Apps Like HALP - Random Decision Maker for iPhone and iPad
Choose between options
Solves -making by letting users input up to 4 options. Generates a choice from the selected items. Provides a simple interface for quick decisions. Offers a straightforward method to resolve minor dilemmas.
by BAD DIGITAL LLC★ 4.754 ratingsProductivityFreeData updated 2026-09-06
Enter participant names and select winners randomly. Manage details, set entry rules, and generate results. Share winner announcements directly via social media or email. Track history and export data for records.
Translate words or phrases between and English with instant, accurate results. Use a simple interface to input text and view translations. Save frequently used terms for quick access.
Organizes device storage by categorizing media into Similar Photos, Blurry Photos, Screenshots, and Similar Videos. Allows deletion or hiding of items. Provides a private space for secure file storage.
Track game scores without pen or paper. Add or rename players by long pressing squares. Input scores as gameplay progresses. Reset scores after each game to start fresh.
Randomize numbers, letters, dice, yes or no, coins, cards, and Rock Paper Scissors. Generate random outcomes for games, decisions, or creative projects. Share results directly or save history.
View load and unload , elevator and plant operating hours, and nearby ADM locations via GPS. Set favorite locations for notifications. Track real-time data to inform decision-making.
Create to memorize definitions and terminology. Add images to enhance visualization. Use AI to generate instantly. Review cards with spaced repetition to improve retention. Share with others for collaborative learning.
Calculates LED screen specifications based on manufacturer, model, and size units. It provides pixel count, dimensions, weight, and power consumption. Generates printable reports and pixel grid layouts for content mapping.
Pendulum motion governed by differential equations.
The app solves differential equations for a double pendulum using the Runge-Kutta method. Users can influence the pendulum's movement by positioning their device.