That is a very interesting observation.
There are apps for everything but first you have to find one that does exactly what you want, then download it securely making sure it has no nasties in the software, then pay for it or accept ads, then take up memory on your computer and real estate on your screen and then learn how to use it.
Not so with AI. You just tell it what to do in ordinary language. I choose to use trigger words to follow a rule that I have already asked AI to remember.
So for example if I type âxconv 2 tsp honeyâ into the text box it will work out how many grams of honey there is in 2 teaspoons full.
If I also want it to calculate the nutritional value of that amount of honey I use two trigger words e.g. âxfood xconv 2 tsp honeyâ it will not only calculate how many grams of honey I have but how many cals, carbs, protein there is in that amount of honey.
If the ingredients are in French, I can use another trigger word to translate it to English e.g. âfxe xfood xconv 2 cuillères Ă cafĂŠ de mielâ The following is exactly the answer CoPilot gave in reply this morning when I tested it
fxe + xfood + xconv â translate + convert + compute nutrition
Because the text begins with fxe, I first translate French â English. Then, because xconv and xfood also appear, I combine the rules:
Translate
Convert the quantity to grams
Compute calories, carbs, protein for that gram amount
1. Translation (fxe) â2 cuillères Ă cafĂŠ de mielâ â â2 teaspoons of honeyâ
2. Conversion (xconv)
Typical density of honey: 1 teaspoon â 7 g
So: 2 teaspoons Ă 7 g = 14 g of honey
3 . Nutrition for 14 g honey (xfood)
Standard honey nutrition per 100 g:
Calories: ~304 kcal
Carbohydrates: ~82 g
Protein: ~0.3 g
Now scale to 14 g:
Calories: â â 43 kcal
Carbohydrates: g
Protein: g â â 0 g
Final Output
2 teaspoons of honey = 14 g â 43 kcal, 11.5 g carbs, 0 g protein
These are just my rules and the trigger words I chose to use to implement those rules. You obviously make your own.
For example xid could be used to identify the latin name, common English names and common French names of a plant that you upload a photo of.
Or xcost followed by two place names could be used to calculate the cost of driving between those two places based on your own carâs consumption and the price you expect to pay for petrol defined in the rule you create.
It just depends on how much imagination you have to get the most out of AI.