To give more information about diagnostic characteristics of each table we introduce here the detailed description of all the tables, their method of application and how they are deciphered by both normal trichromats and dichromats (protanopes and deuteranopes). The way these tables are deciphered by anomalous trichromats (people suffering of protanomaly and deuteranomaly) is described separately.

The numeration of the coloured tables on this page is given line by line, first from left to right, then from top downward.
Chromatic sensitivity testing table I. All the drivers under test, who have normal chromatic sensitivity, anomalous trichromats and dichromats equally correctly distinguish figures 9 and 6 (96). This table mainly serves as the method demonstration and for testing purposes.
Chromatic sensitivity testing table II.    All the drivers under test, who have normal chromatic sensitivity, anomalous trichromats and dichromats equally correctly distinguish two figures:  the square and triangle.  This table, as well as the first one, mainly serves as the method demonstration and for testing purposes.
Chromatic sensitivity testing table III.    Normal trichromats distinguish the chromatic sensitivity testing figure  9.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour )  and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour )  can distinguish figure  5.
Chromatic sensitivity testing table IV.    Normal trichromats distinguish the triangle.  Protanopes (drivers who, according to the test, don’t distinguish a red colour )  and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour )  see the circle. 
Chromatic sensitivity testing table V.    Drivers under test, who have normal chromatic sensitivity, distinguish figures  1  and  3  (13 ).   Protanopes  (drivers who, according to the test, don’t distinguish a red colour )  and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour )  see this figure as  6  or  8. 
Chromatic sensitivity testing table VI.    Normal trichromats distinguish two figures in the table: the circle and triangle.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour )  and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour )  cannot distinguish these figures.
Chromatic sensitivity testing table VII.    Drivers under test, who have normal chromatic sensitivity, distinguish two figures in the table: the triangle and square.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) cannot distinguish these figures.
Chromatic sensitivity testing table VIII.    Drivers under test, who have normal chromatic sensitivity, distinguish figure 5 in the table.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) cannot distinguish this figure.
Chromatic sensitivity testing table IX.    Drivers under test, who have normal chromatic sensitivity, and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) distinguish figure 9 in the table.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) see it as 6.
Chromatic sensitivity testing table X.    Drivers under test, who have normal chromatic sensitivity, distinguish figures 2 and 5  (25 ).  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) either see figure 5 or don’t distinguish any figures at all.
Chromatic sensitivity testing table XI.    Drivers under test, who have normal chromatic sensitivity, distinguish the triangle in the table.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) distinguish the circle.
Chromatic sensitivity testing table XII.    Drivers under test, who have normal chromatic sensitivity, and deuteranopes distinguish figures 1 and 2  (12 ) in the table.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) don’t distinguish these figures.
Chromatic sensitivity testing table XIII.    Drivers under test, who have normal chromatic sensitivity, distinguish the circle and triangle in the table.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) see the circle only, and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) see the triangle.
Chromatic sensitivity testing table XIV.    Drivers under test, who have normal chromatic sensitivity, distinguish figures 3 and 0  (30 ) in the upper part of the table and don’t see anything in its lower part.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) see figures 1 and 0  (10 ) in the upper part of the table and the hidden figure 6 in the lower part.  Deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) distinguish figure 1 in the upper part of the table and the hidden figure 6 in the lower part.
Chromatic sensitivity testing table XV.    Drivers under test, who have normal chromatic sensitivity, distinguish two figures in the upper part of the table: the circle on the left and the triangle on the right.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) see two triangles in the upper part of the table and either the square or the circle in the lower part.  And deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) distinguish the triangle in the upper left part of the table and either the square or the circle in the lower part of it.
Chromatic sensitivity testing table XVI.    Drivers under test, who have normal chromatic sensitivity, distinguish figures 9 and 6  (96 ) in the table.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) see only figure 9 there, deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) can see figure 6 only.
Chromatic sensitivity testing table XVII.    Drivers under test, who have normal chromatic sensitivity, distinguish two figures: the triangle and circle.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) see the triangle only, and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) can see only circle the.
Chromatic sensitivity testing table XVIII.    Drivers under test, who have normal chromatic sensitivity, perceive the horizontal rows, consisting of eight squares each  (the 9th, 10th, 11th, 12th, 13th, 14th, 15th and 16th colour rows ), as one-coloured, but the vertical rows are perceived as multicoloured. Dichromats perceive the vertical rows as one-coloured, protanopes  (drivers who, according to the test, don’t distinguish a red colour ) perceiving the 5th and the 7th vertical colour rows as one-coloured, and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) perceiving the 1st, 2nd, 4th, 6th and 8th vertical rows as one-coloured  .  The coloured squares in the horizontal rows are perceived by protanopes and deuteranopes as multicoloured.
Chromatic sensitivity testing table XIX.    Normal trichromats, protanopes  (drivers who, according to the test, don’t distinguish a red colour ) and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) can distinguish figures 1 and 4  (14 ) in the table.  People, suffering of impaired chromatic sensitivity to blue and yellow colours, cannot see these figures.
Chromatic sensitivity testing table XX.    Drivers under test, who have normal chromatic sensitivity, protanopes  (drivers who, according to the test, don’t distinguish a red colour ) and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) distinguish figure 9.  People, suffering of impaired chromatic sensitivity to blue and yellow colours, cannot see this figure.
Chromatic sensitivity testing table XXI.    Drivers under test, who have normal chromatic sensitivity, distinguish figure 96.  Deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) and protanopes  (drivers who, according to the test, don’t distinguish a red colour ) can distinguish figure 6 only.
Chromatic sensitivity testing table XXII.    Drivers under test, who have normal chromatic sensitivity and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) distinguish figure 5 in the table.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) cannot distinguish this figure.
Chromatic sensitivity testing table XXIII.    Drivers under test, who have normal chromatic sensitivity, distinguish figure 2.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) cannot distinguish this figure.
Chromatic sensitivity testing table XXIV.    Normal trichromats distinguish figure 2 in the table.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) cannot distinguish this figure.
Chromatic sensitivity testing table XXV.    Normal trichromats distinguish the circle and triangle in the table.  Protanopes  (drivers who, according to the test, don’t distinguish a red colour ) and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) cannot distinguish these figures.

To sum everything up, the drivers under test, who have normal chromatic sensitivity, see all the twenty-five, tables correctly, protanopes  (drivers who, according to the test, don’t distinguish a red colour ) see four tables  (I, II, XIX, XX ), and deuteranopes  (drivers who, according to the test, don’t distinguish a green colour ) see seven tables  (I, XIX, XX, XXII ) correctly.

The special scheme of polychromatic tables interpretation is given to make it possible to analyze the answers of the people under test quickly and efficiently.

If answers of a person under test cannot be analyzed with the help of the given scheme and if the number of correctly distinguished tables is bigger than described in this scheme, this may point out to anomalous trichromatism.