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Regenerate on my Mac, so that the RST tables are recreated with the a…
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…ppropriate widths. The wrong widths were committed due to a string encoding mismatch (Cygwin system didn't treat text as UTF-8) (#1035)
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@marcoskirsch
marcoskirsch committed Sep 10, 2019
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38 changes: 19 additions & 19 deletions docs/nidmm/class.rst
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Expand Up @@ -2783,25 +2783,25 @@ configure_rtd_type
NI-DMM uses this value to set the RTD Type property. The default is
:py:data:`~nidmm.RTDType.PT3851`.
+----------------------------------+-----------------------------------------------+----------+----------+--------------------------+--------------------------------------------------------------------------------------------+-------------------------------+
| Enum | Standards | Material | TCR (α) | Typical R\ :sub:`0` (Ω) | Notes | |
+==================================+===============================================+==========+==========+==========================+============================================================================================+===============================+
| Callendar-Van Dusen Coefficient | | | | | | |
+----------------------------------+-----------------------------------------------+----------+----------+--------------------------+--------------------------------------------------------------------------------------------+-------------------------------+
| :py:data:`~nidmm.RTDType.PT3851` | IEC-751 DIN 43760 BS 1904 ASTM-E1137 EN-60751 | Platinum | .003851 | 100 Ω 1000 Ω | A = 3.9083 × 10\ :sup:`–3` B = –5.775×10:sup:`–7` C = –4.183×10:sup:`–12` | Most common RTDs |
+----------------------------------+-----------------------------------------------+----------+----------+--------------------------+--------------------------------------------------------------------------------------------+-------------------------------+
| :py:data:`~nidmm.RTDType.PT3750` | Low-cost vendor compliant RTD\* | Platinum | .003750 | 1000 Ω | A = 3.81 × 10\ :sup:`–3` B = –6.02×10:sup:`–7` C = –6.0×10:sup:`–12` | Low-cost RTD |
+----------------------------------+-----------------------------------------------+----------+----------+--------------------------+--------------------------------------------------------------------------------------------+-------------------------------+
| :py:data:`~nidmm.RTDType.PT3916` | JISC 1604 | Platinum | .003916 | 100 Ω | A = 3.9739 × 10\ :sup:`–3` B = –5.870×10:sup:`–7` C = –4.4 ×10\ :sup:`–12` | Used in primarily in Japan |
+----------------------------------+-----------------------------------------------+----------+----------+--------------------------+--------------------------------------------------------------------------------------------+-------------------------------+
| :py:data:`~nidmm.RTDType.PT3920` | US Industrial Standard D-100 American | Platinum | .003920 | 100 Ω | A = 3.9787 × 10\ :sup:`–3` B = –5.8686×10:sup:`–7` C = –4.167 ×10\ :sup:`–12` | Low-cost RTD |
+----------------------------------+-----------------------------------------------+----------+----------+--------------------------+--------------------------------------------------------------------------------------------+-------------------------------+
| :py:data:`~nidmm.RTDType.PT3911` | US Industrial Standard American | Platinum | .003911 | 100 Ω | A = 3.9692 × 10\ :sup:`–3` B = –5.8495×10:sup:`–7` C = –4.233 ×10\ :sup:`–12` | Low-cost RTD |
+----------------------------------+-----------------------------------------------+----------+----------+--------------------------+--------------------------------------------------------------------------------------------+-------------------------------+
| :py:data:`~nidmm.RTDType.PT3928` | ITS-90 | Platinum | .003928 | 100 Ω | A = 3.9888 × 10\ :sup:`–3` B = –5.915×10:sup:`–7` C = –3.85 ×10\ :sup:`–12` | The definition of temperature |
+----------------------------------+-----------------------------------------------+----------+----------+--------------------------+--------------------------------------------------------------------------------------------+-------------------------------+
| \*No standard. Check the TCR. | | | | | | |
+----------------------------------+-----------------------------------------------+----------+----------+--------------------------+--------------------------------------------------------------------------------------------+-------------------------------+
+----------------------------------+-----------------------------------------------+----------+---------+-------------------------+-------------------------------------------------------------------------------+-------------------------------+
| Enum | Standards | Material | TCR (α) | Typical R\ :sub:`0` (Ω) | Notes | |
+==================================+===============================================+==========+=========+=========================+===============================================================================+===============================+
| Callendar-Van Dusen Coefficient | | | | | | |
+----------------------------------+-----------------------------------------------+----------+---------+-------------------------+-------------------------------------------------------------------------------+-------------------------------+
| :py:data:`~nidmm.RTDType.PT3851` | IEC-751 DIN 43760 BS 1904 ASTM-E1137 EN-60751 | Platinum | .003851 | 100 Ω 1000 Ω | A = 3.9083 × 10\ :sup:`–3` B = –5.775×10:sup:`–7` C = –4.183×10:sup:`–12` | Most common RTDs |
+----------------------------------+-----------------------------------------------+----------+---------+-------------------------+-------------------------------------------------------------------------------+-------------------------------+
| :py:data:`~nidmm.RTDType.PT3750` | Low-cost vendor compliant RTD\* | Platinum | .003750 | 1000 Ω | A = 3.81 × 10\ :sup:`–3` B = –6.02×10:sup:`–7` C = –6.0×10:sup:`–12` | Low-cost RTD |
+----------------------------------+-----------------------------------------------+----------+---------+-------------------------+-------------------------------------------------------------------------------+-------------------------------+
| :py:data:`~nidmm.RTDType.PT3916` | JISC 1604 | Platinum | .003916 | 100 Ω | A = 3.9739 × 10\ :sup:`–3` B = –5.870×10:sup:`–7` C = –4.4 ×10\ :sup:`–12` | Used in primarily in Japan |
+----------------------------------+-----------------------------------------------+----------+---------+-------------------------+-------------------------------------------------------------------------------+-------------------------------+
| :py:data:`~nidmm.RTDType.PT3920` | US Industrial Standard D-100 American | Platinum | .003920 | 100 Ω | A = 3.9787 × 10\ :sup:`–3` B = –5.8686×10:sup:`–7` C = –4.167 ×10\ :sup:`–12` | Low-cost RTD |
+----------------------------------+-----------------------------------------------+----------+---------+-------------------------+-------------------------------------------------------------------------------+-------------------------------+
| :py:data:`~nidmm.RTDType.PT3911` | US Industrial Standard American | Platinum | .003911 | 100 Ω | A = 3.9692 × 10\ :sup:`–3` B = –5.8495×10:sup:`–7` C = –4.233 ×10\ :sup:`–12` | Low-cost RTD |
+----------------------------------+-----------------------------------------------+----------+---------+-------------------------+-------------------------------------------------------------------------------+-------------------------------+
| :py:data:`~nidmm.RTDType.PT3928` | ITS-90 | Platinum | .003928 | 100 Ω | A = 3.9888 × 10\ :sup:`–3` B = –5.915×10:sup:`–7` C = –3.85 ×10\ :sup:`–12` | The definition of temperature |
+----------------------------------+-----------------------------------------------+----------+---------+-------------------------+-------------------------------------------------------------------------------+-------------------------------+
| \*No standard. Check the TCR. | | | | | | |
+----------------------------------+-----------------------------------------------+----------+---------+-------------------------+-------------------------------------------------------------------------------+-------------------------------+
:type rtd_type: :py:data:`nidmm.RTDType`
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18 changes: 9 additions & 9 deletions docs/nifgen/class.rst
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Expand Up @@ -5338,11 +5338,11 @@ create_waveform_from_file_f64
|
| ****Default Value**:** :py:data:`~nifgen.ByteOrder.LITTLE`
+-------------------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------+
+-------------------------------------+------------------------------------------------------------------------------------------------------------------------------------------------+
| :py:data:`~nifgen.ByteOrder.LITTLE` | Little Endian Data—The least significant bit is stored at the lowest address, followed by the other bits, in order of increasing significance. |
+-------------------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------+
+-------------------------------------+------------------------------------------------------------------------------------------------------------------------------------------------+
| :py:data:`~nifgen.ByteOrder.BIG` | Big Endian Data—The most significant bit is stored at the lowest address, followed by the other bits, in order of decreasing significance. |
+-------------------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------+
+-------------------------------------+------------------------------------------------------------------------------------------------------------------------------------------------+
.. note:: Data written by most applications in Windows (including
LabWindows™/CVI™) is in Little Endian format. Data written to a file
Expand Down Expand Up @@ -5414,11 +5414,11 @@ create_waveform_from_file_i16
|
| ****Default Value**:** :py:data:`~nifgen.ByteOrder.LITTLE`
+-------------------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------+
+-------------------------------------+------------------------------------------------------------------------------------------------------------------------------------------------+
| :py:data:`~nifgen.ByteOrder.LITTLE` | Little Endian Data—The least significant bit is stored at the lowest address, followed by the other bits, in order of increasing significance. |
+-------------------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------+
+-------------------------------------+------------------------------------------------------------------------------------------------------------------------------------------------+
| :py:data:`~nifgen.ByteOrder.BIG` | Big Endian Data—The most significant bit is stored at the lowest address, followed by the other bits, in order of decreasing significance. |
+-------------------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------+
+-------------------------------------+------------------------------------------------------------------------------------------------------------------------------------------------+
.. note:: Data written by most applications in Windows (including
LabWindows™/CVI™) is in Little Endian format. Data written to a file
Expand Down Expand Up @@ -5798,11 +5798,11 @@ get_self_cal_supported
****Defined Values****
+-------+--------------------------------------+
+-------+------------------------------------+
| True | Self–calibration is supported. |
+-------+--------------------------------------+
+-------+------------------------------------+
| False | Self–calibration is not supported. |
+-------+--------------------------------------+
+-------+------------------------------------+
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