Relational binary operators accept real scalar value table arguments. Input and output tables must have the same format, and if they are vectors or tensors, a scalar component-wise comparison is made.
The Math library contains the following Relational operators:
Computes the minimum value of two tables.
Inputs
|
lhs: a real value table.
rhs: a real value table.
|
Outputs
|
answer: destination table to store the minimum of lhs and rhs.
|
Notes
|
When a corresponding value in one table is not found in the other, this operator returns the existing value.
|
Expression Builder
|
min(lhs, rhs)
|
Example
|
<call name="Min" lhs="lhs_tab" rhs="rhs_tab"
answer="dest_tab" />
|
|
Computes the maximum value of two tables.
Inputs
|
lhs: a real value table.
rhs: a real value table.
|
Outputs
|
answer: destination table to store the maximum of lhs and rhs.
|
Notes
|
When a corresponding value in one table is not found in the other, this operator returns the existing value.
|
Expression Builder
|
max(lhs, rhs)
|
Example
|
<call name="Max" lhs="lhs_tab" rhs="rhs_tab"
answer="dest_tab" />
|
|
Computes the extreme value of two tables.
Inputs
|
lhs: a real value table.
Rhs: a real value table.
|
Outputs
|
answer: destination table to store the extreme of lhs and rhs.
|
Notes
|
| • | Extreme returns the absolute value between lhs and rhs, preserving the sign (the value furthest from 0.0). |
| • | When a corresponding value in one table is not found in the other, this operator returns the existing value. |
|
Expression Builder
|
extreme(lhs, rhs)
|
Example
|
<call name="Extreme" lhs="lhs_tab" rhs="rhs_tab"
answer="dest_tab" />
|
|
