function name |
Function Description |
grammatical form |
BESSELI |
amended Bessel function return value, it is purely imaginary parameters used when computing the value of the Bessel function the same. |
BESSELI (x, n) |
BESSELJ |
return Bessel function. |
BESSELJ (x, n) |
BESSELK |
amended Bessel function return value, it is purely imaginary parameters used when computing the value of the Bessel function the same. |
BESSELK (x, n) |
BESSELY |
return Bessel function, also known as the Weber or Neumann function function. |
BESSELY (x, n) |
BIN2DEC |
to convert binary number as a decimal number. |
BIN2DEC (number) |
BIN2HEX |
to binary number is converted to hexadecimal. |
BIN2HEX (number, places) |
BIN2OCT |
will be converted to binary octal number. |
BIN2OCT (number, places) |
COMPLEX |
the real and imaginary coefficients into a factor of x + yi or x + yj the plural form. |
COMPLEX (real_num, i_num, suffix) |
CONVERT |
digital conversion from one measurement to another measurement system. |
CONVERT (number, from_unit, to_unit) |
DEC2BIN |
convert a decimal number to binary number. |
DEC2BIN (number, places) |
DEC2HEX |
convert a decimal number to hexadecimal number. |
DEC2HEX (number, places) |
DEC2OCT |
convert a decimal number to octal number. |
DEC2OCT (number, places) |
DELTA |
test whether the two values equal. If number1 = number2, then return 1, otherwise return 0. |
DELTA (number1, number2) |
ERF |
return error function in the points between the upper and lower limits. |
ERF (lower_limit, upper_limit) |
ERFC |
return from x to ¡Þ (infinity) function points the remainder of the ERF error function |
ERFC (x) |
GESTEP |
If Number greater than or equal to step, to return 1, otherwise return 0. The use of the data filtering function. |
GESTEP (number, step) |
HEX2BIN |
hexadecimal number will be converted to binary. |
HEX2BIN (number, places) |
HEX2DEC |
hexadecimal number will be converted to a decimal number. |
HEX2DEC (number) |
HEX2OCT |
number will be converted to hexadecimal octal number. |
HEX2OCT (number, places) |
IMABS |
return to x + yi or x + yj text format that the absolute value of the plural (die). |
IMABS (inumber) |
IMAGINARY |
return to x + yi or x + yj text format of the virtual coefficient of the plural. |
IMAGINARY (inumber) |
IMARGUMENT |
return to that angle radian |
IMARGUMENT (inumber) |
IMCONJUGATE |
return to x + yi or x + yj text format Conjugate plural plural. |
IMCONJUGATE (inumber) |
IMCOS |
return to x + yi or x + yj text format of the cosine of the complex. |
IMCOS (inumber) |
IMDIV |
return to x + yi or x + yj text format that the two complex business. |
IMDIV (inumber1, inumber2) |
IMEXP |
return to x + yi or x + yj text format that the index of the plural. |
IMEXP (inumber) |
IMLN |
return to x + yi or x + yj text format that the plural of the natural logarithm. |
IMLN (inumber) |
IMLOG10 |
return to x + yi or x + yj text format common to the plural number (to 10 for the base). |
IMLOG10 (inumber) |
IMLOG2 |
return to x + yi or x + yj text format to the plural base 2 logarithm. |
IMLOG2 (inumber) |
IMPOWER |
return to x + yi or x + yj text format the n th power complex. |
IMPOWER (inumber, number) |
IMPRODUCT |
return to x + yi or x + yj text format 2-29 complex product. |
IMPRODUCT (inumber1, inumber2 ,...) |
IMREAL |
return to x + yi or x + yj text format that is the plural coefficient. |
IMREAL (inumber) |
IMSIN |
return to x + yi or x + yj text format of the sine value of the plural. |
IMSIN (inumber) |
IMSQRT |
return to x + yi or x + yj text format that the square root of the complex. |
IMSQRT (inumber) |
IMSUB |
return to x + yi or x + yj text format the difference between the two plural. |
IMSUB (inumber1, inumber2) |
IMSUM |
return to x + yi or x + yj text format two or more plural and. |
IMSUM (inumber1, inumber2 ,...) |
OCT2BIN |
octal number will be converted to binary. |
OCT2BIN (number, places) |
OCT2DEC |
octal number will be converted to a decimal number. |
OCT2DEC (number) |
OCT2HEX |
octal number to hexadecimal number conversion. |
OCT2HEX (number, places) |