Corrections to linode boundary conditions to correctly apply boundary...

Corrections to linode boundary conditions to correctly apply boundary condition to segment period (forgot to divide by frequency) and to update Jacobian to correct initial size (ran anyway due to automatically expanding it, but needed to be corrected for clarity).

matlab_development/uq/examples/linear_harmonic_oscillator/linode_het_DFDP.m

@@ -7,7 +7,7 @@ x1 = x(1,:);
 p2 = p(2,:);
 p3 = p(3,:);
 
-J = zeros(2,2,numel(x1));
+J = zeros(2,3,numel(x1));
 J(2,1,:) = -x1;
 J(2,2,:) = -sin(p3.*t + p2);
 J(2,3,:) = -t.*sin(p3.*t + p2);

matlab_development/uq/examples/linear_harmonic_oscillator/linode_het_DFDT.m

@@ -5,8 +5,9 @@ function J = linode_het_DFDT(t, x, p)
 
 x1 = x(1,:);
 phi = p(2,:);
+om = p(3,:);
 
 J = zeros(2,numel(x1));
-J(2,:) = -sin(t + phi);
+J(2,:) = -sin(om.*t + phi);
 
 end

matlab_development/uq/examples/linear_harmonic_oscillator/linode_het_bc_v0.m

@@ -7,7 +7,8 @@ x0 = u(1:2);
 x1 = u(3:4);
 T0 = u(5);
 T  = u(6);
+p3 = u(7);
 
-y = [x1(1:2)-x0(1:2); x0(2); T0; T-2*pi];
+y = [x1(1:2)-x0(1:2); x0(2); T0; T-2*pi/p3];
 
 end