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Downloads
Source Code
Aperture source code is available on GitHub, released under the
MIT license.
Source Code
Maps
We used
Tile Mill
to create our own default map tile set for Aperture, visible
in the
examples. Being a
TMS tile
set you can simply download and drop the war file into a standard web server for
cross-site access.
Download "World Graphite 8" Map Set


Take a gander at my diverse collection of writing, from blog articles inspired by the Bay Area to academic essays to marketing content.
Website developed by Wassim Khemici using HTML5, CSS, Javascript, and Materialize. All photos and text are original content created by Wassim Khemici.


pomaga stworzyć
poprzez wspieranie celów pośrednich
Pairs spend about 15% more time on programs than individuals. However, the resulting code has about 15% fewer defects


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| Opcode/Instruction | Op/En | 64/32-bit Mode | CPUID Feature Flag | Description |
| F2 0F E6 /r CVTPD2DQ xmm1, xmm2/m128 | RM | V/V | SSE2 | Convert two packed double-precision floatingpoint values from xmm2/m128 to two packed signed doubleword integers in xmm1. |
| VEX.128.F2.0F.WIG E6 /r VCVTPD2DQ xmm1, xmm2/m128 | RM | V/V | AVX | Convert two packed double-precision floatingpoint values in xmm2/mem to two signed doubleword integers in xmm1. |
| VEX.256.F2.0F.WIG E6 /r VCVTPD2DQ xmm1, ymm2/m256 | RM | V/V | AVX | Convert four packed double-precision floatingpoint values in ymm2/mem to four signed doubleword integers in xmm1. |
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| RM | ModRM:reg (w) | ModRM:r/m (r) | NA | NA |
Converts two packed double-precision floating-point values in the source operand (second operand) to two packed signed doubleword integers in the destination operand (first operand).
The source operand can be an XMM register or a 128-bit memory location. The destination operand is an XMM register. The result is stored in the low quadword of the destination operand and the high quadword is cleared to all 0s.
When a conversion is inexact, the value returned is rounded according to the rounding control bits in the MXCSR register. If a converted result is larger than the maximum signed doubleword integer, the floating-point invalid exception is raised, and if this exception is masked, the indefinite integer value (80000000H) is returned.
In 64-bit mode, use of the REX.R prefix permits this instruction to access additional registers (XMM8-XMM15). 128-bit Legacy SSE version: The source operand is an XMM register or 128- bit memory location. The destination operation is an XMM register. Bits[127:64] of the destination XMM register are zeroed. However, the upper bits (VLMAX-1:128) of the corresponding YMM register destination are unmodified. VEX.128 encoded version: The source operand is an XMM register or 128- bit memory location. The destination operation is a YMM register. The upper bits (VLMAX-1:64) of the corresponding YMM register destination are zeroed. VEX.256 encoded version: The source operand is a YMM register or 256- bit memory location. The destination operation is an XMM register. The upper bits (255:128) of the corresponding YMM register destination are zeroed. Note: In VEX-encoded versions, VEX.vvvv is reserved and must be 1111b, otherwise instructions will #UD.
| SRC DEST | X3 Figure 3-11. | X2 0 VCVTPD2DQ (VEX.256 encoded version) | X1 X2 | X0 X0 |
CVTPD2DQ (128-bit Legacy SSE version) DEST[31:0] ← Convert_Double_Precision_Floating_Point_To_Integer(SRC[63:0]) DEST[63:32] ← Convert_Double_Precision_Floating_Point_To_Integer(SRC[127:64]) DEST[127:64] ← 0 DEST[VLMAX-1:128] (unmodified) VCVTPD2DQ (VEX.128 encoded version) DEST[31:0] ← Convert_Double_Precision_Floating_Point_To_Integer(SRC[63:0]) DEST[63:32] ← Convert_Double_Precision_Floating_Point_To_Integer(SRC[127:64]) DEST[VLMAX-1:64] ← 0 VCVTPD2DQ (VEX.256 encoded version) DEST[31:0] ← Convert_Double_Precision_Floating_Point_To_Integer(SRC[63:0]) DEST[63:32] ← Convert_Double_Precision_Floating_Point_To_Integer(SRC[127:64]) DEST[95:64] ← Convert_Double_Precision_Floating_Point_To_Integer(SRC[191:128]) DEST[127:96] ← Convert_Double_Precision_Floating_Point_To_Integer(SRC[255:192) DEST[255:128]← 0
| CVTPD2DQ: | __m128i _mm_cvtpd_epi32 (__m128d src) |
| CVTPD2DQ: | __m128i _mm256_cvtpd_epi32 (__m256d src) |
Invalid, Precision.
See Exceptions Type 2; additionally
| #UD | If VEX.vvvv != 1111B. |


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Women’s lacrosse, sometimes shortened to lax, is a sport played with twelve players on each team. Originally played by indigenous peoples of the Americas, the modern women's game was introduced in 1890 at the St Leonard's School in St Andrews, Scotland. The rules of women's lacrosse differ significantly from men's field lacrosse.
The object of the game is to use a long-handled stick to catch, cradle, and pass a solid yellow rubber lacrosse ball in an effort to score by hurling the ball into an opponent's goal. The head of the lacrosse stick has a mesh or leather net strung into it that allows the player to hold the ball. Defensively the object is to keep the opposing team from scoring and to dispossess them of the ball through the use of stick checking and body positioning. The rules of women's lacrosse are different from the men's lacrosse game. Equipment required to play is also different from the men's. In the United States, women are only required to wear eyewear or lacrosse goggles and a mouth guard. Internationally, women are only required to wear a mouthguard, and have the option to play without protective goggles. The stick has restrictions too, as it must be a certain length and the pocket must be shallow enough to show the ball when held at eye level.
At the collegiate level in the United States, lacrosse is represented by the National Collegiate Athletic Association, which conducts an NCAA Women's Lacrosse Championship each spring. Internationally, women's lacrosse has a thirty-one-member governing body called the Federation of International Lacrosse, which sponsors the Women's Lacrosse World Cup once every four years.


File generated from /Volumes/Work/Projects/GalaxyServer/sws_srv/.eunit/json2.erl by COVER 2018-07-25 at 20:28:28 **************************************************************************** | %%% Copyright (c) 2005-2006, A2Z Development USA, Inc. All Rights Reserved. | %%% | %%% The contents of this file are subject to the Erlang Public License, | %%% Version 1.1, (the "License"); you may not use this file except in | %%% compliance with the License. You should have received a copy of the | %%% Erlang Public License along with this software. If not, it can be | %%% retrieved via the world wide web at http://www.erlang.org/. | %%% | %%% Software distributed under the License is distributed on an "AS IS" | %%% basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See | %%% the License for the specific language governing rights and limitations | %%% under the License. | %%% | %%% The Initial Developer of the Original Code is A2Z Development USA, Inc. | %%% All Rights Reserved. | | -module(json2). | -export([encode/1, decode_string/1, decode/2]). | -export([is_obj/1, obj_new/0, obj_fetch/2, obj_find/2, obj_is_key/2]). | -export([obj_store/3, obj_from_list/1, obj_fold/3]). | -export([test/0]). | -author("Jim Larson<EMAIL_ADDRESS>Robert Wai-Chi Chu <robchu@amazon.com>"). | -author("Gaspar Chilingarov<EMAIL_ADDRESS>Gurgen Tumanyan <barbarian@armkb.com>"). | -author("Steve Vinoski <vinoski@ieee.org>"). | -vsn("3"). | | %%% JavaScript Object Notation ("JSON", http://www.json.org) is a simple | %%% data syntax meant as a lightweight alternative to other representations, | %%% such as XML. JSON is natively supported by JavaScript, but many | %%% other languages have conversion libraries available. | %%% | %%% This module translates JSON types into the following Erlang types: | %%% | %%% JSON Erlang | %%% ---- ------ | %%% number number | %%% string string | %%% array {array, ElementList} | %%% object tagged proplist with string keys (i.e. {struct, PropList} ) | %%% true, false, null atoms 'true', 'false', and 'null' | %%% | %%% Character Sets: the external representation, and the internal | %%% representation of strings, are lists of UTF-8 code units. | %%% | %%% Numbers: Thanks to Erlang's bignums, JSON-encoded integers of any | %%% size can be parsed. Conversely, extremely large integers may | %%% be JSON-encoded. This may cause problems for interoperability | %%% with JSON parsers which can't handle arbitrary-sized integers. | %%% Erlang's floats are of fixed precision and limited range, so | %%% syntactically valid JSON floating-point numbers could silently | %%% lose precision or noisily cause an overflow. However, most | %%% other JSON libraries are likely to behave in the same way. | %%% | %%% Strings: If we represented JSON string data as Erlang binaries, | %%% we would have to choose a particular unicode format. Instead, | %%% we use lists of UTF-16 code units, which applications may then | %%% change to binaries in their application-preferred manner. | %%% | %%% Arrays: Because of the string decision above, and Erlang's | %%% lack of a distinguished string datatype, JSON arrays map | %%% to {array, ArrayElementList}, where ArrayElementList -> list. | %%% | %%% Objects: Though not explicitly stated in the JSON "spec", | %%% JSON's JavaScript heritage mandates that member names must | %%% be unique within an object. The object/tuple ambiguity is | %%% not a problem, since the atom 'struct' is not an | %%% allowable value. Object keys may be atoms or strings on | %%% encoding but are always decoded as strings. | %%% | | %%% ENCODING | | %% Encode an erlang number, string, tuple, or object to JSON syntax, as a | %% possibly deep list of UTF-8 code units, throwing a runtime error in the | %% case of un-convertible input. | %% Note: object keys may be either strings or atoms. | 0..| encode(true) -> "true"; 0..| encode(false) -> "false"; 0..| encode(null) -> "null"; 0..| encode(undefined) -> "null"; 0..| encode(B) when is_binary(B) -> encode_string(B); 0..| encode(I) when is_integer(I) -> integer_to_list(I); 0..| encode(F) when is_float(F) -> float_to_list(F); | encode(L) when is_list(L) -> 0..| case is_string(L) of 0..| yes -> encode_string(L); 0..| unicode -> encode_string(xmerl_ucs:to_utf8(L)); 0..| no -> encode({array, L}) | end; 0..| encode({array, Props}) when is_list(Props) -> encode_array(Props); 0..| encode({struct, Props} = T) when is_list(Props) -> encode_object(T); 0..| encode(Bad) -> exit({json_encode, {bad_term, Bad}}). | | %% Encode an Erlang string to JSON. | %% Accumulate strings in reverse. | 0..| encode_string(B) when is_binary(B) -> encode_string(binary_to_list(B)); 0..| encode_string(S) -> encode_string(S, [$"]). | 0..| encode_string([], Acc) -> lists:reverse([$" | Acc]); | encode_string([C | Cs], Acc) -> 0..| case C of 0..| $" -> encode_string(Cs, [$", $\\ | Acc]); | % (don't escape solidus on encode) 0..| $\\ -> encode_string(Cs, [$\\, $\\ | Acc]); 0..| $\b -> encode_string(Cs, [$b, $\\ | Acc]); % note missing \ 0..| $\f -> encode_string(Cs, [$f, $\\ | Acc]); 0..| $\n -> encode_string(Cs, [$n, $\\ | Acc]); 0..| $\r -> encode_string(Cs, [$r, $\\ | Acc]); 0..| $\t -> encode_string(Cs, [$t, $\\ | Acc]); | C when C >= 0, C < $\s -> | % Control characters must be unicode-encoded. 0..| Hex = lists:flatten(io_lib:format("~4.16.0b", [C])), 0..| encode_string(Cs, lists:reverse(Hex) ++ "u\\" ++ Acc); % " 0..| C when C =< 16#FFFF -> encode_string(Cs, [C | Acc]); 0..| _ -> exit({json_encode, {bad_char, C}}) | end. | | %% Encode an Erlang object as a JSON object, allowing string or atom keys. | %% Note that order is irrelevant in both internal and external object | %% representations. Nevertheless, the output will respect the order | %% of the input. | | encode_object({struct, _Props} = Obj) -> 0..| M = obj_fold(fun({Key, Value}, Acc) -> 0..| S = case Key of 0..| B when is_binary(B) -> encode_string(B); | L when is_list(L) -> 0..| case is_string(L) of 0..| yes -> encode_string(L); 0..| unicode -> encode_string(xmerl_ucs:to_utf8(L)); 0..| no -> exit({json_encode, {bad_key, Key}}) | end; 0..| A when is_atom(A) -> encode_string(atom_to_list(A)); 0..| _ -> exit({json_encode, {bad_key, Key}}) | end, 0..| V = encode(Value), 0..| case Acc of 0..| [] -> [S, $:, V]; 0..| _ -> [Acc, $,, S, $:, V] | end | end, [], Obj), 0..| [${, M, $}]. | | %% Encode an Erlang tuple as a JSON array. | %% Order *is* significant in a JSON array! | | encode_array(T) -> 0..| M = lists:foldl(fun(E, Acc) -> 0..| V = encode(E), 0..| case Acc of 0..| [] -> V; 0..| _ -> [Acc, $,, V] | end | end, [], T), 0..| [$[, M, $]]. | | %%% SCANNING | %%% | %%% Scanning funs return either: | %%% {done, Result, LeftOverChars} | %%% if a complete token is recognized, or | %%% {more, Continuation} | %%% if more input is needed. | %%% Result is {ok, Term}, 'eof', or {error, Reason}. | %%% Here, the Continuation is a simple Erlang string. | %%% | %%% Currently, error handling is rather crude - errors are recognized | %%% by match failures. EOF is handled only by number scanning, where | %%% it can delimit a number, and otherwise causes a match failure. | %%% | %%% Tokens are one of the following | %%% JSON string -> erlang string | %%% JSON number -> erlang number | %%% true, false, null -> erlang atoms | %%% { } [ ] : , -> lcbrace rcbrace lsbrace rsbrace colon comma | 0..| token([]) -> {more, []}; 0..| token(eof) -> {done, eof, []}; | 0..| token("true" ++ Rest) -> {done, {ok, true}, Rest}; 0..| token("tru") -> {more, "tru"}; 0..| token("tr") -> {more, "tr"}; 0..| token("t") -> {more, "t"}; | 0..| token("false" ++ Rest) -> {done, {ok, false}, Rest}; 0..| token("fals") -> {more, "fals"}; 0..| token("fal") -> {more, "fal"}; 0..| token("fa") -> {more, "fa"}; 0..| token("f") -> {more, "f"}; | 0..| token("null" ++ Rest) -> {done, {ok, null}, Rest}; 0..| token("nul") -> {more, "nul"}; 0..| token("nu") -> {more, "nu"}; 0..| token("n") -> {more, "n"}; | | token([C | Cs] = Input) -> 0..| case C of 0..| $\s -> token(Cs); % eat whitespace 0..| $\t -> token(Cs); % eat whitespace 0..| $\n -> token(Cs); % eat whitespace 0..| $\r -> token(Cs); % eat whitespace 0..| $" -> scan_string(Input); 0..| $- -> scan_number(Input); 0..| D when D >= $0, D =< $9-> scan_number(Input); 0..| ${ -> {done, {ok, lcbrace}, Cs}; 0..| $} -> {done, {ok, rcbrace}, Cs}; 0..| $[ -> {done, {ok, lsbrace}, Cs}; 0..| $] -> {done, {ok, rsbrace}, Cs}; 0..| $: -> {done, {ok, colon}, Cs}; 0..| $, -> {done, {ok, comma}, Cs}; 0..| _ -> {done, {error, {bad_char, C}}, Cs} | end. | | scan_string([$" | Cs] = Input) -> 0..| scan_string(Cs, [], Input). | | %% Accumulate in reverse order, save original start-of-string for continuation. | 0..| scan_string([], _, X) -> {more, X}; 0..| scan_string(eof, _, X) -> {done, {error, missing_close_quote}, X}; 0..| scan_string([$" | Rest], A, _) -> {done, {ok, lists:reverse(A)}, Rest}; 0..| scan_string([$\\], _, X) -> {more, X}; | scan_string([$\\, $u, U1, U2, U3, U4 | Rest], A, X) -> 0..| scan_string(Rest, [uni_char([U1, U2, U3, U4]) | A], X); 0..| scan_string([$\\, $u | _], _, X) -> {more, X}; | scan_string([$\\, C | Rest], A, X) -> 0..| scan_string(Rest, [esc_to_char(C) | A], X); | scan_string([C | Rest], A, X) -> 0..| scan_string(Rest, [C | A], X). | | %% Given a list of hex characters, convert to the corresponding integer. | | uni_char(HexList) -> 0..| erlang:list_to_integer(HexList, 16). | 0..| esc_to_char($") -> $"; 0..| esc_to_char($/) -> $/; 0..| esc_to_char($\\) -> $\\; 0..| esc_to_char($b) -> $\b; 0..| esc_to_char($f) -> $\f; 0..| esc_to_char($n) -> $\n; 0..| esc_to_char($r) -> $\r; 0..| esc_to_char($t) -> $\t. | 0..| scan_number([]) -> {more, []}; 0..| scan_number(eof) -> {done, {error, incomplete_number}, []}; 0..| scan_number([$-, $- | _Ds]) -> {done, {error, invalid_number}, []}; | scan_number([$- | Ds] = Input) -> 0..| case scan_number(Ds) of 0..| {more, _Cont} -> {more, Input}; 0..| {done, {ok, N}, CharList} -> {done, {ok, -1 * N}, CharList}; 0..| {done, Other, Chars} -> {done, Other, Chars} | end; | scan_number([D | Ds] = Input) when D >= $0, D =< $9 -> 0..| scan_number(Ds, D - $0, Input). | | %% Numbers don't have a terminator, so stop at the first non-digit, | %% and ask for more if we run out. | 0..| scan_number([], _A, X) -> {more, X}; 0..| scan_number(eof, A, _X) -> {done, {ok, A}, eof}; 0..| scan_number([$.], _A, X) -> {more, X}; | scan_number([$., D | Ds], A, X) when D >= $0, D =< $9 -> 0..| scan_fraction([D | Ds], A, X); | scan_number([D | Ds], A, X) when A > 0, D >= $0, D =< $9 -> | % Note that nonzero numbers can't start with "0". 0..| scan_number(Ds, 10 * A + (D - $0), X); | scan_number([D | Ds], A, X) when D == $E; D == $e -> 0..| scan_exponent_begin(Ds, integer_to_list(A) ++ ".0", X); | scan_number([D | _] = Ds, A, _X) when D < $0; D > $9 -> 0..| {done, {ok, A}, Ds}. | 0..| scan_fraction(Ds, I, X) -> scan_fraction(Ds, [], I, X). | 0..| scan_fraction([], _Fs, _I, X) -> {more, X}; | scan_fraction(eof, Fs, I, _X) -> 0..| R = list_to_float(lists:append([integer_to_list(I), ".", | lists:reverse(Fs)])), 0..| {done, {ok, R}, eof}; | scan_fraction([D | Ds], Fs, I, X) when D >= $0, D =< $9 -> 0..| scan_fraction(Ds, [D | Fs], I, X); | scan_fraction([D | Ds], Fs, I, X) when D == $E; D == $e -> 0..| R = lists:append([integer_to_list(I), ".", lists:reverse(Fs)]), 0..| scan_exponent_begin(Ds, R, X); | scan_fraction(Rest, Fs, I, _X) -> 0..| R = list_to_float(lists:append([integer_to_list(I), ".", | lists:reverse(Fs)])), 0..| {done, {ok, R}, Rest}. | | scan_exponent_begin(Ds, R, X) -> 0..| scan_exponent_begin(Ds, [], R, X). | 0..| scan_exponent_begin([], _Es, _R, X) -> {more, X}; 0..| scan_exponent_begin(eof, _Es, _R, X) -> {done, {error, missing_exponent}, X}; | scan_exponent_begin([D | Ds], Es, R, X) when D == $-; | D == $+; | D >= $0, D =< $9 -> 0..| scan_exponent(Ds, [D | Es], R, X). | 0..| scan_exponent([], _Es, _R, X) -> {more, X}; | scan_exponent(eof, Es, R, _X) -> 0..| X = list_to_float(lists:append([R, "e", lists:reverse(Es)])), 0..| {done, {ok, X}, eof}; | scan_exponent([D | Ds], Es, R, X) when D >= $0, D =< $9 -> 0..| scan_exponent(Ds, [D | Es], R, X); | scan_exponent(Rest, Es, R, _X) -> 0..| X = list_to_float(lists:append([R, "e", lists:reverse(Es)])), 0..| {done, {ok, X}, Rest}. | | %%% PARSING | %%% | %%% The decode function takes a char list as input, but | %%% interprets the end of the list as only an end to the available | %%% input, and returns a "continuation" requesting more input. | %%% When additional characters are available, they, and the | %%% continuation, are fed into decode/2. You can use the atom 'eof' | %%% as a character to signal a true end to the input stream, and | %%% possibly flush out an unfinished number. The decode_string/1 | %%% function appends 'eof' to its input and calls decode/1. | %%% | %%% Parsing and scanning errors are handled only by match failures. | %%% The external caller must take care to wrap the call in a "catch" | %%% or "try" if better error-handling is desired. Eventually parse | %%% or scan errors will be returned explicitly with a description, | %%% and someday with line numbers too. | %%% | %%% The parsing code uses a continuation-passing style to allow | %%% for the parsing to suspend at any point and be resumed when | %%% more input is available. | %%% See http://en.wikipedia.org/wiki/Continuation_passing_style | | %% Return the first JSON value decoded from the input string. | %% The string must contain at least one complete JSON value. | | decode_string(CharList) -> 0..| {done, V, _} = decode([], CharList ++ eof), 0..| V. | | %% Attempt to decode a JSON value from the input string | %% and continuation, using empty list for the initial continuation. | %% Return {done, Result, LeftoverChars} if a value is recognized, | %% or {more, Continuation} if more input characters are needed. | %% The Result can be {ok, Value}, eof, or {error, Reason}. | %% The Continuation is then fed as an argument to decode/2 when | %% more input is available. | %% Use the atom 'eof' instead of a char list to signal | %% a true end to the input, and may flush a final number. | | decode([], CharList) -> 0..| decode(first_continuation(), CharList); | | decode(Continuation, CharList) -> 0..| {OldChars, Kt} = Continuation, 0..| get_token(OldChars ++ CharList, Kt). | | first_continuation() -> 0..| {[], fun | (eof, Cs) -> 0..| {done, eof, Cs}; | (T, Cs) -> 0..| parse_value(T, Cs, fun(V, C2) -> 0..| {done, {ok, V}, C2} | end) | end}. | | %% Continuation Kt must accept (TokenOrEof, Chars) | | get_token(Chars, Kt) -> 0..| case token(Chars) of 0..| {done, {ok, T}, Rest} -> Kt(T, Rest); 0..| {done, eof, Rest} -> Kt(eof, Rest); 0..| {done, {error, Reason}, Rest} -> {done, {error, Reason}, Rest}; 0..| {more, X} -> {more, {X, Kt}} | end. | | %% Continuation Kv must accept (Value, Chars) | 0..| parse_value(eof, C, _Kv) -> {done, {error, premature_eof}, C}; 0..| parse_value(true, C, Kv) -> Kv(true, C); 0..| parse_value(false, C, Kv) -> Kv(false, C); 0..| parse_value(null, C, Kv) -> Kv(null, C); 0..| parse_value(S, C, Kv) when is_list(S) -> Kv(S, C); 0..| parse_value(N, C, Kv) when is_number(N) -> Kv(N, C); 0..| parse_value(lcbrace, C, Kv) -> parse_object(C, Kv); 0..| parse_value(lsbrace, C, Kv) -> parse_array(C, Kv); 0..| parse_value(_, C, _Kv) -> {done, {error, syntax_error}, C}. | | %% Continuation Kv must accept (Value, Chars) | | parse_object(Chars, Kv) -> 0..| get_token(Chars, fun(T, C2) -> 0..| Obj = obj_new(), 0..| case T of 0..| rcbrace -> Kv(Obj, C2); % empty object 0..| _ -> parse_object(Obj, T, C2, Kv) % token must be string | end | end). | | parse_object(_Obj, eof, C, _Kv) -> 0..| {done, {error, premature_eof}, C}; | | parse_object(Obj, S, C, Kv) when is_list(S) -> % S is member name 0..| get_token(C, fun | (colon, C2) -> 0..| parse_object2(Obj, S, C2, Kv); | (T, C2) -> 0..| {done, {error, {expecting_colon, T}}, C2} | end); | | parse_object(_Obj, M, C, _Kv) -> 0..| {done, {error, {member_name_not_string, M}}, C}. | | parse_object2(Obj, S, C, Kv) -> 0..| get_token(C, fun | (eof, C2) -> 0..| {done, {error, premature_eof}, C2}; | (T, C2) -> 0..| parse_value(T, C2, fun(V, C3) -> % V is member value 0..| Obj2 = obj_store(S, V, Obj), 0..| get_token(C3, fun | (rcbrace, C4) -> % "}" end of object 0..| {struct, PropList1} = Obj2, 0..| Kv({struct, lists:reverse(PropList1)}, C4); | (comma, C4) -> % "," another member follows 0..| get_token(C4, fun(T3, C5) -> 0..| parse_object(Obj2, T3, C5, Kv) | end); | (eof, C4) -> 0..| {done, {error, premature_eof}, C4}; | (T2, C4) -> 0..| {done, {error, {expecting_comma_or_curly, T2}}, C4} | end) | end) | end). | | %% Continuation Kv must accept (Value, Chars) | | parse_array(C, Kv) -> 0..| get_token(C, fun 0..| (eof, C2) -> {done, {error, premature_eof}, C2}; 0..| (rsbrace, C2) -> Kv({array, []}, C2); % empty array 0..| (T, C2) -> parse_array([], T, C2, Kv) | end). | | parse_array(E, T, C, Kv) -> 0..| parse_value(T, C, fun(V, C2) -> 0..| E2 = [V | E], 0..| get_token(C2, fun | (rsbrace, C3) -> % "]" end of array 0..| Kv({array, lists:reverse(E2)}, C3); | | (comma, C3) -> % "," another value follows 0..| get_token(C3, fun(T3, C4) -> 0..| parse_array(E2, T3, C4, Kv) | end); | (eof, C3) -> 0..| {done, {error, premature_eof}, C3}; | (T2, C3) -> 0..| {done, {error, {expecting_comma_or_close_array, T2}}, C3} | end) | end). | | %%% OBJECTS | %%% | %%% We'll use tagged property lists as the internal representation | %%% of JSON objects. Unordered lists perform worse than trees for | %%% lookup and modification of members, but we expect objects to be | %%% have only a few members. Lists also print better. | | %% Is this a proper JSON object representation? | | is_obj({struct, Props}) when is_list(Props) -> 0..| lists:all(fun 0..| ({Member, _Value}) when is_atom(Member); is_list(Member) -> true; 0..| (_) -> false | end, Props); | | is_obj(_) -> 0..| false. | | %% Create a new, empty object. | | obj_new() -> 0..| {struct, []}. | | %% Fetch an object member's value, expecting it to be in the object. | %% Return value, runtime error if no member found with that name. | | obj_fetch(Key, {struct, Props}) when is_list(Props) -> 0..| case proplists:get_value(Key, Props) of | undefined -> 0..| exit({struct_no_key, Key}); | Value -> 0..| Value | end. | | %% Fetch an object member's value, or indicate that there is no such member. | %% Return {ok, Value} or 'error'. | | obj_find(Key, {struct, Props}) when is_list(Props) -> 0..| case proplists:get_value(Key, Props) of | undefined -> 0..| error; | Value -> 0..| {ok, Value} | end. | | obj_is_key(Key, {struct, Props}) -> 0..| proplists:is_defined(Key, Props). | | %% Store a new member in an object. Returns a new object. | | obj_store(Key, Value, {struct, Props}) when is_list(Props) -> 0..| {struct, [{Key, Value} | proplists:delete(Key, Props)]}. | | %% Create an object from a list of Key/Value pairs. | | obj_from_list(Props) -> 0..| Obj = {struct, Props}, 0..| case is_obj(Obj) of 0..| true -> Obj; 0..| false -> exit(json_bad_object) | end. | | %% Fold Fun across object, with initial accumulator Acc. | %% Fun should take (Value, Acc) as arguments and return Acc. | | obj_fold(Fun, Acc, {struct, Props}) -> 0..| lists:foldl(Fun, Acc, Props). | 0..| is_string([]) -> yes; 0..| is_string(List) -> is_string(List, non_unicode). | | is_string([C|Rest], non_unicode) when is_integer(C), C >= 0, C =< 255 -> 0..| is_string(Rest, non_unicode); | is_string([C|Rest], _) when is_integer(C), C =< 65000 -> 0..| is_string(Rest, unicode); 0..| is_string([], non_unicode) -> yes; 0..| is_string([], unicode) -> unicode; 0..| is_string(_, _) -> no. | | | %%% TESTING | %%% | %%% We can't expect to round-trip from JSON -> Erlang -> JSON, | %%% due to the degrees of freedom in the JSON syntax: whitespace, | %%% and ordering of object members. We can, however, expect to | %%% round-trip from Erlang -> JSON -> Erlang, so the JSON parsing | %%% tests will in fact test the Erlang equivalence of the | %%% JSON -> Erlang -> JSON -> Erlang coding chain. | | %% Test driver. Return 'ok' or {failed, Failures}. | | test() -> 0..| E2Js = e2j_test_vec(), 0..| Failures = | lists:foldl( | fun({E, J}, Fs) -> 0..| case (catch test_e2j(E, J)) of | ok -> 0..| case (catch round_trip(E)) of | ok -> 0..| case (catch round_trip_one_char(E)) of | ok -> 0..| Fs; | Reason -> 0..| [{round_trip_one_char, E, Reason} | | Fs] | end; | Reason -> 0..| [{round_trip, E, Reason} | Fs] | end; | Reason -> 0..| [{erlang_to_json, E, J, Reason} | Fs] | end; | (end_of_tests, Fs) -> 0..| Fs | end, [], E2Js), 0..| case Failures of 0..| [] -> ok; 0..| _ -> {failed, Failures} | end. | | %% Test for conversion from Erlang to JSON. Note that unequal strings | %% may represent equal JSON data, due to discretionary whitespace, | %% object member order, trailing zeroes in floating point, etc. | %% Legitimate changes to the encoding routines may require tweaks to | %% the reference JSON strings in e2j_test_vec(). | | %% This clause handles floats specially due to the need for fuzzy matching | %% to avoid slight differences due to conversions. Rather than direct | %% comparison as done in the more general clause below, here we allow a | %% small relative difference between expected and actual. | test_e2j(E, J) when is_float(E) -> 0..| J2 = lists:flatten(encode(E)), 0..| E2 = list_to_float(J2), 0..| E1 = list_to_float(J), 0..| Rel = abs(E2 - E1)/E, 0..| true = Rel < 0.005, 0..| ok; | test_e2j(E, J) -> 0..| J2 = lists:flatten(encode(E)), 0..| J = J2, % raises error if unequal 0..| ok. | | %% Test that Erlang -> JSON -> Erlang round-trip yields equivalent term. | | round_trip(E) -> 0..| J2 = lists:flatten(encode(E)), 0..| {ok, E2} = decode_string(J2), 0..| true = equiv(E, E2), % raises error if false 0..| ok. | | %% Round-trip with one character at a time to test all continuations. | | round_trip_one_char(E) -> 0..| J = lists:flatten(encode(E)), 0..| {done, {ok, E2}, _} = lists:foldl(fun(C, Ret) -> 0..| case Ret of 0..| {done, _, _} -> Ret; 0..| {more, Cont} -> decode(Cont, [C]) | end | end, {more, first_continuation()}, J ++ [eof]), 0..| true = equiv(E, E2), % raises error if false 0..| ok. | | %% Test for equivalence of Erlang terms. | %% Due to arbitrary order of construction, equivalent objects might | %% compare unequal as erlang terms, so we need to carefully recurse | %% through aggregates (arrays and objects). | | equiv({struct, Props1}, {struct, Props2}) -> 0..| equiv_object(Props1, Props2); | equiv({array, ArrayList1}, {array, ArrayList2}) -> 0..| equiv_array(ArrayList1, ArrayList2); 0..| equiv(N1, N2) when is_number(N1), is_number(N2) -> N1 == N2; | equiv(S1, S2) when is_list(S1), is_list(S2) -> 0..| case {is_string(S1), is_string(S2)} of | {unicode, unicode} -> 0..| xmerl_ucs:to_utf8(S1) == xmerl_ucs:to_utf8(S2); | {unicode, _} -> 0..| xmerl_ucs:to_utf8(S1) == S2; | {_, unicode} -> 0..| S1 == xmerl_ucs:to_utf8(S2); | _ -> 0..| S1 == S2 | end; 0..| equiv(true, true) -> true; 0..| equiv(false, false) -> true; 0..| equiv(null, null) -> true. | | %% Object representation and traversal order is unknown. | %% Use the sledgehammer and sort property lists. | | equiv_object(Props1, Props2) -> 0..| L1 = lists:keysort(1, Props1), 0..| L2 = lists:keysort(1, Props2), 0..| Pairs = lists:zip(L1, L2), 0..| true = lists:all(fun({{K1, V1}, {K2, V2}}) -> 0..| equiv(K1, K2) and equiv(V1, V2) | end, Pairs). | | %% Recursively compare array elements for equivalence. | | equiv_array([], []) -> 0..| true; | equiv_array(A1, A2) when length(A1) == length(A2) -> 0..| lists:all(fun({E1,E2}) -> 0..| equiv(E1, E2) | end, lists:zip(A1, A2)). | 0..| e2j_test_vec() -> [ | {1, "1"}, | {3.1416, "3.14160"}, % text representation may truncate, trail zeroes | {-1, "-1"}, | {-3.1416, "-3.14160"}, | {12.0e10, "1.20000e+11"}, | {1.234E+10, "1.23400e+10"}, | {-1.234E-10, "-1.23400e-10"}, | {"foo", "\"foo\""}, | {"foo" ++ [500] ++ "bar", [$", $f, $o, $o, $\307, $\264, $b, $a, $r, $"]}, | {"foo" ++ [5] ++ "bar", "\"foo\\u0005bar\""}, | {"", "\"\""}, | {[], "\"\""}, | {"\n\n\n", "\"\\n\\n\\n\""}, | {obj_new(), "{}"}, | {obj_from_list([{"foo", "bar"}]), "{\"foo\":\"bar\"}"}, | {obj_from_list([{"foo", "bar"}, {"baz", 123}]), | "{\"foo\":\"bar\",\"baz\":123}"}, | {{array, []}, "[]"}, | {{array, [{array, []}]}, "[[]]"}, | {{array, [1, "foo"]}, "[1,\"foo\"]"}, | | % json array in a json object | {obj_from_list([{"foo", {array, [123]}}]), | "{\"foo\":[123]}"}, | | % json object in a json object | {obj_from_list([{"foo", obj_from_list([{"bar", true}])}]), | "{\"foo\":{\"bar\":true}}"}, | | % fold evaluation order | {obj_from_list([{"foo", {array, []}}, | {"bar", obj_from_list([{"baz", true}])}, | {"alice", "bob"}]), | "{\"foo\":[],\"bar\":{\"baz\":true},\"alice\":\"bob\"}"}, | | % json object in a json array | {{array, [-123, "foo", obj_from_list([{"bar", {array, []}}]), null]}, | "[-123,\"foo\",{\"bar\":[]},null]"}, | | end_of_tests | ]. | | %%% TODO: | %%% | %%% Measure the overhead of the CPS-based parser by writing a conventional | %%% scanner-parser that expects all input to be available. | %%% | %%% Allow a compile-time option to decode object member names as atoms, | %%% to reduce the internal representation overheads when communicating | %%% with trusted peers.


sensors(1) Linux User's Manual sensors(1) NAME sensors - print sensors information SYNOPSIS sensors [ options ] [ chips ] sensors -s [ chips ] sensors --bus-list DESCRIPTION sensors is used to show the current readings of all sensor chips. sensors -s is used to set all limits as specified in the configuration file. sensors --bus-list is used to generate bus statements suitable for the configuration file. OPTIONS -c config-file Specify a configuration file. If no file is specified, the libsen‐ sors default configuration file is used. Use `-c /dev/null' to temporarily disable this default configuration file. -h Print a help text and exit. -s Evaluate all `set' statements in the configuration file and exit. You must be `root' to do this. If this parameter is not specified, no `set' statement is evaluated. -A Do not show the adapter for each chip. -u Raw output. This mode is only meant for debugging. -v Print the program version and exit. -f Print the temperatures in degrees Fahrenheit instead of Celsius. --bus-list Generate bus statements suitable for using in sensors.conf. Such bus statements are only needed if you have several chips sharing the same address on different buses of the same type. As bus num‐ bers are usually not guaranteed to be stable over reboots, these statements let you refer to each bus by its name rather than num‐ bers. FILES /etc/sensors3.conf /etc/sensors.conf The system wide configuration file. See sensors.conf(5) for fur‐ ther details. SEE ALSO sensors.conf(5) AUTHOR Frodo Looijaard and the lm_sensors group http://www.lm-sensors.org/ lm-sensors 3 October 2007 sensors(1)


{% extends 'voting/layout.html' %} {% load i18n %} {% block content %}
{% blocktrans %}Your vote has been saved. Thanks for using this site{% endblocktrans %}
{% trans "Back to homepage" %}


Mohammad Basheer 'Alkiswani'
Greetings and Welcome to my personal space here in this tremendous world.
As a Software developer "in the making", I would love to share with you my story
of how I arrived to this part of the universe.
As you have already seen from the prompt questions appeared at the beginning 😄.
You know now that I haven't studied programming at the university, it was a long journey
from the day I finished high school until the day I started to learn coding.
I graduated from
high school back in 2004, studied in college for two years, Diploma of Mechatronics Engineering, and
started my career in the projects and maintenance, the industrial field.
I worked here in
Jordan for a year and half, then moved to Saudi Arabia for six years, worked for Procter and Gamble
(P&G) till 2014. Then I came back to university, here in Jordan, and finished my Bachelor of
Engineering - BE, same major, Mechatronics Engineering.
I was working in the same period as a Projects and maintenance Manager till January of 2018.
I started another job then, with a foreign company to represent other foreign companies towards
Telecommunications Regulatory Commission - Jordan. Still working with them, but I started the journey
of learning coding at the start of the Covid-19 pandemic, first I started alone on the web,
online courses, until I had the opportunity to join the course with ASAC at LTUC, the intensive
six months coding course of HTML, CSS, and JavaScript. Hopefully, I can proceed further
as a professional in this field.
Ooh I forgot to mention that I am married and have two children:
A four-year son, and a two-year daughter.
That is enough for today!
Talk to you soon!
The "I wish" To Do List! (Top 10)
- Visit my hometown in Jerusalem
- Climbing Mount Everest
- Skydive
- Live in an isolated Island alone for a while
- Sail in a ship for 6 months
- Fly a plane.
- Jump off a cliff into the ocean.
- Watch Northern Lights(Aurora)
- Plant a billion tree.
- Have enough money to do all the things on this list.
My Work Experience
- Grain GmbH | Country Manager | Amman, Jordan | January 2018 - Present
- Al Shurook Group | Maintenance Manager | Amman, Jordan | Oct. 2014 - Dec. 2017
- Procter & Gamble - Hair Care - Making | Progressive Maintenance Systems Leader | Dammam, Saudi Arabia | Jul 2011 - Jul 2014 |
- Procter & Gamble - Utilities | Senior E&I Technician | Dammam, Saudi Arabia | Oct 2008 - Jul 2011
- Hammoudeh Food Industries Co | E&I Technician | Amman, Jordan | Mar 2007 - Sep 2008
My Education
- ASAC at LTUC | Seattle, WA Certificate - Advanced Software Development in Full-Stack JavaScript | September 2021
- Toastmasters International | Colorado, United States Certificate - Advanced Communicator | 2018 Certificate - Advanced Leader | 2019
- University of Jordan | Amman, Jordan Bachelor of Engineering - BE, Mechatronics, Robotics, and Automation Engineering | 2018
- Balqa Applied University | Amman, Jordan Diploma, Mechatronics, Robotics, and Automation Engineering | 2006


@* * 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 includes.cancelLink @import uk.gov.hmrc.govukfrontend.views.html.components.{FormWithCSRF, _} @import uk.gov.hmrc.govukfrontend.views.html.components.implicits._ @this(main: MainTemplate, form: FormWithCSRF, govukRadios: GovukRadios, govukButton: GovukButton, govukErrorSummary: GovukErrorSummary) @(howToUpdateForm: Form[uk.gov.hmrc.tai.forms.income.incomeCalculator.HowToUpdateForm], id: Int, employerName: String)(implicit request: Request[_], messages: Messages, user: controllers.auth.AuthedUser) @main( pageTitle = Some(Messages("tai.currentYearSummary.heading")), title = Messages("tai.howToUpdate.title"), authedUser = Some(user), backLinkId = "backLink", backLinkContent = Some(Messages("tai.back-link.upper")), backLinkUrl = Some(controllers.income.estimatedPay.update.routes.IncomeUpdateEstimatedPayController.estimatedPayLandingPage(id).url), formForErrorSummary = Some(howToUpdateForm) ){


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---
layout: page
tags: [Jekyll, HADDOCK, Bonvin, Docking, Simulation, Molecular Dynamics, Structural Biology, Computational Biology, Modelling, Protein Structure]
modified: 2014-08-08T20:53:07.573882-04:00
comments: false
image:
feature: pages/banner_software.jpg
---
HADDOCK2.2 manual
FAQ
We will collect here frequently occorring problems and solutions. The following topics are currently available:
What about missing atoms or point mutations?
Missing atoms will be automatically generated by HADDOCK when
generating the topologies and PDB files
of the molecules in the begin directory. This is done when running the generate_X.inp
CNS scripts (these are originally based on the generate_easy.inp script from
the CNS distribution). HADDOCK uses the PDB files defined in the
new.html file. In case of missing residues, chain breaks will be introduced.
When setting up the docking from an ensemble of structures it can happen that single point mutants coordinates files
are available. These can be used as well provided you do the following:
- edit the PDB file and rename the mutated residue to the proper amino acid name
- keep or rename appropriately the matching side-chain atoms
The missing atoms will be generated automatically. It is important to have at least the backbone atoms defined
since their average position will be used as starting point to "grow" the missing atoms.
Always check that the sequence of the various PDB files match!
What about ions?
Some proteins contains ions such as for example calcium. Their inclusion might be important for docking
purposes, in particular for proper electrostatics! In principle, they should be recognized in the
topology generation step provided their name in the PDB file
matches the ion names defined in the ion.top file in the toppar directory. To avoid that a
N- or C-terminal patch be applied to them, they should also be defined in the topallhdg5.3.pep
file (look for the "first IONS" and "last IONS" statements).
Another problem can occur with ions in torsion angle dynamics since they are unconnected single atoms. In the new
HADDOCK 2.X version, for the torsion angle dynamics part of the docking protocol (it1),
a covalent bond will be automatically defined to the closest ligand atom (only for cations). This is done in the
covalions.cns CNS script in the protocols directory; the following cations are currently defined:
MG+2, CA+2, FE+2, FE+3, NI+2, CO+2, CO+3,
CU+1, CU+2 and ZN+2. If your system contains other ions add them to the
covalions.cns file (they should however be defined in ion.top).
Domain definition for docking
In general, it is recommended to remove any part of your system such as flexible linkers
that are not involved in the interaction with the partner for docking. Keeping these might
give trouble in the sorting of solutions. For example, such a linker can make contacts with the
partner molecule, resulting in a lower total energy and, in that way, "bad" solutions could still be kept.
Clustering issues
When choosing which of the two molecules will be in the first segid (e.g. "A"), it is recommended to
choose the largest and/or most rigid one of the two. This should give better clustering results since
in the rmsd calculation for clustering (rmsd.inp CNS script) the
structures are first fitted on the semi-flexible segments of the first molecule and then the rmsds are
calculated on the semi-flexible segments of the remaining molecules (defined as "ligand interface RMSD").
Defining the largest and best defined (most rigid) molecule first should thus result in a better fitting.
Note that this is not an issue if fractions of common contact (FCC) clustering is used.
Increasing the number of flexible segments
In the current distribution, the number of flexible segment is set to 10 for the semi-flexible interface
and 5 for the fully flexible segments. If needed, these numbers can be increased. The only file that
you will need to modify is run.cns.
As an example, say you wish to increase the number of fully flexible segments for molecule A to 10.
Locate in run.cns the section concerning the fully flexible segments, e.g.:
{=========== Definition of fully flexible segments ==========}
{* Define the fully flexible segment of each molecule.*}
{* These segments will be allowed to move at all stages of it1 *}
{* Number of fully flexible segments for molecule (protein) A *}
{* Note that current max is 5 (edit the run.cns to add more segments *}
{===>} nfle_A=0;
{* Fully flexible segments of molecule (protein) A *}
{+ table: rows=5 "segment 1" "segment 2" "segment 3" "segment 4" "segment 5" cols=2 "Start residue" "End residue" +}
{===>} A_start_fle_1="";
{===>} A_end_fle_1="";
{===>} A_start_fle_2="";
{===>} A_end_fle_2="";
{===>} A_start_fle_3="";
{===>} A_end_fle_3="";
{===>} A_start_fle_4="";
{===>} A_end_fle_4="";
{===>} A_start_fle_5="";
{===>} A_end_fle_5="";
Increase the number of rows in the table definition to 10, add the additional row headers and add the additional segment definitions. The result should look
like:
{=========== Definition of fully flexible segments ==========}
{* Define the fully flexible segment of each molecule.*}
{* These segments will be allowed to move at all stages of it1 *}
{* Number of fully flexible segments for molecule (protein) A *}
{* Note that current max is 5 (edit the run.cns to add more segments *}
{===>} nfle_A=0;
{* Fully flexible segments of molecule (protein) A *}
{+ table: rows=5 "segment 1" "segment 2" "segment 3" "segment 4" "segment 5" cols=2 "Start residue" "End residue" +}
{===>} A_start_fle_1="";
{===>} A_end_fle_1="";
{===>} A_start_fle_2="";
{===>} A_end_fle_2="";
{===>} A_start_fle_3="";
{===>} A_end_fle_3="";
{===>} A_start_fle_4="";
{===>} A_end_fle_4="";
{===>} A_start_fle_5="";
{===>} A_end_fle_5="";
{===>} A_start_fle_6="";
{===>} A_end_fle_6="";
{===>} A_start_fle_7="";
{===>} A_end_fle_7="";
{===>} A_start_fle_8="";
{===>} A_end_fle_8="";
{===>} A_start_fle_9="";
{===>} A_end_fle_9="";
{===>} A_start_fle_10="";
{===>} A_end_fle_10="";
You will also need to add additional lines further down in run.cns at the location where
the segment definitions are stored in the toppar variable, i.e.:
evaluate (&toppar.A_start_fle_1=&A_start_fle_1)
evaluate (&toppar.A_start_fle_2=&A_start_fle_2)
evaluate (&toppar.A_start_fle_3=&A_start_fle_3)
evaluate (&toppar.A_start_fle_4=&A_start_fle_4)
evaluate (&toppar.A_start_fle_5=&A_start_fle_5)
evaluate (&toppar.A_start_fle_6=&A_start_fle_6)
evaluate (&toppar.A_start_fle_7=&A_start_fle_7)
evaluate (&toppar.A_start_fle_8=&A_start_fle_8)
evaluate (&toppar.A_start_fle_9=&A_start_fle_9)
evaluate (&toppar.A_start_fle_10=&A_start_fle_10)
Repeat this for protein B is needed or to increase the number of flexible segments for the interface
definition.
Running in batch mode without a queuing system
A contribution from Melissa Stauffer, Vanderbilt University, USA
Here is a description of the setup on a Linux cluster that has no queuing system
installed. It has a head node/firewall with 16 dual-cpu compute nodes
behind it. From the head node, processes can be spawned to the compute
nodes using rsh. Authentication to compute nodes is done via the
/etc/hosts.equiv mechanism - no prompting for passwords.
HADDOCK was setup to use each of the 32 compute-node CPUs by creating a simple csh
wrapper script called "haddock_wrapper" that contains two lines like this:
cd project_directory
csh -f $1
Then, in the run.cns file, we define our "queues" like:
{===>} queue_1="rsh node1 ~/bin/haddock_wrapper";
{===>} cns_exe_1="cns";
{===>} cpunumber_1=2;
{===>} queue_2="rsh node1 ~/bin/haddock_wrapper";
{===>} cns_exe_2="cns";
{===>} cpunumber_2=2;
...
etc - one "queue" for each compute node to be included in this haddock run.
If rsh is blocked, you can use instead ssh, but for this to work you need to set up ssh such
as no password is needed. See for that:
https://www.astro.caltech.edu/~mbonati/WIRC/manual/DATARED/setting_up_no-password_ssh.html
(Thanks to Andrea Spitaleri)
Running HADDOCK on a cluster using a queuing system (e.g. PBS or Torque)
In order to submit to the queuing system we use typically a wrapper script that will add some directives to the job files. Here is one example of such a wrapper script called ssub that would submit to the default queue:
#!/bin/csh -f
if ($#argv < 1) then
echo "Usage : ssub jobname"
exit 1
endif
# check if job exists + make it executable
set jobname=$1
if (! -e $1) then
echo "job file does not exist"
exit 1
endif
if (! -x $jobname) chmod +x $jobname
# write temporary pbs script
set pbsjob=$jobname.pbsjob.$$
if (! -e $pbsjob) then
touch $pbsjob
else
\rm $pbsjob
touch $pbsjob
endif
set PWD=`pwd`
echo "#PBS -S" $SHELL >> $pbsjob
set outfile=$PWD/$jobname.out.$$ >> $pbsjob
echo "#PBS -o $outfile" >> $pbsjob
set errorfile=$PWD/$jobname.err.$$ >> $pbsjob
echo "#PBS -e $errorfile" >> $pbsjob
echo "#PBS -m n" >> $pbsjob
echo "cd $PWD" >> $pbsjob
echo "./$jobname" >>$pbsjob
chmod +x $pbsjob
qsub -j eo $pbsjob
rm -rf $pbsjob
exit
Change your run.cns script (here we assume ssub is in your path, otherwise give the full path to it):
{===>} queue_1="ssub";
{===>} cns_exe_1="/home/software/software/cns_solve_1.31-UU/intel-x86_64bit-linux/bin/cns";
{===>} cpunumber_1=100;
This will cause HADDOCK to submit 100 jobs simultaneously to the batch system. Once a structure comes back the next job will be submitted.
You can adapt the wrapper script to submit to specific queues.
Note that since the rigid-body docking jobs (it0) are usually very fast, it is possible to bundle a number of those into a single job to avoid overloading the batch system.
For this edit in your HADDOCK installation the following file: Haddock/Main/QueueSubmit_concat.py and change the value of jobmax["it0"].
In the following example, 5 docking jobs would be concatenated into one job for it0:
jobmax["it0"] = 5
jobmax["it1"] = 1
jobmax["water"]= 1
Small ligand docking with HADDOCK
It's possible to dock small ligands using HADDOCK but for that topology and parameter files for the ligand should be provided in CNS format. Several sources exist to find such files:
For docking small ligand with HADDOCK using custom-made topology and parameter files and
perform the following steps:
- Setup your HADDOCK run in the usual way, i.e. generating the new.html file
and running haddock first to generate the run directory structure.
- Place your custom topology and parameter files in the toppar directory.
- When modifying the docking parameters in run.cns, specify the proper topology
and parameter files for your ligand. Or alternatively, place the topology and parameter files of your
ligand in the toppar/ligand.top and toppar/ligand.param files, respectively.
- To avoid that a N- or C-terminal patch be applied to your ligand, add "first IONS" and "last IONS"
statements with the name of your ligand in the topallhdg5.3.pep file in the toppar
directory (look for the "first IONS" and "last IONS" statements).
Also we recommend to set the number of MD steps for the first two parts (rigid-body high temperature dynamic and
slow cooling annealing) of the semi-flexible refinement to 0.
Important1: When starting a run, always check for error messages in the begin directory in the
various generate...out files, especially for your ligand.


My first Twilio project Dashboard
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Nissan shares skid after profit plunge, outlook cut
Shares of Nissan Motor slid more than 4per cent in early trade on Wednesday, a day after the Japanese automaker reported a 70per cent plunge in quarterly profit and slashed its full-year forecast to an 11-year low.
TOKYO: Shares of Nissan Motor slid more than 4per cent in early trade on Wednesday, a day after the Japanese automaker reported a 70per cent plunge in quarterly profit and slashed its full-year forecast to an 11-year low.
Nissan's bottom line was hit by a strong yen and falling sales and its poor performance highlights the turmoil at the automaker after the ouster of former boss Carlos Ghosn.
(Reporting by Chris Gallagher; Editing by Himani Sarkar)


This document contains a button and an SCxml element initialized with a simple SC. When you click the button, it relays the "click" DOM event to the SCxml interpreter. In response, the interpreter just fires a bubbling custom event, which is handled by an event listener in the body, which outlines another element in the interface.


Seen at the 21st Portland International Film Festival
FILM TITLE: THIS IS THE SEA DIRECTOR: MARY MCGUCKIAN COUNTRY: IRELAND 1994 CINEMATOGRAPHY: DES WHELAN MUSIC: MIKE SCOTT, THE WHITBOYS CAST: Samantha Morton, Ross McDade, Richard Harris, Gabriel Byrne, John Lynch, Stela McCusker SUPER FEATURES: Excellent film about one taking the law in their hands.
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
I suppose that is hard to appreciate the problems that Ireland has had since its unesasy peace, between the two main factions in their country.
And many a film has dealt with that, specially the theme of the political edge on this tough situation, and how to undo hundreds of years of hatred. It is believed that the British have not done enough in this area at all, and some films in the past have directly pointed the fingers in that direction. This film really gives us another finger to point at, and in its own subtle way, gets us to realize that the problem is not so much a political argument, as it is the individual education of each and every member of the social structure of the country. Not enough has been done to try and help integrate these people, and inevitably, as is the case here, one man or two take the law and war in their own hands, for whatever reasons they feel they wish to conclude their arguments with.
But this excellent film, does it in a subtle way, although it appears to steer our attention in the wrong direction.
It is the story of two young one, who meet and come to know each other and fall in love. And the problems start here. Hazel is a Plymouth Brethren Protestant, and Malachy is a Catholic, even though there is no direct sign that he is one. This creates a problem for the family of the girl, the mother of whom, happens to be stubbornly opposed to the girl even getting involved with anyone and has the girl marked for the role that she has played for years, and her ancestors have followed for at least one previous generation. But this is the nineties. The young girl is supported by an elder, whose relationship to the family is not clear. As the mother finds out that the daughter is skipping out, she gets her son to find out details, and here things start getting complicated. As it turns out, the brother ends up in cahoots with the whole tragedy, and an effort to kill the young man Hazel has come to like a lot, is under way.
During this time, our attention is aimed at Rohan, who appears to be on the British authorities' list of people to be watched all the time. The authorities seem to think that he is involved in many other operations, and keep trying to get us to figure out why what happens in the end is done at all.
And the twist ending in this film, will leave us a bit breathless. As things get clear, the bomb that was set up, was engineered by the old man, whose allegiances we were led to believe were with the young girl. And Rohan was a bit of a side step thing to get the authorities looking in other directions. The tragic side of the affair is that Hazel's young man is not the one killed, but his older brother, and it takes a moment, for the girl to figure out, by over hearing a phone conversation, that the killer is this old man, who has taken upon himself to destroy the future of the young ones, and add to the mess that the country of Ireland already finds itself in.
In between, there is a lot of things that are subtle, that display this director's excellent ability to do what she did.  And it is the old man that provides the amusement to help the kids to get through the ceremony. And through out the film Rohan keeps after Malachy's older brother, to recruit the him for various jobs, none of which are discussed, although the whole thing appears shady, and a set up for Rohan, so he can get some money off some people.
But it is a triumph, to see that he most important part of this story makes it to the end in one piece, and makes this film superior... it is of moments like these that hope arises and one can look forward to the future and it is a credit to the director that things like these are not missed at all.
With some magnificent performances, none of which are over done, this is a very well thought out and designed film, and deserves credit for not pointing the fingers to anyone, but the hearts of those who have nothing in it but hate, for selfish reasons. People that live in the past, and are not interested in seeing the future a better one for their own children, despite all the changes. And the future of any country depends on this.
Another very well done thing in this film is the use of music through out. While it has its edge in opinions, it is nevertheless strong, and pointed towards the individual. Once again, the director's well thought out vision comes through, and it makes the film stronger and better because of it. If more artists took that stand, maybe things would change faster.....
4 of 5 GIBLOONS Reviewed by Pedro Sena. Copyright (c) Pedro Sena 1998. All Rights Reserved.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Keylogging
- Keylogger is a software that records the key sequence and strokes of your keyboard into a log file on your machine, these files can contain passwords.
- This is also known as keybpoard capturing, the person using the keyboard is unaware that their typing is being recorded. Data can then be retrieved by the hacker by operating the program.
- Whenever you are operating a computer in a public setting, try to take extra caution. You can use a two-step verification with a code that gets sent to your phone to prevent hackers from accessing your account.


Version 0.7.2 supplies a bug fix and a few minor enhancements. In particular, the new version fixes an incompatibility with the soon to be released Ruby 1.8.6. We strongly recommend upgrading to Rake 0.7.2 in order to be compatible with the new version of Ruby.
There are quite a number of bug fixes in the new 0.7.2 version of Rake:
Removed dependency on internal fu_xxx functions from FileUtils.
Error messages are now send to stderr rather than stdout (from Payton Quackenbush).
Better error handling on invalid command line arguments (from Payton Quackenbush).
Fixed some bugs where the application object was going to the global appliation instead of using its own data.
Fixed the method name leak from FileUtils (bug found by Glenn Vanderburg).
Added test for noop, bad_option and verbose flags to sh command.
Added a description to the gem task in GemPackageTask.
Fixed a bug when rules have multiple prerequisites (patch by Joel VanderWerf)
Added the handful of RakeFileUtils to the private method as well.
The following new features are available in Rake version 0.7.2:
Added square and curly bracket patterns to Rake::FileList#include (Tilman Sauerbeck).
FileLists can now pass a block to Rake::FileList#exclude to exclude files based on calculated values.
Added plain filename support to rule dependents (suggested by Nobu Nakada).
Added pathmap support to rule dependents. In other words, if a pathmap format (beginning with a ‘%’) is given as a Rake rule dependent, then the name of the depend will be the name of the target with the pathmap format applied.
Added a ‘tasks’ method to a namespace to get a list of tasks associated with the namespace.
Added tar_command and zip_command options to the Package task.
The clean task will no longer delete ‘core’ if it is a directory.
The following changes will are mainly internal improvements and refactorings and have little effect on the end user. But they may be of interest to the general public.
Added rcov task and updated unit testing for better code coverage.
Added a ‘shame’ task to the Rakefile.
Added rake_extension to handle detection of extension collisions.
Added a protected ‘require “rubygems”’ to test/test_application to unbreak cruisecontrol.rb.
Removed rake_dup. Now we just simply rescue a bad dup.
Refactored the FileList reject logic to remove duplication.
Removed if __FILE__ at the end of the rake.rb file.
Rake is a build tool similar to the make program in many ways. But instead of cryptic make recipes, Rake uses standard Ruby code to declare tasks and dependencies. You have the full power of a modern scripting language built right into your build tool.
The easiest way to get and install rake is via RubyGems …
gem install rake (you may need root/admin privileges)
Otherwise, you can get it from the more traditional places:
As usual, it was input from users that drove a alot of these changes. The following people either contributed patches, made suggestions or made otherwise helpful comments. Thanks to …
Payton Quackenbush – For several error handling improvements.
Glenn Vanderburg – For finding and fixing the method name leak from FileUtils.
Joel VanderWerf – for finding and fixing a bug in the handling of multiple prerequisites.
Tilman Sauerbeck – For some enhancing FileList to support more advanced file globbing.
Nobu Nakada – For suggesting plain file name support to rule dependents.
– Jim Weirich


Enter a single Pali sentence below (Velthuis or Unicode):
Notes: this translation tool is highly experimental. Most actual Pali sentences found in the Tipitaka probably won't translate completely, if it all. For an example of a sentence that does work, try clicking on this one:


Preparation time
30 mins to 1 hour
Cooking time
10 to 30 mins
Serves
Serves 4
For the Parsee fish, preheat the oven to 190C/375F/Gas 5.
In a bowl, mix together the salt and ground turmeric until well combined, then rub the spice mixture into the fish.
Blend the grated coconut, coriander, chillies, garlic, ginger, cumin seeds, sugar, lime juice and mint to a paste in a food processor. If necessary, gradually add enough water, a tablespoon at a time, to loosen the mixture.
Rub the paste all over each seasoned grey mullet, both on the outside skin of the fish and inside the belly cavities.
Pass one side of each of the banana leaves over the flame of a gas cooker (5-10 seconds is sufficient) to soften the leaves. Alternatively, soften the leaves using a chefs' blow torch.
Place one piece of fish into the centre of each banana leaf. Fold the leaves over to make four parcels. Tie each parcel securely with string.
Place the banana leaf parcels into a roasting tray. Sprinkle over the malt vinegar and a few drops of cold water. Bake in the oven for 15-20 minutes.
For the egg and peanut salad, cut each of the hard-boiled eggs in half. Remove the yolks from the whites. Crumble the yolks, then finely chop the whites.
In a bowl, mix together the diced egg whites, crumbled egg yolks and the remaining egg and peanut salad ingredients. Season, to taste, with salt and freshly ground black pepper.
To serve, place one banana leaf parcel into the centre of each of four serving plates. Remove the string from the banana leaf parcels and open them up. Serve a portion of the egg and peanut salad alongside each Parsee fish portion, inside the banana leaf.


Cars
Customers
Bookings
List cars
List customers
List bookings
Add car
Add customer
Create booking
Logout


Compiling
Testing
Linting
I/O is very expensive when compared to in-memory operations. On top of that, Grunt has to compile all the files even if only one has changed, which adds additional build time.
All Gulp plugins are just through streams that read in data and output data. Everything can be processed in memory, with the output of one stream piped as input to another.
grunt.initConfig({
sass: {
dist: {
files: [{
src: 'dev/*.scss',
dest: '.tmp/styles',
expand: true,
ext: '.css'
}]
}
},
autoprefixer: {
dist: {
files: [{
expand: true,
cwd: '.tmp/styles',
src: '{,*/}*.css',
dest: 'css/styles'
}]
}
}
});
grunt.registerTask('default', ['sass:dist', 'autoprefixer:dist']);
gulp.task('sass', function () {
gulp.src('dev/*.scss')
.pipe(sass())
.pipe(autoprefixer())
.pipe(gulp.dest('css/styles'));
});
gulp.task('default', function() {
gulp.run('sass');
});
File based build tool/task runner
Looks for a Gruntfile.js
Uses .tmp files for build
Stream based build tool/task runner
Looks for a Gulpfile.js
Uses Node streams to pipe tasks together
"dependencies": {
"jquery": "~2.1.1",
"bootstrap": "~3.1.1"
}
$ bower install
"dependencies": {
"express": "~2.5.9",
}
$ npm install
var express = require('express')
var app = express()
app.get('/', function (req, res) {
res.send('Hello World')
})
app.listen(3000)
NPM for all server-side components and Bower for client-side stuff
Dependency management for the client-side
Looks for a bower.json
Dependency management for the server-side
Looks for a package.json
yo react-webpack
yo react-webpack:component barry //or just: yo react-webpack:c barry
Produces
src/components/Barry.js
'use strict';
var React = require('react/addons');
require('styles/componentName.css');
var Barry = React.createClass({
render: function () {
return (
Content for Barry
)
}
});
module.exports = Barry;
yo codecoffee
bit.ly/1hHPR8x


@* * 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 forms.Form2 @import include._ @import include.forms2._ @import config.{ ApplicationConfig} @import models.registrationprogress.Section @import views.html.helper.CSRF @import models.businesscustomer.Address @import models.registrationprogress._ @this(main2: include.main2) @( sections: Seq[Section], declarationAvailable: Boolean, businessName: String, serviceNames: Seq[String], canEditPreApplication: Boolean, newSections: Option[Seq[Section]] = None, hasCompleteNominatedOfficer: Boolean = false, nominatedOfficerName: Option[String] = None )(implicit request: Request[_],m:Messages, lang: Lang, appConfig: ApplicationConfig) @main2( title = Messages("amendment.title"), bodyClasses = Some("registration-amendment") ) { @* Heading *@
@Messages("amendment.text.1")
@Messages("amendment.text.2")


The Fractions tab shows you can overview of which fractions the proteins and peptides were detected in.
The values above are estimations of the confidence of a peptide/protein if found in a fraction alone in the context of the whole analysis.
These are not equal the confidence in the peptide/protein identifications when processing the fractions independently!
Independant fractions (like different donors, measurements) or replicates should be processed separately.
To ensure comparable fractions, verify that the PSM PEP against score plots are similar for all the fractions in the Validation tab.
The information about the peptides can be displayed in two ways, either as a table showing the confidence of having detected the
given peptides in each fractions, or as a plot showing the number of validated and non-validated peptides in each fraction.
A plot of the number of validated spectra per fraction for the selected protein is also available.


{{define "cp_soundboard"}} {{template "cp_head" .}}
Soundboard sounds are boarding fun
Either upload a sound or specify a sound url
You can find many great sounds here
Specify a sound url instead of uploading a sound
Transcode status: {{.Status}}


ECE 3400 - Team 21
Menu
Home
Milestones
Milestone 1
Milestone 2
Milestone 3
Milestone 4
Labs
Lab 1
Lab 2
Lab 3
Lab 4
Links
Team Contract
Meeting Minutes
Ethics Homework
System Integration
Github
Meeting Minutes
Read our Notes
Meeting Minutes
Thursday, August 30, 2018 (Lab)
Perform lab 1
Friday, August 31, 2018 (Class)
Write team contract
Begin updating team website
Saturday, September 1, 2018 (Lab)
Get robot assembled
Test and write motor control functions (calibrate motors)
Test and write sensor reading functions
Thursday, September 6, 2018 (Lab)
Mount line sensors on robot
Find a threshold to distinguish between line and non-line
Test
adjustRight
and
adjustLeft
values to find a good adjustment value for line tracking
Try to make the robot follow a line
Catch up on documentation
Friday, September 7, 2018 (Class)
Review Lab 1 documentation
Review Brian and Kenneth's code from last night
Plan out FSM for "figure eight"
Thursday, September 13, 2018 (Lab)
Finish and document Milestone 1
Discuss future design choices:
3D print a custom base --> Brian and Kenneth have CAD experience
Custom mill a PCB --> Tyler
Mounting battery pack undernear base will lower center of gravity
Discuss $100 budget limitation
Friday, September 14, 2018 (Lecture)
Kenneth emailed Kirstin with budget questions
Can we use an Arduino Mega?
What is ordering process?
How much time between placing order and arrival?
Discuss Lab 2
Acoustic Team = Kenneth & Tyler
Optical Team = Brian & Eric
Thursday, September 20, 2018 (Lab)
Acoustic Team
Change prescaler from 32 to 128
Lowers sampling rate from 38kHz to ~9.5kHz
Build low-pass filter and amplifier circuitry
Optical Team
Built bandpass filter --> helps with noise but may not be necessary
Consider adding digital filter around the expected bin output of FFT
Friday, September 21, 2018 (Lecture)
Discuss both sub-team's progress
Discuss changing prescaler value
Discuss FSM design for final robot design
Thursday, September 27, 2018 (Lab)
Complete Lab 2 assignment
Take detailed pictures and videos
Discuss plan for CAD and PCB designs
Friday, September 28, 2018 (Lecture)
Finish up Lab 2 documentation and publish on website
Meet this weekend for PCB design + CAD, integrate IR detection code
Work on lab3 goals throughout week (RF stuff)
Thursday, October 4, 2018 (Lab)
Completed Lab 2 IR/Audio integration
Completed Lab 2 Documentation
Planned schedule for Milestone 2 and further extra tasks
Friday, October 5, 2018 (Lecture)
Drew complete circuit diagram and pinout
Began PCB board design
Scheduled PCB mill training
Sunday, October 7, 2018 (Open Lab Hours)
Began testing Milestone 2
Ran into issues with the IR_hat FFT function running slowly
Brainstorm solutions
Use quicker digital filtering
Run IR_hat FFT less frequently
Slow down max speed of the robot
Thursday, October 11, 2018 (Lab)
Determine issues with Milestone 2
Begin fixing FFT code
Friday, October 12, 2018 (Lecture)
Review progress thus far
Discuss solutions to fix Milestone 2
Finalize PCB design specifications
Saturday, October 13, 2018 (Open Lab)
Fix FFT code
Store default ADC values and reset ADC after each FFT call
Monday, October 15, 2018 (Open Lab)
Swap out analog line sensors for digital line sensors
Mount 2 more IR range finders (3 total)
Complete Milestone 2 code
Run Milestone 2 and record videos
Work on Milestone 2 documentation
Thursday, October 18, 2018 (Lab)
Troubleshoot Nordic nRF24L01+ transceivers
Discuss maze data storage algorithm
Friday, October 19, 2018 (Lecture)
Team check-in with TAs
Open Lab - work on Lab 3
Saturday, October 20, 2018 (Open Lab)
Write algorithm for maze storage
Write algorithm to update GUI
Sunday, October 21, 2018 (Open Lab)
Write all functions required for Lab 3
Begin integrating systems
Thursday, October 25, 2018 (Lab)
Complete Lab 3
Document Lab 3 and post to website
Divide into two groups and begin working on Lab 4
Friday, October 26, 2018 (Lecture)
Review Lab 3 documentation
Sunday, October 28, 2018 (Open Lab)
Fix IR Hat detection
Update Lab 3
Thursday, November 1, 2018 (Lab)
Troubleshooting FPGA camera interface
Finished Lab 4 arduino code
Friday, November 2, 2018 (Lecture)
Edit Lab 4 documentation
Received extension for Lab 4
Thursday, November 8, 2018 (Lab)
Restarted the FPGA downsampling code with an FSM approach
Worked on color detection
Friday, November 9, 2018 (Lecture)
Reviewed plans for path planning
Updated more Lab 4 Documentation
Friday, November 9, 2018 (Open Lab)
Finished up Lab 4 with (partial) color detection and recorded video
Finished up Lab 4 Documentation
Thursday, November 15, 2018 (Lab)
Continued to improve on color detection
Friday, November 16, 2018 (Lecture)
Decided on full system encoding for radio transmissions
Milestone 3 planning and Documentation
Thursday, November 22, 2018 (THANKSGIVING BREAK)
Thanksgiving
Friday, November 23, 2018 (THANKSGIVING BREAK)
Thursday, November 29, 2018 (Lab)
Worked on search algorithm for robot path planning
Added base station code for processing treasure information
Full system integration with IR hat (minus camera + FPGA)
Monday, December 3, 2018 (Open Lab During Lecture)
Tested on full 9x9 maze
Determined that re-wiring is necessary before the competition
Noticed issue with radio receiving phantom treasure messages
Hard-coded it to 0 to avoid this from happening
Tuesday, December 4, 2018 (FINAL COMPETITION!!)


One 9-inch pie
30 Min - Prep time
10 Min - Cook time
40 Min - Total
8 Serving
This is our favorite recipe here at Granny's Pies. It has been enjoyed by pie fans for many years. It's Granny's favorite! We hope you will find that this recipe is delicious and also easy to follow, it's a piece of cake pie!
This is a very fun recipe to follow, because Grandma makes it sweet and simple. This pie is thickened with conrstarch and flour in addition to egg yolks, and a contains no milk.
- Emilie S.
Q: What do you call an ape who loves pie? A: A meringue-utan.
- Vickie K.
This site can really engage my interest. Follow the recipe above and make it so! This pie is number one.
- Jean-Luc Piccard
Copyright © 2012 Granny's Pies A Granny's Pies Production All rights reserved


Secure REST (step 3)
Welcome #{userBean.applicationUserToken.name}
Confirmation :
Thank you for your order. products will be send soon.
Call server #{loggingBean.path} with #{loggingBean.request}
Headers
Response from server #{loggingBean.response}


Represents values used for testing (value of A and B)
See Also: Inherited members from object.
| [read-only] | Name | string . Gets the name of variation. |
| [read-only] | Percentage | int . Gets the percentage of variation to be applied. |
| [read-only] | VariableSet | JsonOrg.JsonObject . Gets the variable set of variation defined by you on the developer portal. |
|
|
EventForConversion
(ConversionEvent)You will generate event when the specified condition in the KiiCorp.Cloud.ABTesting.KiiExperiment has achieved. ex.) User has signed up, view the message, purchase item, etc. You need to call KiiAnalytics.Upload(KiiEvent) method of KiiAnalyticsSDK to send the event to Kii Analytics Cloud. |
|
|
|
EventForConversion
(int)You will generate event when the specified condition in the KiiCorp.Cloud.ABTesting.KiiExperiment has achieved. ex.) User has signed up, view the message, purchase item, etc. You need to call KiiAnalytics.Upload(KiiEvent) method of KiiAnalyticsSDK to send the event to Kii Analytics Cloud. |
|
|
|
EventForConversion
(string)You will generate event when the specified condition in the KiiCorp.Cloud.ABTesting.KiiExperiment has achieved. ex.) User has signed up, view the message, purchase item, etc. You need to call KiiAnalytics.Upload(KiiEvent) method of KiiAnalyticsSDK to send the event to Kii Analytics Cloud. |
You will generate event when the specified condition in the KiiCorp.Cloud.ABTesting.KiiExperiment has achieved. ex.) User has signed up, view the message, purchase item, etc. You need to call KiiAnalytics.Upload(KiiEvent) method of KiiAnalyticsSDK to send the event to Kii Analytics Cloud.Syntax
public KiiCorp.Cloud.Analytics.KiiEvent EventForConversion (ConversionEvent conversionEvent)Parameters
- conversionEvent
- ConversionEvent to specify which conversionEvent has achieved.
Returns
KiiEvent represents event.Remarks
Requirements
Namespace: KiiCorp.Cloud.ABTesting
Assembly: KiiCloudStorageSDK (in KiiCloudStorageSDK.dll)
Assembly Versions: <IP_ADDRESS>
You will generate event when the specified condition in the KiiCorp.Cloud.ABTesting.KiiExperiment has achieved. ex.) User has signed up, view the message, purchase item, etc. You need to call KiiAnalytics.Upload(KiiEvent) method of KiiAnalyticsSDK to send the event to Kii Analytics Cloud.Syntax
public KiiCorp.Cloud.Analytics.KiiEvent EventForConversion (int conversionEventIndex)Parameters
- conversionEventIndex
- Index of conversionEvents array retrieved by KiiExperiment.ConversionEvents
Returns
KiiEvent represents event.Remarks
Requirements
Namespace: KiiCorp.Cloud.ABTesting
Assembly: KiiCloudStorageSDK (in KiiCloudStorageSDK.dll)
Assembly Versions: <IP_ADDRESS>
You will generate event when the specified condition in the KiiCorp.Cloud.ABTesting.KiiExperiment has achieved. ex.) User has signed up, view the message, purchase item, etc. You need to call KiiAnalytics.Upload(KiiEvent) method of KiiAnalyticsSDK to send the event to Kii Analytics Cloud.Syntax
public KiiCorp.Cloud.Analytics.KiiEvent EventForConversion (string conversionEventName)Parameters
- conversionEventName
- Name of the conversion event.
Returns
KiiEvent represents event.Remarks
Requirements
Namespace: KiiCorp.Cloud.ABTesting
Assembly: KiiCloudStorageSDK (in KiiCloudStorageSDK.dll)
Assembly Versions: <IP_ADDRESS>
Gets the name of variation.Syntax
public string Name { get; }Value
Name of variation.Remarks
Requirements
Namespace: KiiCorp.Cloud.ABTesting
Assembly: KiiCloudStorageSDK (in KiiCloudStorageSDK.dll)
Assembly Versions: <IP_ADDRESS>
Gets the percentage of variation to be applied.Syntax
public int Percentage { get; }Value
Percentage of variation.Remarks
Requirements
Namespace: KiiCorp.Cloud.ABTesting
Assembly: KiiCloudStorageSDK (in KiiCloudStorageSDK.dll)
Assembly Versions: <IP_ADDRESS>
Gets the variable set of variation defined by you on the developer portal.Syntax
public JsonOrg.JsonObject VariableSet { get; }Value
Variable set of variation.Remarks
Requirements
Namespace: KiiCorp.Cloud.ABTesting
Assembly: KiiCloudStorageSDK (in KiiCloudStorageSDK.dll)
Assembly Versions: <IP_ADDRESS>


Click "Choose File" and select a DICOM P10 file on your local file system.
This example illustrates how to use the cornerstoneWADOImageLoader to read a DICOM P10 SOP instance from the local file system and display it in your web browser using cornerstone. Not all transfer syntaxes are currently supported, click here for the full list.
NOTE: If the DICOM P10 file is multiframe, only the first frame will be displayed. Access to
other frames is possible by adding the query string parameter frame to specify which frame
to display from a multiframe object (defaults to the first frame if not specified). ?frame=2
NOTE: Browser security prevents javascript from reading the file system directly - files must be chosen manually by the user via the element as shown in this example or via drag and drop.


We buy bitcoin!
- matrix plug-and-play partnerships
- integrate proactive solutions
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Woman's Tinder disaster after 'broke' date asked dad to pay for fancy meal
Emma Louise Sanders, 30, has revealed her Tinder dating disasters - including an engaged cheater she outed - in a bid to give young women an insight into the world of online dating
by Paige IngramA mum has told of her Tinder dating disasters - from a lying scoundrel who was secretly engaged to a 'broke' date who had to ask his dad to pay for their meal.
Emma Louise Sanders, 30, has considered writing a book about all of the dates that have gone off the rails, some before they even started.
She regularly used the dating app for two years before finding her Mr Right, swiping right hundreds of times and left probably many more times than she could count, Essex Live reports.
Emma, from Rainham, Essex, has lifted the lid on some of the truly awful dates she went on in a bid to give young women an insight into the world of online dating.
Here are some of her horror stories.
The twin who bragged about his finances but couldn't pay for the meal
As fancy as cocktails and dinner in the London Sky Garden restaurant sounds, this date ended in disaster.
Emma's date was a twin, but she had no idea which one to expect.
"His pictures were always with the twin so I had no idea who was who," she said.
“One was slightly less good-looking and a bit heavy set, and that is the one who showed up to meet me."
After bragging about his finances and showing off his brand new Apple watch, Emma says he took a phone call from his dad at the table, leaving her alone to admire the London skyline.
About £100 later, after her date insisted on buying cocktails, they decided to call it a night and get the bill.
"It was a really expensive dinner," she said.
Related video:
"I really didn't want to even pay my share as he ordered me drinks even though I said I didn't want them and then drank them himself."
But the date was far from over for Emma.
When attempting to pay using his credit card, it was declined three times.
He then went on to explain how he had a £2,000 limit and even showed Emma his banking app, which is when she noticed he had in fact spent £1,925 of that limit.
As if that wasn't embarrassing enough, he then left the restaurant to withdraw cash from an ATM outside, leaving Emma waiting for an hour at the table.
"I had to stay there with my bank card behind the counter - which only had about £7.50 on it because he had already insisted I wouldn't need any money - while he phoned his dad to transfer him some money."
When the bill was eventually settled, the pair parted ways.
But this was not the last time they met.
During their date, Emma had taken a photo of their meal and tagged him in a Facebook post - only for his long-term girlfriend to see it and message her the following morning.
"The guy was a compulsive liar," Emma said.
Emma then arranged to meet the man again, this time at a local restaurant where she knew the staff.
 she said.
Emma paid for her meal and made him pay for his, after telling him to leave.
The engaged man who got caught out by Facebook
After two weeks of chatting on Tinder, Emma arranged a date and exchanged phone numbers with one man.
But a simple Facebook search of his mobile number revealed he wasn't being all that truthful to her.
"His profile picture was of him clearly with a significant other and his cover photo was an engagement ring on her hand," Emma said.
"I immediately screenshotted our conversations where he said his relationship status was 'complicated' as well as complimenting me on my looks and arranging a date and sent the message to his fianceé, two of his male friends and two of her female friends."
When Emma confronted the man about his fianceé, he blocked her number and Tinder account before deleting the app altogether.
But that wasn't the last Emma would hear from him.
One month on, one of the female friends Emma had previously contacted got back in touch.
"She thanked me for the information," Emma said. "Apparently he had been cheating on her for a while and she had her suspicions and when confronted with what I had sent he admitted it.
“She accepted it and they were still planning to be married."
The man who stood her up the day before her birthday
Emma arranged to meet up with one man at Blackfriars Tube station after work one evening.
But the man was a no show and to make matters worse, it was just a day before her birthday.
"He WhatsApped me to say he was on his way," she said.
"I got there five minutes early and after 15 minutes I WhatsApped him to say I was going outside to smoke.
"I phoned my friend for advice who said he was probably stuck in the cab in traffic.
“ When I went inside, I had a funny feeling so I checked the last message I had sent - it had that dreaded one tick [meaning it had not been read].
"I looked on his Tinder and as I was reading messages it disappeared. I tried phoning him but it went straight to voicemail.
"I have no idea what happened there, whether he had no intention of meeting me, or saw me then left."
"My perfect man was right in front of me all along"
Emma has now been Tinder-free for three-and-a-half years.
In 2016, after deleting the app, she met up with an old friend called Danny and they hit it off.
"We met at school in GCSE music," she said.
“We both fancied each other but he was in the 'popular group' and I was bullied a lot for not following the crowd so nothing really happened.
"We did flirt a bit but I thought he was being nice. He told me a picture on Instagram was hot with all the emojis and I replied 'aww thanks mate' then I found out he was planning on going travelling and decided to make my move."
On their first night together, the pair ordered Chinese and watched the England football match. For Emma, “it just felt right".
They only had five short months together before Danny jetted off to Thailand on his travels.
Less than a week into his trip, Emma flew out to celebrate his birthday, Christmas and New Year.
On their return to the UK, Danny moved into Emma’s family home before they moved back down under.
Emma and Danny lived together in Australia for a few months but when Emma found out she was pregnant with her first child they moved back to the UK for good.
In August 2018, their son, Callum, was born and the family-of-three now live together in a privately-rented house in Rainham.
"Having gone through all the bad dates makes both my boys worthwhile," Emma said.
"Everyone kept telling me that and I was so eager to meet someone and settle down by a certain age.
"I’ve ended up the happiest I’ve even been with someone who was a friend for years and listened to my heartache.
"Three-and-a-half years, several countries lived in and one child later we’re incredibly happy. My perfect man was right in front of me all along, I just couldn’t see it."
Emma's dating advice
Emma spent two years on Tinder and has some advice for young women who are currently on the app.
She said: "If he doesn’t call or message back then leave him be and move on.
"Trust your gut. If he’s been to prison and doesn’t have a full time job or act his age and it doesn't feel right then don’t give him the benefit of the doubt.
"Don’t get stressed about not getting matches or only getting fools messaging you. The right person will be there when you least expect it."


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java.lang.Object org.apache.ws.jaxme.sqls.impl.ConstraintImpl org.apache.ws.jaxme.sqls.impl.CombinedConstraintImpl
public class CombinedConstraintImpl
| Nested Class Summary | |
|---|---|
static class |
CombinedConstraintImpl.TypeImpl
Default implementation of CombinedConstraint.Type . |
| Nested classes/interfaces inherited from interface org.apache.ws.jaxme.sqls.CombinedConstraint |
|---|
CombinedConstraint.Type |
| Constructor Summary | |
|---|---|
protected |
CombinedConstraintImpl(ConstrainedStatement pConstrainedStatement,
CombinedConstraint.Type pType)
|
| Method Summary | |
|---|---|
void |
addColumnSetQuery(ColumnSet pSet,
TableReference pTableReference)
Adds a check for the columns of the given column set. |
void |
addConstraint(java.util.Map pMap,
Constraint pConstraint)
Clones the given Constraint ,
mapping the column references
from the given constraint to the values in the given map. |
void |
addJoin(ForeignKey pKey,
TableReference pReferencingTable,
TableReference pReferencedTable)
Creates a JOIN condition matching the given foreign key. |
void |
addJoin(TableReference pReferencingTable,
ColumnSet pReferencingColumnSet,
TableReference pReferencedTable,
ColumnSet pReferencedColumnSet)
Creates a JOIN condition matching the given column reference. |
CombinedConstraint |
createAndConstraint()
Creates an AndConstraint and inserts it at the current position. |
BooleanConstraint |
createBETWEEN()
Creates a "BETWEEN" condition with the given select statement and inserts it at the current position. |
BooleanConstraint |
createEQ()
Creates an "equals" condition (=) and inserts it at the current position. |
void |
createEXISTS(SelectStatement pStatement)
Creates an "EXISTS" condition with the given select statement and inserts it at the current position. |
BooleanConstraint |
createGE()
Creates a "greater or equal" condition (>=) and inserts it at the current position. |
BooleanConstraint |
createGT()
Creates a "greater than" condition (>) and inserts it at the current position. |
BooleanConstraint |
createIN()
Creates an "IN" condition and inserts it at the current position. |
BooleanConstraint |
createISNULL()
Creates an "IS NULL" condition and inserts it at the current position. |
BooleanConstraint |
createLE()
Creates a "lower or equal" condition (<=) and inserts it at the current position. |
BooleanConstraint |
createLIKE()
Creates a "LIKE" condition and inserts it at the current position. |
BooleanConstraint |
createLT()
Creates a "lower than" condition (<) and inserts it at the current position. |
BooleanConstraint |
createNE()
Creates a "not equals" condition (<>) and inserts it at the current position. |
CombinedConstraint |
createOrConstraint()
Creates an OrConstraint and inserts it at the current position. |
int |
getNumParts()
Returns the number of parts, that have been added with the various createSomething() methods. |
java.util.Iterator |
getParts()
Returns an Iterator to the parts, that have been added with the various createSomething() methods. |
CombinedConstraint.Type |
getType()
Returns the type, either of CombinedConstraint.Type.AND or
CombinedConstraint.Type.OR . |
boolean |
isNOT()
Returns whether the combined constraint is inverted by adding a prepending NOT . |
void |
setNOT(boolean pNot)
Sets whether the combined constraint is inverted by adding a prepending NOT . |
| Methods inherited from class org.apache.ws.jaxme.sqls.impl.ConstraintImpl |
|---|
getConstrainedStatement |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Methods inherited from interface org.apache.ws.jaxme.sqls.Constraint |
|---|
getConstrainedStatement |
| Constructor Detail |
|---|
protected CombinedConstraintImpl(ConstrainedStatement pConstrainedStatement, CombinedConstraint.Type pType)
| Method Detail |
|---|
public CombinedConstraint.Type getType()
CombinedConstraint
CombinedConstraint.Type.AND
or
CombinedConstraint.Type.OR
.
getType
in interface CombinedConstraint
public CombinedConstraint createAndConstraint()
CombinedConstraint
createAndConstraint
in interface CombinedConstraint
public CombinedConstraint createOrConstraint()
CombinedConstraint
createOrConstraint
in interface CombinedConstraint
public BooleanConstraint createEQ()
CombinedConstraint
createEQ
in interface CombinedConstraint
public BooleanConstraint createNE()
CombinedConstraint
createNE
in interface CombinedConstraint
public BooleanConstraint createLT()
CombinedConstraint
createLT
in interface CombinedConstraint
public BooleanConstraint createGT()
CombinedConstraint
createGT
in interface CombinedConstraint
public BooleanConstraint createLE()
CombinedConstraint
createLE
in interface CombinedConstraint
public BooleanConstraint createGE()
CombinedConstraint
createGE
in interface CombinedConstraint
public BooleanConstraint createLIKE()
CombinedConstraint
createLIKE
in interface CombinedConstraint
public BooleanConstraint createISNULL()
CombinedConstraint
createISNULL
in interface CombinedConstraint
public BooleanConstraint createIN()
CombinedConstraint
createIN
in interface CombinedConstraint
public void createEXISTS(SelectStatement pStatement)
CombinedConstraint
createEXISTS
in interface CombinedConstraint
public BooleanConstraint createBETWEEN()
CombinedConstraint
createBETWEEN
in interface CombinedConstraint
public void addColumnSetQuery(ColumnSet pSet, TableReference pTableReference)
CombinedConstraint
A
and B
,
then the following will be added: A=? AND B=?
.
addColumnSetQuery
in interface CombinedConstraint
public void addJoin(ForeignKey pKey, TableReference pReferencingTable, TableReference pReferencedTable)
CombinedConstraint
A
and
B
referencing the columns X
and Y
,
then the following will be added: A=X AND B=Y
.
addJoin
in interface CombinedConstraint
pKey
- The foreign key being matched.pReferencingTable
- A reference to the table returned by the
foreign keys ColumnSet.getTable()
method.pReferencedTable
- A reference to the table returned by the
foreign keys ForeignKey.getReferencedTable()
method.public void addJoin(TableReference pReferencingTable, ColumnSet pReferencingColumnSet, TableReference pReferencedTable, ColumnSet pReferencedColumnSet)
CombinedConstraint
ColumnSet
contains the
columns A and B, and the referenced column set contains
ColumnSet
,
X and Y, then the following will be added: A=X AND B=Y
.
addJoin
in interface CombinedConstraint
public int getNumParts()
CombinedConstraint
createSomething()
methods.
getNumParts
in interface CombinedConstraint
public java.util.Iterator getParts()
CombinedConstraint
createSomething()
methods.
getParts
in interface CombinedConstraint
public void addConstraint(java.util.Map pMap, Constraint pConstraint)
CombinedConstraint
Constraint
,
mapping the column references
from the given constraint to the values in the given map.
addConstraint
in interface CombinedConstraint
pMap
- A Map with the constraints pConstraint
table
references as keys. The values are table references of the current
constraints statement.pConstraint
- The constraint being cloned.public void setNOT(boolean pNot)
CombinedConstraint
NOT
.
setNOT
in interface CombinedConstraint
public boolean isNOT()
CombinedConstraint
NOT
.
isNOT
in interface CombinedConstraint
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Stacy Jane Burris
- I was a hair stylist for eight years before I began studying to become a software developer.
- In my free time, I enjoy painting, cooking, and hiking.
Mariko "Riko" Alvarado
- I'm an audiophile who likes to sit and admire my growing army of house plants.
- I enjoy outdoor/indoor bouldering, skateboarding aggressively along Alki beach, and charming your pets.
Nathan Rhead Cox
- I have a background in international education and travel.
- I am professionally fluent in Russian, on the way there in JavaScript.


https://buddhalimbu.github.io
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location :
programming language :
workplace :
favourite editor :
Projects :
buddha limbu
jhapa,nepal
ReactJs, Javascript,Php
Hycotech Pvt, Nepal
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Javascript wisher, Portfolio website , html cleaner, source code viewer
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In the near future we will see more and more hardware that will need to become smart. A fusion of products and brains.