The minus sign is usually rendered larger than `-` and therefore
visually more interesting for mathematical expressions.
Signed-off-by: Philippe Proulx <eeppeliteloop@gmail.com>
Change-Id: I9f9dc8cde4ecce1b40e9fb08ac2e188221fffe3b
Reviewed-on: https://review.lttng.org/c/babeltrace/+/4527
Tested-by: jenkins <jenkins@lttng.org>
Reviewed-by: Jérémie Galarneau <jeremie.galarneau@efficios.com>
- The maximum
\ref api-tir-fc-int-prop-size "field value range" for an \bt_uint_fc
- The maximum
\ref api-tir-fc-int-prop-size "field value range" for an \bt_uint_fc
- is [0, 2<sup>64</sup> - 1].
+ is [0, 2<sup>64</sup> − 1].
- The available message types are stream beginning and end, event,
packet beginning and end, discarded events and packets, and message
- The available message types are stream beginning and end, event,
packet beginning and end, discarded events and packets, and message
Two signed integer range sets are considered equal if they contain the
exact same signed integer ranges, whatever the order. In other words,
Two signed integer range sets are considered equal if they contain the
exact same signed integer ranges, whatever the order. In other words,
-a signed integer range set containing [-57, 23] and [24, 42]
-is \em not equal to a signed integer range containing [-57, 42].
+a signed integer range set containing [−57, 23] and [24, 42]
+is \em not equal to a signed integer range containing [−57, 42].
@param[in] int_range_set_a
Signed integer range set A.
@param[in] int_range_set_a
Signed integer range set A.
For example, considering:
- Frequency: 1000 Hz.
For example, considering:
- Frequency: 1000 Hz.
-- Offset in seconds: -10 seconds.
+- Offset in seconds: −10 seconds.
- Offset in cycles: 500 cycles (that is, 0.5 seconds).
- Stream clock's value: 2000 cycles (that is, 2 seconds).
- Offset in cycles: 500 cycles (that is, 0.5 seconds).
- Stream clock's value: 2000 cycles (that is, 2 seconds).
-Then the computed value is -7.5 seconds from origin, or
--7,500,000,000 nanoseconds from origin.
+Then the computed value is −7.5 seconds from origin, or
+−7,500,000,000 nanoseconds from origin.
<dl>
<dt>Unsigned integer field class</dt>
<dl>
<dt>Unsigned integer field class</dt>
- <dd>[0, 2<sup><em>N</em></sup> - 1]</dd>
+ <dd>[0, 2<sup><em>N</em></sup> − 1]</dd>
<dt>Signed integer field class</dt>
<dt>Signed integer field class</dt>
- <dd>[-2<sup><em>N</em> - 1</sup>, 2<sup><em>N</em> - 1</sup> - 1]</dd>
+ <dd>[−2<sup><em>N</em> − 1</sup>, 2<sup><em>N</em> − 1</sup> − 1]</dd>
<dl>
<dt>Unsigned integer field class</dt>
<dl>
<dt>Unsigned integer field class</dt>
- <dd>[0, 2<sup><em>N</em></sup> - 1]</dd>
+ <dd>[0, 2<sup><em>N</em></sup> − 1]</dd>
<dt>Signed integer field class</dt>
<dt>Signed integer field class</dt>
- <dd>[-2<sup><em>N</em></sup>, 2<sup><em>N</em></sup> - 1]</dd>
+ <dd>[−2<sup><em>N</em></sup>, 2<sup><em>N</em></sup> − 1]</dd>
<th>Value
<tr>
<td>\ref api-tir-fc-int-prop-size "Field value range"
<th>Value
<tr>
<td>\ref api-tir-fc-int-prop-size "Field value range"
- <td>[0, 2<sup>64</sup> - 1]
+ <td>[0, 2<sup>64</sup> − 1]
<tr>
<td>\ref api-tir-fc-int-prop-base "Preferred display base"
<td>#BT_FIELD_CLASS_INTEGER_PREFERRED_DISPLAY_BASE_DECIMAL
<tr>
<td>\ref api-tir-fc-int-prop-base "Preferred display base"
<td>#BT_FIELD_CLASS_INTEGER_PREFERRED_DISPLAY_BASE_DECIMAL
<th>Value
<tr>
<td>\ref api-tir-fc-int-prop-size "Field value range"
<th>Value
<tr>
<td>\ref api-tir-fc-int-prop-size "Field value range"
- <td>[-2<sup>63</sup>, 2<sup>63</sup> - 1]
+ <td>[−2<sup>63</sup>, 2<sup>63</sup> − 1]
<tr>
<td>\ref api-tir-fc-int-prop-base "Preferred display base"
<td>#BT_FIELD_CLASS_INTEGER_PREFERRED_DISPLAY_BASE_DECIMAL
<tr>
<td>\ref api-tir-fc-int-prop-base "Preferred display base"
<td>#BT_FIELD_CLASS_INTEGER_PREFERRED_DISPLAY_BASE_DECIMAL
<th>Value
<tr>
<td>\ref api-tir-fc-int-prop-size "Field value range"
<th>Value
<tr>
<td>\ref api-tir-fc-int-prop-size "Field value range"
- <td>[0, 2<sup>64</sup> - 1]
+ <td>[0, 2<sup>64</sup> − 1]
<tr>
<td>\ref api-tir-fc-int-prop-base "Preferred display base"
<td>#BT_FIELD_CLASS_INTEGER_PREFERRED_DISPLAY_BASE_DECIMAL
<tr>
<td>\ref api-tir-fc-int-prop-base "Preferred display base"
<td>#BT_FIELD_CLASS_INTEGER_PREFERRED_DISPLAY_BASE_DECIMAL
<th>Value
<tr>
<td>\ref api-tir-fc-int-prop-size "Field value range"
<th>Value
<tr>
<td>\ref api-tir-fc-int-prop-size "Field value range"
- <td>[-2<sup>63</sup>, 2<sup>63</sup> - 1]
+ <td>[−2<sup>63</sup>, 2<sup>63</sup> − 1]
<tr>
<td>\ref api-tir-fc-int-prop-base "Preferred display base"
<td>#BT_FIELD_CLASS_INTEGER_PREFERRED_DISPLAY_BASE_DECIMAL
<tr>
<td>\ref api-tir-fc-int-prop-base "Preferred display base"
<td>#BT_FIELD_CLASS_INTEGER_PREFERRED_DISPLAY_BASE_DECIMAL
\bt_p{offset_seconds} can be negative. For example, considering:
- A 1000 Hz clock.
\bt_p{offset_seconds} can be negative. For example, considering:
- A 1000 Hz clock.
-- \bt_p{offset_seconds} set to -10 seconds.
+- \bt_p{offset_seconds} set to −10 seconds.
- \bt_p{offset_cycles} set to 500 cycles
(that is, 0.5 seconds).
- \bt_p{cycles} set to 2000 cycles (that is, 2 seconds).
- \bt_p{offset_cycles} set to 500 cycles
(that is, 0.5 seconds).
- \bt_p{cycles} set to 2000 cycles (that is, 2 seconds).
-The computed value is -7.5 seconds, so this function sets
-\bt_p{*ns_from_origin} to -7,500,000,000.
+The computed value is −7.5 seconds, so this function sets
+\bt_p{*ns_from_origin} to −7,500,000,000.
This function can fail and return the
#BT_UTIL_CLOCK_CYCLES_TO_NS_FROM_ORIGIN_STATUS_OVERFLOW_ERROR status
This function can fail and return the
#BT_UTIL_CLOCK_CYCLES_TO_NS_FROM_ORIGIN_STATUS_OVERFLOW_ERROR status