f2,
serrations_curvatures=serrations_curvatures,
boundary_curvature=boundary_curvature,
filename=name2)
sheet2 = f2.add_sheet(name2, cell_overwrite_ok=True)
for i in range(len(serrations_curvatures)):
sheet2.write(0, i, 'serrations_' + str(i + 1) + '_curvature')
sheet2.write(0, len(serrations_curvatures), 'boundary_curvature')
for i in range(len(serrations_curvatures)):
for j in range(1, len(serrations_curvatures[i]) + 1):
sheet2.write(j, i, serrations_curvatures[i][j - 1])
for i in range(1, len(boundary_curvature) + 1):
sheet2.write(i, len(serrations_curvatures), boundary_curvature[i - 1])
get_leave_serration.show_leave_serration(contours, ser4_idx,
ser4_deepest_idx)
plt.figure(figsize=(6, 8))
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,
filename=name1)
# 442_100_serration_details.xls
save_in_csv_and_text.save_in_serration_details(
A4_name,
f2,
serrations_curvatures=serrations_curvatures,
boundary_curvature=boundary_curvature,
filename=name2)
image = cv2.imread(img, 0)
rows, cols = image.shape
axes1[i, j].axis([0, rows + 100, cols + 100, 0])
axes2[i, j].axis([0, rows + 100, cols + 100, 0])
get_leave_serration.show_leave_serration(axes1[i, j], contours, ser4_idx,
ser4_deepest_idx)
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)