Version 2.12 - Revision history

Peder: /* Bug fixes and other changes */

2019-03-05T12:58:49Z

Bug fixes and other changes

← Older revision		Revision as of 13:58, 5 March 2019
Line 88:		Line 88:
	orderby = fixed_in_version desc, category desc		orderby = fixed_in_version desc, category desc
	show = id,category,severity,summary,fixed_in_version,resolution		show = id,category,severity,summary,fixed_in_version,resolution
			summary_as_comment = true
	comment.215=(RegWise) When running the function "Rerun simulation" on a simulation that included both unmanaged and evenaged management programs, the unmanaged programs were not recreated.		comment.215=(RegWise) When running the function "Rerun simulation" on a simulation that included both unmanaged and evenaged management programs, the unmanaged programs were not recreated.
	comment.219=When starting a new project and selecting databases, the loading of previously selected databases is performed on the GUI thread, locking the user interface. This could lead to a uynexpected program termination.		comment.219=When starting a new project and selecting databases, the loading of previously selected databases is performed on the GUI thread, locking the user interface. This could lead to a uynexpected program termination.

Peder at 12:15, 4 February 2019

2019-02-04T12:15:07Z

← Older revision		Revision as of 13:15, 4 February 2019
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	Minor bug fixes.		Minor bug fixes.
	<feedDate>2019-01-07</feedDate>		<feedDate>2019-01-07</feedDate>
			<endFeed />

			<startFeed />
			====Version 2.12.3====
			Bug fixes, including fix of import error introduced in 2.12.2
			<feedDate>2019-02-01</feedDate>
	<endFeed />		<endFeed />

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	status = resolved, closed		status = resolved, closed
	color = false		color = false
	fixed_in_version = 2.12.0, 2.12.1, 2.12.2		fixed_in_version = 2.12.0, 2.12.1, 2.12.2, 2.12.3
	orderby = fixed_in_version desc, category desc		orderby = fixed_in_version desc, category desc
	show = id,category,severity,summary,fixed_in_version,resolution		show = id,category,severity,summary,fixed_in_version,resolution

Peder at 15:07, 7 January 2019

2019-01-07T15:07:25Z

← Older revision		Revision as of 16:07, 7 January 2019
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	The default pricelist file embedded in the installation was corrupt.		The default pricelist file embedded in the installation was corrupt.
	<feedDate>2018-11-28</feedDate>		<feedDate>2018-11-28</feedDate>
			<endFeed />

			<startFeed />
			====Version 2.12.2====
			Minor bug fixes.
			<feedDate>2019-01-07</feedDate>
	<endFeed />		<endFeed />

Peder at 13:49, 28 November 2018

2018-11-28T13:49:38Z

← Older revision		Revision as of 14:49, 28 November 2018
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	<endFeed />		<endFeed />

	~~<!--~~
	==Updates for version 2.12==		==Updates for version 2.12==
	<startFeed />		<startFeed />
	====Version 2.12.1====		====Version 2.12.1====
	<feedDate>2018-11-xx</feedDate>		The default pricelist file embedded in the installation was corrupt.
			<feedDate>2018-11-28</feedDate>
	<endFeed />		<endFeed />
	~~-->~~

	<startFeed />		<startFeed />

Peder: /* New result variables */

2018-11-27T14:53:47Z

New result variables

← Older revision		Revision as of 15:53, 27 November 2018
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	\| style="background:#f0f0f0;width:12%;"\|'''Result Group'''		\| style="background:#f0f0f0;width:12%;"\|'''Result Group'''
	\| style="background:#f0f0f0;width:10%;;"\|'''Unit'''		\| style="background:#f0f0f0;width:10%;;"\|'''Unit'''
	\| style="background:#f0f0f0;width:56%;;"\|'''~~Description~~'''		\| style="background:#f0f0f0;width:56%;;"\|'''Comment'''
	\|-style = "vertical-align: top;"		\|-style = "vertical-align: top;"
	\| <div id="Fuelwood Volume"></div>Fuelwood Volume \|\| Financial Value \|\| m<sup>3</sup>fub/ha \|\| ...		\| <div id="Fuelwood Volume"></div>Fuelwood Volume \|\| Financial Value \|\| m<sup>3</sup>fub/ha \|\| ...
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	\|-style = "vertical-align: top;"		\|-style = "vertical-align: top;"
	\| <div id="LandUse></div>Land Use Data\|\| Land Use Data \|\| \|\| New result group (RegWise only) with several new result variables		\| <div id="LandUse></div>Land Use Data\|\| Land Use Data \|\| \|\| New result group (RegWise only) with several new result variables
			\|-style = "vertical-align: top;"
			\| Decay Class per Species\|\| Dead Wood Data \|\| m<sup>3</sup>/ha \|\| Volume per decay class and species group (pine, spruce, other)
	\|}		\|}
	A detailed list of the assortment variables are described [{{HeurekaHelpLink}}sortiment.htm in a new Help section].		A detailed list of the assortment variables are described [{{HeurekaHelpLink}}sortiment.htm in a new Help section].
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	<startFeed />		<startFeed />

	==Bug fixes and other changes==		==Bug fixes and other changes==
	<feedDate>2018-11-27</feedDate>		<feedDate>2018-11-27</feedDate>

Peder: /* Summary */

2018-11-27T14:52:01Z

Summary

← Older revision		Revision as of 15:52, 27 November 2018
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	*All random seeds that were previously located in different control tables have been replaced with one single seed that you enter when you start a simulation.		*All random seeds that were previously located in different control tables have been replaced with one single seed that you enter when you start a simulation.
	*The HeurekaAPI has several fixes.		*The HeurekaAPI has several fixes.
	*Understorey cleaning introduced in version 2.11 has new default parameters: 500 instead of 800 stems/ha with diameter < 7 cm is enough to trigger an understorey cleaning before a thinning. Also, 200 instead of 500 stems/ha ~~of these~~ are kept as default. All understorey stems in strip roads are removed if understorey cleaning is conducted. No percentage of the proportion to remove is entered, instead the number of residual stems determine how many understorey trees that are removed.		*Understorey cleaning introduced in version 2.11 has new default parameters: 500 instead of 800 stems/ha with diameter < 7 cm is enough to trigger an understorey cleaning before a thinning. Also, 200 instead of 500 stems/ha are kept as default. All understorey stems in strip roads are removed if understorey cleaning is conducted. No percentage of the proportion to remove is entered, instead the number of residual stems determine how many understorey trees that are removed.
	*The minimum thinning diameter was increased from 4 cm to 8 cm in version 2.11. This may lead to unintended thinnings from above in young stands, if no understorey cleaning is conducted. The minimum diameter has been increased to 7 cm. This is also the new diameter limit for understorey trees.		*The minimum thinning diameter was increased from 4 cm to 8 cm in version 2.11. This may lead to unintended thinnings from above in young stands, if no understorey cleaning is conducted. The minimum diameter has been increased to 7 cm. This is also the new diameter limit for understorey trees.

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	<startFeed />		<startFeed />

	==New result variables==		==New result variables==
	<feedDate>2018-11-27</feedDate>		<feedDate>2018-11-27</feedDate>

Peder at 14:50, 27 November 2018

2018-11-27T14:50:26Z

← Older revision		Revision as of 15:50, 27 November 2018
Line 8:		Line 8:
	*Version 2.12 contains new functonality in RegWise to allow for the simulation of land use changes. Until now the only land use supported has been "Productive forestland". A new control table called "LandUse" has been added to the Domain Settings-type control category (RegWise only). The immediate use of this functionality is for the national greenhouse gas report.		*Version 2.12 contains new functonality in RegWise to allow for the simulation of land use changes. Until now the only land use supported has been "Productive forestland". A new control table called "LandUse" has been added to the Domain Settings-type control category (RegWise only). The immediate use of this functionality is for the national greenhouse gas report.
	*Non-productive forestland is now supported as land-use type, and new growth functions have been developed for this (Kenneth Nyström 2018).		*Non-productive forestland is now supported as land-use type, and new growth functions have been developed for this (Kenneth Nyström 2018).
	*The bucking algorithm (utbytesberäkningen) now includes a possibility to let roundwood logs (both timber and pulpwwod) be downgraded to fuelwood. This is a decision made at the harvesting site, so fuelwood will be handled as a distinct assortment and assumed to be put in ~~its own~~ pile ~~of logs at~~ the road side. There are separate settings for pulpwood and timber. For example, you could enter a higher downgrading proportion for pulpwood. Timber can be downgraded to pulpwwod, fuel wood and to log cull. Pulpwood can be downgraded to fuelwood and log cull. Fuelwood from downgraded logs is reported as a new assortment, in volume units. This is distinct from harvest residues which is reported in biomass dry weight units (branches and tree tops, and whole trees from bio fuel thinnings).		*The bucking algorithm (utbytesberäkningen) now includes a possibility to let roundwood logs (both timber and pulpwwod) be downgraded to fuelwood. This is a decision made at the harvesting site, so fuelwood will be handled as a distinct assortment and assumed to be put in a separate log pile the road side. There are separate settings for pulpwood and timber. For example, you could enter a higher downgrading proportion for pulpwood. Timber can be downgraded to pulpwwod, fuel wood and to log cull. Pulpwood can be downgraded to fuelwood and log cull. Fuelwood from downgraded logs is reported as a new assortment, in volume units. This is distinct from harvest residues which is reported in biomass dry weight units (branches and tree tops, and whole trees from bio fuel thinnings).
	*What was previously called Waste (vrak) has been renamed to Log Cull. It refers to logs downgraded at the industry but has until now been accounted for only as a decrease in saw timber revenue. Now the volume is explicitly reported, from downgrading of timber and pulpwood. This means that the timber and pulpwood volumes will be smaller in the new version (unless the waste proportion is zero).		*What was previously called Waste (vrak) has been renamed to Log Cull. It refers to logs downgraded at the industry but has until now been accounted for only as a decrease in saw timber revenue. Now the volume is explicitly reported, from downgrading of timber and pulpwood. This means that the timber and pulpwood volumes will be smaller in the new version (unless the waste proportion is zero).
	*The default price for Log Cull (previously called Waste) has been changed from 80 to 0 SEK per volume unit.		*The default price for Log Cull (previously called Waste) has been changed from 80 to 0 SEK per volume unit.

Peder at 14:49, 27 November 2018

2018-11-27T14:49:30Z

← Older revision		Revision as of 15:49, 27 November 2018
Line 6:		Line 6:
	<startFeed />		<startFeed />
	==Summary==		==Summary==
	*~~Next version will be labelled~~ 2.12 ~~and is planned for release in November 2018.~~		*Version 2.12 contains new functonality in RegWise to allow for the simulation of land use changes. Until now the only land use supported has been "Productive forestland". A new control table called "LandUse" has been added to the Domain Settings-type control category (RegWise only). The immediate use of this functionality is for the national greenhouse gas report.
	*It will contain new functonality in RegWise to allow for simulation of land use changes. Until now the only land use supported has been "Productive forestland". A new control table called "LandUse" has been added to the Domain Settings-type control category (RegWise only). The immediate use of this functionality is for the national greenhouse gas report.		*Non-productive forestland is now supported as land-use type, and new growth functions have been developed for this (Kenneth Nyström 2018).
	*Non-productive forestland is a now supported as land-use type, and new growth functions ~~has~~ been developed for this (Kenneth Nyström 2018).
	*The bucking algorithm (utbytesberäkningen) now includes a possibility to let roundwood logs (both timber and pulpwwod) be downgraded to fuelwood. This is a decision made at the harvesting site, so fuelwood will be handled as a distinct assortment and assumed to be put in its own pile of logs at the road side. There are separate settings for pulpwood and timber. For example, you could enter a higher downgrading proportion for pulpwood. Timber can be downgraded to pulpwwod, fuel wood and to log cull. Pulpwood can be downgraded to fuelwood and log cull. Fuelwood from downgraded logs is reported as a new assortment, in volume units. This is distinct from harvest residues which is reported in biomass dry weight units (branches and tree tops, and whole trees from bio fuel thinnings).		*The bucking algorithm (utbytesberäkningen) now includes a possibility to let roundwood logs (both timber and pulpwwod) be downgraded to fuelwood. This is a decision made at the harvesting site, so fuelwood will be handled as a distinct assortment and assumed to be put in its own pile of logs at the road side. There are separate settings for pulpwood and timber. For example, you could enter a higher downgrading proportion for pulpwood. Timber can be downgraded to pulpwwod, fuel wood and to log cull. Pulpwood can be downgraded to fuelwood and log cull. Fuelwood from downgraded logs is reported as a new assortment, in volume units. This is distinct from harvest residues which is reported in biomass dry weight units (branches and tree tops, and whole trees from bio fuel thinnings).
	*What was previously called Waste (vrak) has been renamed to Log Cull. It refers to logs downgraded at the industry but has until now been accounted for only as a decrease in saw timber revenue. Now the volume is explicitly reported, from downgrading of timber and pulpwood. This means that the timber and pulpwood volumes will be smaller in the new version (unless the waste proportion is zero).		*What was previously called Waste (vrak) has been renamed to Log Cull. It refers to logs downgraded at the industry but has until now been accounted for only as a decrease in saw timber revenue. Now the volume is explicitly reported, from downgrading of timber and pulpwood. This means that the timber and pulpwood volumes will be smaller in the new version (unless the waste proportion is zero).

Peder at 14:47, 27 November 2018

2018-11-27T14:47:43Z

← Older revision		Revision as of 15:47, 27 November 2018
Line 1:		Line 1:
	<noinclude>		<noinclude>
	~~<!--~~
	{{Languages\| Version 2.12}}		{{Languages\| Version 2.12}}
	[[Category:Release]]		[[Category:Release]]
	[[newsdate::2018-11-09]] [[language::en\| ]]		[[newsdate::2018-11-27]] [[language::en\| ]]
	</noinclude>		</noinclude>
	~~-->~~
	<startFeed />		<startFeed />
	==Summary==		==Summary==
	*~~Version~~ 2.12 ~~contains~~ new functonality in RegWise to allow for ~~the~~ simulation of land use changes. Until now the only land use supported has been "Productive forestland". A new control table called "LandUse" has been added to the Domain Settings-type control category (RegWise only). The immediate use of this functionality is for the national greenhouse gas report.		*Next version will be labelled 2.12 and is planned for release in November 2018.
	*Non-productive forestland is now supported as land-use type, and new growth functions has been developed for this (Kenneth Nyström 2018).		*It will contain new functonality in RegWise to allow for simulation of land use changes. Until now the only land use supported has been "Productive forestland". A new control table called "LandUse" has been added to the Domain Settings-type control category (RegWise only). The immediate use of this functionality is for the national greenhouse gas report.
			*Non-productive forestland is a now supported as land-use type, and new growth functions has been developed for this (Kenneth Nyström 2018).
	*The bucking algorithm (utbytesberäkningen) now includes a possibility to let roundwood logs (both timber and pulpwwod) be downgraded to fuelwood. This is a decision made at the harvesting site, so fuelwood will be handled as a distinct assortment and assumed to be put in its own pile of logs at the road side. There are separate settings for pulpwood and timber. For example, you could enter a higher downgrading proportion for pulpwood. Timber can be downgraded to pulpwwod, fuel wood and to log cull. Pulpwood can be downgraded to fuelwood and log cull. Fuelwood from downgraded logs is reported as a new assortment, in volume units. This is distinct from harvest residues which is reported in biomass dry weight units (branches and tree tops, and whole trees from bio fuel thinnings).		*The bucking algorithm (utbytesberäkningen) now includes a possibility to let roundwood logs (both timber and pulpwwod) be downgraded to fuelwood. This is a decision made at the harvesting site, so fuelwood will be handled as a distinct assortment and assumed to be put in its own pile of logs at the road side. There are separate settings for pulpwood and timber. For example, you could enter a higher downgrading proportion for pulpwood. Timber can be downgraded to pulpwwod, fuel wood and to log cull. Pulpwood can be downgraded to fuelwood and log cull. Fuelwood from downgraded logs is reported as a new assortment, in volume units. This is distinct from harvest residues which is reported in biomass dry weight units (branches and tree tops, and whole trees from bio fuel thinnings).
	*What was previously called Waste (vrak) has been renamed to Log Cull. It refers to logs downgraded at the industry but has until now been accounted for only as a decrease in saw timber revenue. Now the volume is explicitly reported, from downgrading of timber and pulpwood. This means that the timber and pulpwood volumes will be smaller in the new version (unless the waste proportion is zero).		*What was previously called Waste (vrak) has been renamed to Log Cull. It refers to logs downgraded at the industry but has until now been accounted for only as a decrease in saw timber revenue. Now the volume is explicitly reported, from downgrading of timber and pulpwood. This means that the timber and pulpwood volumes will be smaller in the new version (unless the waste proportion is zero).
Line 19:		Line 18:
	*Understorey cleaning introduced in version 2.11 has new default parameters: 500 instead of 800 stems/ha with diameter < 7 cm is enough to trigger an understorey cleaning before a thinning. Also, 200 instead of 500 stems/ha of these are kept as default. All understorey stems in strip roads are removed if understorey cleaning is conducted. No percentage of the proportion to remove is entered, instead the number of residual stems determine how many understorey trees that are removed.		*Understorey cleaning introduced in version 2.11 has new default parameters: 500 instead of 800 stems/ha with diameter < 7 cm is enough to trigger an understorey cleaning before a thinning. Also, 200 instead of 500 stems/ha of these are kept as default. All understorey stems in strip roads are removed if understorey cleaning is conducted. No percentage of the proportion to remove is entered, instead the number of residual stems determine how many understorey trees that are removed.
	*The minimum thinning diameter was increased from 4 cm to 8 cm in version 2.11. This may lead to unintended thinnings from above in young stands, if no understorey cleaning is conducted. The minimum diameter has been increased to 7 cm. This is also the new diameter limit for understorey trees.		*The minimum thinning diameter was increased from 4 cm to 8 cm in version 2.11. This may lead to unintended thinnings from above in young stands, if no understorey cleaning is conducted. The minimum diameter has been increased to 7 cm. This is also the new diameter limit for understorey trees.


	<feedDate>2018-11-09</feedDate>		<feedDate>2018-11-27</feedDate>
	<endFeed />		<endFeed />

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	<startFeed />		<startFeed />
	====Version 2.12.1====		====Version 2.12.1====
	<feedDate>2018-11-~~01-18~~</feedDate>		<feedDate>2018-11-xx</feedDate>
	<endFeed />		<endFeed />
	-->		-->
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	<startFeed />		<startFeed />
	==New result variables==		==New result variables==
	<feedDate>2018-11-09</feedDate>		<feedDate>2018-11-27</feedDate>
	<endFeed />		<endFeed />
	The following result variables have been added.		The following result variables have been added.
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	\| style="background:#f0f0f0;width:12%;"\|'''Result Group'''		\| style="background:#f0f0f0;width:12%;"\|'''Result Group'''
	\| style="background:#f0f0f0;width:10%;;"\|'''Unit'''		\| style="background:#f0f0f0;width:10%;;"\|'''Unit'''
	\| style="background:#f0f0f0;width:56%;;"\|'''~~Comment~~'''		\| style="background:#f0f0f0;width:56%;;"\|'''Description'''
	\|-style = "vertical-align: top;"		\|-style = "vertical-align: top;"
	\| <div id="Fuelwood Volume"></div>Fuelwood Volume \|\| Financial Value \|\| m<sup>3</sup>fub/ha \|\|		\| <div id="Fuelwood Volume"></div>Fuelwood Volume \|\| Financial Value \|\| m<sup>3</sup>fub/ha \|\| ...
	\|-style = "vertical-align: top;"		\|-style = "vertical-align: top;"
	\| <div id="Fuelwood Revenue\|"></div>Fuelwood Revenue\|\| Financial Value \|\| revenue per ha \|\|		\| <div id="Fuelwood Revenue\|"></div>Fuelwood Revenue\|\| Financial Value \|\| revenue per ha \|\| ...
	\|-style = "vertical-align: top;"		\|-style = "vertical-align: top;"
	\| <div id="Log Cull Volume"></div>Log Cull Volume \|\| Financial Value \|\| m<sup>3</sup>fub/ha \|\|		\| <div id="Log Cull Volume"></div>Log Cull Volume \|\| Financial Value \|\| m<sup>3</sup>fub/ha \|\| ...
	\|-style = "vertical-align: top;"		\|-style = "vertical-align: top;"
	\| <div id="Log Cull Revenue"></div>Log Cull Revenue\|\| Financial Value \|\| revenue per ha \|\|		\| <div id="Log Cull Revenue"></div>Log Cull Revenue\|\| Financial Value \|\| revenue per ha \|\| ...
	\|-style = "vertical-align: top;"		\|-style = "vertical-align: top;"
	\| <div id="LandUse></div>Land Use Data\|\| Land Use Data \|\| \|\| New result group (RegWise only) with several new result variables		\| <div id="LandUse></div>Land Use Data\|\| Land Use Data \|\| \|\| New result group (RegWise only) with several new result variables
	~~\|-style = "vertical-align: top;"~~
	~~\| Decay Class per Species\|\| Dead Wood Data\|\| m<sup>3</sup>/ha \|\| Volume per decay class is now available for species group (pine, spruce, and other species).~~
	\|}		\|}
	A detailed list of the assortment variables are described [{{HeurekaHelpLink}}sortiment.htm in a new Help section].		A detailed list of the assortment variables are described [{{HeurekaHelpLink}}sortiment.htm in a new Help section].
Line 67:		Line 65:

	<startFeed />		<startFeed />

	==Bug fixes and other changes==		==Bug fixes and other changes==
	<feedDate>2018-11-27</feedDate>		<feedDate>2018-11-27</feedDate>

Peder: /* New result variables */

2018-11-26T14:05:48Z

New result variables

← Older revision		Revision as of 15:05, 26 November 2018
Line 53:		Line 53:
	\| <div id="LandUse></div>Land Use Data\|\| Land Use Data \|\| \|\| New result group (RegWise only) with several new result variables		\| <div id="LandUse></div>Land Use Data\|\| Land Use Data \|\| \|\| New result group (RegWise only) with several new result variables
	\|-style = "vertical-align: top;"		\|-style = "vertical-align: top;"
	\| Decay Class per Species\|\| Dead Wood Data\|\| m<sup>3</sup> \|\| Volume per decay class is now available for species group (pine, spruce, and other species).		\| Decay Class per Species\|\| Dead Wood Data\|\| m<sup>3</sup>/ha \|\| Volume per decay class is now available for species group (pine, spruce, and other species).
	\|}		\|}
	A detailed list of the assortment variables are described [{{HeurekaHelpLink}}sortiment.htm in a new Help section].		A detailed list of the assortment variables are described [{{HeurekaHelpLink}}sortiment.htm in a new Help section].