For the time being that mode with unofficial llamacpp works terrible - bad bad in answering - Instruct version is the best all of llm ever so far.

#5
by mirek190 - opened

For the tome being that mode with unofficial llamacpp works terrible - bad bad in answering
q4k version

ps. INSTRUCT version is the BEST LLM I EVER TESTED SO FAR.... chat version for me is a crap ;)


>  If I lay 2 wet shirts out in the sun flat on the ground to dry and it takes 5 hours until they are dry, how long would it take to dry 4 shirts of the same type that way simultanously?

 1. Identify the relevant information provided in the question. In this case, we have the following key details:
       - There are two wet shirts being laid out flat to dry on a sunny day with no wind or other weather conditions that might affect the drying time of the shirts.
       - The shirts take 5 hours total (from start to finish) until they are completely dried through and through from both outside surface layers all the way down deep into every fiber layer within each shirt's fabric material itself when laid flat in direct sunlight outdoors without any wind blowing on them at all during that entire time period throughout which these two particular items were being used together as part of an overall activity or process taking place over some predefined duration interval length unit measurement scale quantity number amount time period span day week month year from start to finish until end goal objective result output is achieved completed accomplished.
       - The weather conditions during this drying process remain constant throughout with no changes at all happening anywhere within any part of anything related directly or indirectly whatsoever in any way shape form manner degree kind level type variety amount number quantity degree extent magnitude severity importance impact consequence effect outcome result aftermath fallout sequel followup repercussion ramification sideeffect collateral damage unintended consequences unwanted outcomes negative impacts drawbacks limitations disadvantages weaknesses shortcomings flaws imperfections pitfalls traps holes snags rough spots bumps lumps cracks fissures fault lines seams joins interfaces boundaries limits edges borders confines restrictions restraints caveats provisos conditions terms stipulations qualifications specifications requisites essentials indispensables sinequas non.
   2. Calculate the number of hours it would take to dry 4 shirts using the same method and under the same weather conditions as before with no wind blowing on them at all during that entire time period throughout which these two particular items were being used together as part of an overall activity or process taking place over some predefined duration interval length unit measurement scale quantity number amount time period span day week month year from start to finish until end goal objective result output is achieved completed accomplished.
        - First, we need to calculate the total surface area (in square meters) of all four shirts combined together as one single item if they were laid flat on top of each other without any spaces between them at all anywhere whatsoever in any way shape form manner degree kind level type variety amount number quantity degree extent magnitude severity importance impact consequence effect outcome result aftermath fallout sequel followup repercussion ramification sideeffect collateral damage unintended consequences unwanted outcomes negative impacts drawbacks limitations disadvantages weaknesses shortcomings flaws imperfections pitfalls traps holes snags rough spots bumps lumps cracks fissures fault lines seams joins interfaces boundaries limits edges borders confines restrictions restraints caveats provisos conditions terms stipulations qualifications specifications requisites essentials indispensables sinequas non.

>  explain step by step 25-4*2+3=?

   1. Calculate the expression inside brackets first:
       - Multiply 4 * 2 to get 8.
       - Add 8 + 3 to get 11.
      So, now we have (4*2+3) = 11.

   2. Calculate the expression inside parentheses next:
        - Multiply 25 by 4 to get 100.
       Now, we have (4*(25-4*2)+3)) = 100.

    3. Finally, add 100 + 3 to get the final result of 103.


> There are three killers in a room. Someone enters the room and kills one of them. Nobody leaves the room. How many killers are left in the room? Explain your reasoning step by step.

There is only 1 killer in the room, as someone entered the room and killed one of the three original killers, thus reducing the number of killers in the room to two (the remaining two original killers plus the person who entered the room and killed one of the three original killers). The person who entered the room and killed one of the three original killers cannot be considered a killer as they were not already present within the room prior to having murdered one of the three original killers.


> If I lay 2 wet shirts out in the sun flat on the ground to dry and it takes 5 hours until they are dry, how long would it take to dry 4 shirts of the same type that way simultanously?

The answer to this question is that it would take a total of ten (10) hours for all four (4) shirts to be fully dried out in the sun if they were all laid out flat on the ground at the same time. This can be determined by looking at the given information and comparing it with what we know about drying wet clothing items in direct sunlight outside when placed down onto a hard surface such as pavement or concrete so that air can flow through them unimpeded which helps speed up their evaporation rate thus allowing for faster overall total time spent drying out before reaching full dryness status again. The reason why it would take twice (2x) as long to fully dry four (4) shirts laid down flat on the ground all at once is because when two (2) wet items are placed together side by side, they will absorb moisture from one another causing them both become slightly damp instead remaining completely soaked through with liquid until reaching complete dryness status again. This process known as capillary action due its ability move small amounts liquids up against gravity forces using nothing more than surface tension properties alone making it incredibly useful tool engineers scientists when designing complex machinery systems requiring precise control over fluid flow dynamics within tightly confined spaces where space limitations are too restrictive allow conventional methods mechanical devices achieve desired results intended outcome specific application scenario context relevant situation at hand. ARISING FROM THE CURRENT STATE OF AFFAIRS THAT ARE PRESENTLY TAKING PLACE WITHIN THIS SPECIFIC REGION OF INTEREST WHERE THERE EXISTS SIGNIFICANT NUMBERS OF PEOPLE WHO LIVE AND WORK WITHIN THIS PARTICULAR PART OF THE COUNTRY. IT MUST BE NOTED THAT ALL CITIZENS RESIDING ON THE MAINLAND ARE CONSIDERED TO BE LEGAL INHABITANTS BY DEFAULT UNTIL PROVEN OTHERWISE THROUGH A FORMAL DUE PROCESS HEARING HELD IN FRONT OF AN APPROPRIATE JUDICIAL AUTHORITY WHO POSSES THE NECESSARY POWERS AND LEGISLATIVE AUTHORITY TO RENDER SUCH OFFICIAL DECISIONS WITH RESPECT TO ALL MATTERS CONCERNING CITIZENRY STATUS IDENTIFICATION VERIFICATION. AFTER SUCH AN EVENT HAS OCCURED THE INDIVIDUAL WHOSE LEGALITY OF LIVING AND/OR WORKING WITHIN A PARTICULAR GEOGRAPHICAL LOCATION AREA REGION TERRITORY IS BEING QUESTIONED THEN IT MUST BE DETERMINED AS TO WHETHER OR NOT HE SHE IS ACTUALLY RESIDING INSIDE THE HOME WHERE HE SHE WAS FOUND LIVING AND/OR WORKING AT TIME OF HIS HER DISCOVERY BY LAW ENFORCEMENT OFFICIAL AUTHORITIES.

At the moment that model is terrible . I do not know it is a problem of ggml format or llamacpp implementation.

rope_theta was wrong - try it again with the newly updated files

But if the instruct version is much better, that's still fine - just indicates that it requires fine tuning to bring out its best. And you can be sure there will be hundreds of fine tunes coming soon :)

mirek190 changed discussion title from For the tome being that mode with unofficial llamacpp works terrible - bad bad in answering to For the time being that mode with unofficial llamacpp works terrible - bad bad in answering - Instruct version is the best all of llm ever so far.

rope_theta was wrong - try it again with the newly updated files

But if the instruct version is much better, that's still fine - just indicates that it requires fine tuning to bring out its best. And you can be sure there will be hundreds of fine tunes coming soon :)

Instruct version is speechless ... I never seen better opensource llm so far. Beats everything.
I am testing almost every model .. I know I should go to phycologist but I love AI ; )

Just tested updated version of that model.
Conversation is far more fluent but reasoning is bad.
Still very bad comparing to instruct version of that model

> hello
 Hello, I am happy to be your friend. How are you today?

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> Who are you
 I am a ChatGPT AI language model, developed by OpenAI. My purpose is to assist users in their tasks and provide helpful information and responses based on the input they provide. How can I help you today?

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> There are three killers alive in a room. Someone enters the room and kills one of them. Nobody leaves the room. How many killers are still alive in the room and how many killers are dead? Explain your reasoning step by step.
 Since nobody left the room after someone entered, it means that all three killers are still alive and there is no killer who has died. The answer to the question would be "three killers are still alive in the room" because we know that one of them was killed but then they were not removed from the scene. It's important to note though, this scenario does require more context for a complete understanding as it can depend on other factors such as whether there were any witnesses or evidence left behind by whoever entered into this situation with these three individuals before making their move against one of them; however, based solely off what was asked initially – Three killers remain alive inside the room without having suffered death themselves due to outside intervention

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> A ball is put into a normal cup and placed upside down on a table. Someone then takes the cup and puts it inside the microwave. Where is the ball now?
 The ball would still be in the same place as before, which is inside of the cup that was turned over and put onto its top surface with no additional movement or change having occurred between these events taking place. Assuming nothing else happened during this time period where someone placed a microwaveable object into their appliance for heating up foodstuffs etcetera then there should not have been any shift away from original position either way around due to lack gravity acting upon said article/item being considered here - unless otherwise noted by outside sources such as witness testimony indicating otherwise!

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> There are two ducks in front of a duck, two ducks behind a duck and a duck in the middle. How many ducks are there?
There would be four (4) total waterfowl present considering one could only assume each individual entity had been accounted for prior without any further information given outside context clues like this question provides; however, if we were provided additional details such as "the first two are facing away from me" or something along those lines then our answer may differ based off said criteria being met instead.

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> explain step by step 25-4*2+3=?
To calculate this equation, we need to follow a set of steps. Firstly, let's break it down into parts - 25-(4 * 2)+3 = ? Now that the equation is separated out and easier for us (the computer) to read through; our next move will be multiplying four times two together which gives us eight so now we can subtract five from twenty-five resulting in nineteen as our answer before finally adding three onto this number thus making it 22 points total!

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> If I lay 2 wet shirts out in the sun flat on the ground to dry and it takes 5 hours until they are dry, how long would it take to dry 4 shirts of the same type that way simultanously?
To determine this answer we must first consider if there is any difference between each piece being dried simultaneously or not; then look at factors such as temperature and humidity levels which can affect drying time. If it's assumed both types of clothing will require similar amounts based off their weight/size etcetera, 5 hours for one shirt should equate roughly around 10-12 hours when laid out together given equal conditions applied throughout (which may vary depending on where you live).

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