Relational Operators Section
Relational operator nodes exist for three types of variables node:
- 1.Integer relational operators
- 2.Double relational operators
- 3.Duration relational operators.
In this sub-section all the nodes that help you apply relational comparison between the integer number are present.
There are two input nodes in this section.
if A [first number] > B [second number] this node returns true.
And if A [first number] < B [second number] this node returns false.
A | This input node point is used to provide the first number [A]. |
B | This input node is used to provide the second number [B]. |
Use run trigger Checkbox | This checkbox is used to generate the run trigger in the node. |
A > B | This output node point provides you with the result of the relational comparison between two numbers in Boolean. |
This node is used to apply greater than or equal to relational operation between two integer numbers [A & B].
if A [first number] >= B [second number] this node return true, else it return false.
For example, if A = 20 and B = 20 then it returns true.
A | This input node point is used to provide the first number [A]. |
B | This input node is used to provide the second number [B]. |
Use run trigger Checkbox | This checkbox helps to generate run trigger in the node. |
A >= B | This output node point provides you with the result of the relational comparison between two numbers in Boolean. |
This node is used to apply Less than relational operation between two integer numbers [A & B].
if A [first number] < B [second number] this node return true, else it returns false.
Example if A = 10 and B = 20 then it return true.
A | This input node point help to provide the first number [A]. |
B | This input node helps you to provide the second number [B] against which you want to apply relational operators. |
Use run trigger Checkbox | This checkbox is used to generate run trigger in the node. |
A < B | This output node point provides you with the result of the relational comparison between two numbers in Boolean. |
This node helps you to apply Less than equal to relational operation between two integers-[A & B].
if A [first number] <= B [second number] this node return true, else it return false.
Example if A = 10 and B = 25 then it return true.
A | This input node point is used to provide the first number [A]. |
B | This input node helps to provide the second number [B] against which you want to apply relational operators. |
Use run trigger Checkbox | This checkbox helps to generate run trigger in the node. |
A <= B | This output node point provides the result of the relational comparison between two numbers in Boolean. |
This node is used to apply Is equal to relational operation between two integer numbers [A & B].
if A [first number] == B [second number] this node return true, else it will return false.
Example if A = 10 and B = 10 then it returns true.
A | This input node point is used to provide the first number [A]. |
B | This input node helps to provide the second number [B] against which you want to apply relational operators. |
Use run trigger Checkbox | This checkbox helps to generate a run trigger in the node. |
A == B | This output node point provides you with the result of the relational comparison between two numbers in Boolean. |
This node is used to apply Not equal to relational operation between two integer numbers [A & B].
if A [first number] != B [second number] this node returns true, else it will return false.
For example if A = 20 and B = 10 then it returns true. [because numbers are not Equal ]
A | This input node point helps to provide the first number [A]. |
B | This input node helps to provide the second number [B] against which you want to apply relational operators. |
Use run trigger Checkbox | This checkbox helps to generate a run trigger in the node. |
A != B | This output node point provides you with the result of the relational comparison between two numbers in Boolean. |
There are two input nodes in this section.
if A [first decimal number] > B [second decimal number] this node returns true.
And if A [first decimal number] < B [second decimal number] this node returns false.
A | This input node point is used to provide the first decimal number [A]. |
B | This input node is used to provide the second decimal number [B]. |
Use run trigger Checkbox | This checkbox is used to generate the run trigger in the node. |
A > B | This output node point provides you with the result of the relational comparison between two decimal numbers in Boolean. |
This node is used to apply greater than or equal to relational operation between two decimal numbers [A & B].
if A [first decimal number] >= B [second decimal number] this node return true, else it return false.
For example, if A = 20 and B = 20 then it returns true.
A | This input node point is used to provide the first decimal number [A]. |
B | This input node is used to provide the second decimal number [B]. |
Use run trigger Checkbox | This checkbox helps to generate run trigger in the node. |
A >= B | This output node point provides you with the result of the relational comparison between two decimal numbers in Boolean. |
This node is used to apply Less than relational operation between two decimal numbers [A & B].
if A [first decimal number] < B [second decimal number] this node return true, else it returns false.
Example if A = 10 and B = 20 then it return true.
A | This input node point helps to provide the first decimal number [A]. |
B | This input node helps you to provide the second decimal number [B] against which you want to apply relational operators. |
Use run trigger Checkbox | This checkbox is used to generate run trigger in the node. |
A < B | This output node point provides you with the result of the relational comparison between two decimal numbers in Boolean. |
This node helps you to apply Less than or equal to relational operation between two integers-[A & B].
if A [first decimal number] <= B [second decimal number] this node return true, else it return false.
Example if A = 10 and B = 25 then it return true.
A | This input node point is used to provide the first decimal number [A]. |
B | This input node helps to provide the second decimal number [B] against which you want to apply relational operators. |
Use run trigger Checkbox | This checkbox helps to generate run trigger in the node. |
A <= B | This output node point provides the result of the relational comparison between two decimal numbers in Boolean. |
This node is used to apply Is equal to relational operation between two decimal numbers [A & B].
if A [first decimal number] == B [second decimal number] this node return true, else it will return false.
Example if A = 10 and B = 10 then it returns true.
A | This input node point is used to provide the first decimal number [A]. |
B | This input node helps to provide the second decimal number [B] against which you want to apply relational operators. |
Use run trigger Checkbox | This checkbox helps to generate a run trigger in the node. |
A == B | This output node point provides you with the result of the relational comparison between two decimal numbers in Boolean. |
This node is used to apply Not equal to relational operation between two decimal numbers [A & B].
if A [first decimal number] != B [second decimal number] this node returns true, else it will return false.
For example if A = 20 and B = 10 then it returns true. [because the numbers are not Equal ]
A | This input node point helps to provide the first decimal number [A]. |
B | This input node helps to provide the second decimal number [B] against which you want to apply relational operators. |
Use run trigger Checkbox | This checkbox helps to generate a run trigger in the node. |
A != B | This output node point provides you with the result of the relational comparison between two decimal numbers in Boolean. |
There are two input nodes in this section.
if A [first duration] > B [second duration] this node returns true.
And if A [first duration] < B [second duration] this node returns false.
A | This input node point is used to provide the first duration[A]. |
B | This input node is used to provide the second duration[B]. |
Use run trigger Checkbox | This checkbox is used to generate the run trigger in the node. |
A > B | This output node point provides you with the result of the relational comparison between two durations in Boolean. |
This node is used to apply greater than or equal to relational operation between two durations [A & B].
if A [first duration] >= B [second duration] this node return true, else it return false.
For example, if A = 20 and B = 20 then it returns true.
A | This input node point is used to provide the first duration[A]. |
B | This input node is used to provide the second duration[B]. |
Use run trigger Checkbox | This checkbox helps to generate run trigger in the node. |
A >= B | This output node point provides you with the result of the relational comparison between two durations in Boolean. |
This node is used to apply Less than relational operation between two integer durations[A & B].
if A [first durations] < B [second durations] this node returns true, else it returns false.
Example if A = 10 and B = 20 then it return true.
A | This input node point help to provide the first duration[A]. |
B | this input node helps you to provide the second duration[B] against which you want to apply relational operators. |
Use run trigger Checkbox | This checkbox is used to generate run trigger in the node. |
A < B | This output node point provides you with the result of the relational comparison between two durations in Boolean. |
This node helps you to apply Less than equal to relational operation between two durations-[A & B].
if A [first duration] <= B [second duration] this node return true, else it return false.
Example if A = 10 and B = 25 then it return true.
A | This input node point is used to provide the first duration[A]. |
B | This input node helps to provide the second duration[B] against which you want to apply relational operators. |
Use run trigger Checkbox | This checkbox helps to generate run trigger in the node. |
A <= B | This output node point provides the result of the relational comparison between two durations in Boolean. |
This node is used to apply Is equal to relational operation between two integer durations [A & B].
if A [first duration] == B [second duration] this node returns true, else it will return false.
Example if A = 10 and B = 10 then it returns true.
A | This input node point is used to provide the first duration [A]. |
B | This input node helps to provide the second duration [B] against which you want to apply relational operators. |
Use run trigger Checkbox | This checkbox helps to generate a run trigger in the node. |
A == B | This output node point provides you with the result of the relational comparison between two durations in Boolean. |
This node is used to apply Not equal to relational operation between two integer durations [A & B].
if A [first duration] != B [second duration] this node returns true, else it will return false.
For example if A = 20 and B = 10 then it returns true. [because numbers are not Equal ]
A | This input node point helps to provide the first duration[A]. |
B | This input node helps to provide the second duration[B] against which you want to apply relational operators. |
Use run trigger Checkbox | This checkbox helps to generate a run trigger in the node. |
A != B | This output node point provides you with the result of the relational comparison between two duration in Boolean. |
Last modified 9mo ago