Equal Numbers: Difference between revisions
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|input1={{Port|n|Num1}} | |input1={{Port|n|Num1}} | ||
|input2={{Port|n|Num2}} | |input2={{Port|n|Num2}} | ||
|output1={{Port|t|Num1 = Num2}} | |output1={{Port|t|<nowiki>Num1 = Num2</nowiki>}} | ||
}} | }} | ||
Outputs | Outputs <code>True</code> if both [[number]] inputs are equal, and false if they are not. | ||
[[File:Equal Numbers example.jpg|frameless|center|Example]] | [[File:Equal Numbers example.jpg|frameless|center|Example]] | ||
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== Notes == | == Notes == | ||
The numbers do not have to be actually equal to be considered equal, they have to be ''close enough''. | * The numbers do not have to be actually equal to be considered equal, they have to be ''close enough''. | ||
[[File:Equal-not-precise.jpg|thumb|none|0.001 is equal to 0]] | : [[File:Equal-not-precise.jpg|thumb|none|0.001 is equal to 0]] | ||
If high precision is required, the following script can be used: | : If high precision is required, the following script can be used: | ||
[[File:precise-equals.jpg|thumb|none|Does not have the same issue as the example above]] | : [[File:precise-equals.jpg|thumb|none|Does not have the same issue as the example above]] | ||
* You can check whether a number is valid by checking whether it is equal to itself. <code>nan</code>, <code>inf</code> and <code>-inf</code> are not considered equal to themselves because they represent a set of numbers. | |||
: [[File:Equal_nan_inf.png|thumb|none|NaN and Infinity are not equal to themselves]] | |||
== Related == | |||
* [[Less Than]] | |||
* [[Greater Than]] | |||
* [[Equal Vectors]] | |||
* [[Equal Truths]] | |||
* [[Equal Objects]] | |||
[[Category:Blocks]] | [[Category:Blocks]] | ||
Latest revision as of 13:48, 29 July 2025
Equal Numbers
| Type | Script block |
| Collider | None |
| Folder | Math |
| Ports | |
|---|---|
| Inputs | Num1 Num2 |
| Outputs | Num1 = Num2 |
Outputs True if both number inputs are equal, and false if they are not.
Notes
- The numbers do not have to be actually equal to be considered equal, they have to be close enough.
0.001 is equal to 0
- If high precision is required, the following script can be used:
Does not have the same issue as the example above
- You can check whether a number is valid by checking whether it is equal to itself.
nan,infand-infare not considered equal to themselves because they represent a set of numbers.
NaN and Infinity are not equal to themselves
