CameraInformation rearViewMirrorOverlay()
{
CameraInformation info;
auto pos = utils::GetPlayerEyePosition();
auto angles = utils::GetPlayerEyeAngles();
info.x = pos.x;
info.y = pos.y;
info.z = pos.z;
info.pitch = angles[PITCH];
info.yaw = NormalizeDeg(angles[YAW] + 180);
return info;
}
CameraInformation agOverlay()
{
CameraInformation info;
Vector pos;
QAngle va;
calculateAGPosition(pos, va);
info.x = pos.x;
info.y = pos.y;
info.z = pos.z;
info.pitch = va[PITCH];
info.yaw = NormalizeDeg(va[YAW]);
return info;
}
bool Strafe(PlayerData& player, const MovementVars& vars, bool onground, bool jumped, bool ducking, StrafeType type, StrafeDir dir, double target_yaw, double vel_yaw, ProcessedFrame& out, bool reduceWishspeed, const StrafeButtons& strafeButtons, bool useGivenButtons)
{
//DevMsg("[Strafing] ducking = %d\n", (int)ducking);
if (jumped && player.Velocity.Length2D() >= vars.Maxspeed * ((ducking || (vars.Maxspeed == 320)) ? 0.1 : 0.5)) {
out.Yaw = NormalizeDeg(tas_strafe_yaw.GetFloat() + 180);
out.Forward = false;
out.Back = false;
out.Right = false;
out.Left = false;
//Vector vecForward;
//AngleVectors(QAngle(0, out.Yaw, 0), &vecForward);
//vecForward.z = 0;
//VectorNormalize(vecForward);
//// We give a certain percentage of the current forward movement as a bonus to the jump speed. That bonus is clipped
//// to not accumulate over time.
//float flSpeedBoostPerc = ((vars.Maxspeed != 320) && !ducking) ? 0.5f : 0.1f;
//float flSpeedAddition = fabs(0 * flSpeedBoostPerc);
//float flMaxSpeed = vars.Maxspeed + (vars.Maxspeed * flSpeedBoostPerc);
//float flNewSpeed = (flSpeedAddition + player.Velocity.Length2D());
//// If we're over the maximum, we want to only boost as much as will get us to the goal speed
//if (flNewSpeed > flMaxSpeed)
//{
// flSpeedAddition -= flNewSpeed - flMaxSpeed;
//}
//if (0 < 0.0f)
// flSpeedAddition *= -1.0f;
//// Add it on
//VectorAdd((vecForward*flSpeedAddition), player.Velocity, player.Velocity);
return onground;
}
double wishspeed = vars.Maxspeed;
if (reduceWishspeed)
wishspeed *= 0.33333333f;
Button usedButton;
bool strafed;
//if (frame.Strafe) {
strafed = true;
switch (dir) {
//case StrafeDir::LEFT:
// if (type == StrafeType::MAXACCEL)
// out.Yaw = static_cast<float>(SideStrafeMaxAccel(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, false) * M_RAD2DEG);
// else if (type == StrafeType::MAXANGLE)
// out.Yaw = static_cast<float>(SideStrafeMaxAngle(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, false) * M_RAD2DEG);
// //else if (type == StrafeType::CONSTSPEED)
// // out.Yaw = static_cast<float>(SideStrafeConstSpeed(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, false) * M_RAD2DEG);
// //else if (type == StrafeType::MAXDECCEL) {
// // auto yaw = static_cast<float>(SideStrafeMaxDeccel(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, false, strafed) * M_RAD2DEG);
// // if (strafed)
// // out.Yaw = yaw;
// //}
// break;
//case StrafeDir::RIGHT:
// if (type == StrafeType::MAXACCEL)
// out.Yaw = static_cast<float>(SideStrafeMaxAccel(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, true) * M_RAD2DEG);
// else if (type == StrafeType::MAXANGLE)
// out.Yaw = static_cast<float>(SideStrafeMaxAngle(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, true) * M_RAD2DEG);
// //else if (type == StrafeType::CONSTSPEED)
// // out.Yaw = static_cast<float>(SideStrafeConstSpeed(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, true) * M_RAD2DEG);
// //else if (type == StrafeType::MAXDECCEL) {
// // auto yaw = static_cast<float>(SideStrafeMaxDeccel(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, true, strafed) * M_RAD2DEG);
// // if (strafed)
// // out.Yaw = yaw;
// //}
// break;
//case StrafeDir::BEST:
// if (type == StrafeType::MAXACCEL)
// out.Yaw = static_cast<float>(BestStrafeMaxAccel(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD) * M_RAD2DEG);
// else if (type == StrafeType::MAXANGLE)
// out.Yaw = static_cast<float>(BestStrafeMaxAngle(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD) * M_RAD2DEG);
// else if (type == StrafeType::CONSTSPEED)
// out.Yaw = static_cast<float>(BestStrafeConstSpeed(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD) * M_RAD2DEG);
// else if (type == StrafeType::MAXDECCEL) {
// auto yaw = static_cast<float>(BestStrafeMaxDeccel(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, strafed) * M_RAD2DEG);
// if (strafed)
// out.Yaw = yaw;
// }
// break;
case StrafeDir::YAW:
if (type == StrafeType::MAXACCEL)
out.Yaw = static_cast<float>(YawStrafeMaxAccel(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, target_yaw * M_DEG2RAD) * M_RAD2DEG);
else if (type == StrafeType::MAXANGLE)
out.Yaw = static_cast<float>(YawStrafeMaxAngle(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, target_yaw * M_DEG2RAD) * M_RAD2DEG);
//else if (type == StrafeType::CONSTSPEED)
// out.Yaw = static_cast<float>(YawStrafeConstSpeed(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, target_yaw * M_DEG2RAD) * M_RAD2DEG);
//else if (type == StrafeType::MAXDECCEL) {
// auto yaw = static_cast<float>(YawStrafeMaxDeccel(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, target_yaw * M_DEG2RAD, strafed) * M_RAD2DEG);
// if (strafed)
// out.Yaw = yaw;
//}
break;
//case StrafeDir::POINT:
//{
// double point[] = { frame.GetX(), frame.GetY() };
// auto yaw = static_cast<float>(PointStrafe(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, type, point, strafed) * M_RAD2DEG);
// if (strafed)
// out.Yaw = yaw;
//}
//break;
default:
strafed = false;
break;
}
//}
//std::ostringstream o;
//o << std::setprecision(8) << std::fixed << "[Strafing] wishspeed = " << wishspeed << "; speed = " << player.Velocity.Length2D();
//out.Yaw = static_cast<float>(YawStrafeMaxAccel(player, vars, onground, wishspeed, strafeButtons, useGivenButtons, usedButton, vel_yaw * M_DEG2RAD, target_yaw * M_DEG2RAD) * M_RAD2DEG);
if (strafed) {
out.Forward = (usedButton == Button::FORWARD || usedButton == Button::FORWARD_LEFT || usedButton == Button::FORWARD_RIGHT);
out.Back = (usedButton == Button::BACK || usedButton == Button::BACK_LEFT || usedButton == Button::BACK_RIGHT);
out.Right = (usedButton == Button::RIGHT || usedButton == Button::FORWARD_RIGHT || usedButton == Button::BACK_RIGHT);
out.Left = (usedButton == Button::LEFT || usedButton == Button::FORWARD_LEFT || usedButton == Button::BACK_LEFT);
}
//o << "; resulting yaw = " << out.Yaw << "; predicted speed = " << player.Velocity.Length2D() << "\n";
//DevMsg("%s", o.str().c_str());
return onground;
}