of the University of Illinois majoring in statistics. I enjoy designing and programming data analysis and data visualizations.
Every class I took at University of IllinoisR
Python
Java
DataBases: SQL (MySQL, sqlite3)
Version Control: Git/Github
Web frontend: HTML/CSS
Software: Microsoft Office Suite, Tableau, Qualtrics


|
Bullet Collision Detection & Physics Library
|
Public Member Functions | |
| btSoftSingleRayCallback (const btVector3 &rayFromWorld, const btVector3 &rayToWorld, const btSoftMultiBodyDynamicsWorld *world, btCollisionWorld::RayResultCallback &resultCallback) | |
| virtual bool | process (const btBroadphaseProxy *proxy) |
| btSoftSingleRayCallback (const btVector3 &rayFromWorld, const btVector3 &rayToWorld, const btSoftRigidDynamicsWorld *world, btCollisionWorld::RayResultCallback &resultCallback) | |
| virtual bool | process (const btBroadphaseProxy *proxy) |
| Public Member Functions inherited from btBroadphaseRayCallback | |
| virtual | ~btBroadphaseRayCallback () |
| Public Member Functions inherited from btBroadphaseAabbCallback | |
| virtual | ~btBroadphaseAabbCallback () |
Public Attributes | |
| btVector3 | m_rayFromWorld |
| btVector3 | m_rayToWorld |
| btTransform | m_rayFromTrans |
| btTransform | m_rayToTrans |
| btVector3 | m_hitNormal |
| const btSoftMultiBodyDynamicsWorld * | m_world |
| btCollisionWorld::RayResultCallback & | m_resultCallback |
| const btSoftRigidDynamicsWorld * | m_world |
| Public Attributes inherited from btBroadphaseRayCallback | |
| btVector3 | m_rayDirectionInverse |
| added some cached data to accelerate ray-AABB tests More... | |
| unsigned int | m_signs [3] |
| btScalar | m_lambda_max |
Additional Inherited Members | |
| Protected Member Functions inherited from btBroadphaseRayCallback | |
| btBroadphaseRayCallback () | |
Definition at line 175 of file btSoftMultiBodyDynamicsWorld.cpp.
|
inline |
what about division by zero? –> just set rayDirection[i] to INF/1e30
Definition at line 186 of file btSoftMultiBodyDynamicsWorld.cpp.
|
inline |
what about division by zero? –> just set rayDirection[i] to INF/1e30
Definition at line 186 of file btSoftRigidDynamicsWorld.cpp.
|
inlinevirtual |
terminate further ray tests, once the closestHitFraction reached zero
Implements btBroadphaseAabbCallback.
Definition at line 211 of file btSoftMultiBodyDynamicsWorld.cpp.
|
inlinevirtual |
terminate further ray tests, once the closestHitFraction reached zero
Implements btBroadphaseAabbCallback.
Definition at line 211 of file btSoftRigidDynamicsWorld.cpp.
| btVector3 btSoftSingleRayCallback::m_hitNormal |
Definition at line 181 of file btSoftMultiBodyDynamicsWorld.cpp.
| btTransform btSoftSingleRayCallback::m_rayFromTrans |
Definition at line 179 of file btSoftMultiBodyDynamicsWorld.cpp.
| btVector3 btSoftSingleRayCallback::m_rayFromWorld |
Definition at line 177 of file btSoftMultiBodyDynamicsWorld.cpp.
| btTransform btSoftSingleRayCallback::m_rayToTrans |
Definition at line 180 of file btSoftMultiBodyDynamicsWorld.cpp.
| btVector3 btSoftSingleRayCallback::m_rayToWorld |
Definition at line 178 of file btSoftMultiBodyDynamicsWorld.cpp.
| btCollisionWorld::RayResultCallback & btSoftSingleRayCallback::m_resultCallback |
Definition at line 184 of file btSoftMultiBodyDynamicsWorld.cpp.
| const btSoftMultiBodyDynamicsWorld* btSoftSingleRayCallback::m_world |
Definition at line 183 of file btSoftMultiBodyDynamicsWorld.cpp.
| const btSoftRigidDynamicsWorld* btSoftSingleRayCallback::m_world |
Definition at line 183 of file btSoftRigidDynamicsWorld.cpp.


Dot1q is the standard trunking protocol used for transporting multiple VLANs across a trunk port. A trunk is a point-to-point link that carries the traffic for multiple VLANs across a single trunk. Dot1q is a standard that tags VLANs for identification. The receiving switch will then strip the VLAN tag from the frame before passing it to the appropriate access port.
The full name for Dot1q is IEEE 802.1Q.
The 802.1Q Tagged frame looks like this:
Because of the extra fields, an 802.1Q frame has an MTU of 1522 bytes.
If a non-802.1Q enabled device or an access port receives a tagged frame, it simply ignores the frame and forwards it as usual.
A Native VLAN on a trunk is the VLAN to which untagged traffic belongs. Across a trunk, the Native VLANs should match on each end.
SW1# show interface trunk
will show the Native VLAN for each interface that has active trunking.


This application lets you exercise the FireREST™ protocols of your FirePick Delta™ micro-factory:
Other stuff:


| 程序包 | 说明 |
|---|---|
| org.springframework.aop.aspectj.annotation |
Classes enabling AspectJ 5 @Annotated classes to be used in Spring AOP.
|
| org.springframework.aop.framework |
Package containing Spring's basic AOP infrastructure, compliant with the
AOP Alliance interfaces.
|
| 限定符和类型 | 类和说明 |
|---|---|
class |
NotAnAtAspectException
Extension of AopConfigException thrown when trying to perform
an advisor generation operation on a class that is not an
AspectJ annotation-style aspect.
|
| 限定符和类型 | 方法和说明 |
|---|---|
void |
AbstractAspectJAdvisorFactory.validate(java.lang.Class<?> aspectClass) |
void |
AspectJAdvisorFactory.validate(java.lang.Class<?> aspectClass)
Is the given class a valid AspectJ aspect class?
|
| 限定符和类型 | 方法和说明 |
|---|---|
void |
Advised.addAdvice(Advice advice)
Add the given AOP Alliance advice to the tail of the advice (interceptor) chain.
|
void |
AdvisedSupport.addAdvice(Advice advice) |
void |
Advised.addAdvice(int pos,
Advice advice)
Add the given AOP Alliance Advice at the specified position in the advice chain.
|
void |
AdvisedSupport.addAdvice(int pos,
Advice advice)
Cannot add introductions this way unless the advice implements IntroductionInfo.
|
void |
Advised.addAdvisor(Advisor advisor)
Add an advisor at the end of the advisor chain.
|
void |
Advised.addAdvisor(int pos,
Advisor advisor)
Add an Advisor at the specified position in the chain.
|
void |
AdvisedSupport.addAdvisor(int pos,
Advisor advisor) |
AopProxy |
AopProxyFactory.createAopProxy(AdvisedSupport config)
Create an
AopProxy for the given AOP configuration. |
AopProxy |
DefaultAopProxyFactory.createAopProxy(AdvisedSupport config) |
boolean |
AdvisedSupport.removeAdvice(Advice advice) |
void |
Advised.removeAdvisor(int index)
Remove the advisor at the given index.
|
void |
AdvisedSupport.removeAdvisor(int index) |
boolean |
Advised.replaceAdvisor(Advisor a,
Advisor b)
Replace the given advisor.
|
boolean |
AdvisedSupport.replaceAdvisor(Advisor a,
Advisor b) |


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☰
Boxed Water
Enjoy fresh and filtered spring water without nasty plastic.
Reusable makeup remover pads
perfect for applying cleanser or toner, but can be washed and reused
Wooden cutlery travel set
A wooden cutlery set for travelling and comes with travel pouch
BPA free plastic bottle
Cats love it!
Reusable coffee cup
Designed to look just like a disposable cup, but with no negative enviromental impact
Hydro flask
For the VSCO Girls sksksk


How to set up a succesful campagin in Google Adwords
I think a lot of people look at Adwords, here a lot of success stories from people and how much money they are making. They have a go at it themselves, end up losing some money and don't come back. But that's the completely wrong way to go about it. These success stories didn't start making money straight away, they had to test and optimise strategiesto see what worked.
You will lose money
Lets start of by clearing this up, starting out with Adwords for your 1st time you will lose money. We all do, and it's part of the process. If you lose $100 to make $100,000 later on when you have built a succesful campaign it really doesn't matter.
Get Keywords
I suggest compiling a list of say 100 keywords, you can do more or less but we just want a decent size to sample so we can see what works and what doesn't.
I also only set my keywords to exact match in Adowrds so they look like this
- "Exit Intent Pop up Notifications"
- "exit Intent"
and so on, you always want your target keywords enclosed in quotation marks otherwise you are doing broad match which means you will show up for on of the related keywords. Exact match is always the best way to go when starting out.
Then we are going to set up a campaign at $20 per day, run it for 10 days targeting your keywords.
- Target 1st world countries
- Put bidding to 50% less for mobile
- set up 5 different ads for each campaign (google will automatically optimise the highest performing ads for you.
Now we just need to set the campaign to active and let it run for 5 days.
This should allow us to collect some decent data, but it really depends what you are selling. If you are selling $4999 training courses, you are probably going to need a larger ad budget to actually assess trends in your conversions.
Set a reminder to come back to adwords in 5 days
Once the ads have been running for 5 days, we can see which keywords are performing and which ones aren't.
At this point, the only metric I really look at is Cost Per Conversion. My company is SaaS meaning it's subscription based (this works insanely well on Adwords) so it need to work out my cusotmers average LTV - which is the average revenue per cusotmer, per month.
for example, if my customers average subscription length is 10 months, and the average monthly charge is $39. The average customer LTV is $390. Of course, that's not pure profit, I have businesses expenses which as a business owner you should have a rough idea of the expenses per customer. Just to keep it simple, lets say $200 of the $390 is profit. That means, on average I can spend up to $200 to acquire a user and I will make the money back (after 10 months), but of course I don't want to be spending $200 to acquire each new user, so I try to set my target Cost to Acquire to the equivalent of the 1st months subscription. In this case $39.
That means when the customer does convert I have to wait for the money to clear, through my payment processor but after than I can invest it straight back into advertising, and every time the customer renews after that it's pure profit for the business. Seeing as our average LTV is 10 months, I'm receiving a 10x ROI for each customer we acquire.
so now, we need to review our keywords that we have been bidding on for the past week and remove anything that's above our target Cost to Acquire. I will excercise a bit of flexibility depending on my ad budget and how quickly I would like to acquire users.
for example, some keywords I bid on can acquire users for $6 average cost to acquire, where as other cost $40-50. I will continue to bid on all keywords where average cost to acquire is $0-45 and all other keywords I will pause.
Assuming you have done this all correctly, and you are now paying less that your customer LTV to acquire a new user, then congratulations! your are now running a profitable adwords campaign that will drive growth for your business!
Now lets scale.
So now we know which keywords we are able to profit from lets up our budget from $20/day to whatever you can afford. I usually go in this order, Testing = $20 or $50 per day. Once I have succesful keywords, upt to $100 per day for another week, keep an eye on conversions/cost to acquire as well ass remove anything that isn't converting, we can look at location and device type and remove anything that isn't below our target cost to acquire. Once we've done another 7-14 days at $100 per day I'll go up to $250/day for 5 days, assuming all is still going well put up to $500 then $1k per day. The largest I've scaled a campaign to is about $1.5k per day and that was because we were targeting all traffic for our keywords so it could not scale further.
at this point, you can either ad more keywords in a new campaign and repeat this process to clean out the non-profitable keywords and then scale up from there
Remember, the more money you spend the more data you collect meaning the more accurate it will be. If you are spending 1.5k per day you'll be collecting a huge amount of data on which keyords/phrases are converting the best and you can look to add similar/related phrases. and of ocurse, anything that doesn't fall into our target cost to acquire we remove from the campaign as it's losing us money.
Things to watch our for
Now you have a succesful campaign running, there's a few things to watch our for (I've learned this the hard way)
Things can change, your shoudl review your keywords every 7 days to ensure you are still profiting from all of them.
If your server goes down, remember to pause your ads/turn them off (you don't want to spend $1.5k per day to send users to a blank page)
How to maximise your investment
So now rather than optimising your adwords campaign, lets look at other areas that can be optimised to maximise your ROI.
Conversion Rate Optimisation - The reason I built Notifia is to help marketers maximise conversions, exit intent, social proof, eMail collecting, Triggered CTAs, prompt messages and demo scheduling are all PROVEN methods to increase conversions which is why I built this. If you are spending money on ads, you want to maximise your chances of converting users with tools such as this.
Maxmimise your LTV - Remember the customer Lifetime value we calculatred earlier? That my average customer will spend $390 with me over a ten month period. Well what if you got them to continue for 12 months? 18 months? 24 months? This is going to have a huge impact on revenue, as a SaaS company you should always be looking for ways to maximise customer LTV.
At Notifia, I try to do this in several ways.
Listening to customers - Make your customers feel valued, listen to them take feedback on board and listen to their complaints (this is a valuable source of information) that you can use further down the line to improve your product/service and increase LTV.
Building new features - I'm constantly rolling out new tools for our users, I have a very simply and straight forward strategy. I'll have an idea or build a feature suggestions, I'll test the Idea live on Notifia and if we see positive result we will release it to our users.
providing an awesome service - This really doesn't need explaining. Provide the best possible service you can
beating our competitors - Don't let this happen, I believe a great way is to look for your competitors weak spots. Look for complaints, reviews or tweets about your competitors and see what their customers complain about. If you spot a trend, make sure you don't fall into this same hole. You could even invite the users compaling to your alternative service


bluetooth (BLE) example¶
The PineTime uses a Nordic nrf52832 chip, which has BLE functionality build into it.
To test, you can compile a standard application : Eddy Stone.
The watch will behave as a bluetooth beacon, and you should be able to detect it with your smartphone or with bluez under linux.
Using a standard zephyr application under pinetime:¶
Each sample has its own directory. In this directory you will notice a file : “CMakeLists.txt”.
In order to use a standard, you can just copy it under the pinetime directory.
In order to be able to compile it, you just have to add one line in the CMakeList.txt :
include($ENV{ZEPHYR_BASE}/../pinetime/cmake/boilerplate.cmake)
Have a look in the samples/bluetooth/eddystone directory.
Eddy Stone¶
see: Bluetooth: Eddystone
Note: compile the provided example, so a build directory gets created
$ west build -p -b pinetime samples/bluetooth/eddystone
this builds an image, which can be found under the build directory
Using the created bluetooth sample:¶
I use linux with a bluetoothadapter 4.0. You need to install bluez.
#bluetoothctl
[bluetooth]#scan on
And your Eddy Stone should be visible.
If you have a smartphone, you can download the nrf utilities app from nordic.
Ble Peripheral¶
this example is a demo of the services under bluetooth
first build the image
$ west build -p -b pinetime samples/bluetooth/peripheral
With linux you can have a look using bluetoothctl:
#bluetoothctl
[bluetooth]#scan on
[NEW] Device 60:7C:9E:92:50:C1 Zephyr Peripheral Sample Long
once you see your device
[blueooth]#connect 60:7C:9E:92:50:C1 (the device mac address as displayed)
then you can already see the services
same thing with the app from nordic, you could try to connect and display value of e.g. heart rate
using Python to read out bluetoothservices¶
In this repo you will find a python script : readbat.py In order to use it you need bluez on linux and the python bluepy module.
It can be used in conjunction with the peripheral bluetooth demo. It just reads out the battery level, and prints it.
import binascii
from bluepy.btle import UUID, Peripheral
temp_uuid = UUID(0x2A19)
p = Peripheral("60:7C:9E:92:50:C1", "random")
try:
ch = p.getCharacteristics(uuid=temp_uuid)[0]
print binascii.b2a_hex(ch.read())
finally:
p.disconnect()


# File lib/sql/table_modifier.rb, line 20 def drop_column(name) # raise NotImplemented for SQLite3. Can't ALTER TABLE, need to copy table. # We'd have to inspect it, and we can't, since we aren't executing any queries yet. # TODO instead of building the SQL queries when executing the block, create AddColumn, # AlterColumn and DropColumn objects that get #to_sql'd if name.is_a?(Array) name.each{ |n| drop_column(n) } else @statements << "ALTER TABLE #{quoted_table_name} DROP COLUMN #{quote_column_name(name)}" end end


Accelerometer Instrument Driver Readme
1. Overview
Instrument Driver Technology: LabVIEW Plug and Play (project-style)
Manufacturer: Phidgets Inc.
Supported Language(s): LabVIEW
Supported Model(s): All Phidgets Supported by Phidget22
Interface(s): USB, VINT
Certified: No
NI Supported: No
Source Code Available: No
Driver Revision: 1.0.0.
Original Release Date: 01/20/2021
Current Revision Date: 01/20/2021
2. Required Software
Some software components need to be installed before using this
instrument driver. The minimum versions of these components are listed
below, and can be downloaded from the Download Site.
Phidget22 Core Libraries, Bonjour Print Services (if network connectivity is required)
Refer to the LabVIEW Help for more information about software requirements. You access the LabVIEW Help by selecting Help»Search the LabVIEW Help.
3. Known Issues
4. Revision History
- <IP_ADDRESS>10120: Initial Release
Modified by: James Decoux, Calgary, AB, Canada.


Wojciech OrzechowskiData Scientist at The Hut Group I am a passionate Data Scientist and Machine Learning Researcher! My Linkedin Profile |
| Dates | Role |
|---|---|
| June 2018 - Present | Junior Data Scientist at The Hut Group |
| October 2017 - June 2018 | Data Scientist |
| Machine Learning | ⭐⭐⭐⭐⭐ |
| Data Science | ⭐⭐⭐⭐ |


Given the of the plate centre (the tangent point) and the of a star within the field, the standard coordinates can be determined by calling sla_S2TP (single precision) or sla_DS2TP (double precision). The reverse transformation, where the is known and we wish to find the , is carried out by calling sla_TP2S or sla_DTP2S. Occasionally we know the both the and the of a star and need to deduce the of the tangent point; this can be done by calling sla_TPS2C or sla_DTPS2C. (All of these transformations apply not just to but to other spherical coordinate systems, of course.) Equivalent (and faster) routines are provided which work directly in instead of spherical coordinates: sla_V2TP and sla_DV2TP, sla_TP2V and sla_DTP2V, sla_TPV2C and sla_DTPV2C.
Even at the best of times, the tangent plane projection is merely an approximation. Some telescopes and cameras exhibit considerable pincushion or barrel distortion and some have a curved focal surface. For example, neither Schmidt cameras nor (especially) large reflecting telescopes with wide-field corrector lenses are adequately modelled by tangent-plane geometry. In such cases, however, it is still possible to do most of the work using the (mathematically convenient) tangent-plane projection by inserting an extra step which applies or removes the distortion peculiar to the system concerned. A simple r1=r0(1+Kr02) law works well in the majority of cases; r0 is the radial distance in the tangent plane, r1 is the radial distance after adding the distortion, and K is a constant which depends on the telescope ( is unaffected). The routine sla_PCD applies the distortion to an and sla_UNPCD removes it. For in radians, K values range from -1/3 for the tiny amount of barrel distortion in Schmidt geometry to several hundred for the serious pincushion distortion produced by wide-field correctors in big reflecting telescopes (the AAT prime focus triplet corrector is about K=+178.6).
SLALIB includes a group of routines which can be put together to build a simple plate-reduction program. The heart of the group is sla_FITXY, which fits a linear model to relate two sets of coordinates, in the case of a plate reduction the measured positions of the images of a set of reference stars and the standard coordinates derived from their catalogue positions. The model is of the form:
xp = a + bxm + cym
yp = d + exm + fym
where the p subscript indicates ``predicted'' coordinates (the model's approximation to the ideal ``expected'' coordinates) and the m subscript indicates ``measured coordinates''. The six coefficients a-f can optionally be constrained to represent a ``solid body rotation'' free of any squash or shear distortions. Without this constraint the model can, to some extent, accommodate effects like refraction, allowing mean places to be used directly and avoiding the extra complications of a full mean-apparent-observed transformation for each star. Having obtained the linear model, sla_PXY can be used to process the set of measured and expected coordinates, giving the predicted coordinates and determining the RMS residuals in x and y. The routine sla_XY2XY transforms one into another using the linear model. A model can be inverted by calling sla_INVF, and decomposed into zero points, scales, x/y nonperpendicularity and orientation by calling sla_DCMPF.
SLALIB --- Positional Astronomy Library


There’s huge volumes data connections being funnelled through the security systems at Ekida. it’s all hands on deck to get it up and running but no one has any idea what it’s for. All we do know is that it has to meet extremely specific specifications and that the data flow is so high we could pump half the internet through there every second. It is actually ridiculous to think of the volume of money that went into the construction. Half the city is getting ripped up for new cables and just about every wireless system in the state is being modified in one way or another. It’s under the guise of a new, ultra speed, Eko Network for Ekida contract holders. I don’t buy it for a second. A few of the guys in the office have raised questions but just can’t be bothered taking it another step. It’ll definitely peek Roland’s interest, whatever it is.


If you have a Google Account, star these two Chromium bugs
[1]
[2]
to unlock the full potential of a Chromium-based KanColle Viewer. If Chrome team fixes this, we'll break through the largest hurdle in the Chromium environment.
 On social media, you may also like or follow the people behind the service.
The following options will apply next time you load the Admiral Panel.
On-Screen Quest Translations
On-screen translations are "masking tapes" that hover on top of the game screen. It is safe and does not meddle with game files nor the network. Much like how pop-up ads are, its totally outside of the game's flash client.
Show on-screen english translations
Timer Allowance
Expedition and repairs are known to complete by at most, one minute before the intended time. This completion is affected by different factors and the actual time differs for every person. Usually it's 40 to 50 seconds so KC3改's default is 45 seconds. Set it to 60 seconds if you still get the full one minute free completion time.
Starting v006, custom sounds can only be set as external sound files. Chrome thinks the extension is corrupted if it detects a file it did not originally install as a part of the extension. Even if you replace ding.mp3 it ill not work. Example that will work: http://images.wikia.com/kancolle/images/6/62/Yuudachi_Equipment%281%29.ogg
Alert Volume
Many complained about how annoying the "ding!" sound was, for the traditional KC3. Now, you can set the volume of whatever was chosen on the Alert Sounds section.
This will show you a small popup on your notification area whenever a timer completes.
Enable. Alert me on my desktop.. or laptop :v
Screenshot
Choose what you want to do with the screenshots then from KC3改. You may either send it directly to your Downloads directory or automatically upload it to imgur service. Photos uploaded to imgur are remembered by KC3改.
Some people do not want spoiler on their construction. If you're one of them, here's the option to turn off the faces in the construction timers in the Admiral's panel.
Show me ship faces in construction timers
Spoiler: Compass Result
Treading a normal map or event map involves spinning a compass. Contrary to popular belief, the result is actually already decided even before you spin it, thus the spin is just for animation. The admiral panel is able to show you these results for better decision making. This does not work for nodes that requires manual-click branching.
Show me compass results before spinning
Spoiler: Battle Prediction
Allow KC3改 to do its own calculation for battles to predict their ending HP. These must not be used as basis for continuing to next map since it's just a "preditction". When battle mechanics change, it is not guaranteed that KC3改's calculations are updated. You must wait for the map screen to show you actual HPs to be used as basis in proceeding. You do not want to be kuso.
Show me prediction HP bars
Equipment Crafting Info Box
KC3改 can show you information about a newly crafted equipment, including its english name, stats and how many of it you currently have.
Show me the craft boxes
Exit confirmation
Do you want to see "Ahh! You're closing the game! Are you sure you want to leave this page?" every time you close the game?


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| button.spec.js | 100% | 31/31 | 100% | 0/0 | 100% | 7/7 | 100% | 31/31 | |
| col.spec.js | 100% | 30/30 | 100% | 0/0 | 100% | 8/8 | 100% | 30/30 | |
| input.spec.js | 100% | 33/33 | 100% | 0/0 | 100% | 10/10 | 100% | 33/33 | |
| nav.spec.js | 88.24% | 15/17 | 100% | 0/0 | 71.43% | 5/7 | 88.24% | 15/17 | |
| pager.spec.js | 100% | 14/14 | 100% | 0/0 | 100% | 6/6 | 100% | 14/14 | |
| popover.spec.js | 81.25% | 13/16 | 100% | 0/0 | 66.67% | 4/6 | 81.25% | 13/16 | |
| slides.spec.js | 41.86% | 18/43 | 100% | 0/0 | 30.77% | 4/13 | 41.86% | 18/43 | |
| upload.spec.js | 20% | 5/25 | 100% | 0/0 | 25% | 2/8 | 20% | 5/25 | |
| validate.spec.js | 100% | 96/96 | 50% | 3/6 | 100% | 23/23 | 100% | 96/96 |


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A
atFromTfw(String)
- Static method in class org.ndm.
TfwUtil
atFromTfw(File)
- Static method in class org.ndm.
TfwUtil
atFromTfwLines(List<Double>)
- Static method in class org.ndm.
TfwUtil
B
BasicCameraAttitudeImpl
- Class in
org.ndm.photogrammetry
A simple implementation of a exterior camera orientation.
BasicCameraAttitudeImpl()
- Constructor for class org.ndm.photogrammetry.
BasicCameraAttitudeImpl
BasicCameraAttitudeImpl(RealMatrix, Quaternion)
- Constructor for class org.ndm.photogrammetry.
BasicCameraAttitudeImpl
BasicCameraAttitudeImpl(RealMatrix, RealMatrix)
- Constructor for class org.ndm.photogrammetry.
BasicCameraAttitudeImpl
C
CameraAttitude
- Interface in
org.ndm.photogrammetry
Describes the orientation of the exposure in reference to the object (ground) coordinate system.
CameraIntrinsics
- Interface in
org.ndm.photogrammetry
Describes some very basic intrinsic characteristics of the camera.
CameraIntrinsicsImpl
- Class in
org.ndm.photogrammetry
CameraIntrinsicsImpl()
- Constructor for class org.ndm.photogrammetry.
CameraIntrinsicsImpl
CameraIntrinsicsImpl(Point2D.Double, Double, Double, Double)
- Constructor for class org.ndm.photogrammetry.
CameraIntrinsicsImpl
CollinearityTransform
- Class in
org.ndm.photogrammetry
A simple implementation of ground-to-image and image-to-ground transformations based on the collinearity condition.
CollinearityTransform()
- Constructor for class org.ndm.photogrammetry.
CollinearityTransform
CollinearityTransform(CameraIntrinsics, CameraAttitude, AffineTransform)
- Constructor for class org.ndm.photogrammetry.
CollinearityTransform
CollinearityTransform(CameraIntrinsics, CameraAttitude, Double, Double)
- Constructor for class org.ndm.photogrammetry.
CollinearityTransform
CollinearityWarp
- Class in
org.ndm.photogrammetry
A JAI warp based on a CollinearityTransform.
CollinearityWarp()
- Constructor for class org.ndm.photogrammetry.
CollinearityWarp
CollinearityWarp(AffineTransform, SurfaceModel, CollinearityTransform)
- Constructor for class org.ndm.photogrammetry.
CollinearityWarp
D
DownsampleRecipe
- Class in
org.ndm.imageproc.recipes
This is a very simple example of an image processing recipe.
DownsampleRecipe(String)
- Constructor for class org.ndm.imageproc.recipes.
DownsampleRecipe
F
FlatSurfaceModel
- Class in
org.ndm.photogrammetry
A surface model that returns a set value for every location.
FlatSurfaceModel()
- Constructor for class org.ndm.photogrammetry.
FlatSurfaceModel
FlatSurfaceModel(Double)
- Constructor for class org.ndm.photogrammetry.
FlatSurfaceModel
G
getAddAlpha()
- Method in class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
getAttitude()
- Method in class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
getCameraIntrinsics()
- Method in class org.ndm.photogrammetry.
CollinearityTransform
getCameraLocation()
- Method in class org.ndm.photogrammetry.
BasicCameraAttitudeImpl
getCameraLocation()
- Method in interface org.ndm.photogrammetry.
CameraAttitude
Get the column matrix representing the camera location
getCameraToImageTransform()
- Method in class org.ndm.photogrammetry.
CollinearityTransform
getDestPixelToWorldTransform()
- Method in class org.ndm.photogrammetry.
CollinearityWarp
getExecutorService()
- Method in class org.ndm.imageproc.
ThreaddedImageProcessor
getExposureOrientation()
- Method in class org.ndm.photogrammetry.
CollinearityTransform
getFixedHeight()
- Method in class org.ndm.photogrammetry.
FlatSurfaceModel
getFocalLength()
- Method in interface org.ndm.photogrammetry.
CameraIntrinsics
getFocalLength()
- Method in class org.ndm.photogrammetry.
CameraIntrinsicsImpl
getHeightForLocation(Point2D.Double)
- Method in class org.ndm.photogrammetry.
FlatSurfaceModel
getHeightForLocation(Point2D.Double)
- Method in interface org.ndm.photogrammetry.
SurfaceModel
getIntrinsics()
- Method in class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
getPrinciplePoint()
- Method in interface org.ndm.photogrammetry.
CameraIntrinsics
getPrinciplePoint()
- Method in class org.ndm.photogrammetry.
CameraIntrinsicsImpl
getRecipeAsJaiRenderedOp()
- Method in interface org.ndm.imageproc.
ImageProcessingRecipe
getRecipeAsJaiRenderedOp()
- Method in class org.ndm.imageproc.recipes.
DownsampleRecipe
getRecipeAsJaiRenderedOp()
- Method in class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
getResamplingKernel()
- Method in class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
getRotationMatrix()
- Method in class org.ndm.photogrammetry.
BasicCameraAttitudeImpl
getRotationMatrix()
- Method in interface org.ndm.photogrammetry.
CameraAttitude
Get the sensor rotation matrix
getSensorHeight()
- Method in interface org.ndm.photogrammetry.
CameraIntrinsics
getSensorHeight()
- Method in class org.ndm.photogrammetry.
CameraIntrinsicsImpl
getSensorWidth()
- Method in interface org.ndm.photogrammetry.
CameraIntrinsics
getSensorWidth()
- Method in class org.ndm.photogrammetry.
CameraIntrinsicsImpl
getSourceImageFile()
- Method in class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
getSurfaceModel()
- Method in class org.ndm.photogrammetry.
CollinearityWarp
getTargetGeoTransform()
- Method in class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
getTransform()
- Method in class org.ndm.photogrammetry.
CollinearityWarp
go()
- Method in class org.ndm.
Orthorectifier
groundToImage(Point2D.Double, Double)
- Method in class org.ndm.photogrammetry.
CollinearityTransform
Given a point on the ground (object point) and it's height, compute the image point.
I
ImageProcessingRecipe
- Interface in
org.ndm.imageproc
ImageProcessor
- Interface in
org.ndm.imageproc
An interface for classes that can schedule computation for images given a recipe.
imageToGround(Point2D.Double, Double)
- Method in class org.ndm.photogrammetry.
CollinearityTransform
Given
M
main(String[])
- Static method in class org.ndm.
Orthorectifier
O
org.ndm
- package org.ndm
org.ndm.imageproc
- package org.ndm.imageproc
org.ndm.imageproc.recipes
- package org.ndm.imageproc.recipes
org.ndm.photogrammetry
- package org.ndm.photogrammetry
Orthorectifier
- Class in
org.ndm
Orthorectifier()
- Constructor for class org.ndm.
Orthorectifier
P
parseCommandLine(String[], Orthorectifier)
- Static method in class org.ndm.
Orthorectifier
printProjectedImagePointsWKT()
- Method in class org.ndm.photogrammetry.
CollinearityTransform
Print out the center and corner of the image in WKT.
process(ImageProcessingRecipe)
- Method in interface org.ndm.imageproc.
ImageProcessor
Process a recipe that either doesn't have outputs or that handles it's own output.
process(ImageProcessingRecipe)
- Method in class org.ndm.imageproc.
SimpleImageProcessor
process(ImageProcessingRecipe)
- Method in class org.ndm.imageproc.
ThreaddedImageProcessor
processAndStore(ImageProcessingRecipe, String)
- Method in interface org.ndm.imageproc.
ImageProcessor
Process a recipe and store the output as a local image file.
processAndStore(ImageProcessingRecipe, String)
- Method in class org.ndm.imageproc.
SimpleImageProcessor
processAndStore(ImageProcessingRecipe, String)
- Method in class org.ndm.imageproc.
ThreaddedImageProcessor
processTiles(RenderedOp)
- Method in class org.ndm.imageproc.
ThreaddedImageProcessor
Q
quaternionFromRotationMatrix(RealMatrix)
- Static method in class org.ndm.photogrammetry.
QuaternionUtil
Converts a rotation matrix into a quaternion
QuaternionUtil
- Class in
org.ndm.photogrammetry
Utility functions to convert quaternions to rotation matrices and back.
QuaternionUtil()
- Constructor for class org.ndm.photogrammetry.
QuaternionUtil
R
rotationMatrixFromQuaternion2(Quaternion)
- Static method in class org.ndm.photogrammetry.
QuaternionUtil
Converts a quaternion into a rotation matrix.
S
setAddAlpha(Boolean)
- Method in class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
setAttitude(CameraAttitude)
- Method in class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
setCameraIntrinsics(CameraIntrinsics)
- Method in class org.ndm.photogrammetry.
CollinearityTransform
setCameraLocation(RealMatrix)
- Method in class org.ndm.photogrammetry.
BasicCameraAttitudeImpl
setCameraToImageTransform(AffineTransform)
- Method in class org.ndm.photogrammetry.
CollinearityTransform
setDestPixelToWorldTransform(AffineTransform)
- Method in class org.ndm.photogrammetry.
CollinearityWarp
setExecutorService(ExecutorService)
- Method in class org.ndm.imageproc.
ThreaddedImageProcessor
setExposureOrientation(CameraAttitude)
- Method in class org.ndm.photogrammetry.
CollinearityTransform
setFixedHeight(Double)
- Method in class org.ndm.photogrammetry.
FlatSurfaceModel
setFocalLength(Double)
- Method in class org.ndm.photogrammetry.
CameraIntrinsicsImpl
setIntrinsics(CameraIntrinsics)
- Method in class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
setPrinciplePoint(Point2D.Double)
- Method in class org.ndm.photogrammetry.
CameraIntrinsicsImpl
setResamplingKernel(Interpolation)
- Method in class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
setRotationMatrix(RealMatrix)
- Method in class org.ndm.photogrammetry.
BasicCameraAttitudeImpl
setSensorHeight(Double)
- Method in class org.ndm.photogrammetry.
CameraIntrinsicsImpl
setSensorWidth(Double)
- Method in class org.ndm.photogrammetry.
CameraIntrinsicsImpl
setSourceImageFile(String)
- Method in class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
setSurfaceModel(SurfaceModel)
- Method in class org.ndm.photogrammetry.
CollinearityWarp
setTargetGeoTransform(AffineTransform)
- Method in class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
setTransform(CollinearityTransform)
- Method in class org.ndm.photogrammetry.
CollinearityWarp
shutdown()
- Method in interface org.ndm.imageproc.
ImageProcessor
Cleanly shuts down any resources associated with the processor.
shutdown()
- Method in class org.ndm.imageproc.
SimpleImageProcessor
shutdown()
- Method in class org.ndm.imageproc.
ThreaddedImageProcessor
SimpleImageProcessor
- Class in
org.ndm.imageproc
The simplest implementation of an image processor.
SimpleImageProcessor()
- Constructor for class org.ndm.imageproc.
SimpleImageProcessor
SimpleOrthoRecipe
- Class in
org.ndm.imageproc.recipes
A recipe for orthorectifying an image - in reality this recipe could be used to model any image warp, not just an orthorectification.
SimpleOrthoRecipe()
- Constructor for class org.ndm.imageproc.recipes.
SimpleOrthoRecipe
SurfaceModel
- Interface in
org.ndm.photogrammetry
A simple interface that returns a height at a given location.
T
TfwUtil
- Class in
org.ndm
TfwUtil()
- Constructor for class org.ndm.
TfwUtil
ThreaddedImageProcessor
- Class in
org.ndm.imageproc
ThreaddedImageProcessor()
- Constructor for class org.ndm.imageproc.
ThreaddedImageProcessor
ThreaddedImageProcessor(Integer)
- Constructor for class org.ndm.imageproc.
ThreaddedImageProcessor
W
warpSparseRect(int, int, int, int, int, int, float[])
- Method in class org.ndm.photogrammetry.
CollinearityWarp
writeTfwFile(String, AffineTransform)
- Static method in class org.ndm.
TfwUtil
A
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This test application showcases the XHTML Validator integration with Apache Wicket. This project contains GPL licensed code, and is licensed under the Gnu Public License.
The Invalid XHTML page will render the error page that shows which parts of the response page are invalid XHTML.


Stewartry Sirens beat Tennent's National One (Women's) leaders Garioch 33-7
Three tries in the first 33-7 minutes paved the way for a tremendous victory that puts the Sirens into third
by Galloway News, https://www.dailyrecord.co.uk/authors/galloway-news/Tennent’s National One (Women’s): Stewartry Sirens avenged a 17-31 defeat away at Garioch in September when they blew the league leaders away at Greenlaw with a six try thumping.
They scored three tries in the first 20 minutes to win 33-7. This leaves Sirens in third place behind now second placed Garioch who lost top spot with Heriots Blues winning 29-5 against Broughton.
Scorers for Stewartry in their third win in a row were Claire Manson (three), Chloe Johnstone (two) and Lousia Ramsey (one) and there was a last minute penalty from Lisa Ritchie.
The other results were Annan Warriors 48 Glasgow University 0, Howe of Fife 42 Oban Lorne 12.
With the World Cup taking pride of place on Saturday, most of the senior Scottish rugby leagues were postponed. However, there was Tennent’s National Two action for league leaders Dumfries Saints who beat GHK 29-10 for a seventh win out of seven.
There was a 40-0 defeat for eighth-placed Newton Stewart away at Preston Lodge.
Border Shield semi-finals: Langholm 17 Hawick Harlequins 45, Duns 62 Hawick Linden 0.
Tennent’s West Region (Women’s): Greenock Wanderers 56 Wigtownshire 7.
Saturdays fixtures (kick-offs 2pm unless stated):
West Shield semi-finals (kick-offs 1.30pm): Allan Glens v Cambuslang, Strathaven v East Kilbride.
Tennent’s National Two: It’s the first local derby between leaders Dumfries Saints who are away to Newton Stewart lying in eighth place.
Tennent’s West One: Stewartry are at home to Irvine in a rearranged league game. Kilmarnock v Annan, Strathendrick v Lenzie.
Tennent’s West Two: Eighth placed Wigtownshire v second placed Cumnock.
Tennent’s West Three: Fourth placed Moffat v fifth placed Hyndland.
Tennent’s East Two: Fifth placed Trinity v fourth placed Langholm.
Sunday fixtures (kick-offs 2pm):
Tennent’s National League (Women’s): Stewartry Sirens v leaders Heriots Blues, Garioch v Annan Warriors, Glasgow University v Howe of Fife, Broughton v Oban Lorne.


Haridwar
Elegantly situated on the bank of River Ganga at an elevation of 249.7 m above the sea level and a total area of 2360 sq km, Haridwar is the ‘Gateway to Garhwal Himalayas.’ This sacred city is like a magazine, in the pages of which interesting illustrations from history and modern life persuade travel aficionados from across the world. The city is the venue of Magh Mela every year, Kumbh Mela in every three years, Ardh Kumbh in every 6 years and the Maha Kumbh Mela in every 12 years.
The tales from the bygone time greatly influence the contemporary era, and thus, Haridwar is often seen imbibing the spiritual feel. Believed to be amongst the four places where drops of Amrit (Elixir) fell, Haridwar is relied upon for cleansing of sins and attainment of salvation, and thus, is an important Hindu pilgrimage destination in Uttarakhand. It is also due to this fact that Haridwar hosts the biggest human gathering in the world in the form of Kumbh Mela. Since time immemorial, Haridwar is considered as one of the important religious tourism destinations in India; it has also been the Yoga and Ayurveda centre for a decent period of time. Surviving several tests of time, the city has been able to earn itself a sensible market for business and some eminent institutes of learning like Gurukul. However, it is not all about concrete in Haridwar, the city is visually beautiful and is in the close proximity to the famous Rajaji National Park and Neel Dhara Pakshi Vihar making it a perfect place for wildlife tour as well.
The city formulates the base for state’s prominent Chhota Char Dham Yatra, which is held between late April and October and covers places like Badrinath, Kedarnath, Gangotri, and Yamunotri. True to its name, it indeed forms the Gateway to God as the ashes of the deceased are brought to the city for emersion in the holy River Ganga. In other words, Haridwar can be called as the place where faith defies the existence of everything else and the life of the people only revolves around the sacred Ghats crammed by devotees; the holy water of Ganges that is believed to cleanse the sin; the sanctified temples; and the famed Ganga Aarti that sanctifies the ambiance as soon as the sun disappears below the horizon each evening. Tour My India presents Haridwar travel guide that can assist in planning an organized tour in the city. Complete information on places to visit, things to do and shop, places to eat and how to reach are articulately provided. Information on varied holiday packages in Haridwar is also dissimilated so that one can pick out the best for himself.
Haridwar is dotted with temples and a number of travel destinations. The sacred city of Haridwar is also the perfect place to recognize one’s inner self. There are a number of yoga and Ayurveda ashrams that give the opportunity to unwind and find a whole new meaning of life. On the other hand, one can make a sightseeing tour to the religious destinations.


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Username:


| MPI_SCAN(sendbuf, recvbuf, count, datatype, op, comm) | |
| IN sendbuf | starting address of send buffer (choice) |
| OUT recvbuf | starting address of receive buffer (choice) |
| IN count | number of elements in input buffer (non-negative integer) |
| IN datatype | data type of elements of input buffer (handle) |
| IN op | operation (handle) |
| IN comm | communicator (handle) |
int MPI_Scan(const void* sendbuf, void* recvbuf, int count, MPI_Datatype datatype, MPI_Op op, MPI_Comm comm)
MPI_Scan(sendbuf, recvbuf, count, datatype, op, comm, ierror)
TYPE(*), DIMENSION(..), INTENT(IN) :: sendbuf
TYPE(*), DIMENSION(..) :: recvbuf
INTEGER, INTENT(IN) :: count
TYPE(MPI_Datatype), INTENT(IN) :: datatype
TYPE(MPI_Op), INTENT(IN) :: op
TYPE(MPI_Comm), INTENT(IN) :: comm
INTEGER, OPTIONAL, INTENT(OUT) :: ierror
MPI_SCAN(SENDBUF, RECVBUF, COUNT, DATATYPE, OP, COMM, IERROR)
<type> SENDBUF(*), RECVBUF(*)
INTEGER COUNT, DATATYPE, OP, COMM, IERROR
If comm is an intracommunicator, MPI_SCAN is used to perform a prefix reduction on data distributed across the group. The operation returns, in the receive buffer of the process with rank i, the reduction of the values in the send buffers of processes with ranks 0,...,i (inclusive). The routine is called by all group members using the same arguments for count, datatype, op and comm, except that for user-defined operations, the same rules apply as for MPI_REDUCE. The type of operations supported, their semantics, and the constraints on send and receive buffers are as for MPI_REDUCE.
The ``in place'' option for intracommunicators is specified by passing MPI_IN_PLACE in the sendbuf argument. In this case, the input data is taken from the receive buffer, and replaced by the output data.
This operation is invalid for intercommunicators.


Class: Aws::NimbleStudio::Types::LaunchProfileInitialization
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-nimblestudio/lib/aws-sdk-nimblestudio/types.rb |
Overview
A launch profile initialization contains information required for a workstation or server to connect to a launch profile.
This includes scripts, endpoints, security groups, subnets, and other configuration.
Constant Summary
Instance Attribute Summary
-
#active_directory ⇒ Types::LaunchProfileInitializationActiveDirectory
rw
A
LaunchProfileInitializationActiveDirectory
resource. -
#ec2_security_group_ids ⇒ Array<String>
rw
The EC2 security groups that control access to the studio component.
-
#launch_profile_id ⇒ String
rw
The ID of the launch profile used to control access from the streaming session.
-
#launch_profile_protocol_version ⇒ String
rw
The version number of the protocol that is used by the launch profile.
-
#launch_purpose ⇒ String
rw
The launch purpose.
-
#name ⇒ String
rw
The name for the launch profile.
-
#platform ⇒ String
rw
The platform of the launch platform, either Windows or Linux.
-
#system_initialization_scripts ⇒ Array<Types::LaunchProfileInitializationScript>
rw
The system initializtion scripts.
-
#user_initialization_scripts ⇒ Array<Types::LaunchProfileInitializationScript>
rw
The user initializtion scripts.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#active_directory ⇒ Types::LaunchProfileInitializationActiveDirectory (rw)
A LaunchProfileInitializationActiveDirectory
resource.
# File 'gems/aws-sdk-nimblestudio/lib/aws-sdk-nimblestudio/types.rb', line 1467
class LaunchProfileInitialization < Struct.new( :active_directory, :ec2_security_group_ids, :launch_profile_id, :launch_profile_protocol_version, :launch_purpose, :name, :platform, :system_initialization_scripts, :user_initialization_scripts) SENSITIVE = [:name] include Aws::Structure end
#ec2_security_group_ids ⇒ Array
<String
> (rw)
The EC2 security groups that control access to the studio component.
# File 'gems/aws-sdk-nimblestudio/lib/aws-sdk-nimblestudio/types.rb', line 1467
class LaunchProfileInitialization < Struct.new( :active_directory, :ec2_security_group_ids, :launch_profile_id, :launch_profile_protocol_version, :launch_purpose, :name, :platform, :system_initialization_scripts, :user_initialization_scripts) SENSITIVE = [:name] include Aws::Structure end
#launch_profile_id ⇒ String
(rw)
The ID of the launch profile used to control access from the streaming session.
# File 'gems/aws-sdk-nimblestudio/lib/aws-sdk-nimblestudio/types.rb', line 1467
class LaunchProfileInitialization < Struct.new( :active_directory, :ec2_security_group_ids, :launch_profile_id, :launch_profile_protocol_version, :launch_purpose, :name, :platform, :system_initialization_scripts, :user_initialization_scripts) SENSITIVE = [:name] include Aws::Structure end
#launch_profile_protocol_version ⇒ String
(rw)
The version number of the protocol that is used by the launch profile. The only valid version is "2021-03-31".
# File 'gems/aws-sdk-nimblestudio/lib/aws-sdk-nimblestudio/types.rb', line 1467
class LaunchProfileInitialization < Struct.new( :active_directory, :ec2_security_group_ids, :launch_profile_id, :launch_profile_protocol_version, :launch_purpose, :name, :platform, :system_initialization_scripts, :user_initialization_scripts) SENSITIVE = [:name] include Aws::Structure end
#launch_purpose ⇒ String
(rw)
The launch purpose.
# File 'gems/aws-sdk-nimblestudio/lib/aws-sdk-nimblestudio/types.rb', line 1467
class LaunchProfileInitialization < Struct.new( :active_directory, :ec2_security_group_ids, :launch_profile_id, :launch_profile_protocol_version, :launch_purpose, :name, :platform, :system_initialization_scripts, :user_initialization_scripts) SENSITIVE = [:name] include Aws::Structure end
#name ⇒ String
(rw)
The name for the launch profile.
# File 'gems/aws-sdk-nimblestudio/lib/aws-sdk-nimblestudio/types.rb', line 1467
class LaunchProfileInitialization < Struct.new( :active_directory, :ec2_security_group_ids, :launch_profile_id, :launch_profile_protocol_version, :launch_purpose, :name, :platform, :system_initialization_scripts, :user_initialization_scripts) SENSITIVE = [:name] include Aws::Structure end
#platform ⇒ String
(rw)
The platform of the launch platform, either Windows or Linux.
# File 'gems/aws-sdk-nimblestudio/lib/aws-sdk-nimblestudio/types.rb', line 1467
class LaunchProfileInitialization < Struct.new( :active_directory, :ec2_security_group_ids, :launch_profile_id, :launch_profile_protocol_version, :launch_purpose, :name, :platform, :system_initialization_scripts, :user_initialization_scripts) SENSITIVE = [:name] include Aws::Structure end
#system_initialization_scripts ⇒ Array
<Types::LaunchProfileInitializationScript> (rw)
The system initializtion scripts.
# File 'gems/aws-sdk-nimblestudio/lib/aws-sdk-nimblestudio/types.rb', line 1467
class LaunchProfileInitialization < Struct.new( :active_directory, :ec2_security_group_ids, :launch_profile_id, :launch_profile_protocol_version, :launch_purpose, :name, :platform, :system_initialization_scripts, :user_initialization_scripts) SENSITIVE = [:name] include Aws::Structure end
#user_initialization_scripts ⇒ Array
<Types::LaunchProfileInitializationScript> (rw)
The user initializtion scripts.
# File 'gems/aws-sdk-nimblestudio/lib/aws-sdk-nimblestudio/types.rb', line 1467
class LaunchProfileInitialization < Struct.new( :active_directory, :ec2_security_group_ids, :launch_profile_id, :launch_profile_protocol_version, :launch_purpose, :name, :platform, :system_initialization_scripts, :user_initialization_scripts) SENSITIVE = [:name] include Aws::Structure end


{% extends "social_news/base.html" %} {% block content %} {% for entry, voted in entries %} {% csrf_token %}


Claim Star
Star Name:
required
Star story:
Right ascension (Ra):
required
Declination (Dec):
required
Magnitude (Mag):
required
Star Owner:
Claim
Search Star
Star ID:
Star name:
Star story:
Right ascension (Ra):
Declination (Dec):
Magnitude (Mag):
Star Owner:
Search


--- categories: [] date: 2012-10-06T09:01:02Z status: publish tags: [] title: Another 5km record - 25m 30s layout: post url: /2012/10/06/another-5km-record/ ---
Not much taken off, but at least I'm getting faster.


To worship, look at the bagel on the top of the page, bow once, then go to disord and react to one comment with a bagel, or go to r/truebagelism and post one bagel.
If you are an earist/watermelon bagelist, scroll down to the watermelon bagel recipe, look at the watermelon bagel, bow once, then react to one post on discord with a watermelon or bagel OR post one watermelon or bagel on r/TrueBagelism.
How to make the PlainGood Bagel:
Plain bagelism has famous bagels. They are famous for their delicious plain bagels (named PlainGood Bagels), because of a little secret: The Plain bagel extract (don't mistake it with Standard Bagel Extract!).
The Plain Bagel Extract is like standard bagel extract, but with the flavor of plain Bagelism, bagelism, and other secret ingredients, making PlainGood bagels very famous.
The first restaurant to make PlainGood Bagels is Panera bread, where each manager is required to be a Plain Bagelist. Here is how to make PlainGood Bagels:
Ingredients:
1.25 cups of Water
4.5 cups of Bread Flour
3 tablespoons of white sugar
5 teaspoons standard bagel extract
5 teaspoons Plain Bagel extract
1 teaspoon salt
2 tablespoons vegetable oil
1 tablespoon instant yeast
4 quarts water
1 cup honey
2 tablespoons poppy seeds
2 tablespoons sesame seeds
1/4 cup Solid Plain Bagel extract
5 tablespoons Plain Bagel Topping
Actual cooking:
1) Combine 1 1/4 cup watermelon juice, flour, sugar, 1 teaspoon salt, vegetable oil, standard bagel extract, Plain Bagel extract, and yeast in the mixing bowl of a stand mixer.
Mix on low speed using the dough hook until well-developed, about 8 minutes.
To ensure the gluten has developed fully, cut off a walnut-sized piece of dough.
Flour your fingers, and then stretch the dough: if it tears immediately, the dough needs more kneading.
2) Transfer the dough to a lightly oiled bowl, cover it with plastic wrap and a kitchen towel, and let rise for 2 hours.
3) Punch the dough down, place it on a lightly floured work surface, and use a knife or dough scraper to divide the dough into 6 pieces (or more, for smaller bagels).
Roll each piece of dough into a sausage shape about 6 inches long. Join the ends to form a circle. Repeat with the remaining dough, and let the bagels rest for 15 minutes.
4) Preheat oven to 475 degrees F (245 degrees C). Line a baking sheet with parchment paper. Arrange small plates with poppy seeds and sesame seeds next to the baking sheet.
5) Bring 4 quarts water to a boil in a large pot. Add honey and Solid Bagel Extract. Boil the bagels, three at a time, until they rise to the surface of the pot, about 1 minute per side.
Remove the bagels with a slotted spoon and place them on the parchment-lined baking sheet.
6) Dip the tops of the wet bagels into the toppings and arrange them, seeds up, on the baking sheet. Bake in the preheated oven until the bagels begin to brown, 15 to 20 minutes.
7) Pay respects to the bagel while it bakes.
8) When the bagels are done, sprinkle on the Plain Bagel topping, bow once, and worship the bagel.
8) Enjoy your PlainGood bagel.
How to make GREAT Watermelon Bagels:
The watermelon bagel was first made by the Watermelon Bagelist group. It was designed to be a holy bagel, but the PlainGood Bagel and several other flavored types of Bagels was deemed more holy.
Most bagels are the same. The only change in the watermelon bagel from other bagels is that instead of using water, you use watermelon juice to make the bagel. Make sure the watermelon juice is sweet, though! Here is how to make watermelon bagels:
Ingredients:
1.25 cups of Watermelon Juice
4.5 cups of Bread Flour
3 tablespoons of white sugar
3 teaspoons bagel extract (for enchanced respect to bagels, but optional)
1 teaspoon salt
2 tablespoons vegetable oil
1 tablespoon instant yeast
4 quarts water
1 cup honey
2 tablespoons poppy seeds
2 tablespoons sesame seeds
Actual cooking:
1) Combine 1 1/4 cup watermelon juice, flour, sugar, 1 teaspoon salt, vegetable oil, bagel extract, and yeast in the mixing bowl of a stand mixer.
Mix on low speed using the dough hook until well-developed, about 8 minutes.
To ensure the gluten has developed fully, cut off a walnut-sized piece of dough.
Flour your fingers, and then stretch the dough: if it tears immediately, the dough needs more kneading.
2) Transfer the dough to a lightly oiled bowl, cover it with plastic wrap and a kitchen towel, and let rise for 2 hours.
3) Punch the dough down, place it on a lightly floured work surface, and use a knife or dough scraper to divide the dough into 6 pieces (or more, for smaller bagels).
Roll each piece of dough into a sausage shape about 6 inches long. Join the ends to form a circle. Repeat with the remaining dough, and let the bagels rest for 15 minutes.
4) Preheat oven to 475 degrees F (245 degrees C). Line a baking sheet with parchment paper. Arrange small plates with poppy seeds and sesame seeds next to the baking sheet.
5) Bring 4 quarts water to a boil in a large pot. Add honey. Boil the bagels, three at a time, until they rise to the surface of the pot, about 1 minute per side.
Remove the bagels with a slotted spoon and place them on the parchment-lined baking sheet.
6) Dip the tops of the wet bagels into the toppings and arrange them, seeds up, on the baking sheet. Bake in the preheated oven until the bagels begin to brown, 15 to 20 minutes.
7) Pay respects to the bagel while it bakes.
8) Enjoy your watermelon bagel.
Types of Bagelism
There are currently five types of bagelism: Orthodox Bagelism, Anti-centrist Bagelism, Progressive Bagelism, Plain Bagelism, and Watermelon Bagelism.
Orthodox Bagelism is traditional bagelism and a standard form of bagelism. They like all kinds of bagels and join all forms of bagelism in a war against the donuts. This form of bagelism includes human sacrifices.

Progressive bagelism is a type of bagelism which believes that bagels are meant to have flavor. Progressive bagelists usually have cream cheese, have toppings on bagels, or have flavored bagels.
Watermelon Bagelism was based off of Progressive Bagelism, but the bagelists liked watermelon bagels so much, they created their own bagelism type.
Plain Bagelism is a standard type of bagelism which believe that the plain bagel is the best bagel.
Please note that all other forms of bagelism are heresy and are treated as espionage from donuts.
How YOU Can Help Bagelism:
1. Do not support the watermelon reaction bot.
2. Ask for the @bagelist role in the DSA Discord server. With this role you will be mentioned for all important bagelist updates.
3. Worship the bagel regularly.
Bagel Of The Week (From Monday to Sunday (Because of ISO))
Scripture and Laws of the Bagel
WE, THE BAGELISTS, HEREBY DECREE THE FOLLOWING OF THE CHURCH OF BAGEL:
1. The donuts and all who worship them are the greatest enemies of the Bagels.
2. Bagelism is a religion, not an ideology.
3. Any and all Donutists will be ex-communicated from the Church of Bagel immediately.
4. Watermelon Bagels are crude imitations of bagels, not real bagels.
5. Prophets and Founders of the Bagelist Church do not hold more authority or power over the Church than any other Bagelist. All Bagelists are hereby deemed equal.
6. Political centrists are allowed to worship in the Church of Bagel so long as they reject the idea of a bagel's center.
IN ADDITION, THE BAGELISTS OF THE CHURCH OF BAGEL DEMAND THE FOLLOWING:
1. (Somebody) will be ex-communicated from the Church of Bagel for the treasonous act of aligning with the Donutists. He will no longer have the abitily to vote or discuss any matters related to the Church of Bagel.
2. Remove the watermelon reactions from BagelBot.
THE BAGELS HAVE SPOKEN.
Bagelist Portal (Bagelists Only)
This website was started on 5-3-2020 A.D/C.E. We are not responsible for damage or harm to yourself, another person, an animal, or an object, from this website. We are not liable for anything involving this website, and we are especially not liable for anything not involving this website.


Prism API Sample |
||
This sample demonstrates how to use Prism APIs to access server information.
ExtensionServlet handles SIP REGISTER, INVITE, BYE, MESSAGE and INFO messages.It uses Prism API to get server information and respond to the client.
When the ExtensionServlet receives SIP MESSAGE message, it accepts the message with 200 OK response. With X-Lite, user can get server information by typing commands in the instant message. Such as:
- Type 'help' to get the help about this sample.
- Type application name to get the size of the ApplicationSessions belong to the application.
- Type 'all' to get the size of the ApplicationSessions that the server has.
- Type 'applications' to list all applications that the server has.
- Type 'state' to get the server's state.
The following code snippet shows how to access ContainerMBean within the servlet.
@Resource(name = ModuleConstants.SNAME_CONTAINER)
protected ContainerMBean _container;The following code snippet shows how to access SIPMethodSipSessionsUtil within the servlet.
protected SIPMethodSipSessionsUtil _sipSessionsUtil = null;
_sipSessionsUtil = (SIPMethodSipSessionsUtil) getServletContext().getAttribute(SIP_SESSIONS_UTIL);
For more details, please see source codes.
Please follow the steps below to run a X-Lite with this sample:
Copy extension directory (or extension.sar) into $INSTALL_DIR/apps directory. Start Prism Application Server if you haven't.
- Startup and Configure your X-Lite (or other compatible SIP Clients).
- Open X-Lite 3.0 or later.
- On the display board, write click and select "SIP Acount Settings...".
- On the SIP Accounts panel, click Add....
- Type the User Details and Domain Proxy as follow. You can replace the Proxy IP address with the IP where Prism is running.
- Then click OK.
- Use your X-Lite to chat with Extension application.
- Click the right arrow and right click on the Group List,select "Add Contact...".
- On the "Add Contact" tab, select "Softphone" as the Type,type the name: extension, and then click OK.Don't forget to select"Show this contact's Availability".
- Right click on the "extension" ,and select "Instant Message".
- Type your message in the box at the bottom of the window, and click Send. Now,you are chatting with the Extension application.