import { Entity, DefaultDeSerializers, DeSerializers, DeserializedType } from '@sap-cloud-sdk/odata-v2'; import { WorkCenterCapacityInterval_2, WorkCenterCapacityInterval_2Type } from './WorkCenterCapacityInterval_2'; import { WorkCenterCapacityText, WorkCenterCapacityTextType } from './WorkCenterCapacityText'; /** * This class represents the entity "A_WorkCenterCapacity" of service "API_WORK_CENTERS". */ export declare class WorkCenterCapacity extends Entity implements WorkCenterCapacityType { /** * Technical entity name for WorkCenterCapacity. */ static _entityName: string; /** * Default url path for the according service. */ static _defaultServicePath: string; /** * All key fields of the WorkCenterCapacity entity */ static _keys: string[]; /** * Capacity ID. * Maximum length: 8. */ capacityInternalId: DeserializedType; /** * Capacity name. * Description by which the capacity (for example, a machine capacity, a labor capacity or a move capacity) * is to be created in the system (when creating the capacity) oris known in the system (when changing, displaying or using the capacity). * Maximum length: 8. * @nullable */ capacity?: DeserializedType | null; /** * Capacity Category. * Maximum length: 3. * @nullable */ capacityCategoryCode?: DeserializedType | null; /** * Active Version of Available Capacity. * With this number you can identify the active version of available capacity. * The active version is always the capacity in the screen with header dataThe different versions allow you to maintain several available capacities at the same time. The active version of available capacity is used as a basis for scheduling. * Maximum length: 2. * @nullable */ capacityActiveVersion?: DeserializedType | null; /** * Indicator: Capacity Relevant to Finite Scheduling. * You use this indicator to specify that the system should take the available capacity and the load of this capacity into account during finite scheduling. * Only those capacities for which the indicator finite scheduling is set are taken into account in the capacity availability check. * @nullable */ capacityIsFinite?: DeserializedType | null; /** * Pooled Capacity Indicator. * Allows capacity to be allocated to several work centers. For example, move capacity (for moving parts and materials) could be called upon by several work centers. * @nullable */ capacityIsPooled?: DeserializedType | null; /** * Has Individual Capacities. * @nullable */ capacityHasIndivCapacities?: DeserializedType | null; /** * Indicator: Capacity Excluded From Long-Term Planning. * Indicator used to specify that this capacity is not taken into account in long term planning. * The aim of long term planning is to determine the requirements and available capacity for the assemblies and raw materials on the basis of a planned demand program. * @nullable */ capacityIsExcldFrmLongTermPlng?: DeserializedType | null; /** * Number of Individual Capacities. * Number of elements which make up a capacity group. * For example, a group made up of 5 machines has 5 elements. * @nullable */ capacityNumberOfCapacities?: DeserializedType | null; /** * Capacity Responsible Planner Group. * Key referring to the capacity planner group, which is responsible for planning this capacity. * Maximum length: 3. * @nullable */ capacityResponsiblePlanner?: DeserializedType | null; /** * Capacity Utilization Ratio in Percent. * The relationship (expressed in percent) between a machine´s actual capacity and it´s theoretical capacity. * Enter the average capacity utilization rate of all machines providing that capacity during the shift.The capacity utilization rate, the number of individual capacities and the operating time per shift make up the total capacity for the shift generated by the system. * Maximum length: 3. * @nullable */ capacityPlanUtilizationPercent?: DeserializedType | null; /** * Cumulative Break Duration in Seconds (internal). * @nullable */ capacityBreakDuration?: DeserializedType | null; /** * Plant. * Key uniquely identifying a plant. * Maximum length: 4. * @nullable */ plant?: DeserializedType | null; /** * Factory Calendar ID. * Two-place ID to identify the factory calendar. * If you have not entered your own calendar, then the system uses the factory calendar for the plant. * Maximum length: 2. * @nullable */ factoryCalendar?: DeserializedType | null; /** * Authorization Group. * The authorization group allows extended authorization protection for particular objects. The authorization groups are freely definable. The authorization groups usually occur in authorization objects together with an activity. * Maximum length: 4. * @nullable */ authorizationGroup?: DeserializedType | null; /** * Grouping for Shift Definitions and Shift Sequences. * Number identifying a grouping. You can choose a number between 01 and 99. * You can use a grouping to create shift sequences and shift definitions for special areas (for example, different plants or different areas of a plant) and select them when maintaining the available capacities of work centers.If you have entered a grouping, the system offers you only the shift sequences and shift definitions that you have created in Customizing for this grouping for you to maintain the available capacity.If you have not entered a grouping, the system offers the shift sequences and shift definitions maintained for grouping "0". * Maximum length: 2. * @nullable */ shiftGroup?: DeserializedType | null; /** * Start time in seconds (internal). * @nullable */ capacityStartTime?: DeserializedType | null; /** * End Time in Seconds (internal). * @nullable */ capacityEndTime?: DeserializedType | null; /** * Indicator: Several Operations Can Use Capacity. * @nullable */ capIsUsedInMultiOperations?: DeserializedType | null; /** * Referenced Capacity ID. * Maximum length: 8. * @nullable */ referencedCapacityInternalId?: DeserializedType | null; /** * Overload. * Entry you use to control the percentage by which the load may exceed available capacity. * Overload is used in finite scheduling. You can use it to specify, for example, that work continues during a break if capacity requirements are not covered by the available capacity.If you have entered a percentage for the overload, it is also taken into account in the availability check for capacity. For example, if there is an overload of 10%, work centers with a capacity load of more than 110% are overloaded. * Maximum length: 3. * @nullable */ capOverloadThresholdInPercent?: DeserializedType | null; /** * Capacity Unit of Measure. * Unit of measure in which available capacity is to be displayed. * The unit of measure may have a different dimension than the base unit of measure. In this case, you must maintain the conversion for the unit of measure to the base unit of measure by selecting the menu options "Extras -> Units of measure" on the header data screen. * Maximum length: 3. * @nullable */ capacityQuantityUnit?: DeserializedType | null; /** * Capacity Base Unit of Measure. * Unit in which available capacity is maintained. A typical unit is "hours". * Maximum length: 3. * @nullable */ capacityBaseQtyUnit?: DeserializedType | null; /** * Capacity Last Change Date Time. * @nullable */ capacityLastChangeDateTime?: DeserializedType | null; /** * One-to-many navigation property to the [[WorkCenterCapacityInterval_2]] entity. */ toCapacityInterval: WorkCenterCapacityInterval_2[]; /** * One-to-many navigation property to the [[WorkCenterCapacityText]] entity. */ toCapacityText: WorkCenterCapacityText[]; } export interface WorkCenterCapacityType { capacityInternalId: DeserializedType; capacity?: DeserializedType | null; capacityCategoryCode?: DeserializedType | null; capacityActiveVersion?: DeserializedType | null; capacityIsFinite?: DeserializedType | null; capacityIsPooled?: DeserializedType | null; capacityHasIndivCapacities?: DeserializedType | null; capacityIsExcldFrmLongTermPlng?: DeserializedType | null; capacityNumberOfCapacities?: DeserializedType | null; capacityResponsiblePlanner?: DeserializedType | null; capacityPlanUtilizationPercent?: DeserializedType | null; capacityBreakDuration?: DeserializedType | null; plant?: DeserializedType | null; factoryCalendar?: DeserializedType | null; authorizationGroup?: DeserializedType | null; shiftGroup?: DeserializedType | null; capacityStartTime?: DeserializedType | null; capacityEndTime?: DeserializedType | null; capIsUsedInMultiOperations?: DeserializedType | null; referencedCapacityInternalId?: DeserializedType | null; capOverloadThresholdInPercent?: DeserializedType | null; capacityQuantityUnit?: DeserializedType | null; capacityBaseQtyUnit?: DeserializedType | null; capacityLastChangeDateTime?: DeserializedType | null; toCapacityInterval: WorkCenterCapacityInterval_2Type[]; toCapacityText: WorkCenterCapacityTextType[]; } //# sourceMappingURL=WorkCenterCapacity.d.ts.map