make Siglent sds1104x trace aquizition compatible with new config passing scheme

1 files changed, 17 insertions, 17 deletions

diff --git a/qolab/hardware/scope/sds1104x.py b/qolab/hardware/scope/sds1104x.py
index 21439e5..abca62a 100644
--- a/qolab/hardware/scope/sds1104x.py
+++ b/qolab/hardware/scope/sds1104x.py
@@ -92,15 +92,22 @@ class SDS1104X(ScopeSCPI):
             to use ``decimate=True``.
         """
 
+        rawChanCfg = {}
         if availableNpnts is None:
             # using channel 1 to get availableNpnts
             availableNpnts = self.getAvailableNumberOfPoints(1)
+            rawChanCfg["availableNpnts"] = availableNpnts
+        
+        if maxRequiredPoints is None:
+            maxRequiredPoints = self.maxRequiredPoints
         (
             sparsing,
             Npnts,
             availableNpnts,
             maxRequiredPoints,
         ) = calcSparsingAndNumPoints(availableNpnts, maxRequiredPoints)
+        rawChanCfg["Npnts"] = Npnts
+        rawChanCfg["sparsing"] = sparsing
         if decimate:
             Npnts = availableNpnts  # get all of them and decimate later
         if (sparsing == 1 and Npnts == availableNpnts) or decimate:
@@ -169,7 +176,8 @@ class SDS1104X(ScopeSCPI):
             wfRaw = np.array([])
         trRaw.config["unit"] = "Count"
         trRaw.config["tags"]["Decimate"] = decimate
-        return (trRaw, availableNpnts, Npnts)
+        trRaw.config["tags"]["rawChanConfig"] = rawChanCfg
+        return (trRaw, rawChanCfg)
 
     def getChanVoltsPerDiv(self, chNum):
         qstr = f"C{chNum}:VDIV?"
@@ -266,7 +274,7 @@ class SDS1104X(ScopeSCPI):
 
         In short decimate=True is slower but more precise.
         """
-        trRaw, availableNpnts, Npnts = self.getRawWaveform(
+        trRaw, rawChanCfg = self.getRawWaveform(
             chNum,
             availableNpnts=availableNpnts,
             maxRequiredPoints=maxRequiredPoints,
@@ -281,18 +289,12 @@ class SDS1104X(ScopeSCPI):
         tr.config["unit"] = "Volt"
         tr.config["tags"]["VoltageOffset"] = VoltageOffset
         tr.config["tags"]["VoltsPerDiv"] = VoltsPerDiv
-        return (tr, availableNpnts)
+        return (tr, rawChanCfg)
 
-    def getTimeTrace(self, availableNpnts=None, maxRequiredPoints=None):
-        if availableNpnts is None:
-            # using channel 1 to get availableNpnts
-            availableNpnts = self.getAvailableNumberOfPoints(1)
-        (
-            sparsing,
-            Npnts,
-            availableNpnts,
-            maxRequiredPoints,
-        ) = calcSparsingAndNumPoints(availableNpnts, maxRequiredPoints)
+    def getTimeTrace(self, rawChanCfg):
+        availableNpnts = rawChanCfg["availableNpnts"]
+        sparsing = rawChanCfg["sparsing"]
+        Npnts = rawChanCfg["Npnts"]
         sampleRate = self.getSampleRate()
         timePerDiv = self.getTimePerDiv()
         trigDelay = self.getTrigDelay()
@@ -328,15 +330,13 @@ class SDS1104X(ScopeSCPI):
         old_trg_mode = self.getTriggerMode()
         self.setTriggerMode("STOP")
         # to get synchronous channels
-        wfVoltage, availableNpnts = self.getWaveform(
+        wfVoltage, rawChanCfg = self.getWaveform(
             chNum,
             availableNpnts=availableNpnts,
             maxRequiredPoints=maxRequiredPoints,
             decimate=decimate,
         )
-        t = self.getTimeTrace(
-            availableNpnts=availableNpnts, maxRequiredPoints=maxRequiredPoints
-        )
+        t = self.getTimeTrace(rawChanCfg)
         tr = TraceXY(f"Ch{chNum}")
         tr.x = t
         tr.y = wfVoltage