# Two terminals exercise a bifurcation; one solid refinement leaves interior
# displacement DoFs free for the nonzero coupled-response check.
include @IMMERSX_BINARY_DIR@/gtests/parameters/metric_flow_x_elastodynamics.prm

subsection Elastodynamics
  set Output directory = @TEST_OUTPUT_DIR@/metric-flow-x-generated
  subsection Domain
    set Grid generator = hyper_cube
    set Grid generator arguments = 0:1:false
    set Initial refinement = 1
  end
end

subsection MetricFlowSystem<1, 3>
  set Vtk file path for mesh input = @IMMERSX_BINARY_DIR@/unused-generated-network.vtk
  set Finite element degree = 1
  set Wall model = Square root
  set Initial state source = rest
  set Initial consistency tolerance = 1e-5
  set Output directory = @TEST_OUTPUT_DIR@/metric-flow-x-generated
  subsection IDA parameters
    set Final time = 0.002
    set Time interval between each output = 0.001
    subsection Running parameters
      # Allow additional corrector iterations when IDA reuses its Jacobian.
      set Maximum number of nonlinear iterations = 30
    end
  end
end

subsection MetricFlowX coupling
  set Generate vascular network = true
  set Generated vessel Young modulus = 5e5
  set Generated vessel wall thickness = .0003
  set Generated vessel reference pressure = 125
  set Generated terminal resistance = 1e8
  set Generated outlet pressure = 125
end

subsection Vascularization
  subsection Input and ports
    set Seed position = .2,.5,.5
    set Seed direction = 1,0,0
    set Seed radius = .003
  end
  subsection Sampling
    set Terminal count = 2
    set Terminal count multiplier factor = none
    set Random seed = 23
    set Density mesh exponent = 0
  end
  subsection Growth
    set Seed length = .15
  end
  subsection Physiology
    set Dynamic viscosity = .004
    set Total new-tissue reference flow = 2e-9
    set Reference pressures = 0:12000
  end
end