def returnToStand():
leftCurrent = 0
for node in left:
leftCurrent += xjus.getNodeAvgCurrent(node)
rightCurrent = 0
for node in right:
rightCurrent += xjus.getNodeAvgCurrent(node)
if leftCurrent > rightCurrent:
first = right
second = left
else:
first = left
second = right
for node in first:
moveToFullRotation(node)
wait()
for node in second:
moveToFullRotation(node)
wait()
for node in nodes:
xjus.zeroPosition(node)
def returnToStand(): leftCurrent = 0 for node in left: leftCurrent += xjus.getNodeAvgCurrent(node) rightCurrent = 0 for node in right: rightCurrent += xjus.getNodeAvgCurrent(node) if leftCurrent > rightCurrent: first = right second = left else: first = left second = right for node in first: moveToFullRotation(node) wait() for node in second: moveToFullRotation(node) wait() for node in nodes: xjus.zeroPosition(node)
def stand():
""" Raises the chassis into a standing position """
global standing
standing = True
for node in nodes:
xjus.setPositionProfile(node, 500, 10000, 10000)
for node in nodes:
move(node, degToPos(STAND_ANGLE))
wait()
for node in nodes:
xjus.zeroPosition(node)
def stand(): """ Raises the chassis into a standing position """ global standing standing = True for node in nodes: xjus.setPositionProfile(node, 500, 10000, 10000) for node in nodes: move(node, degToPos(STAND_ANGLE)) wait() for node in nodes: xjus.zeroPosition(node)
