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feat: Flat import of markdown repo

Browse source 
This is a flat (without history) import of (some of) the content
from our markdown module.

We've imported this without history because the repo contains our
blog posts and showcases posts content prior to porting them to strapi.

Since this contains many images, it would balloon the size of this repo
to import the full history.

Instead, please refer to the history of the (archived) markdown repo
at: https://github.com/freesewing/markdown
This commit is contained in:
Joost De Cock 2021-08-25 16:09:31 +02:00
parent 1671a896b5
commit b34a2ee2ed
6132 changed files with 244167 additions and 0 deletions
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---
title: 250|Testing your pattern
---
With the basic outline of your pattern ready, now would be a good time
to test it to see how well it adapts to different measurements,
and the range of options we provided.
<Tip>
###### No more grading
FreeSewing patterns are *made-to-measure*, which means that you don't need to
grade your pattern to provide a range of sizes. You should sample your pattern
for different measurements and options to see how well it adapts.
</Tip>
If testing your pattern sounds like a lot of work, you're in luck. FreeSewing can do it
for you. Click the **Test your pattern** button in the top navigation bar of your
development environment, and you'll see a number of choices at the right:
- Test pattern options
- Test measurements
- Test models
The [API docs on sampling](/reference/api/pattern/#sample) have all the details on how this works, but
for now we'll just look at the end result of each of these.
## Testing pattern options
We used percentage options, which can vary between their minimum and maximum value.
For these tests, FreeSewing will divide that range into 10 steps and draft your pattern for each step.
Click on any of the options we've added to our pattern, and your bib will be drawn with that option sampled.
### lengthRatio
The `lengthRatio` option controls the length of our bib. Testing it confirms that it only influences the length:
<Example
caption="Your bib with the lengthRatio option sampled"
sample
part="bib"
pattern="tutorial"
settings={{
sample: {
type: "option",
option: "lengthRatio"
}
}}
/>
### neckRatio
The `neckRatio` option will determine the size of the neck opening.
For a the same `head` measurement, varying this option should result in bibs with increasingly larger
neck opening.
Testing it confirms this. We can also see that as the neck opening gets smaller, we will rotate the straps
further out of the way to avoid overlap:
<Example
caption="Your bib with the neckRatio option sampled"
sample
part="bib"
pattern="tutorial"
settings={{
sample: {
type: "option",
option: "neckRatio"
}
}}
/>
### widthRatio
The `widthRatio` option will determine the width of our bib.
For a the same `head` measurement, varying this option should result in increasingly wider bibs.
If we test it, we can see that it works as intended. But there's one thing that perhaps requires your attention.
Making the bib wider shortens the length from the bottom of the neck opening to the bottom of the bib.
Thereby making the bib shortern when its worn.
Even if the *total length* of the bib stays the same, the *useable length* shortens when the bib is made wider.
Users will not expect this, so it's something that we should fix in our pattern.
<Note>
Adjusting the pattern to make the `widthRatio` not influence the *useable length* of the bib is not
covered in this tutorial. It is left *as an exercise to the reader*.
</Note>
<Example
caption="Your bib with the widthRatio option sampled"
sample
part="bib"
pattern="tutorial"
settings={{
sample: {
type: "option",
option: "widthRatio"
}
}}
/>
## Testing measurements
Testing a measurement will vary that measurement 10% up or down while leaving everything else the same.
This gives you the option to determine how any given measurement is influencing the pattern.
For our bib, we only use one measurement, so it influences the entire pattern:
<Example
caption="Your bib with the head circumference measurement sampled"
sample
part="bib"
pattern="tutorial"
settings={{
sample: {
type: "measurement",
measurement: "head"
}
}}
/>
## Testing models
Whereas testing a measurement will only vary one individual measurement, testing models will
draft your pattern for different sets of measurments, which we refer to as *models*.
On the surface, the result below is the same as our measurement test. But that is because our bib
only uses one measurement. So testing that one measurement ends up being the same as testing a complete
set of measurements.
But most patterns use multiple measurements, and you'll find this test gives you insight into how your
pattern will adapt to differently sizes bodies.
<Example
sample
caption="Your bib sampled for a range of baby sizes"
pattern="tutorial"
part="bib"
settings={{
sample: {
type: "models",
models: {
baby1: { head: 340 },
baby2: { head: 350 },
baby3: { head: 360 },
baby4: { head: 370 },
baby5: { head: 380 },
baby6: { head: 390 },
baby7: { head: 400 },
baby8: { head: 410 },
baby9: { head: 420 }
}
}
}}
/>
## The antman test
A special case of model testing is the so-called *antman test*.
It drafts your pattern with a set of *typical* measurements , and then drafts it again
with measurements that are 1/10th of those *typical* measurements.
It is named after [the cartoon character](https://en.wikipedia.org/wiki/Ant-Man_(film)) who can shrink,
yet somehow his suit still fits.
The purpose of the antman test is to bring out areas in your pattern where you made assumptions
that will not properly scale.
Many drafting books will tell you to *add 3cm there* or *measure 2 inch to the right*. Those instructions
don't scale, and you should avoid them.
The best patterns will pass the antman test with 2 exact pattern. One will simply be 1/10th the scale of the other.
<Example
sample
caption="Congratulations, your bib passes the antman test"
pattern="tutorial"
part="bib"
settings={{
sample: {
type: "models",
models: {
ant: { head: 39 },
man: { head: 390 },
}
}
}}
/>
When you're happy with how your pattern passes these tests, it's time to complete it.

196
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@ -0,0 +1,196 @@
---
title: Testing your pattern
order: 250
---
With the basic outline of your pattern ready, now would be a good time
to test it to see how well it adapts to different measurements,
and the range of options we provided.
<Tip>
###### No more grading
FreeSewing patterns are *made-to-measure*, which means that you don't need to
grade your pattern to provide a range of sizes. You should sample your pattern
for different measurements and options to see how well it adapts.
</Tip>
If testing your pattern sounds like a lot of work, you're in luck. FreeSewing can do it
for you. Click the **Test your pattern** button in the top navigation bar of your
development environment, and you'll see a number of choices at the right:
- Test pattern options
- Test measurements
- Test models
The [API docs on sampling](/reference/api/pattern/#sample) have all the details on how this works, but
for now we'll just look at the end result of each of these.
## Testing pattern options
We used percentage options, which can vary between their minimum and maximum value.
For these tests, FreeSewing will divide that range into 10 steps and draft your pattern for each step.
Click on any of the options we've added to our pattern, and your bib will be drawn with that option sampled.
### lengthRatio
The `lengthRatio` option controls the length of our bib. Testing it confirms that it only influences the length:
<Example
caption="Your bib with the lengthRatio option sampled"
sample
part="bib"
pattern="tutorial"
settings={{
sample: {
type: "option",
option: "lengthRatio"
}
}}
/>
### neckRatio
The `neckRatio` option will determine the size of the neck opening.
For a the same `head` measurement, varying this option should result in bibs with increasingly larger
neck opening.
Testing it confirms this. We can also see that as the neck opening gets smaller, we will rotate the straps
further out of the way to avoid overlap:
<Example
caption="Your bib with the neckRatio option sampled"
sample
part="bib"
pattern="tutorial"
settings={{
sample: {
type: "option",
option: "neckRatio"
}
}}
/>
### widthRatio
The `widthRatio` option will determine the width of our bib.
For a the same `head` measurement, varying this option should result in increasingly wider bibs.
If we test it, we can see that it works as intended. But there's one thing that perhaps requires your attention.
Making the bib wider shortens the length from the bottom of the neck opening to the bottom of the bib.
Thereby making the bib shortern when its worn.
Even if the *total length* of the bib stays the same, the *useable length* shortens when the bib is made wider.
Users will not expect this, so it's something that we should fix in our pattern.
<Note>
Adjusting the pattern to make the `widthRatio` not influence the *useable length* of the bib is not
covered in this tutorial. It is left *as an exercise to the reader*.
</Note>
<Example
caption="Your bib with the widthRatio option sampled"
sample
part="bib"
pattern="tutorial"
settings={{
sample: {
type: "option",
option: "widthRatio"
}
}}
/>
## Testing measurements
Testing a measurement will vary that measurement 10% up or down while leaving everything else the same.
This gives you the option to determine how any given measurement is influencing the pattern.
For our bib, we only use one measurement, so it influences the entire pattern:
<Example
caption="Your bib with the head circumference measurement sampled"
sample
part="bib"
pattern="tutorial"
settings={{
sample: {
type: "measurement",
measurement: "head"
}
}}
/>
## Testing models
Whereas testing a measurement will only vary one individual measurement, testing models will
draft your pattern for different sets of measurments, which we refer to as *models*.
On the surface, the result below is the same as our measurement test. But that is because our bib
only uses one measurement. So testing that one measurement ends up being the same as testing a complete
set of measurements.
But most patterns use multiple measurements, and you'll find this test gives you insight into how your
pattern will adapt to differently sizes bodies.
<Example
sample
caption="Your bib sampled for a range of baby sizes"
pattern="tutorial"
part="bib"
settings={{
sample: {
type: "models",
models: {
baby1: { head: 340 },
baby2: { head: 350 },
baby3: { head: 360 },
baby4: { head: 370 },
baby5: { head: 380 },
baby6: { head: 390 },
baby7: { head: 400 },
baby8: { head: 410 },
baby9: { head: 420 }
}
}
}}
/>
## The antperson test
A special case of model testing is the so-called *antperson test*.
It drafts your pattern with a set of *typical* measurements , and then drafts it again
with measurements that are 1/10th of those *typical* measurements.
It is named after [the cartoon character](https://en.wikipedia.org/wiki/Ant-Man_(film)) who can shrink,
yet somehow his suit still fits.
The purpose of the antperson test is to bring out areas in your pattern where you made assumptions
that will not properly scale.
Many drafting books will tell you to *add 3cm there* or *measure 2 inch to the right*. Those instructions
don't scale, and you should avoid them.
The best patterns will pass the antperson test with 2 exact pattern. One will simply be 1/10th the scale of the other.
<Example
sample
caption="Congratulations, your bib passes the antperson test"
pattern="tutorial"
part="bib"
settings={{
sample: {
type: "models",
models: {
ant: { head: 39 },
man: { head: 390 },
}
}
}}
/>
When you're happy with how your pattern passes these tests, it's time to complete it.

195
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@ -0,0 +1,195 @@
---
title: 250|Testing your pattern
---
With the basic outline of your pattern ready, now would be a good time
to test it to see how well it adapts to different measurements,
and the range of options we provided.
<Tip>
###### No more grading
FreeSewing patterns are *made-to-measure*, which means that you don't need to
grade your pattern to provide a range of sizes. You should sample your pattern
for different measurements and options to see how well it adapts.
</Tip>
If testing your pattern sounds like a lot of work, you're in luck. FreeSewing can do it
for you. Click the **Test your pattern** button in the top navigation bar of your
development environment, and you'll see a number of choices at the right:
- Test pattern options
- Test measurements
- Test models
The [API docs on sampling](/reference/api/pattern/#sample) have all the details on how this works, but
for now we'll just look at the end result of each of these.
## Testing pattern options
We used percentage options, which can vary between their minimum and maximum value.
For these tests, FreeSewing will divide that range into 10 steps and draft your pattern for each step.
Click on any of the options we've added to our pattern, and your bib will be drawn with that option sampled.
### lengthRatio
The `lengthRatio` option controls the length of our bib. Testing it confirms that it only influences the length:
<Example
caption="Your bib with the lengthRatio option sampled"
sample
part="bib"
pattern="tutorial"
settings={{
sample: {
type: "option",
option: "lengthRatio"
}
}}
/>
### neckRatio
The `neckRatio` option will determine the size of the neck opening.
For a the same `head` measurement, varying this option should result in bibs with increasingly larger
neck opening.
Testing it confirms this. We can also see that as the neck opening gets smaller, we will rotate the straps
further out of the way to avoid overlap:
<Example
caption="Your bib with the neckRatio option sampled"
sample
part="bib"
pattern="tutorial"
settings={{
sample: {
type: "option",
option: "neckRatio"
}
}}
/>
### widthRatio
The `widthRatio` option will determine the width of our bib.
For a the same `head` measurement, varying this option should result in increasingly wider bibs.
If we test it, we can see that it works as intended. But there's one thing that perhaps requires your attention.
Making the bib wider shortens the length from the bottom of the neck opening to the bottom of the bib.
Thereby making the bib shortern when its worn.
Even if the *total length* of the bib stays the same, the *useable length* shortens when the bib is made wider.
Users will not expect this, so it's something that we should fix in our pattern.
<Note>
Adjusting the pattern to make the `widthRatio` not influence the *useable length* of the bib is not
covered in this tutorial. It is left *as an exercise to the reader*.
</Note>
<Example
caption="Your bib with the widthRatio option sampled"
sample
part="bib"
pattern="tutorial"
settings={{
sample: {
type: "option",
option: "widthRatio"
}
}}
/>
## Testing measurements
Testing a measurement will vary that measurement 10% up or down while leaving everything else the same.
This gives you the option to determine how any given measurement is influencing the pattern.
For our bib, we only use one measurement, so it influences the entire pattern:
<Example
caption="Your bib with the head circumference measurement sampled"
sample
part="bib"
pattern="tutorial"
settings={{
sample: {
type: "measurement",
measurement: "head"
}
}}
/>
## Testing models
Whereas testing a measurement will only vary one individual measurement, testing models will
draft your pattern for different sets of measurments, which we refer to as *models*.
On the surface, the result below is the same as our measurement test. But that is because our bib
only uses one measurement. So testing that one measurement ends up being the same as testing a complete
set of measurements.
But most patterns use multiple measurements, and you'll find this test gives you insight into how your
pattern will adapt to differently sizes bodies.
<Example
sample
caption="Your bib sampled for a range of baby sizes"
pattern="tutorial"
part="bib"
settings={{
sample: {
type: "models",
models: {
baby1: { head: 340 },
baby2: { head: 350 },
baby3: { head: 360 },
baby4: { head: 370 },
baby5: { head: 380 },
baby6: { head: 390 },
baby7: { head: 400 },
baby8: { head: 410 },
baby9: { head: 420 }
}
}
}}
/>
## The antman test
A special case of model testing is the so-called *antman test*.
It drafts your pattern with a set of *typical* measurements , and then drafts it again
with measurements that are 1/10th of those *typical* measurements.
It is named after [the cartoon character](https://en.wikipedia.org/wiki/Ant-Man_(film)) who can shrink,
yet somehow his suit still fits.
The purpose of the antman test is to bring out areas in your pattern where you made assumptions
that will not properly scale.
Many drafting books will tell you to *add 3cm there* or *measure 2 inch to the right*. Those instructions
don't scale, and you should avoid them.
The best patterns will pass the antman test with 2 exact pattern. One will simply be 1/10th the scale of the other.
<Example
sample
caption="Congratulations, your bib passes the antman test"
pattern="tutorial"
part="bib"
settings={{
sample: {
type: "models",
models: {
ant: { head: 39 },
man: { head: 390 },
}
}
}}
/>
When you're happy with how your pattern passes these tests, it's time to complete it.

92
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---
title: 250|Testing your pattern
---
Avec le contour de base de votre patron prêt, il est maintenant temps de le tester pour voir à quel point il s'adapte bien à différentes mesures, et à l'étendue des options que nous avons fournie.
<Tip>
###### No more grading
FreeSewing patterns are *made-to-measure*, which means that you don't need to
grade your pattern to provide a range of sizes. Vous pouvez échantillonner votre patron
pour différentes mesures et options pour voir s'il s'adapte correctement.
</Tip>
Si le fait de tester votre patron vous semble une masse de travail conséquente, c'est votre jour de chance. FreeSewing peut le faire pour vous. Click the **Test your pattern** button in the top navigation bar of your development environment, and you'll see a number of choices at the right:
- Tester les options du patron
- Tester les mesures
- Tester les modèles
The [API docs on sampling](/reference/api/pattern/#sample) have all the details on how this works, but for now we'll just look at the end result of each of these.
## Tester les options du patron
Nous avons utilisé des options pourcentages, qui peuvent varier entre leurs valeurs minimales et maximales. Pour ces tests, FreeSewing va diviser cette étendue en 10 étapes et ébaucher votre patron pour chacune d'entre elle.
Cliquez sur n'importe quelle option que nous avons ajoutée au patron, et votre bavoir sera dessiné avec une échantillonnage de cet option.
### lengthRatio
L'option `lengthRatio` contrôle la longueur de notre bavoir. La tester confirme qu'elle n'influence que la longueur :
<Example caption="Your bib with the lengthRatio option sampled" sample part="bib" pattern="tutorial" settings={{ sample: { type: "option", option: "lengthRatio" } }} />
### neckRatio
L'option `neckRatio` va déterminer la taille de l'encolure. Pour une même mesure de `head` (tour de tête), varier cette option devrait faire augmenter la largeur de l'encolure.
La tester confirme cela. Nous pouvons également voir que l'encolure devient plus étroite, les attaches seront tournées plus loin pour éviter qu'elles se chevauchent :
<Example caption="Your bib with the neckRatio option sampled" sample part="bib" pattern="tutorial" settings={{ sample: { type: "option", option: "neckRatio" } }} />
### widthRatio
L'option `widthRatio` détermine la largeur de notre bavoir. Pour une même mesure de `head` (tour de tête), varier cette option devrait donner des bavoirs de plus en plus larges.
Si nous testons cela, nous pouvons voir que cela fonctionne comme prévu. Mais il y a une chose qui requiert peut-être votre attention. Élargir le bavoir réduit la longueur depuis le bas de l'encolure jusqu'au bas du bavoir. Ce qui rend le bavoir plus court lorsqu'il est porté.
Even if the *total length* of the bib stays the same, the *useable length* shortens when the bib is made wider. Les utilisateurs ne s'attendent pas à cela, alors c'est une chose que nous devrions corriger dans notre patron.
<Note>
Adjusting the pattern to make the `widthRatio` not influence the *useable length* of the bib is not
covered in this tutorial. It is left *as an exercise to the reader*.
</Note>
<Example caption="Your bib with the widthRatio option sampled" sample part="bib" pattern="tutorial" settings={{ sample: { type: "option", option: "widthRatio" } }} />
## Tester les mesures
Tester une mesure va faire varier cette mesure de 10% de plus ou de moins tout en laissant à l'identique tout le reste. Cela vous donne l'option de déterminer comment n'importe quelle mesure donnée influence le patron.
Pour notre bavoir, nous employons uniquement une mesure, alors elle influence le patron en entier :
<Example caption="Your bib with the head circumference measurement sampled" sample part="bib" pattern="tutorial" settings={{ sample: { type: "measurement", measurement: "head" } }} />
## Tester les modèles
Whereas testing a measurement will only vary one individual measurement, testing models will draft your pattern for different sets of measurments, which we refer to as *models*.
Sur la surface, le résultat ci-dessous est le même que pour notre test de mesure. Mais c'est parce que notre bavoir n'utilise qu'une seule mesure. Alors tester cette unique mesure revient au même que tester un set de mesures complet.
Mais la plupart des patrons utilise plusieurs mesures, et ce test vous donnera un aperçu de la façon dont votre patron s'adapte à différentes morphologies.
<Example sample caption="Your bib sampled for a range of baby sizes" pattern="tutorial" part="bib" settings={{ sample: { type: "models", models: { baby1: head: 340 }, baby2: 350 baby3: 360 baby4: 370 baby5: 380 baby6: 390 baby7: 400 baby8: 410 baby9: 420 } } }} />
## Le test de l'homme fourmi
A special case of model testing is the so-called *antman test*. It drafts your pattern with a set of *typical* measurements , and then drafts it again with measurements that are 1/10th of those *typical* measurements.
Ce test est nommé d'apèrs [le personnage de bande dessinée](https://en.wikipedia.org/wiki/Ant-Man_(film)) qui peut rapetisser, et pourtant ses habits lui vont toujours.
Le but du test de l'homme fourmi est de mettre en évidence les zones de votre patron où vous avez fait des hypothèses qui ne se mettent pas bien à l'échelle. Many drafting books will tell you to *add 3cm there* or *measure 2 inch to the right*. Ces instructions ne s'adapte pas à l'échelle, et vous devriez les éviter.
Les meilleurs patrons passeront le test de l'homme fourmi avec 2 patrons identiques. L'un sera simplement le dixième de l'autre en termes d'échelle.
<Example sample caption="Congratulations, your bib passes the antman test" pattern="tutorial" part="bib" settings={{ sample: { type: "models", models: { ant: head: 39 }, man: 390 } } }} />
Lorsque vous êtes satisfait de la façon dont votre patron passe les tests, il est temps de le compléter.

91
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---
title: 250|Testing your pattern
---
Nu de basisschets van je patroon klaar is, is dit een goed moment om te testen of het zich vlot aanpast aan andere afmetingen en de reeks opties die we hebben voorzien.
<Tip>
###### No more grading
FreeSewing patterns are *made-to-measure*, which means that you don't need to
grade your pattern to provide a range of sizes. Het is belangrijk dat je het patroon test met verschillende afmetingen en opties om te zien hoe goed het zich aanpast.
</Tip>
Als het klinkt als een hoop werk om je patroon te testen, dan heb je geluk. FreeSewing kan het voor jou doen. Click the **Test your pattern** button in the top navigation bar of your development environment, and you'll see a number of choices at the right:
- Test patroonopties
- Test afmetingen
- Test modellen
The [API docs on sampling](/reference/api/pattern/#sample) have all the details on how this works, but for now we'll just look at the end result of each of these.
## Patroonopties testen
We hebben gewerkt met percentage-opties die kunnen variëren tussen een minimum- en een maximumwaarde. Voor deze tests zal FreeSewing het bereik verdelen in 10 stappen en je patroon schetsen voor elk van deze stappen.
Click on any of the options we've added to our pattern, and your bib will be drawn with that option sampled.
### lengthRatio
The `lengthRatio` option controls the length of our bib. Testing it confirms that it only influences the length:
<Example caption="Your bib with the lengthRatio option sampled" sample part="bib" pattern="tutorial" settings={{ sample: { type: "option", option: "lengthRatio" } }} />
### neckRatio
The `neckRatio` option will determine the size of the neck opening. For a the same `head` measurement, varying this option should result in bibs with increasingly larger neck opening.
Testing it confirms this. We can also see that as the neck opening gets smaller, we will rotate the straps further out of the way to avoid overlap:
<Example caption="Your bib with the neckRatio option sampled" sample part="bib" pattern="tutorial" settings={{ sample: { type: "option", option: "neckRatio" } }} />
### widthRatio
The `widthRatio` option will determine the width of our bib. For a the same `head` measurement, varying this option should result in increasingly wider bibs.
If we test it, we can see that it works as intended. But there's one thing that perhaps requires your attention. Making the bib wider shortens the length from the bottom of the neck opening to the bottom of the bib. Thereby making the bib shortern when its worn.
Even if the *total length* of the bib stays the same, the *useable length* shortens when the bib is made wider. Users will not expect this, so it's something that we should fix in our pattern.
<Note>
Adjusting the pattern to make the `widthRatio` not influence the *useable length* of the bib is not
covered in this tutorial. It is left *as an exercise to the reader*.
</Note>
<Example caption="Your bib with the widthRatio option sampled" sample part="bib" pattern="tutorial" settings={{ sample: { type: "option", option: "widthRatio" } }} />
## Testing measurements
Testing a measurement will vary that measurement 10% up or down while leaving everything else the same. This gives you the option to determine how any given measurement is influencing the pattern.
For our bib, we only use one measurement, so it influences the entire pattern:
<Example caption="Your bib with the head circumference measurement sampled" sample part="bib" pattern="tutorial" settings={{ sample: { type: "measurement", measurement: "head" } }} />
## Testing models
Whereas testing a measurement will only vary one individual measurement, testing models will draft your pattern for different sets of measurments, which we refer to as *models*.
On the surface, the result below is the same as our measurement test. But that is because our bib only uses one measurement. So testing that one measurement ends up being the same as testing a complete set of measurements.
But most patterns use multiple measurements, and you'll find this test gives you insight into how your pattern will adapt to differently sizes bodies.
<Example sample caption="Your bib sampled for a range of baby sizes" pattern="tutorial" part="bib" settings={{ sample: { type: "models", models: { baby1: head: 340 }, baby2: 350 baby3: 360 baby4: 370 baby5: 380 baby6: 390 baby7: 400 baby8: 410 baby9: 420 } } }} />
## The antman test
A special case of model testing is the so-called *antman test*. It drafts your pattern with a set of *typical* measurements , and then drafts it again with measurements that are 1/10th of those *typical* measurements.
It is named after [the cartoon character](https://en.wikipedia.org/wiki/Ant-Man_(film)) who can shrink, yet somehow his suit still fits.
The purpose of the antman test is to bring out areas in your pattern where you made assumptions that will not properly scale. Many drafting books will tell you to *add 3cm there* or *measure 2 inch to the right*. Those instructions don't scale, and you should avoid them.
The best patterns will pass the antman test with 2 exact pattern. One will simply be 1/10th the scale of the other.
<Example sample caption="Congratulations, your bib passes the antman test" pattern="tutorial" part="bib" settings={{ sample: { type: "models", models: { ant: head: 39 }, man: 390 } } }} />
When you're happy with how your pattern passes these tests, it's time to complete it.