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\docType{data} | ||
\name{snowfall} | ||
\alias{snowfall} | ||
\title{Snowfall in inches in Minneapolis/St. Paul, MN} | ||
\description{ | ||
A dataset containing snowfalls measured in inches in Minneapolis/St. Paul, MN. | ||
} |
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\name{PH1XBAR-package} | ||
\alias{00_PH1XBAR-package} | ||
\docType{package} | ||
\title{ | ||
Phase I Shewhart X-bar Control Chart | ||
} | ||
\description{ | ||
The utility of this package is in building a Shewhart-type control chart based on new methods for subgrouped and individual data. The Phase I chart is based on the multivariate normal/t or ARMA process. | ||
} | ||
\details{ | ||
\tabular{ll}{ | ||
Package: \tab PH1XBAR\cr | ||
Type: \tab Package\cr | ||
% Version: \tab 1.0\cr | ||
Date: \tab 2021-09-20\cr | ||
License: \tab GPL (>= 3)\cr | ||
} | ||
Function 'PH1XBAR' builds a Phase I Shewhart X-bar/individual control chart with a correct charting constant. | ||
Function 'getCC.XBAR' gets a charting constant for the data with a balanced one-way random effects model. | ||
Function 'PH1ARMA' builds a Phase I individual control chart with an ARMA model using a correct charting constant. | ||
Function 'getCC.ARMA' gets a charting constant for the data with an ARMA model. | ||
} | ||
\author{ Yuhui Yao, Subha Chakraborti, Tyler Thomas, Xin Yang, Jason Parton. | ||
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||
Maintainer: Yuhui Yao <yyao17@crimson.ua.edu> | ||
} | ||
\references{ | ||
Champ, C.W., and Jones, L.A. (2004) Designing Phase I X-bar charts with small sample sizes. Quality and Reliability Engineering International. 20(5), 497-510 | ||
Yao, Y., Hilton, C.W., and Chakraborti, S. (2017) Designing Phase I Shewhart X-bar charts: Extended tables and software. Quality and Reliability Engineering International. 33(8), 2667-2672. | ||
Yao, Y., and Chakraborti, S. (2021). Phase I monitoring of individual normal data: Design and implementation. Quality Engineering, 33(3), 443-456. | ||
Yao, Y., and Chakraborti, S. (2021). Phase I process monitoring: The case of the balanced one-way random effects model. Quality and Reliability Engineering International, 37(3), 1244-1265. | ||
} | ||
\examples{ | ||
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||
# Build a Phase I basic Shewhart control chart | ||
data(grinder_data) | ||
PH1XBAR(grinder_data, nsim=10) | ||
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||
# Build a Phase I individual control chart with an ARMA model | ||
data(preston_data) | ||
PH1ARMA(preston_data, nsim.process=10, nsim.coefs=10) | ||
|
||
} | ||
\name{PH1XBAR-package} | ||
\alias{PH1XBAR-package} | ||
\docType{package} | ||
\title{ | ||
Phase I Shewhart X-bar Control Chart | ||
} | ||
\description{ | ||
The utility of this package is in building a Shewhart-type control chart based on new methods for subgrouped and individual data. The Phase I chart is based on the multivariate normal/t or ARMA process. | ||
} | ||
\details{ | ||
\tabular{ll}{ | ||
Package: \tab PH1XBAR\cr | ||
Type: \tab Package\cr | ||
% Version: \tab 0.11.1\cr | ||
Date: \tab 2023-10-20\cr | ||
License: \tab GPL (>= 3)\cr | ||
} | ||
Function 'PH1XBAR' builds a Phase I Shewhart X-bar/individual control chart with a correct charting constant. | ||
Function 'getCC.XBAR' gets a charting constant for the data with a balanced one-way random effects model. | ||
Function 'PH1ARMA' builds a Phase I individual control chart with an ARMA model using a correct charting constant. | ||
Function 'getCC.ARMA' gets a charting constant for the data with an ARMA model. | ||
} | ||
\author{ Yuhui Yao, Subha Chakraborti, Tyler Thomas, Xin Yang, Jason Parton. | ||
|
||
Maintainer: Yuhui Yao <yyao17@crimson.ua.edu> | ||
} | ||
\references{ | ||
Champ, C.W., and Jones, L.A. (2004) Designing Phase I X-bar charts with small sample sizes. Quality and Reliability Engineering International. 20(5), 497-510 | ||
Yao, Y., Hilton, C.W., and Chakraborti, S. (2017) Designing Phase I Shewhart X-bar charts: Extended tables and software. Quality and Reliability Engineering International. 33(8), 2667-2672. | ||
Yao, Y., and Chakraborti, S. (2021). Phase I monitoring of individual normal data: Design and implementation. Quality Engineering, 33(3), 443-456. | ||
Yao, Y., and Chakraborti, S. (2021). Phase I process monitoring: The case of the balanced one-way random effects model. Quality and Reliability Engineering International, 37(3), 1244-1265. | ||
} | ||
\examples{ | ||
|
||
# Build a Phase I basic Shewhart control chart | ||
data(grinder_data) | ||
PH1XBAR(grinder_data, nsim=10) | ||
|
||
# Build a Phase I individual control chart with an ARMA model | ||
data(preston_data) | ||
PH1ARMA(preston_data, nsim.process=10, nsim.coefs=10) | ||
|
||
} |
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Original file line number | Diff line number | Diff line change |
---|---|---|
@@ -0,0 +1,10 @@ | ||
\docType{data} | ||
\name{snowfall_data} | ||
\alias{snowfall_data} | ||
\title{Snowfall in inches in Minneapolis/St. Paul, MN} | ||
\description{ | ||
A dataset containing snowfalls measured in inches in Minneapolis/St. Paul, MN. This is a subset of that on the website of Minnesota Department of Natural Resources(https://www.dnr.state.mn.us/climate/twin_cities/snowfall.html) | ||
} | ||
\examples{ | ||
data(snowfall_data) | ||
} |