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Taking for example the sin function which takes an argument.
I want to be able to evalue 24sin as sin(24), basically taking lhs as the argument for my function.
Creating the operator with custom token and the relation to multiply is easy but there is no documentation on how to add functionnalities to existing functions.
It seems that maybe a rewrite rule should be used ?
Any thoughts on this ?
The text was updated successfully, but these errors were encountered:
Following this :
Other calculators are using √ like 2√ being √(2)
The library refuses this and want √2
The problem being that 2√% (which is √(2)% ) cannot be calculated without adding parentheses
otherwise √(2%) is calculated which is not the same value.
The result i get with the library is the one for 2%√
I assume that again a rewrite rule might allow me to do what i want but i would need further informations for this.
Taking for example the sin function which takes an argument.
I want to be able to evalue 24sin as sin(24), basically taking lhs as the argument for my function.
Creating the operator with custom token and the relation to multiply is easy but there is no documentation on how to add functionnalities to existing functions.
It seems that maybe a rewrite rule should be used ?
Any thoughts on this ?
The text was updated successfully, but these errors were encountered: