US Army Corps of Engineers 
Office of the Chief of Engineers 
BISON 
EP 415·1·4 31 Aug 86 
Network Analysis Systems Guide 
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DAEN-ECC-Q  DEPARIMENr OF THE ARMY U.S. Army Corps of Engineers Washington D.C. 20314  EP  415-1-4  
E'hanplet No. 415-1-4  31 Au gust 1986  

Construction NE'IWORK ANALYSIS SYSTEMS GUIDE 
FOREWORD 
This guide provides information for Corps of Engineers Construction and Eilgineering personnel in the application of Network Analysis Systems. It is intended to give a basic introduction to the two diagraning systems, arrow diagrBDing and precedence diagraning, and to instruct the reader in the various potential management uses of Network Analysis both when scheduling and when updating the schedule to show progress. 
'!he information g1ven in this phamplet replaces the Network Analysis 3,ystems Guide formerly included in ER 1-1-11 at Appendix A in the 1 March 1973 edition of the ER. Basic policy and procedure concerning the use of Network 
Analysis are contained in the most current edition of ER 1-1-11. 
While most Network Analysis scheduling systems encountered in the field will fall in either of the two diagraning techniques described herein, there systems available all of which have differing characteristics.
are numerous 
Some managers will find certain systems preferable to others. For a more detailed discussion of the systems available and instruction in the use and capabilities of Network Analysis, the Network Analysis System course, TlMNAS 
is offered several times annually at various locations foreign and domestic. 
FOR THE C<Jt1MANDER 
Jld £'~~44a...: 

ARrHUR E. WilLIAMS Colonel, Corps of Engineers Chief of Staff 


DEPAR'IMENT OF 	THE ARMY EP 415-1-4 
U.S. Army Corps of Engineers 
Washington D.C. 20314 

DAEN-ECC-Q Engineer Phamphlet 31 August 1986 No. 415-1-4 
Construction NE'IWORK ANALYSIS SYSTEMS GUIDE TABLE OF CONTENTS Subject Paragraph Page 
CHAPI'ER 1 	INI'RODUCTION Purpose 1-1 1-1 Applicability 1-2 1-1 References 1-3 1-1 General 1-4 1-1 
CHAPrER 	2 DEFINITION AND DEVELOPMENI' Definition 2-1 2-1 Development 2-2 2-2 CHAPI'ER 3 ARROW DIAGRAMING SYSTEM Arrow Diagraming 3-1 3-1 Numbering the Events 3-2 3-4 Time Estimates 3-3 3-5 Analysis 3-4 3-7 CHAPI'ER 4 PRECEDENCE DIAGRAMING SYSTEM Precedence Diagraming 4-1 
CHAPrER 5 COMPUTER ANALYSIS Automated Analysis Computations 5-1 CHAPI'ER 6 MANAGEMENI' Use of Management Data 6-1 CHAPI'ER 7 UPDATING Updating as the Work Progresses 7-1 CHAPI'ER 8 SUMMARY Sunmary 8-1 
i 

EP 415-1-4 31 Aug 86 
CHAPrER 1 
, INTRODUCTION 
1-1. Purpose. This pamphlet provides information for Corps of Engineer's Construction and Engineering personnel in the application of Network Analysis Systems. 
1-2. Applicability. This pamphlet is applicable to all FOA. 
1-3. References. 
a. ER 1-1-11 
b. ER 415-1-303 
1-4. General. The wide scope of computer systems presently available on the market is recognized. The intent of this pamphlet is not to attempt to 
describe all such systems but to give a basic introduction to the elements of diagrEIDing 1n the two most prevalent systems available at present. Examples of 
computer printouts are provided illustrating some information which can be extracted through the use of various sorts. Also the recommended method of keeping the network up to date and projecting the completion of work based on such updates is addressed. This pamphlet supplements the policies and 
specifications of ER 1-1-11. For a more detailed understanding of Network 
Analysis, the PROSPECT course, TlMNAS, on the subject is recommended. 
1-1 


EP 415-1-4 31 Aug 86 
GRAPIER 2 
DEFINITION AND DEVELOPMENT 
2-1. Definition. 
a. There are many names and acronyms used for network analysis management systems. These various systems differ somewhat in their diagraming techniques, notations, terminology, and computer programs, but operate fundamentally in the same way producing certain basic information common to all of them. The term Network Analysis Systems (NAS) is used by the Corps of Engineers to cover all 
such systems. 
b. The Corps of Engineers recognizes two NAS methods most commonly used by industry, activity-on-the-arrow commonly called "Arrow diagraming" and activity-on-the-node diagraming commonly called "Precedence". These methods employ significantly different diagraming techniques. The results of analyses 
under these two systems produce similar report data, however, differences in technique exist between them which must be recognized. 
c. Network systems can produce a variety of information. The procedures recommended herein include only those features considered to be most germane to 
work administered by the Corps of Engineers in the field of program planning, engineering design, construction, operation and maintenance. 
d. Where contracts require the use of Network Analysis Systems by the 
as
contractor, it is not intended that any specific system be designated 
mandatory. Rather, it is intended that construction contractors be permitted 
to use procedures with which their management personnel are most familiar and can use most effectively, as long as those procedures provide the basic information required by the contract specifications. 'lhe procedures and 
techniques described herein are acceptable and usually preferred; however, this preference does not preclude the use of other techniques which will provide the information specified in the contract. 
e. NAS is not a new method of planning. It is a method graphically portraying planning, which demands much greater detail than was necessary under 
past procedures such as bar charts. It displays the logic or order and interdependence of the various activities in such a manner that they can be 
analyzed, so as to produce much more meaningful data. The time and cost 
associated with each task enter into mathematical computations which project 
completion and payment as progress is made on the project. 
2-1 

EP 415-1-4
31 Aug 86 
2-2. Development. 
a. Preparing the network diagram. Someone who thoroughly understands the
project and knows how to accomplish the work or someone with access to those
who have this information is the one to prepare the diagram, or at least have
direct management of the preparation. If a consultant is used, his services
should be 11m1ted to collecting and recording the basic information from
appropriate managers and providing computer services for analysis and
updating. Participation by responsible project managers or superintendent is
v1tal. A conmon failing can occur if planning is left to an individual who is
not directly supervising the project. If this is the case, management will notbe conmitted to operate in accordance with the planning. Once the network planis divorced from actual project accomplishment or for that matter becomes outof date due to events during accomplishment, it becomes useless. 
b. 'lhe logic Diagram. Network Analysis Systems function primarily for
time analysis. Consequently, the project to be accomplished must be brokendown into activities or tasks that require time, whether or not they requireeffort or costs. Normally the degree of detail into which the project scheduleis divided is determined by the activities to which reasonable time estimatescan be applied. Of course, the degree of detail is also influenced by the
accuracy desired and the use to be made of the system. Usually greater detailresults in greater accuracy, since better time estimates can be made forsmaller pieces of work. Many factors must be considered in determining the
degree of detail to be shown. Since the project manager must furnish theestimates and use the data from the system, he should be involved in thisdecision concerning the level of detail. State-of-the-art computers handlelarge amounts of data very rapidly so that roore detail can be handled easily inanalysis. However, activities must be reviewed and updated by managers sodetailing does have a 11m1t. In rare instances where analysis is
done manually a great amount of detail will prove even more burdensome. 
2-2 
EP 415-1-431 Aug 86 
CHAPrER 3 
ARROW DIAGRAMING SYSTEM 
3-1. Arrow Diagraming. 
a. Activities. The activities from the project breakdown are shown as arrows. An arrow on the diagram represents an activity requiring time flowing from the tail to the head of the arrow (Figure 1). The description of the The arrow can be drawn in any
activity is usually shown above the arrow. 
direction; however, when all arrows flow from left to right, the diagram is 
much easier to read. 

b. Events. Any time period must begin at some point in time and end at 
some point in time. These points in time are called "events" or "nodes" and are shown as circles on the diagram. There must be an event, or node, at each end of an arrow (Figure 2). Each activity can start at only one event and end at one other event. 
c. logic Diagraming. When each activity is being recorded as an arrow on the diagram, three factors should be considered: (1) What must be finished 
before this activity can be started?; (2) What work can proceed concurrently 
with this activity?; and (3) What work cannot start until this activity is finished? When these questions are satisfied, activities will be in logical sequence. Figure 3 indicates that "B" cannot be started until "A" is finished. Any two or more activities which could be started at the same point in time (Figure 4) or which could be finished at the same point in time, (Figure 5), could be in progress at the same time and are said to be concurrent or parallel. In Figures 4 and 5, "C", and "D" are concurrent or parallel activities and "E" and "F" are concurrent or parallel. If "C" and "E" are in sequence and "D" and "F" are also in sequence, the path "CE" is parallel or concurrent with "DF" as shown in Figure 6. Diagraming techniques to utilize 
common lines for simplicity are acceptable when separate activities starting at 
a single event and at different events as shown in Figure 9. Dependencies 
shown on the diagram should be real ones for which there are definite reasons 
considering what must be finished for a subsequent activity to begin rather 
than what is preferred. 
3-1 
EP 415-1-4 31·Aug 86 
.. DESCRIPTION 
ERECT ST. STEEL
0 f-------...0 
Figure 1 Figure 2· 
Activity Events or Nodes 

8
o~--A--~~o~------~·o 
Figure 3 Activities in Sequence 
c E 
0 F 
Figure 4 Figure 5 Concurrent or Parallel Activities 
E 
F 
Figure 6 Concurrent or Parallel Paths 
..
.. ..,. 
3-2 ; 
EP 415-1-431 Aug 86 
p
M 
I
p 
I
I N R 
Figure .8
Figure 7 Two Activities Restraining One Activity The Logic Dummy 
T 
u 
v 
w 
X 
Figure 9 Common Lines -Separate Activities 
ss 
\ 
T ''--
Figure 11
Figure 10 
The Numbering Dummy 

3-3 
EP 415-1-4
31 Aug 86 

d. Dumny Activities. When two or more activities must be finished beforeanother activity can be started, the restraining activities must terminatetogether at the node from which the succeeding activity begins. Figure 7 showsthat "P" cannot start until both "M" and "N" are finished. If another activity
"R" is introduced and is restrained by "N" only, "R" could not be shownstarting from the conmon event without indicating a false restraint by "M". Inorder for the logic to be true, it is necessary to use a dummy activity. Adummy activity indicates only flow of dependency from the tail to the head ofthe arrow but does not represent time or work. It is usually shown as a dashedarrow to distinguish it from actual work activities. · In order to include "R"in the diagram of figure 7, with its start restrained only by the completion of"N" while the start of "P" continues to depend on the completion of both "M"
and "N", the relationship would be shown as in Figure 8. 
This use of a "logic"dummy to show true logic is a common technique in arrow diagraming to carry
restraints from one path to another parallel path. 
3-2. Numbering the Events. 
a. Purpose. 
Since Network Analysis is ideally used in conjunction with
computers, a system for communicating with the computer must include use of
language for which it is progranmed. This means that activities need

identifiers which will reveal the logic developed on the diagram. 
This iseasily done by assigning numbers to the events on the arrow diagram. 
An
activity then can be identified by the combination of the initial (i) eventnumber at the tail of the arrow and the terminal juncture (j) node at the head,the i-j number serving to identify the activity. 
b. Numbering Dunmy. The i-j number for each activity should be unique tothat activity. To accomplish this, when two or more activities can start atthe same event and must terminate in a conmon event (Figure 10), a dummy can beinserted on either activity without changing the logic but resulting in aunique set of i-j numbers f'or each activity. This is illustrated in Figure
11. The numbering dummy could have been inserted at the head or tail of either"S" or "T" to accomplish the same purpose without affecting the logic. 
c. Numbering Techniques. Early computers required that numbers beassigned in sequence. "Sequence numbering" is assignment of a higher number at
the head of an arrow than at the tail or, the j number must be higher than the
i number. 
While most modem computers will handle "random numbering" today,
sequence numbering is recommended for the following reasons: 
3-4 
EP 415-1-431 Aug 86 
(1) Sequence numbering provides a check of the logic. Logic errors called loops (Figure 12) are someti.J:res inadvertently built into diagrams, and they are not always as easy to detect as in the illustration. If a loop exists, the diagram cannot be numbered in sequence, and the point at which this impossiblility is encountered is usually on the loop. Introducing a diagram 
with a loop in a computer will result in an error message so it is preferable to eliminate loops prior to computer analysis. 
(2) Even more important than logic check, sequence numbering may provide 
for a more useful listing of output data from the computer. For most listings by the computer for any primary sort, the secondary sorting may be. based on i-j numbers. For example a listing by paths of criticality may tabulate the activities on any one path by i-j order. If numbered in sequence, the 
activities will appear in the order of occurrence. If randon numbering is employed, the activities will be scrambled within any one path unless a 
secondary sort such as by early start is employed. Sequence numbering is best done by checking to see that the i nodes of all arrows ending at an event are numbered before assigning a number to the j event. Since changes in logic may result in addition or revision of activities, it is usually good practice to skip numbers when inita1lly assigning them leaving latitude for later logic 
a.ddi tiona while maintaining the sequence. This can be done by using even 
numbers only, leaving the odd numbers for later additions or by assigning 
initial numbers by 5's or lO's. Some managers utilize a series of numbers to 
identify a particular resource for easy recognition. 
3-3. Time Estimates. After the logic diagram has been developed and the 
events have been numbered, the time duration necess~ to accomplish each activity must be estimated. This step should be undeilt;aken when the logic diagram is complete. If time estimates are entered prior to complete development of the logic flow diagram, revisions will be necessary as the logic is refined. For construction and design work reasonable direct estimates can be made using normal resources and equipment. If double shifts or overtime are contemplated, this should be taken into consideration. While any units of time may be used, i.e. months, weeks, calender days, work days, hours, seconds, etc., the same time units must be used throughout any one diagram. For construction scheduling the calender day or work day unit is normally used. Since construction times are usually specified in calender days, if "work days" 
are used for estimating some activities the duration should be converted. Some modern computer programs contain the capability to convert work day calenders to calender days automatically. There are some activities that proceed 7 days per week; i.e. concrete curing, procurement leads times, etc. which do not need conversions. For some projects of long duration, units such as weeks or months may be more appropriate. 'Ihe time estimate for each activity is usually shown under the arrow .on the diagram as illustrated in Figure 13. We should remember that these duration times are only estimates and, as such, must be revised when better information becomes available. 
3-5 
EP 415-1-4 31 Aug 86 
A 
\ 
\ 

',..... ___,.
,/ Figure 13 Duration Times 
Figure 12 
Loop 

E 
6 
12 
( 

H 
7 
Figure 14 Manual Anlysis -Forward Pass -Early Event Times 
@ 	@2 
23 	E 
6 

19 H 
7 
Figure 15 . Manual Analysis -Backward Pass -Late Event Times 
3-6 

EP 415-1-431 Aug 86 
3-4. Analysis. The breakdown of a project, development of logic, and estimates of duration times for individual activities .is usually done manually. Analysis can be accomplished either manually or with the aid of a computer once the logic and durations are accurately and properly entered. Considerable useful management data results from the analysis once the input 
data is accurate. Manual analysis is rarely practiced, however, it is useful 
in tmderstanding the meaning of computer calculations and involves the following computations: 
Early Event Times. After the arrow logic diagram has been developed
a.and the activity durations estimated, the earliest time each event could occur can be determined. This is accomplished by a "forward pass" through the 
This technique is illustrated
diagram adding duration times along each path. 
in Figure 14 with the early event times noted in squares. A good practice is to list the sum of durations at the arrowhead for each activity. When two or 
more activities terminate at the same j event, the largest duration sum governs the selection of the early event time since the event cannot occur until all activities terminating at it are completed. This situation occurs at nodes 20, 
25, and 30 of Figure 14. At node 30, the completion of activity K at day 34 governs the _early event time for completion of the network shown~ 
b. 	Late Event Times. The technique for calculating late event times is Normal practice is to target the early completion of
illustrated in Figure 	15. 
the network as the latest completion desired so the late event time at node 30 
In this case the 34 calculated above is
is equated to the· early event time. 
selected and all late 	event times determined by subtraction from it. As the 
subtraction is done, notation should be made at the tail of each arrow. In 
instances such as at node 1 and 10 where there ar several arrow tails at the 

same i event the lowest number governs the selection of late event time shown 
In this way the longest path to the completion
in the circle near the event. 
of the project from the late event time results in reaching the target time 34. 
c. The Critical Path. A chain of activities controls the total length of the project by being the longest sum of durations in the network. In Figure 16 the early and late events times are shown and the network critical path consists of activities C, J,· and K with durations of 12, 14, and 8 respectively 
which sUit! to 34. These activities are indicated by the heavy arrows. These activities also display characteristics unique to critical activities in that the early and late event times at the i node are the same, additionally these events times are the same at the j node and the difference between the .event times at the i and· j node equals the activity duration. Other activities are not critical in that event times for them are not identical at both i and j or in the case of activity D between two critical events, the duration does not
·
equal the difference in the i and j event times. 
3-7 
EP 415-1-4 31 Aug 86 
@ 
.rn 
23 
12
c 
12 
Figure 16 The Critical Path 
~ ERECT ST. STEEL 
INST. LIGHT FIXT.
~---,,o~----::=$~3:::-.:::::-:ooo~-----~...•® 
~--~(E~)--~1~5---$~4~.~~~~·~~ 
Figure 17 Figure 18 
Monetary Values Responsibility Codes 

3-8 
EP 415-1-431 Aug 86 
d. Activity Data. The calculation of event times is necessary; however, the infol'lllation relative to activities which represent work is more 
The most common data elements relevant to activities are as
meaningful.follow: Early Start (ES) is the earliest date on activity can be started. It is the(1)early event time at the i node or tail of an arrow. The early event time at a node is the early start time for an activity proceeding form the event. The ES for activity Dis 12 (Figure 16). 
Early Finish (EF) is the earliest date an activity can be completed
( 2) and is found by adding the duration (D) to the ES. This number will appear at the head of an ar-row but not necessarily be the j node early event time. For Activity D (Figure 16) EF is 24. 
( 3) Late Finish (LF) is the latest date an activity can be finished and 
pel'lllit the project to be completed on time. For any activity it is the late event time at the j node or head of the arrow. For activity D, the LF is 34 
(Figure 16). 
( 4) Late Start (LS) is the latest date an activity can start without delaying final completion of the whole project. For any activity it is found by subtracting the duration time from the LF. In Figure 16, the late start for 
activity D is LF minus the duration of D, or 34-12=22. This late start date will appear at the tail of the arrow but will not necessarily be the i node 
late event time. 
Total float or slack is the amount of time available for scheduling
( 5) 
an activity. It is the time that start of an activity can be delayed beyond 
the ES without affecting the final completion date of the project. It is the 
difference between the early start and late start (LS-ES) or early finish and 

late finish (LF-EF) of any given activity. It can also be found by subtracting the ES from LF and then subtracting the duration time for the activity from the difference. Notice that any of these calculations yields a 0 answer for a critical activity. This number must be calculated in one of the above ways since it does not appear directly on the diagram. Total float is the most significant float calculation. Free float is a corrmon feature which signifies only float available without affecting the next activity early start. The only concept that has significant value in contract management is total float. 
3-9 

EP 415-1-431 Aug 86 
CHAPI'ER 4 
PRECEDENCE DIAGRAMING SYSTEM 
Precedence Diagraming 
a. Activities. The activities or work i terns in precedence are shown in a node (Figure 19). The description of the activity is usually shown in the top 
of the node as indicated with spaces provided for activity identification number and the duration also. D.lrations are estimated just as in arrow 
diagrams, and activities are assigned a unique work item identification number which can be done sequentially similar to event numbers in arrow diagrams. 
b. Logic Diagraming. The considerations for precedence logic diagraming 
are identical to those for arrow diagraming. Once the dependencies are decided, the diagram itself is considerably different. Precedence relationships are indicated by a series of arrows between activities which are very s1m1lar to dumnies in the arrow diagraming system in that they indicate 
In this aspect precedence diagramsinterdependence but do not represent work. 
are easier to construct than arrow diagrams. A sample precedence diagram is shown at Figure 20. B, C, and D cannot start until A is finished and B, C, and D are parallel or concurrent with respect to each other. These relationships are s1m1lar to those shown in arrow diagrams at Figures 3, 4, 5, and 6. However, in addition to the capability of relating the finish of one activity to the start of the next the start of one activity can be related to the start of another activity or the finish of one activity to the finish of another, see Figure 21. A start to start relationship as depicted in Figure 22 in precedence indicates that the start of A must precede the start of B. To indicate the same relationship in arrow diagrams activity A must be divided or 
detailed as shown in the Figure 22 arrow diagram. Similarly a finish to finish relationship indicates that the finish of A must precede the finish of B in 
Figure 23. The arrow diagram for the same relationship requires the division of B into more activities as shown on Figure 23. 
c. Lag Factors. 'lll.e relationships mentioned above may be assigned time factors. While a finish to start relationship is usually direct as shown in Figure 21, it can be delayed as shown in Figure 24. Start to start and finish to finish relationships usually are assigned time lag factors as indicated by the 3 day lags shown in Figures 25 and 26. 'Ibese time factors would be shown as partial activities with 3 day durations in an arrow diagram as in Figure 25 and 26. 
·"i 
4-1 
EP 415-1-4 31 Aug 86 
GENERAL INFORI-1ATION -PRECEDENCE SYSTEM 
Elements of the System. 

1. 
Activity/Work Item. Includes description, duration, and 
work (Number Identifier) enclosed in a node rather than shown on 
an arrow generally indicated similar to: 


DESCRIPTION Figure 19 ID NUMBER DURATION 

2. 
Logic Information. Indicated by position of nodes in 
relation to each other, arrows are used to identify dependencies 
between nodes/activities. 



Example of a Diagram. (A, B, c, D, E, F, and G are Activities). 
DescAiption 
... 
* I Our. 
~oescrip. :tf I Our. 
t 
Desc).ipt. 9esclipt. Desc~pt. ~ 
.. ~ 
, 
;
#. I Our. *' Our. # I Our. i 
Desc;ript. Des<J:ript • Figure 20 
... 
* ....
... Dur. # Dur. Examples of Dependencies. Arrow System ____A__~~~~~---8--~~~ = Finish -Start Relationship Precedence System 
START START 
,, 
Description Description 
FINISH -START ... 

r 
# Our. # Dur. 
Figure 21 
'' 
FINISH -FINISH 
4-2 
EP 415-1-4 31 Aug 86 
PRECEDENCE ACTIVITY DEPENDENCY RELATIONSHIP A (START) A (COMPLETE) 
START TO START
8 
RELATIONSHIP "A" MUST START BEFORE "B"CAN START
['--_A-~~ 8 I 
EXAMPLE: TRENCHING 0 MUST START BEFORE BED PREP [!]CAN START 

FIGURE -22 
FINISH TO FINIS.H RELATIONSHIP
A 
J 
"A" MUST FINISH BEFORE "B" CAN FINISH 
8 
EXAMPLE: TRENCHING 0 MUST BE COMPLETE BEFORE BED PREP[!] CAN BE FINISHED 
FIGURE -23 
4-3 

EP 415-1-4 31 Aug 86 
PRECEDENCE ACTIVITY DEPENDENCY RELATIONSHIPSWITH •LAG• FACTORS 
Arrow System 
FINISH TO START
I A 1--.;....;FS;:;.;:3::;,_---!~~ B 
RELATIONSHIP 
Precedence System
(WITH LAG)
EXAMPLE: CONCRETE PLACEMENTfil MUST BE FINISHED
3 DAYS BEFORE FORMS CAN BE STR'flsls'ED (!] 

FIGURE -24 
A A 
Arrow System
3 (BAL.) B START TO START
RELATIONSHIP
A 
(WITH LAG) 
3
S •I B IPrecedence System 
EXAMPLE: FORMS MAY BE STRIPPED [!] 3 DAYS AFTER THE START OF CONCRETE PLACEMENTrn 
FIGURE -25 
A Arrow System 
FINISH TO FINISH
B RELATIONSHIP(WITH LAG)
3 
F 3
A 
B IPrecedence System 
EXAMPLE: FORM STRIPPING [!]CANNOT BE FINISHED UNTIL 3 DAYS AFTER THE FINISH OF CONCRETE PLACEMENT~ 
FIGURE -26 
4-4 
___, ___
' 
EP 415-1-431 Aug 86 
This is rarely done when working with precedence
d. Manual Analysis.diagraming, however, it can be. Relationships when assigned time factors must 
Such lag factors
be considered in the analysis forward and backl'lard passes. 
often dictate early and late starts and finishes. The principles of selection when two or more items indicate different results are the same as in selecting event times in arrow diagram analysis. When doing a precedence forward pass if a selection between two activities or between a start to start or finish to finish relationship and the finish or start indicated by an activity is 
required because different values are indicated, the larger answer is selected. 
S1m1larly in a precedence backward pass a selection is resolved by selecting the least of the values indicated. Conventionally the (ES) (EF) (LS) and (LF) 
One should note
are shown as indicated on the sample activity Ln Figure 27. 
that unlike arrow diagraming the lag factors can influence the starts and 
finishes to the extent that the (ES) and (EF) for an activity mqy not differ by 
the activity duration and likewise the (LS) and (LF) mqy not. 

e. 'Ihe Critical Path. In precedence the critical path can consist of a chain of activities controlling the length of any project just as in the arrow diagraming method. In addition, if start to start or finish to finish relationships are included, the critical path mqy include some of these lag 
An activity or the critical path will displqy the same characteristics
times.
in precedence as in arrow diagraming. If however a start to start or a finish 
to finish relationship becomes critical, the start of an activity mqy be 
critical but not the completion. Likewise the finish mqy be critical but not 
the start. 
f. Activity Data. In precedence networks Early Start (ES), Late Start 
(LS), Early Finish (EF), and Late Finish (LF) are defined similarly to the 
Also if start to start or finish to finish

definitions in arrow diagraming.
relationships are included, they mqy dictate the Early Start (ES), Late Start 
(LS), Early Finish (EF), or Late Finish (LF) dates for an activity in such a 
wqy that (ES) + Duration is not the (EF) and LF -Duration is not the (LS) as 
is alwqys the case in an arrow diagram. 
Total float or slack is also similar to the value
g. Float Calculations.calculated for arrow diagraming, however, because or the influence of start to start and finish to finish relationships, the difference between (ES) and (LS) may not equal the difference between (EF) and (LF). Should this be the case, 
the two answers for the total float will be unequal. One common method to rationalize this situation is to introduce a start float (difference between (ES) and (LS) and a finish float (difference between (EF) and (LF). Other variations exist in addressing this situation in the precedence diagraming system. 'Ihe basic difficulty lies in the fact that the start to start lags and the finish to finish lags sometimes indicate a period between start and finish longer than the activity duration. In such a case either the duration must be subordinat:ed to 'the lag factors by interrupted accomplishment or one of the lag factors must be subordinated to maintain the activity duration continuous. 
4-5 
EP 415-1-4 
31 Aug 86 

PRECEDENCE MATHEMATICAL MANUAL ANALYSIS 
RELATIONSHIP FORWARD PASS BACKWARD PASS 
FS ES= EF+ LAG LF= LS-LAGB A A BFINISH -START 
EFB=ESB+DURATIONB OR
FF EF =EF +LAG LF = LF-LAGB A (GREATER) A BFINISH-FINISH 
ss ES =ES +LAG LS =LS-LAG ORB A A B
START-START LSA= LFA-DURATIONA 
(LESSER) 
' 

ES EF 
LS LF 

DESCRIPTION 
ID DURATION 
' 
FIGURE -27 
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EP 415-1-4 31 Aug 86 
CHAPI'ER 5 
COMPUTER ANALYSIS 
Automated Analysis Computations. When the logic diagram has been developed with estimated duration times for the activities, all other analysis computations can be made by computer with the results listed in tabular format 
on printouts which are easier to read and use. In the arrow diagraming system, the input information needed by the computer includes the following for each 
activity; i, j number, duration time and· the activity description. In the precedence diagraming system the required input information includes; the activity identification number, the predecessor and successor activities, any start to start or finish to finish relationships and lag times, the activity duration and the activity description. Other information such as activity cost, contractor, subcontractor or Government responsibility can also be entered in either system if desired. Instruction to the computer should also be given regarding the listing of output information in order that the tabulations can be easily used. Information can be sorted according to any 
column of the sheet. Some very useful sorts are as follows: 
a. i j Number Sort. An i-j sort for arrow diagrams or a work item sort 
for precedence diagrams provides a convenient listing to locate any one activity quickly. It is the "dictionary" of activities in the arrow diagraming or precedence system. 
b. Predecessor/Successor Report. In the precedence system a report of 
what precedes and what follows any activity is available. These reports are necessary for complete description of the precedence logic. 
c. 
Late Start Sort. A listing by late start dates arranges the activities in chronological order of start dates which must be met. All of those with mandatory start dates for the next ensuing report period can qe quickly identified. 

d. 
Early Start Sort. A tabulation of activities by early start dates will group those activities which can be started during the next report 


period. This provides the manager with the work which can be scheduled to start in the immediate future and the dates on which he may begin the work. 
e. Late Finish Sort. A listing in chronolQgic~ order of late finish dates provides a means to quickly locate all a:Cfivitie_s_ which must be finished during the next report period, and the dates which must be met to keep the job on schedule or to regain the schedule. 
5-1 

4EP 415-1-4 31 Aug 86 
f. 
Early Finish Sort. A listing in chronological order of early finish 
dates provides a means to quickly locate all activities which can be finished 
during the next report period. 


g. 
Responsibility Sort. If contractor, subcontractor, Government, etc. responsibility has been entered as input, information can be extracted in groupings of responsibility as coded. These are useful to distribute assigned


schedule dates to various responsible parties such as subcontractors. 
h. .Total Float Sort. A listing in order of total float identifies the critical path and other float paths in ascending order of float. As the float value of a path increases its criticality decreases. If the diagram is sequentially numbered or the secondary sort is by early start the paths will 
appear in order. This listing is highly useful for a number of reasons. The date on the early finish of the final critical activity projects the completionof the project. The critical activities controlling this completion are displayed together in order and next the paths of activities which are nearly 
as critical are displayed together grouped in ascending order of float. 
Most 
systems allow the fixation of the late finish of the final critical activity on 
any date such as the current contract completion date. If the projected
(early) finish slips beyond this date, a negative float calculation will result 
on 
the critical path and perhaps on other nearly critical paths. This provides a display of where, by how much, and on which activities the project must be 
accellerated to regain schedule. Similarly if the projected early finish of 
the last critical activity falls earlier than the fixed contract completiondate the most critical path will display a positive float value. 
1. Lump Sum and Monthly Cost Reports. If activity costs have been assigned to each activity that represents a cost item, cost reports can begenerated projecting possible payment based on early or late sort arrangements.
These reports allow an early and late fund requirement prediction. 
5-2 

EP 415-1-4 31 Aug 86 CHAPrER 6 
MANAGEMENI' 
Use of Management Data. 
a. Information. Network Analysis provides information which the Gantt 
(bar) chart does not provide, such as: 

(
1) Which activities control the total time required to accomplish the project, the critical path. 

(2) 
Time parameters within which each activity can and nrust be done to meet th~ completion date for a project. These are defined by the early start and late finish dates for each activity. 

(3) 
Degree of criticality and latitude available for scheduling each activity (float or slack). 


( 4) Identification of all activities which mst be started or finished during any selected time period in order to meet a required completion date for the whole project. 
(5) 
Identification of all activities which could be started during any selected time period. 

(6) 
Impact upon other activities and upon the overall project of delays and variations from original time estimates and/or logic. 

(7) 
Identification of the causes for past delays and which activities need attention in the future to make up the lost time. 

b. 
Use of Network Analysis Reports. The manager nrust be able to obtain appropriate management information rapidly if this new information is to be useful. While it can be obtained from a copy of the diagram on which manual forward and backward passes have been made (Figure 28), it is more easily obtained from computer print-outs arranged in appropriate sorts. Figure 29 is a copy of' an i j listing of activities in the arrow diagraming system. Figure 30 is a reprint of the same data ordered by early starts and abbreviated to show only the activities it is possible to start in the month of July 1976 (bracketed) and early August. Figure 31 is another reprint ordered by late starts and abbreviated to show the activities which nrust start in July 1976 (brackets) and activities which nrust start in August and early September. A good idea to reduce the volume of data printed is to 11m1t the early and late start and finish sorts to the upcoming month or two and to suppress dummy 


6-1 

EP 415-1-4 
31 Aug 86 
printing. Figure 32 is another abbreviated reprint ordered by Total Float. Note the brackets indicate the critical path consisting of activities with 0 
total float figures. These are in order due to sequential numbering of the diagram on which the print is based. If the diagram was not sequentiallynumbered, a secondary sort by early start would provide essentially the same order. The critical path is followed in order by a path sharing 1 day total float then 5 days, 6 days, 7 days and so on up to 14 days where the sort is 
abbreviated. The notation on these prints of start and finish float are 
creations of the IBM program on which this problem was run. Since the IBM program is capable of precedence or arrow diagram calculation, these float 
presentations are inherent to the IBM System. Other programs handle this in different ways. Figure 33 is a lump sum cost report sequenced by early start. Note that it is possible to start 3 activities totalling $16,000 in value during the first month, July 1976, and so on. 
' 

6-2 

DELIVER 8 INSTALL STORM DRAINAGE 
r-----~
160> Sto,ooo 
1 
OUTSIDE PLUMBING I (45) t7,000 
I 
125 SUB S APP SH OWGS OUTSIDE ELEC 8 PLUMB OU"f'SIOE ELECTRICAL (4~) 190) $24,000
I 
I SUBMIT MISC BLDG EQUIP 	GOv'r APPROV MISC dLOG EQUIP
I 1301 	1201 
/ suBMIT HOSPITAL a MtSC EQUIP GOV'T APPROV HOSP 6 MISC EQUIPI (45) (3()! 
ISUBMIT SH OWGS 	GOV' T APPROV CASEWORK 
(45) 	(30) 
SUBMIT RESILIENT FLOOR SAMPlES ·Gav'r APPROV 8 COLOR SEL RESILIENT FLOOR 1301 (30) 
SUBMIT SH OWGS MILLWORK GOV'T APPROV MILL WORK no> (201 
SUBMIT GOV 'r APPROV COLOR SEL VINYL WALL COVERING 1301 
(3Q) 
SUBMIT PAINT SAMPLES GOV'T TEST 6 APPROV PAINT 130) (30) 
S~SMIT 8 APPAOV CANOPIES 8 SIGNS DOOR CANOPIES 6 SIGNS (451 2,000 
218 ELECT 1631 
114 SUBMIT X RAY PROT[ C T ION 211 MECH 6 PLUMB 1 t3o\ !70) 
I 
SUBMIT ROOF" 8 SHEETMETAL SHOP OWGS 	GQV'T APPROV K-RAY PROTECT DELIVER PROTECT 
MAlLS (301 !201 (75) 3,~00 -.1'/] 31 Gov·r SHMTL SH OWGS 6 ROOF"
100~ 
~ 
1 6~~Sa R~~:F" ~~L ..t5' SUBMIT DECK SH DWGS DELIVER ROOF" 
135) 

(30) 
GRADE BEAMS
CONC 	CONC
" 115) 1301 l10.000 	(18) 
MISC 	METALS BSMT STEPS a LNOGS s 3,500 1101 sgoo 
ffi 
NT~ 	I 
,,, 
FORMS APPROV PAN FORMS 	FORMS 
SU8 SH OWGS METAL DOOR BUCKS 	GOV'T APPROV MTL OR F"AB 8 DELIVER MTL DR BUCKS 
(15)
(201 	1901 sz.ooo 
SUB SH OWGS STRUCT STL a JOISTS GOV'T APPRO\' STR STL 6 JSTS FAB a DEL STL COLS 
(301 (20) (45) $1,500 

F"AB a DEL STR fl JSTS 
190) 19,000 
(30\ 
,.
SUB 8 APPROV MASONRY MATLS 	MATLS SAMPLE MASONRY PANELS 
(45) 	1"9,500 121 
SUe SH OWGS MTL WINDOWS 	M T L WINDOWS FAe 5 DELIVER METAL WINDOWS 
!3D) (901 S2,0DO 
Sue LIST 5 SAMPLES BLDRS HARDWARE 	HARDWARE DELIVER BLDRS HARDWARE 
(30) (120) $9,000 
SUB SH OWGS ALUM ENTR 5 MTL DOORS 	ALUM ENTR a loiTL DOORS 
ALUM 	ENTR 8 MTL DRS
" 145) 	"" 
4,500 
sue LATH a GOV'T APPROV LATH 8 PLASTER 	MAlLS
a PLASTER 
(451 	115) 
SUB CERAMIC TIL[ 
TILE 	8 COLOR SEL DELIVER CERAMIC 
(45) 145) 
SUBMIT TOILET PARTITIONS Ito ACCESSORIES GOV'T APPROV TOIL PART a ACCES
"' 	(451 
(20) 
SUB loll T ~LUMI!I a MECH a rout~ 
PLUMB a MECH F"IXT a EQUIP ( ~0) 
'" 	SUI!IMIT ELECT F"IXT & [QUIP 
GOV'T APPROV ELECT F"IXT 8 EQUIP 1301 (301 
EP 415-1-4 31 Aug 88 
'"  
SLJeGRADE AND <'><' ~.,."1 BASE F'QR PAVING J 6 -."> , ... .,, • 't ......... 2"'  "'-'''t." ,.,, ·~ .........  'I' (I  TI~=~OIL  8  F"INE --7;""'/"'~0"'I~~G---------,  
--'.\ ---'\ I DELIVER HOSPITAL 8 Ml~ EQUIP\ 11801 43,00D \ DELIVER CASEWORK I 11~01 '16 ,0 00 DEL~VER RESILIENT F'LOOR MATL 14~) '3.~00 I I  
F'A8 11~01  a  DELIVER  MILLWORK 16,000  
DELIVER 160)  COVER 1,~00  
DELIVER 14~1  MATLS  
UGH IN 2,0,000  g.,  INSTALL PO)  a  SIGNS $ ~00  
ROUGH -IN 2,1,000  I •z&  '•o  
"'  
•••  

CERAMIC TILE 
(221 14.500 
FINAL SUBMISSION ANALYSIS SOLUTION 
DELIVER TOILET PART AND ACCESS 
1901 I4,000 MONTEDON CONSTRUCTION CO. 
CONTRACT NO 999 
DELIVER PLUMB a MECH [QUIP a F'I)(T 
!150) '4',000 
DISPENSARY 
LACKLAND AFB, TEXAS
DELIVER ELECT a EQUIP 
11201 I23.ooo 
SUBMITTED BY ~ OAT£ /f~T6"
~ RECOMMENDED 8Y ~t8~,,1)..,.~. DATE ~_.P-? 76 APPROVED BT _,A, :Jtft'$-,c;._..{ tfJ# DATE J4.f1-1Jr .?6 
FIGURE 28 
-
• 
11\"4 PIWJt=CT CONTROL SYSTEM 
RUil DA TF Jill 7b S C H E 0 II L E A f P 0 A T OATA !'ATE JUL 7ft

* * 	* * 
RIJil SEfllllNCE 0 NlltJIIRK 10 Ill OA OISP£1\JSARY•LACKLAI~O AFA TIC '40NHOIIN CONSR FROM JUL 76 TO 141 AUG 77 SEfliiENCF I•J 
PAiif 
TOT S T A R T START F I N I S H FIN ( I l (J) U l S C H 1 P T I 0 ~ IIUPAT CAL FARLY LATE FLOAT fAALY LIT[ FLOAT 
5 NTP 1.0 71 1JIIL7b l Jill 71> 0.0 lJliL7b lJUL76 o.o ") 10 "'0H ~ LAYIIIIT 7.0 71 ZJIIL 7& ;>7.11JI. 7& zs.o 8Jlll 7& 2AUG7fl 25.0 'i 20 SIIR ~ APP "4lCH ~ fLU:l ~OUt;H•IN MTLS 30.0 71 ?JIIL7b 3.1111. 7& 1.0 31JIIL 7& UUG76 1.0 
., 
'i Z5 SUK SH O~GS PA~ F~R~S i'O.O 71 ?JIIL7h I 7AIJ(;7f) 411> 0 0 c?lJUL7& 5SEP7& 11&.0 ~(I SIIR SH li',.r;S "1[ TAL lllJIIII HIICII S i.'O.O 71 ?JIIL7b i'i_>AIH~7f> '51 .0 21JliL7& 10SEP76 51.0 "i 3'J SIIR ~HI IJWGS SIRIICT :>TL ~ JOISTS 30.0 71 i'JIIL7b li.'AIIf.7& Q1.0 31JUL7ft 10SEP76 111.0 'j Qfl SIIH ~ AI'PIHIV 'IASONRY MAlLS qo;.o 11 ZJIIL7h ;>c;nr.T71> 115.0 l~A~G7& 8DEC76 11'5.0 ") Q'J SUR SH l!WGS Mll WlNlillwS 30.11 71 i'JIIL7b 10SI:.P7b 70.0 31JIIL7& 90CT76 70.0 'j '5o SUR LIST ,o, SAi·IPLfS lllOIIS HAIIO~AHE 50.0 7 I 2JIIL7b I~SI:.P7b 7.?.0 31JIIL7& llOCT76 72.0 ") '5') SIIR SH flvjf,S ALIH~ I:.NTH ~ MTL IJf)OHS 41'5. 0 71 ZJIIL 7b HlC T7h 'H • 0 15 A IIG 7b 20NOV7ft 97.0 
0'\ I ., 1>0 SUH I ATH II PLASTfH qc;.o 11 i.'JIIL7f> i''lOHH> l7b.O 1'5AIIG7ft 7FER77 17&.0
\Jl 5 1>'5 SUh CEHAMIC TILl 415.n 71 i'JUL7b 130EC:7& 11>41.0 15AUG7b 26JAN77 1&Q.O ') 70 SIIAMTT TDILFT PAIITITTONS & AfCESSOHIES 41'5.0 71 iJIJL 7b li'FEH77 .?<'5.0 l'5AIIG7ft t'8MAN77 225 0 0 
") 75 SIIRI-IIT PLUMB It "'FCH FIXT t. EfJIITP 30.0 71 i.'JUL7b 
?OOfT7b 110.0 31JUL7& l8NOV7ft 110.0 
., 
II 0 S IIIH'l T ~ U r: T F I X T ~ Htll[ P 30.0 71 ?.JIJL71> 170EC71> 1&8.0 3lJUL7ft l5JAN77 1&8.0 ') 1\'J SU~ It APP 5H UrlbS MISC ~fTALS 41'5.0 71 
?JIIL7b 170CT7~> 1117.0 15AUG7& 30NOV7ft 107.0 c; ~0 SIIR ~ 4PP SH o..r,s Wt:: TNF STL . 3'5.0 71 ?JilL 7b c?.JIIL 7& 0.0 5AUG7& 5AUG7ft o.o c; Q'} SliH'-'lT J\ APPRI)V ROOF 0£1:11 Stl OI'IGS 41'5.0 71 ?JUL7b i.'b0CT7& 11&.0 l5AUG7& 9DEC7ft llf>.O ') I 00 SLIHIH T 1-/0IIF ~ Sti£1:. H~f TAl ~HUP [),;(;S ~0. 0 7 I i.'JIJL7b I\OC:T71> ~8.0 31JIIL 7& 6NOV7& 98.0 Wtz:l 1-''"d
21NOV76 113.0 
~ IO'J S11Ht1TT X·HAY PWIITt:.CTIO~I 	30.0 11 i.'JIIL7b i.'50CT71> 113.0 31JUL7b 
:x> 
(::: ~ 
2&7.0 l'5AUG7b ~lo4AY77 267 0 0
'i 110 511HtHT"' ~PPRUV iltlOJ.I ca·~IIPTES It SIGNS 415.0 71 2JIIL7b i'f>MAR77 ()Q 	,_. Ln 
COl 
0'\ ,_. 
I 
~ 
FIGURE 29 

:!. 

SEQUENCE 1-J PAGE 2 Wt%3
-----------------------------------------------------------------------------------------------------------------------1-'"tl
TOT S T A ~ T START F I N. I S H FIN· 
(I) (J) D £ S C R I P T I D N OURAT CAL EARL.Y LATF. FLOAT EARLY LATE FLOAT 
>
r:: ~ 

-----------------------------------------------------------------------------------------------------------------------OQI-' 
\JI 
5 115 SUBMIT PAINT SAMPLES 30.0 71 2JUL7b 19JAN77 201.0 31JULT& 1TFEB7T 201.0 OJI 
0\ 1-' 
I 
5 120 SUAM~T VINYL NALL COVERING 30.0 71 2JULTb 22M&R7T 2&3.0 31JtiLTb 20APR17 2t.3.0 ~ 5 125 SUBMIT S~ DwGS ~ILLWORK 30.0 71 l»JUL 7b 25DEC7& 1Tb.O 31JUL7& 23JAN7T 17& 0 0 5 I ~0 SIIBMTT RFSIL lENT FLOOR SAMPLES 30.0 71 2JUL7b 2lFER77 23b.O 31JIIL7& ?4MAA7T 23&.0 5 135 SU~MIT SH Dw~S CASE~ORK 45.0 71 ?JUL7b 27NOV7b 148.0 15AUG7b I OJAN7T 148 0 0 
5 1•0 SUBMIT HOSPITAL & ~ISC EnuiP 45.0 71 2JIIL 7b 170CT7b 107 0 0 15AUG7b 30NOV7& 107 • 0 5 145 SU~MIT MISC ALOG EQUIP 30.0 71 ?JUL7b 2MAH77 243.0 31JUL7b 311UA17 243o0 5 150 CONC DES MIX 15.0 71 2JUL 7b nAIIG7b 3'5.0 lbJUL7& 20AUG7& 35.0 5 330 PRE-QUALIFY wELDFRS :n.o 11 2JUL7b 30NOV7b 151.0 31JUL7b 290EC7& 151 0 0 5 bOO SUB .\ APP Sl'i Di'lliS OIJTS tllE fLfC & PLUMR 45.0 71 ?JUL7b 3NOV7b 124.0 15AUGTb 170EC7& 124.0 10 I '::1 ROllliH G~AO & £XC IV KL QG 14.0 71 9JUL 7b ]AUG76 <'5.0 22JUL7b 1bAUG7b 25.0 10 b05 OtHOL ~ SIT£ GRADING H.O 71 9JUL7b 31DEC7& 175.0 9AUG7b 31JAN17 17'3.0 15 15') R o.o 71 22JUL7b lbAIIG7b 25 • 0 22JUL 1& 1UIJG7& 2'5.0 0\ 15 .?.b5 R o.o 71 2?JIIL7b i'OIUG7b 29.0 22JUL7& 20AUG7& 29.0
I 
0\ 
20 155 OEL MECH ~ ELECT ~OUGH-IN MTLS INITIAL 1'i.l) 71 IAUG76 2AIIr.7b 1.0 15AUG7b 1&AIJG7& 1.0 25 lbO GOV'T &PPROV PIN FORMS 1'i.O 71 2?JIIL 76 bSEP7b 4& 0 0 5AUG7b 20SEP7b 4b.O 30 lb'5 GOV' T 4PPiiOV tHL llR RiiCKS 1"i.O 71 i.2JUL 7& 11SEP7b 51.0 5AUG7& 25SEP7& 51.0 3'5 170 GOV'T &PP~Ov STR STL ~JSTS 20.11 71 IAIJI>7b 1!SEP7b 41.0 20AIIG7b 30SEP7& 41.0 40 17') OlLIVER ~ASUNRY MAlLS 4'i.O 71 lbAIIG7b qoF.C7b 115.o zqsEP7t. 22JAN7T 115.0 4'5 180 ~lJV'T APP~OV IHL o'IJ;WQWS zo.o 71 UUG76 100CT7& 70.0 20AUG7b 290CT7b 70.0 '50 1R') GIJV 1 T IPPI.'OV tiL OilS HARlliiAPf 30.0 71 lAUGh I.?.OCT7b 72.0 10AUG7b 10NOV7b 72.0 5'i 1q0 GOV'T IPP~OV ALUM ENTI1 ~ MTL OOORS 211.1) 71 16AUt;7b i'INLIV7b 97.0 4SEP7b IODEC76 en •.o bO lqS GuV'T IPPROV LITH I PLASTEP 15.0 71 II,AIIG7b 8ftH77 17b.O 30AIIG7b 22Ff877 176.0 
FIGURE 29 CONT. 

-



S~•Jo1rr1rE 1-J 
PAGE 3 
TOT S T A R T START F I N I S H FIN ( I l 1.1) ll~SCRIPTION lltiRAT CAL EARLY LATF FLOAT EARLY LATE FLOAT 
--------------~-------------------------------------------------------------------------------------------------------
b'>  200  GOV' T  APPI<Iov  Cf~  TlLF  .\  COLOR  SI:.L  30.0  71  1bAUG7b  27JAN77  1&4.0  t4SEP7&  
711  <'0'>  l;tiV' T APPidlV  TOIL  PAIH  II  Af.CFS  20.0  71  1bAIIG7b  29MAR77  225.0  4SEP7b  
75  ?lu  f.OV'T  Af'Pt{OV  I'LII~IJ  6  t~fCH  FIXT  &  ErllliP  30.0  71  1AIIG7b  19NOV7b  110.0  30AUG7&  
110  i'l'>  t;uv•T  API't\OV  I:.UCT  ~1Xl .\  fiWIP  30.0  71  1AIIG7b  1bJAN77  1~8.0  30AUG7&  
115  3!l'>  FA!\  A  nu IV[R  ~ISC f.IFTALS  45.0  71  1 bAIJG7b  10EC7h  107.0  29S£P7b  
Qo  I c;o  II[L  R[ 1r1F  STI  15.0  71  bAUG7b  I>AIIf77&  0.0  20AUG7&  
Q'J  3<;0  ll~LIV[R  ~IJOF  llfCK  MAlLS  30.0  71  1UIIG7b  100EC7&  11&.0  14SEP7b  
100  220  l;tJV' T  APPiiOV  IWOF  &  SHMTL  SH  O~GS  1t;.O  71  1AIIG7b  7NUV7&  98.0  t5AUG7&  
10'>  L'?'l  GIJV' T  APPIWV  X-IUY  l'llOTECT  20.0  71  uur. 1 b  22NUV7b  113.0  20AUG7&  
1l«l  '.'>00  lltl 1Vt ~  lluOR  CAf~OPIES .\  SllitiS  75.0  71  1bAUG7b  l0MAY77  2&7.0  290CT7b  
0\  ll'l  ?10  GOV'T  TUH  1',  APPROV  PAHIT  30.0  71  1AIIG7b  l~FER77  201.0  30AUG7&  
I ......  120  21'>  GIIV' T  APPIW\1  COLO~ SFL  VII~YL  ~~ALL  COVERINf.  30.0  71  UIIG7b  2tAPR77  2&3.0  30AUG7&  
1?'1  240  GOV'T  APPROV  MILL~ORK  20.0  71  UIJG7b  24JAN77  17&.0  20AUG7&  
130  24'>  GOV'T  APPROV  .\  COLOR  SEL  RFSILII:.NT  FLOOR  30.0  71  1AilG7b  2'l~AR77  23&.0  30AUG7&  
13'1  25o  GUV'T  -PPkllV  C4SE~ORK  30.0  71  1bAUG7b  11JAN77  148.0  14SEP7&  
140  255  r.ov' T  APPIWV  HOSP  A  "I SC  [QIJIP  30.0  71  1bAUG7b  1DEC7&  107.0  t0SEP7b  
145  ?hO  GOV'T  APPkOV  ~ISC ~LOG E~UIP  20.0  71  UIJG7&  tAPR77  243.0  20AUG7&  
150  21>'>  R  o.n  71  20Aill;7b  20AIJG7&  0.0  20AUG7&  
150  27~  ~  o.o  71  20AIIG7b  2&AIIG7&  boO  20AUG7b  
1'50  1>11)  ~  o.o  71  20AIIG7b  2MAR77  194.0  20AUG7&  
1'5'.'>  27':l  f.IOIIf.H-liJ  I.INOFR  I<S~T  10.0  71  1bAIIG7b  17AIIG7&  1.0  25AUG7b  
1b0  31~  OELIVfU  PAN  FORMS  45.0  71  bAIIG7b  21SEP7&  4& • 0  19SEP7&  
1&~  ·vc,  FAR  A  llfLIVER  11411.  I'R  RIICKS  9o.n  11  bAIJG7b  2&SEP7&  51.0  3NOV7&  
FIGURE  29  CONT.  

25FE1177 17APR77 1flOEC7b t4FE877 t4JAN77 20AUG7& 
8JAN77 2tNOV7& llDEC7b 23JUL 77 t9MAA77 20MAY77 t2FE877 23APA77 
9FE877 300EC7& 20APR77 20AUG7b 2UUG7b 
2MAA77 2bAUG7& 
4NOV7& 2GDEC7& 
1&4.0 225 0 0 110.0 1&8.0 
101.0 
0.0 llb.O 
98.0 
113.0 2&7.0 201 0 0 2&3.0 17&.0 23& 0 0 
148.0 
107.0 
243.0 
0.0 
boO 
1.0 
4&.0 '51. 0 

194.0 
Wt::r::l 
1-'1-d 
> 
~ .::-
OQ ...... 
I.J1 
001 
0'11-< 
I 
.::-
---~--
.--
SEfliiENC:F 1-J PAGE • ----------------------------------------------------------------------------------------------------------------------(I) ( J) 0 E S C R I P T I 0 N TOT DURAl CAL S T A R T EARLY LATE START F I N I S H FLOAT EARLY LATE FIN FLOAT ----------------------------------------------------------------------------------------------------------------------170 170 175 160 3?5 FAR ~ OEL STL COLS 330 FAB ~ OEL STR STL ~ JSTS 335 SAMPLE MASONRY PANELS 3b0 FAR ~ OELIVER METAL ~INOO~S 45.0 71 CJO.O 71 z.o 71 qo.o 11 ZIAIJG7& i!IAUG7& ~OSEP7& ZIAIIG7& IONOV7b 111.0 •OCT7& 10CT7b 41.0 111NOV7& Z3JAN77 11'5.0 10CT7& 300CT7& 70.0 IIINOV7& l11DEC76 81.0 l9DEC7& 41.0 i!4JAN77 115.0 l7JAN77 70.0  Wt'l I-' t-el >c ~ OQ ....... Vl 001 (j\ ....... I ~  
165  345  DtLIVER  RLORS  HARO~ARE  120.0  71  3UIJG7&  11NOV7&  7i!.O  i!IIOEC7b  10MAR77  72.0  
1QO  ~45  FAR  ~  OEL  ALUM  ftJTR  &  MTL  ORS  QO.O  71  5SEP7b  11DEC76  97.0  3DEC76  10MAR77  97.0  
IQ5  3~5  DELIVER  LATH  & PLASTfR  MAlLS  ~o.o  71  31AUG7&  Z3FEB77  17&.0  Z9SEP76  i!4MAR77  17&.0  
zoo  405  DELIVER  CERAMIC  TILE  MATLS  4'5.0  71  J5SEP7b  ZbFER77  1b4.0  i!90CT7&  11APR77  1&11.0  
zoo;  4?'5  OEI.JVER  Tlllli:T  PART  A  ACCESS  QO.O  7t  5SEP7b  16APR77  i!Z5.0  30EC7&  I&JUL77  225.0  
ZIO  440  'lfLIVEH  PLIJ.,Fl  &  MlCH  EQIIIP  &  FIXT  150.0  71  31AliG7&  lQD£C7b  110.0  Z7JAN77  17MAY17  110.0  
Zl5  qo;o  DELIVER  ELFCT  FIXT  A [QuiP  lZO.O  71  31AUG7&  15FER77  166.0  ZIIOEC7&  14JUN77  1&11.0  
zzo  3'5')  FAR  & lltLIV  SHMTL  & HOOF  ~>o.o  11  1bAIJG7b  ZZNOV7b  Q8.0  1IIOCT76  lOJAN77  98.0  
U5  370  IIELIVEH  PROTECT  MATLS  75.0  71  ZIAUG7&  IZOEC7&  113.0  3NOV7b  i!4FE877  113.0  
0\ I 00  Z30 Z35  4lO 4~0  DELIVER OEL IVE~  PAINT VINYL  MAlLS WALL COVEHING  415.0 bO.O  71 71  3UIIG7b 31AUG7&  ZOMAR77 Z1MAY77  Z01.0 i!b].O  1110CT76 i!90CT7&  3MAY77 19Jul77  i!O 1. 0 i!&J.o  
Z40  4h~  FAA~ Ofl[VER  MILLWORK  1ZO.O  71  ZIAIJG7&  1~FEB77  176.0  18DEC7&  li!JUN77  17&.0  
Z45  470  OELIVER  RESILIENT  FLOOR  MAlL  4'5.0  71  3UUG7b  Z4APR77  Z3b.O  I•OCT7b  TJIJN77  i!Jb • 0  
Z50  4~5  OI:.LIVfR  CASEwORK  1'50.0  71  15SEP7&  10FER77  1411.0  11FE877  9JUL77  148.0  
Z55  4CJO  OI:.LIVER  HOSPITAL  1!,  'HSC  EQUIP  160.0  71  15SEP7b  310EC76  107.0  13MAR77  i!8JUN77  107 .o  
Z&o  4'l'5  OE.l.IVER  MlSC  lllflG  ffliJ)P  QO.O  71  ZIAUG7b  ?1APR77  Z43.0  18NOV7b  UJUL77  243.0  
Zbo;  ?70  FTGS  & PLINTHS  1b.O  71  ZIAUG7&  Z1AUG7b  0.0  5SfP7&  5SEP76  o.o  
no  300  li~ADF  H[AI~~  30.o  11  &SEP7&  bSEP7f>  0.0  50CT7&  50CT7b  o.o  
Z75  Z~~  RA~MT FNO,  SLAR,  OMS  14.0  71  2bAIJG71:>  Z7AIJG76  1.0  8SEP7&  9SEP7b  1.0  

FIGURE 29 CONT. 

PAGf 
5 JOT S IA W T START f I ~ I S H FIN 
SE rwE NCE I-J 
(I) ( J) II [ S C W 1 P T I ll Ill 	DIJIU f CAL EARLY LA T£ FLOAT EARLY LATE fLOAT 
280 2115 3011 300 305 310 31'5 315 320 320 320 320 
0\ 
I 
\.0 	325 33ll 
330 
33'5 BS 340 340 340 34'i 3':>0 
?8~ 
300 305 31 o 135 
31~ 
320 3?'5 325 370 37S 
3q~ 
:no 33'5 3'50 340 3f>O 34':) 
500 
b45 385 
:S5S 
3b'l 
t\A~HIT WALLS OAMPPkOUFIIIIG R FIJ,K & GRAUE lh~fllR RLOG R~MT SftPS & LIIIOGS 
:SOX IIUPR FLR MEf.H II tLECT R-1 FPC PAN SLAH~ II PMS 701 IJIIIOH FLR ME(H II f.LfCT R-1 R COIIIC TOPPING FILL FLECT HOUGH-tU MlCH llo PLIIMI\ ROIIGH-1111 EIIFCT STL COLS 1i METAL tiiiCI<S R ERECT STR SlL ~ JOISTS EXTERIOR MS~RY ~ALLS 
TIME LA!; R 
J,/ 
R Jlj~l 1HL r>H~ llo ALII"' frJTI' WOOf OFCK H(l!lfl'Jr. "'StH '"'[l 
lt.o  7t  qsEP7b  10SEP7b  1.0 2•SEP7b  !OSEP7b  1.0  
o;.o  11  30SEP71>  10CT7b  1.0  IIOCT7~  SOCT7b  1.0  
o.o  71  'iOCT7b  t4JAN77  101.0  'iOCT7b  14JAN77  101.0  
10.0  71  biiC T1b  bOCT7b  o.o  1SOCT7b  150CT7b  o.o  
10.0  71  t.OCT7b  1'iJA~77  101.0  150CT71>  24JAN77  101.0  
20.0  7f  lbOCT7b  lb0CT7b  0.0  IINOV7b  4NOV7b  o.o  
so.o  11  'i1110V7b  ~NOV7b  o.o  2110EC7&  24DEC7b  o.o  
c;o.o  11  'iNOV7b  'iNOV7t.  o.o  2110EC7b  240EC7b  o.o  
o.o  71  240fC7b  240EC7b  0.0 2110EC7b'  240t:c7b  o.o  
18.0  71  Z'iDEC7b  7Ft:R77  44 0 0  11JAN77  24FER77  44.0  
&3.0  71  Z'iOEC7b  4FER77  41.0  25FEtH7  7APR77  41.0  
70.0  71  Z'iOfC7b  ?.RJAN77  34.0  IIMAH77  7APR77  34.0  
s.o  71  Z'i0EC7b  l50EC7b  o.o  zqoEc7&  2qOEC7b  o.o  
o.o  71  zqoEC7&  24JAN77  Zb.O  2qOEC7b  24JAN77  2&.0  
10.0  71  30DEC7b  300EC7b  0.0  8JAN77  8JAN77  o.o  
27.0  71  300EC7b  l .?FER 71  114.0  2'iJAN77  1OMAR77  44.0  
3.0 71  300fC7b  25JA11177  o?b.O  1JAN77  Z7JAN77  i.>b.O  
o.o  71  2'iJAN77  IOMAR77  44.0  25JAN77  l014AR77  44.0  
o.o  71  2'iJAN77  23JIIL 77  l 7q.0  2'iJAN77  2!JUL77  17q.o  
o.o  71  2'iJAIII77  24JIJL77  180.0  2'iJAIII77  24JUL 71  180.0  
14.0  71  2&JAN77  11MAQ77  1111.0  IIFEKt7  i.>4MAN77  44.0  
12.0  71  qJAN77  qJAN77  0.0 20JAN77  20JAN77  o.o  Wtxj 1--''"d  
21.0  71  Z l JAJ07  21JAN77  0.0 IOFEB77  10FER77  o.o  :>r::  ~  
OQ  .....  
IJl  
CXIJ  
c-.  .....  
I  
+=-- 
FIGURE  29  CONT.  

SEQIIfNCE 1-J 
PAGE ~ 
-------------~-~-------------------------------------------------------------------------------------------------------
I 
"' 

1-' 
0 
TOT S T A A T STAAT F I N I S H FIN
(I) ( J) U l S C A I P T I 0 N 
DuRAT C-L EARLY LATE FLOAT EARLY LATE 
FLOAT 
365 
370 
385 lq5 3q0 3q5 3QO 
]q'j 
40':.i 4lO 41 U 4l0 430 445 425 4 lO 510 1140 
44~ 
455 h50 450 455 
3~0 
3b5 3b5 3b5 370 375 385 3qo 390 
390 
39') 405 410 410 420 420 425 430 430 440 
4.40 445 445 
INST ~TL wiNOOWS 
R 
R AC OUCTwOkK 
INTEAIO~ PA~TITION 
R STIICCO 
~ 
~ 
PLASTER WALLS 
C[ ILG SIJSP SYST A ~~~Sill CE~AMIC TILE PLAS CLG ACOUIST & OTHlR CEllltlGS 
A 
H 
TOILET PART A ACCESS R lOX PAINT A FINISH 
~ 
INST NECH [~UlP R R 
14.0 71  2JAN17  i'8JAN77  211.0  1'5JAN77  
o.o 71  10FEB77  l4FER77  14.0  10FEB77  
o.o 71  10FEB77  24MAR77  4&!.0  10FEB77  
s~.o 11  11FE877  11FEtl77  0.0  UPfl77  
4&!.0 71  11FEB77  2";FER77  14.0  c?4MAA77  
0 •. o 71  ~'5Ff877  1-PR77  41.0  2'5FE877  
14.0 71  11FEB77  i'SMA~77  42.0  24FE877  
o.o 71  l4MAR77  7APfl77  14.0  .?4MAR77  
o.o 71  24MAA77  llAP~77  18.0  24MAA77  
14.0 71  2'5MAA77  lOAPR77  .?~.0  UPR77  
14.0 71  8APR77  8APIH7  0.0  2UPR77  
22.0 71  2'5,..AR77  12APfl77  18.0  15APR17  
12.0 71  li»AP~77  22AP~77  0.0  1MAY77  
3'5.1) 71  22APA77  27APfl77  5.0  2~MAY77  
o.o 71  15AP~77  1f>Jill. 71  92 • 0  1 '5APR77  
o.o 71  1'5APR77  3"'4Y 71  11!.0  1'5APN77  
17.0 71  16lPA77  1 7 Jl)l 77  92.0  c?MAy77  
o.o 71  3MAY77  17MAY77  14.0  314AY77  
~8.0 71  4MAY77  QMAY 77  0 0 0  31MAY77  
o.o 71  3MAy77  2hJUN77  54.0  ]rdy77  
70.0 71  4MAY77  16M4Y77  14 • 0  12 J lJL 77  
o.o 71  ]1MAY77  14JIJN77  14.0  3114AY77  
o.o 71  .51MAY77  ltd1JN77  2~.0  311'4AY77  

10FEII77 24FE1177 i!4MAN77 7APA7 7 7APR77 7APR77 7APfl77 7APR77 
I UPR77 314AY77 
21APR77 314A y 7 7 ]MAY 7 7 
31MAY77 
1~JUL77 
3MAY77 
2AUG77 1714AY77 3JMAY77 .?b.JUN77 ?bJUL 77 14JIJN77 2bJUN77 
2~.0 
14.0 
42.0 
o.o 
14.0 
41.0 
42.0 
14.0 
18.0 
211.0 
o.o 

o.o 


18.0 
s.o 
92.0 
u.o 
92.0 
14.0 
o.o '54.0 
14.0 
14.0 i!b.O 
w t:>l 
I-'"d 
>
c:: ~ 
OQ 1-' 
Vl 
00 I 
0"1 1-' 
I 
~ 
FIGL~ 29 C0~7. 
-

7
PAGE
:; f '11 'I I. L ~ I -J 
TOT S T A R T START F I N I S H FIN 
(I l rJ' I• f S C R I I' T I 0 rv 	OIIIUT CAL fAPL Y LA Tf FLOAT EARLY LATE FLOAT 
11115 	lift() ~ o.o 71 ]1"1AY77 qt,•, I~ o.o 71 ]IMAy77 
qqc; 117(1 ~ o.o 71 H~AY77 11115 c,u':l o:;ux rii'IP P•llllT 11. r Irl qo;.o 11 IJIIi\177 11511 ~'ill II•ST (l.fCT F IXT ~ F•JIIIJ.> 42.0 71 1JLIN77 1155 ho:;u I11ST f'I.IIMII & •1t:Ctl Flq JO.O 71 1JUN77 llb(J <;I U VPI Yl "AlL Crl Vf ~ 14.0 71 1JUN77 lib'; II 7 •; I "S T ':1 0 4 " I Ll. •· 011 ~ 
lf>.O 71 IJllN77 4 711 IIIII) IH Slt FLI< 21.0 71 1JUN77 1175 
111111 k 	o.o 71 1bJIIN77 
1175 	'ill', (liMP ·-1ILL•.•ll<l( 1&.0 71 ,t 7JllN77 
0\ 
I II /Ill Ql\'j k o.o 71 c?1JUN77 

1-' 
1-' llqU 1=1 o.o 71 21JIIN77 480 I)Q·~ ~ o.o 7) 21_JIIN77 llliO "i1u r.ov'T HST ~->HY 1-'klllFCT 3.0 71 2?JIIN77 411':1 'it !1 TriST CASE.-.IlkK 
1180 
211.0 71 22JUN77 II 'Ill ';1 0 II.ST ti!ISP ~ MI sc Ell•JIP 
35.0 71 2i'JllN77 qqc; o:;1 o II:ST '11 :>C Hlf)(, E!lllll-' 111.0 71 ?2JIIN77 '500 "il11 ll<!>T on11R C~NOI-'If:, ~ Slt.NS 
10.0 71 .!()JAN77 505 ~10 ?uX PAI~T ~ FINISH 18.0 71 1f>JliL 77 510 l>'i') rLFAN-IIP uLnr. 7.0 71 3AllG77 
bOO ,.,,~ ntl MAlLS ns ELEC ~ PLII•tA 45.0 71 1f>AllG7t. bO<; hill 
~ 	o.o 71 9AUG7b 
lqJUL77  49.0  Jllo4AY77  I IIJUL 77  49.0  
12JtJN77  12.0  31'4AY77  12JUN77  1i!.O  
7JIIN77  7.0 31MAY77  7JuN77  7.0  
1JtJN77  0.0 15JUL77  15JUL77  o.o  
I ~JIIN77  14.0  12JUL77  2bJUL 77  111.0  
27JUN77  2&.0  10JUN77  ?bJUL 77  i!&.o  
?OJ IlL 77  119.0  14JUN77  2AUG77  4CJ.o  
1~JUN77  12.0  1f>JUtH7  28JUN77  li!.O  
8JIIN77  7.0 21JUJI477  211JUN77  7.0  
21\JJlN77  12.0  1fiJUN77  28JUN77  1i!.O  
30JJJN77  13.0  i!JUL77  15JUL77  u.o  
q.JIJL 77  18.0  2\JUN77  IIJUL77  u.o  
28JUIH7  7.0 21JUN77  28JUN77  7.0  
\ q.JllL 7 7  28.0  21JUN77  19JUL 77  i!B.o  
~ 1JilL 77  39.0  211Jl1N17  2AUG77  J'J.O  
l OJIJL 77  18. 0  15JUL77  2AUG77  18.0  
29Jtl"'77  7.0 2f>JUL77  2AUG77  7.0  
20JtJL77  i!B.O  5JUL77  i!AUG77  i!B.O  
24JJJL77  179.0  4FER77  i!AUG17  179.0  
lbJIJL77  0.0  i!AUG77  i!AUG77  0.0  
]AtJG77  0.0  9AUG77  9AUG77  o.o  w .......  t,l:j '"d  
t110EC7b  124.0  29SEP7&  31JAN77  ll4.0  E'"  J:- 
00  1-'  
2MAR77  205.0  9AUG7b  i!14AR77  i!05.0  00  Vl I  
(j\  .,....  
I  
~  

FIGURE 29 CONT. 

SEflii[NCf 1-J 
PAGE 
II TfiT S T A R T STAAT F I N I S H FIN 
w t>:1
(l) ( J) 0 E S C k I f' T I fl 11 OUIUT CAL EARLY LATE FLOAT EARLY LATE FLOAT 
...... "' 
:.t>  
bO'l &10  f>l C? 1><'0  w llHIV[W  ~  loiSTALL  STORM  OkA!tur.E  o.o bO.O  71 71  'IAUG7b C?1AIIG7&  31JAN77 JMAR77  175.0 1'14.0  'IAUG7b I'IOCT7b  31JAN77 114AY77  175.0 1'14.0  c (JQ ex; 0\  .p.. ...... L11 I ...... I  
&12  1>15  IIIJTSTUE  PLII~-1~ (N(j  45.0  71  30SEP7b  IAMAR77  lb'l.O  11N0y7b  1MAY77  16'1.0  .p..  
btL'  1>1~  nuTS!Uf  ELECTRICAL  '10.0  71  .50SEP7b  1FEH77  124.0  280EC7b  1MAY77  124.0  
&IS  b?O  W  o.o  71  11NOV7&  I"'AY77  11>9.0  !3NOV7b  tNAY77  169 0 0  
b1';  &So  k  o.o  71  13NOV7b  2&JUL77  255.0  13NOV7b  26JUL77  255.0  
&1'1  bC?O  R  o.o  71  280EC7b  \MAY77  124.0  280EC7b  1MAY77  124.0  
b1'1  b'lll  H  o.o  71  28DEC7b  2&JUL77  210.0  28DEC7&  2bJIIl 77  210.0  
&20  b?~  SuRr.RAflt  ~  HASE  FUR  PAVINb  42.0  71  29DEC7&  2MAY77  124.0  8FEH77  12JUN77  124.0  
&25  &30  CtrRii  1. f.IJTTEH  21.0  71  9FER77  13JIJN77  1<'11.0  IMAA77  3JUL 77  124.0  
b30  b~'l  ~Al.KS  21.0  71  ?"'AR77  IIJIJL 77  124.0  Z2MAA77  24JUL77  124.0  
&Jtl  b4~  ASPHALT  PAV(~(j  10.0  71  ?MAR77  15JUL77  115.0  ltMAR77  24JUL 77  135.0  
0\ I  bJ'j  &4'>  R  o.o  71  22MAR77  ?.IIJtJL77  1211.0  22MAR77  ?4JUL 77  124.0  
......  
N  &4'i  1>5')  TIIPSOIL  "  Fl"Jf.  GRAOING  1&.!1  71  2~MAH77  25JUL77  1211.0  7APA77  'lAUGH  124.0  
b'JO  f>S'l  TEST  MfCH  "  ELECT  14.0  71  11JIIL77  27JIJL77  14.0  2&JUL77  9AUr.77  14.0  
&55  bbO  SlLL  JOtl  c;.o  11  l0AilG77  10AIJG77  0.0 IIIAIIG77  t IIAUG 77  o.o  
PROJFCT  RASt  UATf  I  Jtll  71>  PRIIJHT  OIIRATION  1110.0  PROJECT  COMPLETION  DATE  14  AUG  77  
FIGURE  29  CONT.  

-
-
IRM PROJECT CONTROL SYSTEM JUL 76
RUII OATE JUL 7b • * S C H E 0 U L E R E P 0 R .T • • DATA DATE RUII SE IJUE IIICE 0 Nt. TNOWK I 0 I I I OA DISPENSARY-LACKLA~O AFB TX ~ONTEOON CONSR FROM JilL 76 TO 14 AUG 77 
-~~~~~~:~--~-~-------------------------------------------;~;--------~-;-;-;-;------·;;;;;----;-i:~~i-;-~-~-----;i;-
0 N DURAl CAL EARLY LATE FLUAT EARLY 	LATE FLOAT
(1) (J) D t. S C R I P T I 
5 NTP 	1.0 71 1JUL7b I JIll 7ft 0. 0 1JUL16 1JUL76 o.o 
5 I 0 M(J8 ~ LAYIIIIT 7.0 71 i'JIIL7b i'1 Jlll7, 25.0 8JUL7t. 2AUG76 25.0 5 i'O SUB 1\ APP Mt:r:H 1\ ELfC T WOUf.H-1111 MTL S 30.0 71 2JIJL7b JJUL7b 1.0 31JUL76 UUG76 1.0 5 25 SUR SH 0>\IGS PAIII FORtiS 20.0 71 i'JUL7h 17AIIG7fl 11&.0 21JUL7& 5SEP76 46.0 5 30 SIIR Sli OWGS METAL OOOR HIICKS 20.0 71 2JIIL7b ?2AUG76 51.0 21JUL7t. 10SEP76 51.0 5 35 SIIR SH D>IIC:.S STRUCT STL & JlliSTS 30.0 71 2JUL 7b l2Allt.7b 111.0 HJUL76 10SEP76 41.0 
115.0
5 40 StiR 1\ APPWOV ~IASOIIRY rUTLS 	115.0 71 <'JliL 7h ;:>~OCT7b 115.0 15AUG7& 8DEC76 
5 115 SUH Sli OWbS MTL WIIIIOOwS 30.0 71 2JliL7b IOSEP7b 70.0 31JliL7& qocn~ 7o.o 5 50 SUR I.IST 1\ S~'IPLFS t!LO~S flAIWIIARE 30.0 71 ?JIIL7h 1i?Sf.P7b 72.0 :SlJUL7& ll0CT76 72.0 ~ q7.0 15AUG7b 20NOV76 q1.0
I 5 5~ SUR SH O~GS ALUM t.NTR 1\ MTL DOORS 115.0 71 i?Jf.IL7h 70CT7b......
l.V 	.., bO Sill~ L1\ Ttt II PLASTER 4'5.0 71 i?JIJL7b i?50EC7b 17&.0 t5AUG76 7FE877 176.0 11'5.0 71 ?JliL7b ll0fC7b 1&4.0 15AUG7& 2t.JAN77 164.0
') ~5 SUH CERAMIC TILE 5 70 SIIRMIT TOlLt.T PARTITIONS & ACCFSSURIES 115.0 71 ?JliL7b 12fE877 2?5.0 t5AUG76 28MAR77 225.0 5 75 SUR~IT PLUMB 1\ MECH FtXT 1\ EQUIP :so.o 71 2JIIL7h i?OOCT76 110.0 31JUL76 18"10V76 110.0 5 80 SURf1J T ELECT f I XT & fOIJIP 30.0 71 i'JIIL7b 170Er7b 1&8.0 J1JUL76 15JAN77 1&8.0 
5 A') SIIB 1\ APP SH UNGS MISe ~1fTALS 11'5.0 71 ?JIIL7b 170CT7b 107.0 15AUG7b 30NOV7b 107.0 5 QO SUR 1\ App SH 0>\IGS REINf STL :sc;.o 11 ?JIIL7b 2JuL7b 0.0 5AUG7ft 5AtJG76 o.o 5 Q~ SURMIT & APPWOV ROOF nECK Stt UWGS 11'5.0 71 2'JIIL7b 2h0CT7b ll&.o 15AUG76 90fC7& 116.0 5 I 00 SUB~I! T WOUF 1\ SliFE T!lf TAL S~OP Oii!';!> :so.o 71 <'JIJL7h ROCT7h qs.o 31JUL7& 6NOV76 q8.0 
l.Vt:%j
.., I 0 5 Slf8 M IT X-1< A Y P R.fl Tfl: TT nN 	:so.o 71 ?JliL7b t>SOCT7& 113.0 31JUL76 21NOV76 113.0 1-'t;:l 
., 	11. APPROV fllllll< cA:·JOPJES & S11;t~<; 115.0 71 2JIJL7b ?hMA~77 2&7.0 t5AUG76 91'1AY77 2&7 0 0 >.: .p..
!10 Sllfii~IT 	CIQI-'
1.11
001~ .......I
.p.. 
FIGURE 30 
SEQUENCE E S 
~ PAGE 2 
------------------------------------------------------------------------·---------------------------------------------
(I)  (J)  0  E S C H I  P  T I  0  N  TOT DUAAT  CAL  S T EARL 'I  A A  T LATE  STAAT FLOAT  F I EAAL'I  N I  S H LATE  FIN FLOAT  Wt:>:~ 1-''"d  
----------------------------------------------------------------------------------------------------------------------c; 115 SUBMIT PAINT SAMPLES 30.0 71 lJllL76 19JAN77 201.0 31JUL7b 17FE877 201.0  > I;:~QQ ...... V1 001  
5  ti»U  SURMJT  VINYL  wALL  COVERING  30.0  11  2JUL7b  22~AH77  2&3.0  31JUL7b  l0APA77  263 o 0  0\i-' J  
~  
'5  12'5  SURMIT  S~ O~r,s MILtWOAK  30.0  1t  2JUL 7_&  2SOEC7b  17&.0  31JUL76  23JUI77  1h.O  
5  t 30  SIIB~IIT  ~ESILIENT FLOOR  SAMPLES  30.0  1t  2JIJL7b  23FF.R77  236.0  31JUL7b  24"'AA77  236 o 0  
'5  135  SURMIT  SH  O~GS CASEwORK  4'5.0  71  2JUL7b  27NQV7b  148 0 0  t'5AUG76  10JAN77  148.0  
'5  140  SURMJT  HOSPITAL  A MISC  lQIJIP  4'5.0  71  2JIIL7b  170CT7b  107.0  15AUG7b  30NOV76  107 0 0  
'5  145  SUBMIT  MISC  HLOG  EQUIP  30.0  71  .?JIIL7b  i!MAR77  243 0 0  31JUL7b  31"'AA77  243.0  
5  1'50  CONC  DES  MIX  1'5.0  71  2JUL7b  6AUG7b  35.0  1bJUL76  .i»OAUG76  35.0  
5  330  PRE-QUALIFY  ~ELDERS  :u.o  71  2JUL7b  30NUV7b  151.0  11JUL76  .i»90EC76  151.0  
5  600  SUB  I  APP  SH  DWGS  OUTSIUE  ELEC  & PLU~H  4'5.0  71  lJUL7b  3NOV7b  124.0  t5AUG76  17DEC76  124.0  
10  1'5  ROUGH  GRAO  & EXCAV  BLDG  t4.0  71  9JIIL7b  3AUG76  25.0  22JUL7b  IUUG76  25.0  
111  60~  DEMOL  A SITE  GRADING  32.0  71  9JUL7b  31DEC76  175 0 0  9AUG76  31JAN77  175.0  
2'5  1&0  GOV'T  APPHOV  PAN  fORMS  1'5.0  71  22JUL 7b  bSEP76  46 0 0  5AUG76  .i»OSEP76  11&.0  
30  lh'5  GOV'T  APPHOV  ~TL OR  RUCKS  ts.o  7t  22JIJL7b  11SEP7b  51.0  5AUG76  25SEP76  51.0  
"' I ...... .  1'5  1'55  A  n.o  11  22JIIL7b  1&AUG 7ft  25.0  2lJUL7b  tUUG7b  25.0  
~  15  2b'5  N  o.o  71  2i'JUL7b  20AUG7b  29.0  2i»JUL7&  20AUG7&  29.0  
20  !55  DEL  MECH  & ELECT  ROIJGH•IN  MTLS  INITIAL  15.0  71  1AliG7b  2AIJG76  1.0 1'5AUG7b  lbAUG7b  1.0  
35  170  GOV'T  APPROV  STH  STL  AJSTS  20.0  71  JAUG7b  t1SEP76  41.0  20AUG76  30SEP7b  41.0  
4'5  180  GOV'T  APPHOV  MTL  ~INDOWS  20.0  71  UliG7b  100CT7b  70.0  20AUG7b  2qocn&  10.0  
50  18'5  GOV'T  APPROV  BLORS  HARD~ARf  30.0  71  IAUG71>  120CT7b  72.0  30AUG7b  IONOV7fJ  1l.O  
75  210  GOV'T  APPAOV  PLUMB  & MECH  FIXT  & EQUIP  30.0  71  1AUG7b  t9NOV7b  110.0  JOAUG7&  18DEC7b  110.0  
80  21'5  GOV'T  APPt-~OV  ELECT  FIMT  A ElllliP  30.0  71  IAUG7b  1bJAN77  1&8.0  30AUG7&  IIIFEB77  tfJ8.0  
100  220  GUV'T  4PP~OV ROOF  A SHMTL  SH  O~GS  t':i.O  71  1AIIG71>  7NOV7b  98.0  15AUG76  <'1NOV76  98.0  
EARLY  START  SORT  
ABBREVIATED  HERE  
FIGUP£  30  CONT.  

18~ PROJECT CONTROL SYSTE~ 
Rur~ fiATE JIJL 7b * * SCHEOULE R E P 0 R T * * DATA DATE JUL 7& 
RUIJ ')[OIItNCE 0 NETWORK 10 ltl OA 01SPENSARY-LACKLA~O AfR TX ~O~TEDON CONSR FROM JIJL 7b TO 14 AUG 77 
-~~~~~~:~__ :_~------~------------------------------------;~;-----------;-;-;-;-~----;;;;;----;-;~~:;-;-~-~-----;;~-
(1) (J) 0 E S C R I P T I 0 N 	DURAl CAL EARLY LATE FLOAT EARLY LATE fLOAT
----------------------·------------------------------------------------------------------------------------------------
I. 0 71 1JIIL7b 1JIIL 7& 0.0 1JIIL7b 1JUL7& o.o
5 NTP 5 QO SUB ~ APP SH DWGS REINf STL 3'5.0 71 2JIIL7b 2JIIL76 0,0 5AUG76 5AUG7b o.o -... 5 20 SUB & APP MtCit & ELECT ROUGH-IN MTLS 30.0 71 2JUL7b 3JIJL76 1,0 31JUL76 1AUG7& 1.0 
5 10 MOR & LAYOUT 	7.0 71 2JUL7b ?7 JUL 7& 25,0 8JUL76 2AUG7& 25.0 
20 155 DEL MECH ~ ELECT ROUGH-IN MTLS INITIAL 15.0 71 	1AIIG76 2AIJG7b 1,0 15AUG7b 1bAUG7b 1.0 9JIIL7& '5AIJG76 25,0 22JUL7& t&AUG7& 25,0
10 15 ROUGH GRAD & EXCAV t:ILDG 	14.0 71 1'5.0 71 2JUL7b bAUG76 15,0 16JUL76 20AUG76 3'5,0
5 150 CONC DES MIX UliG76 &AtJG76 0.0 20AUG76 20AUG7& o.o
QO 150 DEL REINF STL 15.0 71 12AIJG7b 111.0 31JUL76 10SEP7& 111,0
5 ~5 SUR SH OWGS STRUCT STL ~ JOISTS 	30.0 7l 2JUL76 
o.o 71 22JUL7& 16AtJG76 25,0 22JUL76 1bAUG7& 	25,0
15 155 R0'1 20.0 71 2JUL76 17AIJG7& 11&,0 21JUL7& 5SEP76 11&,0
.......I 5 25 SUR SH OWGS PAN FORMSV1 10.0 71 1&AIIG7b 17AUG76 1.0 25AUG76 2f>AUG76 1.0
155 275 ROIIGH-IN UNDER ASIH 15 265 R o.o 71 22JIIL76 20AUG76 29,0 22JUL76 20AUG7& 29,0 
o.o 71 20AUG7b 20AUG7b 0.0 20AUG76 20ALJG7b o.o
150 265 R t&,O 71 2UUG7b 21AIJG76 0,0 5SEP7& 59EP7& o.o
265 270 flGS & PLINTHS 5 30 SUR SH OWC.S METAL DOOR SliCKS 20.0 71 2JUL7b 22AliG7b '51 • 0 21 J UL 7 6 109EP7& 51,0 
20AUG76 26AUG76 b,O 20AliG7& 2&AUG76 &.o
150 275 R 	o.o 71 111.0 71 2&AUG7b 27AUG76 1.0 8SEP7'· 99EP76 1.0
275 2AO RASMT FNO, SLAB, BMS 25 lbO GOV'T APPROV PAN FORMS 15,0 71 22JUL76 &SEP76 116,0 5AliG7& 209EP76 46,0 wtx:J
r-o'"d 
270 300 GRAUE RfAMS 	30,0 7t 6SEP7b bSEP7b o.o 50CT7b 50CT7& o.o 
E'"+'
30,0 71 2JUL76 10SEP7& 70,0 31JUL76 90CT76 70,0 OQ ..... 
') 45 SUR SH OWGS MTL WINOOWS 	V1
col
0'11-'
+'I 
FIGURE 31 
SEQUENCE L S 
~ PAGE 2 TOT S T A H T START F I N I S H FIN(Il (J) 0 E S C R I P T I 0 N DURAl CAL EARLY LATE FLOAT EARLY LATE FLOAT w 1:':1 ....... ~
280 2R5 BASMT WALLS !)>
21.0 71 'ISEP7b 10SEP7b 1.0 2'1SEP71> 30SEP7b 1 • 0 ~ ~
()Q .......

30 11>0:. GOV'T APPWOV MTL OR BuCKS V1
15.0 71 22JUL71> 11SEP7b 51.0 5AUG7& 2'5SEP7b '51.0 
col
0\1-'
35 170 GOV'T APPHOV STR STL ~JSTS 20.0 71 1AIIG71> IISEP7b 111.0 20AUG7& JOSEP7b 41.0 ~ I 5 50 SUB LIST A SAMPLES ~LORS HARO~AkE 30.0 71 2JUL71> 12SEP7b 12.0 31JUL7b 110CT1b 12.0 11>0 315 DELIVER PAN FORMS 
115.0 71 bAUG71> 2tSEP7b 11&.0 I'ISEP7b 4NOV7b llb.O lb5 325 FAR ~ DtLIVEH MTL DH BUC~S ~o.o 11 I>AUG7b 2&SEP7b 51.0 
3NOV7& t'IIOEC7b '51. 0 170 330 FAR & DEL STR STL & JSTS '10.0 71 21AIIG7b 10CT7& 111.0 18NOV71> 2'10EC7b 41.0 285 300 OAMPPHOOFING 
5.0 71 50SEP7b 10CT71> 1.0 40CT1& 50CT7& 1.0 300 JIO F&B ~ GHAUE urWER BLDG 10.0 71 bOCT1b b0CT71> 0.0 150CT7b 150CT7b o.o 5 55 SUR SH UWGS ALUM ENTH & MTL ODORS 115.0 71 2JliL71> 70CT71> '17.0 15AUG7b 20NOV7b '17.0 5 100 SUBMIT HOOF & SHEETMETAL SHOP DWGS 30.0 71 2JUL7b 80CT7f> '18.0 31JUL1b bNOV7b '18.0 
115 1~0 GOV'T APPHOV ~TL WINDOWS 20.0 71 UUG71> IOOCT71> 10.0 20AUG7b 2'10CT7b 70.0 
50 !85 GOV'T APPHOV BLuRS HARD~•RE 30.0 71 tAliG71> 120CT7b 72.0 30AliG7& IONOV7b 72.0 
310 315 30l IINPR FLR MECH & ELECT R-1 20.0 71 I bOCT11> 11>0CT7f> 0.0 IINOV7& 4NOV7b o.o
0\
I 5 R5 SUB & APP
....... SH D~GS MISC METALS 115.0 71 2JUL7b 170CT7b 107.0 !'5AUG7& 30NOV7b 107.00\ 5 14~ SUBMIT HOSPITAL & MISC EQUIP 115.0 71 2JUL7b 170CT7b 107.0 1'5AUG7& 30NOV7b 107.0 
5 75 SUBMIT PLUMB & MECH FIXT & EDUIP JO.O 71 2JliL71> 200CT7b 110.0 31JUL7b l8NOV7b 110.0 5 !05 SUBMIT x-RAY PROTECTION 30.0 71 2JUL7b 230CT7& 113.0 31JUL7& 21NOV7& 113.0 5 110 SuB ~ APPROV MASONRY MATLS 115.0 71 2JtJL7b 250CT7& 115.0 15AUG7& 8DEC7b 115.0 
5 q5 SUBMIT & APPROV ROOF DECK SH OWGS 115.0 71 2JIJL7& 2bDCT1b 1111.0 15AUG7b 'IOEC7b 1lb.O 
180 51>0 FAR & DELIVER METAL WINDOWS '10.0 71 2UUG7b J00CT7b 70.0 18NOV7b i>7JAN77 70.0 5 bOO SUR ~ APP Stf Qi~jGS OUTSIDE ELEC & PLUMB 45.0 71 2JIIL7b 3NOV76 1211.0 1'5AUG7& 170EC7b 124.0 315 320 FPC PAN SLA~S ~ BMS 50.0 71 '5NOV7b 5NOV7& 0.0 240EC7b 240EC7b 0.0 LATE START SORTABBREVIATED HERE 
FIGURE 31 CONT. 
~~~ PROJECT CONTROL SYSTEM DATA DATE JUL 7&
RUII OA TE JUL 7& • • S C H E 0 U L E R £ P 0 A T • • RUIJ SE!HIENCE 0 NUI'lORK IO Itt OA OISPENSANY•LACKLANO AFB TX MONTEDON CONSR FROfil JUL 7& TO l4 AUG 77 
-~~~~~~=~--~-~~------------------------------------------;~;------~----;-;-~-~-;-------;;~;;----;-i~~~i-;-~-~-----~
(1) (J) 0 E S C R I P T I 0 IJ OIJRAT CAL 	EARLY LATE FLOAT EARLY LATE FLOAT 
5 NTP t.o 11 1JUL 7& 1JUL7& 0.0 IJUL7& IJUL7& o.o 5 90 SUR ~ APP SH OWGS REINF STL 35.0 71 2JUL7f> ?.JUL 7& 0.0 5AUG7& 5AUG7& o.o 90 150 OEL RETNF STL 15.0 71 UUG7& f>AIJG7& o.o 20AUG7b 20AUG7& o.o 150 2&5 R o.o 71 20AUG7& 20AUG7& 0.0 20AUG7& 20AUG7& o.o 2&5 270 Flf.S & PLINTHS 1&.0 71 2UUG7& 21AIIG7& 0.0 5SEP7& 5SEP7& o.o 270 300 GN40E REAMS 30.0 71 &SEP7& &SEP7& 0.0 50CT7b 50CT7& o.o 
10.0 71 	&OCT7& &OCT7& 0.0 150CT7& 150CT7& o.o
300 :u 0 	F1!.11 ~ G~AL•E m1UE R RLDG 
310 	315 30l IIIJPf.l HR t~ECH & ELECT R•l 20.0 71 1&0CT7& 1&0CT7f> o.o 4NOV7b 4NOV7& o.o 5NOV7& 5NOV7b o.o 24DEC7& 24DEC7& o.o
315 320 	FPC PAN SLAHS ~ BHS 50.0 71 70l UNOR FLR MECH & fLECT R-1 50.0 71 5NOV7& 5NOV7& o.o 24DEC7& 24DEC7& o.o 
0\ 315 325 ......I o.o 71 24DEC7& 240EC7& o.o 24DEC7& 240EC7& o.o 
-...J 320 325 R r~fTAL RUCKS 5.0 71 250EC7& ?50EC7& 0.0 29DEC7& 29DEC7& o.o
325 330 	EI~ECT STL COLS & 
•. 	8JAN71 o.o
BO 350 	ERECT SlR STL 1!. J0TSTS 10.0 71 300EC7& 100EC7& 0 .o 8JAN77 
12.0 71 	9JAN77 9JAN77 0.0 20JAN77 20JAN77 o.o
350 355 ROOF DECK 355 3h~ ROOFING & SHT MTL 2t.o 71 21JAN71 21JAN77 0.0 10FEB77 tOF£877 o.o 3&5 ~q5 AC lliiCT,IORK 5&.0 71 11FEB77 11FEB77 0.0 7APR77 7APR77 o.o 
14.0 71 	8APR77 IUPR77 0.0 21APR77 2UPR77 o.o
3q•; 4t U 	CE. TLr. StJSP SYST & IIJSIIL 12.0 71 22APR77 22APR77 0.0 3MAY77 3MAY71 o.o
4110 '1~0 PLAS CLG 4130 441'j 10l PA lilT & F I II ISH 28.0 71 IIMAY77 41MAY77 0.0 31MAY77 31MAY77 o.o 
o.o
115.0 71 	1JUN77 1JIIN77 0.0 15JUL77 15JUL77 WJ:%l
4415 505 'lO'l rUMP PAINT 1!. FIN 1-''"d sue; ~10 ~Ol PAINT & FINISH 18.0 71 1&JUL77 1 &JUL77 0.0 2AUG77 2AUG77 o.o ~c ..,_
()QI--' 
-l.n
001
0\ ......
I
..,_ 
FIGURE 32 
SEQUENCE F FL PAGE l 
(l) (J) TOT S T A R T START F I N I S H FIN WI:>:!
0 E S C A I P T I 0 ~ DUIUT CAL EARLY LATE FLOAT EARLY LATE FLOAT ~-'."d
-----------------------------------------------------------------------------------------------------'~,~---------------->r:: ~
510 b55 CLEAN•UP BLDG ()Q ......
7 .o 71 JAUG77 3AUG77 0.0 4UUG77 ·.,9AUG77 o.o VI001b55 bbO SELL JOB. 
5.0 71 10AUG77 10AlJG77 0.0 1UUG77 1hUG77 "'~-'
o.o I
5 20 SUB A APP MECH & ELECT ROUGH•IN MTLS \ 
30.0 71 2JUL7b ]JUL 7b 1.0 31JUL76 UUG7b 1.0 ~ 20 155 DEL MECH & lLECT kOUGH•IN MTLS INITIAL 
15.0 71 UUG7b 2AUG7b 1.0 15AUG7b 1UUG7b 1.015'; 275 ROUGH•IN UNDER SSMT 
10.0 71 1bAUG7b 17AIJG7b 1.0 25AUG7b 26AUG76 
1.0275 280 8ASMT FND, SLAR, SMS 
14.0 71 2UUG7b 27AIJG7b loU 8SfP7b 9SEP7b 
1.0280 285 RASMT WALLS 
21.0 71 9SEP7b 10SEP7b loO 29SEP76 30SEP76 1.0285 300 nAMPPROOFING 
5.0 71 30SEP7b IOCT7b 1.0 IIOCT7b 50CT7b 1.0410 445 
ACOUIST & OTHER CEILINGS 35.0 71 22APR77 27APH77 5.0 26MAY77 31MAY77 5.0150 275 A 
o.o 71 20AUG7b 26AUG7b. boO 20AUG76 26AUG76 
6.01145 470 R 
o.o 71 31MAY77 7JUN77 7.0 31MAY17 7JUN77 7.01170 480 RESIL FLR 
21.0 71 1JitN77 8JUN77 7.0 21JIIfH7 28JUN77 7.0480 490 II 
o.o 71 21JUN77 28JUN77 7.0 ·21JUN77 28JUN77 7.0490 510 li~ST HOSP
"'I II. MISC fl'llliP 35.0 71 22JIJN77 29JIJN77 7.0 26JUL77 2AUG77 7.0
......
00 II liS 4b5 A 
o.o 71 31MAY77 12JUN77 12.0 ]IMAY77 12JUN77 12.0llb5 1175 JljSf 5011; ~11LLWflRK 
1f>.O 71 1JIJN77 . 1]JIJN77 12.0 lf>JUN77 28JUN77 12.01175 1180 R 
o.o 71 1bJUN77 211JtJN77 12.0 1bJIIN77 28JUN77 12.01175 505 COMP MILLWORK 
11>.0 71 17JUN77 30JIIN77 13.0 2JUL 77 15JUL77 13.03b5 370 R 
o.o 71 10FEB77 24FEB77 111.0 10FE877 24FER77 14 .o370 390 I~TERIOk PARTITION 42.0 71 11Ff1177 25FE877 14.0 2111-1AA77 7APR77 
14.0390 395 H o.o 11 24MAR77 7APR77 111.0 24MAR77 7APR77 14.01130 4110 R 
o.o 11 3MA'I'77 17MAY77 111.0 3MAY77 1714AY77 Ill. 04110 b50 I~ST r1FCH ELIIIIP 
1o.o 11 4MAY77 18MAY77 14.0 12JUL77 26JUL77 111.0 
TOTAL FLOAT SORTABBREVIATED HERE 
FIGURE 32 CONT. 
IRM PROJECT CONTROL SYSTEM 
RUil flATF I JUL 7t, * * LU"'P SIJM COST REPORT 	* * DATA DATE 1 JUL 7et 
14 AUG 77 
RU~. St:.Oili::'IICE 0 NETt~OWK 10 ttl TITLE OA OISPE~SARY-LACKLAND AFB TX MONTEOUN CONSA FROM JUL 7b TO 
PAGE
SEQUENCE E S 	OHGANilATION 
ACTUAL
START REMAI PERCNT FINISH I ESTIM 0~ I DATE OUR AT COMPL T DATE FLOAT I COST COST T•D
WI 0 E S C R I P T I 0 N tJUL7b 1.0 .o tJUL7b .o 1 o. o.
1 5 NTP 	2JUL 7b 7.0 .o 2AUG7b 25.0 I 2000. o.
5 	10 MOB & LAYOUT o. o.
s 	20 SIIB 1!. APP MECH ~ ELECT ROUGH-IN MTLS 2JUL7b 3o.o .o UUG7b t.o I o. o.
5 	2'i SUO SH DWGS PAN FORMS 2JUL7b 20.0 .o 5SEP7b 4b.O I o. o.
2JUL7b 20.0 .o 10SEP7b st.o I
5 30 SIIB SH OwGS METAL OOQR RUCKS 	I o. o.
2JUL7b 3o.o .o 10SEP7b II l.0
5 35 SUB SH Ot4GS STRIICT STL & JOISTS 115.0 I o. o.5 110 Sll8 & API'WOV MASONRY MAlLS 2JUL7b 45.0 .o 8DEC7b 70.0 I o. o.5 45 SUB SH OwGS MTL ~INDQWS 2JUL7b 3o.o .o 90CT7b 72.0 I o• o.
30.0 • o 110CT7b
SAMPLES RLDRS HARDWARE 	2JUL7b
5 ')0 SUO LIST ~ 	45.0 .o 20NOV7b 97.0 I o. o.
o\ MTL DOORS 	2JUL 7b
5 ~5 Sll8 SH OI'IGS ALUM ENTR 	2JUL 7b 115.0 .o 7FES77 17&.0 I o. o.
bO SIIB LATH & PLASTER 	o.
5 	2JUL7b 45.0 .o 2bJAN77 1&4.0 I o.
5 	b5 SUB CEIU~IIC TILE 28MAR77 225.0 I o. o.
SUBMIT TOILET PARTITIONS & ACCESSORIES 2JUL7b 45.0 .o
5 70 	2JUL7b 3o.o .o 111NOV7b llO.O I o. o.
5 75 SU~MIT PLU~~ & MECH FIXT & FQUIP 	15JAN77 1&8.0 I o• o.
FIXT 	& EOUIP 2JUL7b 30.0 • o 
5 80 SUBMIT ELECT 	30NOV7b 107.0 I o. o.
& APP SH OWt;S MISC METALS 	2JUL7b 45.0 .o
5 d" SIIR ~ APP SH 	DwGS REINF STL 2JUL7b 35.0 .o 5AUG7b .o I o. o.
5 	90 SUB 9DEC7b 11&.0 I o. o.
5 95 SUBMIT & APPIIOV ROOF DECK SH DWGS 2JUL7b 45.0 .o bNOV7b 98.0 I o. o. ~ SHEETMETAL SHOP OWGS 2JUL7b 30.0 .o
5 too SURMIT ROOF 	.o 21NOV7b 1\3.0 I o. o.
5 toe; SU~MIT X-RAY PROTECTION 2JUL7b 3o.o 9MAY77 2&7.0 t o• o.~ APPWOV DOOR CANOPIES & SIGNS 2JUL7b 115.0 • o 
5 1"1 0 SUBMIT .o 17FEB77 201.0 I o. o.s 115 SUBMIT PAI~T SAMPLES 2JUL7b .30. 0 .o 20APR77 2&3.0 I o. o.5 120 SUSMIT VINYL WALL COVERING 2JUL7b 3o.o .o 2]JAN77 17b.O I o. o.
I SIIBMIT SH DO'IGS MILLWORK 	2JUL7b 3o.o 
1.0 s 1]0 	45.0 .o 10JAN77 148.0 I o.
"'I-" s 125 	SIIBMI T RESILIENT FLOOR SAMPLES 2JUL7b 3o.o .o 24MAR77 23&.0 I o. o.o. SU~MIT SH U~GS CASEWOPK 2JUL7b o.
115 	45.0 • o 30NOV7b 107.0 I o•
5.., 111(1 SUBMIT HOSPITAL & MISC EQUIP 2JIJL7b 	o.
2JUL7b 30•.0 .o ]tMAR77 2113.0 I o.
5 145 SUbMIT ~ISC BLUG EQUJP 15.0 .o 20AUG7& 3"5.0 I o. o.c; ,..,0 CONC OES MIX 2JUL7b o.
2JIJL7b 3o.o .o 29DEC7b 1'51.0 I o.
5 BO PRE·OIIAL IFY wELDEPS 45.0 .o 170EC7b 124.0 I o. o.5 bOO SUS & APP SH DwGS OUTSIDE ELEC & PLUMB 2JUL7b 111.0 .o 1bAUG7b 25.0 I 4000. o.
9JUL7b
10 1') ROUI;H GRAD & EXCAV SLOG 9JUL7b 32.0 .o 31JAN77 175.0 I 10000. o. 10 bUS OEMOL & SITE GRADING 22JUL 7b 15.0 .o 20SEP7b 4b 0 0 I o. o.25 loO GOV'T APPROV PAN FOPMS 22JUL7b 15.0 .o 25SEP7b 5t.o I o. o.30 lb., GOV'T APPROV MTL OR 811CKS o.
lc; 	1S<; R 22JUL7b .o .o 1bAUG7b 25.0 I o. o.2f>'i A 22JUL7b .o .o 20AUG7b 29.0 I o. o.
1'5 	UUG7b 15.o .o 1bAtJG7b t.o I 13000.
20 	ISS UEL MECH ~ FLECT ROIIGH-lN MTLS INITIAL o. o.
UUG7b 20.0 .o 30SEP7b 111.0 I35 1 7 0 GOV'T AP~ROV STR STL ~JSTS 1AUG7b 20.0 .o 290CT7b 10.0 I o. o.
45 	180 GOV'T APPAUV MTL WINOOftS 
Wl:'=j1-"'"d 
~-1:-
()Q f-< IJ1CXll
0\i-<I
-1:--
FIGURE 33 
Wt<:l
1--''"d
lliM PRilJfCT CONTWOL SYSTEM 
llUtJ OATF JUL c;t> ~
7h • • LU'"IP SliM COST REPORT o * DATA DATE 1 JUL 7b ()Q 1--'
1.1"1

RUN SErJIIE.NCf 	CX>I
0 tH. Tr~llRI< IIJ Ill TITLE DA Ol~Pf~SAWY•LACKLANO Af8 TX MONTEOON CONSR HOM JUL 7b TO 14 AUG 77 0'>1--' 
SEIWfNCf E S ORGANIZATION 	~I 
PAGE 2 
•II 	0 f S C R~ I l P T l START REI'IAI PFRCNT fiNISH I ESTIM 0 ACTUAL0 N DATE DURAl COMPLT DATE FLOAT I COST COST T•O
-----------------------------------------------------------------------------------------------------------------------·
50 IRe; GOV' T APPWIJV HLOI<S H&ROIIIIAR[ 	1AIJG7b 30.0 .o IONOV7b 
72.0 I o. o.
75 210 GOV'T APPRUV PLIIMR 3 I'IECH FIXT ~ fQIJJP IAUG7b 30.0 .o 18DEC7b 110.0 I o. o.
~0 2l"i GOV'T APPRIJV ELECT FpT & [rltJTP IAUG7& 30.0 .o t4FEIH7lOU uo (,IJV 1 T APP'RL)V ROOF ' SliMTL SH Oo'IGS 1AUG7b 1s.o 1b8.0 I o. o. 
lOS 	.o C!1NOV7b 911.0 I o. o.
?2"i GllV'l APPROV X-RAY PROTECT IAUG7& 20.0 .o IIDEC7& 1 n.o 1 o. o.115 230 GOV'T TFST ' APPRnv PAINT I AUG7& 30.0 .o 19MAR77 201.0 I o. o.
120 (>]"i GOV 1 T APPHIJV COLrlR SEL VINYL WALL COVERING IAUG7b 30.0 .o 20HAY77 2b3.0 I o. o.
125 (>40 GfiV 1 T APPWOV MILLWORK 1AUG7& 20.0 .o 12FEB77 176.0 I o.
I JO 211" GOV 1 T APPRllV A COLOR SEL kESILIF.NT FLOOR o • 

1115 2b0 c,OV 1 T APPROV .,.ISC IILOG EQIIIP IAUG7& 30.0 .o 23APR77 236.0 I o. o. 90 J'jO OEL Rf l ~F :HL IAUG7& 20.0 .o 20APR77 243.0 I o. o.lbO 315 O~LTVEk ~A~ FORMS bAUG7b 15.0 .o 20AUG7b •o I 11000. o.
bAUG7b 45.0 .o 4NOV76 	46.0 I
lh'l 3(!5 FAR & UfLIVfH MTL 	o. o.
bOS b10 H OR RUCKS bAUG7& 90.0 .o 2110EC76 51.0 I 2000. o.biiS bl2 R qAUG7& .o .o 2MAR77 205.0 I o. o.110 175 DfLIVEk MASONRY MAllS qAUG7b .o .o 31JA~77 175.0 I o. o.lbAUG7b 45.0 2t>JMH7
55 JQO GOV'T APPROV 	.o 115.0 I 9500. o.
ALIIM ENTR & MTL DOORS 1bAUG7b 20.0 .o 10DEC7& 97.0 I o.0'> bO 195 &OV 1 T APPROV LATH & PLASTER lbAUG7b 15.0 o. 
I .o UFE877 176.0 I o. o.N b5 200 GOV 1 T AP~ROV CER TILE & COLOR SEL lbAUG7b 30.0 .o 2SFE877 lb4.0 I o. o.0 70 205 GOV 1 T APPROV TOIL PART & ACCES 1bAUG7& 20.0 .o I HPR77 225.0 I o. o.
8S ~05 FA6 ~ ~ELIVER MISC METALS lbAUG7b 45.0 .o 14JAN77 107.0 I 3500. o.95 'So OELTVFR HOOF DECK MATLS lbAUG7& 30.0 .o 8JAN77 11b.O I o.110 500 DELIVER uOOH CANllPIES & SIGNS 1bAUG7b 75.0 .o 23JUL77 2&7.0 I 2000. o.13S 250 GOV 1 T APPtlOV .CASEWORK 1bAUG7& 30·~o .o 9FE877 148.0 I o.140 t>SS GOV 1 T APPHUV HOSP & MISC EQUIP 1&AUG7& 30.0 .o 30DEC7b 107.0 I o. o.
IS':i 27"i HOuGtt•lN UNDER BS'"IT I&AUG7b 10.0 .o 2bAUG7b 1.0 I o. o. ·2?0 JSS ~FAB-&" OEL I~~-SHJ-ITL 2000. o • 
& ROOF I &AUG 7_& t.o.o .o 20JAN77 98.0 IbOO hl2 OEL MATLS OS ELEC & PLUMB lbAUG7b 45.0 31 JAN77 o. o • 
150 	•o 124.0 I o. o • 
2b5 H 	20AUG7b • o .o 20AUG76 •o I o• o.
ISO 27'S H 
20AIIG76 • o .o 2f>AUG7b 6.0 I o. o.
150 biO H 
20AUG7b .o .o 2MAH77 	194.0 I o. o.
170 325 FAH & UEL 
STL COLS 2tAUG7b 45.0 .o 24DEC7b 81.0 I 1500. o.170 330 ~AH & DEL STR STL & JSTS 2JAUG7b 90.0 .o zqoEC7t. 41.0 I 111000. o.
180 ~bO FAH & DELIVER METAL wi~OOWS 	21AUG7b 90.0 .o 27JAN77 10.0 I 2000. o.

22S 370 OELIVf~ PROTECT ~ATLS 	21AUG7b 75.0 .o 211FE877 113.0 I 3500. o.

2'10 II be; FAH & {JEL IV~k "'ILLo~ORK 21AIJG7b 120.0 .o 12JUN77 17f>.O I bOOO.
2&11 II !IS uELtVFk MISC RLOG EQUIP o • 

21AUG7b 90.0 .o I 9JIIL 77 	243,0 I bOOO. o.
2&5 no F TGS ~ PLioiTHS
biO be!O 2tAIIG76 t&.o .o SSEP7b •o I 4500. o.OfLIVFW & INSTALL STOR'"I DRAINAGE 21AUG7b bO.O .o 1MAY77275 21111 ~ASMT FNO, 194.0 } 10000. o.
SLAB, RMS 	2bAUG7b 14.0 .o 9SEP7b 1.0 I 3000. o. 
FIGURE 33 CONT. 
lAM PROJECT CONTROL SYSTE14 DATA DaTE 1 JUL 1&
LUMP SliM COST REPORT • •
RUN !lATE Jill 7b • • 
RUN SEfiiiENCE 0 NET~O~K 10 111 TITLE OA OISPENSARY•LACKLANO AFB TX MONTEOON CONSR FROM JUL 7& TO 14 AUG 11 
PAGE 3

SEOIIF.NCE t:: S ORGANIZATION 
ACTUAL
STANT NEMAI t>E~CIIIT FINISH I ESTIM D ~ I DATE OUR AT COI'IPL l OATE FLOAT I COST COST T•D 
WI 0 E S C R I P T I 0 N 3UUG7& 120.0 .o 10MAA17 12,0 I 9000, o. 185 34"i OELIVER BLDRS HAROWARE 3UUG7& 30.0 .o 24MAR17 17&,0 I o. o. 1'15 385 DELIVEW LATH & PLASTER MAlLS 3UUG7& 1'50.0 .o 1714AY17 110.0 I 41000. o. 210 11110 OfLIVE~ PLUMB & MECH EUUIP & FIXT :5UUG7& 120.0 .o 14JUN17 1&11,0 I 23000. o. 
21'> 450 OfLtVfR ELECT FIXT & EOIIIP :5UUG7& 45.0 .o 3MAY17 201.0 I o. o. 230 430 DELIVER PAINT MATLS 2&1,0 I 1500. o.llbO DELIVER VINYL WALL COVERING 3UUG7& &o.o .o 19JUL11 23&,0 I 3500. o.
235 3UUG7& 45.0 .o 7 JUNH
2115 1170 DELIVER RESILIENT FLOOR MATL 97,0 I 4500. o.
'iSEP7& 90.0 .o 1OMAR77
1qo 311'5 FAB & DEL ALUM ENTR & MTL DRS 5SEP7& 90.0 .o 1&JUL77 225,0 I 4000. o. 2115 1125 OELJVEW TOILET PART & ACCESS bSEPJ& 30.0 .o 50CT7b ,0 I 10000. o.GRADE BEAMS 4500. o.
270 300 CJSEP7b 21 •.0 .o 30SEP7b 1.0 I
280 285 BASMT WALLS ll APR77 1&4,0 I 9000. o.
1"iS£P7& 4'5.0 .o
200 1105 DELIVER CERAMIC TILE MATLS IJJUL 11 148,0 I 1b000o o. 250 1165 l'iSEP7& 111o.o .o 28JUN77 107,0 I
DELIVER CASEwORK 15SEP7b 1'50.0 .o 43000. o. 255 11'10 DELIVEW HOSPITAL & MJSC EQUIP 30SEP7b 2.0 .o 24JAN77 115,0 I o. o. 
175 Be; SAMPLE ~ASOIIIRY PAN~LS 50CT7b 1,0 I 1soo. o.
30SEP7& 5.0 .o
285 300 OAMPPROUFING 1MAY77 1&9,0 I ·1000. o.
30SEP7& 45.0 .o
b1<' bt"i OUTSIDE PLU~BI~G 90.0 .o 1MAY77 124,0 I 24000. o.
30SEP7&
b12 b1CJ OIITSIOl ELE.CTRICAL 50CT7b .o .o 14JAN77 101,0 I o. o. 3110 30<; R 10.0 .o 150CT7& • 0 I 4500. o. 
F~~ & GRADE UNOER ~LOG bOCT7& 900. o.
300 310 10.0 .o 211J A~l77 101,0 I
fJOCT7&
305 33'5 8SMT STEPS ~ LNOGS 20.0 .o 4NDV7fJ ,0 I lliiOO. o. 
30l UNPR FLR MECH & ELECT R•l 1&0CT7& o.
310 315 51~0V7b 50.0 .o 240EC7& ,0 I 17500. 315 320 FPC PAN SLARS & dMS '50.0 .o 24DEC1fJ ,0 I 27000. o.
0'1 70l UNOR FLR MECH & ELECT R•l 5NOV7b o.
I 315 325 13fiOV7fJ .o .o 1MAY77 1&9.0 I o. 0 •.N b15 &20 R .o .o 2bJUL77 255,0 I o.
1--' 1~NOV7b o.
&15 f>50 k 2110EC7b .o .o 2110EC7b .o I o. o.320 ~25 R 2'iOEC7b 18.0 •o 24FE!H7 114,0 I 5500 • o.
320 J70 CONC TOPPING FILL 250EC7b &3 .• 0 .o 7APR77 41,0 I 20000. o.
320 37<; ELECT ROUGH•IN 7APR77 34,0 I 21000. 
320 3CJ'i MECH ~ PLUMS ROUGH-IN 25DEC7& 1o.o .o 29DEC7b ,0 I 1ooo. o. 

~ METaL BUCKS 25DEC7b s.o .o o.325 330 lRECT STL COLS 280EC1fJ .o .o 1MAY17 1211,0 I o. 
b1CJ f>20 R 2f>JUL 11 210,0 I o. o.
211DEC7& .o .o o.
blq b':lO R 2CJUEC7b 42.0 .o l2JlJIII77 124,0 I 13500. b20 b25 SUBGRAOE & BASE FOW PAVING 2qoEc7& .o .o 211JAN77 2&,0 I o. o. HO H"i 300EC7b 10.0 .o IIJAN77 ,0 I 3500. o. 
Bo 3':10 "EkECT STk STL & JOISTS 30DEC7b 27.0 .o 101'4AR77 44,0 I 9500. o. HS 3110 fXTFRIOk MSNRY WALLS 300EC7& 3,0 .o 27JAN77 2&.0 I o. o. HC, JbO TIME LAG 2JAN77 t4 .o • o 1OFE817 2&,0 I 500• o. 3&0 3&"1 1'-IST ~TL WINOOwS CJJAN77 12,0 .o 20JAN77 ,0 I 9500. o. 
350 3':1'i tWOF I)E CK 
Wl:'=l
,_.'"d 
::t>
c .1>
(IQ 1--' 
FIGURE 33 CONT. CXll'Jl 
0' 
I
.!>
Wt>j
...... "0 
I~M PROJECT CONTROL SYSTE~ >c: .c-.
RUN DATE I JUL 7& • • LUMP SUM 	COST REPORT ()q ......
• • DATA DATE 1 JUL 76 	V1
00 IAUtl SEQUENCE 0 NETwi'JRK ID III TITLE DA DISPENSAAY•LAC~LANO AF8 TX MONTEDON CONSA FAON 1 JUL "' ......
76 TO 14 AUG 77 ISEQIJENCf E S ORGANilATION .c-. 
PAGE II 
Iii I
WI 	START REMAI PERCNT FINISH I ESTIM 0
0 E S C A J P T J 0 N 	ACTUAL
DATE OUR AT COMPL T DATE FLOAT I COST 
COST T•O3'5'5 36'5 ROOFING & SHT MTL
340 	21JAN77 21.0 • o 10FEB77
34'5 A • 0 I 16000• o • 340 500 R 2'5J AN77 .o • o 1OMAM77 44.0 I o. o • 340 &45 A 25JAN77 .o • o 23JUL77 179.0 I o • o.
34'5 385 INST MTL ORS & ALUM ENTR 	25JAN77 .o • o 24JUL77 teo.o r o • o.2&JAN77 u.o .o 24MAR77
500 '510 INST DOOR CANOPIES & SIGNS 	44.0 J 2000. o.
2&JAN77 to.o • o 2AUG77
&2'5 &30 CURR & GUTTER 	179.0 I 500. o • 
3&5 370 R CJFE877 21.0 .o 3JUL 77 124.0 I •ooo. o.3&5 38'5 R IOFEB77 • o .o 24FEB77 14.0 I o • o.10FEB77
3&'5 39'5 AC DUCTWORk 	• o • o 24MAR77 42.0 I o • o •
370 390 	11FEB77 5&.0 • o 7APR77 .o I 23000•
INTERIOR PARTITION 	o.
385 190 	11FEB77 42.0 .o 7APtH7 111.0 I 17000.
STUCCO 	o.
37'5 395 	11FE877 14.0 .o 7APR77 42.0 1 2000.
R 	o.
&30 	25FEB77 • o .o 7APR77 41.0 I
&35 WALKS 	o. o •
&30 &4'5 ASPHALT PAVING 2MAR77 	21.0 • o 24JUL77 124.0 1 4000 • o.
&35 &4'5 R 	2MAR77 to.o .o 24JUL 77 135.0 I &500. o.
<Ill'\ 	22MAR77 • o .o 24JUL77 124.0 I
I &45 &55 TOPSOIL & FINE GRADING 	23MAR77 1&.0 .o CJAUG77 o • o. 
N 3CJO 395 A 	124.0 I 2000. o.
N 390 405 R 	24MAR77 .o .o 7APR77 11.0 I o. o.24MAR77 .o • o 11 APR77
390 420 PLASTER WALLS 	18.0 I o • o.
c?'5MAR77 14.0 .o 3MAY77
40'5 420 CERAMIC TILF. 	2& 0 0 I 1ooo. o.
2'5MAA77 22.0
39'5 ItO CEILG SUSP SYST & lNSUL 	• o 314AY77 ta.o 1 4'500. o •
8APR77 14.0
420 4.?'5 A 	.o 2UPR77 .o I 5500. o.
420 4.50 R 	15APR77 • '0 .o l&JUL 77 CJ2.0 J o • 
o.
1'5APR77
4.?'5 '510 TOILET PART & ACCESS 	1UPA77 .o • o 3MAY77 18.0 I o • o.
17 .o .·o 2AUG77
410 430 PLAS CLG 	92.0 I 700. o.
1110 	22APR77 12.0 .o 3MA07 • o I
430 411'5 ACOUIST & OTHER CEILINGS c?2APIH7 3'5.0 .o 31MAY77 5,.0 I 800 • o.4110 R 7000. o.440 455 R 3MAY77 .o • o l7MAV77 14.0 I o • o.430 44'; ]OX PAINT & FINISH 3MAY77 .o • o c?&JUN77 '54.0 I o • o.
4MAY77 28.0 .o 31 MA Y7 7
440 f>'iO INST MECH EllUJP 	.o I 3900. o.
4MAY77 70.0 .o 2&JUL 77
114'5 4'50 R 	14.0 I '5000. o.
44'5 4'55 A 	31MAY77 • o •o 14JUN77 14.0 I o• o•
44'5 4&0 A 	31MAY77 .o •o 2bJIJN77 z&.o I o• o.
44'5 4&5 A 	31MAY77 • o .o 1CJJUL 77 49.0 I o• o.
1145 470 R 	31MAY77 .o • o 12JUN77 12.0 I o • o.
445 soc; 	31MAY77 .o .o 7JUN77 1.0 I o. n.
'SOX COMP PAINT ~ FIN 
1JUN77
4'50 f>50 INST ELECT FIXT ~ EQuiP 	4'5.0 .o 15JUL77 • o I &500 • o.
45'5 I JIJN77 	42.0 .o c?&JUL77 14.0 I 3000.
fl'50 INST PLUMB ~ MECH FlxT 	o.
4b0 510 VINYL ~ALL COVER 	I JUN77 30.0 .o 2bJUL 77 2&.0 I ?'500. o.
1JUN77 14.0 .o 2AUG77 49.0 I 

1000. o. 
FIGURE 33 CONT. 
IBM PROJECT CONTROL SYSTEM 
RUN DATE JUL 1b * * LUMP SUM COST REPORT * * DATA DATE 1 JUL 76 
RUN SEQUENCE 0 NETwORK ID Ill TITLE DA DISPENSAAY•LACKLAND AFB TX MO~TEOON CONSA FROM JUL 76 TO 14 AUG 77 
PAGE 5
SEQUENCE E S ORGANIZATION 
W I STAAT AEMAI PERCNT FINISH I ESTIM 0 ACTUAL
----------------------~--------------------------------------------------------------------------·---------------------
0 E S C A I P T I 0 N DATE OUR AT COMPL T DATE FLOAT I COST COST T•D
WI IJUN77 lb.O .o 28JUN77 12.0 I 1500. o.
4b5 475 INST 501 MILLWORK IJUN77 21.0 .o 28JUN77 1.0 I 1500. o.
47Q 480 AESIL FLA o• o.
1ftJUN77 .o •o 28JUN77 12.0 I
475 480 A I 5JUL 77 13.0 I 1500. o.475 505 COMP MILLWORK 17 JUN77 I boO .o o.
21JUN77 • o .o 9JUL77 18.0 I o•
480 485 A 21JUN77 • o .o 28JUN77 1.0 I o• o.480 490 A 21JUN77 .o .o I 9JUL 77 28.0 I o. o.
480 495 A •o 2AUG77 39.0 I o • o.
GOV'T TEST X•RAY PROTECT 22JUN77 3.0
480 510 .o 2AUG77 111.0 I 3000. o.
485 510 INST CASEWORK 22JUN77 24.0 0.
INST HOSP & MISC EQUIP 22JUN77 35.0 .o 2AUG77 1.0 I 4000.
490 510 2AUG77 28.0 I 8oo. o.
495 510 INST MISC BLDG EQUIP 22JUN77 14.0 .o 14.0 I 30D-O. o.
13JUL 77 14.0 .o 9AUG77
b50 b5'5 TEST MtCH & ELECT I&JUL 77 18.0 • o 2AUG77 .o I 2&D-O. o•
505 510 201 PAINT & FINISH o.510 b5'5 CLEAN•UP BLDG 3AUG77 1.0 •o 9AUG77 .o I 1000• o.
&55 bbO SELL J08 10AUG77 s.o .o 14AUG77 .o I tooo. T 0 T A L 600000. o.
-----------------------------------------------------------------------------------------------------------------------· 
0\ TOTAL PROJECT ACTUAL COST TO DATE I o.
TOTAL PROJECT ESTIMATED COST S 600000.
I END OF REPORT
N
w I 
wt>:t
..... '"d 
e-~
~ OQ ......
(I) VIti colCJl 0'1~
FIGURE 33 CONT.
(I) I
~
t;d1-'Ill
~ 

EP 415-1-431 Aug 86 
CHAPI'ER 7 
UPDATING 
Qpdat1ng as the Work Progresses. 
a. General. Although great benefit can result from planning a job by network analysis, even greater benefit can come from the use of NAS as the job 
Since the original activity time durations are only estimates,
progresses.
actual times involved in activity accomplishment will vary as the work progresses. This can be due to any of a number of causes which can and will 
arise and cannot alwEzys be foreseen. The initial plan can help get the job organized and scneduled, but as various activities actually take more or less time than originally estimated, control of the work is lost unless the network analysis is updated to evaluate the status periodically. Updating the system is necessary to monitor progress, to evaluate impact of delEzys and changes, and 
to adjust planning so as to meet the required completion of the work. The principles of updating involve substitution of actual occurances in lieu of previous estimates, revising the logic where necessary to reflect changes or to 
correct previous errors, and then making a new analysis. For example, updating information would include actual start and finish dates which have occurred, 
revised duration estimates for activities for which better information is available, and addition or deletion of activities or change of restraints occasioned by changes in the work. Updating can be done either manually or by computer. Both techniques are discussed below. In either case, accurate realistic input information is vital to gain a useable update report. 
b. Manual Updating. Normally analysis based on updating is done by computer, however, manual posting and updating mey be done, if desired, and it 
is often used on summary diagrams for displEzy and briefing purposes. On an arrow diagram this is usually accomplished by coloring or darkening arrows completely for completed activities and partially for started but not completed activities. Actual finishes and starts are entered at the head and tail of the arrow respectively as shown on Figure 34. A similar notation can be used on a 
In either case time scaling is not absolutly
precedence diagram if desired.
necessary. If an actual start cannot be verified, no date earlier than the 
date of the update should be assumed for an early start as shown by the 
earliest start possible (ESP) of 120 on Figure 34. Using the actual start and 
finish dates and any revised logic or durations deemed appropriate and agreed 
upon at the monthly progress meeting, a forward pass is made from the last 
actual start or finish on each path. The result mey be a completion later than, earlier than, or equal to the original completion indicating the project is behind, ahead, or on schedule respectively. In the case illustrated, the project has fallen 7 deys behind the original completion from 410 to 417. The critical path mEzy be identified as described earlier once a backward pass is completed. It mEzy deviate from the original critical path and it will indicate 
the activities in progress which are controlling the completion as of the update time. Accurate job progress data revisions to logic and durations as 
well as accurate work status entry is essential in this update process. 
7-1 
EP l.J15-1-l.J
31 Aug 86 
c. Computer Updating. Input information for updating by computerinvolves the same type of accurate agreed upon information necessary for manual
updating: actual start dates, actual finish dates, revised duration timeestimates for appropriate activities, and logic changes as and if appropriate.Computer programs differ in some respects. Some programs require a percentage
of completion for those activities started but not yet finished. The
particular requirements of the computer and program being used should be
understood before updating is undertaken. An example of updated monitor
printouts is shown in Figure 35 for i-j sort, Figure ~ for early start sort,
Figure 37 for late start sort, Figure 38 for total float sort, and Figure 39
for lump sum cost reports. Notice that actual start and finish dates are
indicated by the letter A in the appropriate column. This program indicates
the update date at the beginning of each sort. In addition these printouts
indicate such information as earliest and latest delivery dates of materials,
dates subcontractors are needed on the job and early and late parameters for
Government actions such as approvals. 

(1) Figure 38, the total float sort (sequence F FL for IBM). In thiscase, as of 28 October 1976 the project completion has slipped from 1l.J August1977 to 21 August 1977 which is most easily seen on this sort. Note that thisprojection appears in the early finish column for activity 655-660 but that thelate finish has been locked at 1l.J August 1977 (Sl.J) generating a -7 float on themost critical path. If the projected completion is earlier than 1l.J August 1977a positive value of float would be indicated on the critical path. Thenegative float indication reveals, that seven days must be regained inaccomplishing the activities remaining on the critical path if the targetedcompletion of 1l.J August 1977 is to be realized. In addition a parallel pathindicates -l.J days total float which must also be regained. It is evident howeasily a NAS updating such as this reveals where and why a project is behindschedule and directs the manager's attention to decisions that must be made to
regain schedule. Note that should the update reveal that the cause of the
project being behind is excuseable under the contract, the appropriate actionmay be to extend contract completion and release the targeted completion
accordingly. 
(2) Figure ~' the early start sort. Once past the actual starts thebrackets indicate the activities which can start during the remainder of
October 1976 and November 1976, the next month. The large number of activities
indicating 28 October 1976 early start (data day 120) represent activitieswhich could have started earlier but apparently did not. This program
restricts early starts to the date of the update or later unless an actual(Code A) entry is made just as the ESP of 120 was used on the manual update. 
(3) Figure 37, the late start sort. The bracketed activities are thosewhich must start in the remainder of October and November 1976. 
( l.J) Figure 39, the lump sum cost report. The actually completed activitieswith a dollar value and percentage of the value of actually started activitiesbased on expired duration over total duration are entered in the Actual Cost toDate column and summed to attain an earned p~t of $117,630. 
7-2 
i90  RFP TO USE SOME G F t-IOSP EQUIP  .., ·~3f91  NE:60 C 0 #1 *"* *"*  11f~I)S117 DE.LIV  GCo T  FL ~N HQ',f·~•_.u"'''"-"--- 
{2401  
ESP§  
.~<'i~  \- 'iEc<lR  i3  INSTALL  \T',RM  ~RAI"JAGE  
r--------------------~  lhCJI  '1u,ooo  

' / ESP§j \ 
c JT ·~ Jf-;>L JMBI"<G
I i ::.::" B 5 ., 'C''" '~~-50 612 26i --\ -------
'4'5• s~.ooc 
8 13, lPI-' 5'"' :;,.,.::,$ ',(~'8 10,,"-'8 ? 54 JE_ '>'t.T_o ~<) ~-· 8 f' ~MtJ ~ 222 '7-----GUTSI.JE tLECTRICAL
600 
~{...f I I ,.... \ ~ '24,000 
l 
31 I st.AM,. "''s~ e or-, Euu'P o~ 66 \ cov'r APPROv MISC BLDG EQUIP ESP~ 
1 .~m ~ \~ 120)-f-e4t _
I RESUBMIT HOSP 146 ,..;_&_O) 

26 I SJBMIT H(JSP TAL 8 MIS( EQ•._,·p ~0 140 116 UII~C EQI.iiP 146 G•JV T APPROV HOSP B MISC EQUIP 
145 ~ 
I
I +4{H.~ ~01 141 1.301 E s P G]; 
'5 IS~BM T s~ ~wv-'.A'~E ""G"'" G'J'v r APPROV 
CASEWORKI ~tee, +~~ t-f--» 90 135 91 ua 2 
1 L52 I s_BM • REc, u,· st.MP_Es s~ 83 GIJV T APPROV B COLOR SEL HE Si-lENT FlG0H
130 
I ~ '""'''>~ :2 J suBM r SH DI'IGS MIL, ,.,.ORK 42 43 GOV T APPROV MILLWGRK ~6 2 ~ 
I ~ 125 
fMt
35 / •AM IT t;t., 1 : L--'EJ..i,r-.,G 66 APPHOV SEL
I ,.~nL 6') GOY T COLOR VINYL 
120 
I --~50 I I '3U8Mr~ p:, .... ',A""f '-~ e~ 115 81c._,CJ,i T TEST a (JISAfi--RC.uE P.AI'H 116 110 HE:;,'8MIT Pll.l'·' PAINT 
I 
~~~ 

~ ~ (15) 13(.;1 
E.SPI21 ~'4395 2G I ','!~M • 8 :,pppr_. ~t.r. "-1[') 8 <:, 0'.0. DEL·>''-~OCP (;,•, )P 1E'3 8 S•Gr<.S ~ 
395
320
I ~-t-3*-110 7~ -S 2.00(' 500 
I I<'.-, E [ E c~ IN ;g: 
I 1631 RA<
45 I ,, sv ~ ~ "~'. T[ \ T •,N MECH 8 PLUMB IN
218 ROUGH
1 ++er _, 
170) , ?1.ooo 
I ' 
42 S.·8~' PVC' 8 S>-<El'Mf':., :, • .rp ~ ... ::;5 IQ 76 Gl.' APPRC·i X RkY PR('f(.' O[~'VfR PPOTECT MATLS l95 
~:'rB->+c-et -' 5 !i'B+ ~ {"51 3.500 
IOO 73 GO> • :,DPRGo RQGf 8 S>-<MT, Sf< DW'GS 6 ROOF 
~~:..,.,.;,;;.-"''-~f.,_<o 2.7 Q£~ PEINF STl II SUBM T B APPRO.; ROO' JECK SH C~W'GS --'jl 52 O[L'V(fl ROOF c:>EC~ MATL'-'S'---i--------------,
r 9 o 95
I 
-f+":rt ,900~ ~ ~{85) 
CO"<L DES Ml~ 21 ''C.', B 1-'Liro.TH<; 59 91 GRADF S~AMS 228 C.JNC TOPPING FILl 
.... / +*'I $4 5"1~ 270 m •MH 1o.co0 c1e1 s5,5oo 
30 ·.~~ ~" S>< :<WGO ,·.:.-;,/ h'> 70 ~B ~.E, ,('< .... ISC "'~T'i:.;CS
85 
)!
/'""------, 
F<C,,\,._. .:ORt.C BJ' ..,o '·." 10 16 .[.:~"'" :~:~'~ '·' 15 30 -280 ~ 4 ':100 
H<lt
fl. C( M! 1_1-< 8 ! 1 f C l 
"-'":'ti::"'""""-"''"-"-"........-( 20 36~~~ Ml J,~NIT.AI_

roo. 
:;,..GS ~ O:.PPPl_;y < ,JRMS
S H c,,.. PO:.'" ' "'-'' 35 PAN )"'"-'-----::i:"'=....::.:.O....=='-------f
2 160 
~/l210r2,8 
INST4
21 ',~8 ,:.;., ~'o "-'E •r,_ 8~~WS ' 30 41 ""•~PPvv M'L ~« 8~l~S ~? ~~6 8 DELIV~R MT~ QRS~.~c;-:;S 147
1 
165 57 345~ALU 
\14)
D 
.!' 35 170
9 ':,,1-1 ,~~~.'~N~ ',R 39 Gc v<'~l ~ROY )Hl ','L 8 J':,T'; ',<, 60 :~~ B Q[L 0.1L ~.~~~~ 106
11 
~ 
S T~ 8 J S T S 148 
1':!.000 
.. ....E. ~7
•h't>-*Q1 (8'1) 
'12 :) •lJ El t,P<'"' w ~ M 4 j (.,NI'l. ...A~ L 
s 4 oi-U-'JEL'V,E:OI M4SONFh SM')~'J"~~ !>f ( 175) ?I 3 {S('A~P:_E M4SONRY PANELS /
1 I
48 -J~~H ~l•""(.,~ M' ,..,N[,:"WS AI 45 82 G~ 4PPRQV Mll WINDOWS 'Lt! t'34U~ 6 DELIVER METAL W~~~~~~ 
46 
5
0 ,. HARD,..."-RE ro ........... c.ov T APPROv p~oR~ 1 HARDWARE /-60 d : ~01 1•201 
50 
1 1 1 
i:! 11, r.;. .'III'V'• n, '"" I'" H 8 M' 5 ~ 31 GOV~ APPRO/ ALvM EN"R 8 MTl DOORS 45 4 r:~, a DEl ALUM ENTR 8 M$T4L.!:iO~RS '35 
4 

190 
1 
ESP.§: 
~~ f:l ~·,. 8 l'ciiO'f io< FlO 81 GOY T APPRO~ cA'H 8 PLASTER 95 244 DELIVER LATH 6 PLASTER MAlLS 
•-<.!.. 60 ~ 195 ~OI 

ESP IZO 
t'!'l '-<11 I!HII""'I •,,, lO 65 71 GOV' APPRO\! CER "•LE 6 lO\OR SlL 95 247 DELIV(R CERAMI( TILE MATLS 
200
,_...,, HB+ 145)
{~t $9,000 
ESP~ jO '•1',::1 1 1111111 f'AHlllll'"''· !.\ 4ldS'-(1RI(';o /(l 70 72 G~ ;;.;R 93 )-'''-''"''-----1
1 
205
" ' ':.~··~pg;'l•~fl 6 "'l·" '·•' 6 !i.,i\.11' ~~~ 7 !'l 38 G-·.~ AI'P~O~ PLUMB 6 M[CI-I Fl~~ 6 EQJIP 66 ZIO 75 '~~5L~~E
1 
I;· '· c•~~ • .,\Ll)' '''' l\ l:,IL"" <'~',~<"9 c.,u..rur APPRoy fLE(I FIJ'il o fOU~P !:i~~ 60 I
11 
111 


EP 415-1-4 
31 Aug 86 
SJ8GR.IIQE A'-0 BASE_ FQR P.llli''-G s' 3,50 ~  ;y6 '  ~ )P)::;  6  F.._£  ~;:.~)~G ----------,  
DEL'\IER 1901  BLDG fQurP 56.000 DEL·IIER HQSP·T.IIL  B  ~\ M•SC. [QurP S230GG~  356 \ \  
DC vER 1•'>0  C.ASE'I-IOI'Ir<. l.6.00C  
Rf c,,._ ·f'-T  FcOOR MATL s 3.500  
8. O[l 1\IER  MILL WQRJ( '6.000  
WALL  COVER 5 :,500  
:'£. V[R  PAINT  MAT L C,  
I  INSTAL'.  JOOR Cli.NQPrES [ESJ~"'r;;; \~  6  SIGNS 5 "lDQ  
224 I  

NOTE: 
ESP=EARLIEST START POSSIBLE 
CHANGE ORDER No. I  
a  
120 DAY UPDATING  
SOLUTION  
DELIVER  7JIL[ T  ACCESS 14,000  MONTEDON  CONSTRUCTION  CO.  
PLUMS  6  M[CH  EOu•P  6  FIXT  CONTRACT  NO  999  
43 ,OOC  DISPENSARY  
DEL•V[R  6  EQUIP  LACKLAND  A F 8,  TEXAS  
123 coo  
',UfiM•TTEO  BY ~ ..-_:::;~--~- OAT[  /f~'T'  
~ECOMME NDFO  !IT .,12t2;i -1!--,..tJ_.. ~A  QATf  ,u~'1'  
APPA()Iiffl  SY ,::£ I!Jt?~-,~tf..#'  QAT£  '"~'T6  
3-7  

FIGURE 34 
7·3 
IRM PROJECT CONTROL SYSTEM DATA DATE 28 OCT 76
RUh OATE 28 OCT 76 * • !i C ti E 0 II L E R E P 0 R T • * RII'J Sf()tJENCF n NfT•vOJ.II( TU 111 OA OISPENSARY-LACKLANO AFB TX MO~TEOON CONS~ F~QM JliL 7& T(l SEP 71 PAGE
SEfJllENCF 1-J 
TOT S T A R T START F I N 1 S H FIN CAL FARLY LATE FLOAT EARLY LATE FLOAT
(I l ( J) 0 E S C R I ~ T 1 0 N 	OIIIUT 
1 • 0 7 1 1JUL7b A 1JUL76 0.0 1JUL76 A IJUL 76 o.o
"i I\ITP Q,O 71 4JUL7b A 4JUL7b 0.0 12JliL76 A 12JUL7b o.o
MOR -' LAYOUT5 10 APP MECH & ELECT ROUGH-IN MTLS ~I. 0 71 5JIJL76 A 5JtJL7f> 0.0 4AUG76 A 4AUG7b o.o
5 20 SUR -' 5 25 SUS SH DWGS PAN FORMS 21.0 71 10JUL7b A 10JUL7b 0,0 30JUL7b A 30JUL7b o.o 5 10 SUB SH DWGS 4ETAL OOOW BUCKS 20.0 71 21JUL7b A 21JUL76 0,0 "AIIG76 A qAUG7b o.o 1S SUR SH DWGS STRUCT STL & JOISTS. 30.0 71 qJUL76 A qJUl76 0.0 7AUG76 A 7AUG7b o.o"5 40 SUR -' APPWOV MASO~RY MAlLS 4b,O 71 12JUL76 A l2JUL76 0,0 2bAUG7b A 26AUG76 o.o 
5 4') SliP SH DWGS MTL tllNDOWS 34.0 71 11AUG7b A 17AUG76 	0.0 1qSEP76 A 1qSEP7b o.o 0,0 1ROCT7& A t80CT7f> o.o 
-t 50 SUR LIST ~ SAMPLE!i ~LORS HAWOt~AWf 65,0 71 15AUG76 A 15AIIG76 I " A 30JUL7b o.o
" 
Vl 55 <;uR SH Dt~GS ALUM ENTR & Jo.ITL OOOW~ 2q,0'71 2JUL7b A 2JUL76 0.0 30JUL76 ':! bO SUR LATH & PLASTER 46,0 71 liAliG76 A 4AUG76 0.0 18SfP7b A 18SEP7& o.o 5 h5 SUB CERAMIC TILE llb,O 71 25JIIL7b h 25JIIL16 0.0 RSEP7b A 8SEP7f> o.o c; 70 SURMIT TOILE. T PART IT IONS & ACCf SSOR IES 41,0 7t 30JUL7b A 30JUL76 0,0 8SEP7& A 8SEP76 o.o 
" 
75 SUBMIT PLUM6 & MECH FIXT & EQUIP 30.0 71 qJUL76 A qJUL7~ 0.0 7AUG76 A 7AUG7& o.o 27,0 7t 2JIJL 7b A 2JUL7b 0.0 28JUL7& A 28JUL76 o.o
':! 80 SURMIT ELECT FIXT & EaUIP ') ~5 SUR -' APP SH OWGS MISC METALS 36.0 71 30JUL76 A ~OJUL7~ 0.0 3SEP76 A 3SEP7& o.o 5 qo SUB -' APP SH O~GS REINF STL 25,0 71 2JUL7b A 2JUL76 0.0 2~JUL7& A 2bJUL7& o.o SH OWGS 46,0 71 6JUL76 A &JUL76 0,0 20AUG76 A ?0AUG7& o.o
" 
q5 SURM1T & APPAOV RuOF DECK '> 100 SURMIT WOOF ~ SHEETMETAL SHOP D~GS 31.0 71 11AUG76 A 11AU~7& 0.0 10SEP7& A 10SEP76 o.o 
Wt:tl
0.0 13SEP76 A 13SEP76 o.o 1-''"C
5 105 SUAMIT x-~AY P~UTECTION b?,O 71 14JIIL76 A 14JUL76 POOI-I CA~JOP YES -' S I r;w; 4<;,0 71 2&JUL7b A 26J;JL76 0.0 8SfP76 A 8SEP7b o.o >s:: -1:"
':> 11 0 SuRr-tTT II APPRUV (JQ 	......Vl
CXll
0\ ......
I-!:"-
FIGURE 35 
SEDtlftlCE l•J PAGE ~ 
TOT
(J) S T A R T START
( J) DESCRIPTION DURAl CAL EARLY L-rE F I ~ I S H FIN
FLOAr EARLY LATE FLU AT
-----------------------------------------------------------------·----------------------------------------------------w ~
~ II~ SUBMIT PAINT SAMPLES ~~
31.0 71 l'IAIIG7b A liAtJG7& 0.0 !8SEP7b A 18SEP7& o.o5 120 SURMIT viNYL ~ALL COVE~lNG 31.0 71 ~~
4AUG7& A 4AUG7& 0.0 3SEP76 A 3SEP7& o.o ()Q ~
V1
5 125 SURMfT SH D~GS MlLLWOR~ OOI
31.0 71 12JUL7b A 1?JUL7b 0.0 11AUG7& A 11AUG7& o.o 0'\ ...... 5 llO SUHMIT RESILIENT FLOOR SAMPLES ~ I
31.0 71 21AIIG7b A ?lAUGH• 0.0 20SEP7& 
A 205EP7b o.o') ~~~ SURMIT SH D~GS CASE~OR~ 
4&.0 71 !UIJG7b A 111AUG7& 0.0 28SEP7& A ?8SEP7& o.o'> 1~7 C.O. TO USE Stlloll GOV FlJRN HQSP EQUIP 
I • 0 71 28SEP7b A ~tiSEP7& 0.0 28SEP76 A 28SEP7& o.o~ 140 SURMIT HOSPITAL & MISe EnuiP 
45.0 71 i&JUL7b A 2bJUL7& 0.0 8SEP7& A 8SEP7& o.o5 145 SURMIT MISC RLDG EOUIP 
35.0 71 31JIIL7& A 31JUL7& 0.0 3SEP76 A 3SEP7& 
o.o5 I')O CONC DES MIX 
1&.0 71 &JUL7b A t>JUL7b 0.0 21JUL76 A ~tJUL7& 
o.o5 330 PRE-QUALIFY ~ELDERS ti'I.O 71 20AUG7b A 20AUG7b 0.0 lf>NDV7& ~'IOEC7f> 43.05 bOO SUR & APP SH OWGS OUTSIDE ELEC & PLUMR 
47.0 71 &JUL7b A &JUL7& 0.0 21AUG7& A ~lAUG7& o.oIll 15 ROtHiH GRAD & EKCAV ~LOG 
15.0 71 l&JUL7b A lbJUL7b 0.0 30JUL7b A 30JUL7b o.oI 0 &OS DEMOL ~ SITE GRAOING 
B.O 71 18JUL7b A 18JUL7& 0.0 1'1AUG7& A t'IAUG7& o.o15 IS~ R
-...J o.o 71 30JUL7b
I A lOJUL7b 0.0 30JUL7& A 30JIJL7fl o.o0'\ !5 265 R 
o.o 71 30JUL7b A 30JUL7& 0.0 30JUL76 A 30JUL76 
o.o
20 !55 DEL MECH & ELECT ROUGH-IN ~TLS INITIAL 
10.0 71 5AUG7& A SAUG76 0.0 J4AUG7& A 14AUG76 o.o25 1~0 GG~•f ~~~RO~ PAN FO~MS 
1&.0 71 4AUG7b A IIAIJG7& 0.0 J'IAUG76 A I'IAUG7& o.o30 !&5 GUV'T APPROV MTL DR RuC~S 
12.0 71 !0AIIG7b A IOAUG7& 
0.0 21AUG76 A 21AUG7fl o.o35 !7ll GOV'T APPROV STR ~TL ~JSTS 
18.0 71 8AIIG7& A 8AUG7& 0.0 25AUG7& A 25AUG76 o.o40 17~ DELIVER "'ASONRY MAlLS 
1!0.0 71 ?bAUG7b A 2bAUG7& 0.0 13NOV7& 22JAN77 70.045 180 GUV'T APPROV MTL ~I~DO~S 15.0 71 
20SEP76 A ?.OSEP7& 0.0 40CT7& A 40CT7& 
o.o
50 1115 GUV' T APPHOV ~LORS HARO•IARE lO.O 71 l'IOCT7b A I'IOCT7& 0.0 17NOV7& 
10NOV76 -7.055 l'lO GOV'T APPROV 
ALUr~ tiJTR & MTL DOORS I 5. 0 71 liJIJL7b A liJUL7& 0.0 14AUG7b A 14AUG7& o.o 
FIGURE 35 CONT. 
PAGE 3
St•JUF"'C[ I-J TOT S T A ~ T START F I N I S H FIN ( I l (.!) U E ~ C R I P T I 0 N OlJIHT CAL EARLY LATE FLOAT EARLY LATE FLOAT 
bO 1q5 r.uv•T APPkOV LATH ~ PLASTE~ 15.0 71 1QSEP7b A IQSEP7b 0.0 30CT7b A 30CT7b o.o QSEP7b A 9SEP7b 0.0 30CT7b A 30CT7b o.o
b5 200 GUV•T APPkOV CER TILf ~ COLOR SEL ?5.0 71 70 2~5 GUV'T APPkOV TOIL PART & ACCES 22.0 71 10SEP7b A IOSEP7b 0.0 IOCT7b A 1DCT7b o.o 
75 210 GOV'T APPROV PLUM~ & MECH FIXT ~ EnuiP 2q.o 11 7AUG7b A 7AUG7b 0.0 4SEP7b A 4SEP7b o.o 80 215 GUV'T APPROV ELECT FIXT & EQUIP 30.0 71 2QJUL7b A 29JUL7b 0.0 27AUG7b A 27AUG7b o.o 8SEP7b A 8SEP7b 0.0 230CT7b A 230CT7b o.o
65 305 FAR & DELIVER MISC METALS 	4&.0 71 1q.o 11 27JUL7b A 27JUL7b 0.0 14AUG7b A 14AUG7b o.o
qo 150 OEL REINF STL 115.0 71 20AUG7b A 20AUG7b 0.0 t2NOV7b 8JAN77 57.0
qs 350 DELIVER ROOF UECK MAlLS 1()0 220 GUV'T APPROV ROOF & SH~TL SH OwGS 18.0 71 11SEP7b A 11SEP7b 0.0 28SEP7& A 28SEP7& o.o 
105 225 GUV'T APPROV X-kAY PROTECT 25.0 71 14SEP7b A 1'1SEP7b 0.0 ~OCT7& 	A 80CT7b 0.0 
2~0CT7b IOMAY77 1Q4.0 t0JAN77 23JUL77 1Q4.0
!\ 11 0 500 OELIVER DOOk CANOPIES ~ SIGNS 	75.0 71 0.0 180CT7b A 180CT7b o.o
115 	11b r.ovT TEST ~ OISAPPROV PAI~T ~o.o 11 1QSEP7b A 1QSEP7b 
108.0
11 b 	117 RESU~MIT PAiNT SAMPLES 15.0 71 180CT7b A 180CT7b 0.0 tNOV7b t7FE877 
30.0 71 2NOV7b t8FEB77 108.0 1DEC7b \QMAR77 108.0
11 7 23u RETEST ~ APPROV PAINT A 4SEP7b 0.0 18SfP7b A 18SEP7& o.o
120 	235 GUV'T APPROV COLOR SEL VT~YL WALL COVERING 15.0 7l 4SEP7b 
125 240 GUV'T APPROV MILLWORK 14.0 71 12AUG7b A 12AUG7b 0.0 25AUG7b 	A 25AUG7& o.o A t30CT7b o.o
130 	245 GOV'T APPROV ~COLOR SEL RESILIENT FLOOR 23.0 71 21SEP7b A 21SEP7& 0.0 130CT7b 
250 GUV 1 T APPkOV CA5E~ORK 	.:!8.0 71 2QS[P7b A zqSEP7b 0.0 2&0CT7& A 2bOCT7b o.o
13'.> 
25.0 71 2QSEP7b A 2QSEP7b 0.0 210CT7b A 230CT7b o.o
137 138 NtGO C.O. *1 13d 140 R o.o 71 230CT7b A 230CT7& 0.0 230CT7& A ?30CT7& o.o 
Oll IV GOVT FllfiN HOSP E01JJP 240.0 71 	230CT7b A 230CT7b 0.0 \QJUN77 28JUN77 q.O
nA 	4QO 
30.0 71 23UCT7b A 230CT7h 0.0 2tNOV7b 30NOV7& q.o Wl::o::l
1'10 	141 RlSUR HOSP ~ MI~C EOUIP 1-'1-t:i 255 GUVT APPROV HOSP & MISC EOlllP 30.0 71 ~2NOV7b tnEC7& Q.O 21DEC7b 30DEC7b q.o !:t>
141 ~ ,p.00 .....
V10010\ ......I
,p. 
FIGURE 35 CONT. 
SEQUENCE 1-J 
II
PAGE 
---------------------~-·-----------------------------------------------------------------------------------------------
(I)  ( J)  0  E  S  C R  I  P  T  1  0  ~  TOT DUAAT  CAL  S T EARLY  A  A  T LATE  STAAT FLOAT  F I EARLY  N I  S H LATE  FIN FLOAT  Wt:<:l 1-''"0  
---------------------------------------------------------------------------------------------------------------------- :>  
~  ~  
1115  2&0  GOV'T  APPHOV  MISC  BLDG  EQuiP  25.0  71  11SEP7&  A  IISEP7&  0.0 28SEP7&  A 28SEP7&  . 0. 0  I)Q I-' V1 CXll  
150  2&5  A  o.o  71  111AUG7&  A 111AUG7&  0.0  111AUG7b  A 14AUG7&  o.o  0'-i--' I  
~  
150  275  A  o.o  71  IIIAUG7&  A 14AUG7&  0.0  111AUG7&  A l11AUG7b  o.o  
150  b1(i  A  o.o  7l  14AUG7&  A 14AUG7&  0.0 14AUG7b  A l4AUG7b  o.o  
155  275  ROUGH-IN  UNDER  BSMT  1<'.0  71  15AUG7b  A 15AUG7&  0.0 2&AIIG7&  A t'bAUG7&  o.o  
1&0  315  OELIVER  PAN  FORMS  51.0.71  19AUG7b  A 19AUG7b  0.0 100CT7b  A IOOCT7&  o.o  
1&5  3<'5  FA8  & DELIVER  MTL  OR  BUCKS  '10.0  71  21AUG7&  A 21AUG7b  0.0 IANOV7&  t'4DEC7&  3&.0  
170  325  FAR  ~  OEL  STL  COLS  5t.o  11  25AIIl;7&  A 25AUG7b  0.0 1110CT7&  A t40CT7&  o.o  
170  330  FAB  & DEL  STR  STL  & JSTS  '10.0  7t  25AVG7b  A t'5AUG7b  0.0 22NOV7&  290EC7b  37.0  
175  335  SAMPLE  MASONRY  PANELS  2.0 71  liiNOV7b  23JAN77  70.0  15NOV7&  24JAN77  70.0  
180  3&0  FAR  & DELIVER  METAL  WINDOWS  90.0  71  280CT7b  300CT7b  2.0 25JAN77  t'7JAN77  2.0  
185  ]II~  DELIV~R BLDRS  HARDWARE  120.0  71  18NOV7b  11NOV7b  -1.0  17MAR77  t0MAR77  -7.0  
'-I I  190  3115  FAB  & OEL  ALUM  ENTR  & MTL  ORS  90.0  71  14AUG7b  A 111AUG7b  0.0 11NOV7&  10MAR77  119.0  
CXl  
195  3~5  DELIVER  LATH  ~  PLASTER  MATLS.  30.0  71  280CT7&  23FER77  118.0  2bNOV7&  t'IIMAA77  118.0  
200  1105  DELIVER  CERAMIC  TILE  MAlLS  45.0  71  280CT7&  2&FEB77  121.0  11DEC7b  t 1APA77  121.0  
205  11<'5  DtLIVER  TOILET  PART  & ACCESS  90.0  71  280CT7&  18APR77  172.0  25JAN77  I&JUL77  172.0  
2111  IIIlO  ~ELIVEH PLUMR  & MECH  EOUIP  & FIXT  150.0  71  4~EP7b  A  IISEP7&  0.0 3tJAN77  17MAY77  10&.0  
21~  1150  DELIVER  ELECT  FIXT  & [QUIP  12!1.0  71  27AUG7b  A 27AUG7&  0.0 24DEC7&  tiiJUN77  172.0  
22CI  355  FAR  ~  OtLIV  SHMTL  & RQOF  &0.0  71  280CT7&  t'2NOV7&  t>5.0  2bDEC7&  20JAN77  25.0  
225  370  DELIVER  PROTECT  MAlLS  75.0  71  28DCT7b  12DEC7&  45.0  10JAN77  211FE877  45.0  
2 :to  1130  DELIVER  PAINT  MAlLS  115.0  71  2DEC7b  20MAU77  108.0  15JAN77  3MAY77  108.0  
235  llbO  OtLIVER  VINYL  WALL  COVE~ING  &0.0  71  280CT7b  t'IMAY77  205.v  2&DEC7&  19JUL77  205.0  
2111)  11&5  FAR  & DELlVE~ MILLWORK  120.0  71  25AUG7b  A 25AUG7&  0.0 22DEC7b  12JUN77  172.0  
FIGURE 35 CONT. 



5 TOT S T A R T START F I N I S H FIN SEQUENCE 1-J PAGE 
(I) ( J) 0 E S C R I P T I 0 N DUIUT CAL EARLY LATE FLOAT EARLY LATE FLOAT 
245 250 255 2&0 2&5 270 275 280 285 300 
....... 

I 
300
1.0 
~05 
310 315 315 320 320 320 320 325 Bo 330 
335 
470 485 490 495 270 300 280 285 300 305 
~10 
335 315 320 325 325 370 375 395 330 
335 
35~ 
340 
DELIVER RESILIENT FLOOR NATL DELIVER CASEWOR~ DELIVER HOSPITAL & MISC EQUIP DELIVER MJSC bLDG EQUIP FTGS & PLINTHS GRADE SEAMS BASMT FNO, SLAB, BMS BASMT WALLS DAMPPROOFING 
R F&B ~ GRADE U~DER BLDG BSMT STEPS & LNDGS 30X UNPR FLH MECH & ELECT R-I FPC PAN SLABS ~ 8MS 70X UNDH FLR MECH & ELECT R-I R CONC TOPPINb FILL ELECT ROUGH-IN MECH & PLUMB ~OUGH-IN ERECT STL COLS & METAL BUCKS 
R 
ERECT STR STL &·JOISTS 
EXTERIOR MSNRY WALLS 

45.0  71  130CT7b  A 13DCT76  0.0  26NOV76  7JUN77  193.0  
150.0  71  280CT76  10FE877  105.0  26MAA77  9JUL77  105.0  
180.0  71  22DFC7b  31DEC76  9.0  19JUN77  28JUN77  9.0  
90.0  71  280CT7b  21APR77  175.0  25JAN77  19JUL77  175.0  
15.0  71  14AUG7b  A 14AUG76  0.0  28AUG7b  A 28AUG76  0.0  
10.0  71  29SEP76  A 29SEP76  0.0  80CT7b  l  80CT76  o.o  
17.0  71  26AUG7b  A 2blUG76  0.0  ttSEP7&  l  11SEP76  o.o  
21.0  71  t2SEP7b  l  12SEP76  0.0  20CT76  l  20CT76  o.o  
o.o  71  30CT7b  l  30CT7b  0.0  60CT76  A  60CT76  o.o  
o.o  71  80CT7b  A  80CT7~  0.0  80CT7b  A  80CT76  o.o  
12.0  71  90CT7b  A  90CT7b  0.0  200CT7b  l  200CT76  o.o  
10.0  71  280CT7b  15JAN77  79.0  6NOV76  24JAN77  79.0  
20.0  71  200CT7b  A 200CT76  0.0  8NOV76  4NOV76  -4.0  
50.0  71  9NOV7b  5NOV76  -o.o  28DEC76  24DEC76  -4.0  
50.0  71  9NOV7b  5NOV76  -4.0  28DEC76  24DEC76  -o.o  
o.o  71  28DEC7b  24DEC76  -o.o  28DEC7b  24DEC76  -o.o  
18.0  71  29DEC7&  7FEB77  40.0  15JAN77  24FE877  oo.o  
&3.0  71  29DEC7b  4FEB77  37.0  1MlR77  7APR77  37.0  
70.0  71  29DEC7b  28JAN77  30.0  8MAR77  7APR77  30.0  
5. 0  71  290EC7b  250EC7b  -4.0  2JAN77  29DEC7b  -4.0  
o.o  71  2JAN77  24JAN77  22.0  2JlN77  24JAN77  22.0  
10.0  71  3JAN77  30DEC76  -4,0  12JAN77  8JAN77  -o. O"  w~ ...... '1::1  
27.0  71  3JAN77  12FEB77  40.0  2'1JAN77  10MAR77  40.0  >c:: OQ  ~ .......  
V1  
CXl  I  
0\  .......  
~  I  
~  
FIGURE 35 CONT. 



Wf:l::lf-'""d 
:>c 
.p..OQ f-'
l..n
CXll 
"' f-'I.p.. 
'-IIf-'
0 
SEQUENCE 1-J 
PAGE & .( 
(I) (J) TOT S T A H T START F I N I S H FIN
0 E S C R I P T I 0 N OURAT CAL EARLY 
LATE FLOAT EARLY LATE FLOAT 
335 3&0 TIME LAG 
3.0 71 3JAN77 25JAN77 22.0 5JAN77 27JAN77 22.0 
340 345 R 

o.o 71 29JAN77 IOMAR77 40.0 29JAN77 IOMAR77 40.0 
340 500 R o.o 71 2qJAN77 23JUL77 175.0 zqJAN77 23JUL77 175.0 
340 &45 R o.o 71 29JAN77 24JUL77 17&.0 29JAN77 24JUL 77 17&.0 
345 385 INST MTL DRS & ALUM ENTR 

14.0 71 18MAR77 11MAR77 -7.0 31MAR77 24MAR77 -7.0 
350 355 ROOF DECK 

12.0 71 13JAN77 9JAN77 -4.0 24JAN77 20JAN77 
-4.0 
355 3&5 ~OOFING & SHT MTL 
21.0 71 25JAN77 21JAN77 -4.0 14FEB77 IOFER77 •4.0 
3&0 3&5 JNST MTL wiNnOwS 

14.0 71 2&JAN77 28JAN77 2.0 8FEt:!77 tOFEil77 2.0 
3&5 370 R 

0. 0 .71 14FEB77 24FEB77 10.0 14FEB77 24FEB77 10.0 
3&5 385 R 

o.o 71 14FEB77 24MAR77 38.0 14FEB77 24MAR77 38.0 3&5 395 AC OUCTWOkK 
5&.0 71 15FEB77 11FEB77 -4.0 IUPR77 7APR77 -4.0 370 390 INTERIOR PAkTITION 
42.0 71 15FEB77 ?.5FEB77 10.0 28MAR77 7APR77 10.0 375 3QS R 
o.o 71 1MAR77 7APR77 37.0 1MAIH7 7APR77 37.0 385 HO STUCCO 
14.0 71 1APR77 25MAR77 -7.0 14APR77 7APR77 -7.0 390 395 R 
o.o 71 l4APR77 7APR77 -7.0 14APR77 7APR77 -7.0 390 405 
R o.o 71 14APR77 11APR77 -3.0 14APR77 IIAPR77 -3.0 390 420 PLASTER WALLS 
14.0 71 15APR77 20APR77 5.0 28APR77 3MAY77 5.0 395 410 CEILG SUSP SYST & INSuL 
14.0 71 15A'PR77 8APR77 -7.0 2AAPR77 21APR77 -7.0 405 420 CERAMIC TILE 22.0 71 15APR77 12APR77 -3.0 &MAY77 3MAY77 -3.0 410 430 PLAS CLG 
12.0 71 21UPR77 22APR77 -1.0 IOMAY77 3MAY77 -7.0 410 445 ACOUIST & OTHER CEILINGS 35.0 71 29AP~77 27APR77 -2.0 2JUN77 31MAY77 
•2.0 420 425 R 
o.o 71 &MAY77 I&JUL 77 71.0 &MAY77 I&JUL77 71.0 420 430 R o.o 71 &MAY77 3MAY77 -3.0 &MAY77 3MAY77 ·3.0 
FIGURE 35 CONT. 
SEilUENCE 1-J PAGE 
7 TOT S T A ~ T START F I N I 5 H FIN 
(I) (J) 0 E S C R I P T I 0 N OURAT CAL EARLY LATE FLOAT EARLY LATE FLOAT 
425 1130 1130 11110 4110 11115 11115 11115 11115 4115 
........ 

I 
,_. 11115 
,_. 1150 1155 llbO llb5 470 1175 1175 1180 480 480 1180 485 
510 11110 445 1155 b50 1150 1155 llbO llb5 1170 505 b50 b50 510 1175 11110 1180 505 485 11'10 11'15 510 510 TOILET PA~T ~ ACCESS 
R 30% PAINT & FINISH R INST MECH EQUIP R R R R R 
50% COMP PAINT & FIN INST ELECT FIXT & EDUJP INST PLUMB & MECH FIXT VINYL WALL COVER INST 50% MILLWORK 
RESIL FLR 
R 
CO~P MILLWORK 
R 
R 
R 
GOV'T TEST X-RAY PROTECT INST CASEWORK 
17.0 
0 .o 
28.0 
o.o 

o.o 

o.o 

o.o 

o.o 

o.o 

o.o 


70.0 
115.0 112.0 30.0 14.0 1b.O 21.0 
1b.O 
o.o 
0 .o 
o.o 
3.0 
24.0 
71 71 71 
71 
71 71 71 71 71 71 71' 71 71 71 71 71 71 71 71 71 71 71 71 
7MAY77 10MAY77 1 1MAY77 10MAY77 11MAY77 7JUN77 7JUN77 7JliN77 7JUN77 7JUN77 8JUN77 8JUtH7 8JUN77 8JUN77 8JUN77 8JUN77 23JUN77 24JUN77 28JUN77 28JUN77 28JUN77 29JUN77 29JIJN77 
17JUL77 17MAY77 
IIMAY77 2bJUN77 18MAY77 14JUN77 2bJUN77 1'1JUL77 12JUN77 
7JUN77 
1JUN77 15JUN77 27 JUN77 ?OJUL77 13JUN77 
8JUN77 28JUN77 30JUN77 
9JUL77 28JUN77 19JUL77 31JUL77 10JUL77 
71.0 
7.0 -7.0 
47.0 
7.0 
7.0 
19.0 
112.0 
5.0 
0.0 -7.0 
7.0 
19.0 
42.0 
5.0 0.0 5.0 &.0 
11.0 
0.0 
21.0 
32.0 
11.0 
23MAY77 10MAY77 7JUN77 10MAY77 19JUL77 7JUN77 7JUN77 7JUN77 7JUN77 7JUN77 22JUL77 19JUL77 7JUL77 21JUN77 23JUN77 28JUN77 23JUN77 
9JUL77 28JUN77 28JUN77 28JUN77 
1JUL77 22JUL 77 
2AUG77 17MAY77 31MAY77 i?&JUN77 2&JUL77 1 4JUN77 i?&JUN77 1 9JUL 77 12JUN77 7 JUN77 1 5JUL77 2&JUL 77 i?&JUL 77 2AUG77 28JUN77 i?8JUN77 i?8JUN77 1 5JUL 77 9JUL77 i?8JUN77 19JUL 77 i?AUG77 2AUG77 
71.0 
7.0 -7.0 
47.0 
7.0 
7.0 
19.0 
42.0 
5.0 
o.o 
-7.0 
7.0 
19.0 
42.0 
s.o 
o.o 
s.o 
&.0 
11.0 
o.o 
21.0 
32.0 
11.0 
I.J,.lt%j 
1-''"d 
>
c ~ 
OQ """" 
l.l1 
001 
0\ """" 
I 
~ 
FIGURE 35 CONT. 



SEQUENCE 1-J PAGE a 
(I) 490 495 500 505  (J) 510 510 510 510  0 E S C R I P T I 0 INST HOSP & ~ISC EQUIP INST MISC BLDG EQUIP INST DOOR CANOPIES & SIGNS 20l PAINT & FINISH  N  TOT DURAl 35.0 14.0 10.0 u.o  CAL 71 71 71 71  S T EARLY i!9JUN17 i!9JUN17 30JAN77 i!3JUL 17  A R T LATE 29JUN77 20JUL77 24JUL77 lbJUL77  START FLOAT 0.0 21.0 175.0 •7.0  F I N I EARLY 2AUG77 12JUL77 8FEB77 9AUG77  S H LATE 2AUG17 2AUG77 2AUG17 2AUG17  FIN FLOAT 0.0 21.0 175.0 •7.0  wt:r1 1-'"'tt ~~ OQ ...... V1 col Q\1-' I ~  
510  &55  CLEAN-liP  BLDG  1. 0  7l  10AUG77  3AUG77  -7.0  lbAUG77  9AUG77  •7.0  
bOO  bli!  DEL  MAlLS  OS  ELEC  &  PLIJMB  34.0  71  21AUG76  A 21AUG7b  0.0  23SEP7b  A 23SEP7b  0.0  
b05  &10  R  o.o  71  t9AUG76  A 19AUG7b  0.0  19AUG76  A 19AUG7b  0.0  
&05  &ti!  R  o.o  7l  19AUG7b  A 19AUG76  0.0  19AUG76  A 19AUG76  0.0  
blO  &20  DELIVER  & INSTALL  STORM  DRAINAGE  bO.O  71  i!80Ci76  3MAR77  12&.0  i!60EC76  IMAY77  12b.O  
b\2  &15  OUTSIDE  PLUMBING  45.0  71  280CT76  18MAR77  141.0  110EC76  1MAY77  141.0  
btl  &19  OUTSIDE  ELECTRICAL  90. o 11  i!80CT7b  1FEB77  96.0  i!5JAN77  IMAY77  9&.0  
bl5  1>20  R  o.o  71  11DEC7b  1MAY77  141.0  110EC76  IMAY77  141.0  
&15  &SO  R  o.o  7l  11DEC7b  2bJUL77  227.0  11DEC7&  26JUL77  227.0  
-...J I ...... "'  blq blq  &20 &50  R ~  o.o o.o  71 71  i!o:iJ AN77 i!5JAN17  IMAY77 2bi1JL17  96.0 Ui!.O  i!5JAN77 i!5JAN17  1MAY77 2bJUL77  9&.0 182.0  
b20  &25  SUBGRADE  & BASE  FOR  PAVING  42.0  71  i!bJAN77  2MAY17  96.0  8MAR17  12JUN77  9&.0  
b25  &30  CURB  & GUTTER  i!l.O  71  9MAR77  13JUN77  96.0  i!9MAR17  3JUL77  96.0  
b30  &35  WALKS  21.0  71  30MAR77  4JUL17  96.0  19APR17  211JUL 77  9b.O  
&30  &45  ASPHALT  PAVING  10.0  71  30MAR77  15JUL77  107.0  8APR77  i''IJUL17  107 .o  
&35  &45  R  o.o  71  19APR17  211JUL 77  96.0  t9APA77  24JUL 77  9&.0  
b45  &55  TOPSOIL  & FINE  GRADING  16.0  71  i!OAPR77  25JUL77  96.0  '5MAY77  9AUG77  9&.0  
bSO  b55  TEST  MECH  & ELECT  14.0  71  i!OJUL 17  27 JUL 77  7.0  2AliG77  9AUG77  7.0  
&55  bbO  SELL  JOB  5.0 71  17AUG77  I OAUG77  •7.0  21AUG77  S4  I4AUG77  -7.0  

FIGURE 35 CONT. 

-

IRM PROJECT CONTROL SYSTEM 
IWfJ DATE .:!8 OCT 7b S C H E 0 U L E R E P 0 R T DATA OATE ?.~ OCT 7b

* * 	* * 
RUN SfQitENCF. 0 Nl: T•~ORK 10 It! DA DISPENSARY-LACKLANO AFB TX MONTEOOIIJ CONSR FROt-1 JUL 7& TO SEP 77 SEQuENCE E S t'AGE TOT S T A R T START F I N I S H FIN 
(I) (J) 0 E S C R I P T I 0 N 	DURAl CAL EARLY LATE FLOAT EARLY LATE FLOAT 
5 NTP 1.0 71 IJUL7b A 1JUL7b 0.0 1JUL7& A 1JUL7b o.o 5 55 SUR SH OWGS ALUM EIIJTR ~ MTL DOORS 2Q.O 71 2JUL7b A 2JUL7b 0.0 30JUL7& A 30JUL7& o.o 5 80 SUBMIT ELECT FTXT & FQUIP 21.0 71 2JIIL 7& A 2JUL 7& 0.0 28JUL7& A 28JUL7b o.o 5 QO SuB ~ APP SH DWGS REINF STL 25.0 71 2JliL7b A 2JUL7b 0.0 2&JUL7b A ?bJUL7b o.o 
5 10 MOA & LAVUUT q.o 71 4JUL7b A 4JUL7h 0.0 li'JUL7& A 12JUL7& o.o 5 20 SUA & APP MECH & ELECT RflUGH,-IN r-ITLS 31.0 71 '5JliL7b A '5JUL7h 0.0 4AUG7& A 4AUG7b o.o 5 q~ SUAMIT & APPROV ROOF DECK SH OWGS 4&.0 71 bJliL7b A bJUL7b ll.O 20AUG7& A 20AUG7& o.o 1&.o 71 bJLIL 7b • bJtJL 7& 0.0 21JUL7& A ?1JUL7& 0.0
5 150 CONC DES NIX fLEC & PLU~B '17.0 71 bJliL7b A oJUL7b 0.0 21AIIG7b A 21AUG7h o.o
5 nOO SUB ~ APP SH DWGS OUTSIDE 5 35 SUH ~H DWGS STRUCT STL & JOISTS 30.0 71 QJUL7b A QJUL7b 0.() 7AUG7& A 7AU~7b o.o QJUL7b A QJUL7n 0.0 7AIIG7b A 7AUG7f> o.o
...... 5 75 SUBMIT PLUMB & MECH FIXT ~ EQUIP 30.0 71 
I
-
U.l 5 25 SUB SH OWGS PAN FORMS 21.0 7'1 10JUL7b A lOJULJb 0.0 30JUL7b A 30JUL7b o.o 5 40, SUA ~ APP~OV MASONRY MAlLS 4&.0 71 l?.JliL7b A 1i:!JUL7& 0.0 26AUG7& A ?.bAUG7b o.o A 11AUG7b o.o
5 12~ SUBMIT SH OwGS MILLWORK 31.0 	71 12JliL7b A 12JUL7n 0.0 11AliG7& 71 14JUL7o A 14JUL7b 0.0 13SEP7b A t3SEP7& o.o
5 105 SUBMIT x-RAY PROTECTION &2.0 15 ROUGH GRAD & EXCAV BLOG 15.0 71 lbJUL7b A 1&JUL7h 0.0 30JIIL7& A 30JUL7b o.o
10 33.0 71 18JUL7b A 18JUL7b 0.0 1QAUG7& A \QAUG7b o.o
lll &05 OEMOL & SITE GRADING 
5 30 SUR SH DWGS r.tETAL DOOR SliCKS 20.0 71 21JIIL1b A .?1JUL7b 0.0 QAUG7b A QAUG7& o.o 5 &5 SUB CERAMIC TILE 4&.0 71 2'5JUL7b A 25JUL7b 0.0 8SEP7b A 8SEP7& o.o 71 2&JUL7b A 2&JUL7b 0.0 8SEP7& A 8SEP7b o.o
5 110 SUBMIT & APPROV DOOR CANOPIES~ SIGN~ 45.0 5 140 SUBMIT HOSPITAL & MISC EQUIP 45.0 71 2bJIIL 7& A i'&JUL 7& 0.0 8SEP7& A 8SEP7& o.o 
wtr:~ 
1-''"d 
>
c:: ~ 
00 1-' 
\.r1 
ool 0\1-' 
I 
~ 
FICUI;.E 36 
Wt:r1
1-'1-d 
PAGE 2
SEflliENCE l S 	:>
~ ~ 
F I N I S H FIN OQI-'
TOT S T A A T START
-----------------------------------------------------------------------------------------------------------------------V1
LATE FLOAT
( I l ( J) u E S C ~ 1 P T I U N OUAAT CAL EARLY LATE FLOAT EARLY 	CXll
0\1-'
. 	I 
A 27JUL7& 0.0 111AUG7b A l4AUG7& o.o ~ 
'lO 150 O~L RETNF STL 19.0 71 	27JUL7& 29JUL7b A 29JUL7& 0.0 27AUG7& A 27AUG7& o.o
8() 215 GOV'T APP~OV ELECT FixT & EQUIP 30.0 71 5 70 SURMTT TOILET PARTITIONS ~ ACCESSORIFS 111.0 71 30JIJL 7& A 30JIJL 7& 0.0 8SEP7& A 8SEP7& o.o O~GS MISC MfTALS 3&.0 71 30JUL7b A ~OJUL7& 0.0 3SEP7& A 3SEP7& o.o
5 85 SuR ~ APP SH o.o 71 30JIIL7b A 30JIJL 7& 0.0 30JllL7& A 30JUL7& o.o
1'\ 155 Q 15 2&5 R o.o 71 30JUL7& A 30JUL7b 0.0 30JUL7& A 30JUL7& o.o 'J 1115 SURMTT MltiC RLOG EQUIP 3c;.o 11 31JUL7b A 31JUL7b 0.0 3S£P7& A 3SEP7& o.o 55 l'lO GOV'T APPHOV ALUM ENTR & MTL DOORS 1'5.0 71 31JUL7b A 31JUL7b 0.0 14AUG7& A \4AUG7& o.o 4AIIG7& A LIAUG7f> O.o 18SEP7& A 18SEP7& o.o
') bU SUR LATH & PLASTER 11&.0 71 ') 120 SURMIT VINYL ~ALL CUVERIN~ 31.0 71 IIAUG7& A IIAUG7& 0.0 3SEP7& A 3SEP7& o.o 1&.0 71 IIAUG7& A IIAUG7b 0.0 1qAUG7& A 19AUG7& o.o 
"-.1 2S lbO GOV'T APPROV PAN FORMS I A 5AUG7& 0.0 111AUG7& A 14AUG7b o.o
1-' 20 155 OlL MECH & ELECT ROUGH-IN MTLS INITIAL 10.0 71 5AUG7& ~ 7AIIG7b A 7AUG7& 0.0 IISEP7& A 4SEP7& o.o
75 210 GUV'T APP~OV PLUM~ & MfCH FIXT & EQUIP 29.0 71 
18.0 71 8AIIG7b A 8AUG7& 0.0 25AUG7& A 25AUG7b o.o
35 170 GUV'T APP~OV STR STL ~JSTS 30 lb'J r.uv•T APPR0V IHL UR RI)CIIS 12.0 71 1 0AIIG7b A I OAUG7& 0.0 21AIIG7& A 21AUG7b 0.0 
5 100 SURt!IT ROUF ~ SHEETMETAL SHOP ONGS 31.~0 71 11AliG7b A 11AUG7& 0.0 10SEP7h A \OSEP7& 0.0 125 2110 GOV'T APPROV MILL~ORK 111.:0 7 1 12AIJG7b J. 12AUG7b 0.0 25AUG7& A 25AUG7& 0.0 11&.0 71 14AUG7b A 14AUG7& 0.0 28SEP7& A 28SEP7& 0.0
"5 I~'J SU~MIT SH O~GS CASEWORK 150 2b'J R o.o 71 111AUG7b A 14AUG7b 0.0 111AUG7& A 111AUG7& 0.0 
o.o 71 14AIIG7b A 14AUG7& 0.0 111AUG7& A 14AUG7& 0.0
150 275 R 1511 blu R o.o 71 111AIJG7b A 111AUG7& 0.0 111AUG7& A 14AUG7& 0.0 
I 'l ll 3115 FAH '-OE.L ALIIM ENTR 1!. ~ITL OkS 90.0 71 14AUG7& A 14AUG7& 0.0 l1NOV7b 10MAA77 119.0 2&':> 270 FTGS & PLINTHS 15.0 71 IIIAUG7b A IIIAUG7& 0.0 28AUG7& A 28AUG7& 0.0 
FIGURE 36 CONT. 
-

SEQUENCE E S PAGE 
3 
TOT S T A R T START F I N I S H FIN 
(I) ( J) D t S C R 1 P T I 0 N DUIUT CAL EARLY LATE FLOAT EARLY LATE FLOAT 
5  SO  SUR  LIST  & SAMPLES  BLDRS  HAkDwA~E  &'5.0  71  1'5AUG7b  A 15AUG7b  0.0  1BOCT7b  A IBOCT7&  o.o  
15<;  ?75  ROUGH•TN  UNDER  BSHT  '· i?. 0  71  1'5AUG7b  A 15AUG7b  0.0  2bAUG7b  A 2&AUG7b  o.o  
5  115  SliR  SH  DwGS  MTL  wiNDOwS  311.0  71  17AUG7b  A 17AUG7b  0.0  t9SEP7b  A 19SEP7b  o.o  
~  115  SUBMIT  PAINT  SAMPLES  .H.O  71  19AUG7b  A 19AUG7b  0.0  1BSEP7b  A 18SEP7b  o.o  
1&0  31~  DELIVER  PAN  FORMS  53.0  71  19AUG7b  A 19AUG7b  0.0  100CT7b  A t00CT7b  o.o  
&05  &10  R  o.o  71  19AliG7b  A 19AUG7b  0.0  19AUG7b  A 19AUG7b  o.o  
bO<;  &12  R  o.o  71  19AIIG7b  A 19AUG7b  0.0  19AUG7b  A 19AUG7b  o.o  
5  330  PRE-QUALIFY  WELDF.~S  I:IQ.O  71  20AUG7b  A 20AUG7b  0.0  1bNOV7b  290EC76  113.0  
Q5  350  DELIVER  ROOF  DECK  MAlLS  8'5.0  71  20AUG7b  A 20AUG7b  0.0  12~0V7b  BJAN77  'i7.0  
'j  110  SURMIT  RESILIENT  FLOOR  SAMPLES  31.0  71  21AUG7b  A 2tAUG7b  0.0  20SEP7b  A 20SEP7b  o.o  
1b'.i  325  FAR  ~  ntLIVER  MlL  OR  BUCKS  90.0  71  21AUG7b  A 21AUG7b  0.0  18NOV7b  240EC7b  36.0  
bOO  &12  DEL  MAlLS  OS  lLEC  & PLUMP  34.0  71  21AUG7b  A 21AUG7b  0.0  23SEP7b  A 23SEP7b  o.o  
170  32~  FAR  ~  ~EL STL  COLS  51.0  71  2'5AUG7b  A 25AUG7b  0.0  1110CT7b  A 140CT7b  o.o  
170  330  ~AB & DEL  STR  STL  ~  JSTS  90.0  71  25AUG7b  A i?SAUG7b  0.0  22NOV76  ?90EC7&  37 .o  
-...J  
I ,_.  2110  lib~  FAB  & OlLIVER  MILLWORK  120.0  71  25AUG7b  A 25AUG7b  0.0  22DEC7b  12JUN77  172.0  
U1  
110  175  DELIVER  MASONRY  MAlLS  80.0  11  2bAUG7b  A 2&AUG7b  0.0  13NOV7b  22JAN77  70.0  
275  280  BASMT  FND,  SLAB,  8MS  17.0  71  2bAUG7b  A 2bAUG7b  0.0  11SEP7b  A 11SEP7b  0.0  
215  4'50  DELIVER  ELECT  FIXT  & EQUIP  120.0  71  27AUG76  A 27AUG7b  0.0  211DEC7b  14JUN77  172.0  
120  235  GOV'T  APPRDV  COLOij  SEL  VINYL  ~ALL COVERING  1'5.0  71  4SFP7b  A  4SEP7b  0.0  1RSEP7&  A 18SEP7b  0.0  
1115  2&0  GOV'T  4PP~OV MISC  RLOG  lQUIP  2<;.0  71  IISEP7b  A  IISEP7b  0.0  2BSEP7b  A 28SEP7b  0.0  
210  11110  DELIVER  PLIIW\  &  MEC11  EQUIP  &  FixT  150.0  71  IISEP7b  A  4SEP7b  0.0  31JAN77  t7MAY77  10&.0  
8<;  305  FAR  & DELIVER  MISC  ~FTALS  llb.O  71  8~EP7b  A  BSEP7b  0.0  230CT7b  A ?30CT7b  0.0  
b'5  200  GOV'T  4PPijOV  CE~  TILE  & COLOR  SEL  2S.O  71  QSEP7b  A  9SEP7b  0.0  30CT7b  A  30CT7b  o.o  
Wtrl ,_.'"1:1  
~  
~  ..,..  
(1Q  ....  
U1  
00  I  
0\  ....  
FIGURE  36  CONT.  I..,..  

wtz:l ..-'"d  
• SEQUENCf  E S  PAGE  II  > ~ OQ  ~ 17  
-----------------------------------------------------------------------------------------------------------------------TOT S T A H T STA~T F I N I S H FIN  V1 OOI  
(I)  (J)  D E S C R I  P T 1 D N  OIJIUT  CAL  EARLY  LA Tf  FLOAT  EARLY  LATF  FLOAT  Q'\  .... I  
--------------7--------------------------------------------------------~---------------------------------------------- ~  
70  205  GUV'T  APPHOV  TOIL  PART  & ACCES  22.0  71  IOSEP7o  A 10SEP7o  0.0  IOCT7o  A  IOCT7b  o.o  
100  220  GOV 1 T APPROV  ROOF  & SHMTL  SH  OWGS  18.0  71  11SEP7o  A 11SEP7o  0.0 28SEP7o  A 28SEP7o  o.o  
280  285  BASMT  WALLS  21.0  71  12SEP7o  A 12SEP7o  0.0  20CT7o  A  20CT7o  o.o  
105  2~5  GOV'T  APPROV  X-HAY  PROTECT  25.0  71  14SEP7b  A IIISEP7o  0.0  AOCT7o  A  80CT7b  o.o  
bO  195  GOV 1 T APPHOV  LATH  & PLASTER  1'5.0  71  19SEP7b  A 19SEP7b  0.0  JOCT7o  A  ~OCT7b  o.o  
115  11&  GOVT  TEST  & DISAPPROV  PAINT  30.0  71  19SEP7o  A 19SEP7b  0.0 1ROCT7o  A 180CT7o  o.o  
45  180  GOV'T  APPROV  MTL  ~INDOWS  15.0  71  20SEP7b  A 20SEP7o  0.0  IIOCT7o  A  IIOCT7b  o.o  
130  245  GOV 1 T  APPROV  & COLOR  SEL  RfSlLIENT  FLOOR  23.0  71  21SEP7o  A ?ISEP7b  0.0 130CT7o  A t30CT7o  o.o  
c;  137  C.O.  TO  USE  SOME  GOV  FURN  HOSP  EQUIP  1.0 71  28SEP7b  A ?~~EP7b  0.0 28SEP7o  A 28SEP7o  o.o  
135  250  GOV 1 T APPROV  CASEWORK  2R.O  71  29SEP7b  A 29SEP7b  0.0 2bOCT7o  A 2b0CT7o  o.o  
~ •..... Q'\  270 137  300 138  GRADE REAMS NEGO C.O. *I  10.0 ~c;.o  71 11  29SEP7o 29SEP7b  A 29SEP7b A ?9SEP7b  0.0 80CT7b 0.0 230CT7b  A 80CT7b A ?.30CT7o  o.o o.o  
285  300  DAMPPROOFIIIIG  4.0 71  30CT7o  A  30CT7b  0.0  &OCT7o  A  &OCT7b  o.o  
300  305  R  o.o  71  ROCT7b  A  ROCT7b  0.0  80Cl7b  A  80CT7b  o.o  
300  310  F&B  & GRADE  UNDER  BLDG  12.0  71  90CT7b  A  90CT7o  0.0 200CT7o  A 200CT7b  o.o  
2115  1170  DELIVER  RESILIENT  FLOOR  MAlL  115.0  71  1~0CT7b  A 130CT7b  0.0 2&NOV7b  7JUN77  lq3.0  
uo  117  RESUAMIT  PAINT  SAMPLES  1'5.0  71  180CT7b  A ld0CT7b  0.0  1NOV7b  t 7FfR77  108.0  
~0  18'5  GOV 1 T  APPHOV  dLORS  HARDWARE  30.0  71  lqOCT7b  A 190CT7o  0.0 17NOV7&  IOI\IOV7o  -7.0  
310  315  301  UNPR  FLR  MfCH  & ELECT  P-I  20.0  71  200CT7b  A ?OOCT7o  0.0  8NOV7&  IIIIIOV7b  -4.0  
138  1110  R  o.o  71  230CT7o  A 230CT7o  0.0 230CT7o  A 230CT7b  o.o  
138  119C  DELIV  GOVT  FURN  HOSP  EDUIP  2110.0  71~230CT7b  A  <>Jncno  0.0 lqJUN77  28JIJN77  q.o  
1110  1111  RESUB  HOSP  & MISC  EQUIP  30.0  71 ~230CT7b  A 230CT7b  0.0 21NOV7b  30IIIOV7o  9.0  
110  '500  DELIVER  DOOR  CANOPIES  ~  SIGNS  75.0  71  280CT7b  IOMAY77  1911.0  IOJAN77  23JUL77  194.0  
FIGURE 36 CONT. 



-

SEQUENCE E S PAGE 5 
TOT S T A R T START F I N I S H FIN 
(I) (J) D E S C A I P T I 0 N OuRAT CAL EARLY LATE FLOAT EARLY LATE FLOAT 
-------------------------------------------------------------------------------------------------D--------------------
...... 
I 
~ 
...... 
:;.:; 
(!) 
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180  360  FAB  ~  DELIVER  METAL  WINDOwS  90.0  71  280C T1b  300CT7b  2.0  25JAN77  27JAN77  2.0  
195  31'5  DELIVER  LATH  & PLASTER  MAlLS  30.0  71  280CT7b  ?3FE~77  118.0  26NOV76  2414AA77  118.0  
200  405  DELIVER  CERAMIC  TILE  MAlLS  45.0  71  280CT7o  2bFE877  121.0  110EC76  1lAPR77  121.0,  
205  425  DELIVER  TOILET  PART  & ACCESS  90,0  71  280CT7b  18APR77  172.0  25JAN77  16JUL77  172.0  
220  355  FAB  ~  DELIV  SHMTL  & ROOF  &0.0  71  280CT7b  22NOV76  25.0  260EC76  20JAN77  25.0  
225  370  DELIVER  PROTECT  MAlLS  75,0  71  2"0CT7b  12DEC76  45.0  10JAN77  24FE877  45,0  
235  4&0  DELIVER  VINYL  WALL  COVERING  bO.O  71  280CT7b  21MAY77  205.0  26DEC76  1qJUL77  205.0  
250  q8S  DELIVER  CASEWORK  150.0  71  280CT7b  tOFE877  105.0  2614AR77  qJUL77  105,0  
2&0  495  DELIVER  MISC  BLDG  EOUIP  90.0  71  280CT7b  2tAPR77  175.0  25JAN77  1qJuL77  175.0  
305  335  BSMT  STEPS  & LNOGS  10.0  71  280CT7b  15JAN77  79.0  6NOV7b  24JAN77  1q,o  
b10  b20  DELIVER  & INSTALL  STORM  DRAINAGE  bO.O  71  280CT7b  3MAR77  12b.O  2bDEC7b  114AY77  12b.O  
b12  b15  OUTSIDE  PLUMBING  q5,o  11  280CT7b  t&MAR77  141.0  110EC7b  1MAY77  1111,0  
b12  b19  OUTSIDE  ELECTHICAL  90.0  71  21'0CT7b  1FE877  qb,O  25JAN77  1MAY77  96.0  
11 7  2lO  RETEST  & APPROV  PAINT  30,0  71  2NOV7b  18FER77  108.0  10EC7b  l9MAR77  108,0  
315  320  FPC  PAN  SLABS  & RMS  so.o  71  qNOV7b  5NOV7b  -q,Q  2ROEC7b  24DEC7b  -4.0  
315  325  70l  UNOH  fLR  MECH  & ELECT  R-1  50.0  71  qNOV7b  5NUV7b  -4.0  280EC7b  240EC7b  -11.0  
175  335  SAMPLE  MASONRY  PANELS  2.0 71  14NOV7b  23JAN77  70.0  t~NOV7b  ?.liJAN77  70,0  
185  345  OtLIVER  RLORS  HAROWAHE  120,0  71  18NOV7b  11NOV7&  -7.0  17MAR77  10MAR77  -7.0  
141  255  GUVT  APPROV  HOSP  & MISC  EOliiP  30.0  71  22NOV7b  1DEC7b  9,0  2tOEC7b  ~00Er.7b  '1.0  
230  q30  DELIVER  PAINT  MAlLS  qS,O  71  2DEC7b  20MAA77  108,0  15jAN77  3MAY77  lOti.O  
b15  b20  R  o.o  71  110EC7b  1MAY77  141.0  11DEC7b  1MAY77  1ql,O  
b15  &50  A  o.o  71  110EC7b  2bJUL77  227.0  11DEC7b  ?bJUL77  227.0  
255  qqo  DELIVER  HOSPITAL  & MISC  EOUIP  180.0  71  22DEC7b  31DEC7&  9.0  19JUN77  28JUN77  9,0  
EARLY  START SORT  Wt:r:l  
ABBREVIATED HERE  ~~"d~  
> ~  -1:' 
()Q  ~  
Vl  
FIGURE  36  CONT.  001 0\~ I  
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I~M PROJECT CONTROL SYSTEM 
RUN DATE 28 OCT 1b • • S C H E D U L E R E P 0 R T • • DATA DATE lB OCT 7& RUtl SEQUENCE 0 NETWORK ID 111 DA OISPENSARY•LACKLANO AFB TX MONTEDON CONSN FROto4 JUL 1fl TO SEP 77 PAGE
SEQUENCE L S 
TOT S T A H T START F I N l S H FINLATE FLOAT EARLY LATE FLOAT
(I l ( J) D E S C R I P T 1 0 N 	DURAT CAL EARLY 
5 NTP 1.0 71 1JUL7b A 1JUL7b 0.0 1JUL7& A 1JUL7& o.o '5 '55 SUB SH DWGS ALUM ENTR & MTL DOORS 29.0 71 2JUL7b A 2JUL7b 0.0 30JUL7b A 30JUL7& o.o 
'5 80 SUBMIT ELECT FIXT & EQUIP 21.0 11 	2JUL7b A 2JUL7b 0.0 28JUL7& A 28JUL7& o.o 
5 90 SUB & APP SH OWGS REINF STL 2'5.0 71 	2JUL7b A 2JUL7b 0.0 2&JUL7& A 2&JUL7& o.o 
'5 10 MOB S LAYOUT 9.0 71 	4JUL7b A 4JUL7b 0.0 12JUL7& A 12JUL7& o.o 
5 20 SUB & APP MECH & ELECT ROUGH•lN MTLS 31.0 11 	5JUL7b A 5JUL7& 0.0 4AUG7& A 4AUG7& o.o 
5 95 SUBMIT & APPROV ROOF OECK SH DWGS 4b.O 71 	&JIIL7& A oJUL7& 0.0 20AUG7& A 20AUG7& o.o &JUL7& A &JUL7b 0.0 21JUL7b A 21JUL7& o.o
'5 1'50 CONC DES MIX 1&.0 71 '5 bOO SUB ~ APP SH OWGS OUTSIDE ELEC & PLUMB 41.0 11 &JUL7b A bJUL7& 0.0 21AUG7& A 21AUG7& o.o 5 3'5 SUB SH DWGS STRUCT STL & JOISTS 30.0 71 9JUL7b A 9JUL7& 0.0 7AUG7& A 7AUG7& o.o A 9JUL7& 0.0 7AUG7& A 7AUG7& o.o
'5 7'5 _SUBMIT PLUMB & MECH FIXT & EQUIP 30.0 11 	9JUL7b
"I
1-' '5 25 SUB SH DWGS PAN FORMS 	21.0 7J 10JUL7b A 10JUL7& 0.0 30JUL7& A 30JUL7& o.o 
\0 
5 40 SuB ~ APPRDV MASONRY MAlLS 4&.0 11 12JUL7b A 12JUL7& 0.0 2&AUG7& 	A 2&AUG7& o.o A 11AUG7& o.o
5 125 SUBMIT SH OWGS MILLWORK 	31.0 11 12JUL7& A 12JUL7& 0.0 11AUG7& 
o.o
5 10'5 SUBMIT X•HAY PROTECTION &2.0 11 14JUL7b A 14JUL7& 0.0 13SEP7& A 13SEP7& 10 15 ROUGH GkAD & EXCAV BLDG 15.0 71 1bJUL7b A 1bJUL7b 0.0 30JUL7& A 30JUL7& o.o 
1 0 &05 OEMOL ~ SITE GRADING 33.0 71 	18JUL7& A 18JUL7& 0.0 19AUG7& A 19AUG7& o.o 
20.0 71 21JUL7& A 21JUL7& 0.0 9AUG7& A 9AUG7& o.o
5 30 SUB SH OWGS METAL ODOR BUCKS 5 &5 SUB CERAMIC TILE 4&.0 71 2'5JUL7& A 25JUL7& 0.0 8SEP7& A 85EP7& o.o 
0:, 110 SUBHtT & APPROV OOOH CANOPIES & SIGNS 45.0 71 2&JUL7& A ·?bJUL7& 0.0 8SEP7& 	A 85EP7& o.o 
5 14~ SUBMIT HOSPITAL & MISC EQUIP 4'5. 0. 11 2&JUL7b A 2bJUL7b 0.0 8SEP7& A 8SEP7& o.o Wtrl
1-''"d 
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()QI-'VI
CXll
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FIGURE 37 	~ 
Wt%:1 
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SEIIUFNCE L S PAGF 2 
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c: .p.
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TOT S T A ~ T START F 1 N I S H FIN IJ1 001
(l) ( J) 0 E S C R I P T I U ~ OURAT CAL EARLY LATF FLUAT EARLY LATF FLOAT 

0\i-' -----------------------------------------------------------------------------------------------------------------------I 
.p. 90 !50 DEL REINF STL 1q.o 71 27JUL7b A 27JUL7b 0.0 J4AIIG7b A 1 IIAUG7b o.o 80 ?15 GOV'T APPHOV ELECT FtxT & EOUIP 30.0 71 29JUL7b A ?9JUL7h 0.0 27AUG7& A .?7Al,G7b o.o 5 70 SURMJT TOILET PARTITIONS & ACCESSURIE~ 41.0 71 30JliL7b A 30Jlll7b 0.0 RSEP7b A 8SfP7b o.o 
5 R5 SUR ~ APP SH DwGS MISC ~ETALS 31:>.0 71 30JUL 7b A 30JIJL 7& 0.0 3SfP7b A 3SEP7b o.o 15 !55 R o.o 71 30JUL7b A ~OJUL7b 0.0 30JIIL7b A 30Jlll7b o.o 15 2&':1 R o.o 71 30JUL7b A 30JUL7b 0.0 30JUL7b A 30JUL7& o.o 
5 145 SURMIT tiiSC IILOu EQUIP 35.0 71 31JUL7b A 3JJUL7b 0.0 3SEP7b A 3SEP7b o.o 55 lqO GOV'T APPROV ALUM E~TR & MTL UO~RS t"i.n 11 31JUL7b A 3JJUL7b 0.0 14AIJG7h A 14AUG7b o.o 
5 f>O SUR LATH & PLASTER 46.0 71 IIAUG7b A 4AU~7b 0.0 J8SEP7b A 16SEP7& o.o 5 120 SUBMIT VINYL wALL COVERI~G 31.0 71 4AUG7b A IIAUG7f. 0.0 3SFP7& A 3SEP7b o.o 25 thO GOV'T APPHOV PAN FO~MS 1&.0 71 4AUG7b A 4AUG7& 0.0 19AUG7b A t9AUG7b o.u 
" I
...., 
20 !55 DEL MECH & ELECT ~OUGH•IN MTLS INITI'L 10.0 71 5AU&76 A 5AUG7b 0.0 14AIIG7& A 14AUG7b o.o 
0 

75 210 GOV 1 T APP~OV PLUMd & MECH FIXT & EQUIP 29.0 71 7AUG7b A 7AUG7b 0.0 IISfP7b A 4SEP7b o.o 
35 170 Gnv•T APP~OV STR STL &JSTS 18.0 71 8AIIG7b A !lAIIG7& 0.0 2'5AIIG7b A ?'5Aut;7b o.o 30 1b5 GOV'T APPROV MTL OR BUCKS 12.0 71 10AIIG7b A IOAUG7b 0.0 21AUG7b A 21AUG7b o.o 5 tOO SUBMIT ~OOF ~ SHfETMETAL ~HOP D~GS 31.0 71 IIALIG7& A IIAUG7~ 0.0 105EP7& A 10SEP7b o.o 
125 ?4U GOV'T APP~OV MILL~ORK 111.0 71 12AUG7b A 12AUG7b 0.0 25AUG7b A ?5AUt;76 o.o 
5 13~ SUHMIT SH Ow~S CASf~ORK 11&.0 71 14AlJG7b A 14AU~7b 0.0 2ASEP7b A ?8SEP7b o.o 
150 2f>5 R o.o 7t J4AUG7b A I4AUG7& 0.0 J4AUG7& A 14A1Jt;7f> o.o 
~ 
150 ?75 R o.o 7J 14AUG7b A JIIAU~7f> 0.0 14AUG7& A 14AUG76 0.0 150 biO H o.o 71 I 4AUG7f> ~ I <IAIJG7b 0.0 l11AUG7b A IIIA1Jt;7f> 0.0 190 345 FAR & OfL ALUM ENTR ~ MTL DRS 90.0 71 J4AIIG7b A JIIAUf.76 0.0 11NOV7b 10MAR77 119.0 2&S 270 FTG~ ~ PLINTH~ 15.0 71 14AUC7b A I<IAU~7b ~.0 2RAUG7h A ?8AuG7b 0.0 
FIGURE 37 CONT. 


SErltlENCE L S PAGE 3
--------------------------------------------------------------------------~--------------------------------------------
TOT S T A W T START F I N I S H FIN 
(I) ( J) 0 ~ S C R I P T 1 0 N DURAT CAL EARLY LATE FLOAT EARLY LATE FLOAT 
5 5U SUB LIST & SAMPLE~ bLORS HAROwA~E b5.0 71 15AUG7b A 15AUG7b 0.0 1RQCT7b A 180CT76 o.o 155 275 ROUGH-IN UNDER BSIH 1?.0 71 15AUG7b A 15AUG7b 0.0 26AUG7b A 2bAUG7b o.o 5 115 SUB SH DwGS MTL wiNDOwS 311.0 71 l7AUG7b A 17AUG7b 0.0 1qSEP7b A l9SEP7b o.o 5 115 SURHJT PAINT SAMPLES 31.0 71 19AUG7b A 19AUG7b 0.0 1ASEP7& A t8SfP7b o.o 11>0 31~ DELIVER PAN FOUMS 53.0 71 19AUG7b A l9AUG7b 0.0 l00CT7b A IOOCT7b o.o b05 &10 A o.o 71 l9AIIG7b A 19AIJ(;7b 0.0 19AUG7b A 19lur.7b o.o 1>05 &12 R o.o 71 19AUG7b A 19AUG7b 0.0 1qlliG7b A 1qAIIG7b o.o 
5 330 PWf-QUALIFY WELDERS 89.0 71 20AllG7h A ?OAIJG7b 0.0 lf>NOV7b 290EC7b 43.0 95 3~0 OELIVER RQOF DECK MAlLS 85.0 71 20AUG7b A ?OAIIG7b 0.0 12~0V7b 8JA~77 57.0 
5 130 SUBMIT UESILIENT FLOOR SAMPLES .H.O 71 21AIIG7b A L'1AUG7& 0.0 20SEP7b A ~OSEP76 o.o 1b5 3?5 fAR ~ DELIVER MTL OR BUCKS 90.0 71 2lAUG7b A ?lAUG7& 0.0 1ANOV7b ?40EC7b 3b.O bOO ~12 DEL MAlLS OS ELEC ~ PLUMB 311.0 71 21AUG7b A L'1AUG7b 0.0 23SEP7b ~ 23SEP7b o.o 170 3?5 fAR ~ DEL STL COLS '>1.0 71 25AllG7b A ?5Aur.7b 0.0 1110CT7b A 140CT7b o.o 17 0 310 FAR ~ DEL STR STL ~ JSTS 90.0 71 25AUG7b A ?5AUG7b 0.0 22NOV7b ?90EC7b 37.0 
...... 
NI 2110 llh5 FAR ~ DELIVER MILLWORK 120.0 71 25AUG7b A 2~AUG7& 0.0 2?DfC7b 12JU~77 17t?.O 
...... 
110 175 DELIVER MAS0NRY MATLS 80.0 71 2bAUG7o A ?bAIJG7b 0.0 13NOV7b 22JAN77 70.0 275 ?RO RAS~T FND, SLAR, ~MS 17.0 71 2bAU&7b A 2~AUG7b 0.0 11SEP7b A 11SEP7b 0.0 215 1150 D~LIV~U ELECT FIVT & EQ~IP 120.0 71 ~7AIIG76 A ?7AUG7h 0.0 24DEC7b IIIJUN77 172.0 120 235 GUV'T Af'PtWV COLO~ :iEL VINYL o'4ALL CUVERINI.i 1S.O 71 4SEP7b A 4SEP7b 0.0 18SEP7b A 18SEP7b " u.o 4SEP7b 0.0 2RSEP7b A ?~SEP7b 0.0
1115 2b0 GOV'l APPROV HISC BLDG EQUIP 25.0 71 4SEP7b A 210 11110 OE.LIVER PLllriR & ME.CH EQUIP & FlO 1'>0.0 71 IISEP7b A IISEP7b 0.0 31JAN77 l7MAY77 10o.O 8'> 305 FAR & OELIVER MJSC METALS llh.O 71 ASEP7b A HStP7h 0.0 231lCT7b A ?30CT7b u.o &5 200 GOV'T APPROV CE~ TILE & COLUP. SEL 25.0 71 9~FP7h A 9SEP7b 0.0 30CT7b A 30CT7b o.o 
Wl:'%j
...... "'d 
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1-IGUPE 37 CONT. 

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SEtlUE i~CF" L 5 PAGE 4 ()Q ...... 
V1 

-----------------------------------------------------------------------------------------------------------------------001 
TOT S T A H T START F I N I 5 H FIN 0\ ...... 
I
(I) (J) 0 t S C ~ I P T 1 0 t~ OulhT CAL EAHLY LATE FLOAT EARLY LATE FLOAT .~:" 
-------------------·--------------------------------------------------------------------------------------------------
711 205 GUll' T APPRLI\1 TOIL PART & ACCES 22.0 71 10SEP7b A 10SEP7b 0.0 10CT7b A 10CT7b o.o t Otl ~;>u r.ov' T APPI<OV ROOF" A SHMTL Srl DWGS 18.0 71 115fP7b A 11SEP7~ 0.0 2RSEP7b A 289EP7& o.o 2110 2AS ~A~MT ~ALLS 21.0 7t 125EP7b A t25EP7b 0.0 20CT7b A 20CT7h o.o lOS 2?5 GOV'T APPk0\1 x-~AY PROTECT zc;.o 11 145F.P7b A \4SEP7b 0.0 ROCT7b A 80CT7b o.o bO lq~ GOV'T APPRO\/ LATH & PLASTEH 15.0 71 19SEP7b A 19SEP7b 0.0 JOCT7b A 30CT7b o.o t\5 t\b GOVT TFST ~ OlSAPPROV PAINT 30.0 71 19SEP7b A 19SEP7b 0.0 1ROCT7b A 180CT7b o.o II'.J \80 GUV'T APPROV MTL ~I~OOWS 1~.0 71 20SEP7b A 20SEP7b 0.0 40CT7b A 40CT7b o.o 130 2115 GOV'T APPk0\1 ~ COLOR SfL RESILifNT FLOOR 23.0 71 21SEP7b A 21SEP7b 0.0 13UCT7b A t30CT7b o.o s tl7 C.o. TO liSE 'iU"~E GOV Flllilll liliSP fQUlP 1.0 71 28SEP7b A 28SEP7h 0.0 26SEP7b A 28SEP7b o.o 13<; ?"iO GUV'T APP~OV CASE~O~K 211.0 71 ~9SEP7b A 29SEP7b 0.0 2~0CT7b A 2&0CT7b o.o "-J 270 300 G~AUf REA~S to.o 11 29SEP7b A 29SEP76 0.0 80CT7b A 80CT7& o.o
I N N 
1 3 7 13U fllt::GU C.tl. Ill 25.0 71 29SEP7b A 29SEP7b 0.0 230CT7b A 230CT7b o.o 2115 300 OHIPPROtlF" l Nt; 4.0 71 30CT7b A 30CT7b 0.0 bOCT7b A 60CT7b o.o 300 30'j R o.o 71 80CT7b A 80CT7h 0.0 ROCT7b A 80CT7b o.o 3utl ill! F~R A r;~Avf. IlNDER RLDG 12.0 71 90CT7b A 90CT7b 0.0 200CT7b A 200CT7b o.o 2115 <170 OELIVE~ RESlLlfNT FLOOR MAlL 11'5.0 71 130CT7b A 130CT7b 0.0 2bNOV7b 7JUN77 193.0 11b 117 RtStJfHITT PAirH :,Ar~PLES 1'i.l) 71 1ROr.T7b A 180CT7b 0.0 1NOV7b 17FEH77 108.0 ':>0 111"i Gli\1 1 T Af'Pi<OV IIU>~S HARO·~•i-lf 30.0 71 190CT7b A 190CT7b 0.0 17N0117b 10NOV7b -7.0 310 3\ 'j 30X llfiPt< F Lk •'lt:CH ~ F.LECT f<-I ~o.o 11 20UCT7b A 200CT7h 0.0 IH~OV7b 4NOV7b -4.0 I 3t> J<I\J R o.o 71 l30CT76 A 230CT7h 0.0 23UCT7b A 230CT7b o.o 138 <14u Ot.L!V r.uvT fii~N HLlSI-' £QUIP .?110.0 71 23l'C T76 A ?30CTlh, 0.0 19JUN77 28JUIH7 9.0 I<HI I <I I J.itSLII' Htl'iP 0o t~ISC I;IJIIJP 30.0 71 230CT76 A 230CT76 0.0 21NOII7b 30NOV7b 9.0 111\J .ibU FAH II. fll:.LlVtR MtTAL '-I'JIJO.-.S 90.0 71 28LlCT7b 300CT7b 2.0 25JAN77 nJAN77 2.0 
FIGURE 37 CONT. 

r;
PAGE
SE!HIENCE L S 
TOT S T A ~ T START F I ~ I S H FIN 
(I) (J) 0 E S C R I P T I 0 N 01JRAT CAL EARLY LHE FLOAT EARLY LATF FLOAT 
....... I N 
w 
~ 
(1) 
11 
en 
(1) 
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315 315 185 220 141 225 320 325 330 255 350 305 355 175 330 335 320 3b(l b12 32(1 320 25ll 3b5 
320 325 345 355 255 370 325 330 
j<;O 
490 
]<;';) 
335 
3b5 
33';) 
B':l 
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395 Jb5 h1q 'S75 J70 4R5 
3'15 
FPC PAN SLAbS & 8MS 70% II~DR FLR ~lf(H & ELECT R•I DELIVE~ RLDRS HARO~ARE FAR ~ DELIV ~HMTL ~ ROOF GOVT APPRUV HOSP 5 MISC EQUIP DELIVER PROTECT MAlLS R EHECT STL COLS & METAL ~UCKS ERECT STR STL ~ JOISTS DELIVER HOSPITAL & MISC fUUIP 
ROOF -DECK RSMT STEPS & LNOGS ROOFING ~ SHT ~TL SAMPLE ~ASO~RY PANELS 
A 
TIMt L4G 
MECH & PLuMd HIIU~H-lN INST HTL ~INOU~~ OUTStOE ELFCT~ICAL ELECT AUli6H-W CONC TOPPING FILL OtLlVlR f.ASlNO~~ 
AC OIICTt,O~~ 
50.0 50.0 121).0 bO.O 30.0 7';.0 
o.o 
5.0 
10.0 
180.0 
12.0 
10.0 
21.0 L'.O 
o.o 
3.0 
70.0 
14.0 
90.0 
n~.o 
18.0 
150.0 ':11>.0 
71 71 71 71 71 71 71 71 71 71 71 71 71 71 7l 71 71 71 71 
11 
71 71 71 
9NDV7b 9f'.lOV7b 18NOV7b c80CT7& 22NOV7b 280CT7b 28DEC7b 29DEC7b 3JAN77 220EC7b 1:SHIII77 280CT7b 25JA1'.77 141110V7b 2JAN77 3JAN77 290EC7b 2bJAN77 280CT7b 290EC7b 290EC7b 280CT7b 15FEB7 7 
5NOV7b 5NOV7b 11NOV7fo 22NOV7b 
1DEC7b 12DEC7b 24DEC7b 2SDEC7b 30DEC7b 31DEC7b 9JAN77 15JAN77 21JAN77 2 3JAN77 24JAN77 25JAN77 28J Alll77 28JAN77 1FEB77 4FE877 7FEB77 \OFE877 11FES77 
•
4.0 

•
4.0 


•1.0 
25.0 
q.o 
45.0 ·4.0 •4.0 
•4.0 
9.0 ·4.0 
1q.o 
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70.0 
22.0 
22.0 
30.0 
2.0 
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37.0 
40.0 
105.0 ·4.0 
28DEC7b 28DEC7b 17MAA77 2bD£C7b 21DEC7b t0JAIII77 211DEC7b 
2JAN77 
t2JAN77 
1qJUN77 
211JAN77 
bNOV7b 
t4FE877 
1'5NDV7b 
2JAN77 
5JAN77 
8MAA77 
8FEB77 
25JAN77 
1MAA77 
15JAN77 
2bMAA77 
11APA77 
240EC7b 24DEC7b 
10MA~77 
L'OJAN77 300EC7b L'4FE877 240EC7f> 290EC1f> 8JAN77 28JUN77 20JAN77 24JAN77 IOFER77 24JAN77 ?4JAN77 27JAN77 7APA77 10FE877 lMAY77 7APR77 24FEB 77 9JUL 77 7APA77 
•4.0 -4.0 -7.0 
25.0 
q.o 
45.0 -4.0 -4.0 -4.0 
9.0 -4.0 
7q.o 
-4.0 
7o.o 
22.0 
22.0 
30.0 
i:!.O 9&.0 
37.0 
40.0 
105.0 
•4.0 
LAT~ START SOR1 
ABB~tEVIATED HEFE 

wt:rl 
1-'"tj 
> 
~ ~ 
OQ I-' 
V1 col 0\f--o 
~
FIGUP.E ~7 cmn. 


l~M PROJtCT CONTROL SYSTEM 7& S C H E 0 U L E R f P 0 R T DATA DATE 28 OCT 7&
RUN OATF 28 OCT 
* * RLW SEflllENCE 0 NETwORK 10 Itt OA OISPENSARY-LACKLA~O Af8 TX MOHTEOON CONSR FROM JUL 7& TO SEP 71 
* * 
-~=~~=~==--~-~:------------------------------------------~;~-----------;-~-~-~-~-------;;;~~----;-;~~~;-;-~-:_____ ;;~~ 

(I) (JJ 0 E S C R I P T I 0 N 	DURAl CAL EARLY LATE fLOAT EARLY LATE FLOAT 
50 t85 GOV'T APPROV 8LORS HARDWARE 	lO.O 7t 1qOCT7& A tqOCT7b 0.0 17NOV7b 1ONOV7& -7.0 
120.0 71 18NOV7b ltNOV7& •7.0 t7MAR77 ! OMAR77 -7.0
185 345 DELIVER BLDRS HARDWARE 18~AR77 ltMAR77 •7.0 JIMAR77 ?4MAR77 -7.0
345 385 INST MTL DRS ~ ALUM ENTR t4.0 71 
385 3q0 STUCCO 

14.0 71 tAPR77 ?.5MAR77 ·7.0 14APR77 7APR77 -7.0 3qo 3Q5 R o.o 71 14APR77 7APR77 •7.0 14APIH7 7APR77 -7.0 
3q5 410 CEILG SUSP SYST ' INSUL 14.0 71 15APR77 HAPR77 -7.0 28APR77 2tAPR77 -7.0 410 430 PUS CLG 12.0 71 2qAPR77 22APR77 •7 .0 I OMAy77 ]MAY77 -7.0 QMA Y7 7 •7.0 7JUN77 3tMAY77 -7.0 Q"i.O 71 8JUN77 tJUN77 •7.0 22JUL77 15JUL77 -7.0 
430 445 ~OX PAINT ~ FINISH 	211.0 71 t1MAY77 
445 505 50X COMP PAI~T & FIN I bJUL 71 -7.0 QAIIG77 ?AUG77 -7.0
505 510 20X PAINT & FINISH 	18.0 71 23JUL77 
7.0 71 10AUG77 3AUG77 -7.0 I&ALIG77 qAUG77 -7.0
510 &55 CLEAN•IlP BLDG 
...... 
5.0 71 17AUG77 IOAuG77 •7. (I 21 AllG77 54 1UUr.77 -7.0 ~I &55 bbO SELL JOB 
N 
0.0 8NDV7& IINOV7b -4.0
IJI 310 315 JOl UNPR FLR MECH & FLECT R-I 	20.0 71 200CT7& A 200CT7& ~o.o 71 qNOV7b SNOV7b -4.0 28DEC7b 24DEC7f> -4.0
315 320 FPC PAN SLABS & B~S qNOV7& 5NOV7b -4.0 2110EC7b 240EC7f! -4.0
315 325 701 llf~OR FLR MEC'i & ELECT R-I 	so.o 71 
o.o 71 28DEC7b 24DE.C7b -4.0 28DEC7& 240EC7b -11.0
320 325 R 2qOEC7b 250EC7b •4.0 2JAN77 ?qOEC7& -4.0
325 330 ERECT STL COLS & METAL BUCKS 5.0 71 
330 350 ERECT STR STL & JOISTS 

10.0 71 3JAN77 30DEC7b •4.0 12JAN77 8JAN77 -4.0 ROOF OF.CK 12.0 71 13JAN77 qJAN77 •4.0 24JI.N77 20JAN77 -11.0
350 355 MTL 21. (I 71 25JAN77 21.JAN77 -4.0 tiiFEii77 I OFER77 -4.0
355 3&5 ROOFING ~ SHT 3&5 3q5 AC DUCTWORK 51>.0 71 15FEB77 11FEB77 ·4.0 11APR77 7APR77 -4.0 
wt:<j 
1-'""d 
~ ~ 
O'Q 1-' VI col 
0'11-' 
I 
~ 
FIGU!?.E 38 

Wtr:l 
1-'"tl 
SEilliENCI' F FL 
PAGE i! > 
c: """ 
(]Q ......
TOT S T A R T START F I N I S H FIN VI
(I l (J) 0 E ~ C R 
I P T I 0 ~ OtlRAT CAL EARLY LATE FLOAT FARLY LATE FLOAT 001 
0'11-'
---------------------;-------------------------------------------------------------------------------------------------I 
390  405  R  
405  420  CERAMIC  TILE  
420  430  R  
1110  1111~  •cOuTST  ~  OTHER  CEILINGS  
5  NTP  
5  10  ~OR  ~  LAYOUT  
5  20  SUR  ~  APP  MECrl  & ELECT  ROUGH-IN  MTLS  
5  ?5  SU~  SH  ONGS  PAN  FORMS  
5  30  SUI3  SH  uNGS  ~ETAL DOOR  llllCKS  
5  35  SUB  SH  OwGS  STRUCT  STL  & JOISTS  
5  40  SUR  ~  APPROV  ~ASONRY MAlLS  
-...!  
I N  ')  115  SUR  SH  u~GS MTL  ~INOOwS  
0'1  
5  So  SUR  LIST  & SAMPLES  IILORS  kARONARE  
5  'l5  SUR  Sti  o.~GS  ALIJM  EIIITR  A 114TL  DOO~S  
5  &o  SUR  LATH  & PLASTF.K  
5  &5  SUR  rERA~lC  TILE  
5  70  SURMIT  TOILET  PARTITIONS  A ACCFSS~RIF5  
'5  7':1  5URMTT  PLU"11:l  &  MECH  FpT  &  Ell:JTI'  
'5  80  SUI3MTT  ELECT  FIXT  & ffllliP  
'5  B5  SUA  ~  APP  SH  ONGS  MlSC  METALS  
5  90  SUB  ~  APP  SH  ONGS  REINF  STL  
'i  Q'j  SUAMIT  & APPQOV  QOOF  OfCK  Srl  0~GS  
'5  100  SU~MIT  HOOF  ~  SrlEET~FTAL  SHOP  DNGS  

"""  
o.o  71  14APR77  11APR77  -3.0  14APR77  11APA77  -3.0  
2?.0  71  15APR77  12APR77  ·3.0  6MAY77  3MAY77  -3.0  
o.o  71  bV.AY77  3MAY77  •3.0  6MAY77  31o4AY77  -3.0  
35.0  71  29APR77  27APR77  -2.0  2JUN77  31MAY77  -2.0  
1.0 71  IJUL7b  A  1JUL7&  0.0  1JUL7&  A  1JUL7&  o.o  
9.0 71  4JUL7b  A  IIJUL7b  0.0 12JUL7&  A 12JUL76  o.o  
31.0  71  5JilL7b  A  5JUL7&  0.0  4AUG7&  A  4AUG76  o.o  
21.0  71  10JUL7b  A  IOJUL7&  0.0 30JUL7&  A 30JUL76  o.o  
20.0  71  21JUL7b  A 21JUL7&  0.0  9AUG7&  A  9AUG76  o.o  
30.0  71  9JilL7&  A  9JUL76  0.0  7AUG7&  A  7AUG76  o.o  
111>.0  71  12JUL7b  A 12JUL7&  0.0 2&AUG76  A 26AUG76  o.o  
311.0  71  17AIIG7b  A 17AUG7b  0.0 19SEP7&  A 19SFP76  0 •.o  
b'5.0  71  15AUG7b  A 1SAUG76  0.0 180CT76  A 180CT76  o.o  
29.0  71  ?JUL7b  A  2JUL7b  0.0 30JUL76  A 30JUL7b  o.o  
11&.0  71  4AUG7b  A  IIAUG76  0.0 18SEP7b  A 18SEP76  o.o  
11&.0  71  25JIJL7b  A 25JUL7&  0.0  ASEP7&  A  8SEP7&  o.o  
qi.O  71  10JIIL 7b  A 30JUL 76  0.0  ASEP7b  A  8SEP76  o.o  
30.0  71  9JUL7b  A  9JUL7b  0.0  7AUG7b  A  7AUG76  o.o  
27.0  71  2JUL7b  A  2JUL7&  0.0 28JUL7b  A 28JUL7b  o.o  
Jb.O  71  30JUL7b  A 30JUL7b  0.0  ~SEP7b  A  3SEP7b  o.o  
2'5.1)  71  2JUL7b  A  2JUL76  0.0 2&JUL7b  A 2&JUL7&  o.o  
111,.0  71  bJUL7b  A  &JUL7b  0.0 20AUG7&  A 20AUG7b  o.o  
31 • 0  7 I  IIAUG7b  A 11AUG7b  0.0 IOSEP7&  A IOSEP7b  o.o  
TOTAL  FLOA'f  SORT  
ABBREVIATED  HERE  
FIGURE 33 corn.  

IR~ PROJECT CONTROL SYSTE~ 
I~II'J llA TF .?II OCT 7h * * Lu'-'P SliM COST REPORT 	* * DATA DATE 28 OCT 7f> 
RIHJ SEilllEIIICf 0 ~JETt~ORK lU Itt TJTLE OA DIS~f~SARY-L,CKLA~~ AF~ TX MONTEDON CONSR FROM 1 JUL 7ft TO 1 SEP 77 
PAGE
SEI,Ufi'ICE L F 	ORGANIZH 10·~ 
,.. I START I<EMAI PE~CNT FINISH t ESTIIol 0 ACTUAL .-II 0 f ~ C R I P T I 0 Ill OAH: DURAl COMPLT DATE FLOAT 1 COST ClJST T•D 
I <; NTP 	A 1JIIL7b .o 100.00 IJUL7b .o J o. o.
-------------------------------------------------------------------------~---------------------------------------------
5 10 ~10~ & LAYOUT 4J UL 7fo .o 100.00 A' 1ZJUL7f> .o J ?ooo. zooo.' ftJ UL 7fo .o 100.00 A 21JUL7b • o J o. o •
1~11 co~c DES "'I•
"5 qo Srr!1 '-APP Sli OwGS REI NF 	'A 2JUL7fo .o 100.00 A ~bJUL7b .o J o. o.
STL 
on FLECT FIXT II. EQUIP 	A o?JUL7b .o 100.00 A o?8JIJL7b .o J o. o.
'5 Sllt:II~IT '5 ~5 SIIB SH OI"'GS PAN FORMS A 10JllL7b .o 100.00 A 30JUL7b .o J o. o. '55 SIIB SH Ot~r.S ALIJM I'NTR II. MTL DOORS A o?JIJL7b .o 100.00 A 30JIIL7b .o J o. o.
" ~ EXCAV RLOG 	A lf>JIJL.7b .o 100.(10 A 30JUL7b • o 1 11000. 11000 •
tu 15 ~nur.H GRAO 1~'5 i( A 30JIJL7b .o 100.00 A 30JUL7& .o t o. o. A 30JUL7b .o 1no.oo A 30JIJL"7b .o 1 o. o.
\5 ?t.<; k 
o. o.
'" 
SUB & APP MFCH , ELECT ROIIGH-IN MTL<; A '5JIJL7b .o 1no.oo A IIAUG7b .o 1"> 20 
o.
SH OI"'GS STRIJCT STL ~ JOISTS A QJIIL7b .o tno.oo • 7AIJG7b .o 1 o.
5 35 SUS
c; 75 SllB"'lT PLII·"'~ , "~ECH FIXT P. EtlliiP A QJrJL 7b .o 100.00 A 7AUG7b .o 1 o. o. 5 30 SUB SH D~G5 METAL ODOR RUCKS A o?tJUL7b .o 100.00 A QAUG7b • 0 J o. o. 5 teo; SUBMIT SH OI"'GS ~ILLWORK A 12JUL7b .o 100.00 A 11 AIJG7b .o t o. o. 20 l'jS OEL MFCH K ELECT ROUGH•IN MTLS T~TTIAL A '5t.Ur.7b .o 100.00 A 111AUG7b .o t 13000. 13000. 
-.1 	.o t o • o.
.,.. & MTL OJO~S 	A 31JIJL7b .o 1ou.oo A 111AUG7b A 27JUL7b .o 100.00 A 111AIJG7b • o 1 qooo • 9000.
I 	\90 GOV 1 T APPROV 4LIIM ENTR 
N Ql) ISO DEL REINF STL 	·o.
-.1 1'SO 2b'5 R 	A 111AIJG7b .o 100.00 A 111AUG7b .o J o. A 14AUG7b .o \00.00 A 111AUG7b • o 1 o. o •
150 27'5 k
1"i0 &10 R A IIIAIJG7b .o too.oo A 111AUG7b .o 1 o. o. 10 &0'5 OEMOL ~ SITE GRADING A 18JUL7b .o 100.00 A 1qAIJG7b • 0 I tnooo. 10000. &OV'T AP~ROV PAN FORMS A IIAUG7b .o too.oo A 1QAIJG7b • o J o. o •
lbO 
A \qAIJG7b .o 1no.oo A 1QAUG7b .o I o. o.
o •
toO'S"" 1>10 R 	A 1QAUG7b .o 1no.oo A 19AIIG7b • o I o.
hil'i bl? R 
A bJUL7b .o 1(10.00 A o?OAIJG7b • o J o. o •
"> 95 SIJBMIT & APP~OV KOllF DECK SH Ot~GS
\\ 'S bOO Slltl II. AP~ S~ OwGS UIJTSIOE t.U:C II. PLIIMR A bJIIL7b .o 100.00 A o?IAUG7b • o I o • o. 30 1&'5 GOV'T APPROV MTL OK BIJCKS A 10AllG7b .o too.oo A o?\ALIG7b • o J o. o • 55 17 0 GOV'T APPROV STR STL &JSTS A IIAtJG7b .o 100.00 A 2'5AUG7b .o I o. o. 125 ?<10 &OV'T APPRUV MILLWORK A 12AUG7b .o 100.00 A 2'5AUG7b • 0 I o. o •
o •
., (10 Slltl & APr>ROV "'ASUNiH MAlLS A 1?JIJL7b .o too.oo A 2bAIJG7b • o I o. I'S5 ;n5 kOUf.H-PI IINOEW liS'-'T A 1'5AUG7b .o 100.00 A o?bAUG7b .o J 2000. 2000. 
1\(l i't5 ~OV'T APPRIIV ELFCT FIXT ~ EgiJJP A o?QJUL7b .o 100.00 A o?7AIIG7b .o J o. o. ?h5 ?70 FTGS II. PLP<THS A \IIAIJG7b .o tno.oo A 28AIIG7b .o I 11'500. '1500. ') 1:1'; Silt\ & APP SH 011f.S ~I SC ~·E TALS A 30JUL7b .o 101!.00 A 3SF.P7b .o J o. o. w~
.o I o. o. 1--''"d
A IIAIJG7b .o \00.00 • 3SEP7b
lc'l\ :O,IIb'41T VINYL I"'ALL COVE~ING
., 
14'; SII b M I T "'I SC HL11 r; F(J IIJ P A 31JIJL7b .o 1flO.OO A 3Sf.P7b .o J o• o. II MtCH FI•T ~ f.QIJIP A 7AliG7b .o \00.00 A 4SEP7b .o I o. o. >c .p..
1"> ?tn GOV'T APPRtlV PLLJMR OQ I-'., b') Sllh CFf.>A~Il( TILF A 2'5JUL7b .o 1no.oo 8SEP7b .0 I o. o. \J1
.o \00.00 •' 8SEP7b • 0 I o. o• CXl I
') 70 Sllb'41 T TlllLI'T PAIH IT IOI<S ~ ACCt.SSORTfS A 30JiJL7b 
"' ......
I
.p.. 
FIGUr.E 3S 
l~M PROJECT CONTROL SYSTE~ 
RUN OATF cR OCT 7b 

LUMP SUM COST REPORT
* * DATA DATE 28 OCT 7&
* * 
HUll SEQUENCE 0 NlT~OHK IO ttl TITLE OA OISPEWfiARY-LACKLANO AFB TX ~ONTEOON CONSR FROM 
JUL 7& TO 1 SEP 77 SEQUENCE L F ORGAN I 1A T I Oil wt>1
PAGE 2 ,..........., 

~ 
-......! 
r N 00 
5 5 '5 
275 
5 
'5 
5 
120 
'5 
5 &00 
'5 100 Ill'S 
':i 
70 280 
bO 
b'i 
45 2(15 IuS 270 300 lbO 130 170 
5 11'5 3l10 
6<i 
137 
I~~~ 
13'5 310 
~0 
1110 lb'S 31'5 5\5 
c:: .p
w 1 
START REMAI PFRCNT FINISH ESTil-l D ACTUAL ()Q .......WI D E S C R T P T I 0 N DATE OIIRAT COMPLT DATE FLOAT COST COST T-O V1 
110 SIIR""IT & At'PHOV UOUH CANOPIES & SIC."'S "' .......

A 2f>JUL7b .o 100.00 A 8SEP7& .o I o. o. r 
140 SUB~IT HOSPITAL & MISC f~UIP A 2bJUL7b .o 100.00 A 8SEP7& • 0 .p-
I o. o.
100 
SIIRMIT ROOF & SHEFTMETAL SHOP OwGS A 11AIJG7b .o 100.00 A 10SEP7& • 0 I o. o.
280 BASMT FNO, SLAB, RMS A 2f>AUG7b .o 100.00 A 11SEP7& .0 I ~ooo. JOOO.
10'5 SUBMIT X-RAY PROTECTION A 111JUL7& .o 100.00 A 13SEP7& .o I o. o.
&0 SUB LATH & PLASTER A 4AUG7& • o 100.00 A 18SFP7b • 0 I o. o • 
I 1'5 SII8MIT PAIIH SAMPLES A 19AUG7& .o 100.00 A 18SEP7& .o I o. o.
23'5 GOV'T APPROV COLOR SEL VINYL wALL COVERING A 4S~P7& .o 100.00 A 18SfP7b .0 I o. o.
11'5 SIJil SH OiiGS MTL iiTNflOwS A 17AUG7& .o 100.00 A t9SEP7& .0 I o.

I 50 SlltSMI T •H.SILifNT FLOOR SU4PLES A 2UUG7b .o 100.00 A 20SEP7& .0 I "·o. o.
&12 OEL MATLS OS fLFC & PLUMS A 21AUG7& .o 100.00 A 23SEP7b .o I o. o.
13'5 SURMIT SH O~GS CASEWORK A 14AIJG7& .o 100~00 A 28SEP7& .o I o. o.
220 GOV'T APPROV ROOF & SHMTL SH ONGS A IISEP7& .o 100.00 A 28SEP7b .0 I o. o. 

2b0 _GOI/'lAf>PRUV MISC BLDG EQUIP A IISEP7& .o 100.00 A 2~SEP7& .o I o. o.
157 C.O. TO USE SOM~ GUV FURN HOSP EQUIP A 28SEP7b .o 100.00 A 28SEP7b .0 I o. o.
20'5 GOV'T APPROV TOTL PART & ACCES A 10SEP7& .o 100.00 A IOCT7b .0 
I o. o.
2d'i BASMT wALLS A 12SEP7& • o 100.00 A i'OCT'b .o I 4'500. 11'500 •
19'5 GOV'T APPROV LATH & PLASTER A 19SEP7& .o 100.00 A 30CT7b .o I o. o.
200 GOV'T APP~OV CER TILE & COLO~ SEL A 95EP7& .o 100.00 A JOCT7& .o I o. o.
180 GOV'T APPROV MTL WINDOwS A 20SEP7& .o 100..00 A 40CT7& .o I o. o.

300 DHIPPRllOFINt; A ."50CT7b A &OCT7b
.o 100.00 • 0 I 1'500. 1500.
2c'5 GOV'T APPROV X-RAY PROTECT A 14SEP7& .o 100.00 A 80CT7b .0 I o. o.
300 GRAOE BEAMS A 295EP7b .o 100.00 A 80CT7& .o I 10000. 10000.
30'5 ~ 

A 80CT7b .o 100.00 A 80CT7& .o I o. o.
31'5 DfLTVEH PAN FO~MS 
A 19AIIG7b .o 100.00 A 100CT7b .o I o. o.
211'5 GOV 1 T APPROV & COLOR SEL RESILIENT FLOOR A 21SEP7b .o 100.00 A 130CT7b .o I o. o.
32'5 FAO ~ DEL STL COLS A 2'5AUG7b • o 100.00 A 1110CT7& .o I 1'500. 1'500 •

50 SU~ LI~T & SAMPLES RLD~S ~ARUWARE A 1'5AUG7& .o 100.00 A 180CT7b .o J o. o.
11h GOVT TEST & OISAPP~OV PAINT A 19SF.:P7& .o 100.00 A 180CT7b .o I 

o. o.
liO F&B & GRADE UNDER ~LOG A 90C 17b .o 100.00 A 200CT7b .o I 4'500. 11'500. 

l0'5 FAB & DELIVER MISC METALS A ASEP7b .o 100.00 A 230CT7b 
• 0 I 3500. 3500. 
13A NEGO c.o. '' A 29SEP7b • o 100.00 A 230CT7b .o I o • o. 
Hill R A 2JUCT7b .o 100.00 A 230CT7b .o J o. o.

250 GOV'T APPROV CASEwORK A 29SEP7b .o 100.00 A c&OCT7& .0 I 

o. o. 

31~ 30% U~PR FLR MEC~ ~ ELECT H-I A 200CT7b 12.0 39.99 11NOV7b .o I 11800. 4130. 
~~~ GOV'T APPROV ~LOHS ~ARUWARE A 190CT7& 21.0 ?9.99 10NOV7b .o I 

o. o.

1<11 RE!>IJB rlOSP II, MISC EfluiP A 2'IOCT7& 25.0 t&.bf> 30NOV7& • 0 I o. o. 
1~~ 

FAR II, DELIV~R MTL OR BUCKS A 21AIJG7b 22.0 75.5'5 211DEC7b .o I ?000. 1480. 
1~0 FPC PAN SLA~S ~ ~MS 9t~OV7b 50.0 .o 240EC7& -11.0 I 17500. o.
32S 70% UNOR FLR ME~~ \ ELEr.T R-1 9NOV7b 5u.o .o c11DEC7& -4.0 I 27000. o. 

FIGURE 39 CONT. 




IRM PPilJECT CONTROL SYS}E14 
RUN OATf l~ OCT 7h * * LllMP SLIM COST REPORT 	OATA DATE ?b OCT 7&
* * 
RIW SEflii[IIICE 0 llllT~ORK TO II\ TITL£ OA OISPENSARY-LACKLAIIIO &FB TX ~ONTEDOIII CONSR FROM JUL 7& TO I SEP 77 
SErHIENCE L F 	O~r.AIIII H TI or~ f'AGf 3 
~ I 
START HEMAl PERCNT FINISH ESTJM 0 ACTUAL~Jl 0 E ~ r q T P T T 0 N OATE DliRAT cor~PL T OATE FLOAT COST ClJST T-O 
-----------------------------------------------------------------------------------------~------------------------------
320 1c?"i H 
280EC7b .o .o 2l!.DEC7b -4.0 I o. o.
5 HO PRE-IWAL [FY ~ELOERS 	A c?OAIJG7b e»o.o H.B 290EC7b .o 
J o. o.
170 "HO 
FAd & lJEL ST" STL & JSTS A 25AlJG7b 2&.0 71.11 29DEC7b .o I 19000. 13300.325 HO ERECT ~TL C0LS ~ METAL BUCKS 29DEC7b '5.0 .o 29DEC7b -4.0 J 1000. o.1411 ?55 GOyT APP~OV HOSP ' MISC EflUTP 221110117& 30.0 .o 300EC7b 9.0 J 

o. 0. 
9~ 350 UELTYFR ROUF DECK MATLS 	A 20AUG7b 
1b.O llb.bb 8JAN77 .0 J o. o.
330 "JSI) ERECT ST~ STL ~ JOISTS 	'IJAN77 to.o .o r.JAN77 -11.0 J :!1~00. o.
220 355 FAd.~ OFLIY SHHTL & ROOF 	2~0CT1b bO.O • o 20JA11177 25.0 I o. o • 
350 'IS<; ROOF Ot,CK 	13JAIII77 12.0 .o 20JAN77 -4.0 T 9500. o.
410 17<i OFLTVE~ MASO~qy ~ATLS 
A 2&AIIG7b 17.0 1>2.22 22JAIII77 .o J 9'500. 7410.175 H5 SAMPLF 14ASUN~Y PANELS 1111~0117& 2.0 .o 211JAN77 70.0 I o. o.30'5 H<; BSMT STEPS \ LNOGS 2110CT7b 1o.o .o 24JAN77 79.0 I 900. o.
HO H"\ H 
2JA"l77 • o .o i'IIJAIII77 22.0 J o. o • 180 'lt>O FAR & DELIY€R METAL WINOO~S 2fiOCT7b 90.0 • o 27JA,..77 2.0 I i»OOO. o • 
-...,J 
BS 3b0 TIMF LAG
I 	3JAIH7 3.0 .o 27JAIII77 U.O I o. o.
35'5 3t><; ROOFING & SHT NTL 	2SJAN77
N 	?1.0 • o 10FEB77 -4.0 I 1bCIOO. o • 
\0 	3b0 3b"i INST 14TL Wli\100.'15 2bJA.'l77 tll.u .o 10HB77 ?..0 J soo. o.11 b 1 1 7 RESIJIP-41 T PA I•H SAMI'LES 
A 1AllCT7b S.ll t>ll.bb 17FER77 .0 J o. o.
i'2S 370 OfLIVER PPOTECT ~ATLS 	28UCT1b 
7'5.0 • o ?4FER77 45.0 I 3500. o • 320 370 CONC TOPPING FILL 290FC7o 18.0 .o 211FErl77 110.0 I ssoo. o.3bS '17 o R 111FER77 • o .o 211Ffb77 10.0 I o. o • 11i"> 3"<; DFLIYE~ ijLORS HARO•ARf 1fi1110V7b 1<'0.0 • o 10MAR77 -7.0 I 9000. o • IQO "5415 FAB ' OFL ALUM E~TR ~ NTL OQS A 111AIJG7b 1'5.0 ll:i.B 10MAR77 .0 J 11'500. 3&90.BS 3410 EXTf~IUR MSNRY WALLS 3JAl\J77 n.o • u 10MAR77 40.0 I 9500 • o.3110 141'; R 
2'UAN77 • o .o 10MAR77 40.0 I o. o • 
117 no RETEST ' APPROY PAINT 	;)N0Y7b 30.0 • (i 19MAH77 1011.0 J o. o • 
IQ<i 
'lb"\ OfLTVfR LAT~ ~ PLASTER MAlLS 	2~llCT7b 30.0 • o 211MAR77 118.0 I o. o • 
3415 Jij<j INST 
MTL 0~~ & ALUM ENTR 18MAR77 141.0 .o 24MAR77 • 7.0 I ;IOI)O. o. 3t>5 'ld"\ R 
111FFII77 .u • o 211MAR77 311.0 I o. o • 320 37'5 ELErT kOur.H-IN 290EC7b b.5.0 • o 7APR77 37.0 J ;>OOOO. o • 320 MfC~ ~
,qc; 
PLUM~ RUUGH•IN 29D£C7& 70.0 • o 7APR77 30.0 I 21000. o • :So5 H<; AC DUCT'iU~K I <il'fll77 5&.0 • o 7APR77 -11.0 I 23000. o • 37;) 'l'lO INTFRTUR PARTITION 1';Ft:d77 112.0 .I) 7APR77 I 0.0 I 17000. o.
375 '195 R I"'AR17 .o .o 7APR77 37.0 J o. o.
31\<i '1"10 STUCCO 	1APR77 
14.0 .o 7APR77 -7.0 I 2000. o. Wt:tl
3"10 "59"\ R 
111APH77 • o .o 7APR77 -7.0 T o. o • 1-''"C 200 110'5 OELJYFR CERAMIC TILF MAlLS 2110CT1b 4'5.0 .o 1 UPiH7 121.0 J QOOO. o.
3'}0 IIO"i R 111APoH7 • o .o 11APk77 -3.0 I o. o • E" 3<15 1110 CEILG SliSP SYST 11o IIIISIIL 15APR77 111.0 .o 2UPR77 • 7 .o J 5'500. o. ()Q 
~
&10 1>20 OELTVFR ~ INSTALL STQPM ORAT~AGF 	28llCT7b &o.o • o 1MAY77 12&.0 I 10000. o • (X) I-' 
Cl' l.n 
I 
1-' 
I 
-'=' 
FIGURE 39 CONT. 




l~M PROJECT CONT~OL SYSTE~ 
RIHI l'lA TE 21\ OCT 7b 
I.•J'-'P Silo.! COST REPORT
* * DATA OATE 28 OCT 7&
* * 
Ru;~ SEQIJ[NCF 0 NET~O~K TO Ill TITLE OA OISPF~SARY•LACKL~NO AFB TX MONTEOON CONSR FROJ.~ JUL 7& TO 1 SEP 77 
Wts:l 
1-''"d 
SEQIIF~ICf L F flR(jANI14TION 
PAGE II 
:> 
~ .p.. 
()Q ..... 
~ I START iiE"lA I PERCI~T FINISH ESTIM 0 ACTUAL UT 
CXl ~
rJI 0 E S C R I P T I 0 N DATE OURAT CO~PLT DATE FLOAT COST COST T-O 0\ ..... 
I 
---------------------------------------------------------~~---------~----------------------------------------------------.p..
bli.' &15 OIITSIOE PLUM~ING 28liCT7b 45.0 • o 1MA Y7 7 141.0 J 7000. o • 
ol? f>l q OUTSIDE ELECTRICAL 28DCT7b CJo.o • o 1MAy77 CJ&.n I 24000. o • 
&15 f>20 K 
110EC7b .o .o 1MAY77 141.0 J o. o.
&JCJ &20 R 
25JAN77 .o .o H1AY7 7 CJfi.O J o. o. 
2~0 1130 OFLTVfR PAINT MATLS 20EC7b 45.0 .o 3MAY77 1011.0 J o • o.
.J<j(l 1120 PLASTF.w WALLS t5APR77 111.0 .o JMAY77 5.0 J 1000. o.
110'3 420 CERAMIC 
TILF.: 15APoH7 22.0 • o ]MAY77 -~.o J 11500. o • 1110 430 PLAS CLG 29APR77 12.0 .o JMAY77 -7.0 I l\00. o.
112(1 430 ~ 
bMAV77 .o .o 3MAY77 -J.O J o. o.
210 11110 DELIVER PLUM~ & t-IFCH EQUIP & Fil(f A IISFP7b QIJ.O l5.QQ 17MAY77 .o J 4300(1. o. 
11~0 11110 R 
10.. AV77 .o • o t7J"'AY77 7.0 J o • o.
1110 11115 ACOlllST 11o OTHER CEILINGS 2QAPR77 3').0 .o JI:.!AY77 -2.0 I 7000. o.
II "SO 4115 30X PAINT~ FINISH 
11MAY77 211.0 .o 31MAY77 -7.0 J JCJOO. o.
211.5 1170 DELIVE~ RESILIENT FLOOR MATL A IJOCT7b Jo.o ·n.B 7 JllN71 • 0 I 3500. o.11115 1170 R 
7 J tttH 7 .o .o 7 JUN77 .o J o. o.
2110 llb'5 FAB ~ OELTVF.:R MlLL~ORK A 2"iAUG7b 5f>.(J 53.33 12JUN77 .o J 6000. 3120.
11115 llb5 R 
7 JIJN1'7 .o .o I<'JU,.,77 s.o J o. o.
&20 ,~c; SURr.RAOE & RASE FOR PAVING 2f>JAN77 42.0 .o li.'JUN77 CJf>.O J 13500. o.
<.'15 450 OELTVF.:R ELECT FIXT & flliiiP A 
27AIIG!b '58.0 51.&& 14JUN77 .o I 23000. ttson.
11115 
ll'jO R 7JtJrH7 .o .o 111JUN77 7.0 J o. o.
11110 1155 R 
10MAY77 .o .o 2f>JU"'77 117.0 T o. o.
1145 455 ~ 
7JUN77 • o .o 2f>JUN77 19.0 I o • o.
2')5 490 DELIVER HOSPITAL & MISC EQUI~
....... 220EC7b 180.0 .o 28JIJN77 CJ.o 1 23000. o. I llb5 1175 INST SOX MILLWURK 8JIIN77 1&.0 .o 28JU~J7 7 5.0 I 1500. o.
w 1170 1180 RESTL FUI 
0 I\JIJN77 21.0 .o 211JIJtl77 .o J l"iOO. o.
1175 1180 ~
23JUN77 .o .o ~IIJUN77 5.0 J o. o.1180 1190 R 21\JIJN77 .o .o 2P.JIJN77 .o J o. o. 1 56 490 OEL TV GOVT FURoJ HOSP F!liiiP A 2~0CT7b 
235.0 2.011 211JIJN77 .o 1 o. o.
b25 b3ll CIIRR ~ GUTTF.R QMAR77 21.0 • o JJ•JL77 9&.0 J aono. o • 2')0 1185 DELIVER CASENORK 280CT7b 
l"iO.O .o 'IJUL77 10'5.0 I lf>OOO. o.IIIlO lin') k 21\JtH07 .o .o r,JifL 77 11 • 0 J o. o.
11115 "i05 50% COMP PATNT ~ FIN I\JIH~77 45.0 .o 15JUL77 -7. 0 J f>500. o.
117C. 'iO"i COMP "~ILL"'ORK 211JU,H7 lf>.O .o t5JUL77 &.o 
J 1500. o.
20') II~') DELIVER TOILET PART & ACCESS c?80CT7b CJo.o .o tbJUL77 172.0 I aooo. 0.
1120 II~S R 
f>J1AY 7 7 .o .o lf>JIJL 77 71.0 J o. o.235 lli>O DFLIVER VINYL WALL COVtRI~G 2110CT7b &o.o .o 1QJUL 71 ?05.0 I 1500. o.2b0 11~'5 DEL TVER ~ITSC BLOG ErltJIP 2110CT7b QO.O .o t'iJUL77 17'5.0 I f>OOO. o.11115 
11&0 R 7JIIrl77 .o .o l'IJUL77 4?.0 I o. o. lldU IICJS R 211JUtH7 .o .o 1QJUL77 ?I • 0 J (1. o. 110 '500 OELIVFR DOOR CANUPifS & SIGNS 2110CT76 75.0 .o 2~JIJL 77 1'14.0 I ?000. o. 
FIGURE 39 CONT. 


I~M f'NOJECT CONT~OL SYSTEM 
RU'< IIATF ,!P. OCT 7u LllMf' SUM COST ~~PORT OATA DATE ?8 OCT 7b
* * • * 
RUil St:'HilNCf 0 'H:.T.10~K IO ttl TTTLE llA f)J'\Pf~<SAIH-LACKLA·~O &fA TX ~~nrHt:OU~! CfJ~•SR FI<Ot-l JUL 7b TO 1 S[P 77 
SE•WEIKF L f ORf.A~lllATIO.l PAGE ~ 
~ I START Hf~AI PFHCNT FINISH ESTJ"' D ACTUAL 
•II n f c; C R I P T I 0 N naTE 0UR&T COMPLT uHf FLOAT COST COST T-Il 
--------------------------------~--------------------------------------------------------------------------------------
3<10 '500 H 2qHN7~7 • o .o 2 3 J '~'L 7 7 1 7 'i • 0 I o • o. jQO bll"i H 2QJA~77 .o .o 211JIJL77 171>.0 l o. o. b30 ., 3"i i'1ALI(5 j0~1ArH7 21.0 .o 211JUL77 Qb.O I 11000. o. b so 1>4'5 ASPiiAL T t'Avl:;r, 30MA~77 ttl.O .(i 211JUL77 107.0 I 1>500. o. b~"> f>ll"i k tQAPi/77 .o .o 211JUL77 Qb.O I o. o. (1(10 b')O INST .,t:.r.h EflUIP I ti1AY77 70.0 .o 2bJ11L77 7.0 T 5ono. o. 11')0 bjO INST FLEC T F I WT ~ tlliilP ltJUN77 112.0 .o 26J11L77 7.0 I 3000. o. 115"> b51) INS T PL[11·18 ~ M[Cii F 1x T 8JtPH 7 30.0 .o 21>JIJL77 1Q.O I 2500. o. bl"l 1>50 k t10f.C7b .o .o 2f>JIJL77 ?27.0 I o. o. blq 1>')0 H 25JA·H7 • o .o 2f>J11L77 1112.0 l o. o • lli''S ";JI) TOILET PAkT 6 ACCESS HIAY 7 7 17.0 .o 2AUG77 71.0 I 700. o. llt>O '510 VINYL .dLL Cf1V~Q IIJUN77 111.0 .o 2A11&77 112.0 l 1000. o. 4/l(J "iiO 60V'T TEST x-~AY PkOTfCT 2QJIH.77 3.0 .o 2AUG77 32.0 I o. o. lib'S "itll IPJST CASfWO~I\ 2QJ1Jo~7 7 211.0 .o 2AUG77 11.0 I 3000. o. qqo "itO INST Jol()c;P II. ~1ISC flWIP 2QJIJN77 35.0 .o ?AUG77 .0 I 11000. o. 
-...! 
49'5 <;tO INST MISC ~LOG E~UIP zqJ•J~77 111.0 .o ?AUG77 21 .o I 800. o.
I w "iHO 'itO INST nunw CA~O~IES 11. S!~~s 51)JA'1177 10.0 .o 2A1JG77 17'5.0 I 500. o. 
..... 
"iu'S "itO 20l PAl~! ~ FINISH 2~JUL77 18.0 .o ?A11G77 -7.0 I ?bOO. o. 5tt1 I,')'5 CL t:: All-UP tiLOG t0AUG77 7.0 .o 4UUG77 -7.0 I 1000. o. bll5 l)'j') TOP!IOIL ~ F io';E r.t<AIITNG 20APR77 1b.ll .o QAUG77 Qb.O I 2000. o. b'lO 1>')'5 TfST ~tCH ~ ELt::CT 20JIJL77 111.0 .o QAUG77 7.0 I 3000. o. b'S"i ~'>t>O SF.LL Jt1~ t7A•JG77 '5.11 .o 111AIIIj77-7.0 I 1000. o. 
----------------------------------------------------~-------------------------------------------------------------------
J fJ 1 A L 580000. 117&30. 
TOTAL PROJECT t:.STII1ATF.:U COST S ~110000. TnTAL PR~JtCT ACTUAL COST TO DATE S 1l7b30. 
E'IIO OF hEPO~T 

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CD ()Q t
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CD 
OOI 0\ .....
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Ill FIGURE 39 CONT. 
~ 

EP 415-1-4 31 Aug 86 
CHAPI'ER 8 
SUMMARY 
Sumnm-y. '!he above information is intended as a basic introduction to Network Analysis. '!he figures are examples of the numerous programs which exist on the market. All such systems are dependent on high quality accurate input schedule information. Once that is obtained, valuable information can be extracted from the analysis data. Exanples have been included of management sorts which will have different value for different managers. Other sorts and presentations are available from various programs on the market. Each user mst determine what information he needs and specify only that which he requires. Techniques such as durlley supression and shortened versions of certain sorts are reconmended in order to limit the volume of paper in each report. Systems available allow the design of almost any kind of data arrangement desired. 'lhe reports, if based . on accurate data, will project completion and displa_y the causes of any dela_v. 'lhe manager can then use this information to decide on the most appropriate course of action available to him under the contract. NAS schedules, properly used, can be a definite aid in executing the Government's responsibilities under a contract and requiring the contractor to execute his responsibility. 
a. 
When the Work is Changed. It is very important that the logic diagrmn be revised to reflect any appropriate revision of logic, restraints, new activities, deleted activities, or revised durations and monetary values. With progress data posted as of the next update the impact of this change on the project can be evaluated. '!he determination of impact on time and money should be made concurrently; it must consider the status at the time the change is ordered; and it mst not be dela_ved for later determination. 

b. 
Time Scaled Diagrams. Network Diagrams, (Precedence or Arrow types), can be constructed to a horizontal scale of time. 'lhis procedure is favored by some who see benefit in the visibility, afforded by such a method. A vertical line representing the current date can be displayed and analysis made based on whether posted progress is left or right, of the line. 'lhis is often a good briefing or display technique on a summary diagram. Also numerous computer plotting systems are available which will generate time scaled and bar chart diagrams from the schedule information. 'lhese may be useful tools for display or briefing purposes, however basic information necessary for project management can be obtained from standard computer printouts as illustrated previously. ' 


8-1 
• U.S. (;UVIIUIIIfl/1 l'llllliii/G OfiiCF: 1993-352-b27/R0428