Calculate, sort and modify components
My import list is a list with various components. Scripts count how many such components are.
I try to sort them and put a "part" in front of them.
code:
Using code from @MagunRa
Input file (new):
Part Value Package Library Position (mm) Orientation
C1 100n C0402 rcl (117.65 40.75) R270
C2 100n C0603 rcl (-48.26 53.34) R0
C3 1u C0402 rcl (-50.8 78.74) R0
C4 1u C0402 rcl (9 63.1) R270
C5 10n-1% C0402 rcl (81.55 39.65) R270
C6 100n C0603 rcl (-54.61 53.34) R0
C7 100n C0402 rcl (-60.96 53.34) R0
C8 100n C0603 rcl (-67.31 53.34) R0
C9 100n C0603 rcl (-73.66 53.34) R0
C10 100n C0402 rcl (117.8 50.55) R270
C11 100n C0603 rcl (-17.78 58.42) R0
C12 100n C0603 rcl (-24.13 58.42) R0
C13 1u C0402 rcl (80.35 45.95) R0
C14 100n C0402 rcl (78.15 52.75) R0
C15 1u C0402 rcl (81.5 44.1) R90
C16 10u C0402 rcl (79.25 40.75) R270
C17 22u C0603 rcl (-59.69 63.5) R0
C18 100n C0603 rcl (-36.83 58.42) R0
C19 100n C0603 rcl (-43.18 58.42) R0
C20 100n C0603 rcl (-49.53 58.42) R0
C21 100u A/3216-18R rcl (-60.96 40.64) R0
C22 100n C0402 rcl (-55.88 58.42) R0
C23 10n C0402 rcl (-64.77 63.5) R0
C24 22u C0603 rcl (-69.85 63.5) R0
C25 100n C0402 rcl (-62.23 58.42) R0
C26 10n C0402 rcl (-74.93 63.5) R0
C27 100n C0402 rcl (83.15 51.4) R0
C28 1u C0402 rcl (78.3 50.25) R180
C29 47uF C0603 rcl (-35.56 53.34) R0
C30 0.5p C0402 rcl (83.8 46.35) MR270
C31 100n C0603 rcl (-74.93 58.42) R0
C32 100n C0603 rcl (-17.78 63.5) R0
C33 10u C0402 rcl (-16.51 68.58) R0
C34 120n C0603 rcl (-24.13 63.5) R0
C34_X5R >2.2u C0402 rcl (-21.59 53.34) R0
C34_X5R1 >2.2u C0402 rcl (-80.01 48.26) R0
C35 10u C0402 rcl (-21.59 68.58) R0
C36 1u C0402 rcl (83.15 52.45) R180
C37 6.8n C0603 rcl (-34.29 63.5) R0
C40 10u C0402 rcl (83.1 42.85) MR180
C53 1u C0603 rcl (-36.83 68.58) R0
C54 12p C0603 rcl (-41.91 68.58) R0
C55 12p C0603 rcl (-46.99 68.58) R0
C56 100u A/3216-18R rcl (-66.04 40.64) R0
C57 100u A/3216-18R rcl (-71.12 40.64) R0
C58 100u A/3216-18R rcl (-76.2 40.64) R0
D1 PD3S160 POWERDI323 diode (-46.99 41.91) R0
D2 PD3S160 POWERDI323 diode (-55.88 41.91) R0
IC1 OPA333DBV SOT23-5 linear (79.2 48.1) R90
J1 MOLEX_47346-0001 Molex-47346-0001 (-39.37 17.78) R0
L3 BLM15HD182SN1 0402 inductors (-53.34 48.26) R0
L4 BLM15HD182SN1 0402 inductors (-69.85 48.26) R0
R1 33M R0603 rcl (82.65 46.3) MR90
R2 10K R0402 rcl (118.85 50.55) R270
R3 2k2 R0402 rcl (-31.75 78.74) R0
R4 10K R0402 rcl (118.85 40.75) R270
R5 10k R0402 rcl (-36.83 78.74) R0
R6 10k R0402 rcl (83.1 43.9) MR0
R7 10k R0603 resistor (-36.83 48.26) R0
R8 2k2 R0402 rcl (106.4 40.8) R90
R9 220 R0603 rcl (-26.67 78.74) R0
R10 100 R0402 rcl (107.85 43.95) R90
R11 2k2 R0402 rcl (106.4 50.65) R270
R12 100 R0402 rcl (107.85 47.45) R270
R13 4.7 R0402 rcl (81.55 41.65) R270
R14 47 R0402 rcl (115.2 40.75) R90
R15 2k2 R0402 rcl (110.85 40.75) R270
R16 47 R0402 rcl (115.2 50.55) R270
R17 10k R0603 resistor (-16.51 48.26) R0
R18 15 R0603 rcl (122.15 43.85) R90
R19 2k2 R0402 rcl (110.85 50.55) R90
R20 10 R0603 rcl (122.15 47.5) R270
R21 10k R0603 resistor (-21.59 48.26) R0
R22 4.7 R0402 rcl (79.95 39.1) R0
R23 47k R0402 rcl (78.35 51.55) R180
R24 1k R0402 rcl (77.85 54.05) R0
R27 1k R0402 rcl (82.6 45.4) R90
R28 20k R0402 rcl (78.2 45.95) R0
R29 0.2 R0603 rcl (80.4 41.1) R90
R35 10K R0402 rcl (80.45 50.25) R0
R36 10k R0603 resistor (-26.67 48.26) R0
R42 500 R0603 resistor (-31.75 48.26) R0
R48 100 R0402 rcl (116.45 40.75) R90
R49 100 R0402 rcl (116.75 50.55) R90
SOT23-1 LTC6240 SOT23-5 artinis (82.3 50.2) MR180
T1 PMV16UN SOT-23 zetex (121 40.75) R90
T2 FMMT617 SOT-23 zetex (108.6 40.85) R180
T3 FMMT717 SOT-23 zetex (-40.64 25.4) R0
T4 FMMT617 SOT-23 zetex (108.6 50.55) R0
T5 PMV16UN SOT-23 zetex (121 50.55) R90
T6 FMMT617 SOT-23 zetex (113 40.65) R0
T8 FMMT617 SOT-23 zetex (113.05 50.65) R180
U$1 BPW34SMD BPW_34_SMD jwasys (80 45.7) MR180
U$2 TPS73433 SOT23-5 artinis (-48.26 15.24) R0
U$4 LED760/850_ROITHNER DUOLED_5MM jwasys (110 45.7) R90
U$5 LED760/850_ROITHNER DUOLED_5MM jwasys (115 45.7) R90
U$6 LED760/850_ROITHNER DUOLED_5MM jwasys (120 45.7) R90
U$7 TM4C123GH6ZRBBGA157 BGA_157_MICROSTAR artinis (-26.67 6.35) R0
U$8 REF3225 SOT95P280X100-6N artinis (82.95 48.95) R90
U$10 TPS73633 SOT23-5 artinis (-55.88 15.24) R0
U$12 BNO055LGA-28 LGA-28 artinis (-59.69 78.74) R0
U$14 ECX-42_CRYSTALECS-160-9-42-CKM-TR ECX-42_CRYSTAL artinis (-67.31 77.47) R0
U$16 HEADER_1.27_7 HEADER_1.27_7 jwasys (-73.66 77.47) R0
U1 ADS8860 SOP50P490X110-10N artinis (85.3 40.35) R0
U6 THS4281DBVT SOT95P280X145-5N artinis (78.85 43.85) R180
Output from code (MagunRa):
Part - Value - Package - Amount
['R29'],0.2,R0603,1
['C30'],0.5p,C0402,1
['R20'],10,R0603,1
['R10', 'R12', 'R48', 'R49'],100,R0402,4
['C1', 'C2', 'C6', 'C7', 'C8', 'C9', 'C10', 'C11', 'C12', 'C14', 'C18', 'C19', 'C20', 'C22', 'C25', 'C27', 'C31', 'C32'],100n,C0402,7
['C1', 'C2', 'C6', 'C7', 'C8', 'C9', 'C10', 'C11', 'C12', 'C14', 'C18', 'C19', 'C20', 'C22', 'C25', 'C27', 'C31', 'C32'],100n,C0603,11
['C21', 'C56', 'C57', 'C58'],100u,A/3216-18R,4
['R2', 'R4', 'R35'],10K,R0402,3
['R5', 'R6', 'R7', 'R17', 'R21', 'R36'],10k,R0402,2
['R5', 'R6', 'R7', 'R17', 'R21', 'R36'],10k,R0603,4
['C23', 'C26'],10n,C0402,2
['C5'],10n-1%,C0402,1
['C16', 'C33', 'C35', 'C40'],10u,C0402,4
['C34'],120n,C0603,1
['C54', 'C55'],12p,C0603,2
['R18'],15,R0603,1
['R24', 'R27'],1k,R0402,2
['C3', 'C4', 'C13', 'C15', 'C28', 'C36', 'C53'],1u,C0402,6
['C3', 'C4', 'C13', 'C15', 'C28', 'C36', 'C53'],1u,C0603,1
['R28'],20k,R0402,1
['R9'],220,R0603,1
['C17', 'C24'],22u,C0603,2
['R3', 'R8', 'R11', 'R15', 'R19'],2k2,R0402,5
['R1'],33M,R0603,1
['R13', 'R22'],4.7,R0402,2
['R14', 'R16'],47,R0402,2
['R23'],47k,R0402,1
['C29'],47uF,C0603,1
['R42'],500,R0603,1
['C37'],6.8n,C0603,1
['C34_X5R', 'C34_X5R1'],>2.2u,C0402,2
['U1'],ADS8860,SOP50P490X110-10N,1
['L3', 'L4'],BLM15HD182SN1,0402,2
['U$12'],BNO055LGA-28,LGA-28,1
['U$1'],BPW34SMD,BPW_34_SMD,1
['U$14'],ECX-42_CRYSTALECS-160-9-42-CKM-TR,ECX-42_CRYSTAL,1
['T2', 'T4', 'T6', 'T8'],FMMT617,SOT-23,4
['T3'],FMMT717,SOT-23,1
['U$16'],HEADER_1.27_7,HEADER_1.27_7,1
['U$4', 'U$5', 'U$6'],LED760/850_ROITHNER,DUOLED_5MM,3
['SOT23-1'],LTC6240,SOT23-5,1
['J1'],MOLEX_47346-0001,Molex-47346-0001,1
['IC1'],OPA333DBV,SOT23-5,1
['D1', 'D2'],PD3S160,POWERDI323,2
['T1', 'T5'],PMV16UN,SOT-23,2
['U$8'],REF3225,SOT95P280X100-6N,1
['U6'],THS4281DBVT,SOT95P280X145-5N,1
['U$7'],TM4C123GH6ZRBBGA157,BGA_157_MICROSTAR,1
['U$2'],TPS73433,SOT23-5,1
['U$10'],TPS73633,SOT23-5,1
The result I'm trying to get:
Part - Value - Package - Amount
[C1,C7,C10,C14,C22,C25,C27],100n,C0402,7
Etc,
Etc,
As you can see in the file, the part starts with a letter: C, D, R, L, etc.
Is it possible to sort so that it appears alphabetically?
+3
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3 answers
The dict counter is not the best approach for your problem, if you want to associate a value with the first part you encounter, you can use the following approach which uses a tuple (Value, Package)
as a key and sets the part to the first part we encounter is related to pairing (Value, Package)
... Using islice is pointless as you are splitting the first three columns so there is no real benefit. Using OrderedDict will preserve the order of your file as well:
from collections import OrderedDict
import csv
d = OrderedDict()
with open('test.txt') as f, open("out.csv", "w") as out:
wr = csv.DictWriter(out, fieldnames=["Part", "Value", 'Package', "Amount"])
wr.writeheader()
next(f) # skip header
for line in f:
a, b, c, _ = line.split(None, 3) # split into three columns
key = (b, c) # Value and Package is our key
d.setdefault(key, dict(Amount=0, Part=a, Value=b, Package=c))
d[key]["Amount"] += 1 # increase count every time we see the key
wr.writerows(d.itervalues()) # DictWriter will handle writing the rows
What are the outputs:
Part,Value,Package,Amount
C1,1nF,C0603,1
C2,100nF,C0603,8
C3,10uF_Tantalum,C0603,1
C4,22uF,C0603,1
C5,1uF,C0603,1
C13,0.22uF,C0603,1
C14,2.2uF,C0603,2
HDR_PRGRM_NIET_PLAATSEN,HEADER_1.27_6P,HEADER_1.27_6,1
L1,MURATA10UH,R1210,1
R1,22K,R0603,2
R3,100,R0603,4
R4,483,R0603,1
R10,10k,R0603,1
R11,10K,R0603,2
R14,19.6K,R0603,1
TP1,PTR1TP20R,TP20R,4
TP5,PTR1PAD1-13Y,P1-13Y,2
U$1,WML-C20,WML-C20,1
U$4,MCP4921-E/MS,SOP65P490X110-8N,1
U$6,TSV912DFN8_2X2,DFN8_2X2,1
U$9,LTC3525_BOOST,SC70-6,1
U1,REG71055DDCT,SOT95P180X110-6N,1
U2,ATMEGA32L-8MU,QFN50P700X700X100-45N,1
X1,53047-05,53047-05,1
If you want to keep all the parts and just add a score after each part, keep a list of all the parts associated with the pairing (Value, Package)
, not just the first one, and write each iteration of each part, value, package and amount v["Parts"]
that will contain all the parts associated with a particular (Value, Package)
to get the file in its original order, we need to use a sorting key, which will be the line at which the part appears in the file, using a dict to create a mapping from the order we saw the part:
from collections import defaultdict
import csv
d = defaultdict(lambda: dict(Amount=0, Parts=[], Value=b, Package=c))
with open('foo.txt') as f, open("out.csv", "w") as out:
wr = csv.writer(out)
order = {} # use this later to sort
wr.writerow(["Part", "Value", 'Package', "Amount"])
next(f)
for ind, line in enumerate(f):
a, b, c, _ = line.split(None, 3)
order[a] = ind
key = (b, c)
d[key]["Amount"] += 1
d[key]["Parts"].append(a)
# flatten the Parts so we can sort back to the original order
flat = ((k,v["Amount"],v["Value"],v["Package"]) for v in d.itervalues() for k in
v["Parts"])
# sort by part
wr.writerows(sorted(flat, key=lambda x: order[x[0]]))
What are the outputs:
Part,Value,Package,Amount
C1,C0603,1nF,1
C2,C0603,100nF,8
C3,C0603,10uF_Tantalum,1
C4,C0603,22uF,1
C5,C0603,1uF,1
C6,C0603,100nF,8
C7,C0603,100nF,8
C8,C0603,100nF,8
C11,C0603,100nF,8
C12,C0603,100nF,8
C13,C0603,0.22uF,1
C14,C0603,2.2uF,2
C15,C0603,2.2uF,2
C16,C0603,100nF,8
C17,C0603,100nF,8
HDR_PRGRM_NIET_PLAATSEN,HEADER_1.27_6,HEADER_1.27_6P,1
L1,R1210,MURATA10UH,1
R1,R0603,22K,2
R2,R0603,22K,2
R3,R0603,100,4
R4,R0603,483,1
R5,R0603,100,4
R7,R0603,100,4
R10,R0603,10k,1
R11,R0603,10K,2
R12,R0603,100,4
R13,R0603,10K,2
R14,R0603,19.6K,1
TP1,TP20R,PTR1TP20R,4
TP2,TP20R,PTR1TP20R,4
TP3,TP20R,PTR1TP20R,4
TP4,TP20R,PTR1TP20R,4
TP5,P1-13Y,PTR1PAD1-13Y,2
TP6,P1-13Y,PTR1PAD1-13Y,2
U$1,WML-C20,WML-C20,1
U$4,SOP65P490X110-8N,MCP4921-E/MS,1
U$6,DFN8_2X2,TSV912DFN8_2X2,1
U$9,SC70-6,LTC3525_BOOST,1
U1,SOT95P180X110-6N,REG71055DDCT,1
U2,QFN50P700X700X100-45N,ATMEGA32L-8MU,1
X1,53047-05,53047-05,1
I would recommend keeping a format like the above so you can read the files easily using the csv module.
To get the edited output, we only need to change the parts list and add all the parts:
from collections import OrderedDict
import csv
from itertools import islice
d = OrderedDict()
with open('test.csv') as f, open("out.csv", "w") as out:
_ = list(islice(f, 10)) # skip 10 lines
wr = csv.DictWriter(out, fieldnames=["Parts", "Value", 'Package', "Amount"])
wr.writeheader()
for line in f:
a, b, c, _ = line.split(None, 3) # split into three columns
key = (b, c) # Value and Package is our key
d.setdefault(key, dict(Amount=0, Parts=[], Value=b, Package=c))
d[key]["Amount"] += 1 # increase count every time we see the key
d[key]["Parts"].append(a)
wr.writerows(d.values()) # DictWriter will handle writing the rows
Output:
Parts,Value,Package,Amount
"['C1', 'C7', 'C10', 'C14', 'C22', 'C25', 'C27']",100n,C0402,7
"['C2', 'C6', 'C8', 'C9', 'C11', 'C12', 'C18', 'C19', 'C20', 'C31', 'C32']",100n,C0603,11
"['C3', 'C4', 'C13', 'C15', 'C28', 'C36']",1u,C0402,6
['C5'],10n-1%,C0402,1
"['C16', 'C33', 'C35', 'C40']",10u,C0402,4
"['C17', 'C24']",22u,C0603,2
"['C21', 'C56', 'C57', 'C58']",100u,A/3216-18R,4
"['C23', 'C26']",10n,C0402,2
['C29'],47uF,C0603,1
['C30'],0.5p,C0402,1
['C34'],120n,C0603,1
"['C34_X5R', 'C34_X5R1']",>2.2u,C0402,2
['C37'],6.8n,C0603,1
['C53'],1u,C0603,1
"['C54', 'C55']",12p,C0603,2
"['D1', 'D2']",PD3S160,POWERDI323,2
['IC1'],OPA333DBV,SOT23-5,1
['J1'],MOLEX_47346-0001,Molex-47346-0001,1
"['L3', 'L4']",BLM15HD182SN1,0402,2
['R1'],33M,R0603,1
"['R2', 'R4', 'R35']",10K,R0402,3
"['R3', 'R8', 'R11', 'R15', 'R19']",2k2,R0402,5
"['R5', 'R6']",10k,R0402,2
"['R7', 'R17', 'R21', 'R36']",10k,R0603,4
['R9'],220,R0603,1
"['R10', 'R12', 'R48', 'R49']",100,R0402,4
"['R13', 'R22']",4.7,R0402,2
"['R14', 'R16']",47,R0402,2
['R18'],15,R0603,1
['R20'],10,R0603,1
['R23'],47k,R0402,1
"['R24', 'R27']",1k,R0402,2
['R28'],20k,R0402,1
['R29'],0.2,R0603,1
['R42'],500,R0603,1
['SOT23-1'],LTC6240,SOT23-5,1
"['T1', 'T5']",PMV16UN,SOT-23,2
"['T2', 'T4', 'T6', 'T8']",FMMT617,SOT-23,4
['T3'],FMMT717,SOT-23,1
['U$1'],BPW34SMD,BPW_34_SMD,1
['U$2'],TPS73433,SOT23-5,1
"['U$4', 'U$5', 'U$6']",LED760/850_ROITHNER,DUOLED_5MM,3
['U$7'],TM4C123GH6ZRBBGA157,BGA_157_MICROSTAR,1
['U$8'],REF3225,SOT95P280X100-6N,1
['U$10'],TPS73633,SOT23-5,1
['U$12'],BNO055LGA-28,LGA-28,1
['U$14'],ECX-42_CRYSTALECS-160-9-42-CKM-TR,ECX-42_CRYSTAL,1
['U$16'],HEADER_1.27_7,HEADER_1.27_7,1
['U1'],ADS8860,SOP50P490X110-10N,1
['U6'],THS4281DBVT,SOT95P280X145-5N,1
+3
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Here's a not-so-good approach:
1 from collections import Counter
2 from itertools import islice
3 import sys
4
5 t = open('Componentslist_Count.txt', 'wb')
6 t.write("Part - Value - Package - Amount")
7
8 def getPartDict(lines):
9 tmp=[tuple(islice(line.split(), 0, 2)) for line in lines]
10 for _t in tmp:
11 if _t[1] in part_dict.keys():
12 part_dict[_t[1]].append(_t[0])
13 else:
14 part_dict[_t[1]]=[_t[0]]
15 return part_dict
16
17 with open('test.txt') as f:
18 part_dict={}
19 #f.readline()
20 f.readline()
21 _f=f.readlines()
22 cn = Counter(tuple(islice(line.split(), 1, 3)) for line in _f)
23 part_dict=getPartDict(_f)
24 for k, v in cn.items():
25 t.write("\n")
26 t.write("{l},{},{},{v}".format(l=part_dict[k[0]],*k, v=v))
Output:
Part - Value - Package - Amount
['C3'],10uF_Tantalum,C0603,1
['X1'],53047-05,53047-05,1
['L1'],MURATA10UH,R1210,1
['R14'],19.6K,R0603,1
['TP5', 'TP6'],PTR1PAD1-13Y,P1-13Y,2
['R11', 'R13'],10K,R0603,2
['U$6'],TSV912DFN8_2X2,DFN8_2X2,1
['HDR_PRGRM_NIET_PLAATSEN'],HEADER_1.27_6P,HEADER_1.27_6,1
['R10'],10k,R0603,1
['U$9'],LTC3525_BOOST,SC70-6,1
['C14', 'C15'],2.2uF,C0603,2
['U$4'],MCP4921-E/MS,SOP65P490X110-8N,1
['C4'],22uF,C0603,1
['R1', 'R2'],22K,R0603,2
['U2'],ATMEGA32L-8MU,QFN50P700X700X100-45N,1
['C2', 'C6', 'C7', 'C8', 'C11', 'C12', 'C16', 'C17'],100nF,C0603,8
['U1'],REG71055DDCT,SOT95P180X110-6N,1
['C13'],0.22uF,C0603,1
['R4'],483,R0603,1
['R3', 'R5', 'R7', 'R12'],100,R0603,4
['C5'],1uF,C0603,1
['TP1', 'TP2', 'TP3', 'TP4'],PTR1TP20R,TP20R,4
['C1'],1nF,C0603,1
['U$1'],WML-C20,WML-C20,1
0
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