SCI Research Mapping | How to draw layered porous films with 3ds Max's topology tools

Academic papers need to show the thinking logic, unique views, and ingenious planning and design of scientists in the process of research, and the challenge of language is extraordinary. After continuous exploration, I found that the icing on the cake at the last minute is images, and graphic art can be a god aid for scientific research. Images can soothe the eyes; The image can calibrate and control the imaginary difference caused by the text elaboration, release the burden of the text, the image can skip the modification and go straight to the topic, the image can enlarge the microscopic specificity of scientific research and become more intuitive, in short, a thousand words are no match for a picture!

Tuyan Technology is committed to the design and development of scientific research papers and scientific images, focusing on "scientific drawing" integrating education, information and services.

This course will share with you how to easily draw common layered porous films in scientific research, using 3ds Max's operation tips? Exploded illustration: layered film, relatively thin cube, flanked by irregular holes, can be implemented using the topology tools in 3ds Max, start learning!

1. Open the 3ds Max software, create a new cuboid, and set its length, width, and height to 10cm, 5cm, and 1cm, and the length, width, and height subdivisions: 30, 15, and 5.

1. Right-click to convert to editable polygons.

1. In the side mode of the polygon, select all the edges of the cube and right-click to split the edges of the cube.

1. Select the top face and ground of the polygon in the element mode of the polygon, move the top face and ground, and the model has been divided.

1. Copy a split polygon and hide one of the polygons.

1. In the element mode of a polygon, delete the top face and ground of one of the polygons.

1. Select Remove ground and top polygons and select Generate Topology Skin in Polygon Modeling to produce a skin texture. Hide polygons.

1. Open another split polygon that was previously hidden and delete its sides in its element mode.

1. Select Polygons and select the skin of the generated topology in Polygon Modeling to produce a skin texture.

1. To show the previously hidden skinned polygon, in its edge mode, select all edges for corner cut.

1. Adjust the value of the cut corner, which ticks the Open cut button, adjust the value of the edge cut angle by 0.3cm as needed, the side connection segment is 1, and finally open the reverse button. Determines its tangent value.

1. Add a shell modifier to the polygon and adjust the parameters of the internal quantity of the shell modifier.

1. Then add a turbo smoothing modifier to the polygon to make it smoother.

1. Select another polygon, add a shell modifier to it, and adjust the parameters of the internal amount of the shell modifier.

1. Since the top surface and ground of the porous film are uneven, it is necessary to add a noise modifier to it and adjust the parameters of the noise, the scale is 1, and the intensity of the xyz axis is adjusted as needed.

1. Finally, add a turbo smoothing modifier to make it smoother.

1. Due to the addition of a turbine smoothing, the model is a little prominent, and the parameters of the internal and external quantities of the shell need to be adjusted according to the specific situation.

1. Finally, select another polygon, open its turbine smoothing modifier, fine-tune the internal and external quantity parameters of its shell according to specific needs, and a layered porous film is ready.

Epilogue:

This lesson mainly uses the topology tools, shell modifier, corner cutting tool, and turbine smoothing in 3ds Max, and a complex-looking layered porous film is easily drawn! Tuyan Technology summarizes the way of thinking and skills and skills gradually formed in the process of many years of practice, and disassembles and demonstrates it in the form of cases, expecting every scientific research scholar to make a "prosperous beauty" for each scientific content! Of course, if you want to achieve journal covers, flow charts, etc. more quickly, you can also search and log in #Picture Research Technology, tens of thousands of biological, materials, laboratory equipment, medicine, scientific research cover materials and other scientific research element diagrams are waiting for you to download and use.