# ====================================================================== # # MonoHull # # =================== INPUT FILE TYPE AND SUBTYPE ====================== # Input File Type (0=Standard) 0 # Input File Subtype (0=Standard) 0 # =================== OUTPUT FILE TYPE AND SUBTYPE ===================== # Output File Type (0=Standard) 0 # Output File Subtype (0=Standard) 0 # ====================== COURSE AND VESSEL TYPE ======================== # Course Particulars (0=None) 0 # Number of Hulls (1, 2,..., or 5) 1 # ======================== PHYSICAL QUANTITIES ========================= # Gravitational Acceleration (m/sec/sec) (min 9.6, max 9.9) 9.80665 # ========================= WATER PROPERTIES =========================== # Water Density (kg/cubic metre) (min 995.0, max 1030.0) 1025.9 # Water Kin. Viscosity (sq. m/sec * 10^-6) (min 0.8, max 1.31) 1.18831 # Base Eddy Kin. Viscosity (non-dimensional, min 1.0) 10.0 # Water Depth (metres) (max=10000.0) 10000.0 # ========================== AIR PROPERTIES ============================ # Air Density (kg/cubic metre) (min 0.9, max 2.0) 1.26 # Air Kin. Viscosity (sq. m/sec * 10^-6) (min 10.0, max 20.0) 14.4 # Wind Speed (m/sec) 0.0 # Wind Direction (degrees) 0.0 # ======================= CALCULATION PARAMETERS ======================= # Minimum Speed (m/sec) (min 0.01, max 51.9) 1 # Maximum Speed (m/sec) (max 52.0) 6 # Number of Speeds (min 2, max 101) 51 # Leeway Parameters (0=None) 0 # Wave Drag Ntheta 128 # Skin Friction Method (0=None, 1=ITTC1957, 2=Grigson) 1 # Viscous Drag Form Factor 1.0 # Wave Drag Form Factor 1.0 # Pressure Signature Method (0=None,1=Slender body) 1 # ==================== SHIP CALCULATION PARAMETERS ===================== # Number of Offset Stations (rows) (odd integer: min 5, max 81) 21 # Number of Offset Waterlines (columns) (odd integer: min 5, max 81) 11 # Ship Loading Type 3 # Ship Loading Formula Parameters 1.0,0.0,0.0 # ===================== WAVE ELEVATION PARAMETERS ====================== # Sectorial Cuts and Patches # R0 40.0 # R1 140.0 # Beta 22.5 # Nr 10 # Nbeta 10 # Rectangular Cuts and Patches # x0 -4 # x1 24 # y0 -10 # y1 10 # Nwx 101 # Nwy 101 # Beaches and Walls # x0 40.0 # x1 140.0 # y0 30.0 # z0 -1.0 # z1 0.0 # Slope 90.0 # Nbx 101 # Nbz 101 # ============================ FIRST HULL ============================== # Offsets 1, 1.0, .1, 0 # Displacement Volume (cubic metres) .165 # Length (metres) 5 # Draft (metres) .3 # Longitudinal Separation (metres) (0.0 for a monohull) 0.0 # Lateral Separation Distance (metres) (0.0 for a monohull) 0.0 # Loading Type for this hull 3 # Loading Formula Parameters 1.0,0.0,0.0 # Trim Method 0 # Trim: Number of speeds ( >= 2) 2 # Trim: speed, angle 0.0,0.0 40.0,0.0 # Sinkage Method 0 # Sinkage: Number of speeds ( >= 2) 2 # Sinkage: speed, amount 0.0,0.0 40.0,0.0 # Heel Method 0 # Heel: Number of speeds ( >= 2) 2 # Heel: speed, angle 0.0,0.0 40.0,0.0 # Appendages (0=None) 0 # Other Particulars (0=None) 0 # ======================== GODZILLA INPUT DATA ========================= # Random Seed (integer: min 0, max 32000) 7 # Number of Ships (integer: min 3, max 120) 20 # Objective Function (integer: see Manual) 3 # Objective Function Variant(integer: see Manual) 0 # Number of Design Speeds (min 1, max 50) 1 # Design Speeds and Weightings (one pair per design speed) 4,1.0 # Hull Shape Function (integer: see Manual) 7 # ========================== SHIP CONSTRAINTS ========================== # Minimum Displacement Overall .165 # Maximum Displacement Overall .165 # Minimum Length Overall 4 # Maximum Length Overall 6 # Minimum Width Overall .1 # Maximum Width Overall .15 # Minimum GMT Overall -100 # Maximum GMT Overall 100 # Ship Pressure Signature Constraints (0=None) 0 # Special Ship Constraints (See manual) 0 # ====================== Frist HULL CONSTRAINTS ======================== # Minimum Displacement .165 # Maximum Displacement .165 # Minimum Length (refer also to Min LOA and Max LOA) 4 # Maximum Length (refer also to Min LOA and Max LOA) 6 # Minimum Draft 0.01 # Maximum Draft 5 # Minimum Longitudinal Offset (Always 0.0 for Hull 1) 0.0 # Maximum Longitudinal Offset (Always 0.0 for Hull 1) 0.0 # Minimum Lateral Offset (Always 0.0 for Hull 1) 0.0 # Maximum Lateral Offset (Always 0.0 for Hull 1) 0.0 # Shape Factors: Minimum, Maximum, Seed. 0, 3.0, 1.5 #hard chine = 0 0.0,3, .1 0,3, 1 0, 3, 1 0, 3.0, 1 #stern rocker 0.0, 1, 0.1 0.0, 1, 0.5 # Minimum Beam (refer also to Min WOA and Max WOA) .1 # Maximum Beam (refer also to Min WOA and Max WOA) .15 # Minimum Surface Area (sq. metres) 0.0 # Maximum Surface Area (sq. metres) 1000.0 # Minimum Awp (sq. metres) (min 0.0) 0.01 # Maximum Awp 1000.0 # Minimum LCB -1 # Maximum LCB 1 # Minimum VCB 0.03 # Maximum VCB 2 # Minimum LCF -1000.0 # Maximum LCF 1000.0 # Minimum BMT 0.0 # Maximum BMT 10000.0 # Minimum GMT -10 # Maximum GMT 10 # Minimum At 0.0 # Maximum At 10000.0 # Minimum Bt 0.0 # Maximum Bt 100.0 # Minimum Tt 0.0 # Maximum Tt 100.0 # Minimum Cb 0.0 # Maximum Cb 1.0 # Minimum Cm 0.0 # Maximum Cm 1.0 # Minimum Cp 0.0 # Maximum Cp 1.0 # Minimum Cwp 0.0 # Maximum Cwp 1.0 # Minimum L/B 0.01 # Maximum L/B 100.0 # Minimum L/T 0.01 # Maximum L/T 100.0 # Minimum B/T 0.1 # Maximum B/T 100.0 # Hull Pressure Signature Constraints (0=None) 0 # Special Hull Constraints (0=None) 0