A method of manufacturing a lens set comprising a first lens and a second lens, wherein the first lens and the second lens are respectively a progressive addition lens for spectacles which have a distance portion and a near portion having different powers and in which an equivalent spherical power of the distance portion is plus, wherein a difference between a vertical surface power in the distance portion and a vertical surface power in the near portion on an eyeball-side surface is larger than the difference between a vertical surface power in the distance portion and a vertical surface power in the near portion on an object-side surface, and the first lens and the second lens have different addition powers from each other, wherein in the first lens, the object-side surface includes a toric surface element along a vertical reference line or a principal sight passing through a fitting point on an obj ect-side surface, wherein the fitting point is positioned at the geometric center of the first lens, wherein when a horizontal surface power of the distance portion along a vertical reference line or the principal sight line passing through the fitting point is defined as OHPf1, and vertical surface power of the distance portion along the vertical reference line or the principal sight line is defined as OVPf1, and horizontal surface power of the near portion along the vertical reference line or the principal sight line is defined as OHPnl, and vertical surface power of the near portion along the vertical reference line or the principal sight line is defined as OVPn1, the OVPn1 is smaller than the OVPf1, and the OHPf1 is larger than the OVPf1, and the OHPn1 is larger than the OVPn1, and the eyeball-side surface along the vertical reference line or the principal sight line includes an element for cancelling the toric surface element, and also in the second lens, the object-side surface includes a toric surface element in which when a horizontal surface power of the distance portion along a vertical reference line or a principal sight line passing through a fitting point is defined as OHPf2, and vertical surface power of the distance portion along the vertical reference line or the principal sight line is defined as OVPf2, wherein the fitting point is positioned at the geometric center of the second lens, and horizontal surface power of the near portion along the vertical reference line or the principal sight line is defined as OHPn2, and vertical surface power of the near portion along the vertical reference line or the principal sight line is defined as OVPn2, the OVPn2 is smaller than the OVPf2, and the OHPf2 is larger than the OVPf2, and the OHPn2 is larger than the OVPn2, and an eyeball-side surface along the vertical reference line or the principal sight line includes an element for cancelling the toric surface element, and a difference between the OVPf1 and the OVPn1, and a difference between the OVPf2 and the OVPn2 are the same; the method comprising the step of manufacturing the first lens and the second lens from same-shaped semi-finished lenses. and also in the second lens, the object-side surface includes a toric surface element in which when a horizontal surface power of the distance portion along a vertical reference line or a principal sight line passing through a fitting point is defined as OHPf2, and vertical surface power of the distance portion along the vertical reference line or the principal sight line is defined as OVPf2, wherein the fitting point is positioned at the geometric center of the second lens, and horizontal surface power of the near portion along the vertical reference line or the principal sight line is defined as OHPn2, and vertical surface power of the near portion along the vertical reference line or the principal sight line is defined as OVPn2, the OVPn2 is smaller than the OVPf2, and the OHPf2 is larger than the OVPf2, and the OHPn2 is larger than the OVPn2, and an eyeball-side surface along the vertical reference line or the principal sight line includes an element for cancelling the toric surface element, and a difference between the OVPf1 and the OVPn1, and a difference between the OVPf2 and the OVPn2 are the same; the method comprising the step of manufacturing the first lens and the second lens from same-shaped semi-finished lenses.