fix list syntax

ext/cl_khr_fp16.asciidoc

@@ -1811,53 +1811,63 @@ These conversions are performed as follows:
 
 `CL_UNORM_INT8` (8-bit unsigned integer) {rightarrow} `half`
 
-  :: normalized `half` value = `round_to_half(c / 255)`
+[none]
+* normalized `half` value = `round_to_half(c / 255)`
 
 `CL_UNORM_INT_101010` (10-bit unsigned integer) {rightarrow} `half`
 
-  :: normalized `half` value = `round_to_half(c / 1023)`
+[none]
+* normalized `half` value = `round_to_half(c / 1023)`
 
 `CL_UNORM_INT16` (16-bit unsigned integer) {rightarrow} `half`
 
-  :: normalized `half` value = `round_to_half(c / 65535)`
+[none]
+* normalized `half` value = `round_to_half(c / 65535)`
 
 `CL_SNORM_INT8` (8-bit signed integer) {rightarrow} `half`
 
-  :: normalized `half` value = `max(-1.0f, round_to_half(c / 127))`
+[none]
+* normalized `half` value = `max(-1.0f, round_to_half(c / 127))`
 
 `CL_SNORM_INT16` (16-bit signed integer) {rightarrow} `half`
 
-  :: normalized `half` value = `max(-1.0f, round_to_half(c / 32767))`
+[none]
+* normalized `half` value = `max(-1.0f, round_to_half(c / 32767))`
 
 The accuracy of the above conversions must be \<= 1.5 ulp except for the
 following cases.
 
 For `CL_UNORM_INT8`
 
-  :: 0 must convert to `0.0h` and
-  :: 255 must convert to `1.0h`
+[none]
+* 0 must convert to `0.0h` and
+* 255 must convert to `1.0h`
 
 For `CL_UNORM_INT_101010`
 
-  :: 0 must convert to `0.0h` and
-  :: 1023 must convert to `1.0h`
+[none]
+* 0 must convert to `0.0h` and
+* 1023 must convert to `1.0h`
 
 For `CL_UNORM_INT16`
 
-  :: 0 must convert to `0.0h` and
-  :: 65535 must convert to `1.0h`
+[none]
+* 0 must convert to `0.0h` and
+* 65535 must convert to `1.0h`
 
 For `CL_SNORM_INT8`
 
-  :: -128 and -127 must convert to `-1.0j`,
-  :: 0 must convert to `0.0h` and
-  :: 127 must convert to `1.0h`
+[none]
+* -128 and -127 must convert to `-1.0j`,
+* 0 must convert to `0.0h` and
+* 127 must convert to `1.0h`
 
 For `CL_SNORM_INT16`
 
-  :: -32768 and -32767 must convert to `-1.0h`,
-  :: 0 must convert to `0.0h` and
-  :: 32767 must convert to `1.0h`
+[none]
+* -32768 and -32767 must convert to `-1.0h`,
+* 0 must convert to `0.0h` and
+* 32767 must convert to `1.0h`
 
 
 [[cl_khr_fp16-converting-floating-point-values-to-normalized-integer-channel-data-types]]
@@ -1879,35 +1889,40 @@ the result of the conversion must satisfy the bound given below.
 
 `half` {rightarrow} `CL_UNORM_INT8` (8-bit unsigned integer)
 
-  :: Let f~exact~ = *max*(`0`, *min*(`f * 255`, `255`))
-  :: Let f~preferred~ = *convert_uchar_sat_rte*(`f * 255.0f`)
-  :: Let f~approx~ = *convert_uchar_sat_<impl-rounding-mode>*(`f * 255.0f`)
-  :: *fabs*(f~exact~ - f~approx~) must be \<= 0.6
+[none]
+* Let f~exact~ = *max*(`0`, *min*(`f * 255`, `255`))
+* Let f~preferred~ = *convert_uchar_sat_rte*(`f * 255.0f`)
+* Let f~approx~ = *convert_uchar_sat_<impl-rounding-mode>*(`f * 255.0f`)
+* *fabs*(f~exact~ - f~approx~) must be \<= 0.6
 
 `half` {rightarrow} `CL_UNORM_INT_101010` (10-bit unsigned integer)
 
-  :: Let f~exact~ = *max*(`0`, *min*(`f * 1023`, `1023`))
-  :: Let f~preferred~ = *min*(*convert_ushort_sat_rte*(`f * 1023.0f`), `1023`)
-  :: Let f~approx~ = *convert_ushort_sat_<impl-rounding-mode>*(`f * 1023.0f`)
-  :: *fabs*(f~exact~ - f~approx~) must be \<= 0.6
+[none]
+* Let f~exact~ = *max*(`0`, *min*(`f * 1023`, `1023`))
+* Let f~preferred~ = *min*(*convert_ushort_sat_rte*(`f * 1023.0f`), `1023`)
+* Let f~approx~ = *convert_ushort_sat_<impl-rounding-mode>*(`f * 1023.0f`)
+* *fabs*(f~exact~ - f~approx~) must be \<= 0.6
 
 `half` {rightarrow} `CL_UNORM_INT16` (16-bit unsigned integer)
 
-  :: Let f~exact~ = *max*(`0`, *min*(`f * 65535`, `65535`))
-  :: Let f~preferred~ = *convert_ushort_sat_rte*(`f * 65535.0f`)
-  :: Let f~approx~ = *convert_ushort_sat_<impl-rounding-mode>*(`f * 65535.0f`)
-  :: *fabs*(f~exact~ - f~approx~) must be \<= 0.6
+[none]
+* Let f~exact~ = *max*(`0`, *min*(`f * 65535`, `65535`))
+* Let f~preferred~ = *convert_ushort_sat_rte*(`f * 65535.0f`)
+* Let f~approx~ = *convert_ushort_sat_<impl-rounding-mode>*(`f * 65535.0f`)
+* *fabs*(f~exact~ - f~approx~) must be \<= 0.6
 
 `half` {rightarrow} `CL_SNORM_INT8` (8-bit signed integer)
 
-  :: Let f~exact~ = *max*(`-128`, *min*(`f * 127`, `127`))
-  :: Let f~preferred~ = *convert_char_sat_rte*(`f * 127.0f`)
-  :: Let f~approx~ = *convert_char_sat_<impl_rounding_mode>*(`f * 127.0f`)
-  :: *fabs*(f~exact~ - f~approx~) must be \<= 0.6
+[none]
+* Let f~exact~ = *max*(`-128`, *min*(`f * 127`, `127`))
+* Let f~preferred~ = *convert_char_sat_rte*(`f * 127.0f`)
+* Let f~approx~ = *convert_char_sat_<impl_rounding_mode>*(`f * 127.0f`)
+* *fabs*(f~exact~ - f~approx~) must be \<= 0.6
 
 `half` {rightarrow} `CL_SNORM_INT16` (16-bit signed integer)
 
-  :: Let f~exact~ = *max*(`-32768`, *min*(`f * 32767`, `32767`))
-  :: Let f~preferred~ = *convert_short_sat_rte*(`f * 32767.0f`)
-  :: Let f~approx~ = *convert_short_sat_<impl-rounding-mode>*(`f * 32767.0f`)
-  :: *fabs*(f~exact~ - f~approx~) must be \<= 0.6
+[none]
+* Let f~exact~ = *max*(`-32768`, *min*(`f * 32767`, `32767`))
+* Let f~preferred~ = *convert_short_sat_rte*(`f * 32767.0f`)
+* Let f~approx~ = *convert_short_sat_<impl-rounding-mode>*(`f * 32767.0f`)
+* *fabs*(f~exact~ - f~approx~) must be \<= 0.6