# set a valid frequency netedit.modifyAdditionalDefaultValue(2, "150") # create E1 with different frequency netedit.leftClick(match, 250, 250) # set different vehicle type netedit.modifyAdditionalDefaultValue(3, "private passenger taxi bus") # create E1 with different split by type netedit.leftClick(match, 300, 250) # Change friendlyPos netedit.modifyAdditionalDefaultBoolValue(4) # create E1 with different split by type netedit.leftClick(match, 350, 250) # Check undo redo netedit.undo(match, 4) netedit.redo(match, 4) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# set invalid probability netedit.modifyAdditionalDefaultValue(2, "2") # try to create rerouter with different frequency netedit.leftClick(match, 300, 100) # set valid probability netedit.modifyAdditionalDefaultValue(2, "0.3") # create rerouter with different probability netedit.leftClick(match, 300, 100) # change off netedit.modifyAdditionalDefaultBoolValue(3) # try to create rerouter with different timeTreshold netedit.leftClick(match, 400, 100) # Check undo redo netedit.undo(match, 3) netedit.redo(match, 3) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# move E1 to right netedit.moveElement(match, 120, 250, 250, 250) # move back netedit.moveElement(match, 250, 250, 120, 250) # move E1 to left overpassing lane netedit.moveElement(match, 120, 250, -150, 250) # move back netedit.moveElement(match, -100, 250, 120, 250) # move E1 to right overpassing lane netedit.moveElement(match, 120, 250, 580, 250) # move back to another different position of initial netedit.moveElement(match, 520, 250, 300, 250) # Check undos and redos netedit.undo(match, 10) netedit.redo(match, 10) # save additionals netedit.saveAdditionals() # save network netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
netedit.modifyAttribute(19, "24") # Change parameter 19 with a duplicated value (See #3157) netedit.modifyAttribute(19, "14,15.5") # Change parameter 19 with a valid value (empty) netedit.modifyAttribute(19, "") # Change parameter 19 with a valid value netedit.modifyAttribute(19, "34,15.5") # recompute netedit.rebuildNetwork() # Check undos netedit.undo(match, 17) # recompute netedit.rebuildNetwork() # check redos netedit.redo(match, 17) # save additionals netedit.saveAdditionals() # save network netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# Change parameter 8 with a non valid value netedit.modifyAttribute(8, "-12.1") # Change parameter 8 with a valid value netedit.modifyAttribute(8, "6.3") # Change parameter 9 with a non valid value netedit.modifyAttribute(9, "dummyJamThreshold") # Change parameter 9 with a non valid value netedit.modifyAttribute(9, "-8") # Change parameter 9 with a valid value netedit.modifyAttribute(9, "12.5") # Change boolean parameter 10 netedit.modifyBoolAttribute(10) # Check undos and redos netedit.undo(match, 24) netedit.redo(match, 24) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# set invalid jam threshold netedit.modifyAdditionalDefaultValue(8, "-30") # try to create E2 with different jam threshold netedit.leftClick(match, 350, 220) # set valid jam threshold netedit.modifyAdditionalDefaultValue(8, "15.5") # create E2 with different jam threshold netedit.leftClick(match, 350, 220) # Change friendlyPos netedit.modifyAdditionalDefaultBoolValue(9) # create E2 with different friendlyPos netedit.leftClick(match, 450, 220) # Check undo redo netedit.undo(match, 9) netedit.redo(match, 9) # save additionals netedit.saveAdditionals() # save network netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# Change time threshold netedit.modifyAttribute(comboboxAdditional, 5, "10") # create E2 with different time threshold netedit.leftClick(match, 150, 220) # Change speed threshold netedit.modifyAttribute(comboboxAdditional, 6, "2.5") # create E2 with different speed threshold netedit.leftClick(match, 250, 220) # Change jam threshold netedit.modifyAttribute(comboboxAdditional, 7, "15.5") # create E2 with different jam threshold netedit.leftClick(match, 350, 220) # Check undo redo netedit.undo(match, 7) netedit.redo(match, 7) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess, False, False)
neteditTestRoot = os.path.join(os.environ.get('TEXTTEST_HOME', testRoot), 'netedit')
sys.path.append(neteditTestRoot)
import neteditTestFunctions as netedit
# Open netedit
neteditProcess, match = netedit.setupAndStart(neteditTestRoot, False)
# Rebuild network
netedit.rebuildNetwork()
# zoom in central node
netedit.zoomIn(match.getTarget().offset(325, 225), 10)
# set crossing mode
type("d")
# delete first crossing
click(match.getTarget().offset(250, 225))
# delete second crossing
click(match.getTarget().offset(385, 225))
# check undo redo
netedit.undo(match, 2)
netedit.redo(match, 2)
# save newtork
netedit.saveNetwork()
# quit netedit
netedit.quit(neteditProcess, False, False)
# Answer "yes" to the answer dialog
netedit.waitQuestion("y")
# Change parameter 3 with a non valid value (<startPos)
netedit.modifyAttribute(parametersReference, 3, "10")
# Change parameter 3 with a valid value
netedit.modifyAttribute(parametersReference, 3, "30")
# Change parameter 4 with a non valid value (throw warning)
netedit.modifyAttribute(parametersReference, 4, "line1, line2")
# Change parameter 4 with a valid value
netedit.modifyAttribute(parametersReference, 4, "line1 line2")
# go to a empty area
click(match);
# Check undos and redos
netedit.undo(match, 13)
netedit.redo(match, 13)
# save additionals
netedit.saveAdditionals()
# save newtork
netedit.saveNetwork()
# quit netedit
netedit.quit(neteditProcess, False, False)
# Change parameter 9 with a valid value (> 360) netedit.modifyAttribute(8, "30") # Change parameter 9 with a non valid value (dummy) netedit.modifyAttribute(9, "dummyGEO") # Change parameter 9 with a non valid value (empty) netedit.modifyAttribute(9, "") # Change parameter 9 with a valid value netedit.modifyAttribute(9, "3.73,74.30") # Change boolean parameter GEO netedit.modifyShapeDefaultBoolValue(10) # Change boolean parameter block netedit.modifyShapeDefaultBoolValue(12) # Check undos and redos netedit.undo(match, 26) netedit.redo(match, 26) # save shapes netedit.saveShapes() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# Change boolean parameter 10 netedit.modifyShapeDefaultBoolValue(11) # Change parameter 11 with a non valid value (dummy) netedit.modifyAttribute(12, "dummyAngle") # Change parameter 11 with a valid value (negative) netedit.modifyAttribute(12, "-12") # Change parameter 11 with a valid value (> 360) netedit.modifyAttribute(12, "500") # Change parameter 11 with a valid value netedit.modifyAttribute(12, "30") # Change boolean parameter block netedit.modifyShapeDefaultBoolValue(14) # Check undos and redos netedit.undo(match, 28) netedit.redo(match, 28) # save shapes netedit.saveShapes() # save network netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
netedit.selectChild(comboboxAdditional, 4, 3) netedit.leftClick(match, 150, 250) # Change to delete netedit.deleteMode() # delete created E3 1 netedit.leftClick(match, 100, 100) # delete created E3 2 netedit.leftClick(match, 300, 100) # delete loaded E3 1 netedit.leftClick(match, 400, 100) # delete loaded E3 2 netedit.leftClick(match, 500, 100) # Check undo redo netedit.undo(match, 4) netedit.redo(match, 4) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess, False, False)
# select E1 netedit.changeAdditional(comboboxAdditional, 6) # create E1 with default parameters netedit.leftClick(match, 200, 250) # Change frequency netedit.modifyAttribute(comboboxAdditional, 2, "150") # create E1 with different frequency netedit.leftClick(match, 250, 250) # Change frequency netedit.modifyBoolAttribute(comboboxAdditional, 3) # create E1 with different split by type netedit.leftClick(match, 300, 250) # Check undo redo netedit.undo(match, 3) netedit.redo(match, 3) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess, False, False)
testRoot = os.path.join(os.environ.get('SUMO_HOME', '.'), 'tests')
neteditTestRoot = os.path.join(
os.environ.get('TEXTTEST_HOME', testRoot), 'netedit')
sys.path.append(neteditTestRoot)
import neteditTestFunctions as netedit # noqa
# Open netedit
neteditProcess, match = netedit.setupAndStart(neteditTestRoot)
# Rebuild network
netedit.rebuildNetwork()
# go to delete mode
netedit.deleteMode()
# delete first crossing
netedit.leftClick(match, 320, 225)
# delete second crossing
netedit.leftClick(match, 480, 225)
# check undo redo
netedit.undo(match, 2)
# save newtork
netedit.saveNetwork()
# quit netedit
netedit.quit(neteditProcess)
# Change parameter 4 with an non valid value netedit.modifyAttribute(4, "%%%&&%$%$") # Change parameter 4 with a duplicated value netedit.modifyAttribute(4, "instantInductionLoop_gneE2_1_1.txt") # Change parameter 4 with a valid value netedit.modifyAttribute(4, "myOwnOutput.txt") # Change parameter 5 with an invalid value netedit.modifyAdditionalDefaultValue(5, "DummyVClasses") # Change parameter 5 with a valid value netedit.modifyAdditionalDefaultValue(5, "private passenger taxi bus") # Change boolean parameter 5 netedit.modifyBoolAttribute(6) # Check undos and redos netedit.undo(match, 12) netedit.redo(match, 12) # save additionals netedit.saveAdditionals() # save network netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# Change speedTreshold netedit.modifyAttribute(comboboxAdditional, 4, "2.51") # create E3 with different speedTreshold netedit.leftClick(match, 500, 100) # select entry detector netedit.changeAdditional(comboboxAdditional, -4) # Create Entry detectors for all E3 detectors except for the first netedit.selectChild(comboboxAdditional, 4, 1) netedit.leftClick(match, 50, 250) netedit.selectChild(comboboxAdditional, 4, 1) netedit.leftClick(match, 200, 250) netedit.selectChild(comboboxAdditional, 4, 1) netedit.leftClick(match, 350, 250) netedit.selectChild(comboboxAdditional, 4, 1) netedit.leftClick(match, 500, 250) # Check undo redo netedit.undo(match, 9) netedit.redo(match, 9) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess, False, False)
# Change parameter 3 with a valid value netedit.modifyAttribute(parametersReference, 3, "120") # Change parameter 4 with an empty value netedit.modifyAttribute(parametersReference, 4, "") # Change parameter 4 with a duplicated value netedit.modifyAttribute(parametersReference, 4, "e1Detector_gneE2_1_1.txt") # Change parameter 4 with a valid value netedit.modifyAttribute(parametersReference, 4, "myOwnOutput.txt") # Change boolean parameter 5 netedit.modifyBoolAttribute(parametersReference, 5) # go to a empty area click(match); # Check undos and redos netedit.undo(match, 12) netedit.redo(match, 12) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess, False, False)
# Change parameter 9 with a valid value netedit.modifyAttribute(9, "30") # Change parameter 9 with a non valid value (dummy) netedit.modifyAttribute(11, "dummyGEO") # Change parameter 9 with a non valid value (empty) netedit.modifyAttribute(11, "") # Change parameter 9 with a valid value netedit.modifyAttribute(11, "3.73,74.30") # Change boolean parameter GEO netedit.modifyShapeDefaultBoolValue(12) # Change boolean parameter block netedit.modifyShapeDefaultBoolValue(14) # Check undos and redos netedit.undo(match, 27) netedit.redo(match, 27) # save shapes netedit.saveShapes() # save network netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# Change parameter 5 with a non valid value (negative) netedit.modifyAttribute(parametersReference, 5, "-5") # Change parameter 5 with a valid value netedit.modifyAttribute(parametersReference, 5, "4") # Change parameter 6 with a non valid value (dummy) netedit.modifyAttribute(parametersReference, 6, "dummySpeedTreshold") # Change parameter 6 with a non valid value (negative) netedit.modifyAttribute(parametersReference, 6, "-12.1") # Change parameter 6 with a valid value netedit.modifyAttribute(parametersReference, 6, "6.3") # go to a empty area netedit.leftClick(match, 0, 0); # Check undos and redos netedit.undo(match, 21) netedit.redo(match, 21) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess, False, False)
testRoot = os.path.join(os.environ.get('SUMO_HOME', '.'), 'tests')
neteditTestRoot = os.path.join(os.environ.get('TEXTTEST_HOME', testRoot),
'netedit')
sys.path.append(neteditTestRoot)
import neteditTestFunctions as netedit # noqa
# Open netedit
neteditProcess, match = netedit.setupAndStart(neteditTestRoot)
# Rebuild network
netedit.rebuildNetwork()
# zoom in central node
netedit.setZoom("50", "50", "50")
# go to delete mode
netedit.deleteMode()
# delete junction
netedit.leftClick(match, 300, 250)
# check undo
netedit.undo(match, 1)
# save newtork
netedit.saveNetwork()
# quit netedit
netedit.quit(neteditProcess)
# Change parameter 6 with a non valid value 3 netedit.modifyAttribute(7, "2") # Change parameter 6 with a valid value netedit.modifyAttribute(7, "0.90") # Change parameter 7 (bool) netedit.modifyBoolAttribute(8) # Change parameter 8 with a non valid value 1 netedit.modifyAttribute(9, "dummyChargeDelay") # Change parameter 8 with a non valid value 2 netedit.modifyAttribute(9, "-10") # Change parameter 8 with a valid value netedit.modifyAttribute(9, "3") # Check undos and redos netedit.undo(match, 18) netedit.redo(match, 18) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# select a single edge edges and create a split crossing netedit.leftClick(match, 250, 70) netedit.createCrossing() netedit.rebuildNetwork() # select a single edge edges and create a split crossing netedit.leftClick(match, 350, 70) netedit.createCrossing() netedit.rebuildNetwork() # select a single edge edges and create a split crossing netedit.leftClick(match, 250, 400) netedit.createCrossing() netedit.rebuildNetwork() # select a single edge edges and create a split crossing netedit.leftClick(match, 350, 400) netedit.createCrossing() netedit.rebuildNetwork() # Check undo redo netedit.undo(match, 8) netedit.redo(match, 8) # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# Change parameter 2 with a valid value netedit.modifyAttribute(2, "3.4") # Change parameter 3 with a non valid value (dummy) netedit.modifyAttribute(3, "dummyAngle") # Change parameter 3 with a valid value (negative) netedit.modifyAttribute(3, "-6") # Change parameter 3 with a valid value >360 netedit.modifyAttribute(3, "500") # Change parameter 3 with a valid value netedit.modifyAttribute(3, "32.5") # Change parameter 5 with a different value netedit.modifyBoolAttribute(5) # Check undos and redos netedit.undo(match, 16) netedit.redo(match, 16) # save additionals netedit.saveAdditionals() # save network netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# Change parameter 3 with a non valid value (dummy) netedit.modifyAttribute(4, "") # Change parameter 3 with a valid value netedit.modifyAttribute(4, "OwnOutput.txt") # Change parameter 4 with a non valid value (dummy) netedit.modifyAttribute(4, "dummy") # Change parameter 4 with a non valid value (negative) netedit.modifyAttribute(4, "-5") # Change parameter 4 with a valid value netedit.modifyAttribute(4, "20") # go to a empty area click(match) # Check undos and redos netedit.undo(match, 13) netedit.redo(match, 13) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess, False, False)
# Change parameter 8 with a valid value (valid) netedit.modifyAttribute(8, "berlin_icon.ico") # Change parameter 9 with a non valid value (dummy) netedit.modifyAttribute(9, "dummyAngle") # Change parameter 9 with a valid value (negative) netedit.modifyAttribute(9, "-12") # Change parameter 9 with a valid value (> 360º) netedit.modifyAttribute(9, "500") # Change parameter 9 with a valid value (> 360º) netedit.modifyAttribute(9, "30") # Change boolean parameter 3 netedit.modifyShapeDefaultBoolValue(10) # Check undos and redos netedit.undo(match, 25) netedit.redo(match, 25) # save shapes netedit.saveShapes() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# Change parameter 5 with a valid value netedit.modifyAttribute(parametersReference, 5, "0.90") # Change parameter 6 (bool) netedit.modifyBoolAttribute(parametersReference, 6) # Change parameter 7 with a non valid value 1 netedit.modifyAttribute(parametersReference, 7, "dummyChargeDelay") # Change parameter 7 with a non valid value 2 netedit.modifyAttribute(parametersReference, 7, "-10") # Change parameter 7 with a valid value netedit.modifyAttribute(parametersReference, 7, "3") # go to a empty area click(match) # Check undos and redos netedit.undo(match, 17) netedit.redo(match, 17) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess, False, False)
# change use geo netedit.modifyBoolAttribute(6) # change block move netedit.modifyBoolAttribute(8) # change block shape netedit.modifyBoolAttribute(9) # change close netedit.modifyBoolAttribute(10) # go to select mode netedit.selectMode() # clear selection netedit.selectionClear() # Check undos and redos netedit.undo(match, 14) netedit.redo(match, 14) # save shapes netedit.saveShapes() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# try to move E3 to right (must be blocked) netedit.moveElement(match, 120, 50, 300, 50) # go to inspect mode netedit.inspectMode() # inspect E3 netedit.leftClick(match, 250, 100) # unblock additional netedit.modifyBoolAttribute(8) # change to move mode netedit.moveMode() # move E3 to right (must be allowed) netedit.moveElement(match, 120, 50, 300, 50) # Check undos and redos netedit.undo(match, 6) netedit.redo(match, 6) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# disable friendlyPos
netedit.modifyAdditionalDefaultBoolValue(3)
# change reference to "reference left"
netedit.modifyAdditionalDefaultValue(10, "reference left")
# create a containerStop in mode "reference left" without friendlyPos
netedit.leftClick(match, 120, 215)
# change reference to "reference right"
netedit.modifyAdditionalDefaultValue(10, "reference right")
# create a containerStop in mode "reference right" without friendlyPos
netedit.leftClick(match, 500, 215)
# Check undo redo
netedit.undo(match, 7)
netedit.redo(match, 7)
# save additionals
netedit.saveAdditionals()
# Fix stopping places position
netedit.fixStoppingPlace("fixPositions")
# save newtork
netedit.saveNetwork()
# quit netedit
netedit.quit(neteditProcess)
# try to move E2 to right (must be blocked) netedit.moveElement(match, 250, 250, 350, 250) # go to inspect mode netedit.inspectMode() # inspect E2 netedit.leftClick(match, 350, 250) # unblock additional netedit.modifyBoolAttribute(11) # change to move mode netedit.moveMode() # move E2 to right (must be allowed) netedit.moveElement(match, 250, 250, 350, 250) # Check undos and redos netedit.undo(match, 5) netedit.redo(match, 5) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
netedit.changeAdditional("detEntry")
# Create Entry detector for E3
netedit.selectAdditionalChild(6, 3)
netedit.leftClick(match, 100, 200)
# select Exit detector
netedit.changeAdditional("detExit")
# Create Exit detector for E3
netedit.selectAdditionalChild(6, 3)
netedit.leftClick(match, 250, 200)
# Undo creation of E3, Entry and Exit
netedit.leftClick(match, 0, 0)
netedit.undo(match, 3)
# go to additional mode
netedit.additionalMode()
# select E3
netedit.changeAdditional("e3Detector")
# create E3
netedit.leftClick(match, 100, 50)
# select entry detector
netedit.changeAdditional("detEntry")
# Create Entry detector for E3
netedit.selectAdditionalChild(6, 3)
# Change to inspect mode netedit.inspectMode() # inspect E3 netedit.leftClick(match, 250, 100) # obtain parameters reference parametersReference = netedit.getParametersReference(match) # unblock additional netedit.changeBlockAdditional(comboboxAdditional, 7) # change to move mode netedit.moveMode() # move E3 to right (must be allowed) netedit.moveElement(match, 120, 50, 300, 50) # Check undos and redos netedit.undo(match, 6) netedit.redo(match, 6) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess, False, False)
netedit.cancelEdge() # disable chain mode netedit.changeChainOption() # create a complex intersection netedit.leftClick(match, 300, 250) netedit.leftClick(match, 300, 150) netedit.leftClick(match, 300, 250) netedit.leftClick(match, 400, 250) netedit.leftClick(match, 300, 250) netedit.leftClick(match, 300, 350) netedit.leftClick(match, 300, 250) netedit.leftClick(match, 200, 250) # rebuild network netedit.rebuildNetwork() # Check undo and redo netedit.undo(match, 20) netedit.redo(match, 20) # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# move containerStop to right netedit.moveElement(match, 150, 275, 250, 275) # move back netedit.moveElement(match, 250, 275, 150, 275) # move containerStop to left overpassing lane netedit.moveElement(match, 150, 275, -100, 275) # move back netedit.moveElement(match, 0, 275, 150, 275) # move containerStop to right overpassing lane netedit.moveElement(match, 150, 275, 550, 275) # move back to another different position of initial netedit.moveElement(match, 500, 275, 300, 275) # Check undos and redos netedit.undo(match, 10) netedit.redo(match, 10) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess, False, False)
# Change parameter 5 with a non valid value (negative) netedit.modifyAttribute(5, "-5") # Change parameter 5 with a valid value netedit.modifyAttribute(5, "4") # Change parameter 6 with a non valid value (dummy) netedit.modifyAttribute(6, "dummySpeedTreshold") # Change parameter 6 with a non valid value (negative) netedit.modifyAttribute(6, "-12.1") # Change parameter 6 with a valid value netedit.modifyAttribute(6, "6.3") # go to a empty area netedit.leftClick(match, 0, 0) # Check undos and redos netedit.undo(match, 21) netedit.redo(match, 21) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess)
# Change to inspect mode netedit.inspectMode() # inspect E1 netedit.leftClick(match, 350, 250) # obtain parameters reference parametersReference = netedit.getParametersReference(match) # unblock additional netedit.changeBlockAdditional(comboboxAdditional, 6) # change to move mode netedit.moveMode() # move E1 to right (must be allowed) netedit.moveElement(match, 250, 250, 350, 250) # Check undos and redos netedit.undo(match, 5) netedit.redo(match, 5) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess, False, False)
# Change parameter 8 with a non valid value netedit.modifyAttribute(parametersReference, 8, "-12.1") # Change parameter 8 with a valid value netedit.modifyAttribute(parametersReference, 8, "6.3") # Change parameter 9 with a non valid value netedit.modifyAttribute(parametersReference, 9, "dummyJamThreshold") # Change parameter 9 with a non valid value netedit.modifyAttribute(parametersReference, 9, "-8") # Change parameter 9 with a valid value netedit.modifyAttribute(parametersReference, 9, "12.5") # go to a empty area click(match); # Check undos and redos netedit.undo(match, 23) netedit.redo(match, 23) # save additionals netedit.saveAdditionals() # save newtork netedit.saveNetwork() # quit netedit netedit.quit(neteditProcess, False, False)
