Skip to content
Snippets Groups Projects
Commit fe9a280f authored by Christian Schrader's avatar Christian Schrader
Browse files

Functions added to lmk.py. 

- added exception for license warning
- minor reformatting
parent f890bc54
No related branches found
No related tags found
No related merge requests found
Hide whitespace changes
Inline Side-by-side
README.md
+ 1
− 1
View file @ fe9a280f
......@@ -8,7 +8,7 @@ Import of TechnoTeam LMK images. Supports binary and text formats but actually o
binary formats are tested.
- camera images (*.pus)
- luminance images )*.pf)
- luminance images (*.pf)
- color images (?)
Format determined by internal file header, not by file name.
......
pyproject.toml
+ 1
− 1
View file @ fe9a280f
......@@ -4,7 +4,7 @@ build-backend = "setuptools.build_meta"
[project]
name = "ttlmk"
version = "0.1.1"
version = "0.1.2"
authors = [
{ name="Christian Schrader", email="christian.schrader@ptb.de" },
]
......
ttlmk/lmk.py
+ 107
− 49
View file @ fe9a280f
......@@ -11,15 +11,17 @@ See /TechnoTeam/LabSoft/doc/activexserver/class_l_m_k_ax_server.html
import win32com.client
import numpy as np
class LMK_Error(Exception):
def __init__(self, code, message, function=""):
self.code = code
self.message = message
self.function = function
class LMK(object):
_handle = None
def __init__(self):
self._handle = win32com.client.Dispatch("lmk4.LMKAxServer.1")
......@@ -28,21 +30,21 @@ class LMK(object):
err = None
err_res = func(*args)
if type(err_res) == int:
res=None
err=err_res
res = None
err = err_res
else:
err=err_res[0]
res=err_res[1:]
err = err_res[0]
res = err_res[1:]
if len(res) == 1:
res=res[0]
if err==0 or err==None:
res = res[0]
if err == 0 or err == None or err == 137363456:
return res
else:
msg=self._handle.iGetErrorInformation()[1]
msg = self._handle.iGetErrorInformation()[1]
raise LMK_Error(err, msg, function=func_name)
def SetNewCamera2(self, _qNameCamera, _qNameLens):
'''
"""
Set new camera calibration data.
Parameters
......@@ -56,14 +58,14 @@ class LMK(object):
Returns
______
0=ok, !=0 Error code
'''
func_name = 'iSetNewCamera2'
"""
func_name = "iSetNewCamera2"
func = self._handle.iSetNewCamera2
args = [_qNameCamera, _qNameLens]
return self._cmd(func_name, func, args)
def Camera_GetParameter(self, _qname):
'''
"""
Read some additional camera properties.\n
Parameter
________
......@@ -79,14 +81,14 @@ class LMK(object):
the string depends on the parameter itself. For example the gain
is an integer value, the temperature is a floating point.
'''
func_name = 'iCamera_GetParameter'
"""
func_name = "iCamera_GetParameter"
func = self._handle.iCamera_GetParameter
args = [_qname]
return self._cmd(func_name, func, args)
def GetIntegrationTime(self):
'''
"""
Return
________
double &_drCurrentTime,
......@@ -94,23 +96,23 @@ class LMK(object):
double &_drNextTime,
double &_drMinTime,
double &_drMaxTime
'''
func_name = 'iGetIntegrationTime'
"""
func_name = "iGetIntegrationTime"
func = self._handle.iGetIntegrationTime
args = []
return self._cmd(func_name, func, args)
def AutoScanTime(self):
'''
"""
autoset exposure time
'''
func_name = 'iAutoScanTime'
"""
func_name = "iAutoScanTime"
func = self._handle.iAutoScanTime
args = []
return self._cmd(func_name, func, args)
def SetIntegrationTime(self, _dWishedTime):
'''
"""
Set new exposure time.
Parameters
......@@ -119,15 +121,16 @@ class LMK(object):
_dWishedTime Wished integration time
_drRealizedTime Realized integration time
'''
func_name = 'iSetIntegrationTime'
"""
func_name = "iSetIntegrationTime"
func = self._handle.iSetIntegrationTime
args = [_dWishedTime]
return self._cmd(func_name, func, args)
def Camera_GetSaturation(self, _iWholeImage=1, _iTop=0, _iLeft=0,
_iBottom=0, _iRight=0, _drSaturation=0):
'''
def Camera_GetSaturation(
self, _iWholeImage=1, _iTop=0, _iLeft=0, _iBottom=0, _iRight=0, _drSaturation=0
):
"""
Parameters
__________
_iWholeImage - 1: Use whole image (_iTop, _iLeft,
......@@ -141,36 +144,80 @@ class LMK(object):
____
_drSaturation Saturation of image or region in percent
(values between 0.0 and 100.0, 100.0 = overdriven image or region)
'''
func_name = 'iCamera_GetSaturation'
"""
func_name = "iCamera_GetSaturation"
func = self._handle.iCamera_GetSaturation
args = [_iWholeImage, _iTop, _iLeft, _iBottom, _iRight]
return self._cmd(func_name, func, *args)
def Grab(self):
'''
"""
Capturing a camera image
'''
func_name = 'iGrab'
"""
func_name = "iGrab"
func = self._handle.iGrab
args = []
return self._cmd(func_name, func, args)
def SinglePic2(self, _dExposureTime):
'''
"""
Capturing a luminance image with SinglePic algorithm
Parameters
____
dExposureTime Exposure time to use
'''
func_name = 'iSinglePic2'
"""
func_name = "iSinglePic2"
func = self._handle.iSinglePic2
args = [_dExposureTime]
return self._cmd(func_name, func, args)
def MultiPic2(self, _dExposureTime, n):
"""
Capturing a luminance image with SinglePic algorithm
Parameters
____
dExposureTime Exposure time to use
"""
func_name = "iMultiPic2"
func = self._handle.iMultiPic2
args = [_dExposureTime, int(n)]
return self._cmd(func_name, func, args)
def HighDynPic3(self, _dExposureTime, _dStartRatio=10, _dFactor=3, _iCountPic=1):
"""
Capturing a luminance image with HiDynPic3 algorithm
Parameters
double _dExposureTime,
double _dStartRatio,
double _dFactor,
int _iCountPic
"""
func_name = "iHighDynPic3"
func = self._handle.iHighDynPic3
args = [_dExposureTime, _dStartRatio, _dFactor, int(_iCountPic)]
return self._cmd(func_name, func, args)
def HighDynPic2(self, _dMaxTime, _dMinTime, _dFactor=3, _iCountPic=1):
"""
Capturing a luminance image with HiDynPic3 algorithm
Parameters
double _dMaxTime,
double _dMinTime,
double _dFactor,
int _iPicCount --> wird hier wie HighDynPic3 beibehalten
"""
func_name = "iHighDynPic2"
func = self._handle.iHighDynPic2
args = [_dMaxTime, _dMinTime, _dFactor, int(_iCountPic)]
return self._cmd(func_name, func, args)
def SaveImage(self, _iNumber, _qFileName):
'''
"""
Save Image
Parameters
......@@ -182,24 +229,33 @@ class LMK(object):
-1 Color image
0 or larger eval image
_qFileName Destination file name
'''
func_name = 'iSaveImage'
"""
func_name = "iSaveImage"
func = self._handle.iSaveImage
args = [_iNumber, _qFileName]
return self._cmd(func_name, func, args)
def Open(self):
'''
"""
öffnet LabSoft
'''
func_name = 'iOpen'
"""
func_name = "iOpen"
func = self._handle.iOpen
args = []
print(func_name)
return self._cmd(func_name, func, args)
def isOpen(self):
"""
testet, ob Labsoft schon geöffnet ost
"""
func_name = "iIsOpen"
func = self._handle.iIsOpen
args = []
# bricht die API!
return bool(self._handle.iIsOpen())
def Close(self, _iQuestion=0):
'''
"""
Closes the Lmk4 application.
Parameters
......@@ -213,26 +269,28 @@ class LMK(object):
____
0=ok, 1=User do not want to close the application, >1 Error code
'''
func_name = 'iClose'
"""
func_name = "iClose"
func = self._handle.iClose
args = [_iQuestion]
return self._cmd(func_name, func, args)
def ImageGetDumpToMemory(self, nr, rowstart, rowend, colstart, colend):
# very slow! Better use SaveImage() to temporary file and
# very slow! Better use SaveImage() to temporary file and
# open it with lmk_image
func_name = 'iImageGetDumpToMemory'
func_name = "iImageGetDumpToMemory"
func = self._handle.iImageGetDumpToMemory
args = [nr, rowstart, rowend, colstart, colend]
# FIXME: color images?
buff = self._cmd(func_name, func, args)
img = np.frombuffer(buff, dtype=np.float32).reshape(rowend-rowstart+1,colend-colstart+1)
buff = self._cmd(func_name, func, args)
img = np.frombuffer(buff, dtype=np.float32).reshape(
rowend - rowstart + 1, colend - colstart + 1
)
return img
def SetFilterWheel(self, nr):
func_name = 'iSetFilterWheel'
func_name = "iSetFilterWheel"
func = self._handle.iSetFilterWheel
args = [nr]
return self._cmd(func_name, func, args)
0% or .
You are about to add 0 people to the discussion. Proceed with caution.
Please register or to comment