# SOME DESCRIPTIVE TITLE.
# Copyright (C) 2016, The SpeedCrunch Developers
# This file is distributed under the same license as the SpeedCrunch package.
# 
# Translators:
msgid ""
msgstr ""
"Project-Id-Version: test\n"
"Report-Msgid-Bugs-To: \n"
"POT-Creation-Date: 2016-02-23 18:39+0100\n"
"PO-Revision-Date: 2016-02-23 18:05+0000\n"
"Last-Translator: Pol Welter <polwelter@gmail.com>\n"
"Language-Team: French (France) (http://www.transifex.com/polwel/test-439/language/fr_FR/)\n"
"MIME-Version: 1.0\n"
"Content-Type: text/plain; charset=UTF-8\n"
"Content-Transfer-Encoding: 8bit\n"
"Language: fr_FR\n"
"Plural-Forms: nplurals=2; plural=(n > 1);\n"

#: ..\..\reference\basic.rst:2
msgid "Basic math functions"
msgstr ""

#: ..\..\reference\basic.rst:5 ..\..\reference\statistical.rst:5
msgid "General"
msgstr ""

#: ..\..\reference\basic.rst:9
msgid ""
"Returns the absolute value of ``x``, commonly written as \\|x\\|. In real "
"mode, it flips the sign of negative number, thus enforcing it to be "
"positive. When given a complex number as argument, it returns the modulus of"
" the number."
msgstr ""

#: ..\..\reference\basic.rst:11
msgid "The argument can have a dimension."
msgstr ""

#: ..\..\reference\basic.rst:13
msgid "Example"
msgstr ""

#: ..\..\reference\basic.rst:22
msgid ""
"Returns the square root of *x*. Without **complex numbers** are enabled, "
":func:`sqrt` is only defined for *x > 0*. In complex mode, any complex "
"number may be supplied to :func:`sqrt`, yielding the complex root in the "
"upper half plane."
msgstr ""

#: ..\..\reference\basic.rst:24
msgid "The argument may have a dimension."
msgstr ""

#: ..\..\reference\basic.rst:28
msgid "Computes the third (cubic) root of *x*."
msgstr ""

#: ..\..\reference\basic.rst:30
msgid ""
"In **real mode**, it accepts any real number. Negative numbers will yield a "
"negative cubic root. ::"
msgstr ""

#: ..\..\reference\basic.rst:34
msgid ""
"In **complex mode**, :func:`cbrt` accetps any complex input. The result will"
" generally be the first complex root, i.e. the one with a phase between 0 "
"and π/3. Real negative arguments will however still yield a real (negative) "
"result, thus complying with the function's behaviour in **real mode**. Use "
"``x^(1/3)`` to enforce the first complex root."
msgstr ""

#: ..\..\reference\basic.rst:38
msgid "Computes the natural exponential function."
msgstr ""

#: ..\..\reference\basic.rst:40 ..\..\reference\basic.rst:212
#: ..\..\reference\basic.rst:220 ..\..\reference\basic.rst:228
msgid "The argument must be dimensionless."
msgstr ""

#: ..\..\reference\basic.rst:43
msgid ":func:`ln` (natural logarithm)"
msgstr ""

#: ..\..\reference\basic.rst:44
msgid ":func:`lg` (binary logarithm)"
msgstr ""

#: ..\..\reference\basic.rst:45
msgid ":func:`log` (arbitrary base logarithm)"
msgstr ""

#: ..\..\reference\basic.rst:49
msgid ""
"Computes the natural logarithm. In **real mode**, the argument must be real "
"and >0."
msgstr ""

#: ..\..\reference\basic.rst:51
msgid ""
"In **complex mode** any non-zero number may be supplied. The result will be "
"the principal value. The branch cut runs across the negative real axis. "
"Nevertheless, in SpeedCrunch :func:`ln` is defined for negative real "
"numbers, giving `ln(-x) = ln(\\|x\\|)) + πj``, extending the branch from the"
" *upper* half-plane."
msgstr ""

#: ..\..\reference\basic.rst:55
msgid ""
"Computes the binary logarithm. In **complex mode** the same rules apply as "
"for :func:`ln`."
msgstr ""

#: ..\..\reference\basic.rst:59
msgid ""
"Computes the decimal logarithm. In **complex mode** the same rules apply as "
"for :func:`ln`."
msgstr ""

#: ..\..\reference\basic.rst:63
msgid ""
"Computes the logarithm of base *n* . In **complex mode** the same rules "
"apply as for :func:`ln`."
msgstr ""

#: ..\..\reference\basic.rst:67
msgid "Trigonometric & inverse trigonometric"
msgstr ""

#: ..\..\reference\basic.rst:71
msgid ""
"Returns the sine of *x*. The behaviour depends on both **angle mode** "
"(degrees or radians) and on whether **complex numbers** are enabled."
msgstr ""

#: ..\..\reference\basic.rst:73
msgid ""
"In **degrees** mode, the argument is ssumed to be expressed in degrees, such"
" that :func:`sin` is periodic with a period of 360 degrees: *sin(x) = "
"sin(x+360)*. Complex arguments are not allowed in **degrees** mode, "
"regardless of the corresponding setting."
msgstr ""

#: ..\..\reference\basic.rst:75
msgid ""
"When **radians** are set as angle unit, :func:`sin` will be 2π-periodic. The"
" argument may be complex."
msgstr ""

#: ..\..\reference\basic.rst:77 ..\..\reference\basic.rst:96
#: ..\..\reference\basic.rst:149
msgid ""
"For real argumenents beyond approx. \\|x\\|>10\\ :sup:`77`, SpeedCrunch no "
"longer recognizes the periodicity of the function and issues an error."
msgstr ""

#: ..\..\reference\basic.rst:79
msgid "The argument of :func:`sin` must be dimensionless."
msgstr ""

#: ..\..\reference\basic.rst:81
msgid "The inverse function is :func:`arcsin`."
msgstr ""

#: ..\..\reference\basic.rst:84 ..\..\reference\basic.rst:122
#: ..\..\reference\basic.rst:137
msgid ":func:`cos`"
msgstr ""

#: ..\..\reference\basic.rst:85 ..\..\reference\basic.rst:104
#: ..\..\reference\basic.rst:139
msgid ":func:`tan`"
msgstr ""

#: ..\..\reference\basic.rst:86 ..\..\reference\basic.rst:105
#: ..\..\reference\basic.rst:124
msgid ":func:`cot`"
msgstr ""

#: ..\..\reference\basic.rst:90
msgid ""
"Returns the cosine of *x*. The behaviour depends on both **angle mode** "
"(degrees or radians) and on whether **complex numbers** are enabled."
msgstr ""

#: ..\..\reference\basic.rst:92
msgid ""
"In **degrees** mode, the argument is ssumed to be expressed in degrees, such"
" that :func:`cos` is periodic with a period of 360 degrees: *cos(x) = "
"cos(x+360)*. Complex arguments are not allowed in **degrees** mode, "
"regardless of the corresponding setting."
msgstr ""

#: ..\..\reference\basic.rst:94
msgid ""
"When **radians** are set as angle unit, :func:`cos` will be 2π-periodic. The"
" argument may be complex."
msgstr ""

#: ..\..\reference\basic.rst:98 ..\..\reference\basic.rst:151
msgid "The argument of :func:`cos` must be dimensionless."
msgstr ""

#: ..\..\reference\basic.rst:100
msgid "The inverse function is :func:`arccos`."
msgstr ""

#: ..\..\reference\basic.rst:103 ..\..\reference\basic.rst:123
#: ..\..\reference\basic.rst:138
msgid ":func:`sin`"
msgstr ""

#: ..\..\reference\basic.rst:106
msgid ":func:`sec`"
msgstr ""

#: ..\..\reference\basic.rst:107
msgid ":func:`arccos`"
msgstr ""

#: ..\..\reference\basic.rst:111
msgid ""
"Returns the tangent of *x*. The behaviour depends on both **angle mode** "
"(degrees or radians) and on whether **complex numbers** are enabled."
msgstr ""

#: ..\..\reference\basic.rst:113
msgid ""
"In **degrees** mode, the argument is ssumed to be expressed in degrees, such"
" that :func:`tan` is periodic with a period of 180 degrees: *tan(x) = "
"tan(x+180)*. Complex arguments are not allowed in **degrees** mode, "
"regardless of the corresponding setting."
msgstr ""

#: ..\..\reference\basic.rst:115
msgid ""
"When **radians** are set as angle unit, :func:`tan` will be π-periodic. The "
"argument may be complex."
msgstr ""

#: ..\..\reference\basic.rst:117
msgid "The argument of :func:`tan` must be dimensionless."
msgstr ""

#: ..\..\reference\basic.rst:119
msgid "The inverse function is :func:`arctan`."
msgstr ""

#: ..\..\reference\basic.rst:128
msgid ""
"Returns the cotangent of *x*. The behaviour depends on both **angle mode** "
"(degrees or radians) and on whether **complex numbers** are enabled."
msgstr ""

#: ..\..\reference\basic.rst:130
msgid ""
"In **degrees** mode, the argument is ssumed to be expressed in degrees, such"
" that :func:`cot` is periodic with a period of 180 degrees: *cot(x) = "
"cot(x+180)*. Complex arguments are not allowed in **degrees** mode, "
"regardless of the corresponding setting."
msgstr ""

#: ..\..\reference\basic.rst:132
msgid ""
"When **radians** are set as angle unit, :func:`cot` will be π-periodic. The "
"argument may be complex."
msgstr ""

#: ..\..\reference\basic.rst:134
msgid "The argument of :func:`cot` must be dimensionless."
msgstr ""

#: ..\..\reference\basic.rst:143
msgid ""
"Returns the secant of *x*, defined as the reciprocal cosine of *x*: `sec(x) "
"= 1/cos(x)` . The behaviour depends on both **angle mode** (degrees or "
"radians) and on whether **complex numbers** are enabled."
msgstr ""

#: ..\..\reference\basic.rst:145
msgid ""
"In **degrees** mode, the argument is ssumed to be expressed in degrees, such"
" that :func:`sec` is periodic with a period of 360 degrees: *sec(x) = "
"sec(x+360)*. Complex arguments are not allowed in **degrees** mode, "
"regardless of the corresponding setting."
msgstr ""

#: ..\..\reference\basic.rst:147
msgid ""
"When **radians** are set as angle unit, :func:`sec` will be 2π-periodic. The"
" argument may be complex."
msgstr ""

#: ..\..\reference\basic.rst:155
msgid "Returns the cosecant of *x*."
msgstr ""

#: ..\..\reference\basic.rst:158
msgid "TODO: Add more info"
msgstr ""

#: ..\..\reference\basic.rst:163
msgid "Returns the inverse cosine of *x*, such that ``cos(arccos(x)) = x``."
msgstr ""

#: ..\..\reference\basic.rst:165 ..\..\reference\basic.rst:179
#: ..\..\reference\basic.rst:194
msgid ""
"The behaviour of the function depends on both the **angle mode** (degrees or"
" radians) and on whether **complex numbers** are enabled."
msgstr ""

#: ..\..\reference\basic.rst:167
msgid ""
"In **degreees** mode, :func:`arccos` takes a real argument from [--1, 1], "
"and the return value is in the range [0, 180]. Real arguments outside [--1, "
"1] and complex numbers are not allowed in **degrees** mode."
msgstr ""

#: ..\..\reference\basic.rst:169
msgid ""
"When **radians** are set as angle unit, :func:`arccos` maps an element from "
"[--1, 1] to a value in [0, π]. When **complex numbers** are enabled in "
"addition, :func:`arccos` may take any argument from the complex plane. In "
"complex mode, ``arccos(-1) = π`` and ``arccos(1) = 0`` will yield the same "
"result as in real mode."
msgstr ""

#: ..\..\reference\basic.rst:171 ..\..\reference\basic.rst:185
msgid "The argument of :func:`arccos` must be dimensionless."
msgstr ""

#: ..\..\reference\basic.rst:173
msgid "The inverse function is :func:`cos`."
msgstr ""

#: ..\..\reference\basic.rst:177
msgid "Returns the inverse sine of *x*, such that ``sin(arcsin(x)) = x``."
msgstr ""

#: ..\..\reference\basic.rst:181
msgid ""
"In **degreees** mode, :func:`arcsin` takes a real argument from [--1, 1], "
"and the return value is in the range [--90, 90]. Real arguments outside "
"[--1, 1] and complex numbers are not allowed in **degrees** mode."
msgstr ""

#: ..\..\reference\basic.rst:183
msgid ""
"When **radians** are set as angle unit, :func:`arcsin` maps an element from "
"[--1, 1] to a value in [--π/2, π/2]. When **complex numbers** are enabled in"
" addition, :func:`arcsin` may take any argument from the complex plane. In "
"complex mode, ``arcsin(-1) = π/2`` and ``arcsin(1) = π/2`` will yield the "
"same result as in real mode."
msgstr ""

#: ..\..\reference\basic.rst:187
msgid "The inverse function is :func:`sin`."
msgstr ""

#: ..\..\reference\basic.rst:192
msgid "Returns the inverse sine of *x*, such that ``tan(arctan(x)) = x``."
msgstr ""

#: ..\..\reference\basic.rst:196
msgid ""
"In **degreees** mode, :func:`arctan` takes a real argument, and the return "
"value is in the range [-90, 90]. Complex arguments are not allowed in "
"**degrees** mode."
msgstr ""

#: ..\..\reference\basic.rst:198
msgid ""
"When **radians** are set as angle unit, :func:`arctan` maps a real number to"
" a value in [-π/2, π/2]. When **complex numbers** are enabled in addition, "
":func:`arctan` may take any argument from the complex plane, except for +/- "
"j."
msgstr ""

#: ..\..\reference\basic.rst:200
msgid "The argument of :func:`arctan` must be dimensionless."
msgstr ""

#: ..\..\reference\basic.rst:202
msgid "The inverse function is :func:`tan`."
msgstr ""

#: ..\..\reference\basic.rst:206
msgid "Hyperbolic & inverse hyperbolic"
msgstr ""

#: ..\..\reference\basic.rst:210
msgid ""
"Returns the hyperbolic sine of *x*. In **complex mode** any complex number "
"may be used as argument."
msgstr ""

#: ..\..\reference\basic.rst:214
msgid "The inverse function is :func:`arsinh`."
msgstr ""

#: ..\..\reference\basic.rst:218
msgid ""
"Returns the hyperbolic cosine of *x*. In **complex mode** any complex number"
" may be used as argument."
msgstr ""

#: ..\..\reference\basic.rst:222
msgid "The inverse function is :func:`arcosh`."
msgstr ""

#: ..\..\reference\basic.rst:226
msgid ""
"Returns the hyperbolic tangent of *x*. In **complex mode** any complex "
"number may be used as argument."
msgstr ""

#: ..\..\reference\basic.rst:230
msgid "The inverse function is :func:`artanh`."
msgstr ""

#: ..\..\reference\basic.rst:234
msgid ""
"Computes the area hyperbolic sine of `x`, the inverse fuction to "
":func:`sinh`. `arsinh(x)` is the only solution to *cosh(y) = x*."
msgstr ""

#: ..\..\reference\basic.rst:236
msgid ""
"In complex mode, the function is defined for any complex *z* by arsinh(z) = "
"ln[z + (z\\ :sup:`2`+1)\\ :sup`1/2`]."
msgstr ""

#: ..\..\reference\basic.rst:238 ..\..\reference\basic.rst:246
#: ..\..\reference\basic.rst:255
msgid "The function only accepts dimensionless arguments."
msgstr ""

#: ..\..\reference\basic.rst:242
msgid ""
"Computes the area hyperbolic cosine of `x`, the inverse fuction to "
":func:`cosh`. `arcosh (x)` is the positive solution to *cosh(y) = x*. Except"
" for `x=1`, the second solution to this equatiopn will be given by "
"`--arcosh(x)`."
msgstr ""

#: ..\..\reference\basic.rst:244
msgid ""
"In real mode, the parameter `x` must be >1. In complex mode, the function is"
" defined for any complex *z* by arcosh(z) = ln[z + (z\\ :sup:`2`-1)\\ "
":sup:`2`]."
msgstr ""

#: ..\..\reference\basic.rst:251
msgid ""
"Computes the area hyperbolic tangent of `x`, the inverse function to tanh y."
" `artanh (x)` is the only solution to tanh(y) = x*. In real mode, the "
"parameter `x` has to fulfil -1 < `x` < 1."
msgstr ""

#: ..\..\reference\basic.rst:253
msgid ""
"In complex mode, `artanh` takes any argument, except for -1 and +1. In the "
"complex plane it is defined by artanh(z) = 1/2 * ln[(z+1)/(z-1)]."
msgstr ""

#: ..\..\reference\basic.rst:258
msgid "Special"
msgstr ""

#: ..\..\reference\basic.rst:266
msgid "Various"
msgstr ""

#: ..\..\reference\functions.rst:2
msgid "Built-in functions"
msgstr ""

#: ..\..\reference\ieee754.rst:2
msgid "IEEE-754 Functions"
msgstr ""

#: ..\..\reference\ieee754.rst:6
msgid ""
"IEEE-754 is a standard for the representation of and computations with "
"floating point numbers in binary systems. It is widely used by floating "
"point implementations in CPUs. These functions implement encoding and "
"decoding binary representations of floating point numbers according to "
"IEEE-754."
msgstr ""

#: ..\..\reference\ieee754.rst:11
msgid ""
"An IEEE-754 binary float consists of three parts: a sign bit, the exponent "
"and the significand (sometimes called the mantissa). From these parts, the "
"value is then calculated using the following formula: ``-1 ^ sign * 2 ^ "
"(exponent - bias)  * 1.significand``.  The standard defines multiple binary "
"formats of different sizes that all follow these rules, but differ in the "
"number of bits allocated for the exponent and significand. The bias for the "
"default formats is defined as ``bias = (2 ^ (exponent_bits - 1)) - 1``. See "
"`this article`_ for a more detailed introduction into the subject."
msgstr ""

#: ..\..\reference\ieee754.rst:21
msgid "The following binary float formats are defined by the standard:"
msgstr ""

#: ..\..\reference\ieee754.rst:24
msgid "Name"
msgstr ""

#: ..\..\reference\ieee754.rst:24
msgid "Also known as"
msgstr ""

#: ..\..\reference\ieee754.rst:24
msgid "Exponent bits"
msgstr ""

#: ..\..\reference\ieee754.rst:24
msgid "Significand bits"
msgstr ""

#: ..\..\reference\ieee754.rst:26
msgid "``binary16``"
msgstr ""

#: ..\..\reference\ieee754.rst:26
msgid "Half precision"
msgstr ""

#: ..\..\reference\ieee754.rst:26
msgid "5"
msgstr ""

#: ..\..\reference\ieee754.rst:26
msgid "10"
msgstr ""

#: ..\..\reference\ieee754.rst:27
msgid "``binary32``"
msgstr ""

#: ..\..\reference\ieee754.rst:27
msgid "Single precisision"
msgstr ""

#: ..\..\reference\ieee754.rst:27
msgid "8"
msgstr ""

#: ..\..\reference\ieee754.rst:27
msgid "23"
msgstr ""

#: ..\..\reference\ieee754.rst:28
msgid "``binary64``"
msgstr ""

#: ..\..\reference\ieee754.rst:28
msgid "Double precision"
msgstr ""

#: ..\..\reference\ieee754.rst:28
msgid "11"
msgstr ""

#: ..\..\reference\ieee754.rst:28
msgid "52"
msgstr ""

#: ..\..\reference\ieee754.rst:29
msgid "``binary128``"
msgstr ""

#: ..\..\reference\ieee754.rst:29
msgid "Quad precision"
msgstr ""

#: ..\..\reference\ieee754.rst:29
msgid "15"
msgstr ""

#: ..\..\reference\ieee754.rst:29
msgid "112"
msgstr ""

#: ..\..\reference\ieee754.rst:32
msgid ""
"In many programming languages, the ``binary32`` format is available as "
"``float`` and ``binary64`` is available as ``double``."
msgstr ""

#: ..\..\reference\ieee754.rst:38
msgid "Encode a floating point number into a IEEE-754 binary representation."
msgstr ""

#: ..\..\reference\ieee754.rst:40
msgid "The floating point value to encode."
msgstr ""

#: ..\..\reference\ieee754.rst:41 ..\..\reference\ieee754.rst:51
msgid "The lenth of the exponent part, in bits."
msgstr ""

#: ..\..\reference\ieee754.rst:42 ..\..\reference\ieee754.rst:52
msgid "The length of the signficand part, in bits."
msgstr ""

#: ..\..\reference\ieee754.rst:43 ..\..\reference\ieee754.rst:53
msgid ""
"The exponent bias to use. Derived from the length of the exponent if not "
"specified."
msgstr ""

#: ..\..\reference\ieee754.rst:48
msgid "Calculate the value of an IEEE-754 binary float."
msgstr ""

#: ..\..\reference\ieee754.rst:50
msgid "The binary float to decode."
msgstr ""

#: ..\..\reference\ieee754.rst:58
msgid "Encode ``x`` in the half-precision binary format."
msgstr ""

#: ..\..\reference\ieee754.rst:62
msgid "Decode the half-precision binary float ``x``."
msgstr ""

#: ..\..\reference\ieee754.rst:66
msgid "Encode ``x`` in the single-precision binary format."
msgstr ""

#: ..\..\reference\ieee754.rst:70
msgid "Decode the single-precision binary float ``x``."
msgstr ""

#: ..\..\reference\ieee754.rst:74
msgid "Encode ``x`` in the double-precision binary format."
msgstr ""

#: ..\..\reference\ieee754.rst:78
msgid "Decode the double-precision binary float ``x``."
msgstr ""

#: ..\..\reference\ieee754.rst:82
msgid "Encode ``x`` in the quad-precision binary format."
msgstr ""

#: ..\..\reference\ieee754.rst:86
msgid "Decode the quad-precision binary float ``x``."
msgstr ""

#: ..\..\reference\index.rst:2
msgid "Reference"
msgstr ""

#: ..\..\reference\index.rst:4
msgid ""
"Here you may find any documentation on functions, constantrs, units, etc. "
"built-in to SpeedCrunch."
msgstr ""

#: ..\..\reference\integer.rst:2
msgid "Integer & bitwise operations"
msgstr ""

#: ..\..\reference\integer.rst:4
msgid ""
"Note that unlike in most programming languages, SpeedCrunch does *not* "
"represent negative binary numbers by their two's complement. This is due to "
"the fact that mathengine does not represent an integer with a fixed number "
"of bits. Instead, the sign is stored as a separate property. Thus, while "
"usually the signed 16-bit integers *0xFFFF* and *-1* are identical, they are"
" distinct in SpeedCrunch."
msgstr ""

#: ..\..\reference\integer.rst:6
msgid ""
"To specify large integers, prefer the use of the shift operators (``1 << "
"n``) to exponentiation (``2^n``). The latter will be performed as floating "
"point, and will be prone to rounding errors. In particular, the result might"
" not be integer."
msgstr ""

#: ..\..\reference\integer.rst:10
msgid ""
"Performs a bitwise logical AND on the submitted parameters (one or more). "
"All parameters  have to be real integers from the range --2\\ :sup:`255` to "
"+2\\ :sup:`255`--1 (signed or unsigned 256 bit integers), non integer "
"arguments are rounded towards zero. The result ranges from --2\\ :sup:`255` "
"to +2\\ :sup:`255`--1 (signed integer). Note that ``and(x)`` is not the "
"identity, because the unsigned +2\\ :sup:`255` is mapped to the signed --2\\"
" :sup:`255` for example. An error is returned if the parameters are not in "
"the valid range."
msgstr ""

#: ..\..\reference\integer.rst:14
msgid ""
"Performs a bitwise logical OR on the submitted parameters (one or more). All"
" parameters have to be integers from the range --2\\ :sup:`255` to +2\\ "
":sup:`255`--1 (signed integer), non integer arguments are rounded towards "
"zero. Note that ``or(x)`` is not the identity, because the unsigned 2\\ "
":sup:`255` is mapped to the signed --2\\ :sup:`255`, for example."
msgstr ""

#: ..\..\reference\integer.rst:18
msgid ""
"Performs a bitwise logical XOR on the submitted parameters (one or more). "
"All parameters have to be integers from the range --2\\ :sup:`255` to +2\\ "
":sup:`255`--1  (signed integer), non integer arguments are rounded towards "
"zero. Note that ``xor(x)`` is not the identity, because the unsigned 2\\ "
":sup:`255` is mapped to the signed --2\\ :sup:`255`, for example."
msgstr ""

#: ..\..\reference\integer.rst:22
msgid ""
"The :func:`not` function is defined by ``not(x) = -x-1``, giving the same "
"result as the one's complement operator ``~`` in C/C++."
msgstr ""

#: ..\..\reference\integer.rst:24
msgid "The function does *not* simpy flip the bits!"
msgstr ""

#: ..\..\reference\statistical.rst:2
msgid "Statistical Functions"
msgstr ""

#: ..\..\reference\statistical.rst:22
msgid "Binomial distribution"
msgstr ""

#: ..\..\reference\statistical.rst:29
msgid "Hypergeometric distribution"
msgstr ""

#: ..\..\reference\statistical.rst:36
msgid "Poisson Distribution"
msgstr ""
