Wrist watch, display method of wrist watch, and program
View Patent ↗An information processing device includes: timing means for performing a timing action thereby to output time information indicating the result of the timing action; unit time outputting means for converting the time, as indicated by the time information outputted from the timing means, into individual unit times, as expressed by using a plurality of time units individually, thereby to output the plural unit times individually; unit-by-unit contents decision means for individually deciding the unit presentation contents of an object to be presented to a user, individually for the plural time units, on the basis of such one of the plural unit times outputted from the unit time outputting means as is expressed by a target time unit; general contents decision means for deciding the general presentation contents of the object at the time which is indicated by the time information outputted from the timing means, on the basis of the unit presentation contents for every the time units decided by the unit-by-unit contents decision means; and presentation means for presenting the object with the general presentation contents decided by the general contents decision means.
1. An information processing device comprising:
timing means for performing a timing action and outputting time information indicating a result of the timing action;
unit time outputting means for converting the time information into individual time units, each individual time unit being associated with a type, the type having at least two possible time values;
unit-by-unit contents decision means for determining unit presentation contents of a non-alpha-numeric object,
wherein parameter values are individually designated for all possible time values of every type of the individual time units, the parameter values for at least one type of the individual time units differing from the time values of their corresponding time units,
wherein the unit-by-unit contents decision means determines the parameter values for the unit presentation contents of the non-alpha-numeric object for each one of the individual time units;
general contents decision means for determining general presentation contents of the non-alpha-numeric object at a time indicated by the time information based on the unit presentation contents, wherein determining the general presentation contents comprises:
calculating a sum of the parameter values of the unit presentation contents of the non-alpha-numeric object; and
determining the general presentation contents of the object based on the sum; and
presentation means for presenting the non-alpha-numeric object based on the general presentation contents.
2. An information processing device according to claim 1 ,
wherein the information processing device further comprises storage means for storing individual tables for the types of the individual time units indicating corresponding relations between the possible time values of one of the types of the individual time units and parameter values corresponding to the possible time values,
wherein the unit-by-unit contents decision means determines the parameter values based on the individual tables, and
wherein the general contents decision means performs predetermined operations to use the parameter values for the every one of the individual time units and determines the general presentation contents based on results of the predetermined operations.
3. An information processing device according to claim 2 , wherein the parameter values correspond to different colors or chroma.
4. An information processing device according to claim 1 ,
wherein the non-alpha-numeric object is one of a plurality of non-alpha-numeric objects,
wherein the unit-by-unit-contents decision means and the general contents decision means execute individual operations on the plurality of non-alpha-numeric objects, and
wherein the presentation means presents the plurality of non-alpha-numeric objects individually with the general presentation contents which are individually determined by the general contents decision means for each one of the plurality of non-alpha-numeric objects.
5. An information processing device according to claim 4 ,
wherein the plurality of non-alpha-numeric objects are individual images, and
wherein the presentation means presents one image with the plurality of non-alpha-numeric objects as constituent elements.
6. An information processing device according to claim 1 ,
further comprising sensor means for measuring a level of a predetermined state of the information processing device or current environment of the information processing device,
wherein at least one of the unit-by-unit contents decision means and the general contents decision means corrects the unit presentation contents or the general presentation contents in response to the level.
7. An information processing device according to claim 6 , wherein the sensor means measures at least one of atmospheric pressure or temperature.
8. An information processing device according to claim 1 ,
further comprising communication means for communicating with a different information processing device,
wherein at least one of the unit-by-unit contents decision means and the general contents decision means corrects the unit presentation contents or the general presentation contents in response to information obtained from the different information processing device.
9. An information processing device according to claim 8 , wherein the information is weather information,
wherein the presentation means changes weather presented based on the weather information.
10. An information processing device according to claim 1 , wherein types of the individual time units comprise at least one of year time, month time, four-season time, day, day time, half day time, hour time, minute time, and second time.
11. An information processing device according to claim 1 , wherein the non-alpha-numeric object is an image representing a physical object.
12. An information processing device according to claim 1 , wherein the individual time units comprise four season time, and
wherein the all possible time values of the four season time are spring, summer, autumn, and winter.
13. An information processing device according to claim 1 , wherein the sum is different from a second sum based on any other combination of parameter values.
14. A wrist watch comprising:
a display;
a microcomputer for performing a timing action and outputting time information indicating a result of the timing action;
a processor for:
converting the time information into individual unit times, each individual time unit being associated with a type, the type having at least two possible time values,
determining the unit presentation contents of a non-alpha-numeric object,
wherein parameter values are individually designated for all possible time values of every type of the individual time units, the parameter values for at least one type of the individual time units differing from the time values of their corresponding time units,
wherein determining the unit presentation contents comprises determining the parameter values for the unit presentation contents of the non-alpha-numeric object for each one of the individual time units, and
determining general presentation contents of the non-alpha-numeric object at a time indicated by the time information based on the unit presentation contents, wherein determining the general presentation contents comprises:
calculating a sum of the parameter values of the unit presentation contents of the non-alpha-numeric object; and
determining the general presentation contents of the object based on the sum;
a three-dimensional computer graphics engine for creating graphic data based on the general presentation contents; and
a display controller for presenting the non-alpha-numeric object in the display based on the graphic data.
15. A wrist watch according to claim 14 , wherein the three-dimensional computer graphics engine utilizes curve faced architecture method to generate the graphic data.
16. A wrist watch according to claim 14 , wherein the microcomputer comprises an oscillation circuit or a counter.
17. A wrist watch according to claim 14 , wherein the three-dimensional computer graphics engine controls the display using morphing to deform a first numeral representing all or part of a first actual time value of a first individual time unit of the individual time units into a second numeral representing all or part of a second actual time value of the first individual time unit.
18. An information processing method, comprising:
performing a timing action;
outputting time information indicating a result of the timing action;
converting the time information into individual time units, each individual time unit being associated with a type, the type having at least two possible time values;
determining unit presentation contents of non-alpha-numeric object,
wherein parameter values are individually designated for all possible time values of every type of the individual time units, the parameter values for at least one type of the individual time units differing from the time values of their corresponding time units,
wherein determining the unit presentation contents comprises determining the parameter values for the unit presentation contents of the non-alpha-numeric object for each one of the individual time units;
determining general presentation contents of the non-alpha-numeric object at a time indicated by the time information, based on the unit presentation contents, wherein determining the general presentation contents comprises:
calculating a sum of the parameter values of the unit presentation contents of the non-alpha-numeric object; and
determining the general presentation contents of the object based on the sum; and
presenting the non-alpha-numeric object based on the general presentation contents.
19. An information processing method according to claim 18 , wherein at least one of the possible time values of one of the individual time units comprises a changing unit, and wherein determining the parameter values for the unit presentation contents of the non-alpha-numeric object occurs only when the time information indicating the result of the timing action is comprised of the changing unit.
20. A computer readable media storing a program for causing a computer to execute a method for controlling a device, the method comprising:
performing a timing action;
outputting time information indicating a result of the timing action;
converting the time information into individual time units, each individual time unit being associated with a type, the type having at least two possible time values;
determining unit presentation contents of a non-alpha-numeric object,
wherein parameter values are individually designated for all possible time values of every type of the individual time units, the parameter values for at least one type of the individual time units differing from the time values of their corresponding time units,
wherein determining the unit presentation contents comprises determining the parameter values for the unit presentation contents of the non-alpha-numeric object for each one of the individual time units;
determining general presentation contents of the non-alpha-numeric object at a time indicated by the time information, based on the unit presentation contents, wherein determining the general presentation contents comprises:
calculating a sum of the parameter values of the unit presentation contents of the non-alpha-numeric object; and
determining the general presentation contents of the object based on the sum; and
presenting the object non-alpha-numeric based on the general presentation contents.