task_plotweather Namespace Reference

Functions
def	jm_clip_Yticks
	hides the extreme Y-axis ticks, helps stack plots close together without labels overlaping
def	jm_set_Ylabel_pos
	sets the position of the y-axis label to the right side of the plot, can also move up/down
def	jm_set_Ylim_ticks
	fixed y-ticks, from myMin to myMax
def	jm_set_Yvar_ticks
	variable y-ticks, but not more than 1+ this argument
def	Tau_K_Calc
	calculates K-band zenith opacity from temperature and dewpoint
def	jm_sunEL
	calculates elevation of the sun
def	plotweather
	gets and plots data from the weather table of the given MS

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Function Documentation

def task_plotweather.jm_clip_Yticks

(

)

hides the extreme Y-axis ticks, helps stack plots close together without labels overlaping

Definition at line 21 of file task_plotweather.py.

Referenced by jm_set_Ylim_ticks(), and jm_set_Yvar_ticks().

def task_plotweather.jm_set_Ylabel_pos

(

pos = (0.5,0.5

)

sets the position of the y-axis label to the right side of the plot, can also move up/down

Definition at line 35 of file task_plotweather.py.

Referenced by plotweather().

def task_plotweather.jm_set_Ylim_ticks	(		myMin = -1,
			myMax = 1
	)

fixed y-ticks, from myMin to myMax

Definition at line 44 of file task_plotweather.py.

References jm_clip_Yticks().

Referenced by plotweather().

def task_plotweather.jm_set_Yvar_ticks

(

myScale = 4

)

variable y-ticks, but not more than 1+ this argument

Definition at line 54 of file task_plotweather.py.

References jm_clip_Yticks().

Referenced by plotweather().

def task_plotweather.jm_sunEL

(

mytime

)

calculates elevation of the sun

Definition at line 73 of file task_plotweather.py.

Referenced by plotweather().

def task_plotweather.plotweather	(		vis = '',
			seasonal_weight = 0.5,
			doPlot = True,
			plotName = ''
	)

gets and plots data from the weather table of the given MS

Definition at line 81 of file task_plotweather.py.

References jm_set_Ylabel_pos(), jm_set_Ylim_ticks(), jm_set_Yvar_ticks(), jm_sunEL(), irc_cs_task_regression.max, and Tau_K_Calc().

def task_plotweather.Tau_K_Calc	(		D,
			T,
			day,
			weights = (.5,.5
	)

calculates K-band zenith opacity from temperature and dewpoint

Definition at line 61 of file task_plotweather.py.

Referenced by plotweather().