The ATL COM module careCreditRequest is capable of
generating electronic & printed nursing care credit requests
API browser of CareCreditRequest450 COM module


/images/arrow_right.png ICareCreditResult::GetNextPlanningRecord method space
Retrieves the next planning record from the list of planning records. If the input data did map service data of the incurred cost than these data are returned as well otherwise the tariff parameters are returned empty.
 
VARIANT_FALSE is returned if the end of the planning record list is reached.
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/images/arrow_right.png Restful webservice calling syntax
[POST] /baseURL/ICareCreditResult/GetNextPlanningRecord
[JSON input data] pICareCreditResult: longValue,    //interface address
[JSON result data] pbstrPlanningType:
pbstrPlanningCode:
pbstrPlanningText:
pdQuantity:
pbstrMultiplierSymbol:
pdMultiplier:
pdBaseUnit:
peIsTraining:
pdCorrUnit:
pdTotalUnit:
pbstrRemark:
pbstrTariffType:
pbstrTariffCode:
pbstrTariffText:
pdTariffQuantity:
pdTP:
pdTPV:
pdExternalFactor:
pdAmount:
pbStatus:		 "utf8StringValue",
"utf8StringValue",
"utf8StringValue",
doubleValue,
"utf8StringValue",
doubleValue,
doubleValue,
longValue,
doubleValue,
doubleValue,
"utf8StringValue",
"utf8StringValue",
"utf8StringValue",
"utf8StringValue",
doubleValue,
doubleValue,
doubleValue,
doubleValue,
doubleValue,
booleanValue
 
[HTTP result status] 200 Return status 200 signals a successful method call
204 Return status 204 (noContent) signals that the end of an iteration is reached
>= 400 Return status >= 400 signals an unsuccessful function call. The returned JSON{errorCode: code, errorText:"text"} supplies the error message the same as GetAbortInfo() would do.
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/images/arrow_right.png C/C++ calling syntax
HRESULT GetNextPlanningRecord( BSTR
BSTR
BSTR
double
BSTR
double
double
YesNoType
double
double
BSTR
BSTR
BSTR
BSTR
double
double
double
double
double
VARIANT_BOOL 		*pbstrPlanningType,
*pbstrPlanningCode,
*pbstrPlanningText,
*pdQuantity,
*pbstrMultiplierSymbol,
*pdMultiplier,
*pdBaseUnit,
*peIsTraining,
*pdCorrUnit,
*pdTotalUnit,
*pbstrRemark,
*pbstrTariffType,
*pbstrTariffCode,
*pbstrTariffText,
*pdTariffQuantity,
*pdTP,
*pdTPV,
*pdExternalFactor,
*pdAmount,
*pbStatus);
[C/C++ return value] S_OK This value is returned if the function call was successful.
S_FALSE This value is returned if the end of an iteration is reached
E_name This value is returned if the function call was unsuccessful and an error exception was generated. Note that if you are using SmartPointers an exception is thrown under these conditions.
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/images/arrow_right.png Calling argument description
[out] BSTR *pbstrPlanningType The official planning type designator, e.g. "RAI-NC", "BESA 5", "KLV7" and the like
[out] BSTR *pbstrPlanningCode The planning code as defined by the used planning catalog
[out] BSTR *pbstrPlanningText The name of the planning record as defined by the used planning catalog
[out] double *pdQuantity The quantity aka the frequency per day of the planning record
 
Note, that the quantity is defined as double, spanning zero and positive fractional values!
  • negative quantities are used to effectively "subtract" planning records from the grand total
  • a zero quantity is used for "non-billable" and "pro memoria" planning records
  • positive quantities are used for "normal" planning records
The quantity must not be rounded but given in full precision.
[out] BSTR *pbstrMultiplierSymbol The Multiplier Symbol corresponds to a temporal multiplication function that distributes a singular object over the whole treatment interval. The functional behavior is supplied by a set of (language-dependent) symbols like "t3", "w", "m" etc.

Please note that -since the symbols are language sensitive and unstandardized<7b>- these tokens are supplied for documentation/display purposes only but not used in any calculation. It is the dMultiplier factor that is used for the calculation!
[out] double *pdMultiplier The dMultiplier number is the numerical representation of the bstrMultiplierSymbol and defines the multiplication factor that a singular planning object is distributed over the whole treatment interval.
 
Please note, that the magnitude of the multiplier might be fractional since an instruction like "t3" might not be transformed to an integer dependent on the given treatment interval.
[out] double *pdBaseUnit The base unit of a singular planning object as defined in the planning catalog - this is the planning equivalent of the tax point for tariff services.
[out] YesNoType *peIsTraining eIsTraining is a Boolean value indicating whether the planning record is performed in training mode.

Note, that this Boolean is mostly enNo outside a home care situation.
[out] double *pdCorrUnit dCorrUnit is used to optionally correct the total unit dTotalUnit of the planning record.
 
Please note, that the sign is significant, i.e. a downscale correction corresponds to a negative value. Furthermore, "dCorrUnit" is an absolute value and is not modulated by "dQuantity" and "dMultiplier" (cf. the defined equation under "dTotalUnit").
 
The necessity of a correction depends on the used catalog and is justified by the non-orthogonality of the catalog planning records.
[out] double *pdTotalUnit dTotalUnit defines the calculated units over the full treatment interval as given by the equation:
 
( dQuantity * dMultiplier * dBaseUnit ) + dCorrUnit = dTotalUnit

 
The equation is calculated in full precision and the result rounded to 2 significant decimal places.
[out] BSTR *pbstrRemark An optional remark for the given planning record and tariff record
[out] BSTR *pbstrTariffType The official tariff type as defined by Forum Datenaustausch.

If there is no coupling of the planning set to a corresponding incurred cost record than the tariff type is empty.
[out] BSTR *pbstrTariffCode The tariff code as defined by the used tariff
 
If there is no coupling of the planning set to a corresponding incurred cost record than the tariff code is empty.
[out] BSTR *pbstrTariffText The name of the tariff record as defined by the used tariff
[out] double *pdTariffQuantity The quantity of the defined service.
 
Note, that the quantity is defined as double, spanning zero and positive fractional values!
  • a zero quantity is used for "non-billable" and "pro memoria" services
  • positive quantities are used for "normal" services
  • fractional values are used whenever a part of the "full" service is used (e.g. quantity=0.5 for 500ml of a 1000ml infusion solution)
  • negative quantities are set for a storno to reflect the negative incurred cost situation
The quantity must not be rounded but given in full precision.
[out] double *pdTP The tax points (TP) of the defined tariff record
[out] double *pdTPV The tax point value (TPV) of the defined tariff record
[out] double *pdExternalFactor The external scaling factor used to scale the tariff record e.g. to give a discount or surcharge or to use the factor as a measure of splitting costs.

[out] double *pdAmount dAmount is the caused incurred cost given by the tariff record and calculated as follows:
dTariffQuantity * dTP * dTPV * dExternalFactor = dAmount

 
The equation is calculated in full precision and the result rounded to 2 significant decimal places.
[out,retval] VARIANT_BOOL *pbStatus Return status of the method. If pbStatus is VARIANT_FALSE the end of data is reached
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