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Q: Visualization of Java Stream parallelization Often it's not very clear how exactly the parallel stream splits the input into chunks and in which order the chunks are joined. Is there any way to visualize the whole procedure for any stream source to better understand what's going on? Suppose I created a stream like this:
Stream<Integer> stream = IntStream.range(0, 100).boxed().parallel();

I want to see some tree-like structure:
             [0..99]
         _____/   \_____
        |               |
     [0..49]         [50..99]
    __/   \__        __/  \__
   |         |      |        |
[0..24]  [25..49] [50..74] [75..99]

Which means that the whole input range [0..99] is split to [0..49] and [50..99] ranges which in turn split further. Of course such diagram should reflect the real work of Stream API, so if I perform some real operation with such stream the splitting should be performed in the same way.

A: Current Stream API implementation uses collector combiner to combine the intermediate results in exactly the same way as they were previously split. Also the splitting strategy depends on the source and common pool parallelism level, but does not depend on exact reduction operation used (the same for reduce, collect, forEach, count, etc.). Relying on this it's not very difficult to create the visualizing collector:
public static Collector<Object, ?, List<String>> parallelVisualize() {
    class Range {
        private String first, last;
        private Range left, right;

        void accept(Object obj) {
            if (first == null)
                first = obj.toString();
            else
                last = obj.toString();
        }

        Range combine(Range that) {
            Range p = new Range();
            p.first = first == null ? that.first : first;
            p.last = Stream
                    .of(that.last, that.first, this.last, this.first)
                    .filter(Objects::nonNull).findFirst().orElse(null);
            p.left = this;
            p.right = that;
            return p;
        }

        String pad(String s, int left, int len) {
            if (len == s.length())
                return s;
            char[] result = new char[len];
            Arrays.fill(result, ' ');
            s.getChars(0, s.length(), result, left);
            return new String(result);
        }

        public List<String> finish() {
            String cur = toString();
            if (left == null) {
                return Collections.singletonList(cur);
            }
            List<String> l = left.finish();
            List<String> r = right.finish();
            int len1 = l.get(0).length();
            int len2 = r.get(0).length();
            int totalLen = len1 + len2 + 1;
            int leftAdd = 0;
            if (cur.length() < totalLen) {
                cur = pad(cur, (totalLen - cur.length()) / 2, totalLen);
            } else {
                leftAdd = (cur.length() - totalLen) / 2;
                totalLen = cur.length();
            }
            List<String> result = new ArrayList<>();
            result.add(cur);

            char[] dashes = new char[totalLen];
            Arrays.fill(dashes, ' ');
            Arrays.fill(dashes, len1 / 2 + leftAdd + 1, len1 + len2 / 2 + 1
                    + leftAdd, '_');
            int mid = totalLen / 2;
            dashes[mid] = '/';
            dashes[mid + 1] = '\\';
            result.add(new String(dashes));

            Arrays.fill(dashes, ' ');
            dashes[len1 / 2 + leftAdd] = '|';
            dashes[len1 + len2 / 2 + 1 + leftAdd] = '|';
            result.add(new String(dashes));

            int maxSize = Math.max(l.size(), r.size());
            for (int i = 0; i < maxSize; i++) {
                String lstr = l.size() > i ? l.get(i) : String.format("%"
                        + len1 + "s", "");
                String rstr = r.size() > i ? r.get(i) : String.format("%"
                        + len2 + "s", "");
                result.add(pad(lstr + " " + rstr, leftAdd, totalLen));
            }
            return result;
        }

        public String toString() {
            if (first == null)
                return "(empty)";
            else if (last == null)
                return "[" + first + "]";
            return "[" + first + ".." + last + "]";
        }
    }
    return Collector.of(Range::new, Range::accept, Range::combine,
            Range::finish);
}

Here's some interesting results obtained with this collector using 4-core machine (results will differ on machine with different number of availableProcessors()).
Splitting of simple range:
IntStream.range(0, 100)
        .boxed().parallel().collect(parallelVisualize())
        .forEach(System.out::println);

Even split to 16 tasks:
                                                                  [0..99]
                                   ___________________________________/\________________________________
                                  |                                                                     |
                              [0..49]                                                               [50..99]
                 _________________/\______________                                     _________________/\________________
                |                                 |                                   |                                   |
            [0..24]                           [25..49]                            [50..74]                            [75..99]
        ________/\_____                   ________/\_______                   ________/\_______                   ________/\_______
       |               |                 |                 |                 |                 |                 |                 |
   [0..11]         [12..24]          [25..36]          [37..49]          [50..61]          [62..74]          [75..86]          [87..99]
    ___/\_          ___/\___          ___/\___          ___/\___          ___/\___          ___/\___          ___/\___          ___/\___
   |      |        |        |        |        |        |        |        |        |        |        |        |        |        |        |
[0..5] [6..11] [12..17] [18..24] [25..30] [31..36] [37..42] [43..49] [50..55] [56..61] [62..67] [68..74] [75..80] [81..86] [87..92] [93..99]

Split of two streams concatenation:
IntStream
        .concat(IntStream.range(0, 10), IntStream.range(10, 100))
        .boxed().parallel().collect(parallelVisualize())
        .forEach(System.out::println);

As you can see, first split un-concatenates the streams:
                                                                           [0..99]
       _______________________________________________________________________/\_____
      |                                                                              |
   [0..9]                                                                        [10..99]
    __/\__                                        ___________________________________/\__________________________________
   |      |                                      |                                                                       |
[0..4] [5..9]                                [10..54]                                                                [55..99]
                                _________________/\________________                                     _________________/\________________
                               |                                   |                                   |                                   |
                           [10..31]                            [32..54]                            [55..76]                            [77..99]
                       ________/\_______                   ________/\_______                   ________/\_______                   ________/\_______
                      |                 |                 |                 |                 |                 |                 |                 |
                  [10..20]          [21..31]          [32..42]          [43..54]          [55..65]          [66..76]          [77..87]          [88..99]
                   ___/\___          ___/\___          ___/\___          ___/\___          ___/\___          ___/\___          ___/\___          ___/\___
                  |        |        |        |        |        |        |        |        |        |        |        |        |        |        |        |
              [10..14] [15..20] [21..25] [26..31] [32..36] [37..42] [43..48] [49..54] [55..59] [60..65] [66..70] [71..76] [77..81] [82..87] [88..93] [94..99]

Split of two stream concatenation where intermediate operation (boxed()) was performed before concatenation:
Stream.concat(IntStream.range(0, 50).boxed().parallel(), IntStream.range(50, 100).boxed())
        .collect(parallelVisualize())
        .forEach(System.out::println);

If one of input streams was not turned into parallel mode before concatenation, it refuses to split at all:
                                   [0..99]
                                   ___/\_________________________________
                                  |                                      |
                              [0..49]                                [50..99]
                 _________________/\______________
                |                                 |
            [0..24]                           [25..49]
        ________/\_____                   ________/\_______
       |               |                 |                 |
   [0..11]         [12..24]          [25..36]          [37..49]
    ___/\_          ___/\___          ___/\___          ___/\___
   |      |        |        |        |        |        |        |
[0..5] [6..11] [12..17] [18..24] [25..30] [31..36] [37..42] [43..49]

Split of flatmapping:
Stream.of(0, 50)
        .flatMap(start -> IntStream.range(start, start+50).boxed().parallel())
        .parallel().collect(parallelVisualize())
        .forEach(System.out::println);

Flat-map never parallelizes inside nested streams:
    [0..99]
    ____/\__
   |        |
[0..49] [50..99]

Stream from unknown-sized iterator of 7000 elements (see this answer for context):
StreamSupport
        .stream(Spliterators.spliteratorUnknownSize(
                IntStream.range(0, 7000).iterator(),
                Spliterator.ORDERED), true)
        .collect(parallelVisualize()).forEach(System.out::println);

The splitting is really bad, everybody waits for biggest part [3072..6143]:
                       [0..6999]
     _______________________/\___
    |                            |
[0..1023]                  [1024..6999]
                 ________________/\____
                |                      |
          [1024..3071]           [3072..6999]
                              _________/\_____
                             |                |
                       [3072..6143]     [6144..6999]
                                           ___/\____
                                          |         |
                                    [6144..6999] (empty)

Iterator source with known size:
StreamSupport
        .stream(Spliterators.spliterator(IntStream.range(0, 7000)
                .iterator(), 7000, Spliterator.ORDERED), true)
        .collect(parallelVisualize()).forEach(System.out::println);

Supplying the size makes things much better unlocking the further splitting:
                                                                                [0..6999]
           ______________________________________________________________________________________________/\________
          |                                                                                |
     [0..1023]                                                                                [1024..6999]
     _____/\__                                 ____________________________________________________________________/\________________________
    |         |                               |                                                                                |
[0..511] [512..1023]                    [1024..3071]                                                                                [3072..6999]
                                  ____________/\___________                                                                  ________________/\__________________________________________________
                                 |                         |                                                                |                                                                    |
                           [1024..2047]              [2048..3071]                                                     [3072..6143]                                                         [6144..6999]
                            _____/\_____              _____/\_____                                 _________________________/\________________________                                        ___/\___________
                           |            |            |            |                               |                                                   |                                      |                |
                     [1024..1535] [1536..2047] [2048..2559] [2560..3071]                    [3072..4607]                                        [4608..6143]                           [6144..6999]        (empty)
                                                                                ____________/\___________                           ____________/\___________                     _____/\_____
                                                                                |                         |                         |                         |                   |            |
                                                                               [3072..3839]              [3840..4607]              [4608..5375]              [5376..6143]        [6144..6571] [6572..6999]
                                                                                _____/\_____              _____/\_____              _____/\_____              _____/\_____
                                                                               |            |            |            |            |            |            |            |
                                                                         [3072..3455] [3456..3839] [3840..4223] [4224..4607] [4608..4991] [4992..5375] [5376..5759] [5760..6143]

Further improvements of such collector is possible to generate graphical image (like svg), track the threads where each node is processed, display number of elements per each group and so on. Use it if you like.

A: I want to augment Tagir's great answer with a solution to monitor the splitting at the source side or even at intermediate operations (with some restrictions imposed by the current stream API implementation):
public static <E> Stream<E> proxy(Stream<E> src) {
    Class<Stream<E>> sClass=(Class)Stream.class;
    Class<Spliterator<E>> spClass=(Class)Spliterator.class;
    return proxy(src, sClass, spClass, StreamSupport::stream);
}
public static IntStream proxy(IntStream src) {
    return proxy(src, IntStream.class, Spliterator.OfInt.class, StreamSupport::intStream);
}
public static LongStream proxy(LongStream src) {
    return proxy(src, LongStream.class, Spliterator.OfLong.class, StreamSupport::longStream);
}
public static DoubleStream proxy(DoubleStream src) {
    return proxy(src, DoubleStream.class, Spliterator.OfDouble.class, StreamSupport::doubleStream);
}
static final Object EMPTY=new StringBuilder("empty");
static <E,S extends BaseStream<E,S>, Sp extends Spliterator<E>> S proxy(
        S src, Class<S> sc, Class<Sp> spc, BiFunction<Sp,Boolean,S> f) {

    final class Node<T> implements InvocationHandler,Runnable,
        Consumer<Object>, IntConsumer, LongConsumer, DoubleConsumer {
        final Class<? extends Spliterator> type;
        Spliterator<T> src;
        Object first=EMPTY, last=EMPTY;
        Node<T> left, right;
        Object currConsumer;
        public Node(Spliterator<T> src, Class<? extends Spliterator> type) {
            this.src = src;
            this.type=type;
        }
        private void value(Object t) {
            if(first==EMPTY) first=t;
            last=t;
        }
        public void accept(Object t) {
            value(t); ((Consumer)currConsumer).accept(t);
        }
        public void accept(int t) {
            value(t); ((IntConsumer)currConsumer).accept(t);
        }
        public void accept(long t) {
            value(t); ((LongConsumer)currConsumer).accept(t);
        }
        public void accept(double t) {
            value(t); ((DoubleConsumer)currConsumer).accept(t);
        }
        public void run() {
            System.out.println();
            finish().forEach(System.out::println);
        }
        public Object invoke(Object proxy, Method method, Object[] args) throws Throwable {
            Node<T> curr=this; while(curr.right!=null) curr=curr.right;
            if(method.getName().equals("tryAdvance")||method.getName().equals("forEachRemaining")) {
                curr.currConsumer=args[0];
                args[0]=curr;
            }
            if(method.getName().equals("trySplit")) {
                Spliterator s=curr.src.trySplit();
                if(s==null) return null;
                Node<T> pfx=new Node<>(s, type);
                pfx.left=curr.left; curr.left=pfx;
                curr.right=new Node<>(curr.src, type);
                src=null;
                return pfx.create();
            }
            return method.invoke(curr.src, args);
        }
        Object create() {
            return Proxy.newProxyInstance(null, new Class<?>[]{type}, this);
        }
        String pad(String s, int left, int len) {
            if (len == s.length())
                return s;
            char[] result = new char[len];
            Arrays.fill(result, ' ');
            s.getChars(0, s.length(), result, left);
            return new String(result);
        }
        public List<String> finish() {
            String cur = toString();
            if (left == null) {
                return Collections.singletonList(cur);
            }
            List<String> l = left.finish();
            List<String> r = right.finish();
            int len1 = l.get(0).length();
            int len2 = r.get(0).length();
            int totalLen = len1 + len2 + 1;
            int leftAdd = 0;
            if (cur.length() < totalLen) {
                cur = pad(cur, (totalLen - cur.length()) / 2, totalLen);
            } else {
                leftAdd = (cur.length() - totalLen) / 2;
                totalLen = cur.length();
            }
            List<String> result = new ArrayList<>();
            result.add(cur);

            char[] dashes = new char[totalLen];
            Arrays.fill(dashes, ' ');
            Arrays.fill(dashes, len1 / 2 + leftAdd + 1, len1 + len2 / 2 + 1
                    + leftAdd, '_');
            int mid = totalLen / 2;
            dashes[mid] = '/';
            dashes[mid + 1] = '\\';
            result.add(new String(dashes));

            Arrays.fill(dashes, ' ');
            dashes[len1 / 2 + leftAdd] = '|';
            dashes[len1 + len2 / 2 + 1 + leftAdd] = '|';
            result.add(new String(dashes));

            int maxSize = Math.max(l.size(), r.size());
            for (int i = 0; i < maxSize; i++) {
                String lstr = l.size() > i ? l.get(i) : String.format("%"
                        + len1 + "s", "");
                String rstr = r.size() > i ? r.get(i) : String.format("%"
                        + len2 + "s", "");
                result.add(pad(lstr + " " + rstr, leftAdd, totalLen));
            }
            return result;
        }
        private Object first() {
            if(left==null) return first;
            Object o=left.first();
            if(o==EMPTY) o=right.first();
            return o;
        }
        private Object last() {
            if(right==null) return last;
            Object o=right.last();
            if(o==EMPTY) o=left.last();
            return o;
        }
        public String toString() {
            Object o=first(), p=last();
            return o==EMPTY? "(empty)": "["+o+(o!=p? ".."+p+']': "]");
        }
    }
    Node<E> n=new Node<>(src.spliterator(), spc);
    Sp sp=(Sp)Proxy.newProxyInstance(null, new Class<?>[]{n.type}, n);
    return f.apply(sp, true).onClose(n);
}

It allows to wrap a spliterator with a proxy which will monitor the split operations and the encountered objects. The logic of the chunk handling is similar to Tagir's, in fact, I copied his result printing routine(s).
You may pass in the source of the stream or a stream with same operations already appended. (In the latter case, you should apply .parallel() as early as possible to the stream). As Tagir explained, in most cases, the split behavior depends on the source and the configured parallelism, thus, in most cases, monitoring intermediate states may change the values, but not the processed chunks:
try(IntStream is=proxy(IntStream.range(0, 100).parallel())) {
    is.filter(i -> i/20%2==0)
      .mapToObj(ix->"\""+ix+'"')
      .forEach(s->{});
}

will print
                                                                  [0..99]
                                   ___________________________________/\________________________________
                                  |                                                                     |
                              [0..49]                                                               [50..99]
                 _________________/\______________                                     _________________/\________________
                |                                 |                                   |                                   |
            [0..24]                           [25..49]                            [50..74]                            [75..99]
        ________/\_____                   ________/\_______                   ________/\_______                   ________/\_______
       |               |                 |                 |                 |                 |                 |                 |
   [0..11]         [12..24]          [25..36]          [37..49]          [50..61]          [62..74]          [75..86]          [87..99]
    ___/\_          ___/\___          ___/\___          ___/\___          ___/\___          ___/\___          ___/\___          ___/\___
   |      |        |        |        |        |        |        |        |        |        |        |        |        |        |        |
[0..5] [6..11] [12..17] [18..24] [25..30] [31..36] [37..42] [43..49] [50..55] [56..61] [62..67] [68..74] [75..80] [81..86] [87..92] [93..99]

whereas
try(Stream<String> s=proxy(IntStream.range(0, 100).parallel().filter(i -> i/20%2==0)
      .mapToObj(ix->"\""+ix+'"'))) {
    s.forEach(str->{});
}

will print
                                                                                ["0".."99"]
                                              ___________________________________________/\___________________________________________
                                             |                                                                                |
                                       ["0".."49"]                                                                              ["50".."99"]
                         ____________________/\______________________                                           ______________________/\___________________
                        |                                            |                                         |                                           |
                  ["0".."19"]                                  ["40".."49"]                              ["50".."59"]                                ["80".."99"]
            ____________/\_________                      ____________/\______                           _______/\___________                   ____________/\________
           |                       |                    |                    |                         |                    |                 |                      |
     ["0".."11"]             ["12".."19"]            (empty)           ["40".."49"]              ["50".."59"]            (empty)        ["80".."86"]           ["87".."99"]
      _____/\___              _____/\_____           ___/\__            _____/\_____              _____/\_____           ___/\__         _____/\__              _____/\_____
     |          |            |            |         |       |          |            |            |            |         |       |       |         |            |            |
["0".."5"] ["6".."11"] ["12".."17"] ["18".."19"] (empty) (empty) ["40".."42"] ["43".."49"] ["50".."55"] ["56".."59"] (empty) (empty) ["80"] ["81".."86"] ["87".."92"] ["93".."99"]

As we can see here, we are monitoring the result of .filter(…).mapToObj(…) but the chunks are clearly determined by the source, possibly producing empty chunks down-stream depending on the filter's condition.
Note that we can combine the source monitoring with Tagir's collector monitoring:
try(IntStream s=proxy(IntStream.range(0, 100))) {
    s.parallel().filter(i -> i/20%2==0)
     .boxed().collect(parallelVisualize())
     .forEach(System.out::println);
}

This will print (note that the collect output is printed first):
                                                              [0..99]
                                  ________________________________/\_______________________________
                                 |                                                                 |
                             [0..49]                                                           [50..99]
                 ________________/\______________                                   _______________/\_______________
                |                                |                                 |                                |
            [0..19]                          [40..49]                          [50..59]                         [80..99]
        ________/\_____                  ________/\______                   _______/\_______                ________/\_____
       |               |                |                |                 |                |              |               |
   [0..11]         [12..19]          (empty)         [40..49]          [50..59]          (empty)       [80..86]        [87..99]
    ___/\_          ___/\___         ___/\__          ___/\___          ___/\___         ___/\__        ___/\_          ___/\___
   |      |        |        |       |       |        |        |        |        |       |       |      |      |        |        |
[0..5] [6..11] [12..17] [18..19] (empty) (empty) [40..42] [43..49] [50..55] [56..59] (empty) (empty) [80] [81..86] [87..92] [93..99]

                                                                  [0..99]
                                   ___________________________________/\________________________________
                                  |                                                                     |
                              [0..49]                                                               [50..99]
                 _________________/\______________                                     _________________/\________________
                |                                 |                                   |                                   |
            [0..24]                           [25..49]                            [50..74]                            [75..99]
        ________/\_____                   ________/\_______                   ________/\_______                   ________/\_______
       |               |                 |                 |                 |                 |                 |                 |
   [0..11]         [12..24]          [25..36]          [37..49]          [50..61]          [62..74]          [75..86]          [87..99]
    ___/\_          ___/\___          ___/\___          ___/\___          ___/\___          ___/\___          ___/\___          ___/\___
   |      |        |        |        |        |        |        |        |        |        |        |        |        |        |        |
[0..5] [6..11] [12..17] [18..24] [25..30] [31..36] [37..42] [43..49] [50..55] [56..61] [62..67] [68..74] [75..80] [81..86] [87..92] [93..99]

We can clearly see how the chunks of the processing match, but after the filtering, some chunks have less elements, some of them are entirely empty.
This is the place to demonstrate, where the two ways of monitoring can make a significant difference:
try(DoubleStream is=proxy(DoubleStream.iterate(0, i->i+1)).parallel().limit(100)) {
    is.boxed()
      .collect(parallelVisualize())
      .forEach(System.out::println);
}

                                                                                [0.0..99.0]
                                                   ___________________________________________________/\________________________________________________
                                                  |                                                                                |
                                            [0.0..49.0]                                                                                [50.0..99.0]
                         _________________________/\______________________                                                     _________________________/\________________________
                        |                                                 |                                                   |                                                   |
                  [0.0..24.0]                                       [25.0..49.0]                                        [50.0..74.0]                                        [75.0..99.0]
            ____________/\_________                           ____________/\___________                           ____________/\___________                           ____________/\___________
           |                       |                         |                         |                         |                         |                         |                         |
     [0.0..11.0]             [12.0..24.0]              [25.0..36.0]              [37.0..49.0]              [50.0..61.0]              [62.0..74.0]              [75.0..86.0]              [87.0..99.0]
      _____/\___              _____/\_____              _____/\_____              _____/\_____              _____/\_____              _____/\_____              _____/\_____              _____/\_____
     |          |            |            |            |            |            |            |            |            |            |            |            |            |            |            |
[0.0..5.0] [6.0..11.0] [12.0..17.0] [18.0..24.0] [25.0..30.0] [31.0..36.0] [37.0..42.0] [43.0..49.0] [50.0..55.0] [56.0..61.0] [62.0..67.0] [68.0..74.0] [75.0..80.0] [81.0..86.0] [87.0..92.0] [93.0..99.0]

                             [0.0..10239.0]
       _____________________________/\_____
      |                                    |
[0.0..1023.0]                      [1024.0..10239.0]
                       ____________________/\_______
                      |                             |
              [1024.0..3071.0]             [3072.0..10239.0]
                                        ____________/\______
                                       |                    |
                               [3072.0..6143.0]     [6144.0..10239.0]
                                                         ___/\_______
                                                        |            |
                                                [6144.0..10239.0] (empty)

This demonstrates what Tagir already explained, streams with an unknown size split poorly, and even the fact the limit(…) provides the possibility for a good estimate (in fact, infinite + limit is theoretically predictable), the implementation does not take any advantage of it.
The source is split into chunks utilizing a batch size of 1024, increased by 1024 after each split, creating chunks way outside the range imposed by limit. We can also see how a prefix is split off each time.
But when we look at the terminal split output, we can see that in-between these excess chunks have been dropped and another splitting of the first chunk has happened. Since this chunk is backend by an intermediate array that has been filled by the default implementation on the first split, we don't notice it at the source but we can see at the terminal action that this array has been split (unsurprisingly) well balanced.
So we need both ways of monitoring to get the full picture here…

redpajama_set_name: RedPajamaStackExchange


Being dead and generally uncoordinated, zombies often come by some of the strangest wounds imaginable. Of course, you can't really give yourself similar wounds - or can you? Zombies Playground is happy to offer you a number of eerie and realistic prosthetics, scars and wounds, all of which are perfect for adding any number of injuries to your zombie look! Of course, creating every wound that a zombie could possibly suffer from is virtually impossible, given that it is basically a limitless number, so instead we've compiled some of the most visually stunning and gruesome ones here for you to browse, acquire, and apply. And trust us when we say that while some of these wounds are fairly typical, like scratches, rashes, and cuts, others are truly ghastly spectacles that are sure to be noticed and admired. Scars and wounds aren't all you'll find here, though, as we also offer a number of prosthetics that fall into this category that are perfect for adding a few finishing touches to any zombie look, including noses, ears, horns, and other fake blemishes and pustules that might spring up on a zombie's skin, thanks in no small part to the zombie's infected, decaying, dead flesh. Don't drive yourself crazy trying to create and craft wound after complex wound whenever you can just as easily browse the Zombies Playground and its Prosthetics, Scars and Wounds section for an applique that looks just as good as something home-made, with far less hassle.
No zombie is entirely without scars or wounds because that is likely how the virus was transmitted. The 2 Bloody Zombie Scar kit contains two awful wounds that can make you look like a more realistic zombie.
With the 3 Piece Gash Latex Appliance Set, you will look the worse for wear after a violent altercation. The gory wound prosthetic includes three realistic injuries that can be used for movie-grade special effects at home.
With the 3 Piece Oozing Wounds Latex Appliance Set, you will look like one of the risen undead. The gory wound prosthetic includes three realistic injuries that can be used for movie-grade special effects at home.
Enhance witch nose and chin prosthetics or other character designs with this set of three lightweight, flesh-colored latex warts. The 3 Piece Stage Warts Latex Appliance will help transform you into a witch or hag with ease.
You have definitely felt the heat whenever you add this gory wound prosthetic to your next costume ensemble! This 3D Burn Latex Appliance combines realistic texturing with hand-painting for the gruesome look of a burn scar.
No zombie is entirely without scars or wounds because that is likely how the virus was transmitted. The 4 Bloody Zombie Scars kit contains several scars that can make you look like a more realistic zombie.
A stitch here, a staple there, and you will be right as rain in no-time flat. Or, maybe not. This All Patched Up Wound Set features three gruesome and grisly patches of flesh that have been haphazardly stitched into place.
Some creature decided you look like a tasty snack and tried to take a bite! The Animal Attack Prosthetic allows you to show off the gory wound left behind by the unfriendly beast and horrify your friends with the realistic injury.
This is not your average, everyday, life-threatening gash. Instead, the Another Mouth to Feed Wound Prosthetic is a gruesome and gory mutation that has turned a life-threatening injury into something truly monstrous.
The chemical warfare of the apocalypse has given you a monstrous appearance with this costume appliance! The Apocalyptic Foam Prosthetic is an excellent special effect, especially since it will shift and move along with your face.
You can appear as though someone has taken a whip to your back with a vengeance when you wear this gory wound prosthetic. The Back Lash Latex Appliance provides a realistic and horrifying laceration prosthetic for your look.
This realistic forehead gash prosthetic makes a horrifying addition to any costume ensemble. The Bad Headache Latex Appliance features a lightweight, pre-colored latex injury that will make others squirm.


Bought on a whim (it's Roadrunner, mofo!), this is 2 CDs of straight up metal. Recorded at Central, Manchester 2011-12-06 (note: two songs* were captured at SECC, Glasgow on 2011-12-05), the band was already 18 years old and showing no damn signs of relenting at all. To lose all cred: I don't know much about Machine Head. To begin to rebuild some cred: I found this superbly-recorded set really satisfying!


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Baldr Force EXE
Baldr Force Exe Resolution | 60MB | 480p | Download Links | [Complete]
Genre: Action, Drama, Mecha, Sci-fi
Summary: Any network runs all over the world, and the development of the information network reaches its acme. In this age, there are two developed worlds; "the real world" and "wired", or the virtual network world. Soma Toru belongs to a hacking group, Steppen Wolf, which runs around the network world freely. They attack the database of the UN forces as their last work. During this attack, he loses...
Movie 1/1 Finished
No Longer Human
Human Lost: Ningen Shikkaku | 700 MB | 720p BD | Download Link | [Complete]
Summary: The year is 2036. A revolution in medical treatment has conquered death by means of internal nanomachines and the "Shell System", yet only the richest can afford to partake. Yozo Oba isn't the richest. Troubled by strange dreams, he flippantly joins his friend's biker gang on an ill-fated incursion to "The Inside", where society's elite lives. This instigates a journey of terrifying...
Texhnolyze
Texhnolyze | 80 MB | 720p | Download Links | [Complete]
Genre: Action, Drama, Psychological, Sci-fi
Summary: Texhnolyze takes place in the city of Lux, a man-made underground city that has crumbled after years of neglect and lack of repairs. Citizens of Lux have come to refer to their home as simply "The City" and treat it as though it has a mind and will of its own. Three major factions battle to control Lux: Organo, a group of "professionals" who collaborate with the criminal underworld that controls...
TV Series 8/8 Finished
Psycho-Pass 3rd Season
Psycho-Pass 3 | 80MB | 720p | Download Links | [Complete]
Genre: Action, Police, Psychological, Sci-fi
Summary: Psycho-Pass 3 follows two new rookies trying to understand the Sybil System and seek the truth in the ever changing world of...
Psycho-Pass SS: Case. 3 - Vengeance's Horizon
Psycho-Pass: Sinners of the System Case 3 | 300MB | 720p BD | Download Links | [Complete]
Summary: Following the incident in the Southeast Asia Union (SEAUn) in 2116, Shinya Kogami resumes his vagrant journey. In a small South Asian nation, Kogami rescues a bus of refugees under attack by armed guerrilla forces. Among the refugees is a young lady by the name of Tenzin, who begs Kogami to teach her how to retaliate against the enemy. Just what do the girl who wishes for revenge and the man who...
Psycho-Pass SS: Case. 2 - First Guardian
Summary: 2112; the summer before Akane Tsunemori was assigned to Division One of the Public Safety Bureau's Criminal Investigation Department. Teppei Sugo, an accomplished pilot of the Defense Army's 15th Integrated Task Force, joins the military operation in Okinawa. Three months later, an unmanned combat drone opens fire on the Ministry of Defense in Tokyo. Enforcer Tomomi Masaoka of CID Division One is...
Psycho-Pass SS: Case. 1 - Crime and Punishment
W'z | 80 MB | 720p | Download Links | [Complete]
Genre: Action, Music
Summary: Inspired by house music from a young age, Yukiya spends his free time as a DJ for a crowd of one and uploads his videos online. Like any young teenager, he yearns for something greater than his current life. He wants recognition and importance, but breaking out of his comfort zone means he runs the risk of getting hurt, so the cycle continues. That is, until the day he crosses the line of no...
Psycho-Pass 2 | 80MB | 720p BD | Download Links | [Complete]
Genre: Action, Police, Sci-fi
Summary: It's been a little over a year since Inspector Akane Tsunemori chose to put her faith in the Sibyl System and keep its true nature a secret. Assigned to a new division with a few familiar faces, Akane and her team of Inspectors and Enforcers are charged with upholding the law in a society where just thinking about a crime is enough to get you locked away forever -- or executed on the spot. Just...
Psycho-Pass | 80MB | 720p BD | Download Links | [Complete]
Summary: In the future, a system called Sibyl presides over the country and provides order to every facet of life. It dictates which job fields citizens should go into based on aptitude tests, and can even read each resident's mental state and predict which ones are likely to commit crimes in the future. Fresh from exams, Akane Tsunemori is beginning her career as an Inspector, a specialized police...

redpajama_set_name: RedPajamaCommonCrawl


The cuts will total 4,000 employees when the latest restructuring step is complete. The Detroit Free Press reported the cuts began Monday morning after an email from chief financial officer Dhivya Suryadevara informed employees that "restructuring activities" were set to begin. Team leaders were instructed to inform remaining employees when the process was over.
Reportedly, a line of taxis sat parked near the Vehicle Engineering Center in Warren, Michigan, where employees were asked to hand over keys to their company cars. Most of the affected white-collar workers have only six to eight years of tenure and may not receive large severance packages. A GM spokesperson didn't tell the newspaper about severance packages, but those with 12 years or more of experience will receive six months of pay and healthcare benefits.
The severance package for those employees is identical to the buyout package GM offered them last year.
The white-collar layoffs come after GM announced plans to idle four production plants in the U.S. last November. Two car production plants, the Lordstown facility in Ohio and Detroit-Hamtramck plant in Michigan, will be shut down. Two transmission facilities in Michigan and Maryland will also cease production. GM said new vehicles will not be allocated to either car plant in 2019, but the automaker will need to negotiate their closures with the United Auto Workers union as part of a new labor contract that expires this September.
The GM spokesperson provided a small glimmer for the impacted employees. He said the automaker will work with job placement services to help employees transition to new careers and GM has supposedly received interest from several Fortune 500 companies about the laid off employees.
"These companies are eager to begin the interview process and fill openings," the spokesman said.


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Pappus Theorem
backlinks... Cinderella Documentation Cinderella Handbuch Introduction to the Tutorials 신데렐라 매뉴얼 Manual (Persian) Table of Contents
Pappus's Theorem
Pappus's theorem is one of the most fundamental theorems in projective geometry. In a certain sense it is the smallest example of an incidence theorem. In this step-by-step example we will construct an instance of the theorem that can be selected and dragged.
Drawing Your First Point
When you start Cinderella.2, the first window that appears is a "Euclidean view." This window has a large toolbar that is the key to most of Cinderella's functionality. Below this toolbar is the drawing surface on which you perform operations by constructing and dragging the elements you need.
You may notice that in the toolbar one button is slightly darker. This indicates the current mode of Cinderella.
All mouse actions in the drawing surface refer to the selected mode. For drawing a single point you have to switch to the add a point mode by clicking it. Now move the mouse over the drawing surface and click the left button. A new point is added and labeled with a capital letter.
Figure 1: Your first point
Before you add a second point, continue reading. If you hold the left mouse button down while adding a point, you are able to move the point around. The definition of the point will be adapted to the geometric situation at the current location of the mouse pointer. (So far, there is not a lot of geometry in our drawing, but this will change soon.) Move the mouse over the drawing surface, press the left button, and hold it. Now move the mouse. You will notice that the new point sticks to the mouse pointer. Coordinates that indicate the current position are shown. When you approach an existing point (try it), the new point snaps to the old point. Only after you release the button is the new point added to the construction. If you release the mouse over an old point, no new point is added. Play with these features and add a few new points.
Figure 2: Many points
Undoing an Operation
Your screen may look a bit crowded now. There is an undo operation that inverts the actions you have performed. By pressing the undo button, you will cause the last point you added to disappear. Click the undo button until exactly two points remain on the drawing surface. You can use the undo button whenever you make a mistake. You can undo as many consecutive operations as you want.
Moving a Point
We want to continue with our construction of Pappus's theorem. You should first move the two remaining points A and B to approximately the positions shown in Figure 3.
Figure 3: Move to this situation.
Most probably, your points are not already there. To move them, select move mode by pressing the "move mode" button in the toolbar. Now mouse actions in the drawing surface no longer add points; instead, you can select points and move them around. Move the mouse pointer over the point you want to move. Press the left mouse button. Hold it and drag the mouse. The point follows the mouse pointer. You will also notice that in this mode a point does not snap to other points. When you release the mouse button, the point is placed. In general, move mode allows free elements of a construction to be moved. The rest of the construction will change accordingly.
Adding a Line
We are now going to add a line from A to B. Switch to add a line mode by pressing the button . In this mode you can add a line between two points using a press–drag–release sequence with the mouse. Move over point A. Press the left mouse button. Hold it and move the mouse over point B. Release the mouse.
Figure 4: Add a line
This action should have created the desired line. You might have noticed a few things: When you pressed the mouse over point A, the point became highlighted. This means that you selected this point as the starting point of the line. While you drag the mouse, a second point is always present at the mouse position. When you release the mouse button, this second point will be added at the release point. When you approach another point, it will be highlighted, and the second point will snap to it. This is the action you used for attaching the line to point B.
If you did not notice these things or made a mistake, undo your operations and try again. Your final picture should look like Figure 4 before you proceed.
Adding More Lines
Now you are ready to add three more lines, in order to end up with Figure 5. You can do this with just three mouse operations. First, move over point B and press–drag to the position of the not-yet-existing point C. Do another press–drag–release from C to D, and finally from D to E.
Figure 5: More lines
Observe that you have done all this without leaving "add a line" mode. You did some unnecessary work when you added the points A and B in add a point mode. You could have done this directly in add a line mode, since not only will the second point be created if necessary, but also the first one. The lines created so far were automatically labeled with the lowercase letters a to d.
Creating Points of Intersection
We will stay in add a line mode. Now we want to draw a line from point E to the intersection of the lines a and c. Move the mouse over E. Press the button. Hold it and move to the intersection of a and c. Release the mouse.
Figure 6: Adding an intersection
When you approached the intersection of the lines, they were highlighted and the endpoint of the new line snapped to the intersection. When you released the mouse, the new point was defined to be the intersection of the lines. If you move any one of the points A to E, the new line will follow the moves accordingly.
The new point F is drawn slightly darker. This means that it is not possible to move F freely in move mode. Thus, F is a "dependent" point. The other points in the construction are "free."
Two things are worth mentioning: With the same procedure you could also have added a "half-free" point that is bound to only one line. To do so, you need to release the mouse when you are over only one line. All these operations of creating intersections (dependent points), free, and half-free points work similarly in add a point mode. Many other modes, the interactive modes, also come with this feature. Browse the reference guide of this manual for further information.
Finishing the Drawing
Now it should be easy for you to finish the drawing by adding four more lines to achieve the final configuration shown in Figure 7. First add a line from A to the intersection of b and d. Then draw two lines from A to D and from B to E. Finally, draw a line from C to the intersection of e and f.
Figure 7: Pappus's theorem
You have created a configuration of eight points and nine lines. If you look at the configuration, you will notice that if everything was done correctly, the lines g, h, and k meet in a point. That this will always be the case in such a construction is the content of Pappus's theorem. Switch to move mode by clicking in the toolbar, and drag around the free points of the construction to convince yourself of the truth of this theorem. This theorem was known to the ancient Greek geometers and is named for Pappus of Alexandria, who flourished in the fourth century C.E. Later, the theorem turned out to be of fundamental importance for the theory of projective geometry.
Selecting and Changing the Appearance of a Drawing
You may not like the appearance of a drawing. The lines may be too thin, and perhaps you want to emphasize the final conclusion of the theorem. This can be changed by using the inspector of Cinderella.2. For this choose the menu item "Edit/Information". The following window will pop up:
Figure 8: The inspector
There are several tabs in the inspector that refer to different aspects of the construction and the selected objects. To change the appearance of objects, go to the appearance tab by clicking the button . If no elements are selected, the inspector shows that there are no attributes to edit.
Figure 9: Selecting the appearance tab
As soon as an element is selected, the editable attributes of this elements are shown. Now select all lines by clicking the button "Select all lines". The inspector window then looks as follows:
Figure 10: The appearance tab
Changes in the inspector are immediately applied to selected elements. If you now move the slider "Line Size" in the inspector to its third tick, all lines become thicker. After this, switch to move mode . Now, when you click over one or more elements, those elements will be selected. If you hold the shift key while you click, the selection state of the element will be toggled.
Click over line k, and then hold the shift key and click over lines h and g. The lines g, h, and k should be highlighted. Click the red color box in the inspector's color palette. The color of the three lines changes from blue to red. You can also change the size of these lines by moving the "Line Size" slider to its fourth tick. Finally, deselect everything by clicking the button .
Figure 11: Changed appearance
Adding a Final Point and Proving a Theorem
Before continuing, open Cinderella's information window by choosing the menu item Views/Information Window. A console window pops up. Cinderella.2 uses this console to report nontrivial facts about a configuration.
We will now create a final point at the intersection of the three red lines. This time we will add a point by changing to intersection mode . This mode expects you to mark two lines. A new point will be added at the intersection of these two lines. Click two of the red lines, say g and h. Their intersection point will be added.
Figure 12: The point of intersection
Note that the newly added point K will always be incident to line k because of Pappus's theorem. The information console reports this remarkable fact automatically.
Figure 13: A proven theorem
You may wonder how this "theorem proving" works. Cinderella does not use symbolic methods to create a formal proof, but a technique called "randomized theorem checking." First the conjecture, "it seems that line k always passes through point K," is generated. Then the configuration is moved into many different positions, and for each of these it is checked whether the conjecture holds. It may sound ridiculous, but generating enough (!) random (!) examples in which the theorem holds is at least as convincing as a computer-generated symbolic proof. Cinderella uses this method over and over to keep its own data structures clean and consistent.
Moving Points to Infinity
Let us explore the symmetry properties of Pappus's theorem. For a nicer picture, we want to get rid of the line labels and make the points and lines a bit smaller. First select all lines using . Turn off the labeling by pressing the corresponding button in the inspector. Change the line size to "thin" (use the slider in the inspector). Then select all points using . Make them smaller using the "Point Size" slider in the inspector (observe that the inspector shows always information about the selected elements). Now choose the menu option "Views/Spherical View". What you get will not look very instructive at first glance.
Figure 14: A spherical view
The spherical view shows a central projection of the plane to the surface of a ball. The projection point is the center of the sphere (see Figure 15). Every point is mapped to an antipodal pair of points, and each line is mapped to a great circle (a circle on the sphere dividing it into two equal hemispheres) of the ball.
Figure 15: Projection from the plane to the ball
In spherical view there is a little red slider for controlling the distance of the ball to the original plane. Moving this slider corresponds to a kind of "zooming" operation on the sphere. Please move the slider from its original position much more to the right. Then the situation on the ball should become clearer. If you have adjusted the slider correctly, it should look somewhat like Figure 16. You should clearly recognize the original construction, now drawn on the surface of this ball.
Figure 16: Pappus's theorem on a ball
The picture needs some explanation: For each point in the plane consider the line spanned by the point and the center of the ball. The intersection of this line with the surface of the ball gives the pair of antipodal points. For each line consider the plane spanned by the line and the center of the ball. The intersection of this plane and the surface of the ball is the great circle that represents the line in spherical view.
On the sphere there are points that have no correspondence in the Euclidean plane. If the ball touches the Euclidean plane at the "south pole," then the equator of the ball corresponds to the "points at infinity" in the usual Euclidean plane. In Cinderella it is possible to make manipulations in any currently open view. Therefore you can also move points in spherical view. The changes will be instantly reported to the Euclidean view. In particular, you can grab a point in spherical view and move it to what is really infinity in the Euclidean view.
We will do that now, in order to observe that our configuration has a nice threefold symmetry. Select point A (in spherical view) and move it to the 11 o'clock position of the boundary. This point is now really located "at infinity." Notice that in Euclidean view the lines passing through A became parallel, corresponding to the notion that "parallel lines meet at infinity." In a similar way, move point E to the 7 o'clock position on the boundary and move point C to the 3 o'clock position. Your spherical picture should then look like the ball in Figure 17. In Euclidean view you find three bundles of parallel lines, representing a kind of Euclidean specialization of Pappus's theorem. If you like, you can try to figure out the corresponding statement in terms of parallels and incidences.
Figure 17: A threefold symmetry
It may happen that the drawing in Euclidean view is too big or too small. You can use the zooming tools to change this. There is a "Zoom-In" and a "Zoom-Out" tool below the Euclidean view. With a press–drag–release sequence you can mark the region to be zoomed in or out.
Contributors to this page: Richter , Kortenkamp and Kohler .
Page last modified on Friday 02 of September, 2011 [16:36:14 UTC] by Richter.


Perfect starter home in need of some updating. Living Room, Kitchen opens to the Dining Area (Gas Range and Refrigerator remain) 3 BR, 1 Bath home with an attached enclosed covered porch. Spacious 1 1/2 car garage with breezeway to house. This house is being sold to settle an estate and must be sold As-Is.


As of today 5/03/2016 there 1 home for sale in Continental Premier, 4 home under contract, and 5 home(s) sold in the month of April.
According to MLS, there are 4 condo under contract.
According to MLS, 5 condos sold in the month of April.
Last month 1 home(s) rented, 1 currently pending and 6 homes are active for rent.


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Pence on 2024 Presidential Run: 'We'll Go Where We're Called'
Could DeSantis Beat Trump?
Biden Is Not Alone. Democrats Have Been Delegitimizing Elections for Years
Joe Biden Needs Help Knowing What He Thinks
NR PLUS Elections
By John McCormack
About John McCormack
Follow John McCormack on Twitter
Former vice president Mike Pence speaks at the National Press Club in Washington, D.C., November 30, 2021.	 (Drew Angerer/Getty Images)
The former VP indicates his decision about running for president in 2024 won't depend on whether Trump seeks another term.
NRPLUS MEMBER ARTICLE W hile many Republicans have ruled out a 2024 presidential campaign if former president Donald Trump seeks the GOP nomination again, former vice president Mike Pence won't do the same.
When asked on Tuesday if his decision about 2024 would depend on Trump's decision, Pence told National Review: "We'll go where we're called."
Pence indicated that he will wait until 2023 to make up his mind. "One hundred percent of our focus right now is on the midterm elections," he says. "We can have a historic election in 2022, and then in 2023 we'll look around. We'll go where we're called."
"That's been the …
John McCormack is the Washington correspondent for National Review and a fellow at the National Review Institute. @McCormackJohn
More in Elections
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Could DeSantis Beat Trump?	Could DeSantis Beat Trump?
Biden Is Not Alone. Democrats Have Been Delegitimizing Elections for Years	Biden Is Not Alone. Democrats Have Been Delegitimizing Elections for Years


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Q: Wordpress 404 issue after Migration in Plesk (Nginx config issue) I recently migrated my website to DigitalOcean under plesk panel using all in one migration plugin. I kept having issues with 404 error only for pages that used permalinks configured as %postname%. For better URL format for my Content. But now if I enable the permalink I keep getting 404 error.
I used the popular suggestion of editing the nginx conf file through (through putty).
https://www.cyberciti.biz/faq/how-to-configure-nginx-for-wordpress-permalinks/
I wasn't sure of the save and exit step given after using the editor. ctrl+X shows a set of ^O^D commands. I pressed ^O and restarted it.
Now my entire website looks broken. Due to many 500 internal errors. What am I doing wrong here? kindly help me out please?
My website address is https://ourmoon.life/


We are proud to announce the winners of our company-wide gardening event, Hallmark in Bloom.
All of our homes across England and Wales have worked extremely hard to improve the quality of their gardens and demonstrate strong evidence of resident and community engagement.
This year's event saw great improvement on last year, and we will continue to work closely with Thrive in order to take us to the next level.
Damien Newman, training and education officer for Thrive and Hallmark in Bloom judge said: "to see the gardens in which they are evolving and know that it will be making a real difference to the quality of life and wellbeing of the residents is a privilege.


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Category: H2 Receptors
When information on the analysis was given to indigenous populations, an indigenous healthcare worker or community member was provided as translator [36]
When information on the analysis was given to indigenous populations, an indigenous healthcare worker or community member was provided as translator [36]. and/or analysed during the current study are available as an additional file. (Additional file 5: Table S3). Abstract Background Chagas disease remains a significant public health problem in Latin America. There are only… Continue reading When information on the analysis was given to indigenous populations, an indigenous healthcare worker or community member was provided as translator [36]
Gaurav Singh for excellent technical support
Gaurav Singh for excellent technical support. Footnotes Source of Support: Nil. Conflict of Interest: None declared.. symptoms, from one particular doctor. Mean age of the patients was 33.4 years (SD 12.9 years). Seventeen of these patients were males and eight were females. All patients were hepatitis B surface antigen positive, with median levels as 35,450… Continue reading Gaurav Singh for excellent technical support
It could partly explain the unchanged GJIC function by Age group treatment regardless of Cx43 upregulation
It could partly explain the unchanged GJIC function by Age group treatment regardless of Cx43 upregulation. and Cx43 staining in rat center cells. (A) GJ103 sodium salt The Trend and Cx43 manifestation recognized by immuohistochemisty; (B) Amount evaluation of staining evaluated by ImageJ software program. bovine serum albumin (BSA): BSA-infused rat (40 mg/kg/d); Age group:… Continue reading It could partly explain the unchanged GJIC function by Age group treatment regardless of Cx43 upregulation
(1988) proposed which the enteroendocrine cells as well as the vagal afferents were mixed up in severe emetic response to anti-cancer chemotherapeutic realtors (e
(1988) proposed which the enteroendocrine cells as well as the vagal afferents were mixed up in severe emetic response to anti-cancer chemotherapeutic realtors (e.g., cisplatin, cyclophosphamide) and stomach radiation with the discharge of 5-HT (and various other substances; find below) in the cells to do something at 5-HT3 receptors over the vagal afferent terminals (find… Continue reading (1988) proposed which the enteroendocrine cells as well as the vagal afferents were mixed up in severe emetic response to anti-cancer chemotherapeutic realtors (e
Data are shown while transportation activity in accordance with untransfected HEK293 cells SEM of 3 determinations per cell range
Data are shown while transportation activity in accordance with untransfected HEK293 cells SEM of 3 determinations per cell range. cell range. The red range represents comparative uptake in untransfected HEK293 cells.(TIF) pone.0216457.s002.tif (329K) GUID:?8B46583A-A69C-419E-8098-8E4EF4246B1C S3 Fig: WU-1 is normally less powerful in inhibiting FTPfHT transporter activity in reconstituted liposomes. WU-1 inhibits the precise uptake ([3H]-D-glucose… Continue reading Data are shown while transportation activity in accordance with untransfected HEK293 cells SEM of 3 determinations per cell range
Case report Our individual had a history of essential thrombocythemia, which was treated with anagrelide and hydroxyurea, and it progressed to Jak-2 positive myelofibrosis over a 20-year period
Case report Our individual had a history of essential thrombocythemia, which was treated with anagrelide and hydroxyurea, and it progressed to Jak-2 positive myelofibrosis over a 20-year period. He had high-risk myelofibrosis according to the MIPSS 70 scoring system due to high white blood cell (WBC) count (around 25?30109/L), red cell transfusion dependence, circulating peripheral… Continue reading Case report Our individual had a history of essential thrombocythemia, which was treated with anagrelide and hydroxyurea, and it progressed to Jak-2 positive myelofibrosis over a 20-year period
Background Hematogenous dissemination of can result in multiorgan involvement (skin, lung, and reticuloendothelial system involvement); however, few studies have reported intestinal infections
Background Hematogenous dissemination of can result in multiorgan involvement (skin, lung, and reticuloendothelial system involvement); however, few studies have reported intestinal infections. no therapy and died. Conclusions Gastrointestinal disseminated is not rare and can affect the stomach, duodenum, and colon, and may involve the entire digestive tract. Colon is the most common site. Endoscopy is… Continue reading Background Hematogenous dissemination of can result in multiorgan involvement (skin, lung, and reticuloendothelial system involvement); however, few studies have reported intestinal infections
Supplementary MaterialsFIGURE S1: (A) Retention of cell-permeable fluorescent dye CFSE (green) in the lumen of the CP explant as time passes (bar 20 m)
Supplementary MaterialsFIGURE S1: (A) Retention of cell-permeable fluorescent dye CFSE (green) in the lumen of the CP explant as time passes (bar 20 m). a significant role in managing the admittance of chemicals and immune system cells in to the mind since it forms the blood-cerebrospinal liquid hurdle (BCSFB) YH249 in the mind ventricles. Dysregulated… Continue reading Supplementary MaterialsFIGURE S1: (A) Retention of cell-permeable fluorescent dye CFSE (green) in the lumen of the CP explant as time passes (bar 20 m)
The small free radical gas nitric oxide (NO) plays an integral role in a variety of physiological and pathological processes through enhancement of endothelial cell survival and proliferation
The small free radical gas nitric oxide (NO) plays an integral role in a variety of physiological and pathological processes through enhancement of endothelial cell survival and proliferation. in the appearance, legislation, and function of DDAH enzymes in regards to angiogenesis and vasculogenic mimicry, and can offer insight in to the healing potential of DDAH… Continue reading The small free radical gas nitric oxide (NO) plays an integral role in a variety of physiological and pathological processes through enhancement of endothelial cell survival and proliferation


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Amen & Attack – singel z piątego studyjnego albumu niemieckiego zespołu Powerwolf grającego power metal. Został wydany 28 czerwca 2013.

Utwór porusza temat średniowiecznych krucjat przeciw heretykom.

W 2018 Mille Petrozza i Marc Görtz nagrali cover utworu. Został umieszczony na edycji limitowanej albumu Powerwolf pt. The Sacrament Of Sin.

Lista utworów
Digital download:

 Amen & Attack – 3:54
 Living On a Nightmare – 3:52

Winyl:

 A. Amen & Attack
 B. Living On a Nightmare

Wykonawcy
 Attila Dorn – śpiew
 Matthew Greywolf – gitara
 Charles Greywolf – gitara basowa
 Falk Maria Schlegel – instrumenty klawiszowe
 Roel van Helden – perkusja

Przypisy

Single Powerwolf
Single wydane w roku 2013

redpajama_set_name: RedPajamaWikipedia


text:
Q: Doctrine MongoDb Embedded Document - How to specify fields I'm using Symfony 2 with Doctrine MongoDb bundle.
There are two classes with mappings:
/**
 * @MongoDB\Document
 */
class Consultant
{
    /**
     * @MongoDB\Id(strategy="NONE")
     */
    protected $id;

    /**
     * @MongoDB\EmbedMany(targetDocument="Specialization", strategy="set")
     */
    protected $specs;
}

/**
 * @MongoDB\Document
 */
class Specialization
{
    /**
     * @MongoDB\Id
     */
    protected $id;

    /**
     * @MongoDB\String
     */
    protected $name;

    /**
     * @MongoDB\Boolean
     */
    protected $visible = true;
}

After saving a consultant, the Mongo record looks like this:
{
   "_id": "1",
   "name": "Manager",
   "specs": {
     "0": {
       "_id": ObjectId("50d071ac6146a1f342000001"),
       "name": "Support",
       "visible": false
    },
     "1": {
       "_id": ObjectId("50d069336146a10244000000"),
       "name": "Orders",
       "visible": false
    }
  }
}

Everything is fine except the redundant field 'visible'.
Is there a way to specify what fields should be embedded by Doctrine using @EmbedMany annotation?

A: The Specialization class uses a Document mapping, which is not intended for use with embedding. You should be using EmbeddedDocument for that.
Given that you want to use the same class on its own and in embedded form, it would be best to create an abstract class annotated with MappedSuperclass. There, you can define any field mappings that should exist on both the document and embedded document. In your case, you could leave visible to be defined on the inheriting document class.
Also, be aware that by using the set strategy, you're storing the embedded collection as an object instead of the usual array. This can have implications if you mean to index fields within the denormalized, embedded documents, as you won't be able to make use of multikey indexing. It's also possible to create gaps among the numeric keys.


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Citation: LIM LI FEN, CANDY (2017-08-22). POROUS MATERIAL FOR CATALYSIS. ScholarBank@NUS Repository.
Abstract: Zeolites possess good hydrothermal stability as well as strong acidity. However, the microporous nature of this material often imposes diffusion limitation to bulky substrates and products. This problem can be overcome with materials with bigger pores. This thesis explores a one pot synthesis of heteroatom containing (Al, Zr) mesoporous silica material (MSU-3) as well as its application for catalytic reactions. These samples were prepared via soft template synthesis using a non-ionic surfactant, Pluronic P-123 as the structure directing agent and tetraethyl orthosilicate (TEOS) as the silica source. A one pot hydrogenation and dehydration of 4'-methoxypropiophenone to trans-anethole were effectively carried out using Zr-MSU-3. The Al-MSU-3 catalysts synthesised were tested in the catalysis of Friedel-Craft alkylation between benzyl alcohol and p-xylene. Both mesoporous catalysts were found to be more active than their microporous zeolite counterparts.


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I found this really cool chair on the side of the road by someone's trash. The only thing I could find wrong with it was that the veneer on the back had begun to peel on one corner. It has been sitting in my house for about a year now, while I schemed up different ways to fix it. Ultimately I decided I wanted to repair it, but I wanted to customize it as well.
To get the result I wanted, I used iron-on veneer. It was rediculously easy and I love the result.


text:
Q: Creating an Android UI library that has a customisable front end I have several custom UI elements that are to be used in several projects. Each project will use the same UI elements but have a different looking front end.
eg: Background images for button types will be different depending on the project.
How do I package the UI classes and resources in such a way so that projects can use them while being able to modify the look and feel?

A: Use Android library project, that will be shared among multiple apps. Provide there default graphics.
When you provide customized graphics in your app for particular file in res folder, it will be used instead of default graphics in library. This way you can replace needed graphics set while using same code base.
Info:
https://developer.android.com/tools/projects/index.html#LibraryProjects


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Listed is this antique style 'LIVE' canister / vase. Bring some colour into your home with a new coffee table or dining table centre piece. Item comprises of 2 pieces: 1 x base, and 1 x fleur de lis shaped lid.


Vestkorn applications in petfood | pea protein, pea starch and pea fibre.
When it comes to functionality in petfood; pea protein, pea starch and pea fibre all have proven functionality in wet and dry petfood, snacks and treats. These benefits have proved useful in many commercially produced pet animals, both natural and "grain-free" market segments.
Already finding many applications in human foods, pea protein, starch and fibre are great examples of ingredients that support the concept that if "it is good enough for me, then it is good enough for my pet." On this basis alone, they make great raw materials for petfood. However, pea products offer many more advantages to the petfood industry and benefits for pet parents.
Ideally, a food ingredient should be nutrient dense and deliver a range of nutrients and associated health benefits like "low" glycaemic index, source of fibre, protein, vitamins and minerals. Pulses are very high in protein and fibre, and are significant source of iron, zinc, folate, thiamin, niacin, potassium and magnesium. They are low in fat and according research from Pulse Canada, consuming just 1/2cup a day, can reduce LDL-cholesterol levels which can reduce the risk of heart attack and stroke.
Food ingredients produced in an ethical, responsible, sustainable manner that cares for the environment and where future sustainability is maintained.
Following the melamine crisis of 2007, pet parents require us to demonstrate where our raw materials come from and the overall process for conversion into pea products.
Pet parents expect the same standards of petfood safety management as used to ensure food safety of the food they eat.


text:
La  è una stazione ferroviaria di Ichikawa, città della prefettura di Chiba, in Giappone. La stazione è servita dalla linea Keiyō della JR East.

Linee e servizi
 East Japan Railway Company
 Linea Keiyō

Struttura
La stazione è dotata di un marciapiede a isola centrale con due binari passanti su viadotto.

Stazioni adiacenti

Altri progetti

Collegamenti esterni

Futamata-Shinmachi
Futamata-Shinmachi


text:
Я́нис Зие́мельниекс (, настоящая фамилия Крауклис, ;  — ) — латышский поэт и журналист.

Биография
Ян Зиемельниекс родился в поместье Бакужу 25 декабря 1897 года. В раннем возрасте потерял отца. В 1908 году начал учёбу в школе Сакарини в Планской волости. В 1912 году семья переехала в Стренчи, где Зиемельниекс продолжил учёбу
в школе. С 1913 года учился в миссионерской школе Стренчи. После неудачных попыток освоить профессию сапожника и аптекаря Зиемельниекс начал работать в фотомастерской, сначала ассистентом фотографа, а затем и фотографом. Одновременно начал писать стихи. В 1916 году в газете Dzimtenes Vēstnesis было опубликовано его первое стихотворение. В том же году из-за тяжёлой болезни почек ему выписали дозу опия, что вскоре стало причиной зависимости. В 1918 году лечился от наркомании.

В 1920 году переселяется в Ригу. В том же году окончил среднюю школу. Призывался на службу в Латвийскую армию, но был демобилизован из-за слабого здоровья.

Работал в художественном отделе министерства образования и в профсоюзе литературы и журналистов Латвии. С 1925 года был членом редакции газеты Jaunākās Ziņas и журнала Atpūta. Там также регулярно публиковались стихи Зиемельниекса.

В 1929 году за сборник стихов «Nakts» («Ночь») получил премию Фонда культуры Латвии.

Янис Зиемельниекс умер 18 июля 1930 года в своём доме в Риге. Причиной смерти стал инфаркт.

Литературная деятельность
Янис Зиемельниекс известен как лирик, актуализатор традиции романтической поэзии. Главной темой его поэзии является любовь. Писал также прозу, юмористические стихи и очерки о латышских артистах и художниках своего времени.

Библиография

Книги стихов
 Уходящий (Aizejošais) (1923)
 Неизвестность (Nezināmai) (1923)
 Поцелуй (Skūpsts) (1928)
 Ночь (Nakts) (1929)
 Чтобы хватало любви… (Lai mīlestības nepietrūktu…) (1987)

Избранные сочинения
 Поэзия (Dzeja) (1960)
 Ты погружаешься в безумие для меня… (Tev padots neprāts man...) (2002)
 Два мудреца встречаются (Divi gudrie satiekas) (2002)
 Видение в ночи (Vīzija naktī) (2003)

Примечания

Родившиеся в 1897 году
Умершие в 1930 году
Писатели Латвии
Латышские писатели
Поэты Латвии
Журналисты Латвии
Похороненные на Лесном кладбище
Родившиеся в Смилтенском крае


text:
Some friends of darren
All friends of darren
darren Fellows
City: Cardiff Instruments: Trumpet, Piano Languages: English Composer of contemporary & fun educational jazz music
Darren Fellows is one of Britain's latest generation of composers whose output reveals a broad spectrum from music theatre through orchestral, ensemble and solo pieces to film music.
I was born in North Yorkshire in 1975 where my music career developed rapidly, with works having been broadcast on radio and published by the time I was 17. My further education took me to Cardiff and London, where I trained at the Royal Welsh College of Music and Drama and studied privately at the Royal Academy of Music.
International publishers such as Schott & Co. Ltd, De Haske, Gerard Billaudot, Warwick Music, Cimarron Music Press, Friedrich Hofmeister Musikverlag, Editions Marc Reift and Kirklees Music have embraced my work, some of which are listed in exam board syllabi in the UK.
I enjoy, and am fortunate enough to work with internationally acclaimed artists and have written music for Guy Touvron, Tim Morrison, Dean Wright and the Female Trumpet Quartet Bella Tromba.
My music has been extensively performed in prestigious venues throughout the UK and featured in recitals by the principal trumpeter of the Welsh National Opera.
Internationally, my work has been performed in France, Japan, Finland and the USA. A selection of my work has also been featured in master classes in Italy.
Currently I play an active role in music in Wales, and have been commissioned by local authorities to compose for a wide variety of music education projects.
I have extensive experience and skills in running workshops for people with learning difficulties or physical disabilities, and am involved in training school teachers to run music workshops through Schott's education programme.
I am now based in Cardiff having established firm roots in the Welsh music community, whilst running a sought after teaching practice and gaining international recognition for my internationally renowned compositions.
For further information about my work, please visit my website: http://www.darrenfellows.com
Alternatively, visit my Facebook page:http://http://www.facebook.com/pages/Darren-Fellows-Composer-Musician-Workshop-Leader-Tutor/115714258496676
For Audio tracks of some of my work, visit: https://soundcloud.com/dfellows
I can also be found on Twitter: https://twitter.com/DFellowsMusic


But exchange rate hedging need not be so difficult or complex that nearly two-thirds of SMEs end up avoiding it. Here is a brief explainer of some simple tools for SMEs.
The heart of any exchange rate risk management strategy is likely to be the forward contract, which is a contract to buy or sell currencies at an agreed exchange rate on a particular date in the future. For example, if an SME in Australia has to pay a supplier in USD on expiry of 90 days trade credit, a forward contract to buy USD in 90 days will remove the risk that AUD will depreciate versus the USD. That provides the SME with certainty regarding cash flow. Similarly, if our Australian SME has given 90 days' trade credit to a U.S. customer, a forward contract to sell USD in 90 days will lock in the AUD value of the expected dollar payment. If there will be a series of payments over a defined period of time, a "window forward" can lock in the exchange rate for the entire series, removing exchange rate risk – i.e., the risk of adverse currency movements.
Here's an example. The chief financial officer (CFO) of an Australian SME wants to buy U.S. dollars for a supplier payment in 90 days. She suspects the AUD-USD exchange rate will move during that time, but she doesn't want to lock in the exchange rate now using a forward contract because she doesn't know in which direction it will move. Obviously, she will benefit if AUD rises versus the U.S. dollar and lose if it falls. So she issues a stop-loss order which will trigger a purchase when the AUD-USD exchange rate falls to US$0.70, for example, limiting her downside losses. If the exchange rate does not fall to the trigger level within the time frame specified for the stop-loss order, she will do a spot FX deal to buy U.S. dollars at the prevailing price.
Currency swaps were traditionally used to avoid exchange controls, and in some developing countries they are still used for this purpose. Now, they are also widely used to finance projects where the expected returns will be in a different currency from the financing. For example, consider an SME setting up a production facility in Hong Kong to produce goods which will be sold mainly in the South-East Asian region. The SME must pay for the production facility in Hong Kong dollars, but the revenue stream from the goods produced will be in a range of different currencies. So the SME borrows in Hong Kong dollars to pay for the building of the new production facility, then swaps the loan into varies regional currencies to eliminate exchange rate risk between its debt service obligations and its revenue stream.
1. "AFEX Currency Risk Outlook 2015", Associated Foreign Exchange Holdings; https://www.afex.com/docs/AFEX_Currency_Risk_Outlook_2015.pdf. "last accessed date [09/28/2017]"


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