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@@christopherbigboss Sorry, I don't have a code anymore, it is an old project. But I reworked this engine and posted a new video. You can find the code in the coments there

Black Mesa Definitive Edition (on Steam) no mods or anything

Thanks!

"FREEEEEEMAAAAAAN!" HECU: "We're gonna kick your ass!"

I believe it's because I only draw polygons and line segments, but not images

XD

Thank you!

I bet you anything they too were manipulated by that g-man guy! Gosh, I hate him!

Miracle)

American steel baby!

Ikr!

I found console commands on the internet to spawn them. In fact, you can spawn almost everything:)

@@n_man-im2fv i didn't even know vehicles have their own ai

Not only do I find this theory interesting, but I also find it to be one of the best what if scenarios I've ever read.

Valve, plz, hire this guy to make a spin off. Totally gonna pay full price if done with quality.

Si mo piace

I never understood if GMan was good or evil (sorry bad english)

It would've been a good story on fanfiction if you think about it. Way to spit at the Gman like that. Question: Is there going to be a fanfic on this. It would've been interesting to see.

Anticitizen One

*not enough

​@@CorporalAdrianShephard.Yes

Thanks!

I suppose if they can teleport people, and Nihilanth can yeet Humvees at Gordon...

Same way the teleported the science labs and devices

some times, massive portals may appear.

Big Ma' ain't going through that old solid iron

void Render5(PaintEventArgs e) //FIxed almost vertical rays bug { e.Graphics.FillRectangle(new SolidBrush(background), 0f, 0f, SW, SH); e.Graphics.FillRectangle(new SolidBrush(ground), 0f, SH / 2f, SW, SH); //Clear past drawings float dPI = 0.0000005f; //small measurement error for almost vertical angles of rays //For every ray (column of pixels) for (int i = 0; i < SW; i++) { //float a = D.value + FOV * (0.5f - (float)i / SW); //Angle of current ray float tanFOV = (float)Math.Tan(FOV / 2f); float a = D.value - (float)Math.Atan(2f * tanFOV * ((float)i / (SW - 1f) - 0.5f)); if (a > Angle.hPI - dPI && a < Angle.hPI + dPI) //UP { Color color = background; float Y = float.PositiveInfinity; bool intersected = false; foreach (Wall w in walls) //for every wall { if (!w.isVertical && w.xmin <= C.X && w.xmax >= C.X) { float y = w.m * C.X + w.b; if (C.Y < y && y < Y) { Y = y; color = w.color; intersected = true; } } } if (intersected) { float dist = (Y - C.Y) * (float)Math.Cos(a - D.value); if (dist != 0) { float top = (SH / 2f) - (SW * WH) / (4f * dist * tanFOV); float bottom = (SH / 2f) + (SW * WH) / (4f * dist * tanFOV); if (top < 0f) { top = 0f; } if (bottom > SH) { bottom = SH; } //Draw line p.Color = color; e.Graphics.DrawLine(p, new Point(i, (int)top), new Point(i, (int)bottom)); } } } else if (a > Angle.PI + Angle.hPI - dPI && a < Angle.PI + Angle.hPI + dPI) //DOWN { Color color = background; float Y = float.NegativeInfinity; bool intersected = false; foreach (Wall w in walls) //for every wall { if (!w.isVertical && w.xmin <= C.X && w.xmax >= C.X) { float y = w.m * C.X + w.b; if (C.Y > y && y > Y) { Y = y; color = w.color; intersected = true; } } } if (intersected) { float dist = (C.Y - Y) * (float)Math.Cos(a - D.value); if (dist != 0) { float top = (SH / 2f) - (SW * WH) / (4f * dist * tanFOV); float bottom = (SH / 2f) + (SW * WH) / (4f * dist * tanFOV); if (top < 0f) { top = 0f; } if (bottom > SH) { bottom = SH; } //Draw line p.Color = color; e.Graphics.DrawLine(p, new Point(i, (int)top), new Point(i, (int)bottom)); } } } else if (a > Angle.hPI && a < Angle.PI + Angle.hPI) //LEFT { float m = (float)Math.Tan(a); float b = C.Y - m * C.X; Color color = background; float X = float.NegativeInfinity; float Y = 0f; bool intersected = false; foreach (Wall w in walls) { if (w.isVertical) { if (X < w.x && w.x < C.X) { float y = m * w.x + b; if (w.ymin <= y && y <= w.ymax) { X = w.x; Y = y; color = w.color; intersected = true; } } } else if (w.m != m) { float x = (b - w.b) / (w.m - m); if (w.xmin <= x && x <= w.xmax && X < x && x < C.X) { X = x; Y = m * x + b; color = w.color; intersected = true; } } } if (intersected) { float distSQRD = (X - C.X) * (X - C.X) + (Y - C.Y) * (Y - C.Y); float dist = (float)Math.Sqrt(distSQRD) * (float)Math.Cos(a - D.value); float top = (SH / 2f) - (SW * WH) / (4f * dist * tanFOV); float bottom = (SH / 2f) + (SW * WH) / (4f * dist * tanFOV); if (top < 0f) { top = 0f; } if (bottom > SH) { bottom = SH; } //Draw line p.Color = color; e.Graphics.DrawLine(p, new Point(i, (int)top), new Point(i, (int)bottom)); } } else //RIGHT { float m = (float)Math.Tan(a); float b = C.Y - m * C.X; Color color = background; float X = float.PositiveInfinity; float Y = 0f; bool intersected = false; foreach (Wall w in walls) { if (w.isVertical) { if (X > w.x && w.x > C.X) { float y = m * w.x + b; if (w.ymin <= y && y <= w.ymax) { X = w.x; Y = y; color = w.color; intersected = true; } } } else if (w.m != m) { float x = (b - w.b) / (w.m - m); if (w.xmin <= x && x <= w.xmax && X > x && x > C.X) { X = x; Y = m * x + b; color = w.color; intersected = true; } } } if (intersected) { float distSQRD = (X - C.X) * (X - C.X) + (Y - C.Y) * (Y - C.Y); float dist = (float)Math.Sqrt(distSQRD) * (float)Math.Cos(a - D.value); float top = (SH / 2f) - (SW * WH) / (4f * dist * tanFOV); float bottom = (SH / 2f) + (SW * WH) / (4f * dist * tanFOV); if (top < 0f) { top = 0f; } if (bottom > SH) { bottom = SH; } //Draw line p.Color = color; e.Graphics.DrawLine(p, new Point(i, (int)top), new Point(i, (int)bottom)); } } } //Draw overlay features PointF center = new PointF(30f, 30f); float L = 15f; float sin = (float)Math.Sin(D.value); float cos = (float)Math.Cos(D.value); e.Graphics.DrawLine(new Pen(Brushes.Black, 3f), new PointF(center.X - L * cos, center.Y - L * sin), new PointF(center.X + L * cos, center.Y + L * sin)); }

Previous comment is the function that Draws everything. Here are additional classes I wrote to use the function. public class Angle { public const float hPI = 3.141592f / 2f; public const float PI = 3.141592f; public const float PI2 = 3.141592f * 2f; public float value; public Angle(float value) { this.value = 0f; Rotate(value); } public void Rotate(float rotation) { value += rotation; while (value < 0f) { value += PI2; } while (value > PI2) { value -= PI2; } } public static float ToRadians(float degrees) { return degrees / 180f * PI; } } public class Wall { public bool isVertical; PointF A; PointF B; //endpoints of a segment public float x; public float ymin; public float ymax; // if line is vertical public float m; public float b; public float xmin; public float xmax; // if line is inclined or horizontal public Color color; public Wall(PointF a, PointF b, Color color) { this.color = color; A = a; B = b; if(A.X == B.X) { isVertical = true; x = A.X; if(A.Y > B.Y) { ymax = A.Y; ymin = B.Y; } else { ymax = B.Y; ymin = A.Y; } } else { isVertical = false; m = (A.Y - B.Y) / (A.X - B.X); this.b = A.Y - (m * A.X); if(A.X > B.X) { xmax = A.X; xmin = B.X; } else { xmax = B.X; xmin = A.X; } } } }

@@n_man-im2fv thanks!

İ would not like to help freeman

🧐😳😬

@@hecu_marine64 bro i thought you were dead

No, when we evacuated from black Mesa, I was kidnapped by some mysterious PDFH.FILE in a business suit and a suitcase and released only in 2024​@@Hecu_Soldier

Half - Life but Gordon can speak and explain to the Topside Questioning Military

Thank you!

Yooo i remember you! You did a video with the full ost of this creepy ost or ifk