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This is an archived project. Repository and other project resources are read-only.
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Stack Of Tasks
sot-dyninv
Commits
442befc9
Commit
442befc9
authored
14 years ago
by
Nicolas Mansard
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python/kinedebug.py
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442befc9
from
dynamic_graph
import
plug
from
dynamic_graph.sot.core
import
*
from
dynamic_graph.sot.core.math_small_entities
import
Derivator_of_Matrix
from
dynamic_graph.sot.dynamics
import
*
from
dynamic_graph.sot.dyninv
import
*
import
dynamic_graph.script_shortcuts
from
dynamic_graph.script_shortcuts
import
optionalparentheses
from
dynamic_graph.matlab
import
matlab
from
MetaTask6d
import
MetaTask6d
# --- Dynamic parameters ---
hrp2_14_pkgdatarootdir
=
"
/home/nmansard/compil/devgiri/hpp2/share/hrp2_14
"
modelDir
=
hrp2_14_pkgdatarootdir
xmlDir
=
hrp2_14_pkgdatarootdir
modelName
=
'
HRP2JRLmainsmall.wrl
'
specificitiesPath
=
xmlDir
+
'
/HRP2SpecificitiesSmall.xml
'
jointRankPath
=
xmlDir
+
'
/HRP2LinkJointRankSmall.xml
'
robotDim
=
36
from
numpy
import
*
def
totuple
(
a
):
al
=
a
.
tolist
()
res
=
[]
for
i
in
range
(
a
.
shape
[
0
]):
res
.
append
(
tuple
(
al
[
i
])
)
return
tuple
(
res
)
# --- ROBOT SIMU ---------------------------------------------------------------
# --- ROBOT SIMU ---------------------------------------------------------------
# --- ROBOT SIMU ---------------------------------------------------------------
robot
=
RobotSimu
(
"
robot
"
)
robot
.
resize
(
robotDim
)
#robot.set( (0,0,0,0,0,0, -0.0091163033083694940822,-0.091409963793829082657,-0.47197874328281280709,0.84038019261713603481,-0.47023279905304871118,0.089662407859063653071,0.0095078180225693850747,0.091110286804129178573,-0.4694503518480188653,0.83530799538565336793,-0.46768619090392338222,-0.093802946636709280681,-8.7564658296357018321e-05,0.0032643187737393364843,-7.8338082008638037324e-06,0.00019474257801330629915,0.25837025731361307201,-0.17509910214200960499,-6.1173425555032122825e-05,-0.52495354876847799552,3.1825099712999219606e-06,-0.00025760004742291479777,-3.4121048192112107608e-06,0.25836727162795458668,0.17432209754621175168,-8.8902395499734237117e-05,-0.52498369084585783106,-3.4610294148795152394e-07,-0.00026540143977199129972,1.004984814529256132e-06) )
robot
.
set
(
(
0.0274106623863
,
0.143843868989
,
0.646921914726
,
0.00221064938462
,
0.101393756965
,
1.36729741242e-05
,
-
0.00911630330837
,
-
0.0914099637938
,
-
0.471978743283
,
0.840380192617
,
-
0.470232799053
,
0.0896624078591
,
0.00950781802257
,
0.0911102868041
,
-
0.469450351848
,
0.835307995386
,
-
0.467686190904
,
-
0.0938029466367
,
-
8.75646582964e-05
,
0.00326431877374
,
-
7.83380820086e-06
,
0.000194742578013
,
0.258370257314
,
-
0.175099102142
,
-
6.1173425555e-05
,
-
0.524953548768
,
3.1825099713e-06
,
-
0.000257600047423
,
-
3.41210481921e-06
,
0.258367271628
,
0.174322097546
,
-
8.89023954997e-05
,
-
0.524983690846
,
-
3.46102941488e-07
,
-
0.000265401439772
,
1.00498481453e-06
)
)
dt
=
5e-3
# --- VIEWER -------------------------------------------------------------------
# --- VIEWER -------------------------------------------------------------------
# --- VIEWER -------------------------------------------------------------------
try
:
import
robotviewer
def
stateFullSize
(
robot
):
simulation_angles
=
[
float
(
val
)
for
val
in
robot
.
state
.
value
]
simulation_angles
+=
10
*
[
0.0
]
return
simulation_angles
RobotSimu
.
stateFullSize
=
stateFullSize
robot
.
viewer
=
robotviewer
.
client
(
'
XML-RPC
'
)
robot
.
viewer
.
updateElementConfig
(
'
hrp
'
,
robot
.
stateFullSize
())
def
incrementView
(
robot
,
dt
):
robot
.
incrementNoView
(
dt
)
robot
.
viewer
.
updateElementConfig
(
'
hrp
'
,
robot
.
stateFullSize
())
RobotSimu
.
incrementNoView
=
RobotSimu
.
increment
RobotSimu
.
increment
=
incrementView
except
:
print
"
No robot viewer, sorry.
"
robot
.
viewer
=
None
# --- MAIN LOOP ------------------------------------------
def
inc
():
robot
.
increment
(
dt
)
tr
.
triger
.
recompute
(
robot
.
control
.
time
)
from
ThreadInterruptibleLoop
import
*
@loopInThread
def
loop
():
inc
()
runner
=
loop
()
@optionalparentheses
def
go
():
runner
.
play
()
@optionalparentheses
def
stop
():
runner
.
pause
()
@optionalparentheses
def
next
():
runner
.
once
()
# --- DYN ----------------------------------------------------------------------
# --- DYN ----------------------------------------------------------------------
# --- DYN ----------------------------------------------------------------------
dyn
=
Dynamic
(
"
dyn
"
)
dyn
.
setFiles
(
modelDir
,
modelName
,
specificitiesPath
,
jointRankPath
)
dyn
.
parse
()
dyn
.
inertiaRotor
.
value
=
(
0
,
0
,
0
,
0
,
0
,
0
,
1.01e-4
,
6.96e-4
,
1.34e-4
,
1.34e-4
,
6.96e-4
,
6.96e-4
,
1.01e-4
,
6.96e-4
,
1.34e-4
,
1.34e-4
,
6.96e-4
,
6.96e-4
,
6.96e-4
,
6.96e-4
,
1.10e-4
,
1.10e-4
,
6.96e-4
,
6.60e-4
,
1.00e-4
,
6.60e-4
,
1.10e-4
,
1.00e-4
,
1.00e-4
,
6.96e-4
,
6.60e-4
,
1.00e-4
,
6.60e-4
,
1.10e-4
,
1.00e-4
,
1.00e-4
)
dyn
.
gearRatio
.
value
=
(
0
,
0
,
0
,
0
,
0
,
0
,
384.0
,
240.0
,
180.0
,
200.0
,
180.0
,
100.0
,
384.0
,
240.0
,
180.0
,
200.0
,
180.0
,
100.0
,
207.69
,
381.54
,
100.0
,
100.0
,
219.23
,
231.25
,
266.67
,
250.0
,
145.45
,
350.0
,
200.0
,
219.23
,
231.25
,
266.67
,
250.0
,
145.45
,
350.0
,
200.0
)
plug
(
robot
.
state
,
dyn
.
position
)
dyn
.
velocity
.
value
=
robotDim
*
(
0.
,)
dyn
.
acceleration
.
value
=
robotDim
*
(
0.
,)
dyn
.
ffposition
.
unplug
()
dyn
.
ffvelocity
.
unplug
()
dyn
.
ffacceleration
.
unplug
()
#dyn.setProperty('ComputeBackwardDynamics','true')
#dyn.setProperty('ComputeAccelerationCoM','true')
robot
.
control
.
unplug
()
# --- Task Dyn -----------------------------------------
class
MetaTaskKine6d
(
MetaTask6d
):
def
createTask
(
self
):
self
.
task
=
Task
(
'
task
'
+
self
.
name
)
def
createGain
(
self
):
self
.
gain
=
GainAdaptive
(
'
gain
'
+
self
.
name
)
self
.
gain
.
set
(
0.1
,
0.1
,
125e3
)
def
plugEverything
(
self
):
self
.
feature
.
sdes
.
value
=
self
.
featureDes
.
name
plug
(
self
.
dyn
.
signal
(
self
.
opPoint
),
self
.
feature
.
signal
(
'
position
'
))
plug
(
self
.
dyn
.
signal
(
'
J
'
+
self
.
opPoint
),
self
.
feature
.
signal
(
'
Jq
'
))
self
.
task
.
add
(
self
.
feature
.
name
)
plug
(
self
.
task
.
error
,
self
.
gain
.
error
)
plug
(
self
.
gain
.
gain
,
self
.
task
.
controlGain
)
def
keep
(
self
):
self
.
feature
.
position
.
recompute
(
self
.
dyn
.
position
.
time
)
self
.
feature
.
keep
()
# Task right hand
taskRH
=
MetaTaskKine6d
(
'
rh
'
,
dyn
,
'
rh
'
,
'
right-wrist
'
)
task
.
ref
=
((
0
,
0
,
-
1
,
0.22
),(
0
,
1
,
0
,
-
0.37
),(
1
,
0
,
0
,.
74
),(
0
,
0
,
0
,
1
))
taskLH
=
MetaTaskKine6d
(
'
lh
'
,
dyn
,
'
lh
'
,
'
left-wrist
'
)
task
.
ref
=
((
0
,
0
,
-
1
,
0.22
),(
0
,
1
,
0
,
0.37
),(
1
,
0
,
0
,.
74
),(
0
,
0
,
0
,
1
))
# Task LFoot: Move the right foot up.
taskRF
=
MetaTaskKine6d
(
'
rf
'
,
dyn
,
'
rf
'
,
'
right-ankle
'
)
taskLF
=
MetaTaskKine6d
(
'
lf
'
,
dyn
,
'
lf
'
,
'
left-ankle
'
)
# --- TASK COM ------------------------------------------------------
dyn
.
setProperty
(
'
ComputeCoM
'
,
'
true
'
)
featureCom
=
FeatureGeneric
(
'
featureCom
'
)
featureComDes
=
FeatureGeneric
(
'
featureComDes
'
)
plug
(
dyn
.
com
,
featureCom
.
errorIN
)
plug
(
dyn
.
Jcom
,
featureCom
.
jacobianIN
)
featureCom
.
sdes
.
value
=
'
featureComDes
'
featureComDes
.
errorIN
.
value
=
(
0.0478408688115
,
-
0.0620357207995
,
0.684865189311
)
taskCom
=
Task
(
'
taskCom
'
)
taskCom
.
add
(
'
featureCom
'
)
gCom
=
GainAdaptive
(
'
gCom
'
)
plug
(
taskCom
.
error
,
gCom
.
error
)
plug
(
gCom
.
gain
,
taskCom
.
controlGain
)
gCom
.
set
(
1
,
1
,
1
)
# --- TASK POSTURE --------------------------------------------------
featurePosture
=
FeatureGeneric
(
'
featurePosture
'
)
featurePostureDes
=
FeatureGeneric
(
'
featurePostureDes
'
)
plug
(
dyn
.
position
,
featurePosture
.
errorIN
)
featurePosture
.
sdes
.
value
=
'
featurePostureDes
'
featurePosture
.
jacobianIN
.
value
=
totuple
(
identity
(
robotDim
)
)
featurePostureDes
.
errorIN
.
value
=
dyn
.
position
.
value
taskPosture
=
Task
(
'
taskPosture
'
)
taskPosture
.
add
(
'
featurePosture
'
)
gPosture
=
GainAdaptive
(
'
gPosture
'
)
plug
(
taskPosture
.
error
,
gPosture
.
error
)
plug
(
gPosture
.
gain
,
taskPosture
.
controlGain
)
gPosture
.
set
(
1
,
1
,
1
)
featurePosture
.
selec
.
value
=
0
featurePosture
.
selec
.
value
=
'
|0:3
'
# right leg
featurePosture
.
selec
.
value
=
'
|6:9
'
# left leg
featurePosture
.
selec
.
value
=
'
|12:15
'
# chest+head
featurePosture
.
selec
.
value
=
'
|16:19
'
# right arm
featurePosture
.
selec
.
value
=
'
|23:26
'
# left arm
# --- TASK JL ------------------------------------------------------
taskJL
=
TaskJointLimits
(
'
taskJL
'
)
plug
(
dyn
.
position
,
taskJL
.
position
)
plug
(
dyn
.
lowerJl
,
taskJL
.
referenceInf
)
plug
(
dyn
.
upperJl
,
taskJL
.
referenceSup
)
taskJL
.
dt
.
value
=
dt
taskJL
.
selec
.
value
=
'
|6:
'
# --- SOT Dyn OpSpaceH --------------------------------------
# SOT controller.
sot
=
SolverKine
(
'
sot
'
)
sot
.
setSize
(
36
)
#sot.damping.value = 2e-2
plug
(
sot
.
control
,
robot
.
control
)
def
sot_addContact
(
sot
,
metaTask
):
metaTask
.
keep
()
sot
.
push
(
metaTask
.
task
.
name
)
import
new
sot
.
addContact
=
new
.
instancemethod
(
sot_addContact
,
sot
,
sot
.
__class__
)
# --- TRACE ----------------------------------------------
from
dynamic_graph.tracer
import
*
from
dynamic_graph.tracer_real_time
import
*
tr
=
TracerRealTime
(
'
tr
'
)
tr
.
setBufferSize
(
10485760
)
tr
.
open
(
'
/tmp/
'
,
'
dyn_
'
,
'
.dat
'
)
tr
.
start
()
#robot.periodicCall addSignal tr.triger
#tr.add('p6.error','position')
tr
.
add
(
'
featureCom.error
'
,
'
comerror
'
)
tr
.
add
(
'
dyn.com
'
,
'
com
'
)
tr
.
add
(
'
dyn.position
'
,
'
state
'
)
# tr.add('gCom.gain','')
# tr.add('gCom.error','gerror')
tr
.
add
(
'
sot.control
'
,
''
)
# --- RUN ------------------------------------------------
featureComDes
.
errorIN
.
value
=
(
0.06
,
0
,
0.8
)
sot
.
push
(
taskJL
.
name
)
sot
.
addContact
(
taskLF
)
sot
.
addContact
(
taskRF
)
sot
.
push
(
taskCom
.
name
)
#inc()
tr
.
add
(
'
taskJL.normalizedPosition
'
,
'
qn
'
)
robot
.
after
.
addSignal
(
'
taskJL.normalizedPosition
'
)
qn
=
taskJL
.
normalizedPosition
q
=
taskJL
.
position
comref
=
featureComDes
.
errorIN
sot
.
damping
.
value
=
.
1
comref
.
value
=
(
0
,
0
,
0.45
)
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