Toggle navigation
Toggle navigation
This project
Loading...
Sign in
조수연
/
Find_your_own_personal_color
Go to a project
Toggle navigation
Toggle navigation pinning
Projects
Groups
Snippets
Help
Project
Activity
Repository
Pipelines
Graphs
Issues
0
Merge Requests
0
Wiki
Snippets
Network
Create a new issue
Builds
Commits
Issue Boards
Authored by
starbucksdolcelatte
2019-05-23 18:02:59 +0900
Browse Files
Options
Browse Files
Download
Email Patches
Plain Diff
Commit
c8df162cf481799ba996b71d9fe9d06407e8aea1
c8df162c
1 parent
b7413569
코드 정리, 논문 수식 구현 에러 고침
Hide whitespace changes
Inline
Side-by-side
Showing
1 changed file
with
42 additions
and
170 deletions
tone_analysis.py
tone_analysis.py
View file @
c8df162
from
scipy.spatial
import
distance
import
copy
from
get_std_from_xls
import
ListFromExcel
import
math
import
operator
converter
=
ListFromExcel
(
'res/tone_color_standard.xlsx'
)
# STANDARD(RGB based)
# list[0] = spring, [1] = summer, [2] = fall, [3] = winter
label
=
[
'spring'
,
'summer'
,
'fall'
,
'winter'
]
skin_rgb
=
converter
.
get_rgb
(
converter
.
skin
)
pupil_rgb
=
converter
.
get_rgb
(
converter
.
pupil
)
hair_rgb
=
converter
.
get_rgb
(
converter
.
hair
)
C
=
converter
.
convert_list
(
skin_rgb
[
0
:
2
],
hair_rgb
,
pupil_rgb
)
# 이성경(res/lees.jpg) dominant colors by order of histogram
skin_lsg
=
[[
222.5
,
201.4
,
188.9
],
[
227.2
,
209.5
,
203.3
]]
# left cheek
pupil_lsg
=
[[
159.8
,
115.8
,
61.7
],
[
186.5
,
156.1
,
129.0
],
[
126.0
,
77.5
,
42.8
],
[
88.1
,
41.1
,
20.9
]]
# right eye
hair_lsg
=
[[
138.6
,
98.4
,
55.0
],[
161.8
,
121.4
,
72.0
]]
skin_lab
=
[[
87.39
,
-
2.18
,
16.21
],[
84.48
,
0.75
,
14.23
],[
80.58
,
-
0.07
,
25.46
],[
91.47
,
-
0.73
,
9.96
]]
skin_lsg_lab
=
[[
73.73
,
19.20
,
7.79
],[
70.94
,
19.32
,
8.28
]]
#left cheek
def
dist
(
x
,
c
,
a
):
'''
x와 c 사이의 거리를 구함.
x : 인체 질의 색상(list : [skin[R,G,B], hair[R,G,B], eye[R,G,B]])
c : 기준 색상(list : [skin[R,G,B], hair[R,G,B], eye[R,G,B]])
a : 인체 부위별 가중치(list : [skin, hair, eye])
'''
distance
=
0
for
body
in
range
(
3
):
#body = 0: skin, 1: hair, 2: eye
diff
=
list
(
map
(
operator
.
sub
,
x
[
body
],
c
[
body
]))
distance
+=
a
[
body
]
*
sum
(
i
*
i
for
i
in
diff
)
return
math
.
sqrt
(
distance
)
def
minDist
(
x
,
Ct
,
a
):
'''
x와 계절 t에 대한 c집합 Ct 중 가장 짧은 거리를 구함.
x : 인체 질의 색상(list : [skin[R,G,B], hair[R,G,B], eye[R,G,B]])
c : 기준 색상(list : [skin[R,G,B], hair[R,G,B], eye[R,G,B]])
C : 전체 계절에 대한 c들의 집합 list
Ct : 계절 t에 대한 c들의 집합 list
a : 인체 부위별 가중치(list : [skin, hair, eye])
'''
distance
=
[]
for
c
in
Ct
:
distance
.
append
(
dist
(
x
,
c
,
a
))
return
min
(
distance
)
def
probability
(
x
,
t
,
C
,
a
):
'''
x의 특정 계절유형 t에 대한 소속도를 구함.
x : 인체 질의 색상(list : [skin[R,G,B], hair[R,G,B], eye[R,G,B]])
t : 특정 계절(int : 0: spring, 1: summer, 2: fall, 3: winter)
c : 기준 색상(list : [skin[R,G,B], hair[R,G,B], eye[R,G,B]])
C : 전체 계절에 대한 c들의 집합 list
a : 인체 부위별 가중치(list : [skin, hair, eye])
'''
#분모
denominator
=
1
/
(
sum
(
minDist
(
x
,
C
[
i
],
a
)
for
i
in
range
(
4
)))
#분자
numerator
=
1
/
(
minDist
(
x
,
C
[
t
],
a
))
return
(
numerator
/
denominator
)
'''
for i in range(4):
print(f'skin distance from {label[i]}')
print('1 : ',distance.euclidean(skin[i], skin_lsg[0]))
print('2 : ', distance.euclidean(skin[i], skin_lsg[1]))
print(f'pupil distance from {label[i]}')
print('1 : ',distance.euclidean(pupil[i], pupil_lsg[0]))
print('2 : ', distance.euclidean(pupil[i], pupil_lsg[1]))
print('3 : ', distance.euclidean(pupil[i], pupil_lsg[2]))
print('4 : ', distance.euclidean(pupil[i], pupil_lsg[3]))
'''
'''
skin_dist = [[0,0,0,0], [0,0,0,0]]
pupil_dist = [[0,0,0,0] for _ in range(4)]
# i = seasons
for i in range(4):
# skin
for j in range(2):
# j = 0 피부에서 가장 많은 색상과 각 계절과의 거리
# j = 1 피부에서 두번째로 많은 색상과 각 계절과의 거리
skin_dist[j][i] = distance.euclidean(skin[i], skin_lsg[j])
# pupil
for j in range(4):
pupil_dist[j][i] = distance.euclidean(pupil[i], pupil_lsg[j])
# 거리가 짧은 순으로 정렬
# skin
sorted_skdist = copy.deepcopy(skin_dist)
sorted_ppdist = copy.deepcopy(pupil_dist)
for i in range(2):
sorted_skdist[i].sort()
# pupil
for i in range(4):
sorted_ppdist[i].sort()
print(skin_dist[0])
print(sorted_skdist[0])
print(pupil_dist[0])
print(sorted_ppdist[0])
# 거리가 짧은 계절 순으로 출력
# skin
for i in range(2):
print('skin - round ', i)
for season in range(4):
print(f'{season+1}위:', label[skin_dist[i].index(sorted_skdist[i][season])])
print('
\n
')
# pupil
for i in range(4):
print('pupil - round ', i)
for season in range(4):
print(f'{season+1}위:', label[pupil_dist[i].index(sorted_ppdist[i][season])])
'''
## Lab 색상
skin_dist_lab
=
[[
0
,
0
,
0
,
0
],
[
0
,
0
,
0
,
0
]]
pupil_dist_lab
=
[[
0
,
0
,
0
,
0
]
for
_
in
range
(
4
)]
# i = seasons
for
i
in
range
(
4
):
# skin
for
j
in
range
(
2
):
# j = 0 피부에서 가장 많은 색상과 각 계절과의 거리
# j = 1 피부에서 두번째로 많은 색상과 각 계절과의 거리
skin_dist_lab
[
j
][
i
]
=
distance
.
euclidean
(
skin_lab
[
i
],
skin_lsg_lab
[
j
])
# 거리가 짧은 순으로 정렬
# skin
sorted_skdist_lab
=
copy
.
deepcopy
(
skin_dist_lab
)
for
i
in
range
(
2
):
sorted_skdist_lab
[
i
]
.
sort
()
print
(
skin_dist_lab
[
0
])
print
(
sorted_skdist_lab
[
0
])
# 거리가 짧은 계절 순으로 출력
# skin
for
i
in
range
(
2
):
print
(
'skin - round '
,
i
)
for
season
in
range
(
4
):
print
(
f
'{season+1}위:'
,
label
[
skin_dist_lab
[
i
]
.
index
(
sorted_skdist_lab
[
i
][
season
])])
print
(
'
\n
'
)
# skin, hair, eye 순서
lee_seong_kyoung
=
[[
222.5
,
201.4
,
188.9
],
[
138.6
,
98.4
,
55.0
],
[
159.8
,
115.8
,
61.7
]]
print
(
"******************"
)
a
=
[
30
,
20
,
10
]
spring
=
0
summer
=
1
fall
=
2
winter
=
3
print
(
"이성경"
)
print
(
"봄 : "
,
format
(
probability
(
lee_seong_kyoung
,
spring
,
C
,
a
),
".2f"
),
"
%
"
)
print
(
"여름 : "
,
format
(
probability
(
lee_seong_kyoung
,
summer
,
C
,
a
),
".2f"
),
"
%
"
)
print
(
"가을 : "
,
format
(
probability
(
lee_seong_kyoung
,
fall
,
C
,
a
),
".2f"
),
"
%
"
)
print
(
"겨울 : "
,
format
(
probability
(
lee_seong_kyoung
,
winter
,
C
,
a
),
".2f"
),
"
%
"
)
print
(
"******************"
)
class
ToneAnalysis
:
def
dist
(
self
,
x
,
c
,
a
):
'''
x와 c 사이의 거리를 구함.
x : 인체 질의 색상(list : [skin[R,G,B], hair[R,G,B], eye[R,G,B]])
c : 기준 색상(list : [skin[R,G,B], hair[R,G,B], eye[R,G,B]])
a : 인체 부위별 가중치(list : [skin, hair, eye])
'''
distance
=
0
for
body
in
range
(
3
):
#body = 0: skin, 1: hair, 2: eye
diff
=
list
(
map
(
operator
.
sub
,
x
[
body
],
c
[
body
]))
distance
+=
a
[
body
]
*
sum
(
i
*
i
for
i
in
diff
)
return
math
.
sqrt
(
distance
)
def
minDist
(
self
,
x
,
Ct
,
a
):
'''
x와 계절 t에 대한 c집합 Ct 중 가장 짧은 거리를 구함.
x : 인체 질의 색상(list : [skin[R,G,B], hair[R,G,B], eye[R,G,B]])
c : 기준 색상(list : [skin[R,G,B], hair[R,G,B], eye[R,G,B]])
C : 전체 계절에 대한 c들의 집합 list
Ct : 계절 t에 대한 c들의 집합 list
a : 인체 부위별 가중치(list : [skin, hair, eye])
'''
distance
=
[]
for
c
in
Ct
:
distance
.
append
(
self
.
dist
(
x
,
c
,
a
))
return
min
(
distance
)
def
probability
(
self
,
x
,
t
,
C
,
a
):
'''
x의 특정 계절유형 t에 대한 소속도를 구함.
x : 인체 질의 색상(list : [skin[R,G,B], hair[R,G,B], eye[R,G,B]])
t : 특정 계절(int : 0: spring, 1: summer, 2: fall, 3: winter)
c : 기준 색상(list : [skin[R,G,B], hair[R,G,B], eye[R,G,B]])
C : 전체 계절에 대한 c들의 집합 list
a : 인체 부위별 가중치(list : [skin, hair, eye])
'''
#분모
denominator
=
sum
((
1
/
self
.
minDist
(
x
,
C
[
i
],
a
))
for
i
in
range
(
4
))
#분자
numerator
=
1
/
(
self
.
minDist
(
x
,
C
[
t
],
a
))
return
(
numerator
/
denominator
)
*
100
...
...
Please
register
or
login
to post a comment