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Master MODO portraits: Perfect the geometry of a male head

By Bert Heynderickx (aka Alberto Ezzy)
Web: Open Site
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Date Added: 16th October 2014
Software used:
MODO
1936_tid_wooden_pier.jpg
1936_tid_fisherman.jpg
This first tutorial will look at perfecting the geometry of this 3D fisherman portrait in MODO

3D artist Bert Heynderickx – aka Alberto Ezzy – shares how to import and clean scanned models into MODO, where the Smooth and Move brushes will take care of the hard clean-up work!


1936_tid_tip_matcap.jpg

In this first tutorial showing the creation of a male head portrait in MODO, I will reveal how to use the Sculpt Tools in MODO to clean up the geometry of scanned head data, as well as add and modify a hat model to perfectly fit the character. We'll also use the Retopology Tools in MODO to create the shirt edges.

Step 1: Importing scanned models

The fisherman model featured in this tutorial is built from a combination of two separate scanned models from the talented team at Ten24. First there is the bust (the head and neck), and then there is the model of a complete man with clothes, of which I'll be using the shirt, as it has some really nice folds.

My modeling tool of choice for this project is MODO, which not only has all the tools I need for this job, but also makes using those tools a rewarding, fun, and exceptionally intuitive experience, in my opinion. I have used other 3D software in the past, but for this kind of work MODO, for me, is by far the best choice. If you haven't used MODO before, you can try MODO for free for 30 days!

When using and fine-tuning the skin shader, for example, I want to constantly check the result of the changes I make – and for that, MODO's Preview Renderer I find to be unsurpassed. I have personally found that, with other software, you can sometimes get abstract settings that you have to fiddle with to understand. While in MODO, you should see that the tools I will use for modeling, sculpting, retopology, shading and so on, are all top-notch – but also very intuitive to use.

The model used for this project is very dense and polygon-heavy, and the image maps are very large, so it was important for me to have a high-performance graphics card in tow. I am using the AMD FirePro™ W9000, which is perfectly suited to getting the job done. I have found that its large, dedicated memory (6GB) and huge amount of GPU cores (2048) allow for a smooth user experience when working on projects such as this.

1936_tid_amd-firepro-w9000-360w.jpg

NOTE: When you import an OBJ file into MODO, make sure your Units are set correctly, so the model has the right size. For your information, I had to set my import units to millimeters to end up with a character of about 1.8 meters in height.

1936_tid_head_and_body.jpg
At this stage we're combining the left model (all quads) with the right model (all tris)

1936_tid_import_obj_units_mm.jpg
Make sure you select the right units, or you may end up with a giant!

Step 2: Check your geometry

Okay, so let's zoom in on the geometry of the scanned head now. As you can see, the model is wearing a cap, so the hair is already flattened as much as possible. But still, the geometry needs to be smoothed out to get exceptional results. This model is going to wear a hat in the final illustration, so I will only have to smooth out those parts that will be visible.

1936_tid_head_to_clean.jpg
You'll find that scanned models tend to wear a cap – unless they are bald

Step 3: Smoothly does it

Under the Paint Tab > Sculpt Tools, I choose the Smooth Tool to smooth out the hair strands that will be peeking from under the hat. The Smooth Tool evens out any bumpy, irregular surfaces. By averaging the positions of vertices under the brush tip, surface inconsistencies and detail will disappear.

When sculpting, I like to have 2 viewports open. The first is the Perspective View, where I move around and sculpt, and the second is my Camera View, where I can better analyze how my sculpting is affecting the entire model and final view. At this stage I also apply a Matcap shader that I find very well suited for sculpting (please refer to my Pro Tip at end of this tutorial).

1936_tid_profile.jpg
MODO provides an intuitive sculpting toolset

Step 4: Combining 2 models

Since the shirt is not a separate part of the scanned model, I decided to cut out the head and position the shirt over the fisherman's neck. Also, because the head's geometry is all quads and the shirt's geometry is all tris, it's almost impossible to connect them! So instead I decide to create a border on the shirt that covers the transition of the two models.

This is also a good moment to create a UV map for the shirt, with the Unwrap Tool. Following this, I like to ‘soften' and regularize the map using the UV Relax Tool.

1936_tid_shirt_border_retopology_2.jpg
In 3D, guys can borrow one another's shirts in just a few clicks!

1936_tid_shirt_cut_with_head.jpg
I only need to make a UV map of what will be visible in the final image

Step 5: Fitting shoulders under the clothing

After combining 2 different models, the curve of the neck and shoulders of the one model doesn't immediately match perfectly under the shirt of the other model, so I have to do some sculpting work here. Under the Paint Tab > Sculpt Tools, I simply choose the Move sculpt tool to gently and smoothly push skin parts under the shirt. The Move sculpt tool easily grabs the mesh inside the brush and drags the surface in the direction of the mouse or stylus.

1936_tid_sculpt_smooth_matcap.jpg
Be careful to ensure the shirt fits your model, or it will look awkward later on!

Step 6: Retopologizing the shirt

Under the Topo tab, I select the Pen Tool to create a row of polygons that neatly snaps to the underlying geometry of the neck and shirt. I start with large polygons that quickly give me a rough shape. When I'm happy with the base shape of the shirt border, I refine it using the Add Loop tool and the Polygon Subdivide tool (shortcut: Shift+D).

The Add Loop tool simply adds a continuous edge through a series of polygons and the Subdivide tool splits selected polygons into four smaller ones. Now it's really important to use the Smooth Retopology tool to let every new detail ‘snap' to the underlying geometry once again.

1936_tid_sculpt_smooth_skin_under_shirt.jpg
I find the Retopology tools in MODO a pleasure to use!

1936_tid_shirt_border_retopology_1.jpg
The Topo Smooth tool is ideal for snapping to underlying geometry



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