A Triptych Software Development Paradigm - Correct System Design: Recent Insights and Advances - page 53

Fig. 4. A Generic Spatial Resources Map and its Filters

ais Legend:

d1 Filter srm-1 d:

a:

DCV* | Nm

φ

A
I-set

data i

is:
srm:

a' is' A x I-set x SpatResMap

d2 Filter srm-2

φ

data j

Equity- or
Analysis
Function

result

DCV = D | C | V

a" is"

SpatResMap = Area x (RR -> Fuzzy)

dm Filter

φ

srm-m

k

data

Several lter functions usually are needed to prepare input for the Equity
and Analysis functions:

Requirements Capture 12 A GIS+DIS{based DSS for DS must therefore al-
low the preparer, analyzer and planner to develop, record and apply lter func-
tions (

).

7.2 The \Grand" System

The Data provided to the Filter functions \come" from the (GaD) 2 I 2 Sreposi-
tories: either accessed through an appropriate DTV name list or by the name of
a stored result.
This basically completes the

GIS+DIS{based DSS for SD System description.

Requirements Capture 13 A GIS+DIS{based DSS for DS must therefore al-
low the preparer, analyzer and planner to \link" up the resource con-

cepts with the Data concepts accessible through the recursive hierarchy of domain,
type and version names and through the names of results stored, with comments,
after human evaluation or computed execution of Equity, Analysis and Planning
functions.

DSS for SD

7.3 Towards \The Model"

Very briefly: the hyper-text \woven path" also includes the generation of graphs
like the below: