Complex
Complex number class. (immutable)
Static Method Summary
| Static Public Methods | ||
| public static |
create(number: KComplexInputData): Complex Create an entity object of this class. |
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| public static |
Create random values [0, 1) with uniform random numbers. |
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| public static |
Create random values with normal distribution. |
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| public static |
valueOf(number: KComplexInputData): Complex Convert number to Complex type. |
Constructor Summary
| Public Constructor | ||
| public |
constructor(number: KComplexInputData) Create a complex number. |
Member Summary
| Private Members | ||
| private |
The imaginary part of this Comlex. |
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| private |
The real part of this Comlex. |
Method Summary
| Public Methods | ||
| public |
Absolute value. |
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| public |
Arc cosine function. |
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| public |
Inverse hyperbolic cosine function. |
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| public |
Inverse cotangent function. |
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| public |
Inverse hyperbolic cotangent function. |
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| public |
Inverse cosecant function. |
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| public |
Inverse hyperbolic cosecant function. |
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| public |
add(number: KComplexInputData): Complex Add. |
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| public |
and(number: KComplexInputData): Complex Logical AND. |
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| public |
The argument of this complex number. |
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| public |
Reverse secant function. |
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| public |
Inverse hyperbolic secant function. |
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| public |
Arc sine function. |
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| public |
Inverse hyperbolic sine function. |
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| public |
Atan (arc tangent) function. |
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| public |
atan2(number: KComplexInputData): Complex Atan (arc tangent) function. |
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| public |
Inverse hyperbolic tangent function. |
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| public |
beta(y: KComplexInputData): Complex Beta function. |
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| public |
betacdf(a: KComplexInputData, b: KComplexInputData): Complex Cumulative distribution function (CDF) of beta distribution. |
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| public |
betainc(a: KComplexInputData, b: KComplexInputData, tail: string): Complex Incomplete beta function. |
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| public |
betainv(a: KComplexInputData, b: KComplexInputData): Complex Inverse function of cumulative distribution function (CDF) of beta distribution. |
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| public |
betapdf(a: KComplexInputData, b: KComplexInputData): Complex Probability density function (PDF) of beta distribution. |
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| public |
binocdf(n: KComplexInputData, p: KComplexInputData, tail: string): Complex Cumulative distribution function (CDF) of binomial distribution. |
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| public |
binoinv(n: KComplexInputData, p: KComplexInputData): Complex Inverse function of cumulative distribution function (CDF) of binomial distribution. |
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| public |
binopdf(n: KComplexInputData, p: KComplexInputData): Complex Probability density function (PDF) of binomial distribution. |
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| public |
boolean value. |
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| public |
cbrt(n: KComplexInputData): Complex Cube root. |
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| public |
Ceil. |
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| public |
Cumulative distribution function (CDF) of chi-square distribution. |
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| public |
Inverse function of cumulative distribution function (CDF) of chi-square distribution. |
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| public |
Probability density function (PDF) of chi-square distribution. |
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| public |
clip(min: KComplexInputData, max: KComplexInputData): Complex Clip number within range. |
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| public |
Deep copy. |
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| public |
compareTo(number: KComplexInputData, tolerance: KComplexInputData): number Compare values. |
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| public |
Complex conjugate. |
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| public |
Cosine function. |
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| public |
Hyperbolic cosine function. |
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| public |
Cotangent function. |
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| public |
Hyperbolic cotangent function. |
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| public |
Cosecant function. |
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| public |
Hyperbolic cosecant function. |
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| public |
div(number: KComplexInputData): Complex Divide. |
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| public |
divide(number: KComplexInputData): Complex Divide. |
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| public |
dot(number: KComplexInputData): Complex Inner product/Dot product. |
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| public |
floating point. |
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| public |
equals(number: KComplexInputData, tolerance: KComplexInputData): boolean Equals. |
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| public |
equalsState(number: KComplexInputData): boolean Numeric type match. |
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| public |
Error function. |
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| public |
Complementary error function. |
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| public |
Inverse function of Complementary error function. |
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| public |
Inverse function of Error function. |
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| public |
Exponential function. |
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| public |
e^x - 1 |
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| public |
Factorial function, x!. |
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| public |
fcdf(d1: KComplexInputData, d2: KComplexInputData): Complex Cumulative distribution function (CDF) of F-distribution. |
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| public |
finv(d1: KComplexInputData, d2: KComplexInputData): Complex Inverse function of cumulative distribution function (CDF) of F-distribution. |
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| public |
To integer rounded down to the nearest. |
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| public |
Floor. |
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| public |
fpdf(d1: KComplexInputData, d2: KComplexInputData): Complex Probability density function (PDF) of F-distribution. |
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| public |
Fraction. |
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| public |
gamcdf(k: KComplexInputData, s: KComplexInputData): Complex Cumulative distribution function (CDF) of gamma distribution. |
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| public |
gaminv(k: KComplexInputData, s: KComplexInputData): Complex Inverse function of cumulative distribution function (CDF) of gamma distribution. |
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| public |
Gamma function. |
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| public |
gammainc(a: KComplexInputData, tail: string): Complex Incomplete gamma function. |
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| public |
Log-gamma function. |
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| public |
gampdf(k: KComplexInputData, s: KComplexInputData): Complex Probability density function (PDF) of the gamma distribution. |
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| public |
Return number of decimal places for real and imaginary parts. |
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| public |
The imaginary part of this Comlex. |
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| public |
integer value. |
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| public |
Inverse number of this value. |
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| public |
isComplex(tolerance: KComplexInputData): boolean Returns true if the vallue is complex number (imaginary part is not 0). |
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| public |
isComplexInteger(tolerance: KComplexInputData): boolean Returns true if the vallue is complex integer (including normal integer). |
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| public |
Return true if the value is finite number. |
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| public |
this === Infinity or -Infinity |
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| public |
isInteger(tolerance: KComplexInputData): boolean Return true if the value is integer. |
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| public |
this === NaN |
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| public |
real(this) < 0 |
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| public |
this === -Infinity |
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| public |
real(this) >= 0 |
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| public |
isOne(tolerance: KComplexInputData): boolean this === 1 |
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| public |
Return true if this real part of the complex positive. |
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| public |
this === Infinity |
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| public |
isReal(tolerance: KComplexInputData): boolean Return true if the value is real number. |
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| public |
isZero(tolerance: KComplexInputData): boolean this === 0 |
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| public |
Logarithmic function. |
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| public |
log_10(x) |
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| public |
ln(1 + x) |
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| public |
log_2(x) |
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| public |
Logit function. |
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| public |
max(number: KComplexInputData): Complex Maximum number. |
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| public |
min(number: KComplexInputData): Complex Minimum number. |
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| public |
mod(number: KComplexInputData): Complex Modulo, positive remainder of division. |
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| public |
mul(number: KComplexInputData): Complex Multiply. |
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| public |
multiply(number: KComplexInputData): Complex Multiply. |
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| public |
Binomial coefficient, number of all combinations, nCk. |
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| public |
this * -1 |
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| public |
norm. |
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| public |
normcdf(u: KComplexInputData, s: KComplexInputData): Complex Cumulative distribution function (CDF) of normal distribution. |
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| public |
norminv(u: KComplexInputData, s: KComplexInputData): Complex Inverse function of cumulative distribution function (CDF) of normal distribution. |
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| public |
normpdf(u: KComplexInputData, s: KComplexInputData): Complex Probability density function (PDF) of normal distribution. |
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| public |
Logical Not. |
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| public |
or(number: KComplexInputData): Complex Logical OR. |
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| public |
poisscdf(lambda: KComplexInputData): Complex Cumulative distribution function (CDF) of Poisson distribution. |
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| public |
poissinv(lambda: KComplexInputData): Complex Inverse function of cumulative distribution function (CDF) of Poisson distribution. |
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| public |
poisspdf(lambda: KComplexInputData): Complex Probability density function (PDF) of Poisson distribution. |
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| public |
pow(number: KComplexInputData): Complex Power function. |
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| public |
The real part of this Comlex. |
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| public |
rem(number: KComplexInputData): Complex Modulo, positive remainder of division. |
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| public |
remainder(number: KComplexInputData): Complex Remainder of division. |
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| public |
Rounding to the nearest integer. |
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| public |
Reciprocal square root. |
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| public |
Multiply a multiple of ten. |
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| public |
Secant function. |
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| public |
Hyperbolic secant function. |
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| public |
this << n
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| public |
The positive or negative sign of this number. |
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| public |
The positive or negative sign of this number. |
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| public |
Sine function. |
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| public |
Normalized sinc function. |
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| public |
Hyperbolic sine function. |
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| public |
Square root. |
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| public |
Square. |
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| public |
sub(number: KComplexInputData): Complex Subtract. |
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| public |
subtract(number: KComplexInputData): Complex Subtract. |
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| public |
Tangent function. |
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| public |
Hyperbolic tangent function. |
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| public |
tcdf(v: KComplexInputData): Complex Cumulative distribution function (CDF) of Student's t-distribution.
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| public |
tdist(v: KComplexInputData, tails: KComplexInputData): Complex Cumulative distribution function (CDF) of Student's t-distribution that can specify tail.
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| public |
tinv(v: KComplexInputData): Complex Inverse of cumulative distribution function (CDF) of Student's t-distribution.
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| public |
Inverse of cumulative distribution function (CDF) of Student's t-distribution in two-sided test.
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| public |
return Complex. |
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| public |
Convert to JSON. |
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| public |
Convert to string. |
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| public |
tpdf(v: KComplexInputData): Complex Probability density function (PDF) of Student's t-distribution.
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| public |
To integer rounded down to the nearest. |
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| public |
xor(number: KComplexInputData): Complex Logical Exclusive-OR. |
| Private Methods | ||
| private |
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Static Public Methods
public static create(number: KComplexInputData): Complex source
Create an entity object of this class.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public static rand(random: Random): Complex source
Create random values [0, 1) with uniform random numbers.
Params:
| Name | Type | Attribute | Description |
| random | Random |
|
Class for creating random numbers. |
public static randn(random: Random): Complex source
Create random values with normal distribution.
Params:
| Name | Type | Attribute | Description |
| random | Random |
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Class for creating random numbers. |
public static valueOf(number: KComplexInputData): Complex source
Convert number to Complex type.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
Public Constructors
public constructor(number: KComplexInputData) source
Create a complex number.
Initialization can be performed as follows.
- 1200, "1200", "12e2", "1.2e3"
- "3 + 4i", "4j + 3", [3, 4].
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData | Complex number. See how to use the function. |
Private Members
Public Methods
public add(number: KComplexInputData): Complex source
Add.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public and(number: KComplexInputData): Complex source
Logical AND.
- Calculated as an integer.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public atan2(number: KComplexInputData): Complex source
Atan (arc tangent) function. Return the values of [-PI, PI] . Supports only real numbers.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
|
X |
public beta(y: KComplexInputData): Complex source
Beta function.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| y | KComplexInputData |
public betacdf(a: KComplexInputData, b: KComplexInputData): Complex source
Cumulative distribution function (CDF) of beta distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| a | KComplexInputData | ||
| b | KComplexInputData |
public betainc(a: KComplexInputData, b: KComplexInputData, tail: string): Complex source
Incomplete beta function.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| a | KComplexInputData | ||
| b | KComplexInputData | ||
| tail | string |
|
lower (default) , "upper" |
public betainv(a: KComplexInputData, b: KComplexInputData): Complex source
Inverse function of cumulative distribution function (CDF) of beta distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| a | KComplexInputData | ||
| b | KComplexInputData |
public betapdf(a: KComplexInputData, b: KComplexInputData): Complex source
Probability density function (PDF) of beta distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| a | KComplexInputData | ||
| b | KComplexInputData |
public binocdf(n: KComplexInputData, p: KComplexInputData, tail: string): Complex source
Cumulative distribution function (CDF) of binomial distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| n | KComplexInputData | ||
| p | KComplexInputData | ||
| tail | string |
|
lower (default) , "upper" |
public binoinv(n: KComplexInputData, p: KComplexInputData): Complex source
Inverse function of cumulative distribution function (CDF) of binomial distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| n | KComplexInputData | ||
| p | KComplexInputData |
public binopdf(n: KComplexInputData, p: KComplexInputData): Complex source
Probability density function (PDF) of binomial distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| n | KComplexInputData | ||
| p | KComplexInputData |
public cbrt(n: KComplexInputData): Complex source
Cube root.
Params:
| Name | Type | Attribute | Description |
| n | KComplexInputData |
|
Value type(0,1,2) |
public chi2cdf(k: KComplexInputData): Complex source
Cumulative distribution function (CDF) of chi-square distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| k | KComplexInputData | The degrees of freedom. (DF) |
public chi2inv(k: KComplexInputData): Complex source
Inverse function of cumulative distribution function (CDF) of chi-square distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| k | KComplexInputData | The degrees of freedom. (DF) |
public chi2pdf(k: KComplexInputData): Complex source
Probability density function (PDF) of chi-square distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| k | KComplexInputData | The degrees of freedom. (DF) |
public clip(min: KComplexInputData, max: KComplexInputData): Complex source
Clip number within range.
Params:
| Name | Type | Attribute | Description |
| min | KComplexInputData | ||
| max | KComplexInputData |
public compareTo(number: KComplexInputData, tolerance: KComplexInputData): number source
Compare values.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData | ||
| tolerance | KComplexInputData |
|
Calculation tolerance of calculation. |
public div(number: KComplexInputData): Complex source
Divide.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public divide(number: KComplexInputData): Complex source
Divide.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public dot(number: KComplexInputData): Complex source
Inner product/Dot product.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public equals(number: KComplexInputData, tolerance: KComplexInputData): boolean source
Equals.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData | ||
| tolerance | KComplexInputData |
|
Calculation tolerance of calculation. |
public equalsState(number: KComplexInputData): boolean source
Numeric type match.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public erfcinv(): Complex source
Inverse function of Complementary error function.
- Calculate from real values.
public fcdf(d1: KComplexInputData, d2: KComplexInputData): Complex source
Cumulative distribution function (CDF) of F-distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| d1 | KComplexInputData | The degree of freedom of the molecules. |
|
| d2 | KComplexInputData | The degree of freedom of the denominator |
public finv(d1: KComplexInputData, d2: KComplexInputData): Complex source
Inverse function of cumulative distribution function (CDF) of F-distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| d1 | KComplexInputData | The degree of freedom of the molecules. |
|
| d2 | KComplexInputData | The degree of freedom of the denominator |
public fpdf(d1: KComplexInputData, d2: KComplexInputData): Complex source
Probability density function (PDF) of F-distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| d1 | KComplexInputData | The degree of freedom of the molecules. |
|
| d2 | KComplexInputData | The degree of freedom of the denominator |
public gamcdf(k: KComplexInputData, s: KComplexInputData): Complex source
Cumulative distribution function (CDF) of gamma distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| k | KComplexInputData | Shape parameter. |
|
| s | KComplexInputData | Scale parameter. |
public gaminv(k: KComplexInputData, s: KComplexInputData): Complex source
Inverse function of cumulative distribution function (CDF) of gamma distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| k | KComplexInputData | Shape parameter. |
|
| s | KComplexInputData | Scale parameter. |
public gammainc(a: KComplexInputData, tail: string): Complex source
Incomplete gamma function.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| a | KComplexInputData | ||
| tail | string |
|
lower (default) , "upper" |
public gampdf(k: KComplexInputData, s: KComplexInputData): Complex source
Probability density function (PDF) of the gamma distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| k | KComplexInputData | Shape parameter. |
|
| s | KComplexInputData | Scale parameter. |
public getDecimalPosition(): number source
Return number of decimal places for real and imaginary parts.
- Used to make a string.
public isComplex(tolerance: KComplexInputData): boolean source
Returns true if the vallue is complex number (imaginary part is not 0).
Params:
| Name | Type | Attribute | Description |
| tolerance | KComplexInputData |
|
Calculation tolerance of calculation. |
public isComplexInteger(tolerance: KComplexInputData): boolean source
Returns true if the vallue is complex integer (including normal integer).
Params:
| Name | Type | Attribute | Description |
| tolerance | KComplexInputData |
|
Calculation tolerance of calculation. |
public isInteger(tolerance: KComplexInputData): boolean source
Return true if the value is integer.
Params:
| Name | Type | Attribute | Description |
| tolerance | KComplexInputData |
|
Calculation tolerance of calculation. |
public isOne(tolerance: KComplexInputData): boolean source
this === 1
Params:
| Name | Type | Attribute | Description |
| tolerance | KComplexInputData |
|
Calculation tolerance of calculation. |
public isReal(tolerance: KComplexInputData): boolean source
Return true if the value is real number.
Params:
| Name | Type | Attribute | Description |
| tolerance | KComplexInputData |
|
Calculation tolerance of calculation. |
public isZero(tolerance: KComplexInputData): boolean source
this === 0
Params:
| Name | Type | Attribute | Description |
| tolerance | KComplexInputData |
|
Calculation tolerance of calculation. |
public max(number: KComplexInputData): Complex source
Maximum number.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public min(number: KComplexInputData): Complex source
Minimum number.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public mod(number: KComplexInputData): Complex source
Modulo, positive remainder of division.
- Result has same sign as the Divisor.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData | Divided value (real number only). |
public mul(number: KComplexInputData): Complex source
Multiply.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public multiply(number: KComplexInputData): Complex source
Multiply.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public nchoosek(k: KComplexInputData): Complex source
Binomial coefficient, number of all combinations, nCk.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| k | KComplexInputData |
public normcdf(u: KComplexInputData, s: KComplexInputData): Complex source
Cumulative distribution function (CDF) of normal distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| u | KComplexInputData |
|
Average value. |
| s | KComplexInputData |
|
Variance value. |
public norminv(u: KComplexInputData, s: KComplexInputData): Complex source
Inverse function of cumulative distribution function (CDF) of normal distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| u | KComplexInputData |
|
Average value. |
| s | KComplexInputData |
|
Variance value. |
public normpdf(u: KComplexInputData, s: KComplexInputData): Complex source
Probability density function (PDF) of normal distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| u | KComplexInputData |
|
Average value. |
| s | KComplexInputData |
|
Variance value. |
public or(number: KComplexInputData): Complex source
Logical OR.
- Calculated as an integer.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public poisscdf(lambda: KComplexInputData): Complex source
Cumulative distribution function (CDF) of Poisson distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| lambda | KComplexInputData |
public poissinv(lambda: KComplexInputData): Complex source
Inverse function of cumulative distribution function (CDF) of Poisson distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| lambda | KComplexInputData |
public poisspdf(lambda: KComplexInputData): Complex source
Probability density function (PDF) of Poisson distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| lambda | KComplexInputData |
public pow(number: KComplexInputData): Complex source
Power function.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public rem(number: KComplexInputData): Complex source
Modulo, positive remainder of division.
- Result has same sign as the Dividend.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData | Divided value (real number only). |
public remainder(number: KComplexInputData): Complex source
Remainder of division.
- Result has same sign as the Dividend.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public scaleByPowerOfTen(n: KComplexInputData): Complex source
Multiply a multiple of ten.
Params:
| Name | Type | Attribute | Description |
| n | KComplexInputData |
public shift(n: KComplexInputData): Complex source
this << n
- Calculated as an integer.
Params:
| Name | Type | Attribute | Description |
| n | KComplexInputData |
public sign(): Complex source
The positive or negative sign of this number.
- +1 if positive, -1 if negative, 0 if 0.
public signum(): Complex source
The positive or negative sign of this number.
- +1 if positive, -1 if negative, 0 if 0.
public sub(number: KComplexInputData): Complex source
Subtract.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public subtract(number: KComplexInputData): Complex source
Subtract.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |
public tcdf(v: KComplexInputData): Complex source
Cumulative distribution function (CDF) of Student's t-distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| v | KComplexInputData | The degrees of freedom. (DF) |
public tdist(v: KComplexInputData, tails: KComplexInputData): Complex source
Cumulative distribution function (CDF) of Student's t-distribution that can specify tail.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| v | KComplexInputData | The degrees of freedom. (DF) |
|
| tails | KComplexInputData | Tail. (1 = the one-tailed distribution, 2 = the two-tailed distribution.) |
public tinv(v: KComplexInputData): Complex source
Inverse of cumulative distribution function (CDF) of Student's t-distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| v | KComplexInputData | The degrees of freedom. (DF) |
public tinv2(v: KComplexInputData): Complex source
Inverse of cumulative distribution function (CDF) of Student's t-distribution in two-sided test.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| v | KComplexInputData | The degrees of freedom. (DF) |
public tpdf(v: KComplexInputData): Complex source
Probability density function (PDF) of Student's t-distribution.
- Calculate from real values.
Params:
| Name | Type | Attribute | Description |
| v | KComplexInputData | The degrees of freedom. (DF) |
public xor(number: KComplexInputData): Complex source
Logical Exclusive-OR.
- Calculated as an integer.
Params:
| Name | Type | Attribute | Description |
| number | KComplexInputData |


--- title: Automatically importing publications from bibtex to a hugo-academic blog author: Lorenzo Busetto date: '2018-03-13' slug: automatically-importing-publications-from-bibtex-to-a-hugo-academic-blog categories: - R - blogdown tags: - R header: caption: '' image: '' ---
I am in the process of migrating my (rather ugly) small blog from “Bloggers” to blogdown and, as several others, I choose to use the hugo-academic theme due to its good looks, simplicity, and “focus” towards researchers.
One nice feature of hugo-academic
is that it includes out-of-the-box a “Publications”
section, allowing researchers to easily create a list of their publication as a
section of the website.
Unfortunately, in order to populate that list, users have to manually create one
different .md
file for each publication, by cutting and pasting several different
info (e.g., title, authors, etc.) in a “simple”" template like this one.
THIS IS BORING!
Since I was not in the mood of doing that, and no automatic solutions could be
found (well, there appears to be a python
one, but we are speaking R
, here…), I
decided to try and develop some script to automatically create the required md
files starting from a BibTex
list of my publications. Here are the results of
that effort.
BibTex
fileTo automatically create the publications md
files, all you need is a (properly formatted)
BibTex
file. Since I did not have one ready, I created mine by exporting my
publications list from Scopus, but you
could use any valid BibTeX file.
One important thing, though, is that you have to be sure that the file is saved
with UTF-8 encoding. If you are not sure, you can open it in RStudio (or any decent
text editor), and then re-save it with a forced encoding (in RStudio, you can use
File-->Save with Encoding
)
Now, you need a script that reads the BibTex
entries and use the data to populate
one different md
file for each publication. Below you can find my attempt at this.
bibtex_2academic <- function(bibfile,
outfold,
abstract = FALSE,
overwrite = FALSE) {
require(RefManageR)
require(dplyr)
require(stringr)
require(anytime)
# Import the bibtex file and convert to data.frame
mypubs <- ReadBib(bibfile, check = "warn", .Encoding = "UTF-8") %>%
as.data.frame()
# assign "categories" to the different types of publications
mypubs <- mypubs %>%
dplyr::mutate(
pubtype = dplyr::case_when(document_type == "Article" ~ "2",
document_type == "Article in Press" ~ "2",
document_type == "InProceedings" ~ "1",
document_type == "Proceedings" ~ "1",
document_type == "Conference" ~ "1",
document_type == "Conference Paper" ~ "1",
document_type == "MastersThesis" ~ "3",
document_type == "PhdThesis" ~ "3",
document_type == "Manual" ~ "4",
document_type == "TechReport" ~ "4",
document_type == "Book" ~ "5",
document_type == "InCollection" ~ "6",
document_type == "InBook" ~ "6",
document_type == "Misc" ~ "0",
TRUE ~ "0"))
# create a function which populates the md template based on the info
# about a publication
create_md <- function(x) {
# define a date and create filename by appending date and start of title
if (!is.na(x[["year"]])) {
x[["date"]] <- paste0(x[["year"]], "-01-01")
} else {
x[["date"]] <- "2999-01-01"
}
filename <- paste(x[["date"]], x[["title"]] %>%
str_replace_all(fixed(" "), "_") %>%
str_remove_all(fixed(":")) %>%
str_sub(1, 20) %>%
paste0(".md"), sep = "_")
# start writing
if (!file.exists(file.path(outfold, filename)) | overwrite) {
fileConn <- file.path(outfold, filename)
write("+++", fileConn)
# Title and date
write(paste0("title = \"", x[["title"]], "\""), fileConn, append = T)
write(paste0("date = \"", anydate(x[["date"]]), "\""), fileConn, append = T)
# Authors. Comma separated list, e.g. `["Bob Smith", "David Jones"]`.
auth_hugo <- str_replace_all(x["author"], " and ", "\", \"")
auth_hugo <- stringi::stri_trans_general(auth_hugo, "latin-ascii")
write(paste0("authors = [\"", auth_hugo,"\"]"), fileConn, append = T)
# Publication type. Legend:
# 0 = Uncategorized, 1 = Conference paper, 2 = Journal article
# 3 = Manuscript, 4 = Report, 5 = Book, 6 = Book section
write(paste0("publication_types = [\"", x[["pubtype"]],"\"]"),
fileConn, append = T)
# Publication details: journal, volume, issue, page numbers and doi link
publication <- x[["journal"]]
if (!is.na(x[["volume"]])) publication <- paste0(publication,
", (", x[["volume"]], ")")
if (!is.na(x[["number"]])) publication <- paste0(publication,
", ", x[["number"]])
if (!is.na(x[["pages"]])) publication <- paste0(publication,
", _pp. ", x[["pages"]], "_")
if (!is.na(x[["doi"]])) publication <- paste0(publication,
", ", paste0("https://doi.org/",
x[["doi"]]))
write(paste0("publication = \"", publication,"\""), fileConn, append = T)
write(paste0("publication_short = \"", publication,"\""),fileConn, append = T)
# Abstract and optional shortened version.
if (abstract) {
write(paste0("abstract = \"", x[["abstract"]],"\""), fileConn, append = T)
} else {
write("abstract = \"\"", fileConn, append = T)
}
write(paste0("abstract_short = \"","\""), fileConn, append = T)
# other possible fields are kept empty. They can be customized later by
# editing the created md
write("image_preview = \"\"", fileConn, append = T)
write("selected = false", fileConn, append = T)
write("projects = []", fileConn, append = T)
write("tags = []", fileConn, append = T)
#links
write("url_pdf = \"\"", fileConn, append = T)
write("url_preprint = \"\"", fileConn, append = T)
write("url_code = \"\"", fileConn, append = T)
write("url_dataset = \"\"", fileConn, append = T)
write("url_project = \"\"", fileConn, append = T)
write("url_slides = \"\"", fileConn, append = T)
write("url_video = \"\"", fileConn, append = T)
write("url_poster = \"\"", fileConn, append = T)
write("url_source = \"\"", fileConn, append = T)
#other stuff
write("math = true", fileConn, append = T)
write("highlight = true", fileConn, append = T)
# Featured image
write("[header]", fileConn, append = T)
write("image = \"\"", fileConn, append = T)
write("caption = \"\"", fileConn, append = T)
write("+++", fileConn, append = T)
}
}
# apply the "create_md" function over the publications list to generate
# the different "md" files.
apply(mypubs, FUN = function(x) create_md(x), MARGIN = 1)
}
Nothing fancy, here: I just use the RefManageR
package to read the BibTeX file, and then cycle over publications to create
files properly formatted for hugo-academic
use.
All is left is to run the script:
my_bibfile <- "/path/to/mybibtex.bib"
out_fold <- "/path/to/myoutfolder"
bibtex_2academic(bibffile = my_bibfile,
outfold = out_fold,
abstract = FALSE)
The outfold
argument allows specifying where the generated md
files will be
saved. Though in the end they will have to be moved to folder content/publication
you
may want to save them at first in a different folder to be able to check them
before trying to deploy.
The abstract
argument specifies whether to include the abstract in the md
or
not.
Running the script will give you files like this one:
+++
title = "Estimating canopy water content of poplar plantation from MIVIS data"
date = "2006-01-01"
authors = ["R. Colombo", "L. Busetto", "A. Marchesi", "M. Meroni", "C. Giardino"]
publication_types = ["1"]
publication = "AIP Conference Proceedings, (852), _pp. 242-249_, https://doi.org/10.1063/1.2349350"
publication_short = ""
abstract_short = ""
image_preview = ""
selected = false
projects = []
tags = []
url_pdf = ""
url_preprint = ""
url_code = ""
url_dataset = ""
url_project = ""
url_slides = ""
url_video = ""
url_poster = ""
url_source = ""
math = false
highlight = true
[header]
image = ""
caption = ""
+++
, where I tweaked a bit the hugo-academic format to include bibliographic info such as volume, number, pages and doi link. The files can then be further customized to include, for example, links to pdfs, images, etcetera.
After moving all the md
files to content/publication
, the publications section
of your hugo-academic
site will be auto-populated, and should look more or less
like this:
You can have a look at the final results on my (under construction) website here. I think it’s quite nice!
My importing script is quite “quick and dirty”. It does not attempt to deal with special characters, and even substitutes accented letters with “bare” letters to avoid rendering problems. If someone more knowledgeable about encoding issues wants to try and improve it, I put it in this gist
It may happen that your site will stop rendering when you put the new md
files
in content/publication
. If so, the reason is probably that you have some “strange”
formatting in some of the files. Usual suspects would be unproperly recognized accents,
math formulas or other special characters in the authors and abstract
fields. You will have to look into each file and remove any offending areas.
(It happened to me a lot before properly saving to UTF-8)


"Building Hybrid Applications on Windows Azure"
MTUG.ie May 2013
Aidan Casey
Aidan Casey
solutions architect @MYOB Australia
@AIDANJCASEY | acaseyblog.wordpress.com
In the next 30 mins...
- define hybrid application
- explain service bus relay
- live demo
- security
- price
- pros & cons
What's a Hybrid App?
Service Bus - Capabilities
- queues
- topics
- notification hub
- RELAY
Service Bus - Relay
- expose on premise WCF service to the cloud
- integrates with ACS
- request-response,one way, duplex,'multicast' (kinda)
- text, xml, graphics, binary, streams
A Sample Architecture
Security
- SharedSecret , SAML, Simple Web Token
- Message/ Transport Level
Price
- $0.10 per month for every 100 relay hours
- egres data transfer charges
Pro's
- enables evolutionary architectures
- security - shield your on premise service
- loose coupling
- scalability
- cheap
Con's
- firewall tweaks (ip adress range & ports)
- no local debug experience
- additional latency
- on premise service can be a single point of failure
- for pub sub & guaranteed delivery embrace queues and topics with relay
Useful Resources
- WebAPI Host - https://github.com/pmhsfelix/WebApi.Explorations.ServiceBusRelayHost
- Developer Center - http://www.windowsazure.com/en-us/develop/net/how-to-guides/service-bus-relay/
thanks for listening !
github.com/aidancasey/ServiceBusRelay-Presso.git


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{% extends "tutorial.html" %} {% block pagebreadcrumb %}{{ tut.title }}{% endblock %} {% block head %} {% endblock %} {% block iscompatible %} var video = document.createElement('video'); return !!(window.AudioContext || window.webkitAudioContext || window.MediaSource); {% endblock %} {% block html5badge %} {% endblock %} {% block content %}
{% include "warning.html" %}
In this article, I'll cover two techniques for streaming audio/video using a
few of the newer multimedia capabilities of the web platform. The first method is the
MediaSource API, an API that allows JavaScript to dynamically construct and append media streams to an existing <audio>
or <video>
element.
The second is the collaboration of binary WebSocket and
the Web Audio API to send, reconstruct, and schedule
audio chunks at precise times to produce a seamless playback.
An API designed with streaming in mind is the MediaSource API.
It's an experimental feature that allows JavaScript to dynamically construct and append media streams to an HTMLMediaElement
.
The <audio>
or <video>
media elements are frighteningly trivial to use.
That's why we like them! One sets a src
attribute that points to a media file
and boom, the browser does its thing decoding the file in whatever codec(s) it
was created with. But we're dealing with entire files here. We have no control
over what the browser does after setting that src
. For example, what if we
want to adaptively change the quality of video based on network conditions, or
splice in different sections of video from multiple sources? Aw shucks.
We can't!...without multiple videos elements and some JS hackery.
The MediaSource API is here to solve these issues. With it, we can tell an audio/video element to behave differently.
The MediaSource API is still experimental and behind
a flag in Chrome 23. It can be enabled by visiting the about:flags
page:
Alternatively, you can run Chrome with the --enable-media-source
flag
instead of messing with about:flags
.
function hasMediaSource() {
return !!(window.MediaSource || window.WebKitMediaSource);
}
if (hasMediaSource()) {
// Ready to (html5)rock!
} else {
alert("Bummer. Your browser doesn't support the MediaSource API!");
}
Using the MediaSource API starts off with our old buddy, HTML5 <video>
:
<video controls autoplay></video>
Note: Although we're going to use <video>
for the examples in this section, the same can be applied to <audio>
.
Next, create a MediaSource
object:
window.MediaSource = window.MediaSource || window.WebKitMediaSource;
var ms = new MediaSource();
The source is going to be the brains behind our <video>
. Instead of setting
its the video's src
to a file URL, we're going to create a blob blob: URL handle
to the MediaSource
. This makes the media element feel special. It knows we're going to do more with it than just feed it a URL. We're going to feed it video
segments! Yum.
The rest of the setup looks like this:
window.MediaSource = window.MediaSource || window.WebKitMediaSource;
var ms = new MediaSource();
ms.addEventListener('webkitsourceopen', onSourceOpen.bind(ms), false);
// Use MediaSource to supply video data.
var video = document.querySelector('video');
video.src = window.URL.createObjectURL(ms);
function onSourceOpen(e) {
// this.readyState === 'open'. Add source buffer that expects webm chunks.
var sourceBuffer = ms.addSourceBuffer('video/webm; codecs="vorbis,vp8"');
// Add chunk of a webm file.
sourceBuffer.append(webMChunk);
....
}
Only the .webm container is supported at this time.
When sourceopen
fires on the MediaSource
, our <video>
is ready to accept data. We create a SourceBuffer
(.addSourceBuffer()
) and pass it a mimetype. This gives the buffer indication of what video format it should expect from us (webm in this case). Lastly, a single chunk of video is dynamically added to the <video>
using sourceBuffer.append()
. The chunk is a Uint8Array
typed array containing a
portion of a webm video.
The above example only appends a single chunk. In practice however, you'll likely be appending chunks as more come in from the server or an entire movie is constructed:
...
sourceBuffer.append(initializationWebMChunk);
sourceBuffer.append(webMChunk2);
sourceBuffer.append(webMChunk3);
When there's no more data to append, call .endOfStream()
to indicate you're done.
This also fires the sourceended
event:
ms.endOfStream();
ms.addEventListener('webkitsourceended', function(e) {
// this.readyState === 'ended'
}, false);
===
Here, we're using XHR2 to pull down the entire movie. The important bits to note are:
xhr.responseType
is set to "arraybuffer"
to inform the server we're
interested in downloading the resource as a buffer of raw bytes rather than a string.Todo
var NUM_CHUNKS = 5;
var FILE = '/static/videos/mediasource_test.webm';
var video = document.querySelector('video');
video.src = video.webkitMediaSourceURL;
video.addEventListener('webkitsourceopen', function(e) {
var chunkSize = Math.ceil(file.size / NUM_CHUNKS);
// Slice the video into NUM_CHUNKS and append each to the media element.
for (var i = 0; i < NUM_CHUNKS; ++i) {
var startByte = chunkSize * i;
// file is a video file.
var chunk = file.slice(startByte, startByte + chunkSize);
var reader = new FileReader();
reader.onload = (function(idx) {
return function(e) {
video.webkitSourceAppend(new Uint8Array(e.target.result));
logger.log('appending chunk:' + idx);
if (idx == NUM_CHUNKS - 1) {
video.webkitSourceEndOfStream(HTMLMediaElement.EOS_NO_ERROR);
}
};
})(i);
reader.readAsArrayBuffer(chunk);
}
}, false);
TODO: Link to DashPlayer http://downloads.webmproject.org/adaptive-demo/adaptive/dash-player.html
Todo
Todo


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Games
Match the Note
Look at the note on the screen. Identify which letter corresponds with the note.
PLAY


Quartararo takes pole in Malaysia after Marquez crash
SEPANG, Nov 2 — Petronas Yamaha rookie Fabio Quartararo smashed the lap record at the Sepang International Circuit to earn his team a home pole position for tomorrow’s Malaysian Grand Prix, while MotoGP world champion Marc Marquez suffered a nasty crash.
Quartararo's one minute 58.303 seconds lap helped him finish ahead of Maverick Vinales (1:58.406), with Franco Morbidelli completing the Yamaha front-row lockout.
Marquez, who sewed up his sixth MotoGP title and fourth in a row in Thailand last month, spent much of the session trailing Quartararo before suffering a massive highside entering Turn 2.
The Honda rider crashed and walked away gingerly after the accident and will start 11th, his worst qualifying performance since the 2015 Italian Grand Prix.
Marquez off his back, Quartararo came up with a blinding lap with two minutes to go and smashed his visor in celebration.
Pramac Ducati rider Jack Miller will start fourth with LCR Honda's Cal Crutchlow and Yamaha's Italian great Valentino Rossi joining him in the second row.
Triple MotoGP champion Jorge Lorenzo of Repsol Honda will start 18th after going more than a second short of the Q1 pace.
Marquez extended his championship lead to an unbeatable 375 points with two races remaining, in Malaysia and on home soil in Valencia. — Reuters


Battlelog wont auto install - Better Battlelog Forums #1794
Sitemap
17. June 2012 06:26
Topicstarter
xtremeqban
I hit download and the .crx file wont open. :'(
17. June 2012 09:17
juress
Theme Developer
xtremeqban wrote:
I hit download and the .crx file wont open. :'(
Read the line under the download link?
17. June 2012 10:17
Topicstarter
xtremeqban
-.- i feel like a tard thank you


{%extends "layout.html"%} {% block head %}
MediSphere diagnoses disease based on the symptomsthat the user enters. We diagnose the disease if the patient is not in danger and the user simply wants to know what disease he or she might have. The dataset consisting of at least 100 symptoms, is used to train the model to diagnose various diseases. The web application provide preventive information about common diseases. Get latest health related news and have conversation with out medibot - Zen.
Checkup Now! Help-GuideThe disease is diagnosed using the algorithm(Decision Tree Classifier) and the user has to enter the symptoms from the given drop-down menu.
Know moreUser is provided with resources for preventing common diseases. Insighful information related to yoga asanas are given for preventing diseases.
Know moreThe web application provides latest health related news from all over the world and provide location of nearby health centers. Have conversation with our medibot.
Know moreAlzheimer's disease
Pneumocystis pneumonia
Accident cerebrovascular
Arthritis
Chronic kidney failure
Coronary heart disease
Deep vein thrombosis
Deglutition disorder
Depressive disorder
Failure heart congestive
Kidney failure
Hemorrhoids
Hepatitis
Hyperbilirubinemia
Incontinence
Infection urinary tract
ketoacidosis diabetic
Kidney disease
Malignant neoplasm of breast
Malignant tumor of colon
Migraine disorders
Neoplasm metastasis
Osteoporosis
Pneumonia
Psychotic disorder
Septicemia
Tonic-clonic epilepsy
Tricuspid valve insufficiency
The application of classification algorithms on disease datasets yields promising results by developing adaptive, automated and intelligent diagnostic systems for diseases. Classification systems can be used to expedite the process and to enhance the computational efficiency of results. We have analyze accuracy of decision tree classification systems used in our system for disease diagnose.
Decision tree classification model
90% accuracy rate of ml model
Link to disease dataset - Dataset


#{extends 'main.html' /} #{set title:'Under Maintenance' /}
Check out our Twitter feed for by the minute updates. Or contact us directly for more info.


Harden and Westbrook extend win streak, while Doncic joins LeBron with record feat
Dallas Mavericks star Luka Doncic became the second ever 20-year-old to record a 40-point triple-double.
by AFPUpdated 23 hours ago
JAMES HARDEN SCORED 36 points and Russell Westbrook bagged a triple double as the Houston Rockets extended their red-hot winning streak to eight games with a 132-108 rout of the Portland Trail Blazers on Monday.
Harden, fresh from a 49-point display in Saturday’s win over Minnesota, was once again in commanding form against a Portland team who were always second best at Houston’s Toyota Center.
The 2017-2018 NBA Most Valuable Player also had six rebounds and five assists as the Blazers struggled to contain the Rockets’ multi-pronged offense.
Westbrook tormented the Portland defense, finishing with 28 points, 13 rebounds and 10 assists on a night when all five Houston starters finished in double figures.
Rockets coach Mike D’Antoni praised the contribution of Westbrook.
“Russell had an extra gear tonight, but it’s hard to single out one guy,” D’Antoni said. “They’re all playing well.”
The Rockets coach reserved special praise for Harden though, once again repeating his belief that the 30-year-old is the best offensive player he has ever seen.
“I’m lost for words,” D’Antoni said.
“What he does is unbelievable… No matter what the other teams try to do, double-team or whatever, he just figures it out. It’s incredible what he’s doing.”
The win saw the Rockets improve to 11-3 at the top of the Western Conference, neck-and-neck with the pace-setting Los Angeles Lakers (11-2).
C.J. McCollum led the scoring for Portland with 25 points, but team-mate Damian Lillard was kept quiet with only 13 points. Portland fell to 5-9 with the defeat.
- ‘Along for the ride’ -
In Dallas, Luka Doncic scored a career-high 42 points and bagged a triple double to guide the Mavericks to a 117-110 win over the San Antonio Spurs.
The 20-year-old Slovenian is the second youngest player in history to score a 40-point triple double after LeBron James.
“It’s not surprising to me,” Mavericks coach Rick Carlisle said.
“This guy can do anything he wants to on a basketball court. And you know, he’s having just one of those magical runs right now, and it’s a phenomenal thing to watch. It’s a phenomenal thing to be a part of. His teammates, we’re all just kind of along for the ride.”
In Los Angeles, Paul George scored 17 points against his former team as the Clippers eked out a nail-biting 90-88 victory over the Oklahoma City Thunder.
Montrezl Harrell was the star for the Clippers with 28 points off the bench in a hard-fought contest that went right down to the buzzer.
Elsewhere Monday, Giannis Antetokounmpo finished with a 33-point haul as the Milwaukee Bucks outgunned the Chicago Bulls 115-101.
Antetokounmpo’s points tally was matched by impressive defensive numbers, with the Greek star pulling down 10 rebounds, forcing eight turnovers and making three steals.
Brook Lopez had 19 points while Donte DiVincenzo added 15 for the Bucks, who improved to 10-3 in the Eastern Conference standings.
In Toronto, O.G. Anunoby and Pascal Siakam sparked the Raptors in a 132-96 demolition of the Charlotte Hornets.
Anunoby had 24 points and Siakam 20 as seven Toronto players finished in double figures against an outclassed Charlotte team.
The Boston Celtics remain on top of the Eastern Conference table after grinding out a 99-85 win over the Phoenix Suns.
Jayson Tatum had 26 points and Kemba Walker 19 as the Celtics improved to 11-2.


| 1. |
Don't use email application to access your email account, always use web browser for it. i.e. Your email service must be web accessible, like Gmail,
Hotmail or Yahoo mail. Otherwise, you email account could be found by government agents easily from your smartphone or computer.
|
| 3. |
Always clear web browser history after access your email account. The most convenient way for it is to use Firefox access your email account to get
the SMS login mail, then use the same browser to access SMS messaging site. Therefore, as you quit Firefox, entire web surfing history will be cleared.
Note: Use 'open link in new tab' to access your SMS messaging site, so that you have chance to delete and purge the mail record on your email
account, and then logout your email account.
|
| 4. |
Set a strong and easily remember password for your email account. It sounds contradiction, but everyone should have a series of digits, symbols and/or
sentence which have special meaning to him/her. Of course, your password should avoid to use your phone number, birthday, citizen ID, address, etc.
|


[Joe Castro] Does your Salesforce environment have integrations with other systems in your organization? Do you use custom VisualForce Pages or Lightning Components? How much Apex are you using in Triggers and Classes? Do you have multiple development teams? An Architecture Review Board (ARB) is a great way to ensure that the customizations in your Salesforce organization deliver valued functionality – Learn more at Appirio
working code speaks
2017-03-03
2017-02-20
[Alex Brausewetter] Salesforce has been at the forefront of so many technological changes. Their innovation stance on the viability of Enterprise Cloud seems obvious now but it wasn’t when they first started. The company once again flexed its innovation muscles at Dreamforce ‘16 with the announcement of a developer experience they are calling Salesforce DX. Announced alongside other technology investments like the Einstein AI platform, DX is perhaps the most important change in the daily activity of Salesforce professionals and an exciting new way of thinking about Salesforce development. – Learn more at Salesforce Ben
2017-02-19
[Keir Bowden] In Part 1 of this series I covered getting started with the lightning design system for Visualforce developers. The example in that post was a page with a thin veneer of Visualforce, but with content that was pretty much vanilla HTML. In this post I’ll be making much more use of standard Visualforce components, which means I have to make some compromises. – Learn more at Bob Buzzard Blog
2017-02-13
[Ben McCarthy] Org security should be one of the most important topics on any Admins radar, but unfortunately can get left behind ahead of the awesome business process improvement. Although Salesforce offers one of the most secure cloud platforms in the market, user error can always be apparent. There are still a bunch of settings and parameters that Administrators can enable and change to ensure that you protect your users and their data, and keep up with the industry standard. – Learn more at Salesforce Ben
2017-02-10
[Brent Downey] As a user of Salesforce for seven years, I’ve grown accustomed to Salesforce Classic, but have embraced Lightning Experience as much as possible, working to be an advocate for the new user experience and overall platform. While there are so many positives and exponential potential with the platform, as an end user and Administrator – Learn more at Admin Hero
2017-02-06
[Ted Husted] The Salesforce DX pilot is imminent, and it’s a pilot with a difference. Sure, DX is a groundbreaking initiative for Salesforce, breathtaking in its scope. Among other things, DX: Moves the source of truth from the cloud environment to source control – Learn more at NimbleUser
2017-01-31
[Ted Husted] One of the many truly useful features of the Confluence enterprise wiki are page templates. Along with Confluence templates for sprint planning, retrospectives, and Go-No-Go decisions, we have checklist templates for routine maintenance – Learn more at NimbleUser
2017-01-29
[Andrew Fawcett] Lightning Experience is not just a shiny new looking version of Salesforce Classic. Nor is it just some new cool technology for building device agnostic responsive rich clients. Its a single place where users access your application and of course others from Salesforce and those from AppExchange. It’s essentially an application container a home for apps! – Learn more at Andy In The Cloud
2017-01-17
[DreamOps Crew] The ant-sf buildfile supplements tasks provided by the Ant-Salesforce JAR. The JAR provides a core set of tasks for retrieving and deploying metadata between Salesforce orgs and a Git version control repository.
The buildfile supports using task branches, where each task is a separate JIRA issue. Each task (or feature) can be developed in its own Salesforce environment, and merged back into the mainline of development.
Targets are provided for both direct consulting projects and managed package products. For products, either sandboxes or trial orgs can be used with a corresponding task branch.
2017-01-09
[Peter Knolle] The Visualforce framework abstracts away a lot of the heavy lifting of the underlying JavaScript necessary for Visualforce pages to function correctly. Visualforce developers can produce a whole lot of JavaScript without ever actually writing a single line of it by making use of built-in features like apex:commandButton, apex:actionFunction, etc. However, it is becoming more commonplace for Visualforce developers to write their own custom JavaScript or entire applications that are largely JavaScript-centric. This post contains some useful JavaScript tips for Visualforce developers. – Learn more at Peter Knolle


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Lorem ipsum dolor sit amet consectetur adipisicing elit. Vero odit aliquid ipsam, deserunt sunt sint cumque culpa temporibus nisi reiciendis nam quod!
I am a very simple card. I am good at containing small bits of information. I am convenient because I require little markup to use effectively.
I am a very simple card. I am good at containing small bits of information. I am convenient because I require little markup to use effectively.
I am a very simple card. I am good at containing small bits of information. I am convenient because I require little markup to use effectively.
I am a very simple card. I am good at containing small bits of information. I am convenient because I require little markup to use effectively.


About Me
Hello, I'm Erin Lim! I am currently a sophomore in the McCombs School of Business at the University of Texas at Austin, pursuing a Bachelor of Business Administration Degree in Management Information Systems. I enjoy problem-solving and devising solutions for relevant issues through my creativity and effective communication. My peers would describe be as a driven, open-minded individual who strives to implement inclusivity while maintaining an optimistic attitude even in difficult situations.
Currently, I am seeking internship opportunities that will allow me to further develop interpersonal skills, analytical ability, and financial reporting in fields of MIS, finance, marketing, and consulting.


Created 1982 Acquired 1982
"poster, color"
(slight tear on surround)
slight tear on surround
Aligned Trumpeteering
Created 1988
Acquired 1989121
Artist with Swords and Brushes
Created 1984
Acquired 1986
Choosing Green Beans
Created 1972
Acquired 1974
Corrected Stonehenge
Created 1984
Acquired 1985
I will not make any more boring art
Created 1971
Acquired 1975
Ingres and Other Parables (book)
Created 1971
Acquired 1972
Ingres and Other Parables (book)
Created 1971
Acquired 19981012
Kiss/Panic: (2-color Poster) Margo Leavin Gallery
Created 1984
Acquired 19840000
Landscape
Created 1986
Acquired 1991
Painting For Kubler, 1966-8
Created 196600
Acquired 1973110
Pathetic Fallacy Series: Injured Yellow
Created 1975
Acquired 1977
Pathetic Fallacy Series: Stoic Peach
Created 1975
Acquired 1977
Poster (Middelburg) showing Minneapolis Billb/d
Created 1985
Acquired 1985
Poster 2 ships - from Margo Leavin
Acquired 19910000?
"Poster, Grenoble (color)"
Created 1987
Acquired 19870000
"Poster, 'Ni por Esas . Not Even So'"
Created 1989
Acquired 19890000
"Poster, Sonnabend Show"
Created 1986
Acquired 1986
"Poster, two men pointing"
Created 1985
Acquired 198511
Poster: 'A Refugee is a Human Being Stripped...'
Created 1986 or later
Acquired 19860000?
Poster: Corrected Stonehenge
Created 1984
Acquired 1984
Poster: 'Flowers of Life for Central America'
Created 1986 approx
Acquired 19860000?
Poster: Graz show
Created 1987
Acquired 19870000?
Poster: Hope (sgd)
Created 1981
Acquired 1981
Poster: Kansas City
Created 1984
Acquired 1984
Poster: Marg Leavin show
Created 1988
Acquired 1988
Poster: Museum Folk Vangesem
Created 1981
Acquired 19810000?
Poster; 'New Order'
Created 1987
Acquired 19870000?
'Raw Prints'
Created 1976
Acquired 1978
"The Life and Opinions of Tristram Shandy, Gentleman"
Created 1988
Acquired 19881122
"The Life and Opinions of Tristram Shandy, Gentleman"
Created 1988
Acquired 1989127
Two Men with Alphabets
Created 198400
Acquired 198680


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1) Allow the request to use your webcam (if the request didnot pop up, close current tab, reload the page in a different tab) .
2) Click Start!
3) Our program will capture your face and rate your emotions in real-time.
4) Try to move your head when the face shape model does not fit your face well.
Take a look at how it works.This is a javascript implementation of face tracking and emotion detection, we built it with nodejs, emit extreme emotions with socket.io and store realtime quantified emotion data into mongodb.
In addition, we figure out the mean of each quantified emotion(unhappy, happy, surprise) and the counts of extreme emotions in every minute, hours, or time span you set using mapreduce.
Above all, we induced a new concept, Emotion Index, to measure the level of your emotions, which is calculated in combination of the quantified mean emotions and the counts of extreme emotions.
We made it run smoothly on Intel Edison and Raspeberry Pi, and we will get use of GPIO to make the hardware interact with you whenever extreme emotions are detected.
We also plan to make an easy access hardware, which is capable of collecting as much emotion data as possible. For one thing, with the hardware, we can easily collect emotion data from people with psychological problems every day in psychology research, so we can get better understanding of mental disorders, like autism, depression and anxiety. For another, we can apply it in shopping mall for realtime feedback of products from visitors.
What's your ideas? Contact us xiongzhp@outlook.com.


While Chorus provides the technology, we don’t sell the broadband service directly. Once we have laid the fibre cable in your street, you need to contact your broadband provider to order your connection and choose a plan that best suits your needs. Then, your broadband provider places an order with us to connect your home to the new fibre network.
Things to ask your broadband provider >
Check the map below for a list of broadband providers in your area.


Park It Right!
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Thor: Ragnarok
Thor: Ragnarok is a movie starring Chris Hemsworth, Tom Hiddleston, and Cate Blanchett. Imprisoned on the planet Sakaar, Thor must race against time to return to Asgard and stop Ragnarök, the destruction of his world, at the hands...


To The Libraries!
15 Feb 2015 tagged in dubois library, forbes library, frost library, ma history, mill river, northamptonThis week, I was back in a library
– three of them, in fact! I had almost forgotten how much I love being
surrounded by archival materials. I like looking at the stacks and nimbly
making my way through the folders to find what I’m looking for. There’s something
about holding important documents in my arms and the fresh smell of opening an
old book that pulls me in. And then, once I’m in, there’s no holding back – I’m
absorbed into something and somewhere and I’m absolutely thrilled.
I was
overjoyed by having the same experience three times in a week in three
different places. Here’s where I visited:
- Special
Collections and University Archives, W.E.B. DuBois Library, UMass Amherst: So
close to home, but still a first for my time here at UMass. (I hope it’s not
the last!) For my Public History Workshop, we’ve been studying the Mill River
Flood of 1874. After the Williamsburg dam burst upstream, the reservoir poured
through several villages down to Northampton, killing 139 people and destroying
thousands of dollars worth of property. While our class has walked portions of
the river, it’s a bit difficult to see it in full form with all the snow we’ve
been having. Instead, we wanted to have a visual representation of the river
and the old dam. We looked through several atlases and maps, as well as
stereoscopic cards showcasing the damage of the flood. My professor also showed
us how to access the Map Collection at DuBois Library, and the especially
useful Digital Sanborn Maps for the area. - Archives
& Special Collections, Robert Frost Library, Amherst College: For my
class focused on using Adobe InDesign to create a book catalog, we went to
Amherst to investigate the history of the book. While our focus in the class is
primarily on their digital counterpart (the e-book), we wanted to see the
history of printing, the physical structure of a book, and talk about how print
spread. The Head of Archives & Special Collections, Mike Kelly, gave our
class a great presentation, with everything a leaf of the Gutenberg Bible to
the unbound Pickwick Papers to “Whiteness” that only showed up under black
light. For a person who basically lives in books (you should see my bedroom at
home!), most of my modern editions look the same. It was awesome to see books
of different shapes, sizes, and purposes. - Hampshire
Room for Local History, Forbes Library, Northampton MA: This was a library
I’ve never been to before, but one I definitely have to go back to. It’s the
only public library in the United States that is also a presidential library –
Calvin Coolidge’s to be exact. But I wasn’t there to see the former POTUS’s
documents (not this time, anyway.) This was another trip focused on the Mill
River. In addition to looking at some awesome maps of Northampton and the
changes to the Mill River’s route over time, I got to read articles of the
Hampshire Gazette and journals of Sylvester Judd. Judd was a Unitarian Minister
and novelist, but he spent his early life in Westhampton. He kept detailed
notebooks describing the area of Hadley and discussing daily life, especially
noting the regular floods of the river. His journals were surprisingly easy to read and packed with information.
I’m sure I’ll be in and out of these places throughout the rest of the semester, but this week was pretty fantastic!


Highlight.Js Demo: Servers Config
Access log (Apache / Nginx)
<IP_ADDRESS> - - [11/May/2017:13:59:17 -0200] "GET /www/index.php HTTP/1.1" 200 11477 "-" "Mozilla/5.0 (X11; Linux amd64; rv:45.0) Gecko/20100101 Firefox/45.0"
<IP_ADDRESS> - - [11/May/2017:13:59:19 -0200] "GET /www/index.php?page=one HTTP/1.1" 404 1002 "-" "Mozilla/5.0 (X11; Linux amd64; rv:45.0) Gecko/20100101 Firefox/45.0"
<IP_ADDRESS> - - [11/May/2017:13:59:21 -0200] "GET /www/index.php?page=two HTTP/1.1" 403 1727 "-" "Mozilla/5.0 (X11; Linux amd64; rv:45.0) Gecko/20100101 Firefox/45.0"
Apache Config / .htaccess
# rewrite`s rules for wordpress pretty url
LoadModule rewrite_module modules/mod_rewrite.so
RewriteCond %{REQUEST_FILENAME} !-f
RewriteCond %{REQUEST_FILENAME} !-d
RewriteRule . index.php [NC,L]
ExpiresActive On
ExpiresByType application/x-javascript "access plus 1 days"
Order Deny,Allow
Allow from All
<Location /maps/>
RewriteMap map txt:map.txt
RewriteMap lower int:tolower
RewriteCond %{REQUEST_URI} ^/([^/.]+)\.html$ [NC]
RewriteCond ${map:${lower:%1}|NOT_FOUND} !NOT_FOUND
RewriteRule .? /index.php?q=${map:${lower:%1}} [NC,L]
</Location>
Nginx Config
#user nobody;
worker_processes 1;
#error_log logs/error.log;
#pid /run/nginx.pid;
events {
worker_connections 1024;
}
http {
include /etc/nginx/mime.types;
gzip on;
gzip_http_version 1.1;
gzip_comp_level 2;
gzip_types text/plain text/html text/css
application/x-javascript text/xml
application/xml application/xml+rss
text/javascript;
server {
listen 80;
server_name localhost;
access_log logs/localhost.access.log main;
location / {
root html;
index index.html index.htm;
}
include /etc/nginx/sites-enabled/*;
}
}
DNS Zone Config
$ORIGIN example.com. ; designates the start of this zone file in the namespace
$TTL 1h ; default expiration time of all resource records without their own TTL value
example.com. IN SOA ns.example.com. username.example.com. (<PHONE_NUMBER> 1d 2h 4w 1h )
example.com. IN NS ns ; ns.example.com is a nameserver for example.com
example.com. IN NS ns.somewhere.example. ; ns.somewhere.example is a backup nameserver for example.com
example.com. IN MX 10 mail.example.com. ; mail.example.com is the mailserver for example.com
@ IN MX 20 mail2.example.com. ; equivalent to above line, "@" represents zone origin
@ IN MX 50 mail3 ; equivalent to above line, but using a relative host name
example.com. IN A <IP_ADDRESS> ; IPv4 address for example.com
IN AAAA 2001:db8:10::1 ; IPv6 address for example.com
ns IN A <IP_ADDRESS> ; IPv4 address for ns.example.com
IN AAAA 2001:db8:10::2 ; IPv6 address for ns.example.com
www IN CNAME example.com. ; www.example.com is an alias for example.com
wwwtest IN CNAME www ; wwwtest.example.com is another alias for www.example.com
mail IN A <IP_ADDRESS> ; IPv4 address for mail.example.com
mail2 IN A <IP_ADDRESS> ; IPv4 address for mail2.example.com
mail3 IN A <IP_ADDRESS> ; IPv4 address for mail3.example.com
Packet Filter (PF) Config
# Limits x10 (except frags x4 max limit)
set limit { states 100000, src-nodes 100000, frags 131070, tables 10000, table-entries 2000000 }
# Skip on Loopback
set skip on lo
# Block *ALL*
block all
# Allow OUT *ALL*
pass out all keep state
# Block IN *ALL*
block in all
# Allow Ping
pass in inet proto icmp from any to any
# Allow IN SSH
pass in inet proto tcp to egress port 22
# Allow IN HTTP(S)
#pass in inet proto tcp to egress port 80
#pass in inet proto tcp to egress port 443


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We are Sathvik Softech a pioneer software training and development firm located in Hubli. We build high quality software applications for our clients at affordable prices. We have a dedicated team of highly qualified and hard working software engineers and developers with a proven track record. We also provide high quality training in the latest cutting edge software tools and technologies, something which is unmatched in north karnataka.
We are Sathvik Softech, a premier software training and development firm situated in hubli, Karnataka. We offer state-of-the-art training on cutting edge software technologies as well as develop high quality software products for our clients.
We take pride in our work and everything we create is executed with precision and love.
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--- layout: post title: 'Weave Mazes: Your Take?' post_id: 8 categories: - under the hood date: 2011-02-28 09:34:00.000000000 -07:00 author: Jamis permalink: 2011/2/28/weave-mazes-your-take.html summary: > A challenge is given, urging the reader to consider how a maze might be created in which passages weave over and under each other. A subsequent article is foreshadowed ---
Later this week I’m going to post an article about how you might implement “weave mazes”, like this one:
This is a maze where some of the passages “weave” over or under other passages. It’s a type of 3D maze, but very constrained (mostly for esthetic reasons):
Before I post my implementation, though, I wanted to get you thinking: how would you implement a weave maze?