A method for fabricating an absorbent article, the absorbent article comprising a liquid permeable topsheet comprising a first layer, a second layer, a plurality of first discrete features, and a plurality of second discrete features; a colored sheet comprising a colored sheet web having a first colored region; and a liquid impermeable backsheet comprising a backsheet web, the absorbent article having a body-facing surface comprising the first layer and a garment-facing surface positioned opposite to the body-facing surface, the method comprising the steps of: a) supplying the second layer onto the first layer to form a composite of the first layer and the second layer; b) forming the plurality of first discrete features on the composite by feeding the composite in a machine direction via a first nip defined between a first cylindrical roll and a second cylindrical roll, wherein at least one of the first and second roll comprises first discrete feature forming elements on its surface, to form a first deformed composite; c) continuously forming a plurality of second discrete features on the composite by feeding the first deformed composite in the machine direction via a second nip defined between the second cylindrical roll and a third cylindrical roll to form a second deformed composite, wherein at least one of the second and third roll comprises second discrete feature forming elements; d) supplying the colored sheet web having the first colored region onto the second layer side of the deformed composite, and integrating the deformed composite and the colored sheet web to form an integrated composite; e) supplying the backsheet web onto the colored sheet web side of the integrated composite, and integrating the integrated composite and the backsheet web to form an absorbent article assembly; and f) severing the absorbent article assembly into individual absorbent articles, wherein the absorbent article has a background region, wherein the background region and the first colored region are viewable from the body facing surface, and wherein the first colored region differs in color from the background region. a) supplying the second layer onto the first layer to form a composite of the first layer and the second layer; b) forming the plurality of first discrete features on the composite by feeding the composite in a machine direction via a first nip defined between a first cylindrical roll and a second cylindrical roll, wherein at least one of the first and second roll comprises first discrete feature forming elements on its surface, to form a first deformed composite; c) continuously forming a plurality of second discrete features on the composite by feeding the first deformed composite in the machine direction via a second nip defined between the second cylindrical roll and a third cylindrical roll to form a second deformed composite, wherein at least one of the second and third roll comprises second discrete feature forming elements; d) supplying the colored sheet web having the first colored region onto the second layer side of the deformed composite, and integrating the deformed composite and the colored sheet web to form an integrated composite; e) supplying the backsheet web onto the colored sheet web side of the integrated composite, and integrating the integrated composite and the backsheet web to form an absorbent article assembly; and f) severing the absorbent article assembly into individual absorbent articles,