The WorldOfParticles
is container for particles governed by the common physical laws.
More...
Classes | |
| class | Barrier |
| Infinite Potential Barrier (2D-Box) class. More... | |
| interface | RenderingContext |
Provides rendering context interface for the WorldOfParticles . More... | |
Public Member Functions | |
| WorldOfParticles (RenderingContext context) | |
| Creates and starts object's (world's) main thread. | |
| boolean | isPaused () |
| Returns indicator whether forces between particles are calculated or not. | |
| void | togglePaused () |
| Turns on/off calculations of forces between particles. | |
| int | getParticleCount () |
| Gets number of particles in our world. | |
| void | incTimeScale (double factor) |
| Increments/decrements time scale. | |
| double | getTimeScale () |
| Gets world's time to 'real' world's time ratio. | |
| GraphicsConfiguration | getGraphicsConfiguration () |
| Gets the GraphicsConfiguration associated with parent Component. | |
| Particle | addNewParticle (double M, double Q, double X, double Y, double R, double T) |
| Adds one extra particle to the world. | |
| void | removeParticle (Particle p) |
Removes the particle p from the world. | |
| void | dump () |
| Dumps internal state for all particles to System.out (for debugging purposes). | |
| void | resetVelocities () |
| Resets velocities for all particles to 0. | |
| void | makeCentripetalVelocities () |
| Makes velocities for all particles to be centripetal to current particles' acceleration. | |
| void | paint (Graphics g, boolean annotate) |
Renders the world on Graphics . | |
| Barrier | getBarrier () |
| Gets boundaries of infinite potential barrier keeping particles together. | |
| void | calculateInteractions () |
| Calculates forces acting on particles. | |
| void | run () |
| Main thread that calculates interactions (forces) between all particles in the world. | |
Private Attributes | |
| ArrayList< Particle > | particles = new ArrayList<Particle> () |
Collection of Particles that belongs to this world. | |
| volatile double | timeScale = 0.5 |
| World's time to 'real' world's time ratio. | |
| volatile boolean | paused = false |
| Indicates whether forces between particles are calculated or not. | |
| volatile boolean | running = true |
| Indicates whether to keep world's thread running or not. | |
| Thread | mainThread |
| Each object (i.e. | |
| RenderingContext | context |
| Particular instance with rendering context interface. |
The WorldOfParticles
is container for particles governed by the common physical laws.
Forces acting on particles belonging to this world are calculated in the main thread of the instance. The instance of the WorldOfParticles
is rendered inside the Component
, which acts as a parent.
Definition at line 15 of file WorldOfParticles.java.
| WorldOfParticles.WorldOfParticles | ( | RenderingContext | context ) |
Creates and starts object's (world's) main thread.
| context | instance of the rendering context |
Definition at line 87 of file WorldOfParticles.java.
References context, and mainThread.
{ this.context = context; mainThread = new Thread( this ); mainThread.start (); }
| Particle WorldOfParticles.addNewParticle | ( | double | M, |
| double | Q, | ||
| double | X, | ||
| double | Y, | ||
| double | R, | ||
| double | T | ||
| ) |
Adds one extra particle to the world.
| M | mass of the Particle |
| Q | electrical charge of the Particle |
| X | initial position, x-component |
| Y | initial position, y-component |
| R | radius range |
| T | life-time in seconds |
Definition at line 165 of file WorldOfParticles.java.
References context, WorldOfParticles.RenderingContext.onParticleCountChanged(), and particles.
Referenced by JPWorld.actionPerformed(), and JPWorld.createPairOfChargedParticles().
| void WorldOfParticles.calculateInteractions | ( | ) |
Calculates forces acting on particles.
Definition at line 271 of file WorldOfParticles.java.
References particles.
Referenced by run().
{ synchronized( this ) { for ( Particle p : particles ) { /* The sum of all forces acting on particle p */ p.resetForce (); /* Get sum of forces of interactions with other particles in the world */ for ( Particle q : particles ) { p.addForceFromParticle( q ); } /* Apply summed forces */ p.applyForce (); /* Relax CPU usage */ Thread.yield (); } } }
| void WorldOfParticles.dump | ( | ) |
Dumps internal state for all particles to System.out (for debugging purposes).
Definition at line 202 of file WorldOfParticles.java.
References getParticleCount(), and particles.
Referenced by JPWorld.keyPressed().
{ synchronized( this ) { System.out.printf( "%8s %8s %8s %8s %8s %8s %8s\n", "lifetime", "xPos", "yPos", "vx", "vy", "ax", "ay" ); for( Particle p : particles ) { p.dump (); } System.out.printf( "Total %d particles\n", getParticleCount () ); } }
| Barrier WorldOfParticles.getBarrier | ( | ) |
Gets boundaries of infinite potential barrier keeping particles together.
Definition at line 263 of file WorldOfParticles.java.
References context, and WorldOfParticles.RenderingContext.getBarrier().
Referenced by Particle.integrateNewtonLaws().
{ return context.getBarrier (); }
| GraphicsConfiguration WorldOfParticles.getGraphicsConfiguration | ( | ) |
Gets the GraphicsConfiguration associated with parent Component.
Definition at line 151 of file WorldOfParticles.java.
References context, and WorldOfParticles.RenderingContext.getGraphicsConfiguration().
Referenced by Particle.createParticleImage().
{ return context.getGraphicsConfiguration (); }
| int WorldOfParticles.getParticleCount | ( | ) |
Gets number of particles in our world.
Definition at line 116 of file WorldOfParticles.java.
References particles.
Referenced by JPWorld.actionPerformed(), JPWorld.createPairOfChargedParticles(), dump(), and JPWorld.paintComponent().
{ synchronized( this ) { return particles.size (); } }
| double WorldOfParticles.getTimeScale | ( | ) |
Gets world's time to 'real' world's time ratio.
Definition at line 141 of file WorldOfParticles.java.
References timeScale.
Referenced by JPWorld.paintComponent(), and Particle.run().
{ return timeScale; }
| void WorldOfParticles.incTimeScale | ( | double | factor ) |
Increments/decrements time scale.
| factor | delta time |
Definition at line 129 of file WorldOfParticles.java.
References timeScale.
Referenced by JPWorld.keyPressed().
| boolean WorldOfParticles.isPaused | ( | ) |
Returns indicator whether forces between particles are calculated or not.
Definition at line 98 of file WorldOfParticles.java.
References paused.
Referenced by Particle.run().
{ return paused; }
| void WorldOfParticles.makeCentripetalVelocities | ( | ) |
Makes velocities for all particles to be centripetal to current particles' acceleration.
Definition at line 234 of file WorldOfParticles.java.
References particles.
Referenced by JPWorld.keyPressed().
| void WorldOfParticles.paint | ( | Graphics | g, |
| boolean | annotate | ||
| ) |
Renders the world on Graphics
.
| g | where to render |
| annotate | annotate particle accelerations |
Definition at line 250 of file WorldOfParticles.java.
References particles.
Referenced by JPWorld.paintComponent().
| void WorldOfParticles.removeParticle | ( | Particle | p ) |
Removes the particle p
from the world.
| p | instance of the Particle to be removed |
Definition at line 188 of file WorldOfParticles.java.
References context, WorldOfParticles.RenderingContext.onParticleCountChanged(), and particles.
Referenced by Particle.run().
{ synchronized( this ) { particles.remove( p ); /* Inform parent that number of particles has been changed */ context.onParticleCountChanged( particles.size () ); } }
| void WorldOfParticles.resetVelocities | ( | ) |
Resets velocities for all particles to 0.
Definition at line 220 of file WorldOfParticles.java.
References particles.
Referenced by JPWorld.keyPressed().
| void WorldOfParticles.run | ( | ) |
Main thread that calculates interactions (forces) between all particles in the world.
Definition at line 305 of file WorldOfParticles.java.
References calculateInteractions(), paused, and running.
{ final int sleepMillis = 5; // ~200 Hz while( running ) { try { Thread.sleep( sleepMillis ); } catch( InterruptedException ie ) { } if ( ! paused ) { calculateInteractions (); } } }
| void WorldOfParticles.togglePaused | ( | ) |
Turns on/off calculations of forces between particles.
Definition at line 106 of file WorldOfParticles.java.
References paused.
Referenced by JPWorld.keyPressed().
RenderingContext WorldOfParticles.context [private] |
Particular instance with rendering context interface.
Definition at line 78 of file WorldOfParticles.java.
Referenced by addNewParticle(), getBarrier(), getGraphicsConfiguration(), removeParticle(), and WorldOfParticles().
Thread WorldOfParticles.mainThread [private] |
Each object (i.e.
world) has it's own physical rules. Forces between particles in our world are are calculated in object's main thread.
Definition at line 73 of file WorldOfParticles.java.
Referenced by WorldOfParticles().
ArrayList<Particle> WorldOfParticles.particles = new ArrayList<Particle> () [private] |
Collection of Particles
that belongs to this world.
Definition at line 51 of file WorldOfParticles.java.
Referenced by addNewParticle(), calculateInteractions(), dump(), getParticleCount(), makeCentripetalVelocities(), paint(), removeParticle(), and resetVelocities().
volatile boolean WorldOfParticles.paused = false [private] |
Indicates whether forces between particles are calculated or not.
The velocities of the particles are freezed if forces are not calculated.
Definition at line 62 of file WorldOfParticles.java.
Referenced by isPaused(), run(), and togglePaused().
volatile boolean WorldOfParticles.running = true [private] |
Indicates whether to keep world's thread running or not.
Definition at line 67 of file WorldOfParticles.java.
Referenced by run().
volatile double WorldOfParticles.timeScale = 0.5 [private] |
World's time to 'real' world's time ratio.
Slower if less then 1.
Definition at line 56 of file WorldOfParticles.java.
Referenced by getTimeScale(), and incTimeScale().


coeff_matrix = TestOptiDeviation(filter_coefficients, filter_lengths, Fs, OSR, Fsignal, K, M, Q, sdm_data, deviation_values) This function used to test the effect of mixed coefficients due to acceptable deviation value in the coefficients. The test procedure as follow: 1. Calculate the IBN for this filter stage without any rounding in the coefficients. 2. Create a matrix of new filter coefficietns holding a mixed coefficients due to the acceptable deviation range and the number of bits in SPT numbers. 3. Test the effect of each new filter coeffiecients 'mixed one' in the IBN after this stage. 4. Export a table contains: Column(1) Column(2) Column(3) Column(4) N Deviation Value Count of rounded coeff. IBN filter_coefficients: Matrix of filter coefficients exported from 'decimation_filters' function, which represents the coefficients at each stage filter_lengths: Vector of filter lengths exported from 'decimation_filters' function, which represents the filter length at each stage sdm_data: Array holds the Delta-Sigma Modulator data Fs: Sampling frequency OSR: Over Sampling Ratio Fsignal: Signal frequency K: Number of decimation stages M: Vector holds the decimation factor at each stage
0001 function coeff_matrix = TestOptiDeviation(filter_coefficients, filter_lengths, Fs, OSR, Fsignal, K, M, Q, Nb, sdm_data, deviation_values) 0002 0003 % 0004 % coeff_matrix = TestOptiDeviation(filter_coefficients, filter_lengths, Fs, OSR, Fsignal, K, M, Q, sdm_data, deviation_values) 0005 % 0006 % This function used to test the effect of mixed coefficients due to 0007 % acceptable deviation value in the coefficients. The test procedure as 0008 % follow: 0009 % 1. Calculate the IBN for this filter stage without any rounding in the 0010 % coefficients. 0011 % 2. Create a matrix of new filter coefficietns holding a mixed coefficients 0012 % due to the acceptable deviation range and the number of bits in SPT 0013 % numbers. 0014 % 3. Test the effect of each new filter coeffiecients 'mixed one' in the IBN 0015 % after this stage. 0016 % 4. Export a table contains: 0017 % Column(1) Column(2) Column(3) Column(4) 0018 % N Deviation Value Count of rounded coeff. IBN 0019 % 0020 % filter_coefficients: Matrix of filter coefficients exported from 'decimation_filters' function, 0021 % which represents the coefficients at each stage 0022 % filter_lengths: Vector of filter lengths exported from 'decimation_filters' function, which 0023 % represents the filter length at each stage 0024 % sdm_data: Array holds the Delta-Sigma Modulator data 0025 % Fs: Sampling frequency 0026 % OSR: Over Sampling Ratio 0027 % Fsignal: Signal frequency 0028 % K: Number of decimation stages 0029 % M: Vector holds the decimation factor at each stage 0030 % 0031 0032 depth = length(deviation_values)+1; 0033 0034 filter_downsample = struct('filter_data', [], 'downsample_data', []); 0035 0036 for i = 1 : K, 0037 if i == 1, 0038 filter_downsample(i).filter_data = filter(filter_coefficients(i,1:filter_lengths(i)), [1], sdm_data); 0039 filter_downsample(i).downsample_data = downsample(filter_downsample(i).filter_data, M(i)); 0040 else 0041 filter_downsample(i).filter_data = filter(filter_coefficients(i,1:filter_lengths(i)), [1], filter_downsample(i-1).downsample_data); 0042 filter_downsample(i).downsample_data = downsample(filter_downsample(i).filter_data, M(i)); 0043 end 0044 end 0045 0046 for j = 1 : K, 0047 if j == 1, 0048 coeff_matrix(1+(j-1)*depth:j*depth,:) = test_opti_deviation_single_stage(filter_coefficients(j,:), Fs, OSR, Fsignal, M(j), Q(j), Nb, sdm_data, deviation_values(j,:), prod(M(1:j))); 0049 else 0050 coeff_matrix(1+(j-1)*depth:j*depth,:) = test_opti_deviation_single_stage(filter_coefficients(j,:), Fs, OSR, Fsignal, M(j), Q(j), Nb, filter_downsample(j-1).downsample_data, deviation_values(j,:), (prod(M(1:j)))); 0051 end 0052 end 0053 0054 0055 %%%%%%%%%%%%%%% 0056 % Subfunction % 0057 %%%%%%%%%%%%%%% 0058 function coeff_matrix= test_opti_deviation_single_stage(coeff, Fs, OSR, Fsignal, M, Q, Nb, data, deviation_values, Fs_stage) 0059 0060 % This function used to test the effect of mixed coefficients due to 0061 % acceptable deviation value in the coefficients. The test procedure as 0062 % follow: 0063 % 1. Calculate the IBN for this filter stage without any rounding in the 0064 % coefficients. 0065 % 2. Create a matrix of new filter coefficietns holding a mixed coefficients 0066 % due to the acceptable deviation range and the number of bits in SPT 0067 % numbers. 0068 % 3. Test the effect of each new filter coeffiecients 'mixed one' in the IBN 0069 % after this stage. 0070 % 4. Export a table contains: 0071 % Column(1) Column(2) Column(3) Column(4) 0072 % N Deviation Value Count of rounded coeff. IBN 0073 0074 [IBN_ideal IBN_ideal_norm] = TestIBNforNormCoeffMatrix(Fs, OSR, Fsignal, M, coeff, Q, data, Fs_stage); 0075 0076 [mixed_coeff_matrix count] = OptiMixedCoeffDeviation(coeff, Q, Nb, deviation_values); 0077 0078 [IBN_without_norm IBN_norm] = TestIBNforNormCoeffMatrix(Fs, OSR, Fsignal, M, mixed_coeff_matrix(:,3:length(mixed_coeff_matrix)), Q, data, Fs_stage); 0079 0080 table = [mixed_coeff_matrix(:,1) reshape(count,length(count),1) reshape(IBN_norm,length(IBN_norm),1) mixed_coeff_matrix(:,3:length(mixed_coeff_matrix))]; 0081 0082 ideal_filter = [nan, nan, IBN_ideal_norm, zeros(1,length(coeff))]; 0083 0084 coeff_matrix = [ideal_filter; table]; 0085 0086 fprintf('\n'); 0087 fprintf('Deviation -- Count -- IBN\n'); 0088 for i = 1 : length(deviation_values)+1, 0089 fprintf('%2.1f %3.0f %3.3f\n', coeff_matrix(i,1:3)); 0090 end


Include user identification in log entries.
Please refer to the vendor's documentation or contact technical support for instructions on how to change the log output settings.


--- title: About this site linkTitle: About weight: 10 --- {{< blocks/cover title="About kaptainwutax documentation" image_anchor="bottom" height="min" >}}
A site that help you to use kap's librairies.
{{< /blocks/cover >}} {{% blocks/lead %}} Using libraries is a tedious process, having a reference guide is a good idea. {{% /blocks/lead %}}


D3L Tool of NASA Satellite User Guide
Mr.Dai is currently working on an updated version of the user guide for D3L Tool of NASA Satellite. The software and user gudie will continue to modify by suggestions.
Main Interface
Dobule Cick the D3LToolNASA.exe.
1 Menu
Click Menu. Offical website is the homepage of D3L Tool of NASA Satellite. The link of Baidu pan provide another download way. The NASA offical website will open the url of nasa satellite: 'https://ladsweb.modaps.eosdis.nasa.gov/' in your browser. The NASA tool provide some tool and service of NASA Satellite.
2 Awesome Remote Sensing
Click Awesome Remote Sensing. A curated list of awesome remote sensing resources.
3 Blog
Click Blog. It will open my blog in you browser.
4 About Software
Click About Softawre. Some informations of software.
5 Donation
Click Donation. Thank you for your Donation.
Download NASA Satellite
1 Google Chrome Browser
First of all, You have installed the google chrome browser in your computer. Then you can use it.
Then, You must have an account of NASA Earthdata. Username and Password was filled by your account.
You can get an ID of your order. The download path used to save the list of data that you download. But it can't depend the path of NASA satellite which were saved. If you want to change the path. Please change options of google chrome browser.
Finally, you should click Download and start your download.
The D3LToolNASA.exe will open the google chrome browser and download the data.
2 NASA Scripts
I have packaged the laads-download-data.py into a exe which called nasa.exe. If you're very familar with Command Line, you can use the nasa.exe and CMD to download NASA Satellite.

Then, you have to get the url of your orders.
Finally, you should click Download and start your download.
The D3LToolNASAe.exe will download the data


The generics/core.h
header defines the operations necessary to manipulate generic data structures.
#include <chaos/preprocessor/generics/core.h>
CHAOS_PP_CONS
CHAOS_PP_HEAD
CHAOS_PP_IS_CONS
CHAOS_PP_IS_NIL
CHAOS_PP_ITEM
CHAOS_PP_NIL
CHAOS_PP_TAG
CHAOS_PP_TAIL
The CHAOS_PP_TAG
macro is used to compare types.
CHAOS_PP_TAG
(type)
The type of the tag to be produced.
This macro produces a tag macro name used by generic algorithms to compare types.
CHAOS_PP_ARRAY_TAG
CHAOS_PP_LIST_TAG
CHAOS_PP_SEQ_TAG
CHAOS_PP_STRING_TAG
CHAOS_PP_TUPLE_TAG
CHAOS_PP_VARIADIC_SEQ_TAG
The CHAOS_PP_TAG_ID
macro indirectly expands to CHAOS_PP_TAG
.
CHAOS_PP_TAG_ID
()
This macro exists only for uniformity with other macros that require indirect invocation.
The CHAOS_PP_TAG_
macro expands to a λ expression representing CHAOS_PP_TAG
.
CHAOS_PP_TAG_
This macro is a shorthand form of the following λ binding:
The CHAOS_PP_NIL
macro expands to a nil generic data structure.
CHAOS_PP_NIL
(type)
The type of the generic data structure to be produced.
CHAOS_PP_ARRAY_NIL
CHAOS_PP_LIST_NIL
CHAOS_PP_SEQ_NIL
CHAOS_PP_STRING_NIL
CHAOS_PP_TUPLE_NIL
CHAOS_PP_VARIADIC_SEQ_NIL
#include<chaos/preprocessor/array/core.h>
#include<chaos/preprocessor/generics/core.h>
#include<chaos/preprocessor/list/core.h>
CHAOS_PP_NIL
(CHAOS_PP_ARRAY
) // (0, ())CHAOS_PP_NIL
(CHAOS_PP_LIST
) // ...
The CHAOS_PP_NIL_ID
macro indirectly expands to CHAOS_PP_NIL
.
CHAOS_PP_NIL_ID
()
This macro exists only for uniformity with other macros that require indirect invocation.
The CHAOS_PP_NIL_
macro expands to a λ expression representing CHAOS_PP_NIL
.
CHAOS_PP_NIL_
This macro is a shorthand form of the following λ binding:
The CHAOS_PP_ARRAY_CONS
macro appends an element to the head of a generic data structure.
CHAOS_PP_CONS
(g, ...)
The generic data structure to which __VA_ARGS__
is to be appended.
The element to be appended to the head of g.
CHAOS_PP_CONS
(g, x)
The generic data structure to which x is to be appended.
The element to be appended to the head of g.
This macro expands to a generic data structure of the same type as g containing the elements of g with x (or __VA_ARGS__
) appended to the head.
CHAOS_PP_ARRAY_CONS
CHAOS_PP_LIST_CONS
CHAOS_PP_SEQ_CONS
CHAOS_PP_STRING_CONS
CHAOS_PP_TUPLE_CONS
CHAOS_PP_VARIADIC_SEQ_CONS
#include<chaos/preprocessor/generics/core.h>
#include<chaos/preprocessor/list/core.h>
CHAOS_PP_CONS
(CHAOS_PP_NIL
(CHAOS_PP_LIST
), a) // (CHAOS_PP_LIST
) (a, ...)CHAOS_PP_CONS
((CHAOS_PP_LIST
) (y, (z, ...)), x) // (CHAOS_PP_LIST
) (x, (y, (z, ...)))
The CHAOS_PP_CONS_ID
macro indirectly expands to CHAOS_PP_CONS
.
CHAOS_PP_CONS_ID
()
This macro effectively allows CHAOS_PP_CONS
to pass through itself without becoming disabled.
The CHAOS_PP_CONS_
macro expands to a λ expression representing CHAOS_PP_CONS
.
CHAOS_PP_CONS_
This macro is a shorthand form of the following λ binding:
The CHAOS_PP_ITEM
macro is used to encapsulate elements.
CHAOS_PP_ITEM
(type, ...)
The type of the generic data structure from which __VA_ARGS__
was extracted.
The element that was extracted from a generic data structure.
CHAOS_PP_ITEM
(type, x)
The type of the generic data structure from which x was extracted.
The element that was extracted from a generic data structure.
This macro is used by generic algorithms to encapsulate elements before they are passed to user-defined macros.
CHAOS_PP_ARRAY_ITEM
CHAOS_PP_LIST_ITEM
CHAOS_PP_SEQ_ITEM
CHAOS_PP_STRING_ITEM
CHAOS_PP_TUPLE_ITEM
CHAOS_PP_VARIADIC_SEQ_ITEM
The CHAOS_PP_ITEM_ID
macro indirectly expands to CHAOS_PP_ITEM
.
CHAOS_PP_ITEM_ID
()
This macro effectively allows CHAOS_PP_ITEM
to pass through itself without becoming disabled.
The CHAOS_PP_ITEM_
macro expands to a λ expression representing CHAOS_PP_ITEM
.
CHAOS_PP_ITEM_
This macro is a shorthand form of the following λ binding:
The CHAOS_PP_HEAD
macro extracts the first element from a generic data structure.
CHAOS_PP_HEAD
(g)
The non-nil generic data structure whose first element is to be extracted.
This macro expands to the first element contained in g.
CHAOS_PP_ARRAY_HEAD
CHAOS_PP_LIST_HEAD
CHAOS_PP_SEQ_HEAD
CHAOS_PP_STRING_HEAD
CHAOS_PP_TAIL
CHAOS_PP_TUPLE_HEAD
CHAOS_PP_VARIADIC_SEQ_HEAD
#include<chaos/preprocessor/generics/core.h>
#include<chaos/preprocessor/list/core.h>
#include<chaos/preprocessor/string/core.h>
CHAOS_PP_HEAD
((CHAOS_PP_LIST
) (1, (2, (3, ...)))) // 1CHAOS_PP_HEAD
((CHAOS_PP_STRING
) 1 2 3 4 5) // 1
The CHAOS_PP_HEAD_ID
macro indirectly expands to CHAOS_PP_HEAD
.
CHAOS_PP_HEAD_ID
()
This macro effectively allows CHAOS_PP_HEAD
to pass through itself without becoming disabled.
The CHAOS_PP_HEAD_
macro expands to a λ expression representing CHAOS_PP_HEAD
.
CHAOS_PP_HEAD_
This macro is a shorthand form of the following λ binding:
The CHAOS_PP_TAIL
macro removes the first element from a generic data structure.
CHAOS_PP_TAIL
(g)
The non-nil generic data structure whose first element is to be removed.
This macro expands to a generic data structure of the same type as g containing all the elements of g except the first.
CHAOS_PP_ARRAY_TAIL
CHAOS_PP_HEAD
CHAOS_PP_LIST_TAIL
CHAOS_PP_SEQ_TAIL
CHAOS_PP_STRING_TAIL
CHAOS_PP_TUPLE_TAIL
CHAOS_PP_VARIADIC_SEQ_TAIL
#include<chaos/preprocessor/config.h>
#include<chaos/preprocessor/generics/core.h>
#include<chaos/preprocessor/seq/core.h>
#include<chaos/preprocessor/tuple/core.h>
CHAOS_PP_TAIL
((CHAOS_PP_SEQ
) (X)(Y)(Z)) // (CHAOS_PP_SEQ
) (Y)(Z) #ifCHAOS_PP_VARIADICS
CHAOS_PP_TAIL
((CHAOS_PP_TUPLE
) (a, b, c, d, e)) // (CHAOS_PP_TUPLE
) (b, c, d, e) #endif
The CHAOS_PP_TAIL_ID
macro indirectly expands to CHAOS_PP_TAIL
.
CHAOS_PP_TAIL_ID
()
This macro effectively allows CHAOS_PP_TAIL
to pass through itself without becoming disabled.
The CHAOS_PP_TAIL_
macro expands to a λ expression representing CHAOS_PP_TAIL
.
CHAOS_PP_TAIL_
This macro is a shorthand form of the following λ binding:
The CHAOS_PP_IS_CONS
macro is a predicate that tests whether a generic data structure is non-nil.
CHAOS_PP_IS_CONS
(g)
The generic data structure to be tested.
If g is non-nil, this macro expands to 1
.
Otherwise, it expands to 0
.
CHAOS_PP_ARRAY_IS_CONS
CHAOS_PP_IS_NIL
CHAOS_PP_LIST_IS_CONS
CHAOS_PP_SEQ_IS_CONS
CHAOS_PP_STRING_IS_CONS
CHAOS_PP_TUPLE_IS_CONS
CHAOS_PP_VARIADIC_SEQ_IS_CONS
#include<chaos/preprocessor/generics/core.h>
#include<chaos/preprocessor/list/core.h>
CHAOS_PP_IS_CONS
((CHAOS_PP_LIST
) ...) // 0CHAOS_PP_IS_CONS
((CHAOS_PP_LIST
) (a, (b, (c, ...)))) // 1
The CHAOS_PP_IS_CONS_ID
macro indirectly expands to CHAOS_PP_IS_CONS
.
CHAOS_PP_IS_CONS_ID
()
This macro exists only for uniformity with other macros that require indirect invocation.
The CHAOS_PP_IS_CONS_
macro expands to a λ expression representing CHAOS_PP_IS_CONS
.
CHAOS_PP_IS_CONS_
This macro is a shorthand form of the following λ binding:
The CHAOS_PP_IS_NIL
macro is a predicate that tests whether a generic data structure is nil.
CHAOS_PP_IS_NIL
(g)
The generic data structure to be tested.
If g is nil, this macro expands to 1
.
Otherwise, it expands to 0
.
CHAOS_PP_ARRAY_IS_NIL
CHAOS_PP_IS_CONS
CHAOS_PP_LIST_IS_NIL
CHAOS_PP_SEQ_IS_NIL
CHAOS_PP_STRING_IS_NIL
CHAOS_PP_TUPLE_IS_NIL
CHAOS_PP_VARIADIC_SEQ_IS_NIL
#include<chaos/preprocessor/array/core.h>
#include<chaos/preprocessor/generics/core.h>
CHAOS_PP_IS_NIL
((CHAOS_PP_ARRAY
) (0, ())) // 1CHAOS_PP_IS_NIL
((CHAOS_PP_ARRAY
) (2, (x, y))) // 0
The CHAOS_PP_IS_NIL_ID
macro indirectly expands to CHAOS_PP_IS_NIL
.
CHAOS_PP_IS_NIL_ID
()
This macro exists only for uniformity with other macros that require indirect invocation.
The CHAOS_PP_IS_NIL_
macro expands to a λ expression representing CHAOS_PP_IS_NIL
.
CHAOS_PP_IS_NIL_
This macro is a shorthand form of the following λ binding:


Stories
Welcoming those who have served
In 14 years with the U.S. Marine Corps, Angela Austin's most physically challenging, rewarding, and enjoyable duty was as a Marine Corps martial arts instructor.
Married to another Marine still on active duty for two more years, she took a hiatus from her studies this past year for the birth of her son—she is set to graduate this June. Her ultimate goal is to work at a national or state park or federal reserve: "Helping in conservation efforts is the difference I want to make in this world, in order to preserve the things in nature I have appreciated and loved my entire life."
After leaving the service, Austin, 34 (Merrill, '14, environmental studies and biology), found a welcoming place at UC Santa Cruz.
UCSC's famously eclectic student population includes a contingent of proud student veterans who have faced challenges transitioning out of military life.
The Retirees Association Board, a group of retired UCSC staff members, has found a way to reach out to this group while also paying tribute to the memory loved ones, with named scholarships for veteran military students. Austin received one of two United States Navy Chaplain Ben F. Janes Scholarships.
"I think it is wonderful to have a fundraiser that shows veterans how welcome they are at UCSC," said Mary Wells, the board's fundraising chair, and a retired information systems manager at UCSC's University Relations office.
The board, with just over 200 members, is now close to raising an endowment that will guarantee that this group of retirees can help out veterans far into the future.
This focus on veterans also honors the memory of Bruce Lane, who was active in the association; Lane was a recipient of the WWII GI Bill and officer in the Army Reserves for 35 years, and strongly endorsed supporting current UCSC student veterans.
Such support makes a difference to vets like Austin, who is now pregnant with her second child and living in Santa Cruz while her husband is stationed in Twentynine Palms. The financial and moral support have been "extremely helpful while we're maintaining two different households," she said. "I am so fortunate to have this kind of support."
More information about the scholarship and a donation form can be accessed from the UCSC Retirees Association web site.


DPML Planet Web
Welcome to Jetty 6.0 on Metro
This dpml-web-server component is based on a beta edition of Jetty 6.
This is a test context resolved from a WAR file via Transit that serves:
- static content ( tiny, small, medium, large, compressed)
- a Request Dump Servlet
- a Session Dump Servlet
- a Request Dump JSP
- a Hello World Servlet
A static resource handler context provides hooks into the local documentation.
Technical Note
Improvements within Jetty 6.0.x include:
- Totally rearchitected and rebuild relative to JDK1.4
- Improved "dependancy injection" and "inversion of control" design of components
- Improved "interceptor" design of handlers
- Smart split buffer design allows large buffers to only be allocated to active connections. The resulting memory savings allow very large buffers to be used, which increases the chance of efficient asynchronous flushing and of avoiding chunking.
- NIO Buffering so that efficient direct buffers and memory mapped files can be used.
- NIO non-blocking scheduling so that threads are not allocated per connection.
- NIO gather writes, so that for example a HTTP header and a memory mapped file may be sent as sent is a single operation.
- Continuations for efficient AJAX polling


{% extends "_post.html" %}
{% hyde
title: "My SiteSprint Project: LindyHub"
snip: "I want to make something awesome for dancers."
created: 2009-11-16 19:15:07
flattr: true
%}
{% block article %}
If you're a web designer and/or developer, you might have heard of
[SiteSprint][]. From the SiteSprint page:
>What is the Site Sprint?
>A challenge to do something about our personal websites. If you were looking
>for a reason to rework an existing site or launch a new one, here it is.
The event has a couple of rules:
>The Rules
>1. Launch by 12/15
>2. Document your process
>3. On launch, share what you did and how you did it
I've decided to join in and finish up a pet project of mine that I've been
working on (very sporadically) for the past six months or so: [LindyHub][]
[SiteSprint]: http://sitesprint.info/
[LindyHub]: http://lindyhub.com/
[TOC]
Preface: About Swing Dancing
----------------------------
If you're a dancer, go ahead and skip to the next section. This is for the
programmers and designers that might not have heard of Lindy Hop.
[Lindy Hop][] is a form of swing dancing. I've been doing it for six years and
love it.
Part of the Lindy Hop culture consists of "exchanges" and "workshop weekends".
The general idea is that a group of dancers will host one of these events on a
weekend. They'll hire DJs or bands, and teachers if they're going to have
classes, and plan out a whole weekend of awesomeness.
Dancers from far and wide will travel to these events to meet and dance with
new people (and old friends).
If you want more background on dancing find me on [Twitter][twsl] and I'll
gladly explain more, but this in-a-nutshell explanation should be enough for
you to understand the rest of this entry.
[Lindy Hop]: http://en.wikipedia.org/wiki/Lindy_hop
[twsl]: {{links.twsl}}
The Problem
-----------
LindyHub is a project I've been working on for about six months off and on in
my spare time and it was rolling around in my head before that.
Over the last few years or so I've been getting back into web development and
design. At the beginning of this year I started to notice a trend: most
websites for Lindy Hop and blues events are very basic and unpolished. Some of
the things I've noticed about almost every event site:
* They have a form for you to register for the event, but the form almost
never has any nice inline validation of your input.
* Every site's form is different -- you have to read every single one
carefully to see exactly what they want.
* You end up entering the same information every single time for every event:
name, phone number, email, etc.
* Housing is a toss up. Sometimes they have a place for it in the registration
form, other times they just say "Email<EMAIL_ADDRESS>if you need housing."
That's a lot of emails for the housing coordinator to sort through and quite
often it can become a mess.
* Some of them list addresses for each venue, which is great for those of us
that have GPSes. Sometimes they just give driving directions to and from
each one, which is terrible if you just want to type each one into your GPS
or print off directions from Google Maps before you go.
* Only one event that I've gone to ([Blues Muse][] in Philly) has had a "Who's
Coming" list so you could see who else was going to the event (you could
choose whether or not to let them show your name when you registered).
Sometimes you can figure this out from Facebook event pages, but that's
pretty unreliable.
There are other things, but those are the big ones.
Now, I completely understand why people don't add those features to their
event sites. It doesn't make sense to spend 10 hours adding cool features that
are nice to have but not really necessary if your website is only going to be
used for a single event. Those 10 hours could be spent promoting your event
and getting more people to come which is better for everyone.
Around the time I was noticing these things I was also starting to get back
into contributing to open source projects. Two of the big project hosting
sites nowadays are [BitBucket][] and [GitHub][]. I noticed how they both make
starting a new project almost trivially easy -- you sign up for an account and
within two minutes people can view and contribute back to your new project.
They've fostered a lot of collaboration in the open source community and it's
been a very good thing all around.
The two ideas came together in my head pretty quickly. I started thinking
about designing a site that made setting up a dance event almost as easy as
forking a project on BitBucket.
Sure, every organizer spending 10 hours to add cool features to their event
site doesn't really make sense. But what if one person spent a couple hundred
hours and built a site that let every organizer add those features in 10
*minutes*? After 20 or 30 events it's saved those couple hundred hours and
just gets better from there.
The more I thought about it the more it seemed like a good idea. I'd been
learning a lot about web development and about six months ago I decided I was
competent enough to handle something like this, and started working on the
LindyHub core.
[Blues Muse]: http://www.lindyandblues.com/events/2009/bluesmuse/
[BitBucket]: http://bitbucket.org/
[GitHub]: http://github.com/
LindyHub's Current State
------------------------
I've been working on LindyHub off and on for the past six months or so, and it
has been coming along pretty well. I decided to use SiteSprint as motivation
to buckle down and complete it to a point where I can invite a few organizers
to give it a try in a "closed-beta" period. From there I'll work out any kinks
and open it up for public use.
Here are some of the things the site can do *right now*:
* Users can sign up and create profiles for themselves. "Forgot my password"
and such is supported.
* They can view (and search for) events that are happening in the future, and
comment on them.
* They can create a new event and add things to its schedule.
* The schedule is formatted nicely. If an event starts before 5 AM it's
grouped with the previous day's events because it's probably a late night
dance.
* Venues will add links to Google Maps if the organizers put in the address.
* Organizers can let LindyHub handle event registration for them. They specify
how they want to be paid: door, check, and/or PayPal. If it's PayPal,
LindyHub takes the email address that should receive the money and handles
creating the PayPal "Buy Now" button.
* Early registration is supported -- organizers can specify a cutoff date and
the early/late prices if they like.
* LindyHub doesn't *have* to be used for the registration. Organizers can opt
to handle registration themselves and just put the event on LindyHub to help
more people find it.
* Users can register for events quickly and easily. LindyHub will ask them how
they want to pay and tell them how to do it.
* When they register they can allow other people to see that they're going to
the event. If they do, they'll show up in the list on the event page.
* Organizers can see nicely formatted lists of registration/payment
information and housing requests.
My Goals for the Sprint (and Beyond)
------------------------------------
Some of the things I'm planning on adding to the site in during the sprint
are:
* Redesign the interface. I'm not a designer, but I can certainly do better
than the spartan design I've thrown together during development.
* Better, Javascript-based form fields. They'll validate the input before you
even click "Submit" (so you can correct mistakes immediately) and provide
nice date/time pickers for the date and time fields. I wanted to make sure
the site works 100% for people with JavaScript turned off before I started
relying on it to make things pretty.
* Mobile stylesheets for iPhone users.
* Tagging events with tags like "lindyhop, blues, workshop, exchange,
gordonwebster, etc." This will make it easier to find events you're
interested in. This will also be easy to add.
* "Friending" other users. This would let you see what your friends are going
to and would be awesome (for me, at least).
* Location-based features. LindyHub can already store your hometown and the
locations of events. It wouldn't be terribly difficult to parse this
information into a latitude and longitude. Once that's done it's simple to
calculate the distance to events and say "Show me all events within 300
miles of my hometown" or "Show me everyone going to this event that lives
within 30 miles of me because we might want to carpool."
* Automatically email reminders to people a week before the event. The emails
could include links to Google Maps for the first (and other) venues to make
it take only one click to print directions. There are a lot of other things
that would be nice to include too -- I've been holding off on this because
it really requires the attention of a copywriter to get right.
* Provide an easy-to-use interface for organizers to assign people that have
requested housing to people that offer it.
* Send emails to guest/host groups automatically to make sure guests have
their host's contact information (and vice versa).
* Translations into different languages. This will be pretty simple if someone
wants to volunteer to translate (I only speak English and American Sign
Language myself).
* Suggesting events a user might like. This is something for the far future,
but it would give me a chance to play around in another favorite area of
mine: artificial intelligence. I have some ideas on how to implement it but
it's not critical so I'm not looking at it right now.
There are a whole slew of other things I have tumbling about in my head, but
those should be enough to give you an idea of where the site can go.
**Above all, my goal is to spend as much time as it takes to create a site
that will save organizers a few hours of their time and make it easier for
dancers to find events they want to go to.**
I *don't* want to try to create a site that will accommodate *every* event. If
I make LindyHub flexible enough to handle Frankie 95 it will become so
complicated that no other events will want to use it. I want it to work for
the 85% or 90% of events that just need the most common features. Doing that
will make it far, far easier to use, which means more people will use it.
For the Nerds: What I'm Using
-----------------------------
LindyHub is built with [Django][] and [Python][].
It's hosted on [WebFaction][] and uses a [PostgreSQL][] database to store its
data.
It uses [Aardvark Legs][] to keep me sane while writing the CSS, and will use
[jQuery][] for the inline form validation.
I'm happy to go further in depth if you're curious -- find me on [Twitter][twsl].
[Django]: {{links.django}}
[Python]: {{links.python}}
[WebFaction]: {{links.webfaction}}
[PostgreSQL]: http://www.postgresql.org/
[Aardvark Legs]: {{links.aardvarklegs}}
[jQuery]: http://jquery.com/
If You're Interested, Follow My Progress!
-----------------------------------------
I'm going to be working on the site a lot over the next month. I might write
another blog entry or two, but I'll try to post updates to
[@lindyhub][twitter] on Twitter much more often.
If there's anything specific you want to know find me on [Twitter][twsl] and
I'll be happy to answer!
[twitter]: http://twitter.com/lindyhub/
{% endblock %}


{% extends "base.html" %} {% block title %} Emend > About {% endblock %} {% block header %} > About {% endblock %} {% block content %}
Emend is a service for alerting website owners and authors of grammatical and spelling mistakes found on their site.
Simply subscribe to http://{{handler.host()}}/sites/yourdomain.com.atom to get a feed of proposed edits for your site.
To control spam, you will need a Google Account before proposing edits.
Emend was created by John Tantalo based on original ideas by Chris Radcliff and Brad Fults.
Emend is written in Python and runs on Google App Engine.
The code behind Emend is available on GitHub under the MIT License.


I have written functions that minic a few of the native Javascript functions. Links are provided below for each of the functions being tested. You can click on the function you're interested, use the inspector (dev tools) of the browser, and see the test results in the console.


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Vetan1675.github.io
Transfermarkt - alle Transfers - kicker. Sie auf Technical Manuals und laden Sie dann das KICKER Solo-Baric L5-Handbuch im PDF-Format herunter, S15L5 1,5 Kubikfuß.
View and Download Kicker S15L5 owner's manual online. Solo-Baric L5. S15L5 Subwoofer pdf manual download. Also for: S12l5, S10l5
Kicker SOLO-BARIC L5 S8L5, SOLO-BARIC S12L5, SOLO-BARIC. Deutsche Version Solo-Baric L5 Subwoofer Benutzerhandbuch. KICKER S15L5 OWNER'S MANUAL Pdf Download. S15L5 / S12L5 / S10L5 / S8L5 Solo-baric L5 Subwoofers. Solo-baric L5 Subwoofers 3 Features Features S15L5 kicker.com. User manual for the device Kicker SOLO-BARIC S15L5. Online user manual database. Kicker S15L5 Manuals User Guides. User Manuals, Guides and Specifications for your Kicker S15L5 Subwoofer. Database contains 4 Kicker S15L5 Manuals (available for free online viewing or downloading in PDF): Owner's manual, Specification. Kicker S15L5 Manuals User Guides - all-guides.com. Kicker S15L5 ludaka155. Loading. Unsubscribe from ludaka155? Kicker solo baric 12" square subwoofer review - Duration:. KICKER WOOFER - DATEN geschlossene Gehäuse.
THREE (3) MONTHS from date of original purchase. When purchased from an Authorized KICKER Dealer it is warranted for ONE (1) YEAR from date of original purchase. If the product is labeled “B Stock” and purchased from an Authorized KICKER Dealer, it is warranted for THREE (3) MONTHS from date of purchase, regardless of place of installation. S15L5 / S12L5 / S10L5 / S8L5 - Kicker. Kicker präsentiert Nachrichten, Ergebnisse, Tabelle, Analyse, Live-Ticker der Bundesliga, Statistiken, Vereine, Spielplan, Spieler, Torjäger, Trainer, Schiedsrichter.
DIE GANZE WELT DER KICKER APPS! Informieren Sie sich über unser vielfältiges App Angebot: Smart TV Tippspiel kicker MeinVerein Voice VR eMagazine. Kicker warrants this product to be free from defects in material and workmanship under normal use for a period of THREE (3) MONTHS from date of original purchase with receipt. When purchased from an Authorized KICKER Dealer it is warranted for ONE (1) YEAR from date of original purchase with receipt. In all cases you must have the original receipt. KICKER WOOFER - DATEN geschlossene Gehäuse Einbaumaße. Thiele/Small - Parameter Verwendung kompakte Box maximales Volumen LS-TYP KICKER S15L5 SPECIFICATION Pdf Download. - ManualsLib.
Kicker SOLO-BARIC S15L5 user manual - manualsbase.com.


Before Change
try:
for batch in load_batch_func():
do_assert(isinstance(batch, Batch), "Expected batch returned by lambda function to be of class imgaug.Batch, got %s." % (type(batch),))
queue.put(pickle.dumps(batch, protocol=-1))
if join_signal.is_set():
break
except Exception as exc:
traceback.print_exc()
After Change
do_assert(isinstance(batch, Batch), "Expected batch returned by lambda function to be of class imgaug.Batch, got %s." % (type(batch),))
batch_pickled = pickle.dumps(batch, protocol=-1)
while not join_signal.is_set():
try:
queue.put(batch_pickled, timeout=0.001)
break
except QueueFull:
pass
if join_signal.is_set():
break
except Exception as exc:
traceback.print_exc()


# install Mono
$ sudo apt-get install monodevelop # C# and .Net Programming
$ sudo apt-get install mono-mcs # C# compiler
$ sudo apt-get install mono-devel # mono runtime
$ mono --runtime=v4.0 *.exe # sometime it is need to set the version of mono runtime


Uploaded Images
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Chapter 3. The Python Interpreter
To develop software systems in Python, you produce text files that
contain Python source code and documentation. You can use any text
editor, including those in Integrated Development Environments
(IDEs). You then process the source files with the Python compiler
and interpreter. You can do this directly, or implicitly inside an
IDE, or via another program that embeds Python. The Python
interpreter also lets you execute Python code interactively, as do
IDEs.
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HALAH Laboratories thanks you for your preference
This are your access data
Username: username
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Fans LOL at SF9 taking lie detector test
by olmalFans are bursting out laughing at SF9 taking lie detector test, especially over Inseong's results.
Inseong got a set of questions and funnily enough, the device shocked him for telling the lie every single time he answered.
The set of questions he received was as follows:
"I like Hwiyoung better than Chani"
"I like Rowoon better than Zuho"
"I will be with our members for 80 years"
"To be honest, I'm tired of younger members"
"I am Korean"
"I am a male"
He said yes to all of the questions except the one asking about younger members. Fans are teasing Inseong saying his entire life is a lie.
Check out the full video clip and leave comments down below if you had a good chuckle!


All Classes
Clip
ClipController
ClipRepository
ClipService
ClipService.Source
ErrorConfiguration
Relationship
RelationshipController
RelationshipRepository
RelationshipService
SecurityConfiguration
TunefullApplication
User
User.Genre
UserController
UserRepository
UserService


The shine Utensils began in 2005. After years in the web hosting industry, we realized that it was near impossible for the average people to be in touch with us. Traditional web hosting services were simply too complicated, time consuming, and expensive to manage.
Today, we're proud to empower individuals and small business owners around the world. Everyone deserves a website, and we're excited to see what you shopping with us.
Copyright © 2020 shine Utensils


We work on building amazing user experiences and software for data digitalizing. I helped carry out the top-to-bottom redesign, implementation of existing UI, and currently upgrading software written in 1985 making it more powerful. With those changes
bring an increase of speed of ~40% and new stylish and user friendly design increased selling growth ~58% in March 2018.
ACE Rental Cars
Front End Developer, Aug - Oct 2014
Auckland, NZ
ACE taught me to surround myself with people who pushed me to my limits. The contract role alongside brilliant developers, designers, and helping marketing manager laid the foundation for my Front end development career in New Zealand. I'm grateful for
the time I spent with these peers, whose work gave me a glimpse into the challenges.
Tatvasoft Ltd
Web Developer, Jan 2013 - March 2014
India
This summer was a rite of passage into software engineering professionalism. Tatvasoft's internship opened my eyes to exciting new fields, the customer-driven culture taught me that empathy matters so much, time well spent. Developers and designers blew
me away with their willingness to share their time and wisdom. The trust my teammates placed in me did wonders for my confidence in writing quality software. I continue to be inspired by this company as a permanent employee.
Charusat
B.S. in Computer Science, earned May 2013
India
CHARUSAT presented unprecedented scale and diversity of opportunities. My four years of phenomenal professors across the disciplines pushed me to expand, challenge, and adjust my worldview. My engagement in CHARUSAT's tech & innovation initiatives exercised
my creative muscle, sparked my obsession with design, and strengthened my tolerance to adversity.
In the pastime
I can be found at nearest park with my infinitely patient husband.


West Ham v Arsenal at risk due to WW2 bomb
by BeSoccerThe West Ham v Arsenal match scheduled for the 9th December could be canceled. The reason is none other than the discovery of a WW2 bomb close to the London Olympic Stadium.
Incredible but true. On Saturday an explosive was found on the outskirts of the London Olympic Stadium. The Police even cordoned off a 150m perimeter.
"We think it is an unexploded bomb. It's crazy to think of all the people walking around here during the Olympics and we had no idea it was here", a source told 'The Sun'.
In this way, according to the aforementioned source, a West Ham match could thus be canceled. The match will be against Arsenal on 9th December.
They will play against Tottenham on 23rd November before that match, but it is not in the Police's plans to cancel that match, as they will not get things underway until the 25th.
"The bomb is in a tricky position, so could take up to two weeks to sort it out, which takes us into the second week of December", the aforementioned source stated.
A representative of the Olympic Park also spoke. They confirmed that there was "an unexplained metal object that was found when working near the Queen Elizabeth Olympic Park".
Featured links


TEMPFILE(1) TEMPFILE(1) NAME tempfile - create a temporary file in a safe manner SYNOPSIS tempfile [-d DIR] [-p STRING] [-s STRING] [-m MODE] [-n FILE] [--direc‐ tory=DIR] [--prefix=STRING] [--suffix=STRING] [--mode=MODE] [--name=FILE] [--help] [--version] DESCRIPTION tempfile creates a temporary file in a safe manner. It uses tempnam(3) to choose the name and opens it with O_RDWR | O_CREAT | O_EXCL. The filename is printed on standard output. See tempnam(3) for the actual steps involved in directory selection. The directory in which to create the file might be searched for in this order (but refer to tempnam(3) for authoritative answers): a) In case the environment variable TMPDIR exists and contains the name of an appropriate directory, that is used. b) Otherwise, if the --directory argument is specified and appropriate, it is used. c) Otherwise, P_tmpdir (as defined in <stdio.h>) is used when appropri‐ ate. d) Finally an implementation-defined directory (/tmp) may be used. OPTIONS -d, --directory DIR Place the file in DIR. -m, --mode MODE Open the file with MODE instead of 0600. -n, --name FILE Use FILE for the name instead of tempnam(3). The options -d, -p, and -s are ignored if this option is given. -p, --prefix STRING Use up to five letters of STRING to generate the name. -s, --suffix STRING Generate the file with STRING as the suffix. --help Print a usage message on standard output and exit successfully. --version Print version information on standard output and exit success‐ fully. RETURN VALUES An exit status of 0 means the temporary file was created successfully. Any other exit status indicates an error. BUGS Exclusive creation is not guaranteed when creating files on NFS parti‐ tions. tempfile cannot make temporary directories. tempfile is depre‐ cated; you should use mktemp(1) instead. EXAMPLE #!/bin/sh #[...] t=$(tempfile) || exit trap "rm -f -- '$t'" EXIT #[...] rm -f -- "$t" trap - EXIT exit SEE ALSO tempnam(3), mktemp(1) Debian 27 Jun 2012 TEMPFILE(1)


Include File: undefined
Fully Qualified Name: ::Slate::Memory::Dependent_Behavior
Declaration
template <typename Type1, typename ... Types> class Behavoirable;
Abstract


Component: tos.system.AMReceiverC
generic configuration AMReceiverC(am_id_t amId)
The virtualized AM reception abstraction.
Author:
Philip Levis
Date:
Jan 16 2006
See:
TEP 116: Packet Protocols
Provides
interface
AMPacket
interface
Packet
interface
Receive
Wiring


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- I provide all the services "as is". I do not make any promise about the content, the specific functions of
the Service or their reliability and availability.


Nioh 2 questionnaire asks open beta players to rate the experience
by Aran SuddiA questionnaire has been published by Sony to get feedback regarding the recent Nioh 2 open beta which was available throughout the first week of November on PS4. The questionnaire is asking players to rate factors such as difficulty, graphics, music and sound effects, as well as gameplay elements such as Yokai Shift and burst attacks and burst counters. The reason for this questionnaire is to help shape the development of Nioh 2, and you can find the questionnaire here.
In Nioh 2 players will traverse both the human world and Yokai world as the protagonist is half human and half Yokai. If you’re having Nioh 2 withdrawals and have PS Plus you can grab Nioh now as part of the November games. Nioh 2 was originally very briefly confirmed at E3 2018.
Nioh 2 will be released on March 13th, 2020.
Source: PlayStation


Man Utd Risk Losing Seven Stars For Free
by SL InternationalAs the Premier League season nears its half-way point, record 20-time champions Manchester United face the increased risk of losing no fewer than seven stars for free.
Click through the mini-gallery below for images of the seven players whose contracts are expiring.
The transfer window re-opens in January and will come with the expected flurry of activity, but it also opens the opportunity for clubs to enter into pre-contract agreements with players entering the final six months of their existing deals.
For the Red Devils, according to the Manchester Everning News, that means that seven of their players could start talking to other clubs in a bid to move on as free agents at the end of the current campaign.
Earn Airtime & Data With Soccer Laduma’s Social Media App - Download Now
Chief among those names is club captain Ashley Young who has been a regular in Ole Gunnar Solskjaer’s side this season. The 34-year-old signed a one-year extension last year but is yet to put pen to paper on a new deal this time around.
The former England international is joined by fellow veterans Nemanja Matic and Lee Grant, the latter of whom has served as United’s third-choice goalkeeper behind David De Gea and Sergio Romero.
Read: Europe's Top 10 Dribblers Revealed
Injury-ravaged Ivory Coast defender Eric Bailly is also out of contract in June, alongside academy graduates Timothy Fosu-Mensah, Tahit Chong and Angel Gomes.


Why am I awake when I have class at 11? No idea.
Here is my schedule for tomorrow, Thursday 9/10:
Here are the times for each of those classes, respectively:
I hope I got this assignment right, cause it's been a MINUTE since I wrote in HTML!


Money Play. How should Red play 31?
pips Red=104 White=108
(CorrectAnswer= 0/0, ErrorScore= 0)
Red’s best hope is to outprime White even if that is relatively unlikely. Therefore, 5/2*/1 is the wrong plan.
The best play is 8/4, hoping to either make the point next time or get hit and stay on the bar long enough to preserve the home board. 5/1 without hitting is the second-best play. The 3-pt anchor will give Red long-term winning chances and he actually wins more than 25% of the time from here, although he loses quite a few gammons.
The best play is 8/4, hoping to either make the point next time or get hit and stay on the bar long enough to preserve the home board. 5/1 without hitting is the second-best play. The 3-pt anchor will give Red long-term winning chances and he actually wins more than 25% of the time from here, although he loses quite a few gammons.
1. Cubeful 2-ply 8/4 Eq.: -0.418 0.281 0.038 0.001 - 0.719 0.110 0.003 2. Cubeful 2-ply 5/1 Eq.: -0.467 (-0.048) 0.261 0.024 0.000 - 0.739 0.101 0.002 3. Cubeful 2-ply 6/5 6/3 Eq.: -0.517 (-0.099) 0.241 0.014 0.000 - 0.759 0.092 0.002 4. Cubeful 2-ply 22/21 5/2* Eq.: -0.600 (-0.182) 0.256 0.048 0.001 - 0.744 0.233 0.014 5. Cubeful 2-ply 5/2* 3/2 Eq.: -0.605 (-0.187) 0.217 0.025 0.000 - 0.783 0.134 0.004


BRANCHES OF PHYSICS
Mechanics:
It deals with the motion of objects with or without reference of force.
Electricity:
It is concerned with the phenomena and effects related to electric charges
Atomic physics:
It is concerned with the structer and properties of the atom.
Astro physics:
It is concerned with the study of the physics of astronomical bodies.
Nuclear physics:
This branch is concerned with the structer , properties and reactions of the nuclie atoms.


| Methods |
public
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__construct(NotificationManager $manager, ?string $locale = null)
Construct notification dispatcher.
Construct notification dispatcher.
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#
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public
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send(array $notifiables, Notification $notification): void
Send the notification to all notifiables.
Send the notification to all notifiables.
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#
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public
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sendNow(array $notifiables, Notification $notification): void
Send the notification to all notifiables immedietly.
Send the notification to all notifiables immedietly.
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#
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protected
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sendToNotifiable(INotifiable $notifiable, Notification $notification, string $id, string $channel): void
Send the notification to a notifiable.
Send the notification to a notifiable.
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#
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public
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preferredLocale(INotifiable $notifiable, Notification $notification): string|null
Attempt to resolve the preffered locale.
Attempt to resolve the preffered locale.
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#
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protected
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queueNotification(array $notifiables, Notification $notification): void
Queue the notifications to a worker.
Queue the notifications to a worker.
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#
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StreamPart
and signals to the StreamTransferManager
that there are no more parts
afterwards.StreamTransferManager.getMultiPartOutputStreams()
to finish, then sends a request to S3 to complete
the upload.Callable
s, get results via iteration,
and handle failure quickly.OutputStream
which packages data written to it into discrete StreamPart
s which can be obtained
in a separate thread via iteration and uploaded to S3.MultiPartOutputStream
s that will be created and returned by
StreamTransferManager.getMultiPartOutputStreams()
for you to write to.Copyright © 2020. All rights reserved.


--- layout: post title: Close-up date: '2015-09-28T18:30:48+02:00' categories: - Storyboards picture_url: https://film-Storyboards.tumblr.com/post/130094045299 ---


Notifications are the best way to make users aware of a situation that requires timely action or attention.
This could be a situation that has just arisen or a task triggered by a workflow.


Detection of phishing websites is a really important safety measure for most of the online platforms. So, as to save a platform with malicious requests from such websites, it is important to have a robust phishing detection system in place.
Thanks to people like, Rami M. Mohammad, Fadi Thabtah, and Lee McCluskey who have worked intensively in this area. In this post, we are going to use Phishing Websites Data from UCI Machine Learning Datasets. This dataset was donated by Rami Mustafa A Mohammad for further analysis. Rami M. Mohammad, Fadi Thabtah, and Lee McCluskey have even used neural nets and various other models to create a really robust phishing detection system. I really encourage you to have a look at the original papers here and here.
For this very basic analysis, we are going to use multiple models, and see which one fits the best with our dataset. And finally, the most important part - a breakdown of most important features to detect a phishing website using a randomForest
Fit.
We’ll start with loading the csv file, in our R Script and setting the new column names.
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library(caret)
library(doMC)
# Register 4 cores for parallel computing
registerDoMC(4)
# Read the data from csv file
data <- read.csv('Datasets/phising.csv', header = F,
colClasses = "factor")
# Names list for the features
names <- c("has_ip", "long_url", "short_service", "has_at",
"double_slash_redirect", "pref_suf", "has_sub_domain",
"ssl_state", "long_domain", "favicon", "port",
"https_token", "req_url", "url_of_anchor", "tag_links",
"SFH", "submit_to_email", "abnormal_url", "redirect",
"mouseover", "right_click", "popup", "iframe",
"domain_Age", "dns_record", "traffic", "page_rank",
"google_index", "links_to_page", "stats_report", "target")
# Add column names
names(data) <- names
Here we are importing caret and doMC libraries and then registering 4 cores for parallel processing. You can set the number of cores according to your machine.
All of the features in this dataset are factors, that’s the reason I have used colClasses = "factor"
in read.csv
method. You can have a look at the README.md
file in this Github Repo, to get an overview of the possible values of each feature.

So, we have some 30 features and a target
variable with two levels(1, -1), i.e. whether a website is a phishing website or not.
We’ll now create a training and test set using caret’s createDataPartition
method. We’ll use test set to validate the accuracy of our detection system.
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# Set a random seed so we can reproduce the results
set.seed(1234)
# Create training and testing partitions
train_in <- createDataPartition(y = data$target,
p = 0.75, list = FALSE)
training <- data[train_in,]
testing <- data[-train_in,]
Now, we are ready to try a few models on the dataset. Starting with a Boosted logistic Regression
model. Let’s see how that perform on our quest for the nearly perfect phishing detection system ;).
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################ Boosted Logistic Regression ################
# trainControl for Boosted Logisitic Regression
fitControl <- trainControl(method = 'repeatedcv', repeats = 5,
number = 5, verboseIter = T)
# Run a Boosted logisitic regression over the training set
log.fit <- train(target ~ ., data = training,
method = "LogitBoost", trControl = fitControl,
tuneLength = 5)
# Predict the testing target
log.predict <- predict(log.fit, testing[,-31])
confusionMatrix(log.predict, testing$target)
We are using caret’s trainControl
method to find out the best performing parameters using repeated cross-validation. After creating a confusion Matrix of the predicted values and the real target values, I could get a prediction accuracy of 0.9357, which is actually pretty good for a Boosted Logistic Regression model.
But of course we have better choices for models, right? And there is no reason, for not using our one of the most favourite SVM with an RBF Kernel
.
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################## SVM - RBF Kernel ####################
# trainControl for Radial SVM
fitControl = trainControl(method = "repeatedcv", repeats = 5,
number = 5, verboseIter = T)
# Run a RBF - SVM over the training set
rbfsvm.fit <- train(target ~ ., data = training,
method = "svmRadial", trControl = fitControl,
tuneLength = 5)
# Predict the testing target
rbfsvm.predict <- predict(rbfsvm.fit, testing[,-31])
confusionMatrix(rbfsvm.predict, testing$target)
Woah! I am getting a 0.9706 accuracy with a SVM and RBF Kernel. Looks like there is almost no escape for phishing websites now :D.
But, since one of the most important reason I picked up this analysis was to find out the most important predictors, that can identify a phishing website, we’ll have to move to Tree-based models to get the variable importance.
So, let’s fit a Tree bagging model on our dataset.
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################## TreeBag ###################
# trainControl for Treebag
fitControl = trainControl(method = "repeatedcv", repeats = 5,
number = 5, verboseIter = T)
# Run a Treebag classification over the training set
treebag.fit <- train(target ~ ., data = training,
method = "treebag", importance = T)
# Predict the testing target
treebag.predict <- predict(treebag.fit, testing[,-31])
confusionMatrix(treebag.predict, testing$target)
Now, this is something, an accuracy of 0.9739 and we also get our variable importances :).
But I am not going to show that, without fitting another tree model, the almighty(throw-anything-at-me) Random Forests
.
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####################### Random Forest ########################
# trainControl for Random Forest
fitControl = trainControl(method = "repeatedcv", repeats = 5,
number = 5, verboseIter = T)
# Run a Random Forest classification over the training set
rf.fit <- train(target ~ ., data = training, method = "rf",
importance = T, trControl = fitControl,
tuneLength = 5)
# Predict the testing target
rf.predict <- predict(rf.fit, testing[,-31])
confusionMatrix(rf.predict, testing$target)
That’s some coincidence(or-not), with mtry = 21, we are still getting an accuracy of )0.9739 with our Random Forest
model, which is actually pretty good, even for practical purposes. so, finally let’s have a look at the variable importances of different features,
1
plot(varImp(rf.fit))
According to our Random Forest model, 10 of the most imporant features are:
* pref_suf-1 100.00 * url_of_anchor-1 85.89 * ssl_state1 84.59 * has_sub_domain-1 69.18 * traffic1 64.39 * req_url-1 43.23 * url_of_anchor1 37.58 * long_domain-1 36.00 * domain_Age-1 34.68 * domain_Age1 29.54
Numerical values suffixing the features name are just the level of the factor of that particular feature. As apparent from this variable importance plot and from our own intuition, features listed here are indeed some of the most important attributes to find out whether a given sample is a phishing website or not.
Like, if there is prefixes or suffixes being used in the url then there are very high chances that it’s a phishing website. Or a suspicious SSL state, having a sub domain in url, having a long domain url, etc. are actually really important features that can clearly identify a phishing website.
One can create a phishing detection system pretty easily if he/she can get the information about these predictors. Rami M. Mohammad, Fadi Thabtah, and Lee McCluskey have also mentioned in their original paper, how they did it.
I am sure that neural nets can further increase the accuracy of phishing detection system, but I tried to do a very basic analysis and it worked out pretty good. But of course getting and filtering out the data, creating factors out of different attributes is probably the most challanging task in phishing website detection.
You can further look at the Github repo with the above code at: rishy/phishing-websites. Your feedbacks and comments are always welcomed.


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This will send your results to the server. When you see a confirmation message at the top of the page, you may close the tab.


Are you evacuated?
If you are under an Evacuation Order, follow instructions from your First Nation or local government. Visit your First Nation or local government's website or social media, or EmergencyInfoBC.ca for evacuation information and next steps.
Do you need Emergency Support Services?
Your First Nation or local government will instruct you to register for Emergency Support Services in one of two ways:
- In person at a designated evacuee Reception Centre. This information is often included in Evacuation Order documents.
- Online using the Evacuee Registration and Assistance (ERA) tool. This can help streamline the process for when you arrive at the Reception Centre.
To receive supports you need to go to the Reception Centre that is designated by your First Nation or local government. Supports will not be available if you travel to a non-designated location.
Responders
Responders who are responding to an active emergency, or who would like to access the Training Environment, login below.
Log in to the Responder Portal >Suppliers
EMCR Suppliers who are registered to provide goods or services to evacuees during an emergency can submit their invoices and receipts online by clicking the link below.
Visit the ERA Supplier Portal > Watch Training Video >What is ERA?
The Evacuee Registration & Assistance (ERA) tool is a new digital platform for Emergency Support Services. ERA is designed to increase the efficiency and speed of service delivery for evacuees across the province.
Find out more >Be Evacuation Prepared - Register with ERA
Evacuations can be stressful. However, if you take the time now to prepare you can save time and make real situations less stressful.
If you have a BC Services Card and would like to register in preparation for a possible future evacuation, you can now self-register.
Self register Already registered? Log in >Contact Us
If you have any questions or need assistance,
please contact ERA Support toll-free at 1-844-537-7377.
Send ERA Tool Technical Support inquiries here.


[1]
Easy set-up, great colors, excellent blacks!; It wasn't free
[2]
Netflix - streamed well; Interface - horrific...have they seen iTunes or appleTV?


WITNESS LIST Subcommittee on Technology & Business Growth Committee March 11, 1999-8:30A SB 222 For: MaryJo May (El Centro de Corazon), Houston Roy B. Chandler (Houston Police Department), Houston Registering, but not testifying: For: Marcie Mir (El Centro de Corazon), Houston On: Randy Yarbrough (Texas Alcoholic Beverage Commission), Austin Written materials submitted: For: Lee P. Brown (City of Houston (Mayor)), Houston Robert Eckels (Harris County (Judge)), Houston Sylvia R. Garcia (City of Houston), Houston SB 231 On: Enrique Barrera (Texas Workforce Commission), Austin Phil Ritter (Texas Instruments Incorporated), Dallas Registering, but not testifying: For: Andrew Wise (American Electronics Association), Austin SB 348 For: Eric Glenn (Texas Association of Business & Chambers of Commerce), Austin Joe Morin (Texas Association of Mexican American Chambers of Commerce), Austin Phil Neighbors (San Marcos Chamber of Commerce), San Marcos Against: Hartley Hampton (Texas Trial Lawyers Association), Austin Registering, but not testifying: For: Art Roberts (Texas Association of Business & Chambers of Commerce), Austin Chuck Hempstead (Texas Association of College Teachers), Austin Robert A. Floyd (Texas Society of Association Executives), Austin Written materials submitted: For: Abolhassan Ahadi (South Padre Island Chamber of Commerce), South Padre Is. Anna McKinney (Denison Area Chamber of Commerce), Denison B.J. Carrell (Burnet Chamber of Commerce), Burnet Bruce Mehlenbacher (Jacksonville Chamber of Commerce), Jacksonville Buck Prewitt (Temple Chamber of Commerce), Temple Carol Rodgers (Wylie Chamber of Commerce), Wylie Celia Davis (Abilene Chamber of Commerce), Abilene Charlie Dromgoole (Abilene Chamber of Commerce), Abilene Colleen Hicks (La Porte - Bayshore Chamber of Commerce), La Porte David Gumper (Gonzales Chamber of Commerce), Gonzales Don Stricklin (La Grange Area Chamber of Commerce), La Grange Don Wilson (Dallas Northeast Chamber of Commerce), Dallas El Campo Chamber (El Campo Chamber of Commerce), El Campo Galveston Chamber of Co (Galveston Chamber of Commerce), Galveston Gary Vest (Chamber of Commerce of Lamar County), Paris George Struve (Chamber of Commerce of Lamar County), Paris Guy D. Andrews (Odessa Chamber of Commerce), Odessa Hoyt Harris (Benbrook Area Chamber of Commerce), Benbrook J. Ty Sharp (Kilgore Chamber of Commerce), Kilgore Jamie Presley (Benbrook Area Chamber of Commerce), Benbrook Jay Shands (Lufkin/Angelina County Chamber of Commerce), Lufkin John Sprague (Allen Chamber of Commerce), Allen Keith Montgomery (Garland Chamber of Commerce), Garland Ken Higdon (Temple Chamber of Commerce), Temple Kevin Barry (San Angelo Chamber of Commerce), San Angelo Linda Foster (Midland Chamber of Commerce), Midland Lockhart Chamber (Lockhart Chamber of Commerce), Lockhart Marellen Patterson (White Settlement Area Chamber of Commerce), White Settlemen Marvin L. Wynn (Midland Chamber of Commerce), Midland Mike Northcutt (Longview Partnership), Longview Paul Bendel, CCE (Kilgore Chamber of Commerce), Kilgore Paul Mayer (Garland Chamber of Commerce), Garland Paul Mitchell (La Porte - Bayshore Chamber of Commerce), La Porte Phil Brewer (Round Rock Chamber of Commerce), Round Rock Ronnie Cole (Denison Area Chamber of Commerce), Denison Sally Bond (Grand Prairie Chamber of Commerce), Grand Prairie Sharon Mayer (Allen Chamber of Commerce), Allen Sid Allen (Longview Partnership), Longview Terri Ricketts (Grand Prairie Chamber of Commerce), Grand Prairie Terry Cook (South Padre Island Chamber of Commerce), South Padre Is. Tracey S. Clayton (Frisco Chamber of Commerce), Frisco Wesley R. Burnett (Jacksonville Chamber of Commerce), Jacksonville SCR 9 On: Becky Armendariz (Office of the Governor), Austin Phil Ritter (Texas Instruments Incorporated), Dallas Registering, but not testifying: For: Andrew Wise (American Electronics Association), Austin


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Plugin Information |
|---|
View ViewVC on the plugin site for more information. |
This plugin integrates ViewVC browser interface for CVS and Subversion with Hudson.
Entries in change logs will by hyperlinked to the specified files/diffs in ViewVC.
Change Log
Version 1.7 (2014-01-23)
- Applied patch for JENKINS-18283
- Bumped core version up to Jenkins 1.484 to make the plugin build work on Cloudbees Buildhive
Version 1.6 (2013-05-21)
- Applied patch from JENKINS-4043
- Bumped versions up to
- Jenkins 1.466
- Subversion 1.23
- Simplified pom.xml (aligned to other plugins)
Version 1.5 (2011-11-03)
- JENKINS-11602
Version 1.4 (2011-11-03)
- broken release, sorry
Version 1.3 (2009-12-29)
- Add plugin name in metadata
- Update uses of deprecated APIs


days later
OK
Directions
Right Click on the grid background to add a new step.
Click or Double Click (see key) on details for each step to edit it.
Click on any connection to edit its overlay text.
Workflows just get saved to your browser's local storage. So deleting your browsers stored content will delete all saved workflows. Also, workflows you save to one browser will not be available in other browsers.


04.Write a script that finds the maximal increasing sequence in an array.
Example: {3, 2, 3, 4, 2, 2, 4} -> {2, 3, 4}.
Reload the page to generate another array.


In my continued experience learning GoLang I started looking at how to best use it when dealing with HTTP. The idiomatic way to use GoLang and HTTP is to use the standard library which keeps things minimal but there are a few features missing. The first thing is a router. OOTB GoLang doesn't have a router and the majority seem to suggest using a package called Mux from Gorilla Toolkit, a set of libraries that aims to improve the standard library from Go. After having a play with it I didn't really warm to it so spent some time looking into the alternatives (and there are plenty!) and eventually decided upon Goji
Once I had started using Goji I then wanted to handle content negotiation in my HTTP handler. As I said earlier GoLang is minimal in its offerings OOTB and this is a good thing. Just for the record there are a few frameworks out there if you want/need and all encompassing framework such as Martini, Revel and Echo. These tend to bend the idioms of GoLang a bit and even the author of Martini blogged on this fact due to feedback from the community that although its capabilities are great they aren't idiomatic Go.
After realising that Goji didn't have content negotiation seeing as its just a router (although there are Goji compatible middleware, which in turn are standard library compatible) I started playing on how to implement conneg.
My first attempt was a piece of middleware that allowed the request to go to Goji and then on the way back up it would interrogate the context for a model which the HTTP handler would have inserted, it would then interrogate the Accept header obviously and then write out the JSON/XML to the response.
//***** HTTP Handler *****
func HelloWorldHTTPHandler(ctx web.C, w http.ResponseWriter, req *http.Request) {
user := &User{"Joe","Bloggs"}
ctx.Env["model"] = user
}
//*****First stab at content negotiation midleware *****
package conneg
import (
"encoding/json"
"encoding/xml"
"net/http"
"github.com/zenazn/goji/web"
)
func Conneg(c *web.C, h http.Handler) http.Handler {
fn := func(w http.ResponseWriter, r *http.Request) {
h.ServeHTTP(w, r)
accept := r.Header.Get("Accept")
if model := c.Env["model"]; model != nil {
switch accept {
case "application/json":
w.Header().Set("Content-Type", "application/json")
js, err := json.Marshal(model)
if err != nil {
http.Error(w, err.Error(), http.StatusInternalServerError)
return
}
if statuscode := c.Env["statuscode"]; statuscode != nil {
w.WriteHeader(statuscode.(int))
}
w.Write(js)
case "application/xml":
x, err := xml.MarshalIndent(model, "", " ")
if err != nil {
http.Error(w, err.Error(), http.StatusInternalServerError)
return
}
w.Header().Set("Content-Type", "application/xml")
w.Write(x)
}
}
}
return http.HandlerFunc(fn)
}
As you can see its pretty rudimentary but does the job but if I developed multiple web applications I would have to copy and paste this into every app that I wrote. I would also have to add to the switch statement for every media type I wanted to handle.
I wanted to write a library that I could reference for every web application, separate out each response processor instead of having a switch statement, have the ability to write new response processors that conformed to an interface plus get more experience with Go and of course make it OSS.
To cut a long story short if you install a reference to github.com/jchannon/negotiator
you can how have a HTTP handler like so:
func getUser(w http.ResponseWriter, req *http.Request) {
user := &User{"Joe","Bloggs"}
negotiator.Negotiate(w, req, user)
}
This in my humble opinion keeps things pretty tidy. If you want to extend the base functionality of JSON/XML handling you can implement this interface for your own response processor:
type ResponseProcessor interface {
CanProcess(mediaRange string) bool
Process(w http.ResponseWriter, model interface{})
}
CanProcess is called when negotiator
loops over the media types in the Accept header. This loop is also ordered by the weighted value in the Accept header eg. Accept: application/json,application/xml;q=0.8,text/plain;q=0.5
, some great work by Phil Cleveland who helped with writing negotiator
(note: if there is no accept header or relevant response processor then negotiator
will return a 406). The response processor will return a boolean saying whether it can handle the current media type. If it returns true then Process
is called and it will then handle writing the body to the response in the format that is applicable to that response processor.
To add your new custom processor to negotiator
simple pass it to the New
method.
func customHandler(w http.ResponseWriter, req *http.Request) {
user := &user{"Joe", "Bloggs"}
textplainNegotiator := negotiator.New(&PlainTextResponseProcessor{})
textplainNegotiator.Negotiate(w, req, user)
}
type PlainTextResponseProcessor struct {
}
func (*PlainTextResponseProcessor) CanProcess(mediaRange string) bool {
return strings.EqualFold(mediaRange, "text/plain")
}
func (*PlainTextResponseProcessor) Process(w http.ResponseWriter, model interface{}) {
w.Header().Set("Content-Type", "text/plain")
val := reflect.ValueOf(model).Elem()
for i := 0; i < val.NumField(); i++ {
valueField := val.Field(i).String()
typeField := val.Type().Field(i)
w.Write([]byte(typeField.Name + " : " + valueField + " "))
}
}
This is a slightly contrived example but you can see what needs to be done to add your own response processor for it to be used by negotiator
. One thing I don't like about this is that you need to call New
in every handler however, you may only want this processor in certain route handlers in your application. Going back to my first example, what you could do is insert the pointer returned from calling New
and insert it into the http context and then in the handlers pull it out and then call Negotiate
. You can see a demo of this in the Github repo here
Hopefully other Go developers will find this library useful but I'm happy with what I've done here and its allowed me to learn more Go and interact with the community. I'm also pretty chuffed that its got 100% unit test coverage according to the built in golang tools. I'm very impressed with the receptiveness of the Go community and the amount of libraries and blog posts out there to learn from. I've managed to pick up Go pretty easily and I'm really loving it. Another big thanks to Phil Cleveland, another .Net developer trying to pick up Go, for his help with negotiator
.
For more information check out the Github repository and the godoc
documentation here
Shout out to NancyFX, my first love, for inspiring the design of the ResponseProcessor interface.


The border Property
This property is a shorthand property for border-left-with, border-left-style and border-left-color.


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Malaria Transmission in Macha
This website will house malaria research. Read more about the project here.
Topographic
Streets
National Geographic
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Imagery
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The only thing focusable on this page should be the . But in IE11
  (but not ) and <fieldset> are also focusable.

<fieldset>


RtcPeer
final public class RtcPeer: MediaNode
This class provides a point of interaction with remote peers of an attached component. Peers are accessed either
through AttachPoint.peers
, or via the overridable methods of an attach point.
Version
1.0.0-
The id of the remote peer.
Version
1.0.0Declaration
Swift
public let id: String
-
An array of data channels that have been created locally.
Version
1.0.0Declaration
Swift
public private(set) var localChannels = [RTCDataChannel]()
-
An array of remote data channels that have been created by the peer.
Version
1.0.0Declaration
Swift
public internal(set) var remoteChannels = [RTCDataChannel]()
-
The default media input for this peer.
Version
1.0.0Declaration
Swift
public let input: MediaNodeInput
-
The default media output for this peer.
Version
1.0.0Declaration
Swift
public let output: MediaNodeOutput
-
Creates a new data channel to the peer.
Version
1.0.0
Declaration
Swift
public func createChannel( _ label: String, configuration: RTCDataChannelConfiguration) -> RTCDataChannel?
Parameters
label
A label describing the data channel.
configuration
A desired channel configuration.
Return Value
Plain RTCDataChannel or nil if it was not possible to create a channel.
-
Sends a message to the peer. The message will always be received by the peer in the same order as they are sent.
If the connection to the peer is lost, the messages will be resent when the peer reconnects. This means that excessively large messages should be avoided, since if a peer does not reconnect, the messages will the stored in memory until the component is detached.
In case the above functionality isn’t desired or useful, it is better to use data channels instead, using
RtcPeer.createChannel(_:configuration:)
.Version
1.0.0
Declaration
Swift
public func sendMessage(_ message: Any)
Parameters
message
The message to send.


How I fell in love with Android and how you can too.
There comes a time in every photographer's life when they must ask themselves what to do about all those terabytes of photo RAWs.
Wherein I realize how to own less, worry less and live more.
The final part in the responsive design and developement series, this post covers responsive images and HiDPI assets.
This is how I work and what software and hardware I use to do it.
How I began building the responsive, mobile-first redesign of this Jekyll-based site.
Yes, this is a post announcing that I have joined the team at Twitter as a designer.
Responsive design and how I thought about it when redesigning this site.
How do you attract great talent to your startup? It's all about the company culture.
Chrome for iOS is damn good — even if I can't set it as default.
A chat with Votizen Co-founder Jason Putorti.
I tweet about tech more than I blog. :)


Occupancy Classifier¶
An overall accuracy of 85.43% is obtained when the trained classifier is tested on a ground truth dataset [Wan20].
Run the following python script to test on this dataset.
# download the testing dataset
import wget
import zipfile
wget.download('https://zenodo.org/record/4386991/files/occupancy_test.zip')
with zipfile.ZipFile('occupancy_test.zip', 'r') as zip_ref:
zip_ref.extractall('.')
# prepare the image lists
import shutil
import os
import pandas as pd
from glob import glob
mfList = glob('occupancy_test/multi-family/*.png')
sfList = glob('occupancy_test/single-family/*.png')
# import the module
from brails.modules import OccupancyClassifier
# initialize a roof classifier
occupancyModel = OccupancyClassifier()
# define the paths of images in a list
imgs=mfList+sfList
# use the model to predict
predictions = occupancyModel.predict(imgs)
predictions['label']=predictions['image'].apply(lambda x: 'RES1' if 'single' in x else 'RES3')
prediction = predictions['prediction'].values.tolist()
label = predictions['label'].values.tolist()
# Plot results
class_names = ['single-family','multi-family']
from brails.utils.plotUtils import plot_confusion_matrix
from sklearn.metrics import confusion_matrix
from sklearn.metrics import f1_score,accuracy_score
print(' Accuracy is : {}, Random guess is 0.5'.format(accuracy_score(prediction,label)))
cnf_matrix = confusion_matrix(prediction,label)
plot_confusion_matrix(cnf_matrix, classes=class_names, title='Confusion matrix',normalize=False,xlabel='Labels',ylabel='Predictions')
The confusion matrix tested on this dataset is shown in fig_confusion_occupancy
.


Drag the green node to set the start position.
Drag the red node to set the end position.
Choose an algorithm from the right-hand panel.
Click Start Search in the lower-right corner to start the animation.


|
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| Interface Summary | |
|---|---|
| Intents | |
| Intents.Position | The intent broadcasted when a position estimate was found |
| Intents.UnknwownPosition | The intent broadcasted when no position estimate was found, either because the location where we are does not have fingerprints, or because of an error (in which case at least one extra should be set) |
| Class Summary | |
|---|---|
| AbstractPositioningService | Defines the service API for requesting/receiving the positions, delegating the actual position estimation to subclasses. |
| AbstractRssiPositioningService | Base class for positioning service implementations using Wi-Fi and GSM RSSI readings. |
| DummyPositioningService | A dummy implementation of a positioning service, meant to be used during development or for demo purposes. |
| PositioningManager | This class provides client-side access to the positioning service. |
| RemotePositioningService | A cloud-based positioning service implementation using signals collected by
AbstractRssiPositioningService . |
| Enum Summary | |
|---|---|
| Intents.Position.Extras | |
| Intents.UnknwownPosition.Extras |
|
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Welcome To Connect Four!
The objective of this game is to connect four of your chips!
Let's get started!
let's Play
Source Code


Load Molecule
Redraw
Undo
Redo
Zoom In
Zoom Out
Delete
Select Tool
Atom Tool
Bond Tool
Double Bond Tool
Triple Bond Tool
DrawParent


3 writes to Alignment
System.Management.Automation (3)
engine\serialization.cs (1)
7401
Alignment
= GetPropertyValue<Alignment>(deserializedColumn, "Alignment"),
FormatAndOutput\common\DisplayDatabase\displayDescriptionData_Table.cs (2)
397
Alignment
= (Alignment)alignment;
409
this.
Alignment
= alignment;
3 references to Alignment
System.Management.Automation (3)
FormatAndOutput\common\DisplayDatabase\typeDataXmlLoader.cs (1)
690
rid.alignment = (int)column.
Alignment
;
FormatAndOutput\common\FormatXMLWriter.cs (2)
203
if (coldefn.
Alignment
!= Alignment.Undefined)
205
_writer.WriteElementString("Alignment", coldefn.
Alignment
.ToString());


math::machineparameters - Compute double precision machine parameters.
The math::machineparameters package is the Tcl equivalent of the DLAMCH LAPACK function. In floating point systems, a floating point number is represented by
x = +/- d1 d2 ... dt basis^e
where digits satisfy
0 <= di <= basis - 1, i = 1, t
with the convention :
t is the size of the mantissa
basis is the basis (the "radix")
The compute method computes all machine parameters. Then, the get method can be used to get each parameter. The print method prints a report on standard output.
In the following example, one compute the parameters of a desktop under Linux with the following Tcl 8.4.19 properties :
% parray tcl_platform tcl_platform(byteOrder) = littleEndian tcl_platform(machine) = i686 tcl_platform(os) = Linux tcl_platform(osVersion) = 2.6.24-19-generic tcl_platform(platform) = unix tcl_platform(tip,268) = 1 tcl_platform(tip,280) = 1 tcl_platform(user) = <username> tcl_platform(wordSize) = 4
The following example creates a machineparameters object, computes the properties and displays it.
set pp [machineparameters create %AUTO%] $pp compute $pp print $pp destroy
This prints out :
Machine parameters Epsilon : 1.11022302463e-16 Beta : 2 Rounding : proper Mantissa : 53 Maximum exponent : 1024 Minimum exponent : -1021 Overflow threshold : 8.98846567431e+307 Underflow threshold : 2.22507385851e-308
That compares well with the results produced by Lapack 3.1.1 :
Epsilon = 1.11022302462515654E-016 Safe minimum = 2.22507385850720138E-308 Base = 2.0000000000000000 Precision = 2.22044604925031308E-016 Number of digits in mantissa = 53.000000000000000 Rounding mode = 1.00000000000000000 Minimum exponent = -1021.0000000000000 Underflow threshold = 2.22507385850720138E-308 Largest exponent = 1024.0000000000000 Overflow threshold = 1.79769313486231571E+308 Reciprocal of safe minimum = 4.49423283715578977E+307
The following example creates a machineparameters object, computes the properties and gets the epsilon for the machine.
set pp [machineparameters create %AUTO%] $pp compute set eps [$pp get -epsilon] $pp destroy
"Algorithms to Reveal Properties of Floating-Point Arithmetic", Michael A. Malcolm, Stanford University, Communications of the ACM, Volume 15 , Issue 11 (November 1972), Pages: 949 - 951
"More on Algorithms that Reveal Properties of Floating, Point Arithmetic Units", W. Morven Gentleman, University of Waterloo, Scott B. Marovich, Purdue University, Communications of the ACM, Volume 17 , Issue 5 (May 1974), Pages: 276 - 277
The command creates a new machineparameters object and returns the fully qualified name of the object command as its result.
The command configure the options of the object objectname. The options are the same as the static method create.
Returns the value of the option which name is opt. The options are the same as the method create and configure.
Destroys the object objectname.
Computes the machine parameters.
Returns the value corresponding with given key. The following is the list of available keys.
-epsilon : smallest value so that 1+epsilon>1 is false
-rounding : The rounding mode used on the machine. The rounding occurs when more than t digits would be required to represent the number. Two modes can be determined with the current system : "chop" means than only t digits are kept, no matter the value of the number "proper" means that another rounding mode is used, be it "round to nearest", "round up", "round down".
-basis : the basis of the floating-point representation. The basis is usually 2, i.e. binary representation (for example IEEE 754 machines), but some machines (like HP calculators for example) uses 10, or 16, etc...
-mantissa : the number of bits in the mantissa
-exponentmax : the largest positive exponent before overflow occurs
-exponentmin : the largest negative exponent before (gradual) underflow occurs
-vmax : largest positive value before overflow occurs
-vmin : largest negative value before (gradual) underflow occurs
Return a report for machine parameters.
Print machine parameters on standard output.
This document, and the package it describes, will undoubtedly contain bugs and other problems. Please report such in the category math of the Tcllib Trackers. Please also report any ideas for enhancements you may have for either package and/or documentation.
When proposing code changes, please provide unified diffs, i.e the output of diff -u.
Note further that attachments are strongly preferred over inlined patches. Attachments can be made by going to the Edit form of the ticket immediately after its creation, and then using the left-most button in the secondary navigation bar.
Copyright © 2008 Michael Baudin <michael.baudin@sourceforge.net>


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You can also spend Good times in Hostel with your Friends, proved by our Contributor Makilan. He shared his knowledge during his after college hours in his hostel to his friends (second family in College life)
Check out his blog post here. One of the Most exciting thing about his contribution is he also wrote about his experience in Tamil


code
Material is made to be easy for development.
All classes follow the BEM naming convention.
This naming convention has also continued into the naming for both scss and CSS variables.
For starting with Material you only need to load 2 files.
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