2D Optimization - Revision history

Monica.Sanna: moved Optimization 2D to 2D Optimization

Monica.Sanna — Thu, 14 Mar 2024 13:56:41 GMT

moved Optimization 2D to 2D Optimization

← Older revision

Revision as of 13:56, 14 March 2024

Monica.Sanna: /* Section 2: Fields for integrated 2D optimization */

Monica.Sanna — Wed, 08 Nov 2023 16:16:29 GMT

Section 2: Fields for integrated 2D optimization

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	{{NB\|The fields described below are activated only with the 2D Optimization step. For its use check the page on this manual [[How to manage Optimization 2D]].}}		{{NB\|The fields described below are activated only with the 2D Optimization step. For its use check the page on this manual [[How to manage Optimization 2D]].}}
-	**Stock W/StockH: width and height of the pane to be optimized.	+	**'''Stock W/StockH''': width and height of the pane to be optimized.
	**'''Split oversize cuts''': divides cuts beyond the size of the sheet. The 2D optimization performed on the basis of the dimensions of the sheet set in the fields '''Stock W''' and '''Stock H''' is calculated in pieces. The parts of the sheet that exceed the set measurements are divided and calculated in m2.		**'''Split oversize cuts''': divides cuts beyond the size of the sheet. The 2D optimization performed on the basis of the dimensions of the sheet set in the fields '''Stock W''' and '''Stock H''' is calculated in pieces. The parts of the sheet that exceed the set measurements are divided and calculated in m2.
	**'''Overlay''': field to set the overlap size of the split pieces.		**'''Overlay''': field to set the overlap size of the split pieces.

Monica.Sanna: /* Section 3: Fields for message handling and fill size */

Monica.Sanna — Wed, 08 Nov 2023 16:16:15 GMT

Section 3: Fields for message handling and fill size

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	*'''Max. area”’: maximun area per cut for automatic muntin configurations.		*'''Max. area”’: maximun area per cut for automatic muntin configurations.
	*'''Surface calculation type''' [[File:tastomenutendina.png]]: indicates which surface is taken into account for the calculation (''Pane'', ''Exposed area'')		*'''Surface calculation type''' [[File:tastomenutendina.png]]: indicates which surface is taken into account for the calculation (''Pane'', ''Exposed area'')
-	*~~”’Print~~ message when ~~exceeding”’~~: If active, prints an error message when the pane exceeds the maximum size.	+	*'''Print message when exceeding''': If active, prints an error message when the pane exceeds the maximum size.

	== Related items ==		== Related items ==

	*[[How to manage Optimization 2D]]		*[[How to manage Optimization 2D]]

Monica.Sanna: /* Related entries */

Monica.Sanna — Wed, 08 Nov 2023 16:15:43 GMT

Related entries

← Older revision		Revision as of 16:15, 8 November 2023
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	*”’Print message when exceeding”’: If active, prints an error message when the pane exceeds the maximum size.		*”’Print message when exceeding”’: If active, prints an error message when the pane exceeds the maximum size.

-	== Related ~~entries~~ ==	+	== Related items ==

	*[[How to manage Optimization 2D]]		*[[How to manage Optimization 2D]]

Monica.Sanna: /* Section 3: Fields for message handling and fill size */

Monica.Sanna — Wed, 08 Nov 2023 16:15:01 GMT

Section 3: Fields for message handling and fill size

← Older revision		Revision as of 16:15, 8 November 2023
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-	*~~”’Default~~ tolerance/~~Excess tolerance”’~~: in this field we define the tolerance in rounding (down or ~~over~~) of the dimensions of the ~~filling~~. The fields are useful in the dimensioning of ~~fillings~~ on ~~fixtures~~ with multiple structures ( e.g. a window) that by their design are composed of different structures in different sizes. Indicating the tolerance for fillings allows you to size them all to the same dimension.	+	*'''Rounding down tolerance/Rounding up tolerance''': in this field we define the tolerance in rounding (down or up) of the dimensions of the pane. The fields are useful in the dimensioning of pane on tipologies with multiple structures ( e.g. a window wall) that by their design are composed of different structures in different sizes. Indicating the tolerance for fillings allows you to size them all to the same dimension.


-	*~~”’Max~~. L/Max. ~~H”’~~: maximum dimensions of ~~filling~~.	+	*'''Max. W/Max. H''': maximum dimensions of pane.
-	*'''~~Maximum~~ area”’: ~~Area~~ for ~~calculating muntins~~.	+	*'''Max. area”’: maximun area per cut for automatic muntin configurations.
-	*~~”’Surface Calculation Type”’~~ [[File:~~dropdownmenubutton~~.png]]: indicates which surface is taken into account for the calculation (~~“Fill~~, ~~Surface in view”~~)	+	*'''Surface calculation type''' [[File:tastomenutendina.png]]: indicates which surface is taken into account for the calculation (''Pane'', ''Exposed area'')
-	*”’Print message when exceeding”’: If active, prints an error message when ~~filling~~ exceeds the maximum size.	+	*”’Print message when exceeding”’: If active, prints an error message when the pane exceeds the maximum size.
-		+

	== Related entries ==		== Related entries ==

	*[[How to manage Optimization 2D]]		*[[How to manage Optimization 2D]]

Monica.Sanna: /* Section 2: Fields for integrated 2D optimization */

Monica.Sanna — Wed, 08 Nov 2023 16:08:34 GMT

Section 2: Fields for integrated 2D optimization

← Older revision		Revision as of 16:08, 8 November 2023
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	{{NB\|		{{NB\|
-	The fields ''Split oversize cuts''' and '''Overlay''' are useful in the management of press-bent profiles (used for example in the Curtain wall).}}	+	The fields '''Split oversize cuts''' and '''Overlay''' are useful in the management of press-bent profiles (used for example in the Curtain wall).}}

	{{BR}}		{{BR}}

Monica.Sanna: /* Section 2: Fields for integrated 2D optimization */

Monica.Sanna — Wed, 08 Nov 2023 16:08:18 GMT

Section 2: Fields for integrated 2D optimization

← Older revision		Revision as of 16:08, 8 November 2023
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-	{{NB\|The fields described below are activated only with the 2D Optimization step. For its use check the page on this manual [[How to manage 2D ~~optimization~~]].}}	+	{{NB\|The fields described below are activated only with the 2D Optimization step. For its use check the page on this manual [[How to manage Optimization 2D]].}}
	**Stock W/StockH: width and height of the pane to be optimized.		**Stock W/StockH: width and height of the pane to be optimized.
	**'''Split oversize cuts''': divides cuts beyond the size of the sheet. The 2D optimization performed on the basis of the dimensions of the sheet set in the fields '''Stock W''' and '''Stock H''' is calculated in pieces. The parts of the sheet that exceed the set measurements are divided and calculated in m2.		**'''Split oversize cuts''': divides cuts beyond the size of the sheet. The 2D optimization performed on the basis of the dimensions of the sheet set in the fields '''Stock W''' and '''Stock H''' is calculated in pieces. The parts of the sheet that exceed the set measurements are divided and calculated in m2.

Monica.Sanna: /* Section 2: Fields for integrated flat optimization */

Monica.Sanna — Wed, 08 Nov 2023 16:07:51 GMT

Section 2: Fields for integrated flat optimization

← Older revision		Revision as of 16:07, 8 November 2023
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-	== Section 2: Fields for integrated ~~flat~~ optimization ==	+	== Section 2: Fields for integrated 2D optimization ==

-	*~~”’Flat optimization” “’~~(optional step)”’: If enabled, it optimizes for this ~~fill~~ based on the dimensions set in the following fields.	+	*'''2D optimization''' (optional step): If enabled, it optimizes for this pane based on the dimensions set in the following fields.


-	{{NB\|The fields described below are activated only with the ~~Flat~~ Optimization step. For its use check the page on this manual [[How to manage ~~the step Integrated plane~~ optimization]]}}	+	{{NB\|The fields described below are activated only with the 2D Optimization step. For its use check the page on this manual [[How to manage 2D optimization]].}}
-	**~~”’The plate~~/~~H plate”’~~: width and height of the ~~filling~~ to be optimized.	+	**Stock W/StockH: width and height of the pane to be optimized.
-	**~~”’Divide out of range”’~~: divides cuts beyond the size of the sheet. The ~~Flat~~ optimization performed on the basis of the dimensions of the sheet set in the fields ~~L sheet~~ and H ~~sheet~~ is calculated in pieces. The parts of the sheet that exceed the set measurements are divided and calculated in m2.	+	**'''Split oversize cuts''': divides cuts beyond the size of the sheet. The 2D optimization performed on the basis of the dimensions of the sheet set in the fields '''Stock W''' and '''Stock H''' is calculated in pieces. The parts of the sheet that exceed the set measurements are divided and calculated in m2.
-	**~~”’Overlap”’~~: field to set the overlap size of the split pieces.	+	**'''Overlay''': field to set the overlap size of the split pieces.


	{{NB\|		{{NB\|
-	The fields ~~“Divide out of range”~~ and ~~“Overlap”~~ are useful in the management of ~~folded~~ profiles (used for example in the Curtain wall).}}	+	The fields ''Split oversize cuts''' and '''Overlay''' are useful in the management of press-bent profiles (used for example in the Curtain wall).}}

	{{BR}}		{{BR}}

Monica.Sanna at 16:01, 8 November 2023

Monica.Sanna — Wed, 08 Nov 2023 16:01:43 GMT

← Older revision		Revision as of 16:01, 8 November 2023
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-	[[Image:~~flatoptimizationparameters~~.png\|thumb\|500px\|]]	+	[[Image:parametriottimizzazionepiana.png\|thumb\|500px\|]]
-	{{NB\|To access this box in Opera Job Management: from the “Accessories Archive”, select the [[File:~~filloptimizationbutton~~.png ~~fills~~]] ~~button~~.}}	+	{{NB\|To access this box in Opera Job Management: from the “Accessories Archive”, select the button [[File:Tastoottimizzazioneriempimenti.png]].}}

	The purpose of this archive is to manage the size limits of the fill and the messages in the prints.		The purpose of this archive is to manage the size limits of the fill and the messages in the prints.
Line 10:		Line 10:


-	*~~”’Vein type”’~~ [[File:~~dropdownmenubutton~~.png]]: field for the choice of the type of vein filling (~~“None~~, Horizontal Vein, Vertical ~~Vein”~~) and is related to the cutting management of the sheet. It’s a valid field whether you handle the filling in m2 or in pieces. In the first case, in the Fill List, the order can contain, if set both the type of vein and its dimensions. In the second case, we talk about Flat plate optimization, so check the dedicated section.	+	*'''Vein type''' [[File:tastomenutendina.png]]: field for the choice of the type of vein filling (None, Horizontal Vein, Vertical Vein) and is related to the cutting management of the sheet. It’s a valid field whether you handle the filling in m2 or in pieces. In the first case, in the Fill List, the order can contain, if set both the type of vein and its dimensions. In the second case, we talk about Flat plate optimization, so check the dedicated section.
	{{BR}}		{{BR}}

Monica.Sanna: Created page with '500px| {{NB|To access this box in Opera Job Management: from the “Accessories Archive”, select the [[File:filloptimizationbutto…'

Monica.Sanna — Wed, 08 Nov 2023 15:53:57 GMT

Created page with 'Image:flatoptimizationparameters.png {{NB|To access this box in Opera Job Management: from the “Accessories Archive”, select the [[File:filloptimizationbutto…'

New page

[[Image:flatoptimizationparameters.png|thumb|500px|]]
{{NB|To access this box in Opera Job Management: from the “Accessories Archive”, select the [[File:filloptimizationbutton.png fills]] button.}}

The purpose of this archive is to manage the size limits of the fill and the messages in the prints.
It also allows you to manage the integrated Flat Optimization, if the corresponding step is activated.
{{BR}}

== Section 1: the vein setting ==

*”’Vein type”’ [[File:dropdownmenubutton.png]]: field for the choice of the type of vein filling (“None, Horizontal Vein, Vertical Vein”) and is related to the cutting management of the sheet. It’s a valid field whether you handle the filling in m2 or in pieces. In the first case, in the Fill List, the order can contain, if set both the type of vein and its dimensions. In the second case, we talk about Flat plate optimization, so check the dedicated section.
{{BR}}

== Section 2: Fields for integrated flat optimization ==

*”’Flat optimization” “’(optional step)”’: If enabled, it optimizes for this fill based on the dimensions set in the following fields.

{{NB|The fields described below are activated only with the Flat Optimization step. For its use check the page on this manual [[How to manage the step Integrated plane optimization]]}}
**”’The plate/H plate”’: width and height of the filling to be optimized.
**”’Divide out of range”’: divides cuts beyond the size of the sheet. The Flat optimization performed on the basis of the dimensions of the sheet set in the fields L sheet and H sheet is calculated in pieces. The parts of the sheet that exceed the set measurements are divided and calculated in m2.
**”’Overlap”’: field to set the overlap size of the split pieces.

{{NB|
The fields “Divide out of range” and “Overlap” are useful in the management of folded profiles (used for example in the Curtain wall).}}

{{BR}}

== Section 3: Fields for message handling and fill size ==

*”’Default tolerance/Excess tolerance”’: in this field we define the tolerance in rounding (down or over) of the dimensions of the filling. The fields are useful in the dimensioning of fillings on fixtures with multiple structures ( e.g. a window) that by their design are composed of different structures in different sizes. Indicating the tolerance for fillings allows you to size them all to the same dimension.

*”’Max. L/Max. H”’: maximum dimensions of filling.
*'''Maximum area”’: Area for calculating muntins.
*”’Surface Calculation Type”’ [[File:dropdownmenubutton.png]]: indicates which surface is taken into account for the calculation (“Fill, Surface in view”)
*”’Print message when exceeding”’: If active, prints an error message when filling exceeds the maximum size.

== Related entries ==

*[[How to manage Optimization 2D]]