1.AutoCAD: It is one of the most commonly used two-dimensional drawing software, which is mainly used in interior design, architecture, engineering and other fields.
2.SketchUp: It is easy to create a three-dimensional model and easy to use. Usually used in architecture, furniture, landscape and other design fields.
3.Rhino: one of the advanced three-dimensional software, usually used in industrial design and jewelry design.
4.Blender: Full-featured 3D software that supports various types of modeling and rendering, including animation and video special effects.
5.3dsMax: It is widely used in the film and television game industry, and can be used in architecture, product design and indoor scenes.
You need to choose the corresponding modeling software according to your personal needs. Beginners can learn from SketchUp or 3dsMax. These tools are widely used and easy to use. It is suggested to compare the advantages and disadvantages, learning curve and price of each software before making a final decision. Different modeling softwares aim at different fields and needs, and they need to cooperate with relevant professional knowledge and practice in the process of learning modeling softwares, so that they can skillfully use modeling softwares through constant practice.
For those who want to learn modeling deeply, they need more systematic and professional learning and training. You can study by enrolling in relevant courses or learning institutions, or you can choose online learning platforms and teaching videos for self-study, but when choosing educational institutions, you should pay attention to choosing formal and powerful institutions.
In addition, you can also participate in related design competitions and projects, so that you can not only learn more practical experience, but also show your design level and get more opportunities.
In a word, learning modeling software requires patience and perseverance, and needs the motivation and determination to keep learning and practicing. Only through continuous learning and accumulation can we make continuous progress and improvement in modeling.