Instead of a stream of fireballs, it draws a line and a beam end. But I've run across a few problems. The beamos won't start his laser jet. Also note the commented Line function. I can't figure out how to get it through the compiler, so I commented it out.
Anyway:
What am I doing wrong?Code://-----Scripts for Beamos----- // When you are close enough, the beamos shoots // a laser at you. It draws a line representing // a laser shot from the beamos's eye. A damage // combo represents the tip of the laser. //---------------------------- import "std.zh" //-----BeamosEye----- // This half determines when the beam should be fired // // D0 = The radius of the beamos's sight // D1 = The delay (in frames) waited before firing (I'd recommend 20) //------------------- ffc script BeamosEye{ void run(float radius, int maxdelay){ int currentdelay = 0; // delay waited bool delaystart = false; // flag for start of delay float xdist; // used to find how close Link is float ydist; // same float hdist; // distance between Link and Eye Screen->D[0] = 0; // link's xy position Screen->D[1] = 0; // tells whether link is close enough Screen->D[2] = this->X + ((this->Y/100)/100) + 8.0008; // xy of eye while(true){ xdist = this->X - Link->X; ydist = this->Y - Link->Y; hdist = Sqrt(Pow(xdist, 2) + Pow(ydist, 2)); // ^Distance formula^ if((hdist <= radius) && (!delaystart)){ Trace(9); Screen->D[0] = Link->X + ((Link->Y/100)/100); delaystart = true; currentdelay = 0; } //end if if((hdist > radius) && (Screen->D[1] == 1) || (delaystart)){ Screen->D[1] = 0; delaystart = false; } //end if if(delaystart){ currentdelay += 1; } //end if if(currentdelay == maxdelay){ Screen->D[1] = 1; } //end if Waitframe(); } //end while } //end void } //end ffc script //--------Beam------- // This half draws the beam and follows Link // // D0 = Speed of the travelling beam // D1 = Color of the beam // D2 = Combo to be changed to when active //------------------- ffc script Beam{ void run(float speed, float beamcolor, int activecombo){ int passivecombo = this->Data; // combo for inactive beam bool active = false; // flag determining whether this is active float xdist; // xdelta of target float ydist; // ydelta of target float xratio; // ratio between xdelta and ydelta float yratio; // same float hratio; // hypotenuse ratio float tempxy; // xy of Beam while(true){ // activation device if((Screen->D[1] == 1) && (!active)){ this->X = Floor(Screen->D[0]); this->X = Ceiling(Screen->D[0]) * 100 * 100; active = true; this->Data = activecombo; } //end if // moving device / line draw-er if(active){ xratio = 1; yratio = 1; xdist = Link->X - this->X; ydist = Link->Y - this->Y; if(xdist > ydist){ xratio = xdist / ydist; } // end if if(xdist <= ydist){ yratio = ydist / xdist; } // end if hratio = Sqrt(Pow(xratio, 2) + Pow(yratio, 2)); xratio = xratio / hratio; xratio = xratio * speed; yratio = yratio / hratio; yratio = yratio * speed; this->Vx = xratio; this->Vy = yratio; tempxy = this->X + ((this->Y/100)/100) + 8.0008; //Line(tempxy, beamcolor, Screen->D[2], 3, 1, false, 0, 0, 0); } //end if // deactivation device if((Screen->D[1] == 0) && (active)){ this->Vx = 0; this->Vy = 0; this->X = 0; this->Y = 0; active = false; this->Data = passivecombo; } //end if Waitframe(); } //end while } //end void } //end ffc script
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