refactor: format

Author: AayushSabharwal

src/systems/solver_nlprob.jl

@@ -14,16 +14,17 @@ function generate_ODENLStepData(sys::System, u0, p, mm = calculate_massmatrix(sy
     end
     nlprob = NonlinearProblem(nlsys, op; build_initializeprob = false)
 
-    subsetidxs = [findfirst(isequal(y),unknowns(sys)) for y in unknowns(nlsys)]
+    subsetidxs = [findfirst(isequal(y), unknowns(sys)) for y in unknowns(nlsys)]
     set_gamma_c = setsym(nlsys, (ODE_GAMMA..., ODE_C))
     set_outer_tmp = setsym(nlsys, outer_tmp)
     set_inner_tmp = setsym(nlsys, inner_tmp)
     nlprobmap = generate_nlprobmap(sys, nlsys)
 
-    return SciMLBase.ODENLStepData(nlprob, subsetidxs, set_gamma_c, set_outer_tmp, set_inner_tmp, nlprobmap)
+    return SciMLBase.ODENLStepData(
+        nlprob, subsetidxs, set_gamma_c, set_outer_tmp, set_inner_tmp, nlprobmap)
 end
 
-const ODE_GAMMA = @parameters γ₁ₘₜₖ, γ₂ₘₜₖ, γ₃ₘₜₖ 
+const ODE_GAMMA = @parameters γ₁ₘₜₖ, γ₂ₘₜₖ, γ₃ₘₜₖ
 const ODE_C = only(@parameters cₘₜₖ)
 
 function get_outer_tmp(n::Int)
@@ -55,7 +56,8 @@ function inner_nlsystem(sys::System, mm)
 
     new_dvs = unknowns(sys)
     new_ps = [parameters(sys); [gamma1, gamma2, gamma3, c, inner_tmp, outer_tmp]]
-    nlsys = mtkcompile(System(new_eqs, new_dvs, new_ps; name = :nlsys); split = is_split(sys))
+    nlsys = mtkcompile(
+        System(new_eqs, new_dvs, new_ps; name = :nlsys); split = is_split(sys))
     return nlsys, outer_tmp, inner_tmp
 end