Indigo Domotics

Hmmm. I'm afraid that I'm out at this point. You might want to hit the Googles to find out how to install legacy versions of this stuff (if it's even still possible.)

I'm behind the curve while running OS X 10.9.5 and Gnuplot 5.0.0 and, since everything seems to be quite stable and working the way that I want it to, I'm hesitant to change anything!

Dave

Gotcha, thanks. Must be something out there....

Carl

Good luck!
Dave

Well, definitely almost got it working. This script now draws the attached image.
It's missing the filled in areas beneath the temps.

Code: Select all

#! /usr/bin/env gnuplot
# -*- coding: utf-8 -*-

reset

set terminal pngcairo enhanced background "#000000" font "Lato-Light,16" linewidth 2 rounded size 800,400
set output "/Users/TV/10DayForecast.png"
dataFileForecast = "/Users/TV/10DayForecast.csv"
set datafile separator ','
set timefmt "%Y-%m-%d"
stats dataFileForecast using 2:4 nooutput

freezeWarning = 32.
Yhigh = STATS_max_x + 10.
Ylow = STATS_min_y - 10.
freezeLabel = ((freezeWarning-Ylow) / (Yhigh-Ylow))

unset key
set border linetype rgb "#666666"
set boxwidth 0.25 relative
set style fill transparent solid 0.4
set style line 1 linetype rgb "#0066CC"
set style line 2 linetype rgb "#FFFFFF" pointtype 14 pointsize 2
set style line 3 linetype rgb "#666666"
set style line 4 linetype rgb "#FFFF00"
set style line 5 linetype rgb "#333333"

set label "°" right

unset mxtics
set tics textcolor rgb "#666666"

# X Axis
set xdata time
set xtics format "%a" nomirror
set autoscale xfix
set offsets 12*60*60,12*60*60,0,0

# Y Axis
set ytics format "%2f°" nomirror
set yrange [Ylow:Yhigh]
unset ytics
if (32 > Ylow) set label "32°" at graph 0.01,freezeLabel tc rgb "#FFFFFF" font ",10"

# Y2 Axis
set y2tics format "%2.0f%%" nomirror
set y2range [0:100]

plot dataFileForecast using 1:2 with filledcurves above y1=0,\
     dataFileForecast using 1:2:3 with labels textcolor rgb "#FFFFFF",\
     dataFileForecast using 1:4 with filledcurves above y1=0,\
     dataFileForecast using 1:4:5 with labels textcolor rgb "#FFFFFF",\
     dataFileForecast using 1:6 with impulses,\
     freezeWarning with filledcurves above y1=0 linecolor rgb "#0066CC"

I did install Cairo which I guessing is required for this type of chart.

Any idea what might have changed?

Thanks,

Carl

Try making the temperature lines look more like the freezewarning line.

This:

Code: Select all

plot dataFileForecast using 1:2 with filled curves above y1=0 linecolor "#333333" ,\
     dataFileForecast using 1:2:3 with labels textcolor rgb "#FFFFFF",\
     dataFileForecast using 1:4 with filledcurves above y1=0 linecolor "#666666",\
     dataFileForecast using 1:4:5 with labels textcolor rgb "#FFFFFF",\
     dataFileForecast using 1:6 with impulses,\
     freezeWarning with filledcurves above y1=0 linecolor rgb "#0066CC"

Instead of this:

Code: Select all

plot dataFileForecast using 1:2 with filledcurves above y1=0,\
     dataFileForecast using 1:2:3 with labels textcolor rgb "#FFFFFF",\
     dataFileForecast using 1:4 with filledcurves above y1=0,\
     dataFileForecast using 1:4:5 with labels textcolor rgb "#FFFFFF",\
     dataFileForecast using 1:6 with impulses,\
     freezeWarning with filledcurves above y1=0 linecolor rgb "#0066CC"

And so on.

Dave

I replaced that section of code but the result is a blank image.

Code: Select all

#! /usr/bin/env gnuplot
# -*- coding: utf-8 -*-

reset

set terminal pngcairo enhanced background "#000000" font "Lato-Light,16" linewidth 2 rounded size 800,400
set output "/Users/TV/10DayForecast.png"
dataFileForecast = "/Users/TV/10DayForecast.csv"
set datafile separator ','
set timefmt "%Y-%m-%d"
stats dataFileForecast using 2:4 nooutput

freezeWarning = 32.
Yhigh = STATS_max_x + 10.
Ylow = STATS_min_y - 10.
freezeLabel = ((freezeWarning-Ylow) / (Yhigh-Ylow))

unset key
set border linetype rgb "#666666"
set boxwidth 0.25 relative
set style fill transparent solid 0.4
set style line 1 linetype rgb "#0066CC"
set style line 2 linetype rgb "#FFFFFF" pointtype 14 pointsize 2
set style line 3 linetype rgb "#666666"
set style line 4 linetype rgb "#FFFF00"
set style line 5 linetype rgb "#333333"

set label "°" right

unset mxtics
set tics textcolor rgb "#666666"

# X Axis
set xdata time
set xtics format "%a" nomirror
set autoscale xfix
set offsets 12*60*60,12*60*60,0,0

# Y Axis
set ytics format "%2f°" nomirror
set yrange [Ylow:Yhigh]
unset ytics
if (32 > Ylow) set label "32°" at graph 0.01,freezeLabel tc rgb "#FFFFFF" font ",10"

# Y2 Axis
set y2tics format "%2.0f%%" nomirror
set y2range [0:100]

plot dataFileForecast using 1:2 with filled curves above y1=0 linecolor "#333333" ,\
     dataFileForecast using 1:2:3 with labels textcolor rgb "#FFFFFF",\
     dataFileForecast using 1:4 with filledcurves above y1=0 linecolor "#666666",\
     dataFileForecast using 1:4:5 with labels textcolor rgb "#FFFFFF",\
     dataFileForecast using 1:6 with impulses,\
     freezeWarning with filledcurves above y1=0 linecolor rgb "#0066CC"

Thanks,

Carl

Gnuplot may be angry because there is an extra space at the end of the first plot line (between the double quote and the ,\ )

Dave

Fixed that and got a chart back but it's identical to the original issue.

Edit: Correction, must have been a cached image. Still a blank.

Thanks,

Carl

Missed it before.....on the first plot line "filled curves" should be "filledcurves".

Dave

That fix got the image back but unfortunately it still has no filled
areas below the temps.

Code: Select all

plot dataFileForecast using 1:2 with filledcurves above y1=0 linecolor "#333333",\
     dataFileForecast using 1:2:3 with labels textcolor rgb "#FFFFFF",\
     dataFileForecast using 1:4 with filledcurves above y1=0 linecolor "#666666",\
     dataFileForecast using 1:4:5 with labels textcolor rgb "#FFFFFF",\
     dataFileForecast using 1:6 with impulses,\
     freezeWarning with filledcurves above y1=0 linecolor rgb "#0066CC"

Really appreciate the help Dave.

Carl

It does for me; I suspect that there may be an issue with your terminal or with your version of Gnuplot.

No doubt you're right.

Thanks again for all the help!

Carl

To get the fill I had to add (0)in the script:

plot dataFileForecast using 1:6 with impulses linestyle 4 axes x1y2,\
dataFileForecast using 1:2:(0) with filledcurves above y1=0 linestyle 5 axes x1y1,\
dataFileForecast using 1:2 with points linestyle 2 axes x1y1,\
dataFileForecast using 1:2:3 with labels offset 1.75,0.5 textcolor "#FFFFFF" font ",8" axes x1y1,\
dataFileForecast using 1:4:(0) with filledcurves above y1=0 linestyle 3 axes x1y1,\
dataFileForecast using 1:4 with points linestyle 2 axes x1y1,\
dataFileForecast using 1:4:5 with labels offset 1.75,0.5 textcolor "#FFFFFF" font ",8" axes x1y1,\
freezeWarning with filledcurves above y1=0 linestyle 1 axes x1y1

Any possibility of having the python script for the 24 hour forecast (write to csv) posted? (or did I miss it somewhere)

afulki wrote:

To get the fill I had to add (0)in the script:

plot dataFileForecast using 1:6 with impulses linestyle 4 axes x1y2,\
dataFileForecast using 1:2:(0) with filledcurves above y1=0 linestyle 5 axes x1y1,\
dataFileForecast using 1:2 with points linestyle 2 axes x1y1,\
dataFileForecast using 1:2:3 with labels offset 1.75,0.5 textcolor "#FFFFFF" font ",8" axes x1y1,\
dataFileForecast using 1:4:(0) with filledcurves above y1=0 linestyle 3 axes x1y1,\
dataFileForecast using 1:4 with points linestyle 2 axes x1y1,\
dataFileForecast using 1:4:5 with labels offset 1.75,0.5 textcolor "#FFFFFF" font ",8" axes x1y1,\
freezeWarning with filledcurves above y1=0 linestyle 1 axes x1y1

Any possibility of having the python script for the 24 hour forecast (write to csv) posted? (or did I miss it somewhere)

Thanks for figuring this out. Here's my 24 hour forecast python script:

Code: Select all

#! /usr/bin/env python2.6
# -*- coding: utf-8 -*-
'''
filename: hourlyForecast.py

This file generates the necessary CSV file for charting the hourly
forecast. It plots the next 24 values for each data element.

'''

import os.path
from os import system
import subprocess

csv_file_path   = '/Users/.../Dropbox/Public/hourlyForecast.csv'
path_to_gnuplot = '/opt/local/bin/gnuplot /Users/.../Dropbox/Indigo\ Scripts/'
dev             = indigo.devices[1322999615]
date_time       = str(indigo.server.getTime())

hour_1    = str(dev.states["h01_timeLong"])
hour_2    = str(dev.states["h02_timeLong"])
hour_3    = str(dev.states["h03_timeLong"])
hour_4    = str(dev.states["h04_timeLong"])
hour_5    = str(dev.states["h05_timeLong"])
hour_6    = str(dev.states["h06_timeLong"])
hour_7    = str(dev.states["h07_timeLong"])
hour_8    = str(dev.states["h08_timeLong"])
hour_9    = str(dev.states["h09_timeLong"])
hour_10   = str(dev.states["h10_timeLong"])
hour_11   = str(dev.states["h11_timeLong"])
hour_12   = str(dev.states["h12_timeLong"])
hour_13   = str(dev.states["h13_timeLong"])
hour_14   = str(dev.states["h14_timeLong"])
hour_15   = str(dev.states["h15_timeLong"])
hour_16   = str(dev.states["h16_timeLong"])
hour_17   = str(dev.states["h17_timeLong"])
hour_18   = str(dev.states["h18_timeLong"])
hour_19   = str(dev.states["h19_timeLong"])
hour_20   = str(dev.states["h20_timeLong"])
hour_21   = str(dev.states["h21_timeLong"])
hour_22   = str(dev.states["h22_timeLong"])
hour_23   = str(dev.states["h23_timeLong"])
hour_24   = str(dev.states["h24_timeLong"])
temp_1    = str(int(dev.states["h01_temp"]))
temp_2    = str(int(dev.states["h02_temp"]))
temp_3    = str(int(dev.states["h03_temp"]))
temp_4    = str(int(dev.states["h04_temp"]))
temp_5    = str(int(dev.states["h05_temp"]))
temp_6    = str(int(dev.states["h06_temp"]))
temp_7    = str(int(dev.states["h07_temp"]))
temp_8    = str(int(dev.states["h08_temp"]))
temp_9    = str(int(dev.states["h09_temp"]))
temp_10   = str(int(dev.states["h10_temp"]))
temp_11   = str(int(dev.states["h11_temp"]))
temp_12   = str(int(dev.states["h12_temp"]))
temp_13   = str(int(dev.states["h13_temp"]))
temp_14   = str(int(dev.states["h14_temp"]))
temp_15   = str(int(dev.states["h15_temp"]))
temp_16   = str(int(dev.states["h16_temp"]))
temp_17   = str(int(dev.states["h17_temp"]))
temp_18   = str(int(dev.states["h18_temp"]))
temp_19   = str(int(dev.states["h19_temp"]))
temp_20   = str(int(dev.states["h20_temp"]))
temp_21   = str(int(dev.states["h21_temp"]))
temp_22   = str(int(dev.states["h22_temp"]))
temp_23   = str(int(dev.states["h23_temp"]))
temp_24   = str(int(dev.states["h24_temp"]))
precip_1  = str(int(dev.states["h01_precip"]))
precip_2  = str(int(dev.states["h02_precip"]))
precip_3  = str(int(dev.states["h03_precip"]))
precip_4  = str(int(dev.states["h04_precip"]))
precip_5  = str(int(dev.states["h05_precip"]))
precip_6  = str(int(dev.states["h06_precip"]))
precip_7  = str(int(dev.states["h07_precip"]))
precip_8  = str(int(dev.states["h08_precip"]))
precip_9  = str(int(dev.states["h09_precip"]))
precip_10 = str(int(dev.states["h10_precip"]))
precip_11 = str(int(dev.states["h11_precip"]))
precip_12 = str(int(dev.states["h12_precip"]))
precip_13 = str(int(dev.states["h13_precip"]))
precip_14 = str(int(dev.states["h14_precip"]))
precip_15 = str(int(dev.states["h15_precip"]))
precip_16 = str(int(dev.states["h16_precip"]))
precip_17 = str(int(dev.states["h17_precip"]))
precip_18 = str(int(dev.states["h18_precip"]))
precip_19 = str(int(dev.states["h19_precip"]))
precip_20 = str(int(dev.states["h20_precip"]))
precip_21 = str(int(dev.states["h21_precip"]))
precip_22 = str(int(dev.states["h22_precip"]))
precip_23 = str(int(dev.states["h23_precip"]))
precip_24 = str(int(dev.states["h24_precip"]))

csv_file = open(csv_file_path, "w")
element = (
    hour_1  + "," + temp_1  + "," + precip_1  + "," + temp_1  + "°\n" +
    hour_2  + "," + temp_2  + "," + precip_2  + "," + temp_2  + "°\n" +
    hour_3  + "," + temp_3  + "," + precip_3  + "," + temp_3  + "°\n" +
    hour_4  + "," + temp_4  + "," + precip_4  + "," + temp_4  + "°\n" +
    hour_5  + "," + temp_5  + "," + precip_5  + "," + temp_5  + "°\n" +
    hour_6  + "," + temp_6  + "," + precip_6  + "," + temp_6  + "°\n" +
    hour_7  + "," + temp_7  + "," + precip_7  + "," + temp_7  + "°\n" +
    hour_8  + "," + temp_8  + "," + precip_8  + "," + temp_8  + "°\n" +
    hour_9  + "," + temp_9  + "," + precip_9  + "," + temp_9  + "°\n" +
    hour_10 + "," + temp_10 + "," + precip_10 + "," + temp_10 + "°\n" +
    hour_11 + "," + temp_11 + "," + precip_11 + "," + temp_11 + "°\n" +
    hour_12 + "," + temp_12 + "," + precip_12 + "," + temp_12 + "°\n" +
    hour_13 + "," + temp_13 + "," + precip_13 + "," + temp_13 + "°\n" +
    hour_14 + "," + temp_14 + "," + precip_14 + "," + temp_14 + "°\n" +
    hour_15 + "," + temp_15 + "," + precip_15 + "," + temp_15 + "°\n" +
    hour_16 + "," + temp_16 + "," + precip_16 + "," + temp_16 + "°\n" +
    hour_17 + "," + temp_17 + "," + precip_17 + "," + temp_17 + "°\n" +
    hour_18 + "," + temp_18 + "," + precip_18 + "," + temp_18 + "°\n" +
    hour_19 + "," + temp_19 + "," + precip_19 + "," + temp_19 + "°\n" +
    hour_20 + "," + temp_20 + "," + precip_20 + "," + temp_20 + "°\n" +
    hour_21 + "," + temp_21 + "," + precip_21 + "," + temp_21 + "°\n" +
    hour_22 + "," + temp_22 + "," + precip_22 + "," + temp_22 + "°\n" +
    hour_23 + "," + temp_23 + "," + precip_23 + "," + temp_23 + "°\n" +
    hour_24 + "," + temp_24 + "," + precip_24 + "," + temp_24 + "°")

csv_file.write(element)
csv_file.close()

proc = subprocess.Popen(path_to_gnuplot + 'hourlyForecast.gp', stdout=subprocess.PIPE, stderr=subprocess.PIPE, shell=True)
out, err = proc.communicate()

if len(err) >= 1:
    self.errorLog(u"hourlyForecast.py: error = %s" % err)
else:
    indigo.server.log(u"hourlyForecast.py: Hourly forecast charts data updated.")


It's also still awfully literal at this point. While this helps to make it easy to understand, from an elegance standpoint, a 1-24 counter would reduce the lines needed.
Dave

EDIT: "I'll probably update mine to remove the reference to the shell in the Curl command as I don't think it's needed here." Scratch that. Removing the shell reference causes the script to bomb.

Thanks Dave,

one more fix if you change points to linespoints you get the solid line above the fill

e.g.
this dataFileForecast using 1:4 with points linestyle 2 axes x1y1,\
to dataFileForecast using 1:4 with linespoints linestyle 2 axes x1y1,\