Recent changes to Postprocessor-Example Python

Postprocessor-Example Python modified by chrisko

chrisko — Mon, 10 Aug 2020 12:35:37 -0000

--- v7
+++ v8
@@ -1,4 +1,6 @@
 This is an example of a Postprocessor used for export into python classes, in order to check offsets.
+
+Take care fof config_version. I this value is lower then your basic file, there might have been some change on the config file (e.g. added variables etc.) Ensure to update to the newer version by changing the file manually.

 ~~~
 #  Section and variable names must be valid Python identifiers

Postprocessor-Example Python modified by chrisko

chrisko — Mon, 10 Aug 2020 12:33:42 -0000

--- v6
+++ v7
@@ -1,56 +1,59 @@
 This is an example of a Postprocessor used for export into python classes, in order to check offsets.

-    #  Section and variable names must be valid Python identifiers
-    #      do not use whitespace in names
-    
-    # do not edit the following section name:
-    [Version]
-        # do not edit the following value:
-        config_version = 5
-    
-    [General]
-        output_format = .txt
-        output_text = "text for offset algorithm"
-        output_type = text
-        
-        abs_export = True
-        cancel_cc_for_depth = False
-        cc_outside_the_piece = True
-        export_ccw_arcs_only = False
-        max_arc_radius = 10000.0
-        
-        code_begin_units_mm = 
-        code_begin_units_in = 
-        code_begin_prog_abs =
-        code_begin_prog_inc = 
-        code_begin = 
-        code_end = 
-    
-    [Number_Format]
-        pre_decimals = 4
-        post_decimals = 9
-        decimal_separator = .
-        pre_decimal_zero_padding = False
-        post_decimal_zero_padding = False
-        signed_values = False
-    
-    [Line_Numbers]
-        use_line_nrs = False
-        line_nrs_begin = 10
-        line_nrs_step = 10
-    
-    [Program]
-        tool_change = 
-        feed_change = 
-        rap_pos_plane = 
-        rap_pos_depth = 
-        lin_mov_plane = "LineGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE)),%nl"
-        lin_mov_depth = 
-        arc_int_cw = "ArcGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE), O= Point(%XO, %YO,), s_ang=radians(%AngS ), e_ang=radians(%AngE),r=%R,direction=%ext),%nl"
-        arc_int_ccw = "ArcGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE), O= Point(%XO, %YO,), s_ang=radians(%AngS ), e_ang=radians(%AngE),r=%R,direction=%ext),%nl"
-        cutter_comp_off = 
-        cutter_comp_left = 
-        cutter_comp_right =
-        pre_shape_cut = "%nlShapeClass(geos=[%nl"
-        post_shape_cut ="]closed=True)%nl"
-        comment = 
+~~~
+#  Section and variable names must be valid Python identifiers
+#      do not use whitespace in names
+
+# do not edit the following section name:
+[Version]
+    # do not edit the following value:
+    config_version = 5
+
+[General]
+    output_format = .txt
+    output_text = "text for offset algorithm"
+    output_type = text
+
+    abs_export = True
+    cancel_cc_for_depth = False
+    cc_outside_the_piece = True
+    export_ccw_arcs_only = False
+    max_arc_radius = 10000.0
+
+    code_begin_units_mm = 
+    code_begin_units_in = 
+    code_begin_prog_abs =
+    code_begin_prog_inc = 
+    code_begin = 
+    code_end = 
+
+[Number_Format]
+    pre_decimals = 4
+    post_decimals = 9
+    decimal_separator = .
+    pre_decimal_zero_padding = False
+    post_decimal_zero_padding = False
+    signed_values = False
+
+[Line_Numbers]
+    use_line_nrs = False
+    line_nrs_begin = 10
+    line_nrs_step = 10
+
+[Program]
+    tool_change = 
+    feed_change = 
+    rap_pos_plane = 
+    rap_pos_depth = 
+    lin_mov_plane = "LineGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE)),%nl"
+    lin_mov_depth = 
+    arc_int_cw = "ArcGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE), O= Point(%XO, %YO,), s_ang=radians(%AngS ), e_ang=radians(%AngE),r=%R,direction=%ext),%nl"
+    arc_int_ccw = "ArcGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE), O= Point(%XO, %YO,), s_ang=radians(%AngS ), e_ang=radians(%AngE),r=%R,direction=%ext),%nl"
+    cutter_comp_off = 
+    cutter_comp_left = 
+    cutter_comp_right =
+    pre_shape_cut = "%nlShapeClass(geos=[%nl"
+    post_shape_cut ="]closed=True)%nl"
+    comment = 
+
+~~~

Postprocessor-Example Python modified by chrisko

chrisko — Thu, 16 Jul 2015 12:43:30 -0000

Postprocessor-Example export modified by chrisko

chrisko — Thu, 16 Jul 2015 12:40:31 -0000

Postprocessor-Example export modified by chrisko

chrisko — Thu, 16 Jul 2015 12:39:57 -0000

Postprocessor-Example export modified by chrisko

chrisko — Thu, 16 Jul 2015 12:35:55 -0000

Postprocessor Example export modified by chrisko

chrisko — Thu, 16 Jul 2015 12:35:12 -0000

--- v1
+++ v2
@@ -1,55 +1,56 @@
+This is an example of a Postprocessor used for export into python classes, in order to check offsets.

-#  Section and variable names must be valid Python identifiers
-#      do not use whitespace in names
-
-# do not edit the following section name:
-[Version]
-    # do not edit the following value:
-    config_version = 5
-
-[General]
-    output_format = .txt
-    output_text = "text for offset algorithm"
-    output_type = text
+    #  Section and variable names must be valid Python identifiers
+    #      do not use whitespace in names

-    abs_export = True
-    cancel_cc_for_depth = False
-    cc_outside_the_piece = True
-    export_ccw_arcs_only = False
-    max_arc_radius = 10000.0
+    # do not edit the following section name:
+    [Version]
+        # do not edit the following value:
+        config_version = 5

-    code_begin_units_mm = 
-    code_begin_units_in = 
-    code_begin_prog_abs =
-    code_begin_prog_inc = 
-    code_begin = 
-    code_end = 
-
-[Number_Format]
-    pre_decimals = 4
-    post_decimals = 9
-    decimal_separator = .
-    pre_decimal_zero_padding = False
-    post_decimal_zero_padding = False
-    signed_values = False
-
-[Line_Numbers]
-    use_line_nrs = False
-    line_nrs_begin = 10
-    line_nrs_step = 10
-
-[Program]
-    tool_change = 
-    feed_change = 
-    rap_pos_plane = 
-    rap_pos_depth = 
-    lin_mov_plane = "LineGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE)),%nl"
-    lin_mov_depth = 
-    arc_int_cw = "ArcGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE), O= Point(%XO, %YO,), s_ang=radians(%AngS ), e_ang=radians(%AngE),r=%R,direction=%ext),%nl"
-    arc_int_ccw = "ArcGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE), O= Point(%XO, %YO,), s_ang=radians(%AngS ), e_ang=radians(%AngE),r=%R,direction=%ext),%nl"
-    cutter_comp_off = 
-    cutter_comp_left = 
-    cutter_comp_right =
-    pre_shape_cut = "%nlShapeClass(geos=[%nl"
-    post_shape_cut ="]closed=True)%nl"
-    comment = 
+    [General]
+        output_format = .txt
+        output_text = "text for offset algorithm"
+        output_type = text
+        
+        abs_export = True
+        cancel_cc_for_depth = False
+        cc_outside_the_piece = True
+        export_ccw_arcs_only = False
+        max_arc_radius = 10000.0
+        
+        code_begin_units_mm = 
+        code_begin_units_in = 
+        code_begin_prog_abs =
+        code_begin_prog_inc = 
+        code_begin = 
+        code_end = 
+    
+    [Number_Format]
+        pre_decimals = 4
+        post_decimals = 9
+        decimal_separator = .
+        pre_decimal_zero_padding = False
+        post_decimal_zero_padding = False
+        signed_values = False
+    
+    [Line_Numbers]
+        use_line_nrs = False
+        line_nrs_begin = 10
+        line_nrs_step = 10
+    
+    [Program]
+        tool_change = 
+        feed_change = 
+        rap_pos_plane = 
+        rap_pos_depth = 
+        lin_mov_plane = "LineGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE)),%nl"
+        lin_mov_depth = 
+        arc_int_cw = "ArcGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE), O= Point(%XO, %YO,), s_ang=radians(%AngS ), e_ang=radians(%AngE),r=%R,direction=%ext),%nl"
+        arc_int_ccw = "ArcGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE), O= Point(%XO, %YO,), s_ang=radians(%AngS ), e_ang=radians(%AngE),r=%R,direction=%ext),%nl"
+        cutter_comp_off = 
+        cutter_comp_left = 
+        cutter_comp_right =
+        pre_shape_cut = "%nlShapeClass(geos=[%nl"
+        post_shape_cut ="]closed=True)%nl"
+        comment =

Postprocessor Example export modified by chrisko

chrisko — Thu, 16 Jul 2015 12:32:13 -0000

Section and variable names must be valid Python identifiers

do not use whitespace in names

do not edit the following section name:

[Version]
# do not edit the following value:
config_version = 5

[General]
output_format = .txt
output_text = "text for offset algorithm"
output_type = text

abs_export = True
cancel_cc_for_depth = False
cc_outside_the_piece = True
export_ccw_arcs_only = False
max_arc_radius = 10000.0

code_begin_units_mm = 
code_begin_units_in = 
code_begin_prog_abs =
code_begin_prog_inc = 
code_begin = 
code_end =

[Number_Format]
pre_decimals = 4
post_decimals = 9
decimal_separator = .
pre_decimal_zero_padding = False
post_decimal_zero_padding = False
signed_values = False

[Line_Numbers]
use_line_nrs = False
line_nrs_begin = 10
line_nrs_step = 10

[Program]
tool_change =
feed_change =
rap_pos_plane =
rap_pos_depth =
lin_mov_plane = "LineGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE)),%nl"
lin_mov_depth =
arc_int_cw = "ArcGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE), O= Point(%XO, %YO,), s_ang=radians(%AngS ), e_ang=radians(%AngE),r=%R,direction=%ext),%nl"
arc_int_ccw = "ArcGeo(Ps=Point(%XS, %YS), Pe=Point(%XE, %YE), O= Point(%XO, %YO,), s_ang=radians(%AngS ), e_ang=radians(%AngE),r=%R,direction=%ext),%nl"
cutter_comp_off =
cutter_comp_left =
cutter_comp_right =
pre_shape_cut = "%nlShapeClass(geos=[%nl"
post_shape_cut ="]closed=True)%nl"
comment =