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Software for Applicon GraphicsSystem Support of the NNWSIArea-to-Location Screening Activity

Michael W. Sharp

Prepared bySandia National LaboratoriesAlbuquerque, Now Mexico 57185 and Uvermore, Caltornia 04550for the United States Department of Energyunder Contract DE-AC04-76DP00789

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SAND82-1774Distribution Category UC-70

Unlimited ReleasePrinted February 1984

SOFTWARE FOR APPLICON GRAPHICS SYSTEM SUPPORTOF THE

NNWSI AREA-TO-LOCATION SCREENING ACTIVITY

Michael W. Sharp C ANuclear Waste Engineering Projects >rig

Division 6311 ZSandia National Laboratories

Albuquerque, New Mexico 87185 ,

ABSTRACT

A comprehensive system study has been performed toscreen the Nevada Research and Development Area (NRDA)of the Nevada Test Site (NTS) and nearby areas forrelatively favorable locations of about 10 squaremiles for the permanent disposal of radioactive wastein a mined repository. The purpose of this screeningwas to use information available during the summer of1981 to identify such locations. The results of thisscreening will allow more informed decisions by theDepartment of Energy's Nevada Nuclear Waste StorageInvestigations Project as to where future repositoryexploration could be concentrated to optimize thechances that the locations chosen for characterizationwould qualify as a licensed repository site. The methodsused for, and the results of, this study are describedby S. $innock and J. Fernandez in their report, 'Summaryand Conclusions of the NNWSI Area-to-Location ScreeningActivity," (Reference 3). This report is intended todescribe the computer support developed for the screeningactivity and, as such, should not be treated as astand-alone document, but as a supplement to the abovesummary report. This report complements two othersupplemental reports dealing with 16 physical data basesfor screening (Reference 5) and the objectives of thescreening methodology (Reference 4). Together, thesefour reports fully describe the screening activity ofthe Nevada Nuclear Waste Storage Investigations Project.

i

Table of Contents

Page

1. System Overview 1

1.1 Purpose 11.2 System Summary 21.3 Software Summary 31.4 Data Base 31.5 Data Input 41.6 Favorability Functions 111.7 Output 14

2.0 Evaluation Algorithms 23

2.1 General Equation for Rating Process 232.2 Variations of the General Equation 25

3.0 Software Description 29

3.1 Data Files 313.2 Source Code 32

Appendix A - References A-1B - Functions and Parameters of NNWSI

Screening Activity Software B-1C - Source Code Listings C-1

ii

List of Figures

Pace

1. Volcanism Potential Input Contours 10

2. Weapons Seismic Potential Inclined Contours 12

3. Air Pollution Potential Favorability Curve 13

4. Retrieved Coordinates of Selected Grid 16

S. Inclined Contours for Values Above Threshold 17

6. UCMD 11 Statistical Olutput 18

7. Evaluation Value Histogram 19

8. Host Rock Symbols 20

9. Host Rock Results 21

10. Host Rock Evaluation Values 22

11. Screening Activity Data Flow Diagram 30

12. Level 1 Objective Tree 33

List of Tables

I. Data Base Record Format 5

iii

1. System Overview

1.1 Purpose

The objective of the Nevada Nuclear Waste Storage

Investigations (NNWSI) screening activity was to identify the

most favorable locations for the construction of a radioactive

waste repository within a candidate area in southern Nevada.

The quantitative evaluations were obtained by: (1) identifying

the physical attributes for each quarter-mile grid within the

screening area, (2) normalizing each attribute by assigning a

favorabilify index within the range of 1-10 over the domain of

the attribute, (3) weighting each attribute corresponding to

its influence and impact upon a specific objective, and (4)

performing the evaluation functions which calculated the

overall "favorability" of each location grid according to the

user-assigned attribute-objective weightings.

In order to support the NNWSI area-to-location screening

activity, a system of application software was developed to

perform the tasks of data management, objective weighting

assignments, favorability rating calculations, and data

retrieval and display. This software was designed for the

Applicon 3-dimensional Computer Aided Design (CAD) system for

this specific activity and as such is neither transportable to

other computer systems nor applicable to other activities. The

general design of this system is, however, applicable to the

overall concept of Interactive Graphics Information Systems

(IGIS), and this report will make reference to that concept

while describing the specific functions of the software in the

performance of the area screening function.

I

1.2 System Summary

The Applicon Graphics System (AGS) is primarily a CAD

system used for mechanical parts design. With its attributes

and available functions, this system has been adapted to

perform a mapping function for various projects which are

oriented toward the geological disciplines. The AGS system was

selected to support the NNWSI screening functions because of

the special nature of that activity and the interactive

capabilities of the system.

The Applicon processor is a PDP 11/34 with 80K memory. The

interactive graphics system is the AGS 880 stand-alone

operating system and as such does not support software

development. The editing, compiling, and installation of

programs is accomplished using the RSX-11Z operating system

with an Applicon-modified FORTRAN compiler and special Applicon

subroutine library for graphics system interface. (See

reference *1.)

Since the applications software must reside within an

interactive graphics operating environment, the memory

limitations are quite strict. A user-defined program must

reside within the address limits of 44008 - 600008 bytes.

Including the necessary Applicon system tables and interface

routines further reduces the memory available to the

user-written program to approximately 5400a - 30000a bytes

(approx. 4700. words).

2

I

1.3 Software SummarX

With the memory restriction described above, the

applications software was developed as a set of 12 independent

programs, each capable of being processed independently. These

programs are invoked through the operating system and

identified with a specific user command (UCMD) number. The

program functions and their corresponding UCMD numbers are

listed in Appendix B. These programs provide the mechanism by

which the graphics representation of the NNWSI. screening area

is linked to a non-graphics data base of the attributes;

thereby, assuming the role of a first approximation to an

Interactive Graphics Information System.

1.4 Data Base

In order to link the various attribute values to the

individual grid elements representing the NNWSI screening area,

a direct-access data file was established whose record numbers

corresponded to-specific grid elements. The initial screening

area was identified as a rectangular matrix of quarter-section

size cells with 42 columns and 52 rows for a total of 2184

cells. The data base record numbers corresponded to the

position of the associated cell within that matrix by row and

column position. Hence, the record number containing the

attributes for the grid cell in-the ith row. Jth column is

(i-l} * 42 + J. When the final screening area was defined as a

3

subset of this initial grid, the original associativity

function was retained in order to minimize the impact on

existing software. Therefore, only 1514 of the original 2184

records within the data file were active.

The size of each data record is 512 8-bit addressable

bytes. Each data element is represented in 32-bit floating

point format which reduces to 128 elements/record. The data

elements represent the attributes and favorability values for

the associated grid cell and intermediate and final evaluation

results for the latest evaluation calculation. (See Table I

for record format and Reference #3, Appendix B, for element

values associated with the attributes.)

1.5 Data Input

1.5.1 Host-Rock Independent Attributes

The majority of the host-rock independent attributes of the

screening area were established by digitizing area maps which

identified region boundaries of attribute values. The Applicon

designer selected all of those grid points within a particular

region and invoked UCMD #12 to assign an appropriate numeric

value to the appropriate data element within each record

associated with the selected grid cells. Example: Figure 1

depicts the Applicon display prior to invoking UCMD #12 to set

the volcanism potential attribute for Zone 4.

In special cases where the attributes were calculated

(e.g., weapons seismic potential) a set of inclined contours

4

TABLE I

DATA BASE RECORD FORMAT

Element Position

1 - 25

1

2

3

4

5

6

7

8

9 .

10

11

12

13

14

15

16

17

18

19

20

Description

Host-rock independent attributes

No data

Volcanic potential

Air pollution potential

Permitting difficulties

No data

Bed attitude

Fault density

Fault trend

Age of faulting

Natural seismic potential

Weapons seismic potential

Erosion potential

Resource potential

Groundwater development potential

Groundwater flux

Groundwater flow direction

Thickness of unsaturated zone.

Flood potential

Terrain ruggedness

No data

5

Element Position

21

22

23

24

25

26 - 30

31 - 55

56 - 60

61 - 72

61

62

63

64

65

66

67

68

69

70

71

Description

Sensitive floral species

Sensitive faunal species

Revegetation potential

Known cultural resources

Potential cultural resources

Additional output registers for overallevaluation results

Favorability assignments correspondingto attribute values in data elements1-25

Output registers for overall evaluationresults

Host-rock existence

. 0 specific host-rock does not existat this grid cell location

= 1 specific host-rock exists at thisgrid cell location

Granite

Chocolate Mountain

Argillite

Carbonate

Upper nonwelded tuff

Calico Hills

Topopah Springs

Ammonia tanks

Alluvium

Crater flat

Dome Mountain Lava

6

Element Position

72

73 - 76

73

74

75

76

77 - 86

77

78

79

80

e1

82

83

84

85

86

87

88

89 - 128

89

90

Description

Basalt

Saved intermediate results of latestlevel 1 objective evaluation calculation

Containment

Isolation

Construction and operation

Environmental impacts


Disruptive process (containment)

Disruptive events H

Nuclide migration (isolation)

Adverse changes

Surface facilities (construction &operations)

Subsurface facilities (construction &operations)

Transportation (construction &operations)

Biotic systems (environment)

Abiotic systems (environment)

socioeconomic systems (environment)

Institutional factors

Cultural resources N


Chemical processes

Mechanical processes

7

Element Position

91

92

93

94

95

96

97

98

99

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

Description

Seismic

Erosional

Volcanic

Human intrusion

Miscellaneous

Groundwater flow

Nuclide retardation

Host-rock thickness

Volatile pathways

Tectonic

Climatic

Geomorphic

Human induced

Miscellaneous

Seismic hazards

Monitoring costs

Foundation conditions

Wind hazards

Flood hazards

Construction resources

Seismic hazards

Flood hazards

Mining conditions

Host-rock geometry

Host-rock homogeneity

8

Element Position

116

117

lie

119

120

121

122

123

124

125

126

127

128

Description

Waste package acceptance

Terrain factors

Distance to existing routes

Sensitive species

Surface features O

Water quality

Air quality

Local economics

Lifestyles

Private land use

State issues

Federal requirements

Archaeologic and historic sites

9

FIGURE 1. VOLCANISM POTENTIAL INPUT CONTOURS

10

was prepared whose x and y values corresponded to the grid

locations of the screening area and the z - values corresponded

to the attribute values. Figure 2 depicts the Applicon display

of these contours in an isometric view. These contours are

selected and the user calls upon UCMD #10 to set the specified

element to the appropriate value depending upon the z-value of

the grid point associated with the data record.

1.5.2 Host-Rock Dependent Attributes

The host-rock dependent attribute values are applicable to

a specific host rock: therefore, those attributes are dependent

not only upon which host-rock is being evaluated, but also upon

whether that host-rock exists at the specific grid location.

The data base does not contain the attribute values for each

host rock, but it does contain an element for each host rock

which indicates whether or not that rock exists at the

associated grid location (refer to Table I ). The attribute

values are not found-within the data base, rather the

favorability values are contained in data statements within the

evaluation programs, UCMD's 15, 17, 19, 26, 27, 28, and 29.

The host-rock indicators were established using the same method

described in section 1.5.1.

1.6 Favorability Functions

In order to normalize the various domains of the

attributes, favorability values in the range of 0 - 10 were

assigned to each attribute by means of a mapping function which

was generated by the user at the graphics station. Figure 3

shows the mapping function which was applied to the

11

N-

FIOU 2. EApo~s S Istli pOTE"NTIAL INCLINED

Co"OO

1 0.

60 /

/ jI I I I5.5 '0.5

F I-GURE 3.

AIR POLLUTION POTENTIALFAVORABILITY CURVE

13LIB RXAWI

air pollution potential. UCMD *14 would then be called upon to

map the attribute value found in element #3 to its

corresponding favorability value described by this curve and

assign that value to element #33 within each record. The

evaluation functions would then use these normalized attribute

values as the input to their calculations. In addition to

normalizing the attribute values, this operational approach

allowed the project user to incorporate subjective assessment

of the impact of an attribute value upon the overall

evaluation. This assessment could then be modified without

altering the attribute's absolute value.

1.7 Output

1.7.1 General

The calculated results of the evaluation functions are

stored within each grid cell record for later retrieval for

further processing or display. The method for displaying these

results is to call upon UCMD *11 which will 1) retrieve the

specified element which contains the evaluation results within

each grid record, and 2) produce an inclined contour surface of

the points associated with each data record whose z-value

corresponds with the value of the specified element. These

inclined contour surfaces generated by UCMD #11 can represent

not only a 3-dimensional model of the evaluation results but

also of any of the 128 elements (attributes. favorabilities.

intermediate results. etc.) within the data records.

14

Whenever this 3-dimensional model of grid values resides at

an interactive graphics station, it may be interrogated in

order to list the value of specific grid locations (Figure 4).

It may also be interrogated to display the grid locations where

the element values fall within a specified range (Figure 5).

This is the added dimension that an Interactive Graphics

Information System offers the user: that is. the ability to

capture the actual values within the graphics representation of

the data.

In addition to the inclined contours, UCMD #11 also lists

the high and low values, arithmetic average, and standard

deviation of the specified element values (Figure 6) and

produces a histogram which represents the number of occurrences

of element values within specific value ranges (Figure 7).

This latter function is also performed by UCMD 16 which has the

additional facility of allowing for non-uniform intervals along

the abscissa of the generated histogram.

1.7.2 Host-Rock DeDendent Evaluations

While performing the host-rock dependent evaluation. UCMD's

17 and 27 produce a symbol which identifies the host-rock with

the highest calculated evaluation rating at each grid

location. Figure 8 shows the symbols and the host rocks which

they identify. Figure 9 gives an example of the results of a

typical evaluation of the host-rock dependent attributes. In

addition to the host-rock symbols UCMD's 17 and 27 also list

the evaluation results for each host-rock (Figure 10).

15

r l i l- --

ol tenyA

-J z /: 3-- M ME

I Id

0

N

0

I L

LO,

I IFIGURE 4.

RETRIEVED COORDINATES OF SELECTED GRID

16

X-ff a l >20<60

>0<20

I

1*

FIGURE 5.INCLINED CONTOURS FOR VALUES

SELECTED THRESHOLDABOVE

17

LOW

24.898 1

HIGH

91.7783

AVERAGE

62.72 1 2

SIGMA

1 7.5747

Figure 8.

Example of UCMD 11 Statistical Display

200

1 80-

1 60-

1 40

1 20

1 00

80

60-

40 -Jib20

0 T0 0 0 0 0 0 00 0 1 o o o0 oO00

FIGURE 7.EVALUATION VALUE HISTOGRAM

19

D GRANITE

A CHOCOLATE MOUNTAIN

0 ARGILLITE

<> CARBONATE

t UPPER NONWELOEO TUFF

A CALICO HILLS

@ TOPOPAH SPRINGS

¢ AMMONIA TANKS

mai ALLUVIUM

A CRATER FLAT

(2) DOME MOUNTAIN LAVA

4) BASALT

FIGURE 8. HOST ROCK SYMBOLS

20

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9 f~~i Z iff99 9A9v99

% i A\ A I AA A �AMPM'rA&/N4NMVh...AXi aA I lx A AX AN AX AX AX AN1

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HOST ROCK RESUIS MOST HIGHLYBLOCKS SHOW GRROCKS OCCUR IN

FIGURE 9.LTS SHOWING WHI

RATED AT EACHID CELLS WHERE

SCREENING.

CHGRNO

ROCK TYPEID CELL.

HOST

21

Host Rock Value

Granite

Chocolate Mountain

Argillite

Carbonate

Upper Nonwelded Tuff

Calico Hills

Topopah Springs

Ammonia Tanks

Alluvium

Crater Flat

Dome Mountain Lava

Basalt

3 1.283

1 5.253

33.8 1 2

1 6.258

22.877

30.962

1 8.91 2

1 5.795

1 8.627

27.898

2 2.350

20.118

Figure 10.

Host Rock Evaluation Values

22

2.0 Evaluation Algorithms

The algorithms for obtaining the quantitative evaluation

are based upon the equations described in pages 52-59 of

SAND82-0550 (reference # 3) which are repeated herein. The

reader is referred to the previous section in the same report

(pages 37-52) for more detail regarding the relationships among

attributes. favorabilities. and objectives, and the general

rating process.

2.1 General Equation for Rating Process

The process for calculating ratings, R. for each half-mile

square cell of the base map can be summarized as follows:

m / nR, * £ 3i (1)

i=1 j=1 )

where

m is the total number of level 3 objectives

n is the total number of attributes

i is the level 3 objective number

J is the attribute index

F is the favorability value for the jth attribute at

the grid cell in question

thWij is the weight of the j attribute applied to the

ith objective. This is obtained by

Wi Wiw -

23

where w . is the percentage of influence (x 100) that

the jth attribute has in determining the evaluation of the

ith objective.

n

E Wij = 100

j:1

W. = W! WI W'

where W; is the level-I weighting factor applied to the

ith attribute...

Wi is the level-2 factor, and

Wi is the level-3 factor.

Thus, equation 1 becomes

m /n

R = E (E F W!W".W!I'w) (la)

This is the actual equation implemented by UCMD's 19 and 17.

Because weights assigned to attributes and objectives are

integers between 1 and 100 rather than decimals (e.g.. a weight

of 55 percent is assigned a value of 55 rather than 0.55), the

total possible rating score is 1 x 109.

24

This is obtained by

10 (favocability value of attributes)

times 100 (sum of weights for attributes in a given column

of the objective-attribute matrix)

times 100 (sum of weights for level 3 objectives)



equals 1 x 10'.

For convenience, the resulting rating for locations and

host-rocks are each divided by 10,000 at the end of the summing

process so all ratings are scaled to a maximum combined value

of 100.000. These large rating numbers are used primarily to

allow their extensive manipulation in the computer system and

do not imply that the ratings are meaningful to six significant

digits.

2.2 Variations of the General Equation

The interactive capabilities of the AGS CRT terminals

permit the sensitivity of screening results to various

assumptions about the weights and favorability graphs to be

easily investigated.

The method by which various weighting assumptions were

investigated was to assign all the weight to selected subsets

of objectives or attributes. This allows assessments of which

combinations of objectives or attributes are responsible for

high and low ratings of different locations and host-rocks in

the screening area. The results of these variations are

25

discussed in Reference *3, Chapter 3. but they are mentioned

here because different sets of weights affect the maximum

possible value of the ratings.

For example, if a particular calculation is restricted to

the containment and isolation objectives by assigning zero

weights to other upper-level objectives, the maximum possible

evaluation value is lowered from 100.000 to an amount

proportional to the combined weight of the containment and

isolation objectives. Because each set of assumptions produces

different maximum possible rating values, a means of

normalizing all evaluations to a maximum rating of 100.000 was

developed. This involves modifying Equation (1) to

R - [E Fj[wj/(F i)Xj [IE w/(F i)X (2)

mWj E Wii (2a)

i=l

where x is an integer exponent of F and other symbols in

Equation (2) and (2a) are the same as in Equation (1). If the

exponent. x. is zero, the maximum possible rating. R. divided

by 10,000 is 100.000 because (F.)0 is 1 and Equation (2)

becomes

26

R = [ z (FPWj) [ ( (W)3)

This, rather than Equation (1). was used in UCMD's 27 and 29 as

the nominal case for calculations because of its independent

normalizing effect on both location and host-rock ratings.

Equation (2) was developed at Lawrence Livermore National

Laboratories by R. C. Carlson, because of its properties when

the exponent of FJ is an integer greater than zero. In this

case the effective weight of an attribute is increased as its

favorability approaches zero. If the favorability value for

attribute. J. at a given attribute-objective matrix

intersection, ij, is very low, the ratings of the geographical

grid cells or host rocks with these low favorabilities are

0depressed relative to the nominal evaluations using (Fl)

If the favorability is zero, the weight_ is infinite, the

total rating is zero, and the zero favorability acts as an

exclusionary condition.

UCMD's 26 and 28 implement another variation of Equation

(1):

m

YR 'E (r )2(,.)2 (4)kink

27

where

is the variance of ratings for each grid cell or

host-rock due to the variances of weights for

individual objectives;

n

ri F . aijFj. (5)

j=l

or the rating value associated with lower-level

objective, i, and applicable attributes. j:

aij is the weight of the jth attribute with respect

to the ith objective: and

ai is the standard deviation of the weight of the

ith lower-level objective.

By definition a X (Y) 1/2. R is the standard

deviation of the rating for each grid cell or host-rock arising

from different assumptions by different individuals about the

proper weights for various performance objectives. Thus. (R)

provides a measure of confidence in the ratings as a function

of a reasonable range for the weights assigned to performance

objectives.

Another software application (UCMD 12) allows one set of

ratings for grid cells or host-rocks to be added to. subtracted

from, multiplied or divided by another. For example. the

maximum host-rock score at each grid cell can be added to

28

location ratings to obtain a favorability map of locations

including host-rock ratings. The results of Equation (2) with

an exponent greater than zero can be divided by results with an

exponent of zero to show where low favorability attributes have

the largest effect on the ratings. Similarly, the results of

Equation (4) can be divided by those of Equation (2) (exponent

= 0) to determine the relative rather than the absolute

uncertainty due to variance of the objective weights. Such

capabilities allow detailed investigation of the sensitivity of

the results to many assumptions inherent in the analytical

method.

3.0 Software Description

In order to focus attention to the project activities, the

software described herein will be that which is directly

applicable to the screening activity. The sections of software

which are necessary for the AGS graphics file interface will be

identified in the program listing, but will not be addressed in

the narrative. Please refer to reference #1 for any-

information concerning the Applicon FORTRAN interface utilities.

Figure 11 depicts the-data flow between the processes

required for the screening-evaluation software system. The

-format for this diagram is similar to that used for structured

system analysis and as such does not depict any logic

processing or control information.

29

DDATA BASE DATA BASE

ATTRIBUTE \VALUES /FVOR-

ABILITY ATTRIOUTE

T T RI B UTE 10 VALUESA LUE S

~~~~~~~~ ~~~~~~~GRAPHICS.ESTABL IG MANALYSE DATA

FAVORABILITY RESULTS & aVALUES REVIEU

FAVORIPILITY CURVES

FIGURE 11.SCREENING ACTIVITY DATA FLOW DIAGRAM

3.1 Data Files

3.1.1. KNWSI Attribute Data Base

The entire screening-evaluation software system revolves

around the NNWSI Attribute Data Base file which is maintained

and accessed through 12 independent software modules on the

Applicon interactive graphics system. This file is defined as

a direct-access file of 1514 active records with each record

position mapped to a specific grid location within the

screening area. Each of the 128 data elements within a record

corresponds to either an attribute value, favorability value.

and are the intermediate or final results of the latest

evaluation calculation (See Table I). Therefore, it is

possible to access a specific attribute value for a specific

grid location with one direct-access read of the file and with

the appropriate element pointer corresponding to the desired

value. In actual implementation, however, the requested record

number corresponds to the coordinate location of an associated

graphics grid-cell identified by the user. Thus, it is

possible to interactively identify any subset of grid locations

and request display of any of the stored values at the graphics

work station. This may be accomplished via a combination of

the inherent graphics capabilities of the Applicon system and

of the software utilities developed for this project.

3.1.2 Favorability Curves

Since the actual evaluations are performed using the

favorability values rather than the attribute values, the

31

curves used to map the attributes into favorability values must

be considered as part of the data base. These curves are

stored graphically within an AGS graphics file and are separate

from the NNWSI Attribute. Data Base. They are maintained in

case the values for a subset of attributes is changed

necessitating a change in the associated favorability values.

3.1.3 Obiective Tree Data Base

The objective weightings are stored as text data within an

AGS graphics file and may be accessed via the graphics. -

workstation. Figure 12 displays the manner in which a typical

level-l objective tree is viewed at a workstation. The number

above the box which surrounds the description of each objective

is the weight which will be applied to that objective for the

current evaluation and may be accessed and modified through

interactive methods (see reference *2) or through UCMD 18.

Typically whenever the weights are established and the

evaluations are completed, the results are analyzed by

generating corresponding inclined contours of the screening

area using UCMD 11. The contours are stored in the same

graphics file with its input. therefore, one would be able to

access and identify the input for and the output of an

evaluation scheme by reviewing a single graphics file.

3.2 Source Code

The FORTRAN source code listings (Appendix C) have been

edited so that they contain only the portions which pertain to

32

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PROVIDE SAFE, EFFECTIVEIADIDACTIVE WASTE DISPOSAL

c<<<<<<<<<< >>>>>>>>>>>>

I

w.

3 ) 34 26 9

ENVIRONMENTAL IMPACTSRADIONUCLIDE CONTAINMENT RADIONUCLIDE ISOLATIONCONSTRUCTION, OPERATIONS,

8 DECOMMISSIONING

FIGURE 12. LEVEL 1 OBJECTIVE TREE

the screening applications. The Applicon graphics-interface

portions of the listing have been removed in order to

concentrate the reader's attention to the evaluation algorithms.

34

Appendix A

References

1. AGS/661-! FORTRAN Interface User's Manual, Document No.

A-20514, Burlington. Massachusetts: Applicon Incorporated,

Publications Services, (June 1980).

2. AGS/880 User's Guide. Document No. A-20090, Burlington.

Massachusetts: Applicon Incorporated, Publications

Services. Vols. I, II and III.

3. Sinnock. S. and J. A. Fernandez. "Summary and Conclusions

of the NNWSI Area-to-Location Screening Activity," NVO-247.

Sandia National Laboratories, August 1982.

4. Sinnock, S.. and J. A. Fernandez. "Location Performance

Objectives for the NNWSI Area-to-Locati-on Screening.",

SAND82-0837, 1983.

5. Sinnock. S., J. A. Fernandez. and W. S. Twenhofel.

"Attribute and Associated Favorability Graphs for the NNWSI

Area-to-Location Screening Activity." SAND82-0838. 1983.

A-1

APPENDIX B

FUNCTIONS AND PARAMETERS OF NNWSI SCREENING ACTIVITY SOFTWARE

UCHD 10

Modifies the specified element of all data base records such that theelement value corresponds to the Z-value of the selected set of inclinedcontours which overlay the screening area.

UCHD 10 id

id - id # of specific data element to be set

jCMD, 11

Generates a set of inclined contours of the screening area whichcorresponds to a specified element within the attribute data base,builds a histogram of occurrences of element values for display on theinteractive graphics system, and lists the high, low, and arithmeticaverage values and the standard deviation of the element values.

UCHD 11 id scale

id - id # of specific data element which willdetermine z-value of inclined contour

scale - (optional) scale factor to control'the scaling ofthe z-value of the inclined contour (default-i.)

UCMD 12

Modifies specified elements of those data base records which correspondto selected areas of the graphics representation of the screening area.The modifications are user-specified operations on one or two of theexisting elements in each record (e.g., element #7 a element #2 dividedby element #3).

UCMD 12 Id value

id - Id # of data element to be modified

value - value to which the data element will be set

UCMD 12 id value oper

id - id t of data element to be modified

value - value of the operand

oper - operator ADD - add operand to data elementSUB - subtract operand from data elementKUL - multiply data element by operandDIV - divide data element by operand

B-1

UCmD 12 id id2 oper

id - id # of data element D1

id2 - Id # of data element 12

oper - operator MOV - replace data element #1 withdata element #2

EXC - exchange data elements #1 and #2

UCMD 12 id id2 oper id3

id - id v of data element D1

id2 - Id v of data element #2

id3 - Id 1 of data element 13

oper - operator... replace data elementoperation on data element #2 by

ADD - iduid2+id3SUB - id-1d2-Wd3MUL - id-id2*id3DIV - idmid2/id3

#1 with the results of thedata element #3

UCHD 14

Assigns a favorability value to an attribute element In all records bymapping the attribute value to a favorability vs. attribute curve whichis maintained by the user through interactive graphics.

UCMD 14 id id2 cid

id

id2

cid

- id I of attribute data element

- id # of favorability data element

- id name of favorability curve in drawing file

UCMD 15

Performs the absolute evaluation function for a theoretical record whereall attributes have a value of 10 and returns the largest possible valuefor the existing objective weightings.

UCMD 15

The following input parameters are supplied by the user as prompted bythe program.

- specific host-rock to be evaluated.- specific branches of the objective tree to be

re-evaluated.

The results will be displayed at the graphics work station.

B-2

UCUD 16

Builds a histogram of occurrences of element values for display on theinteractive graphics system and lists the high, low, and arithmeticaverage values and the standard deviation of the element values.

UCMD 16

- The following input parameters are supplied by the user as prompted bythe program.

- id # (1-128) of the data element in the data fileto be scanned for interval counts

- interval levels in ascending order. (Up to 25levels may be specified.)

- THe high, low, and average values will be listed at the graphics workstation.

UCMD 17

Performs the absolute evaluation functions using only the host-dependentattributes and adds a symbol to the site drawing at each elementposition which corresponds to the existing candidate host rock with thehighest evaluation. This evaluation value is then added to thespecified host-independent evaluation at each grid element to achieve atotal evaluation.

UCHD 17


- the register number of the correspondinghost-rock independent evaluation to which thehost-rock dependent evaluation will be added.

UCHD 18

Alters the objective tree weighting parameters and theattribute/objective matrix according to the user's keyboard responses.

UCMD 18

- Input is supplied by the user as prompted by the program.

UCMD 19

Performs the absolute evaluation function for the host-independentattributes and, if specified, for the host-dependent attributes for onehost rock. The evaluation results are stored within the element recordfor later retrieval or display.

B-3

UCHD 19

The following input parameters are supplied by the user as prompted bythe program.


re-evaluated.- lowest level of objective tree to be re-evaluated.- specific register to save the final results of

the evaluation.

UCHD 26

Evaluates the variance of the absolute evaluation function due tovariance of the individual objective weighting. The evaluation isperformed on the host-independent attributes for all candidate hostrocks and then sorted in order of descending variance. A symbol isadded to the site drawing which corresponds to the existing candidatehost rock with the highest variance. This variance is then added to thespecified host independent variance (UCMD 28) at each element to achievea total variance.

UCHD 26


- the register number of the correspondinghost-rock independent variance to which thehost-rock Independent variance will be added.

UCMD 27

Performs the same function as UCMD 17 using the normalized evaluationequations.

UCMD 27


- the register number of the correspondinghost-rock independent evaluation to which thehost-rock independent evaluation will be added.

- the favorability exponent to apply to thenormalization function.

UCMD 28

Evaluates the variance of the absolute evaluation function due to thevariance of the individual objective weightings. The evaluation isperformed for the host-independent attributes and, if specified, for thehost-dependent attributes for one host rock. The variance value isstored within the element record for later retrieval or display.

B-4

UCMD 28


- specific host-rock to be evaluated.- specific register to save the final results of

the evaluation.- the favorability exponent to apply to the

normalization function.

UCHD 29

Performs the same function as UCMD 19 using the normalized evaluationequations.

UCHD 29



re-evaluated.- specific register to save the final results of

the evaluation.- the favorability exponent to apply to the

normalization function.

B-5

APPENDIX C

SOURCE CODE LISTINGS

CC UCMD 10CC SETS UP GRID VALUES FROM INCLINED CONTOURCC MODIFIES THE SPECIFIED ELEMENT OF ALL DATA BASE RECORDS SUCHC THAT THE ELEMENT VALUE CORRESPONDS TO THE Z-VALUE OF THEC SELECTED SET OF INCLINED CONTOURS WHICH OVERLAY THEC SCREENING AREA.CC*** '~*******************************************************************

CC VARIABLESCC ARG - RETRIEVED ARGUMENT CHARACTER STRING FROM COMMAND LINEC DELIM - DELILMITER CHARACTER BETWEEN ARGUMENTS IN COMMAND LINEC I - COLUMN POSITION WITHIN THE GRID CELL MATRIXC ID - THE ELEMENT POSITION OF THE ATTRIBUTE VALUE WHICH ISC TO BE MODIFIEDC J - ROW POSITION WITHIN THE GRID CELL MATRIXC NCHAR - THE NUMBER OF CHARACTERS IN THE ARGUMENT STRINGC RECNUM - THE RECORD POSITION WITHIN THE DATA FILE CORRESPONDINGC TO A PARTICULAR GRID CELLC RDATA - RECORD BUFFER OF DATA FILEC RZ - THE INTERPOLATED Z-VALUE AT THE GRID CELL LOCATIONC BETWEEN TWO VERTICIES OF AN INCLINED CONTOURC X - THE X-COORDINATE OF A RETRIEVED GRAPHCS VERTEXC Y _ Y - -

C Z - z -,C Xi - X-COORDINATE. OF CLOSEST INCLINED COUNTOUR VERTEX WESTC OF PRESENT GRID CELLC X2 - X-COORDINATE OF CLOSEST INCLINED COUNTOUR VERTEX EASTC OF PRESENT GRID CELLC Zi - Z-COORDINATE OF CLOSEST INCLINED COUNTOUR VERTEX WESTC OF PRESENT GRID CELLC Z2 - Z-COORDINATE OF CLOSEST INCLINED COUNTOUR VERTEX EASTC OF PRESENT GRID CELLC XX - COMPUTED X-COORDINATE OF GRID CELLC

C-1

CC CONSTANTSCC FILNAM - "GCDATA.NNWSI" CHARACTER STRING ARRAYC SEMI - ';" CHARACTER STRINGC STARTX - 349810 FT STATE PLANE X-COORD OF THE SOUTHWESTC GRID CELLC STARTY - 683615 FT STATE PLANE Y-COORD OF THE SOUTHWESTC GRID CELLC DELTAX - 2640 FT X-DISTANCE BETWEEN ADJACENT GRID CELLSC DELTA! - 2640 FT YCC SUBROUTINE CALLSCC GETARG - RETRIEVE ARGUMENT LIST FROM COMMAND LINEC IDCODE - DECODE CHARACTER STRING TO INTEGER VARIABLEC MYCLOS - CLOSE DATA BASE FILEC MYOPEN - OPEN DATA BASE FILEC RWBUFF - READ/WRITE DATA BASE RECORDCC GRAPHICS FILE DESCRIPTIONCC MUST CONTAIN THE GRAPHICS REPRESENTATION OF SELECTED INCLINEDC CONTOURSC

CBYTE ARG(34),DELIM,SEMI,FILNAM(12)

CREAL RZRDATA(128)

CINTEGER NCHARRECNUM

CDATA SEMI/lH;/DATA STARTX, STARTY,DELTAX,DELTAY,ID

+ /549810.,683615., 2640., 2640., 1/DATA FILNAM/lHG,IIHC,IHD,lHA,IHT,1HA,1H..,IHN,1HN,lHWIHS,IHI/

CC ......... INITIALIZECC .........GET ARGUMENTS FROM COMMAND LINEC

CALL GETARG (ARGNCHAR,DELIM)IF (DELIM.EQ.SEMI) GO TO 10

C-2

CC ......... GET DATA FILE ELEMENT POSITIONC

CALL GETARG (ARG,NCHAR,DELIM)ID-IDCODE (ARGNCHAR)

C10 CALL MYOPEN (FILNAM,12,2)

CC ........ GET EXISTING DATAC

20***Applicon Graphics routine to sequentially retrieve the next***inclined contour within the graphics file.

CC ........ SET UP GRID VALUESCC .... *..GET FIRST TWO COORDINATESC

***Applicon Graphics routine to sequentially retrieve a vertex within***the present inclined contour.

J-(Y-STARTY)/DELTAY+1.XlmXZl-Z


X2-KZ2=Z

CC ........ LOOP ON XC

DO 200 I-1,42CC. ....... COMPUTE LOCATION OF NEXT GRID POINTC

XX-(I-1)*DELTAX+STARTX50 IF (XX.GT.X2) GO TO 100

IF (XX.LT.Xl) GO TO 200CC ........ INTERPOLATEC

RZ-Zl+(XX-Xl)/(X2-Xl)*(Z2-Zl)+.5RECNUM-(J-1)*42+1CALL RWBUFF(O,RECNUM,RDATA)RDATA(ID)-RZCALL RWBUFF(2,RECNUM,RDATA)GO TO 200

C-3

CC........ GET NEXT POINT ON INCLINED CONTOURC

100 Xi-X2Z1-Z2


IF (CSO.EQ.O.) GO TO 20X2-XZ2-ZGO TO 50

200 CONTINUEGO TO 20

CC.... ... TERMINATEC8600 CALL RWBUFF (2,RECNUMRDATA)

CALL MYCLOSSTOP *UCMD 100

CEND

C-4

CCCCC

UCMD 11

ADD INCLINED CONTOUR FROM GRID VALUES

C ADDS INCLINED CONTOURS OF THE SCREENING AREA WHICH CORRESPONDSC TO A SPECIFIED ELEMENT WITHIN THE ATTRIBUTE DATA BASE, BUILDS AC HISTOGRAM OF OCCURRENCES OF ELEMENT VALUES FOR DISPLAY ON THEC INTERACTIVE GRAPHICS SYSTEM, AND LISTS THE HIGH, LOW, ANDC ARITHMETIC AVERAGE VALUES AND THE STANDARD DEVIATION OF THEC ELEMENT VALUES.C

CC VARIABLESC :

ARGAVERAGEDELTADELIMHIGH-HIST

IID

JLOWNCHARNUMLEVNUMRECOUTBNDNXPSCALERECNUM

RDATASIGMASumSUMSQ

XiYz

- RETRIEVED ARGUMENT CHARACTER STRING FROM COMMAND LINE- ARITHMETIC AVERAGE OF ATTRIBUTE OR EVALUATION VALUE-,SIZE OF HISTOGRAM INCREMENT- DELIMITER CHARACTER BETWEEN ARGUMENTS IN COMMAND LINE- HIGHEST ATTRIBUTE OR EVALUATION VALUE ENCOUNTERED- ARRAY OF OCCURANCES OF VALUES WITHIN DEFINED

INCREMENTS - USED FOR BUILDING HISTOGRAM- COLUMN POSITION WITHIN THE GRID CELL MATRIX- THE ELEMENT POSITION OF THE ATTRIBUTE VALUE WHICH IS

TO BE MODIFIED- ROW POSITION WITHIN THE GRID CELL MATRIX- LOWEST ATTRIBUTE OR EVALUATION VALUE ENCOUNTERED- THE NUMBER OF CHARACTERS IN THE ARGUMENT STRING- I OF INCREMENTS IN HISTOGRAM- I OF RECORDS TO APPLY TO STATISTICS- OUT OF BOUNDS FLAG SET BY ERROR ROUTINE- I OF COLUMNS IN GRID MATRIX FOR THIS ROW- SCALE FACTOR TO APPLY TO Z-COORDINATE OF CONTOUR- THE RECORD POSITION WITHIN THE DATA FILE CORRESPONDING

TO A PARTICULAR GRID CELL- RECORD BUFFER OF DATA FILE- THE SIGMA OF THE ATTRIBUTE OR EVALUATION VALUES- THE SUM OF THE ATTRIBUTE OR EVALUATION VALUES- THE SUM OF THE SQUARES OF THE ATTRIBUTE OR EVALUATION

VALUES- THE X-COORDINATE OF A RETRIEVED GRAPHCS VERTEX_ Y "

_ z * .

C-5

cC CONSTANTSCC FILNAM - 'GCDATA.NNWSI' CHARACTER STRING ARRAYC INDEF - 100000 OCTAL INDICATING INVALID INTERGER INPUTC NULL - 1.E-38 INDICATING INVALID FLOATING POINT INPUTC NY - 41 - I OF ROWS OF GRID MATRIXC SEMI - ";" CHARACTER STRINGC STARTX - 549810 FT STATE PLANE X-COORD OF THE SOUTHWESTC GRID CELLC STARTY - 683615 FT STATE PLANE Y-COORD OF THE SOUTHWESTC GRID CELLC DELTAX - 2640 FT X-DISTANCE 3*TWEEN ADJACENT GRID CELLSC DELTAY - 2640 FT YCC SUBROUTINE CALLSC ---- _ …_

C DISPLY - APPLICON GRAPHICS ROUTINE TO LIST TO TERMINALC GETARG - RETRIEVE ARGUMENT LIST FROM COMMAND LINEC IDCODE - DECODE CHARACTER STRING TO INTEGER VARIABLEC FDCODE - DECODE CHARACTER STRING TO FLOATING POINT VARIABLEC MYCLOS - CLOSE DATA BASE FILEC MYOPEN - OPEN DATA BASE FILEC RDBUFF - READ DATA BASE RECORDCC SYSTEM FUNCTIONSC ___ _

C ABS - FLOATING POINT ABSOLUTE VALUEC SQRT - FLOATING POINT SQUARE ROOT FUNCTIONCC GRAPHICS FILE DESCRIPTIONCC WILL PRODUCE POLYARCS CORRESPONDING TO THE INCLINED CONTOURSC OF THE IDENTIFIED ATRRIBUTE OR EVALUATION RESULTS AND TO TEEC HISTOGRAM REPRESENTING THE NUMBER OF OCCURANCES OF VALUES INC SPECIFIED RANGESC

CBYTE ARG(61),DELIM,SEHIFILNAM(12)

CREAL DELTAHIST(100),HIGHLOW,AVERAG

CINTEGER IWANT,IGOT,NCHAR,GC,RECNUMOUTBND,INDEFINTEGER NUMLEV,NUMREC

C-6

CDATA SEMI, NULL, INDEF

+ / lH;,l.E-38,"100000/DATA HIGH, LOW+ /-1.E38,1.E38/DATA FILNAM/lEG,IHC,IHD,lHA,lHT,lHA,lH.,lHN,lEN,lHWlHS,lHl/DATA STARTX, STARTY,DELTAX,DELTAY,ID,NXNY,PSCALE

+ /549810.,683615., 2640., 2640., 1,39,41, 1./CC. ...... *INITIALIZEC

OUTBND-.FALSE.RECNUH-1

CC... ... *GET ARGUMENTC

CALL GETARG (ARG,NCHAR,DELIM)IF (DELIM.EQ.SEMI) GO TO 100CALL GETARG (ARG,NCHAR,DELIM)ID-IDCODE (ARG,NCHAR)IF (ID.EQ.INDEF) GO TO 8890IF (DELIM.EQ.SEMI) GO TO 100CALL GETARG (ARG,NCHAR,DELIM)PSCALE=FDCODE (ARG,NCHAR)IF (PSCALE.EQ.NULL) GO TO 8890IF (DELIM.EQ.SEMI) GO TO 100CALL GET4RG (ARG,NCHARDELIM)DELTA-FDCODE (ARG,NCHAR)IF (DELTA.EQ.NULL) GO TO 8890IF (DELTA.LE.O.) GO TO 100IF (DELTA.GT.100000.) DELTA-100000.IF (DELTA.LT.5.) DELTA-5.NUMLEV-100000./DELTA-1.IF (NUMLEV.GT.99) NUMLEV-99

100 CALL MYOPEN (FILNAM,12,1)CC ....... LOOP ON ROW & COLUMN IN GRID CELL MATRIXC

Y-STARTYDO 300 J-1,NY

CIF (J.GT.24) NX-34RECNUM-42*(J-l)+l

C***Applicon Graphics routine to start a new inclined countour line

X-STARTX

C-7

CC ......... GET DATAC

DO 200 T-1,NXCALL RDBUFF (RECNUM,RDATA)NUMREC-NUMREC+1Z-RDATA(ID)IF (Z.NE.NULL) Z-Z*PSCALE

CC ....... SCAN FOR STATISTICSC

110 IF (RDATA(ID).GT.HIGH) HIGH-RDATA(ID)IF (RDATA(ID).LT.LOW) LOW-RDATA(ID)SUMwSUM+RDATA( ID)SUMSQ-SUMSQ+RDATA( ID) *RDATA( ID)

CC.. ..... INCRE4MENT LEVEL COUNTER FOR HISTOGRAMC

IF (DELTA.LE.O.) GO TO 140DO 120 II-1,NUMLEVIF (Z.LT.II*DELTA) GO TO 130

120 CONTINUEC

HIST(NUMLEV+1)-HIST(NUMLEV+1)+1.GO TO 140

C130 HIST(II)-HIST(II)+1.140 IF (ABS(Z).GT.8380000.) GO TO 8801150***Applicon Graphics routine to add a vertex to inclined contour line

X-X+DELTAX200 CONTINUE

Y-Y+DELTAY300 CONTINUE

CC ......... OUTPUT SCANNED DATAC

CALL DISPLY+(00 LOW HIGH AVERAGE SIGMA*+,61)

AVERAG-SUM/NUKRECSIGMA-SQRT((SUMSQ-2 *AVERAG*SUM+NUMREC*AVERAG*AVERAG)/NUMREC)ENCODE (61,9100,ARG) LOW,HIGH,AVERAG,SIGMACALL DISPLY (ARG,61)

C-8

CC. A.......DD HISTOGRAM TO GRAPHICSC

IF (DELTA.LE.O.) GO TO 8600CALL RAHDR (LINHDR)XI0.Z*O.Y-HIST(1)*500.

***Applicon Graphics routine to add a vertex to histogramDO 4000 1-1,NUMLEVX-DELTA*IY-HIST(I)*500.

***Applicon Graphics routine to add a vertex to histogramY-HIST(1+1)*500.

***Applicon Graphics routine to add a vertex to histogram4000 CONTINUE

1-100000.***Applicon Graphics routine to add a vertex to histogram

CC..... TERKINATEC

8600 CALL MYCLOS8890 STOP UCMD ll

CC......ERROR MESSAGESC

8801 Z-KULLIF (OUTBND.EQ..TRUE.) GO TO 150OUTBND-.TRUE.CALL DISPLY ("**WARNING.-VALUE OUT OF BOUNDS..SET TO NULL8,43)GO TO 150

CC.. .oa..FORMATSC

9100 FORMAT (10,4E1S.6)END

C-9

cC UCMD 12CC MODIFIES DATA RECORD OF SELECTED CELLCC MODIFIES SPECIFIED ELEMENTS OF SPECIFIC DATA BASE RECORDSC WHICH CORRESPOND TO SELECTED AREAS OF THE GRAPHICSC REPRESENTATION OF THE SCREENING AREA. THE MODIFICATIONS AREC USER-SPECIFIED OPERATIONS ON ONE OR TWO OF THE EXISTINGC ELEMENTS IN EACH RECORDC EXAMPLE: ELEMENT 17 - ELEMENT #2 DIVIDED BY ELEMENT 13C

CC VARIABLESCC ARG - RETRIEVED ARGUMENT CHARACTER STRING FROM COMMAND LINEC DELIM - DELILMITER CHARACTER BETWEEN ARGUMENTS IN COMMAND LINEC ID - THE ELEMENT POSITION OF THE ATTRIBUTE VALUE WHICH ISC TO BE MODIFIEDC IDATA - INTEGER EQUIVALENT OF THE RDATA ARRAYC IDTWO - ELEMENT POSITION OF THE FIRST ARGUMENT IN THE ACTIONC CLAUSEC IDTHRE - ELEMENT POSITION OF THE SECONDE ARGUMENT IN THE ACTIONC CLAUSEC LSTARG - CHARACTER STRING TO LIST ARGUMENT STRING AT TERMINALC NCHAR - THE NUMBER OF CHARACTERS IN THE ARGUMENT STRINGC OPER - THE OPERATOR RETRIEVED FROM THE ACTION CLAUSEC PARSE - ACTION CODE PARSED FROM INPUT ARGUMENT LISTC RECNUM - THE RECORD POSITION WITHIN THE DATA FILE CORRESPONDINGC TO A PARTICULAR GRID CELLC RDATA - RECORD BUFFER OF DATA FILEC VALUE - THE LITERAL ARGUMENT RETRIEVED FROM ACTION CLAUSECC CONSTANTSC _ _ _

C ADD - 'ADD" CHARACTER STRING - ADDITION OPERATIONC BLANK - - " CHARACTER STRINGC DIV - "DIV" CHARACTER STRING - DIVISION OPERATIONC EXC - 'EXC" CHARACTER STRING - EXCHANGE OPERATIONC FILNAX "GCDATA.NNWSI" CHARACTER STRING ARRAYC FINDEF - 1.E-38 INDICATION INVALID FLOATING POINT INPUTC INDEF - 100000 OCTAL INDICATION INVALID INTEGER INPUTC MOV - "MoV" CHARACTER STRING - REPLACE OPERATIONC MUL - "MUL" CHARACTER STRING - MULTIPLICATION OPERATIONC NULL - "NULL" CHARACTER STRING - SPECIAL NULL VALUEC SEMI - ";" CHARACTER STRINGC SET - 'SET" CHARACTER STRING - ASSIGN OPERATIONC SUB - "SUB' CHARACTER STRING - SUBTRACTION OPERATIONC

CC SUBROUTINE CALLSC …-C DISPLY - APPLICON GRAPHICS ROUTINE TO LIST TO TERMINALC GETARG - RETRIEVE ARGUMENT LIST FROM COMMAND LINEC IDCODE - DECODE CHARACTER STRING TO INTEGER VARIABLEC MYCLOS - CLOSE DATA BASE FILEC MYOPEN - OPEN DATA BASE FILEC RWBUFF - READ/WRITE DATA BASE RECORDCC GRAPHICS FILE DESCRIPTIONC ---- …

C MUST CONTAIN THE GRAPHICS REPRESENTATION OF SELECTED INCLINEDC CONTOURSC

CINTEGER PARSEIDTWO,IDTHRERECNUMINDEF

CREAL OPER,SET,MOV,EXH,ADD,SUBMUL,DIV,NULL,FINDEF

CBYTE DELIM,SEMI,ARG(34),LSTARG(36),BLANK,FILNAM(12)

CEQUIVALENCE (RDATA(l),IDATA(l)),(ARG(l),OPER)

+ ,(LSTARG(3),ARG(1))C

DATA SEMIPARSE,IDTHRE,LSTARG(2),BLANK+ lu1;, 1, O. 1H , 1HDATA SET, MOV, EXC, ADD, SUB, MUL, DIV+ /3HSET,3HMOV,3kiEXC,3HADD,3HSUB,3HMUL,3HDIV/DATA FILNAM/IHG,lRC,lHD,IHA,lHT,lHA,lH.,lHN,lHN,lHW,lHS,lHI/DATA NULL/4HNULL/DATA INDEF,FINDEF

+ /"1000001,.E-38/CC....... ;.INITIALIZEC

RECNUM-OCC.... .o..GET ARGUMENTSCC..*.*...GET ELEMENT IDC

CALL GETARG (ARG,NCHAR,DELIM)IF (DELIM.EQ.SEMI) GO TO 8901CALL GETARG (ARG,NCHAR,DELIM)ID-IDCODE(ARG,NCHAR)IF (ID.EQ.INDEF) GO TO 8904IF (ID.LE.O) GO TO 8904IF (DELIM.EQ.SEMI) GO TO 8902

C-ll

CC.. ..... GET VALUEC

CALL GETARG (ARGNCHARDELIM)IF (OPER.EQ.NULL) GO TO 5VALUK-FDCODE(ARG,NCHAR)IF (VALUE.EQ.FINDEF) GO TO 8890GO TO 6

CC...N....dULL VALUEC

5 VALUE =1.E-386 IF (DELIM.EQ.SEMI) GO TO 100

CALL GETARG (ARG,NC HARDELIM)CC........ SET PARSE CODE FROM OPERATIONC

ARG(4)-BLANKIF (OPER.NE.SET) GO TO 12PARSE-1GO TO 100

12 IF (OPER.NE.MOV) GO TO 13PARSE-2IDTWO-VALUEIF (IDTWO.LE.O) GO TO 8904GO TO 100

13 IF (OPER.NE.EXC) GO TO 14PARSE-3IIDTWO-VALUEIF (IDTWO.LE.O) GO TO 8904GO TO 100

14 IF (OPER.NE.ADD) GO TO 15PARSE-4GO TO 50

15 IF (OPER.NE.SUB) GO TO 16PARSE=5GO TO 50

16 IF (OPER.NE.MUL) GO TO 17PARSE-6GO TO 50

17 IF (OPER.NE.DIV) GO TO 8903PARSE-7

C-12

CC ........ CHECK FOR THIRD IDC

50 IF (DELIM.EQ.SEMI) GO TO 100CALL GETARG (ARG,NCHARDELIM)IDTWO-VALUEIF (IDTWO.LE.O) GO TO 8904IDTHRE-IDCODE(ARG,NCHAR)IF (IDTHRE.EQ.INDEF) GO TO 8904IF (IDTHRE.LE.O) GO TO 8904

CCo..*... LOAD DATA RECORD AND PERFORM OPERATIONC

100 Applicon Graphics routine to sequentially retrieve inclinedcontours

CCALL MYOPEN (FILNAM,12,2)

C200 Applicon Graphics routine to sequentially retrieve verticies

RECNUH-RECNUM+1IF (SELECT.EQ..FALSE) GO TO 200CALL RWEBUFF (ORECNUM,IDATA)GO TO (1100,1200,1300,1400,1500,1600,1700) PARSE

CC SET1100 RDATA(ID)-VALUE

GO TO 3000C MOVE1200 RDATA(ID)-RDATA(IDTWO)

GO TO 3000C EXCHANGE1300 TEMP-RDATA(ID)

RDATA(ID)-RDATA(IDTWO)RDATA(IDTWO)-TEMPGO TO 3000

C ADD1400 IF (IDTHRE.LE.O) GO TO 1450

RDATA( ID)-RDATA(IDTWO)+RDATA(IDTHRE)GO TO 3000

1450 RDATA(ID)-RDATA(ID)+VALUEGO TO 3000

C SUBTRACT1500 IF (IDTHRE.LE.0) GO TO 1550

RDATA( ID)-RDATA(IDTWO)-RDATA(IDTHRE)GO TO 3000

1550 RDATA(ID)-RDATA(ID)-VALUEGO TO 3000

C-1 3

C1600 IF (IDTHRE.LE.0) GO TO 1650

RDATA(ID)-RDATA(IDTWO)*RDATA(IDTHRE)GO TO 3000

1650 RDATA(ID)-RDATA(ID)*VALUEGO TO 3000

C1700 IF (IDTHRE.LE.0) GO TO 1750

RDATA(ID)-RDATA(IDTWO)/RDATA(IDTHRE)GO TO 3000

1750 RDATA(ID)-RDATA(ID)/VALUECC .........MODIFY DATA RECORDC3000 CALL RWBUFF (2,RECNUM,IDATA)

GO TO 200CC... ..... TERMINATEC8800 CALL RWBUFF (0,RECNUM,IDATA)

CALL RWBUFF (2,RECNUM,IDATA)CALL MYCLOS

8890 STOP °UCMD 12°C

MULTIPLY

DIVIDE

C.... ..... ERROR MESSAGESC8901 CALL DISPLY (- ***ERROR. NO IP SPECIFIED°,27)

GO TO 88908902 CALL DISPLY (° ***ERROR...NO VALUE SPECIFIED0,30)

GO TO 88908903 CALL DISPLY (° ***ERRORI . ILLEGAL OPERATOR: °,30)

CALL DISPLY (LSTARG,NCHAR+2)GO TO 8890

8904 CALL DISPLY (° ***ERROR...ILLEGAL ID: 0,24)


8905 CALL DISPLY (° ***ERROR...GC POINTS NOT LOADED°,32)GO TO 8890END

C-14

CC UCMD 14CC MAPS ATTRIBUTE INTO FAVORABILITY NUMBER FROM FAVORABILITY CURVECC ASSIGNS A FAVORABLIITY VALUE TO AN ATTRIBUTE ELEMENT IN ALLC RECORDS BY MAPPING THE ATTRIBUTE VALUE TO A FAVORABILITY VS.C ATTRIBUTE CURVE WHICH IS MAINTAINED BY THE USER THROUGHC INTERACTIVE GRAPHICSC

CC VARIABLESCC ARG - RETRIEVED ARGUMENT CHARACTER STRING FROM COMMAND LINEC BIAS - BIAS APPLIED FOR MAPPING ATTRIBUTE VALUES TO THEC GRAPHICS FAVORABILITY CURVEC DELIM - DELIMITER CHARACTER BETWEEN ARGUMENTS IN COMMAND LINEC HIGH - VALUE OF UPPER BOUNDARY OF FAVORABILITY CURVEC IDONE - RECORD ELEMENT POSITION OF THE SPECIFIED ATTRIBUTEC IDTWO - RESPECTIVE FAVORABILITYC IGCI - COLUMN POSITION WITHIN THE GRID CELL MATRIXC IGCJ - ROW POSITION WITHIN THE GRID CELL MATRIXC LL - THE RECORD POSITION WITHIN THE DATA FILE CORRESPONDINGC TO A PARTICULAR GRID CELLC LOW - VALUE OF LOWER BOUNDARY OF FAVORABILITY CURVEC NCHAR - THE NUMBER OF CHARACTERS IN THE ARGUMENT STRINGC NCRD - I OF COORDINATE PAIRS IN FAVORABILITY CURVEC NX - I OF COLUMNS IN GRID MATRIX FOR THIS ROWC RDATA - RECORD BUFFER OF DATA FILEC SAVE - MATRIX OF FAVORABILITY CURVE VERTICIESC SF - SCALE FACTOR MAPPING ATTRIBUTE VALUES TO THE GRAPHICSC FAVORABILITY CURVECC CONSTANTSCC FILNAM - 'GCDATA.NNWSI" CHARACTER STRING ARRAYC INDEF - 100000 OCTAL INDICATING INVALID INTERGER INPUTC NULL - 1.E-38 INDICATING INVALID FLOATING POINT INPUTC NY - 41-# OF OWS OF GRID MATRIXC SEMI - ";' CHARACTER STRINGC

C-15

CC SUBROUTINE CALLSC _________C DISPLY - AGS ROUTINE TO LIST OUTPUT TO TERMINALC GETARG - RETRIEVE ARGUMENT LIST FROM COMMAND LINEC FDCODE - DECODE CHARACTER STRING TO FLOATING POINT VARIABLEC IDCODE - DECODE CHARACTER STRING TO INTEGER VARIABLEC KEYBRD - AGS ROUTINE TO ACCEPT INPUT FROM KEYBOARDC MYCLOS - CLOSE DATA BASE FILEC MYOPEN - OPEN DATA BASE FILEC RWBUFF - READ/WRITE DATA BASE RECORDCCC GRAPHICS FILE DESCRIPTIONC ------- _…

C MUST HAVE PROPERLY FORMATTED AND IDENTIFIED FAVORABILITY CURVESC GRPHICALLY REPRESENTED IN THE DRAWING FILEC

CBYTE ARG(34),DELIM,SEMIFILNAM(12)

CINTEGER IDONE,IDTWO,INDEF

CREAL HIGHLOW,SF,BIAS,RDATA(250),NULL,SAVE(2,100)

CDATA SEMI,BLANK

+ / IH;, 1H /DATA HIGR,LOW,NULL/3*1.E-38/,INDEF/ 100000/DATA FILNAM/IHG,lHC,lHD,IHAlHT,lHA,lH.,lHNlHN,lHW,lHS,lHlI/

CC...... .. INITIALIZECC...... .*GET ARGUMENTSCC..... .. GET ELEMENT POSITION OF ATTRIBUTEC

CALL GETARG (ARGNCHAR,DELIM)IF (DELIM.EQ.SEMI) CO TO 100CALL GETARG (ARG,NCHAR,DELTM)IDONE-IDCODE(ARG,NCHAR)IF (IDONE.EQ.TNDEF) GO TO 8810IF (DELIM.EQ.SEMI) GO TO 200

CC ........GET ELEMENT POSITION OF RESPECTIVE FAVORABILITYC

CALL GETARG (ARG,NCRARDELIM)IDTWO-IDCODE(ARG,NCHAR)IF (IDTWO.EQ.INDEF,) GO TO 8810IF (DELIM.EQ.SEMI) GO TO 300

C-16

CC...... GET FAVORABILITY CURVE IDENTIFIERC

CALL GETARG (ARG,NCHARDELIM)* Applicon Graphics routine to identify graphics component

GO TO 600CC ......... INTERACTIVE ARGUMENTS IF ARGUMENT IS MISSING IN COMMAND LINECC. ... **.*GET ELEMENT POSITION OF ATTRIBUTEC

100 CALL DISPLY (-OENTER ATTRIBUTE ID:°,20)CALL KEYBRD (ARG,7)IDONE-IDCODE(ARC,7)IF (IDONE.EQ.INDEF) GO TO 8810

CC G........ET ELEMENT POSITION OF RESPECTIVE FAVORABILITYC

200 CALL DISPLY (-OENTER FAVORABILITY ID:',23)CALL KEYBRD (ARG,7)IDTWO-IDCODE(ARG,7)IF (IDTWO.EQ.INDEF) GO TO 8810

CCG.....*9* ET FAVORABILITY CURVE IDENTIFIERC

300 CALL DISPLY (OENTER CID OF FAVORABILITY CURVE:*,33)CALL KEYBRD (ARG,12)

** Applicon routines to identify graphics componentCC... ..... GET FAVORABILITY CURVEC

600*** Applicon Graphics routines to retrieve favoability curve from*** graphics file

CC.........SET UP SCALE AND BIAS FROM BOUNDARIESC

900** Applicon Graphics routines to retrieve graphics text which* describe the boundaries of the favorability curve (HIGH & LOW)

1200 SF (HIGH-LOW)/52800.BIAS-LOW

CC.. ..... MAP ATTRIBUTE TO FAVORABILITYC

CALL WYOPEN (FILNAM,12,2)C

NX-39

C-17

CC ......... LOOP ON I OF ROWS IN GRID MATRIXC

DO 2010 IGCJ-1,41IF (IGCJ.GT.24) NX-34

CC .........LOOP ON # OF COLUMNS IN GRID MATRIXC

DO 2000 IGCI-1,NXLL-IGCI+42*(IGCJ-1)CALL RWBUFF (O,LL,RDATA)X-(RDATA(IDONE)-BIAS)/SF

CC ........ BOUND ATTRIBUTE BY FAVORABILITY CURVE COORDINATESC

DO 1400 1-2,NCRDIF (X.GE.SAVE(lI-1).AND.X.LE.SAVE(l,I)) GO TO 1700


CC........ INTERPOLATE FAVORABILITYC1700 RDATA(IDTWO)=(SAVE(2,I-1)+(SAVE(2,I)-SAVE(2,I-1))*(X-SAVE(1,I-1))

+ /(SAVE(1,I)-SAVE(1,I-1)))/5280.CALL RWBUFF (2,LLRDATA)

2000 CONTINUE2010 CONTINUE

CC.. .. TERMINATEC8800 CALL RWBUFF (0,2184,RDATA)

CALL MYCLOS8810 STOP *UCMD 14-

CC .. ERROR MESSAGESC8901 CALL DISPLY (-O***ERROR...CID INPUTI,22)

GO TO 88108902 CALL DISPLY (0***ERROR...NO FAVORABILITY CURVE1-,34)

GO TO 88108903 CALL DISPLY (0-***ERROR...BOUNDARY VALUES1,28)

GO TO 88108904 CALL DISPLY (-O***ERROR...NO GC DATA RECORD!.,30)

GO TO 88108905 CALL DISPLY (*O***ERROR...ATTRIBUTE OUTSIDE BOUNDARIES1-,40)

CALL RWBUFF (0,2184,RDATA)GO TO 8800END

C-18

CC UCMD 15CC NNWSI EVALUATION FUNCTION (FIND LARGEST POSSIBLE VALUE)CC PERFORMS THE ABSOLUTE EVALUATION FUNCTION FOR A THEORETICALC RECORD WHERE ALL ATTRIBUTES FAVORABILITIES HAVE A VALUE OF 10.C RETURNS THE LARGEST POSSIBLE VALUE FOR THE EXISTING OBJECTIVEC WEIGHTINGS.CC************************~**************************************CC UCMD 15 is similar to UCMD 19 except that it does not read theC data file but rather assigns the largest possible favorabilityC to every attribute and performs the evaluation using the currentC objective tree configuration.CC Since the source code for the two programs is so similar, UCMD 15C is not listed here and the reader is asked to refer to theC UCMD 19 listing.C

C-19

CC UCMD 16CC ADDS HISTOGRAM TO DRAWING FROM SPECIFIED ELEMENT # IN DATA FILECC BUILDS A HISTOGRAM OF OCCURRENCES OF ELEMENT VALUES FOR DISPLAYC ON THE INTERACTIVE GRAPHICS SYSTEM AND LISTS THE HIGH, LOW, ANDC ARITHMETIC AVERAGE VALUES AND THE STANDARD DEVIATION OF THEC ELEMENT VALUESC

CC VARIABLESC _C ARG - RETRIEVED ARGUMENT CHARACTER STRING FROM COMMAND LINEC AVERAGE - ARITHMETIC AVERAGE OF ATTRIBUTE OR EVALUATION VALUEC DELIM - DELIMITER CHARACTER BETWEEN ARGUMENTS IN COMMAND LINEC HIGH - HIGHEST ATTRIBUTE OR EVALUATION VALUE ENCOUNTEREDC HIST - ARRAY OF OCCURANCES OF VALUES WITHIN DEFINEDC INCREMENTS - USED FOR BUILDING HISTOGRAMC IX - ROW POSITION WITHIN THE GRID CELL MATRIXC IY - COLUMN POSITION WITHIN THE GRID CELL MATRIXC ID - THE ELEMENT POSITION OF THE ATTRIBUTE VALUE WHICH ISC TO BE MODIFIEDC LOW - LOWEST ATTRIBUTE OR EVALUATION VALUE ENCOUNTEREDC NCRAR - THE NUMBER OF CHARACTERS IN THE ARGUMENT STRINGC NUMLEV - I OF INCREMENTS IN HISTOGRAMC NUMREC - I OF RECORDS TO APPLY TO STATISTICSC NX - I OF COLUMNS IN GRID MATRIX FOR THIS ROWC RECNUM - THE RECORD POSITION WITHIN THE DATA FILE CORRESPONDINGC TO A PARTICULAR GRID CELLC RDATA - RECORD BUFFER OF DATA FILEC SIGMA - THE SIGMA OF THE ATTRIBUTE OR EVALUATION VALUESC SUM - THE SUM OF THE ATTRIBUTE OR EVALUATION VALUESC SUMSQ - THE SUM OF THE SQUARES OF THE ATTRIBUTE OR EVALUATIONC VALUESC X - THE X-COORDINATE OF A RETRIEVED GRAPHCS VERTEXC Y _ Y e

C Z - ZCC CONSTANTSCC FILNAM - 'GCDATA.NNWSI' CHARACTER STRING ARRAYC FINDEP - 1.E-38 INDICATING INVALID FLOATING POINT INPUTC INDEF - 100000 OCTAL INDICATING INVALID INTERGER INPUTC NULL - ' ' CHARACTER STRINGC NY - 41 - # OF ROWS OF GRID MATRIXC SEMI - ";" CHARACTER STRINGC

C-20

cC SUBROUTINE CALLSCC GETARG - RETRIEVE ARGUMENT LIST FROM COMMAND LINEC IDCODE - DECODE CHARACTER STRING TO INTEGER VARIABLEC FDCODE - DECODE CHARACTER STRING TO FLOATING POINT VARIABLEC MYCLOS - CLOSE DATA BASE FILEC MYOPEN - OPEN DATA BASE FILEC RDBUFF - READ DATA BASE RECORDCC SYSTEM FUNCTIONSCC SQRT - FLOATING POINT SQUARE ROOT FUNCTIONCC GRAPHICS FILE DESCRIPTIONCC WILL PRODUCE A POLYARC CORRESPONDING TO THE HISTOGRAMC REPRESENTING THE NUMBER OF OCCURANCES OF VALUES INC THE IDENTIFIED ATRRIBUTE OR EVALUATION RESULTSC

CINTEGER RECNUM,INDEF,NUMLEV

CREAL NULL,FINDEFREAL SCANLOWHIGH,AVERAG

CBYTE DELIM,SEMIARG(61),LSTARG(36),BLANK,FILNAM(12),YES

CREAL RDATA(250),VALUE,LEVS(25),HIST(26)

CINTEGER IDATA(SOO),ID,NCHAR

CEQUIVALENCE (RDATA(l),IDATA(l)),(ARG(l),OPER)+ ,(LSTARG(3),ARG(1))

CDATA SEHILSTARG(2),BLANK

+ / H; 1H , 1HDATA FILNAM/lHG,lHC,1HDlHA,lHT,lHA,lH.,lHN,lHN,lBW,liSlHI/DATA NULL/4HNULL/DATA INDEF,FINDEF, LOW, HIGH,AVERAGYES+ /1OOOOO, 1l.E-38,1.E38,-l.E38, O.,lHY/

C-21

CC . INITIALIZECC ......... USER MUST IDENTIFY ELEMENT I IN DATA FILEC

10 CALL DISPLY (OENTER DATA ID NUMBER: *,23)CALL KEYBRD (ARG,3)ID-IDCODE (ARG,3)IF (ID.EQ.INDEF) GO TO 10IF (ID.GT.128) GO TO 10IF (ID.LE.O) GO TO 10

CC .USER MUST IDENTIFY THE INCREMENT BREAKPOINTS FOR THE HISTOGRAMC

I-1CALL DISPLY

+("OENTER LEVELS ONE AT A TIME IN ASCENDING ORDER: [C/R WHEN DONE]@+,63)

CALL DISPLY (* *,1)20 CALL KEYBRD (ARG,10)

CALL DISPLY (- *,1)LEVS(I)-FDCODE (ARC,10)IF (LEVS(I).LE.O) GO TO 30IF (LEVS(I).EQ.FINDEF) GO TO 20IF (LEVS(I).GT.100000.) GO TO 201-1+1IF (I.GT.25) GO TO 30GO TO 20

30 NUMLEV-I-1CC .........USER IS GIVEN A CHANCE TO REDO INCREMENTSC

C

C

CALL DISPLY (QOIS THE ABOVE INFORMATION CORRECT? [Y/NJ *,41)CALL KEYBRD (ARGQ,)IF (ARG(l).NE.YES) GO TO 10

100 CALL MYOPEN (FILNAM,12,1)

NX-39CC........ LOOP ON GRID CELL MATRIXC

DO 3200 IY-1,41IF (IY.GT.24) NX-34DO 3100 IX-1,NX

CC. ....... READ RECORD I CORRESPONDING TO GRID CELL MATRIX ELEMENTC

RECNUM-42*(IY-1)+IXNUMREC-NUMREC+1CALL RWBUFF (ORECNUM,IDATA)

C-22

CC... UPDATE STATISTICS AND SUMMATIONSC1800 IF (RDATA(ID).GT.dIGH) HIGH-RDATA(ID)

IF (RDATA(ID).LT.LOW) LOW-RDATA(ID)SUK-SUM+RDATA(ID)SUMSQ-SUMSQ+RDATA(ID)*RDATA(ID)

CC TINCREHENT LEVEL COUNTERC

DO 2000 I-1,NUMLEVIF (RDATA(ID).LT.LEVS(I)) GO TO 2100

2000 CONTINUEC

HIST(NUMLEV+1)-HIST(NUMLEV+1)+1.GO TO 3100

C2100 HIST(I)-HIST(I)+1.

C3000 CONTINUE3100 CONTINUE3200 CONTINUE

CC ........ OUTPUT SCANNED DATAC

CALL DISPLY+(-O LOW HIGH AVERAGE SIGMA+,61)AVERAG-SUM/NUMRECSIGMA-SQRT((SUMSQ-2*AVERAG*SUM+NUMREC*AVERAG*AVERAG)/NUMREC)ENCODE (61,9100,ARGY LOWHIGH,AVERAG,SIGMACALL DISPLY (ARG,61)

CC .........ADD HISTOGRAMC

Y-HIST(1)*500.***Applicon Graphics routine

DO 4000 I-1,NUMLEVX-LEVS(I)Y-HIST(I)*500.

***Applicon Graphics routineY-HIST(1+1)*500.

***Applicon Graphics routine4000 CONIINUE

X-100000.***Applicon Graphics routine

C

to add a vertex to histogram




8810 RECNUM-2184CALL RWBUFF (O,RECNUHIDATA)CALL MYCLOS

8890 STOP *UCMD 22e

C-23

CC...... .ERROR MESSAGESC8901 CALL DISPLY ( ***ERROR ... NO ID SPECIFIED-,27)

GO TO 88908902 CALL DISPLY ( ***ERROR..NO VALUE SPECIFIED*,30)

GO TO 88908903 CALL DISPLY ( ***ERROR...ILLEGAL OPERATOR: *,30)


8904 CALL DISPLY (a ***ERROR...ILLEGAL ID: -,24)CALL DISPLY (LSTARGNCHAR+2)GO TO 8890

8905 CALL DISPLY (a ***ERROR...GC POINTS NOT LOADED-,32)GO TO 8890

CC...... **-FORMATSC9100 FORMAT (1H0,4E15.6)

END

C-24

CC UCMD 17CC NNWSI EVALUATION FUNCTION - FOR BEST HOST ROCKCC PERFORMS THE ABSOLUTE EVALUATION FUCNCTIONS USING ONLY THE HOSTC DEPENDENT ATTRIBUTES AND ADDS A SYSBOL TO THE SITE DRAWING ATC EACH ELEMENT POSITION WHICH CORRESPONDS TO THE EXISTINGC CANDIDATE HOST ROCK WITH THE HIGHEST EVALUATION. THISC EVALUATION VALUE IS THEN ADDED TO THE SPECIFIED HOST-INDEPENDENTC EVALUATION AT EACH GRID ELEMENT TO ACHIEVE A TOTAL EVALUATION.C

CC VARIABLESCC AOMAT - MATRIX OF ATTRIBUTE INFLUENCE ON OBJECTIVEC ATTB - ARRAY OF FAVORABILITY VALUESC BUFFER - KEYBOARD INPUT BUFFERC BUFOUT - TERMINAL OUTPUT BUFFERC EVAL - ARRAY OF ALL INTERMEDIATE EVALUATION VALUES WHICH AREC SAVED IN EACH GRID CELL RECORDC EVALI - SUBSET OF INTERMEDIATE EVALUATION VALUES (LEVEL-l)C EVAL2 - (LEVEL-2)C EVAL3 - - (LEVEL-3)C FRSTL2 - POINTER TO FIRST LEVEL-2 OBJECTIVE WEIGHT FORC PRESENT LEVEL-1 BRANCHC FRSTL3 - POINTER TO FIRST LEVEL-3 OBJECTIVE WEIGHT FORC PRESENT LEVEL-2 BRANCHC KID - ARRAY OF HOST ROCK IDENTIFIERSC HSTATT - MATRIX OF HOST ROCK VS ATTRIBUTE FAVORABILITY VALUESC HSTEVL - ARRARY OF CALCULATED HOST EVALUATIONSC IGC - POINTER TO GRID CELL RECORD IC IGCI - " COLUMNC IGCJ - ROWC IH - POINTER TO HOST ROCK ARRAYSC INP - ENCODE INTERGER FROM KEYBOARD INPUTC JB - PRESENT POSITION OF OUTPUT BUFFER (LEVEL-2)C KB - " . (LEVEL-3)C KEYWRD - FIRST 4 CHARACTERS OF KEYBOARD INPUTC LASTL2 - POINTER TO LAST LEVEL-2 OBJECTIVE WEIGHT FORC PRESENT LEVEL-1 BRANCHC LASTL3 - POINTER TO LAST LEVEL-3 OBJECTIVE WEIGHT FORC PRESENT LEVEL-2 BRANCHC NUHLEV - I OF BRANCHES OF OBJECTIVE TREE TO EVALUATEC NX - I OF GRIDCELL COLUMNSC NY _ " ROWS

C-25

CCCCCCCCCCCCCCCCCCCCCCCCCCCCC

OBJLEVRDATAREGNUMI

RUNIDWEIGHTWGHTL1WGHTL2WGHTL3

ARRAY OF LEVEL-1 OBJECTIVE BRANCHES TO BE EVALUATEDARRAY OF GRID CELL RECORD ELEMENTSELEMENT # IN WHICH TO STORE EVALUATION RESULTSFOR EACH GRID CELL RECORDCHARACTER ARRAY TO IDENTIFY PRESENT CALCULATIONARRAY OF ALL OBJECTIVE WEIGHTSSUBSET ARRAY OF OBJECTIVE WEIGHTS (LEVEL-1)

(LEVEL-2)- (LEVEL-3)

CONSTANTS

ALLFILNAMINDEFNULLPNTL2PNTL3YES

"ALL " CHARACTER STRING"GCDATA.NNWSI" CHARACTER STRING ARRAY100000 OCTAL INDICATING INVALID INTEGER INPUT1.E-38 INDICATING INVALID FLOATING POINT INPUTARRAY OF.POINTERS TO FIRST LEVEL-2 OBJECTIVE WEIGHTS

LEVEL-3 "

- "Y' CHARACTER STRING

SUBROUTINE CALLS

DISPLY - AGS ROUTINE...DISPLAY CHARACTER STRING AT TERMINALIDCODE - DECODE CHARACTER STRING TO INTEGER VARIABLEKEYBRD - AGS ROUTINE.. .ACCEPT CHARACTER STRING FROM KEYBOARDMYCLOS - CLOSE DATA BASE FILEMYOPEN - OPEN DATA BASE FILERWBUF1 - READ/WRITE DATA BASE RECORD

C GRAPHICS FILE DESCRIPTIONC ________ _ _ _______

C MUST CONTAIN THE GRAPHICS REPRESENTATION OF THE OBJECTIVE TREEC WITH THE APPROPRIATE WEIGHTS LISTED IN THEIR RESPECTIVE TEXTC RECORDS AND THE ATTRIBUTE OBJECTIVE MATRIX LOADED INTO THEC PROPER DATA RECORD.C

CINTEGER FRSTL2 ,LASTL2,FRSTL3 ,LASTL3 ,HID( 12) ,INDEF ,NUMLEV ,OBJLEV(5)INTEGER REGNUMNX,NY,INP,ERROR,IGCJIGCT,IGC

CREAL EVAL(56),EVAL1(4),EVAL2(12),EVAL3(40),HSTEVL(12)REAL RDATA(128),ATTB(25),HSTATT(9,12),KEYWRD,ALL

CBYTE PNTL2(5),PNTL3(15),AOMAT(9,49),WEIGHT(69)BYTE IDATXT(884),BUFFER(80),WGHTL1(5),WGHTL2(15),WGHTL3(49)BYTE FILNAM(12),RUNID(80),BUFOUT(20),YES

C-26

C

C

EQUIVALENCE (RLDATA(31),ATTB(l)),(IDATXT(l),RDATA(l))+ ,(BUFFER(1),KEYWRD)EQUIVALENCE (WEIGHT( 1),WGHTL1(1)),(WEIGHT( 6),WGHTL2(1))+ ,(WEIGHT(21),WGHTL3(l))EQUIVALENCE (RDATA(73),EVAL(l)),'EVAL(l),EVALI(l))

+ ,(EVAL ( 5),EVAL2(1)),(EVAL(17),EVAL3(1))

DATA FILNAM/lHG,lHC,1ED,lHA,lHT,lEA,lH.,lHN,lEN,lHW,lHS,lHI/DATA PNTL212,4,7,12,15/DATA PNTL3/2,7,11,16,22,28,30,31,34,37,39,40,42,46,49/DATA INDEF,NX,NY, ALL+ /-100000,39,41,4HALL/DATA YES+ /lHY/DATA OEBJ EVl1,2,3,4,5/DATA HID/1,2,3,4,5,6,7,8,9,10,11,12/DATA HSTATT/10.0, 2.5, 7.5,10.0,10.0,10.0, 2.0, 2.5, 4.0

, 8.0, 5.0,10.0,10.0, 7.0, 1.0, 2.0, 6.5, 1.0, 8.0,10.0, 5.0, 2.5, 1.0,10.0,10.0, 2.5,10.0,10.0, 5.0,10.0,10.0,10.0, 1.0, 2.0, 0.0, 1.0, 3.0,10.0, 5.0, 2.5, 2.5, 8.0, 2.0, 9.5, 2.5-, 3.0,10.0, 5.0, 2.5, 0.0,10.0,10.0,10.0, 9.0, 8.0, 5.0,10.0,10.0, 8.5, 1.0, 2.0, 5.0, 2.5,8.0, 5.0,10.0,10.0, 8.5, 1.0, 2.0, 6.5, 1.0,3.0,10.0, 5.0, 2.5, 2.5, 5.0, 2.0,10.0, 2.5,8.0, 5.0,10.0,10.0, 5.0, 8.0, 4.0, 8.0, 4.0,8.0, 2.5, 7.5,10.0, 4.0, 8.0, 2.0, 2.5, 1.0,8.0, 2.5, 7.5,16.0, 6.0, 5.0, 2.0, 2.5, 2.5/

CC..... INITIALIZECC..... USER MUST IDENTIFY INPUT REGISTER NUMBER OF CORRESPONDINGC..... HOST INDEPENDENT EVALUATIONSC

30 CALL DISPLY (-OENTER INPUT REGISTER NUMBER (26-30 OR 56-60):*,46)CALLKEYBRD (BUFFER,2)RECNUM-IDCODE(BUFFER,2)IF (RECNUH.EQ.INDEF) CO TO 30IF (REGNUM.LT.26.OR.RECNUM.GT.6O) CO TO 30IF (REGNUM.LT.56.AND.REGNUH.GT.30) GO TO 30

C-27

CC.. .. SEARCH ACTIVITY DRAWING TO FIND WEIGHTSC

C Applicon Graphics System requiered code to extract theC ojective weights and the attribute/objective matrix from theC active graphics file previously identified by the user

CC ......... LOOP ON HOST ROCKC

DO 1600 IH-1,12CC........ BEGIN HOST ROCK EVALUATIONC

LASTL2-0LASTL3-0

CC... ....*LOOP ON LEVEL 1C

DO 1500 1-1,4IF (WGHTLl(I).EQ.O) GO TO 1500FRSTL2-PNTL2(I-l)+lIF (I.EQ.1) FRSTL2-1LASTL2-PNTL2(T)EVALl(I)-O.

CC .........LOOP ON LEVEL 2C

DO 1400 J-FRSTL2,LASTL2IF (WGHTL2(J).EQ.O) GO TO 1400FRSTL3-PNTL3(J-l)+lIF (J.EQ.1) FRSTL3-1LASTL3-PNTL3(J)EVAL2(J)-O.

CC ......... LOOP ON LEVEL 3C

DO 1300 K-FRSTL3,LASTL3IF (WGHTL3(K).EQ.O) GO TO 1300EVAL3(K)-0.

C-28

CC ...... LOOP ON HOST-DEPENDENT ATTRIBUTESC

DO 1100 L-l,9IF (AOMAT(LK).NE.O) EVAL3(K)-EVAL3(K)+ +HSTATT(LIH)*AOKAT(LK)

1100 CONTINUE1200 EVAL2(J)-EVAL2(J)+EVAL3(K)*WGHTL3(K)

C1300 CONTINUE

C1301 EVAL1(I)-EVAL1(I)+EVAL2(J)*WGHTL2(J)

C1400 CONTINUE

CC1500 CONTINUE

C1501 HSTEVL(IH)-O.

DO 1510 1-1,41510 HSTEVL(IH)-HSTEVL(IH)+EVAL1(I)*WGHTLI(I)

HSTEVL(IH)-HSTEVL(IH)/10000.C1600 CONTINUE

CC. ...... *LIST EVALUATIONS'C

CALL DISPLY (*lHR VALUE',13)DO 1700 1-1,12IU-HSTEVL(I)/10.IL-HSTEVL(I)-10.*IUENCODE (13,9104,BUFFER) I,IU,ILBUFFER(l)-32CALL DISPLY (e *,1)CALL DISPLY (BUFFER,13)

1700 CONTINUE

C-29

CC .SORT HOST ROCKS BY DESCENDING EVALUATION VALUEC

DO 2300 I-2,12DO 2000 J-1,I-1IF (HSTEVL(I).GT.HSTEVL(J)) GO TO 2100


2100 TEMP=HSTEVL(I)ITEMP-HID(I)DO 2200 K-I,J+1,-1HSTEVL(X)-HSTEVL(K-1)HID(K)-HID(K-1)

2200 CONTINUEHSTEVL(J)-TEMPHID(J)-ITEMP

2300 CONTINUECC ......... EVALUATE USING BEST HOST ROCK WHICH EXISTS AT GRID LOCATIONC

CALL MYOPEN (FILNAM,12,2)CC ......... LOOP ON GRID CELLC

DO 3400 IGCJ-1,NYIF (IGCJ.GT.24) NX.34DO 3300 IGCI-1,NXIGC=IGCI+42*(IGCJ-1)CALL RWBUFF (O,IGCRDATA)

CC ......... FIND HIGHEST RANKING HOST ROCK WHICH EXISTS AT THIS GRIDC

DO 3000 I-1,12J-HID(I)IF (RDATA(J+60).GT..5) GO TO 3100


3100***Applicon Graphics routine to add cell corresponding to***Host Rock ID

3200 RDATA(60)-RDATA(REGNUM)+HSTEVL(I)CALL RWBUFF(1,IGCRDATA)


CC .........TERMINATEC8800 IGC-2184

CALL RWBUFF (O,IGCRDATA)CALL MYCLOS

8890 STOP OUCMD 170

C-30

CC. ....... ERROR MESSAGESC8901 CALL DISPLY (0O***BAD C

BUFFER(1)-32BUFFER(2)-CIDTK+48CALL DISPLY (BUFFER,2)GO TO 100

8902 BUFFER(1)-32BUFFER(2)-CIDTK+48CALL DISPLY (BUFFER,2)ERROR-1GO TO 100

8904 CALL DISPLY (0***NO Ai. GO TO 8890

CCo.o...*FORMATSC

ID: ,12)

iO MATRIX RECORDI',25)

9101910291039104C.

FORMAT (- *)FORMAT (C ,13)FORMAT (C BRANCH V,12)FORMAT (T3,19,11)

END

C-31

CC UCMD 18CC ALTER OBJECTIVE WEIGHTSCC ALTERS THE OBJECTIVE TREE WEIGHTING PARAMETERS AND THEC ATTRIBUTE/OBJECTIVE MATRIX ACCORDING TO THE USER-S KEYBOARDC INPUTC

CC VARIABLESC _

C AOMAT - MATRIX OF ATTRIBUTE INFLUENCE ON OBJECTIVEC ATTB - ARRAY OF FAVORABILITY VALUESC BUFFER - KEYBOARD OUTPUT BUFFERC BUFIN - TERMINAL OUTPUT BUFFERC CPOINT - CHARACTER POSITION OF NEXT ARGUMENT IN KEYBOARD BUFFERC FRSTL2 - POINTER TO FIRST LEVEL-2 OBJECTIVE WEIGHT FORC PRESENT LEVEL-1 BRANCHC PRSTL3 - POINTER TO FIRST LEVEL-3 OBJECTIVE WEIGHT FORC PRESENT LEVEL-2 BRANCHC HSTATT - MATRIX OF HOST ROCK VS ATTRIBUTE FAVORABILITY VALUESC IGC - POINTER TO GRID CELL RECORD tC IGCI - " COLUMNC IGCJ - - " ROWC JB - PRESENT POSITION OF OUTPUT BUFFER (LEVEL-2)C KB - " " (LEVEL-3)C KEYWRD - FIRST 4 CHARACTERS OF KEYBOARD INPUTC LASTL2 - POINTER TO LAST LEVEL-2 OBJECTIVE WEIGHT FORC PRESENT LEVEL-1 BRANCHC LASTL3 - POINTER TO LAST LEVEL-3 OBJECTIVE WEIGHT FORC PRESENT LEVEL-2 BRANCHC NUMLEV - # OF BRANCHES OF OBJECTIVE TREE TO EVALUATEC OBJLEV - ARRAY OF LEVEL-1 OBJECTIVE BRANCHES TO BE EVALUATEDC RDATA - ARRAY OF GRID CELL RECORD ELEMENTSC WEIGHT - ARRAY OF ALL OBJECTIVE WEIGHTSC WGHTL1 - SUBSET ARRAY OF OBJECTIVE WEIGHTS (LEVEL-1)C WGHTL2 - " - (LEVEL-2)C WGHTL3 - -" (LEVEL-3)CC CONSTANTSCC PNTL2 - ARRAY OF POINTERS TO FIRST LEVEL-2 OBJECTIVE WEIGHTSC PNTL3 - - LEVEL-3C

C-32

CC SUBROUTINE CALLSC _

C DISPLY - AGS ROUTINE ... DISPLAY CHARACTER STRING AT TERMINALC KEYBRD - AGS ROUTINE ... ACCEPT CHARACTER STRING FROM KEYBOARDC NUMBIN - RETRIEVE AND DECODE NEXT ARGUMENT IN KEYBOARD BUFFERCC GRAPHICS FILE DESCRIPTIONC ---


CINTEGER FRSTL2,LASTL2,FRSTL3,LASTL3,NUMLEVINTEGER OBJLEV,CPOINT

CREAL RDATA(128),ATTB(25),NULLKEYWRD,ALL

CBYTE PNTL2(5),PNTL3(15),AOMAT(34,49),WGHTID(69),WEIGHT(69)BYTE BUFFER(900),WGHTL1(5),WGHTL2(15),WGHTL3(49)BYTE BUFIN(20)

CEQUIVALENCE (AOMAT(ll),IDATXT(l)),(RDATA(31),ATTB(1))

+ ,(BUFFER(1),KEYWRD)EQUIVALENCE (WEIGHT( 1),WGHTL1(1)),(WEIGHT( 6),WGHTL2(1))+ ,(WEIGHT(21),WGHTL3(1))

CDATA PNTL2/2,4,7,12,15/DATA PNTL3/2,7,11,16,22,28,30,31,34,37,39,40,42,46,49/DATA WGHTID/2,3,4,5,6+ ,10,20,30,40,50,60,70,80,90,100,110,120,67,68,69+ ,11,12,21,22,23,24,25,31,32,33,34,41,42,43,44,45+ ,51,52,53,54,55,56,61,62,63,64,65,66,71,72,81+ ,91,92,93,101,102,103,111,112,121+ ,13,14,15,16,17,18,19,26,27/

CC... I..**TNITIALIZEC

NUMLEV-4

C-33

CC .SEARCH ACTIVITY DRAWING TO FIND WEIGHTSC

C Applicon Graphics System required code to extract theC objective weights and the attribute/objective matrix from theC active graphics file previously identified by the user

CC. ... *..LIST WEIGHTSC

BUFFER(1)-32CC .........LOOP ON LEVEL 1C

DO 880 I-1,4FRSTL2-PNTL2(I-1)+lIF (I.EQ.1) FRSTL2-1LASTL2-PNTL2(I)

750 ENCODE (4,9101,BUFFER(2))BUFFER(2)-32ENCODE (4,9102,BUFFER(6)) WGHTL1(I)BUFFER(6)-32ENCODE (11,9103,BUFIN) ICALL DISPLY (BUFINll)CALL DISPLY (BUFFER,9)J8-6

C-34

CC .........LOOP ON LEVEL 2C

DO 800 J-FRSTL2,LASTL2FRSTL3-PNTL3(J-1)+lIF (J.EQ.1) FRSTL3-1LASTL3-PIITL3(J)ENCODE (4,9102,BUFFER(JB)) WGHTL2(J)BUFFER(JB)'32

CDO 780 K-FRSTL3,LASTL3JB-JB+4ENCODE (4,9101,BUFFER(JB))BUFFER(JB)p32

780 CONTINUEC

800 CONTINUEJB'JB-1CALL DISPLY (BUFFERJB)KB-6

CC ..... * ...LOOP ON LEVEL 3C

FRSTL3-PNTL3(FRSTL2-1)+1IF (FRSTL2.EQ.1) FRSTL3-1LASTL3-PNTL3(LASTL2)

CDO 820 K-FRSTL3,LASTL3ENCODE (4,9102,BUFFER(KB))BUFFER(KB)-32

820 KB-KB+4KB-KB-1CALL DISPLY (BUFFERKB)CALL DISPLY (- -,l)

WGHTL3(K)

CC..... * .LOOP ON ATTRIBUTEIOBJECTIVE MATRIXC

DO 860 L-1,34ENCODE (4,9102,BUFFER(2)) LBUFFER(2)-32LB-6DO 840 M-FRSTL3,LASTL3ENCODE (4,9102,BUFFER(LB)) AOMAT(L,M)BUFFER(LB)'32

840 LB-LB+4LB-LB-1CALL DISPLY (BUFFERLB)

860 CONTINUE

C-35

CC......... ALL WEIGHTS FOR THIS MAJOR BRANCH HAS BEEN LISTED ON ONEC..... ...TERMINAL PAGE ... DO YOU WANT TO CHANGE ANY OF THE WEIGHTS?C

CALL DISPLY+( ENTER OBJECTIVE LEVEL,(POSITIONt),(ATTRIBUTEt),AND VALUE:*+,58)CALL KEYBRD (BUFIN,20)CPOINT-1CALL NUMBIN (BUFIN,CPOINT,OBJLEV,1)

CC.... ....IF YOU ARE FINISHED WITH THIS PAGE ... GO TO THE NEXT ONEC

IF (OBJLEV.EQ.0) GO TO 880CC ........ LEVEL 1 CHANGEC

IF (OBJLEV.NE.1) GO TO 900CALL NUNBIN (BUFIN,CPOINTITEMP,1)WGHTL1(I)-ITEMPGO TO 750

CC......... LEVEL 2 CHANGEC

900 IF (OBJLEV.NE.2) GO TO 1000CALL NUMBIN (BUFINCPOINTJ,1)J-FRSTL2+J-1CALL NUMBIN (BUFIN,CPOINT,ITEXP,1)WGHTL2(J)-ITEMPGO TO 750

CC......... LEVEL 3 CHANGEC1000 IF (OBJLEV.NE.3) GO TO 1100

CALL NUMBIN (BUFIN,CPOINTK,1)K-FRSTL3+K-1CALL NUMBIN (BUFIN,CPOINTITEMP,1)WGHTL3(K)-ITEMPGO TO 750

CC........ ATTRIBUTE/OBJECTIVE MATRIX CHANGEC1100 IF (OBJLEV.N2.4) GO TO 750

CALL NUMBIN (BUFIN,CPOINTM,1)M-FRSTL3+M-1CALL NUMBIN (BUFINCPOINT,L,1)CALL NUMBIN (BUFINCPOINTITEMP,1)AOMAT(L,M)-ITEMPGO TO 750

C880 CONTINUE

C-36

CC........ REPLACE OBJECTIVE WEIGHTSC

C Applicon Graphics System code to replace the modifiedC objective weights in the active graphics file

C***,************************************** ***** *** ******* ****** ***

CC.... .... TERMINATEC8800 CONTINUE8890 STOP OUCMD 18-

CC.e.e....ERROR MESSAGESC8901 CALL DISPLY (*O***BAD CID:-,12)



8904 CALL DISPLY (0***NO A/O MATRIX RECORDI,25)GO TO 8890

CC. .. ... FORMATSC

9101910291039104

C

FORMAT ( Q )FORMAT ( *,13)FORMAT (-1BRANCH PI12)FORMAT (14)

END

C-37

CC UCMD 19CC NNWSI EVALUATION FUNCTIONCC PERFORMS THE ABSOLUTE EVALUATAION FUNCTION FOR THE HOST-C INDEPENDENT ATTRIBUTES AND, IF SPECIFIED, FOR THE HOST-C DEPENDENT ATTRIBUTES FOR ONE HOST ROCK. THE EVALUATION RESULTSC ARE STORED WITHIN THE ELEMENT RECORD FOR LATER RETRIEVAL ORC DISPLAY.C

CC VARIABLESCC AOMAT - MATRIX OF ATTRIBUTE INFLUENCE ON OBJECTIVEC ATTB - ARRAY OF FAVORABILITY VALUESC BUFFER - KEYBOARD INPUT BUFFERC BUFOUT - TERMINAL OUTPUT BUFFERC EVAL - ARRAY OF ALL INTERMEDIATE EVALUATION VALUES WHICH AREC SAVED IN EACH GRID CELL RECORDC EVALl - SUBSET OF INTERMEDIATE EVALUATION VALUES (LEVEL-1)C EVAL2 - - (LEVEL-2)C EVAL3 - - " (LEVEL-3)C FRSTL2 - POINTER TO FIRST LEVEL-2 OBJECTIVE WEIGHT FORC PRESENT LEVEL-1 BRANCH 'C FRSTL3 - POINTER TO FIRST LEVEL-3 OBJECTIVE WEIGHT FORC PRESENT LEVEL-2 BRANCHC HID - DESIRED HOST ROCK IDC HSTATT - MATRIX OF HOST ROCK VS ATTRIBUTE FAVORABILITY VALUESC IGC - POINTER TO GRID CELL RECORD IC IGCI - COLUMNC IGCJ - " ROWC INP - ENCODE INTERGER FROM KEYBOARD INPUTC JB - PRESENT POSITION OF OUTPUT BUFFER (LEVEL-2)C KB - . (LEVEL-3)C KEYWRD - FIRST 4 CHARACTERS OF KEYBOARD INPUTC LASTL2 - POINTER TO LAST LEVEL-2 OBJECTIVE WEIGHT FORC PRESENT LEVEL-1 BRANCHC LASTL3 - POINTER TO LAST LEVEL-3 OBJECTIVE WEIGHT FORC PRESENT LEVEL-2 BRANCHC NUMLEV - v OF BRANCHES OF OBJECTIVE TREE TO EVALUATEC NX - I OF GRIDCELL COLUMNSC NY - - ROWSC OBJLEV - ARRAY OF LEVEL-1 OBJECTIVE BRANCHES TO BE EVALUATEDC RDATA - ARRAY OF GRID CELL RECORD ELEMENTSC REGNUM - ELEMENT # IN WHICH TO STORE EVALUATION RESULTSC FOR EACH GRID CELL RECORDC RUNID - CHARACTER ARRAY TO IDENTIFY PRESENT CALCULATION

C-38

C WEIGHT - ARRAY OF ALL OBJECTIVE WEIGHTSC WGRTLI - SUBSET ARRAY OF OBJECTIVE WEIGHTS (LEVEL-1)C WGHTL2 - - n (LEVEL-2)C WGHTL3 - n * (LEVEL-3)CC CONSTANTSC -_

C ALL - 'ALL " CHARACTER STRINGC FILNAM - 'GCDATA.NMWSI' CHARACTER STRING ARRAYC INDEF - 100000 OCTAL INDICATING INVALID INTEGER INPUTC NULL - 1.E-38 INDICATING INVALID FLOATING POINT INPUTC PNTL2 - ARRAY OF POINTERS TO FIRST LEVEL-2 OBJECTIVE WEIGHTSC PNTL3 - - LEVEL-3C YES - "Y' CHARACTER STRINGCC SUBROUTINE CALLSC -- …--------

C DISPLY - AGS ROUTINE.. DISPLAY CHARACTER STRING AT TERMINALC IDCODE - DECODE CHARACTER STRING TO INTEGER VARIABLEC KEYBRD - AGS ROUTINE... ACCEPT CHARACTER STRING FROM KEYBOARDC MYCLOS - CLOSE DATA BASE FILEC MYOPEN - OPEN DATA BASE FILEC RWBUFF - READ/WRITE DATA BASE RECORDCC GRAPHICS FILE DESCRIPTIONC ---- ____ _…


CINTEGER FRSTL2,LASTL2,FRSTL3,LASTL3,HID,INDEF,NUMLEV,OBJLEV(5)INTEGER REGNUM,NX,NY,INP,IGCJ,IGCI,IGC

CREAL EVAL(56),EVAL1(4),EVAL2(12),EVAL3(40)REAL RDATA(128),ATTB(25),HSTATT(9,12),NULL,KEYWRDALL


CEQUIVALENCE (RDATA(31),ATTB(l))+ ,(BUFFER(1),KEYWRD)EQUIVALENCE (WEIGHT( 1),WGHTL1(1)),(WEIGHT( 6),WGHTL2(1))+ ,(WEIGHT(21),WGHTL3(1))EQUIVALENCE (RDATA(73),EVAL(l)),(EVAL(l),EVALI(l))+ (EVAL ( 5),EVAL2(1)),(EVAL(17),EVAL3(1))

C-39

-

CDATA FILNAM/1RG,IHC,lHD,IHA,lHT,lHA,lH.,IHN,lHN,lHW,IHS,lHI/DATA PNTL2/2,4,7,12,15/DATA PNTL3/2,7,11,16,22,28,30,31,34,37,39,40,42,46,49/DATA NULL,HID, INDEF,NX,NY, ALL

+ /1.E-38, 1,-100000,39,41,4HALL /DATA YES

+ /IHY/DATA OBJLEV/1,2,3,4,5/DATA HSTATT/10.0, 2.5, 7.5,10.0,10.0,10.0, 2.0, 2.5, 4.0

+ , 8.0, 5.0,10.0,10.0, 7.0, 1.0, 2.0, 6.5, 1.0+ , 8.0,10.0, 5.0, 2.5, 1.0,10.0,10.0, 2.5,10.0+ ,10.0, 5.0,10.0,10.0,10.0, 1.0, 2.0, 0.0, 1.0+ , 3.0,10.0, 5.0, 2.5, 2.5, 8.0, 2.0, 9.5, 2.5+ , 3.0,10.0, 5.0, 2.5, 0.0,10.0,10.0,10.0, 9.0+ , 8.0, 5.0,10.0,10.0, 8.5, 1.0, 2.0, 5.0, 2.5+ , 8.0, 5.0,10.0,10.0, 8.5, 1.0, 2.0, 6.5, 1.0+ , 3.0,10.0, 5.0, 2.5, 2.5, 5.0, 2.0,10.0, 2.5+ , 8.0, 5.0,10.0,10.0, 5.0, 8.0, 4.0, 8.0, 4.0+ , 8.0, 2.5, 7.5,10.0, 4.0, 8.0, 2.0, 2.5, 1.0+ , 8.0, 2.5, 7.5,10.0, 6.0, 5.0, 2.0, 2.5, 2.5/

CC......... INITIALIZECCC ...... GIVE USER OPPORTUNITY TO IDENTIFY A HOST ROCKC

10 CALL DISPLY (OENTER HOST ROCK ID (1-12):',27)CALL KZYBRD (BUFFER,2)HID-IDCODE (BUFFER,2)IF (KID.EQ.INDEF) GO TO 10IF (HID.LT.0.OR.HID.GT.12) GO TO 10

CC.....,.GIVE USER OPPORTUNITY TO EVALUATE ONLY A SUBSET OF THEC ........ FOUR MAJOR BRANCHESC

CALL DISPLY (-OENTER OBJECTIVE BRANCH (1-4 OR ALL):,37)22 CALL XEYBRD (BUFFER,4)

IF (KEYWRD.EQ.ALL) GO TO 24INP-IDCODE(BUFFER,4)IF (INP.EQ.0) GO TO 28IF (INP.EQ.INDEF) GO TO 22IF (INP.LT.1.OR.INP.GT.4) GO TO 8903NUMLEV-NUHLEV+1OBJLEV(NUMLEV)-INPGO TO 22

C24 NUMLEV-428 IF (NUMLEV.EQ.0) GO TO 8890

C-40

CC ......... USER MUST IDENTIFY AN OUTPUT REGISTER TO STORE THE FINALC ......... RESULTS FOR LATER DISPLAYC

30 CALL DISPLY (OENTER OUTPUT REGISTER NUMBER (26-30 OR 56-60): ,47)CALL KEYBRD (BUFFER,2)REGNUM-IDCODE(BUFFER,2)IF (REGNUM.EQ.INDEF) GO TO 30IF (REGNUM.LT.26.OR.REGNUM.GT.60) GO TO 30IF (REGNUM.LT.56.AND.REGNUM.GT.30) GO TO 30

CC ........ USER MUST IDENTIFY THE LOWEST DEPTH OF CHANGES IN OBJECTIVEC.. ..... WEIGHTS IN ORDER TO AVOID DUPLICATE PROCESSING.C

40 CALL DISPLY (-OENTER LOWEST LEVEL OF CHANGE (1-4):-,36)CALL KEYBRD (BUFFER,1)LEVCHG-IDCODE(BUFFER,1)IF (LEVCHG.EQ.INDEF) GO TO 40IF (LEVCHG.LT.l.OR.LEVCHG.GT.4) GO TO 40

CC . .SEARCH ACTIVITY DRAWING TO FIND WEIGHTSC

C APPLICON GRAPHICS SYSTEM REQUIRED CODE TO EXTRACT THEC OBJECTIVE WEIGHTS AND THE ATTRIBUTE/OBJECTIVE MATRIX FROM THEC ACTIVE GRAPHICS FILE PREVIOUSLY IDENTIFIED BY THE USER

CC.. ... LIST WEIGHTS TO VERIFY THE VALUESC

RUNID(l)-49BUFFER(1)-32CALL DISPLY ("OENTER RUN IDENTIFIER: ,23)CALL KEYBRD (RUNID(2),79)

C-41

CC.. .. 0..LOOP ON LEVEL IC

CC .

C

C

DO 880 1-1,4FRSTL2-PNTL2(1-l)+1IF (I.EQ.1) FRSTL2-1LASTL2-PNTL2(I)ENCODE (4,9101,BUFFER(2))BUFFER(2)-32ENCODE (4,9102,BUFFER(6))BUFFER(6)-32CALL DISPLY (RUNID,80)CALL DISPLY (* *,1)ENCODE (11,9103,BUFOUT) ICALL DISPLY (BUFOUT,11)CALL DISPLY (BUFFER,9)JB-6

WGHTL1(I)

...... LOOP ON LEVEL 2

DO 800 J-FRSTL2,LASTL2FRSTL3-PNTL3(J-1)+lIF (J.EQ.1) FRSTL3-1LASTL3-PNTL3(J)ENCODE (4,9102,BUFFER(JB))BUFFER(JB)-32

WGHTL2(J)

DO 780 K-FRSTL3,LASTL3JB-JB+4ENCODE (4,9101,BUFFER(JB))BUFFER(JB)-32

780 CONTINUEC

800 CONTINUEJB-JB-1CALL DISPLY (BUFFER,JB)R3-6

CC.... ....LOOP ON LEVEL 3C



820 KB-K3+4KB3=K-lCALL DISPLY (BUFFER,KB)CALL DISPLY (1H ,1)

WGRTL3(K)

C-42

CC.....o.LOOP ON ATTRIBUTE/OBJECTIVE MATRIXC

C

DO 860 L-1,34ENCODE (4,9102,BUFFER(2)) LBUFFER(2)'32LB-6Do 840 M-FRSTL3,LASTL3ENCODE (4,9102,BUFFER(LB)) AOMAT(L,M)BUFFER(LB)'32

840 LB'LB+4LB-LB-1CALL DISPLY (BUFFERLB)

860 CONTINUE

CALL KEYBRD (BUFFER,l)880 CONTINUE

CC.. ..... AFTER LIStING WEIGHTS, GIVE USER AN OPPORTUNITY TO ABORTC

CALL DISPLY (-lDO YOU WISH TO CONTINUE? (Y/N) *,32)CALL KEYBRD (BUFFER,1)IF (BUFFER(1).NE.YES) GO TO 8890

CC.o.. * .OPEN THE ATTRIBUTE DATA BASE AND BEGIN EVALUATIONC

CALL MYOPEN (FILNAM,12,2)CC. ...... LOOP ON GRID CELLSC

DO 1610 IGCJ-1,NYIF (IGCJ.GT.24) NX-34DO 1600 IGCI-1,NXIGC'IGCI+42*(IGCJ-1)CALL RWBUFF (OIGC,RDATA)

C-43

C

CLASTL2mOLASTL3-0

EVALUATION

CC. ....... LOOP ON LEVEL 1C

C

IF (LEVCHG.EQ.1) GO TO 1501DO 1500 Iil-,NUMLEVIlOBJLEV(II)IF (WGHTL1(I).EQ.O) GO TO 1500FRSTL2-PNTL2(1-1)+1IF (I.EQ.1) FRSTL2-1LASTL2-PNTL2(I)EVALl(I)-O.

C..*... .. LOOP ON LEVEL 2C

DO 1400 J-FRSTL2,LASTL2IF (LEVCHG.EQ.2) GO TO 1301IF (WGHTL2(J).EQ.O) GO TO 1400FRSTL3-PNTL3(J-1)+lIF (J.EQ.1) FRSTL3-1LASTL3-PNTL3(J)EVAL2(J)-O.

CC... ... .LOOP ON LEVEL 3C

DO 1300 R-FRSTL3,LASTL3IF (LEVCHG.EQ.3) GO TO 1200IF (WGaTL3(X).EQ.0) GO TO 1300EVAL3(K)-O.

CC......... LOOP ON ATTRIBUTESC

DO 1000 L-1,25IF (AOMAT(L,X).NE.0) EVAL3(t)-EVAL3(K)+ATTB(L)*AOMAT(L,K)

1000 CONTINUEIF (HID.EQ.O) GO TO 1200IF (RDATA(60+RID).LT.1) GO TO 1200

C-44

CC......... LOOP ON HOST-DEPENDENT ATTRIBUTESC

DO 1100 Lil,9IF (AOMAT(L+25,K).NE.O) EVAL3(K)-EVAL3(K)

+ HSTATT(LHID)*AOMAT(L+25,K)1100 CONTINUE1200 EVAL2(J)-EVAL2(J)+EVAL3(K)*WGHTL3(K)

C1300 CONTINUE

C1301 EVALL(I)-EVAL1(l)+EVAL2(J)*WGHTL2(J)

C1400 CONTINUE

CC

1500 CONTINUEC.C... ....EVALUATION COMPLETE FOR THIS GRID CELL...STORE FINAL RESULTSC.*... ...IN THE APPROPRIATE REGISTER WITHIN THE RECORD AND WRITE THEC.*..*.*..RECORD TO MASS STORAGE DEVICEC1501 RDATA(REGNUM)-O.

DO 1510 1-1,41510 RDATA(REGNUM)-RDATA(REGNUM)+EVAL1(I)*WGHTL1(1)

RDATA(REGNUM)-RDATA(REGNUM)/10000.CALL RWBUFF (2,IGCRDATA)

C1600 CONTINUE1610 CONTINUE

CC ........ TERMINATEC8800 IGC-2184

CALL RWBUFF (OIGCRDATA)CALL MYCLOS

8890 STOP "UCMD 19*CC...... R.FORMATSC9101 FORMAT (9102 FORMAT ( ,13)9103 FORMAT ( BRANCH #1-2)

CEND

C-45

CCCCCCCCCCcCCCc

UCMD 26

NNWSI EVALUATION FUNCTION - VARIANCE FOR BEST HOST ROCK

EVALUATES THE VARIANCE OF THE ABSOLUTE EVALUATION FUNCTION DUETO VARIANCE OF THE INDIVIDUAL OBJECTIVE WEIGHTINGS. THEEVALUATION IS PERFORMED ON THE HOST-DEPENDENT ATTRIBUTES FORALL CANDIDATE HOST ROCKS AND THEN SORTED IN ORDER OFDESCENDING VARIANCE. A SYMBOLIS ADDED TO THE SITE DRAWING WHICHCORRESPONDS TO THE EXISTING CANDIDATE HOST ROCK WITH THE HIGHESTVARIANCE. THIS VARIANCE IS THEN ADDED TO THE SPECIFIED HOSTINDEPENDENT VARIANCE (UCMD 28) AT EACH ELEMENT TO ACHIEVE ATOTAL VARIANCE.

CCCCCCCCCC'CCCCCCCCCCCCCCCCCCCCCC

VARIABLES

AOMATATTBBUFFERBUFOUTEVAL

MATRIX OF ATTRIBUTE INFLUENCE ON OBJECTIVEARRAY OF FAVORABILITY VALUESKEYBOARD INPUT BUFFERTERMINAL OUTPUT BUFFERARRAY OF ALL INTERMEDIATE EVALUATION VALUES WHICH ARESAVED IN EACH GRID CELL RECORD

0

EVAL2 - - - (LEVEL-2)EVAL3 - - (LEVEL-3)FRSTL2 - POINTER TO FIRST LEVEL-2 OBJECTIVE WEIGHT FOR

PRESENT LEVEL-1 BRANCHFRSTL3 - POINTER TO FIRST LEVEL-3 OBJECTIVE WEIGHT FOR

PRESENT LEVEL-2 BRANCHHID - DESIRED HOST ROCK IDHSTATT - MATRIX OF HOST ROCK VS ATTRIBUTE FAVORABILITY VALUESHSTEVL - ARRAY OF CALCULATED HOST EVALUATIONSIGC - POINTER TO GRID CELL RECORD #IGCI - - COLUMNIGCJ - - ROWINP - ENCODE INTERGER FROM KEYBOARD INPUTJB - PRESENT POSITION OF OUTPUT BUFFER (LEVEL-2)KB - - - " (LEVEL-3)

KEYWRD - FIRST 4 CHARACTERS OF KEYBOARD INPUTLASTL2 - POINTER TO LAST LEVEL-2 OBJECTIVE WEIGHT FOR

PRESENT LEVEL-1 BRANCHLASTL3 - POINTER TO LAST LEVEL-3 OBJECTIVE WEIGHT FOR

PRESENT LEVEL-2 BRANCHNUMLEV - F OF BRANCHES OF OBJECTIVE TREE TO EVALUATENX - I OF GRIDCELL COLUMNSNY _ ROWS

C-46

C RDATA - ARRAY OF GRID CELL RECORD ELEMENTSC REGNUM - ELEMENT # IN WHICH TO STORE EVALUATION RESULTSC FOR EACH GRID CELL RECORDC RUNID - CHARACTER ARRAY TO IDENTIFY PRESENT CALCULATIONC SIGMA2 - ARRAY OF VARIANCES OF THE OBJECTIVE WEIGHTINGSC WEIGHT - ARRAY OF ALL OBJECTIVE WEIGHTSC WGHTL3 - ARRAY OF PREDEFINED STANDARD DEVIATIONS OF THEC OBJECTIVE WEIGHTINGSCC CONSTANTSCC ALL - "ALL ' CHARACTER STRINGC FILNAK - GCDATA.NNWSI" CHARACTER STRING ARRAYC INDEF - 100000 OCTAL INDICATING INVALID INTEGER INPUTC NULL - l.E-38 INDICATING INVALID FLOATING POINT INPUTC PNTL2 - ARRAY OF POINTERS TO FIRST LEVEL-2 OBJECTIVE WEIGHTSC PNTL3 - - LEVEL-3C YES - 'Y" CHARACTER STRINGCC SUBROUTINE CALLSC - …-_--------

C DISPLY - AGS ROUTINE ... DISPLAY CHARACTER STRING AT TERMINALC IDCODE - DECODE CHARACTER STRING TO INTEGER VARIABLEC KEYBRD - AGS ROUTINE ... ACCEPT CHARACTER STRING FROM KEYBOARDC MYCLOS - CLOSE DATA BASE FILEC MYOPEN - OPEN DATA BASE FILEC RWBUFF - READ/WRITE DATA BASE RECORDCC GRAPHICS FILE DESCRIPTIONC - -- …_---


CINTEGER FRSTL2,LASTL2,FRSTL3,LASTL3,HID(12),INDEF,NUMLEVINTEGER REGNUMNX,NYINP,ERROR,IGCJ,IGCI,IGC

CREAL EVAL(56),EVAL1(4),EVAL2(12),EVAL3(40),HSTEVL(12)REAL RDATA(128),ATTB(25),HSTATT(9,12),NULL,KEYWRDPALLREAL SIGMA2(40)


C-47

cEQUIVALENCE (RDATA(31),ATTB(l)),(IDATXT(l),RDATA(l))+ ,(BUFFER(1),KEXYWRD)EQUIVALENCE (WEIGHT( 1),WGHTLl(l)),(WEIGRT( 6),WGHTL2(1))+ ,(WEIGHT(21),WGHTL3(1))EQUIVALENCE (RDATA(73),EVAL(l)),(EVAL(l),EVAL1(1))

+ ,(EVAL ( 5),EVAL2(1)),(EVAL(17),EVAL3(1))C

DATA FILNAN/IHG,1HC,lHD,IIA,lHT,IHA,lH.,lHE,1HN,1HW,1HS,lHI/DATA PNTL2/2,4,7,12,15/DATA PNTL3/2,7,11,16,22,28,30,31,34,37,39,40,42,46,49/DATA NULL, INDEF,NX,NY, ALL+ /1.E-38,"100000,39,41,4HAlL /DATA YES

+ /lHy/DATA HID/1,2,3,4,5,6,7,8,9,10,11,12/

CDATA HSTATT/10.0, 2.5, 7.5,10.0,10.0,10.0, 2.0, 2.5, 4.0

+ , 8.0, 5.0,10.0,10.0, 7.0, 1.0, 2.0, 6.5, 1.0+ , 8.0,10.0, 5.0, 2.5, 1.0,10.0,10.0, 2.5,10.0+ ,10.0, 5.0,10.0,10.0,10.0, 1.0, 2.0, 0.0, 1.0+ , 3.0,10.0, 5.0, 2.5, 2.5, 8.0, 2.0, 9.5, 2.5+ , 3.0,10.0, 5.0, 2.5, 0.0,10.0,10.0,10.0, 9.0+ , 8.0, 5.0,10.0,10.0, 8.5, 1.0, 2.0, 5.0, 2.5+ , 8.0, 5.0,10.0,10.0, 8.5, 1.0, 2.0, 6.5, 1.0+ , 3.0,10.0, 5.0, 2.5, 2.5, 5.0, 2.0,10.0, 2.5+ , 8.0, 5.0,10.0,10.0, 5.0, 8.0, 4.0, 8.0, 4.0+ , 8.0, 2.5, 7.5,10.0, 4.0, 8.0, 2.0, 2.5, 1.0+ , 8.0, 2.5, 7.5,10.0, 6.0, 5.0, 2.0, 2.5, 2.5/DATA WGHTL3/59,36,24,29,13,18,7+ ,37,49,36,19,23,15,17,25,4+ ,12,12,17,6,12,9,15,22,27,17,11,14,46,22+ ,15,4,7,5,8,8,4,9,8,13,9*0/

CC ........ INITIALIZECC....... CALCULATE VARIANCESC

DO 20 1=1,4020 SIGMA2(I)-1000000.*WGHTL3(I)*WGHTL3(I)

CC .... ****USER MUST IDENTIFY REGISTER I OF THE RESULTS OF THEC......... CORRESPONDING HOST-INDEPENDENT VARIANCE CALUCULATIONSC

30 CALL DISPLY (OENTER INPUT REGISTER NUMBER (26-30 OR 56-60):,46)CALL KEYBRD (BUFFER,2)REGNUM-IDCODE(BUFFER,2)IF (REGNUM.EQ.INDEF) GO TO 30IF (REGNUM.LT.26.OR.REGNUM.GT.60) GO TO 30IF (REGNUM.LT.56.AND.REGNUM.GT.30) GO TO 30

C-48

CC. .... .SEARCH ACTIVITY DRAWING TO FIND WEIGHTSC

C Applicon Graphics System required code to extract theC attribute/objective matrix from theC active graphics file previously identified by the user

C.** * * * ' **LOOP ON HOST ROCKC

DO 1600 IH-1,12C

Ja1EVAL2(J)OO.

CC...*D...OBEGIN EVALUATIONCCC...... LOOP ON LEVEL 3C

DO 1300 K-1,40IF (WGHTL3(K).EQ.O) GO TO 1300EVAL3(K)-0.

CC..o..** oLOOP ON HOST-DEPENDENT ATTRIBUTESC

DO 1100 L-1,9IF (AOMAT(LK).NE.O) EVAL3(K)-EVAL3(K)

+ +HSTATT(L,IH)*AOMAT(L,K)1100 CONTINUE

C-49

CC..... ...SUM THE VARIANCESC1200 EVAL2(J)-EVAL2(J)+EVAL3(X)*SIGNA2(X)*EVAL3(X)

C1300 CONTINUE

C1301 CONTINUE

C1400 CONTINUE

CC1500 CONTINUE

C1501 HSTEVL(IH)-0.

HSTEVL(IR)-SQRT(EVAL2(J))/10000.C1600 CONTINUE

CC.... ..... LIST EVALUATIONSC

CALL DISPLY (-LHR VALUE°,13)DO 1700 1-1,12IU-HSTEVL(I) /10.IL-STElVL(I)-10. *IUENCODE (13,9104,BUFFER) IIUILBUFFER(l)-32CALL DISPLY ( -,1)CALL DISPLY (BUFFER, 13)

1700 CONTINUECC... ....SORT HOST ROCKS BY DESCENDINGC

EVALUATION VALUE

DO 2300 I-2,12DO 2000 J-1,I-1IF (HSTEVL(I).GT.HSTEVL(J))


2100 TEMP-HSTEVL(I)ITEMP-HID(I)DO 2200 XI-,J+I,-1HSTEVL(R)-HSTEVL(K-1)HID(R)-HID(K-1)

2200 CONTINUEHSTEVL (J) -TEMIPHID(J)-ITEMP

2300 CONTINUE

GO TO 2100

C-50

CC... .... EVALUATE USING BEST HOST ROCK WHICH EXISTS AT GRID LOCATIONC

CALL MYOPEN (FILNAM,12,2)CC..... *..LOOP ON GRID CELLC

DO 3400 IGCJ-1,NYIF (IGCJ.GT.24) NX-34DO 3300 IGCI-1,NXIGC-IGCI+42*(IGCJ-1)CALL RWBUFF (OIGC,RDATA)

CC..F.....IND HIGHEST RANKING HOST ROCK WHICH EXISTS AT THIS GRIDC

DO 3000 1-1,12J-HID(I)IF (RDATA(J+60).GT..5) GO To 3100


3100***Applicon Graphics routine to add cell corresponding to***Host Rock ID

3200 RDATA(60)-RDATA(REGNUM)+HSTEVL(I)CALL RWBUFF(1,IGC,RDATA)


CCo.... TERMINATEC

8800 IGC-2184CALL RWBUFF (O,IGCRDATA)CALL MYCLOS

8890 STOP "UCMD 26eCC .... .*ERROR MESSAGESC8901 CALL DISPLY (0O***BAD CID:',12)


8902 BUFFERt1)-32BUFFER(2)-CIDTK+48CALL DISPLY (BUFFER,2)ERROR-1GO TO 100

8904 CALL DISPLY (00***NO A/O MATRIX RECORD! ,25)GO TO 8890

C-51

CC. .. FORMATSC9101 FORMAT (° °)

9102 FORMAT (° °,13)9103 FORMAT (° BRANCH #,I2)9104 FORMAT (13,19,11)

CEND

C-52

CC UCMD 27CC NORMALIZED NNWSI EVALUATION FUNCTION - FOR BEST HOST ROCKCC PERFORMS THE SAME FUNCTION AS UCMD 17 USING THE NORMALIZEDC EVALUATION EQUATIONS.C

CC UCMD 27 is patterned after UCMD 17 except that it uses theC normalized favorability functions found in UCMD 29. Since theC source code for this program is so similar to UCMD 17, theC reader is asked to refer to the latter listing for codingC details.C

C-53

CC UCMD 28CC PROPAGATION OF VARIANCECC EVALUATES THE VARIANCE OF THE ABSOLUTE EVALUATION FUNCTION DUEC TO THE VARIANCE OF THE INDIVIDUAL OBJECTIVE WEIGHTINGS. THEC EVALUATION IS PERFORMED FOR THE HOST-INDEPENDENT ATTRIBUTES AND,C IF SPECIFIED, FOR THE HOST-DEPENDENT ATTRIBUTES FOR ONE ROSTC ROCK. THE VARIANCE VALUE IS STORED WITHIN THE ELEMENT RECORDC FOR LATER RETRIEVAL OR DISPLAY.C

CC VARIABLESCC AOMAT - MATRIX OF ATTRIBUTE INFLUENCE ON OBJECTIVEC ATTB - ARRAY OF FAVORABILITY VALUESC BUFFER - KEYBOARD INPUT BUFFERC BUFOUT - TERMINAL OUTPUT BUFFERC EVAL - ARRAY OF ALL INTERMEDIATE EVALUATION VALUES WHICH AREC SAVED IN EACH GRID CELL RECORDC EVAL2 - - - - (LEVEL-2)C EVAL3 - - (LEVEL-3)C FRSTL2 - POINTER TO FIRST LEVEL-2 OBJECTIVE WEIGHT FORC PRESENT LEVEL-1 BRANCHC FRSTL3 - POINTER TO FIRST LEVEL-3 OBJECTIVE WEIGHT FORC PRESENT LEVEL-2 BRANCHC HID - DESIRED HOST ROCK IDC HSTATT - MATRIX OF HOST ROCK VS ATTRIBUTE FAVORABILITY VALUESC IGC - POINTER TO GRID CELL RECORD IC IGCI - - " COLUMNC IGCJ - - ROWC JB - PRESENT POSITION OF OUTPUT BUFFER (LEVEL-2)C KB - " (LEVEL-3)C KEYWRD - FIRST 4 CHARACTERS OF KEYBOARD INPUTC LASTL2 - POINTER TO LAST LEVEL-2 OBJECTIVE WEIGHT FORC PRESENT LEVEL-1 BRANCHC LASTL3 - POINTER TO LAST LEVEL-3 OBJECTIVE WEIGHT FORC PRESENT LEVEL-2 BRANCHC NUMLEV - I OF BRANCHES OF OBJECTIVE TREE TO EVALUATEC NX - I OF GRIDCELL COLUMNSC NY - - - ROWSC OBJLEV - ARRAY OF LEVEL-1 OBJECTIVE BRANCHES TO BE EVALUATEDC RDATA - ARRAY OF GRID CELL RECORD ELEMENTSC REGNUM - ELEMENT I IN WHICH TO STORE EVALUATION RESULTSC FOR EACH GRID CELL RECORDC RUNID - CHARACTER ARRAY TO IDENTIFY PRESENT CALCULATION

C-54

C SIGMA2 - ARRAY OF VARIANCES OF THE OBJECTIVE WEIGHTINGSC WEIGHT - ARRAY OF ALL OBJECTIVE WEIGHTSC WGHTL3 - ARAit OF PREDEFINED STANDARD DEVIATIONS OF THEC OBJECTIVE WEIGHTINGSCC CONSTANTSCC ALL - 'ALL - CHARACTER STRINGC FILNAM - "GCDATA.NNWSI" CHARACTER STRING ARRAYC INDEF - 1OOOOO'OCTAL' INDICATING INVALID INTEGER INPUTC NULL - 1.E-38 INDICATING INVALID FLOATING POINT INPUTC PNTL2 - ARRAY OF POINTERS TO FIRST LEVEL-2 OBJECTIVE WEIGHTSC PNTL3 - " LEVEL-3C YES - 'Y" CHARACTER STRINGCC SUBROUTINE CALLSC - ----C DISPLY - AGS ROUTINE..ODISPLAY CHARACTER STRING AT TERMINALC IDCODE - DECODE CHARACTER STRING TO INTEGER VARIABLEC KEYBRD - AGS ROUTINE ... IACCEPT CHARACTER STRING FROM KEYBOARDC MYCLOS - CLOSE DATA BASE FILEC MYOPEN - OPEN DATA BASE FILEC RWBUFF ' READ/WRITE DATA BASE RECORDCC SYSTEM FUNCTIONSCC SQRT ' FLOATING POINT'SQUARE ROOTCC GRAPHICS FILE DESCRIPTIONCC KMST CONTAIN THE GRAPHICS REPRESENTATION OF THE OBJECTIVE TREEC WITH THE APPROPRIATE WEIGHTS LISTED IN THEIR RESPECTIVE TEXTC RECORDS AND THE ATTRIBUTE OBJECTIVE MATRIX LOADED INTO THEC PROPER DATA RECORD.C

CINTEGER FRSTL2,LASTL2,FRSTL3,LASTL3,HID,INDEF NUHLEV,OBJLEV(5)INTEGER REGNUMNXNY,ERROR,IGOT,IGCJ,IGCIIGC

CREAL EVAL(56),EVALl(4),EVAL2(12) ,EVAL3(40)REAL RDATA(128),ATTB(25),HSTATT(9,12),NULLKEYWRDALL'REAL SIGHA2(40)

CBYTE PNTh2(5),PNTL3(15),AOMAT(34,49),WGHTID(69),WEIGHT(69)BYTE BUFFER(80),WGHTL1(5),WGHTL2(15) ,WGHTL3(49)BYTE FILNAM(12),RUNID(80),BUFOUT(20),YES

C-55

CEQUIVALENCE (AOMAT(1,1),IDATXT(1)),(RDATA(31),ATT3(1))

+ ,(BUFFER(1),KEYWRD)EQUIVALENCE (WEIGHT( 1),WGHTL1(1)),(WEIGHT( 6),WGHTL2(1))

+ ,(WEIGHT(21),WGHTL3(1))EQUIVALENCE (RDATA(73),EVAL(1)),(EVAL(1),EVAL1(1))

+ ,(EVAL ( 5),EVAL2(1)),(EVAL(17),EVAL3(1))C

DATA FILNAM/lHG,lHC,1HD,lHA,lHT,UIA,1H.,lHN,1HN,1HW,1HS,IHI/DATA PNTL2/2,4,7,12,15/DATA PNTL3/2,7,11,16,22,28,30,31,34,37,39,40,42,46,49/DATA NULL,HID, INDEF,NX,NY, ALL+ /1.E-38, 1,"100000,39,41,4HALL /DATA YES

+ /lay/DATA ERROR,AOMFLG/2*O/DATA OBJLEV/1,2,3,4,5/DATA HSTATT/10.0, 2.5, 7.5,10.0,10.0,10.0, 2.0, 2.5, 4.0

+ , 8.0, 5.0,10.0,10.0, 7.0, 1.0, 2.0, 6.5, 1.0+ , 8.0,10.0, 5.0, 2.5, 1.0,10.0,10.0, 2.5,10.0+ ,10.0, 5.0,10.0,10.0,10.0, 1.0, 2.0, 0.0, 1.0+ , 3.0,10.0, 5.0, 2.5, 2.5, 8.0, 2.0, 9.5, 2.5+ , 3.0,10.0, 5.0, 2.5, 0.0,10.0,10.0,10.0, 9.0+ , 8.0, 5.0,10.0,10.0, 8.5, 1.0, 2.0, 5.0, 2.5+ , 8.0, 5.0,10.0,10.0, 8.5, 1.0, 2.0, 6.5, 1.0+ , 3.0,10.0, 5.0, 2.5, 2.5, 5.0, 2.0,10.0, 2.5+ , 8.0, 5.0,10.0,10.0, 5.0, 8.0, 4.0, 8.0, 4.0.+ , 8.0, 2.5, 7.5,10.0, 4.0, 8.0, 2.0, 2.5, 1.0+ , 8.0, 2.5, 7.5,10.0, 6.0, 5.0, 2.0, 2.5, 2.5/DATA WGHTL3/59,36,24,29,13,18,7

+ ,37,49,36,19,23,15,17,25,4+ ,12,12,17,6,12,9,15,22,27,17,11,14,46,22+ ,15,4,7,5,8,8,4,9,8,13,9*0/

CC......... INITIALIZEcC ....... GIVE USER OPPORTUNITY TO IDENTIFY A HOST ROCKc

10 CALL DISPLY (OENTER HOST ROCK ID (1-12):,27)CALL KEYBRD (BUFFER,2)HID-IDCODE (BUFFER,2)IF (HID.EQ.INDEF) GO TO 10IF (HID.LT.O.OR.HID.GT.12) GO TO 10

CC......... CALCULATE & NORMALIZE VARIANCESC

DO 20 I=1,4020 SIGHA2(I)-1000000.*WGHTL3(1)*WGHTL3(I)

c24 NUMLEV-428 IF (NUKLEV.EQ.0) GO TO 8890

C-56

CC..o.. ... USER MUST IDENTIFY AN OUTPUT REFISTER TO STORE THE FINALC ...... RESULTS FOR LATER DISPLAYC

30 CALL DISPLY (*OENTER OUTPUT REGISTER NUMBER (26-30 OR 56-60):',47)CALL KEYBRD (BUFFER,2)REGNUM-IDCODE(BUFFER,2)IF (REGNUM.EQ.INDEF) GO TO 30IF (REGNUM.LT.26.OR.REGNUM.GT.60) GO TO 30IF (REGNUM.LT.56.AND.REGNUM.GT.30) GO TO 30

CC..*.**....SEARCH ACTIVITY DRAWING TO FIND WEIGHTSC

CCC

Applicon Graphics System required code to extract thethe attribute/objective matrix from the -active graphics file previously identified by the user.. . . . . . . . . . . . . . . . . . . . . . . . . . . I . . . . . . . . . . . .s ̂Ass

.XXXXXXXXXXXXXXXXXXXXX

CC. ... *..LIST WEIGHTSC

RUNID(1)-49BUFFER(1)-32CALL DISPLY (*OENTER RUN IDENTIFIER: *023)CALL KEYBRD (RUNID(2),79)

CC... .....LOOP ON LEVEL 1C

DO 880 1-1,4FRSTL2-PNTL2(1-1)+lIF (I.EQ.1) FRSTL2-1LASTL2-PNTL2(1)ENCODE (4,9101,BUFFER(2))BUFFER(2)-32ENCODE (4,9102,BUFFER(6))BUFFER(6)-32CALL DISPLY (RUNID,80)CALL DISPLY (* 6,1)ENCODE (l1,9103,BUFOUT) ICALL DISPLY (BUFOUT,11)CALL DISPLY (BUFFER,9)JB-6

WGHTLl(I)

C-57

CC......... LOOP ON LEVEL 2C

DO 800 J-FRSTL2,LASTL2FRSTL3-PNTL3(J-l)+lIF (J.EQ.1) FRSTL3-1LASTL3-PNTL3(J)ENCODE (4,9102,BUFFER(JB)) WGHTL2(J)BUFFER(JB)-32

CDO 780 K-FRSTL3,LASTL3JB-JB+4ENCODE (4,9101,BUFFER(JB))BUFFER(JB)-32

780 CONTINUEC

800 CONTINUEJB-JB-1CALL DISPLY (BUFFER,JB)XB-6

CC. ...... LOOP ON LEVEL 3C

FRSTL3-PNTL3(FRSTL2-1)+lIF (FRSTL2.EQ.1) FRSTL3-1LASTL3-PNTL3(LASTL2)


820 KB-1B+4KB-KB-1CALL DISPLY (BUFFER,KB)CALL DISPLY (IH ,1)

WGHTL3(K)

CC....C

..... LOOP ON ATTRIBUTE/OBJECTIVE MATRIX

DO 860 L-1,34ENCODE (4,9102,BUFFER(2)) LBUFFER(2)-32LB-6DO 840 M-FRSTL3,LASTL3ENCODE (4,9102,BUFFER(LB)) AOMAT(L,X)BUFFER(LB)-32

840 LB-LB+4LB-LB-1CALL DISPLY (BUFFER,LB)

860 CONTINUEC

CALL KEYBRD (BUFFER,1)880 CONTINUE

C-58

cC........ AFTER LISTING WEIGHTS, GIVE USER AN OPPORTUNITY TO ABORTC

CALL DISPLY (11DO YOU WISH TO CONTINUE? (YN) ,32)CALL KEYBRD (BUFFER,1)IF (BUFFER(1).NE.YES) GO TO 8890


CC......o..LOOP ON GRID CELLSC

DO 1610 IGCJ-1,NYIF (IGCJ.GT.24) NX-34DO 1600 IGCI-1,NXIGC-IGCI+42*(IGCJ-1)CALL RWBUFF (O,IGC,RDATA)J-1EVAL2(J)-O.

CC. .... LOOP ON LEVEL 3C

DO 1300 K-1,40IF (WGHTL3(K).EQ.O) GO TO 1300EVAL3(K)-O.

CC.........LOOP ON ATTRIBUTESC

DO 1000 L-1,25IF (AOMAT(L,K).NE.O) EVAL3(K)-EVAL3(K)+ATTB(L)*AOMAT(LK)

1000 CONTINUEIF (HID.EQ.O) GO TO 1200IF (RDATA(60+HID).LT.1) GO TO 1200

CCooeeoo *.LOOP ON HOST-DEPENDENT ATTRIBUTESC

DO 1100 L-1,9IF (AONAT(L+25,K).NE.0) EVAL3(K)-EVAL3(K)+ +HSTATT(L,HID)*AOMAT(L+25,K)

1100 CONTINUE

C-59

CC.. . SUM THE VARIANCESC1200 EVAL2(J)-EVAL2(J)+EVAL3(1)*EVAL3(R)*SIGMA2(X)

C1300 CONTINUE

C1301 CONTINUE

C1400 CONTINUE

CC1500 CONTINUE

C1501 RDATA(REGNUM)-O.

CC .o.... .CALCULATE AND RECORD STANDARD DEVIATIONC

RDATA(REGNUt)-SQRT(EVAL2(J))/10000.CALL RIBUFF (2,IGC,RDATA)

C1600 CONTINUE1610 CONTINUE

CCooose....TERMINATEC8800 IGC-2184

CALL RWBUPF (O,IGC,RDATA)CALL MYCLOS

8890 STOP *UCMD 28*ICC..o.....ERROR MESSAGESC8901 CALL DISPLY (00***BAD CID:-,12)

BUFFER(1)-32BUFFER(2)-CIDTK+48CALL DISPLY (BUPFER,2)GO TO 100


8904 CALL DISPLY (-0***NO A/O MATRIX RECORDI,25)GO TO 8890

CC P.ooe*.FORXATSC

9101 FORMAT (- 0)

9102 FORMAT ( *,13)9103 FORMAT ( BRANCH #P,12)

CEND

C-60

cCCccCCCCCc

UCMD 29

NORMALIZED NNWSI EVALUATION FUNCTION

PERFORMS THE SAVE FUNCTION AS UCMD 19 USING THE NORMALIZEDEVALUATION EQUATIONS DESCRIBED BY R.C. CARLSON, LAWRENCELIVERMORE NATIONAL LABORATORIES, IN HIS PAPER TITLED'AN ALGORITHM FOR EMPHASIZING ATTRIBUTES WITH LOW FAVORABILITYVALUES IN DECISION ANALYSIS PROGRAMS-, AUGUST 20, 1981.

VARIABLES

i

AOM&T - MATRIX OF ATTRIBUTE INFLUENCE ON OBJECTIVEATTB - ARRAY OF'FAVORABILITY VALUESBUFFER - KEYBOARD INPUT BUFFERBUFOUT - TERMINAL OUTPUT BUFFERDEN - SUMMATION OF DENOMINATOR FOR NORMALIZED FAVORABILITY*FRSTL2 - POINTER TO FIRST LEVEL-2 OBJECTIVE WEIGHT FOR

PRESENT LEVEL-1 BRANCH.FRSTL3 - POINTER TO'FIRST LEVEL-3 OBJECTIVE WEIGHT FOR

PRESENT LEVEL-2 BRANCHHID - DESIRED HOST ROCK IDHSTATT - MATRIX OF HOST ROCK VS ATTRIBUTE FAVORABILITY VALUESIGC - POINTER TO GRID CELL RECORD -IGCI - " -COLUMNIGCJ - -' : . ROWINP -'ENCODE INTERGER FROM KEYBOARD INPUT*JB - PRESENT POSITION OF OUTPUT BUFFER (LEVEL-2)KB - (LEVEL-3)KEYWRD - FIRST 4 CHARACTERS OF KEYBOARD INPUT -

LASTL2 - POINTER TO LAST LEVEL-2 OBJECTIVE WEIGHT FORPRESENT LEVEL-1 BRANCH

LASTL3 - POINTER'TO LAST LEVEL-3 OBJECTIVE WEIGHT FORPRESENT LEVEL-2 BRANCH

HEXP- - NORMALIZED WEIGHTING EXPONENTNUV - SUMMATION OF NUMERATOR'OF NORMALIZED FAVORABILITYNUMLEV - I OF BRANCHES OF OBJECTIVE TREE TO EVALUATEEX - I OF GRIDCELL COLUMNSNY _ ROWSRDATA - ARRAY OF GRID CELL RECORD ELEMENTSREGNUM - ELEMENT # IN WHICH TO STORE EVALUATION RESULTS

FOR EACH GRID CELL RECORDRUNID - CHARACTER ARRAY TO IDENTIFY PRESENT CALCULATION

C-61

C TW - ARRAY OF TOTAL OBJECTIVE WEIGHTS ON EACH ATTRIBUTEC WEIGHT - ARRAY OF ALL OBJECTIVE WEIGHTSC WGHTLI - SUBSET ARRAY OF OBJECTIVE WEIGHTS (LEVEL-1)C WGHTL2 - - " " (LEVEL-2)C WGHTL3 - " " - (LEVEL-3)CC CONSTANTSC - -

C ALL - "ALL "CHARACTER STRINGC PILNAM* - 'GCDATA.NNWSI" CHARACTER STRING ARRAYC INDZF - 100000 OCTAL INDICATING INVALID INTEGER INPUTC NULL - 1.E-38 INDICATING INVALID FLOATING POINT INPUTC PNTL2 - ARRAY OF POINTERS TO FIRST LEVEL-2 OBJECTIVE WEIGHTSC PNTL3 - " LEVEL-3C YES - 'Y" CHARACTER STRINGCC SUBROUTINE CALLSCC DISPLY - AGS ROUTINE.....DISPLAY CHARACTER STRING AT TERMINALC IDCODZ - DECODE CHARACTER STRING TO INTEGER VARIABLEC KEYBRD - AGS ROUTINE .. .ACCEPT CHARACTER STRING PROM KEYBOARDC MYCLOS - CLOSE DATA BASE FILEC MYOPEN - OPEN DATA BASE FILEC RWBUFP - READIWRITE DATA BASE RECORDCC GRAPHICS FILE DESCRIPTIONCC MUST CONTAIN THE GRAPHICS REPRESENTATION OF THE OBJECTIVE TREEC WITH THE APPROPRIATE WEIGHTS LISTED IN THEIR RESPECTIVE TEXTC RECORDS AND THE ATTRIBUTE OBJECTIVE MATRIX LOADED INTO THEC PROPER DATA RECORD.C

CINTEGER FRSTL2,LASTL2,FRSTL3,LASTL3 HIDINDEFNUMLEVINTEGER REGNUH,NX,NY,INP,ERRORIGCJIGCI,IGC,MEXP

CREAL RDATA(128),ATTB(25),HSTATT(9,12),NULL,KEYWRDALLREAL NUNDENTW(34),DID2

CBYTE PNTL2(5),PNTL3(15),AOMAT(34,49),WEIGHT(69)BYTE IDATXT(I666),BUFFER(80),WGHTL1(5),WGHTL2(15),WGHTL3(49) -

BYTE FILNAM(12),RUNID(O),BUFOUT(20),YESC

EQUIVALENCE (AOMAT(ll),IDATXT(l)),(RDATA(31),ATTB(l))+ ,(BUFFER(1),KEYWRD)EQUIVALENCE (WEIGHT( 1),WGHTLl(l)),(WEIGHT( 6),WGHTL2(1))

+ ,(WEIGHT(21),WGHTL3(l))

C-62

CDATA FILNAM/IHG,1HC,IHD,lHA,lHT,lHA,tH.,lEN,lN,IHW,lS,lRl/DATA PNTL2/2,4,7,12,15/DATA PNTL3/2,7,11,16,22,28,30,31,34,37,39,40,42,46,49/DATA NULL,RID, INDEF,NX,NY, ALL

+ I1.E-38, 1,"100000,39,41,4HALL /

DATA YES+ /1HY/

CDATA HSTATT/10.0, 2.5, 7.5,10.0,10.0,10.0, 2.0, 2.5, 4.0

+ , 8.0, 5.0,10.0,10.0, 7.0, 1.0, 2.0, 6.5, 1.0+ , 8.0,10.0, 5.0, 2.5, 1.0,10.0,10.0, 2.5,10.0+ ,10.0, 5.0,10..0,10.0,10.0, 1.0, 2.0, 0.0, 1.0+ , 3.0,10.0, 5.0, 2.5, 2.5, 8;0, 2.0, 9.5, 2.5+ , 3.0,10.0, 5.0, 2.5, 0.0,10.0,10.0,10.0, .9.0 -+ , 8.0, 5.0,10.0,10.0, 8.5, 1.0, 2.0, 5.0, 2.5+ , 8.0, 5.0,10.0,10.0, 8.5, 1.0, 2.0, 6.5, 1.0+ , 3.0,10.0, 5.0, 2.5, 2.5, 5.0, 2.0,10.0, 2.5+ , 8.0, 5.0,10.0,10.0, 5.0, 8.0, 4.0, 8.0, 4.0+ , 8.0, 2.5, 7.5,10.0, 4.0, 8.0, 2.0, 2.5, 1.0+ , 8.0, 2.5, 7.5,10.0, 6.0, 5.0, 2.0, 2.5, 2.5/

CC......... INITIALIZECC ... ooo.GIVE USER OPPORTUNITY TO IDENTIFY A HOST ROCKC

10 CALL DISPLY (°OENTER HOST ROCK ID (1-12):,27)-CALL KEYBRD (BUFFER,2)HID'IDCODE (BUFFER,2)IF (HID.EQ.INDEF) GO TO 10IF (RID.LT.0.OR.HID.GT.12) GO TO io

CC.. .... USER WJST IDENTIFY A NORMALIZING EXPONENTC

15 CALL DISPLY (-OENTER FAVORABILITY EXPONENT: *,30)CALL KEYBRD (BUFFER,2)MEXP-IDCODE (BUFFER,2)IF (MEXP.EQ.INDEF) GO TO 15

CC.oooe.o..GIVE USER OPPORTUNITY TO EVALUATE ONLY A SUBSET OF THE FOURC. .... IMAJOR BRANCHESC

CALL DISPLY (*OENTER OBJECTIVE BRANCH (1-4 OR ALL):,37)22 CALL KEYBRD (BUFFER,4)

IF (KEYWRD.EQ.ALL) GO TO 24INP-IDCODE(BUFFER,4)IF (IKP.EQ.O) GO TO 28IF (INP.EQ.INDEF) Go TO 22IF (INP.LT.I.OR.INP.GT.4) GO TO 8903NUMLEV-NUMLEV+1OBJLEV(NUMLEV)-INPGO TO 22

C-63

C24 NUMLEV-428 IF (NUHLEV.EQ.0) GO TO 8890

CC. ..... USER MUST IDENTIFY AN OUTPUT REGISTER TO STOREC ....... RESULTS FOR LATER DISPLAYC

30 CALL DISPLY (OENTER OUTPUT REGISTER NUMBER (26-30CALL ZEYBRD (BUFFER,2)REGNUM-IDCODE(BUFFER,2)IF (REGNUM.EQ.INDEF) GO TO 30IF (REGNUX.LT.26.OR.REGNUM.GT.60) GO TO 30IF (REGNUH.LT.56.AND.REGNUH.GT.30) GO TO 30

C IC ..... *.SEARCH ACTIVITY DRAWING TO FIND WEIGHTS

THE FINAL

OR 56-60):,47)

C Applicon Graphics System required code to extract theC objective weights and the attribute/objective matrix from theC active graphics file previously identified by the user

CCo..*....LIST WEIGHTSC

RUNID(1)-49BUFFER(l)-32CALL DISPLY (OOENTER RUN IDENTIFIER: *,23)CALL KEYBRD (RUNID(2),79)

CC.. ..... LOOP ON LEVEL 1C

DO 880 1-1,4FRST$2-PNTL2(1-1)l1IF(I.EQ.1) FRSTL2-1LASTL2-PNTLZ(I)ENCODE (4,9101,BUFFER(2))BUFFER(2)-32ENCODE (4,9102,BUFFER(6))BUPFER(6)-32CALL DISPLY (RUNID,80)CALL DISPLY (* *,I)ENCODE (11,9103,BUFOUT) ICALL DISPLY (BUFOUT,U)CALL DISPLY (BUFFER,9)JB-6

WGHTL1 (I)

C-64

CC...... .*LOOP ON LEVEL 2C

DO 800 J'FRSTL2,LASTL2FRSTL3-PNTL3(J-1)+lIF (J.EQ.1) FRSTL3-1LASTL3-PNTL3(J)ENCODE (4,9102,BUFFER(JB)) WGHTL2(J)BUFFER(JB)-32

CDO 780 K-FRSTL3,LASTL3JB-JB+4ENCODE (4,9101,WUFFER(JB))BUFFER(JB)-32

780 CONTINUEC

800 CONTINUEJB-JB-1CALL DISPLY (BUFFER,JB)KB-6

CC .......LOOP ON LEVEL 3C


CDO 820 K-FRSTL3,LASTL3ENCODE (4,9102,BUFFER(KB)) WGHTL3(K)BUFFER(KB)-32

820 KB-KB+4KB-KB-1CALL DISPLY (BUFFER,KB)CALL DISPLY (1 ,1)

CC........LOOP ON ATTRIBUTE/OBJECTIVE MATRIXC

DO 860 L-1,34ENCODE (4,9102,BUFFER(2)) LBUFFER(2)-32LB=6DO 840 M-FRSTL3,LASTL3ENCODE (4,9102,BUFFER(LB)) AOMAT(LM)BUFFER(LB)u32-

840 LB-LB+4LB-LB-1CALL DISPLY (BUFFER,LB)

860 CONTINUEC

CALL KEYBRD (BUFFER,1)880 CONTINUE

C-65

CC ..... o.AFTER LISTING WEIGHTS, GIVE USER AN OPPORTUNITY TO ABORTC

CALL DISPLY (1DO YOU WISH TO CONTINUE? (YIN) ',32)CALL KEYBRD (BUFFER,1)IF (BUFFER(1).NE.YES) GO TO 8890

CCC.........BEGIN EVALUATION ... FIND TOTAL WEIGHTS FOR ALL OBJECTIVES ONC. . . . . . .. . . .. . . . . ... EACH ATTRIBUTEC

LASTL2-0LASTL3-0DO 990 1-1,34

990 TW(I)-O.CC...o. LOOP ON LEVEL 1C

DO 1500 11-1,NUMLEVI-OBJLEV(II)IF (WGHTLhI().EQ.0) GO TO 1500FRSTLZ-PNTL2(I-I)+lIF (I.EQ.1) FRSTL2-1LASTL2-PNTL2(I)

CC ....*,LOOP ON LEVEL 2C

DO 1400 J-FRSTL2,LASTL2IF (WGETL2(J).EQ.0) GO TO 1400FRSTL3-PNTL3(J-1)+lIF (J.EQ.1) FRSTL3-1LASTL3-PNTL3(J)EVAL2(J)-O.

CC .9...LOOP ON LEVEL 3C

DO 1300 K-FRSTL3,LASTL3IF (WGHTL3(X).EQ.0) GO TO 1300EVAL3(x)-O.

CC.........LOOP ON ATTRIBUTESC

DO 1000 L-1,25TEXP-AOMAT(L,K)TW(L)=TW(L)+TEMP*WGHTL3(X)*WGHTL2(J)*WGHTL1(I)

1000 CONTINUEIF (HID.EQ.0) GO TO 1200

C-66

cC..o .**LOOP ON HOST-DEPEKDENT ATTRIBUTESC

DO 1100 L-26,34TEMP-AOMAT(L,K3)TW(L)-TW(L)+TEMP*WGETL3(K)*WGHTL2 (J)*wGHTLI(I)


C1300 CONTINUE

C1301 CONTINUE

C1400 CONTINUE

cC1500 CONTINUE

C1501 CONTINUE


CC ....... .LOOP ON GRID CELLS..... .APPLY TOTAL OBJECTIVE WEIGHTS TO EACH-C .. . .s.s. .*. . . . ... .ATTRIBUTEC

DO 1610 IGCJIl,NYIF (IGCJ.GT.24) NX-34DO 1600 IGCI-1,NXIGC-ICCI+42*(IGCJ-1)CALL RWBUFF (O,IGC,RDATA)

CC....... EVALUATE HOST INDEPENDENT ATTRIBUTESC

NUH-O.DEN-O.

c2000 Do 2300 1-1,26

TEMP-ATTB(I)D2-1.IF (TEMP.GT..5) GO TO 2050IF (MEXP.EQ.0) GO TO 2250TENP-.5

2050 D141./TEMPIF (MEXP.EQ.O) GO TO 2200DO 2100 J-1,MEXP

2100 DlDl*TEMPD2-DL*TEMP

2200 NUM-NUH+TW(I)/D12250 DEN-DEN+TW(I)/D2

C2300 CONTINUE

C-67

CIF (HID.EQ.O) GO TO 2700IF (RDATA(60+HID).LT.1) GO TO 2700

CCo*..9*...EVALUATE HOSTROCK ATTRIBUTESC

DO 2600 1-26,34D2-1.IF (USTATT(I-25,HID).GT.O)IF (M XP.EQ.O) GO TO 2550GO TO 2900

2350 Dl-1./HSTATT(I-25,EID)IF (MXP.EQ.O) GO TO 2500DO 2400 J-1,MEXP

2400 DI=Dl*HSTATT(I-25,HID)D2-D1*HSTATT(I-25,HID)

2500 NUM-NUH+TW(I)/Dl2550 DEN-DEN+TW(I) /D2

C

GO TO 2350

2600 CONTINUEC2700 RDATA(REGNUM)-NUM/DEN*10000.

GO TO 3000CC..o. .ZERO FAVORABILITYC2900 RDATA(REGNUM)-O.

C3000 CONTINUE

C

CCALL RWBUFF (2,IGC,RDATA)


CC.***.TlRMINATEC8800 IGC-2184

CALL RWBUFF (OIGC,RDATA)CALL MYCLOS

8890 STOP *UCMD 29-

C-68

CC ... **-ERROR MESSAGESC

8901 CALL DISPLY (O***BAD CID:',12)BUFFER(1)-32BUFFER(2)-CIDTKt48CALL DISPLY (BUFFER,2)GO TO 100

8902 BUFFER(1)-32BUFFER(2)-CIDTK+48CALL DISPLY (BUFFER.2)ERROR-1GO TO 100

8903 CALL DISPLY (*O***IMPROPER LEVEL:",19)GO TO 22

8904 CALL DISPLY (0O***NO A/0 MATRIX RECORDI,25)GO TO 8890

CCo.. .... FORMATSC

910191029103

C

FORMAT (°FORMAT (-FORMAT (e

* )

0,13)BRANCH f*,12)

END

C-69

DISTRIBUTION:DOE/TIC-4500, UC-70

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