simulateModel("Buildings.Fluid.Geothermal.ZonedBorefields.BaseClasses.HeatTransfer.Validation.TemperatureResponseMatrix", stopTime=1.0, method="Cvode", tolerance=1e-06, resultFile="TemperatureResponseMatrix");

createPlot(
  id=1,
  position={15, 10, 592, 689},
  y={"kappa[2, 2, 1]", "kappa[2, 2, 2]", "kappa[2, 2, 3]", "kappa[2, 2, 4]", "kappa[2, 2, 5]", "kappa[2, 2, 6]", "kappa[2, 2, 7]"},
  autoscale = true,
  autoerase = true,
  autoreplot = true,
  grid=true,
  color=true,
  filename="TemperatureResponseMatrix.mat",
  leftTitleType = 1,
  bottomTitleType = 1);

createPlot(
  id=2,
  position={15, 10, 592, 689},
  y={"kappa[1, 4, 1]", "kappa[1, 4, 2]", "kappa[1, 4, 3]", "kappa[1, 4, 4]", "kappa[1, 4, 5]", "kappa[1, 4, 6]", "kappa[1, 4, 7]"},
  autoscale = true,
  autoerase = true,
  autoreplot = true,
  grid=true,
  color=true,
  filename="TemperatureResponseMatrix.mat",
  leftTitleType = 1,
  bottomTitleType = 1);

createPlot(
  id=3,
  position={15, 10, 592, 689},
  y={"kappa[7, 6, 1]", "kappa[7, 6, 2]", "kappa[7, 6, 3]", "kappa[7, 6, 4]", "kappa[7, 6, 5]", "kappa[7, 6, 6]", "kappa[7, 6, 7]"},
  autoscale = true,
  autoerase = true,
  autoreplot = true,
  grid=true,
  color=true,
  filename="TemperatureResponseMatrix.mat",
  leftTitleType = 1,
  bottomTitleType = 1);
