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Description
A 3D fractal with a nice sense of 3D. The particular intricate and carved appearance is due to the use of the Pseudo-Kleinian Mod4 + T>Sin Tan formulas.

These settings are rendered quickly so if you want, you can modify them, experiment and get new shapes!

----------------------------------------------------------------------
Mandelbulber 2.28 OpenCL MC GPU render
Fractal formula: Pseudo Kleinian - Mod 4 + T>Sin Tan formulas
----------------------------------------------------------------------

Image size: 4K - 3840x2160

Some Post Processing in PS

Thanks for watching!

How to use the Basic Settings:

- Load the settings in Mandelbulber.
- Go to Effects > Ray-tracing tab and load "lightmap2.jpg" (supplied with Mandelbulber) as "Light map texture".
- The settings are supplied without materials and textures, you must use your own or those supplied with Mandelbulber. Materials should be applied to the fractal and plane.

<<< Basic Settings below >>>

# Mandelbulber settings file
# version 2.28
# only modified parameters
[description]
For more information, visit my gallery on DeviantArt:
www.deviantart.com/md55dm
[main_parameters]
all_primitives_invisible_alpha true;
ambient_occlusion_enabled true;
ambient_occlusion_mode 1;
background_3_colors_enable false;
background_color_1 da00 da00 da00;
background_rotation 27.5 -10 0;
camera 30.7439595725355 -60.1897966703258 20.5491059095463;
camera_distance_to_target 120.635284429521;
camera_rotation 26.4920273367789 -15.0618202307608 0;
camera_top -0.115917091238606 0.232574756009414 0.965646006995287;
constant_DE_threshold true;
DE_factor 0.125;
DE_thresh 0.005;
detail_level 2;
DOF_max_noise 0.5;
DOF_MC_global_illumination true;
file_background ;
file_envmap ;
file_lightmap D:\_set_the_path_to\lightmap2.jpg;
flight_last_to_render 0;
formula_1 217;
formula_2 1127;
formula_repeat_8 0.114 0.476 -0.3465;
formula_rotation_3 -66.8 -59.35 -53.85;
formula_scale_6 1.22885318657851;
formula_stop_iteration_1 124;
formula_stop_iteration_2 16;
fov 10;
fractal_enable_6 false;
fractal_enable_9 false;
fractal_rotation 0 180 0;
glow_enabled false;
hybrid_fractal_enable true;
image_height 540;
image_proportion 4;
image_width 960;
julia_c_3 0.428 0.034 -0.161;
julia_mode_3 true;
keyframe_last_to_render 0;
light1_intensity 0.7;
light1_is_defined true;
light1_rotation -51.13 -13.33 0;
light1_soft_shadow_cone 5;
light2_enabled true;
light2_is_defined true;
light2_rotation 76 -20.33 0;
light2_soft_shadow_cone 5;
light2_type directional;
mat1_is_defined true;
mat1_name Mario Default Mat;
mat1_surface_color d600 cc00 b300;
mat1_surface_color_gradient 0 fd6029 999 698403 1999 fff59b 2999 f5bd22 3999 0b5e87 5000 c68876 5999 a51c64 7000 3b9fee 7999 d4ffd4 9000 aba53c;
mat1_use_colors_from_palette false;
MC_GI_radiance_limit 5;
MC_soft_shadows_enable true;
primitive_plane_1_enabled true;
primitive_plane_1_position 0 0 -2.5;
primitive_plane_1_rotation 0 0 45;
raytraced_reflections true;
reflections_max 3;
target -21.2195542106346 44.0692164775785 -10.7993113092349;
view_distance_max 150;
[fractal_1]
analyticDE_tweak_005 0;
transf_addition_constantP_000 -0.300291 -0.197903 -3.828247;
transf_function_enabledAx_false true;
transf_function_enabledN_false true;
transf_function_enabledx_false true;
transf_function_enabledy_false true;
transf_minimum_radius_05 0.581527;
transf_offset_000 0.808351 0.0481 0.0305;
transf_offsetA_0 0.064925;
transf_scaleA_1 2.440619;
transf_sphere_inversion_enabled_false true;
transf_start_iterations_N 2;
transf_stop_iterations_M 187;
transf_stop_iterations_O 251;
[fractal_2]
transf_constant_multiplier_111 1.2 1.2 1.2;
transf_constant_multiplierA_111 1.1 1 1;
transf_constant_multiplierB_111 1.1 1 1;
transf_function_enabled_false true;
transf_function_enabledR_false true;
transf_offset_000 0.1 0 0;
transf_offsetA_000 0.05 0 0;

Description
A 3D fractal with a nice sense of 3D. The particular intricate and carved appearance is due to the use of the Pseudo-Kleinian Mod4 + T>Sin Tan formulas.

These settings are rendered quickly so if you want, you can modify them, experiment and get new shapes!

----------------------------------------------------------------------
Mandelbulber 2.28 OpenCL MC GPU render
Fractal formula: Pseudo Kleinian - Mod 4 + T>Sin Tan formulas
----------------------------------------------------------------------

Image size: 4K - 3840x2160

Some Post Processing in PS

Thanks for watching!

How to use the Basic Settings:

- Load the settings in Mandelbulber.
- Go to Effects > Ray-tracing tab and load "lightmap2.jpg" (supplied with Mandelbulber) as "Light map texture".
- The settings are supplied without materials and textures, you must use your own or those supplied with Mandelbulber. Materials should be applied to the fractal and plane.

<<< Basic Settings below >>>

# Mandelbulber settings file
# version 2.28
# only modified parameters
[description]
For more information, visit my gallery on DeviantArt:
www.deviantart.com/md55dm
[main_parameters]
all_primitives_invisible_alpha true;
ambient_occlusion_enabled true;
ambient_occlusion_mode 1;
background_3_colors_enable false;
background_color_1 da00 da00 da00;
background_rotation 27.5 -10 0;
camera 30.7439595725355 -60.1897966703258 20.5491059095463;
camera_distance_to_target 120.635284429521;
camera_rotation 26.4920273367789 -15.0618202307608 0;
camera_top -0.115917091238606 0.232574756009414 0.965646006995287;
constant_DE_threshold true;
DE_factor 0.125;
DE_thresh 0.005;
detail_level 2;
DOF_max_noise 0.5;
DOF_MC_global_illumination true;
file_background ;
file_envmap ;
file_lightmap D:\_set_the_path_to\lightmap2.jpg;
flight_last_to_render 0;
formula_1 217;
formula_2 1127;
formula_repeat_8 0.114 0.476 -0.3465;
formula_rotation_3 -66.8 -59.35 -53.85;
formula_scale_6 1.22885318657851;
formula_stop_iteration_1 124;
formula_stop_iteration_2 16;
fov 10;
fractal_enable_6 false;
fractal_enable_9 false;
fractal_rotation 0 180 0;
glow_enabled false;
hybrid_fractal_enable true;
image_height 540;
image_proportion 4;
image_width 960;
julia_c_3 0.428 0.034 -0.161;
julia_mode_3 true;
keyframe_last_to_render 0;
light1_intensity 0.7;
light1_is_defined true;
light1_rotation -51.13 -13.33 0;
light1_soft_shadow_cone 5;
light2_enabled true;
light2_is_defined true;
light2_rotation 76 -20.33 0;
light2_soft_shadow_cone 5;
light2_type directional;
mat1_is_defined true;
mat1_name Mario Default Mat;
mat1_surface_color d600 cc00 b300;
mat1_surface_color_gradient 0 fd6029 999 698403 1999 fff59b 2999 f5bd22 3999 0b5e87 5000 c68876 5999 a51c64 7000 3b9fee 7999 d4ffd4 9000 aba53c;
mat1_use_colors_from_palette false;
MC_GI_radiance_limit 5;
MC_soft_shadows_enable true;
primitive_plane_1_enabled true;
primitive_plane_1_position 0 0 -2.5;
primitive_plane_1_rotation 0 0 45;
raytraced_reflections true;
reflections_max 3;
target -21.2195542106346 44.0692164775785 -10.7993113092349;
view_distance_max 150;
[fractal_1]
analyticDE_tweak_005 0;
transf_addition_constantP_000 -0.300291 -0.197903 -3.828247;
transf_function_enabledAx_false true;
transf_function_enabledN_false true;
transf_function_enabledx_false true;
transf_function_enabledy_false true;
transf_minimum_radius_05 0.581527;
transf_offset_000 0.808351 0.0481 0.0305;
transf_offsetA_0 0.064925;
transf_scaleA_1 2.440619;
transf_sphere_inversion_enabled_false true;
transf_start_iterations_N 2;
transf_stop_iterations_M 187;
transf_stop_iterations_O 251;
[fractal_2]
transf_constant_multiplier_111 1.2 1.2 1.2;
transf_constant_multiplierA_111 1.1 1 1;
transf_constant_multiplierB_111 1.1 1 1;
transf_function_enabled_false true;
transf_function_enabledR_false true;
transf_offset_000 0.1 0 0;
transf_offsetA_000 0.05 0 0;