Remove some more latex math

adoc/chapters/programming_interface.adoc

@@ -21262,7 +21262,7 @@ template<typename NonScalar>        (4)
 
 *Overloads (1) - (3):*
 
-_Returns:_ The value latexmath:[e^x-1.0].
+_Returns:_ The value [code]#e^x^-1.0#.
 
 *Overload (4):*
 
@@ -21272,7 +21272,7 @@ _Constraints:_ Available only if all of the following conditions are met:
   [code]#+__swizzled_vec__+# type; and
 * The element type is [code]#float#, [code]#double#, or [code]#half#.
 
-_Returns:_ For each element of [code]#x#, the value latexmath:[e^x[i\]-1.0].
+_Returns:_ For each element of [code]#x#, the value [code]#e^x[i]^-1.0#.
 
 The return type is [code]#NonScalar# unless [code]#NonScalar# is the
 [code]#+__swizzled_vec__+# type, in which case the return type is the
@@ -21679,8 +21679,7 @@ _Constraints:_ Available only if [code]#Ptr# is [code]#multi_ptr# with
 _writeable address spaces_ as defined above.
 
 _Effects:_ Extracts the mantissa and exponent from [code]#x#.  Writes the
-exponent to [code]#iptr#.  The value of [code]#x# equals the mantissa
-latexmath:[\times 2^{exp}].
+exponent to [code]#iptr#.  The value of [code]#x# equals the mantissa * 2^exp^.
 
 _Returns:_ The mantissa of [code]#x#.
 
@@ -21703,7 +21702,7 @@ _Constraints:_ Available only if all of the following conditions are met:
 
 _Effects:_ Extracts the mantissa and exponent from each element of [code]#x#.
 Writes the exponent of each element to [code]#iptr#.  Each element of [code]#x#
-equals the mantissa latexmath:[\times 2^{exp}].
+equals the mantissa * 2^exp^.
 
 _Returns:_ For each element of [code]#x#, the mantissa of [code]#x[i]#.
 
@@ -22178,8 +22177,8 @@ template<typename NonScalar1, typename NonScalar2>  (4)
 
 *Overloads (1) - (3):*
 
-_Returns:_ The value [code]#x# if latexmath:[|x| > |y|], [code]#y# if
-latexmath:[|y| > |x|], otherwise [code]#fmax(x, y)#.
+_Returns:_ The value [code]#x# if [code]#|x| > |y|#, [code]#y# if
+[code]#|y| > |x|#, otherwise [code]#fmax(x, y)#.
 
 *Overload (4):*
 
@@ -22196,8 +22195,8 @@ _Constraints:_ Available only if all of the following conditions are met:
   [code]#float#, [code]#double#, or [code]#half#.
 
 _Returns:_ For each element of [code]#x# and [code]#y#, the value
-[code]#x[i]# if latexmath:[|x[i\]| > |y[i\]|], [code]#y[i]# if
-latexmath:[|y[i\]| > |x[i\]|], otherwise [code]#fmax(x[i], y[i])#.
+[code]#x[i]# if [code]#|x[i]| > |y[i]|#, [code]#y[i]# if
+[code]#|y[i]| > |x[i]|#, otherwise [code]#fmax(x[i], y[i])#.
 
 The return type is [code]#NonScalar1# unless [code]#NonScalar1# is the
 [code]#+__swizzled_vec__+# type, in which case the return type is the
@@ -22220,8 +22219,8 @@ template<typename NonScalar1, typename NonScalar2>  (4)
 
 *Overloads (1) - (3):*
 
-_Returns:_ The value [code]#x# if latexmath:[|x| < |y|], [code]#y# if
-latexmath:[|y| < |x|], otherwise [code]#fmin(x, y)#.
+_Returns:_ The value [code]#x# if [code]#|x| < |y|#, [code]#y# if
+[code]#|y| < |x|#, otherwise [code]#fmin(x, y)#.
 
 *Overload (4):*
 
@@ -22238,8 +22237,8 @@ _Constraints:_ Available only if all of the following conditions are met:
   [code]#float#, [code]#double#, or [code]#half#.
 
 _Returns:_ For each element of [code]#x# and [code]#y#, the value
-[code]#x[i]# if latexmath:[|x[i\]| < |y[i\]|], [code]#y[i]# if
-latexmath:[|y[i\]| < |x[i\]|], otherwise [code]#fmin(x[i], y[i])#.
+[code]#x[i]# if [code]#|x[i]| < |y[i]|#, [code]#y[i]# if
+[code]#|y[i]| < |x[i]|#, otherwise [code]#fmin(x[i], y[i])#.
 
 The return type is [code]#NonScalar1# unless [code]#NonScalar1# is the
 [code]#+__swizzled_vec__+# type, in which case the return type is the
@@ -24151,8 +24150,8 @@ template<typename GenInt>
 _Constraints:_ Available only if [code]#GenInt# is a _generic integer type_ as
 defined above.
 
-_Returns:_ When the input is a scalar, returns latexmath:[|x|].  Otherwise,
-returns latexmath:[|x[i\]|] for each element of [code]#x#.  The behavior is
+_Returns:_ When the input is a scalar, returns [code]#|x|#.  Otherwise,
+returns [code]#|x[i]|# for each element of [code]#x#.  The behavior is
 undefined if the result cannot be represented by the return type.
 
 The return type is [code]#GenInt# unless [code]#GenInt# is the
@@ -24180,8 +24179,8 @@ _Constraints:_ Available only if all of the following conditions are met:
   [code]#+__swizzled_vec__+# type, and both must have the same element type and
   the same number of elements.
 
-_Returns:_ When the inputs are scalars, returns latexmath:[|x - y|].
-Otherwise, returns latexmath:[|x[i\] - y[i\]|] for each element of [code]#x#
+_Returns:_ When the inputs are scalars, returns [code]#|x - y|#.
+Otherwise, returns [code]#|x[i] - y[i]|# for each element of [code]#x#
 and [code]#y#.  The subtraction is done without modulo overflow.  The behavior
 is undefined if the result cannot be represented by the return type.