How to count a value with JSON based on another value in the JSON file
I have a JSON file made up of an array which contains dictionaries, each dictionary is an opinion of a buyer on a specific garage.
I want to find out how many occurrence of each car's type I have in each garage, it looks like this:
[
{"garage": "mike_gar", "reliability": 6, "car_type": "ford", "time": "16:10:36"},
{"garage": "bill_gar", "reliability": 5,"car_type": "kia", "time": "4:37:22"},
{"garage": "alison_gar", "reliability": 1, "car_type": "kia", "time": "11:25:40"},
{"garage": "alison_gar", "reliability": 10, "car_type": "mazda", "time": "2:18:42"},
{"garage": "mike_gar", "reliability": 3, "car_type": "mazda", "time": "12:14:20"},
{"garage": "mike_gar", "reliability": 2, "car_type": "ford", "time": "2:08:27"}
]
Assuming we already read from the JSON file to a variable g_arr.
I'v tried to use reduce() to count the occurrence , but failed to succeed.
output example: {"garage" : "mike_gar", "types":{"ford" : 2, "mazda": 1}}
python json dictionary
add a comment |
I have a JSON file made up of an array which contains dictionaries, each dictionary is an opinion of a buyer on a specific garage.
I want to find out how many occurrence of each car's type I have in each garage, it looks like this:
[
{"garage": "mike_gar", "reliability": 6, "car_type": "ford", "time": "16:10:36"},
{"garage": "bill_gar", "reliability": 5,"car_type": "kia", "time": "4:37:22"},
{"garage": "alison_gar", "reliability": 1, "car_type": "kia", "time": "11:25:40"},
{"garage": "alison_gar", "reliability": 10, "car_type": "mazda", "time": "2:18:42"},
{"garage": "mike_gar", "reliability": 3, "car_type": "mazda", "time": "12:14:20"},
{"garage": "mike_gar", "reliability": 2, "car_type": "ford", "time": "2:08:27"}
]
Assuming we already read from the JSON file to a variable g_arr.
I'v tried to use reduce() to count the occurrence , but failed to succeed.
output example: {"garage" : "mike_gar", "types":{"ford" : 2, "mazda": 1}}
python json dictionary
1
Is Jason the guy who owns the garage?
– wim
Dec 31 '18 at 21:32
@wim I think it's supposed to be JSON. Fixed that.
– Jack Moody
Dec 31 '18 at 21:37
@wim opppsss...
– Shelly875
Dec 31 '18 at 21:38
@Shelly875 I think you will find this answer helpful. Let us know if that solves your problem. It isn't an exact duplicate, but it is pretty closely related.
– Jack Moody
Dec 31 '18 at 21:39
add a comment |
I have a JSON file made up of an array which contains dictionaries, each dictionary is an opinion of a buyer on a specific garage.
I want to find out how many occurrence of each car's type I have in each garage, it looks like this:
[
{"garage": "mike_gar", "reliability": 6, "car_type": "ford", "time": "16:10:36"},
{"garage": "bill_gar", "reliability": 5,"car_type": "kia", "time": "4:37:22"},
{"garage": "alison_gar", "reliability": 1, "car_type": "kia", "time": "11:25:40"},
{"garage": "alison_gar", "reliability": 10, "car_type": "mazda", "time": "2:18:42"},
{"garage": "mike_gar", "reliability": 3, "car_type": "mazda", "time": "12:14:20"},
{"garage": "mike_gar", "reliability": 2, "car_type": "ford", "time": "2:08:27"}
]
Assuming we already read from the JSON file to a variable g_arr.
I'v tried to use reduce() to count the occurrence , but failed to succeed.
output example: {"garage" : "mike_gar", "types":{"ford" : 2, "mazda": 1}}
python json dictionary
I have a JSON file made up of an array which contains dictionaries, each dictionary is an opinion of a buyer on a specific garage.
I want to find out how many occurrence of each car's type I have in each garage, it looks like this:
[
{"garage": "mike_gar", "reliability": 6, "car_type": "ford", "time": "16:10:36"},
{"garage": "bill_gar", "reliability": 5,"car_type": "kia", "time": "4:37:22"},
{"garage": "alison_gar", "reliability": 1, "car_type": "kia", "time": "11:25:40"},
{"garage": "alison_gar", "reliability": 10, "car_type": "mazda", "time": "2:18:42"},
{"garage": "mike_gar", "reliability": 3, "car_type": "mazda", "time": "12:14:20"},
{"garage": "mike_gar", "reliability": 2, "car_type": "ford", "time": "2:08:27"}
]
Assuming we already read from the JSON file to a variable g_arr.
I'v tried to use reduce() to count the occurrence , but failed to succeed.
output example: {"garage" : "mike_gar", "types":{"ford" : 2, "mazda": 1}}
python json dictionary
python json dictionary
edited Dec 31 '18 at 21:37
Jack Moody
7481723
7481723
asked Dec 31 '18 at 21:26
Shelly875Shelly875
376
376
1
Is Jason the guy who owns the garage?
– wim
Dec 31 '18 at 21:32
@wim I think it's supposed to be JSON. Fixed that.
– Jack Moody
Dec 31 '18 at 21:37
@wim opppsss...
– Shelly875
Dec 31 '18 at 21:38
@Shelly875 I think you will find this answer helpful. Let us know if that solves your problem. It isn't an exact duplicate, but it is pretty closely related.
– Jack Moody
Dec 31 '18 at 21:39
add a comment |
1
Is Jason the guy who owns the garage?
– wim
Dec 31 '18 at 21:32
@wim I think it's supposed to be JSON. Fixed that.
– Jack Moody
Dec 31 '18 at 21:37
@wim opppsss...
– Shelly875
Dec 31 '18 at 21:38
@Shelly875 I think you will find this answer helpful. Let us know if that solves your problem. It isn't an exact duplicate, but it is pretty closely related.
– Jack Moody
Dec 31 '18 at 21:39
1
1
Is Jason the guy who owns the garage?
– wim
Dec 31 '18 at 21:32
Is Jason the guy who owns the garage?
– wim
Dec 31 '18 at 21:32
@wim I think it's supposed to be JSON. Fixed that.
– Jack Moody
Dec 31 '18 at 21:37
@wim I think it's supposed to be JSON. Fixed that.
– Jack Moody
Dec 31 '18 at 21:37
@wim opppsss...
– Shelly875
Dec 31 '18 at 21:38
@wim opppsss...
– Shelly875
Dec 31 '18 at 21:38
@Shelly875 I think you will find this answer helpful. Let us know if that solves your problem. It isn't an exact duplicate, but it is pretty closely related.
– Jack Moody
Dec 31 '18 at 21:39
@Shelly875 I think you will find this answer helpful. Let us know if that solves your problem. It isn't an exact duplicate, but it is pretty closely related.
– Jack Moody
Dec 31 '18 at 21:39
add a comment |
3 Answers
3
active
oldest
votes
Here's a solution based on reduction. First, I test whether the garage exists in the accumulation dictionary, and if not, create it. Then, I check whether the car type exists in the garage dictionary, and if not, I create it. Finally, I increment the car type.
res = {}
for d in garages:
if d["garage"] not in res:
res[d["garage"]] = {"garage": d["garage"], "types": {}}
if d["car_type"] not in res[d["garage"]]["types"]:
res[d["garage"]]["types"][d["car_type"]] = 0
res[d["garage"]]["types"][d["car_type"]] += 1
Output:
{
'mike_gar': {'garage': 'mike_gar', 'types': {'ford': 2, 'mazda': 1}},
'bill_gar': {'garage': 'bill_gar', 'types': {'kia': 1}},
'alison_gar': {'garage': 'alison_gar', 'types': {'kia': 1, 'mazda': 1}}
}
Try it!
If you'd like your result in an array, use res.values()
.
That is a Javascript solution, the question has a Python tag.
– amanb
Dec 31 '18 at 21:55
Whoops--coded before looking! Changed to Python.
– ggorlen
Dec 31 '18 at 22:03
1
I'v tried the code and that's exactly what I was looking for! thank you :)
– Shelly875
Jan 1 at 9:21
add a comment |
You can simply parse your data and do the count as the following:
garages =
cars =
output =
for element in data:
if element['garage'] not in garages: garages.append(element['garage'])
if element['car_type'] not in cars: cars.append(element['car_type'])
for type in garages:
current = {}
current['types'] = {}
current['garage'] = type
for element in data:
if element['car_type'] not in current['types']:
current['types'][element['car_type']]=0
if current['garage'] == element['garage']:
for car_type in cars:
if element['car_type'] == car_type:
current['types'][element['car_type']]+=1
output.append(current)
print output
the output of executing the above is:
[{'garage': 'mike_gar', 'types': {'mazda': 1, 'kia': 0, 'ford': 2}}, {'garage': 'bill_gar', 'types': {'mazda': 0, 'kia': 1, 'ford': 0}}, {'garage': 'alison_gar', 'types': {'mazda': 1, 'kia': 1, 'ford': 0}}]
add a comment |
Pandas package is great for working with a such data. You can easily convert your list into a Pandas dataframe.
import pandas as pd
df = pd.DataFrame(g_arr)
print(df)
Prints:
car_type garage reliability time
0 ford mike_gar 6 16:10:36
1 kia bill_gar 5 4:37:22
2 kia alison_gar 1 11:25:40
3 mazda alison_gar 10 2:18:42
4 mazda mike_gar 3 12:14:20
5 ford mike_gar 2 2:08:27
Than you can use the .groupby()
method to group your data and the .size()
method to get row counts per group.
print(df.groupby(['garage', 'car_type']).size())
Prints:
garage car_type
alison_gar kia 1
mazda 1
bill_gar kia 1
mike_gar ford 2
mazda 1
dtype: int64
add a comment |
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3 Answers
3
active
oldest
votes
3 Answers
3
active
oldest
votes
active
oldest
votes
active
oldest
votes
Here's a solution based on reduction. First, I test whether the garage exists in the accumulation dictionary, and if not, create it. Then, I check whether the car type exists in the garage dictionary, and if not, I create it. Finally, I increment the car type.
res = {}
for d in garages:
if d["garage"] not in res:
res[d["garage"]] = {"garage": d["garage"], "types": {}}
if d["car_type"] not in res[d["garage"]]["types"]:
res[d["garage"]]["types"][d["car_type"]] = 0
res[d["garage"]]["types"][d["car_type"]] += 1
Output:
{
'mike_gar': {'garage': 'mike_gar', 'types': {'ford': 2, 'mazda': 1}},
'bill_gar': {'garage': 'bill_gar', 'types': {'kia': 1}},
'alison_gar': {'garage': 'alison_gar', 'types': {'kia': 1, 'mazda': 1}}
}
Try it!
If you'd like your result in an array, use res.values()
.
That is a Javascript solution, the question has a Python tag.
– amanb
Dec 31 '18 at 21:55
Whoops--coded before looking! Changed to Python.
– ggorlen
Dec 31 '18 at 22:03
1
I'v tried the code and that's exactly what I was looking for! thank you :)
– Shelly875
Jan 1 at 9:21
add a comment |
Here's a solution based on reduction. First, I test whether the garage exists in the accumulation dictionary, and if not, create it. Then, I check whether the car type exists in the garage dictionary, and if not, I create it. Finally, I increment the car type.
res = {}
for d in garages:
if d["garage"] not in res:
res[d["garage"]] = {"garage": d["garage"], "types": {}}
if d["car_type"] not in res[d["garage"]]["types"]:
res[d["garage"]]["types"][d["car_type"]] = 0
res[d["garage"]]["types"][d["car_type"]] += 1
Output:
{
'mike_gar': {'garage': 'mike_gar', 'types': {'ford': 2, 'mazda': 1}},
'bill_gar': {'garage': 'bill_gar', 'types': {'kia': 1}},
'alison_gar': {'garage': 'alison_gar', 'types': {'kia': 1, 'mazda': 1}}
}
Try it!
If you'd like your result in an array, use res.values()
.
That is a Javascript solution, the question has a Python tag.
– amanb
Dec 31 '18 at 21:55
Whoops--coded before looking! Changed to Python.
– ggorlen
Dec 31 '18 at 22:03
1
I'v tried the code and that's exactly what I was looking for! thank you :)
– Shelly875
Jan 1 at 9:21
add a comment |
Here's a solution based on reduction. First, I test whether the garage exists in the accumulation dictionary, and if not, create it. Then, I check whether the car type exists in the garage dictionary, and if not, I create it. Finally, I increment the car type.
res = {}
for d in garages:
if d["garage"] not in res:
res[d["garage"]] = {"garage": d["garage"], "types": {}}
if d["car_type"] not in res[d["garage"]]["types"]:
res[d["garage"]]["types"][d["car_type"]] = 0
res[d["garage"]]["types"][d["car_type"]] += 1
Output:
{
'mike_gar': {'garage': 'mike_gar', 'types': {'ford': 2, 'mazda': 1}},
'bill_gar': {'garage': 'bill_gar', 'types': {'kia': 1}},
'alison_gar': {'garage': 'alison_gar', 'types': {'kia': 1, 'mazda': 1}}
}
Try it!
If you'd like your result in an array, use res.values()
.
Here's a solution based on reduction. First, I test whether the garage exists in the accumulation dictionary, and if not, create it. Then, I check whether the car type exists in the garage dictionary, and if not, I create it. Finally, I increment the car type.
res = {}
for d in garages:
if d["garage"] not in res:
res[d["garage"]] = {"garage": d["garage"], "types": {}}
if d["car_type"] not in res[d["garage"]]["types"]:
res[d["garage"]]["types"][d["car_type"]] = 0
res[d["garage"]]["types"][d["car_type"]] += 1
Output:
{
'mike_gar': {'garage': 'mike_gar', 'types': {'ford': 2, 'mazda': 1}},
'bill_gar': {'garage': 'bill_gar', 'types': {'kia': 1}},
'alison_gar': {'garage': 'alison_gar', 'types': {'kia': 1, 'mazda': 1}}
}
Try it!
If you'd like your result in an array, use res.values()
.
edited Dec 31 '18 at 22:02
answered Dec 31 '18 at 21:51
ggorlenggorlen
7,3883826
7,3883826
That is a Javascript solution, the question has a Python tag.
– amanb
Dec 31 '18 at 21:55
Whoops--coded before looking! Changed to Python.
– ggorlen
Dec 31 '18 at 22:03
1
I'v tried the code and that's exactly what I was looking for! thank you :)
– Shelly875
Jan 1 at 9:21
add a comment |
That is a Javascript solution, the question has a Python tag.
– amanb
Dec 31 '18 at 21:55
Whoops--coded before looking! Changed to Python.
– ggorlen
Dec 31 '18 at 22:03
1
I'v tried the code and that's exactly what I was looking for! thank you :)
– Shelly875
Jan 1 at 9:21
That is a Javascript solution, the question has a Python tag.
– amanb
Dec 31 '18 at 21:55
That is a Javascript solution, the question has a Python tag.
– amanb
Dec 31 '18 at 21:55
Whoops--coded before looking! Changed to Python.
– ggorlen
Dec 31 '18 at 22:03
Whoops--coded before looking! Changed to Python.
– ggorlen
Dec 31 '18 at 22:03
1
1
I'v tried the code and that's exactly what I was looking for! thank you :)
– Shelly875
Jan 1 at 9:21
I'v tried the code and that's exactly what I was looking for! thank you :)
– Shelly875
Jan 1 at 9:21
add a comment |
You can simply parse your data and do the count as the following:
garages =
cars =
output =
for element in data:
if element['garage'] not in garages: garages.append(element['garage'])
if element['car_type'] not in cars: cars.append(element['car_type'])
for type in garages:
current = {}
current['types'] = {}
current['garage'] = type
for element in data:
if element['car_type'] not in current['types']:
current['types'][element['car_type']]=0
if current['garage'] == element['garage']:
for car_type in cars:
if element['car_type'] == car_type:
current['types'][element['car_type']]+=1
output.append(current)
print output
the output of executing the above is:
[{'garage': 'mike_gar', 'types': {'mazda': 1, 'kia': 0, 'ford': 2}}, {'garage': 'bill_gar', 'types': {'mazda': 0, 'kia': 1, 'ford': 0}}, {'garage': 'alison_gar', 'types': {'mazda': 1, 'kia': 1, 'ford': 0}}]
add a comment |
You can simply parse your data and do the count as the following:
garages =
cars =
output =
for element in data:
if element['garage'] not in garages: garages.append(element['garage'])
if element['car_type'] not in cars: cars.append(element['car_type'])
for type in garages:
current = {}
current['types'] = {}
current['garage'] = type
for element in data:
if element['car_type'] not in current['types']:
current['types'][element['car_type']]=0
if current['garage'] == element['garage']:
for car_type in cars:
if element['car_type'] == car_type:
current['types'][element['car_type']]+=1
output.append(current)
print output
the output of executing the above is:
[{'garage': 'mike_gar', 'types': {'mazda': 1, 'kia': 0, 'ford': 2}}, {'garage': 'bill_gar', 'types': {'mazda': 0, 'kia': 1, 'ford': 0}}, {'garage': 'alison_gar', 'types': {'mazda': 1, 'kia': 1, 'ford': 0}}]
add a comment |
You can simply parse your data and do the count as the following:
garages =
cars =
output =
for element in data:
if element['garage'] not in garages: garages.append(element['garage'])
if element['car_type'] not in cars: cars.append(element['car_type'])
for type in garages:
current = {}
current['types'] = {}
current['garage'] = type
for element in data:
if element['car_type'] not in current['types']:
current['types'][element['car_type']]=0
if current['garage'] == element['garage']:
for car_type in cars:
if element['car_type'] == car_type:
current['types'][element['car_type']]+=1
output.append(current)
print output
the output of executing the above is:
[{'garage': 'mike_gar', 'types': {'mazda': 1, 'kia': 0, 'ford': 2}}, {'garage': 'bill_gar', 'types': {'mazda': 0, 'kia': 1, 'ford': 0}}, {'garage': 'alison_gar', 'types': {'mazda': 1, 'kia': 1, 'ford': 0}}]
You can simply parse your data and do the count as the following:
garages =
cars =
output =
for element in data:
if element['garage'] not in garages: garages.append(element['garage'])
if element['car_type'] not in cars: cars.append(element['car_type'])
for type in garages:
current = {}
current['types'] = {}
current['garage'] = type
for element in data:
if element['car_type'] not in current['types']:
current['types'][element['car_type']]=0
if current['garage'] == element['garage']:
for car_type in cars:
if element['car_type'] == car_type:
current['types'][element['car_type']]+=1
output.append(current)
print output
the output of executing the above is:
[{'garage': 'mike_gar', 'types': {'mazda': 1, 'kia': 0, 'ford': 2}}, {'garage': 'bill_gar', 'types': {'mazda': 0, 'kia': 1, 'ford': 0}}, {'garage': 'alison_gar', 'types': {'mazda': 1, 'kia': 1, 'ford': 0}}]
answered Dec 31 '18 at 21:57
Walid Da.Walid Da.
6041413
6041413
add a comment |
add a comment |
Pandas package is great for working with a such data. You can easily convert your list into a Pandas dataframe.
import pandas as pd
df = pd.DataFrame(g_arr)
print(df)
Prints:
car_type garage reliability time
0 ford mike_gar 6 16:10:36
1 kia bill_gar 5 4:37:22
2 kia alison_gar 1 11:25:40
3 mazda alison_gar 10 2:18:42
4 mazda mike_gar 3 12:14:20
5 ford mike_gar 2 2:08:27
Than you can use the .groupby()
method to group your data and the .size()
method to get row counts per group.
print(df.groupby(['garage', 'car_type']).size())
Prints:
garage car_type
alison_gar kia 1
mazda 1
bill_gar kia 1
mike_gar ford 2
mazda 1
dtype: int64
add a comment |
Pandas package is great for working with a such data. You can easily convert your list into a Pandas dataframe.
import pandas as pd
df = pd.DataFrame(g_arr)
print(df)
Prints:
car_type garage reliability time
0 ford mike_gar 6 16:10:36
1 kia bill_gar 5 4:37:22
2 kia alison_gar 1 11:25:40
3 mazda alison_gar 10 2:18:42
4 mazda mike_gar 3 12:14:20
5 ford mike_gar 2 2:08:27
Than you can use the .groupby()
method to group your data and the .size()
method to get row counts per group.
print(df.groupby(['garage', 'car_type']).size())
Prints:
garage car_type
alison_gar kia 1
mazda 1
bill_gar kia 1
mike_gar ford 2
mazda 1
dtype: int64
add a comment |
Pandas package is great for working with a such data. You can easily convert your list into a Pandas dataframe.
import pandas as pd
df = pd.DataFrame(g_arr)
print(df)
Prints:
car_type garage reliability time
0 ford mike_gar 6 16:10:36
1 kia bill_gar 5 4:37:22
2 kia alison_gar 1 11:25:40
3 mazda alison_gar 10 2:18:42
4 mazda mike_gar 3 12:14:20
5 ford mike_gar 2 2:08:27
Than you can use the .groupby()
method to group your data and the .size()
method to get row counts per group.
print(df.groupby(['garage', 'car_type']).size())
Prints:
garage car_type
alison_gar kia 1
mazda 1
bill_gar kia 1
mike_gar ford 2
mazda 1
dtype: int64
Pandas package is great for working with a such data. You can easily convert your list into a Pandas dataframe.
import pandas as pd
df = pd.DataFrame(g_arr)
print(df)
Prints:
car_type garage reliability time
0 ford mike_gar 6 16:10:36
1 kia bill_gar 5 4:37:22
2 kia alison_gar 1 11:25:40
3 mazda alison_gar 10 2:18:42
4 mazda mike_gar 3 12:14:20
5 ford mike_gar 2 2:08:27
Than you can use the .groupby()
method to group your data and the .size()
method to get row counts per group.
print(df.groupby(['garage', 'car_type']).size())
Prints:
garage car_type
alison_gar kia 1
mazda 1
bill_gar kia 1
mike_gar ford 2
mazda 1
dtype: int64
edited Jan 2 at 22:33
answered Jan 1 at 14:17
Mykola ZotkoMykola Zotko
1,539416
1,539416
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1
Is Jason the guy who owns the garage?
– wim
Dec 31 '18 at 21:32
@wim I think it's supposed to be JSON. Fixed that.
– Jack Moody
Dec 31 '18 at 21:37
@wim opppsss...
– Shelly875
Dec 31 '18 at 21:38
@Shelly875 I think you will find this answer helpful. Let us know if that solves your problem. It isn't an exact duplicate, but it is pretty closely related.
– Jack Moody
Dec 31 '18 at 21:39