Profile optimization parameters

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[[File:quadroparametriottimizzazione.png|thumb|right|500px|Optimization parameters]]  
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[[File:quadroparametriottimizzazione.png|thumb|right|400px|The Optimization Parameters Panel]]
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{{NB|To access this window: from ''Profiles'' select [[Image:tastoottimizza.png]] button}}
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{{NB|To access this panel in Opera Order Management: from the ''Archives'' menu, select the ''Profiles'' button, and in the following panel click the [[Image:tastoottimizza.png]] button}}
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This window is used to customize the optimization data for a profile.
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The purpose of this panel is to allow a form of optimization customization.
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'''Content description'''
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*'''Reversible'''
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:Indicates to the program whether the profile is reversible or not. The reversibility property of a profile—applicable to Z‐profiles—means it can be used the same way even when flipped. The program uses this property when calculating the optimized cut to avoid creating useless offcuts.
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<gallery>
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File:profiloz.png|Example of a reversible profile
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File:barrareversibile.png|Example of bar optimized with a reversible profile
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File:barrareversibile2.png|Example of bar optimized with a NON-reversible profile
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</gallery>
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*'''Symmetric''': Profile symmetric with respect to the inside and outside surfaces
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*'''Min. offcut''': the minimum waste length in profile optimization
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*'''Min. offcuts for offcuts''': the minimum waste length in segment optimization
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*'''Minimum leftover''':The value of the smallest reusable segment. The ''Auto'' setting means the profile adopts the value set in the cutting parameters; see also the '''Cutting''' section in the '''Options''' chapter.
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*'''Cut priority''' (Ord.tgl.): the order position for cutting
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*'''No ID code''': do not generate an identification code for this profile in technical prints
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*'''Force bar grouping''': when this box is checked, the program optimizes by always cutting bars grouped together—even when a single bar would suffice—so the optimization is printed as shown in the images below, depending on the setting.
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*'''Min waste''': the minimum allowed waste for the profile
 
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*'''Min waste offcut''':  the maximum waste during the optimization of the offcuts
 
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*'''Cut priority''': sort position for the cutting list
 
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*'''Force group bar''': if enabled, bars are cut together even when more bars than necessary are required
 
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*'''N. of assembled parts''': the number of bars to cut together
 
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<!--
 
{|style=float:left
{|style=float:left
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|[[File:taglioott.png|thumb|left|300px|Esempio di taglio ottimizzato con 1 pezzo accorpato e la casella Forza barre insieme disattiva]]
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|[[File:taglioott.png|thumb|left|300px|Example of optimized cut with 1 grouped piece and ‘Force bars together’ unchecked]]
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|[[File:taglioott2.png|thumb|left|300px|Esempio di taglio ottimizzato con 2 pezzi accorpati e la casella Forza barre insieme attiva]]
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|[[File:taglioott2.png|thumb|left|300px|Example of optimized cut with 2 grouped pieces and ‘Force bars together’ checked]]
|}
|}
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{{BR}}
{{BR}}
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-->
 
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*'''Re-usable leftover''': the minimum lenght of the leftover to utilize again
 
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*'''Do not divide long pieces''': If enabled, long workpieces are not shared out amid the bars to be optimized
 
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*'''Unique label pack''': If enabled, Opera will print out a unique label for the grouped cut
 
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{{NB| The following settings are available only when Opera Smart Optimization is installed}}
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*'''N. of assembled parts''': Enabling these boxes (active if the previous option is selected) allows optimizing the cut of multiple bars together in the same bill of materials. If bars need to be cut to identical lengths, simply specify the quantity here. This function is especially useful for profiles traditionally cut in groups, such as blind slats or glazing beads.
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*'''Type'''[[File:frecciagiu.png]]: the tipe of bar optimization
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*'''Re-usable leftover''': For Warehouse Management users, this function lets you set the minimum size of a reusable segment, distinct from the standard size defined in the Cutting Parameters.
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:;'''None''': do not use any optimization on bars
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*'''Do not divide long pieces''': Checking this field tells the program not to split long pieces across different bars in the optimization.
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*'''Alert on long pieces''': Checking this field generates an error message in prints if there are long pieces.
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*'''Unique label for groups''': This field tells the program to generate a single label for grouped cut pieces, useful for blind slats, glazing beads, etc.
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{{NB|The following bar optimization settings become available after installing the Smart optimization advanced step}}
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*'''Type'''[[File:frecciagiu.png]]: In this field you can choose the optimization type from the following:
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{{BR}}
:;'''Interval'''
:;'''Interval'''
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:Choosing this kind of optimization, it’s possible to determine both the minimal and the maximal measure put on disposal by the supplier, and a step of change of the optimization measures. Following this procedure the program draws the best possible measure for the needed bar.
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:Selecting this type of optimization activates the fields '''Min. bar length, Max. bar length, Step''', where you can set a minimum and maximum bar length available from the supplier, and a step increment. With this setting, the program determines the best bar length to use.
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<!--[[File:taglioott3.png|thumb|right|300px|Esempio di Taglio ottimizzato al pezzo]]-->
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[[File:taglioott3.png|thumb|right|300px|Example of piece‐based optimized cut]]
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:;'''List'''
:;'''List'''
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:This allows to create a list of maximal measures put on disposal by the supplier. Such measures are analyzed by the program which will take the fittest bar to order in the optimization stage.
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:This optimization type activates the '''Bar length''' field and lets you create a list of maximum bar lengths provided by the supplier. The program analyzes these lengths to find the best one to order during optimization.
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:;'''Per part'''
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: This allow to optimize and hence to order the bar, in the real measure of use:
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:;'''per part'''
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:This optimization type lets you optimize—and thus order—material based on the actual length used.<br/>
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:;'''Cutting'''
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:This optimization type lets you perform a piece‐based optimization according to the real cutting length, with zero waste.<br/>(see also how to set the [[Cutting Parameters|cutting parameters]])<br/>
<!-- HELP: JM/W2901 -->
<!-- HELP: JM/W2901 -->
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[[Category: JM/Manual]]
[[Category: JM/Manual]]

Latest revision as of 14:13, 6 May 2025

The Optimization Parameters Panel
Note N.B: To access this panel in Opera Order Management: from the Archives menu, select the Profiles button, and in the following panel click the Image:tastoottimizza.png button

The purpose of this panel is to allow a form of optimization customization.

  • Reversible
Indicates to the program whether the profile is reversible or not. The reversibility property of a profile—applicable to Z‐profiles—means it can be used the same way even when flipped. The program uses this property when calculating the optimized cut to avoid creating useless offcuts.

Example of a reversible profile

Example of bar optimized with a reversible profile

Example of bar optimized with a NON-reversible profile

  • Symmetric: Profile symmetric with respect to the inside and outside surfaces
  • Min. offcut: the minimum waste length in profile optimization
  • Min. offcuts for offcuts: the minimum waste length in segment optimization
  • Minimum leftover:The value of the smallest reusable segment. The Auto setting means the profile adopts the value set in the cutting parameters; see also the Cutting section in the Options chapter.
  • Cut priority (Ord.tgl.): the order position for cutting
  • No ID code: do not generate an identification code for this profile in technical prints
  • Force bar grouping: when this box is checked, the program optimizes by always cutting bars grouped together—even when a single bar would suffice—so the optimization is printed as shown in the images below, depending on the setting.
File:Taglioott.png
Example of optimized cut with 1 grouped piece and ‘Force bars together’ unchecked
File:Taglioott2.png
Example of optimized cut with 2 grouped pieces and ‘Force bars together’ checked


  • N. of assembled parts: Enabling these boxes (active if the previous option is selected) allows optimizing the cut of multiple bars together in the same bill of materials. If bars need to be cut to identical lengths, simply specify the quantity here. This function is especially useful for profiles traditionally cut in groups, such as blind slats or glazing beads.
  • Re-usable leftover: For Warehouse Management users, this function lets you set the minimum size of a reusable segment, distinct from the standard size defined in the Cutting Parameters.
  • Do not divide long pieces: Checking this field tells the program not to split long pieces across different bars in the optimization.
  • Alert on long pieces: Checking this field generates an error message in prints if there are long pieces.
  • Unique label for groups: This field tells the program to generate a single label for grouped cut pieces, useful for blind slats, glazing beads, etc.
Note N.B: The following bar optimization settings become available after installing the Smart optimization advanced step
  • TypeFile:frecciagiu.png: In this field you can choose the optimization type from the following:


Interval
Selecting this type of optimization activates the fields Min. bar length, Max. bar length, Step, where you can set a minimum and maximum bar length available from the supplier, and a step increment. With this setting, the program determines the best bar length to use.
File:Taglioott3.png
Example of piece‐based optimized cut
List
This optimization type activates the Bar length field and lets you create a list of maximum bar lengths provided by the supplier. The program analyzes these lengths to find the best one to order during optimization.
per part
This optimization type lets you optimize—and thus order—material based on the actual length used.
Cutting
This optimization type lets you perform a piece‐based optimization according to the real cutting length, with zero waste.
(see also how to set the cutting parameters)
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