Sleef_double2
Description
Sleef_double2 is a generic data type for storing two double-precision floating point values, which is defined in <sleef.h> as follows:
typedef struct { double x, y; } Sleef_double2;
Sleef_float2
Description
Sleef_float2 is a generic data type for storing two single-precision floating point values, which is defined in <sleef.h> as follows:
typedef struct { float x, y; } Sleef_float2;
Sleef_longdouble2
Description
Sleef_longdouble2 is a generic data type for storing two extended-precision (80-bit) floating point values, which is defined in <sleef.h> as follows:
typedef struct { long double x, y; } Sleef_longdouble2;
Sleef_sin_u10, Sleef_sinf_u10 - sine functions with 1.0 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_sin_u10(double a);
float Sleef_sinf_u10(float a);
Link with -lsleef.
Description
These functions evaluate the sine function of a value in a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_sin_u35, Sleef_sinf_u35 - sine functions with 3.5 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_sin_u35(double a);
float Sleef_sinf_u35(float a);
Link with -lsleef.
Description
These functions evaluate the sine function of a value in a. The error bound of the returned value is 3.5 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_cos_u10, Sleef_cosf_u10 - cosine functions with 1.0 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_cos_u10(double a);
float Sleef_cosf_u10(float a);
Link with -lsleef.
Description
These functions evaluate the cosine function of a value in a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_cos_u35, Sleef_cosf_u35 - cosine functions with 3.5 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_cos_u35(double a);
float Sleef_cosf_u35(float a);
Link with -lsleef.
Description
These functions evaluate the cosine function of a value in a. The error bound of the returned value is 3.5 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_sincos_u10, Sleef_sincosf_u10 - evaluate sine and cosine functions simultaneously with 1.0 ULP error bound
Synopsis
#include <sleef.h>
Sleef_double2 Sleef_sincos_u10(double a)
Sleef_float2 Sleef_sincosf_u10(float a)
Link with -lsleef.
Description
Evaluates the sine and cosine functions of a value in a at a time, and store the two values in x and y elements in the returned value, respectively. The error bound of the returned values is 1.0 ULP. If a is a NaN or infinity, a NaN is returned.
Sleef_sincos_u35, Sleef_sincosf_u35 - evaluate sine and cosine functions simultaneously with 3.5 ULP error bound
Synopsis
#include <sleef.h>
Sleef_double2 Sleef_sincos_u35(double a)
Sleef_float2 Sleef_sincosf_u35(float a)
Link with -lsleef.
Description
Evaluates the sine and cosine functions of a value in a at a time, and store the two values in x and y elements in the returned value, respectively. The error bound of the returned values is 3.5 ULP. If a is a NaN or infinity, a NaN is returned.
Sleef_sincospi_u05, Sleef_sincospif_u05, Sleef_sincospil_u05 - evaluate sin( πa ) and cos( πa ) for given a simultaneously with 0.506 ULP error bound
Synopsis
#include <sleef.h>
Sleef_double2 Sleef_sincospi_u05(double a)
Sleef_float2 Sleef_sincospif_u05(float a)
Sleef_longdouble2 Sleef_sincospil_u05(long double a)
Link with -lsleef.
Description
Evaluates the sine and cosine functions of πa at a time, and store the two values in x and y elements in the returned value, respectively. The error bound of the returned value are max(0.506 ULP, DBL_MIN) if a is in [-1e+9, 1e+9] for double-precision function, or max(0.506 ULP, FLT_MIN) if [-1e+7, 1e+7] for the single-precision function. If a is a finite value out of this range, an arbitrary value within [-1, 1] is returned. If a is a NaN or infinity, a NaN is returned.
Sleef_sincospi_u35, Sleef_sincospif_u35, Sleef_sincospil_u35 - evaluate sin( πa ) and cos( πa ) for given a simultaneously with 3.5 ULP error bound
Synopsis
#include <sleef.h>
Sleef_double2 Sleef_sincospi_u35(double a)
Sleef_float2 Sleef_sincospif_u35(float a)
Sleef_longdouble2 Sleef_sincospil_u35(long double a)
Link with -lsleef.
Description
Evaluates the sine and cosine functions of πa at a time, and store the two values in x and y elements in the returned value, respectively. The error bound of the returned values is 3.5 ULP if a is in [-1e+9, 1e+9] for double-precision function or [-1e+7, 1e+7] for the single-precision function. If a is a finite value out of this range, an arbitrary value within [-1, 1] is returned. If a is a NaN or infinity, a NaN is returned.
Sleef_sinpi_u05, Sleef_sinpif_u05 - evaluate sin( πa ) for given a with 0.506 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_sinpi_u05(double a);
float Sleef_sinpif_u05(float a);
Link with -lsleef.
Description
These functions evaluate the sine functions of πa . The error bound of the returned value are max(0.506 ULP, DBL_MIN) if a is in [-1e+9, 1e+9] for double-precision function, or max(0.506 ULP, FLT_MIN) if [-1e+7, 1e+7] for the single-precision function. If a is a finite value out of this range, an arbitrary value within [-1, 1] is returned. If a is a NaN or infinity, a NaN is returned.
Sleef_cospi_u05, Sleef_cospif_u05 - evaluate cos( πa ) for given a with 0.506 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_cospi_u05(double a);
float Sleef_cospif_u05(float a);
Link with -lsleef.
Description
These functions evaluate the cosine functions of πa . The error bound of the returned value are max(0.506 ULP, DBL_MIN) if a is in [-1e+9, 1e+9] for double-precision function, or max(0.506 ULP, FLT_MIN) if [-1e+7, 1e+7] for the single-precision function. If a is a finite value out of this range, an arbitrary value within [-1, 1] is returned. If a is a NaN or infinity, a NaN is returned.
Sleef_tan_u10, Sleef_tanf_u10 - tangent functions with 1.0 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_tan_u10(double a);
float Sleef_tanf_u10(float a);
Link with -lsleef.
Description
These functions evaluate the tangent function of a value in a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_tan_u35, Sleef_tanf_u35 - tangent functions with 3.5 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_tan_u35(double a);
float Sleef_tanf_u35(float a);
Link with -lsleef.
Description
These functions evaluate the tangent function of a value in a. The error bound of the returned value is 3.5 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_pow_u10, Sleef_powf_u10 - power functions
Synopsis
#include <sleef.h>
double Sleef_pow_u10(double x, double y);
float Sleef_powf_u10(float x, float y);
Link with -lsleef.
Description
These functions return the value of x raised to the power of y. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_log_u10, Sleef_logf_u10 - natural logarithmic functions with 1.0 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_log_u10(double a);
float Sleef_logf_u10(float a);
Link with -lsleef.
Description
These functions return the natural logarithm of a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_log_u35, Sleef_logf_u35 - natural logarithmic functions with 3.5 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_log_u35(double a);
float Sleef_logf_u35(float a);
Link with -lsleef.
Description
These functions return the natural logarithm of a. The error bound of the returned value is 3.5 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_log10_u10, Sleef_log10f_u10 - base-10 logarithmic functions
Synopsis
#include <sleef.h>
double Sleef_log10_u10(double a);
float Sleef_log10f_u10(float a);
Link with -lsleef.
Description
These functions return the base-10 logarithm of a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_log2_u10, Sleef_log2f_u10 - base-10 logarithmic functions
Synopsis
#include <sleef.h>
double Sleef_log2_u10(double a);
float Sleef_log2f_u10(float a);
Link with -lsleef.
Description
These functions return the base-2 logarithm of a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_log1p_u10, Sleef_log1pf_u10 - logarithm of one plus argument
Synopsis
#include <sleef.h>
double Sleef_log1p_u10(double a);
float Sleef_log1pf_u10(float a);
Link with -lsleef.
Description
These functions return the natural logarithm of (1+a). The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_exp_u10, Sleef_expf_u10 - base-e exponential functions
Synopsis
#include <sleef.h>
double Sleef_exp_u10(double a);
float Sleef_expf_u10(float a);
Link with -lsleef.
Description
These functions return the value of e raised to a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_exp2_u10, Sleef_exp2f_u10 - base-2 exponential functions
Synopsis
#include <sleef.h>
double Sleef_exp2_u10(double a);
float Sleef_exp2f_u10(float a);
Link with -lsleef.
Description
These functions return 2 raised to a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_exp10_u10, Sleef_exp10f_u10 - base-10 exponential functions
Synopsis
#include <sleef.h>
double Sleef_exp10_u10(double a);
float Sleef_exp10f_u10(float a);
Link with -lsleef.
Description
These functions return 10 raised to a. The error bound of the returned value is 1.09 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_expm1_u10, Sleef_expm1f_u10 - base-e exponential functions minus 1
Synopsis
#include <sleef.h>
double Sleef_expm1_u10(double a);
float Sleef_expm1f_u10(float a);
Link with -lsleef.
Description
These functions return the value one less than e raised to a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_sqrt_u05, Sleef_sqrtf_u05 - square root function with 0.5001 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_sqrt_u05(double x);
float Sleef_sqrtf_u05(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of sqrt and sqrtf functions. The error bound of the returned value is 0.5001 ULP. These functions do not set errno nor raise an exception.
Sleef_sqrtf_u35 - square root function with 3.5 ULP error bound
Synopsis
#include <sleef.h>
float Sleef_sqrt_u35(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of sqrt and sqrtf functions. The error bound of the returned value is 3.5 ULP. These functions do not set errno nor raise an exception.
Sleef_cbrt_u10, Sleef_cbrtf_u10 - cube root function with 1.0 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_cbrt_u10(double a);
float Sleef_cbrtf_u10(float a);
Link with -lsleef.
Description
These functions return the real cube root of a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_cbrt_u35, Sleef_cbrtf_u35 - cube root function with 3.5 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_cbrt_u35(double a);
float Sleef_cbrtf_u35(float a);
Link with -lsleef.
Description
These functions return the real cube root of a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_hypot_u05, Sleef_hypotf_u05 - 2D Euclidian distance function with 0.5 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_hypot_u05(double x, double y);
float Sleef_hypotf_u05(float x, float y);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of hypot and hypotf functions. The error bound of the returned value is 0.5001 ULP. These functions do not set errno nor raise an exception.
Sleef_hypot_u35, Sleef_hypotf_u35 - 2D Euclidian distance function with 3.5 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_hypot_u35(double x, double y);
float Sleef_hypotf_u35(float x, float y);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of hypot and hypotf functions. The error bound of the returned value is 0.5001 ULP. These functions do not set errno nor raise an exception.
Sleef_asin_u10, Sleef_asinf_u10 - arc sine functions with 1.0 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_asin_u10(double a);
float Sleef_asinf_u10(float a);
Link with -lsleef.
Description
These functions evaluate the arc sine function of a value in a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_asin_u35, Sleef_asinf_u35 - arc sine functions with 3.5 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_asin_u35(double a);
float Sleef_asinf_u35(float a);
Link with -lsleef.
Description
These functions evaluate the arc sine function of a value in a. The error bound of the returned value is 3.5 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_acos_u10, Sleef_acosf_u10 - arc cosine functions with 1.0 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_acos_u10(double a);
float Sleef_acosf_u10(float a);
Link with -lsleef.
Description
These functions evaluate the arc cosine function of a value in a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_acos_u35, Sleef_acosf_u35 - arc cosine functions with 3.5 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_acos_u35(double a);
float Sleef_acosf_u35(float a);
Link with -lsleef.
Description
These functions evaluate the arc cosine function of a value in a. The error bound of the returned value is 3.5 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_atan_u10, Sleef_atanf_u10 - arc tangent functions with 1.0 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_atan_u10(double a);
float Sleef_atanf_u10(float a);
Link with -lsleef.
Description
These functions evaluate the arc tangent function of a value in a. The error bound of the returned value is 1.0 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_atan_u35, Sleef_atanf_u35 - arc tangent functions with 3.5 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_atan_u35(double a);
float Sleef_atanf_u35(float a);
Link with -lsleef.
Description
These functions evaluate the arc tangent function of a value in a. The error bound of the returned value is 3.5 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_atan2_u10, Sleef_atan2f_u10 - arc tangent functions of two variables with 1.0 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_atan2_u10(double y, double x);
float Sleef_atan2f_u10(float y, float x);
Link with -lsleef.
Description
These functions evaluate the arc tangent function of (y / x). The quadrant of the result is determined according to the signs of x and y. The error bounds of the returned values are max(1.0 ULP, DBL_MIN) and max(1.0 ULP, FLT_MIN), respectively. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_atan2_u35, Sleef_atan2f_u35 - arc tangent functions of two variables with 3.5 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_atan2_u35(double y, double x);
float Sleef_atan2f_u35(float y, float x);
Link with -lsleef.
Description
These functions evaluate the arc tangent function of (y / x). The quadrant of the result is determined according to the signs of x and y. The error bound of the returned value is 3.5 ULP. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_sinh_u10, Sleef_sinhf_u10 - hyperbolic sine functions
Synopsis
#include <sleef.h>
double Sleef_sinh_u10(double a);
float Sleef_sinhf_u10(float a);
Link with -lsleef.
Description
These functions evaluate the hyperbolic sine function of a value in a. The error bound of the returned value is 1.0 ULP if a is in [-709, 709] for the double-precision function or [-88.5, 88.5] for the single-precision function . If a is a finite value out of this range, infinity with a correct sign or a correct value with 1.0 ULP error bound is returned. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_sinh_u35, Sleef_sinhf_u35 - hyperbolic sine functions
Synopsis
#include <sleef.h>
double Sleef_sinh_u35(double a);
float Sleef_sinhf_u35(float a);
Link with -lsleef.
Description
These functions evaluate the hyperbolic sine function of a value in a. The error bound of the returned value is 3.5 ULP if a is in [-709, 709] for the double-precision function or [-88, 88] for the single-precision function . If a is a finite value out of this range, infinity with a correct sign or a correct value with 3.5 ULP error bound is returned. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_cosh_u10, Sleef_coshf_u10 - hyperbolic cosine functions
Synopsis
#include <sleef.h>
double Sleef_cosh_u10(double a);
float Sleef_coshf_u10(float a);
Link with -lsleef.
Description
These functions evaluate the hyperbolic cosine function of a value in a. The error bound of the returned value is 1.0 ULP if a is in [-709, 709] for the double-precision function or [-88.5, 88.5] for the single-precision function . If a is a finite value out of this range, infinity with a correct sign or a correct value with 1.0 ULP error bound is returned. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_cosh_u35, Sleef_coshf_u35 - hyperbolic cosine functions
Synopsis
#include <sleef.h>
double Sleef_cosh_u35(double a);
float Sleef_coshf_u35(float a);
Link with -lsleef.
Description
These functions evaluate the hyperbolic cosine function of a value in a. The error bound of the returned value is 3.5 ULP if a is in [-709, 709] for the double-precision function or [-88, 88] for the single-precision function . If a is a finite value out of this range, infinity with a correct sign or a correct value with 3.5 ULP error bound is returned. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_tanh_u10, Sleef_tanhf_u10 - hyperbolic tangent functions
Synopsis
#include <sleef.h>
double Sleef_tanh_u10(double a);
float Sleef_tanhf_u10(float a);
Link with -lsleef.
Description
These functions evaluate the hyperbolic tangent function of a value in a. The error bound of the returned value is 1.0 ULP for the double-precision function or 1.0001 ULP for the single-precision function. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_tanh_u35, Sleef_tanhf_u35 - hyperbolic tangent functions
Synopsis
#include <sleef.h>
double Sleef_tanh_u35(double a);
float Sleef_tanhf_u35(float a);
Link with -lsleef.
Description
These functions evaluate the hyperbolic tangent function of a value in a. The error bound of the returned value is 3.5 ULP for the double-precision function or 3.5 ULP for the single-precision function. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_asinh_u10, Sleef_asinhf_u10 - inverse hyperbolic sine functions
Synopsis
#include <sleef.h>
double Sleef_asinh_u10(double a);
float Sleef_asinhf_u10(float a);
Link with -lsleef.
Description
These functions evaluate the inverse hyperbolic sine function of a value in a. The error bound of the returned value is 1.0 ULP if a is in [-1.34e+154, 1.34e+154] for the double-precision function or 1.001 ULP if a is in [-1.84e+19, 1.84e+19] for the single-precision function . If a is a finite value out of this range, infinity with a correct sign or a correct value with 1.0 ULP error bound is returned. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_acosh_u10, Sleef_acoshf_u10 - inverse hyperbolic cosine functions
Synopsis
#include <sleef.h>
double Sleef_acosh_u10(double a);
float Sleef_acoshf_u10(float a);
Link with -lsleef.
Description
These functions evaluate the inverse hyperbolic cosine function of a value in a. The error bound of the returned value is 1.0 ULP if a is in [-1.34e+154, 1.34e+154] for the double-precision function or 1.001 ULP if a is in [-1.84e+19, 1.84e+19] for the single-precision function . If a is a finite value out of this range, infinity with a correct sign or a correct value with 1.0 ULP error bound is returned. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_atanh_u10, Sleef_atanhf_u10 - inverse hyperbolic tangent functions
Synopsis
#include <sleef.h>
double Sleef_atanh_u10(double a);
float Sleef_atanhf_u10(float a);
Link with -lsleef.
Description
These functions evaluate the inverse hyperbolic tangent function of a value in a. The error bound of the returned value is 1.0 ULP for the double-precision function or 1.0001 ULP for the single-precision function. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_erf_u10, Sleef_erff_u10 - error functions with 1.0 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_erf_u10(double x);
float Sleef_erff_u10(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of erf and erff functions. The error bound of the returned value is 1.0 ULP. These functions do not set errno nor raise an exception.
Sleef_erfc_u15, Sleef_erfcf_u15 - complementary error functions
Synopsis
#include <sleef.h>
double Sleef_erfc_u15(double x);
float Sleef_erfcf_u15(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of erfc and erfcf functions. The error bound of the returned value for the DP function is max(1.5 ULP, DBL_MIN) if the argument is less than 26.2, and max(2.5 ULP, DBL_MIN) otherwise. For the SP function, the error bound is max(1.5 ULP, FLT_MIN). These functions do not set errno nor raise an exception.
Sleef_tgamma_u10, Sleef_tgammaf_u10 - gamma functions with 1.0 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_tgamma_u10(double x);
float Sleef_tgammaf_u10(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of tgamma and tgammaf functions. The error bound of the returned value is 1.0 ULP. These functions do not set errno nor raise an exception.
Sleef_lgamma_u10, Sleef_lgammaf_u10 - log gamma functions with 1.0 ULP error bound
Synopsis
#include <sleef.h>
double Sleef_lgamma_u10(double x);
float Sleef_lgammaf_u10(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of lgamma and lgammaf functions. The error bound of the returned value is 1.0 ULP if the argument is positive. If the argument is larger than 2e+305 for the DP function and 4e+36 for the SP function, it may return infinity instead of the correct value. The error bound is max(1 ULP, 1e-15) for the DP function and max(1 ULP and 1e-8) for the SP function, if the argument is negative. These functions do not set errno nor raise an exception.
Sleef_trunc, Sleef_truncf - round to integer towards zero
Synopsis
#include <sleef.h>
double Sleef_trunc(double x);
float Sleef_truncf(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of trunc and truncf functions. These functions do not set errno nor raise an exception.
Sleef_floor, Sleef_floorf - round to integer towards minus infinity
Synopsis
#include <sleef.h>
double Sleef_floor(double x);
float Sleef_floorf(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of floor and floorf functions. These functions do not set errno nor raise an exception.
Sleef_ceil, Sleef_ceilf - round to integer towards plus infinity
Synopsis
#include <sleef.h>
double Sleef_ceil(double x);
float Sleef_ceilf(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of ceil and ceilf functions. These functions do not set errno nor raise an exception.
Sleef_round, Sleef_roundf - round to integer away from zero
Synopsis
#include <sleef.h>
double Sleef_round(double x);
float Sleef_roundf(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of round and roundf functions. These functions do not set errno nor raise an exception.
Sleef_rint, Sleef_rintf - round to integer, ties round to even
Synopsis
#include <sleef.h>
double Sleef_rint(double x);
float Sleef_rintf(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of rint and rintf functions. These functions do not set errno nor raise an exception.
Sleef_fma, Sleef_fmaf - fused multiply and accumulate
Synopsis
#include <sleef.h>
double Sleef_fma(double x, double y, double z);
float Sleef_fmaf(float x, float y, float z);
Link with -lsleef.
Description
These functions compute (x × y + z) without rounding, and then return the rounded value of the result. These functions may return infinity with a correct sign if the absolute value of the correct return value is greater than 1e+300 and 1e+33, respectively. The error bounds of the returned values are 0.5 ULP and max(0.50001 ULP, FLT_MIN), respectively.
Sleef_fmod, Sleef_fmodf - FP remainder
Synopsis
#include <sleef.h>
double Sleef_fmod(double x, double y);
float Sleef_fmodf(float x, float y);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of fmod and fmodf functions, if |x / y| is smaller than 1e+300 and 1e+38, respectively. The returned value is undefined, otherwise. These functions do not set errno nor raise an exception.
Sleef_remainder, Sleef_remainderf - FP remainder
Synopsis
#include <sleef.h>
double Sleef_remainder(double x, double y);
float Sleef_remainderf(float x, float y);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of remainder and remainderf functions, if |x / y| is smaller than 1e+300 and 1e+38, respectively. The returned value is undefined, otherwise. These functions do not set errno nor raise an exception.
Sleef_ldexp, Sleef_ldexpf - multiply by integral power of 2
Synopsis
#include <sleef.h>
double Sleef_ldexp(double m, int x);
float Sleef_ldexpf(float m, int x);
Link with -lsleef.
Description
These functions return the result of multiplying m by 2 raised to the power x. These functions treat the non-number arguments and return non-numbers as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_frfrexp, Sleef_frfrexpf - fractional component of an FP number
Synopsis
#include <sleef.h>
double Sleef_frfrexp(double x);
float Sleef_frfrexpf(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of frexp and frexpf functions. These functions do not set errno nor raise an exception.
Sleef_expfrexp, Sleef_expfrexpf - exponent of an FP number
Synopsis
#include <sleef.h>
int Sleef_expfrexp(double x);
int Sleef_expfrexpf(float x);
Link with -lsleef.
Description
These functions return the exponent returned by frexp and frexpf functions as specified in the C99 specification. These functions do not set errno nor raise an exception.
Sleef_ilogb, Sleef_ilogbf - integer exponent of an FP number
Synopsis
#include <sleef.h>
int Sleef_ilogb(double m, int x);
int Sleef_ilogbf(float m, int x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of ilogb and ilogbf functions. These functions do not set errno nor raise an exception.
Sleef_modf, Sleef_modff - integral and fractional value of FP number
Synopsis
#include <sleef.h>
Sleef_double2 Sleef_modf(double x);
Sleef_float2 Sleef_modff(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of modf and modff functions. These functions do not set errno nor raise an exception.
Sleef_fabs, Sleef_fabsf - absolute value
Synopsis
#include <sleef.h>
double Sleef_fabs(double x);
float Sleef_fabsf(float x);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of fabs and fabsf functions. These functions do not set errno nor raise an exception.
Sleef_fmax, Sleef_fmaxf - maximum of two numbers
Synopsis
#include <sleef.h>
double Sleef_fmax(double x, double y);
float Sleef_fmaxf(float x, float y);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of fmax and fmaxf functions. These functions do not set errno nor raise an exception.
Sleef_fmin, Sleef_fminf - minimum of two numbers
Synopsis
#include <sleef.h>
double Sleef_fmin(double x, double y);
float Sleef_fminf(float x, float y);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of fmin and fminf functions. These functions do not set errno nor raise an exception.
Sleef_fdim, Sleef_fdimf - positive difference
Synopsis
#include <sleef.h>
double Sleef_fdim(double x, double y);
float Sleef_fdimf(float x, float y);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of fdim and fdimf functions. These functions do not set errno nor raise an exception.
Sleef_copysign, Sleef_copysignf - copy sign of a number
Synopsis
#include <sleef.h>
double Sleef_copysign(double x, double y);
float Sleef_copysignf(float x, float y);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of copysign and copysignf functions. These functions do not set errno nor raise an exception.
Sleef_nextafter, Sleef_nextafterf - find the next representable FP value
Synopsis
#include <sleef.h>
double Sleef_nextafter(double x, double y);
float Sleef_nextafterf(float x, float y);
Link with -lsleef.
Description
These functions return the value as specified in the C99 specification of nextafter and nextafterf functions. These functions do not set errno nor raise an exception.


Researcher Lorain:
As I told you,
climb up to the 2nd floor of the tower and pass the crossroads. You will see an intersection where 3 roads meet. Go to the right
and you should be able to see the broken pieces of the machine. Hurry!


Reduced time for multiple rate tests
This demonstrates the interpretation of a step drawdown test in a fully penetrated confined aquifer (variable rate test).
MIT License Copyright (c) 2017 Philippe Renard - University of Neuchâtel (CHYN)
Contents
The data set for this example comes from the following reference: Data set : Kruseman and de Ridder (1994) pp. 185 The data are collected in a piezometer located at 5m from the pumping well.
Let us first load the data and plot them.
[t,s]=ldf('tmr_ds1.dat');
| HYTOOL Demo |
Once the data have been loaded , we can interpret the data with the birsoy time and We estimate the p parameter with the function ths_gss and we find an optimum fit.
[tb,sb]=birsoy_time(t,s,q);
p=ths_gss(tb,sb);
p=fit('ths',p,tb,sb);
Norm of Norm of Iteration SSE Gradient Step ----------------------------------------------------------- 0 14.522 1 14.5209 0.0747165 0.0128682 2 14.5206 0.00632047 0.00930169 3 14.5206 4.95682e-05 0.000755248 4 14.5206 3.0909e-08 6.28394e-06 Iterations terminated: relative change in SSE less than OPTIONS.TolFun
We can then display the result of the interpretation. Hytool find that the folowing values fort the transmissivity and storativity:
T= 1.2 e-3 m2/s and S= 9.8 e-4.
ths_rpt(p,tb,sb,[1;5],'Kruseman example - automatic fit');
The results are in reasonable agreement with the values found by Kruseman and de Ridder (1994): T = 102 m2/d = 1.2 e-3 m2/s and S = 9.6 e-4.
We then find that the fits are rather similar and both acceptable.
BIRSOY_DEMO2 - Synthetic example showing the interest of Birsoy time
Syntax : birsoy_demo2
This example builds a synthetic data set for a variable rate test (6 different pumping rates) in a double porosity aquifer. The data set is made with the Warren and Root double porosity model. A random noise proportional to the signal is added.
In figure 1, the synthetic drawdown computed for that situation is shown as well as its derivative in log-log scale. This shows that the diagnostic plot cannot be used to identify the double porosity model when the pumping rates are variable.
We then use the birsoy_time deconvolution method, to obtain the equivalent time and drawdown with Birsoy and Summers (1981) technique. These data are then plotted in a diagnostic plot in figure 2. It is clear that the deconvolution allows to identify the double porosity model.
In addition a double porosity model is adjusted to the deconvoluted data to identify the values of the parameters and displayed as well in figure 2.
Finally, using the superposition principle, the initial signal is reconstructed with the fitted parameters and compared to the original data set in figure 3.
This shows that the deconvolution method works pretty well in those situations. The estimated parameters are very close to the original one and the drawdown curve is well reproduced.
tfin=5e4; % end of the synthetic data p=[160,20,200,400]; % reference parameters to build the data set q=[100,5.3e-3; % Pumping periods 200,6.3e-3; 500,8.3e-3; 1000,1.94e-2; 2000,1.76e-2; tfin,1.55e-2]; t=[logspace(1,log10(tfin),80)']; % time steps nbpumpingperiod=size(q,1); % build manually the superposition of begintime=[0;q(1:end-1,1)]; % the double porosity model pumpingrates=[q(1,2);diff(q(:,2))]; s=zeros(size(t)); for i=1:nbpumpingperiod is=find(t>begintime(i)); s(is)=s(is)+war_dim([p(1)*pumpingrates(i),p(2:end)],t(is)-begintime(i)); end s=s.*(1+rand(size(s))*.05); figure(1) % plot the synthetic data clf plot(t,s,'o-') xlabel('time') ylabel('drawdown') diagnostic(t,s) figure(2) clf [tb, sb] = birsoy_time( t, s, q); % compute the deconvolution (Birsoy time) diagnostic(tb,sb) % show the diagnostic plot p=war_gss(tb,sb); % fit a double porosity model on it p=fit('war',p,tb,sb); sc=war_dim(p,tb); % compute the corresponding solution hold on plot(tb,sc) % plot it on top of the diagnostic plot [td,sd]=ldiffs(tb,sc,30); plot(td,sd) % as well as its derivative figure(3) clf sc=zeros(size(t)); % For comparison, computes the synthetic for i=1:nbpumpingperiod % signal with the fitted parameter is=find(t>begintime(i)); sc(is)=sc(is)+war_dim([p(1)*pumpingrates(i),p(2:end)],t(is)-begintime(i)); end diagnostic(t,s) hold on loglog(t,sc) [td,sd]=ldiffs(t,sc,30); plot(td,sd)
Norm of Norm of Iteration SSE Gradient Step ----------------------------------------------------------- 0 216899 1 78655.8 19577.8 526.967 2 12645.3 3350.21 127.472 3 1352.12 561.08 56.2509 4 841.19 22.3707 15.8971 5 840.148 0.0370772 0.744981 6 840.148 2.06766e-05 0.0420742 7 840.148 0.00577632 0.00371951 Iterations terminated: relative change in SSE less than OPTIONS.TolFun


What learnings did you take from the chapter?
To be honest, I didn't find this reading particularly revelatory. A lot of the concepts discussed in this chapter weren't necessarily new to me, but it was still interesting to read about them in such a straightforward manner. Especially when taking this idea of brain training and the studies looking at the physical effects this had on the brain. I do look forward to reading a bit further into this book.
How did you find the two minutes of mindfulness?
I really enjoyed this and found it not too difficult. It's something I practice not infrequently, but I like the idea of experimenting with it being a regimented, every night type thing. I found doing this really useful when doing university assignments. Sometimes you just felt so rushed and overwhemled that taking a minute or two to center yourself again was really useful. It meant I could often go back to working with a bit of a calmer mindset and was able to look at what I had left to do more clearly. Made the big tasks seem more managable.


Bawse Beast! Leopard Strikes a Pose Atop a Captured Pak Army Patton Tank - Photos
New Delhi (Sputnik): A leopard in the Indian state of Maharashtra found a perfect spot to relax, but got papped as it slept on the mean machine.
The wild beast was caught off guard as he lazed atop a battle tank, once captured from the Pakistani Army during a 1965 battle.
The leopard was snapped looking into the camera with his piercing eyes after it woke up from the flash of the camera.
The American-made Patton tank was kept at the Indian Army’s School of Artillery in the Deolali cantonment area.
Pictures of the wild cat relaxing on top of the captured tank, like a boss, has taken a social media by storm, as netizens were left gawking at the fierce animal.
India captured and destroyed 99 battle tanks, mostly Pattons, during the Battle of Asal Uttar against Pakistan in 1965.
It was one of the largest tank battles in history since the Battle of Kursk in World War II.


Geneiveve A Schneider
Democrat
I am currently a stay at home mom
I graduated summa cum laude from CU-Boulder (Political Science), I hold a AA in political science from Front Range Community College, and I have an AAS from Bel-Res (veterinary technician). I am a certified veterinary technician in Colorado
80514
I recently ran for the Colorado House of Representatives (District 63) but did not win. I ran a successful campaign to get a lodging tax passed in Dacono. I have donated to my campaign and no more than $25 to a few local candidates.
I currently sit on the Dacono Planning Commission and Police Advisory Board.
As a Dacono city council member, I dealt with multiple stakeholders to resolve issues and find equitable solutions. The same can be said for my time on the Planning Commission and Police Advisory Board. Finally, during my campaign, I worked with people from unions, oil & gas workers, citizens, and various other groups to understand their needs.
I want to make the district representative of the people who live there. With the new census data we can create a more representative democracy.
Being a city council member is a non-partisan position. I learned how to look at the community's needs not through a lens of red or blue but solely on how beneficial something is for the city and the citizens. In addition to this, my political science education has honed my data-driven nature. By using these skills, I can make decisions based on facts, not emotion.
I had to write and defend a thesis to earn my summa cum laude honors. I used quantitative data analysis to examine voter choice and wrote a 50-page paper. My paper was determined to be publishable and added to the political science knowledge base.
Female


DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
News story
Michael Gove presents award for Winkler's tireless campaigning to support the earlier identification of children with SEN or disabilities.
Welcoming the award, Michael Gove, Secretary of State for Education said:
I congratulate Henry Winkler on this much deserved award. As an accomplished actor, author and director he has not only shown people what it’s like to live with a disability, but more importantly he has inspired young people with disabilities to make their dreams a reality.
Whilst many will remember Henry as ‘The Fonz’, in recent years he has devoted himself to improving opportunities for children and adults who have learning difficulties. He has been awarded the OBE for his tireless campaigning to support the earlier identification and better understanding of children who have a special educational need or disability (SEND). I give Henry my wholehearted thanks for the time he has spent in this country visiting schools, inspiring children and raising their aspirations.
The Government is looking at a radical shake-up of the SEND system to give children with SEND and their parents a much bigger say in the type of support they need, and to make sure they achieve their full potential. It’s thanks to people like Henry that we can give children, parents and professionals a much greater understanding of how the system can work for them.
Henry Winkler was nominated for an honour by the editor of First News Nicky Cox MBE, the Dyslexia Trust and the Teaching Awards. The Department supported the nomination.
Henry was diagnosed with severe dyslexia in his thirties. He has co-authored 17 books based on a child with dyslexia, Hank Zipzer.
Last year he fronted the First News ‘My Way’ campaign to improve perceptions of children with special educational needs (SEN) and disabilities and raise their aspirations, and he worked with the Dyslexia Trust. This year, the National Teaching Awards presented a new SEN award with prize money donated by Henry.
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 11 February 2011


Matteo Figus / @matteofigus
Coding, technology, conferences
London, UK
OpenTable
Restaurant Reservations - Free • Instant • Confirmed
more than 32K restaurants worldwide
more than 16M reservations every month
more than 450K reviews per month
Europe, North and South America, Asia
millions of requests per minute
more than 50 engineers make changes every day
Deployments every 15 days
Not very resilient
Not very robust
Code consistency (one single language)
Dedicated team for infrastructure
Dedicated team for testing
Quick deployments
More (focused and effective) testing
Robustness++
Diversity on tech stacks
Static resources duplication
Markup, javascript, css duplication
Inconsistencies
Every microsite including ~150K of javascript libraries
Every microsite including ~50K of css
Enables people to create new components independently and publish them
Granular ownership
Performances
Robustness
Serve as framework for experimenting and A/B testing new ideas in the front-end
Microsites have control
$ npm install -g oc
$ mkdir demo && cd demo
$ oc init test-component jade
$ echo 'div this is my component' > test-component/template.jade
$ oc dev . 3030
$ oc preview http://localhost:3030/test-component
$ oc registry add http://oc-registry.herokuapp.com
$ oc publish /test-component
$ oc preview http://oc-registry.herokuapp.com/test-component
// template.jade
img(src=staticPath+'img/img.jpg')
// server.js
module.exports.data = function(context, cb){
cb(null, {
staticPath: context.staticPath
});
};

...
<oc-component href="http://oc-registry.com/component/1.X.X/?a=b">
</oc-component>
...

var Client = require('oc-client'),
client = new Client();
client.config = {
registries: ['http://oc-registry.com/'],
components: {'hello-world': '~1.0.0'}
};
client.renderComponent('hello-world', function(err, componentHtml){
console.log(componentHtml); // => rendered html
});
$ curl http://oc-registry.com/hello-world
{
"href": "https://oc-registry.com/hello-world",
"version": "1.0.0",
"requestVersion": "",
"html": "
hello John Doe
",
"type": "oc-component",
"renderMode": "rendered"
}
$ curl http://oc-registry.com/hello-world
-H Accept:application/vnd.oc.prerendered+json
{
"href": "https://oc-registry.com/hello-world",
"version": "1.0.0",
"requestVersion": "",
"data": {
"name": "John doe"
},
"template": {
"src": "https://s3.amazonaws.com/your-s3-bucket/components/hello-world/1.0.0/template.js",
"type": "handlebars",
"key": "cad2a9671257d5033d2abfd739b1660993021d02"
},
"type": "oc-component",
"renderMode": "pre-rendered"
}
SOA is not just about code
Test, test, test
Failure is a feature
Componentise all the web!
follow me on twitter - @matteofigus


We use HTML to structure our web documents.
I think Rev. Green did it in the kitchen with the chainsaw.
According to the MDN blockquote page:
The HTML

Element (or HTML Block Quotation Element) indicates that the enclosed text is an extended quotation.
The quote element — <q>
— is
intended for short quotations that don't require paragraph breaks.
--
MDN q page.
By Chris Mills
It was a dark night. Somewhere, an owl hooted. The rain lashed down on the ...
Our protagonist could not so much as a whisper out of the shadowy figure ...
Several more hours had passed, when all of a sudden the specter sat bolt upright and exclaimed, "Please have mercy on my soul!"
cool boy tool
cool boy tool
Japanese example: ご飯が熱い。
My cat is very grumpy.
My cat is very grumpy.
My cat is very grumpy.
Beautify html first second thirdA link to my favourite website
favourite website A link to my example. A link to my example. A link to my example. Download Firefox 39 for WindowsSend mail with cc, bcc, subject and body
The HTML

Element (or HTML Block Quotation Element) indicates that the enclosed text is an extended quotation.
The HTML

Element (or HTML Block Quotation Element) indicates that the enclosed text is an extended quotation.
The quote element — <q>
— is intended for short quotations that don't require paragraph breaks.
In html, you define a paragraph using
 element.


{% extends "layout.html" %} {% block title %}Assignments{% endblock %} {% block content %}
These are short paper-based algorithmic tasks done in class; about 10-15 minutes long; people who write them from home get 3 extra minutes of work to download the paper, to photograph and to send their solution.
| Grading ID | Title | Due Date | Max | Average |
|---|---|---|---|---|
| MK01 | Exercise title Solution |
2021-09-02 | 10‰ | TBD |
Exams are done using computer (some programming tasks).
These activities are not graded; they are meant as warm-ups before the labs.


Gaussian Process Force Fields¶
-
class
flare.gp.
GaussianProcess
(kernel: Callable, kernel_grad: Callable, hyps: <sphinx.ext.autodoc.importer._MockObject object at 0x1033f9cc0>, cutoffs: <sphinx.ext.autodoc.importer._MockObject object at 0x1033f9ba8>, hyp_labels: List = None, energy_force_kernel: Callable = None, energy_kernel: Callable = None, opt_algorithm: str = 'L-BFGS-B', maxiter=10, par=False)¶ Gaussian Process Regression Model.
Implementation is based on Algorithm 2.1 (pg. 19) of “Gaussian Processes for Machine Learning” by Rasmussen and Williams
-
static
force_list_to_np
(forces: list) → <sphinx.ext.autodoc.importer._MockObject object at 0x10343ee80>¶ Convert list of forces to numpy array of forces.
Parameters: forces (list<float>) – list of forces to convert Returns: numpy array forces Return type: np.ndarray
-
get_kernel_vector
(x: flare.env.AtomicEnvironment, d_1: int) → <sphinx.ext.autodoc.importer._MockObject object at 0x10343ed68>¶ Compute kernel vector.
Parameters: - x (AtomicEnvironment) – data point to compare against kernel matrix
- d_1 (int) – Cartesian component of force vector to get (1=x,2=y,3=z)
Returns: kernel vector
Return type: np.ndarray
-
predict_local_energy
(x_t: flare.env.AtomicEnvironment) → float¶ Predict the local energy of an atomic environment.
Parameters: x_t (AtomicEnvironment) – Atomic environment of test atom. Returns: local energy in eV (up to a constant). Return type: float
-
train
(monitor=False, custom_bounds=None)¶ Train Gaussian Process model on training data.
-
update_L_alpha_v1
()¶ - This function is used right after “update_db”. It can update the l_mat_inv, k_mat_inv and alpha without computing the whole kernel matrix. The condition is the hyps should be frozen. See notes for derivation and calculation details.
-
update_db
(struc: flare.struc.Structure, forces: list, custom_range: List[int] = ())¶ Given structure and forces, add to training set.
Parameters: - struc (Structure) – structure to add to db
- forces (list<float>) – list of corresponding forces to add to db
- custom_range (List[int]) – Indices to use in lieu of the whole structure
-
static


Projects Jungle Backyard plant life. Flower A Flower in my Backyard. Grass Grass popping up from below. Dead Pine A dying Pine Tree in my Backyard. Splashback Splashback on the wall from dirty rain.


To use SF Bitcoin Devs HD Wallet you need a passphrase.
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Make sure no-one is near you when you use this passphrase.


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Planet Sick-Boy: http://www.sick-boy.com "We Put the SIN in Cinema"
© Copyright 2001 Planet Sick-Boy. All Rights Reserved.
Gary Burns (Kitchen Party) may not be trying to establish himself as the Canadian Kevin Smith, but his quirky humor, fast-paced dialogue and dirt-cheap production values can't help but make me think of Silent Bob's alter-ego. His latest is a terrific blend of Office Space and the legendary Seinfeld episode known as "The Contest" (it's the one with the bet to see who can hold out the longest).
The competition in waydowntown involves four Calgary office drones who each kick one month's salary into a kitty that will be claimed by the person who can go the longest without venturing outside. Like many large cities, Calgary is full of underground tunnels and gerbilesque tubes that connect residential apartments, office buildings and retail shops, so a person can literally never go outside...unless, of course, they want to experience things like fresh air, puppy-dog breath and whatever else happens up there in Canada.
We're introduced to the game on Day 24, and each of the four contestants are slowly going insane from the mind games they're playing with each other. Sandra (Marya Delver) is convinced the recycled air is poisoning her and thinks sniffing perfume ads from magazines is the key to keeping her lungs all spiffy and clean.  Randy (Tobias Godson) keeps tabs on his competitors by befriending a nerdy security guard (James McBurney), allowing him to watch surveillance cameras like he was Big Brother, and the brooding Tom (Fab Filippo) becomes infatuated with a superhero and his suicidal cubical-mate, played by the hysterical Don McKellar (eXistenZ).
The rest of the plot revolves around a party being thrown in honor of the company's decrepit founder, who turns out have some pretty serious social flaws of his own. waydowntown is narrated by Tom, who keeps an ant farm on his desk (a not-so-subtle reference to people spending their lives trapped in a big, glass structure). Burns shot the film with a digital camera and blew the finished product up to 35mm for use in theatres. The result is a dark, grainy, colorful mess, but there's no denying that Burns is a filmmaker with a bright future ahead of him.
1:27 - R for language, drug use and some sexuality
========== X-RAMR-ID: 29263 X-Language: en X-RT-ReviewID: 244355 X-RT-TitleID: 1108317 X-RT-SourceID: 595 X-RT-AuthorID: 1146
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Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


Grading
50% of the course grade you will earn individually at exams; another 50% - by completing group assignments. There will be two exams:
- Midterm (20%)
- Final(30%)
..and three programming assignments:
- Assignment 1 (5%)
- Assignment 2 (15%)
- Assignment 3 (30%)
You can retake the both exams at once during on the official retake date - 06/07/18. You cannot keep only a part of the retake grade. If you retake the exam, its entire grade will be used as 50% of your course grade. You cannot retake the assignments.
If you want to get the best possible grade, treat the deadline for assignments as strict. A day ends at 23:59:59. If your submission is a second late, it is a day late. You still receive a grade for a late assignment, but for every extra day you lose 20% of the grade. Hence, after the late day #5 there is no point in submitting. Any assignment submitted later will not be graded.


%inherit file="base.html" />
bips: reusable, queriable and identifiable workflowsBrain Imaging Pipelines
We wanted to make brain imaging easier. Run workflows on the server or download and install bips locally on your machines.
When integrated with databases, you will be able to compare across sites and studies and provide dynamic views of results.
How do you find the workflow you need? Every workflow is tagged with keywords. This makes them easily searchable.
Tools accepted into the framework will provide standardized provenance using the W3C PROV model.
BIPS will provide an increasing collection of services ranging from annotation, to metadata query to actually running workflows.
The goal of BIPS is to conform to evolving standards (e.g., XCEDE-DM, XCEDE-O) and support integration with many brain imaging databases and other resources


- [Aug'21] I will be teaching "CS1500: Computational Problem Solving" in Fall 2021
- [Jun'21] IEEE ComSoc sponsorship to attend IEEE ICC 2021
- [Apr'21] Awarded the NSF Participation Grant to attend IEEE INFOCOM 2021
- [Mar'21] Awarded the NSF Participation Grant to attend IEEE PerCom 2021
- [Feb'21] Elected as Department Representative in the "Council of Graduate Studies" at Missouri S&T
- [Dec'20] Inducted as Reviewer to "Advances in Science, Technology & Engineering Systems Journal"
- [Nov'20] Inducted as Reviewer to "International Journal on Data Science and Technology" [link]
- [Oct'20] My Lecture Series on Cryptography has been published [link]
- [Aug 2020] Started Ph.D. in Computer Science at Missouri S&T
- [May 2020] Graduated from UT-Arlington with a Master's in Computer Science
- [Apr 2020] Article published on Cryptocurrency Hub [link]
Back to HOME


LongLessOrEqualsTest.testComparableEqualsFailNoMessage: Long 'valueA'(124) is less than or equal to Long 'valueB'(124). LongLessOrEqualsTest.testComparableLessFailMessage: Long 'valueA'(123) is less than or equal to Long 'valueB'(124). Extra info goes here. LongLessOrEqualsTest.testComparableEqualsFailMessage: Long 'valueA'(-124) is less than or equal to Long 'valueB'(-124). Extra info goes here. LongLessOrEqualsTest.testComparableLessFailNoMessage: Long 'valueA'(-123) is less than or equal to Long 'valueB'(123).


A plugin for the jQuery javascript library to generate small sparkline charts directly in the browser.
2,4,5,7,6,5,4,9,7,4,3,5,4,8,2,3,6,5,4,5,1,2,4,7,2,1,4,3,6,5,4,6
3,-2,4,-5,2,4,-3,-1
2,1,4,3,4,5,1,2,3,7,5,4,6
2,3,5
2,1,4
2,4,5,7,6,5,4,9,7,4,3,5,4,8,2,3,6,5,4,5,1,2,4,7,2,1,4,3,6,5,4,63,-2,4,-5,2,4,-3,-12,1,4,3,4,5,1,2,3,7,5,4,62,3,52,1,4


| Package | Description |
|---|---|
| hu.akarnokd.reactive4java.interactive |
This package contains the Interactive main utility class for the
interactive programming side of the library, accompanied by some helper classes.
|
| hu.akarnokd.reactive4java.query |
This package contains classes and builders for instance-based query operations
(in contrast to static methods of Interactive and Reactive).
|
| hu.akarnokd.reactive4java.reactive |
This package contains the Reactive main utility class for the
reactive programming side of the library, accompanied by some helper classes.
|
| hu.akarnokd.reactive4java.util |
Contains utility classes for working with the interfaces in the base package
and default implementations for many of them.
|
| Modifier and Type | Method and Description |
|---|---|
static <T> Iterable<T> |
Interactive.finish(Iterable<? extends T> source,
Action0 action)
Returns an iterable which executes the given action after
the stream completes.
|
static <T> Iterable<T> |
Interactive.invoke(Iterable<? extends T> source,
Action1<? super T> next,
Action0 finish)
Returns an iterable which invokes the given
next
action for each element and the finish action when
the source completes. |
static <T> Iterable<T> |
Interactive.invoke(Iterable<? extends T> source,
Action1<? super T> next,
Action1<? super Throwable> error,
Action0 finish)
Returns an iterable which invokes the given
next
action for each element and the finish action when
the source completes and error when an exception is thrown. |
static <T> CloseableIterable<T> |
Interactive.newCloseableIterable(Iterable<? extends T> src,
Action0 close)
Wraps the given source sequence into a CloseableIterable instance
where the inner CloseableIterator.close() method calls the supplied action.
|
static <T> CloseableIterator<T> |
Interactive.newCloseableIterator(Iterator<? extends T> src,
Action0 close)
Wraps the supplied iterator into a CloseableIterator which calls the supplied
close action.
|
static <T> Iterator<T> |
Interactive.newIterator(Func0<Boolean> hasNext,
Func0<? extends T> next,
Action0 remove)
Constructs an iterator instance by wrapping the supplied functions
into the same-named iterator methods.
|
| Modifier and Type | Method and Description |
|---|---|
ObservableBuilder<T> |
ObservableBuilder.finish(Action0 action)
Invokes the given action when the source signals a finish() or error().
|
IterableBuilder<T> |
IterableBuilder.finish(Action0 action)
Returns an iterable which executes the given action after
the stream completes.
|
static ObservableBuilder<Void> |
ObservableBuilder.from(Action0 action)
Invokes the action asynchronously on the given pool and
relays its finish() or error() messages.
|
static ObservableBuilder<Void> |
ObservableBuilder.from(Action0 action,
Scheduler pool)
Invokes the action asynchronously on the given pool and
relays its finish() or error() messages.
|
ObservableBuilder<T> |
ObservableBuilder.invoke(Action1<? super T> onNext,
Action0 onFinish)
Invokes the given actions while relaying events.
|
ObservableBuilder<T> |
ObservableBuilder.invoke(Action1<? super T> onNext,
Action1<? super Throwable> onError,
Action0 onFinish)
Invokes the given actions while relaying events.
|
| Modifier and Type | Method and Description |
|---|---|
static <T> Observable<T> |
Reactive.finish(Observable<? extends T> source,
Action0 action)
Invokes the given action when the source signals a finish() or error().
|
static <T> Observable<T> |
Reactive.invoke(Observable<? extends T> source,
Action1<? super T> onNext,
Action0 onFinish)
Invokes the given actions while relaying events.
|
static <T> Observable<T> |
Reactive.invoke(Observable<? extends T> source,
Action1<? super T> onNext,
Action1<? super Throwable> onError,
Action0 onFinish)
Invokes the given actions while relaying events.
|
static Observable<Void> |
Reactive.start(Action0 action)
Invokes the action asynchronously on the given pool and
relays its finish() or error() messages.
|
static Observable<Void> |
Reactive.start(Action0 action,
Scheduler pool)
Invokes the action asynchronously on the given pool and
relays its finish() or error() messages.
|
| Constructor and Description |
|---|
Invoke.OnNextErrorFinish(Observable<? extends T> source,
Action1<? super T> onNext,
Action1<? super Throwable> onError,
Action0 onFinish)
Constructor.
|
Invoke.OnNextFinish(Observable<? extends T> source,
Action1<? super T> onNext,
Action0 onFinish)
Constructor.
|
| Modifier and Type | Method and Description |
|---|---|
static Action0 |
Lambdas.action0(String expression,
ScriptEngine engine,
Map<String,Object> bindings)
Returns a parameterless action which invokes the given script on the
script engine.
|
static Action0 |
Lambdas.action0(String expression,
ScriptEngine engine,
Object... nameThenObject)
Creates a parameterless action which executes the given script with the
given script engine.
|
static Action0 |
Lambdas.as0(String expression,
Map<String,Object> bindings)
Creates a parameterless action which executes the given script as JavaScript.
|
static Action0 |
Lambdas.as0(String expression,
Object... nameThenObject)
Creates a parameterless action which executes the given script as
javascript.
|
static <T> Action0 |
Actions.asAction(Func0<T> func)
Converts the given parameterless function into an action,
which when invoked, invokes the original function and ignores its result.
|
static <T> Action0 |
Actions.asAction0(Func0<T> run)
Wrap the supplied no-parameter function into an action.
|
static Action0 |
Actions.asAction0(Runnable run)
Wrap the supplied runnable into an action.
|
static Action0 |
Actions.closeSilently(Closeable c)
Wraps the closeable into action and suppresses any close exception.
|
static Action0 |
Actions.noAction0() |
| Modifier and Type | Method and Description |
|---|---|
static <E extends Exception> |
Actions.asAction0E(Action0 action)
Wrap the given exception-less action.
|
static <T> Action1<T> |
Actions.asAction1(Action0 run)
Wrap the parameterless action into an Action1.
|
static <T,U> Action2<T,U> |
Actions.asAction2(Action0 run)
Wrap the parameterless action into an Action2.
|
static <T> Func0<T> |
Functions.asFunc0(Action0 action,
T result)
Wraps the given action into a function which calls the
action and then returns the
result value. |
static <T,U> Func1<T,U> |
Functions.asFunc1(Action0 action,
U result)
Wraps the given action into a function which calls the
action and then returns the
result value. |
static <T,U,V> Func2<T,U,V> |
Functions.asFunc2(Action0 action,
V value)
Wraps the given action into a 2 parameter function which returns the supplied value.
|
static Runnable |
Actions.asRunnable(Action0 action)
Wrap the given action into a runnable instance.
|
static <T> Func0Builder<T> |
Func0Builder.from(Action0 action,
T result)
Construct a function which invokes the given action and
returns a constant value.
|
static <T,U> Func1Builder<T,U> |
Func1Builder.from(Action0 action,
U result)
Construct a function which invokes the given action and
returns a constant value.
|
static <T,U,V> Func2Builder<T,U,V> |
Func2Builder.from(Action0 action,
V result)
Construct a function which invokes the given action and
returns a constant value.
|
boolean |
RunOnce.invoke(Action0 action)
Invoke the given action only if this RunOnce has not invoked
anything before.
|
static <T> Observer<T> |
Observers.newAsyncAwaiter0(Action0 onDone)
Creates an observer which calls the supplied callback
in case of an error() or finish() event.
|
static Closeable |
Closeables.toCloseable(Action0 action)
Wraps the given action into a Closeable.
|
static <T> Observer<T> |
Observers.toObserver(Action1<? super T> next,
Action1<? super Throwable> error,
Action0 finish)
Creates an observer which calls the given functions on its similarly named methods.
|
| Modifier and Type | Method and Description |
|---|---|
static <T> Observable<T> |
Observables.createWithAction(Func1<Observer<? super T>,? extends Action0> register)
Create an observable instance by submitting a function which takes responsibility
for registering observers.
|
| Constructor and Description |
|---|
OriginalObservableWrapper(Observable observable,
Action0 action)
Wraps the given observable which calls the supplied
action in case of a close event and unregisters all observables.
|
OriginalObservableWrapper(Observable observable,
Action0 closeAction,
boolean unregisterAll)
Wraps the given observable and sets up this observable
to call the closeAction on close() and remove all
registered observers if unregisterAll is true.
|


With each shot you make, the particles spread out more and more.
Get the particles to spread out evenly across the entire box.
After a few shots, the particles are all spread out.
With each shot you make, the particles spread out more and more.
Get the particles to spread out evenly across the entire box.
After a few shots, the particles are all spread out.


Recently committed fix for Command-T crashing vim on 2nd use
-
Mike Crittenden
I've been having this problem (as have others in your forums) where the 2nd time Command-T is used during a vim session, it crashes with this:
Vim: Caught deadly signal SEGV Vim: Finished. Segmentation fault
...and it looks like it's due to this bug: http://bugs.debian.org/cgi-bin/bugreport.cgi?bug=614336 which was apparently fixed in vim 7.3.154 (Ubuntu 11.04 comes stock with 7.3.35 so 11.04 users don't have this fix).
Just thought I'd share that knowledge for anyone else finding these issues.
-
Greg Hurrell
Thanks for sharing.
-
anonymous
I'm having a similar problem on MacVim Version 7.3 (53), it seems to crash after I compile the script and try to run Vim
-
Greg Hurrell
Most likely cause is linking against a different version of Ruby than MacVim links against. MacVim links against the system Ruby by default (unless you built it yourself and took explicit steps to make it link against some other Ruby), so you have to build Command-T using the system Ruby. No RVM or any other stuff.
Check the forums and the issue tracker for many examples of people who make this mistake and were able to correct it by compiling using the right version of Ruby.
-
Mike Crittenden
For any Ubuntu 11.04 users, here's a guide to updating vim to a version that has ruby support fixed so Command-T works as expected. http://kresimirbojcic.com/2011/05/14/installing-command-t-ubunutu-11.04-ruby-1.9.2.html
-
anonymous
Created
,
edited
Just ran into this post while trying to fix the problem on a recently updated ubuntu 12.10 box.
The solution was to find which version of ruby vim had been compiled against (I preferred to use the vim-nox package and not compile vim from source) - in this case it was ruby 1.9.1. After that I got myself ruby 1.9.1 from rvm, switched to that and compiled command-t. no more crashing.
Reply
This topic is now closed.


The key for these transposition algorithms is entered in the Scytale / Rail Fence dialog.
Transposition ciphers scramble the order of the letters in the cleartext.
Two simple transpositions are the Rail Fence encryption and the Scytale.
Rail Fence encryption
The Rail Fence encryption writes the letters of the cleartext alternately in two or more rows. One can retrieve the encrypted message by reading out the letters row by row.
Below you can find an example of a Rail Fence encryption with four rows. The cleartext is written in the rows from top to bottom. If the last row is reached, the cleartext is written in the rows from bottom to top. In this example we use the cleartext "SECRETMESSAGE":
Reading off row by row yields the message "SESEERTESGCMA". The receiver can decrypt the message by simply inverting the procedure. In order to do that, the receiver needs to know over how many rows the message was spread.
Variations thereof are for example:
Scytale
The Scytale is a transposition cipher as well. It was the first military encryption algorithm, and it was used by the Spartans as early as the fifth century. The Scytale is a wooden stick wrapped by a strip of leather or parchment. The sender writes his message along the wooden stick and then unwraps the strip. After that the strip seems to contain only a pointless series of letters. Possibly, the strip was used by the messenger as a belt with the letters facing the inside. In order to recover the message, the receiver simply wrapped the strip around a Scytale of the same diameter as the Scytale of the sender. In 404 A.D., Lysander of Sparta ran into a dying messenger, one of only five who survived the strenuous march from Persia. The messenger gave Lysander his belt, and Lysander wrapped it around his Scytale. Thus he learned that Pharnabazos, the governor of the king of Persia, planned an attack against him. Thanks to the Scytale, Lysander could prepare for the attack and successfully defend it. A historical overview on this time span can be found here: http://www.uni-kiel.de/klassalt/lehre/materialien/fell/ws2007_gk/grundkursaltegeschichtews200708sitzung05.pdf (German only)
Therefore, the key is a Scytale with the correct diameter or the correct number of edges, respectively. If you can guess the procedure, the Scytale is a very insecure algorithm since the amount of possible keys is limited.
A variant thereof is to use an additional offset: Using an offset of 1, the wrapping of the cleartext is not started on the first winding in the first row, but on the second winding. Consequently, the cleartext does not start at the beginning of the belt. This offset is part of the key, too.
With n edges and no offset, a Scytale is equivalent to a transposition with the key 1,2,3 ... n if input and permutation are processed column by column and output is processed line by line.
You can obtain further information on transpositions here:


 Is it just us, or does that have a nice ring to it? And it’s not just a catchy title—learning web design can lead to an exciting and fascinating career, especially for a creative problem-solver like you.
- It might seems obvious that you need design knowledge to be a web designer, but visual design focuses on digital products, so it might be different than what you expect. In this case, design principles are what determine the look and feel of a site. They can range from proportions to typography, to grid systems, to color theory. In other words: visual design is your chance to dig into creating mood boards and type hierarchy and experimenting with web fonts and color palettes.
- You might not have imagined that a web designer would need to know how to code. But nowadays it’s an expected skill for most design jobs. HTML stands for HyperText Markup Language, which is the coding language used to put content on a web page and give it structure.  And it’s also how you get the “cool” content like photos, videos, and graphics on a website.
- And then there’s HTML’s partner, CSS or Cascading Style Sheets. CSS is the code that tells browsers how to format and style HTML for a web page. In other words, it’s what makes all the text and other content look good. With CSS, you can adjust the colors, change the fonts, or add a stunning background—and so much more! This is where your eye for design really shines and how you can put your creative stamp on every site you create.


#{include 'Application/top_head.html'/}
#{include 'Application/top_nav.html'/}
What's New?
Mar 3, 2015
- We found older lib performs much better. Rollbacked Async HTTP Client to 1.65, netty to v3.25 for 30%+ reduced CPU usage and 30%+ speed boost.
Jan 08, 2015
- Optimize ad-hoc request initialization logic.
Nov 16, 2014
- Upgrade Async HTTP Client to Version 1.8.14 from 1.65, netty to v3.92 for improved performance.
- add regex (aggregation type) of FULL_PAYLOAD.
March 17, 2014
- Add/Fix check on time zone plus in log. Duo to the URL encoding issues with PLUS sign. Currently only supports MINUS time zones (If +0800 will result in ERRORs. Currently Good: -??00). Defined in applicaiton.conf : agentmaster.var.LOG_TIME_ZONE=America/New_York
January 28, 2014
- Rebranding. Change node group related to restsuperman. NOTICE - NEW NAME, SAME CODE and SCALABILITY: We would like a minor change on the name. The project name is now changed to REST Commander. We will ensure a smooth transition. No worry, all the code and functions will remain the same. 2014/01/23
January 10, 2014
- Refined the wizards with default aggregation on HTTP response code.
Older
#{include 'Application/footer.html'/}


#{messages['wiki.menu.edit_tags']}
References
Incoming
more than
links
Outgoing
more than
links
Activities
Related Recommendations


Likelihood inference in case-control studies of a rare disease under independence or simple dependence of genetic and non-genetic covariates
| Version: | 1.0-5 |
| Depends: | R (≥ 2.0.0), survival, genetics |
| Published: | 2009-05-05 |
| Author: | Ji-Hyung Shin, Brad McNeney, Jinko Graham |
| Maintainer: | Ji-Hyung Shin <shin at sfu.ca> |
| License: | GPL-2 |
| URL: | http://stat-db.stat.sfu.ca:8080/statgen/research/luca |
| NeedsCompilation: | no |
| Citation: | luca citation info |
| Materials: | ChangeLog |
| In views: | Genetics |
| CRAN checks: | luca results |
| Reference manual: | luca.pdf |
| Package source: | luca_1.0-5.tar.gz |
| Windows binaries: | r-devel: luca_1.0-5.zip, r-release: luca_1.0-5.zip, r-oldrel: luca_1.0-5.zip |
| OS X binaries: | r-release: luca_1.0-5.tgz, r-oldrel: luca_1.0-5.tgz |
| Old sources: | luca archive |
Please use the canonical form https://CRAN.R-project.org/package=luca to link to this page.


Thomas Partey finally meets Cape Coast pitch invader
by Lizbeth BrownGhanaian midfielder Thomas Teye Partey has finally met the pitch invader that disrupted the football match between Ghana and South Africa.
The pitch invader identified as Awal Sulemana was arrested and detained by the police but was later fined 2400 cedis by the Cape Coast Circuit Court.
Awal Sulemana was charged with two counts; resisting arrest and disturbing public peace.
Well, the Atletico Madrid midfielder finally met Awal Sulemana where he had an interaction with him.
Thomas Partey also gave out a signed Black Stars jersey to Awal Sulemama and an undisclosed amount of money.
See picture below;
After the pitch invader was arrested, he disclosed that his aim was to meet his idol Thomas Partey and finally he has achieved that goal.
Awal was arrested after he invaded the football pitch during the first stage of qualifiers ahead of the 2021 Africam Cup of Nations.
Awal who is a 400 meters runner and a nurse as well made it very tough for the security personnel to arrest him in a video that went viral.


Momentum is building across the country to protecting young people from the horrors of "Conversion therapy," or the almost universally debunked practice of trying to change an individual’s sexual orientation, gender identity or gender expression. But the practice remains legal in North Carolina.
Together, we can change that. Born Perfect NC is the campaign to protect young people across the state from "conversion therapy" and send the message that LGBTQ youth should feel safe, supported, and affirmed. Join us as we fight to safeguard the mental health of young people and ensure that LGBTQ North Carolinians know they are Born Perfect.
Learn more about the harms of 'conversion therapy,' which can inflicts an emotional and psychological trauma on LGBTQ minors that often follows them for the rest of their lives.
The Mental Health Protection Act aims to safeguard vulnerable LGBTQ youth by regulating the practice of conversion therapy by licensed professionals.
A strong bipartisan supermajority in North Carolina opposes subjecting young people to 'conversion therapy.'
People of faith across North Carolina are speaking out in favor of protecting young people in our state from 'conversion therapy.' These faith leaders know that we are all made in God's image, and that their faith calls them to resist efforts to harm LGBTQ young people.
Conversion therapy has been rejected by every leading professional medical and mental health association in the nation. Mental health professionals in North Carolina, including counselors, therapists, and psychologists are joining the effort to speak out against 'conversion therapy,' too.
Child welfare advocates know that advocates of "conversion therapy" use rejection, shame, and psychological abuse to force children to try and change who they are. These practices are known to be extremely dangerous and can lead to depression, decreased self-esteem, substance abuse, and even suicide. That's why child welfare advocates and proponents of youth safety almost universally support policies protecting young people from "conversion therapy."
March 28, 2019 Launching Today: The Campaign to Protect North Carolina's Young People from Conversion Therapy Read more about the campaign launch of Born Perfect NC, announced on a historic day in North Carolina, when lawmakers in Raleigh introduced three separate bills that would advance equality, dignity, and respect for LGBTQ people across the Tarheel State. →
March 27, 2019 Follow Born Perfect NC on Social Media Stay up to date on the latest news about the growing momentum to prohibit licensed mental health professionals from legally providing dangerous 'conversion therapy' to young people in North Carolina. Follow along on Facebook, Twitter, and Instagram! →
The Post and Courier: "Taught to Hate Myself’: How Gay Conversion Therapy in SC is Thriving" →
The Daily Beast: "Meet the Conversion Therapists Who Turned Against Conversion Therapy" →
The Washington Post: "Why We Still Haven’t Banished Conversion Therapy in 2018" →
USA Today: "I Survived Conversion Therapy as a Child. Now, I'm Part of the Movement to Ban it for Good. →
One of the most important things we can do right now to support LGBTQ young people is to urge our representatives in the North Carolina General Assembly to support this legislation protecting young people from "conversion therapy."
Take action now and urge your representatives and Senators in North Carolina to support and prioritize the Mental Health Protection Act.
Born Perfect NC is led by campaign co-chairs Equality NC and the Campaign for Southern Equality. Born Perfect NC is grateful for all of our coalition partners who stand united, committed to protecting all young people from 'conversion therapy.'


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hackerrank solutions by Yanzhan
insertion sort part 2
strong password
recursion fibonacci numbers
ice cream parlor
trees is this a binary search tree
best divisor
drawing books
repeated string
minimum height triangle
beautiful pairs
birthday chocolate
insertion sort part 1
priyanka and toys
merge sort counting inversions
picking numbers
strange grid again
string construction
sherlock and moving tiles
two strings
jim and the orders
counting sort 2
new year chaos
mark and toys
misere nim
beautiful binary string
halloween party
linear algebra foundations 1
john and gcd list
game of stones
frequency queries
sorting comparator
2d array ds
missing numbers
counting sort 1
making anagrams
flatland space stations
designer pdf viewer
luck balance
time complexity primality
divisible sum pairs
sherlock and divisors
jumping on the clouds revisited
find merge point of two lists
count triplets
grading students
append and delete
apple and orange
ransom note
army game
sherlock and anagrams
maximizing xor
linear algebra foundations 3 matrix multiplication
breaking the records
leonardo prime factors
russian peasant exponentiation
correctness and the loop invariant
fraudulent activity notifications
tower breakers
beautiful triplets
electronics shop
special multiple
introduction to nim game
counting valleys
quicksort 1 partition
big sorting
minimum absolute difference in an array
recursive digit sum
minimum distances
points on a line
primitive problem
linked lists detect a cycle
cats and a mouse
summing the n series
xor strings
strange counter
crossword puzzle
equalize the array
arrays left rotation
linear algebra foundations 1 matrix subtraction
max min
day of the programmer
linear algebra foundations 4 matrix multiplication
sequence equation
reverse shuffle merge
insert a node at a specific position in a linked list
viral advertising
grid challenge
array manipulation
greedy florist
the hurdle race
sumar and the floating rocks
palindrome index
connecting towns
kangaroo
sum vs xor
alternating characters
sock merchant
running time of algorithms
between two sets
sherlock and permutations
max array sum
possible path
migratory birds
sherlock and array
combo meal
fair rations
smart number
euler criterion
identify smith numbers
poker nim
minimum swaps 2
separate the numbers
strings making anagrams
sherlock and gcd
save the prisoner
constructing a number
binary search tree lowest common ancestor
cutting paper squares
restaurant
recursion davis staircase
fibonacci finding easy
nimble game
halloween sale
closest numbers
permuting two arrays
common child
happy ladybugs
number groups
reverse a doubly linked list
sherlock and the valid string
special string again
insert a node into a sorted doubly linked list
largest permutation
bday gift
tree height of a binary tree
marc cakewalk
maximum perimeter triangle
a chessboard game
most distant
reverse game
sorting bubble sort
flipping bits
tree huffman decoding
even odd query
bon appetit
find the median
diwali lights
beautiful days at the movies
jumping on the clouds
filling jars


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starsnip
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starstip
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ztarship


Visualising
The pipeline generates a Vitessce view config file for each processed dataset. This file can then be used to load the views and data as configured in the parameters files.
You can locally serve and visualize the data in a few steps.
By default, the base url
used within the view config is http://localhost:3000/
(this can be changed in the parameters file).
This url
indicates Vitessce to look for data at that location.
You can set up an http server locally to serve the processed files so a Vitessce instance can load them. There are several tools that can setup an http server. We recommend using serve (requires Node.js), but you can use any tool that can enable CORS.
You can serve the view config file and data by specifying the output directory
(note that the pipeline adds its version to the outdir
defined in the parameters file file).
serve -C -p 3000 /path/to/outdir/0.3.2/
Make sure to enable CORS and set the appropriate port number.
In this case, using serve, this is done through the -C
and -p
flags respectively.
Your view configs should then be accessible at http://localhost:3000/{project}-{dataset}-config.json
.
You can then load them in a Vitessce instance like the WebAtlas app deployed at https://webatlas.cog.sanger.ac.uk/latest/index.html.
Specify your locally served view config through the config
parameter like
https://webatlas.cog.sanger.ac.uk/latest/index.html?config=http://localhost:3000/{project}-{dataset}-config.json
and load this URL in your browser to visualize your data in a Vitessce viewer.


trampoline
`Prev `__
T
`Next `__
--------------
**trampoline**: n.
An incredibly `*hairy* <../H/hairy.html>`__ technique, found in some
`*HLL* <../H/HLL.html>`__ and program-overlay implementations (e.g., on
the Macintosh), that involves on-the-fly generation of small executable
(and, likely as not, self-modifying) code objects to do indirection
between code sections. Under BSD and possibly in other Unixes,
trampoline code is used to transfer control from the kernel back to user
mode when a signal (which has had a handler installed) is sent to a
process. These pieces of `*live data* <../L/live-data.html>`__ are
called trampolines.  See
also `*snap* <../S/snap.html>`__.
--------------
+--------------------------------+----------------------------+-------------------------+
| `Prev `__ | `Up <../T.html>`__ | `Next `__ |
+--------------------------------+----------------------------+-------------------------+
| toy program | `Home <../index.html>`__ | trap |
+--------------------------------+----------------------------+-------------------------+


We are more than interested to see whther this picture - or another one - performs best with rgards to our target.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/Are.20these.20tokens.3F.html ---
In VS Code, if I type #check nat.
and then, with the cursor just to the right of the .
I type Esc then ctrl-space (possibly more than once) then I get, I think, to see a list of things which the Lean VS Code plugin thinks might come next. In this particular case, the list seems to naturally split into two types of things.
The first type of thing is the "purple cube" type of thing, which are all the possibilities which are prefixed by a little drawing of a purple hexagon/cube thing.
In this particular case they seem to be every single theorem / definition / constructor etc (perhaps every single name
?) which starts nat.X
where X
begins with a, b, c or d.
The fact that it stops at d might be a bug in the VS Code Lean plugin.
But, from nat.add
to nat.discriminate
they're all "purple cube" choices.
And then after the purple cube choices, we have the "about 7 straight lines" choices
The fact that it stops at d might be a bug in the VS Code Lean plugin.
or maybe because there are too many possibilities?
The "7 straight lines" possibilities start #check #compile #eval #exit #help #print #reduce #unify
and then there's a whole bunch more, add_key_equivalence assume at attribute axiom axioms begin by calc class coinductive...
there is def
but no definition
wait, coinductive?
there is theorem
though.
wait, I thought we don't have coinductive!
VS Code says it's there
but then again I thought we had definitions
and VS Code says no
nah, coinductive hasn't been implemented
These are strange choices for completions because nat.theorem makes no sense
vm check failed: is_closure(o) (possibly due to incorrect axioms, or sorry)
I think you get an achievement for that error
I'll give you an octopus
thanks
So are these "7 straight lines" almost the complete list of symbols and commands?
except that they do mention coinductive and don't mention definition...
As well as "purple cube" and "7 lines" I can get "abc in a box"
which might mean "string"
although ctrl-space after #check "abc"
gives me that #check
is an abc-in-a-box
Maybe purple cube means "identifier"
Reading through the docs of Lean VS Code extension doesn't seem to mention these purple hexagons. It does say " * By default, vscode will complete then
to has_bind.and_then
when you press enter. To disable this behavior, set "editor.acceptSuggestionOnEnter": false
" though, which I think is not true: it should be the string "off" rather than the bool false
coinductive
is a lean command, but it only supports coinductive predicates. It is defined as a user command in init/meta/coinductive_predicates.lean
Last updated: Apr 24 2020 at 19:02 UTC


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Validate and return float type based on tensors
and dtype
.
tf.compat.v1.assert_same_float_dtype
tf.compat.v1.debugging.assert_same_float_dtype
tf.compat.v2.debugging.assert_same_float_dtype
tf.debugging.assert_same_float_dtype( tensors=None, dtype=None )
For ops such as matrix multiplication, inputs and weights must be of the
same float type. This function validates that all tensors
are the same type,
validates that type is dtype
(if supplied), and returns the type. Type must
be a floating point type. If neither tensors
nor dtype
is supplied,
the function will return dtypes.float32
.
tensors
: Tensors of input values. Can include None
elements, which will be
ignored.dtype
: Expected type.Validated type.
ValueError
: if neither tensors
nor dtype
is supplied, or result is not
float, or the common type of the inputs is not a floating point type.


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Donate if you like it. monacoin:MV6CvBH1rXNfSZBUEkZwKohDd1qrTg1qA1


--- layout: default title: "el7_blog" ---
A Blog Dedicated To Expanding Linux & Systems Administration Knowledge
This is a personal blog... all data and information provided on this site is for informational purposes only. I make no representation as to the accuracy, completeness, currentness, suitability, or validity of any information on this site and will not be liable for any errors, omissions, or delays in this information or any losses, injuries, or damages arising from its display or use. All information is provided on an "as-is" basis.


--- layout: page title: ': About :' header-img: "img/about-bg.png" description: www.mavericktesini.com ---
"I'm a full stack web dev that loves adventuring, learning, and smiling!"I believe we are more than a four word sentence. I am a coder. I am a pilot. I am a motorcyclist. I am a swimmer. I am more than four words.
This is my coding blog. It's a mashup of thoughts, project overviews, and some tips here and there.
Memories fade, people are imperfect, and there is always more to learn! These posts are mainly here for me. If they help anyone else, inspire a laugh, or even result in later corrections: wonderful. Documented tasks are building blocks to improvement. Blog posts are a great way to force a mental review. They are also a great way to read up on how I went about something in the past. You're welcome, future self!


+++ draft = false date = "2007-03-26T19:46:13-03:00" title = "Open source Zope app in the news!" tags = ["zope2", "code repository"] created = "2007-03-26T19:37:37-03:00" modified = "2007-04-09T21:16:45-03:00" permaLink = "http://play.pixelblaster.ro/blog/archive/2007/03/26/open-source-zope-app-in-the-news" author = "Tiberiu Ichim" aliases = [ "/blog/archive/2007/03/26/open-source-zope-app-in-the-news" ] +++
Today, on the front page of Slashdot, there was a link for an open source server monitoring & system management application. Well, what do you know, it runs on Zope 2! The visible source code is here


I am a rising junior at Lewis & Clark College, where I am anticipating May 2020 graduation with a Bachelors in Fine Arts in Music.
I'm currently a tutor at the Lewis & Clark College Writing Center, and the web intern with All Classical Portland.
Besides my obvious passion for music, I'm also an avid outdoorswoman, enjoy writing, and have a secret interest in tech.
Through All Classical Portland, I'm getting the chance to bridge many of interests, such as writing and web design, to promote the Classical Community in Portland.
Below is an interactive version of my comprehensive resume. Enjoy!
Education |
|
| Lewis & Clark College | Expected Graduation, May 2020 |
| Violin Performance focus | GPA 3.6 |
Scholarships |
|
| I'm this cool | yep I did that then |
| You can repeat this sh$t | by copy/pasting, kid |


Psalms 19:10
More to be desired are they than gold, yea, than much fine gold: sweeter also than honey and the honeycomb.


Keeping in view of the large number of complaints being received in the Commission relating to women, including allegations of sexual harassment of
women at the work-place, instances of rape, outraging of the modesty of a women, and abuse of the girl child, the Commission
has set up a Women’s Human Rights Cell within the Commission’s Law Division. The Cell will deal with and scrutinize all
complaints/cases relating to the harassment of women and the girl child, including those relating to dowry demands and rape cases.
All fresh complaints received on these subjects will be processed by this Cell, while cases on this subject which are present being
processed in the various Sections of the Law Division, will also be transferred to this Cell. The Cell shall function in co-ordination with the Research Division, as and when necessary


Project Activity Chart
Plan
Actual In Line with Plan
Actual Deviated From Plan
Dead Line for Important Activities


The lectures appears to be missing. They will be up eventually.
| Week # | Lecture # | Title | Watch |
|---|---|---|---|
| {{ lecture.week_num }} | {{ lecture.lecture_num }} | {{ lecture.title }} | {% if lecture.preferred_service == YOUTUBE_VIDEO_PLAYER %} {% elif lecture.preferred_service == VIMEO_VIDEO_PLAYER %} {% else %} {% endif %} {% if lecture.notes.count > 0 %} {% endif %} |


Dice
Rules
Dice Select
Dice Pool
Select a die above to add it to the dice pool
Results
Roll!
Actions / Manouvers Cheat Sheet
Actions
Manouvers


box is here
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◄ 26th WPC 2017 ►
Team results • Individual results
- General information
- Bangalore, India (Home Page WPC 2017), 17.10. - 22.10. 2017
- Number of participating teams: 44.
- Number of contestants: 169.
- Instruction Booklet
- Competition Timetable
Date Time Number Type Title Duration Max points 19th October 09:00 - 09:40 Round 1 Individual Road To Bangalore 40 min 450 points 19th October 09:50 - 10:50 Round 2 Individual Indian Puzzle Land 60 min 600 points 19th October 11:05 - 12:30 Round 3 Individual Evergreens 85 min 900 points 19th October 14:00 - 15:00 Round 4 Individual Twist 60 min 600 points 19th October 15:10 - 15:50 Round 5 Individual Hexed and Remixed 40 min 400 points 19th October 16:00 - 16:45 Round 6 Individual TVC 45 min 450 points 19th October 17:05 - 17:40 Round 7 Team Deception 35 min 1400 points 19th October 17:50 - 18:30 Round 8 Team Kashmir Carpet 40 min 1600 points 20th October 09:00 - 10:50 Round 9 Individual Marathon 110 min 1100 points 20th October 11:05 - 12:05 Round 10 Individual Parallel Universe 60 min 650 points 20th October 12:15 - 12:40 Round 11 Individual SVC 25 min 250 points 20th October 14:10 - 14:50 Round 12 Individual 123 GO 40 min 450 points 20th October 15:00 - 15:40 Round 13 Individual No Numbers 40 min 400 points 20th October 15:50 - 16:20 Round 14 Individual Fillomino-Fillia 30 min 300 points 20th October 16:50 - 17:40 Round 15 Team Loop Pool 50 min 2500 points 20th October 17:50 - 18:25 Round 16 Team Sampler Platter 35 min # points 21st October 09:00 - 10:00 Round 17 Individual FAST 60 min 600 points 21st October 10:10 - 11:30 Round 18 Individual PIC 80 min 1000 points 21st October 11:45 - 12:25 Round 19 Individual Logidoku 40 min 500 points 21st October 13:55 - 14:25 Round 20 Individual Puzzle Fusion 30 min 350 points 21st October 14:35 - 14:50 Round 21 Individual Broken Pieces 15 min 160 points 21st October 15:15 - 15:55 Round 22 Team Don't Worry Be Happy 40 min 1600 points 21st October 16:10 - 17:00 Round 23 Team Word Show 50 min 2500 points
# This round had been cancelled for various reasons.