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   PhysicalQuantity
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| appearance as argument number 1 |
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| (documentation PhysicalQuantity ChineseLanguage "PhysicalQuantity是一种用来衡量建模世界上的 一些可以量度的部分，例如：「地球的直径」（长度固定）和「装满了可变形的固体的应力」（应力的衡量，它是一个有 三个空间坐标的函数）。 PhysicalQuantity 要不是 ConstantQuantity，就是 FunctionQuantity。 ConstantQuantity 的实例需要有一个 UnitOfMeasure，而 FunctionQuantity 的实例是要靠一个 Function， 它把 ConstantQuantity 的实例和其它 ConstantQuantity 的实例联系在一起（举例说， TimeDependentQuantity 属于 FunctionQuantity）。 PhysicalQuantity 这个名字和定义是借用物 理理论，但是 PhysicalQuantity 不一定是指物质上的。 除了长度、时间和速度等这些尺度以外，非物理尺寸如 货币也是可行的。因此，金钱会是 PhysicalQuantity 的实例。 PhysicalQuantity 和纯 Number 的区别在于前者附有一个衡量的尺度。") | Merge.kif 2117-2125 | |
| (documentation PhysicalQuantity EnglishLanguage "A PhysicalQuantity is a measure of some quantifiable aspect of the modeled world, such as 'the earth's diameter' (a constant length) and 'the stress in a loaded deformable solid' (a measure of stress, which is a function of three spatial coordinates). Every PhysicalQuantity is either a ConstantQuantity or FunctionQuantity. Instances of ConstantQuantity are dependent on a UnitOfMeasure, while instances of FunctionQuantity are Functions that map instances of ConstantQuantity to other instances of ConstantQuantity (e.g., a TimeDependentQuantity is a FunctionQuantity). Although the name and definition of PhysicalQuantity is borrowed from physics, a PhysicalQuantity need not be material. Aside from the dimensions of length, time, velocity, etc., nonphysical dimensions such as currency are also possible. Accordingly, amounts of money would be instances of PhysicalQuantity. A PhysicalQuantity is distinguished from a pure Number by the fact that the former is associated with a dimension of measurement.") | Merge.kif 2101-2116 | |
| (partition PhysicalQuantity ConstantQuantity FunctionQuantity) | Merge.kif 2100-2100 | 物理量 详尽无遗地 partition 成 恒量 和 函数量 |
| (subclass PhysicalQuantity Quantity) | Merge.kif 2099-2099 | 物理量 是 数量 的 subclass |
| appearance as argument number 2 |
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| (range MeasureFn PhysicalQuantity) | Merge.kif 6505-6505 | 计量函数 的 range 是 物理量 的实例 |
| (subclass ConstantQuantity PhysicalQuantity) | Merge.kif 2127-2127 | 恒量 是 物理量 的 subclass |
| (subclass FunctionQuantity PhysicalQuantity) | Merge.kif 2199-2199 | 函数量 是 物理量 的 subclass |
| (subclass PerformanceMeasure PhysicalQuantity) | FinancialOntology.kif 1588-1588 | PerformanceMeasure 是 物理量 的 subclass |
| (subclass UnitOfMeasure PhysicalQuantity) | Merge.kif 6333-6333 | 测量单位 是 物理量 的 subclass |
| (termFormat ChineseLanguage PhysicalQuantity "物理量") | chinese_format.kif 875-875 | termFormat ChineseLanguage, 物理量 and "物理量" |
| (termFormat EnglishLanguage PhysicalQuantity "physical quantity") | english_format.kif 686-686 | termFormat EnglishLanguage, 物理量 and "physical quantity" |
| (termFormat JapaneseLanguage PhysicalQuantity "物理量") | english_format.kif 687-687 | termFormat JapaneseLanguage, 物理量 and "物理量" |
| appearance as argument number 3 |
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| consequent |
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| (=> (instance ?CHART Chart) (exists (?QUANTITY) (and (instance ?QUANTITY PhysicalQuantity) (refers ?CHART ?QUANTITY)))) |
Mid-level-ontology.kif 10846-10851 | |
| (=> (instance ?G Chart) (exists (?Q) (and (instance ?Q PhysicalQuantity) (refers ?G ?Q)))) |
Mid-level-ontology.kif 10875-10880 |
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