measurement_details.csv

No;Measurements;Image illustration;Determining measurements methods
1;Height;;The subject's standing height was measured with a straightedge in the standing position according to ISO 20685 standard, measuring the distance from the standing floor to the highest point at the top of the head, in the midsagittal plane when the head was held in the Frankfurt plane. (is the plane passing through the upper edge of the external auditory canal and the lower edge of the orbital rim, perpendicular to the vertical plane containing the axis of the body).
2;Weight;;The weight of the measured object is determined by an electronic scale with a measuring range of 0÷100 kg, error ± 0.01 kg.
3;BMI;;BMI is calculated from height and weight measurement results according to the formula: bmi = w/h² In which, w is weight (kg), h is the height (m).
4;Upper bust circumference;Figure 1;On the subject's 3D body scan data, the size of the upper chest circumference (L1) is determined by creating a plane parallel to the body axis cutting through the torso at the armpit level. The circumference that surrounds the outside of the torso and lies on the cutting plane is the thoracic circumference of the body.
5;Bust circumference;Figure 2;Chest size (L2) is determined by creating a plane parallel to the body axis cutting through the torso at the fullest position of the chest. The contour circumference surrounding the outer points of the torso and lying on the cutting plane is the body's chest girth.
6;Chest circumference;Figure 3;The size of the chest circumference (L3) is determined by the cross-sectional circumference by a plane perpendicular to the body axis through the lowest point of the chest.
7;Upper breast projection;;Upper chest prolapse (D1) is calculated as the distance from the nipple point (P4) to the plane cutting through the upper chest point (P1).
8;Lower right breast projection;Figure 4;Right lower chest prolapse (D2) is the distance from the right nipple point (P4) to the plane cutting through the lowest point of the chest.
9;Lower left breast projection;Figure 4;Left lower chest ptosis (D2') is the distance from the tip of the left chest (P4') to the plane cutting through the lowest point of the chest.
10;Distance between nipple points;Figure 5;The distance between the two nipples is determined by measuring the distance from the right nipple point (P4) to the left nipple point (P4'). In case the two nipple points are not on the same horizontal plane, the distance from the chest is calculated as the total distance from the nipple point (P4), (P4') to the vertical line between the front body.
11;Right breast curve;Figure 6;The right pectoral arch (P_5 P_6 P_7 ) ̂ is determined according to the curve from the innermost point of the right breast (P6) through point P7 to the outermost point of the left breast (P5).
12;Left breast curve;Figure 6;The left pectoral arch is determined similarly to the right pectoral arch but on the left side of the chest.
13;Outer right breast curve;Figure 7;The right external chest arc (P_4 P_5 ) ̂ is calculated from the midpoint of the breast (P5) to the right nipple point (P4), measured along the chest arc line.
14;Outer left breast curve;Figure 7;The left external chest arc (P_4' P_5' ) ̂ is calculated from the midpoint of the breast (P5') to the left nipple point (P4'), measured along the chest arc line.
15;Inner right breast curve;Figure 8;The internal chest arc must be calculated from point (P6) to the right nipple point (P4) along the chest arc line.
16;Inner left breast curve;Figure 8;The left internal chest arc is calculated from the point (P6') to the left chest tip point (P4') along the chest arc line.
17;Distance from Sternum to right nipple point;Figure 9;The distance from the sternum to the right nipple is measured from the middle of the front neck (P1) to the right nipple (P4).
18;Distance from Sternum to left nipple point;Figure 9;The distance from the sternum to the left nipple is measured from the middle of the anterior neck (P1) to the left nipple (P4').
19;Size difference;;Equal to the difference between bust circumference and bust circumference.
20;Volume of left breast;Figure 10;The volume of the left breast of the body (ttt) was performed by marking the breast based on landmarks around the chest. Then the breast was separated from the body, filled and the volume of the left breast was calculated.
21;Volume of right breast;Figure 11;Right body breast volume (ttp) was performed by marking the breast based on landmarks around the chest. The breast was then separated from the body, filled, and the volume of the right breast was calculated.