android.permission.GET_ACCOUNTS: for GoogleDrive synchronization
In addition to have the freedom to choose the font size, background color sticky notes and other basic functions, we also offer the following powerful features.
1, notes sent directly to your phone supports the desktop, users can easily view the information.
2, notes can share directly to the micro-Bo, qq space and directly through SMS.
3, to provide notes reminders, afraid to miss important things.
4, support for list mode for users to manage various matters.
5, has backed up to sd card function, to ensure data is not lost.
6, folder mode, can help users manage a variety of classified matters.
7, in the notes when on a phone number. Long-press to dial.
Calendar, Wake up, Birthday, Anniversary, Credit, Rotating shifts, Medicine, Utilities, Daily, Weekly, Monthly, Quarterly, Yearly, Custom, etc.
ZDclock is a ringing evernote. With it,you don't have to remember what matters or check notes from time to time. ZDclock will remind you at the right time.
Life is too short to be in a hurry. Just make it easy:)Any question please feel free to contact us. Our supporting email is firstname.lastname@example.org.
★Calendar (Make days clear)
★Wake up (Record your unique ringtones)
★Birthday (My VIP list)
★Anniversary (Special days in life)
★Credit card (Good credit is a great fortune)
★Rotating shifts (Unique feature)
★Utilities (Really easy to forget)
★Rents (To be a good tenant)
★Countdown (Green hand for cooking, exercise for good health)
★Party (Don't be late)
★Medicine (Get well soon)
★Bank loans (So many bills to pay)
★Greetings (Don't neglect family&friends even on busy days)
★Conference (Interesting coferences are too rare to miss)
★Custom alarm (Just DIY)
stopwatch is an excellent Stop Watch App that has (3) three operating modes. Lap timer, Count-down timer and Stop-watch.
Click or tap the menu when in application for many more options and settings. You can swipe left or right to change modes easly.
◊ Three modes, countdown, lap and stopwatch.
◊ Send and share your application results.
◊ built-in email or send results feature.
◊ Slide screen to change modes of operation.
◊ Countdown timer, lap timer, stopwatch all included.
◊ Lap timer also counts laps completed on selection.
◊ Sensor, start stop options under menu.
◊ many more options under the options menu.
◊ No ads or banners.
◊ Free Updates
Email us any questions, please rate the new code. Thank you very much for your purchase. Your helping us helps others with all our applications.
Add your memorable days!
You can choose your own type.
It reminds you of the day, before one month, week and day.
One more thing!
Don't forget add app widgets in your home screen~
Design by namss
- Starting day is changed (0 -> 1)
D-2, D-1, D-day, 2 days, 3 days...
- Widget resizing (Android 4.1+ available)
- Widget opacity setting
- Sync days with Google Drive Account (require Google Play Service)
- Android 2.3 support
- Text day list view
- Several design improvement
every years notification
To help translate another language.
To be a beta tester
1. Join our Google+ Community - https://plus.google.com/communities/107693057796304214768
2. Opt-in to the beta - https://play.google.com/apps/testing/net.muik.days
3. Uninstall and reinstall 365 Days
countdown widget, countup widget, event counter
Note this app count events down in view of days.
This is a tiny but useful app let you count down for your big days, you can setup some events and maybe with some repeat (weekly, monthly, yearly) option.
language supported: English, Traditional Chinese, Chinese
*How to enable: http://www.brighthub.com/mobile/google-android/articles/48646.aspx
*Click the widget to change the end date.
．Set time with speech languages (English, Chinese…).
．Set alert intervals.
．Runs in background.
．Record timer settings.
WARNING: If you use task killer, talking timer may not working.
Keywords : Timer, Counter, Voice alert, Alarm, Stopwatch,Talk timer, Talk, Clock, Time.
All you need to do is swipe to set the time, and you're all done. Perfect when you're cooking food, preparing speeches and all the other cool things you need to time.
How to start a timer:
Swipe the handles to set the time and press start. Done.
How to start a stopwatch:
Don't swipe the handles, just press start. Done.
The time is always displayed in a notification and with the beautiful Holo theme in dark and light it's the best looking timer app out there!
Buy the full awesome version and get all these features:
- No Ads
- Create multiple timers in different tabs
- Name your timers so you can keep track of them all
- Save timers and reuse them, over and over again
- You get all new features that's being developed
..and the fullversion is only like 1$
- Countdown timer
- Multiple timers (only in full version)
- Get notifications in your status bar
- See current timers in your status bar
- The new Android design on all devices from version 2.3.3 Gingerbread
- Dark and light theme
- Enable / disable vibration
- Enable / disable alarm
- Change alarm sound
- Change alarm interval
- Ads (only in free version)
More from developer
* 106 elements catagorized according to the following characteristics:
- solid / liquid / gas
- synthetically created
- non metals / alkali metals / alkali earth metals / transition metals / metalloids / halogens / noble gases / rear earth metals.
* tap each of the elements to view 22 of its basic properites:
- atomic number
- mass number
- atomic mass
- oxidation states
- electron configuration
- melting point
- boilong opint
- deltaH vaporization
- delta H fusion
- specific heat
- atomic volume
- atomic radius
- covalent radius
- thermal conductivity
- electrical conductivity
- ionization potential
- oxide type
* zoomable screen.
* no permissions required.
* great for students.
The first ("direct") geodetic problem is defined in the following manner: given a point (in terms of latitude and longitude) and a direction ("azimuth") and distance from that point to a second point, determine the location (in terms of latitude and longitude) of the second point.
The second ("inverse") problem is defined in the following manner: given two points (in terms of latitude and longitude), determine the direction ("azimuth") and length of a line (in our case, both a geodesic curve (a great circle) and a rhumb line) that connects them.
*To solve the first ("direct") geodetic problem, simply enter the origin point, fill direction and azimuth fields and press the Calculate button.
*To solve the second ("inverse") geodetic problem, simply enter the origin and destination points and press the Calculate button.
*In order to change the units in which the input or output fields are given, simply choose a different measurment unit and press the Calculate button.
*Geoid Altitude output field rtepresents the height of the local geoid (EGM96 = Earth Gravity Model 1996) above mean sea level at the origin and destination.
*Forward output field represents the azimuth from origin point to destination point.
*Backward output field represents the azimuth from destination point to origin point.
*Direct output field represents the length of a straight line ("geodesic curve" / "great circle") connecting the origin and destination point, along the reference ellipsoid.
*Rhumb output field represents the length of a rhumb line connecting the origin point to the destination point, along the "meridional earth spheroid model" (radius of 6367.445[km]).
*Latitude and Longitude output fields represent the location of the point located at a given azimuth and distance from the origin point (they are given in degrees with a decimal notation).
*Origin and Destination points location can be entered in two different notations:
> degrees decimal notation: choosing "decimal" would require the location input field to be entered in degrees in decimal notation, eg.: 32.156845 or -4.563542.
> degrees/minutes/seconds notation: choosing "d/m/s" would require the location input field to be entered in degrees/minutes/seconds notation, eg.: 32 50 6 or -14 29 50. notice that a space should be enter between the degrees, minutes and seconds.
*Longitude is given in the boundary of [-180.0, 180.0] degrees. Negative longitude represents the western hemisphere and positive longitude represents the eastern hemisphere.
*Latitude is given in the boundary of [-90.0, 90.0] degrees. Negative latitude represents the southern hemisphere and positive latitude represents the northern hemisphere.
*If the origin and destination points are the same, than the distance between them would be zero, and the azimuth between them would be NaN ("not a number").
*If the distance entered by the user is such that the reference ellipsoid would be encircled, than the calculator would take it into consideration.
*Output fields are labeled using indent font, to seperate them from input fiields.
*Geoid altitude is calculated using a bilinear interpolation performed upon a 0.25 degrees grid of point value in a "tide-free" system. The Geoid is given relative ot the WGS84 ellipsoid. Maximum error in Geoid altitude is one meter.
*Rhumb line distance is calculated using earth spheroid radius of 6367435[km]. Deviation from other calculators might originate from the usage of a different earth radius.
The only atmospheric calculator that allows the complete and
exact calculation of each of the "1976 standard atmosphere"
28 parameters as a function of each of the other parameters!
Tired of calculating pressure or gravitational acceleration solely out of altitude?
well, now you can enter the desired pressure or gravitational acceleration and get the the atmospheric parameters which correspond to the lowest geopotential altitude. This is done for the entire 7 layers of the atmosphere (altitudes up to 84km / 280kft)
The atmospheric calculator parameters include:
- geometric altitude
- geopotential altitude
- lapse rate
- temperature ratio
- molecular temperature
- kinetic temperature
- mean molecular weight ratio
- mean molecular weight
- pressure ratio
- density ratio
- gravitational acceleration ratio
- gravitational acceleration
- dynamic viscosity ratio
- dynamic viscosity
- kinematic viscosity ratio
- kinematic viscosity
- speed of sound ratio
- speed of sound
- pressure scale height
- number density
- mean air-particle speed
- mean collision frequency
- mean free path
- thermal conductivity ratio
- thermal conductivity coefficient
- mole volume
Each of these parameters is given in metric and english units.
* Extrapolation is allowed(!) and performed for geometric altitudes from zero down to -5km.
* results for geometric altitudes between 80km and 86km are corrected for mean molecular weight ration which is not 1. Note that many 1976 standard atmosphere tables are not corrected according to the mean molecular weight ratio, but they do mention that this correction should be done.
p.s. network access is for ads.