camera.SetPosition(0, 0, 0.44)
ren2.SetActiveCamera(camera)
# camera.SetFocalPoint(0, 0, 0)
#ren2.GetActiveCamera().Zoom(1.5)
renWin.Render()
reportname = "TireAuditReport"
reportdirToTest = dirToTest + "\\" + reportname
reportdirToTestJPG = dirToTest + "\\" + reportname + ".png"
#ExportAsPDF(reportdirToTest,renWin)
ExportAsPNG(reportdirToTestJPG, renWin)
#ExportAsPDF(reportdirToTest,renWin)
# renWin = ren.GetRenderWindow()
renWin.Finalize()
# ren.TerminateApp()
del renWin, ren2
print("\n*** report path is ", reportdirToTest)
AddLogo(reportdirToTestJPG)
print("\n hello")
pollTireStates.pollTireTransactionStatus(
ProcessReportNew1, tireProcessStateSettings.stateReadyForReportProcessing,
tireProcessStateSettings.stateReadyForEmailProcessing, 3)
generate_emailResultsSettings.toUID, msg.as_string())
mailserver.quit()
return (0)
def generate_emailResults(dirtotest):
# reportname="TireAuditReport"
#
# reportfullpath=dirtotest+"\\"+reportname
# #fp="D:\\temp\\TireAuditRoot\\TireScans\\2016-05-29_08-08-08\\tire.ply"
metaDataFile = dirtotest + "\\" + commonSettings.metaDataFile
#emailAddress=metaDataExtraction.getAttributeValueFromFile(dirtotest,"email", metaDataFile)
emailAddress = "*****@*****.**"
tiremodel = "TireModel Not Provided"
tiresize = "TireSize Not Provided"
print("\n emailaddress is ", emailAddress)
reportFile = dirtotest + "\\" + generate_reportsMSettings.reportFile
status = sendEmail(tiremodel, tiresize, reportFile)
#DisplaySimpleReport1(orientedTireSwath,reportfullpath )
pollTireStates.pollTireTransactionStatus(
generate_emailResults,
tireProcessStateSettings.stateReadyForEmailProcessing,
tireProcessStateSettings.stateFinal, 3)
#fp="C:\\Projects\\123DCatch\\TireEagle19560R15_New_KinkosSamsungAForTesting\\A\\" #fp="C:\\Projects\\123DCatch\\TireEagle19560R15_New_KinkosSamsungAForTesting\\A\\" #fp="D:\\temp\\tirepythontest\\tobeprocessed\\2015-11-24_16-09-15\\" #fp="D:\\temp\\tirepythontest\\DeleteMe\\b\\" # #argList=["checkboard7x11",170] ### # #fp="D:\\temp\\delme1\\lnewclamp\\" #fp="D:\\temp\\delme2\\b\\" ##fp="D:\\temp\\delme2\\inewclamp130mmHMaskWornEagle\\" ##fp="D:\\temp\\delme2\\inewclamp130mmHMaskNewEagle\\" #fp="D:\\temp\\delme2\\inewclamp130mmHMaskWornEagleInflatedReal\\" ##fp="D:\\temp\\delme2\\April26Clamp130mmByHandNewEagle\\" #fp="D:\\temp\\delme2\\inewclamp130mmWornEagleInflatedNewTireScanAppA\\" #fp="D:\\temp\\delme2\\inewclamp130mmWornEagleInflatedNewTireScanApp_2016-05-21_11-02-09\\" #fp="D:\\temp\\delme2\\inewclamp130mmWornEagleInflatedNewTireScanApp_2016-05-21_14-43-28_tw\\" #fp="D:\\temp\\TireAuditRoot\\TireScans\dup\\" #fp="D:\\temp\\\inewclamp130mmHMaskNewEagleInflated\\" # #ret=ProcessAgisoft(fp, argList) pollTireStates.pollTireTransactionStatus(generate3D, tireProcessStateSettings.stateReadyFor3DProcessing, tireProcessStateSettings.stateReadyForReportProcessing,5)
#imagehsv2bgrMasked[startRowIndexForNextPhoto+1:endRowIndex,xEndOfLeftTarget:xStartOfRightTarget]=[255,255,255]
imagehsv2bgrMasked[sindex:eindex,
xEndOfLeftTarget:xStartOfRightTarget] = [
255, 255, 255
]
# write out mask
else:
break
startRowIndex = startRowIndexForNextPhoto
# returns the index of the border photo
return (currentPhotoIndex)
def generateMasks(dirtotest):
onlyTirePhotoIndexStartingFromLeft = generateMasksForSideAndFindBorder(
True, dirtotest)
onlyTirePhotoIndexStartingFromRight = generateMasksForSideAndFindBorder(
False, dirtotest)
print("\n ****************", onlyTirePhotoIndexStartingFromLeft,
onlyTirePhotoIndexStartingFromRight)
pollTireStates.pollTireTransactionStatus(
generateMasks, tireProcessStateSettings.stateReadyForMaskProcessing,
tireProcessStateSettings.stateReadyFor3DProcessing, 3)
imageMasked[:, :] = [255, 255, 255]
imageMasked[:, 0:maskBorderSize] = [0, 0, 0]
imageMasked[:, width - maskBorderSize:width] = [0, 0, 0]
imageMasked[0:maskBorderSize, :] = [0, 0, 0]
imageMasked[height - maskBorderSize:height, :] = [0, 0, 0]
# set up the partial mask here
# #imageMasked[:,maskBorder:width-maskBorder]=[255,255,255]
# imageMasked[maskBorder:height-maskBorder,:]=[255,255,255]
for currentPhotoIndex in range(len(photoFiles)):
fnname = dirtotest + "\\M" + photoFiles[currentPhotoIndex]
cv2.imwrite(fnname, imageMasked)
# returns the index of the border photo
return (currentPhotoIndex)
def generateMasksSmartPhone(dirtotest):
generateMasksSmartPhoneMaskFiles(dirtotest)
#print ("\n ****************", onlyTirePhotoIndexStartingFromLeft,onlyTirePhotoIndexStartingFromRight)
pollTireStates.pollTireTransactionStatus(
generateMasksSmartPhone,
tireProcessStateSettings.stateSmartPhoneOnlyReadyForMaskProcessing,
tireProcessStateSettings.stateSmartPhoneOnlyReadyFor3DProcessing, 3)
EndWatch('EntireProgram')
print ("\n**** Performane Results ***\n", sorted(performanceTimeTrackingList, key=lambda dct: dct[0]) )
progPortions = set([l1[0] for l1 in performanceTimeTrackingList])
keylist=list(progPortions)
for key in keylist:
tup=(key,'TotalTime')
print ("%s: %s" % (key, performanceTimeTrackingList[tup]))
waitingForState=1
nextState=2
sleepTime=2
argList=["checkboard7x11",170]
print("hello")
pollTireStates.pollTireTransactionStatus(generateCodes, tireProcessStateSettings.stateReadyForCodeProcessing, tireProcessStateSettings.stateReadyForMaskProcessing,sleepTime)