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tutorials:advanced:new-robot [2019/02/23 08:36] – [URDF] vanessatutorials:advanced:new-robot [2019/02/23 08:38] – [Spawn the robot in Bullet] vanessa
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 For reference and starting point take a look at those package for the pr2 or hsrb. For reference and starting point take a look at those package for the pr2 or hsrb.
-Open your ''roslisp_repl'' and load every packages you will need. +
  
  
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 ==== Spawn the robot in Bullet ==== ==== Spawn the robot in Bullet ====
  
-Use the Prolog assertion predicates. See example of how PR2 is spawned from a URDF in the bullet tutorial: http://cram-system.org/tutorials/intermediate/bullet_world#bullet_world_initialization.+Use the Prolog assertion predicates. See example of how PR2 is spawned from a URDF in the bullet tutorial: http://cram-system.org/tutorials/intermediate/bullet_world#bullet_world_initialization. Open your ''roslisp_repl'' and load the cram-bullet-world-tutorial, for now this containts everything we need for the first step. 
  
  
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                     (cram-robot-interfaces:robot ?robot)                     (cram-robot-interfaces:robot ?robot)
                     (assert (btr:object ?world :urdf ?robot ((0 0 0) (0 0 0 1)) :urdf ,robot-urdf))                     (assert (btr:object ?world :urdf ?robot ((0 0 0) (0 0 0 1)) :urdf ,robot-urdf))
-                    (cram-robot-interfaces:robot-arms-parking-joint-states ?robot ?joint-states) 
                     (assert (btr:joint-state ?world ?robot ?joint-states))                     (assert (btr:joint-state ?world ?robot ?joint-states))
                     (assert (btr:joint-state ?world ?robot (("torso_lift_joint" 0.15d0)))))))                     (assert (btr:joint-state ?world ?robot (("torso_lift_joint" 0.15d0)))))))