我用以下代码制作了一个长方体。
##defining to plot the cuboid
def cuboid(center, size):
"""
Create a data array for cuboid plotting.
============= ================================================
Argument Description
============= ================================================
center center of the cuboid, triple
size size of the cuboid, triple, (x_length,y_width,z_height)
:type size: tuple, numpy.array, list
:param size: size of the cuboid, triple, (x_length,y_width,z_height)
:type center: tuple, numpy.array, list
:param center: center of the cuboid, triple, (x,y,z)
"""
ox, oy, oz = center
l, w, h = size
###Added the fig in order to be able to plot it later
ax = fig.gca(projection='3d') ##plot the project cuboid
X=[ox-l/2,ox-l/2,ox-l/2,ox-l/2,ox+l/2,ox+l/2,ox+l/2,ox+l/2] ##corner points of the cuboid
Y=[oy+w/2,oy-w/2,oy-w/2,oy+w/2,oy+w/2,oy-w/2,oy-w/2,oy+w/2]
Z=[oz-h/2,oz-h/2,oz+h/2,oz+h/2,oz+h/2,oz+h/2,oz-h/2,oz-h/2]
ax.scatter(X,Y,Z,c='g',marker='o') #the plot before rotated
X_new = ([]) #attaining new corner points after rotated
Y_new = ([])
Z_new = ([])
for i in range(0,8):
c=np.matrix([[X[i]], ##reading every corner points into matrix format
[Y[i]],
[Z[i]]])
u=Rot_Mat*c ##rotating every corner point with the rotation matrix
X_new = np.append(X_new, u.item(0)) ##appending the corner points with the neighbours
Y_new = np.append(Y_new, u.item(1))
Z_new = np.append(Z_new, u.item(2))
print('\nvertex=\n',c)
print('\nnew_vertex=\n',u)
###Doing a dot product between Rot_Mat and c as earlier but using np.dot as it is necessary with Numpy format, reshaping from(3,1) to (3)
side[i,:] = np.dot(Rot_Mat, c).reshape(3)
sides = [[side[0],side[1],side[2],side[3]], ##defining the 6 sides of cuboid
[side[4],side[5],side[6],side[7]],
[side[0],side[1],side[4],side[5]],
[side[2],side[3],side[4],side[5]],
[side[1],side[2],side[5],side[6]],
[side[4],side[7],side[0],side[3]]]
ax.scatter(X_new,Y_new,Z_new,c='darkred',marker='o') #the plot of corner points after rotated
ax.scatter(ox,oy,oz,c='crimson',marker='o') #the previous plot of center
## Add title
plt.title('Plot_for_PSM', fontsize=20)
##labelling the axes
ax.set_xlabel('X')
ax.set_ylabel('Y')
ax.set_zlabel('Z')
ax.add_collection3d(Poly3DCollection(sides, facecolors='blue', linewidths=1, edgecolors='r', alpha=.25)) ###This draw the plane sides as requred
plt.gca().legend(('previous_center','previous_vertices','rotated_vertices','same_center'))
ax.set_xlim([0,4.5])
ax.set_ylim([-.75,.75])
ax.set_zlim([0,1])
我毫不怀疑。 我想在一张图中绘制y&z。该图必须是给定图的其他图作为子图。框架必须包含y&z轴,而x轴不应在那里。长方体的背景框架必须使用不同的颜色,即白黑色或黄色。 因此,您能否提出任何建议或代码提示来解决此问题。