/usr/share/elmerfront/tcl/ecif_tk_standardPanelCheck.tcl is in elmer-common 6.1.0.svn.5396.dfsg-2ubuntu1.
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# *
# * Elmer, A Finite Element Software for Multiphysical Problems
# *
# * Copyright 1st April 1995 - , CSC - IT Center for Science Ltd., Finland
# *
# * This program is free software; you can redistribute it and/or
# * modify it under the terms of the GNU General Public License
# * as published by the Free Software Foundation; either version 2
# * of the License, or (at your option) any later version.
# *
# * This program is distributed in the hope that it will be useful,
# * but WITHOUT ANY WARRANTY; without even the implied warranty of
# * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# * GNU General Public License for more details.
# *
# * You should have received a copy of the GNU General Public License
# * along with this program (in file fem/GPL-2); if not, write to the
# * Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
# * Boston, MA 02110-1301, USA.
# *
# *****************************************************************************/
#***********************************************************************
#Program: ELMER Front
#Module: ecif_tk_standardPanelCheck.tcl
#Language: Tcl
#Date: 05.10.98
#Version: 1.00
#Author(s): Martti Verho
#Revisions:
#
#Abstract: Standard panels checking procedures.
#
#************************************************************************
# ========================== #
# Panel specific check procs #
# ========================== #
# *fillProcs:
# ==========
# are run when field data is filled after selecting a parameter etc.
# *editProcs:
# ==========
# are run when field's value is modified on the screen
# *checkProcs :
# ===========
# are run when field's value is being checked # before add or update.
# These fields are normally not on the screen, so there is no editProc for them!
#
# NOTE: checkProcs are called from procedure PanelCheck::evalFieldCheckProc
# in procedure StdPanelCheck::checkFieldValue
#
# NOTE: These field should located after the fields they are using for checking the
# value in the array-name(allFields) list! An example is the Calculator PROCEDURE
# field which is built from LIBRARY_FILE and FUNCTION_NAME fields
#
# NOTE: These procs should return "" when ok, otherwise some error message!!!
################################
### BOUNDARY CONDITION panel ###
################################
# Check if argument parameter has one common parent body in all its atachemnts
# This is needed eg. when deciding if DiffuseGray button should be active
# for the paramter
#
proc BoundaryCondition::parameterHasCommonParent {pid} {
global BoundaryCondition Info ObjectTable
set counter 0
set parent_ids ""
set attach_count ""
foreach oid $ObjectTable(ids) {
if { ![info exists ObjectTable($oid,bc)] ||
$ObjectTable($oid,bc) != $pid
} {
continue
}
set pr_id $ObjectTable($oid,prId)
# No parent: vertex, edge in 3D
if { $pr_id == $Info(NO_INDEX) } {
continue
}
set pr1_id $ObjectTable($pr_id,pr1Id)
set pr2_id $ObjectTable($pr_id,pr2Id)
incr counter
if { -1 == [lsearch $parent_ids $pr1_id] } {
lappend parent_ids $pr1_id
}
if { -1 == [lsearch $parent_ids $pr2_id] } {
lappend parent_ids $pr2_id
}
if { ![info exist attach_count$pr1_id] } {
set attach_count$pr1_id 1
} else {
incr attach_count$pr1_id
}
if { ![info exist attach_count$pr2_id] } {
set attach_count$pr2_id 1
} else {
incr attach_count$pr2_id
}
}
if { [llength $parent_ids] == 0 } {
return 1
}
foreach id $parent_ids {
set value [set attach_count$id]
if { $value >= $counter } {
return 1
}
}
return 0
}
# Check if a given boundary condition accepts current target
# Problem here is the radiation target body matching!
# NOTE: Target body id is an absolute id in the sif-file. That's why
# we must be careful with targets!
#
proc BoundaryCondition::parameterTargetCheckProc {paramter_id {accept_var ""} } {
global BoundaryCondition Info ObjectTable
if { $accept_var != "" } {
upvar #1 $accept_var accept
}
set accept 1
set pid $paramter_id
set mode [DataField::getFieldValue BoundaryCondition $pid RADIATION]
if { $mode == "" || ![string equal -nocase $mode "Diffuse gray"] } {
return $accept
}
# Diffusegray radiation defined --> target bodies must match!
#
#set oid $BoundaryCondition($pid,oid)
#set parent_id $ObjectTable($oid,prId)
set target_body [DataField::getFieldValue BoundaryCondition $pid RADIATION_TARGET_BODY]
set oid $BoundaryCondition(objectId)
set bd1_id $ObjectTable($oid,pr1Id)
set bd2_id $ObjectTable($oid,pr2Id)
set bd1_tag $ObjectTable($bd1_id,tg)
set bd2_tag $ObjectTable($bd2_id,tg)
# Body2 is "Outside"
if { $bd1_tag == $bd2_tag } {
set bd2_tag $Info(NO_INDEX)
}
#if { $parent_id != $BoundaryCondition(objectId) }
if { $target_body == $bd1_tag ||
$target_body == $bd2_tag
} {
return $accept
}
set accept 0
return $accept
}
proc BoundaryCondition(RADIATION,fillProc) {} {
BoundaryCondition(RADIATION,groupEditProc)
}
proc BoundaryCondition(RADIATION,groupEditProc) { {fld ""} } {
global BoundaryCondition Model ObjectTable
set BoundaryCondition(EMISSIVITY,act) 0
set BoundaryCondition(RADIATION_TARGET_BODY_NAME,act) 0
set BoundaryCondition(RADIATION_TARGET_BODY,act) 0
set value $BoundaryCondition(RADIATION)
if { $value != "None" && $value != "" } {
set BoundaryCondition(EMISSIVITY,act) 1
}
# Diffuse gray radiation
# ======================
if { $value != "" && [string equal -nocase $value "Diffuse gray"] } {
set BoundaryCondition(RADIATION_TARGET_BODY_NAME,act) 1
set BoundaryCondition(RADIATION_TARGET_BODY,act) 1
}
if { ![Widget::arrayWidgetExists BoundaryCondition RD_DIFFUSE_GRAY] } {
return
}
if { ![BoundaryCondition::parameterHasCommonParent $BoundaryCondition(parameterId)] } {
set BoundaryCondition(RD_DIFFUSE_GRAY,act) 0
}
Widget::configureField BoundaryCondition RD_DIFFUSE_GRAY
Widget::configureField BoundaryCondition EMISSIVITY
# NOTE: Name-list widget state is handled in its own check-proc
# because widget must be rebuilt if name list changes!
BoundaryCondition(RADIATION_TARGET_BODY,fillProc)
BoundaryCondition(RADIATION_TARGET_BODY_NAME,fillProc)
}
# This proc puts the radiation target body name-list in the OptionMenu
# widget according to the selected boundary
#
proc BoundaryCondition(RADIATION_TARGET_BODY_NAME,fillProc) {} {
global BoundaryCondition Info ObjectTable
if { ![Widget::arrayWidgetExists BoundaryCondition RADIATION_TARGET_BODY_NAME] } {
return
}
set fld RADIATION_TARGET_BODY_NAME
set wdg $BoundaryCondition(allWidgets,$fld)
set bd1 $BoundaryCondition(body1Id)
set bd2 $BoundaryCondition(body2Id)
if {$bd1 == "" || $bd1 == $Info(NO_INDEX) } {
return
}
set body1 "($ObjectTable($bd1,tg)) "
append body1 $ObjectTable($bd1,nm)
if { $bd2 != $Info(NO_INDEX) } {
set body2 "($ObjectTable($bd2,tg)) "
append body2 $ObjectTable($bd2,nm)
} else {
set body2 "Outside"
}
set names [list $body1 $body2]
if { $BoundaryCondition(RADIATION) != "" &&
[string equal -nocase $BoundaryCondition(RADIATION) "Diffuse gray"]
} {
set wdg_state normal
} else {
set wdg_state disabled
}
# Pick current MenuSelect proc
set ms_proc [ bind $BoundaryCondition(allWidgets,$fld,om) <<MenuSelect>>]
destroy $wdg
# Build new option-menu with current parent names
set om [Panel::createOptionMenuWidget $wdg BoundaryCondition($fld) $names]
$wdg configure -indicatoron 0 -width 9
#$wdg configure -activeforeground black
#$wdg configure -disabledforeground darkGray
Widget::configureS $wdg $wdg_state
BoundaryCondition(RADIATION_TARGET_BODY_NAME,checkWidgetState)
bind $om <<MenuSelect>> $ms_proc
# Save and pack rebuilt widget
set BoundaryCondition(allWidgets,$fld) $wdg
pack $wdg
}
# This proc picks the user selected name value from the OptionMenu
# widget body-name variable and then sets corresponding value
# to the target-body variable
#
proc BoundaryCondition(RADIATION_TARGET_BODY_NAME,editProc) {} {
global BoundaryCondition Info ObjectTable
set name $BoundaryCondition(RADIATION_TARGET_BODY_NAME)
set name_prev $BoundaryCondition(RADIATION_TARGET_BODY_NAME,prev)
set BoundaryCondition(RADIATION_TARGET_BODY_NAME,prev) $name
if { $name != $name_prev } {
Panel::panelDataModified 1 BoundaryCondition
}
#-Outside
if { $name == "Outside" } {
set bd_tag $Info(NO_INDEX)
#-Pick body tag
} else {
set bd_tag [string trim [lindex [split $name ")"] 0] "("]
}
set BoundaryCondition(RADIATION_TARGET_BODY) $bd_tag
}
# This proc checks if the radiation target body widget must be disabled to prevent
# changing the target body
#
proc BoundaryCondition(RADIATION_TARGET_BODY_NAME,checkWidgetState) { {force_state 0} {value 0} } {
global BoundaryCondition ObjectTable
set wdg $BoundaryCondition(allWidgets,RADIATION_TARGET_BODY_NAME)
if { ![winfo exists $wdg] } {
return
}
#-Calculate nof parent bodies for the parameter attachments
#
set parent_ids ""
set pid $BoundaryCondition(parameterId)
foreach oid $ObjectTable(ids) {
if { [info exists ObjectTable($oid,bc)] &&
$ObjectTable($oid,bc) == $pid
} {
if { -1 == [lsearch $parent_ids $ObjectTable($oid,prId)] } {
lappend parent_ids $ObjectTable($oid,prId)
}
}
}
# If no attachments or attachments only for the boundaries of the
# current body, we can allow changing the target bodies, ie. activate
# the widget
#
if { 0 == [llength $parent_ids] ||
(1 == [llength $parent_ids] &&
$BoundaryCondition(objectId) == [lindex $parent_ids 0]
) } {
return
}
Widget::configureS $wdg "disabled"
}
# This proc puts the correct body-name value to be displayed in the
# OptionMenu widget, based on target-body value, when a boundary
# or boundary condition is selected
# NOTE: Current version with only one target body in the result list!
#
proc BoundaryCondition(RADIATION_TARGET_BODY,fillProc) {} {
global BoundaryCondition Info ObjectTable
if { ![Widget::arrayWidgetExists BoundaryCondition RADIATION_TARGET_BODY_NAME] } {
return
}
set oid $BoundaryCondition(objectId)
set bd1_id $ObjectTable($oid,pr1Id)
set bd2_id $ObjectTable($oid,pr2Id)
set bd1_tag $ObjectTable($bd1_id,tg)
set bd2_tag $ObjectTable($bd2_id,tg)
# Second 'body' is 'Outside'
if { $bd2_tag == $bd1_tag } {
set bd2_id $Info(NO_INDEX)
set bd2_tag $Info(NO_INDEX)
}
# Select correct body tag for the target body
#
set bd_tag $BoundaryCondition(RADIATION_TARGET_BODY)
# First of the body pair is ok
if { $bd_tag == $bd1_tag } {
set bd_id $bd1_id
# Second of the body pair is ok
} elseif { $bd_tag == $bd2_tag } {
set bd_id $bd2_id
# We are adding: must be one of the bodies!
} elseif { $bd_tag == "" || $bd_tag == $Info(NO_INDEX) || $BoundaryCondition(mode) == "ADD" } {
set bd_id $bd1_id
set bd_tag $bd1_tag
# An existing paramter was selected, we use its target body tag
} else {
set bd_id [Object::findIdByTag "B" $bd_tag]
}
set BoundaryCondition(RADIATION_TARGET_BODY) $bd_tag
# Set target body name
# =====================
#-Outside
if { $bd_tag == $Info(NO_INDEX) } {
set name "Outside"
#-Body tag and name
} else {
set name "($bd_tag) "
append name $ObjectTable($bd_id,nm)
}
set BoundaryCondition(RADIATION_TARGET_BODY_NAME) $name
set BoundaryCondition(RADIATION_TARGET_BODY_NAME,prev) $name
}
# This proc puts the correct body-name value to be displayed in the
# OptionMenu widget, based on target-body value, when a boundary
# or boundary condition is selected
# NOT IN USE, MVe 01.08.00!
#
proc BoundaryCondition_experimental(RADIATION_TARGET_BODIES,fillProc) {} {
global BoundaryCondition Info ObjectTable
if { ![Widget::arrayWidgetExists BoundaryCondition RADIATION_TARGET_BODY_NAME] } {
return
}
set oid $BoundaryCondition(objectId)
set bd1_id $ObjectTable($oid,pr1Id)
set bd2_id $ObjectTable($oid,pr2Id)
set bd1_tag $ObjectTable($bd1_id,tg)
set bd2_tag $ObjectTable($bd2_id,tg)
set bndr_tag $ObjectTable($BoundaryCondition(boundaryId),tg)
# Pre version 5 file conversion!
if { $BoundaryCondition(RADIATION_TARGET_BODIES) == "" &&
[info exists BoundaryCondition(RADIATION_TARGET_BODY)] &&
$BoundaryCondition(RADIATION_TARGET_BODY) != ""
} {
set bd_tag $BoundaryCondition(RADIATION_TARGET_BODY)
lappend BoundaryCondition(RADIATION_BOUNDARIES) $bndr_tag
lappend BoundaryCondition(RADIATION_TARGET_BODIES) $bd_tag
}
set idx [lsearch $BoundaryCondition(RADIATION_BOUNDARIES) $bndr_tag]
#--If not yet stored
if { $idx == -1 } {
set bd_tag $BoundaryCondition(RADIATION_TARGET_BODY)
if { $bd_tag == $Info(NO_INDEX) } {
if { $ObjectTable($oid,tp) == "B" } {
set bd_id $Info(NO_INDEX)
} else {
set bd_id $bd2_id
}
} elseif { $bd_tag == $bd1_tag } {
set bd_id $bd1_id
} elseif { $bd_tag == $bd2_tag } {
set bd_id $bd2_id
} else {
set bd_tag $bd1_tag
set bd_id $bd1_id
}
# Check parent body by boundary's index
} else {
set bd_tag [lindex $BoundaryCondition(RADIATION_TARGET_BODIES) $idx]
if { $bd_tag != $Info(NO_INDEX) } {
set bd_id [Object::findIdByTag "B" $bd_tag]
}
}
set BoundaryCondition(RADIATION_TARGET_BODY) $bd_tag
# Set target body name
# =====================
#-Outside
if { $bd_tag == $Info(NO_INDEX) } {
set name "Outside"
#-Body tag and name
} else {
set name "($bd_tag) "
append name $ObjectTable($bd_id,nm)
}
set BoundaryCondition(RADIATION_TARGET_BODY_NAME) $name
set BoundaryCondition(RADIATION_TARGET_BODY_NAME,prev) $name
}
# Checks and marks if there are some force related flow boundary conditions
#
proc BoundaryCondition(FLOW_FORCE_BC,fillProc) {} {
global BoundaryCondition
set value ""
if { $BoundaryCondition(EXTERNAL_PRESSURE) != ""
||
( $BoundaryCondition(PRESSURE_1) != "" ||
$BoundaryCondition(PRESSURE_2) != "" ||
$BoundaryCondition(PRESSURE_3) != ""
)
||
$BoundaryCondition(SURFACE_TENSION_COEFFICIENT) != ""
||
( [info exists BoundaryCondition(WALL_LAW)] &&
$BoundaryCondition(WALL_LAW) == "True"
)
} {
set value "True"
}
set BoundaryCondition(FLOW_FORCE_BC) $value
}
# Checks and marks if there are some heat flux related boundary conditions
#
proc BoundaryCondition(HEAT_FLUX_BC,fillProc) {} {
global BoundaryCondition
set value ""
if { ($BoundaryCondition(RADIATION) == "Idealized" ||
$BoundaryCondition(RADIATION) == "Diffuse gray"
)
||
$BoundaryCondition(HEAT_FLUX) != ""
||
($BoundaryCondition(HEAT_TRANSFER_COEFFICIENT) != "" &&
$BoundaryCondition(EXTERNAL_TEMPERATURE) != ""
)
} {
set value "True"
}
set BoundaryCondition(HEAT_FLUX_BC) $value
}
proc BoundaryCondition(NORMAL-TANGENTIAL_DISPLACEMENT,fillProc) {} {
BoundaryCondition(NORMAL-TANGENTIAL_DISPLACEMENT,editProc)
}
proc BoundaryCondition(NORMAL-TANGENTIAL_DISPLACEMENT,editProc) {} {
global BoundaryCondition
if { ![Widget::arrayWidgetExists BoundaryCondition NORMAL-TANGENTIAL_DISPLACEMENT] } {
return
}
StdPanelExec::setNormalTangentialLabels \
BoundaryCondition \
DISPLACEMENT \
$BoundaryCondition(NORMAL-TANGENTIAL_DISPLACEMENT)
}
proc BoundaryCondition(NORMAL-TANGENTIAL_VELOCITY,fillProc) {} {
BoundaryCondition(NORMAL-TANGENTIAL_VELOCITY,editProc)
}
proc BoundaryCondition(NORMAL-TANGENTIAL_VELOCITY,editProc) {} {
global BoundaryCondition
if { ![Widget::arrayWidgetExists BoundaryCondition NORMAL-TANGENTIAL_VELOCITY] } {
return
}
StdPanelExec::setNormalTangentialLabels \
BoundaryCondition \
VELOCITY \
$BoundaryCondition(NORMAL-TANGENTIAL_VELOCITY)
}
#-Procedure checks velocity-group field data
# Not in use!
#
proc BoundaryCondition(VELOCITY,checkProc) { } {
return [Common(VectorGroup,checkProc) BoundaryCondition VELOCITY]
}
########################
### CALCULATOR panel ###
########################
proc Calculator(ACTIVE,fillProc) {} {
Calculator(ACTIVE,editProc)
}
proc Calculator(ACTIVE,editProc) {} {
global Calculator
if { $Calculator(ACTIVE) == "True" } {
set active 1
} else {
set active 0
}
set flds { INCLUDE,Use
EQUATION LIBRARY_FILE FUNCTION_NAME
VARIABLE VARIABLE_DOFS
}
foreach fld $flds {
set Calculator($fld,act) $active
Widget::configureField Calculator $fld
}
Widget::configureField Calculator INCLUDE
}
proc Calculator(EQUATION,fillProc) {} {
global Calculator
#set Calculator(parameterName) [string trim $Calculator(EQUATION)]
}
proc Calculator(PROCEDURE,fillProc) {} {
global Calculator
set vals [split $Calculator(PROCEDURE) ";"]
set Calculator(LIBRARY_FILE) [lindex $vals 0]
set Calculator(FUNCTION_NAME) [lindex $vals 1]
}
proc Calculator(PROCEDURE,checkProc) {} {
global Calculator
set lb $Calculator(LIBRARY_FILE)
set fn $Calculator(FUNCTION_NAME)
set Calculator(PROCEDURE) [join [list $lb $fn] ";"]
return ""
}
proc Calculator(VARIABLE_DOFS_ALL,checkProc) {} {
global Calculator Model
set values $Calculator(VARIABLE_DOFS_ALL)
if { 2 == [llength $values] } {
set values [linsert $values 0 1]
}
#-No dimension dependence
#
if { 1 == [llength $values] } {
set dof $values
#-Depends on simulation dimension
#
} elseif { $Model(SIMULATION_DIMENSION) == "1D" } {
set dof [lindex $values 0]
} elseif { $Model(SIMULATION_DIMENSION) == "2D" } {
set dof [lindex $values 1]
} else {
set dof [lindex $values end]
}
set Calculator(VARIABLE_DOFS) [Calculator::getVariableDofs $values]
return ""
}
######################
### EQUATION panel ###
######################
proc Equation(EQUATION_LIST,fillProc) {} {
global Equation EquationVariable Model
Equation::updateEquationList
if { $Model(GEOMETRY_DIMENSION) == "" ||
![info exists Equation(allWidgets,EQUATION_LIST)] ||
![winfo exists $Equation(allWidgets,EQUATION_LIST)]
} {
return
}
set sindex [lsearch $Equation(ownIndices) $Equation(equationIndex)]
$Equation(allWidgets,EQUATION_LIST) selection set $sindex
Equation::setVariableWidgetsActivity $Equation(equationIndex)
Equation::updateVariableList $Equation(equationIndex)
}
proc Equation(EQUATION_LIST,editProc) { arguments } {
global Equation
#-Pick arguments
set event_mode [lindex $arguments 0] ;# Button and keys pressed
set lb_x [lindex $arguments 1] ;# Local lb x-coordinate for selection
set lb_y [lindex $arguments 2] ;# Local lb y-coordinate for selection
set current_row ""
set picked_row ""
set sindex ""
set current_row [$Equation(allWidgets,EQUATION_LIST) curselection]
#-Selected ("clicked") equation row
#
if { $lb_x != "" && $lb_y != "" } {
set picked_row [$Equation(allWidgets,EQUATION_LIST) index @$lb_x,$lb_y]
} else {
set picked_row $current_row
}
if { $current_row == "" && $picked_row == "" } {
return
}
if { $event_mode == "ButtonRelease-1" &&
($lb_x != "" && $lb_x < 25)
} {
set event_mode "ButtonRelease-3"
}
#-Btn-1: Equation change only
# ==================================
if { $event_mode == "ButtonRelease-1" } {
set select_row $picked_row
set toggle_row ""
set sindex $picked_row
#-Btn-3: Equation change+toggle
# ==================================
} elseif { $event_mode == "ButtonRelease-3" } {
set select_row $picked_row
set toggle_row $picked_row
set sindex $picked_row
#-Ctrl-Btn-1: Toggle current row
# ==================================
} elseif { $event_mode == "Control-ButtonRelease-1" } {
set select_row ""
set toggle_row $current_row
set sindex $current_row
#-Ctrl-Btn-3: Toggle picked row
# ==================================
} elseif { $event_mode == "Control-ButtonRelease-3" } {
set select_row ""
set toggle_row $picked_row
set sindex $current_row
}
# Select equation
#
if { $select_row != "" } {
set ename [lindex $Equation(ownNames) $select_row]
set eindex [lindex $Equation(ownIndices) $select_row]
set Equation(equationLabel) [Equation::getFieldPropertyByIndex $eindex EquationLabel]
StdPanelExec::equationMenuSelectionProc Equation $eindex
}
# Toggle equation on/off value
#
if { $toggle_row != "" } {
set ename [lindex $Equation(ownNames) $toggle_row]
set eindex [lindex $Equation(ownIndices) $toggle_row]
# Toggle value
#
if { $Equation($ename) == "True" } {
set Equation($ename) "False"
} else {
set Equation($ename) "True"
}
#-Pick current top row index in the listbox
set ix [ $Equation(allWidgets,EQUATION_LIST) nearest 0]
#-Update equation list itself (X-markers!)
Equation::updateEquationList
# Keep same rows in the listbox
$Equation(allWidgets,EQUATION_LIST) see [expr 7 + $ix]
#-Update variable list stuff
if { $Equation(equationIndex) == $eindex } {
Equation::setVariableWidgetsActivity $eindex
}
Equation::updateVariableList $eindex
Panel::panelDataModified 1 Equation
}
#-Some further checking
#
if { "" != [info commands Equation($ename,editProc) ] } {
Equation($ename,editProc)
} else {
if { 1 == [DataField::getFieldProperty Equation $ename IsUserDefinedField "" 0] } {
Equation::setUserDefinedEquationMask $ename
}
}
# Update Equation panel field activity
StdPanelExec::setValuesAreaActivity Equation $Equation(targetMask)
if { $sindex != "" } {
$Equation(allWidgets,EQUATION_LIST) selection set $sindex
$Equation(allWidgets,EQUATION_LIST) activate $sindex
}
}
proc Equation(VARIABLE_LIST,editProc) {arguments} {
global Equation EquationVariable
if { !$Equation(VARIABLE_LIST,act) } {
return
}
set event_mode [lindex $arguments 0] ;# Button an d keys pressed
set lb_x [lindex $arguments 1] ;# Local lb x-coordinate for selection
set lb_y [lindex $arguments 2] ;# Local lb y-coordinate for selection
set sindex [$Equation(allWidgets,VARIABLE_LIST) index @$lb_x,$lb_y]
if { $sindex == "" || $sindex < 0 } {
return
}
set eindex $Equation(equationIndex)
set ename [Equation::getFieldPropertyByIndex $eindex EquationField]
#-All possible variable names
set all_names [Equation::getAllVariableNames $eindex]
#-Find currently active variable names
set act_names [Equation::getActiveVariableNames $eindex]
#-Find selected variable and "toggle" its state
set sel_name [lindex $all_names $sindex]
set idx [List::nocaseSearch $act_names $sel_name]
#-Turn on (= add to the actives' list)
if { $idx == -1 } {
lappend act_names $sel_name
#-Turn off (= delete from the actives' list)
} else {
set act_names [lreplace $act_names $idx $idx]
}
#-Sort names in actives-list by the names order in all-list
#
set sorted_list ""
foreach name $all_names {
if { -1 != [List::nocaseSearch $act_names $name] } {
lappend sorted_list $name
}
}
#-Update actives-list variable
set act_names_var [DataField::getFieldProperty Equation $ename EquationVars]
set sep [DataField::getFieldProperty EquationVariable $ename FieldDataSep]
set act_names [join $sorted_list $sep]
set Equation($act_names_var) $act_names
#-Update variable-list widget
Equation::updateVariableList $eindex
}
# NOTE: Be careful with the (...,groupEditProc)-procs
# because they are also called in the "fillGroupFromDispList"
# (..procsDataField.tcl) proc when an equation parameter is
# selected in the equation list box!!!
#======================================#
# Generic UserDefinedField #
#======================================#
proc Equation(UserDefinedField,fillProc) { fld } {
if { "" != [DataField::getFieldProperty Equation $fld EquationIndex "" 0] } {
Equation::setUserDefinedEquationMask $fld
}
}
proc Equation(UserDefinedField,editProc) { fld } {
if { "" != [DataField::getFieldProperty Equation $fld EquationIndex "" 0] } {
Equation::setUserDefinedEquationMask $fld
}
}
#===========================================#
# FLOW equation #
#===========================================#
# NOTE: This is called always when Navier-Stokes panel is activated
#
proc Equation(NAVIER-STOKES,fillProc) {} {
global Equation
#-We can not update values area now (loop!), so
# store old value befor setting ther global var
#
set flag $Equation(updateValuesArea)
set Equation(updateValuesArea) 0
Equation(NAVIER-STOKES,editProc)
Equation(TURBULENCE_MODEL,groupEditProc)
set Equation(updateValuesArea) $flag
}
# NOTE: This is called when Navier-Stokes box is clicked
#
proc Equation(NAVIER-STOKES,editProc) {} {
global Equation
#-If no flow
if {$Equation(NAVIER-STOKES) != "True"} {
set Equation(flow_type) ""
set Equation(flow_laminarType) ""
set Equation(flow_turbulentType) ""
set Equation(TURBULENCE_MODEL) ""
set Equation(HYDROSTATIC_PRESSURE) "False"
#-When flow is checked on, default is laminar (NS) flow
} else {
set Equation(flow_type) "¤FL"
set Equation(flow_laminarType) "¤FL1"
}
#-Broadcast type change to other
Equation::updateTargetMask
}
#-Group (container) widget Turbulence Model widgets
# NOTE: This is grouper variable, it is not meant to be output
# into Solver-input file, but we need it to set the value
# for variables like like KE_TURBULENCE which are not on screen
#
proc Equation(TURBULENCE_MODEL,groupEditProc) { {fld ""} } {
global Equation
# Reset all group's target output variables
set Equation(flow_turbulentType) ""
set Equation(KE_TURBULENCE) "False"
# Is some flow
if { $Equation(flow_type) != "" } {
switch $Equation(TURBULENCE_MODEL) {
"" {
set Equation(flow_turbulentType) ""
}
"KE" {
set Equation(flow_turbulentType) "¤FT1"
set Equation(KE_TURBULENCE) "True"
}
}
}
#-Broadcast type change
Equation::updateTargetMask
}
#=======================================#
# HEAT equation #
#=======================================#
# NOTE: This is called when Heat equation panel is activated
#
proc Equation(HEAT_EQUATION,fillProc) {} {
global Equation
#-We can not update values area now (loop!), so
# store old value befor setting ther global var
#
set flag $Equation(updateValuesArea)
set Equation(updateValuesArea) 0
Equation(HEAT_EQUATION,editProc)
Equation(CONVECTION,groupEditProc)
Equation(PHASE_CHANGE_MODEL,groupEditProc)
set Equation(updateValuesArea) $flag
}
# NOTE: This is called when Heat Equation check box is clicked
#
proc Equation(HEAT_EQUATION,editProc) {} {
global Equation
#-If no heat
if {$Equation(HEAT_EQUATION) != "True"} {
set Equation(heat_type) ""
set Equation(heat_transferType) ""
set Equation(heat_phaseType) ""
set Equation(PHASE_CHANGE_MODEL) ""
set Equation(CHECK_LATENT_HEAT_RELEASE) ""
# If no adv-diff, disable convetion fields
# ========================================
if { $Equation(ADVECTION_DIFFUSION_EQUATION) != "True" } {
set Equation(CONVECTION) "None"
}
#-Heat equation was selected, we have at least:
} else {
set Equation(heat_type) "¤H"
set Equation(heat_transferType) "¤HT1"
}
#-Broadcast type change
Equation::updateTargetMask
}
#-Convection group (container) widget
#
proc Equation(CONVECTION,groupEditProc) { {fld ""} } {
Equation(CONVECTION,heatCheckProc)
Equation(CONVECTION,diffusionCheckProc)
}
#-Convection heat tranfer part check proc
#
proc Equation(CONVECTION,heatCheckProc) { {fld ""} } {
global Equation
if { $Equation(heat_transferType) == "" } {
return
}
if { ![info exists Equation(CONVECTION)] } {
return
}
switch $Equation(CONVECTION) {
"None" {
set Equation(heat_transferType) "¤HT1"
}
"Constant" {
set Equation(heat_transferType) "¤HT1 ¤HT2"
}
"Computed" {
set Equation(heat_transferType) "¤HT1 ¤HT3"
}
}
#-Broadcast type change
Equation::updateTargetMask
}
proc Equation(PHASE_CHANGE_MODEL,groupEditProc) { {fld ""} } {
global Equation
switch $Equation(PHASE_CHANGE_MODEL) {
"None" {
set Equation(heat_phaseType) ""
}
"Spatial 1" {
set Equation(heat_phaseType) "¤HP1"
}
"Spatial 2" {
set Equation(heat_phaseType) "¤HP2"
}
"Temporal" {
set Equation(heat_phaseType) "¤HP3"
}
}
#-Broadcast change
Equation::updateTargetMask
}
#=========================================#
# STRESS analysis #
#=========================================#
# NOTE: This is called when Stress Analysis panel is activated
#
proc Equation(STRESS_ANALYSIS,fillProc) {} {
global Equation
#-We can not update values area now (loop!), so
# store old value befor setting ther global var
#
set flag $Equation(updateValuesArea)
set Equation(updateValuesArea) 0
Equation(STRESS_ANALYSIS,editProc)
Equation(STRESS_MODEL,groupEditProc)
set Equation(updateValuesArea) $flag
}
# NOTE: This is called when Stress Analysis check box is clicked
#
proc Equation(STRESS_ANALYSIS,editProc) {} {
global Equation Model
#-No stress analysis selected
if {$Equation(STRESS_ANALYSIS) != "True"} {
set Equation(stress_type) ""
set Equation(stress_mechanicalType) ""
set Equation(stress_thermalType) ""
set Equation(STRESS_MODEL) ""
} else {
set Equation(stress_type) "¤S"
}
Equation::setUserDefinedFieldsActivity STRESS_ANALYSIS
#-Broadcast type change to other
Equation::updateTargetMask
}
proc Equation(STRESS_MODEL,groupEditProc) { {fld ""} } {
global Equation
if { $Equation(stress_type) == "" } {
return
}
set Equation(stress_mechanicalType) ""
set Equation(stress_thermalType) ""
switch $Equation(STRESS_MODEL) {
"" {
if { $Equation(heat_type) != "" } {
set Equation(stress_mechanicalType) "¤ST1"
#set Equation(STRESS_MODEL) "Thermal"
} else {
set Equation(stress_thermalType) "¤SM1"
#set Equation(STRESS_MODEL) "Mechanical"
}
}
"Mechanical" {
set Equation(stress_mechanicalType) "¤SM1"
set Equation(stress_thermalType) ""
}
"Thermal" {
set Equation(stress_thermalType) "¤ST1"
set Equation(stress_mechanicalType) ""
}
}
#-Broadcast type change
Equation::updateTargetMask
}
#===========================#
# ADVECTION-DIFFUSION #
#===========================#
# NOTE: This is called when Advection-Diffusion panel is activated
#
proc Equation(ADVECTION_DIFFUSION_EQUATION,fillProc) {} {
global Equation EquationVariable
#-We can not update values area now (loop!), so
# store old value befor setting ther global var
#
set flag $Equation(updateValuesArea)
set Equation(updateValuesArea) 0
set Equation(diffusion_type) ""
set Equation(diffusion_transferType) ""
# No advection-diffusion
# ======================
if { $Equation(ADVECTION_DIFFUSION_EQUATION) != "True" } {
set Equation(updateValuesArea) $flag
#-Broadcast type change
Equation::updateTargetMask
return
}
set Equation(diffusion_type) "¤AD"
Equation(CONVECTION,diffusionCheckProc)
Equation(ADVECTION_DIFFUSION_EQUATION,editProc)
#-Restore global flag var
set Equation(updateValuesArea) $flag
}
#-Convection advection-diffusion field check proc (done when panel opened
# or in general when data contenst is searched
#
proc Equation(CONVECTION,diffusionCheckProc) { {fld ""} } {
global Equation
if { $Equation(diffusion_type) == "" } {
return
}
if { ![info exists Equation(CONVECTION)] } {
return
}
switch $Equation(CONVECTION) {
"None" { set Equation(diffusion_transferType) "¤AD1"}
"Constant" { set Equation(diffusion_transferType) "¤AD1 ¤AD2"}
"Computed" { set Equation(diffusion_transferType) "¤AD1 ¤AD3"}
}
#-Broadcast type change
Equation::updateTargetMask
}
# NOTE: This is called when Advection-Diffusion check box is clicked
#
proc Equation(ADVECTION_DIFFUSION_EQUATION,editProc) {} {
global Equation EquationVariable Info
# No diffusion selected
# =====================
if { $Equation(ADVECTION_DIFFUSION_EQUATION) != "True" } {
# If no heat, disable convection fields
# =====================================
if { $Equation(HEAT_EQUATION) != "True" } {
#set Equation(CONVECTION) "None"
}
set Equation(diffusion_type) ""
set Equation(diffusion_transferType) ""
# Diffusion selected
# ==================
} else {
set Equation(diffusion_type) "¤AD"
}
#-Broadcast type change to other
Equation::updateTargetMask
}
####################
### GRID H panel ###
####################
# Procedure checks if a parameter (pid) is applied to
# vertices. In this case the parameter cannot be
# modified to a nof-elements type density value!
#
proc GridH::parameterHasVertexParents {pid} {
global GridH ObjectTable
foreach id $ObjectTable(ids) {
# Not a vertex
# We should add 3D edges here also?
#
if { "V" != [Object::getType $id] } {
continue
}
# If parameter attached to this boundary, we can stop here!
#
if { [info exists ObjectTable($id,gh)] &&
$ObjectTable($id,gh) == $pid
} {
return 1
}
}
return 0
}
# Nof elements-type density paramater cannot be attached to a vertex!
#
proc GridH::parameterTargetCheckProc {paramter_id {accept_var ""} } {
global GridH Info ObjectTable
if { $accept_var != "" } {
upvar #1 $accept_var accept
}
set accept 1
set pid $paramter_id
set mode [DataField::getFieldValue GridH $pid MESH_DENSITY_TYPE]
if { $mode == "N" &&
"V" == [Object::getType $GridH(targetId)]
} {
set accept 0
}
return $accept
}
proc GridH::checkPanel {} {
global GridH Model ObjectTable
set id $GridH(targetId)
if { "V" == [Object::getType $GridH(targetId)] } {
set GridH(MESH_DT_N,act) 0
} else {
set GridH(MESH_DT_N,act) 1
}
Widget::configureField GridH MESH_DT_N
}
# Set current mesh index based on selection in the mesh
# option menu
#
proc GridH(MESH_NAME,fillProc) {} {
global GridH Model
set GridH(MESH_NAME) [lindex $Model(meshNames) $GridH(MESH_INDEX)]
}
# Set mesh density type field states when parameter is selected
#
proc GridH(MESH_DENSITY_TYPE,fillProc) {} {
global GridH
GridH(MESH_DENSITY_TYPE,groupEditProc)
}
# Set mesh density type field states when radiobutton is selected
#
proc GridH(MESH_DENSITY_TYPE,groupEditProc) { {fld ""} } {
global GridH ObjectTable
set accept_dt_n 1
if { "V" == [Object::getType $GridH(targetId)] } {
set GridH(MESH_DT_N,act) 0
set accept_dt_n 0
}
set GridH(MESH_H,act) 0
set GridH(MESH_N,act) 0
set GridH(MESH_R,act) 0
switch $GridH(MESH_DENSITY_TYPE) {
"H" {
set GridH(MESH_H,act) 1
}
"N" {
if { $accept_dt_n } {
set GridH(MESH_N,act) 1
}
}
"R" {
set GridH(MESH_R,act) 1
}
}
Widget::configureField GridH MESH_H
Widget::configureField GridH MESH_R
Widget::configureField GridH MESH_N
GridH(MESH_DT_N,editProc)
}
# If parameter is attached also to vertices and the mesh density
# type "Number of elements" is selected, user cannot update this
# paramter
#
proc GridH(MESH_DT_N,editProc) {} {
global GridH Model ObjectTable
set pid $GridH(parameterId)
if { [GridH::parameterHasVertexParents $pid] } {
if { "N" == $GridH(MESH_DENSITY_TYPE) } {
set GridH(updateAllowed) 0
} else {
set GridH(updateAllowed) 1
#set GridH(MESH_N) ""
}
}
Panel::panelDataModified $GridH(dataModified) GridH ""
}
# Update ObjectTable gh-id from ghIds when panel is opend or
# mesh has been changed in the panel
#
proc GridH::updateObjectParameterId {} {
global GridH Info MeshDefine Model ObjectTable
if { [info exists MeshDefine(edited,GridH)] &&
$MeshDefine(edited,GridH)
} {
return
}
if { ![info exists GridH(MESH_NAME)] } {
set GridH(MESH_NAME) $Model(currentMeshName)
set GridH(MESH_INDEX) $Model(currentMeshIndex)
}
foreach id $ObjectTable(ids) {
if { [info exists ObjectTable($id,gh)] } {
# Default value
set ObjectTable($id,gh) $Info(NO_INDEX)
# If ids list given, try to find one for the current
# mesh
if { $GridH(MESH_INDEX) != $Info(NO_INDEX) &&
[info exists ObjectTable($id,ghIds)] &&
$ObjectTable($id,ghIds) != ""
} {
set idx [lsearch $ObjectTable($id,ghMshIndcs) $GridH(MESH_INDEX)]
# If something for the current mesh!
if { $idx != -1 } {
set ObjectTable($id,gh) [lindex $ObjectTable($id,ghIds) $idx]
}
}
}
}
}
# Update ObjectTable gh-id to ghIds (and ghMshIndcs)
# Used after ok/apply and when mesh has been changed
# in the panel
#
proc GridH::updateObjectParameterIds {} {
global Info GridH ObjectTable
if { ![info exist GridH(MESH_INDEX)] ||
$GridH(MESH_INDEX) == "" ||
$GridH(MESH_INDEX) == $Info(NO_INDEX)
} {
return
}
set msh_idx $GridH(MESH_INDEX)
foreach id $ObjectTable(ids) {
if { ![info exists ObjectTable($id,gh)] } {
continue
}
set ids $ObjectTable($id,ghIds)
set indices $ObjectTable($id,ghMshIndcs)
set gid $ObjectTable($id,gh)
if { $gid == $Info(NO_INDEX) } {
set result [List::removeFromIndexedIdList $indices $ids $msh_idx $gid]
} else {
set result [List::addToIndexedIdList $indices $ids $msh_idx $gid]
}
set ObjectTable($id,ghMshIndcs) [lindex $result 0]
set ObjectTable($id,ghIds) [lindex $result 1]
} ;# Foreach object
Panel::panelDataChanged 0 GridH
}
############################
### GRID PARAMETER panel ###
############################
# Procedure checks if a parameter (pid) is applied to
# non-structured bodies. In this case the parameter cannot be
# modified to a structured (quadgrid mesh) parameter!
#
proc GridParameter::parameterHasNonStructuredParents {pid} {
global GridParameter ObjectTable
foreach id $ObjectTable(ids) {
# Not a body or boyd-layer
#
if { "BL" != [Object::getType $id] &&
"BL" != [Object::getType $id]
} {
continue
}
# If structure body, no problems
#
if { [info exists ObjectTable($id,accptStrMsh)] &&
$ObjectTable($id,accptStrMsh)
} {
continue
}
# If parameter attached to this body, we can stop here!
#
if { [info exists ObjectTable($id,gr)] &&
$ObjectTable($id,gr) == $pid
} {
return 1
}
}
return 0
}
# Structured mesh paramater cannot be attached to a non-structurerd body!
#
proc GridParameter::parameterTargetCheckProc {paramter_id {accept_var ""} } {
global GridParameter Info ObjectTable
if { $accept_var != "" } {
upvar #1 $accept_var accept
}
set accept 1
set pid $paramter_id
set mode [DataField::getFieldValue GridParameter $pid MESH_ELEMENT_TYPE]
if { $mode == "Quad" && !$ObjectTable($GridParameter(objectId),accptStrMsh) } {
set accept 0
}
return $accept
}
proc GridParameter::checkPanel {} {
global GridParameter Model ObjectTable
set id $GridParameter(objectId)
if { $ObjectTable($id,excldMsh) } {
set GridParameter(ACTIVE_IN_MESHING) 0
} else {
set GridParameter(ACTIVE_IN_MESHING) 1
}
# For open bodies line is the only option
#
if { "OPN" == [Object::getClass $id] ||
$GridParameter(MESH_ELEMENT_TYPE) == "Line"
} {
set GridParameter(MESH_ET_LINE,act) 1
set GridParameter(MESH_ET_TRIANGLE,act) 0
set GridParameter(MESH_ET_QUAD,act) 0
set GridParameter(MESH_ELEMENT_TYPE) "Line"
set GridParameter(MESH_LAYER_TYPE) "BoundaryMesh"
GridParameter(MESH_ET_LINE,editProc)
} else {
set GridParameter(MESH_ET_LINE,act) 0
set GridParameter(MESH_ET_TRIANGLE,act) 1
set GridParameter(MESH_ET_QUAD,act) 1
}
if { !$ObjectTable($id,accptStrMsh) } {
set GridParameter(MESH_ET_QUAD,act) 0
} else {
set GridParameter(MESH_ET_QUAD,act) 1
}
Widget::configureField GridParameter MESH_ET_LINE
Widget::configureField GridParameter MESH_ET_TRIANGLE
Widget::configureField GridParameter MESH_ET_QUAD
}
proc GridParameter::updateObjectBoundariesWdg {} {
global GridParameter Model ObjectTable
set list ""
foreach id $ObjectTable($GridParameter(objectId),sbIds) {
set row ""
append row "("
append row $ObjectTable($id,tg)
append row ") "
append row $ObjectTable($id,nm)
lappend list $row
}
ListBox::fill $GridParameter(allWidgets,LISTBOX1) $list
}
# Set state for group of widgets
#
proc GridParameter::setGroupState {group activity} {
global GridParameter
foreach fld $group {
set GridParameter($fld,act) $activity
Widget::configureField GridParameter $fld
}
}
proc GridParameter(ACTIVE_IN_MESHING,editProc) {} {
global GridParameter Model ObjectTable
if { $Model(nofBodies) == 1 } {
set GridParameter(ACTIVE_IN_MESHING) 1
}
set id $GridParameter(objectId)
if { !$GridParameter(ACTIVE_IN_MESHING) } {
set ObjectTable($id,excldMsh) 1
} else {
set ObjectTable($id,excldMsh) 0
}
}
proc GridParameter(LISTBOX1,editProc) {key} {
global GridParameter ObjectTable
set ids $ObjectTable($GridParameter(objectId),sbIds)
set lb $GridParameter(allWidgets,LISTBOX1)
set sindex [$lb curselection]
if { $sindex == "" } {
return
}
# Normal selection, highlight corresponding entry!
#
if { $key == "ButtonRelease-1" } {
set n1 $GridParameter(MESH_QUADGRID_N1,prev)
set n2 $GridParameter(MESH_QUADGRID_N2,prev)
set wdg1 $GridParameter(allWidgets,MESH_QUADGRID_N1)
set wdg2 $GridParameter(allWidgets,MESH_QUADGRID_N2)
#wdg1 configure -bg white
#wdg2 configure -bg white
if { $sindex == 0 || $sindex == 2 } {
#wdg1 configure -bg green
focus $wdg1
$wdg1 delete 0 end; $wdg1 insert 0 $n1
$wdg1 icursor end
} else {
#wdg2 configure -bg green
focus $wdg2
$wdg2 delete 0 end; $wdg2 insert 0 $n2
$wdg2 icursor end
}
return
}
set id [lindex $ids $sindex]
set prntId $ObjectTable($id,prId)
set bndr $id
set bd1 $ObjectTable($prntId,pr1Id)
set bd2 $ObjectTable($prntId,pr2Id)
set lr1 -1
set lr2 -1
set accept_body_change 1
set update_gui 1
#--NOTE: Apply boundary selection via cpp !!!
#
set GridParameter(boundaryIds) $ids
set GridParameter(boundaryLB) $lb
set GridParameter(boundaryIndex) $sindex
set data "$bndr $bd1 $lr1 $bd2 $lr2 $accept_body_change $update_gui"
Util::cpp_exec boundarySelected $data
}
# Set proper widget states when panel data is filled
# (after selecting a paramter etc.)
#
proc GridParameter(MESH_ELEMENT_TYPE,fillProc) {} {
global GridParameter ObjectTable
if { $GridParameter(MESH_ELEMENT_TYPE) == "Line" } {
GridParameter(MESH_ET_LINE,editProc)
} elseif { $GridParameter(MESH_ELEMENT_TYPE) == "Triangle" } {
GridParameter(MESH_ET_TRIANGLE,editProc)
} elseif { $GridParameter(MESH_ELEMENT_TYPE) == "Quad" } {
if {!$ObjectTable($GridParameter(targetId),accptStrMsh)} {
GridParameter::setGroupState $GridParameter(quadGridGroup) 0
} else {
set GridParameter(MESH_LAYER_TYPE) "QuadGrid"
GridParameter(MESH_ET_QUAD,editProc)
}
}
if { ![Util::panelExists GridParameter] } {
return
}
}
proc GridParameter(MESH_ET_LINE,editProc) {} {
global GridParameter Model ObjectTable
GridParameter::setGroupState $GridParameter(triangleGroup) 0
GridParameter::setGroupState $GridParameter(seededTriangleGroup) 0
GridParameter::setGroupState $GridParameter(quadGridGroup) 0
GridParameter::setGroupState $GridParameter(lineGroup) 1
set GridParameter(MESH_QUADGRID_N1) ""
set GridParameter(MESH_QUADGRID_N2) ""
GridParameter::updateMeshLayerMenu
GridParameter(MESH_LAYER_TYPE,fillProc)
GridParameter(MESH_DENSITY_TYPE,fillProc)
if { ![Util::panelExists GridParameter] } {
return
}
}
proc GridParameter(MESH_ET_TRIANGLE,editProc) {} {
global GridParameter Model ObjectTable
GridParameter::setGroupState $GridParameter(lineGroup) 0
GridParameter::setGroupState $GridParameter(quadGridGroup) 0
GridParameter::setGroupState $GridParameter(triangleGroup) 1
if {!$ObjectTable($GridParameter(targetId),accptStrMsh)} {
set GridParameter(MESH_QUADGRID_N1) ""
set GridParameter(MESH_QUADGRID_N2) ""
}
if { [string match "SS*" $GridParameter(MESH_LAYER_TYPE)] } {
GridParameter::setGroupState $GridParameter(seededTriangleGroup) 1
} else {
GridParameter::setGroupState $GridParameter(seededTriangleGroup) 0
}
GridParameter::updateMeshLayerMenu
GridParameter(MESH_LAYER_TYPE,fillProc)
GridParameter(MESH_DENSITY_TYPE,fillProc)
if { ![Util::panelExists GridParameter] } {
return
}
}
proc GridParameter(MESH_ET_QUAD,editProc) {} {
global GridParameter Model ObjectTable
set pid $GridParameter(parameterId)
GridParameter::setGroupState $GridParameter(lineGroup) 0
GridParameter::setGroupState $GridParameter(triangleGroup) 0
GridParameter::setGroupState $GridParameter(seededTriangleGroup) 0
GridParameter::setGroupState $GridParameter(quadGridGroup) 1
GridParameter::updateMeshLayerMenu
GridParameter(MESH_LAYER_TYPE,fillProc)
GridParameter(MESH_DENSITY_TYPE,fillProc)
if { ![Util::panelExists GridParameter] } {
return
}
}
proc GridParameter::updateMeshLayerMenu {} {
global GridParameter
if { ![Util::panelExists GridParameter] } {
return
}
if { $GridParameter(MESH_ELEMENT_TYPE) == "Line" } {
set idx $GridParameter(meshMethodIndices,LINE)
} elseif { $GridParameter(MESH_ELEMENT_TYPE) == "Triangle" } {
set idx $GridParameter(meshMethodIndices,TRIANGLE)
} elseif { $GridParameter(MESH_ELEMENT_TYPE) == "Quad" } {
set idx $GridParameter(meshMethodIndices,QUAD_GRID)
} else {
return
}
set fld MESH_LAYER_TYPE
# Pick current MenuSelect proc
#
set wdg $GridParameter(allWidgets,$fld)
set ms_proc [ bind $GridParameter(allWidgets,$fld,om) <<MenuSelect>>]
# Get new menu options
#
set tmp [lindex [DataField::getFieldProperty GridParameter $fld Limits] 1]
set names [lindex $tmp $idx]
destroy $wdg
# Build new option-menu
#
set om [Panel::createOptionMenuWidget $wdg GridParameter($fld) $names]
$wdg configure -indicatoron 0 -width 16
Widget::configureS $wdg active
bind $om <<MenuSelect>> $ms_proc
# Save and pack rebuilt widget
#
set GridParameter(allWidgets,$fld) $wdg
pack $wdg
}
proc GridParameter(MESH_BG_MESH,fillProc) {} {
GridParameter(MESH_BG_MESH,editProc)
}
proc GridParameter(MESH_BG_MESH,editProc) {} {
global GridParameter MeshDefine
# If mesh level bg-mesh is active and it is not
# a control type-mesh, then body level bg-meshes
# are not active
#
# NOTE: This test not is use currently!!!, MVe 15.02.01
#
if { 0 &&
$MeshDefine(MESH_BG_MESH_ACTIVE) &&
$MeshDefine(MESH_BG_MESH_FILE) != "" &&
!$MeshDefine(MESH_BG_MESH_CONTROL)
} {
set GridParameter(MESH_BG_MESH_FILE,act) 0
# Otherwise External bg-mesh type activates
# the file name entry
#
} else {
if { $GridParameter(MESH_BG_MESH) == "External" } {
set GridParameter(MESH_BG_MESH_FILE,act) 1
} else {
set GridParameter(MESH_BG_MESH_FILE,act) 0
}
}
Widget::configureField GridParameter MESH_BG_MESH_FILE
}
# Set mesh density type field states when parameter is selected
#
proc GridParameter(MESH_DENSITY_TYPE,fillProc) {} {
global GridParameter
GridParameter(MESH_DENSITY_TYPE,groupEditProc)
}
# Set mesh density type field states when radiobutton is selected
#
proc GridParameter(MESH_DENSITY_TYPE,groupEditProc) { {fld ""} } {
global GridParameter
set GridParameter(MESH_H,act) 0
set GridParameter(MESH_R,act) 0
switch $GridParameter(MESH_DENSITY_TYPE) {
"H" {
set GridParameter(MESH_H,act) 1
}
"R" {
set GridParameter(MESH_R,act) 1
}
}
if { ![Util::panelExists GridParameter] } {
return
}
Widget::configureField GridParameter MESH_H
Widget::configureField GridParameter MESH_R
}
# Set mesh seed type states by option menu value when
# parameter is selected
#
proc GridParameter(MESH_LAYER_TYPE,fillProc) {} {
global GridParameter
if { [string match "SS*" $GridParameter(MESH_LAYER_TYPE)] } {
GridParameter::setGroupState $GridParameter(seededTriangleGroup) 1
} else {
GridParameter::setGroupState $GridParameter(seededTriangleGroup) 0
}
}
# Set mesh seed type states when option menu is updated
#
proc GridParameter(MESH_LAYER_TYPE,editProc) {} {
global GridParameter
if { [string match "SS*" $GridParameter(MESH_LAYER_TYPE)] } {
GridParameter::setGroupState $GridParameter(seededTriangleGroup) 1
} else {
GridParameter::setGroupState $GridParameter(seededTriangleGroup) 0
}
}
# Set current mesh name value
#
proc GridParameter(MESH_NAME,fillProc) {} {
global GridParameter Model
set GridParameter(MESH_NAME) [lindex $Model(meshNames) $GridParameter(MESH_INDEX)]
}
# Update ObjectTable gr-id from grIds when panel is opend or
# mesh has been changed in the panel
# gr --> grIds
#
proc GridParameter::updateObjectParameterId {} {
global GridParameter Info MeshDefine Model ObjectTable
if { [info exists MeshDefine(edited,GridParameter)] &&
$MeshDefine(edited,GridParameter)
} {
return
}
if { ![info exists GridParameter(MESH_NAME)] } {
set GridParameter(MESH_NAME) $Model(currentMeshName)
set GridParameter(MESH_INDEX) $Model(currentMeshIndex)
}
if { $GridParameter(MESH_INDEX) == $Info(NO_INDEX) ||
$GridParameter(MESH_INDEX) == ""
} {
return
}
foreach id $ObjectTable(ids) {
if { ![info exists ObjectTable($id,gr)] } {
continue
}
# Default values
set ObjectTable($id,gr) $Info(NO_INDEX)
set ObjectTable($id,excldMsh) 0
# If grid parameter ids given, try to find one for the current
# mesh
set idx [lsearch $ObjectTable($id,grMshIndcs) $GridParameter(MESH_INDEX)]
if { $idx != -1 } {
set ObjectTable($id,gr) [lindex $ObjectTable($id,grIds) $idx]
}
# If meshing exclude indices given, try to find one for the current
# mesh
set idx [lsearch $ObjectTable($id,excldMshIndcs) $GridParameter(MESH_INDEX)]
if { $idx != -1 } {
set ObjectTable($id,excldMsh) 1
} else {
set ObjectTable($id,excldMsh) 0
}
}
if { [info exists GridParameter(objectLB)] &&
[winfo exists $GridParameter(objectLB)]
} {
StdPanelInit::constructObjectLBList GridParameter
StdPanelInit::fillObjectListBox GridParameter
#GridParameter::objectSelected $GridParameter(objectIndex)
$GridParameter(objectLB) selection set $GridParameter(objectIndex)
}
}
# Update ObjectTable gr-id to grIds (and grMshIndcs)
# Used after ok/apply and when mesh has been changed
# in the panel
# grIds --> gr
#
proc GridParameter::updateObjectParameterIds {} {
global GridParameter Info MeshDefine ObjectTable
if { [info exist GridParameter(MESH_INDEX)] &&
$GridParameter(MESH_INDEX) != "" &&
$GridParameter(MESH_INDEX) != $Info(NO_INDEX)
} {
set msh_idx $GridParameter(MESH_INDEX)
} else {
set msh_idx [llength MeshDefine(mehNames)]
}
foreach id $ObjectTable(ids) {
if { ![info exists ObjectTable($id,gr)] } {
continue
}
#--Grid parameter ids
set ids $ObjectTable($id,grIds)
set indices $ObjectTable($id,grMshIndcs)
set gid $ObjectTable($id,gr)
if { $gid == $Info(NO_INDEX) } {
set result [List::removeFromIndexedIdList $indices $ids $msh_idx $gid]
} else {
set result [List::addToIndexedIdList $indices $ids $msh_idx $gid]
}
set ObjectTable($id,grMshIndcs) [lindex $result 0]
set ObjectTable($id,grIds) [lindex $result 1]
#--Exclude from meshing indices
set ids $ObjectTable($id,excldMshIndcs)
if { $ObjectTable($id,excldMsh) } {
set result [List::addToIdList $ids $msh_idx]
} else {
set result [List::removeFromIdList $ids $msh_idx]
}
set ObjectTable($id,excldMshIndcs) $result
} ;# Foreach object
Panel::panelDataChanged 0 GridParameter
}
# Check that QuadGrid definitions are matching after
# attaching or updating a quadgrid-type parameter
#
proc GridParameter::checkParameterAttachment {} {
global GridParameter Info ObjectTable
#--Current target body
set tid $GridParameter(targetId)
#--If no gridable body
if { $tid == $Info(NO_INDEX) ||
!$ObjectTable($tid,accptStrMsh) ||
$ObjectTable($tid,gr) == $Info(NO_INDEX)
} {
return
}
#--If no quadgrid-type parameter
if { $GridParameter(MESH_ELEMENT_TYPE) != "Quad" } {
return
}
#--Pick current body element's all sub ids (including inner
# boundaries!) and equivalent quadgrid n-values
#
set sub_ids $ObjectTable($tid,sbIds)
set grid_ns ""
lappend grid_ns $GridParameter(MESH_QUADGRID_N1)
lappend grid_ns $GridParameter(MESH_QUADGRID_N2)
lappend grid_ns $GridParameter(MESH_QUADGRID_N1)
lappend grid_ns $GridParameter(MESH_QUADGRID_N2)
#--Loop all objects and check if they have a quadgrid-type
# mesh parameter for the (current) mesh
#
foreach id $ObjectTable(ids) {
#-Current body
if { $id == $tid } {
continue
}
#-No quadgrid possible for the body
if { ![info exists ObjectTable($id,gr)] ||
!$ObjectTable($id,accptStrMsh) ||
$ObjectTable($id,gr) ==$Info(NO_INDEX)
} {
continue
}
set pid $ObjectTable($id,gr)
set etype [DataField::getFieldValue GridParameter $pid MESH_ELEMENT_TYPE]
#-No quadgrid defined for the body
if { $etype != "Quad" } {
continue
}
#-Ok, check if body under inspection have any of same
# elements in the current target body
#
foreach sid $sub_ids grid_n $grid_ns {
set idx [lsearch $ObjectTable($id,sbIds) $sid]
if { $idx == -1 } {
continue
}
#-Overwrite the QuadGrid-N value for the
# corresponding element
# Get first proper variable name
if { $idx == 0 || $idx == 2 } {
set fn MESH_QUADGRID_N1
} else {
set fn MESH_QUADGRID_N2
}
# The update parameter
DataField::setFieldValue GridParameter $pid $fn $grid_n
} ;# Foreach subelement in the current target body
} ;# Foreach object
}
######################
### MATERIAL panel ###
######################
proc Material(checkPanel) {} {
Material(COMPRESSIBILITY_MODEL,editProc)
}
proc Material(COMPRESSIBILITY_MODEL,fillProc) {} {
Material(COMPRESSIBILITY_MODEL,editProc)
}
proc Material(COMPRESSIBILITY_MODEL,editProc) {} {
global Material
if { [Util::masksAreMatching (¤H) [Panel::getTargetMask Material] ] } {
set has_heat_eq 1
} else {
set has_heat_eq 0
}
set value $Material(COMPRESSIBILITY_MODEL)
# Note: Possible HeatCapacity field in the flow panel is
# controlled by incompressibility when the current body
# does not have any heat-equation
#
if { $value == "" || $value == "Incompressible" } {
set Material(REFERENCE_PRESSURE,act) 0
set Material(SPECIFIC_HEAT_RATIO,act) 0
if { !$has_heat_eq } {
set Material(HEAT_CAPACITY,act) 0
}
} else {
set Material(REFERENCE_PRESSURE,act) 1
set Material(SPECIFIC_HEAT_RATIO,act) 1
if { !$has_heat_eq } {
set Material(HEAT_CAPACITY,act) 1
}
}
if { ![Util::panelExists Material] } {
return
}
if { !$has_heat_eq } {
Widget::configureField Material HEAT_CAPACITY
}
if { ![Widget::arrayWidgetExists Material COMPRESSIBILITY_MODEL] } {
return
}
Widget::configureField Material REFERENCE_PRESSURE
Widget::configureField Material SPECIFIC_HEAT_RATIO
}
####################
### SOLVER panel ###
####################
proc Solver(PROCEDURE,fillProc) {} {
global Solver
set vals [split $Solver(PROCEDURE) ";"]
set Solver(LIBRARY_FILE) [lindex $vals 0]
set Solver(FUNCTION_NAME) [lindex $vals 1]
}
proc Solver(PROCEDURE,checkProc) {} {
global Solver
set lb $Solver(LIBRARY_FILE)
set fn $Solver(FUNCTION_NAME)
set Solver(PROCEDURE) [join [list $lb $fn] ";"]
return ""
}
proc Solver(BUBBLES,editProc) {} {
global Solver
if { $Solver(BUBBLES) } {
set Solver(STABILIZE) "False"
} else {
set Solver(STABILIZE) "True"
}
}
proc Solver(STABILIZE,editProc) {} {
global Solver
if { $Solver(STABILIZE) } {
set Solver(BUBBLES) "False"
} else {
set Solver(BUBBLES) "True"
}
}
# When Solver panel is opened
#
proc Solver(LINEAR_SYSTEM_SOLVER,fillProc) {} {
global Solver
Solver(LINEAR_SYSTEM_SOLVER,editProc)
}
# When Solver type OptionMenu is pressed
#
proc Solver(LINEAR_SYSTEM_SOLVER,editProc) {} {
global Equation Solver
if { $Solver(LINEAR_SYSTEM_SOLVER) == "Direct" } {
#Solver::setFieldStates "True" $Solver(direct_group)
#Solver::setFieldStates "False" $Solver(iter_group)
#Solver::setFieldStates "False" $Solver(multigrid_group)
set method_fld LINEAR_SYSTEM_DIRECT_METHOD
} elseif { $Solver(LINEAR_SYSTEM_SOLVER) == "Iterative" } {
#Solver::setFieldStates "True" $Solver(iter_group)
#Solver::setFieldStates "False" $Solver(multigrid_group)
#Solver::setFieldStates "False" $Solver(direct_group)
Solver::precond_proc
set method_fld LINEAR_SYSTEM_ITERATIVE_METHOD
} elseif { $Solver(LINEAR_SYSTEM_SOLVER) == "Multigrid" } {
#Solver::setFieldStates "False" $Solver(iter_group)
#Solver::setFieldStates "True" $Solver(multigrid_group)
#Solver::setFieldStates "False" $Solver(direct_group)
#Solver::setFieldStates "False" LINEAR_SYSTEM_ITERATIVE_METHOD
Solver::precond_proc
set method_fld LINEAR_SYSTEM_MULTIGRID_METHOD
}
set Solver(LINEAR_SYSTEM_METHOD) $Solver($method_fld)
# Rebuild method menu if panel open
#
set fld LINEAR_SYSTEM_METHOD
if { ![info exists Solver(allWidgets,$fld) ] ||
![winfo exists $Solver(allWidgets,$fld) ]
} {
return
}
set wdg $Solver(allWidgets,$fld)
# Pick current MenuSelect proc
set ms_proc [ bind $Solver(allWidgets,$fld,om) <<MenuSelect>>]
destroy $wdg
set mvals [DataField::getFieldProperty Solver $method_fld Limits]
set mvals [lindex $mvals 1]
# Build new method option-menu
set om [Panel::createOptionMenuWidget $wdg Solver($fld) $mvals]
$wdg configure -indicatoron 0 -width 12
Widget::configureS $wdg active
bind $om <<MenuSelect>> $ms_proc
# Save and pack rebuilt widget
set Solver(allWidgets,$fld) $wdg
pack $wdg
}
# When Solver method OptionMenu is pressed
#
proc Solver(LINEAR_SYSTEM_METHOD,editProc) {} {
global Solver
set fld LINEAR_SYSTEM_METHOD
if { [Util::nce $Solver(LINEAR_SYSTEM_SOLVER) "Direct"] } {
set Solver(LINEAR_SYSTEM_DIRECT_METHOD) $Solver($fld)
} elseif { [Util::nce $Solver(LINEAR_SYSTEM_SOLVER) "Iterative"] } {
set Solver(LINEAR_SYSTEM_ITERATIVE_METHOD) $Solver($fld)
} elseif { [Util::nce $Solver(LINEAR_SYSTEM_SOLVER) "Multigrid"] } {
set Solver(LINEAR_SYSTEM_MULTIGRID_METHOD) $Solver($fld)
}
}
# When ILU-menu is used
#
proc Solver(LINEAR_SYSTEM_PRECONDITIONING,editProc) {} {
global Solver
Solver::precond_proc
}
# Make ILUT-threshold-entry active if preconditiong mode is "ILUT"
#
proc Solver::precond_proc {} {
global Solver
if { [Util::nce $Solver(LINEAR_SYSTEM_PRECONDITIONING) "ILUT"] } {
Solver::setFieldStates "True" LINEAR_SYSTEM_ILUT_TOLERANCE
} else {
Solver::setFieldStates "False" LINEAR_SYSTEM_ILUT_TOLERANCE
}
}
# end ecif_tk_panelCheck.tcl
# ********************
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