Heat Stress Overlay Wizard - Revision history

Frank@tygron.nl at 14:07, 13 April 2026

2026-04-13T14:07:50Z

← Older revision		Revision as of 14:07, 13 April 2026
Line 49:		Line 49:
	* [[GeoTIFF]], defining a foliage height value for each cell in its raster.		* [[GeoTIFF]], defining a foliage height value for each cell in its raster.

	More information on how te define Foliage ~~heigt~~:		More information on how the define Foliage height:
	* [[How to adjust the foliage height and crown factor]]		* [[How to adjust the foliage height and crown factor]]
	* [[How to import foliage height areas]]		* [[How to import foliage height areas]]

Frank@tygron.nl at 14:07, 13 April 2026

2026-04-13T14:07:35Z

← Older revision		Revision as of 14:07, 13 April 2026
Line 55:		Line 55:

	===Further reading===		===Further reading===
	To read more documentation about the Heat Stress Overlay go to [[DPRA Heat Module]]		To read more documentation about the Heat Stress Overlay go to [[DPRA Heat Stress Module]]

			{{HeatOverlay model attribute nav}}

Frank@tygron.nl at 14:07, 13 April 2026

2026-04-13T14:07:17Z

← Older revision		Revision as of 14:07, 13 April 2026
Line 50:		Line 50:

	More information on how te define Foliage heigt:		More information on how te define Foliage heigt:
	* [[~~How_to_adjust_the_foliage_height_and_crown_factor\|~~How to adjust the foliage height and crown factor]]		* [[How to adjust the foliage height and crown factor]]
	* [[~~How_to_import_foliage_height_areas\|~~How to import foliage height areas]]		* [[How to import foliage height areas]]
	* [[~~How_to_import_a_foliage_height_GeoTIFF\|~~How to import a foliage height GeoTIFF]]		* [[How to import a foliage height GeoTIFF]]

	===Further reading===		===Further reading===
	To read more documentation about the Heat Stress Overlay go to [[DPRA Heat Module]]		To read more documentation about the Heat Stress Overlay go to [[DPRA Heat Module]]

Frank@tygron.nl at 14:06, 13 April 2026

2026-04-13T14:06:56Z

← Older revision		Revision as of 14:06, 13 April 2026
Line 35:		Line 35:
	More information on importing weather data:		More information on importing weather data:
	* [[How to import KNMI weather data into Microsoft Excel]]		* [[How to import KNMI weather data into Microsoft Excel]]
	* [[~~How_to_calculate_the_hourly_humidity\|~~How to calculate the hourly humidity]]		* [[How to calculate the hourly humidity]]
	* [[~~How_to_calculate_the_hourly_radiation\|~~How to calculate the hourly radiation]]		* [[How to calculate the hourly radiation]]
	* [[~~How_to_calculate_the_hourly_wind_speed\|~~How to calculate the hourly wind speed]]		* [[How to calculate the hourly wind speed]]
	* [[~~How_to_calculate_the_hourly_wind_direction\|~~How to calculate the hourly wind direction]]		* [[How to calculate the hourly wind direction]]
	* [[~~How_to_calculate_the_daily_min_and_max_temperature\|~~How to calculate the daily min and max temperature]]		* [[How to calculate the daily min and max temperature]]
	* [[~~How_to_calculate_the_daily_average_radiation\|~~How to calculate the daily average radiation]]		* [[How to calculate the daily average radiation]]
	* [[~~How_to_calculate_the_daily_average_wind_speed\|~~How to calculate the daily average wind speed]]		* [[How to calculate the daily average wind speed]]

	====Foliage Height====		====Foliage Height====

Frank@tygron.nl: Frank@tygron.nl moved page Heat Stress Overlay Wizard (Heat Stress Overlay) to Heat Stress Overlay Wizard

2026-04-13T12:22:42Z

Frank@tygron.nl moved page Heat Stress Overlay Wizard (Heat Stress Overlay) to Heat Stress Overlay Wizard

← Older revision	Revision as of 12:22, 13 April 2026
(No difference)

Frank@tygron.nl at 12:13, 13 April 2026

2026-04-13T12:13:33Z

← Older revision		Revision as of 12:13, 13 April 2026
Line 2:		Line 2:
	Generally, the steps required to use and configure the Heat Stress Overlay are as followed:		Generally, the steps required to use and configure the Heat Stress Overlay are as followed:
	# Determine the location and area of interest and generate a project for that area;		# Determine the location and area of interest and generate a project for that area;
	# Add the Heat ~~stress overlay~~;		# Add the Heat Stress Overlay;
	# Open the Heat ~~stress overlay~~ wizard to kick off the configuration process.		# Open the Heat Stress Overlay wizard to kick off the configuration process.
	## Select date(s) and time of day		## Select date(s) and time of day
	## Supply daily weather station data		## Supply daily weather station data

Frank@tygron.nl at 12:04, 13 April 2026

2026-04-13T12:04:30Z

← Older revision		Revision as of 12:04, 13 April 2026
Line 1:		Line 1:
	== How to set up the Heat Overlay Wizard ==		== How to set up the Heat Stress Overlay Wizard ==
	Generally, the steps required to use and configure the Heat Stress Overlay are as followed:		Generally, the steps required to use and configure the Heat Stress Overlay are as followed:
	# Determine the location and area of interest and generate a project for that area;		# Determine the location and area of interest and generate a project for that area;
Line 10:		Line 10:

	====Date and time of day====		====Date and time of day====
	# Select a day for which you want to generate results. You can also choose to select multiple consecutive days when using the Heat Overlay Wizard.		# Select a day for which you want to generate results. You can also choose to select multiple consecutive days when using the Heat Stress Overlay Wizard.
	# Configure per day which hours you want to generate results for. Each day-hour combination will become a result. This result is stored as a time-frame to relate it back to the day and time.		# Configure per day which hours you want to generate results for. Each day-hour combination will become a result. This result is stored as a time-frame to relate it back to the day and time.

Line 16:		Line 16:
	For each day, and for each time of day, the following will be automatically generated when using the wizard:		For each day, and for each time of day, the following will be automatically generated when using the wizard:
	# The day and time pairs, along with the project location, will be used to automatically calculate the sun altitude and azimuth angles for each day-time pair.		# The day and time pairs, along with the project location, will be used to automatically calculate the sun altitude and azimuth angles for each day-time pair.
	# The [[Sun_daily_motion_(~~Heat_Overlay~~)\|sun daily motion factor]] is a parameter used in the atmospheric temperature formula. It will be automatically selected from the sun motion factor table, based on the date (column) and time of day (row).		# The [[Sun_daily_motion_(Heat Stress Overlay)\|sun daily motion factor]] is a parameter used in the atmospheric temperature formula. It will be automatically selected from the sun motion factor table, based on the date (column) and time of day (row).

	====Weather station data====		====Weather station data====
Line 23:		Line 23:

	*'''Daily Values'''		*'''Daily Values'''
	# The [[Daily_temperature_min_(~~Heat_Overlay~~)\|minimum]] and [[Daily_temperature_max_(~~Heat_Overlay~~)\|maximum temperature]] of the day;		# The [[Daily_temperature_min_(Heat Stress Overlay)\|minimum]] and [[Daily_temperature_max_(Heat Stress Overlay)\|maximum temperature]] of the day;
	# The [[Daily_avg_wind_speed_(~~Heat_Overlay~~)\|average wind speed]], measured at the height of 10 meters;		# The [[Daily_avg_wind_speed_(Heat Stress Overlay)\|average wind speed]], measured at the height of 10 meters;
	# The [[Daily_avg_radiation_(~~Heat_Overlay~~)\|average global sun radiation]] during sun hours;		# The [[Daily_avg_radiation_(Heat Stress Overlay)\|average global sun radiation]] during sun hours;
	*'''Hourly Values'''		*'''Hourly Values'''
	# The [[Hourly_humidity_(~~Heat_Overlay~~)\|hourly humidity]];		# The [[Hourly_humidity_(Heat Stress Overlay)\|hourly humidity]];
	# The [[Hourly_radiation_(~~Heat_Overlay~~)\|hourly sun radiation]], as an average of the current and previous hour;		# The [[Hourly_radiation_(Heat Stress Overlay)\|hourly sun radiation]], as an average of the current and previous hour;
	# The [[Hourly_temperature_(~~Heat_Overlay~~)\|hourly temperature]];		# The [[Hourly_temperature_(Heat Stress Overlay)\|hourly temperature]];
	# The [[Wind_speed_(~~Heat_Overlay~~)\|hourly wind speed]];		# The [[Wind_speed_(Heat Stress Overlay)\|hourly wind speed]];
	# The [[Wind_direction_(~~Heat_Overlay~~)\|hourly wind direction]];		# The [[Wind_direction_(Heat Stress Overlay)\|hourly wind direction]];

	More information on importing weather data:		More information on importing weather data:
Line 45:		Line 45:
	====Foliage Height====		====Foliage Height====
	Select what source will define the Foliage height:		Select what source will define the Foliage height:
	* Buildings with [[Function\|functions]] related to foliage. The [[Foliage_height_calculation_model_(~~Heat_Overlay~~)\|foliage height calculation model]] will determine the foliage height using the height of the vegetation (as buildings) and the foliage crown factor attribute;		* Buildings with [[Function\|functions]] related to foliage. The [[Foliage_height_calculation_model_(Heat Stress Overlay)\|foliage height calculation model]] will determine the foliage height using the height of the vegetation (as buildings) and the foliage crown factor attribute;
	* Areas with as foliage height attribute, defining the foliage height for a whole area;		* Areas with as foliage height attribute, defining the foliage height for a whole area;
	* [[GeoTIFF]], defining a foliage height value for each cell in its raster.		* [[GeoTIFF]], defining a foliage height value for each cell in its raster.

Frank@tygron.nl: Frank@tygron.nl moved page Heat Overlay Wizard (Heat Overlay) to Heat Stress Overlay Wizard (Heat Stress Overlay)

2026-04-13T12:03:19Z

Frank@tygron.nl moved page Heat Overlay Wizard (Heat Overlay) to Heat Stress Overlay Wizard (Heat Stress Overlay)

← Older revision	Revision as of 12:03, 13 April 2026
(No difference)

Frank@tygron.nl at 12:40, 17 January 2022

2022-01-17T12:40:22Z

← Older revision		Revision as of 12:40, 17 January 2022
Line 47:		Line 47:
	* Buildings with [[Function\|functions]] related to foliage. The [[Foliage_height_calculation_model_(Heat_Overlay)\|foliage height calculation model]] will determine the foliage height using the height of the vegetation (as buildings) and the foliage crown factor attribute;		* Buildings with [[Function\|functions]] related to foliage. The [[Foliage_height_calculation_model_(Heat_Overlay)\|foliage height calculation model]] will determine the foliage height using the height of the vegetation (as buildings) and the foliage crown factor attribute;
	* Areas with as foliage height attribute, defining the foliage height for a whole area;		* Areas with as foliage height attribute, defining the foliage height for a whole area;
	* [[~~GeoTiff~~]], defining a foliage height value for each cell in its raster.		* [[GeoTIFF]], defining a foliage height value for each cell in its raster.

	More information on how te define Foliage heigt:		More information on how te define Foliage heigt:

Godelief@tygron.nl: /* Weather station data */

2020-01-07T14:07:25Z

Weather station data

← Older revision		Revision as of 14:07, 7 January 2020
Line 39:		Line 39:
	* [[How_to_calculate_the_hourly_wind_speed\|How to calculate the hourly wind speed]]		* [[How_to_calculate_the_hourly_wind_speed\|How to calculate the hourly wind speed]]
	* [[How_to_calculate_the_hourly_wind_direction\|How to calculate the hourly wind direction]]		* [[How_to_calculate_the_hourly_wind_direction\|How to calculate the hourly wind direction]]
	* [[How_to_calculate_the_daily_average_wind_speed\|How to calculate the daily average wind speed]]
	* [[How_to_calculate_the_daily_min_and_max_temperature\|How to calculate the daily min and max temperature]]		* [[How_to_calculate_the_daily_min_and_max_temperature\|How to calculate the daily min and max temperature]]
	* [[How_to_calculate_the_daily_average_radiation\|How to calculate the daily average radiation]]		* [[How_to_calculate_the_daily_average_radiation\|How to calculate the daily average radiation]]
			* [[How_to_calculate_the_daily_average_wind_speed\|How to calculate the daily average wind speed]]

	====Foliage Height====		====Foliage Height====

← Older revision		Revision as of 14:07, 7 January 2020
Line 39:		Line 39:
	* [[How_to_calculate_the_hourly_wind_speed\|How to calculate the hourly wind speed]]		* [[How_to_calculate_the_hourly_wind_speed\|How to calculate the hourly wind speed]]
	* [[How_to_calculate_the_hourly_wind_direction\|How to calculate the hourly wind direction]]		* [[How_to_calculate_the_hourly_wind_direction\|How to calculate the hourly wind direction]]
	* [[How_to_calculate_the_daily_average_wind_speed\|How to calculate the daily average wind speed]]
	* [[How_to_calculate_the_daily_min_and_max_temperature\|How to calculate the daily min and max temperature]]		* [[How_to_calculate_the_daily_min_and_max_temperature\|How to calculate the daily min and max temperature]]
	* [[How_to_calculate_the_daily_average_radiation\|How to calculate the daily average radiation]]		* [[How_to_calculate_the_daily_average_radiation\|How to calculate the daily average radiation]]
			* [[How_to_calculate_the_daily_average_wind_speed\|How to calculate the daily average wind speed]]

	====Foliage Height====		====Foliage Height====