SourcE Game
@sourcegame.bsky.social
SourcE is a 2D pixel roguelike set in a sci-fi fantasy world!
Join us to explore procedurally generated levels, chaotic attacks and epic elemental battles 🔥
Join us to explore procedurally generated levels, chaotic attacks and epic elemental battles 🔥
Mock for comparison 😀😱
This is still WIP...
This is still WIP...
Playing around with enemy states today...
FREEZING!! 🥶❄️
They never saw it coming
#gamedev #indiedev #roguelike #pixelart #madewithunity #indiegame #devlog #SourcEGame
FREEZING!! 🥶❄️
They never saw it coming
#gamedev #indiedev #roguelike #pixelart #madewithunity #indiegame #devlog #SourcEGame
April 7, 2025 at 9:40 PM
Mock for comparison 😀😱
This is still WIP...
This is still WIP...
Hey! We're using Unity as well! Any chance there's an open spot? 🤩
April 1, 2025 at 6:12 PM
Hey! We're using Unity as well! Any chance there's an open spot? 🤩
Hey!!
Is there a chance there's an open spot?
A small indie team with a pixel art rogulike here 😊
Is there a chance there's an open spot?
A small indie team with a pixel art rogulike here 😊
April 1, 2025 at 6:09 PM
Hey!!
Is there a chance there's an open spot?
A small indie team with a pixel art rogulike here 😊
Is there a chance there's an open spot?
A small indie team with a pixel art rogulike here 😊
Hey!!
Just wondering if there's any chance there's a spot left for a small indie team working with Unity?
We'd love to join the starter pack too! 🙂
Just wondering if there's any chance there's a spot left for a small indie team working with Unity?
We'd love to join the starter pack too! 🙂
April 1, 2025 at 6:08 PM
Hey!!
Just wondering if there's any chance there's a spot left for a small indie team working with Unity?
We'd love to join the starter pack too! 🙂
Just wondering if there's any chance there's a spot left for a small indie team working with Unity?
We'd love to join the starter pack too! 🙂
I realllly like your art style!
Something about it just clicks 😄
Something about it just clicks 😄
March 31, 2025 at 8:10 PM
I realllly like your art style!
Something about it just clicks 😄
Something about it just clicks 😄
Interesting!!
I think fable did something similar for me.
I had played a lot of games before it but something about it just hooked me and triggered the passion to create
I think fable did something similar for me.
I had played a lot of games before it but something about it just hooked me and triggered the passion to create
March 30, 2025 at 9:00 PM
Interesting!!
I think fable did something similar for me.
I had played a lot of games before it but something about it just hooked me and triggered the passion to create
I think fable did something similar for me.
I had played a lot of games before it but something about it just hooked me and triggered the passion to create
Let’s talk numbers...
linear interpolation is just the eq:
Given the line defined by
A = (x₁, y₁)
B = (x₂, y₂)
The interpolated point is:
P(t) = ((1 − t)x₁ + tx₂, (1 − t)y₁ + ty₂)
Where t is the value we’re interpolating for.
🧠 Bonus:
Know how to extend this to 3D? Drop it in the comments 👇
linear interpolation is just the eq:
Given the line defined by
A = (x₁, y₁)
B = (x₂, y₂)
The interpolated point is:
P(t) = ((1 − t)x₁ + tx₂, (1 − t)y₁ + ty₂)
Where t is the value we’re interpolating for.
🧠 Bonus:
Know how to extend this to 3D? Drop it in the comments 👇
March 29, 2025 at 11:03 PM
Let’s talk numbers...
linear interpolation is just the eq:
Given the line defined by
A = (x₁, y₁)
B = (x₂, y₂)
The interpolated point is:
P(t) = ((1 − t)x₁ + tx₂, (1 − t)y₁ + ty₂)
Where t is the value we’re interpolating for.
🧠 Bonus:
Know how to extend this to 3D? Drop it in the comments 👇
linear interpolation is just the eq:
Given the line defined by
A = (x₁, y₁)
B = (x₂, y₂)
The interpolated point is:
P(t) = ((1 − t)x₁ + tx₂, (1 − t)y₁ + ty₂)
Where t is the value we’re interpolating for.
🧠 Bonus:
Know how to extend this to 3D? Drop it in the comments 👇
But wait a sec.. Why "linear"?
Cause it preserves the distances ratio between input and output.
Meaning, if an input is twice as far as the first input
(like 0.3 & 0.6), the res points on the line will be twice as far too.
This is why "constant speed"
(Simplifying a lot here, but that’s the idea!)
Cause it preserves the distances ratio between input and output.
Meaning, if an input is twice as far as the first input
(like 0.3 & 0.6), the res points on the line will be twice as far too.
This is why "constant speed"
(Simplifying a lot here, but that’s the idea!)
March 29, 2025 at 11:03 PM
But wait a sec.. Why "linear"?
Cause it preserves the distances ratio between input and output.
Meaning, if an input is twice as far as the first input
(like 0.3 & 0.6), the res points on the line will be twice as far too.
This is why "constant speed"
(Simplifying a lot here, but that’s the idea!)
Cause it preserves the distances ratio between input and output.
Meaning, if an input is twice as far as the first input
(like 0.3 & 0.6), the res points on the line will be twice as far too.
This is why "constant speed"
(Simplifying a lot here, but that’s the idea!)
Unity saves you the math!
Mathf.Lerp(startPos, endPos, value)
places an object as described, start and end defining the line.
Pro tip Using values greater than 1 or less than 0 is called extrapolation -
a fancy word for continuing the line beyond its original bounds,
but still in the same direction
Mathf.Lerp(startPos, endPos, value)
places an object as described, start and end defining the line.
Pro tip Using values greater than 1 or less than 0 is called extrapolation -
a fancy word for continuing the line beyond its original bounds,
but still in the same direction
March 29, 2025 at 11:03 PM
Unity saves you the math!
Mathf.Lerp(startPos, endPos, value)
places an object as described, start and end defining the line.
Pro tip Using values greater than 1 or less than 0 is called extrapolation -
a fancy word for continuing the line beyond its original bounds,
but still in the same direction
Mathf.Lerp(startPos, endPos, value)
places an object as described, start and end defining the line.
Pro tip Using values greater than 1 or less than 0 is called extrapolation -
a fancy word for continuing the line beyond its original bounds,
but still in the same direction
Normally, the number we provide is in the range [0, 1].
This keeps things simple - it represents the position
along the line as a fraction.
0 is the starting point
0.5 is the middle
1 is the end
This keeps things simple - it represents the position
along the line as a fraction.
0 is the starting point
0.5 is the middle
1 is the end
March 29, 2025 at 11:03 PM
Normally, the number we provide is in the range [0, 1].
This keeps things simple - it represents the position
along the line as a fraction.
0 is the starting point
0.5 is the middle
1 is the end
This keeps things simple - it represents the position
along the line as a fraction.
0 is the starting point
0.5 is the middle
1 is the end
You’ve probably heard of Lerp...
It’s a way to map a number (a 1 dimensional value)
to a pos on a straight line.
It helps us convert a value like running time
into a gradually advancing pos along a path in the scene.
A more specific example?
Moving an object in a straight line at a constant speed!
It’s a way to map a number (a 1 dimensional value)
to a pos on a straight line.
It helps us convert a value like running time
into a gradually advancing pos along a path in the scene.
A more specific example?
Moving an object in a straight line at a constant speed!
March 29, 2025 at 11:02 PM
You’ve probably heard of Lerp...
It’s a way to map a number (a 1 dimensional value)
to a pos on a straight line.
It helps us convert a value like running time
into a gradually advancing pos along a path in the scene.
A more specific example?
Moving an object in a straight line at a constant speed!
It’s a way to map a number (a 1 dimensional value)
to a pos on a straight line.
It helps us convert a value like running time
into a gradually advancing pos along a path in the scene.
A more specific example?
Moving an object in a straight line at a constant speed!
Couldn't agree more!
I come back from each GDC with more friends and always have a blast seeing the amazing collaborations
And of course followed back!
Helping each other is the best way to grow and learn
I come back from each GDC with more friends and always have a blast seeing the amazing collaborations
And of course followed back!
Helping each other is the best way to grow and learn
March 29, 2025 at 4:59 PM
Couldn't agree more!
I come back from each GDC with more friends and always have a blast seeing the amazing collaborations
And of course followed back!
Helping each other is the best way to grow and learn
I come back from each GDC with more friends and always have a blast seeing the amazing collaborations
And of course followed back!
Helping each other is the best way to grow and learn