// Automatically generated by BlenderSharp at 22/01/2025 02:21:57
namespace BlendFile.DNA {
    
    public class PartDeflect {
        public int flag;
        public short deflect;
        public short forcefield;
        public short falloff;
        public short shape;
        public short tex_mode;
        public short kink;
        public short kink_axis;
        public short zdir;
        public float f_strength;
        public float f_damp;
        public float f_flow;
        public float f_wind_factor;
        public char[] _pad0 = new System.Char[4];
        public float f_size;
        public float f_power;
        public float maxdist;
        public float mindist;
        public float f_power_r;
        public float maxrad;
        public float minrad;
        public float pdef_damp;
        public float pdef_rdamp;
        public float pdef_perm;
        public float pdef_frict;
        public float pdef_rfrict;
        public float pdef_stickness;
        public float absorption;
        public float pdef_sbdamp;
        public float pdef_sbift;
        public float pdef_sboft;
        public float clump_fac;
        public float clump_pow;
        public float kink_freq;
        public float kink_shape;
        public float kink_amp;
        public float free_end;
        public float tex_nabla;
        public Tex ptr_tex;
        public float f_noise;
        public int seed;
        public float[] drawvec1 = new System.Single[4];
        public float[] drawvec2 = new System.Single[4];
        public float[] drawvec_falloff_min = new System.Single[3];
        public char[] _pad1 = new System.Char[4];
        public float[] drawvec_falloff_max = new System.Single[3];
        public char[] _pad2 = new System.Char[4];
        public Object ptr_f_source;
        public float pdef_cfrict;
        public char[] _pad = new System.Char[4];
        public PartDeflect(
                    int flag, 
                    short deflect, 
                    short forcefield, 
                    short falloff, 
                    short shape, 
                    short tex_mode, 
                    short kink, 
                    short kink_axis, 
                    short zdir, 
                    float f_strength, 
                    float f_damp, 
                    float f_flow, 
                    float f_wind_factor, 
                    char[] _pad0, 
                    float f_size, 
                    float f_power, 
                    float maxdist, 
                    float mindist, 
                    float f_power_r, 
                    float maxrad, 
                    float minrad, 
                    float pdef_damp, 
                    float pdef_rdamp, 
                    float pdef_perm, 
                    float pdef_frict, 
                    float pdef_rfrict, 
                    float pdef_stickness, 
                    float absorption, 
                    float pdef_sbdamp, 
                    float pdef_sbift, 
                    float pdef_sboft, 
                    float clump_fac, 
                    float clump_pow, 
                    float kink_freq, 
                    float kink_shape, 
                    float kink_amp, 
                    float free_end, 
                    float tex_nabla, 
                    Tex ptr_tex, 
                    float f_noise, 
                    int seed, 
                    float[] drawvec1, 
                    float[] drawvec2, 
                    float[] drawvec_falloff_min, 
                    char[] _pad1, 
                    float[] drawvec_falloff_max, 
                    char[] _pad2, 
                    Object ptr_f_source, 
                    float pdef_cfrict, 
                    char[] _pad) {
            this.flag = flag;
            this.deflect = deflect;
            this.forcefield = forcefield;
            this.falloff = falloff;
            this.shape = shape;
            this.tex_mode = tex_mode;
            this.kink = kink;
            this.kink_axis = kink_axis;
            this.zdir = zdir;
            this.f_strength = f_strength;
            this.f_damp = f_damp;
            this.f_flow = f_flow;
            this.f_wind_factor = f_wind_factor;
            this._pad0 = _pad0;
            this.f_size = f_size;
            this.f_power = f_power;
            this.maxdist = maxdist;
            this.mindist = mindist;
            this.f_power_r = f_power_r;
            this.maxrad = maxrad;
            this.minrad = minrad;
            this.pdef_damp = pdef_damp;
            this.pdef_rdamp = pdef_rdamp;
            this.pdef_perm = pdef_perm;
            this.pdef_frict = pdef_frict;
            this.pdef_rfrict = pdef_rfrict;
            this.pdef_stickness = pdef_stickness;
            this.absorption = absorption;
            this.pdef_sbdamp = pdef_sbdamp;
            this.pdef_sbift = pdef_sbift;
            this.pdef_sboft = pdef_sboft;
            this.clump_fac = clump_fac;
            this.clump_pow = clump_pow;
            this.kink_freq = kink_freq;
            this.kink_shape = kink_shape;
            this.kink_amp = kink_amp;
            this.free_end = free_end;
            this.tex_nabla = tex_nabla;
            this.ptr_tex = ptr_tex;
            this.f_noise = f_noise;
            this.seed = seed;
            this.drawvec1 = drawvec1;
            this.drawvec2 = drawvec2;
            this.drawvec_falloff_min = drawvec_falloff_min;
            this._pad1 = _pad1;
            this.drawvec_falloff_max = drawvec_falloff_max;
            this._pad2 = _pad2;
            this.ptr_f_source = ptr_f_source;
            this.pdef_cfrict = pdef_cfrict;
            this._pad = _pad;
        }
    }
}