Difference between revisions of "SetInArray"
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The array size is increased by two until the desired index is included. In this case, the array size is first increased from 3 to 5. This doesn't include index 5 (which is the 6th index as index starts at 0). It is increased again to 7, which does include index 5. | The array size is increased by two until the desired index is included. In this case, the array size is first increased from 3 to 5. This doesn't include index 5 (which is the 6th index as index starts at 0). It is increased again to 7, which does include index 5. | ||
[[Category: Functions (Pluggy)]] | [[Category: Functions (Pluggy)]] | ||
[[Category: Array Functions (Pluggy)]] |
Revision as of 11:57, 26 February 2008
A command for Pluggy
Syntax:
SetInArray ArrayID:long Index:long Value:long BlockSize:long Global:short
Stores the Value at Index.
- This can only be used to store integers (short and long).
- Use SetRefInArray and SetFloatInArray for other value types.
- Useable Indexes are from 0 to (array size -1).
- If a value is already existing at Index, then the original value is overwritten.
- If Index >= array size , and BlockSize > 0, then the array size will be automaticly incremented by the necessary amount of BlockSize until the Index will be valid.
- If you want to modify an array from another mod, you will need to set the Global flag to 1. If Global is 0 or unset the function will fail. If the array is protected the function will fail.
Example:
Assume two Arrays (0 and 1) with the indexes:
Index | Array 0 Value | Array 1 Value |
---|---|---|
Index 0 | Empty | Empty |
Index 1 | 50 | 100 |
Index 2 | 2000 | 1000 |
then
SetInArray 1 0 5 SetInArray 1 1 10 SetInArray 0 2 7
will change them to
Index | Array 0 Value | Array 1 Value |
---|---|---|
Index 0 | Empty | 5 |
Index 1 | 50 | 10 |
Index 2 | 7 | 1000 |
Blocksize example (using the original Array 0)
SetInArray 0 5 1000 2
Index | Array 0 Value |
---|---|
Index 0 | Empty |
Index 1 | 50 |
Index 2 | 2000 |
Index 3 | Empty |
Index 4 | Empty |
Index 5 | 1000 |
Index 6 | Empty |
The array size is increased by two until the desired index is included. In this case, the array size is first increased from 3 to 5. This doesn't include index 5 (which is the 6th index as index starts at 0). It is increased again to 7, which does include index 5.