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r_bash

20 March 2024 23:15

12))

# Calculate hourly intervals for the day period
hour_day_1=$(date -d "$HOUR_SUNRISE:$MINUTES_SUNRISE today + 0 minutes" +'%H:%M')

for i in {2..12}; do
minutes_x=$(( "$DAYLIGHT_PERIOD" * ($i - 1) ))
hour_day=$(date -d "$HOUR_SUNRISE:$MINUTES_SUNRISE today + ${minutes_x} minutes" +'%H:%M')
eval "hour_day_$i='$hour_day'"
done

# Calculate hourly intervals for the night period
hour_night_1=$(date -d "$HOUR_SUNSET:$MINUTES_SUNSET today + 0 minutes" +'%H:%M')

for i in {2..12}; do
minutes_nx=$(( "$NIGHT_PERIOD" * ($i - 1) ))
hour_night=$(date -d "$HOUR_SUNSET:$MINUTES_SUNSET today + ${minutes_nx} minutes" +'%H:%M')
eval "hour_night_$i='$hour_night'"
done

# Assign calculated hours to variables start1 through start24
for i in {1..24}; do
if [ "$i" -le 12 ]; then
eval "start$i=\$hour_day_$i"
else
j=$((i - 12)) # Adjust index for night hours
eval "start$i=\$hour_night_$j"
fi
done

# Transition threshold: Determines when the day transitions to the next in terms of planetary influence.
TRANSITION_THRESHOLD="$HOUR_SUNRISE:$MINUTES_SUNRISE"

# Get current time
NOW_TIME=$(date +%H:%M)

# Calculate current day of the week (1 is Monday, 7 is Sunday)
CURRENT_WEEKDAY=$(date +%u)

# Adjust current day based on the time threshold
if [[ "$NOW_TIME" < "$TRANSITION_THRESHOLD" ]]; then
if [[ "$CURRENT_WEEKDAY" -eq 1 ]]; then
CURRENT_WEEKDAY=7
else
CURRENT_WEEKDAY=$((CURRENT_WEEKDAY - 1))
fi
fi

day_of_week="$CURRENT_WEEKDAY"

# Assign the corresponding planet symbol to the current day.
# Use sed to set the variable corresponding to the current day to 1 within the first 15 lines
case $day_of_week in
1) symbol="$MOON" ; sed -i '1,15s/MONDAY_MOON_=0/MONDAY_MOON_=1/' ;;
2) symbol="$MARS" ; sed -i '1,15s/TUESDAY_MARS_=0/TUESDAY_MARS_=1/' "$FILE" ;;
3) symbol="$MERCURY" ; sed -i '1,15s/WEDNESDAY_MERCURY_=0/WEDNESDAY_MERCURY_=1/' "$FILE" ;;
4) symbol="$JUPITER" ; sed -i '1,15s/THURSDAY_JUPITER_=0/THURSDAY_JUPITER_=1/' "$FILE" ;;
5) symbol="$VENUS" ; sed -i '1,15s/FRIDAY_VENUS_=0/FRIDAY_VENUS_=1/' "$FILE" ;;
6) symbol="$SATURN" ; sed -i '1,15s/SATURDAY_SATURN_=0/SATURDAY_SATURN_=1/' "$FILE" ;;
7) symbol="$SUN" ; sed -i '1,15s/SUNDAY_SUN_=0/SUNDAY_SUN_=1/' "$FILE" ;;
*) symbol="Unknown" ;;
esac

# Print the symbol if DAY_OF_WEEK_ is enabled
if [ "$DAY_OF_WEEK_" -eq 1 ]; then
echo -n "$symbol"
fi

# Get current time in HH:MM format
current_time=$(date +%H:%M)

# Function to check the current time against start and end times to determine the governing planet
check_time() {
# Converting hours to minutes since midnight for easier comparison
local start_minutes=$((10#${1:0:2} * 60 + 10#${1:3:2}))
local end_minutes=$((10#${2:0:2} * 60 + 10#${2:3:2}))
local current_minutes=$((10#${current_time:0:2} * 60 + 10#${current_time:3:2}))

# Handles the case of an interval that crosses midnight
if [[ "$end_minutes" -le "$start_minutes" ]]; then
# If the current time is before midnight and the interval ends after midnight
if [[ "$current_minutes" -gt "$start_minutes" || "$current_minutes" -lt "$end_minutes" ]]; then
echo -n "$3"
fi
else
# Normal interval, which doesn't cross midnight
if [[ "$current_minutes" -gt "$start_minutes" && "$current_minutes" -lt "$end_minutes" ]]; then
echo -n "$3"
fi
fi
}

# Define functions for each day to check planetary hours
check_planetary_hours() {
local day_planets=("$@") # Receives the planets for the specific day
local starts=(
"$start1" "$start2" "$start3" "$start4" "$start5" "$start6"
"$start7" "$start8" "$start9" "$start10" "$start11"