Fix typo in error message for steady state equations

Author: thorek1

src/MacroModelling.jl

@@ -4071,7 +4071,7 @@ function solve_steady_state!(𝓂::ℳ, symbolic_SS, Symbolics::symbolics; verbo
     eqs = hcat(Q, R̂)'
 
     # @assert all(eqs[1,:] .> 0) "Could not solve system of steady state and calibration equations for: " * repr([collect(Symbol.(unknowns))[vars[1,eqs[1,:] .< 0]]...]) # repr([vcat(Symbolics.ss_equations,Symbolics.calibration_equations)[-eqs[1,eqs[1,:].<0]]...])
-    @assert all(eqs[1,:] .> 0) "Could not solve system of steady state and calibration equations. Number of redundant euqations: " * repr(sum(eqs[1,:] .< 0)) * ". Try defining some steady state values as parameters (e.g. r[ss] -> r̄). Nonstationary variables are not supported as of now." # repr([vcat(Symbolics.ss_equations,Symbolics.calibration_equations)[-eqs[1,eqs[1,:].<0]]...])
+    @assert all(eqs[1,:] .> 0) "Could not solve system of steady state and calibration equations. Number of redundant equations: " * repr(sum(eqs[1,:] .< 0)) * ". Try defining some steady state values as parameters (e.g. r[ss] -> r̄). Nonstationary variables are not supported as of now." # repr([vcat(Symbolics.ss_equations,Symbolics.calibration_equations)[-eqs[1,eqs[1,:].<0]]...])
 
     n = n_blocks
 
@@ -4490,7 +4490,7 @@ function solve_steady_state!(𝓂::ℳ;
     vars = hcat(P, R̂)'
     eqs = hcat(Q, R̂)'
     # @assert all(eqs[1,:] .> 0) "Could not solve system of steady state and calibration equations for: " * repr([collect(Symbol.(unknowns))[vars[1,eqs[1,:] .< 0]]...]) # repr([vcat(𝓂.ss_equations,𝓂.calibration_equations)[-eqs[1,eqs[1,:].<0]]...])
-    @assert all(eqs[1,:] .> 0) "Could not solve system of steady state and calibration equations. Number of redundant euqations: " * repr(sum(eqs[1,:] .< 0)) * ". Try defining some steady state values as parameters (e.g. r[ss] -> r̄). Nonstationary variables are not supported as of now." # repr([vcat(𝓂.ss_equations,𝓂.calibration_equations)[-eqs[1,eqs[1,:].<0]]...])
+    @assert all(eqs[1,:] .> 0) "Could not solve system of steady state and calibration equations. Number of redundant equations: " * repr(sum(eqs[1,:] .< 0)) * ". Try defining some steady state values as parameters (e.g. r[ss] -> r̄). Nonstationary variables are not supported as of now." # repr([vcat(𝓂.ss_equations,𝓂.calibration_equations)[-eqs[1,eqs[1,:].<0]]...])
 
     n = n_blocks