HDGretchenCounter/zscript.zs

version "4.10"


const HDLD_KIRI_GRETCHENCOUNTER = "kgc";

class GretchenCounter : HDWeapon
{
    default
    {
        +weapon.wimpy_weapon;
        +inventory.invbar;
        +hdweapon.droptranslation;
        +hdweapon.fitsinbackpack;
        hdweapon.barrelsize 0,0,0;
        weapon.selectionorder 1014;

        scale 0.6;
        inventory.icon "SARGF1";
        inventory.pickupmessage "Picked up a Gretchen Counter.";
        inventory.pickupsound "derp/crawl";
        translation 0;
        tag "Gretchen Counter";

        hdweapon.refid HDLD_KIRI_GRETCHENCOUNTER;
    }

    float lastReading;
    float angularVelocity;
    float needlePosition;
    int framesSinceLastBeep;
    bool onSwitch;

	override double WeaponBulk()
    {
		return 20;
	}

    override bool AddSpareWeapon(actor newowner)
    {
        return AddSpareWeaponRegular(newowner);
    }

    override hdweapon GetSpareWeapon(actor newowner,bool reverse,bool doselect)
    {
        return GetSpareWeaponRegular(newowner,reverse,doselect);
    }

    states
    {
    spawn:
        SARG F -1;
        stop;

    // Needle overlay states.
    needle_indicator:
        KGCN # 1; wait;

	select0:
		KGCM # 1 {
            updateOverlay();
        }
        goto select0big;

    deselect0:
		KGCM # 1 {
            updateOverlay();
        }
        goto deselect0big;

	ready:
        KGCM B 1 {
            A_Overlay(355, "needle_indicator");
            A_OverlayPivotAlign(355, PSPA_CENTER, PSPA_BOTTOM);
            // invoker.UpdateDisplay();
            updateOverlay();

            A_WeaponReady(WRF_ALLOWUSER3); // USER3 = MagManager.
        }

        goto readyend;

    fire:
        KGCM # 1 offset(0, 20) { updateOverlay(); }
        KGCM # 1 offset(0, 40) { updateOverlay(); }
        KGCM # 1 offset(0, 55) { updateOverlay(); }

        KGCM # 1 {
            invoker.onSwitch = !invoker.onSwitch;
            console.printf("onswitch: %d", int(invoker.onSwitch));
            // TODO: Play sound.
            updateOverlay();
        }

        KGCM # 1 offset(0, 55) { updateOverlay(); }
        KGCM # 1 offset(0, 40) { updateOverlay(); }
        KGCM # 1 offset(0, 20) { updateOverlay(); }
        KGCM # 1 offset(0, 0) { updateOverlay(); }
        goto waiting;

    waiting:
        KGCM # 1 { updateOverlay(); }
        KGCM # 1 { updateOverlay(); }
        KGCM # 1 { updateOverlay(); }
        KGCM # 1 { updateOverlay(); }
        KGCM # 1 { updateOverlay(); }
        KGCM # 1 A_Refire("waiting");
        goto ready;

    readyend:
		#### # 0 A_ReadyEnd();
        #### # 0 A_Jump(256,"ready");
    }

    action void updateOverlay()
    {
        float angle_min = -45.0;
        float angle_max = 45.0;
        A_OverlayRotate(355,
            angle_min + (angle_max - angle_min) * (1.0 - invoker.needlePosition));

        player.getpsprite(PSP_WEAPON).frame = int(invoker.onSwitch);
        player.getpsprite(355).frame = int(invoker.onSwitch);
        // frame = int(invoker.onSwitch);
    }

    float GetReadingForType(String type_name, float distance_scale)
    {
        ThinkerIterator iter = ThinkerIterator.Create(type_name);
        Actor mo;
        float totalReading = 0.0;

        Actor referenceActor = owner;
        if(!referenceActor) {
            referenceActor = self;
        }

        while(mo = Actor(iter.Next()))
        {
            if(mo.health <= 0) {
                continue;
            }

            float dist = referenceActor.Distance3D(mo);

            // Convert to "meters" (with a minimum).
            if(dist < 32) {
                dist = 32;
            }

            // Scale distance.
            dist *= distance_scale;


            // console.printf("%s", type_name);
            totalReading += 1.0 / (dist * dist);
        }

        return totalReading;
    }

    override void Tick()
    {
        // console.printf("lsjksdjklcmsdlkmcsdlkmslckmlkmsdclkmsdclkmsdc");
        super.Tick();
        UpdateDisplay();
    }

    void UpdateDisplay()
    {
        Actor referenceActor = owner;
        if(!referenceActor) {
            referenceActor = self;
        }

        console.printf("kjsdcsjkdcnsdjkcnsdkjcnsdc, %d", int(onSwitch));

        // ThinkerIterator iter = ThinkerIterator.Create("BFGNecroShard");
        // Actor mo;
        // int shardCount = 0;
        // float totalReading = 0.0;
        // while(mo = BFGNecroShard(iter.Next()))
        // {
        //     //shardCount++;
        //     float dist = Distance3D(mo);

        //     // Convert to "meters" (with a minimum).
        //     if(dist < 32) {
        //         dist = 32;
        //     }
        //     dist /= 32.0;

        //     // // Arbitrary scaling.
        //     // dist /= 16.0;

        //     totalReading += 1.0 / (dist * dist);
        //     shardCount += 1;
        // }

        float totalReading = 0.0;
        if(onSwitch) {
            totalReading =
                GetReadingForType("BFGNecroShard", 1.0) +
                GetReadingForType("HDBarrel", 2.0);
        }

        // lastReading = totalReading * 0.01 + lastReading * 0.99;

        float pct_reading = lastReading * 2000.0;

        lastReading = totalReading;

        float r = frandom(0.0, 1.0);
        if(r < pct_reading && onSwitch)
        {
            // console.printf("test: %f %f", r, pct_reading);
            referenceActor.A_StartSound("kiri/gretchencounter_click");
        }


        // if(pct_reading > 1.0) {
        //     pct_reading = 1.0;
        // }


        // String meter_str = "";
        // float k;
        // for(k = 0.0; k < 1.0; k += 0.02) {
        //     if(k < pct_reading) {
        //         meter_str = meter_str.."#";
        //     } else {
        //         meter_str = meter_str.."_";
        //     }
        // }

        // if(pct_reading > 1.0) {
        //     pct_reading = 1.0;
        // }
        // A_OverlayRotate(355,
        //     angle_min + (angle_max - angle_min) * (1.0 - pct_reading));


        angularvelocity += pct_reading - needlePosition;
        angularvelocity *= 0.97;

        bool wasNeedleAtMax = (needlePosition >= 0.9);

        needlePosition += angularvelocity * 0.1;
        needlePosition = clamp(needlePosition, 0.0, 1.0);


        // console.printf("Ang vel %f", angularvelocity);
        // console.printf("Shard count: [%s] %f", meter_str, pct_reading);


        framesSinceLastBeep++;
        // if(onSwitch)
        {
            if(!wasNeedleAtMax || framesSinceLastBeep > 15) {
                if(needlePosition >= 0.9) {
                    referenceActor.A_StartSound("kiri/gretchencounter_blip");
                    framesSinceLastBeep = 0;
                }
            }
        }
    }

}