This forum may not be appropriate - sorry. I have some python code that works external to Creator, running in CodeSkulptor3.
I am processing a comment string, and during the integration of my code into Creator script I get an error that a) I can't see why, and b) since a, don't know how to address it. What's my problem?
Yeah, found a couple bugs in the 'working ' code. Just wanted to follow up and say I have a solution that works outside Creator, so I have a way forward.
Shawn
This forum may not be appropriate - sorry. I have some python code that works external to Creator, running in CodeSkulptor3.
I am processing a comment string, and during the integration of my code into Creator script I get an error that a) I can't see why, and b) since a, don't know how to address it. What's my problem?
The error is:
Run Script started <test_comment1B.py>...
('Code supplied is:', 'B')
('Value supplied is:', '1')
E: Traceback (most recent call last):
E: File "test_comment1B.py", line 129
E: TypeError: 'str' object is not callable
Line 129:
boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail)
Function new_c_string definition starts on line 46.
# 2021.04.08 revised from comment edit script # # Reformat selection comment to match template isxn # include halt line information # use src, dest roads to determine signal name # db = mgGetCurrentDb() selectList = mgGetSelectList (db) num = mgGetRecListCount (selectList) if (num == 0): mgSendMessage (MMSG_ERROR, "Nothing selected") else: mgDeselectAll(db) for i in range (0, num): rec,m = mgGetNextRecInList (selectList) mgSelectOne(rec) tag = mgGetComment (rec) name = mgGetName (rec) if tag: comment = tag.split('\n') # tmp_new = comment.split(' ') # print ('New comment? ', tmp_new) # new_comment = ' '.join(str(x) for x in tmp_new) s, inp_code = mgPromptDialogString(None, 50, "Enter ISXN code (B-G):","") if inp_code: inp_signal_code = inp_code print ('Code supplied is:', what_code) s, inp_signal_val = mgPromptDialogString(None, 50, "Enter input (1-6):","") if inp_signal_val: what_val = inp_signal_val print ('Value supplied is:', what_val) if not inp_signal_code or inp_signal_val: mgSendMessage (MMSG_ERROR, "Error: Missing Code or Value to process!") ############################################## ############################################## def new_c_string (src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail): new_c_line = '@Corridor ' + src_road + ' ' + src_lane + ' ' + dest_road + ' ' + dest_lane + ' CrdrHold 0.00 0.00 TLIGHT CrdrHoldLine 2.00 0.00 CrdrHoldSign ' + what_signal + ' ' + " ".join([str(i) for i in c_tail]) return new_c_line ############################################### ############################################### words = comment[0].split(' ') new_tag = [] road1, road2, road3, road4, old_c_string, c_tail, new_c_string = '','','','','','','' signal_name = '' # hold offset stuff hold_string = 'CrdrHold 0.00 0.00 TLIGHT CrdrHoldLine 2.00 0.00 CrdrHoldSign ' road4 = words[-1] road3 = words[-2] road2 = words[-3] road1 = words[-4] signal_r1 = 's_signal_south' + '_' + inp_signal_code + '_' + str(inp_signal_val) signal_r1_left = 's_signal_south_left' + '_' + inp_signal_code + '_' + str(inp_signal_val) signal_r2 = 's_signal_east' + '_' + inp_signal_code + '_' + str(inp_signal_val) signal_r2_left = 's_signal_east_left' + '_' + inp_signal_code + '_' + str(inp_signal_val) signal_r3 = 's_signal_north' + '_' + inp_signal_code + '_' + str(inp_signal_val) signal_r3_left = 's_signal_north_left' + '_' + inp_signal_code + '_' + str(inp_signal_val) signal_r4 = 's_signal_west' + '_' + inp_signal_code + '_' + str(inp_signal_val) signal_r4_left = 's_signal_west_left' + '_' + inp_signal_code + '_' + str(inp_signal_val) boo = '' # reconstruct tag # first line will be the same between old and new tag new_tag.append(comment[0]) for x in range (1, len(comment)): if 'IntBorder' in comment[x]: new_tag.append(comment[x]) elif 'Corridor' in comment[x]: #print (comment[x], type(comment[x])) src_road, src_lane, dest_road, dest_lane = '','','','' old_c_string = comment[x] c_words = comment[x].split(' ') src_road = c_words[1] src_lane = c_words[2] dest_road = c_words[3] dest_lane = c_words[4] c_tail = c_words[-3:] if (src_road == road1) and (dest_road == road4): what_signal = signal_r1_left boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road1) and (dest_road == road3): what_signal = signal_r1 boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road1) and (dest_road == road2): new_tag.append(comment[x]) elif (src_road == road2) and (dest_road == road1): what_signal = signal_r2_left boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road2) and (dest_road == road4): what_signal = signal_r2 boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road2) and (dest_road == road3): new_tag.append(comment[x]) elif (src_road == road3) and (dest_road == road2): what_signal = signal_r3_left boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road3) and (dest_road == road1): what_signal = signal_r1 boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road3) and (dest_road == road4): new_tag.append(comment[x]) elif (src_road == road1) and (dest_road == road4): what_signal = signal_r1_left boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road1) and (dest_road == road3): what_signal = signal_r1 boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road1) and (dest_road == road2): new_tag.append(comment[x]) elif (src_road == road4) and (dest_road == road3): what_signal = signal_r4_left boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road4) and (dest_road == road2): what_signal = signal_r2 boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road4) and (dest_road == road1): new_tag.append(comment[x]) # print (new_comment) ok = mgSetComment (rec, new_tag)Here is the CS3 code. Note some things are hard-coded and the code is not identical to the above.
tag = '''@IntDef IntName intB2 IntHeight 0.00 IntRoadName CBr1 Br2 Ar1 Br1 @IntBorder 213.720002 378.959999 213.720002 281.040001 0 @IntBorder 213.720002 281.040001 268.800001 225.960002 0 @IntBorder 268.800001 225.960002 391.199999 225.960002 0 @IntBorder 391.199999 225.960002 446.279998 281.040001 0 @IntBorder 446.279998 281.040001 446.279998 378.959999 0 @IntBorder 446.279998 378.959999 391.199999 434.039998 0 @IntBorder 391.199999 434.039998 268.800001 434.039998 0 @IntBorder 268.800001 434.039998 213.720002 378.959999 0 @Corridor Ar1 5 Br2 2 CrdrCurves intB2_Ar1L5_Br2L2.corr 12.0 @Corridor Ar1 6 CBr1 6 CrdrCurves intB2_Ar1L6_CBr1L6.corr 12.0 @Corridor Ar1 7 CBr1 7 CrdrCurves intB2_Ar1L7_CBr1L7.corr 12.0 @Corridor Ar1 8 CBr1 8 CrdrCurves intB2_Ar1L8_CBr1L8.corr 12.0 @Corridor Ar1 9 Br1 7 CrdrCurves intB2_Ar1L9_Br1L7.corr 12.0 @Corridor Br1 0 CBr1 9 CrdrCurves intB2_Br1L0_CBr1L9.corr 12.0 @Corridor Br1 1 Br2 1 CrdrCurves intB2_Br1L1_Br2L1.corr 12.0 @Corridor Br1 2 Br2 2 CrdrCurves intB2_Br1L2_Br2L2.corr 12.0 @Corridor Br1 3 Ar1 3 CrdrCurves intB2_Br1L3_Ar1L3.corr 12.0 @Corridor Br2 4 CBr1 6 CrdrCurves intB2_Br2L4_CBr1L6.corr 12.0 @Corridor Br2 5 Br1 5 CrdrCurves intB2_Br2L5_Br1L5.corr 12.0 @Corridor Br2 6 Br1 6 CrdrCurves intB2_Br2L6_Br1L6.corr 12.0 @Corridor Br2 7 Ar1 0 CrdrCurves intB2_Br2L7_Ar1L0.corr 12.0 @Corridor CBr1 0 Br2 0 CrdrCurves intB2_CBr1L0_Br2L0.corr 12.0 @Corridor CBr1 1 Ar1 1 CrdrCurves intB2_CBr1L1_Ar1L1.corr 12.0 @Corridor CBr1 2 Ar1 2 CrdrCurves intB2_CBr1L2_Ar1L2.corr 12.0 @Corridor CBr1 3 Ar1 3 CrdrCurves intB2_CBr1L3_Ar1L3.corr 12.0 @Corridor CBr1 4 Br1 5 CrdrCurves intB2_CBr1L4_Br1L5.corr 12.0 ''' print (type(tag)) content = tag.split('\n') print (type(content), len(content)) print (content[0]) # @IntDef IntName intB2 IntHeight 0.00 IntRoadName CBr1 Br2 Ar1 Br1 words = content[0].split(' ') print (words[-4:]) #['CBr1', 'Br2', 'Ar1', 'Br1'] new_tag = [] road1, road2, road3, road4, old_c_string, c_tail, new_c_string = '','','','','','','' signal_name = '' # hold offset stuff hold_string = 'CrdrHold 0.00 0.00 TLIGHT CrdrHoldLine 2.00 0.00 CrdrHoldSign ' road4 = words[-1] road3 = words[-2] road2 = words[-3] road1 = words[-4] print ('Roads:', road1, road2, road3, road4) print ('####') # signals signal_count = 1 signal_ID = 'B' signal_r1 = 's_signal_south' + '_' + signal_ID + '_' + str(signal_count) signal_r1_left = 's_signal_south_left' + '_' + signal_ID + '_' + str(signal_count) signal_r2 = 's_signal_east' + '_' + signal_ID + '_' + str(signal_count) signal_r2_left = 's_signal_east_left' + '_' + signal_ID + '_' + str(signal_count) signal_r3 = 's_signal_north' + '_' + signal_ID + '_' + str(signal_count) signal_r3_left = 's_signal_north_left' + '_' + signal_ID + '_' + str(signal_count) signal_r4 = 's_signal_west' + '_' + signal_ID + '_' + str(signal_count) signal_r4_left = 's_signal_west_left' + '_' + signal_ID + '_' + str(signal_count) def new_c_string (src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail): new_c_line = '@Corridor ' + src_road + ' ' + src_lane + ' ' + dest_road + ' ' + dest_lane + ' CrdrHold 0.00 0.00 TLIGHT CrdrHoldLine 2.00 0.00 CrdrHoldSign ' + what_signal + ' ' + " ".join([str(i) for i in c_tail]) return new_c_line # reconstruct tag # first line will be the same between old and new tag new_tag.append(content[0]) for x in range (1, len(content)): if 'IntBorder' in content[x]: new_tag.append(content[x]) elif 'Corridor' in content[x]: #print (content[x], type(content[x])) src_road, src_lane, dest_road, dest_lane = '','','','' old_c_string = content[x] c_words = content[x].split(' ') src_road = c_words[1] src_lane = c_words[2] dest_road = c_words[3] dest_lane = c_words[4] c_tail = c_words[-3:] if (src_road == road1) and (dest_road == road4): what_signal = signal_r1_left boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road1) and (dest_road == road3): what_signal = signal_r1 boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road1) and (dest_road == road2): new_tag.append(content[x]) elif (src_road == road2) and (dest_road == road1): what_signal = signal_r2_left boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road2) and (dest_road == road4): what_signal = signal_r2 boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road2) and (dest_road == road3): new_tag.append(content[x]) elif (src_road == road3) and (dest_road == road2): what_signal = signal_r3_left boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road3) and (dest_road == road1): what_signal = signal_r1 boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road3) and (dest_road == road4): new_tag.append(content[x]) elif (src_road == road1) and (dest_road == road4): what_signal = signal_r1_left boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road1) and (dest_road == road3): what_signal = signal_r1 boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road1) and (dest_road == road2): new_tag.append(content[x]) elif (src_road == road4) and (dest_road == road3): what_signal = signal_r4_left boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road4) and (dest_road == road2): what_signal = signal_r2 boo = new_c_string(src_road, src_lane, dest_road, dest_lane, what_signal, hold_string, c_tail) new_tag.append(boo) elif (src_road == road4) and (dest_road == road1): new_tag.append(content[x]) # c_tail = c_words[-3:] # print ('what is all this?',*c_tail, sep = " ") #what is all this? CrdrCurves intB2_CBr1L4_Br1L5.corr 12.0 print ('** New tag:') for x in new_tag: print (x)Here is the result from CS3, which I think is what I am looking for (debugging lines @top):