(!******************************************************
Mosel User Guide Example Problems
=================================
file transport_html.mos
```````````````````````
Solution output in HTML format, using
XML functionality or as text.
(c) 2012 Fair Isaac Corporation
author: S.Heipcke, Oct. 2012
*******************************************************!)
model "Transport (XML)"
uses "mmxprs", "mmsystem", "mmxml"
forward procedure write_html_page
forward procedure write_html_text
declarations
REGION: set of string ! Set of customer regions
PLANT: set of string ! Set of plants
DEMAND: array(REGION) of real ! Demand at regions
PLANTCAP: array(PLANT) of real ! Production capacity at plants
PLANTCOST: array(PLANT) of real ! Unit production cost at plants
TRANSCAP: dynamic array(PLANT,REGION) of real
! Capacity on each route plant->region
DISTANCE: dynamic array(PLANT,REGION) of real
! Distance of each route plant->region
FUELCOST: real ! Fuel cost per unit distance
MaxCap: array(PLANT) of linctr ! Capacity constraints
flow: dynamic array(PLANT,REGION) of mpvar ! Flow on each route
htmltable,RunDate: string ! HTML output
MincostSol: real
end-declarations
initializations from 'transprt.dat'
DEMAND
[PLANTCAP,PLANTCOST] as 'PLANTDATA'
[DISTANCE,TRANSCAP] as 'ROUTES'
FUELCOST
end-initializations
! Create the flow variables that exist
forall(p in PLANT, r in REGION | exists(TRANSCAP(p,r)) ) create(flow(p,r))
! Objective: minimize total cost
MinCost:= sum(p in PLANT, r in REGION | exists(flow(p,r)))
(FUELCOST * DISTANCE(p,r) + PLANTCOST(p)) * flow(p,r)
! Limits on plant capacity
forall(p in PLANT) MaxCap(p):= sum(r in REGION) flow(p,r) <= PLANTCAP(p)
! Satisfy all demands
forall(r in REGION) sum(p in PLANT) flow(p,r) = DEMAND(r)
! Bounds on flows
forall(p in PLANT, r in REGION | exists(flow(p,r)))
flow(p,r) <= TRANSCAP(p,r)
minimize(MinCost) ! Solve the problem
write_html_page ! Generate HTML page via XML
write_html_text ! Generate HTML output as text
!***********************************************************************
! **** Write HTML output using XML ****
procedure write_html_page
declarations
ResultHTML: xmldoc
Root, Head, Body, Style, Title, Table, Row, Cell, Row2, Table2,
EmptyRow, EmptyCell: integer
end-declarations
setparam("datetimefmt", "%0d-%N-%y, %0H:%0M:%0S")
Root:= addnode(ResultHTML, 0, XML_ELT, "html")
Head:= addnode(ResultHTML, Root, XML_ELT, "head")
Style:= addnode(ResultHTML, Head, XML_ELT, "style",
"body {font-family: Verdana, Geneva, Helvetica, Arial, sans-serif; color: 003f5f; background-color: d8e3e9 }\n" +
"table td {background-color: e9e3db; color: 003f5f; text-align: right }\n" +
"table th {background-color: f7c526; color: 003f5f}")
setattr(ResultHTML, Style, "type", "text/css")
Body:= addnode(ResultHTML, Root, XML_LASTCHILD, XML_ELT, "body")
TitleCenter:= addnode(ResultHTML, Body, XML_ELT, "center")
Title:= addnode(ResultHTML, TitleCenter, XML_ELT, "h2",
"Transportation Plan")
Table:= addnode(ResultHTML, Body, XML_ELT, "table")
setattr(ResultHTML, Table, "width", '100%')
setattr(ResultHTML, Table, "cellpadding", '5')
setattr(ResultHTML, Table, "cellspacing", '0')
setattr(ResultHTML, Table, "border", 0)
EmptyRow:= addnode(ResultHTML, Table, XML_LASTCHILD, XML_ELT, "tr")
Cell:= addnode(ResultHTML, EmptyRow, XML_ELT, "td")
setattr(ResultHTML, Cell, "colspan", 4)
setattr(ResultHTML, Cell, "style", 'background-color: ffffff;')
CellBr:= addnode(ResultHTML, Cell, XML_ELT, "br")
Row:= addnode(ResultHTML, Table, XML_ELT, "tr")
EmptyCell:= addnode(ResultHTML, Row, XML_ELT, "td")
setattr(ResultHTML, EmptyCell, "width", '5%')
setattr(ResultHTML, EmptyCell, "style", 'background-color: ffffff;')
Cell:= addnode(ResultHTML, Row, "td", "Total cost: " + textfmt(MinCost.sol,6,2))
setattr(ResultHTML, Cell, "width", '65%')
setattr(ResultHTML, Cell, "style", 'color: #3c3834; font-weight: bold; text-align: left; background-color: ffffff;')
Cell:= addnode(ResultHTML, Cell, XML_DATA, "£")
Cell:= addnode(ResultHTML, Row, "td", text(datetime(SYS_NOW)))
setattr(ResultHTML, Cell, "style", 'color: #3c3834; font-weight: bold; text-align: left; background-color: ffffff;')
EmptyCell:= copynode(ResultHTML, EmptyCell, ResultHTML, Row, XML_LASTCHILD)
EmptyRow:= copynode(ResultHTML, EmptyRow, ResultHTML, Table, XML_LASTCHILD)
Row:= addnode(ResultHTML, Table, XML_ELT, "tr")
EmptyCell:= copynode(ResultHTML, EmptyCell, ResultHTML, Row, XML_LASTCHILD)
Cell:= addnode(ResultHTML, Row, XML_ELT, "td")
setattr(ResultHTML, Cell, "colspan", 2)
setattr(ResultHTML, Cell, "style", 'background-color: ffffff;')
Table2:= addnode(ResultHTML, Cell, XML_LASTCHILD, XML_ELT, "table")
setattr(ResultHTML, Table2, "width", '100%')
setattr(ResultHTML, Table2, "cellpadding", '2')
setattr(ResultHTML, Table2, "cellspacing", '1')
Row2:= addnode(ResultHTML, Table2, XML_ELT, "tr")
Cell:= addnode(ResultHTML, Row2, XML_ELT, "th", 'from \ to')
setattr(ResultHTML, Cell, "style", 'font-style: italic')
forall(r in REGION)
Cell:= addnode(ResultHTML, Row2, XML_LASTCHILD, XML_ELT, "th", r)
Cell:= addnode(ResultHTML, Row2, XML_LASTCHILD, XML_ELT, "th", "Total")
setattr(ResultHTML, Cell, "style", 'font-style: italic; background-color: f8981d;')
forall(p in PLANT) do
Row2:= addnode(ResultHTML, Table2, XML_LASTCHILD, XML_ELT, "tr")
Cell:= addnode(ResultHTML, Row2, XML_ELT, "th", p)
forall(r in REGION)
Cell:= addnode(ResultHTML, Row2, "td",
if(exists(flow(p,r)) and flow(p,r).sol>0,
textfmt(flow(p,r).sol,4,1), text("-")))
Cell:= addnode(ResultHTML, Row2, "td", textfmt(sum(r in REGION)flow(p,r).sol,4,1))
setattr(ResultHTML, Cell, "style", 'font-style: italic; font-weight: bold;')
end-do
Row2:= addnode(ResultHTML, Table2, XML_LASTCHILD, XML_ELT, "tr")
Cell:= addnode(ResultHTML, Row2, "th", "Total")
setattr(ResultHTML, Cell, "style", 'font-style: italic; background-color: f8981d;')
forall(r in REGION) do
Cell:= addnode(ResultHTML, Row2, "td", textfmt(sum(p in PLANT)flow(p,r).sol,4,1))
setattr(ResultHTML, Cell, "style", 'font-style: italic; font-weight: bold;')
end-do
Cell:= addnode(ResultHTML, Row2, XML_LASTCHILD, XML_ELT, "td")
EmptyCell:= copynode(ResultHTML, EmptyCell, ResultHTML, Row, XML_LASTCHILD)
EmptyRow:= copynode(ResultHTML, EmptyRow, ResultHTML, Table, XML_LASTCHILD)
save(ResultHTML, "transportres.html") ! Write the HTML file
save(ResultHTML, Root, "") ! Write the table
end-procedure
!***********************************************************************
! **** Generate HTML table in text format ****
procedure write_html_text
declarations
htmltemp: text
end-declarations
setparam("datetimefmt", "%0d-%N-%y, %0H:%0M:%0S")
htmltemp := "<html>\n"
htmltemp += " <head>\n"
htmltemp += ' <style type="text/css">body {font-family: Verdana, Geneva, Helvetica, Arial, sans-serif; color: 003f5f; background-color: d8e3e9 }' + "\n"
htmltemp += "table td {background-color: e9e3db; color: 003f5f; text-align: right }\n"
htmltemp += "table th {background-color: f7c526; color: 003f5f}</style>\n"
htmltemp += " </head>\n"
htmltemp += " <body>\n"
htmltemp += " <center><h2>Transportation Plan</h2></center>\n"
htmltemp += ' <table width="100%" cellpadding="5" cellspacing="0" border="0">'+"\n"
EmtpyRow:= ' <tr><td colspan="4" style="background-color: ffffff;"><br/></td></tr>' + "\n"
htmltemp += EmtpyRow
EmptyCell:= '<td width="5%" style="background-color: ffffff;"/>'
htmltemp += ' <tr>' + EmptyCell
htmltemp += ' <td width="65%" style="color: #3c3834; font-weight: bold; text-align: left; background-color: ffffff;">Total cost: ' + textfmt(MinCost.sol,6,2) + '£</td>'
htmltemp += ' <td style="color: #3c3834; font-weight: bold; text-align: left; background-color: ffffff;">' + text(datetime(SYS_NOW)) + '</td>'
htmltemp += EmptyCell + '</tr>' + "\n"
htmltemp += EmtpyRow
htmltemp += ' <tr>'
htmltemp += EmptyCell
htmltemp += ' <td colspan="2" style="background-color: ffffff;">'+"\n"
htmltemp += ' <table width="100%" cellpadding="2" cellspacing="1">'
MincostSol:= getobjval
RunDate:= string(datetime(SYS_NOW))
htmltemp += '<tr><th style="font-style: italic">from \ to</th>' + "\n"
forall(r in REGION) htmltemp += ' <th>' + r + '</th>' + "\n"
htmltemp += ' <th style="font-style: italic; background-color: f8981d;">Total</th></tr>' + "\n"
forall(p in PLANT) do
htmltemp += '<tr><th>' + p + '</th>'+ "\n"
forall(r in REGION)
htmltemp += ' <td>' +
if(exists(flow(p,r)) and flow(p,r).sol>0,
textfmt(flow(p,r).sol,4,1), text("-")) + '</td>' + "\n"
htmltemp += ' <td style="font-style: italic; font-weight: bold;">' + textfmt(sum(r in REGION)flow(p,r).sol,4,1) + '</td></tr>' + "\n"
end-do
htmltemp += '<tr><th style="font-style: italic; background-color: f8981d;">Total</th>' + "\n"
forall(r in REGION)
htmltemp += ' <td style="font-style: italic; font-weight: bold;">' +
textfmt(sum(p in PLANT)flow(p,r).sol,4,1) + '</td>' + "\n"
htmltemp += "<td/></tr>\n"
htmltemp += " </table></td>"
htmltemp += EmptyCell + "</tr>\n"
htmltemp += EmtpyRow
htmltemp += " </table>\n"
htmltemp += " </body>\n"
htmltemp += '</html>'
htmltable:= string(htmltemp)
writeln("\n\n",htmltable)
fopen("transportres2.html", F_OUTPUT)
writeln(htmltable)
fclose(F_OUTPUT)
end-procedure
end-model
|
(!******************************************************
Mosel User Guide Example Problems
=================================
file transport_xml.mos
``````````````````````
Reading and writing data in XML format.
(c) 2012 Fair Isaac Corporation
author: S.Heipcke, Oct. 2012
*******************************************************!)
model "Transport (XML)"
uses "mmxprs", "mmxml"
declarations
REGION: set of string ! Set of customer regions
PLANT: set of string ! Set of plants
DEMAND: array(REGION) of real ! Demand at regions
PLANTCAP: array(PLANT) of real ! Production capacity at plants
PLANTCOST: array(PLANT) of real ! Unit production cost at plants
TRANSCAP: dynamic array(PLANT,REGION) of real
! Capacity on each route plant->region
DISTANCE: dynamic array(PLANT,REGION) of real
! Distance of each route plant->region
FUELCOST: real ! Fuel cost per unit distance
MaxCap: array(PLANT) of linctr ! Capacity constraints
flow: dynamic array(PLANT,REGION) of mpvar ! Flow on each route
AllData: xmldoc ! XML document
NodeList: list of integer ! List of XML nodes
end-declarations
!**** Reading data from an XML file ****
load(AllData, "transprt.xml") ! Load the entire XML document
getnodes(AllData, "transport/demand/region", NodeList)
forall(l in NodeList)
DEMAND(getstrattr(AllData,l,"name")):= getrealvalue(AllData, l)
getnodes(AllData, "transport/plantdata/plant", NodeList)
forall(l in NodeList) do
PLANTCAP(getstrattr(AllData,l,"name")):=
getrealvalue(AllData, getnode(AllData,l,"capacity"))
PLANTCOST(getstrattr(AllData,l,"name")):=
getrealvalue(AllData, getnode(AllData,l,"cost"))
end-do
getnodes(AllData, "transport/routes/route", NodeList)
forall(l in NodeList) do
DISTANCE(getstrattr(AllData,l,"from"),getstrattr(AllData,l,"to")):=
getrealattr(AllData,l,"distance")
TRANSCAP(getstrattr(AllData,l,"from"),getstrattr(AllData,l,"to")):=
getrealattr(AllData,l,"capacity")
end-do
FUELCOST:= getrealattr(AllData, getnode(AllData, "transport"), "fuelcost")
!**** Problem statement + solving ****
! Create the flow variables that exist
forall(p in PLANT, r in REGION | exists(TRANSCAP(p,r)) ) create(flow(p,r))
! Objective: minimize total cost
MinCost:= sum(p in PLANT, r in REGION | exists(flow(p,r)))
(FUELCOST * DISTANCE(p,r) + PLANTCOST(p)) * flow(p,r)
! Limits on plant capacity
forall(p in PLANT) MaxCap(p):= sum(r in REGION) flow(p,r) <= PLANTCAP(p)
! Satisfy all demands
forall(r in REGION) sum(p in PLANT) flow(p,r) = DEMAND(r)
! Bounds on flows
forall(p in PLANT, r in REGION | exists(flow(p,r)))
flow(p,r) <= TRANSCAP(p,r)
minimize(MinCost) ! Solve the problem
!**** Create solution representation in XML format ****
declarations
ResData: xmldoc ! XML document
Sol,Plant,Reg,Total: integer ! XML nodes
end-declarations
Sol:=addnode(ResData, 0, XML_ELT, "solution") ! Create root node "solution"
setattr(ResData, Sol, "Objective", MinCost.sol) ! Obj. value as attribute
setattr(ResData, Sol, "RunDate", text(datetime(SYS_NOW)))
forall(p in PLANT) do
Plant:=addnode(ResData, Sol, XML_ELT, "plant") ! Add a node to "solution"
setattr(ResData, Plant, "name", p) ! ... with attribute "name"
forall(r in REGION | flow(p,r).sol>0) do
Reg:=addnode(ResData, Plant, XML_ELT, "region") ! Add a node to "plant"
setattr(ResData, Reg, "name", r) ! ... with attribute "name"
setvalue(ResData, Reg, flow(p,r).sol) ! ... and solution value
end-do
Total:=addnode(ResData, Plant, "total",
sum(r in REGION)flow(p,r).sol) ! Add node with total flow
end-do
save(ResData, "transportres.xml") ! Save solution to XML format file
save(ResData, Sol, "") ! Display XML format solution on screen
end-model
|
(!******************************************************
Mosel User Guide Example Problems
=================================
file transport_json.mos
```````````````````````
Reading and writing data in JSON format.
(c) 2014 Fair Isaac Corporation
author: S.Heipcke, Oct. 2014
*******************************************************!)
model "Transport (JSON)"
uses "mmxprs", "mmxml"
declarations
REGION: set of string ! Set of customer regions
PLANT: set of string ! Set of plants
DEMAND: array(REGION) of real ! Demand at regions
PLANTCAP: array(PLANT) of real ! Production capacity at plants
PLANTCOST: array(PLANT) of real ! Unit production cost at plants
TRANSCAP: dynamic array(PLANT,REGION) of real
! Capacity on each route plant->region
DISTANCE: dynamic array(PLANT,REGION) of real
! Distance of each route plant->region
FUELCOST: real ! Fuel cost per unit distance
MaxCap: array(PLANT) of linctr ! Capacity constraints
flow: dynamic array(PLANT,REGION) of mpvar ! Flow on each route
AllData: xmldoc ! XML document
NodeList: list of integer ! List of XML nodes
end-declarations
!**** Reading data from an XML file ****
jsonload(AllData, "transprt.json") ! Load the entire document
! save(AllData,"")
getnodes(AllData, "jsv/demand/*", NodeList)
forall(l in NodeList)
DEMAND(getname(AllData,l)):= getrealvalue(AllData, l)
getnodes(AllData, "jsv/plantdata/*", NodeList)
forall(l in NodeList) do
PLANTCAP(getname(AllData,l)):=
getrealvalue(AllData, getnode(AllData,l,"capacity"))
PLANTCOST(getname(AllData,l)):=
getrealvalue(AllData, getnode(AllData,l,"cost"))
end-do
getnodes(AllData, "jsv/routes/route", NodeList)
forall(l in NodeList) do
DISTANCE(getstrvalue(AllData,getnode(AllData,l,"from")),
getstrvalue(AllData,getnode(AllData,l,"to"))):=
getrealvalue(AllData,getnode(AllData,l,"distance"))
TRANSCAP(getstrvalue(AllData,getnode(AllData,l,"from")),
getstrvalue(AllData,getnode(AllData,l,"to"))):=
getrealvalue(AllData,getnode(AllData,l,"capacity"))
end-do
FUELCOST:= getrealvalue(AllData, getnode(AllData, "jsv/fuelcost"))
!**** Problem statement + solving ****
! Create the flow variables that exist
forall(p in PLANT, r in REGION | exists(TRANSCAP(p,r)) ) create(flow(p,r))
! Objective: minimize total cost
MinCost:= sum(p in PLANT, r in REGION | exists(flow(p,r)))
(FUELCOST * DISTANCE(p,r) + PLANTCOST(p)) * flow(p,r)
! Limits on plant capacity
forall(p in PLANT) MaxCap(p):= sum(r in REGION) flow(p,r) <= PLANTCAP(p)
! Satisfy all demands
forall(r in REGION) sum(p in PLANT) flow(p,r) = DEMAND(r)
! Bounds on flows
forall(p in PLANT, r in REGION | exists(flow(p,r)))
flow(p,r) <= TRANSCAP(p,r)
minimize(MinCost) ! Solve the problem
!**** Create solution representation in XML format ****
declarations
ResData: xmldoc ! XML document
Sol,Plant,Node,Total: integer ! XML nodes
end-declarations
Sol:=addnode(ResData, 0, XML_ELT, "jsv") ! Create root node "jsv"
Node:=addnode(ResData, Sol, "Objective", MinCost.sol) ! Obj. value as node
Node:=addnode(ResData, Sol, "RunDate", text(datetime(SYS_NOW)))
forall(p in PLANT) do
Plant:=addnode(ResData, Sol, XML_ELT, p) ! Add a node to "solution"
forall(r in REGION | flow(p,r).sol>0)
Node:=addnode(ResData, Plant, r, flow(p,r).sol) ! Add a node to "plant"
Total:=addnode(ResData, Plant, "total",
sum(r in REGION)flow(p,r).sol) ! Add node with total flow
end-do
jsonsave(ResData, "transportres.json") ! Save solution to JSON format file
jsonsave(ResData, Sol, "") ! Display JSON format sol. on screen
end-model
|
