fixup! fixup! docs: add and update docstrings for analysis points and transformations

Author: AayushSabharwal

src/systems/analysis_points.jl

@@ -908,10 +908,6 @@ end
 
 Compute the sensitivity function in analysis point `ap`. The sensitivity function is obtained by introducing an infinitesimal perturbation `d` at the input of `ap`, linearizing the system and computing the transfer function between `d` and the output of `ap`.
 
-!!! danger "Experimental"
-
-    The analysis-point interface is currently experimental and at any time subject to breaking changes not respecting semantic versioning.
-
 # Arguments:
 
   - `kwargs`: Are sent to `ModelingToolkit.linearize`
@@ -925,10 +921,6 @@ See also [`get_comp_sensitivity`](@ref), [`get_looptransfer`](@ref).
 
 Compute the complementary sensitivity function in analysis point `ap`. The complementary sensitivity function is obtained by introducing an infinitesimal perturbation `d` at the output of `ap`, linearizing the system and computing the transfer function between `d` and the input of `ap`.
 
-!!! danger "Experimental"
-
-    The analysis-point interface is currently experimental and at any time subject to breaking changes not respecting semantic versioning.
-
 # Arguments:
 
   - `kwargs`: Are sent to `ModelingToolkit.linearize`
@@ -946,11 +938,6 @@ Compute the (linearized) loop-transfer function in analysis point `ap`, from `ap
 
     Feedback loops often use negative feedback, and the computed loop-transfer function will in this case have the negative feedback included. Standard analysis tools often assume a loop-transfer function without the negative gain built in, and the result of this function may thus need negation before use.
 
-
-!!! danger "Experimental"
-
-    The analysis-point interface is currently experimental and at any time subject to breaking changes not respecting semantic versioning.
-
 # Arguments:
 
   - `kwargs`: Are sent to `ModelingToolkit.linearize`