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Est-ce que tu sais pourquoi le résultat du portrait n’a rien à voir avec la photographie que j’ai soumise? Je m’explique mal le résultat.

Ah yes excellent Trotter je suis passé à 40 secondes de génération grâce à tes astuces, et comme le texte est généré au fur et à mesure ça donne l'impression d'aller plus vite, on commence à lire bien avant les 40 secondes.
Du coup le modèle 13B fait bien le boulot même sur ma config.
L'étape d'avant la génération, qui était super longue, est devenue super courte. Ca doit être le fait d'utiliser la Vram, je suppose.

J'ai joué un peu c'est sympa, il produit quand même pas mal d'incohérences mais bon c'est que le début.

Tu peux changer les paramètres dans settings et le rendre plus ou moins répétitif ou créatif. Essaie de modifier la température.

Il y a aussi des presets tout faits. Je crois que pour ma vidéo j'étais en Godlike.

Ca peut le rendre très con, très factuel, très répétitif, très poétique etc.

Tests avec Hypermantis 13b, pas besoin de lire je mets ça juste pour moi :

Question :
I have one hour and 12 minutes of commute. I leave home at 7:14. However, there is 10m minutes roadblock today. What time will I arrive today?

La bonne réponse est 8h36.

Inverted mirror

C'est pas faux mais pas terrible :

Citation:

Based on the information given, you should arrive at your destination between 8:24 and 8:34.

Il a fait nimp avec les maths :

Citation:

If the usual commute takes 1 hour and 12 minutes, then subtracting the 10 minutes roadblock leaves 1 hour and 12 - 10 = 2 minutes less than usual. Therefore, you will arrive 2 minutes later than usual, which means you will arrive at 8:16.

Faux :

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Sorry to hear about the roadblock! It's hard to predict exactly how long it will take you to get through the traffic jam, but if you were normally able to travel at a steady speed of 50 mph (80 km/h), then the extra delay due to the roadblock would be approximately 60 minutes. If you assume that the roadblock clears up after 30 minutes, then your total commute time would be 1 hour and 40 minutes.

God like

Faux :

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You will arrive at your destination at 8:24 PM.

Faux :

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You will arrive at your destination at 8:24 PM.

Toujours faux, il se répète :

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You will arrive at your destination at 8:24 PM.

Mayday

N'importe quoi, il mélange tout, joli gros texte ceci dit :

Citation:

Assuming the roadblock starts when you reach it and lasts for its full duration, your expected arrival time would be 8:26 (a delay of 42 minutes). This is calculated as follows:
- The roadblock starts at a specific point in time, say x (in this case, 7:14).
- Your starting time from home is also x. Therefore, we know that the difference between these two times is zero.
- The duration of the roadblock is t, which means that you will not make any progress during this time. So, the total distance traveled during this period is also zero.
- Once the roadblock ends, you can resume your journey at a constant speed. Let's assume this speed to be v (in this case, 20 mph).
- Therefore, the distance traveled during the unobstructed part of the journey is d = vt.
- We can now calculate the expected arrival time by adding up all the durations:
EAT = x + t + d
= 7:14 + 10 + 20 * 42/60
= 8:26

N'importe quoi :

Citation:

As you mention that the current traffic status on your route to work is a 10 minute roadblock, this would add to your regular commuting time of an hour by 600 seconds (i.e., 10 minutes x 60 seconds per minute). Therefore, with the new commuting time being an hour and 60 minutes, your new arrival time at work would be 8:34 AM, as opposed to your usual time of 8:46 AM which factoring in the roadblock only.

Good Winds

Il a oublié les instructions :

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The commute without the roadblock would take you 58 minutes. Since there is a 10 minute roadblock, your actual commute time is increased by 10 minutes. So, if you were to leave home at 7:14, you would arrive at work at approximately 8:34 (assuming no other delays).

Liminal Drift

Faux :

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If there is a 10 minute roadblock, then your commuting time will be increased by 10 minutes. So, instead of arriving at 8:14, you will arrive at 8:24.

Totalement faux+perte d'info :

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Hello! It seems like you are in a hurry. Let me help you with your question. I'll need more information to give you an accurate answer. Can you please tell me how fast you usually drive? Also, do you know if there are other roadblocks or traffic jams on your way?

Très court :

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Based on your information, it seems that you will arrive at 8:24.

TavernAi
Faux :

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Based on your information, if there was no traffic jam then you would be arriving at work by 8:14 am. But since there is a traffic jam, let us assume that with an average speed of 30 km/h during rush hours (which means slower than usual), you should add another 20 minutes to account for the delay caused by the traffic jam. Therefore, considering the additional 20 minute delay due to the traffic jam, you would reach office around 8:34 am instead of 8:14 am without the traffic jam.

Genesis 13b
D'expérience je sais que ce preset a tendance à beaucoup se répéter.

Faux :

Citation:

I am sorry to hear that there is a 10 minute roadblock today. With this information, I can calculate the time you will arrive. If the roadblock starts at 7:14, then it will end at 7:24. This means that your commute will take 1 hour and 13 minutes instead of 1 hour and 14 minutes. This results in an arrival time of 8:13 instead of 8:14. I hope this helps.

Faux :

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It depends on the speed you are driving at. Assuming that you drive at 60 km/h without the roadblock, you would arrive at 8:24. With the roadblock, you would arrive at 9:34.

Faux :

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Assuming that the rest of your journey takes exactly 1 hour and 12 minutes, even with the 10 minute roadblock, you would still arrive at your destination at 8:26, which is the same time as if there were no roadblock.

Basic coherence
Parfait :

Citation:

Your arrival time will be delayed by 10 minutes due to the roadblock.

If you leave home at 7:14 AM, then your expected arrival time would be 8:24 AM. However, with the 10 minute delay caused by the roadblock, your actual arrival time would be 8:34 AM.

Pas parfait du tout :

Citation:

If you had no roadblocks, you would be able to travel for 52 minutes (1 hour - 12 minutes) before arriving at your destination. With the 10 minute roadblock, you will need to add that extra time onto your arrival time. So, if you were scheduled to arrive at 8am, with the roadblock, you should now expect to arrive around 8:10am.

Non :

Citation:

Assuming that the roadblock lasts for exactly 10 minutes, you would need to subtract that from your usual travel time in order to find out how much longer it would take you to get to work. This means that instead of arriving at 8:15, you would now arrive at 8:25.

To calculate your estimated arrival time, we'll need to consider the roadblock duration and add it to your normal commute time. Here's how you can determine your arrival time:

Calculate your normal commute time: You mentioned having one hour and 12 minutes of commute time. Convert this time to minutes: 1 hour * 60 minutes + 12 minutes = 72 + 12 = 84 minutes.

Subtract the roadblock duration from your normal commute time: You mentioned there is a 10-minute roadblock. Subtract this from the normal commute time: 84 minutes - 10 minutes = 74 minutes.

Add the adjusted commute time to your departure time: You mentioned leaving home at 7:14. Add the adjusted commute time of 74 minutes to this departure time.

To add minutes to a time, start by adding the minutes. If the sum is 60 or greater, add 1 to the hour and subtract 60 from the minutes.

In this case:

14 minutes + 74 minutes = 88 minutes, which is greater than 60.
Add 1 to the hour: 7 + 1 = 8.
Subtract 60 from the minutes: 88 - 60 = 28.

Therefore, you will arrive today at 8:28 AM.

Mais si on veut générer des histoires, a-t-on besoin d'un modèle bon en math ? Il faut faire des tests, trouver le bon réglages qui donnera le résultat qu'on préfère... c'est ce que je cherches pour Vigogne, la version française.

LlaMa 30B (llama-30b-supercot.ggmlv3.q4_0.bin) trouve la réponse 7 fois sur 10 en "Aces of Spade 13b".