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Description
I had no clue on how to make classical Pseudo-Kleinians or JuliaBoxes on Mandelbulberv2 so I tried to figure out on how, without using the Pseudo-Kleinian formula. Mandelbox and Abox - Mod Kali combined well together here.
AmazingBox bulbs are very popular and easy to do on Mandelbulb 3D, so I could make it work with a similar procedure after sorting out tons of noise out
MandelbulberV2 2.11 on Linux. github.com/buddhi1980/mandelbu…

# Mandelbulber settings file
# version 2.11
# only modified parameters
[main_parameters]
ambient_occlusion 0,9;
ambient_occlusion_enabled true;
ambient_occlusion_quality 5;
antialiasing_enabled true;
basic_fog_color 2e00 3400 3600;
basic_fog_enabled true;
basic_fog_visibility 0,1261326372623444;
box_folding true;
camera -1,637404196455016 -3,340904479805166 0,01825567019914001;
camera_distance_to_target 0,02334056944424008;
camera_rotation -20,25689233772584 -12,32906975362816 106,0000000002431;
camera_top 0,8814297395832175 -0,3880330695644742 -0,269280432082677;
DE_factor 0,25;
DOF_enabled true;
DOF_focus 0,03677136451005936;
dont_add_c_constant_1 true;
flight_last_to_render 0;
fog_color_1 a800 3100 3100;
fog_color_2 a600 6800 6800;
fog_color_3 a800 3100 3100;
formula_1 8;
formula_2 60;
formula_iterations_1 15;
formula_material_id 2;
formula_weight_1 0,9;
fov 0,9;
fractal_position 0,15 0 0;
glow_color_1 a800 3100 3100;
glow_color_2 b100 6900 2e00;
glow_enabled false;
glow_intensity 7,76247;
hybrid_fractal_enable true;
iteration_fog_color_1 b100 6900 2e00;
iteration_fog_color_2 4800 9000 c400;
iteration_fog_color_3 a800 3100 3100;
iteration_fog_opacity 537,032;
keyframe_last_to_render 0;
main_light_alpha -30;
main_light_beta 62;
main_light_colour da00 da00 d000;
main_light_intensity 1,5;
main_light_volumetric_enabled true;
main_light_volumetric_intensity 4,7863;
mat1_is_defined true;
mat2_coloring_palette_offset 0,21;
mat2_coloring_palette_size 8;
mat2_coloring_random_seed 518509;
mat2_coloring_saturation 0,3;
mat2_file_color_texture /home/jorge/Amino Acid.jpg;
mat2_is_defined true;
mat2_specular 0,9;
mat2_specular_color ba00 bd00 b600;
mat2_specular_width 0,2;
mat2_surface_color_palette 9e9fcf bea7af 245556 c7d0c1 688e78 7a714f 6b6b96 a9b696;
mat2_use_color_texture true;
mat2_use_colors_from_palette false;
raytraced_reflections true;
repeat_from 2;
spherical_folding_inner 0;
SSAO_random_mode true;
target -1,629509366961984 -3,319512533060376 0,01327185000521145;
view_distance_max 40;
volumetric_fog_colour_1_distance 0,005045199794836244;
volumetric_fog_colour_2_distance 0,01009039958967249;
volumetric_fog_density 1,51356;
volumetric_fog_distance_factor 0,01009039958967249;
[fractal_1]
analyticDE_enabled_false true;
mandelbox_color_R 0,2;
mandelbox_folding_min_radius 0;
mandelbox_folding_value 1;
mandelbox_scale 0,98;
power 7,000000000000007;
transf_addition_constant 1,387778780781446e-16 -0,2 -0,1;
transf_offset 2,775557561562891e-17;
transf_scale 1,2;
[fractal_2]
transf_addition_constant_0555 0,6 0,49 0,41;
transf_constant_multiplier_1220 2,1 2 2 0;
transf_function_enabledR_false true;
transf_rotation44a 140,6 -113,27 0;
transf_scale_015 1,6;

Description
I had no clue on how to make classical Pseudo-Kleinians or JuliaBoxes on Mandelbulberv2 so I tried to figure out on how, without using the Pseudo-Kleinian formula. Mandelbox and Abox - Mod Kali combined well together here.
AmazingBox bulbs are very popular and easy to do on Mandelbulb 3D, so I could make it work with a similar procedure after sorting out tons of noise out
MandelbulberV2 2.11 on Linux. github.com/buddhi1980/mandelbu…

# Mandelbulber settings file
# version 2.11
# only modified parameters
[main_parameters]
ambient_occlusion 0,9;
ambient_occlusion_enabled true;
ambient_occlusion_quality 5;
antialiasing_enabled true;
basic_fog_color 2e00 3400 3600;
basic_fog_enabled true;
basic_fog_visibility 0,1261326372623444;
box_folding true;
camera -1,637404196455016 -3,340904479805166 0,01825567019914001;
camera_distance_to_target 0,02334056944424008;
camera_rotation -20,25689233772584 -12,32906975362816 106,0000000002431;
camera_top 0,8814297395832175 -0,3880330695644742 -0,269280432082677;
DE_factor 0,25;
DOF_enabled true;
DOF_focus 0,03677136451005936;
dont_add_c_constant_1 true;
flight_last_to_render 0;
fog_color_1 a800 3100 3100;
fog_color_2 a600 6800 6800;
fog_color_3 a800 3100 3100;
formula_1 8;
formula_2 60;
formula_iterations_1 15;
formula_material_id 2;
formula_weight_1 0,9;
fov 0,9;
fractal_position 0,15 0 0;
glow_color_1 a800 3100 3100;
glow_color_2 b100 6900 2e00;
glow_enabled false;
glow_intensity 7,76247;
hybrid_fractal_enable true;
iteration_fog_color_1 b100 6900 2e00;
iteration_fog_color_2 4800 9000 c400;
iteration_fog_color_3 a800 3100 3100;
iteration_fog_opacity 537,032;
keyframe_last_to_render 0;
main_light_alpha -30;
main_light_beta 62;
main_light_colour da00 da00 d000;
main_light_intensity 1,5;
main_light_volumetric_enabled true;
main_light_volumetric_intensity 4,7863;
mat1_is_defined true;
mat2_coloring_palette_offset 0,21;
mat2_coloring_palette_size 8;
mat2_coloring_random_seed 518509;
mat2_coloring_saturation 0,3;
mat2_file_color_texture /home/jorge/Amino Acid.jpg;
mat2_is_defined true;
mat2_specular 0,9;
mat2_specular_color ba00 bd00 b600;
mat2_specular_width 0,2;
mat2_surface_color_palette 9e9fcf bea7af 245556 c7d0c1 688e78 7a714f 6b6b96 a9b696;
mat2_use_color_texture true;
mat2_use_colors_from_palette false;
raytraced_reflections true;
repeat_from 2;
spherical_folding_inner 0;
SSAO_random_mode true;
target -1,629509366961984 -3,319512533060376 0,01327185000521145;
view_distance_max 40;
volumetric_fog_colour_1_distance 0,005045199794836244;
volumetric_fog_colour_2_distance 0,01009039958967249;
volumetric_fog_density 1,51356;
volumetric_fog_distance_factor 0,01009039958967249;
[fractal_1]
analyticDE_enabled_false true;
mandelbox_color_R 0,2;
mandelbox_folding_min_radius 0;
mandelbox_folding_value 1;
mandelbox_scale 0,98;
power 7,000000000000007;
transf_addition_constant 1,387778780781446e-16 -0,2 -0,1;
transf_offset 2,775557561562891e-17;
transf_scale 1,2;
[fractal_2]
transf_addition_constant_0555 0,6 0,49 0,41;
transf_constant_multiplier_1220 2,1 2 2 0;
transf_function_enabledR_false true;
transf_rotation44a 140,6 -113,27 0;
transf_scale_015 1,6;