[Vasya]

Вот есть готовый код для бомбометания на больших скоростях:

public boolean typeDiveBomberToggleAutomation()
    {
        return false;
    }

    public void typeDiveBomberAdjAltitudeReset()
    {
    }

    public void typeDiveBomberAdjAltitudePlus()
    {
    }

    public void typeDiveBomberAdjAltitudeMinus()
    {
    }

    public void typeDiveBomberAdjVelocityReset()
    {
    }

    public void typeDiveBomberAdjVelocityPlus()
    {
    }

    public void typeDiveBomberAdjVelocityMinus()
    {
    }

    public void typeDiveBomberAdjDiveAngleReset()
    {
    }

    public void typeDiveBomberAdjDiveAnglePlus()
    {
    }

    public void typeDiveBomberAdjDiveAngleMinus()
    {
    }

    public void typeDiveBomberReplicateToNet(NetMsgGuaranted netmsgguaranted)
        throws IOException
    {
    }

    public void typeDiveBomberReplicateFromNet(NetMsgInput netmsginput)
        throws IOException
    {
    }

    public boolean typeBomberToggleAutomation()
    {
        bSightAutomation = !bSightAutomation;
        bSightBombDump = false;
        HUD.log(AircraftHotKeys.hudLogWeaponId, "BombsightAutomation" + (bSightAutomation ? "ON" : "OFF"));
        return bSightAutomation;
    }

    public void typeBomberAdjDistanceReset()
    {
        fSightCurDistance = 0.0F;
        fSightCurForwardAngle = 0.0F;
    }

    public void typeBomberAdjDistancePlus()
    {
        fSightCurForwardAngle++;
        if(fSightCurForwardAngle > 85F)
            fSightCurForwardAngle = 85F;
        fSightCurDistance = fSightCurAltitude * (float)Math.tan(Math.toRadians(fSightCurForwardAngle));
        HUD.log(AircraftHotKeys.hudLogWeaponId, "BombsightElevation", new Object[] {
            new Integer((int)fSightCurForwardAngle)
        });
        if(bSightAutomation)
            typeBomberToggleAutomation();
    }

    public void typeBomberAdjDistanceMinus()
    {
        fSightCurForwardAngle--;
        if(fSightCurForwardAngle < 0.0F)
            fSightCurForwardAngle = 0.0F;
        fSightCurDistance = fSightCurAltitude * (float)Math.tan(Math.toRadians(fSightCurForwardAngle));
        HUD.log(AircraftHotKeys.hudLogWeaponId, "BombsightElevation", new Object[] {
            new Integer((int)fSightCurForwardAngle)
        });
        if(bSightAutomation)
            typeBomberToggleAutomation();
    }

    public void typeBomberAdjSideslipReset()
    {
        fSightCurSideslip = 0.0F;
    }

    public void typeBomberAdjSideslipPlus()
    {
        fSightCurSideslip += 0.05F;
        if(fSightCurSideslip > 3F)
            fSightCurSideslip = 3F;
        HUD.log(AircraftHotKeys.hudLogWeaponId, "BombsightSlip", new Object[] {
            new Float(fSightCurSideslip * 10F)
        });
    }

    public void typeBomberAdjSideslipMinus()
    {
        fSightCurSideslip -= 0.05F;
        if(fSightCurSideslip < -3F)
            fSightCurSideslip = -3F;
        HUD.log(AircraftHotKeys.hudLogWeaponId, "BombsightSlip", new Object[] {
            new Float(fSightCurSideslip * 10F)
        });
    }

    public void typeBomberAdjAltitudeReset()
    {
        fSightCurAltitude = 850F;
    }

    public void typeBomberAdjAltitudePlus()
    {
        fSightCurAltitude += 10F;
        if(fSightCurAltitude > 6000F)
            fSightCurAltitude = 6000F;
        HUD.log(AircraftHotKeys.hudLogWeaponId, "BombsightAltitude", new Object[] {
            new Integer((int)fSightCurAltitude)
        });
        fSightCurDistance = fSightCurAltitude * (float)Math.tan(Math.toRadians(fSightCurForwardAngle));
    }

    public void typeBomberAdjAltitudeMinus()
    {
        fSightCurAltitude -= 10F;
        if(fSightCurAltitude < 850F)
            fSightCurAltitude = 850F;
        HUD.log(AircraftHotKeys.hudLogWeaponId, "BombsightAltitude", new Object[] {
            new Integer((int)fSightCurAltitude)
        });
        fSightCurDistance = fSightCurAltitude * (float)Math.tan(Math.toRadians(fSightCurForwardAngle));
    }

    public void typeBomberAdjSpeedReset()
    {
        fSightCurSpeed = 250F;
    }

    public void typeBomberAdjSpeedPlus()
    {
        fSightCurSpeed += 10F;
        if(fSightCurSpeed > 900F)
            fSightCurSpeed = 900F;
        HUD.log(AircraftHotKeys.hudLogWeaponId, "BombsightSpeed", new Object[] {
            new Integer((int)fSightCurSpeed)
        });
    }

    public void typeBomberAdjSpeedMinus()
    {
        fSightCurSpeed -= 10F;
        if(fSightCurSpeed < 150F)
            fSightCurSpeed = 150F;
        HUD.log(AircraftHotKeys.hudLogWeaponId, "BombsightSpeed", new Object[] {
            new Integer((int)fSightCurSpeed)
        });
    }

    public void typeBomberUpdate(float f)
    {
        if((double)Math.abs(FM.Or.getKren()) > 4.5D)
        {
            fSightCurReadyness -= 0.0666666F * f;
            if(fSightCurReadyness < 0.0F)
                fSightCurReadyness = 0.0F;
        }
        if(fSightCurReadyness < 1.0F)
            fSightCurReadyness += 0.0333333F * f;
        else
        if(bSightAutomation)
        {
            fSightCurDistance -= (fSightCurSpeed / 3.6F) * f;
            if(fSightCurDistance < 0.0F)
            {
                fSightCurDistance = 0.0F;
                typeBomberToggleAutomation();
            }
            fSightCurForwardAngle = (float)Math.toDegrees(Math.atan(fSightCurDistance / fSightCurAltitude));
            if((double)fSightCurDistance < (double)(fSightCurSpeed / 3.6F) * Math.sqrt(fSightCurAltitude * 0.2038736F))
                bSightBombDump = true;
            if(bSightBombDump)
                if(FM.isTick(3, 0))
                {
                    if(FM.CT.Weapons[3] != null && FM.CT.Weapons[3][FM.CT.Weapons[3].length - 1] != null && FM.CT.Weapons[3][FM.CT.Weapons[3].length - 1].haveBullets())
                    {
                        FM.CT.WeaponControl[3] = true;
                        HUD.log(AircraftHotKeys.hudLogWeaponId, "BombsightBombdrop");
                    }
                } else
                {
                    FM.CT.WeaponControl[3] = false;
                }
        }
    }

    public void typeBomberReplicateToNet(NetMsgGuaranted netmsgguaranted)
        throws IOException
    {
        netmsgguaranted.writeByte((bSightAutomation ? 1 : 0) | (bSightBombDump ? 2 : 0));
        netmsgguaranted.writeFloat(fSightCurDistance);
        netmsgguaranted.writeByte((int)fSightCurForwardAngle);
        netmsgguaranted.writeByte((int)((fSightCurSideslip + 3F) * 33.33333F));
        netmsgguaranted.writeFloat(fSightCurAltitude);
        netmsgguaranted.writeFloat(fSightCurSpeed);
        netmsgguaranted.writeByte((int)(fSightCurReadyness * 200F));
    }

    public void typeBomberReplicateFromNet(NetMsgInput netmsginput)
        throws IOException
    {
        int i = netmsginput.readUnsignedByte();
        bSightAutomation = (i & 1) != 0;
        bSightBombDump = (i & 2) != 0;
        fSightCurDistance = netmsginput.readFloat();
        fSightCurForwardAngle = netmsginput.readUnsignedByte();
        fSightCurSideslip = -3F + (float)netmsginput.readUnsignedByte() / 33.33333F;
        fSightCurAltitude = netmsginput.readFloat();
        fSightCurSpeed = netmsginput.readFloat();
        fSightCurReadyness = (float)netmsginput.readUnsignedByte() / 200F;
    }