SPMUtilities/AFM_thumbs
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KPFM 2 omega signal 'KPFM_2w'. It is an added signal in list of channels. Nanonis adaption.

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This commit is contained in:
Clemens Barth
2022-04-08 22:21:14 +02:00
parent bb66cd7460
commit 753fe29502
7 changed files with 18 additions and 54 deletions
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49
AFM_thumbs/Channel.py
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@@ -38,34 +38,26 @@ def rename_channel(name):
if re.search(ID_list[0],name): if re.search(ID_list[0],name):
globvar_AFMdata.channel.append("Topography") globvar_AFMdata.channel.append("Topography")
elif re.search(ID_list[4],name): elif re.search(ID_list[4],name):
if re.search(ID_list[5],name): if re.search(ID_list[5],name):
globvar_AFMdata.channel.append("filtered df") globvar_AFMdata.channel.append("filtered df")
else: else:
globvar_AFMdata.channel.append("df") globvar_AFMdata.channel.append("df")
elif re.search(ID_list[1],name): elif re.search(ID_list[1],name):
globvar_AFMdata.channel.append("Amplitude") globvar_AFMdata.channel.append("Amplitude")
elif re.search(ID_list[6],name): elif re.search(ID_list[6],name):
globvar_AFMdata.channel.append("Dissipation") globvar_AFMdata.channel.append("Dissipation")
elif re.search(ID_list[2],name): elif re.search(ID_list[2],name):
if re.search(ID_list[3],name): if re.search(ID_list[3],name):
globvar_AFMdata.channel.append("Kelvin Error") globvar_AFMdata.channel.append("Kelvin Error")
else: else:
globvar_AFMdata.channel.append("Kelvin") globvar_AFMdata.channel.append("Kelvin")
elif re.search(ID_list[8],name): elif re.search(ID_list[8],name):
globvar_AFMdata.channel.append("Ext 1") globvar_AFMdata.channel.append("Ext 1")
elif re.search(ID_list[9],name): elif re.search(ID_list[9],name):
globvar_AFMdata.channel.append("Ext 2") globvar_AFMdata.channel.append("Ext 2")
elif re.search(ID_list[7],name): elif re.search(ID_list[7],name):
globvar_AFMdata.channel.append("Excitation") globvar_AFMdata.channel.append("Excitation")
elif re.search(ID_list[10],name): elif re.search(ID_list[10],name):
globvar_AFMdata.channel.append("Phase") globvar_AFMdata.channel.append("Phase")
else: else:
@@ -91,51 +83,43 @@ def proceed_with(image_nr,direction):
return True return True
elif direction == "backward" and globvar_ThumbPara.thumbs[1]: elif direction == "backward" and globvar_ThumbPara.thumbs[1]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "df": elif globvar_AFMdata.channel[image_nr] == "df":
if not globvar_AFMdata.channel[image_nr] == "filtered": if not globvar_AFMdata.channel[image_nr] == "filtered":
if direction == "forward" and globvar_ThumbPara.thumbs[2]: if direction == "forward" and globvar_ThumbPara.thumbs[2]:
return True return True
elif direction == "backward" and globvar_ThumbPara.thumbs[3]: elif direction == "backward" and globvar_ThumbPara.thumbs[3]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Dissipation": elif globvar_AFMdata.channel[image_nr] == "Dissipation":
if direction == "forward" and globvar_ThumbPara.thumbs[4]: if direction == "forward" and globvar_ThumbPara.thumbs[4]:
return True return True
elif direction == "backward" and globvar_ThumbPara.thumbs[5]: elif direction == "backward" and globvar_ThumbPara.thumbs[5]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Amplitude": elif globvar_AFMdata.channel[image_nr] == "Amplitude":
if direction == "forward" and globvar_ThumbPara.thumbs[6]: if direction == "forward" and globvar_ThumbPara.thumbs[6]:
return True return True
elif direction == "backward" and globvar_ThumbPara.thumbs[7]: elif direction == "backward" and globvar_ThumbPara.thumbs[7]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Kelvin": elif globvar_AFMdata.channel[image_nr] == "Kelvin":
if not globvar_AFMdata.channel[image_nr] == "Error": if not globvar_AFMdata.channel[image_nr] == "Error":
if direction == "forward" and globvar_ThumbPara.thumbs[8]: if direction == "forward" and globvar_ThumbPara.thumbs[8]:
return True return True
elif direction == "backward" and globvar_ThumbPara.thumbs[9]: elif direction == "backward" and globvar_ThumbPara.thumbs[9]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Kelvin Error": elif globvar_AFMdata.channel[image_nr] == "Kelvin Error":
if direction == "forward" and globvar_ThumbPara.thumbs[10]: if direction == "forward" and globvar_ThumbPara.thumbs[10]:
return True return True
elif direction == "backward" and globvar_ThumbPara.thumbs[11]: elif direction == "backward" and globvar_ThumbPara.thumbs[11]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Ext 1": elif globvar_AFMdata.channel[image_nr] == "Ext 1":
if direction == "forward" and globvar_ThumbPara.thumbs[12]: if direction == "forward" and globvar_ThumbPara.thumbs[12]:
return True return True
elif direction == "backward" and globvar_ThumbPara.thumbs[13]: elif direction == "backward" and globvar_ThumbPara.thumbs[13]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Ext 2": elif globvar_AFMdata.channel[image_nr] == "Ext 2":
if direction == "forward" and globvar_ThumbPara.thumbs[14]: if direction == "forward" and globvar_ThumbPara.thumbs[14]:
return True return True
elif direction == "backward" and globvar_ThumbPara.thumbs[15]: elif direction == "backward" and globvar_ThumbPara.thumbs[15]:
return True return True
else: else:
for i, chan in enumerate(globvar_ThumbPara.channel_names): for i, chan in enumerate(globvar_ThumbPara.channel_names):
if not chan == "": if not chan == "":
@@ -157,49 +141,41 @@ def line_fit(image_nr,direction):
return True return True
elif direction == "backward" and globvar_ThumbPara.line_fit[1]: elif direction == "backward" and globvar_ThumbPara.line_fit[1]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "df": elif globvar_AFMdata.channel[image_nr] == "df":
if direction == "forward" and globvar_ThumbPara.line_fit[2]: if direction == "forward" and globvar_ThumbPara.line_fit[2]:
return True return True
elif direction == "backward" and globvar_ThumbPara.line_fit[3]: elif direction == "backward" and globvar_ThumbPara.line_fit[3]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Dissipation": elif globvar_AFMdata.channel[image_nr] == "Dissipation":
if direction == "forward" and globvar_ThumbPara.line_fit[4]: if direction == "forward" and globvar_ThumbPara.line_fit[4]:
return True return True
elif direction == "backward" and globvar_ThumbPara.line_fit[5]: elif direction == "backward" and globvar_ThumbPara.line_fit[5]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Amplitude": elif globvar_AFMdata.channel[image_nr] == "Amplitude":
if direction == "forward" and globvar_ThumbPara.line_fit[6]: if direction == "forward" and globvar_ThumbPara.line_fit[6]:
return True return True
elif direction == "backward" and globvar_ThumbPara.line_fit[7]: elif direction == "backward" and globvar_ThumbPara.line_fit[7]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Kelvin": elif globvar_AFMdata.channel[image_nr] == "Kelvin":
if direction == "forward" and globvar_ThumbPara.line_fit[8]: if direction == "forward" and globvar_ThumbPara.line_fit[8]:
return True return True
elif direction == "backward" and globvar_ThumbPara.line_fit[9]: elif direction == "backward" and globvar_ThumbPara.line_fit[9]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Kelvin Error": elif globvar_AFMdata.channel[image_nr] == "Kelvin Error":
if direction == "forward" and globvar_ThumbPara.line_fit[10]: if direction == "forward" and globvar_ThumbPara.line_fit[10]:
return True return True
elif direction == "backward" and globvar_ThumbPara.line_fit[11]: elif direction == "backward" and globvar_ThumbPara.line_fit[11]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Ext 1": elif globvar_AFMdata.channel[image_nr] == "Ext 1":
if direction == "forward" and globvar_ThumbPara.line_fit[12]: if direction == "forward" and globvar_ThumbPara.line_fit[12]:
return True return True
elif direction == "backward" and globvar_ThumbPara.line_fit[13]: elif direction == "backward" and globvar_ThumbPara.line_fit[13]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Ext 2": elif globvar_AFMdata.channel[image_nr] == "Ext 2":
if direction == "forward" and globvar_ThumbPara.line_fit[14]: if direction == "forward" and globvar_ThumbPara.line_fit[14]:
return True return True
elif direction == "backward" and globvar_ThumbPara.line_fit[15]: elif direction == "backward" and globvar_ThumbPara.line_fit[15]:
return True return True
else: else:
for i, chan in enumerate(globvar_ThumbPara.channel_names): for i, chan in enumerate(globvar_ThumbPara.channel_names):
if not chan == "": if not chan == "":
@@ -221,49 +197,41 @@ def plane_fit(image_nr,direction):
return True return True
if direction == "backward" and globvar_ThumbPara.plane_fit[1]: if direction == "backward" and globvar_ThumbPara.plane_fit[1]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "df": elif globvar_AFMdata.channel[image_nr] == "df":
if direction == "forward" and globvar_ThumbPara.plane_fit[2]: if direction == "forward" and globvar_ThumbPara.plane_fit[2]:
return True return True
if direction == "backward" and globvar_ThumbPara.plane_fit[3]: if direction == "backward" and globvar_ThumbPara.plane_fit[3]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Dissipation": elif globvar_AFMdata.channel[image_nr] == "Dissipation":
if direction == "forward" and globvar_ThumbPara.plane_fit[4]: if direction == "forward" and globvar_ThumbPara.plane_fit[4]:
return True return True
if direction == "backward" and globvar_ThumbPara.plane_fit[5]: if direction == "backward" and globvar_ThumbPara.plane_fit[5]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Amplitude": elif globvar_AFMdata.channel[image_nr] == "Amplitude":
if direction == "forward" and globvar_ThumbPara.plane_fit[6]: if direction == "forward" and globvar_ThumbPara.plane_fit[6]:
return True return True
if direction == "backward" and globvar_ThumbPara.plane_fit[7]: if direction == "backward" and globvar_ThumbPara.plane_fit[7]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Kelvin": elif globvar_AFMdata.channel[image_nr] == "Kelvin":
if direction == "forward" and globvar_ThumbPara.plane_fit[8]: if direction == "forward" and globvar_ThumbPara.plane_fit[8]:
return True return True
if direction == "backward" and globvar_ThumbPara.plane_fit[9]: if direction == "backward" and globvar_ThumbPara.plane_fit[9]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Kelvin Error": elif globvar_AFMdata.channel[image_nr] == "Kelvin Error":
if direction == "forward" and globvar_ThumbPara.plane_fit[10]: if direction == "forward" and globvar_ThumbPara.plane_fit[10]:
return True return True
if direction == "backward" and globvar_ThumbPara.plane_fit[11]: if direction == "backward" and globvar_ThumbPara.plane_fit[11]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Ext 1": elif globvar_AFMdata.channel[image_nr] == "Ext 1":
if direction == "forward" and globvar_ThumbPara.plane_fit[12]: if direction == "forward" and globvar_ThumbPara.plane_fit[12]:
return True return True
if direction == "backward" and globvar_ThumbPara.plane_fit[13]: if direction == "backward" and globvar_ThumbPara.plane_fit[13]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Ext 2": elif globvar_AFMdata.channel[image_nr] == "Ext 2":
if direction == "forward" and globvar_ThumbPara.plane_fit[14]: if direction == "forward" and globvar_ThumbPara.plane_fit[14]:
return True return True
if direction == "backward" and globvar_ThumbPara.plane_fit[15]: if direction == "backward" and globvar_ThumbPara.plane_fit[15]:
return True return True
else: else:
for i, chan in enumerate(globvar_ThumbPara.channel_names): for i, chan in enumerate(globvar_ThumbPara.channel_names):
if not chan == "": if not chan == "":
@@ -285,55 +253,46 @@ def invert(image_nr,direction):
direction = "forward" direction = "forward"
elif image_nr%2 != 0: elif image_nr%2 != 0:
direction = "backward" direction = "backward"
if globvar_AFMdata.channel[image_nr] == "Topography": if globvar_AFMdata.channel[image_nr] == "Topography":
if direction == "forward" and globvar_ThumbPara.invert[0]: if direction == "forward" and globvar_ThumbPara.invert[0]:
return True return True
if direction == "backward" and globvar_ThumbPara.invert[1]: if direction == "backward" and globvar_ThumbPara.invert[1]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "df": elif globvar_AFMdata.channel[image_nr] == "df":
if direction == "forward" and globvar_ThumbPara.invert[2]: if direction == "forward" and globvar_ThumbPara.invert[2]:
return True return True
if direction == "backward" and globvar_ThumbPara.invert[3]: if direction == "backward" and globvar_ThumbPara.invert[3]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Dissipation": elif globvar_AFMdata.channel[image_nr] == "Dissipation":
if direction == "forward" and globvar_ThumbPara.invert[4]: if direction == "forward" and globvar_ThumbPara.invert[4]:
return True return True
if direction == "backward" and globvar_ThumbPara.invert[5]: if direction == "backward" and globvar_ThumbPara.invert[5]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Amplitude": elif globvar_AFMdata.channel[image_nr] == "Amplitude":
if direction == "forward" and globvar_ThumbPara.invert[6]: if direction == "forward" and globvar_ThumbPara.invert[6]:
return True return True
if direction == "backward" and globvar_ThumbPara.invert[7]: if direction == "backward" and globvar_ThumbPara.invert[7]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Kelvin": elif globvar_AFMdata.channel[image_nr] == "Kelvin":
if direction == "forward" and globvar_ThumbPara.invert[8]: if direction == "forward" and globvar_ThumbPara.invert[8]:
return True return True
if direction == "backward" and globvar_ThumbPara.invert[9]: if direction == "backward" and globvar_ThumbPara.invert[9]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Kelvin Error": elif globvar_AFMdata.channel[image_nr] == "Kelvin Error":
if direction == "forward" and globvar_ThumbPara.invert[10]: if direction == "forward" and globvar_ThumbPara.invert[10]:
return True return True
if direction == "backward" and globvar_ThumbPara.invert[11]: if direction == "backward" and globvar_ThumbPara.invert[11]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Ext 1": elif globvar_AFMdata.channel[image_nr] == "Ext 1":
if direction == "forward" and globvar_ThumbPara.invert[12]: if direction == "forward" and globvar_ThumbPara.invert[12]:
return True return True
if direction == "backward" and globvar_ThumbPara.invert[13]: if direction == "backward" and globvar_ThumbPara.invert[13]:
return True return True
elif globvar_AFMdata.channel[image_nr] == "Ext 2": elif globvar_AFMdata.channel[image_nr] == "Ext 2":
if direction == "forward" and globvar_ThumbPara.invert[14]: if direction == "forward" and globvar_ThumbPara.invert[14]:
return True return True
if direction == "backward" and globvar_ThumbPara.invert[15]: if direction == "backward" and globvar_ThumbPara.invert[15]:
return True return True
else: else:
for i, chan in enumerate(globvar_ThumbPara.channel_names): for i, chan in enumerate(globvar_ThumbPara.channel_names):
if not chan == "": if not chan == "":
@@ -364,49 +323,41 @@ def select_color(image_nr,direction):
direction = "forward" direction = "forward"
elif image_nr%2 != 0: elif image_nr%2 != 0:
direction = "backward" direction = "backward"
if globvar_AFMdata.channel[image_nr] == "Topography": if globvar_AFMdata.channel[image_nr] == "Topography":
if direction == "forward": if direction == "forward":
return globvar_ThumbPara.colors[0] return globvar_ThumbPara.colors[0]
if direction == "backward": if direction == "backward":
return globvar_ThumbPara.colors[1] return globvar_ThumbPara.colors[1]
elif globvar_AFMdata.channel[image_nr] == "df": elif globvar_AFMdata.channel[image_nr] == "df":
if direction == "forward": if direction == "forward":
return globvar_ThumbPara.colors[2] return globvar_ThumbPara.colors[2]
if direction == "backward": if direction == "backward":
return globvar_ThumbPara.colors[3] return globvar_ThumbPara.colors[3]
elif globvar_AFMdata.channel[image_nr] == "Dissipation": elif globvar_AFMdata.channel[image_nr] == "Dissipation":
if direction == "forward": if direction == "forward":
return globvar_ThumbPara.colors[4] return globvar_ThumbPara.colors[4]
if direction == "backward": if direction == "backward":
return globvar_ThumbPara.colors[5] return globvar_ThumbPara.colors[5]
elif globvar_AFMdata.channel[image_nr] == "Amplitude": elif globvar_AFMdata.channel[image_nr] == "Amplitude":
if direction == "forward": if direction == "forward":
return globvar_ThumbPara.colors[6] return globvar_ThumbPara.colors[6]
if direction == "backward": if direction == "backward":
return globvar_ThumbPara.colors[7] return globvar_ThumbPara.colors[7]
elif globvar_AFMdata.channel[image_nr] == "Kelvin": elif globvar_AFMdata.channel[image_nr] == "Kelvin":
if direction == "forward": if direction == "forward":
return globvar_ThumbPara.colors[8] return globvar_ThumbPara.colors[8]
if direction == "backward": if direction == "backward":
return globvar_ThumbPara.colors[9] return globvar_ThumbPara.colors[9]
elif globvar_AFMdata.channel[image_nr] == "Kelvin Error": elif globvar_AFMdata.channel[image_nr] == "Kelvin Error":
if direction == "forward": if direction == "forward":
return globvar_ThumbPara.colors[10] return globvar_ThumbPara.colors[10]
if direction == "backward": if direction == "backward":
return globvar_ThumbPara.colors[11] return globvar_ThumbPara.colors[11]
elif globvar_AFMdata.channel[image_nr] == "Ext 1": elif globvar_AFMdata.channel[image_nr] == "Ext 1":
if direction == "forward": if direction == "forward":
return globvar_ThumbPara.colors[12] return globvar_ThumbPara.colors[12]
if direction == "backward": if direction == "backward":
return globvar_ThumbPara.colors[13] return globvar_ThumbPara.colors[13]
elif globvar_AFMdata.channel[image_nr] == "Ext 2": elif globvar_AFMdata.channel[image_nr] == "Ext 2":
if direction == "forward": if direction == "forward":
return globvar_ThumbPara.colors[14] return globvar_ThumbPara.colors[14]

15
AFM_thumbs/Config_default.conf
View File

@@ -48,13 +48,14 @@ File extension :
Direction : 0 Direction : 0
Linefit : 3 Linefit : 3
Planefit : 3 Planefit : 3
AddChannel : 20 AddChannel : 22
ChannelNumber : 4 ChannelNumber : 5
Tooltips : 0 Tooltips : 0
Channelname 1 : FN Channelname 1 : FN
Channelname 2 : FL Channelname 2 : FL
Channelname 3 : I Channelname 3 : I
Channelname 4 : Phase Channelname 4 : Phase
Channelname 5 : KPFM_2w
Thumb 1 : 1 Thumb 1 : 1
Thumb 2 : 1 Thumb 2 : 1
Thumb 3 : 1 Thumb 3 : 1
@@ -79,6 +80,8 @@ Thumb 21 : 1
Thumb 22 : 1 Thumb 22 : 1
Thumb 23 : 1 Thumb 23 : 1
Thumb 24 : 1 Thumb 24 : 1
Thumb 25 : 1
Thumb 26 : 1
LineFit 1 : 1 LineFit 1 : 1
LineFit 2 : 1 LineFit 2 : 1
LineFit 3 : 1 LineFit 3 : 1
@@ -103,6 +106,8 @@ LineFit 21 : 1
LineFit 22 : 1 LineFit 22 : 1
LineFit 23 : 1 LineFit 23 : 1
LineFit 24 : 1 LineFit 24 : 1
LineFit 25 : 1
LineFit 26 : 1
PlaneFit 1 : 0 PlaneFit 1 : 0
PlaneFit 2 : 0 PlaneFit 2 : 0
PlaneFit 3 : 0 PlaneFit 3 : 0
@@ -127,6 +132,8 @@ PlaneFit 21 : 0
PlaneFit 22 : 0 PlaneFit 22 : 0
PlaneFit 23 : 0 PlaneFit 23 : 0
PlaneFit 24 : 0 PlaneFit 24 : 0
PlaneFit 25 : 0
PlaneFit 26 : 0
Inverted 1 : 0 Inverted 1 : 0
Inverted 2 : 0 Inverted 2 : 0
Inverted 3 : 1 Inverted 3 : 1
@@ -151,6 +158,8 @@ Inverted 21 : 0
Inverted 22 : 0 Inverted 22 : 0
Inverted 23 : 0 Inverted 23 : 0
Inverted 24 : 0 Inverted 24 : 0
Inverted 25 : 0
Inverted 26 : 0
Color 1 : Gist_heat Color 1 : Gist_heat
Color 2 : Gist_heat Color 2 : Gist_heat
Color 3 : Grey Color 3 : Grey
@@ -175,3 +184,5 @@ Color 21 : Ocean
Color 22 : Ocean Color 22 : Ocean
Color 23 : Grey Color 23 : Grey
Color 24 : Grey Color 24 : Grey
Color 25 : Grey
Color 26 : Grey

5
AFM_thumbs/SPECS_Nanonis.py
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@@ -198,7 +198,6 @@ def read_SPECS_Nanonis_image_data(nanonis_file):
# The channels with the following names are not supported. # The channels with the following names are not supported.
# #
# Bias # Bias
# Laser_power_mon.
# Laser_Setpoint # Laser_Setpoint
# Output_3 # Output_3
# Output_4 # Output_4
@@ -206,7 +205,6 @@ def read_SPECS_Nanonis_image_data(nanonis_file):
# Y # Y
# Output_8 # Output_8
channels_not_supported = ["Bias", channels_not_supported = ["Bias",
"Laser_power_mon.",
"Laser_Setpoint", "Laser_Setpoint",
"Output_3", "Output_3",
"Output_4", "Output_4",
@@ -246,6 +244,8 @@ def read_SPECS_Nanonis_image_data(nanonis_file):
channel_name = "Kelvin" channel_name = "Kelvin"
if channel_name == "KPFM_err": if channel_name == "KPFM_err":
channel_name = "KELVIN_ERR" channel_name = "KELVIN_ERR"
if channel_name == "Laser_power_mon.":
channel_name = "KPFM_2w"
globvar_AFMdata.scandir.append("forward") globvar_AFMdata.scandir.append("forward")
globvar_AFMdata.scandir.append("backward") globvar_AFMdata.scandir.append("backward")
@@ -326,6 +326,7 @@ def prepare_SPECS_Nanonis_images(nanonis_file, data_offset):
# The definition 'proceed_with' is 'connected' with the GUI of # The definition 'proceed_with' is 'connected' with the GUI of
# AFM_thumbs where one can choose if a channel of a specific # AFM_thumbs where one can choose if a channel of a specific
# scanning direction shall be represented in a pdf file or not. # scanning direction shall be represented in a pdf file or not.
if proceed_with(image_nr,globvar_AFMdata.scandir[image_nr]): if proceed_with(image_nr,globvar_AFMdata.scandir[image_nr]):
# Prepare the file path. # Prepare the file path.

3
AFM_thumbs/Variables.py
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@@ -288,7 +288,8 @@ ID_abbreviations = {"Topography" : "Z", "filtered df":"df_fil", "Amplitude":"A",
"Dissipation": "D", "Kelvin Error": "KPFM_err", "Dissipation": "D", "Kelvin Error": "KPFM_err",
"Ext 1": "Ext1", "Ext 2": "Ext2", "Excitation": "A_ext", "Ext 1": "Ext1", "Ext 2": "Ext2", "Excitation": "A_ext",
"Phase": "Phase", "Kelvin": "KPFM", "DF_DIG": "df", "Phase": "Phase", "Kelvin": "KPFM", "DF_DIG": "df",
"EXT": "Ext", "EXT1": "Ext1", "EXT2": "Ext2"} "EXT": "Ext", "EXT1": "Ext1", "EXT2": "Ext2",
"Kelvin_2w": "KPFM2w"}
# ______________________________________________________________________ Colors # ______________________________________________________________________ Colors

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AFM_thumbs/__pycache__/Channel.cpython-38.pyc
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AFM_thumbs/__pycache__/SPECS_Nanonis.cpython-38.pyc
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AFM_thumbs/__pycache__/Variables.cpython-38.pyc
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