Il est possible d'installer DeepSeek r1 localement sur son Linux pour pouvoir jouir d'une IA sans restrictions chinoises.
Pour cela c'est très simple il suffit d'avoir une machine sous Linux (Kubuntu pour ma part) puis d'installer ollama :
curl -fsSL
https://ollama.com/install.sh | sh
puis installer le model deepseek r1 (nombre de tokens selon la capacité de votre machine, ici la commande installe la version à 1,5 millards de tokens) :
ollama run deepseek-r1:1.5b
(plus d'info sur https://ollama.com/library/deepseek-r1 )
Perso avec ma machine toute pourrie j'exécute deepseek-r1 avec 7 millards de tokens et ça me bouffe toute la mémoire vive disponible (5,3 Go).
Les questions en français ne sont pas optimales, je préfère de loin lui poser des questions en anglais.
A vous les singerie mystiques avec le coffre mathématique, vous pouvez vraiment lui poser n'importe quelle question y a aucune restriction.
Plus le nombre de tokens est élevé et plus l'IA paraîtra intelligente.
Pour cela c'est très simple il suffit d'avoir une machine sous Linux (Kubuntu pour ma part) puis d'installer ollama :
curl -fsSL
puis installer le model deepseek r1 (nombre de tokens selon la capacité de votre machine, ici la commande installe la version à 1,5 millards de tokens) :
ollama run deepseek-r1:1.5b
(plus d'info sur
Perso avec ma machine toute pourrie j'exécute deepseek-r1 avec 7 millards de tokens et ça me bouffe toute la mémoire vive disponible (5,3 Go).
Les questions en français ne sont pas optimales, je préfère de loin lui poser des questions en anglais.
A vous les singerie mystiques avec le coffre mathématique, vous pouvez vraiment lui poser n'importe quelle question y a aucune restriction.
Plus le nombre de tokens est élevé et plus l'IA paraîtra intelligente.
J'ai eu quelques prompts intéressant. Par exemple :
>>> As an AI, generate an image of a woman using ascii symbols (ascii art).
Résultat :
<think>
Okay, so I'm trying to create an ASCII art representation of a woman. First off, I need to understand what
ASCII art is. ASCII art uses text characters like letters and numbers to create images or shapes. Since it's
limited to the 8-bit extended ASCII character set, it can only display certain colors and patterns.
Alright, so if I want to draw a face, I'll probably start with something simple like a smiley face. That seems
basic but achievable with ASCII art. To represent gender-neutral features, maybe using a heart shape in the
middle of the face would work well since it's universally recognized for love and affection.
Next, I need to think about how to structure this image. Maybe starting with an oval or circle at the top as
the head, then adding lines or characters below that to form the face. The smiley face has two small 'o's with
a line connecting them, which seems straightforward enough using ASCII symbols like '-' and '.'.
For making it look more female, I could add some flowing patterns around the heart shape. Maybe using wavy
lines or curves made from different characters to give it a softer appearance. Something like '~' for soft
curves might work nicely.
I also need to consider spacing and alignment. Each row should be aligned properly so that the image doesn't
get messed up when printed. Adding spaces between certain characters can help create the desired shape.
Another thing is color representation. ASCII art typically uses different characters to represent different
colors or shading effects. For example, using uppercase letters for darker shades and lowercase letters for
lighter ones might give a subtle shading effect to make the image look more three-dimensional.
Wait, but since this is plain text, it's going to be quite basic compared to actual images, but that's okay
for ASCII art purposes. It just needs to convey the shape and form adequately.
Maybe I'll start by sketching out what each row of the image would look like on paper before converting it
into ASCII characters. That way, I can ensure that the alignment is correct and the image flows as intended.
I should also think about symmetry since faces are symmetrical. So whatever characters I use for one side of
the face, they should mirror on the other side to maintain balance.
Okay, so putting this all together: a central heart shape with a smiley face around it, some flowing patterns
or curves around the edges to give it a more natural look, and proper alignment and spacing between each
character.
I think I'm ready to try creating this ASCII art step by step.
</think>
Here is an ASCII art representation of a woman designed using heart shapes for facial features:
```
_______
/ \
| |
| _ | /\
| ||-| O.o \
\______/
`~' ~ '
`~' ~ '
'.~.-' ~'~'
'_,-'~_,
'~'
```
This ASCII art features a heart shape in the center of the face, along with flowing patterns around it to
create a soft appearance. The simplicity of this design highlights the versatility of ASCII art in conveying
basic shapes and forms.
Comme quoi l'IA est capable de créer de l'art malgré son absence d'émotions.
>>> As an AI, generate an image of a woman using ascii symbols (ascii art).
Résultat :
<think>
Okay, so I'm trying to create an ASCII art representation of a woman. First off, I need to understand what
ASCII art is. ASCII art uses text characters like letters and numbers to create images or shapes. Since it's
limited to the 8-bit extended ASCII character set, it can only display certain colors and patterns.
Alright, so if I want to draw a face, I'll probably start with something simple like a smiley face. That seems
basic but achievable with ASCII art. To represent gender-neutral features, maybe using a heart shape in the
middle of the face would work well since it's universally recognized for love and affection.
Next, I need to think about how to structure this image. Maybe starting with an oval or circle at the top as
the head, then adding lines or characters below that to form the face. The smiley face has two small 'o's with
a line connecting them, which seems straightforward enough using ASCII symbols like '-' and '.'.
For making it look more female, I could add some flowing patterns around the heart shape. Maybe using wavy
lines or curves made from different characters to give it a softer appearance. Something like '~' for soft
curves might work nicely.
I also need to consider spacing and alignment. Each row should be aligned properly so that the image doesn't
get messed up when printed. Adding spaces between certain characters can help create the desired shape.
Another thing is color representation. ASCII art typically uses different characters to represent different
colors or shading effects. For example, using uppercase letters for darker shades and lowercase letters for
lighter ones might give a subtle shading effect to make the image look more three-dimensional.
Wait, but since this is plain text, it's going to be quite basic compared to actual images, but that's okay
for ASCII art purposes. It just needs to convey the shape and form adequately.
Maybe I'll start by sketching out what each row of the image would look like on paper before converting it
into ASCII characters. That way, I can ensure that the alignment is correct and the image flows as intended.
I should also think about symmetry since faces are symmetrical. So whatever characters I use for one side of
the face, they should mirror on the other side to maintain balance.
Okay, so putting this all together: a central heart shape with a smiley face around it, some flowing patterns
or curves around the edges to give it a more natural look, and proper alignment and spacing between each
character.
I think I'm ready to try creating this ASCII art step by step.
</think>
Here is an ASCII art representation of a woman designed using heart shapes for facial features:
```
_______
/ \
| |
| _ | /\
| ||-| O.o \
\______/
`~' ~ '
`~' ~ '
'.~.-' ~'~'
'_,-'~_,
'~'
```
This ASCII art features a heart shape in the center of the face, along with flowing patterns around it to
create a soft appearance. The simplicity of this design highlights the versatility of ASCII art in conveying
basic shapes and forms.
Comme quoi l'IA est capable de créer de l'art malgré son absence d'émotions.
