Storing adjusted covariances and expectations

 

Storing adjusted covariances

 

Usage

• BD>control  ac =I where I is zero or an integer representing a valid belief store number.

• default store number is .

Assume the scenario that the base is to be adjusted by . The ac  control is used to store any evaluated adjusted covariances, , in a belief store, perhaps for the purpose of using them as further inputs. The default is for them not to be stored, and this default can be restored at any time. Otherwise the adjusted covariances are stored after every adjustment. If the belief store referenced had been locked beforehand, it becomes unlocked (refer to the LOCK:  command). The adjusted covariances are also available by using the [B/D] operator ac .  

Storing scanned adjusted covariances

 

Usage

• BD>control  scac =I where I is zero or an integer representing a valid belief store number.

• default store number is .

Assume the scenario that the base has been adjusted by ( might be empty), and that we are about to assess the effect of adjusting additionally by the base F by using the SCAN:  command. The scac  control can only be used in harness with the SCAN:  command. Every scan results in potential adjusted covariances, which are generally available via the [B/D] operator scac . If this control is used, the potential adjusted covariances are retained in the indicated belief store. The default is for them not to be stored, and this default can be restored at any time. Otherwise the potential adjusted covariances are stored after every scan. If the belief store referenced had been locked beforehand, it becomes unlocked (refer to the LOCK:  command).  

Storing adjusted expectations

 

Usage

• BD>control  ae =I where I is zero or an integer representing a valid expectation store number.

• default store number is .

Assume the scenario that the base is to be adjusted by . The ae  control is used to store any evaluated adjusted expectations, , in an expectation store, perhaps for the purpose of using them as further inputs. The default is for them not to be stored, and this default can be restored at any time. Otherwise the adjusted expectations are stored after every adjustment. If the store referenced had been locked beforehand, it becomes unlocked (refer to the ELOCK:  command). The adjusted expectations are also available by using the [B/D] operator aex .  

Storing scanned adjusted expectations

 

Usage

• BD>control  scae =I where I is zero or an integer representing a valid belief store number.

• default expectation store is .

Assume the scenario that the base has been adjusted by ( might be empty), and that we are about to assess the effect of adjusting additionally by the base F by using the SCAN:  command. The scae  control can only be used in harness with the SCAN:  command. Every scan results in potential adjusted expectations, which are generally available via the [B/D] operator scae . If this control is used, the potential adjusted expectations are retained in the indicated expectation store. The default is for them not to be stored, and this default can be restored at any time. Otherwise the potential adjusted expectations are stored after every scan. If the store referenced had been locked beforehand, it becomes unlocked (refer to the ELOCK:  command).