Exclusive -- Democrats Throw Impeachment Party at Capitol Hill Bar
Democrat staffers threw an impeachment party at a Capitol Hill bar after the last public hearing concluded on Thursday evening.
by Kristina WongThe party was held at the Capitol Hill establishment Hawk ‘n’ Dove, just a stone’s throw from where the impeachment hearings were held this week.
About 15 staffers celebrated with Democrat counsel Daniel Goldman, with at least four rounds of cheers. There was a table topped with hamburger sliders and other snacks.
The crew seemed to be in good spirits — many laughing and smiling. It was not clear whether they thought the public hearings went well, or because they were relieved the marathon week of days-long hearings was over.
The staffers were in a cordoned-off section of the bar upstairs. Sean Misko, a House Intelligence Committee staffer and former National Security Council official, was there.
The party started approximately at 6:30 p.m. ET and wrapped up around 8:00 p.m. ET.
Goldman himself seemed to be in a good mood, smiling and chatting with staffers, and staying until the end.
On Saturday, House Speaker Nancy Pelosi (D-CA) portrayed the impeachment inquiry as a somber event:
This is a very sad time for our country. There is no joy in this. We must be somber, we must be prayerful, and we must pursue the facts further to make a decision as to ‘Did this violate the Constitution of the United States?’ Which I believe it did.
Despite Democrat staffers toasting the conclusion of the hearings, a House Republican source questioned whether the hearings were positive for the Democrats:
According to numerous polls, the longer impeachment drags on, the more support Trump gains, especially in battleground states. I don’t think that’s the effect Schiff was aiming for. It’s amazing that the Democrats are following him off a cliff for the second time. After Schiff lied to them about having evidence of Trump colluding with Russia, you’d think these people would know better.
A patron outside of the bar noted how packed it was inside, considering the busy week of impeachment hearings. He noted that he thought he saw a “dead ringer” for Goldman enter the bar.
Follow Breitbart News’s @Kristina_Wong.


Struct UnixTimestamp
Represents an instant in time, defined as the number of seconds that have elapsed since 00:00:00 Coordinated Universal Time (UTC), Thursday, 1 January 1970, not counting leap seconds.
Namespace: Cadru
Assembly: Cadru.Core.dll
Syntax
public struct UnixTimestamp : IFormattable, IComparable, IComparable<UnixTimestamp>, IEquatable<UnixTimestamp>
Remarks
The date and time range that can be represented by a UnixTimestamp is constrained to the same date and time range as DateTime.
Constructors
| Improve this Doc View SourceUnixTimestamp(DateTime)
Initializes a new instance of the UnixTimestamp structure to the specified DateTime value.
Declaration
public UnixTimestamp(DateTime date)
Parameters
| Type | Name | Description |
|---|---|---|
| DateTime | date | A date and time. |
UnixTimestamp(Int32, Int32, Int32)
Initializes a new instance of the UnixTimestamp structure to the specified year, month and day.
Declaration
public UnixTimestamp(int year, int month, int day)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | year | The year (0 through 9999). |
| System.Int32 | month | The month (0 through 12). |
| System.Int32 | day | The day (1 through the number of days in |
UnixTimestamp(Int32, Int32, Int32, Int32, Int32, Int32)
Initializes a new instance of the UnixTimestamp structure to the specified year, month, day, hour, minute, and second.
Declaration
public UnixTimestamp(int year, int month, int day, int hour, int minute, int second)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | year | The year (0 through 9999). |
| System.Int32 | month | The month (0 through 12). |
| System.Int32 | day | The day (1 through the number of days in |
| System.Int32 | hour | The hours (0 through 23). |
| System.Int32 | minute | The minutes (0 through 59). |
| System.Int32 | second | The seconds (0 through 59). |
UnixTimestamp(Int64)
Initializes a new instance of the UnixTimestamp structure to the specified number of seconds.
Declaration
public UnixTimestamp(long seconds)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int64 | seconds | A date and time expressed in the number of seconds that have elapsed since January 1, 1970 at 00:00:00.000 in the Gregorian calendar. |
Fields
| Improve this Doc View SourceMaxValue
Represents the largest possible value of UnixTimestamp. This field is read-only.
Declaration
public static readonly UnixTimestamp MaxValue
Field Value
| Type | Description |
|---|---|
| UnixTimestamp |
Remarks
The value of this constant is equivalent to 23:59:59, December 31, 9999.
MinValue
Represents the smallest possible value of UnixTimestamp. This field is read-only.
Declaration
public static readonly UnixTimestamp MinValue
Field Value
| Type | Description |
|---|---|
| UnixTimestamp |
Remarks
The value of this constant is equivalent to 00:00:00, January 01, 0001.
Properties
| Improve this Doc View SourceDateTime
Gets a DateTime value that represents the date and time of the current UnixTimestamp object.
Declaration
public DateTime DateTime { get; }
Property Value
| Type | Description |
|---|---|
| DateTime | The date and time of the current UnixTimestamp object. |
Days
Gets the number of days since 00:00:00 Coordinated Universal Time (UTC), Thursday, 1 January 1970 represented by current UnixTimestamp.
Declaration
public long Days { get; }
Property Value
| Type | Description |
|---|---|
| System.Int64 | The number of days since 00:00:00 Coordinated Universal Time (UTC), Thursday, 1 January 1970 represented by current UnixTimestamp. |
Now
Gets a UnixTimestamp object that is set to the current date and time on this computer.
Declaration
public static UnixTimestamp Now { get; }
Property Value
| Type | Description |
|---|---|
| UnixTimestamp | An object whose value is the current local date and time. |
Seconds
Gets the number of seconds that represent the date and time of this instance.
Declaration
public long Seconds { get; }
Property Value
| Type | Description |
|---|---|
| System.Int64 | The number of seconds that represent the date and time of this instance. The value is between UnixTimestamp.MinValue.Seconds and UnixTimestamp.MaxValue.Seconds. |
Methods
| Improve this Doc View SourceAdd(TimeSpan)
Returns a new UnixTimestamp that adds the value of the
specified
Declaration
public UnixTimestamp Add(TimeSpan value)
Parameters
| Type | Name | Description |
|---|---|---|
| TimeSpan | value | The valueA positive or negative time interval. |
Returns
| Type | Description |
|---|---|
| UnixTimestamp | An object whose value is the sum of the date and time represented by
this instance and the time interval represented by |
AddDays(Double)
Returns a new UnixTimestamp that adds the specified number of days to the value of this instance.
Declaration
public UnixTimestamp AddDays(double value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | value | A number of whole and fractional days. The |
Returns
| Type | Description |
|---|---|
| UnixTimestamp | An object whose value is the sum of the date and time represented by
this instance and the number of days represented by |
AddHours(Double)
Returns a new UnixTimestamp that adds the specified number of hours to the value of this instance.
Declaration
public UnixTimestamp AddHours(double value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | value | A number of whole and fractional hours. The |
Returns
| Type | Description |
|---|---|
| UnixTimestamp | An object whose value is the sum of the date and time represented by
this instance and the number of hours represented by |
AddMinutes(Double)
Returns a new UnixTimestamp that adds the specified number of minutes to the value of this instance.
Declaration
public UnixTimestamp AddMinutes(double value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | value | A number of whole and fractional minutes. The
|
Returns
| Type | Description |
|---|---|
| UnixTimestamp | An object whose value is the sum of the date and time represented by
this instance and the number of minutes represented by |
AddMonths(Int32)
Returns a new UnixTimestamp that adds the specified number of months to the value of this instance.
Declaration
public UnixTimestamp AddMonths(int months)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | months | A number of months. The |
Returns
| Type | Description |
|---|---|
| UnixTimestamp | An object whose value is the sum of the date and time represented by
this instance and the number of months represented by |
AddSeconds(Double)
Returns a new UnixTimestamp that adds the specified number of seconds to the value of this instance.
Declaration
public UnixTimestamp AddSeconds(double value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Double | value | A number of whole and fractional seconds. The
|
Returns
| Type | Description |
|---|---|
| UnixTimestamp | An object whose value is the sum of the date and time represented by
this instance and the number of seconds represented by |
AddYears(Int32)
Returns a new UnixTimestamp that adds the specified number of years to the value of this instance.
Declaration
public UnixTimestamp AddYears(int years)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | years | A number of years. The |
Returns
| Type | Description |
|---|---|
| UnixTimestamp | An object whose value is the sum of the date and time represented by
this instance and the number of years represented by |
CompareTo(UnixTimestamp)
Compares the value of this instance to a specified UnixTimestamp value and returns an integer that indicates whether this instance is earlier than, the same as, or later than the specified UnixTimestamp value.
Declaration
public int CompareTo(UnixTimestamp other)
Parameters
| Type | Name | Description |
|---|---|---|
| UnixTimestamp | other | The object to compare to the current instance. |
Returns
| Type | Description | ||||||||
|---|---|---|---|---|---|---|---|---|---|
| System.Int32 | A signed number indicating the relative values of this instance and
the
|
CompareTo(Object)
Compares the value of this instance to a specified object that contains a specified UnixTimestamp value, and returns an integer that indicates whether this instance is earlier than, the same as, or later than the specified UnixTimestamp value.
Declaration
public int CompareTo(object obj)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | obj | A boxed object to compare, or null. |
Returns
| Type | Description | ||||||||
|---|---|---|---|---|---|---|---|---|---|
| System.Int32 | A signed number indicating the relative values of this instance and
the
|
Equals(UnixTimestamp)
Returns a value indicating whether the value of this instance is equal to the value of the specified UnixTimestamp instance.
Declaration
public bool Equals(UnixTimestamp other)
Parameters
| Type | Name | Description |
|---|---|---|
| UnixTimestamp | other | The object to compare to this instance. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if the |
Remarks
The current instance and other
are equal if their
Seconds property values are equal.
Equals(UnixTimestamp, UnixTimestamp)
Returns a value indicating whether two UnixTimestamp instances represent the same point in time.
Declaration
public static bool Equals(UnixTimestamp left, UnixTimestamp right)
Parameters
| Type | Name | Description |
|---|---|---|
| UnixTimestamp | left | The first object to compare. |
| UnixTimestamp | right | The second object to compare. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if the two values are equal; otherwise, false. |
Equals(Object)
Returns a value indicating whether the value of this instance is equal to the value of the specified UnixTimestamp instance.
Declaration
public override bool Equals(object obj)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | obj | The object to compare to this instance. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if the |
Remarks
The current instance and obj
are equal if their
Seconds property values are equal.
GetHashCode()
Returns the hash code for this instance.
Declaration
public override int GetHashCode()
Returns
| Type | Description |
|---|---|
| System.Int32 | A 32-bit signed integer hash code. |
Subtract(UnixTimestamp)
Subtracts the specified date and time from this instance.
Declaration
public TimeSpan Subtract(UnixTimestamp value)
Parameters
| Type | Name | Description |
|---|---|---|
| UnixTimestamp | value | The date and time value to subtract. |
Returns
| Type | Description |
|---|---|
| TimeSpan | A time interval that is equal to the date and time represented by
this instance minus the date and time represented by |
Remarks
If the date and time of the current instance is earlier than value,
the method returns a
Subtract(TimeSpan)
Subtracts the specified duration from this instance.
Declaration
public UnixTimestamp Subtract(TimeSpan value)
Parameters
| Type | Name | Description |
|---|---|---|
| TimeSpan | value | The time interval to subtract. |
Returns
| Type | Description |
|---|---|
| UnixTimestamp | An object that is equal to the date and time represented by this
instance minus the time interval represented by |
ToDateTime()
Converts the value of the current UnixTimestamp object to its equivalent DateTime.
Declaration
public DateTime ToDateTime()
Returns
| Type | Description |
|---|---|
| DateTime | A DateTime representing the current UnixTimestamp object. |
ToString()
Converts the value of the current UnixTimestamp object to its equivalent string representation.
Declaration
public override string ToString()
Returns
| Type | Description |
|---|---|
| System.String | A string representation of the value of the current UnixTimestamp object. |
ToString(String, IFormatProvider)
Converts the value of the current UnixTimestamp object to its equivalent string representation using the specified format and culture-specific format information.
Declaration
public string ToString(string format, IFormatProvider formatProvider)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | format | A numeric format string. |
| IFormatProvider | formatProvider | An object that supplies culture-specific formatting information. |
Returns
| Type | Description |
|---|---|
| System.String | A string representation of value of the current
UnixTimestamp object as specified by
|
Operators
| Improve this Doc View SourceEquality(UnixTimestamp, UnixTimestamp)
Determines whether two specified UnixTimestamp objects represent the same point in time.
Declaration
public static bool operator ==(UnixTimestamp left, UnixTimestamp right)
Parameters
| Type | Name | Description |
|---|---|---|
| UnixTimestamp | left | The first object to compare. |
| UnixTimestamp | right | The second object to compare. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if both objects represent the same point in time; otherwise, false. |
GreaterThan(UnixTimestamp, UnixTimestamp)
Determines whether one specified UnixTimestamp object is later than another specified UnixTimestamp object.
Declaration
public static bool operator>(UnixTimestamp left, UnixTimestamp right)
Parameters
| Type | Name | Description |
|---|---|---|
| UnixTimestamp | left | The first object to compare. |
| UnixTimestamp | right | The second object to compare. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if |
GreaterThanOrEqual(UnixTimestamp, UnixTimestamp)
Determines whether one specified UnixTimestamp object is the same as or later than another specified UnixTimestamp object.
Declaration
public static bool operator >=(UnixTimestamp left, UnixTimestamp right)
Parameters
| Type | Name | Description |
|---|---|---|
| UnixTimestamp | left | The first object to compare. |
| UnixTimestamp | right | The second object to compare. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if |
Implicit(UnixTimestamp to Int64)
Defines an implicit conversion from UnixTimestamp to
Declaration
public static implicit operator long (UnixTimestamp value)
Parameters
| Type | Name | Description |
|---|---|---|
| UnixTimestamp | value | The object to convert. |
Returns
| Type | Description |
|---|---|
| System.Int64 | The converted object. |
Implicit(Int64 to UnixTimestamp)
Defines an implicit conversion from
Declaration
public static implicit operator UnixTimestamp(long value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int64 | value | The object to convert. |
Returns
| Type | Description |
|---|---|
| UnixTimestamp | The converted object. |
Inequality(UnixTimestamp, UnixTimestamp)
Determines whether two specified UnixTimestamp objects represent different points in time.
Declaration
public static bool operator !=(UnixTimestamp left, UnixTimestamp right)
Parameters
| Type | Name | Description |
|---|---|---|
| UnixTimestamp | left | The first object to compare. |
| UnixTimestamp | right | The second object to compare. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if |
LessThan(UnixTimestamp, UnixTimestamp)
Determines whether one specified UnixTimestamp object is earlier than another specified UnixTimestamp object.
Declaration
public static bool operator <(UnixTimestamp left, UnixTimestamp right)
Parameters
| Type | Name | Description |
|---|---|---|
| UnixTimestamp | left | The first object to compare. |
| UnixTimestamp | right | The second object to compare. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if |
LessThanOrEqual(UnixTimestamp, UnixTimestamp)
Determines whether one specified UnixTimestamp object is the same as or earlier than another specified UnixTimestamp object.
Declaration
public static bool operator <=(UnixTimestamp left, UnixTimestamp right)
Parameters
| Type | Name | Description |
|---|---|---|
| UnixTimestamp | left | The first object to compare. |
| UnixTimestamp | right | The second object to compare. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if |


WHAT! Is your favourite colour!?!?!
red
blue
green
WHAT! Is your favourite pizza topping?
mushroom
onion
pepperoni
sausage
anchovy
macaroni
crunchy frog
anthrax ripple


{{define "voting"}}
{{.}}
{{.Error}}
See the EXCCoin Voting Site for more information.
There are no active agendas to vote on currently.


---
layout: default
---
{% include header.html %}
{% for service in site.services limit:3 %}
{{ service.menu_name }}
{{ service.claim }}
Learn More
{% endfor %}
{% for service in site.services offset:3 %}
{{ service.menu_name }}
{{ service.description }}
Learn More
{% endfor %}


--- title: Let's take back (some) control of your digital privacy author: Brad Carruthers date: '2019-03-10' slug: your-digital-privacy-matters categories: [] tags: [] ---
The problem with our online privacy is not that it's a bit creepy when big tech snoops and sees everything (EVERYthing) we are doing on the internet and all the data we send through their apps (including every person you talk to and for how long and what your likes and dislikes are etc etc.), but that they literally use this information to alter our behaviour (mind-control!) in the form of attention-mining and advertising for the sake of their profits.
 Well, the problem is you have a pretty primal piece of hardware sitting up there between your ears, and you're literally up against teams of psychologist/statistics/machine learning PhDs with a hoard of supercomputers to compel you to stay glued to your screen, on their app, and possibly buying something that has been intricately and intimately marketed to you.
It doesn't have to be this way though! There are tools to limit how much time you spend on social media and in front of screens generally.
At the very least, be very careful of linking your mobile number with your social media accounts, and be careful of using social media through apps instead of through a laptop/desktop (mobile phones are a treasure trove for big tech to harvest data from us). Personally I have tried to move away from Google, Facebook and Twitter - have a look at privacytools.io for some tools if you would like to do the same.


ecpg is the embedded SQL preprocessor for C programs. It converts C programs with embedded SQL statements to normal C code by replacing the SQL invocations with special function calls. The output files can then be processed with any C compiler tool chain.
ecpg will convert each input file given on the command line to the corresponding C output file. Input files preferably have the extension .pgc, in which case the extension will be replaced by .c to determine the output file name. If the extension of the input file is not .pgc, then the output file name is computed by appending .c to the full file name. The output file name can also be overridden using the -o option.
This reference page does not describe the embedded SQL language. See Chapter 33 for more information on that topic.
ecpg accepts the following command-line arguments:
Automatically generate certain C code from SQL code. Currently, this works for EXEC SQL TYPE.
Set a compatibility mode. mode can be INFORMIX or INFORMIX_SE.
Define a C preprocessor symbol.
Parse system include files as well.
Specify an additional include path, used to find files included via EXEC SQL INCLUDE. Defaults are . (current directory), /usr/local/include, the PostgreSQL include directory which is defined at compile time (default: /usr/local/pgsql/include), and /usr/include, in that order.
Specifies that ecpg should write all its output to the given filename.
Selects a run-time behavior. Currently, option can only be no_indicator.
Turn on autocommit of transactions. In this mode, each SQL command is automatically committed unless it is inside an explicit transaction block. In the default mode, commands are committed only when EXEC SQL COMMIT is issued.
Print additional information including the version and the "include" path.
Print the ecpg version and exit.
Show help about ecpg command line arguments, and exit.
When compiling the preprocessed C code files, the compiler needs to be able to find the ECPG header files in the PostgreSQL include directory. Therefore, you might have to use the -I option when invoking the compiler (e.g., -I/usr/local/pgsql/include).
Programs using C code with embedded SQL have to be linked against the libecpg library, for example using the linker options -L/usr/local/pgsql/lib -lecpg.
The value of either of these directories that is appropriate for the installation can be found out using pg_config.


Solution Nodes
Background
Some goals may be solved directly by what we term solutions, rather than by decomposition into sub-goals.
This is where the high level argument links to and uses the supporting evidence.
Solutions will be individual pieces of analysis, evidence, results of audit reports, or references to design material including models.
Application
To add a solution node to the case argument model, right-click on a Goal node,
choose Add Child... from the pop-up menu, and choose Solution. Select the new solution node
and then complete its properties in the property sheet form.
References


Now that we know who you are, I know who I am. I'm not a mistake! It all makes sense! In a comic, you know how you can tell who the arch-villain's going to be? He's the exact opposite of the hero.  I should've known way back when... You know why, David? Because of the kids. They called me Mr Glass.
 But I can't give you this case, it don't belong to me.


Tools & Techniques
Throughout the course I used several tools, ranging from hand sketched drawings, to audio recordings and digital prototyping. In total, I used 8 different tools. Here’s a list (in no specific order):
- Paper prototypes
- Hand drawn wireframes
- Digital wireframes
- Whimsical
- Adobe Illustrator
- Adobe XD (desktop and mobile apps)
- Adobe Audition Pro
- Audio recorder
I have found it easier to work with the visual tools as they are the ones I use the most, with an exception of paper prototyping.
I feel like I do not do enough of hand drawn prototyping and sketching, and I now understood how important it is to include them in the design process. Since week 3 – when I had to prototype the journey planner – I have been practicing a bit more my drawing and sketching skills.
I have also l learned that audio prototyping shouldn’t be underestimated. During the second week I kept thinking it was completely unnecessary to put thought into the audio testing I conducted, until I tried it by myself. From a usability standpoint, audio feedback is already an incredibly useful function, but then I thought of accessibility issues and realized it is indispensable to provide auditory cues on services.
Usefulness of the tools and techniques
Since starting this degree, I have researched many times on which tools or techniques I should include in my design process. I think it’s one of those things you never think you’ll need to research, until you do.
As I mentioned, before attending this course I completely underestimated the power of hand drawn and audio prototyping. Before, my design process in a real product would probably something like this:
Design Briefing → Digital Visual Prototyping → Implementation/Final Product
After this course though, I think it must have adapted into a process with more tools, but much more efficient since it minimizes errors:
Briefing → Low-Fi Prototyping → High Fi Prototyping/Testing → Implementation/Final Product
This process still doesn’t mention the research phase, but it is already much more complete when the testing phase comes up. I believe a process like this makes things easier for different teams when information must be passed on. For example, the developers can take advantage of well-designed prototypes that are done after good testing and feedback sessions. The designers (experience, interface, graphic…) can then benefit from not having to constantly ask the developers to iterate things because of either bad instructions or lack of testing.
I am eager to apply this all in a professional environment, where this process has a bigger pressure to be done properly.
Helpful activities
From all the activities we did, I have to say the A/B testing was the one I took less advantage of. Even though we had sessions before the workshops, it felt like the tests were built on a sort of void. The freedom we had to decide on not only the type of test, but also the product we were going to test on, made A/B testing seem like not such a serious thing.
The lack of a pressure for the test participants can also contribute to this. Maybe I set up the tests wrongly, but it felt like some participants didn’t really take the outcome of the test seriously, and that may have biased the results.
END OF COURSE :)


|
SimpleITK
1.2.4
|
#include <sitkProcessObject.h>
Public Member Functions | |
| EventCommand (EventEnum e, Command *c) | |
| bool | operator< (const EventCommand &o) const |
| bool | operator== (const EventCommand &o) const |
Public Attributes | |
| Command * | m_Command |
| EventEnum | m_Event |
| unsigned long | m_ITKTag |
Definition at line 224 of file sitkProcessObject.h.
Definition at line 226 of file sitkProcessObject.h.
|
inline |
Definition at line 237 of file sitkProcessObject.h.
References m_Command.
|
inline |
Definition at line 235 of file sitkProcessObject.h.
References m_Command.
| Command* itk::simple::ProcessObject::EventCommand::m_Command |
Definition at line 230 of file sitkProcessObject.h.
Referenced by operator<(), and operator==().
| EventEnum itk::simple::ProcessObject::EventCommand::m_Event |
Definition at line 229 of file sitkProcessObject.h.
| unsigned long itk::simple::ProcessObject::EventCommand::m_ITKTag |
Definition at line 233 of file sitkProcessObject.h.


Whenever you want to reset your Bareos instance, for example, after a lot of testing you
can run just a few commands to accomplish this.
First, stop your Bareos services:
$ service bareos-dir stop
$ service bareos-sd stop
$ service bareos-fd stop
Then clean the files from your Bareos server:
$ rm /var/lib/bareos/*
Go to the Bareos scripts directory and run these commands to drop and rebuild the database:
$ cd /usr/lib/bareos/scripts
$ ./drop_bareos_database
$ ./create_bareos_database
$ ./make_bareos_tables
$ ./grant_bareos_privileges
After you’re done, start the Bareos services and you should be good to go.
$ service bareos-dir start
$ service bareos-sd start
$ service bareos-fd start


{%load bootstrap3%} {%load static%}
{{photo.user.firstname}} posted {{photo.image_name}} in {{photo.location}} {{photo.pub_date|timesince}} ago.


|
NetBeans UML Modeling |
org::galagosearch::core::eval::stat::Fmath
public class Fmath
| Properties | |
|---|---|
| Alias | Fmath |
| Visibility | public |
| Final | |
| Transient | |
| Abstract | |
| Leaf |
| Attribute Summary | |
|---|---|
double |
N_AVAGADRO
PHYSICAL CONSTANTS |
double |
K_BOLTZMANN
mol^-1 |
double |
H_PLANCK
J K^-1 |
double |
H_PLANCK_RED
J s |
double |
C_LIGHT
J s |
double |
R_GAS
m s^-1 |
double |
F_FARADAY
J K^-1 mol^-1 |
double |
T_ABS
C mol^-1 |
double |
Q_ELECTRON
Celsius |
double |
M_ELECTRON
C |
double |
M_PROTON
kg |
double |
M_NEUTRON
kg |
double |
EPSILON_0
kg |
double |
MU_0
F m^-1 |
double |
EULER_CONSTANT_GAMMA
H m^-1 (N A^-2) MATHEMATICAL CONSTANTS |
double |
PI
  |
double |
E
3. |
| Operation Summary | |
|---|---|
double |
log10(double a) 2. |
float |
log10(float a) Log to base 10 of a float number |
double |
antilog10(double x) Base 10 antilog of a double |
float |
antilog10(float x) Base 10 antilog of a float |
double |
log(double a) Log to base e of a double number |
float |
log(float a) Log to base e of a float number |
double |
antilog(double x) Base e antilog of a double |
float |
antilog(float x) Base e antilog of a float |
double |
log2(double a) Log to base 2 of a double number |
float |
log2(float a) Log to base 2 of a float number |
double |
antilog2(double x) Base 2 antilog of a double |
float |
antilog2(float x) Base 2 antilog of a float |
double |
log10(double a, double b) Log to base b of a double number and double base |
double |
log10(double a, int b) Log to base b of a double number and int base |
float |
log10(float a, float b) Log to base b of a float number and flaot base |
float |
log10(float a, int b) Log to base b of a float number and int base |
double |
square(double a) Square of a double number |
float |
square(float a) Square of a float number |
int |
square(int a) Square of an int number |
int |
factorial(int n) factorial of n argument and return are integer, therefore limited to 0<=n<=12 see below for long and double arguments =n<=12 see> |
long |
factorial(long n) factorial of n argument and return are long, therefore limited to 0<=n<=20 see below for double argument =n<=20 see> |
double |
factorial(double n) factorial of n Argument is of type double but must be, numerically, an integer factorial returned as double but is, numerically, should be an integer numerical rounding may makes this an approximation after n = 21 |
double |
logFactorial(int n) log to base e of the factorial of n log[e](factorial) returned as double numerical rounding may makes this an approximation |
double |
logFactorial(double n) log to base e of the factorial of n Argument is of type double but must be, numerically, an integer log[e](factorial) returned as double numerical rounding may makes this an approximation |
double |
maximum(double aa[0..*]) Maximum of a 1D array of doubles, aa |
float |
maximum(float aa[0..*]) Maximum of a 1D array of floats, aa |
int |
maximum(int aa[0..*]) Maximum of a 1D array of ints, aa |
long |
maximum(long aa[0..*]) Maximum of a 1D array of longs, aa |
double |
minimum(double aa[0..*]) Minimum of a 1D array of doubles, aa |
float |
minimum(float aa[0..*]) Minimum of a 1D array of floats, aa |
int |
minimum(int aa[0..*]) Minimum of a 1D array of ints, aa |
long |
minimum(long aa[0..*]) Minimum of a 1D array of longs, aa |
double[0..*] |
reverseArray(double aa[0..*]) Reverse the order of the elements of a 1D array of doubles, aa |
float[0..*] |
reverseArray(float aa[0..*]) Reverse the order of the elements of a 1D array of floats, aa |
int[0..*] |
reverseArray(int aa[0..*]) Reverse the order of the elements of a 1D array of ints, aa |
long[0..*] |
reverseArray(long aa[0..*]) Reverse the order of the elements of a 1D array of longs, aa |
char[0..*] |
reverseArray(char aa[0..*]) Reverse the order of the elements of a 1D array of char, aa |
double[0..*] |
arrayAbs(double aa[0..*]) return absolute values of an array of doubles |
float[0..*] |
arrayAbs(float aa[0..*]) return absolute values of an array of floats |
long[0..*] |
arrayAbs(long aa[0..*]) return absolute values of an array of long |
int[0..*] |
arrayAbs(int aa[0..*]) return absolute values of an array of int |
double[0..*] |
arrayMultByConstant(double aa[0..*], double constant) multiple all elements by a constant double[] by double -> double[] |
double[0..*] |
arrayMultByConstant(int aa[0..*], double constant) multiple all elements by a constant int[] by double -> double[] |
double[0..*] |
arrayMultByConstant(double aa[0..*], int constant) multiple all elements by a constant double[] by int -> double[] |
double[0..*] |
arrayMultByConstant(int aa[0..*], int constant) multiple all elements by a constant int[] by int -> double[] |
double |
nearestElementValue(double array[0..*], double value) finds the value of nearest element value in array to the argument value |
int |
nearestElementIndex(double array[0..*], double value) finds the index of nearest element value in array to the argument value |
double |
nearestLowerElementValue(double array[0..*], double value) finds the value of nearest lower element value in array to the argument value |
int |
nearestLowerElementIndex(double array[0..*], double value) finds the index of nearest lower element value in array to the argument value |
double |
nearestHigherElementValue(double array[0..*], double value) finds the value of nearest higher element value in array to the argument value |
int |
nearestHigherElementIndex(double array[0..*], double value) finds the index of nearest higher element value in array to the argument value |
int |
nearestElementValue(int array[0..*], int value) finds the value of nearest element value in array to the argument value |
int |
nearestElementIndex(int array[0..*], int value) finds the index of nearest element value in array to the argument value |
int |
nearestLowerElementValue(int array[0..*], int value) finds the value of nearest lower element value in array to the argument value |
int |
nearestLowerElementIndex(int array[0..*], int value) finds the index of nearest lower element value in array to the argument value |
int |
nearestHigherElementValue(int array[0..*], int value) finds the value of nearest higher element value in array to the argument value |
int |
nearestHigherElementIndex(int array[0..*], int value) finds the index of nearest higher element value in array to the argument value |
double |
arraySum(double array[0..*]) Sum of all array elements - double array |
float |
arraySum(float array[0..*]) Sum of all array elements - float array |
int |
arraySum(int array[0..*]) Sum of all array elements - int array |
long |
arraySum(long array[0..*]) Sum of all array elements - long array |
double |
arrayProduct(double array[0..*]) Product of all array elements - double array |
float |
arrayProduct(float array[0..*]) Product of all array elements - float array |
int |
arrayProduct(int array[0..*]) Product of all array elements - int array |
long |
arrayProduct(long array[0..*]) Product of all array elements - long array |
double[0..*] |
concatenate(double aa[0..*], double bb[0..*]) Concatenate two double arrays |
float[0..*] |
concatenate(float aa[0..*], float bb[0..*]) Concatenate two float arrays |
int[0..*] |
concatenate(int aa[0..*], int bb[0..*]) Concatenate two int arrays |
long[0..*] |
concatenate(long aa[0..*], long bb[0..*]) Concatenate two long arrays |
double[0..*] |
floatTOdouble(float aa[0..*]) recast an array of float as doubles |
double[0..*] |
intTOdouble(int aa[0..*]) recast an array of int as double |
float[0..*] |
intTOfloat(int aa[0..*]) recast an array of int as float |
long[0..*] |
intTOlong(int aa[0..*]) recast an array of int as long |
double[0..*] |
longTOdouble(long aa[0..*]) recast an array of long as double BEWARE POSSIBLE LOSS OF PRECISION |
float[0..*] |
longTOfloat(long aa[0..*]) recast an array of long as float BEWARE POSSIBLE LOSS OF PRECISION |
double[0..*] |
shortTOdouble(short aa[0..*]) recast an array of short as double |
float[0..*] |
shortTOfloat(short aa[0..*]) recast an array of short as float |
long[0..*] |
shortTOlong(short aa[0..*]) recast an array of short as long |
int[0..*] |
shortTOint(short aa[0..*]) recast an array of short as int |
double[0..*] |
byteTOdouble(byte aa[0..*]) recast an array of byte as double |
float[0..*] |
byteTOfloat(byte aa[0..*]) recast an array of byte as float |
long[0..*] |
byteTOlong(byte aa[0..*]) recast an array of byte as long |
int[0..*] |
byteTOint(byte aa[0..*]) recast an array of byte as int |
short[0..*] |
byteTOshort(byte aa[0..*]) recast an array of byte as short |
int[0..*] |
doubleTOint(double aa[0..*]) recast an array of double as int BEWARE OF LOSS OF PRECISION |
void |
print(double aa[0..*]) print an array of doubles to screen No line returns except at the end |
void |
println(double aa[0..*]) print an array of doubles to screen with line returns |
void |
print(float aa[0..*]) print an array of floats to screen No line returns except at the end |
void |
println(float aa[0..*]) print an array of floats to screen with line returns |
void |
print(int aa[0..*]) print an array of ints to screen No line returns except at the end |
void |
println(int aa[0..*]) print an array of ints to screen with line returns |
void |
print(long aa[0..*]) print an array of longs to screen No line returns except at the end |
void |
println(long aa[0..*]) print an array of longs to screen with line returns |
void |
print(char aa[0..*]) print an array of char to screen No line returns except at the end |
void |
println(char aa[0..*]) print an array of char to screen with line returns |
void |
print(String aa[0..*]) print an array of String to screen No line returns except at the end |
void |
println(String aa[0..*]) print an array of Strings to screen with line returns |
Object[0..*] |
selectSortVector(double aa[0..*]) sort elements in an array of doubles into ascending order using selection sort method returns Vector containing the original array, the sorted array and an array of the indices of the sorted array |
double[0..*] |
selectionSort(double aa[0..*]) sort elements in an array of doubles into ascending order using selection sort method |
float[0..*] |
selectionSort(float aa[0..*]) sort elements in an array of floats into ascending order using selection sort method |
int[0..*] |
selectionSort(int aa[0..*]) sort elements in an array of ints into ascending order using selection sort method |
long[0..*] |
selectionSort(long aa[0..*]) sort elements in an array of longs into ascending order using selection sort method |
void |
selectionSort(double aa[0..*], double bb[0..*], int indices[0..*]) sort elements in an array of doubles into ascending order using selection sort method returns Vector containing the original array, the sorted array and an array of the indices of the sorted array |
void |
selectionSort(double aa[0..*], double bb[0..*], double cc[0..*], double dd[0..*]) sort the elements of an array into ascending order with matching switches in an array of the length using selection sort method array determining the order is the first argument matching array is the second argument sorted arrays returned as third and fourth arguments resopectively |
void |
selectionSort(float aa[0..*], float bb[0..*], float cc[0..*], float dd[0..*])   |
void |
selectionSort(long aa[0..*], long bb[0..*], long cc[0..*], long dd[0..*])   |
void |
selectionSort(int aa[0..*], int bb[0..*], int cc[0..*], int dd[0..*])   |
void |
selectionSort(double aa[0..*], long bb[0..*], double cc[0..*], long dd[0..*])   |
void |
selectionSort(long aa[0..*], double bb[0..*], long cc[0..*], double dd[0..*])   |
void |
selectionSort(double aa[0..*], int bb[0..*], double cc[0..*], int dd[0..*])   |
void |
selectionSort(int aa[0..*], double bb[0..*], int cc[0..*], double dd[0..*])   |
void |
selectionSort(long aa[0..*], int bb[0..*], long cc[0..*], int dd[0..*])   |
void |
selectionSort(int aa[0..*], long bb[0..*], int cc[0..*], long dd[0..*])   |
void |
selectSort(double aa[0..*], double bb[0..*], int indices[0..*]) sort elements in an array of doubles (first argument) into ascending order using selection sort method returns the sorted array as second argument and an array of the indices of the sorted array as the third argument |
double |
sign(double x) returns -1 if x < 0 else returns 1 double version > |
float |
sign(float x) returns -1 if x < 0 else returns 1 float version > |
int |
sign(int x) returns -1 if x < 0 else returns 1 int version > |
long |
sign(long x) returns -1 if x < 0 else returns 1 long version > |
double |
radToDeg(double rad) UNIT CONVERSIONS Converts radians to degrees |
double |
degToRad(double deg) Converts degrees to radians |
double |
evToNm(double ev) Converts electron volts(eV) to corresponding wavelength in nm |
double |
nmToEv(double nm) Converts wavelength in nm to matching energy in eV |
double |
molarToPercentWeightByVol(double molar, double molWeight) Converts moles per litre to percentage weight by volume |
double |
percentWeightByVolToMolar(double perCent, double molWeight) Converts percentage weight by volume to moles per litre |
double |
celsiusToKelvin(double cels) Converts Celsius to Kelvin |
double |
kelvinToCelsius(double kelv) Converts Kelvin to Celsius |
double |
celsiusToFahren(double cels) Converts Celsius to Fahrenheit |
double |
fahrenToCelsius(double fahr) Converts Fahrenheit to Celsius |
double |
calorieToJoule(double cal) Converts calories to Joules |
double |
jouleToCalorie(double joule) Converts Joules to calories |
double |
gramToOunce(double gm) Converts grams to ounces |
double |
ounceToGram(double oz) Converts ounces to grams |
double |
kgToPound(double kg) Converts kilograms to pounds |
double |
poundToKg(double pds) Converts pounds to kilograms |
double |
kgToTon(double kg) Converts kilograms to tons |
double |
tonToKg(double tons) Converts tons to kilograms |
double |
millimetreToInch(double mm) Converts millimetres to inches |
double |
inchToMillimetre(double in) Converts inches to millimetres |
double |
footToMetre(double ft) Converts feet to metres |
double |
metreToFoot(double metre) Converts metres to feet |
double |
yardToMetre(double yd) Converts yards to metres |
double |
metreToYard(double metre) Converts metres to yards |
double |
mileToKm(double mile) Converts miles to kilometres |
double |
kmToMile(double km) Converts kilometres to miles |
double |
gallonToLitre(double gall) Converts UK gallons to litres |
double |
litreToGallon(double litre) Converts litres to UK gallons |
double |
quartToLitre(double quart) Converts UK quarts to litres |
double |
litreToQuart(double litre) Converts litres to UK quarts |
double |
pintToLitre(double pint) Converts UK pints to litres |
double |
litreToPint(double litre) Converts litres to UK pints |
double |
gallonPerMileToLitrePerKm(double gallPmile) Converts UK gallons per mile to litres per kilometre |
double |
litrePerKmToGallonPerMile(double litrePkm) Converts litres per kilometre to UK gallons per mile |
double |
milePerGallonToKmPerLitre(double milePgall) Converts miles per UK gallons to kilometres per litre |
double |
kmPerLitreToMilePerGallon(double kmPlitre) Converts kilometres per litre to miles per UK gallons |
double |
fluidOunceUKtoUS(double flOzUK) Converts UK fluid ounce to American fluid ounce |
double |
fluidOunceUStoUK(double flOzUS) Converts American fluid ounce to UK fluid ounce |
double |
pintUKtoUS(double pintUK) Converts UK pint to American liquid pint |
double |
pintUStoUK(double pintUS) Converts American liquid pint to UK pint |
double |
quartUKtoUS(double quartUK) Converts UK quart to American liquid quart |
double |
quartUStoUK(double quartUS) Converts American liquid quart to UK quart |
double |
gallonUKtoUS(double gallonUK) Converts UK gallon to American gallon |
double |
gallonUStoUK(double gallonUS) Converts American gallon to UK gallon |
double |
pintUKtoCupUS(double pintUK) Converts UK pint to American cup |
double |
cupUStoPintUK(double cupUS) Converts American cup to UK pint |
double |
calcBMImetric(double height, double weight) Calculates body mass index (BMI) from height (m) and weight (kg) |
double |
calcBMIimperial(double height, double weight) Calculates body mass index (BMI) from height (ft) and weight (lbs) |
double |
calcWeightFromBMImetric(double bmi, double height) Calculates weight (kg) to give a specified BMI for a given height (m) |
double |
calcWeightFromBMIimperial(double bmi, double height) Calculates weight (lbs) to give a specified BMI for a given height (ft) |
double |
hypot(double aa, double bb) ADDITIONAL TRIGONOMETRIC FUNCTIONS Returns the length of the hypotenuse of a and b i. |
float |
hypot(float aa, float bb) Returns the length of the hypotenuse of a and b i. |
double |
angle(double xAtA, double yAtA, double xAtB, double yAtB, double xAtC, double yAtC) Angle (in radians) subtended at coordinate C given x, y coordinates of all apices, A, B and C, of a triangle |
double |
angle(double sideAC, double sideBC, double sideAB) Angle (in radians) between sides sideA and sideB given all side lengths of a triangle |
double |
sin(double xAtA, double yAtA, double xAtB, double yAtB, double xAtC, double yAtC) Sine of angle subtended at coordinate C given x, y coordinates of all apices, A, B and C, of a triangle |
double |
sin(double sideAC, double sideBC, double sideAB) Sine of angle between sides sideA and sideB given all side lengths of a triangle |
double |
sin(double arg) Sine given angle in radians for completion - returns Math. |
double |
asin(double a) Inverse sine Fmath. |
double |
cos(double xAtA, double yAtA, double xAtB, double yAtB, double xAtC, double yAtC) Cosine of angle subtended at coordinate C given x, y coordinates of all apices, A, B and C, of a triangle |
double |
cos(double sideAC, double sideBC, double sideAB) Cosine of angle between sides sideA and sideB given all side lengths of a triangle |
double |
cos(double arg) Cosine given angle in radians for completion - returns Java Math. |
double |
acos(double a) Inverse cosine Fmath. |
double |
tan(double xAtA, double yAtA, double xAtB, double yAtB, double xAtC, double yAtC) Tangent of angle subtended at coordinate C given x, y coordinates of all apices, A, B and C, of a triangle |
double |
tan(double sideAC, double sideBC, double sideAB) Tangent of angle between sides sideA and sideB given all side lengths of a triangle |
double |
tan(double arg) Tangent given angle in radians for completion - returns Math. |
double |
atan(double a) Inverse tangent for completion - returns Math. |
double |
atan2(double a, double b) Inverse tangent - ratio numerator and denominator provided for completion - returns Math. |
double |
cot(double a) Cotangent |
double |
acot(double a) Inverse cotangent |
double |
acot2(double a, double b) Inverse cotangent - ratio numerator and denominator provided |
double |
sec(double a) Secant |
double |
asec(double a) Inverse secant |
double |
csc(double a) Cosecant |
double |
acsc(double a) Inverse cosecant |
double |
exsec(double a) Exsecant |
double |
aexsec(double a) Inverse exsecant |
double |
vers(double a) Versine |
double |
avers(double a) Inverse versine |
double |
covers(double a) Coversine |
double |
acovers(double a) Inverse coversine |
double |
hav(double a) Haversine |
double |
ahav(double a) Inverse haversine |
double |
sinc(double a) Sinc |
double |
sinh(double a) Hyperbolic sine of a double number |
double |
asinh(double a) Inverse hyperbolic sine of a double number |
double |
cosh(double a) Hyperbolic cosine of a double number |
double |
acosh(double a) Inverse hyperbolic cosine of a double number |
double |
tanh(double a) Hyperbolic tangent of a double number |
double |
atanh(double a) Inverse hyperbolic tangent of a double number |
double |
coth(double a) Hyperbolic cotangent of a double number |
double |
acoth(double a) Inverse hyperbolic cotangent of a double number |
double |
sech(double a) Hyperbolic secant of a double number |
double |
asech(double a) Inverse hyperbolic secant of a double number |
double |
csch(double a) Hyperbolic cosecant of a double number |
double |
acsch(double a) Inverse hyperbolic cosecant of a double number |
double |
truncate(double x, int prec) MANTISSA ROUNDING (TRUNCATING) Rounds the mantissa of a double to prec places |
float |
truncate(float x, int prec) Rounds the mantissa of a float to prec places |
String |
stringRound(String ss, int prec, char sign) Method for truncate |
boolean |
isInfinity(double x) Returns true if x is infinite, i. |
boolean |
isInfinity(float x) Returns true if x is infinite, i. |
boolean |
isPlusInfinity(double x) Returns true if x is plus infinity x is double |
boolean |
isPlusInfinity(float x) Returns true if x is plus infinity x is float |
boolean |
isMinusInfinity(double x) Returns true if x is minus infinity x is double |
boolean |
isMinusInfinity(float x) Returns true if x is minus infinity x is float |
boolean |
isNaN(double x) Returns true if x is 'Not a Number' (NaN) x is double |
boolean |
isNaN(float x) Returns true if x is 'Not a Number' (NaN) x is float |
boolean |
isEqual(double x, double y) Returns true if x equals y x and y are double x may be float within range, PLUS_INFINITY, NEGATIVE_INFINITY, or NaN NB!! This method treats two NaNs as equal |
boolean |
isEqual(float x, float y) Returns true if x equals y x and y are float x may be float within range, PLUS_INFINITY, NEGATIVE_INFINITY, or NaN NB!! This method treats two NaNs as equal |
boolean |
isEqual(int x, int y) Returns true if x equals y x and y are int |
boolean |
isEqual(char x, char y) Returns true if x equals y x and y are char |
boolean |
isEqual(String x, String y) Returns true if x equals y x and y are Strings |
boolean |
isEven(int x) Returns true if x is an even number, false if x is an odd number x is int |
int |
compare(double x, double y) Returns 0 if x == y Returns -1 if x < y Returns 1 if x > y x and y are double > |
int |
compare(int x, int y) Returns 0 if x == y Returns -1 if x < y Returns 1 if x > y x and y are int > |
int |
compare(long x, long y) Returns 0 if x == y Returns -1 if x < y Returns 1 if x > y x and y are long > |
int |
compare(float x, float y) Returns 0 if x == y Returns -1 if x < y Returns 1 if x > y x and y are float > |
int |
compare(byte x, byte y) Returns 0 if x == y Returns -1 if x < y Returns 1 if x > y x and y are short > |
int |
compare(short x, short y) Returns 0 if x == y Returns -1 if x < y Returns 1 if x > y x and y are short > |
boolean |
isEven(float x) Returns true if x is an even number, false if x is an odd number x is float but must hold an integer value |
boolean |
isEven(double x) Returns true if x is an even number, false if x is an odd number x is double but must hold an integer value |
boolean |
isOdd(int x) Returns true if x is an odd number, false if x is an even number x is int |
boolean |
isOdd(float x) Returns true if x is an odd number, false if x is an even number x is float but must hold an integer value |
boolean |
isOdd(double x) Returns true if x is an odd number, false if x is an even number x is double but must hold an integer value |
boolean |
leapYear(int year) Returns true if year (argument) is a leap year |
long |
dateToJavaMilliS(int year, int month, int day, int hour, int min, int sec) Returns milliseconds since 0 hours 0 minutes 0 seconds on 1 Jan 1970 |
| Attribute Detail |
|---|
public double N_AVAGADRO
public double K_BOLTZMANN
public double H_PLANCK
public double H_PLANCK_RED
public double C_LIGHT
public double R_GAS
public double F_FARADAY
public double T_ABS
public double Q_ELECTRON
public double M_ELECTRON
public double M_PROTON
public double M_NEUTRON
public double EPSILON_0
public double MU_0
public double EULER_CONSTANT_GAMMA
public double PI
public double E
| Operation Detail |
|---|
public static double log10(double a)
public static float log10(float a)
public static double antilog10(double x)
public static float antilog10(float x)
public static double log(double a)
public static float log(float a)
public static double antilog(double x)
public static float antilog(float x)
public static double log2(double a)
public static float log2(float a)
public static double antilog2(double x)
public static float antilog2(float x)
public static double log10(double a, double b)
public static double log10(double a, int b)
public static float log10(float a, float b)
public static float log10(float a, int b)
public static double square(double a)
public static float square(float a)
public static int square(int a)
public static int factorial(int n)
public static long factorial(long n)
public static double factorial(double n)
public static double logFactorial(int n)
public static double logFactorial(double n)
public static double maximum(double aa[0..*])
public static float maximum(float aa[0..*])
public static int maximum(int aa[0..*])
public static long maximum(long aa[0..*])
public static double minimum(double aa[0..*])
public static float minimum(float aa[0..*])
public static int minimum(int aa[0..*])
public static long minimum(long aa[0..*])
public static double[0..*] reverseArray(double aa[0..*])
public static float[0..*] reverseArray(float aa[0..*])
public static int[0..*] reverseArray(int aa[0..*])
public static long[0..*] reverseArray(long aa[0..*])
public static char[0..*] reverseArray(char aa[0..*])
public static double[0..*] arrayAbs(double aa[0..*])
public static float[0..*] arrayAbs(float aa[0..*])
public static long[0..*] arrayAbs(long aa[0..*])
public static int[0..*] arrayAbs(int aa[0..*])
public static double[0..*] arrayMultByConstant(double aa[0..*], double constant)
public static double[0..*] arrayMultByConstant(int aa[0..*], double constant)
public static double[0..*] arrayMultByConstant(double aa[0..*], int constant)
public static double[0..*] arrayMultByConstant(int aa[0..*], int constant)
public static double nearestElementValue(double array[0..*], double value)
public static int nearestElementIndex(double array[0..*], double value)
public static double nearestLowerElementValue(double array[0..*], double value)
public static int nearestLowerElementIndex(double array[0..*], double value)
public static double nearestHigherElementValue(double array[0..*], double value)
public static int nearestHigherElementIndex(double array[0..*], double value)
public static int nearestElementValue(int array[0..*], int value)
public static int nearestElementIndex(int array[0..*], int value)
public static int nearestLowerElementValue(int array[0..*], int value)
public static int nearestLowerElementIndex(int array[0..*], int value)
public static int nearestHigherElementValue(int array[0..*], int value)
public static int nearestHigherElementIndex(int array[0..*], int value)
public static double arraySum(double array[0..*])
public static float arraySum(float array[0..*])
public static int arraySum(int array[0..*])
public static long arraySum(long array[0..*])
public static double arrayProduct(double array[0..*])
public static float arrayProduct(float array[0..*])
public static int arrayProduct(int array[0..*])
public static long arrayProduct(long array[0..*])
public static double[0..*] concatenate(double aa[0..*], double bb[0..*])
public static float[0..*] concatenate(float aa[0..*], float bb[0..*])
public static int[0..*] concatenate(int aa[0..*], int bb[0..*])
public static long[0..*] concatenate(long aa[0..*], long bb[0..*])
public static double[0..*] floatTOdouble(float aa[0..*])
public static double[0..*] intTOdouble(int aa[0..*])
public static float[0..*] intTOfloat(int aa[0..*])
public static long[0..*] intTOlong(int aa[0..*])
public static double[0..*] longTOdouble(long aa[0..*])
public static float[0..*] longTOfloat(long aa[0..*])
public static double[0..*] shortTOdouble(short aa[0..*])
public static float[0..*] shortTOfloat(short aa[0..*])
public static long[0..*] shortTOlong(short aa[0..*])
public static int[0..*] shortTOint(short aa[0..*])
public static double[0..*] byteTOdouble(byte aa[0..*])
public static float[0..*] byteTOfloat(byte aa[0..*])
public static long[0..*] byteTOlong(byte aa[0..*])
public static int[0..*] byteTOint(byte aa[0..*])
public static short[0..*] byteTOshort(byte aa[0..*])
public static int[0..*] doubleTOint(double aa[0..*])
public static void print(double aa[0..*])
public static void println(double aa[0..*])
public static void print(float aa[0..*])
public static void println(float aa[0..*])
public static void print(int aa[0..*])
public static void println(int aa[0..*])
public static void print(long aa[0..*])
public static void println(long aa[0..*])
public static void print(char aa[0..*])
public static void println(char aa[0..*])
public static void print(String aa[0..*])
public static void println(String aa[0..*])
public static Object[0..*] selectSortVector(double aa[0..*])
public static double[0..*] selectionSort(double aa[0..*])
public static float[0..*] selectionSort(float aa[0..*])
public static int[0..*] selectionSort(int aa[0..*])
public static long[0..*] selectionSort(long aa[0..*])
public static void selectionSort(double aa[0..*], double bb[0..*], int indices[0..*])
public static void selectionSort(double aa[0..*], double bb[0..*], double cc[0..*], double dd[0..*])
public static void selectionSort(float aa[0..*], float bb[0..*], float cc[0..*], float dd[0..*])
public static void selectionSort(long aa[0..*], long bb[0..*], long cc[0..*], long dd[0..*])
public static void selectionSort(int aa[0..*], int bb[0..*], int cc[0..*], int dd[0..*])
public static void selectionSort(double aa[0..*], long bb[0..*], double cc[0..*], long dd[0..*])
public static void selectionSort(long aa[0..*], double bb[0..*], long cc[0..*], double dd[0..*])
public static void selectionSort(double aa[0..*], int bb[0..*], double cc[0..*], int dd[0..*])
public static void selectionSort(int aa[0..*], double bb[0..*], int cc[0..*], double dd[0..*])
public static void selectionSort(long aa[0..*], int bb[0..*], long cc[0..*], int dd[0..*])
public static void selectionSort(int aa[0..*], long bb[0..*], int cc[0..*], long dd[0..*])
public static void selectSort(double aa[0..*], double bb[0..*], int indices[0..*])
public static double sign(double x)
public static float sign(float x)
public static int sign(int x)
public static long sign(long x)
public static double radToDeg(double rad)
public static double degToRad(double deg)
public static double evToNm(double ev)
public static double nmToEv(double nm)
public static double molarToPercentWeightByVol(double molar, double molWeight)
public static double percentWeightByVolToMolar(double perCent, double molWeight)
public static double celsiusToKelvin(double cels)
public static double kelvinToCelsius(double kelv)
public static double celsiusToFahren(double cels)
public static double fahrenToCelsius(double fahr)
public static double calorieToJoule(double cal)
public static double jouleToCalorie(double joule)
public static double gramToOunce(double gm)
public static double ounceToGram(double oz)
public static double kgToPound(double kg)
public static double poundToKg(double pds)
public static double kgToTon(double kg)
public static double tonToKg(double tons)
public static double millimetreToInch(double mm)
public static double inchToMillimetre(double in)
public static double footToMetre(double ft)
public static double metreToFoot(double metre)
public static double yardToMetre(double yd)
public static double metreToYard(double metre)
public static double mileToKm(double mile)
public static double kmToMile(double km)
public static double gallonToLitre(double gall)
public static double litreToGallon(double litre)
public static double quartToLitre(double quart)
public static double litreToQuart(double litre)
public static double pintToLitre(double pint)
public static double litreToPint(double litre)
public static double gallonPerMileToLitrePerKm(double gallPmile)
public static double litrePerKmToGallonPerMile(double litrePkm)
public static double milePerGallonToKmPerLitre(double milePgall)
public static double kmPerLitreToMilePerGallon(double kmPlitre)
public static double fluidOunceUKtoUS(double flOzUK)
public static double fluidOunceUStoUK(double flOzUS)
public static double pintUKtoUS(double pintUK)
public static double pintUStoUK(double pintUS)
public static double quartUKtoUS(double quartUK)
public static double quartUStoUK(double quartUS)
public static double gallonUKtoUS(double gallonUK)
public static double gallonUStoUK(double gallonUS)
public static double pintUKtoCupUS(double pintUK)
public static double cupUStoPintUK(double cupUS)
public static double calcBMImetric(double height, double weight)
public static double calcBMIimperial(double height, double weight)
public static double calcWeightFromBMImetric(double bmi, double height)
public static double calcWeightFromBMIimperial(double bmi, double height)
public static double hypot(double aa, double bb)
public static float hypot(float aa, float bb)
public static double angle(double xAtA, double yAtA, double xAtB, double yAtB, double xAtC, double yAtC)
public static double angle(double sideAC, double sideBC, double sideAB)
public static double sin(double xAtA, double yAtA, double xAtB, double yAtB, double xAtC, double yAtC)
public static double sin(double sideAC, double sideBC, double sideAB)
public static double sin(double arg)
public static double asin(double a)
public static double cos(double xAtA, double yAtA, double xAtB, double yAtB, double xAtC, double yAtC)
public static double cos(double sideAC, double sideBC, double sideAB)
public static double cos(double arg)
public static double acos(double a)
public static double tan(double xAtA, double yAtA, double xAtB, double yAtB, double xAtC, double yAtC)
public static double tan(double sideAC, double sideBC, double sideAB)
public static double tan(double arg)
public static double atan(double a)
public static double atan2(double a, double b)
public static double cot(double a)
public static double acot(double a)
public static double acot2(double a, double b)
public static double sec(double a)
public static double asec(double a)
public static double csc(double a)
public static double acsc(double a)
public static double exsec(double a)
public static double aexsec(double a)
public static double vers(double a)
public static double avers(double a)
public static double covers(double a)
public static double acovers(double a)
public static double hav(double a)
public static double ahav(double a)
public static double sinc(double a)
public static double sinh(double a)
public static double asinh(double a)
public static double cosh(double a)
public static double acosh(double a)
public static double tanh(double a)
public static double atanh(double a)
public static double coth(double a)
public static double acoth(double a)
public static double sech(double a)
public static double asech(double a)
public static double csch(double a)
public static double acsch(double a)
public static double truncate(double x, int prec)
public static float truncate(float x, int prec)
private static String stringRound(String ss, int prec, char sign)
public static boolean isInfinity(double x)
public static boolean isInfinity(float x)
public static boolean isPlusInfinity(double x)
public static boolean isPlusInfinity(float x)
public static boolean isMinusInfinity(double x)
public static boolean isMinusInfinity(float x)
public static boolean isNaN(double x)
public static boolean isNaN(float x)
public static boolean isEqual(double x, double y)
public static boolean isEqual(float x, float y)
public static boolean isEqual(int x, int y)
public static boolean isEqual(char x, char y)
public static boolean isEqual(String x, String y)
public static boolean isEven(int x)
public static int compare(double x, double y)
public static int compare(int x, int y)
public static int compare(long x, long y)
public static int compare(float x, float y)
public static int compare(byte x, byte y)
public static int compare(short x, short y)
public static boolean isEven(float x)
public static boolean isEven(double x)
public static boolean isOdd(int x)
public static boolean isOdd(float x)
public static boolean isOdd(double x)
public static boolean leapYear(int year)
public static long dateToJavaMilliS(int year, int month, int day, int hour, int min, int sec)
|
NetBeans UML Modeling |


{% trans %}Hello! Welcome to the world of Nekoyume. We are currently creating a novice character.
This process will take about 15 seconds.{% endtrans %}
{% extends 'layout.html' %} {% block title %}Login{% endblock %} {% block body %}
{% trans %}Hello! Welcome to the world of Nekoyume. We are currently creating a novice character.
This process will take about 15 seconds.{% endtrans %}


Ford Has Big Plans For New Mustang Family
The Mustang Mach-E is only the beginning.
by Jay TraugottThe 2021 Ford Mustang Mach-E is finally here, a decade after Ford's first electric vehicle, the Focus Electric. Built mainly for compliance reasons, the Focus Electric can no longer compete with today's modern EVs, and that's where the Mustang Mach-E comes into the picture. Taking advantage of the Mustang muscle car's global popularity, Ford's decision to create a so-called "Mustang family" changes everything. And yes, the Mustang Mach-E is only the beginning.
According to Autocar, the Mustang nameplate will grow into an expanded family. "The Mach-E is our step into the future, without ignoring history," Ford's European design chief, Murat Gueler, said. "There's a lot of emotion with the Mustang, and it's time to progress that and make it spread wider."
Instead of simply applying the Blue Oval emblem to a new EV with its own unique design, Gueler admitted Ford realized it was best to bank on an established and beloved name.
In fact, "We've talked about building a family" of Mustangs, Gueler added. "The latest Mustang in Europe has gained another level of popularity, so we have a bigger base for the Mustang brand. The Mustang and the Porsche 911 are the most famous sports cars on the planet. Mustang is a big nameplate and it's about time we applied electrification to it."
In case you haven't already noticed, there is not a single Ford Blue Oval badge anywhere on the car; only the iconic Mustang logo is used.
While this decision will be controversial for diehard Mustang muscle car fans, Gueler said that "We did our research and customers are totally okay with this. It's the same on the Mustang itself, and it communicates how unique this car is."
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So, what will come next in the Mustang family? A smaller SUV, perhaps? Gueler refused to go into details, but we already know the Mustang Mach-E's all-new electric vehicle architecture is highly customizable, meaning it can be lengthened or shortened as required. One possibility we could see Ford going forward with is a sleek Mustang family sedan on par with the Porsche Taycan. Although Ford discontinued traditional sedans and hatchbacks in North America, electrification and the Mustang family nameplate represent a whole new ball game.


You will find below the documentation of the Quotek Alchemy API client. With it you will be able to perform on text content advanced sentiment analysis, categorization or relations finding, these tools being the key factors for accurately analysing financial news. You can register for a free API key at the following URL: http://www.alchemyapi.com/api/register.html
quotek::nlp::
alchemy
¶alchemy is a class which aims to help quotek strategies interract with Alchemy API NLP service. Alchemy API Service contains some very useful functionalities like sentiment analysis, etc..
Note: Only the API calls which are most useful to algo-trading are added here.
Public Functions
alchemy
(std::string key, std::string endpoint)¶alchemy class constructor.
key
- Alchemy API Key.
host
- Alchemy host endpoint.
~alchemy
()¶alchemy object destructor.
sentiment
(std::string payload, std::string target, std::string format)¶Sentiment Analysis method. The payload text/url passed as argument is sent to the API for further analysis. The detected sentiment is then returned as a quotek::nlp::sentiment object.
payload
- Text or URL of text to analyse.
target
- tells for which target sentiment must be processed. Target is optional and therefore can be an empty string.
format
- tells wether payload is text, html, or url.
relations
(std::string payload, std::string format)¶relations is able to summerize a text and basically return it under a “Who doest what” form.
payload
- Text or URL of text to analyse relashionships for.
format
- tells wether payload is text, html, or url.
taxonomy
(std::string payload, std::string format)¶taxonomy categorizes a text corpus in a pre-existing category-tree. You can get the full category-tree at http://www.alchemyapi.com/sites/default/files/taxonomyCategories.zip
payload
- Text or URL of text to get taxonomy for.
format
- tells wether payload is text, html, or url.
language
(std::string payload, std::string format)¶language function guesses the language used to write the text passed as argument.
payload
- Text or URL of text to analyse.
format
- tells wether payload is text, html, or url.
raw
(std::string call, std::map<std::string, std::string> parameters)¶Since alchemy binding is only partially supported, raw() allows to perform an API call by letting the user choose which call to use and also which parameters to pass it. It will then return the Alchemy server response in raw form (no parsing). Note about API calls: You can find the whole list of Alchemy API Calls and full documentation here: http://www.alchemyapi.com/api Note about call parameters: You are not required to add apikey in the parameters list, since raw() will append it for you.
call
- name of the Alchemy API call (without URI format prefix).
parameters
- POST parameters to send with the call.
You will find below and sample source code about how to use the alchemy API client for sentiment analysis.
#include <quotek/quotek.hpp> #include <quotek/alchemy.hpp> using namespace quotek::ml; int main(int argc, char** argv) { //we declare a text corpus for analysis std::string txt = "Before you knew it, it was an all-out Eastern USD reserve liquidation party, leading some to ask what effect the drawdowns would ultimately have on UST yields because all else equal, FX reserve selling is just QE in reverse."; //We create a new alchemy object alchemy al("JSKJS-09304832-SJ0390S"); //We ask Alchemy API an sentiment analysis on text txt sentiment sent = al.sentiment(txt,"text"); //We display sentiment on standard output. std::cout << "TEXT SENTIMENT:" << sent.sentimentstr << std::endl; }


I’ve always loved building things, from CNC-routered wheels of fortune, to sound-reactive LED totem poles. I have a very healthy, definitely-not-concerning obsession with organizing things into bins. I’m self-taught (and self-sabotaging) and like learnin’ stuff.
And I spend a lot of time going down mountains on various wheels and planks.
I guess you might be here hoping I can do some programming, and yes I do a lot of that too. Does it come with LEDs or bins?


I am writing to you to follow up on our discussion last week regarding
disclosure of counterparty names for price verification purposes.
Can you give me the name and contact information for the person within
your company that would work with us to put a Confidentiality Agreement
in place.
Jeff Hodge is our lawyer who will work on this for Enron. Jeff can
contacted at<PHONE_NUMBER> or by email at<EMAIL_ADDRESS>Thanks for you assistance.
Scott Neal
**********************************************************************
This e-mail is the property of Enron Corp. and/or its relevant affiliate and may
contain confidential and privileged material for the sole use of the intended
recipient (s). Any review, use, distribution or disclosure by others is strictly
prohibited. If you are not the intended recipient (or authorized to receive for
the recipient), please contact the sender or reply to Enron Corp. at
<EMAIL_ADDRESS>and delete all copies of the message.
This e-mail (and any attachments hereto) are not intended to be an offer (or an
acceptance) and do not create or evidence a binding and enforceable contract
between Enron Corp. (or any of its affiliates) and the intended recipient or any
other party, and may not be relied on by anyone as the basis of a contract by
estoppel or otherwise. Thank you.
**********************************************************************
***********
EDRM Enron Email Data Set has been produced in EML, PST and NSF format by ZL Technologies, Inc. This Data Set is licensed under a Creative Commons Attribution 3.0 United States License <http://creativecommons.org/licenses/by/3.0/us/> . To provide attribution, please cite to "ZL Technologies, Inc. (http://www.zlti.com)."
***********
California


Man arrested for incinerating father's body
TAKAMATSU — A company executive was arrested Thursday for allegedly incinerating and disposing of his 70-year-old father's body at his home, with authorities suspecting foul play, police said.
Takashi Hayashida, 29, is suspected of unlawfully disposing of his father Akira's body at his home in Takamatsu, Kagawa Prefecture, between Oct 30 and Wednesday. Hayashida admitted to the charge.
The police confirmed they are also investigating the possibility of murder, noting that Hayashida mentioned having trouble with his father over business.
According to the police, a woman who lived with Akira saw him leave for work on the morning of Oct 30. She filed a missing person report on Nov 1 because he had not returned home.
When the police searched Hayashida's home on Wednesday and Thursday, they found ashes and blood stains, prompting them to arrest Hayashida on suspicion of disposing of the body.
Hayashida serves as an executive for a company dealing with dog sales and breeding, and his father Akira was the president, according to a credit research firm.
© KYODO


About
Borderland Food Co is on a mission to improve the health of our community.  We believe wholeheartedly in wholistic health and we endeavour to help everyone make better choices for themselves and their families.
Our Founder
A born and raised small town Albertan, Whitney grew up around cattle, horses and cowboys where being part of her community was a cornerstone of her upbringing. Before embarking on the crazy journey of entrepreneurship, she worked as a registered nurse in addiction and mental health for a decade and completed her Master of Nursing degree in 2018. Whitney enjoys spending her time sipping wine, eating delicious food, and laughing non-stop with her family and friends.
More Than Just Bone Broth
At Borderland Food Co, we truly believe in supporting our community. When the time came to hire employees for Borderland, Whitney wanted to hire thoughtfully and in a way that would add value to her community. Given her background working in addictions and mental health, she knew that she wanted to positively impact the communities with which she had worked during her nursing career. It was at that time that Borderland Food Co developed it’s hiring practice:
“Borderland Food Co provides a supportive, judgement free work environment for individuals who are recovering from addictions and we endeavour to hire individuals who fit this description wherever possible.”
We are proud to be more than just a bone broth company, and thanks to our hiring philosophy, we have built an amazing team who make amazing products.


This application is limited to identifying co-occurring enzyme clusters in prokaryotes. Metabolic network data mined from KEGG database is used as a document, enzyme classification numbers are used as words to identify hidden co-occurring enzyme clusters (CEC) as topics. For details on the method, refer the code repository
There are three options to use this application:
Note: FastText works by considering similarity between words (or characters). For example, EC.<IP_ADDRESS> will be characterized as similar to EC.<IP_ADDRESS> by the algorithm even if EC.<IP_ADDRESS> was never observed during training. Whereas LDA will simply assign a zero probability to enzymes that the model has never seen before.


Autofocus:
Placeholder:
Autocomplete Off:
Required:
Email:
Pattern:
Autocomplete:
Multiple file upload:
Input outside of form:


Liste de restaurant - Mons
Nom restaurant 1
Nom restaurant 2
Nom restaurant 3
More Information
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Nom restaurant
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Observational studies are limited in that there could be an unmeasured variable related to both the response variable and the primary predictor. If this unmeasured variable were included in the analysis it would change the relationship (possibly changing the conclusions). Sensitivity analysis is a way to see how much of a relationship needs to exist with the unmeasured variable before the conclusions change. This package provides tools for doing a sensitivity analysis for regression (linear, logistic, and cox) style models.
| Version: | 1.3 |
| Published: | 2013-01-18 |
| Author: | Greg Snow |
| Maintainer: | Greg Snow <greg.snow at imail.org> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| CRAN checks: | obsSens results |
| Reference manual: | obsSens.pdf |
| Package source: | obsSens_1.3.tar.gz |
| Windows binaries: | r-devel: obsSens_1.3.zip, r-release: obsSens_1.3.zip, r-oldrel: obsSens_1.3.zip |
| OS X binaries: | r-release: obsSens_1.3.tgz, r-oldrel: obsSens_1.3.tgz |
| Old sources: | obsSens archive |
Please use the canonical form https://CRAN.R-project.org/package=obsSens to link to this page.


{% extends "base.html" %} {# Based on https://github.com/shellinabox/shellinabox/blob/master/misc/embedded.html #} {% block title %}Appliance shell{% endblock %} {% block content %}


-- | This module provides some convenient definitions for the Binary -- Welded Tree algorithm implementation. module Algorithms.BWT.Definitions where import Quipper -- ====================================================================== -- * Some convenient gates -- | Apply the binary /W/-gate to a pair of qubits. The W-gate -- diagonalizes the SWAP operation. wGate :: (Qubit, Qubit) -> Circ () wGate (a,b) = do gate_W a b return () -- | Apply the /inverse/ of the /W/-gate. Note: since the /W/-gate is -- self-inverse, this is really the same as 'wGate'. However, we -- define this as a separate function for clarity. wGateInverse :: (Qubit, Qubit) -> Circ () wGateInverse = wGate -- | Apply a doubly-controlled not gate to a triple of qubits (/a/, -- /b/, /c/). Here the qubit /c/ is negated if /a/=1 and /b/=0. toffoliGate :: (Qubit, Qubit, Qubit) -> Circ () toffoliGate (a, b, c) = qnot_at c `controlled` (a .==. 1 .&&. b .==. 0) -- | @controlledExpGate(t, r, h):@ -- Apply the [exp −/iZt/] gate to the qubit /h/, provided that /r/=0. controlledExpGate :: (Timestep, Qubit, Qubit) -> Circ () controlledExpGate (t, r, h) = do expZt t h `controlled` (r .==. 0) return ()


Further stripping down the Fusion-Tables-To-Highcharts project, this uses Google Fusion Tables as a data backend to draw a chart that uses the Highcharts.js library.
Unlike the previous project, this doesn't include a map, and therefore isn't relying on a click event to draw the chart.
Use Tabletop.js to pull json from Google Spreadsheet and feed it to a chart made with Highcharts.
Demo made possible thanks to the open source work of Jonathan Soma.
License: The MIT License


1. National Design Innovation Network | Demo Video
My role in this project is to develop a virtual assistant for a restricted knowledge base for STEM VR experiments (Funded by the MeitY government of India).
Welcome to my homepage! My major research interests lie in the intersection area of Information Security, PPML, Virtual Reality, NLP, Machine Learning, and Deep Reinforcement learning with an emphasis on algorithms for the control and optimization of stochastic dynamic systems, particularly reinforcement learning and simulation optimization. I'm also interested in malware detection, multi-party computation, and cryptography.
Find Out More
Currently, I am working as a Research Assistant at the Indian Indian Institute of Science, Bangalore. I have been involved in different central government research projects at the Indian Institute of Science, funded by the government of India.
I am a very enthusiastic, dedicated, self-motivated, and hardworking person. I am always keen to learn and explore the latest cutting-edge research in machine learning, deep learning, reinforcement learning, malware detection, and information security.
I like playing cricket, listening to soft music, and writing poetry in my leisure time.
My role in this project is to develop a virtual assistant for a restricted knowledge base for STEM VR experiments (Funded by the MeitY government of India).
My primary role in this project is to write code for validation cryptographic algorithms (DSA, ECDSA, RSA, KAS, etc.) automatically. I am also involved in developing the backend and front end for automated CAVS(Cryptographic Algorithm Validation System) [Funded by the MeitY government of India].
In this project, we are trying to develop an autonomous navigation drone that can recognize the path inside the building and map the whole building from the inside. This project is still in progress.
In this project, I implemented the Double Q-Learning algorithm on Mountain Car Game as a reinforcement learning project. I also tried to improve the algorithm learning rate.
In this project, I trained and tested CNN, RNN, and LSTM algorithms for handwritten digit recognition on the MNIST data set. I also compare the results for the given algorithms.
In this project, I trained and tested CNN, RNN, and LSTM algorithms for handwritten digit recognition on the MNIST data set. I also compared the results of these algorithms.
This was my major undergrad project, where I extended my minor project and proposed a new model which is more efficient and reliable than D.K. Lobiyal’s paper and implemented it.
This was my minor undergrad project in which I implemented the research paper authored by D.K. Lobiyal using NetSim Simulator.
In this project, I trained a machine learning model using linear regression to predict the types of tumor (Malignant/Benign).
● DIC lab, CPDM, Indian Institute of Science
● Project: NDIN
● Role: Developing virtual assistant for STEM
● Information Security Lab, SERC, IISc.
● Project:CAVS
● Role: Developing Cryptograhic algorithm
validation System
● Research Member: FOREST Indigenous Knowledge Research Group
● Organizaiotion: XPRIZE, USA
● Position: Summer Research Fellow
● Organization: Indian Academy of Sciences, Bangalore
● Undergrad Summer School 2017
● Dept: Computer Science and Automation
● Organization: Indian Institute of Science, Bangalore
● Positon: Research Intern
● Dept: IT Department
● Organization: Indian Northern Railway, Lucknow Division, India
● Positon: Intern
● Program: Advance Java Programming for Web Development
● Organization: NIIT-Oracle workforce development program, Lucknow
● Reinforcement Learning
● Advisor: Prof. Shalabh Bhatnagar (CSA)
● Inst: Indian Institutue of Science, Bangalore
● Deep Learning
● Advisor: Prof. Sri Ram Ganapathi (ECE)
● Inst: Indian Institute of Science, Bangalore
● Data Mining
● Advisor: Prof. Susheela Devi
● Inst: Indian Institute of Science, Bangalore
● Stream: Computer Science and Information Technology (CSIT)
● Inst: Institute of Engineering and Technology, campus MJPRU, Bareilly, U.P.
● Stream: PCM
● College: Career Convent Inter College, Lucknow
● Stream: Science
● School: DRLIC, Pilkhava, Gandhinagar, Ambedkar Nagar, UP
● School: City Montessor School


Algorithm Analysis
Given a message of size m bytes, and n blocks (n = m / 8 bytes per block). It takes O(1) per block for DES, therefore it takes:
O(3 x 1 x n) ≈ O(n)
Algorithm
DES tables can be found here
1.) Divide the 192 bit key in to 3 parts (0-63, 64-127, 128-191) and divide input text or cipher into blocks of 64bit (pad spaces to last block).
2.)
Generate 16, 48-bit subkeys from the
first 64bit key
3.) Encrypt each block by applying
initial permutation, apply the
Feistel function for 16 rounds with the subkeys generated
from
step 2.
4.) Split the block in half, 32bit each, and swap them. Apply final permutation. Repeat step 3 for the next block until empty.
5.) First DES is done. Repeat step 2 with second 64bit key from step 1, but decrypt the cipher from first DES Encryption.
Note: Decrypting DES can be done by reversing the Feistel 16 rounds, i.e using the 16th key first ... 1st key last.
6.) Second layer of DES is done. Repeat step 2 with third 64bit key from step 1, but encrypt the cipher from second DES Encryption.
7.) Done. Decrypting Triple DES can be done by reversing the 3 layer of DES.
Encryption: ciphetext = EK3(DK2(EK1)))
Decryption: plaintext = DK1(EK2(DK3)))
Feistel Function (k for k in subkeys):
- Split 64bit block in half, left and right, 32bit each
- Expand right block to 48 bit using the expansion table
- (YELLOW F below) XOR result with the k-th subkey
- (YELLOW F below) Apply result with the sBoxs
- (YELLOW F below) Shuffle result with this permutation
- XOR result with the left block
- Return join(result, left block)


--- layout: post status: publish published: true title: "
Yesterday, I posted panoramic photos of Fitch Park (the Cubs Spring Training practice facility) and Tempe Diablo Stadium, during the Cubs vs. Angels game. Today, we took a tour of Chase Field, home of the Arizona Diamondbacks. We also went to the White Sox/Dodgers Spring Training facility to see the Dodgers host the Cubs. My iPod has a panoramic photo app that isn't that great, but makes for some interesting photos. Here are a few I took today. Click on the photos to view the large versions.
[caption id="attachment_4391" align="aligncenter" width="300" caption="Chase Field"][/caption]
[caption id="attachment_4413" align="aligncenter" width="300" caption="Chase Field - Outfield"][/caption]
[caption id="attachment_4414" align="aligncenter" width="300" caption="Camelback Ranch - Behind Homeplate"][/caption]
[caption id="attachment_4416" align="aligncenter" width="300" caption="Camelback Ranch - Center Field"][/caption]


<<< BACK <<<
STM-027: Solidity* / EVM*
Authors
Bhargavan, Karthikeyan and Delignat-Lavaud, Antoine and Fournet, C{\'e}dric and Gollamudi, Anitha and Gonthier, Georges and Kobeissi, Nadim and Kulatova, Natalia and Rastogi, Aseem and Sibut-Pinote, Thomas and Swamy, Nikhil and others
Venue and Year
PLAS, 2016
Original Work
Formal Verification of Smart Contracts
Defense Modality
Additive
Core Method(s)
static analysis + formal
Input-Output Mapping
source code => report
Targeted Contracts
Any Ethereum
Threat Model
Vulnerable contract, malicious contract, or both
both
Targeted Vulnerabilities


HYPERTEC is a voxel style dogfighter, where you control a spaceship with components! You can attach unique weapons and engines that you collect from enemies, improving your ship as you go.
The weapons are procedurally generated from a selection of different pieces, allowing for over 240 different weapons! You will be completing quests for you chosen faction, and eventually claiming the sector as your own.
HYPERTEC is a voxel style dogfighter set in space. It features modular ships and procedural weapon systems with inspiations like Everspace and Borderlands driving our systems inspiration. We’re finding a mid-point between the movement of a jet and the movement of a spaceship in zero gravity, built in unity for use with a controller
Rhythm Fun was a collaberation with Caroline Stephenson, it's a rhythm game designed for young children to practice their hand eye coordination in a fun game-like context. This was our first client project as a team and we think the result was really good!
Contrelement was made for the GETA Game Jam 9. The theme was "contrasting elements" and we took it pretty literally! The game consists of sending minions of the correct opposing colour down channels to defeat the incoming enemies and destroy their spawner.
Until the World Goes Cold was a submission for the ACGS Start of Summer (SOS) and it was a bit of a longer time frame. It's a survival game where the goal is to stay alive long enough for the lake to freeze over which lets you escape. The time allowed for a more expanded game loop, with a variety of different actions and a crafting system.
Locked Safe
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Submarine
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Mollitia neque assumenda ipsam nihil, molestias magnam, recusandae quos quis inventore quisquam velit asperiores, vitae? Reprehenderit soluta, eos quod consequuntur itaque. Nam.


THE 3 DAY WEEKEND
Where to Stay?


| « CQ/XML Admin Docs | Wake Up the CQ/XML Logs via IIS | Updated: |
|---|
When the CQ/XML Logs web servers restart, they forget to serve up the XML logs when they come back online. Therefore, we need to remind the servers after each reboot.
The practice logs are served up from cqqa06
and the production logs are served from cqmsgsvr
. Login to the applicable machine via Terminal Server.
From the Start menu, select Settings
»
Control Panel
»
Administrative Tools
»
Internet Information Services (IIS) Manager
|
From IIS Manager, expand the tree to:
[Server Name] » Web Sites » Default Web Site On cqmsgsvr , select cqxmllogs (on cqqa06 , select cqxmllogs_practice). Wait for the right pane to automatically refresh and show a file list.
That's it! Now check the logs for
production
and
practice.
If they show a list of files then you're good to go.


Heaven Robot is a fellowship which help students to get the knowledge about Robotics by developing the skills to a specialist level.
We conducts workshop regarding Robotics, Automation, etc.Provide Robotics and Automation kit's.Make any types of robotic based projects.Makes proffesional Drones
1) Introduction
2) Mechanisms of how it works.
3) Live projects
1)Introduction
2) Detail learning of each and every parts.
3) Practical under the guidance of the admins.
1) Intro
2) Detail learning of the practicality.
3) Detail learning of all modules.
4) Practical under the guidance of the admins.
1) Detailed Information about micro-controller
2) Understanding of pin-diagram
3) Practrical Learning
1) Intrduction to AI Security
2) Detail information about parts and mecanism
3) Practical making
1) Introduction
2) Detail learning of each and every parts.
3) Practrical making of drones.
We conducts workshop regarding Robotics, Automation, etc.Provide Robotics and Automation kit's.Make any types of robotic based projects.Makes proffesional Drones.
Heaven Robot is a fellowship which help students to get the knowledge about Robotics by developing the skills to a specialist level.
Our team conducts workshop regarding Robotics, Automation, etc.
Upadate your-self by video explanation and smart learning
Keep updated your-self in this smart world of technology.
We are doing lot's of robotics based events . Do not miss any chance to give best learning to yourself (Keep updated your self about us)
We make lot's of robotic's and automation based project. See it and learn something.
1) Smart car-robot
2) Spider Robot
3) 4-leg robot
4) Drone robot-system
5) Robot dog
6) Cat robot
7) Gesture control robot
8) Home security robot
9) Robotic arm
10) Robotic rover
We create all types of robotic and automation based projects & proffesional drones for aerial photography , flower droping , advertising , project bases etc....
We are going to sale the kits which contains parts regarding to workshops which are going to held by us.
To spread knowledge about robotics,automation,new upcoming Technology,make new projects for world to easier theit life.
We do not compromise in our quality,we are using a-one grade parts in our kit's and the project & product which we make.
When we are creating something we make our first attention to make it unique or different from other's.
We gives firt priority to customers. We do care of them by giving our best services .
We are providing best quality products at lowest prices
Start learning electronics
Start learning with arduino
Build your self-made mobile control car
Make your home appliance control with your smart-phone
Make drone at your home
Make your home safer then your imagination
Make your own custom smart car
Learn arduino in more detail


Jean Shepherd, Joseph Robinette, Benj Pasek & Justin Paul’s
A CHRISTMAS STORY - THE MUSICAL!
November 9-11 & 16-18, 2018
Director - Wess Hughes
Music Director - Michelle Howells
Choreographer - Megan Lee Hunter
Assistant Director - Will Hodges
Stage Manager - Jessica Shaidnagle
THE CAST
At Radio Station WOR
Jean, The Narrator - Robert Pool
The WOR Singers - Ashley Adams, Madison Chatham, Josh Crosby, Sierra Davis
The Parker Family
The Old Man - Jay Baggett
The Mom - Sara Anderson, Lee Waits
Ralphie - Taylor Graham
Randy - Sammie Mitchell
At Hohman Elementary School
Miss Shields - Catherine Nowicki
Doctor - Roger Wiseman
Nurse - Ashley Adams
Cop - Ethan Glenn
Fireman - Ben Graham
Flick's Mom - Sierra Davis
The Students
Dill - Jaythan Comegys
Esther Jane - Abigail Lathham
Farkus - Taylor McCraw
Flick - Jordan Hardy
Mary Beth - Mia Allison
Nancy - Lizabeth McFarland
Schwartz - Will Thompson
Shiloh Allison, Ben Anderson, Kaitlyn Busby, Julia Graham,
Corbin Husband, Abigail Latham, Ellison Latham, Lexie Ruth,
Zoe Vanderslice, Brennan Wade, Andrew Wohlscheid
In Ralphie's Western Dream
Bankrobbers - Ben Graham, Ethan Glenn
Backtellers - Jordin Hardy, Will Thompson
Black Bart - Jaythan Comegys
Can-Can Girls - Mia Allison, Kaitlyn Busby, Anna Myers
In Miss Shield's Dream
The Tappers: Kaitlyn Busby, Carole Goza, John Catron,
Catherine Nowicki, Jamie Rambin, Zoe Vanderslice
The Cabaret Patrons: Jaythan Comegys, Jordan Hardy,
Abi Latham, Hannah Latham, Lizzie McFarland
At Higbee's Department Store
Santa - Paul Spurlin
Chief Elves - Debbie Brewer, Ethan Glenn
The Other Elves - Kaitlyn Busby, Ben Graham, Anna Myers,
Jamie Rambin, Lexie Ruth, Zoe Vanderslice
Goggles Boy - Ben Anderson
The Folks of Hohman, Indiana
The Delivery Men - Ben Graham, Roger Wiseman
Mrs. Schwartz - Carole Goza, Samantha Johnson
Chop Suey Waiters - Jamie Leigh Rambin, Ethan Glenn
Little Bumpus - Brennan Wade
Ashley Adams, Debbie Brewer, Sierra Davis, Ethan Glenn, Ben Graham,
Michelle Graham, Carole Goza, Samantha Johnson, Hannah Latham,
Anna Myers, Jamie Leigh Rambin, Roger Wiseman
The Pit Chorus
John Catron, Madison Chatham, Josh Crosby, Alyssa Garick, Don Husbands,
Sherry Lowe, Kathy Mattox, Elizabeth Pool, Ellen Rowell , Paul Shaidnagle,
Tina Thompson, Mark Tucker