C4D modeling and making coke cans course;
First of all, make a model of a can. The method is not unique. Just choose the one you are used to. Open C4D, switch to the front view in the middle of the mouse, and shift+v will load the reference picture into the front view: draw a spline with the pen tool referring to the bottle body; Add rotation to the spline curve, so that the bottle usually comes out. You can change the number of subdivisions of rotation to be smaller first, which is convenient for later operation; The current state will be changed to an object; Then the details need to be adjusted In order to observe the effect conveniently, we can first add a subdivision surface: tank bottom and surface level. Use the circle selection tool to select the surface as shown in the figure and move it down. Then use the real-time selection tool to select the surface as shown in the figure and continue to move down. Open subdivision surface. Sometimes we may see the place where the red arrow is a bit abrupt, so we should remove it. Line level, use the circular selection tool to select two lines as shown in the figure, and right click to cancel. Continue to adjust details. If modeling, we want the wiring to be as uniform as possible. So the line here can be selected and deleted with the right mouse button: so I think the bottle body part is almost the same: make the bottle cap part, load another material picture in the top view, create a new disc to adjust its size, and reduce the division of the disc and the division of rotation: after the disc C falls, cut it three times with the circular knife tool according to the picture: the face is flat, and the face as shown in the figure is squeezed downwards; continue to select the face as shown in the figure, and squeeze upwards; select the inner surface again. Squeeze downward: After adding subdivision surface, it will look like this: Line-level circulation tool selects the line as shown in the figure: Squeeze downward: The approximate shape of the bottle cap will probably come out: Continue to make the middle groove part, switch to the top view, and cut another knife with the circulation knife tool in the line-level mode: Switch to the point level, and adjust the point to the position as shown in the figure through scaling; then select the middle surface to squeeze downward; select the line elimination as shown in the figure; select the middle surface at the surface level, And press the right mouse button inside: extrude several faces, as shown in the figure: use the circle selection tool to select two torus to extrude their heights respectively; continue to adjust the midpoint at the point level: after the completion, it will be like this: the upper groove part is the same. First, select the line as shown in the figure to eliminate it: add a line at the position of the linear cutter as shown in the figure; Then select the surface and extrude it inward; Similarly, adjust the position of the point; Then select the surface and extrude it downward; So that the bottle cap is basically completed; Continue to make the label part. Create a new disc as shown in the figure, and modify the number of segments and rotation of the disc: after C falls, the back line level will be cut by a circular cutter, as shown in the figure; The level of the point will adjust the position of the point; Surface level will select the surface as shown in the figure and delete it; The upper surface will be selected and internally extruded; The level of the point will adjust the position of the point; The surface will be deleted; The intermediate surface will be selected. Extrusion as shown in the figure: eliminate two lines as shown in the figure: choose to move down as shown in the figure; Select the line as shown in the figure at the line level to be squeezed down; Finally, a subdivision surface is added, which looks like this: the whole can is finally finished, and it looks like this: Next, I will drop a few drops on the bottle and make several shapes by adjusting the points: I will create a new cloned object and take all the spheres with C drops as its subsets. Take the cloning mode as the object, and clone the bottle body as the object, and distribute it into curved surfaces, and the number is as you wish: add random effectors to the cloned objects, and randomly select the size and angle of water droplets; Establish a new push effector to prevent water droplets from touching together; Make another clone, reduce the volume of the liquid, make the water droplets look more, and finally complete the model: How to model a C4D coke can? C4D modeling and making coke cans tutorial "is shared here. Maybe everyone thinks that the operation of the graphic tutorial is boring or difficult to understand, but it is ok to learn the operation repeatedly! C4D can't be learned in three or two minutes by self-study, and it's difficult to get started without three or five months. Therefore, if you want to enter the threshold of C4D in a short time, I suggest that you should study video courses systematically. Click on the link: