Lines Matching refs:theta1

1621 …                                    theta1,dtheta,t)              ncp.y = c[4]        npep.y = c[4]
1623                                           theta1,dtheta,t)
1625 …_SMALL_CCW_ARC_TO_NV                theta1,dtheta,t)              ncp.y = c[4]        npep.y = cp.…
1627                                           theta1,dtheta,t)
1629 …                                    theta1,dtheta,t)              ncp.y = c[4]        npep.y = c[4]
1631                                           theta1,dtheta,t)
1633 …_SMALL_CW_ARC_TO_NV                 theta1,dtheta,t)              ncp.y = c[4]        npep.y = cp.…
1635                                           theta1,dtheta,t)
1637 …                                    theta1,dtheta,t)              ncp.y = c[4]        npep.y = c[4]
1639                                           theta1,dtheta,t)
1641 …_LARGE_CCW_ARC_TO_NV                theta1,dtheta,t)              ncp.y = c[4]        npep.y = cp.…
1643                                           theta1,dtheta,t)
1645 …                                    theta1,dtheta,t)              ncp.y = c[4]        npep.y = c[4]
1647                                           theta1,dtheta,t)
1649 …_SMALL_CW_ARC_TO_NV                 theta1,dtheta,t)              ncp.y = c[4]        npep.y = cp.…
1651                                           theta1,dtheta,t)
1792                                      \ arc_x(c,rv,rh,phi,theta1,
1796                                      \ arc_y(c,rv,rh,phi,theta1,
1800                                      \ arc_x(c,rv,rh,phi,theta1,
1804                                      \ arc_y(c,rv,rh,phi,theta1,
1808                                      \ arc_x(c,rv,rh,phi,theta1,
1812                                      \ arc_y(c,rv,rh,phi,theta1,
1816 …                                    theta1,dtheta,t)              ncp.y = c[6]        npep.y = c[6]
1818                                           theta1,dtheta,t)
1820 …                               theta1,dtheta,t)              ncp.y = cp.y+c[6]   npep.y = cp.y+c[6]
1822                                           theta1,dtheta,t)
1835     command.  The values /c/, /theta1/, /dtheta/ are explained in the
1969         arc_x(c,rv,rh,phi,theta1,dtheta,t) = cos(phi)*rh*cos(theta1+t*dtheta) -
1970                                              sin(phi)*rv*sin(theta1+t*dtheta) + c.x
1971         arc_y(c,rv,rh,phi,theta1,dtheta,t) = sin(phi)*rh*cos(theta1+t*dtheta) +
1972                                              cos(phi)*rv*sin(theta1+t*dtheta) + c.y
1980     of an ellipse with respect to the x-axis /phi/, /theta1/ is the angle
1983     point on the partial arc and /theta1/.  The larger of /rh/ and /rv/
2023     /rv/, /rh/, /phi/, /theta1/, and /dtheta/ parameters to represent
2077         theta1 = angle([1,0],