General details
Case Name: {project_name}
Project Path: {project_path}
Project Mode: {project_mode}
Particle distance: {dp} meters
Number of partilces: {last_number_particles}
Used MKFluid: {mkfluidused}
Used MKBound: {mkboundused}
DualSPHysics suite paths
GenCase: {gencase_path}
DualSPHysics: {dsphysics_path}
PartVTK: {partvtk4_path}
ComputeForces: {computeforces_path}
FloatingInfo: {floatinginfo_path}
MeasureTool: {measuretool_path}
FlowTool: {flowtool_path}
ParaView: {paraview_path}
Objects information
{objects_info}
Case defined movements
{movement_info}
Case Constants
Lattice setting: {lattice_bound} for bound, {lattice_fluid} for fluid
Gravity vector: {gravity} m/s2
Reference density for fluids: {rhop0} kg/m3
Maximum still water level to calculate speedofsound using coefsound: {hswl} meters
Gamma: {gamma}
Maximum system speed: {speedsystem} m/s
Coefficient to multiply speedsystem: {coefsound}
Speed of sound: {speedsound} m/s
Smoothing length coefficient: {coefh}
Coefficient to multiply dt: {cflnumber}
H Constant: {h} meters
B Constant: {b} meters
Mass for boundary particles: {massbound} kg
Mass for fluid particles: {massfluid} kg
Execution parameters
Precision in particle interaction: {posdouble}
Step algorithm: {stepalgorithm}
Number of steps to apply Euler timestepping (Verlet only): {verletsteps}
Interaction Kernel: {kernel}
Viscosity formulation: {viscotreatment}
Viscosity value: {visco}
Multiply viscosity value with boundary: {viscoboundfactor}
DeltaSPH: {deltasph}
Shifting mode: {shifting}
Coefficient for shifting computation: {shiftcoef}
Threshold to detec free surface: {shifttfs}
Rigid algorithm: {rigidalgorithm}
Time to freeze the floatings at simulation start: {ftpause}
Coefficient to calculate minimum time step: {coefdtmin}
Initial time step: {dtini}
Minimum time step: {dtmin}
Velocity of particles used to calculate DT: {dtallparticles}
Time of simulation: {timemax}
Time out data: {timeout}
Increase of Z+: {incz} %
Fluid particles allowed to be excluded from domain: {partsoutmax} %
Miniumum rhop valid: {rhopoutmin}
Maximum rhop valid: {rhopoutmax}