const STD_DEV: f32 = 6.8;

const STD_DEV: f32 = 50.0;

    let strength = 2.0;

    let strength = 6.0;

        let new_color_c = textureSample(t_world, s_world, in.tex_coords + offset_y * f32(i)) + added;
        let new_color_d = textureSample(t_world, s_world, in.tex_coords - offset_y * f32(i)) + added;

        let new_color_c = textureSample(t_world, s_world, in.tex_coords + offset_y * f32(i));
        let new_color_d = textureSample(t_world, s_world, in.tex_coords - offset_y * f32(i));

        }
        let new_color_e = textureSample(t_world, s_world, in.tex_coords + offset_x * f32(i) + offset_y * f32(i));
        let new_color_f = textureSample(t_world, s_world, in.tex_coords + offset_x * f32(i) - offset_y * f32(i));
        if (meets_thresh(new_color_e)) {
            // result += vec4<f32>(new_color_a.rgb * weight[i], 0);
            added += vec4<f32>(new_color_e.rgb, 1.0 / strength) * weight_calc(i) * strength;
        }
        if (meets_thresh(new_color_f)) {
            // result += vec4<f32>(new_color_b.rgb * weight[i], 0);
            added += vec4<f32>(new_color_f.rgb, 1.0 / strength) * weight_calc(i) * strength;
        }
        let new_color_g = textureSample(t_world, s_world, in.tex_coords + offset_x * f32(i) + offset_y * f32(i));
        let new_color_h = textureSample(t_world, s_world, in.tex_coords - offset_x * f32(i) + offset_y * f32(i));
        if (meets_thresh(new_color_g)) {
            // result += vec4<f32>(new_color_a.rgb * weight[i], 0);
            added += vec4<f32>(new_color_g.rgb, 1.0 / strength) * weight_calc(i) * strength;

        if (meets_thresh(new_color_h)) {
            // result += vec4<f32>(new_color_b.rgb * weight[i], 0);
            added += vec4<f32>(new_color_h.rgb, 1.0 / strength) * weight_calc(i) * strength;
        }