//------------------------------------------------------------------------------
// <auto-generated>
//     This code was generated by a tool.
//
//     Changes to this file may cause incorrect behavior and will be lost if
//     the code is regenerated.
// </auto-generated>
//------------------------------------------------------------------------------

using System;


namespace BlendFile.DNA {
    using BlendFile;
    
    [DNAClassAttribute(784, "SPHFluidSettings", 68)]
    public class SPHFluidSettings {
        [DNAFieldAttribute(4, "float", 0, "radius", "float", false, 0)]
        public float radius;
        [DNAFieldAttribute(4, "float", 1, "spring_k", "float", false, 4)]
        public float spring_k;
        [DNAFieldAttribute(4, "float", 2, "rest_length", "float", false, 8)]
        public float rest_length;
        [DNAFieldAttribute(4, "float", 3, "plasticity_constant", "float", false, 12)]
        public float plasticity_constant;
        [DNAFieldAttribute(4, "float", 4, "yield_ratio", "float", false, 16)]
        public float yield_ratio;
        [DNAFieldAttribute(4, "float", 5, "plasticity_balance", "float", false, 20)]
        public float plasticity_balance;
        [DNAFieldAttribute(4, "float", 6, "yield_balance", "float", false, 24)]
        public float yield_balance;
        [DNAFieldAttribute(4, "float", 7, "viscosity_omega", "float", false, 28)]
        public float viscosity_omega;
        [DNAFieldAttribute(4, "float", 8, "viscosity_beta", "float", false, 32)]
        public float viscosity_beta;
        [DNAFieldAttribute(4, "float", 9, "stiffness_k", "float", false, 36)]
        public float stiffness_k;
        [DNAFieldAttribute(4, "float", 10, "stiffness_knear", "float", false, 40)]
        public float stiffness_knear;
        [DNAFieldAttribute(4, "float", 11, "rest_density", "float", false, 44)]
        public float rest_density;
        [DNAFieldAttribute(4, "float", 12, "buoyancy", "float", false, 48)]
        public float buoyancy;
        [DNAFieldAttribute(4, "int", 13, "flag", "int", false, 52)]
        public int flag;
        [DNAFieldAttribute(4, "int", 14, "spring_frames", "int", false, 56)]
        public int spring_frames;
        [DNAFieldAttribute(2, "short", 15, "solver", "short", false, 60)]
        public short solver;
        [DNAArrayAttribute(6, "char", 16, "_pad[6]", "System.Char[]", 6, false, 62)]
        public char[] _pad = new System.Char[6];
        public SPHFluidSettings() {
            this.radius = default;
            this.spring_k = default;
            this.rest_length = default;
            this.plasticity_constant = default;
            this.yield_ratio = default;
            this.plasticity_balance = default;
            this.yield_balance = default;
            this.viscosity_omega = default;
            this.viscosity_beta = default;
            this.stiffness_k = default;
            this.stiffness_knear = default;
            this.rest_density = default;
            this.buoyancy = default;
            this.flag = default;
            this.spring_frames = default;
            this.solver = default;
            this._pad = default;
        }
        public SPHFluidSettings(
                    float radius, 
                    float spring_k, 
                    float rest_length, 
                    float plasticity_constant, 
                    float yield_ratio, 
                    float plasticity_balance, 
                    float yield_balance, 
                    float viscosity_omega, 
                    float viscosity_beta, 
                    float stiffness_k, 
                    float stiffness_knear, 
                    float rest_density, 
                    float buoyancy, 
                    int flag, 
                    int spring_frames, 
                    short solver, 
                    char[] _pad) {
            this.radius = radius;
            this.spring_k = spring_k;
            this.rest_length = rest_length;
            this.plasticity_constant = plasticity_constant;
            this.yield_ratio = yield_ratio;
            this.plasticity_balance = plasticity_balance;
            this.yield_balance = yield_balance;
            this.viscosity_omega = viscosity_omega;
            this.viscosity_beta = viscosity_beta;
            this.stiffness_k = stiffness_k;
            this.stiffness_knear = stiffness_knear;
            this.rest_density = rest_density;
            this.buoyancy = buoyancy;
            this.flag = flag;
            this.spring_frames = spring_frames;
            this.solver = solver;
            this._pad = _pad;
        }
    }
}