@@ -32,18 +32,13 @@ Pure function.
3232#### Argument(s)
3333
3434` x ` : 1D array of either ` real ` or ` complex ` type. This argument is ` intent(in) ` .
35+
3536` mask ` (optional): 1D array of ` logical ` values. This argument is ` intent(in) ` .
3637
3738#### Output value or Result value
3839
3940The output is a scalar of ` type ` and ` kind ` same as to that of ` x ` .
4041
41- #### Example
42-
43- ``` fortran
44- {!example/math/example_intrinsics_sum.f90!}
45- ```
46-
4742<!-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -->
4843### ` fsum_kahan ` function
4944
@@ -79,6 +74,7 @@ Pure function.
7974#### Argument(s)
8075
8176` x ` : 1D array of either ` real ` or ` complex ` type. This argument is ` intent(in) ` .
77+
8278` mask ` (optional): 1D array of ` logical ` values. This argument is ` intent(in) ` .
8379
8480#### Output value or Result value
@@ -88,7 +84,7 @@ The output is a scalar of `type` and `kind` same as to that of `x`.
8884#### Example
8985
9086``` fortran
91- {!example/math/example_intrinsics_sum .f90!}
87+ {!example/intrinsics/example_sum .f90!}
9288```
9389
9490<!-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -->
@@ -113,18 +109,13 @@ Pure function.
113109#### Argument(s)
114110
115111` x ` : 1D array of either ` real ` or ` complex ` type. This argument is ` intent(in) ` .
112+
116113` y ` : 1D array of the same type and kind as ` x ` . This argument is ` intent(in) ` .
117114
118115#### Output value or Result value
119116
120117The output is a scalar of ` type ` and ` kind ` same as to that of ` x ` and ` y ` .
121118
122- #### Example
123-
124- ``` fortran
125- {!example/math/example_intrinsics_dot_duct.f90!}
126- ```
127-
128119<!-- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -->
129120### ` fprod_kahan ` function
130121
@@ -147,12 +138,13 @@ Pure function.
147138#### Argument(s)
148139
149140` x ` : 1D array of either ` real ` or ` complex ` type. This argument is ` intent(in) ` .
141+
150142` y ` : 1D array of the same type and kind as ` x ` . This argument is ` intent(in) ` .
151143
152144#### Output value or Result value
153145
154146The output is a scalar of ` type ` and ` kind ` same as to that of ` x ` and ` y ` .
155147
156148``` fortran
157- {!example/math/example_intrinsics_dot_duct .f90!}
149+ {!example/intrinsics/example_dot_product .f90!}
158150```
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