Add/fix new test, with RoMA

#29, #9, #19, 34

protocols/Prefill_plate_in_Evo200/Prefill_plate_in_Evo200.py

@@ -57,11 +57,10 @@ def Run(self):
  self.comment('Prefill a plate with some dilutions of two master mix and Buffer Reagent for {:d} samples.'
  .format(num_of_samples))
 
-
  BufCuvette = wt.get_labware("BufferCub", labware.Trough_100ml) # Get Labwares from the work table
  master_mixes_ = wt.get_labware("mixes", labware.Eppendorfrack)
 
- maxTips = min (self.n_tips, num_of_samples)
+ maxTips = min(self.n_tips, num_of_samples)
 
  buf_per_sample =0
  well_v = 100
@@ -86,17 +85,17 @@ def Run(self):
  # Define the reactives in each labware (Cuvette, eppys, etc.)
 
  buffer_reag = Reagent("Buffer ",
-  BufCuvette,
-  volpersample = buf_per_sample,
-  # defLiqClass = 'MN VL',
-  # num_of_samples= num_of_samples
-  )
-
- mix1 =Reagent("mix1",
-  master_mixes_,
-  volpersample = dil_mix1_10,
-  # defLiqClass = 'MN VL'
-  )
+ BufCuvette,
+ volpersample = buf_per_sample,
+ # defLiqClass = 'MN VL',
+ # num_of_samples= num_of_samples
+ )
+
+ mix1 = Reagent("mix1",
+ master_mixes_,
+ volpersample = dil_mix1_10,
+ # defLiqClass = 'MN VL'
+ )
 
  mix2 = Reagent("mix2",
  master_mixes_,
@@ -110,40 +109,40 @@ def Run(self):
 
  instructions.wash_tips(wasteVol=5, FastWash=True).exec()
 
- Plat1 = wt.get_labware("plate1", labware.MP96MachereyNagel)
- Plat2 = wt.get_labware("plate2", labware.MP96well)
+ plate_1 = wt.get_labware("plate1", labware.MP96MachereyNagel)
+ plate_2 = wt.get_labware("plate2", labware.MP96well)
 
  # Define place for intermediate reactions
  Reagent.use_minimal_number_of_aliquots = False
  mix1_10 = Reagent(f"mix1, diluted 1:10",
- Plat1,
- initial_vol = 0.0,
- replicas = num_of_samples,
- excess = 0)
+  plate_1,
+  initial_vol = 0.0,
+  replicas = num_of_samples,
+  excess = 0)
 
  mix2_10 = Reagent(f"mix2, diluted 1:10",
- Plat1,
- initial_vol = 0.0,
- replicas = num_of_samples,
- excess = 0)
+  plate_1,
+  initial_vol = 0.0,
+  replicas = num_of_samples,
+  excess = 0)
 
  mix1_100 = Reagent(f"mix1, diluted 1:100",
-  Plat2,
-  initial_vol=0.0,
-  replicas=num_of_samples,
-  excess=0)
+ plate_2,
+ initial_vol=0.0,
+ replicas=num_of_samples,
+ excess=0)
 
  mix2_100 = Reagent(f"mix2, diluted 1:100",
-  Plat2,
-  initial_vol=0.0,
-  replicas=num_of_samples,
-  excess=0)
+ plate_2,
+ initial_vol=0.0,
+ replicas=num_of_samples,
+ excess=0)
 
- loc = Plat2.location # just showing how to move the plate from one site to the next in the carrier
+ loc = plate_2.location # just showing how to move the plate from one site to the next in the carrier
  loc.site -= 1
- carrier = labware.Carrier(labware.Carrier.Type.by_name["MP 3Pos"], loc.grid, label ="MP 3Pos")
+ carrier = labware.Carrier(self.get_carrier_type("MP 3Pos"), loc.grid, label ="MP 3Pos")
  loc.carrier = carrier
- instructions.transfer_rack(Plat2, loc ).exec() # just showing how RoMa works.
+ instructions.transfer_rack(plate_2, loc).exec() # just showing how RoMa works.
 
  with group("Fill plate with mixes "):