def vein_curvature():
# split images
leave_splite.split_save_images('./split_before/', './split_after/')
images = os.listdir('./split_before/')
# get the list of splited images
img_list = leave_splite.get_imlist('./split_after/')
A4_name = images[0].split('.')[0] # 442_100
sub_vein_curvature_numbers = 8
for img in img_list:
f3 = xlwt.Workbook()
(filepath, tempfilename) = os.path.split(img)
(shotname,
extension) = os.path.splitext(tempfilename) # shotname : 442_100_1
name = str(shotname) + '_vein_curvature.xls'
vein_curvature_names = ["main_vein_curvature", "sub_vein_curvature"]
save_in_csv_and_text.save_in_vein_curvature(A4_name,
f3,
sub_vein_curvature_numbers,
filename=name)
def vein_general():
# split images
leave_splite.split_save_images('./split_before/', './split_after/')
images = os.listdir('./split_before/')
# get the list of splited images
img_list = leave_splite.get_imlist('./split_after/')
f1 = xlwt.Workbook()
A4_name = images[0].split('.')[0] # 442_100
sheet = f1.add_sheet(A4_name)
num = 1 # sub_leaf
for img in img_list:
vein_general_names = [
"vein_angle_mean", "vein_angle_median", "vein_angle_std",
"top_left_angle", "top_right_angle", "bottom_left_angle",
"bottom_right_angle", "main_vein_curvature_mean",
"main_vein_curvature_median", "main_vein_curvature_std",
"sub_vein_curvature_mean", "sub_vein_curvature_median",
"sub_vein_curvature_std", "sub_vein_number",
"vein_cross_angle_number", "vein_cross_angle(multi)"
]
save_in_csv_and_text.save_in_vein_general(A4_name, num,
vein_general_names, sheet)
num += 1
#del serration_numbers[0]
f1.save(A4_name + '_vein_general.xls')
def boundary_evenly_segment_coordinate(text):
# split images
leave_splite.split_save_images('./split_before/', './split_after/')
images = os.listdir('./split_before/')
# get the list of splited images
img_list = leave_splite.get_imlist('./split_after/')
f1 = xlwt.Workbook()
A4_name = images[0].split('.')[0] # 442_100
sheet = f1.add_sheet(A4_name)
num = 1 # sub_leaf
for img in img_list:
save_in_csv_and_text.save_in_boundary_evenly(A4_name, num, sheet, text)
num += 1
#del serration_numbers[0]
f1.save(A4_name + '_boundary_evenly_segment_coordinate.xls')
def boundary_curvature():
# split images
leave_splite.split_save_images('./split_before/', './split_after/')
images = os.listdir('./split_before/')
# get the list of splited images
img_list = leave_splite.get_imlist('./split_after/')
A4_name = images[0].split('.')[0] # 442_100
for img in img_list:
f3 = xlwt.Workbook()
# get leaf contours
contours = get_leave_boundary.get_leave_boundary(img)
print('叶片边界坐标: ', contours)
# get serration width depth numbers and curvatures ...
ser4_idx, ser4_deepest_idx, serration_numbers, serration_depths, serration_widthes, \
curvatures_mean, curvatures_median, curvatures_std, \
boundary_curvature_mean, boundary_curvature_median, \
boundary_curvature_std, boundary_curvature, serrations_curvatures = \
get_leave_serration.get_leave_serration(contours)
serrations_names_new = ["serrations_curvature", "boundary_curvature"]
(filepath, tempfilename) = os.path.split(img)
(shotname,
extension) = os.path.splitext(tempfilename) # shotname : 442_100_1
name = str(shotname) + '_boundary_curvature.xls'
# 442_100_serration_details.xls
save_in_csv_and_text.save_in_boundary_curvature(A4_name,
f3,
serration_numbers,
filename=name)
import get_leave_area_circum
import save_in_csv_and_text
import correction
import cv2
import math
import os
import matplotlib.pyplot as plt
import xlwt
# split images
leave_splite.split_save_images('./split_before/', './split_after/')
images = os.listdir('./split_before/')
# get the list of splited images
img_list = leave_splite.get_imlist('./split_after/')
plt.figure(figsize=(6, 8))
f1 = xlwt.Workbook()
f2 = xlwt.Workbook()
for img in img_list:
# get leaf contours
contours = get_leave_boundary.get_leave_boundary(img)
print('叶片边界坐标: ', contours)
print('getting serration width depth numbers and curvatures ...')
# get serration width depth numbers and curvatures ...
ser4_idx, ser4_deepest_idx, serration_numbers, serration_depths, serration_widthes, \
serration_circums, curvatures_mean, curvatures_median, curvatures_std, \
def per_serration_general():
# split images
leave_splite.split_save_images('./split_before/', './split_after/')
images = os.listdir('./split_before/')
# get the list of splited images
img_list = leave_splite.get_imlist('./split_after/')
f2 = xlwt.Workbook()
A4_name = images[0].split('.')[0] # 442_100
sheet = f2.add_sheet(A4_name, cell_overwrite_ok=True)
num = 1 # sub_leaf
m = 1
for img in img_list:
# get leaf contours
contours = get_leave_boundary.get_leave_boundary(img)
print('叶片边界坐标: ', contours)
print('getting serration width depth numbers and curvatures ...')
# get serration width depth numbers and curvatures ...
ser4_idx, ser4_deepest_idx, serration_numbers, serration_depths, serration_widthes, \
curvatures_mean, curvatures_median, curvatures_std, \
boundary_curvature_mean, boundary_curvature_median, \
boundary_curvature_std, boundary_curvature, serrations_curvatures = \
get_leave_serration.get_leave_serration(contours)
# serration_area = get_leave_area_circum.get_leave_area(contours)
#==============================================================================
# serrations_names = ['serration_idx', 'serration_depths', 'serration_widthes',
# 'curvatures_mean', 'curvatures_median','curvatures_std',
# 'boundary_curvature_mean', 'boundary_curvature_median',
# 'boundary_curvature_std']
#==============================================================================
serrations_names_new = [
'serration No.', 'serration_depth(mm)', 'serration_width(mm)',
'serration_area(mm2)', 'serration_curvature_mean',
'serration_curvature_median', 'serration_curvature _std'
]
serration_area = ['none'] * serration_numbers
serrations_new = [
serration_numbers, serration_depths, serration_widthes,
serration_area, curvatures_mean, curvatures_median, curvatures_std
]
#==============================================================================
# serrations = [serration_numbers, serration_depths, serration_widthes,
# curvatures_mean, curvatures_median,curvatures_std,
# boundary_curvature_mean, boundary_curvature_median,
# boundary_curvature_std]
#==============================================================================
#==============================================================================
# (filepath, tempfilename) = os.path.split(img)
# (shotname, extension) = os.path.splitext(tempfilename) # shotname : 442_100_1
#
# name = str(shotname) + '.xls'
#==============================================================================
# 442_100_serration&curvature.xls
# save to results of csv format
save_in_csv_and_text.save_in_per_serration_general(
A4_name,
m,
num,
serrations=serrations_new,
serrations_names=serrations_names_new,
sheet=sheet)
num += 1
m += serrations_new[0]
f2.save(A4_name + '_per_serration_general.xls')
def leaves_general():
# split images
leave_splite.split_save_images('./split_before/', './split_after/')
images = os.listdir('./split_before/')
# get the list of splited images
img_list = leave_splite.get_imlist('./split_after/')
f1 = xlwt.Workbook()
A4_name = images[0].split('.')[0] # 442_100
sheet = f1.add_sheet(A4_name)
num = 1 # sub_leaf
for img in img_list:
print('getting leave contours ... ')
# get leaf contours
contours = get_leave_boundary.get_leave_boundary(img)
print('叶片边界坐标: ', contours)
print('getting serration width depth numbers and curvatures ...')
# get serration width depth numbers and curvatures ...
ser4_idx, ser4_deepest_idx, serration_numbers, serration_depths, serration_widthes, \
curvatures_mean, curvatures_median, curvatures_std, \
boundary_curvature_mean, boundary_curvature_median, \
boundary_curvature_std, boundary_curvature, serrations_curvatures = \
get_leave_serration.get_leave_serration(contours)
round_or_not = ["none"]
serration_depth_mean = [np.mean(serration_depths)]
serration_depth_median = [np.median(serration_depths)]
serration_depth_std = [np.std(serration_depths)]
serration_width_mean = [np.mean(serration_widthes)]
serration_width_median = [np.median(serration_widthes)]
serration_width_std = [np.std(serration_widthes)]
serration_area_mean = ["none"]
serration_area_median = ["none"]
serration_area_std = ["none"]
print(round_or_not[0], serration_depth_mean)
#==============================================================================
# (filepath, tempfilename) = os.path.split(img)
# (shotname, extension) = os.path.splitext(tempfilename) # shotname : 442_100_1
#
# name = str(shotname) + '_general.xls'
#==============================================================================
print('getting leaf width height ...')
# get leaf width height and rotating angle
p1_t, p2_b, k1, k2 = get_leave_top_bottom.get_leave_top_bottom(
img, contours)
p3_c, p4_r, p5_l = get_leave_top_bottom.search_points(p1_t,
p2_b,
k2,
contours,
search_heng=True)
p6_c, p7_r, p8_l = get_leave_top_bottom.search_points(p1_t,
p3_c,
k2,
contours,
search_heng=True)
p9_c, p10_r, p11_l = get_leave_top_bottom.search_points(
p2_b, p3_c, k2, contours, search_heng=True)
p12_c, p13_t, p14_b = get_leave_top_bottom.search_points(
p5_l, p3_c, k1, contours, search_heng=False)
p15_c, p16_t, p17_b = get_leave_top_bottom.search_points(
p4_r, p3_c, k1, contours, search_heng=False)
# 计算长度 宽度
height_middle = math.sqrt((p1_t[0] - p2_b[0])**2 +
(p1_t[1] - p2_b[1])**2) / 118.11
height_left = math.sqrt((p13_t[0] - p14_b[0])**2 +
(p13_t[1] - p14_b[1])**2) / 118.11
height_right = math.sqrt((p16_t[0] - p17_b[0])**2 +
(p16_t[1] - p17_b[1])**2) / 118.11
width_middle = math.sqrt((p5_l[0] - p4_r[0])**2 +
(p5_l[1] - p4_r[1])**2) / 118.11
width_top = math.sqrt((p8_l[0] - p7_r[0])**2 +
(p8_l[1] - p7_r[1])**2) / 118.11
width_bottom = math.sqrt((p11_l[0] - p10_r[0])**2 +
(p11_l[1] - p10_r[1])**2) / 118.11
print('中间的长度为:\t', height_middle)
print('左边的长度为:\t', height_left)
print('右边的长度为:\t', height_right)
print('中间的宽度为:\t', width_middle)
print('上边的宽度为:\t', width_top)
print('下边的宽度为:\t', width_bottom)
print("getting leaf area and perimeter")
# get leave area and perimeter
leaf_area = get_leave_area.get_leave_areas(img)
leaf_perimeter = get_leave_perimeter.get_leave_perimeter(img)
print("leaf_area:\t", leaf_area)
print("leaf_perimeter:\t", leaf_perimeter)
leaf_entire_area = [leaf_area]
leaf_area_without_holes = ["none"]
leaf_perimeter = [leaf_perimeter]
length_left = [height_left]
length_middle = [height_middle]
length_right = [height_right]
width_top = [width_top]
width_middle = [width_middle]
width_bottom = [width_bottom]
L_W = [length_middle[0] / width_middle[0]]
#==============================================================================
# serrations_general_names = ['boundary_curvature_mean', 'boundary_curvature_median',
# 'boundary_curvature_std', 'leaf_area, leaf_perimeter',
# 'height_left', 'height_middle', 'height_right',
# 'width_top', 'width_middle', 'width_bottom']
#==============================================================================
serrations_general_names_new = [
'round or not', 'serration_depth_mean', 'serration_depth_median',
'serration_depth_std', 'serration_width_mean',
'serration_width_median', 'serration_width_std',
'serration_area_mean', 'serration_area_median',
'serration_area_std', 'boundary_curvature_mean',
'boundary_curvature_median', 'boundary_curvature_std',
'leaf_entire_area', 'leaf_area_without_holes', 'leaf_perimeter',
'length_left', 'length_middle', 'length_right', 'width_top',
'width_middle', 'width_bottom',
'L:W(ratio=length_middle/width_middle)'
]
#==============================================================================
# serrations_general = [boundary_curvature_mean, boundary_curvature_median,
# boundary_curvature_std, [leaf_area], [leaf_perimeter],
# [height_left], [height_middle], [height_right],
# [width_top], [width_middle], [width_bottom]]
#==============================================================================
serration_numbers = [serration_numbers]
serrations_general_new = [
round_or_not, serration_numbers, serration_depth_mean,
serration_depth_median, serration_depth_std, serration_width_mean,
serration_width_median, serration_width_std, serration_area_mean,
serration_area_median, serration_area_std, boundary_curvature_mean,
boundary_curvature_median, boundary_curvature_std,
leaf_entire_area, leaf_area_without_holes, leaf_perimeter,
length_left, length_middle, length_right, width_top, width_middle,
width_bottom, L_W
]
save_in_csv_and_text.save_in_leaves_general(
A4_name, num, serrations_general_names_new, serrations_general_new,
sheet)
num += 1
#del serration_numbers[0]
f1.save(A4_name + '_leaves_general.xls')