How to play C4D modeling?

The application of C4D in design is getting higher and higher, even surpassing 3Dmax and maya. C4D is functional and simple, and has nine sections, among which modeling includes three forms, one is parametric modeling, the other is curve modeling (rotation-extrusion-scanning-Boolean), the third is polygon modeling, and then is illumination-material-motion graphics-dynamics-animation. Let's analyze in detail how the model in the page is modeled! 1. Modeling and analysis of e-commerce design page (the above picture comes from petal Astar) (1). Font modeling and analysis 1. First, use the text tool to type ASD in C4D. The thickness of ASD in the picture is extruded by an extrusion tool. Then, select the top hat and rounded corners to cover the highlighted part of the font edge. When rendering, bright parts will appear, making the font both three-dimensional and three-dimensional. 2. To make a pipe on ASD, first draw a spline (the path of the pipe) with Bessel brush tool, then add a ring (the shape of the pipe), scan it as the parent, and the ring and spline are the children in turn, and a magical picture will appear, and the shape of the pipe will come out. In order to add details, we cut the path in a circle, divide the pipeline into three parts, choose the option of faces, and then choose the circle to place two of them. 3, gray pipeline production, the pipeline in the picture is separated in the middle, how to divide it into two pipelines! Very simple, delete a point of the spline. At this time, the spline is changed from one to two, and then the ring and the separated spline are used as the offspring, and the scan is used as the parent. Miraculously, separate pipes appeared. There is also how to make a bold position on both sides of the pipeline. First, use the circular cutter to cut out two sides, use the surface selection tool, select the cutting surface, and press the right mouse button to squeeze. Then, a thick surface magically appeared. (2), trajectory modeling and analysis 1, roller coaster trajectory making, using-Bessel tool-extrusion-cloning-spline constraint, these four main tools. First draw the shape of Figure 2 with Bessel tool, then draw the shape with it as the parent, then draw the shape with it as the child, and then the surface becomes three-dimensional, plus three pillars, so that a single shape of a trajectory is completed. Then in the interface bar-motion graphics-clone, the mode selection is linear, and the number is equivalent to the length, position adjustment and Z axis of the trajectory, thus a long trajectory appears. In order to make the trajectory show an S-shape, we need to draw the trajectory with Bessel first, and then take the path, spline constraint-object-spline column and spline constraint as clones at the same level. The magical scene appears again, and the curved trajectory comes out. 2. Overview of tool application (1). Application of Bessel brush: Press shift to adjust the outline of an object, and click the right mouse button to display a window. You can choose to create points (increase smoothness), subdivide (increase smoothness), rigid interpolation (sharpen points), flexible interpolation (smooth points), and disconnect (cut off redundant parts). (2) Rotate as the parent object, close the spline as the child object, and close the fillet. The corners are smooth and the rendering has highlights. Hold down the shift key to rotate one side symmetrically, and use symmetry (parent) on the other side to copy. Tolerance can be adjusted. The greater the distance, the closer the distance. (4) Draw the path (spline) before scanning, and then select the shape spline. Sequence-scan (parent)-shape (child)-(path) (child) (5), stretch 1 If it is a polygon, you need to first make c-drop an editable object, then press the right mouse button, offset (extrusion thickness), check the reserved group (multi-side synchronous extrusion), and uncheck the reserved group (multi-side independent extrusion).