enable meteor m2 night passes

receive_meteor.sh

@@ -9,11 +9,6 @@
 PASS_START=$(expr "$5" + 90)
 SUN_ELEV=$(python3 "$NOAA_HOME"/sun.py "$PASS_START")
 
-if [ "${SUN_ELEV}" -lt "${SUN_MIN_ELEV}" ]; then
-	log "Sun elev is too low. Meteor IR radiometers are not working" "INFO"
-	exit 0
-fi
-
 if pgrep "rtl_fm" > /dev/null
 then
 	log "There is an already running rtl_fm instance but I dont care for now, I prefer this pass" "INFO"
@@ -49,7 +44,22 @@ medet_arm "${METEOR_OUTPUT}/${3}.qpsk" "${METEOR_OUTPUT}/${3}" -cd
 rm "${METEOR_OUTPUT}/${3}.qpsk"
 
 if [ -f "${METEOR_OUTPUT}/${3}.dec" ]; then
-    log "I got a successful ${3}.dec file. Creating false color image" "INFO"
+    if [ "${SUN_ELEV}" -lt "${SUN_MIN_ELEV}" ]; then
+        log "I got a successful ${3}.dec file. Decoding APID 68" "INFO"
+        medet_arm "${METEOR_OUTPUT}/${3}.dec" "${METEOR_OUTPUT}/${3}-122" -r 65 -g 65 -b 68 -s -d
+        convert "${METEOR_OUTPUT}/${3}-122_0.bmp" "${NOAA_OUTPUT}/images/${3}-122.jpg"
+        python3 "${NOAA_HOME}/rectify.py" "${NOAA_OUTPUT}/image/${FOLDER_DATE}/${3}-122.jpg"
+        rm "${METEOR_OUTPUT}/${3}-122_1.bmp"
+        rm "${METEOR_OUTPUT}/${3}-122_2.bmp"
+    else
+        log "I got a successful ${3}.dec file. Creating false color image" "INFO"
+        medet_arm "${METEOR_OUTPUT}/${3}.dec" "${METEOR_OUTPUT}/${3}-122" -r 65 -g 65 -b 64 -d
+        convert "${METEOR_OUTPUT}/${3}-122.bmp" "${NOAA_OUTPUT}/images/${3}-122.jpg"
+        rm "${METEOR_OUTPUT}/${3}-122.bmp"
+        rm "${METEOR_OUTPUT}/${3}.bmp"
+        log "Rectifying image to adjust aspect ratio" "INFO"
+        python3 "${NOAA_HOME}/rectify.py" "${NOAA_OUTPUT}/images/${3}-122.jpg"
+    fi
     medet_arm "${METEOR_OUTPUT}/${3}.dec" "${METEOR_OUTPUT}/${3}-122" -r 65 -g 65 -b 64 -d
     convert "${METEOR_OUTPUT}/${3}-122.bmp" "${NOAA_OUTPUT}/image/${FOLDER_DATE}/${3}-122.jpg"
     log "Rectifying image to adjust aspect ratio" "INFO"

rectify.py

@@ -73,11 +73,16 @@ def wthread(rectified_width, corr, endrow, startrow):
 
             # Linearly interpolate
             for i in range(delta):
-                interp_r = int((start_px[0]*(delta-i) + end_px[0]*i) / delta)
-                interp_g = int((start_px[1]*(delta-i) + end_px[1]*i) / delta)
-                interp_b = int((start_px[2]*(delta-i) + end_px[2]*i) / delta)
-
-                rectified_pixels[cur_col, row] = (interp_r, interp_g, interp_b)
+                # For night passes of Meteor the image is just gray level and
+                # start_px and end_px being an int instead of a tuple
+                if type(start_px) != int:
+                    interp_r = int((start_px[0]*(delta-i) + end_px[0]*i) / delta)
+                    interp_g = int((start_px[1]*(delta-i) + end_px[1]*i) / delta)
+                    interp_b = int((start_px[2]*(delta-i) + end_px[2]*i) / delta)
+                    rectified_pixels[cur_col,row] = (interp_r, interp_g, interp_b)
+                else:
+                    interp = int((start_px*(delta-i) + end_px*i) / delta)
+                    rectified_pixels[cur_col,row] = interp
                 cur_col += 1
 
             start_px = end_px
@@ -94,11 +99,16 @@ def wthread(rectified_width, corr, endrow, startrow):
 
             # Linearly interpolate
             for i in range(delta):
-                interp_r = int((start_px[0]*(delta-i) + end_px[0]*i) / delta)
-                interp_g = int((start_px[1]*(delta-i) + end_px[1]*i) / delta)
-                interp_b = int((start_px[2]*(delta-i) + end_px[2]*i) / delta)
-
-                rectified_pixels[cur_col, row] = (interp_r, interp_g, interp_b)
+                # For night passes of Meteor the image is just gray level and
+                # start_px and end_px being an int instead of a tuple
+                if type(start_px) != int:
+                    interp_r = int((start_px[0]*(delta-i) + end_px[0]*i) / delta)
+                    interp_g = int((start_px[1]*(delta-i) + end_px[1]*i) / delta)
+                    interp_b = int((start_px[2]*(delta-i) + end_px[2]*i) / delta)
+                    rectified_pixels[cur_col,row] = (interp_r, interp_g, interp_b)
+                else:
+                    interp = int((start_px*(delta-i) + end_px*i) / delta)
+                    rectified_pixels[cur_col,row] = interp
                 cur_col -= 1
 
             start_px = end_px