BlenderSharp/BlendFile/DNA/FluidFlowSettings.cs

//------------------------------------------------------------------------------
// <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(246, "FluidFlowSettings")]
    public class FluidFlowSettings {
        [DNAFieldAttribute(0, "FluidModifierData", "*fmd", 160)]
        public FluidModifierData ptr_fmd;
        [DNAFieldAttribute(1, "Mesh", "*mesh", 1712)]
        public Mesh ptr_mesh;
        [DNAFieldAttribute(2, "ParticleSystem", "*psys", 696)]
        public ParticleSystem ptr_psys;
        [DNAFieldAttribute(3, "Tex", "*noise_texture", 488)]
        public Tex ptr_noise_texture;
        [DNAFieldAttribute(4, "float", "*verts_old", 4)]
        public float ptr_verts_old;
        [DNAFieldAttribute(5, "int", "numverts", 4)]
        public int numverts;
        [DNAFieldAttribute(6, "float", "vel_multi", 4)]
        public float vel_multi;
        [DNAFieldAttribute(7, "float", "vel_normal", 4)]
        public float vel_normal;
        [DNAFieldAttribute(8, "float", "vel_random", 4)]
        public float vel_random;
        [DNAFieldAttribute(9, "float", "vel_coord[3]", 4)]
        public float[] vel_coord = new System.Single[3];
        [DNAFieldAttribute(10, "char", "_pad1[4]", 1)]
        public char[] _pad1 = new System.Char[4];
        [DNAFieldAttribute(11, "float", "density", 4)]
        public float density;
        [DNAFieldAttribute(12, "float", "color[3]", 4)]
        public float[] color = new System.Single[3];
        [DNAFieldAttribute(13, "float", "fuel_amount", 4)]
        public float fuel_amount;
        [DNAFieldAttribute(14, "float", "temperature", 4)]
        public float temperature;
        [DNAFieldAttribute(15, "float", "volume_density", 4)]
        public float volume_density;
        [DNAFieldAttribute(16, "float", "surface_distance", 4)]
        public float surface_distance;
        [DNAFieldAttribute(17, "float", "particle_size", 4)]
        public float particle_size;
        [DNAFieldAttribute(18, "int", "subframes", 4)]
        public int subframes;
        [DNAFieldAttribute(19, "float", "texture_size", 4)]
        public float texture_size;
        [DNAFieldAttribute(20, "float", "texture_offset", 4)]
        public float texture_offset;
        [DNAFieldAttribute(21, "char", "_pad2[4]", 1)]
        public char[] _pad2 = new System.Char[4];
        [DNAFieldAttribute(22, "char", "uvlayer_name[68]", 1)]
        public char[] uvlayer_name = new System.Char[68];
        [DNAFieldAttribute(23, "char", "_pad3[4]", 1)]
        public char[] _pad3 = new System.Char[4];
        [DNAFieldAttribute(24, "short", "vgroup_density", 2)]
        public short vgroup_density;
        [DNAFieldAttribute(25, "short", "type", 2)]
        public short type;
        [DNAFieldAttribute(26, "short", "behavior", 2)]
        public short behavior;
        [DNAFieldAttribute(27, "short", "source", 2)]
        public short source;
        [DNAFieldAttribute(28, "short", "texture_type", 2)]
        public short texture_type;
        [DNAFieldAttribute(29, "short", "_pad4[3]", 2)]
        public short[] _pad4 = new System.Int16[3];
        [DNAFieldAttribute(30, "int", "flags", 4)]
        public int flags;
        public FluidFlowSettings(
                    FluidModifierData ptr_fmd, 
                    Mesh ptr_mesh, 
                    ParticleSystem ptr_psys, 
                    Tex ptr_noise_texture, 
                    float ptr_verts_old, 
                    int numverts, 
                    float vel_multi, 
                    float vel_normal, 
                    float vel_random, 
                    float[] vel_coord, 
                    char[] _pad1, 
                    float density, 
                    float[] color, 
                    float fuel_amount, 
                    float temperature, 
                    float volume_density, 
                    float surface_distance, 
                    float particle_size, 
                    int subframes, 
                    float texture_size, 
                    float texture_offset, 
                    char[] _pad2, 
                    char[] uvlayer_name, 
                    char[] _pad3, 
                    short vgroup_density, 
                    short type, 
                    short behavior, 
                    short source, 
                    short texture_type, 
                    short[] _pad4, 
                    int flags) {
            this.ptr_fmd = ptr_fmd;
            this.ptr_mesh = ptr_mesh;
            this.ptr_psys = ptr_psys;
            this.ptr_noise_texture = ptr_noise_texture;
            this.ptr_verts_old = ptr_verts_old;
            this.numverts = numverts;
            this.vel_multi = vel_multi;
            this.vel_normal = vel_normal;
            this.vel_random = vel_random;
            this.vel_coord = vel_coord;
            this._pad1 = _pad1;
            this.density = density;
            this.color = color;
            this.fuel_amount = fuel_amount;
            this.temperature = temperature;
            this.volume_density = volume_density;
            this.surface_distance = surface_distance;
            this.particle_size = particle_size;
            this.subframes = subframes;
            this.texture_size = texture_size;
            this.texture_offset = texture_offset;
            this._pad2 = _pad2;
            this.uvlayer_name = uvlayer_name;
            this._pad3 = _pad3;
            this.vgroup_density = vgroup_density;
            this.type = type;
            this.behavior = behavior;
            this.source = source;
            this.texture_type = texture_type;
            this._pad4 = _pad4;
            this.flags = flags;
        }
    }
}