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Support for Thorlabs BSC20x, M30 Series, and KVS30 stages #111

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Support for Thorlabs BSC20x, M30 Series, and KVS30 stages #111

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fc592a9
Changing "." to "1"
bhathawayQNT Dec 9, 2025
f670acd
Fix regex matching for model number validation
bhathawayQNT Dec 9, 2025
c79bbe6
Scale handling for BSC20 and SCC20 motor models
bhathawayQNT Dec 10, 2025
3c2c348
Fix AVR value for BSC20 and SCC20 models
bhathawayQNT Dec 10, 2025
676707f
Add support for KVS30 and M30 stages in kinesis.py
bhathawayQNT Jan 5, 2026
480e4c2
Simplify model name checking
bhathawayQNT Jan 5, 2026
d04bae0
Update model checks to include M30 and KVS30
bhathawayQNT Jan 5, 2026
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27 changes: 17 additions & 10 deletions pylablib/devices/Thorlabs/kinesis.py
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Original file line number Diff line number Diff line change
Expand Up @@ -196,7 +196,7 @@ def check_background_comm(self, messageID):

_device_SN={ 20:"BSC001", 21:"BPC001", 22:"BNT001", 25:"BMS001", 26:"KST101", 27:"KDC101", 28:"KBD101", 29:"KPZ101",
30:"BSC002", 31:"BPC002", 33:"BDC101", 35:"BMS002", 37:"MFF10." ,
40:"(BSC101|SSC20.)", 41:"BPC101", 43:"BDC101", 44:"PPC001", 45:"LTS", 48:"MMR", 49:"MLJ",
40:"(BSC101|SSC201)", 41:"BPC101", 43:"BDC101", 44:"PPC001", 45:"LTS", 48:"MMR", 49:"MLJ",
50:"MST60" , 51:"MPZ601", 52:"MNA601", 55:"K10CR1", 56:"KLS101", 57:"KNA101", 59:"KSG101",
60:"0ST001", 63:"ODC001", 64:"TLD001", 65:"TIM001", 67:"TBD001", 68:"KSC101", 69:"KPA101",
70:"BSC.03", 71:"BPC.03", 72:"BPS103", 73:"BBD103",
Expand All @@ -213,8 +213,9 @@ def _model_match(self, model_no, port_model_no):
return True
if model_no.startswith(port_model_no):
return True
if re.match("^"+port_model_no+"$",model_no):
return True
for model in port_model_no.split("|"):
if re.match("^"+port_model_no+"$",model_no):
return True
return False
def get_device_info(self, dest="host"):
"""
Expand Down Expand Up @@ -1225,7 +1226,7 @@ def _autodetect_stage(self):
stages={2:"Z706",3:"Z712",4:"Z725",5:"CR1-Z7",6:"PRM1-Z8",
7:"MTS25-Z8",8:"MTS50-Z8",9:"Z825",10:"Z812",11:"Z806"}
return stages.get(stage_id,None)
if self._model=="K10CR1" or self._model.startswith("MPC"):
if self._model=="K10CR1" or self._model.startswith(("MPC", "M30", "KVS30")):
return self._model
return None
def _get_stage(self, scale):
Expand All @@ -1239,6 +1240,8 @@ def _get_step_scale(self, stage):
stage=stage.strip().upper()
if stage=="STEP":
return 1,"step"
if self._model.startswith("M30"):
return 1E7, "m"
if stage in {"MTS25-Z8","MTS50-Z8","Z806","Z812","Z825"}:
return 34304E3,"m"
if stage in {"Z606","Z612","Z625"}:
Expand All @@ -1249,7 +1252,7 @@ def _get_step_scale(self, stage):
return 12288E3,"m"
if stage in {"DDSM50","DDSM100"}:
return 2000E3,"m"
if stage in {"DDS220","DDS300","DDS600","MLS203"}:
if stage in {"DDS220","DDS300","DDS600","MLS203"} or self._model.startswith("KVS30"):
return 20000E3,"m"
if stage=="DDR100":
return 3276800/360,"deg"
Expand All @@ -1259,7 +1262,7 @@ def _get_step_scale(self, stage):
return 1440000/360,"deg"
if stage=="HDR50":
return 75091/0.99997,"deg"
if self._model in ["TST001","MST601"] or self._model.startswith("BSC00") or self._model.startswith("BSC10"):
if self._model in ["TST001","MST601"] or self._model.startswith(("BSC00", "BSC10")):
if stage.startswith("ZST"):
return 125540.35E3,"m"
if stage.startswith("ZFS"):
Expand All @@ -1274,7 +1277,7 @@ def _get_step_scale(self, stage):
return 25600/360,"deg"
if stage=="NR360":
return 25600/(360/66),"deg"
if self._model in ["TST101","KST101","MST602","K10CR1"] or self._model.startswith("BSC20") or self._model.startswith("SSC20"):
if self._model in ["TST101","KST101","MST602","K10CR1"] or self._model.startswith(("BSC20", "SSC20")):
if stage.startswith("ZST"):
return 2008645.63E3,"m"
if stage.startswith("ZFS"):
Expand Down Expand Up @@ -1310,12 +1313,16 @@ def _calculate_scale(self, scale):
if self._model in ["TBD001","KBD101"] or self._model.startswith("BBD10") or self._model.startswith("BBD20"):
time_conv=102.4E-6
return (ssc,ssc*time_conv*2**16,ssc*time_conv**2*2**16),units
if self._model in ["TST001","MST601"] or self._model.startswith("BSC00") or self._model.startswith("BSC10") or self._model.startswith("MPC"):
if self._model in ["TST001","MST601"] or self._model.startswith(("BSC", "MPC", "M30", "KVS30")):
return (ssc,ssc,ssc),units
if self._model in ["TST101","KST101","MST602","K10CR1"] or self._model.startswith("BSC20"):
if self._model in ["TST101","KST101","MST602","K10CR1"]:
vpr=53.68
avr=204.94E-6
return (ssc,ssc*vpr,ssc*vpr*avr),units
if self._model.startswith("BSC20") or self._model.startswith("SCC20"):
vpr=8.26
avr=204.94E-6
return (ssc,ssc*vpr,ssc*vpr*avr),units
warnings.warn("can't recognize motor model {}; setting all scales to internal units".format(self._model))
return (1,1,1),"internal"
def _get_scale(self):
Expand Down Expand Up @@ -1613,4 +1620,4 @@ def v2i(v, scale=10):
open_loop_out=current_parameters.open_loop_out if open_loop_out is None else open_loop_out
data=struct.pack("<hhhhHHhh",xmin,ymin,xmax,ymax,route,open_loop_out,xgain,ygain)
self._quad_set(0x05,data)
return self.get_output_parameters()
return self.get_output_parameters()