metview-data 5.0.0~beta.1-1build1 / usr / share / metview / etc / MTHERMOGRIDDef

PARAMSHARE ; ParamShare; PARAMSHARE
{
	COLOUR {
		%include MagicsColours.txt
	}
	STYLE {
		SOLID; SOLID
		DASH; DASH
		DOT; DOT
		CHAIN_DOT; CHAIN_DOT
		CHAIN_DASH; CHAIN_DASH
	}
}

MTHERMOGRID; Magics; Automatically generated
{
	THERMO_ISOTHERM_GRID [ help_text = 'Plot the isotherms' ]
 	{
		ON;  ON
		OFF; OFF
	} = ON

	THERMO_ISOTHERM_COLOUR [ help = help_colour,interface = colour, help_text='Colou of the isotherms' ]
	{ 
		&PARAMSHARE&COLOUR
	} = CHARCOAL

	THERMO_ISOTHERM_THICKNESS[ help_text = 'Thickness  of the isotherms' ]
	{
		*
	} = 1

	THERMO_ISOTHERM_STYLE
	{
		&PARAMSHARE&STYLE
	} = SOLID

	THERMO_ISOTHERM_INTERVAL[ help_text = 'interval for isotherms grid' ]
	{
		*
	} = 10

	THERMO_ISOTHERM_REFERENCE[ help_text = 'Reference   of the isotherms' ]
	{
		*
	} = 0

	THERMO_ISOTHERM_REFERENCE_COLOUR [ help = help_colour,interface = colour, help_text='Reference   of the isotherms' ]
	{ 
		&PARAMSHARE&COLOUR
	} = RED

	THERMO_ISOTHERM_REFERENCE_STYLE
	{
		&PARAMSHARE&STYLE
	} = SOLID

	THERMO_ISOTHERM_REFERENCE_THICKNESS[ help_text = 'Reference   of the isotherms' ]
	{
		*
	} = 2

	THERMO_ISOTHERM_LABEL_COLOUR [ help = help_colour,interface = colour, help_text='Label Colour for the isotherms' ]
	{ 
		&PARAMSHARE&COLOUR
	} = CHARCOAL

	THERMO_ISOTHERM_LABEL_FONT_NAME
	{
		@
	} = SANSERIF

	THERMO_ISOTHERM_LABEL_FONT_STYLE
	{
		NORMAL;NORMAL
		BOLD;BOLD
		ITALIC;ITALIC
		BOLDITALIC;BOLDITALIC
	} = NORMAL

	THERMO_ISOTHERM_LABEL_FONT_SIZE[ help_text = 'Font Size used for the isotherms labels' ]
	{
		*
	} = 0.3

	THERMO_ISOTHERM_LABEL_FREQUENCY[ help_text = 'Isotherm frequency for labelling' ]
	{
		*
	} = 1

	THERMO_ISOBAR_GRID [ help_text = 'Plot the isobars' ]
 	{
		ON;  ON
		OFF; OFF
	} = ON

	THERMO_ISOBAR_COLOUR [ help = help_colour,interface = colour, help_text='Colou of the isobars' ]
	{ 
		&PARAMSHARE&COLOUR
	} = EVERGREEN

	THERMO_ISOBAR_THICKNESS[ help_text = 'Thickness  of the isobars' ]
	{
		*
	} = 2

	THERMO_ISOBAR_STYLE
	{
		&PARAMSHARE&STYLE
	} = SOLID

	THERMO_ISOBAR_INTERVAL[ help_text = 'Interval between isobars' ]
	{
		*
	} = 100

	THERMO_ISOBAR_REFERENCE[ help_text = 'Line Style  of the isobars' ]
	{
		*
	} = 1000

	THERMO_ISOBAR_LABEL_COLOUR [ help = help_colour,interface = colour, help_text='Label Colour for the isotherms' ]
	{ 
		&PARAMSHARE&COLOUR
	} = EVERGREEN

	THERMO_ISOBAR_LABEL_FONT_NAME
	{
		@
	} = SANSERIF

	THERMO_ISOBAR_LABEL_FONT_STYLE
	{
		NORMAL;NORMAL
		BOLD;BOLD
		ITALIC;ITALIC
		BOLDITALIC;BOLDITALIC
	} = NORMAL

	THERMO_ISOBAR_LABEL_FONT_SIZE[ help_text = 'Font Size used for the isobars labels' ]
	{
		*
	} = 0.3

	THERMO_ISOBAR_LABEL_FREQUENCY[ help_text = 'isobar frequency for labelling' ]
	{
		*
	} = 1

	THERMO_DRY_ADIABATIC_GRID [ help_text = 'Plot the dry_adiabatics' ]
 	{
		ON;  ON
		OFF; OFF
	} = ON

	THERMO_DRY_ADIABATIC_COLOUR [ help = help_colour,interface = colour, help_text='Colou of the dry_adiabatics' ]
	{ 
		&PARAMSHARE&COLOUR
	} = CHARCOAL

	THERMO_DRY_ADIABATIC_THICKNESS[ help_text = 'Thickness  of the dry_adiabatics' ]
	{
		*
	} = 1

	THERMO_DRY_ADIABATIC_STYLE
	{
		&PARAMSHARE&STYLE
	} = SOLID

	THERMO_DRY_ADIABATIC_INTERVAL[ help_text = 'Interval between 2 dry_adiabatics.' ]
	{
		*
	} = 10

	THERMO_DRY_ADIABATIC_REFERENCE[ help_text = 'Reference   of the dry_adiabatics' ]
	{
		*
	} = 0

	THERMO_DRY_ADIABATIC_LABEL_COLOUR [ help = help_colour,interface = colour, help_text='Label Colour for the isotherms' ]
	{ 
		&PARAMSHARE&COLOUR
	} = CHARCOAL

	THERMO_DRY_ADIABATIC_LABEL_FONT_NAME
	{
		@
	} = SANSERIF

	THERMO_DRY_ADIABATIC_LABEL_FONT_STYLE
	{
		NORMAL;NORMAL
		BOLD;BOLD
		ITALIC;ITALIC
		BOLDITALIC;BOLDITALIC
	} = NORMAL

	THERMO_DRY_ADIABATIC_LABEL_FONT_SIZE[ help_text = 'Font Size used for the dry_adiabatics labels' ]
	{
		*
	} = 0.3

	THERMO_DRY_ADIABATIC_LABEL_FREQUENCY[ help_text = 'frequency for dry_adiabatic labelling' ]
	{
		*
	} = 1

	THERMO_SATURATED_ADIABATIC_GRID [ help_text = 'Plot the saturated_adiabatics' ]
 	{
		ON;  ON
		OFF; OFF
	} = ON

	THERMO_SATURATED_ADIABATIC_COLOUR [ help = help_colour,interface = colour, help_text='Colou of the saturated_adiabatics' ]
	{ 
		&PARAMSHARE&COLOUR
	} = CHARCOAL

	THERMO_SATURATED_ADIABATIC_THICKNESS[ help_text = 'Thickness  of the dry_adiabatics' ]
	{
		*
	} = 2

	THERMO_SATURATED_ADIABATIC_STYLE
	{
		&PARAMSHARE&STYLE
	} = SOLID

	THERMO_SATURATED_ADIABATIC_INTERVAL[ help_text = 'interval for saturated_adiabatics grid' ]
	{
		*
	} = 5

	THERMO_SATURATED_ADIABATIC_REFERENCE[ help_text = 'Reference   of the saturated_adiabatics' ]
	{
		*
	} = 0

	THERMO_SATURATED_ADIABATIC_LABEL_COLOUR [ help = help_colour,interface = colour, help_text='Label Colour for the isotherms' ]
	{ 
		&PARAMSHARE&COLOUR
	} = CHARCOAL

	THERMO_SATURATED_ADIABATIC_LABEL_FONT_NAME
	{
		@
	} = SANSERIF

	THERMO_SATURATED_ADIABATIC_LABEL_FONT_STYLE
	{
		NORMAL;NORMAL
		BOLD;BOLD
		ITALIC;ITALIC
		BOLDITALIC;BOLDITALIC
	} = NORMAL

	THERMO_SATURATED_ADIABATIC_LABEL_FONT_SIZE[ help_text = 'Font Size used for the saturated_adiabatics labels' ]
	{
		*
	} = 0.3

	THERMO_SATURATED_ADIABATIC_LABEL_FREQUENCY[ help_text = 'saturated_adiabatic frequency for labelling' ]
	{
		*
	} = 1

	THERMO_MIXING_RATIO_GRID [ help_text = 'Plot the mixing_ratios' ]
 	{
		ON;  ON
		OFF; OFF
	} = ON

	THERMO_MIXING_RATIO_COLOUR [ help = help_colour,interface = colour, help_text='Colou of the mixing_ratios' ]
	{ 
		&PARAMSHARE&COLOUR
	} = PURPLE

	THERMO_MIXING_RATIO_THICKNESS[ help_text = 'Thickness  of the mixing_ratios' ]
	{
		*
	} = 1

	THERMO_MIXING_RATIO_STYLE
	{
		&PARAMSHARE&STYLE
	} = DASH

	THERMO_MIXING_RATIO_FREQUENCY[ help_text = 'mixing_ratio frequency for grid' ]
	{
		*
	} = 1

	THERMO_MIXING_RATIO_LABEL_COLOUR [ help = help_colour,interface = colour, help_text='Label Colour for the isotherms' ]
	{ 
		&PARAMSHARE&COLOUR
	} = PURPLE

	THERMO_MIXING_RATIO_LABEL_FONT_NAME
	{
		@
	} = SANSERIF

	THERMO_MIXING_RATIO_LABEL_FONT_STYLE
	{
		NORMAL;NORMAL
		BOLD;BOLD
		ITALIC;ITALIC
		BOLDITALIC;BOLDITALIC
	} = NORMAL

	THERMO_MIXING_RATIO_LABEL_FONT_SIZE[ help_text = 'Font Size used for the mixing_ratios labels' ]
	{
		*
	} = 0.3

	THERMO_MIXING_RATIO_LABEL_FREQUENCY[ help_text = 'mixing_ratio frequency for labelling' ]
	{
		*
	} = 1

}