Ensemble Processes

Processes for ensembles

class finch.processes.virtual.ensemble.api_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Calculate the running weighted sum of daily precipitation values given a window and weighting exponent. This index serves as an indicator for soil moisture.

xci = <xclim.indicators.atmos._precip.API object>

class finch.processes.virtual.ensemble.api_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Calculate the running weighted sum of daily precipitation values given a window and weighting exponent. This index serves as an indicator for soil moisture.

xci = <xclim.indicators.atmos._precip.API object>

class finch.processes.virtual.ensemble.api_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Calculate the running weighted sum of daily precipitation values given a window and weighting exponent. This index serves as an indicator for soil moisture.

xci = <xclim.indicators.atmos._precip.API object>

class finch.processes.virtual.ensemble.australian_hardiness_zones_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

A climate indice based on a multi-year rolling average of the annual minimum temperature. Developed specifically to aid in determining plant suitability of geographic regions. The Australian National Botanical Gardens (ANBG) classification scheme divides categories into 5-degree Celsius zones, starting from -15 degrees Celsius and ending at 20 degrees Celsius.

xci = <xclim.indicators.atmos._temperature.AUSTRALIAN_HARDINESS_ZONES object>

class finch.processes.virtual.ensemble.australian_hardiness_zones_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

A climate indice based on a multi-year rolling average of the annual minimum temperature. Developed specifically to aid in determining plant suitability of geographic regions. The Australian National Botanical Gardens (ANBG) classification scheme divides categories into 5-degree Celsius zones, starting from -15 degrees Celsius and ending at 20 degrees Celsius.

xci = <xclim.indicators.atmos._temperature.AUSTRALIAN_HARDINESS_ZONES object>

class finch.processes.virtual.ensemble.australian_hardiness_zones_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

A climate indice based on a multi-year rolling average of the annual minimum temperature. Developed specifically to aid in determining plant suitability of geographic regions. The Australian National Botanical Gardens (ANBG) classification scheme divides categories into 5-degree Celsius zones, starting from -15 degrees Celsius and ending at 20 degrees Celsius.

xci = <xclim.indicators.atmos._temperature.AUSTRALIAN_HARDINESS_ZONES object>

class finch.processes.virtual.ensemble.cdd_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The longest number of consecutive days where daily precipitation below a given threshold.

xci = <xclim.indicators.atmos._precip.CDD object>

class finch.processes.virtual.ensemble.cdd_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The longest number of consecutive days where daily precipitation below a given threshold.

xci = <xclim.indicators.atmos._precip.CDD object>

class finch.processes.virtual.ensemble.cdd_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The longest number of consecutive days where daily precipitation below a given threshold.

xci = <xclim.indicators.atmos._precip.CDD object>

class finch.processes.virtual.ensemble.cold_and_dry_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days with temperature below a given percentile and precipitation below a given percentile.

xci = <xclim.indicators.atmos._precip.COLD_AND_DRY_DAYS object>

class finch.processes.virtual.ensemble.cold_and_dry_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days with temperature below a given percentile and precipitation below a given percentile.

xci = <xclim.indicators.atmos._precip.COLD_AND_DRY_DAYS object>

class finch.processes.virtual.ensemble.cold_and_dry_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days with temperature below a given percentile and precipitation below a given percentile.

xci = <xclim.indicators.atmos._precip.COLD_AND_DRY_DAYS object>

class finch.processes.virtual.ensemble.cold_and_wet_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days with temperature below a given percentile and precipitation above a given percentile.

xci = <xclim.indicators.atmos._precip.COLD_AND_WET_DAYS object>

class finch.processes.virtual.ensemble.cold_and_wet_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days with temperature below a given percentile and precipitation above a given percentile.

xci = <xclim.indicators.atmos._precip.COLD_AND_WET_DAYS object>

class finch.processes.virtual.ensemble.cold_and_wet_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days with temperature below a given percentile and precipitation above a given percentile.

xci = <xclim.indicators.atmos._precip.COLD_AND_WET_DAYS object>

class finch.processes.virtual.ensemble.cold_spell_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The number of days that are part of a cold spell. A cold spell is defined as a minimum number of consecutive days with mean daily temperature below a given threshold.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_DAYS object>

class finch.processes.virtual.ensemble.cold_spell_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The number of days that are part of a cold spell. A cold spell is defined as a minimum number of consecutive days with mean daily temperature below a given threshold.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_DAYS object>

class finch.processes.virtual.ensemble.cold_spell_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The number of days that are part of a cold spell. A cold spell is defined as a minimum number of consecutive days with mean daily temperature below a given threshold.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_DAYS object>

class finch.processes.virtual.ensemble.cold_spell_duration_index_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days part of a percentile-defined cold spell. A cold spell occurs when the daily minimum temperature is below a given percentile for a given number of consecutive days.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_DURATION_INDEX object>

class finch.processes.virtual.ensemble.cold_spell_duration_index_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days part of a percentile-defined cold spell. A cold spell occurs when the daily minimum temperature is below a given percentile for a given number of consecutive days.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_DURATION_INDEX object>

class finch.processes.virtual.ensemble.cold_spell_duration_index_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days part of a percentile-defined cold spell. A cold spell occurs when the daily minimum temperature is below a given percentile for a given number of consecutive days.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_DURATION_INDEX object>

class finch.processes.virtual.ensemble.cold_spell_frequency_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The frequency of cold periods of N days or more, during which the temperature over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.cold_spell_frequency_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The frequency of cold periods of N days or more, during which the temperature over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.cold_spell_frequency_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The frequency of cold periods of N days or more, during which the temperature over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.cold_spell_max_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The maximum length of a cold period of N days or more, during which the temperature over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.cold_spell_max_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The maximum length of a cold period of N days or more, during which the temperature over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.cold_spell_max_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The maximum length of a cold period of N days or more, during which the temperature over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.cold_spell_total_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The total length of cold periods of N days or more, during which the temperature over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.cold_spell_total_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The total length of cold periods of N days or more, during which the temperature over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.cold_spell_total_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The total length of cold periods of N days or more, during which the temperature over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._temperature.COLD_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.consecutive_frost_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Maximum number of consecutive days where the daily minimum temperature is below 0°C

xci = <xclim.indicators.atmos._temperature.CONSECUTIVE_FROST_DAYS object>

class finch.processes.virtual.ensemble.consecutive_frost_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Maximum number of consecutive days where the daily minimum temperature is below 0°C

xci = <xclim.indicators.atmos._temperature.CONSECUTIVE_FROST_DAYS object>

class finch.processes.virtual.ensemble.consecutive_frost_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Maximum number of consecutive days where the daily minimum temperature is below 0°C

xci = <xclim.indicators.atmos._temperature.CONSECUTIVE_FROST_DAYS object>

class finch.processes.virtual.ensemble.consecutive_frost_free_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Maximum number of consecutive frost-free days: where the daily minimum temperature is above or equal to 0°C

xci = <xclim.indicators.atmos._temperature.CONSECUTIVE_FROST_FREE_DAYS object>

class finch.processes.virtual.ensemble.consecutive_frost_free_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Maximum number of consecutive frost-free days: where the daily minimum temperature is above or equal to 0°C

xci = <xclim.indicators.atmos._temperature.CONSECUTIVE_FROST_FREE_DAYS object>

class finch.processes.virtual.ensemble.consecutive_frost_free_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Maximum number of consecutive frost-free days: where the daily minimum temperature is above or equal to 0°C

xci = <xclim.indicators.atmos._temperature.CONSECUTIVE_FROST_FREE_DAYS object>

class finch.processes.virtual.ensemble.cooling_degree_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The cumulative degree days for days when the mean daily temperature is above a given threshold and buildings must be air conditioned.

xci = <xclim.indicators.atmos._temperature.COOLING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.cooling_degree_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The cumulative degree days for days when the mean daily temperature is above a given threshold and buildings must be air conditioned.

xci = <xclim.indicators.atmos._temperature.COOLING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.cooling_degree_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The cumulative degree days for days when the mean daily temperature is above a given threshold and buildings must be air conditioned.

xci = <xclim.indicators.atmos._temperature.COOLING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.cooling_degree_days_approximation_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The cumulative degree days for days when temperatures are above a given threshold and buildings must be air conditioned. This method integrates mean, minimum, and maximum temperatures, accounting for asymmetry in the distributions of temperatures throughout the diurnal cycle.

xci = <xclim.indicators.atmos._temperature.COOLING_DEGREE_DAYS_APPROXIMATION object>

class finch.processes.virtual.ensemble.cooling_degree_days_approximation_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The cumulative degree days for days when temperatures are above a given threshold and buildings must be air conditioned. This method integrates mean, minimum, and maximum temperatures, accounting for asymmetry in the distributions of temperatures throughout the diurnal cycle.

xci = <xclim.indicators.atmos._temperature.COOLING_DEGREE_DAYS_APPROXIMATION object>

class finch.processes.virtual.ensemble.cooling_degree_days_approximation_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The cumulative degree days for days when temperatures are above a given threshold and buildings must be air conditioned. This method integrates mean, minimum, and maximum temperatures, accounting for asymmetry in the distributions of temperatures throughout the diurnal cycle.

xci = <xclim.indicators.atmos._temperature.COOLING_DEGREE_DAYS_APPROXIMATION object>

class finch.processes.virtual.ensemble.corn_heat_units_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

A temperature-based index used to estimate the development of corn crops. Corn growth occurs when the daily minimum and maximum temperatures exceed given thresholds.

xci = <xclim.indicators.atmos._temperature.CORN_HEAT_UNITS object>

class finch.processes.virtual.ensemble.corn_heat_units_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

A temperature-based index used to estimate the development of corn crops. Corn growth occurs when the daily minimum and maximum temperatures exceed given thresholds.

xci = <xclim.indicators.atmos._temperature.CORN_HEAT_UNITS object>

class finch.processes.virtual.ensemble.corn_heat_units_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

A temperature-based index used to estimate the development of corn crops. Corn growth occurs when the daily minimum and maximum temperatures exceed given thresholds.

xci = <xclim.indicators.atmos._temperature.CORN_HEAT_UNITS object>

class finch.processes.virtual.ensemble.cp_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Chill portions are a measure to estimate the bud breaking potential of different crops. The constants and functions are taken from Luedeling et al. (2009) which formalises the method described in Fishman et al. (1987). The model computes the accumulation of cold temperatures in a two-step process. First, cold temperatures contribute to an intermediate product that is transformed to a chill portion once it exceeds a certain concentration. The intermediate product can be broken down at higher temperatures but the final product is stable even at higher temperature. Thus the dynamic model is more accurate than other chill models like the Chilling hours or Utah model, especially in moderate climates like Israel, California or Spain.

xci = <xclim.indicators.atmos._temperature.CP object>

class finch.processes.virtual.ensemble.cp_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Chill portions are a measure to estimate the bud breaking potential of different crops. The constants and functions are taken from Luedeling et al. (2009) which formalises the method described in Fishman et al. (1987). The model computes the accumulation of cold temperatures in a two-step process. First, cold temperatures contribute to an intermediate product that is transformed to a chill portion once it exceeds a certain concentration. The intermediate product can be broken down at higher temperatures but the final product is stable even at higher temperature. Thus the dynamic model is more accurate than other chill models like the Chilling hours or Utah model, especially in moderate climates like Israel, California or Spain.

xci = <xclim.indicators.atmos._temperature.CP object>

class finch.processes.virtual.ensemble.cp_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Chill portions are a measure to estimate the bud breaking potential of different crops. The constants and functions are taken from Luedeling et al. (2009) which formalises the method described in Fishman et al. (1987). The model computes the accumulation of cold temperatures in a two-step process. First, cold temperatures contribute to an intermediate product that is transformed to a chill portion once it exceeds a certain concentration. The intermediate product can be broken down at higher temperatures but the final product is stable even at higher temperature. Thus the dynamic model is more accurate than other chill models like the Chilling hours or Utah model, especially in moderate climates like Israel, California or Spain.

xci = <xclim.indicators.atmos._temperature.CP object>

class finch.processes.virtual.ensemble.cu_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Chill units are a measure to estimate the bud breaking potential of different crop based on Richardson et al. (1974). The Utah model assigns a weight to each hour depending on the temperature recognising that high temperatures can actual decrease, the potential for bud breaking. Providing positive_only=True will ignore days with negative chill units.

xci = <xclim.indicators.atmos._temperature.CU object>

class finch.processes.virtual.ensemble.cu_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Chill units are a measure to estimate the bud breaking potential of different crop based on Richardson et al. (1974). The Utah model assigns a weight to each hour depending on the temperature recognising that high temperatures can actual decrease, the potential for bud breaking. Providing positive_only=True will ignore days with negative chill units.

xci = <xclim.indicators.atmos._temperature.CU object>

class finch.processes.virtual.ensemble.cu_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Chill units are a measure to estimate the bud breaking potential of different crop based on Richardson et al. (1974). The Utah model assigns a weight to each hour depending on the temperature recognising that high temperatures can actual decrease, the potential for bud breaking. Providing positive_only=True will ignore days with negative chill units.

xci = <xclim.indicators.atmos._temperature.CU object>

class finch.processes.virtual.ensemble.cwd_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The longest number of consecutive days where daily precipitation is at or above a given threshold.

xci = <xclim.indicators.atmos._precip.CWD object>

class finch.processes.virtual.ensemble.cwd_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The longest number of consecutive days where daily precipitation is at or above a given threshold.

xci = <xclim.indicators.atmos._precip.CWD object>

class finch.processes.virtual.ensemble.cwd_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The longest number of consecutive days where daily precipitation is at or above a given threshold.

xci = <xclim.indicators.atmos._precip.CWD object>

class finch.processes.virtual.ensemble.days_over_precip_doy_thresh_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days in a period where precipitation is above a given daily percentile and a fixed threshold.

xci = <xclim.indicators.atmos._precip.DAYS_OVER_PRECIP_DOY_THRESH object>

class finch.processes.virtual.ensemble.days_over_precip_doy_thresh_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days in a period where precipitation is above a given daily percentile and a fixed threshold.

xci = <xclim.indicators.atmos._precip.DAYS_OVER_PRECIP_DOY_THRESH object>

class finch.processes.virtual.ensemble.days_over_precip_doy_thresh_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days in a period where precipitation is above a given daily percentile and a fixed threshold.

xci = <xclim.indicators.atmos._precip.DAYS_OVER_PRECIP_DOY_THRESH object>

class finch.processes.virtual.ensemble.days_over_precip_thresh_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days in a period where precipitation is above a given percentile, calculated over a given period and a fixed threshold.

xci = <xclim.indicators.atmos._precip.DAYS_OVER_PRECIP_THRESH object>

class finch.processes.virtual.ensemble.days_over_precip_thresh_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days in a period where precipitation is above a given percentile, calculated over a given period and a fixed threshold.

xci = <xclim.indicators.atmos._precip.DAYS_OVER_PRECIP_THRESH object>

class finch.processes.virtual.ensemble.days_over_precip_thresh_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days in a period where precipitation is above a given percentile, calculated over a given period and a fixed threshold.

xci = <xclim.indicators.atmos._precip.DAYS_OVER_PRECIP_THRESH object>

class finch.processes.virtual.ensemble.degree_days_exceedance_date_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The day of the year when the sum of degree days exceeds a threshold, occurring after a given date. Degree days are calculated above or below a given temperature threshold.

xci = <xclim.indicators.atmos._temperature.DEGREE_DAYS_EXCEEDANCE_DATE object>

class finch.processes.virtual.ensemble.degree_days_exceedance_date_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The day of the year when the sum of degree days exceeds a threshold, occurring after a given date. Degree days are calculated above or below a given temperature threshold.

xci = <xclim.indicators.atmos._temperature.DEGREE_DAYS_EXCEEDANCE_DATE object>

class finch.processes.virtual.ensemble.degree_days_exceedance_date_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The day of the year when the sum of degree days exceeds a threshold, occurring after a given date. Degree days are calculated above or below a given temperature threshold.

xci = <xclim.indicators.atmos._temperature.DEGREE_DAYS_EXCEEDANCE_DATE object>

class finch.processes.virtual.ensemble.dlyfrzthw_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The number of days with a freeze-thaw cycle. A freeze-thaw cycle is defined as a day where maximum daily temperature is above a given threshold and minimum daily temperature is at or below a given threshold, usually 0°C for both.

xci = <xclim.indicators.atmos._temperature.DLYFRZTHW object>

class finch.processes.virtual.ensemble.dlyfrzthw_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The number of days with a freeze-thaw cycle. A freeze-thaw cycle is defined as a day where maximum daily temperature is above a given threshold and minimum daily temperature is at or below a given threshold, usually 0°C for both.

xci = <xclim.indicators.atmos._temperature.DLYFRZTHW object>

class finch.processes.virtual.ensemble.dlyfrzthw_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The number of days with a freeze-thaw cycle. A freeze-thaw cycle is defined as a day where maximum daily temperature is above a given threshold and minimum daily temperature is at or below a given threshold, usually 0°C for both.

xci = <xclim.indicators.atmos._temperature.DLYFRZTHW object>

class finch.processes.virtual.ensemble.dry_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The number of days with daily precipitation under a given threshold.

xci = <xclim.indicators.atmos._precip.DRY_DAYS object>

class finch.processes.virtual.ensemble.dry_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The number of days with daily precipitation under a given threshold.

xci = <xclim.indicators.atmos._precip.DRY_DAYS object>

class finch.processes.virtual.ensemble.dry_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The number of days with daily precipitation under a given threshold.

xci = <xclim.indicators.atmos._precip.DRY_DAYS object>

class finch.processes.virtual.ensemble.dry_spell_frequency_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The frequency of dry periods of N days or more, during which the accumulated or maximum precipitation over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._precip.DRY_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.dry_spell_frequency_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The frequency of dry periods of N days or more, during which the accumulated or maximum precipitation over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._precip.DRY_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.dry_spell_frequency_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The frequency of dry periods of N days or more, during which the accumulated or maximum precipitation over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._precip.DRY_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.dry_spell_max_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The maximum length of a dry period of N days or more, during which the accumulated or maximum precipitation over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._precip.DRY_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.dry_spell_max_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The maximum length of a dry period of N days or more, during which the accumulated or maximum precipitation over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._precip.DRY_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.dry_spell_max_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The maximum length of a dry period of N days or more, during which the accumulated or maximum precipitation over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._precip.DRY_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.dry_spell_total_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The total length of dry periods of N days or more, during which the accumulated or maximum precipitation over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._precip.DRY_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.dry_spell_total_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The total length of dry periods of N days or more, during which the accumulated or maximum precipitation over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._precip.DRY_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.dry_spell_total_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The total length of dry periods of N days or more, during which the accumulated or maximum precipitation over a given time window of days is below a given threshold.

xci = <xclim.indicators.atmos._precip.DRY_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.dtr_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The average difference between the daily maximum and minimum temperatures.

xci = <xclim.indicators.atmos._temperature.DTR object>

class finch.processes.virtual.ensemble.dtr_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The average difference between the daily maximum and minimum temperatures.

xci = <xclim.indicators.atmos._temperature.DTR object>

class finch.processes.virtual.ensemble.dtr_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The average difference between the daily maximum and minimum temperatures.

xci = <xclim.indicators.atmos._temperature.DTR object>

class finch.processes.virtual.ensemble.dtrmax_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The maximum difference between the daily maximum and minimum temperatures.

xci = <xclim.indicators.atmos._temperature.DTRMAX object>

class finch.processes.virtual.ensemble.dtrmax_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The maximum difference between the daily maximum and minimum temperatures.

xci = <xclim.indicators.atmos._temperature.DTRMAX object>

class finch.processes.virtual.ensemble.dtrmax_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The maximum difference between the daily maximum and minimum temperatures.

xci = <xclim.indicators.atmos._temperature.DTRMAX object>

class finch.processes.virtual.ensemble.dtrvar_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The average day-to-day variation in daily temperature range.

xci = <xclim.indicators.atmos._temperature.DTRVAR object>

class finch.processes.virtual.ensemble.dtrvar_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The average day-to-day variation in daily temperature range.

xci = <xclim.indicators.atmos._temperature.DTRVAR object>

class finch.processes.virtual.ensemble.dtrvar_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The average day-to-day variation in daily temperature range.

xci = <xclim.indicators.atmos._temperature.DTRVAR object>

class finch.processes.virtual.ensemble.effective_growing_degree_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Considers daily minimum and maximum temperature with a given base threshold between dynamically-determined growing season start and end dates. The bootsma method uses a 10-day mean temperature above a given threshold to identify a start date, while the qian method uses a weighted mean temperature above a given threshold over 5 days to determine the start date. The end date of the growing season is the date of first fall frost (Tn < 0°C) occurring after a given date (typically, July 1). Metric originally published in Bootsma et al. (2005).

xci = <xclim.indicators.atmos._temperature.EFFECTIVE_GROWING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.effective_growing_degree_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Considers daily minimum and maximum temperature with a given base threshold between dynamically-determined growing season start and end dates. The bootsma method uses a 10-day mean temperature above a given threshold to identify a start date, while the qian method uses a weighted mean temperature above a given threshold over 5 days to determine the start date. The end date of the growing season is the date of first fall frost (Tn < 0°C) occurring after a given date (typically, July 1). Metric originally published in Bootsma et al. (2005).

xci = <xclim.indicators.atmos._temperature.EFFECTIVE_GROWING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.effective_growing_degree_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Considers daily minimum and maximum temperature with a given base threshold between dynamically-determined growing season start and end dates. The bootsma method uses a 10-day mean temperature above a given threshold to identify a start date, while the qian method uses a weighted mean temperature above a given threshold over 5 days to determine the start date. The end date of the growing season is the date of first fall frost (Tn < 0°C) occurring after a given date (typically, July 1). Metric originally published in Bootsma et al. (2005).

xci = <xclim.indicators.atmos._temperature.EFFECTIVE_GROWING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.etr_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The maximum of the maximum temperature minus the minimum of the minimum temperature.

xci = <xclim.indicators.atmos._temperature.ETR object>

class finch.processes.virtual.ensemble.etr_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The maximum of the maximum temperature minus the minimum of the minimum temperature.

xci = <xclim.indicators.atmos._temperature.ETR object>

class finch.processes.virtual.ensemble.etr_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The maximum of the maximum temperature minus the minimum of the minimum temperature.

xci = <xclim.indicators.atmos._temperature.ETR object>

class finch.processes.virtual.ensemble.first_day_tg_above_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Returns first day of period where temperature is superior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: January 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TG_ABOVE object>

class finch.processes.virtual.ensemble.first_day_tg_above_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Returns first day of period where temperature is superior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: January 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TG_ABOVE object>

class finch.processes.virtual.ensemble.first_day_tg_above_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Returns first day of period where temperature is superior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: January 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TG_ABOVE object>

class finch.processes.virtual.ensemble.first_day_tg_below_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Returns first day of period where temperature is inferior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: July 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TG_BELOW object>

class finch.processes.virtual.ensemble.first_day_tg_below_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Returns first day of period where temperature is inferior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: July 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TG_BELOW object>

class finch.processes.virtual.ensemble.first_day_tg_below_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Returns first day of period where temperature is inferior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: July 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TG_BELOW object>

class finch.processes.virtual.ensemble.first_day_tn_above_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Returns first day of period where temperature is superior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: January 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TN_ABOVE object>

class finch.processes.virtual.ensemble.first_day_tn_above_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Returns first day of period where temperature is superior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: January 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TN_ABOVE object>

class finch.processes.virtual.ensemble.first_day_tn_above_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Returns first day of period where temperature is superior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: January 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TN_ABOVE object>

class finch.processes.virtual.ensemble.first_day_tn_below_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Returns first day of period where temperature is inferior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: July 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TN_BELOW object>

class finch.processes.virtual.ensemble.first_day_tn_below_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Returns first day of period where temperature is inferior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: July 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TN_BELOW object>

class finch.processes.virtual.ensemble.first_day_tn_below_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Returns first day of period where temperature is inferior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: July 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TN_BELOW object>

class finch.processes.virtual.ensemble.first_day_tx_above_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Returns first day of period where temperature is superior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: January 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TX_ABOVE object>

class finch.processes.virtual.ensemble.first_day_tx_above_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Returns first day of period where temperature is superior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: January 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TX_ABOVE object>

class finch.processes.virtual.ensemble.first_day_tx_above_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Returns first day of period where temperature is superior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: January 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TX_ABOVE object>

class finch.processes.virtual.ensemble.first_day_tx_below_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Returns first day of period where temperature is inferior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: July 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TX_BELOW object>

class finch.processes.virtual.ensemble.first_day_tx_below_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Returns first day of period where temperature is inferior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: July 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TX_BELOW object>

class finch.processes.virtual.ensemble.first_day_tx_below_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Returns first day of period where temperature is inferior to a threshold over a given number of days (default: 1), limited to a starting calendar date (default: July 1st).

xci = <xclim.indicators.atmos._temperature.FIRST_DAY_TX_BELOW object>

class finch.processes.virtual.ensemble.fraction_over_precip_doy_thresh_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The percentage of the total precipitation over a period occurring for days when the precipitation is above a threshold defining wet days and above a given percentile for that day.

xci = <xclim.indicators.atmos._precip.FRACTION_OVER_PRECIP_DOY_THRESH object>

class finch.processes.virtual.ensemble.fraction_over_precip_doy_thresh_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The percentage of the total precipitation over a period occurring for days when the precipitation is above a threshold defining wet days and above a given percentile for that day.

xci = <xclim.indicators.atmos._precip.FRACTION_OVER_PRECIP_DOY_THRESH object>

class finch.processes.virtual.ensemble.fraction_over_precip_doy_thresh_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The percentage of the total precipitation over a period occurring for days when the precipitation is above a threshold defining wet days and above a given percentile for that day.

xci = <xclim.indicators.atmos._precip.FRACTION_OVER_PRECIP_DOY_THRESH object>

class finch.processes.virtual.ensemble.fraction_over_precip_thresh_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The percentage of the total precipitation over a period occurring for days when the precipitation is above a threshold defining wet days and above a given percentile for that day.

xci = <xclim.indicators.atmos._precip.FRACTION_OVER_PRECIP_THRESH object>

class finch.processes.virtual.ensemble.fraction_over_precip_thresh_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The percentage of the total precipitation over a period occurring for days when the precipitation is above a threshold defining wet days and above a given percentile for that day.

xci = <xclim.indicators.atmos._precip.FRACTION_OVER_PRECIP_THRESH object>

class finch.processes.virtual.ensemble.fraction_over_precip_thresh_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The percentage of the total precipitation over a period occurring for days when the precipitation is above a threshold defining wet days and above a given percentile for that day.

xci = <xclim.indicators.atmos._precip.FRACTION_OVER_PRECIP_THRESH object>

class finch.processes.virtual.ensemble.freezethaw_spell_frequency_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Frequency of daily freeze-thaw spells. A freeze-thaw spell is defined as a number of consecutive days where maximum daily temperatures are above a given threshold and minimum daily temperatures are at or below a given threshold, usually 0°C for both.

xci = <xclim.indicators.atmos._temperature.FREEZETHAW_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.freezethaw_spell_frequency_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Frequency of daily freeze-thaw spells. A freeze-thaw spell is defined as a number of consecutive days where maximum daily temperatures are above a given threshold and minimum daily temperatures are at or below a given threshold, usually 0°C for both.

xci = <xclim.indicators.atmos._temperature.FREEZETHAW_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.freezethaw_spell_frequency_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Frequency of daily freeze-thaw spells. A freeze-thaw spell is defined as a number of consecutive days where maximum daily temperatures are above a given threshold and minimum daily temperatures are at or below a given threshold, usually 0°C for both.

xci = <xclim.indicators.atmos._temperature.FREEZETHAW_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.freezethaw_spell_max_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Maximal length of daily freeze-thaw spells. A freeze-thaw spell is defined as a number of consecutive days where maximum daily temperatures are above a given threshold and minimum daily temperatures are at or below a threshold, usually 0°C for both.

xci = <xclim.indicators.atmos._temperature.FREEZETHAW_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.freezethaw_spell_max_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Maximal length of daily freeze-thaw spells. A freeze-thaw spell is defined as a number of consecutive days where maximum daily temperatures are above a given threshold and minimum daily temperatures are at or below a threshold, usually 0°C for both.

xci = <xclim.indicators.atmos._temperature.FREEZETHAW_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.freezethaw_spell_max_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Maximal length of daily freeze-thaw spells. A freeze-thaw spell is defined as a number of consecutive days where maximum daily temperatures are above a given threshold and minimum daily temperatures are at or below a threshold, usually 0°C for both.

xci = <xclim.indicators.atmos._temperature.FREEZETHAW_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.freezethaw_spell_mean_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Average length of daily freeze-thaw spells. A freeze-thaw spell is defined as a number of consecutive days where maximum daily temperatures are above a given threshold and minimum daily temperatures are at or below a given threshold, usually 0°C for both.

xci = <xclim.indicators.atmos._temperature.FREEZETHAW_SPELL_MEAN_LENGTH object>

class finch.processes.virtual.ensemble.freezethaw_spell_mean_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Average length of daily freeze-thaw spells. A freeze-thaw spell is defined as a number of consecutive days where maximum daily temperatures are above a given threshold and minimum daily temperatures are at or below a given threshold, usually 0°C for both.

xci = <xclim.indicators.atmos._temperature.FREEZETHAW_SPELL_MEAN_LENGTH object>

class finch.processes.virtual.ensemble.freezethaw_spell_mean_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Average length of daily freeze-thaw spells. A freeze-thaw spell is defined as a number of consecutive days where maximum daily temperatures are above a given threshold and minimum daily temperatures are at or below a given threshold, usually 0°C for both.

xci = <xclim.indicators.atmos._temperature.FREEZETHAW_SPELL_MEAN_LENGTH object>

class finch.processes.virtual.ensemble.freezing_degree_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The cumulative degree days for days when the average temperature is below a given threshold, typically 0°C.

xci = <xclim.indicators.atmos._temperature.FREEZING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.freezing_degree_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The cumulative degree days for days when the average temperature is below a given threshold, typically 0°C.

xci = <xclim.indicators.atmos._temperature.FREEZING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.freezing_degree_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The cumulative degree days for days when the average temperature is below a given threshold, typically 0°C.

xci = <xclim.indicators.atmos._temperature.FREEZING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.freshet_start_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Day of year of the spring freshet start, defined as the first day when the temperature exceeds a certain threshold for a given number of consecutive days.

xci = <xclim.indicators.atmos._temperature.FRESHET_START object>

class finch.processes.virtual.ensemble.freshet_start_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Day of year of the spring freshet start, defined as the first day when the temperature exceeds a certain threshold for a given number of consecutive days.

xci = <xclim.indicators.atmos._temperature.FRESHET_START object>

class finch.processes.virtual.ensemble.freshet_start_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Day of year of the spring freshet start, defined as the first day when the temperature exceeds a certain threshold for a given number of consecutive days.

xci = <xclim.indicators.atmos._temperature.FRESHET_START object>

class finch.processes.virtual.ensemble.frost_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days where the daily minimum temperature is below a given threshold.

xci = <xclim.indicators.atmos._temperature.FROST_DAYS object>

class finch.processes.virtual.ensemble.frost_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days where the daily minimum temperature is below a given threshold.

xci = <xclim.indicators.atmos._temperature.FROST_DAYS object>

class finch.processes.virtual.ensemble.frost_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days where the daily minimum temperature is below a given threshold.

xci = <xclim.indicators.atmos._temperature.FROST_DAYS object>

class finch.processes.virtual.ensemble.frost_free_season_end_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

First day when the temperature is below a given threshold for a given number of consecutive days after a median calendar date.

xci = <xclim.indicators.atmos._temperature.FROST_FREE_SEASON_END object>

class finch.processes.virtual.ensemble.frost_free_season_end_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

First day when the temperature is below a given threshold for a given number of consecutive days after a median calendar date.

xci = <xclim.indicators.atmos._temperature.FROST_FREE_SEASON_END object>

class finch.processes.virtual.ensemble.frost_free_season_end_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

First day when the temperature is below a given threshold for a given number of consecutive days after a median calendar date.

xci = <xclim.indicators.atmos._temperature.FROST_FREE_SEASON_END object>

class finch.processes.virtual.ensemble.frost_free_season_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Duration of the frost free season, defined as the period when the minimum daily temperature is above 0°C without a freezing window of N days, with freezing occurring after a median calendar date.

xci = <xclim.indicators.atmos._temperature.FROST_FREE_SEASON_LENGTH object>

class finch.processes.virtual.ensemble.frost_free_season_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Duration of the frost free season, defined as the period when the minimum daily temperature is above 0°C without a freezing window of N days, with freezing occurring after a median calendar date.

xci = <xclim.indicators.atmos._temperature.FROST_FREE_SEASON_LENGTH object>

class finch.processes.virtual.ensemble.frost_free_season_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Duration of the frost free season, defined as the period when the minimum daily temperature is above 0°C without a freezing window of N days, with freezing occurring after a median calendar date.

xci = <xclim.indicators.atmos._temperature.FROST_FREE_SEASON_LENGTH object>

class finch.processes.virtual.ensemble.frost_free_season_start_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

First day when minimum daily temperature exceeds a given threshold for a given number of consecutive days

xci = <xclim.indicators.atmos._temperature.FROST_FREE_SEASON_START object>

class finch.processes.virtual.ensemble.frost_free_season_start_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

First day when minimum daily temperature exceeds a given threshold for a given number of consecutive days

xci = <xclim.indicators.atmos._temperature.FROST_FREE_SEASON_START object>

class finch.processes.virtual.ensemble.frost_free_season_start_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

First day when minimum daily temperature exceeds a given threshold for a given number of consecutive days

xci = <xclim.indicators.atmos._temperature.FROST_FREE_SEASON_START object>

class finch.processes.virtual.ensemble.frost_free_spell_max_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The maximum length of a frost free period of N days or more, during which the minimum temperature over a given time window of days is above a given threshold.

xci = <xclim.indicators.atmos._temperature.FROST_FREE_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.frost_free_spell_max_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The maximum length of a frost free period of N days or more, during which the minimum temperature over a given time window of days is above a given threshold.

xci = <xclim.indicators.atmos._temperature.FROST_FREE_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.frost_free_spell_max_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The maximum length of a frost free period of N days or more, during which the minimum temperature over a given time window of days is above a given threshold.

xci = <xclim.indicators.atmos._temperature.FROST_FREE_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.frost_season_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Duration of the freezing season, defined as the period when the daily minimum temperature is below 0°C without a thawing window of days, with the thaw occurring after a median calendar date.

xci = <xclim.indicators.atmos._temperature.FROST_SEASON_LENGTH object>

class finch.processes.virtual.ensemble.frost_season_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Duration of the freezing season, defined as the period when the daily minimum temperature is below 0°C without a thawing window of days, with the thaw occurring after a median calendar date.

xci = <xclim.indicators.atmos._temperature.FROST_SEASON_LENGTH object>

class finch.processes.virtual.ensemble.frost_season_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Duration of the freezing season, defined as the period when the daily minimum temperature is below 0°C without a thawing window of days, with the thaw occurring after a median calendar date.

xci = <xclim.indicators.atmos._temperature.FROST_SEASON_LENGTH object>

class finch.processes.virtual.ensemble.growing_degree_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The cumulative degree days for days when the average temperature is above a given threshold.

xci = <xclim.indicators.atmos._temperature.GROWING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.growing_degree_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The cumulative degree days for days when the average temperature is above a given threshold.

xci = <xclim.indicators.atmos._temperature.GROWING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.growing_degree_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The cumulative degree days for days when the average temperature is above a given threshold.

xci = <xclim.indicators.atmos._temperature.GROWING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.growing_season_end_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The first day when the temperature is below a certain threshold for a certain number of consecutive days after a given calendar date.

xci = <xclim.indicators.atmos._temperature.GROWING_SEASON_END object>

class finch.processes.virtual.ensemble.growing_season_end_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The first day when the temperature is below a certain threshold for a certain number of consecutive days after a given calendar date.

xci = <xclim.indicators.atmos._temperature.GROWING_SEASON_END object>

class finch.processes.virtual.ensemble.growing_season_end_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The first day when the temperature is below a certain threshold for a certain number of consecutive days after a given calendar date.

xci = <xclim.indicators.atmos._temperature.GROWING_SEASON_END object>

class finch.processes.virtual.ensemble.growing_season_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days between the first occurrence of a series of days with a daily average temperature above a threshold and the first occurrence of a series of days with a daily average temperature below that same threshold, occurring after a given calendar date.

xci = <xclim.indicators.atmos._temperature.GROWING_SEASON_LENGTH object>

class finch.processes.virtual.ensemble.growing_season_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days between the first occurrence of a series of days with a daily average temperature above a threshold and the first occurrence of a series of days with a daily average temperature below that same threshold, occurring after a given calendar date.

xci = <xclim.indicators.atmos._temperature.GROWING_SEASON_LENGTH object>

class finch.processes.virtual.ensemble.growing_season_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days between the first occurrence of a series of days with a daily average temperature above a threshold and the first occurrence of a series of days with a daily average temperature below that same threshold, occurring after a given calendar date.

xci = <xclim.indicators.atmos._temperature.GROWING_SEASON_LENGTH object>

class finch.processes.virtual.ensemble.growing_season_start_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The first day when the temperature exceeds a certain threshold for a given number of consecutive days.

xci = <xclim.indicators.atmos._temperature.GROWING_SEASON_START object>

class finch.processes.virtual.ensemble.growing_season_start_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The first day when the temperature exceeds a certain threshold for a given number of consecutive days.

xci = <xclim.indicators.atmos._temperature.GROWING_SEASON_START object>

class finch.processes.virtual.ensemble.growing_season_start_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The first day when the temperature exceeds a certain threshold for a given number of consecutive days.

xci = <xclim.indicators.atmos._temperature.GROWING_SEASON_START object>

class finch.processes.virtual.ensemble.heat_spell_frequency_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of heat spells. A heat spell occurs when rolling averages of daily minimum and maximumtemperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.heat_spell_frequency_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of heat spells. A heat spell occurs when rolling averages of daily minimum and maximumtemperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.heat_spell_frequency_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of heat spells. A heat spell occurs when rolling averages of daily minimum and maximumtemperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.heat_spell_max_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The longest heat spell of a period. A heat spell occurs when rolling averages of daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.heat_spell_max_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The longest heat spell of a period. A heat spell occurs when rolling averages of daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.heat_spell_max_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The longest heat spell of a period. A heat spell occurs when rolling averages of daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.heat_spell_total_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Total length of heat spells. A heat spell occurs when rolling averages of daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.heat_spell_total_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Total length of heat spells. A heat spell occurs when rolling averages of daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.heat_spell_total_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Total length of heat spells. A heat spell occurs when rolling averages of daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.heat_wave_frequency_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of heat waves. A heat wave occurs when daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_WAVE_FREQUENCY object>

class finch.processes.virtual.ensemble.heat_wave_frequency_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of heat waves. A heat wave occurs when daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_WAVE_FREQUENCY object>

class finch.processes.virtual.ensemble.heat_wave_frequency_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of heat waves. A heat wave occurs when daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_WAVE_FREQUENCY object>

class finch.processes.virtual.ensemble.heat_wave_index_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days that constitute heatwave events. A heat wave occurs when daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_WAVE_INDEX object>

class finch.processes.virtual.ensemble.heat_wave_index_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days that constitute heatwave events. A heat wave occurs when daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_WAVE_INDEX object>

class finch.processes.virtual.ensemble.heat_wave_index_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days that constitute heatwave events. A heat wave occurs when daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_WAVE_INDEX object>

class finch.processes.virtual.ensemble.heat_wave_max_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Maximal duration of heat waves. A heat wave occurs when daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_WAVE_MAX_LENGTH object>

class finch.processes.virtual.ensemble.heat_wave_max_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Maximal duration of heat waves. A heat wave occurs when daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_WAVE_MAX_LENGTH object>

class finch.processes.virtual.ensemble.heat_wave_max_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Maximal duration of heat waves. A heat wave occurs when daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_WAVE_MAX_LENGTH object>

class finch.processes.virtual.ensemble.heat_wave_total_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Total length of heat waves. A heat wave occurs when daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_WAVE_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.heat_wave_total_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Total length of heat waves. A heat wave occurs when daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_WAVE_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.heat_wave_total_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Total length of heat waves. A heat wave occurs when daily minimum and maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HEAT_WAVE_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.heating_degree_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The cumulative degree days for days when the mean daily temperature is below a given threshold and buildings must be heated.

xci = <xclim.indicators.atmos._temperature.HEATING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.heating_degree_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The cumulative degree days for days when the mean daily temperature is below a given threshold and buildings must be heated.

xci = <xclim.indicators.atmos._temperature.HEATING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.heating_degree_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The cumulative degree days for days when the mean daily temperature is below a given threshold and buildings must be heated.

xci = <xclim.indicators.atmos._temperature.HEATING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.heating_degree_days_approximation_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The cumulative degree days for days where temperatures are below a given threshold and buildings must be heated. This method integrates mean, minimum, and maximum temperatures, accounting for asymmetry in the distributions of temperatures throughout the diurnal cycle.

xci = <xclim.indicators.atmos._temperature.HEATING_DEGREE_DAYS_APPROXIMATION object>

class finch.processes.virtual.ensemble.heating_degree_days_approximation_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The cumulative degree days for days where temperatures are below a given threshold and buildings must be heated. This method integrates mean, minimum, and maximum temperatures, accounting for asymmetry in the distributions of temperatures throughout the diurnal cycle.

xci = <xclim.indicators.atmos._temperature.HEATING_DEGREE_DAYS_APPROXIMATION object>

class finch.processes.virtual.ensemble.heating_degree_days_approximation_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The cumulative degree days for days where temperatures are below a given threshold and buildings must be heated. This method integrates mean, minimum, and maximum temperatures, accounting for asymmetry in the distributions of temperatures throughout the diurnal cycle.

xci = <xclim.indicators.atmos._temperature.HEATING_DEGREE_DAYS_APPROXIMATION object>

class finch.processes.virtual.ensemble.high_precip_low_temp_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days with precipitation above a given threshold and temperature below a given threshold.

xci = <xclim.indicators.atmos._precip.HIGH_PRECIP_LOW_TEMP object>

class finch.processes.virtual.ensemble.high_precip_low_temp_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days with precipitation above a given threshold and temperature below a given threshold.

xci = <xclim.indicators.atmos._precip.HIGH_PRECIP_LOW_TEMP object>

class finch.processes.virtual.ensemble.high_precip_low_temp_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days with precipitation above a given threshold and temperature below a given threshold.

xci = <xclim.indicators.atmos._precip.HIGH_PRECIP_LOW_TEMP object>

class finch.processes.virtual.ensemble.hot_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days where the daily maximum temperature is above a given threshold.

xci = <xclim.indicators.atmos._temperature.HOT_DAYS object>

class finch.processes.virtual.ensemble.hot_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days where the daily maximum temperature is above a given threshold.

xci = <xclim.indicators.atmos._temperature.HOT_DAYS object>

class finch.processes.virtual.ensemble.hot_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days where the daily maximum temperature is above a given threshold.

xci = <xclim.indicators.atmos._temperature.HOT_DAYS object>

class finch.processes.virtual.ensemble.hot_spell_frequency_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The frequency of hot periods of N days or more, during which the temperature over a given time window of days is above a given threshold.

xci = <xclim.indicators.atmos._temperature.HOT_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.hot_spell_frequency_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The frequency of hot periods of N days or more, during which the temperature over a given time window of days is above a given threshold.

xci = <xclim.indicators.atmos._temperature.HOT_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.hot_spell_frequency_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The frequency of hot periods of N days or more, during which the temperature over a given time window of days is above a given threshold.

xci = <xclim.indicators.atmos._temperature.HOT_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.hot_spell_max_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The maximum length of a hot period of N days or more, during which the temperature over a given time window of days is above a given threshold.

xci = <xclim.indicators.atmos._temperature.HOT_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.hot_spell_max_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The maximum length of a hot period of N days or more, during which the temperature over a given time window of days is above a given threshold.

xci = <xclim.indicators.atmos._temperature.HOT_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.hot_spell_max_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The maximum length of a hot period of N days or more, during which the temperature over a given time window of days is above a given threshold.

xci = <xclim.indicators.atmos._temperature.HOT_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.hot_spell_max_magnitude_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Magnitude of the most intensive heat wave per {freq}. A heat wave occurs when daily maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HOT_SPELL_MAX_MAGNITUDE object>

class finch.processes.virtual.ensemble.hot_spell_max_magnitude_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Magnitude of the most intensive heat wave per {freq}. A heat wave occurs when daily maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HOT_SPELL_MAX_MAGNITUDE object>

class finch.processes.virtual.ensemble.hot_spell_max_magnitude_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Magnitude of the most intensive heat wave per {freq}. A heat wave occurs when daily maximum temperatures exceed given thresholds for a number of days.

xci = <xclim.indicators.atmos._temperature.HOT_SPELL_MAX_MAGNITUDE object>

class finch.processes.virtual.ensemble.hot_spell_total_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The total length of hot periods of N days or more, during which the temperature over a given time window of days is above a given threshold.

xci = <xclim.indicators.atmos._temperature.HOT_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.hot_spell_total_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The total length of hot periods of N days or more, during which the temperature over a given time window of days is above a given threshold.

xci = <xclim.indicators.atmos._temperature.HOT_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.hot_spell_total_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The total length of hot periods of N days or more, during which the temperature over a given time window of days is above a given threshold.

xci = <xclim.indicators.atmos._temperature.HOT_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.hxmax_days_above_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

First, the threshold is transformed to the same standard_name and units as the input data; Then the thresholding is performed as condition(data, threshold), i.e. if condition is <, then this counts the number of times data < threshold; Finally, count the number of occurrences when condition is met.

xci = <xclim.indicators.humidex.HXMAX_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.hxmax_days_above_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

First, the threshold is transformed to the same standard_name and units as the input data; Then the thresholding is performed as condition(data, threshold), i.e. if condition is <, then this counts the number of times data < threshold; Finally, count the number of occurrences when condition is met.

xci = <xclim.indicators.humidex.HXMAX_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.hxmax_days_above_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

First, the threshold is transformed to the same standard_name and units as the input data; Then the thresholding is performed as condition(data, threshold), i.e. if condition is <, then this counts the number of times data < threshold; Finally, count the number of occurrences when condition is met.

xci = <xclim.indicators.humidex.HXMAX_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.ice_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days where the daily maximum temperature is below 0°C

xci = <xclim.indicators.atmos._temperature.ICE_DAYS object>

class finch.processes.virtual.ensemble.ice_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days where the daily maximum temperature is below 0°C

xci = <xclim.indicators.atmos._temperature.ICE_DAYS object>

class finch.processes.virtual.ensemble.ice_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days where the daily maximum temperature is below 0°C

xci = <xclim.indicators.atmos._temperature.ICE_DAYS object>

class finch.processes.virtual.ensemble.last_spring_frost_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The last day when minimum temperature is below a given threshold for a certain number of days, limited by a final calendar date.

xci = <xclim.indicators.atmos._temperature.LAST_SPRING_FROST object>

class finch.processes.virtual.ensemble.last_spring_frost_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The last day when minimum temperature is below a given threshold for a certain number of days, limited by a final calendar date.

xci = <xclim.indicators.atmos._temperature.LAST_SPRING_FROST object>

class finch.processes.virtual.ensemble.last_spring_frost_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The last day when minimum temperature is below a given threshold for a certain number of days, limited by a final calendar date.

xci = <xclim.indicators.atmos._temperature.LAST_SPRING_FROST object>

class finch.processes.virtual.ensemble.late_frost_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days where the daily minimum temperature is below a given threshold between a givenstart date and a given end date.

xci = <xclim.indicators.atmos._temperature.LATE_FROST_DAYS object>

class finch.processes.virtual.ensemble.late_frost_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days where the daily minimum temperature is below a given threshold between a givenstart date and a given end date.

xci = <xclim.indicators.atmos._temperature.LATE_FROST_DAYS object>

class finch.processes.virtual.ensemble.late_frost_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days where the daily minimum temperature is below a given threshold between a givenstart date and a given end date.

xci = <xclim.indicators.atmos._temperature.LATE_FROST_DAYS object>

class finch.processes.virtual.ensemble.liquid_precip_ratio_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The ratio of total liquid precipitation over the total precipitation. Liquid precipitation is approximated from total precipitation on days where temperature is above a given threshold.

xci = <xclim.indicators.atmos._precip.LIQUID_PRECIP_RATIO object>

class finch.processes.virtual.ensemble.liquid_precip_ratio_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The ratio of total liquid precipitation over the total precipitation. Liquid precipitation is approximated from total precipitation on days where temperature is above a given threshold.

xci = <xclim.indicators.atmos._precip.LIQUID_PRECIP_RATIO object>

class finch.processes.virtual.ensemble.liquid_precip_ratio_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The ratio of total liquid precipitation over the total precipitation. Liquid precipitation is approximated from total precipitation on days where temperature is above a given threshold.

xci = <xclim.indicators.atmos._precip.LIQUID_PRECIP_RATIO object>

class finch.processes.virtual.ensemble.liquidprcpavg_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Averaged liquid precipitation. Precipitation is considered liquid when the average daily temperature is above a given threshold.

xci = <xclim.indicators.atmos._precip.LIQUIDPRCPAVG object>

class finch.processes.virtual.ensemble.liquidprcpavg_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Averaged liquid precipitation. Precipitation is considered liquid when the average daily temperature is above a given threshold.

xci = <xclim.indicators.atmos._precip.LIQUIDPRCPAVG object>

class finch.processes.virtual.ensemble.liquidprcpavg_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Averaged liquid precipitation. Precipitation is considered liquid when the average daily temperature is above a given threshold.

xci = <xclim.indicators.atmos._precip.LIQUIDPRCPAVG object>

class finch.processes.virtual.ensemble.liquidprcptot_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Total accumulated liquid precipitation. Precipitation is considered liquid when the average daily temperature is above a given threshold.

xci = <xclim.indicators.atmos._precip.LIQUIDPRCPTOT object>

class finch.processes.virtual.ensemble.liquidprcptot_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Total accumulated liquid precipitation. Precipitation is considered liquid when the average daily temperature is above a given threshold.

xci = <xclim.indicators.atmos._precip.LIQUIDPRCPTOT object>

class finch.processes.virtual.ensemble.liquidprcptot_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Total accumulated liquid precipitation. Precipitation is considered liquid when the average daily temperature is above a given threshold.

xci = <xclim.indicators.atmos._precip.LIQUIDPRCPTOT object>

class finch.processes.virtual.ensemble.max_n_day_precipitation_amount_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Maximum of the moving sum of daily precipitation for a given period.

xci = <xclim.indicators.atmos._precip.MAX_N_DAY_PRECIPITATION_AMOUNT object>

class finch.processes.virtual.ensemble.max_n_day_precipitation_amount_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Maximum of the moving sum of daily precipitation for a given period.

xci = <xclim.indicators.atmos._precip.MAX_N_DAY_PRECIPITATION_AMOUNT object>

class finch.processes.virtual.ensemble.max_n_day_precipitation_amount_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Maximum of the moving sum of daily precipitation for a given period.

xci = <xclim.indicators.atmos._precip.MAX_N_DAY_PRECIPITATION_AMOUNT object>

class finch.processes.virtual.ensemble.max_pr_intensity_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Maximum precipitation intensity over a given rolling time window.

xci = <xclim.indicators.atmos._precip.MAX_PR_INTENSITY object>

class finch.processes.virtual.ensemble.max_pr_intensity_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Maximum precipitation intensity over a given rolling time window.

xci = <xclim.indicators.atmos._precip.MAX_PR_INTENSITY object>

class finch.processes.virtual.ensemble.max_pr_intensity_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Maximum precipitation intensity over a given rolling time window.

xci = <xclim.indicators.atmos._precip.MAX_PR_INTENSITY object>

class finch.processes.virtual.ensemble.maximum_consecutive_warm_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Maximum number of consecutive days where the maximum daily temperature exceeds a certain threshold.

xci = <xclim.indicators.atmos._temperature.MAXIMUM_CONSECUTIVE_WARM_DAYS object>

class finch.processes.virtual.ensemble.maximum_consecutive_warm_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Maximum number of consecutive days where the maximum daily temperature exceeds a certain threshold.

xci = <xclim.indicators.atmos._temperature.MAXIMUM_CONSECUTIVE_WARM_DAYS object>

class finch.processes.virtual.ensemble.maximum_consecutive_warm_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Maximum number of consecutive days where the maximum daily temperature exceeds a certain threshold.

xci = <xclim.indicators.atmos._temperature.MAXIMUM_CONSECUTIVE_WARM_DAYS object>

class finch.processes.virtual.ensemble.mean_temperature_from_max_and_min_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The average daily temperature assuming a symmetrical temperature distribution (Tg = (Tx + Tn) / 2).

xci = <xclim.indicators.convert._conversion.MEAN_TEMPERATURE_FROM_MAX_AND_MIN object>

class finch.processes.virtual.ensemble.mean_temperature_from_max_and_min_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The average daily temperature assuming a symmetrical temperature distribution (Tg = (Tx + Tn) / 2).

xci = <xclim.indicators.convert._conversion.MEAN_TEMPERATURE_FROM_MAX_AND_MIN object>

class finch.processes.virtual.ensemble.mean_temperature_from_max_and_min_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The average daily temperature assuming a symmetrical temperature distribution (Tg = (Tx + Tn) / 2).

xci = <xclim.indicators.convert._conversion.MEAN_TEMPERATURE_FROM_MAX_AND_MIN object>

class finch.processes.virtual.ensemble.prcpavg_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Averaged precipitation. If the average daily temperature is given, the phase parameter can be used to restrict the calculation to precipitation of only one phase (liquid or solid). Precipitation is considered solid if the average daily temperature is below 0°C threshold (and vice versa).

xci = <xclim.indicators.atmos._precip.PRCPAVG object>

class finch.processes.virtual.ensemble.prcpavg_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Averaged precipitation. If the average daily temperature is given, the phase parameter can be used to restrict the calculation to precipitation of only one phase (liquid or solid). Precipitation is considered solid if the average daily temperature is below 0°C threshold (and vice versa).

xci = <xclim.indicators.atmos._precip.PRCPAVG object>

class finch.processes.virtual.ensemble.prcpavg_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Averaged precipitation. If the average daily temperature is given, the phase parameter can be used to restrict the calculation to precipitation of only one phase (liquid or solid). Precipitation is considered solid if the average daily temperature is below 0°C threshold (and vice versa).

xci = <xclim.indicators.atmos._precip.PRCPAVG object>

class finch.processes.virtual.ensemble.prcptot_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Total accumulated precipitation. If the average daily temperature is given, the phase parameter can be used to restrict the calculation to precipitation of only one phase (liquid or solid). Precipitation is considered solid if the average daily temperature is below 0°C (and vice versa).

xci = <xclim.indicators.atmos._precip.PRCPTOT object>

class finch.processes.virtual.ensemble.prcptot_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Total accumulated precipitation. If the average daily temperature is given, the phase parameter can be used to restrict the calculation to precipitation of only one phase (liquid or solid). Precipitation is considered solid if the average daily temperature is below 0°C (and vice versa).

xci = <xclim.indicators.atmos._precip.PRCPTOT object>

class finch.processes.virtual.ensemble.prcptot_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Total accumulated precipitation. If the average daily temperature is given, the phase parameter can be used to restrict the calculation to precipitation of only one phase (liquid or solid). Precipitation is considered solid if the average daily temperature is below 0°C (and vice versa).

xci = <xclim.indicators.atmos._precip.PRCPTOT object>

class finch.processes.virtual.ensemble.prlp_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Liquid precipitation estimated from total precipitation and temperature with a given method and temperature threshold.

xci = <xclim.indicators.convert._conversion.PRLP object>

class finch.processes.virtual.ensemble.prlp_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Liquid precipitation estimated from total precipitation and temperature with a given method and temperature threshold.

xci = <xclim.indicators.convert._conversion.PRLP object>

class finch.processes.virtual.ensemble.prlp_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Liquid precipitation estimated from total precipitation and temperature with a given method and temperature threshold.

xci = <xclim.indicators.convert._conversion.PRLP object>

class finch.processes.virtual.ensemble.prsn_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Solid precipitation estimated from total precipitation and temperature with a given method and temperature threshold.

xci = <xclim.indicators.convert._conversion.PRSN object>

class finch.processes.virtual.ensemble.prsn_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Solid precipitation estimated from total precipitation and temperature with a given method and temperature threshold.

xci = <xclim.indicators.convert._conversion.PRSN object>

class finch.processes.virtual.ensemble.prsn_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Solid precipitation estimated from total precipitation and temperature with a given method and temperature threshold.

xci = <xclim.indicators.convert._conversion.PRSN object>

class finch.processes.virtual.ensemble.rain_frzgr_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The number of days with rain above a given threshold after a series of seven days with average daily temperature below 0°C. Precipitation is assumed to be rain when the daily average temperature is above 0°C.

xci = <xclim.indicators.atmos._precip.RAIN_FRZGR object>

class finch.processes.virtual.ensemble.rain_frzgr_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The number of days with rain above a given threshold after a series of seven days with average daily temperature below 0°C. Precipitation is assumed to be rain when the daily average temperature is above 0°C.

xci = <xclim.indicators.atmos._precip.RAIN_FRZGR object>

class finch.processes.virtual.ensemble.rain_frzgr_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The number of days with rain above a given threshold after a series of seven days with average daily temperature below 0°C. Precipitation is assumed to be rain when the daily average temperature is above 0°C.

xci = <xclim.indicators.atmos._precip.RAIN_FRZGR object>

class finch.processes.virtual.ensemble.rain_season_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Start time, end time and length of the rain season, notably useful for West Africa (sivakumar, 1998). The rain season starts with a period of abundant rainfall, followed by a period without prolonged dry sequences, which must happen before a given date. The rain season stops during a dry period happening after a given date.

xci = <xclim.indicators.atmos._precip.RAIN_SEASON object>

class finch.processes.virtual.ensemble.rain_season_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Start time, end time and length of the rain season, notably useful for West Africa (sivakumar, 1998). The rain season starts with a period of abundant rainfall, followed by a period without prolonged dry sequences, which must happen before a given date. The rain season stops during a dry period happening after a given date.

xci = <xclim.indicators.atmos._precip.RAIN_SEASON object>

class finch.processes.virtual.ensemble.rain_season_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Start time, end time and length of the rain season, notably useful for West Africa (sivakumar, 1998). The rain season starts with a period of abundant rainfall, followed by a period without prolonged dry sequences, which must happen before a given date. The rain season stops during a dry period happening after a given date.

xci = <xclim.indicators.atmos._precip.RAIN_SEASON object>

class finch.processes.virtual.ensemble.rx1day_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Maximum total daily precipitation for a given period.

xci = <xclim.indicators.atmos._precip.RX1DAY object>

class finch.processes.virtual.ensemble.rx1day_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Maximum total daily precipitation for a given period.

xci = <xclim.indicators.atmos._precip.RX1DAY object>

class finch.processes.virtual.ensemble.rx1day_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Maximum total daily precipitation for a given period.

xci = <xclim.indicators.atmos._precip.RX1DAY object>

class finch.processes.virtual.ensemble.sdii_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Average precipitation for days with daily precipitation above a given threshold.

xci = <xclim.indicators.atmos._precip.SDII object>

class finch.processes.virtual.ensemble.sdii_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Average precipitation for days with daily precipitation above a given threshold.

xci = <xclim.indicators.atmos._precip.SDII object>

class finch.processes.virtual.ensemble.sdii_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Average precipitation for days with daily precipitation above a given threshold.

xci = <xclim.indicators.atmos._precip.SDII object>

class finch.processes.virtual.ensemble.solidprcpavg_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Averaged solid precipitation. Precipitation is considered solid when the average daily temperature is at or below a given threshold.

xci = <xclim.indicators.atmos._precip.SOLIDPRCPAVG object>

class finch.processes.virtual.ensemble.solidprcpavg_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Averaged solid precipitation. Precipitation is considered solid when the average daily temperature is at or below a given threshold.

xci = <xclim.indicators.atmos._precip.SOLIDPRCPAVG object>

class finch.processes.virtual.ensemble.solidprcpavg_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Averaged solid precipitation. Precipitation is considered solid when the average daily temperature is at or below a given threshold.

xci = <xclim.indicators.atmos._precip.SOLIDPRCPAVG object>

class finch.processes.virtual.ensemble.solidprcptot_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Total accumulated solid precipitation. Precipitation is considered solid when the average daily temperature is at or below a given threshold.

xci = <xclim.indicators.atmos._precip.SOLIDPRCPTOT object>

class finch.processes.virtual.ensemble.solidprcptot_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Total accumulated solid precipitation. Precipitation is considered solid when the average daily temperature is at or below a given threshold.

xci = <xclim.indicators.atmos._precip.SOLIDPRCPTOT object>

class finch.processes.virtual.ensemble.solidprcptot_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Total accumulated solid precipitation. Precipitation is considered solid when the average daily temperature is at or below a given threshold.

xci = <xclim.indicators.atmos._precip.SOLIDPRCPTOT object>

class finch.processes.virtual.ensemble.spi_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Precipitation over a moving window, normalized such that SPI averages to 0 for the calibration data. The window unit X is the minimal time period defined by the resampling frequency.

xci = <xclim.core.indicator.SPI object>

class finch.processes.virtual.ensemble.spi_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Precipitation over a moving window, normalized such that SPI averages to 0 for the calibration data. The window unit X is the minimal time period defined by the resampling frequency.

xci = <xclim.core.indicator.SPI object>

class finch.processes.virtual.ensemble.spi_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Precipitation over a moving window, normalized such that SPI averages to 0 for the calibration data. The window unit X is the minimal time period defined by the resampling frequency.

xci = <xclim.core.indicator.SPI object>

class finch.processes.virtual.ensemble.tg10p_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days with mean temperature below the 10th percentile.

xci = <xclim.indicators.atmos._temperature.TG10P object>

class finch.processes.virtual.ensemble.tg10p_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days with mean temperature below the 10th percentile.

xci = <xclim.indicators.atmos._temperature.TG10P object>

class finch.processes.virtual.ensemble.tg10p_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days with mean temperature below the 10th percentile.

xci = <xclim.indicators.atmos._temperature.TG10P object>

class finch.processes.virtual.ensemble.tg90p_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days with mean temperature above the 90th percentile.

xci = <xclim.indicators.atmos._temperature.TG90P object>

class finch.processes.virtual.ensemble.tg90p_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days with mean temperature above the 90th percentile.

xci = <xclim.indicators.atmos._temperature.TG90P object>

class finch.processes.virtual.ensemble.tg90p_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days with mean temperature above the 90th percentile.

xci = <xclim.indicators.atmos._temperature.TG90P object>

class finch.processes.virtual.ensemble.tg_days_above_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The number of days with mean temperature above a given threshold.

xci = <xclim.indicators.atmos._temperature.TG_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.tg_days_above_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The number of days with mean temperature above a given threshold.

xci = <xclim.indicators.atmos._temperature.TG_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.tg_days_above_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The number of days with mean temperature above a given threshold.

xci = <xclim.indicators.atmos._temperature.TG_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.tg_days_below_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The number of days with mean temperature below a given threshold.

xci = <xclim.indicators.atmos._temperature.TG_DAYS_BELOW object>

class finch.processes.virtual.ensemble.tg_days_below_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The number of days with mean temperature below a given threshold.

xci = <xclim.indicators.atmos._temperature.TG_DAYS_BELOW object>

class finch.processes.virtual.ensemble.tg_days_below_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The number of days with mean temperature below a given threshold.

xci = <xclim.indicators.atmos._temperature.TG_DAYS_BELOW object>

class finch.processes.virtual.ensemble.tg_max_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Maximum of daily mean temperature.

xci = <xclim.indicators.atmos._temperature.TG_MAX object>

class finch.processes.virtual.ensemble.tg_max_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Maximum of daily mean temperature.

xci = <xclim.indicators.atmos._temperature.TG_MAX object>

class finch.processes.virtual.ensemble.tg_max_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Maximum of daily mean temperature.

xci = <xclim.indicators.atmos._temperature.TG_MAX object>

class finch.processes.virtual.ensemble.tg_mean_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Mean of daily mean temperature.

xci = <xclim.indicators.atmos._temperature.TG_MEAN object>

class finch.processes.virtual.ensemble.tg_mean_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Mean of daily mean temperature.

xci = <xclim.indicators.atmos._temperature.TG_MEAN object>

class finch.processes.virtual.ensemble.tg_mean_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Mean of daily mean temperature.

xci = <xclim.indicators.atmos._temperature.TG_MEAN object>

class finch.processes.virtual.ensemble.tg_min_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Minimum of daily mean temperature.

xci = <xclim.indicators.atmos._temperature.TG_MIN object>

class finch.processes.virtual.ensemble.tg_min_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Minimum of daily mean temperature.

xci = <xclim.indicators.atmos._temperature.TG_MIN object>

class finch.processes.virtual.ensemble.tg_min_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Minimum of daily mean temperature.

xci = <xclim.indicators.atmos._temperature.TG_MIN object>

class finch.processes.virtual.ensemble.thawing_degree_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The cumulative degree days for days when the average temperature is above a given threshold, typically 0°C.

xci = <xclim.indicators.atmos._temperature.THAWING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.thawing_degree_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The cumulative degree days for days when the average temperature is above a given threshold, typically 0°C.

xci = <xclim.indicators.atmos._temperature.THAWING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.thawing_degree_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The cumulative degree days for days when the average temperature is above a given threshold, typically 0°C.

xci = <xclim.indicators.atmos._temperature.THAWING_DEGREE_DAYS object>

class finch.processes.virtual.ensemble.tn10p_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days with minimum temperature below the 10th percentile.

xci = <xclim.indicators.atmos._temperature.TN10P object>

class finch.processes.virtual.ensemble.tn10p_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days with minimum temperature below the 10th percentile.

xci = <xclim.indicators.atmos._temperature.TN10P object>

class finch.processes.virtual.ensemble.tn10p_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days with minimum temperature below the 10th percentile.

xci = <xclim.indicators.atmos._temperature.TN10P object>

class finch.processes.virtual.ensemble.tn90p_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days with minimum temperature above the 90th percentile.

xci = <xclim.indicators.atmos._temperature.TN90P object>

class finch.processes.virtual.ensemble.tn90p_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days with minimum temperature above the 90th percentile.

xci = <xclim.indicators.atmos._temperature.TN90P object>

class finch.processes.virtual.ensemble.tn90p_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days with minimum temperature above the 90th percentile.

xci = <xclim.indicators.atmos._temperature.TN90P object>

class finch.processes.virtual.ensemble.tn_days_above_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The number of days with minimum temperature above a given threshold.

xci = <xclim.indicators.atmos._temperature.TN_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.tn_days_above_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The number of days with minimum temperature above a given threshold.

xci = <xclim.indicators.atmos._temperature.TN_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.tn_days_above_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The number of days with minimum temperature above a given threshold.

xci = <xclim.indicators.atmos._temperature.TN_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.tn_days_below_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The number of days with minimum temperature below a given threshold.

xci = <xclim.indicators.atmos._temperature.TN_DAYS_BELOW object>

class finch.processes.virtual.ensemble.tn_days_below_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The number of days with minimum temperature below a given threshold.

xci = <xclim.indicators.atmos._temperature.TN_DAYS_BELOW object>

class finch.processes.virtual.ensemble.tn_days_below_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The number of days with minimum temperature below a given threshold.

xci = <xclim.indicators.atmos._temperature.TN_DAYS_BELOW object>

class finch.processes.virtual.ensemble.tn_max_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Maximum of daily minimum temperature.

xci = <xclim.indicators.atmos._temperature.TN_MAX object>

class finch.processes.virtual.ensemble.tn_max_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Maximum of daily minimum temperature.

xci = <xclim.indicators.atmos._temperature.TN_MAX object>

class finch.processes.virtual.ensemble.tn_max_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Maximum of daily minimum temperature.

xci = <xclim.indicators.atmos._temperature.TN_MAX object>

class finch.processes.virtual.ensemble.tn_mean_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Mean of daily minimum temperature.

xci = <xclim.indicators.atmos._temperature.TN_MEAN object>

class finch.processes.virtual.ensemble.tn_mean_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Mean of daily minimum temperature.

xci = <xclim.indicators.atmos._temperature.TN_MEAN object>

class finch.processes.virtual.ensemble.tn_mean_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Mean of daily minimum temperature.

xci = <xclim.indicators.atmos._temperature.TN_MEAN object>

class finch.processes.virtual.ensemble.tn_min_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Minimum of daily minimum temperature.

xci = <xclim.indicators.atmos._temperature.TN_MIN object>

class finch.processes.virtual.ensemble.tn_min_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Minimum of daily minimum temperature.

xci = <xclim.indicators.atmos._temperature.TN_MIN object>

class finch.processes.virtual.ensemble.tn_min_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Minimum of daily minimum temperature.

xci = <xclim.indicators.atmos._temperature.TN_MIN object>

class finch.processes.virtual.ensemble.tropical_nights_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days where minimum temperature is above a given threshold.

xci = <xclim.indicators.atmos._temperature.TROPICAL_NIGHTS object>

class finch.processes.virtual.ensemble.tropical_nights_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days where minimum temperature is above a given threshold.

xci = <xclim.indicators.atmos._temperature.TROPICAL_NIGHTS object>

class finch.processes.virtual.ensemble.tropical_nights_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days where minimum temperature is above a given threshold.

xci = <xclim.indicators.atmos._temperature.TROPICAL_NIGHTS object>

class finch.processes.virtual.ensemble.tx10p_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days with maximum temperature below the 10th percentile.

xci = <xclim.indicators.atmos._temperature.TX10P object>

class finch.processes.virtual.ensemble.tx10p_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days with maximum temperature below the 10th percentile.

xci = <xclim.indicators.atmos._temperature.TX10P object>

class finch.processes.virtual.ensemble.tx10p_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days with maximum temperature below the 10th percentile.

xci = <xclim.indicators.atmos._temperature.TX10P object>

class finch.processes.virtual.ensemble.tx90p_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days with maximum temperature above the 90th percentile.

xci = <xclim.indicators.atmos._temperature.TX90P object>

class finch.processes.virtual.ensemble.tx90p_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days with maximum temperature above the 90th percentile.

xci = <xclim.indicators.atmos._temperature.TX90P object>

class finch.processes.virtual.ensemble.tx90p_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days with maximum temperature above the 90th percentile.

xci = <xclim.indicators.atmos._temperature.TX90P object>

class finch.processes.virtual.ensemble.tx_days_above_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The number of days with maximum temperature above a given threshold.

xci = <xclim.indicators.atmos._temperature.TX_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.tx_days_above_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The number of days with maximum temperature above a given threshold.

xci = <xclim.indicators.atmos._temperature.TX_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.tx_days_above_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The number of days with maximum temperature above a given threshold.

xci = <xclim.indicators.atmos._temperature.TX_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.tx_days_below_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The number of days with maximum temperature below a given threshold.

xci = <xclim.indicators.atmos._temperature.TX_DAYS_BELOW object>

class finch.processes.virtual.ensemble.tx_days_below_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The number of days with maximum temperature below a given threshold.

xci = <xclim.indicators.atmos._temperature.TX_DAYS_BELOW object>

class finch.processes.virtual.ensemble.tx_days_below_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The number of days with maximum temperature below a given threshold.

xci = <xclim.indicators.atmos._temperature.TX_DAYS_BELOW object>

class finch.processes.virtual.ensemble.tx_max_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Maximum of daily maximum temperature.

xci = <xclim.indicators.atmos._temperature.TX_MAX object>

class finch.processes.virtual.ensemble.tx_max_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Maximum of daily maximum temperature.

xci = <xclim.indicators.atmos._temperature.TX_MAX object>

class finch.processes.virtual.ensemble.tx_max_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Maximum of daily maximum temperature.

xci = <xclim.indicators.atmos._temperature.TX_MAX object>

class finch.processes.virtual.ensemble.tx_mean_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Mean of daily maximum temperature.

xci = <xclim.indicators.atmos._temperature.TX_MEAN object>

class finch.processes.virtual.ensemble.tx_mean_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Mean of daily maximum temperature.

xci = <xclim.indicators.atmos._temperature.TX_MEAN object>

class finch.processes.virtual.ensemble.tx_mean_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Mean of daily maximum temperature.

xci = <xclim.indicators.atmos._temperature.TX_MEAN object>

class finch.processes.virtual.ensemble.tx_min_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Minimum of daily maximum temperature.

xci = <xclim.indicators.atmos._temperature.TX_MIN object>

class finch.processes.virtual.ensemble.tx_min_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Minimum of daily maximum temperature.

xci = <xclim.indicators.atmos._temperature.TX_MIN object>

class finch.processes.virtual.ensemble.tx_min_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Minimum of daily maximum temperature.

xci = <xclim.indicators.atmos._temperature.TX_MIN object>

class finch.processes.virtual.ensemble.tx_tn_days_above_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days with daily maximum and minimum temperatures above given thresholds.

xci = <xclim.indicators.atmos._temperature.TX_TN_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.tx_tn_days_above_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days with daily maximum and minimum temperatures above given thresholds.

xci = <xclim.indicators.atmos._temperature.TX_TN_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.tx_tn_days_above_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days with daily maximum and minimum temperatures above given thresholds.

xci = <xclim.indicators.atmos._temperature.TX_TN_DAYS_ABOVE object>

class finch.processes.virtual.ensemble.usda_hardiness_zones_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

A climate indice based on a multi-year rolling average of the annual minimum temperature. Developed specifically to aid in determining plant suitability of geographic regions. The USDA classificationscheme divides categories into 10 degree Fahrenheit zones, with 5-degree Fahrenheit half-zones, starting from -65 degrees Fahrenheit and ending at 65 degrees Fahrenheit.

xci = <xclim.indicators.atmos._temperature.USDA_HARDINESS_ZONES object>

class finch.processes.virtual.ensemble.usda_hardiness_zones_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

A climate indice based on a multi-year rolling average of the annual minimum temperature. Developed specifically to aid in determining plant suitability of geographic regions. The USDA classificationscheme divides categories into 10 degree Fahrenheit zones, with 5-degree Fahrenheit half-zones, starting from -65 degrees Fahrenheit and ending at 65 degrees Fahrenheit.

xci = <xclim.indicators.atmos._temperature.USDA_HARDINESS_ZONES object>

class finch.processes.virtual.ensemble.usda_hardiness_zones_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

A climate indice based on a multi-year rolling average of the annual minimum temperature. Developed specifically to aid in determining plant suitability of geographic regions. The USDA classificationscheme divides categories into 10 degree Fahrenheit zones, with 5-degree Fahrenheit half-zones, starting from -65 degrees Fahrenheit and ending at 65 degrees Fahrenheit.

xci = <xclim.indicators.atmos._temperature.USDA_HARDINESS_ZONES object>

class finch.processes.virtual.ensemble.warm_and_dry_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days with temperature above a given percentile and precipitation below a given percentile.

xci = <xclim.indicators.atmos._precip.WARM_AND_DRY_DAYS object>

class finch.processes.virtual.ensemble.warm_and_dry_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days with temperature above a given percentile and precipitation below a given percentile.

xci = <xclim.indicators.atmos._precip.WARM_AND_DRY_DAYS object>

class finch.processes.virtual.ensemble.warm_and_dry_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days with temperature above a given percentile and precipitation below a given percentile.

xci = <xclim.indicators.atmos._precip.WARM_AND_DRY_DAYS object>

class finch.processes.virtual.ensemble.warm_and_wet_days_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days with temperature above a given percentile and precipitation above a given percentile.

xci = <xclim.indicators.atmos._precip.WARM_AND_WET_DAYS object>

class finch.processes.virtual.ensemble.warm_and_wet_days_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days with temperature above a given percentile and precipitation above a given percentile.

xci = <xclim.indicators.atmos._precip.WARM_AND_WET_DAYS object>

class finch.processes.virtual.ensemble.warm_and_wet_days_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days with temperature above a given percentile and precipitation above a given percentile.

xci = <xclim.indicators.atmos._precip.WARM_AND_WET_DAYS object>

class finch.processes.virtual.ensemble.warm_spell_duration_index_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Number of days part of a percentile-defined warm spell. A warm spell occurs when the maximum daily temperature is above a given percentile for a given number of consecutive days.

xci = <xclim.indicators.atmos._temperature.WARM_SPELL_DURATION_INDEX object>

class finch.processes.virtual.ensemble.warm_spell_duration_index_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Number of days part of a percentile-defined warm spell. A warm spell occurs when the maximum daily temperature is above a given percentile for a given number of consecutive days.

xci = <xclim.indicators.atmos._temperature.WARM_SPELL_DURATION_INDEX object>

class finch.processes.virtual.ensemble.warm_spell_duration_index_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Number of days part of a percentile-defined warm spell. A warm spell occurs when the maximum daily temperature is above a given percentile for a given number of consecutive days.

xci = <xclim.indicators.atmos._temperature.WARM_SPELL_DURATION_INDEX object>

class finch.processes.virtual.ensemble.wet_prcptot_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

Total accumulated precipitation on days with precipitation. A day is considered to have precipitation if the precipitation is greater than or equal to a given threshold.

xci = <xclim.indicators.atmos._precip.WET_PRCPTOT object>

class finch.processes.virtual.ensemble.wet_prcptot_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

Total accumulated precipitation on days with precipitation. A day is considered to have precipitation if the precipitation is greater than or equal to a given threshold.

xci = <xclim.indicators.atmos._precip.WET_PRCPTOT object>

class finch.processes.virtual.ensemble.wet_prcptot_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

Total accumulated precipitation on days with precipitation. A day is considered to have precipitation if the precipitation is greater than or equal to a given threshold.

xci = <xclim.indicators.atmos._precip.WET_PRCPTOT object>

class finch.processes.virtual.ensemble.wet_spell_frequency_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The frequency of wet periods of N days or more, during which the accumulated or maximum precipitation over a given time window of days is equal or above a given threshold.

xci = <xclim.indicators.atmos._precip.WET_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.wet_spell_frequency_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The frequency of wet periods of N days or more, during which the accumulated or maximum precipitation over a given time window of days is equal or above a given threshold.

xci = <xclim.indicators.atmos._precip.WET_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.wet_spell_frequency_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The frequency of wet periods of N days or more, during which the accumulated or maximum precipitation over a given time window of days is equal or above a given threshold.

xci = <xclim.indicators.atmos._precip.WET_SPELL_FREQUENCY object>

class finch.processes.virtual.ensemble.wet_spell_max_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The maximum length of a wet period of N days or more, during which the accumulated or maximum precipitation over a given time window of days is equal or above a given threshold.

xci = <xclim.indicators.atmos._precip.WET_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.wet_spell_max_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The maximum length of a wet period of N days or more, during which the accumulated or maximum precipitation over a given time window of days is equal or above a given threshold.

xci = <xclim.indicators.atmos._precip.WET_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.wet_spell_max_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The maximum length of a wet period of N days or more, during which the accumulated or maximum precipitation over a given time window of days is equal or above a given threshold.

xci = <xclim.indicators.atmos._precip.WET_SPELL_MAX_LENGTH object>

class finch.processes.virtual.ensemble.wet_spell_total_length_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The total length of dry periods of N days or more, during which the accumulated or maximum precipitation over a given time window of days is equal or above a given threshold.

xci = <xclim.indicators.atmos._precip.WET_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.wet_spell_total_length_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The total length of dry periods of N days or more, during which the accumulated or maximum precipitation over a given time window of days is equal or above a given threshold.

xci = <xclim.indicators.atmos._precip.WET_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.wet_spell_total_length_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The total length of dry periods of N days or more, during which the accumulated or maximum precipitation over a given time window of days is equal or above a given threshold.

xci = <xclim.indicators.atmos._precip.WET_SPELL_TOTAL_LENGTH object>

class finch.processes.virtual.ensemble.wetdays_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The number of days with daily precipitation at or above a given threshold.

xci = <xclim.indicators.atmos._precip.WETDAYS object>

class finch.processes.virtual.ensemble.wetdays_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The number of days with daily precipitation at or above a given threshold.

xci = <xclim.indicators.atmos._precip.WETDAYS object>

class finch.processes.virtual.ensemble.wetdays_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The number of days with daily precipitation at or above a given threshold.

xci = <xclim.indicators.atmos._precip.WETDAYS object>

class finch.processes.virtual.ensemble.wetdays_prop_Ensemble_Bbox_Process

Bases: XclimEnsembleBboxBase

The proportion of days with daily precipitation at or above a given threshold.

xci = <xclim.indicators.atmos._precip.WETDAYS_PROP object>

class finch.processes.virtual.ensemble.wetdays_prop_Ensemble_GridPoint_Process

Bases: XclimEnsembleGridPointBase

The proportion of days with daily precipitation at or above a given threshold.

xci = <xclim.indicators.atmos._precip.WETDAYS_PROP object>

class finch.processes.virtual.ensemble.wetdays_prop_Ensemble_Polygon_Process

Bases: XclimEnsemblePolygonBase

The proportion of days with daily precipitation at or above a given threshold.

xci = <xclim.indicators.atmos._precip.WETDAYS_PROP object>