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hook_and_pull.py File Reference

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Namespaces

namespace  2010_icra_epc_pull::hook_and_pull

Variables

int 2010_icra_epc_pull::hook_and_pull.angle = 0
string 2010_icra_epc_pull::hook_and_pull.arm = 'right_arm'
tuple 2010_icra_epc_pull::hook_and_pull.cmg
string 2010_icra_epc_pull::hook_and_pull.default = 'hook angle (degrees).'
string 2010_icra_epc_pull::hook_and_pull.dest = 'sliding_left'
tuple 2010_icra_epc_pull::hook_and_pull.follower
 2010_icra_epc_pull::hook_and_pull.ft = opt.ft
 2010_icra_epc_pull::hook_and_pull.ha = opt.ha
string 2010_icra_epc_pull::hook_and_pull.help = 'string to save in the pkl log.'
tuple 2010_icra_epc_pull::hook_and_pull.hl_thok0 = mcf.thok0Tglobal(hook_location)
tuple 2010_icra_epc_pull::hook_and_pull.hl_torso = mcf.torsoTglobal(hook_location)
tuple 2010_icra_epc_pull::hook_and_pull.hook_location = cmg.firenze.end_effector_pos('right_arm')
int 2010_icra_epc_pull::hook_and_pull.i = 0
 2010_icra_epc_pull::hook_and_pull.info_string = opt.info_string
tuple 2010_icra_epc_pull::hook_and_pull.k = m3t.get_keystroke()
string 2010_icra_epc_pull::hook_and_pull.kinematics_estimation = 'jacobian'
 2010_icra_epc_pull::hook_and_pull.lead_flag = opt.lead
 2010_icra_epc_pull::hook_and_pull.lpi_flag = opt.lpi
 2010_icra_epc_pull::hook_and_pull.mec = cmg.segway_command_node
 2010_icra_epc_pull::hook_and_pull.move_segway_flag = notpull_fixed_flag
tuple 2010_icra_epc_pull::hook_and_pull.p = optparse.OptionParser()
 2010_icra_epc_pull::hook_and_pull.pnum = opt.p
dictionary 2010_icra_epc_pull::hook_and_pull.pose_dict = {}
 2010_icra_epc_pull::hook_and_pull.position_number = pnum)
 2010_icra_epc_pull::hook_and_pull.pull_fixed_flag = opt.pull_fixed
 2010_icra_epc_pull::hook_and_pull.pull_left = opt.sliding_left)
tuple 2010_icra_epc_pull::hook_and_pull.pull_loc = cmg.reposition_robot(hook_location)
list 2010_icra_epc_pull::hook_and_pull.qr = [0, 0, 0, math.pi/2, -(math.radians(ha)-ct.hook_3dprint_angle), 0, 0]
int 2010_icra_epc_pull::hook_and_pull.residual_angle = 0
 2010_icra_epc_pull::hook_and_pull.sa = opt.sa
tuple 2010_icra_epc_pull::hook_and_pull.settings_lead = hr.MekaArmSettings(stiffness_list=[0.2,0.3,0.3,0.5,0.8])
 2010_icra_epc_pull::hook_and_pull.starting_angle = -angle
tuple 2010_icra_epc_pull::hook_and_pull.starting_location = copy.copy(hl_torso)
string 2010_icra_epc_pull::hook_and_pull.strategy = 'control_radial_force'
tuple 2010_icra_epc_pull::hook_and_pull.t_begin = time.time()
tuple 2010_icra_epc_pull::hook_and_pull.t_end = time.time()
tuple 2010_icra_epc_pull::hook_and_pull.t_pull = time.time()
int 2010_icra_epc_pull::hook_and_pull.thresh = 2
 2010_icra_epc_pull::hook_and_pull.z = opt.z
list 2010_icra_epc_pull::hook_and_pull.z_list = [opt.z]
 2010_icra_epc_pull::hook_and_pull.zed = cmg.z


2010_icra_epc_pull
Author(s): Advait Jain, Charles C. Kemp (Healthcare Robotics Lab, Georgia Tech)
autogenerated on Wed Nov 27 2013 12:14:43