mfpp (version 0.0.8)

plot.mfpp: Plot function for Matrix-Based Flexible Project Planning

Description

Plot function for the Package of Matrix-Based Flexible Project Planning (mfpp)

Usage

# S3 method for PDM_matrix
plot(x,w=NULL,Rs=NULL,
type=c("orig","max","min","maximin","minimax","most","const"),
main=NULL,col=NULL,...)
# S3 method for PDM_list
plot(x,
type=c("orig","max","min","maximin","minimax","most","const"),
main=NULL,col=NULL, ...)
# S3 method for Set_PDM_matrix
plot(x,w=NULL,Rs=NULL,
type=c("orig","max","min","maximin","minimax","most","const"),col=NULL, ...)
# S3 method for Set_PDM_list
plot(x,
type=c("orig","max","min","maximin","minimax","most","const"),col=NULL, ...)
# S3 method for TPT
plot(x,
sched="E", ...)

Value

No return value, called for side effects

Arguments

x

an object of class 'PDM_matrix' or 'PDM_list'.

w

number of completion modes (positive integer)

Rs

number of resources (positive integer)

type

set of plots, where (orig) means original, (min) minimal, (max) maximal, (maximin) maximin, (minimax) minimax structures are plotted, respectively, and as well as the minimal/maximal constraints (const)

sched

character starts are calculated either "E" to early, or "L" to late, or "S" to scheduled start time

main

title of the plot of fixed structure

col

color of barplot

...

other graphical parameters.

Author

Zsolt T. Kosztyan*, Aamir Saghir

e-mail: [e-mail]

References

Kosztyán, Z. T. (2022). MFPP: Matrix-based flexible project planning. SoftwareX, 17, 100973.

See Also

summary, generatepdm, percent.

Examples

# Plot PDM lists.

# Define number of modes, flexibility factor and connectivity factor of a project scenerio.
N=4;ff=0.3;cf=0

# Define maximum value of time domain, Cost domain and Resourcces domain of a project scenerio.
mTD=3;mCD=4;mRD=3

# Define number of modes, number of resources,
# number of possible extra tasks, scale and quality domain of a project scenerio.

w=2;nR=2;nW=2
scale=1.6

# Generation of PDM list for TCTP a project scenario using MFPP package.

PDM<-generatepdm(N,ff,cf,mTD,mCD,mRD,w,nR,nW,scale,lst=TRUE)

plot(PDM)