1. A combined soft toy and soft toy holder for display of the combination where the soft toy holder comprises a sheet of material with an opening therein wherein:
a. said opening is such that said sheet of material forms at least a first, second and third tab when said sheet of material is in a flat configuration;
b. said first and second tabs are directed inwardly of said opening;
c. said first and second tabs are approximately opposite each other;
d. at least one of said tabs has an area that is greater than or equal to one percent of the area of said opening when said sheet is in a flat configuration;
and wherein:
e. said sheet of material is folded such that said holder has a square or rectangular cross section comprising a first, second, third and fourth side;
f. said opening straddles said first side of said holder and said second side of said holder, said first side and said second side being adjacent to each other;
g. at least a portion of said first and second tabs and the entirety of said third tab reside on said first side of said holder;
and wherein:
h. said soft toy comprises two arms, two legs and a head;
i. said soft toy sits in said opening such that the center of mass of said soft toy is over the bottom of said holder when said holder is oriented such that said soft toy sits in an upright position with said arms, head and legs being visible;
j. said first and said second tabs correspond to the arm pits of said soft toy and are dimensioned such that said soft toy may be inserted or removed from said opening by a person without requiring undue force; and
k. said first and said second tabs are dimensioned to press against the sides of the soft toy such that said soft toy will be held in said opening when said holder is oriented such that said soft toy is upside down.
2. The combination of claim 1 wherein said third tab corresponds to the crotch of said soft toy such that said soft toy sits with its legs apart in a substantially uncompressed position.
3. The combination of claim 1 wherein the shape of said opening corresponds to a surface outline of said soft toy and wherein said soft toy must be deformed and compressed inward in order to be placed into or removed from said opening.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A color separation data generation method for generating color separation data, which is used for a printing apparatus and corresponds to printing materials including a particular color printing material, for a predetermined gamut,
wherein said method generates the color separation data corresponding to the particular color printing material for a gamut area of lower lightness side of a maximum saturation in a predetermined hue area, which includes a hue on an opposite side of a hue that contain a color same as the particular color printing material, in the predetermined gamut.
2. A method as claimed in claim 1, further generating the color separation data corresponding to the particular color printing material for a gamut area of lower lightness side area of the maximum saturation in whole hues, in the predetermined gamut.
3. A method as claimed in claim 1, wherein the particular color printing material is Red ink.
4. A method as claimed in claim 1, wherein the particular color printing material is Blue ink.
5. A method as claimed in claim 1, wherein the particular color printing material is Green ink.
6. A method as claimed in claim 3, generating color separation data corresponding to Magenta and Yellow inks respectively as well as the Red ink for the gamut area of lower lightness side of the maximum saturation.
7. A method as claimed in claim 1, generating the color separation data using a table having the color separation data as a lattice point data.
8. An image processing apparatus that generates color separation data, which is used for a printing apparatus and corresponds to printing materials including a particular color printing material, for a predetermined gamut,
wherein said image processing apparatus generates the color separation data corresponding to the particular color printing material for a gamut area of lower lightness side of a maximum saturation in a predetermined hue area, which includes a hue on an opposite side of a hue that contain a color same as the particular color printing material, in the predetermined gamut.
9. An image processing apparatus as claimed in claim 8, further generating the color separation data corresponding to the particular color printing material for a gamut area of lower lightness side area of the maximum saturation in whole hues, in the predetermined gamut.
10. An image processing apparatus as claimed in claim 8, wherein the particular color printing material is Red ink.
11. An image processing apparatus as claimed in claim 8, wherein the particular color printing material is Blue ink.
12. An image processing apparatus as claimed in claim 8, wherein the particular color printing material is Green ink.
13. An image processing apparatus as claimed in claim 10, generating color separation data corresponding to Magenta and Yellow inks respectively as well as the Red ink for the gamut area of lower lightness side of the maximum saturation.
14. An image processing apparatus as claimed in claim 8, generating the color separation data using a table having the color separation data as a lattice point data.
15. A program that is used in a information processing apparatus for executing color separation data generation process that generates color separation data, which is used for a printing apparatus and corresponds to printing materials including a particular color printing material, for a predetermined gamut, wherein said process generates the color separation
data corresponding to the particular color printing material for a gamut area of lower lightness side of a maximum saturation in a predetermined hue area, which includes a hue on an opposite side of a hue that contain a color same as the particular color printing material, in the predetermined gamut.