[shavit]

For example:

enum
{
	vector_x,
	vector_y,
	vector_z,
	SETTINGS_SIZE
};

any[] mysettings = new any[SETTINGS_SIZE];

mysettings[vector_x] = -45.0;
mysettings[vector_y] = 0.0;
mysettings[vector_z] = 360.0;

This works perfectly fine, but - is there anything I can do to make it cleaner? Like so:

#include <sourcemod>

enum
{
	vector[3],
	SETTINGS_SIZE
};

any[] mysettings = new any[SETTINGS_SIZE];

float myvector[3];
myvector[0] = 0.0;
myvector[1] = 0.0;
myvector[2] = 0.0;

mysettings[vector] = myvector;

Which unfortunately doesn't compile.. and the compiler throws this error for the last line:

error 006: must be assigned to an array

Thanks.

[hmmmmm]

Don't think you can user arrays in enum, but always possible to just loop or make your own VectorCopy function to make it cleaner

[Mitchell]

You'd just be making your code more complicated if you use enums to store data in arrays.
Just make separate arrays for each section of data you want to store.

[shavit]

Originally Posted by hmmmmm Don't think you can user arrays in enum, but always possible to just loop or make your own VectorCopy function to make it cleaner

Fair enough, I'll create my own 'vector copy' function.

To anyone else: let me know if there's a real solution and not a workaround, then I'll set the thread to solved if there is .

Originally Posted by Mitchell You'd just be making your code more complicated if you use enums to store data in arrays. Just make separate arrays for each section of data you want to store.

I wish that was the case.. but it isn't. Having separate arrays just make the whole thing extremely messy in my code.

[Kryptanyte]

I don't know if this will still work with an any array but it works with int arrays

PHP Code:

enum Vector_Struct
{
    Float:vector[3],
    SETTINGS_SIZE
}

int MyVector[Vector_Struct];

float NewVector[3];
NewVector[0] = 0.0;
NewVector[1] = 0.0;
NewVector[2] = 0.0;

MyVector[vector] = NewVector; 


It's possible that MyVector[vector] = NewVector; may not work properly and might need a copy function to work properly.