Method for apparatus for associating objects with a spline by value

Claim 2

A computer-implemented method comprising: assigning a value to each object in a set of objects wherein the value is associated with some aspect of the object; receiving a non-linear contour having a starting point and an end point corresponding to the respective lowest and highest values associated with each object in the set of objects and having a shape, the shape independent of the values assigned to the objects; defining a predetermined scale on the contour for a range of values, the range of values including the values associated with each of the objects wherein one or more intervals along the non-linear contour are determined according to the predetermined scale; associating each object in the set of objects with a point on the non-linear contour automatically according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour; and adjusting the shape of the non-linear contour with control handles causing the objects to automatically move to an appropriate location along the non-linear contour, wherein the value associated with each object corresponds to a characteristic selected from a group including a temperature, a weight, a mass, a specific period in the, and a color.

Claim 3

A computer-implemented method comprising: assigning a value to each object in a set of objects wherein the value is associated with some aspect of the object; receiving a non-linear contour having a starting point and an end point corresponding to the respective lowest and highest values associated with each object in the set of objects and having a shape, the shape independent of the values assigned to the objects; defining a predetermined scale on the contour for a range of values, the range of values including the values associated with each of the objects wherein one or more intervals along the non-linear contour are determined according to the predetermined scale; associating each object in the set of objects with a point on the non-linear contour automatically according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour; and adjusting the shape of the non-linear contour with control handles causing the objects to automatically move to an appropriate location along the non-linear contour, wherein the objects include at least one selected from the group including geometric shapes, photographic images, animated images, and multimedia objects combining geometric shapes, photographic images or animated images with sound.

Claim 4

A computer-implemented method comprising: assigning a value to each object in a set of objects wherein the value is associated with some aspect of the object; receiving a non-linear contour having a starting point and an end point corresponding to the respective lowest and highest values associated with each object in the set of objects and having a shape, the shape independent of the values assigned to the objects; defining a predetermined scale on the contour for a range of values, the range of values including the values associated with each of the objects wherein one or more intervals along the non-linear contour are determined according to the predetermined scale; associating each object in the set of objects with a point on the non-linear contour automatically according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour; and adjusting the shape of the non-linear contour with control handles causing the objects to automatically move to an appropriate location along the non-linear contour, wherein the objects include at least one selected from the group including geometric shapes, photographic images, animated images, and multimedia objects combining geometric shapes, photographic images or animated images with sound.

Claim 5

A computer-implemented method comprising: assigning value to each object in a set of objects wherein the value is associated with some aspect of the object; receiving a non-linear contour having a starting point and an end point corresponding to the respective lowest and highest values associated with each object in the set of objects and having a shape, the shape independent of the values assigned to the objects; defining a predetermined scale on the contour for a range of values, the range of values including the values associated with each of the objects wherein one or more intervals along the non-linear contour are determined according to the predetermined scale; associating each object in the set of objects with a point on the non-linear contour automatically according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour; and adjusting the shape of the non-linear contour with control handles causing the objects to automatically move to an appropriate location along the non-linear contour, wherein the predetermined scale includes at least one scale selected from a set of scales including linear, logarithmic, and exponential.

Claim 6

A computer-implemented method comprising: assigning value to each object in a set of objects wherein the value is associated with some aspect of the object; receiving a non-linear contour having a starting point and an end point corresponding to the respective lowest and highest values associated with each object in the set of objects and having a shape, the shape independent of the values assigned to the objects; defining a predetermined scale on the contour for a range of values, the range of values including the values associated with each of the objects wherein one or more intervals along the non-linear contour are determined according to the predetermined scale; associating each object in the set of objects with a point on the non-linear contour automatically according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour; and adjusting the shape of the non-linear contour with control handles causing the objects to automatically move to an appropriate location along the non-linear contour, wherein the predetermined scale includes at least one scale selected from a set of scales including linear, logarithmic, and exponential.

Claim 7

A computer program product, tangibly stored on a computer-readable medium, comprising instructions causing a computer capable of executing the instructions to associate objects according to their corresponding values by: assigning a value to each object in a set of objects; receiving a non-linear contour having a starting point and an end point and having a shape, the shape independent of the values assigned to the objects; defining a scale on the contour for a range of values inclusive of the values associated with each of the objects; and associating each object in the set of objects to a point on the non-linear contour according to the value assigned to the object and the corresponding value associated with a point alone the non-linear contour, wherein the value associated with each object corresponds to a characteristic selected from a group including a temperature, a weight, a mass, a specific period in time and a color.

Claim 8

A computer program product, tangibly stored on a computer-readable medium, comprising instructions causing a computer capable of executing the instructions to associate objects according to their corresponding values by: assigning a value to each object in a set of objects; receiving a non-linear contour having a starting point and an end point and having a shape, the shape independent of the values assigned to the objects; defining a scale on the contour for a range of values inclusive of the values associated with each of the objects; and associating each object in the set of objects to a point on the non-linear contour according to the value assigned to the object and the corresponding value associated with a point alone the non-linear contour, wherein the value associated with each object corresponds to a characteristic selected from a group including a temperature, a weight, a mass, a specific period in time and a color.

Claim 9

A computer program product, tangibly stored on a computer-readable medium comprising instructions causing a computer capable of executing the instructions to associate objects according to their corresponding values by: assigning a value to each object in a set of objects; receiving a non-linear contour having a starting point and an end point and having a shape, the shape independent of the values assigned to the objects; defining a scale on the contour for a range of values inclusive of the values associated with each of the objects; and associating each object in the set of objects to a point on the non-linear contour according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour, wherein the objects include at least one selected from a group including geometric shapes, photographic images, animated images and multimedia objects combining geometric shapes, photographic images or animated images with sound.

Claim 10

A computer program product, tangibly stored on a computer-readable medium comprising instructions causing a computer capable of executing the instructions to associate objects according to their corresponding values by: assigning a value to each object in a set of objects; receiving a non-linear contour having a starting point and an end point and having a shape, the shape independent of the values assigned to the objects; defining a scale on the contour for a range of values inclusive of the values associated with each of the objects; and associating each object in the set of objects to a point on the non-linear contour according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour, wherein the objects include at least one selected from a group including geometric shapes, photographic images, animated images and multimedia objects combining geometric shapes, photographic images or animated images with sound.

Claim 11

A computer program product, tangibly stored on a computer-readable medium, comprising instructions causing a commuter capable of executing the instructions to associate objects according to their corresponding values by: assigning a value to each object in a set of objects; receiving a non-linear contour having a starting point and an end point and having a shape, the shape independent of the values assigned to the objects; defining a scale on the contour for a range of values inclusive of the values associated with each of the objects; and associating each object in the set of objects to a point on the non-linear contour according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour, wherein the predetermined scale includes at least one scale selected from a set of scales including linear, logarithmic and exponential.

Claim 12

A computer program product, tangibly stored on a computer-readable medium, comprising instructions causing a commuter capable of executing the instructions to associate objects according to their corresponding values by: assigning a value to each object in a set of objects; receiving a non-linear contour having a starting point and an end point and having a shape, the shape independent of the values assigned to the objects; defining a scale on the contour for a range of values inclusive of the values associated with each of the objects; and associating each object in the set of objects to a point on the non-linear contour according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour, wherein the predetermined scale includes at least one scale selected from a set of scales including linear, logarithmic and exponential.

Claim 13

A computer program product, tangibly stored on a computer-readable medium, comprising instructions causing a computer capable of executing the instructions to associate objects according to their corresponding values by: assigning a value to each object in a set of objects; receiving a non-linear contour having a starting point and an end point and having a shape, the shape independent of the values assigned to the objects; defining a scale on the contour for a range of values inclusive of the values associated with each of the objects; associating each object in the set of objects to a point on the non-linear contour according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour including connecting each object with a point on the non-linear contour with an object connector; displaying the non-linear contour and objects associated by value with the non-linear contour on a display device; and displaying an object connector connecting each object in the set of objects with a point on the non-linear contour.

Claim 14

A computer program product, tangibly stored on a computer-readable medium, comprising instructions causing a computer capable of executing the instructions to associate objects according to their corresponding values by: assigning a value to each object in a set of objects; receiving a non-linear contour having a starting point and an end point and having a shape, the shape independent of the values assigned to the objects; defining a scale on the contour for a range of values inclusive of the values associated with each of the objects; associating each object in the set of objects to a point on the non-linear contour according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour including connecting each object with a point on the non-linear contour with an object connector; displaying the non-linear contour and objects associated by value with the non-linear contour on a display device; and displaying an object connector connecting each object in the set of objects with a point on the non-linear contour.

Claim 15

The computer-program product of claim 7 , wherein an object connector includes at least one selected from a group including a line and a geometric shape, the line or geometric shape extending from the object to the point on the non-linear contour.

Claim 16

A computer-implemented method comprising: assigning a value to each object in a set of one or more objects; receiving a non-linear contour having a starting point and an end point and having a shape, the shave independent of the values assigned to the objects; defining a scale on the contour for a range of values, the range including the values associated with each of the objects; associating each object in the set of objects with a point on the non-linear contour according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour including connecting each object with a point on the non-linear contour with an object connector; displaying the non-linear contour and objects associated by value with the non-linear contour on a display device; and displaying an object connector connecting each object in the set of objects with a point on the non-linear contour.

Claim 17

A computer-implemented method comprising: assigning a value to each object in a set of one or more objects; receiving a non-linear contour having a starting point and an end point and having a shape, the shave independent of the values assigned to the objects; defining a scale on the contour for a range of values, the range including the values associated with each of the objects; associating each object in the set of objects with a point on the non-linear contour according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour including connecting each object with a point on the non-linear contour with an object connector; displaying the non-linear contour and objects associated by value with the non-linear contour on a display device; and displaying an object connector connecting each object in the set of objects with a point on the non-linear contour.

Claim 18

The method of claim 9 , wherein an object connector includes at least one object selected from a group of objects including a line and a geometric shape, the line or geometric shape extending from the object to the point on the non-linear contour.

Claim 19

A computer-implemented method comprising: assigning a value to each object in a set of objects wherein the value is associated with some aspect of the object; receiving a non-linear contour having a starting point and an end point corresponding to the respective lowest and highest values associated with each object in the set of objects and having a shape, the shape independent of the values assigned to the objects; defining a predetermined scale on the contour for a range of values, the range of values including the values associated with each of the objects wherein one or more intervals along the non-linear contour are determined according to the predetermined scale; associating each object in the set of objects with a point on the non-linear contour automatically according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour, including connecting each object with a point on the non-linear contour with an object connector; adjusting the shape of the non-linear contour with control handles causing the objects to automatically move to an appropriate location along the non-linear contour; displaying the non-linear contour and objects associated by value with the non-linear contour on a display device; and displaying an object connector connecting each object in the set of objects with a point on the non-linear contour.

Claim 20

A computer-implemented method comprising: assigning a value to each object in a set of objects wherein the value is associated with some aspect of the object; receiving a non-linear contour having a starting point and an end point corresponding to the respective lowest and highest values associated with each object in the set of objects and having a shape, the shape independent of the values assigned to the objects; defining a predetermined scale on the contour for a range of values, the range of values including the values associated with each of the objects wherein one or more intervals along the non-linear contour are determined according to the predetermined scale; associating each object in the set of objects with a point on the non-linear contour automatically according to the value assigned to the object and the corresponding value associated with a point along the non-linear contour, including connecting each object with a point on the non-linear contour with an object connector; adjusting the shape of the non-linear contour with control handles causing the objects to automatically move to an appropriate location along the non-linear contour; displaying the non-linear contour and objects associated by value with the non-linear contour on a display device; and displaying an object connector connecting each object in the set of objects with a point on the non-linear contour.