exports.set_hover_cam_angle = function(camobj, angle) {
m_print.error("set_hover_cam_angle() deprecated, use rotate_camera() or rotate_hover_camera() instead");
if (!camera.is_hover_camera(camobj)) {
m_print.error("set_hover_cam_angle(): wrong object or camera move style");
return;
}
var render = camobj._render;
if (!render.use_distance_limits) {
m_print.error("set_hover_cam_angle(): distance/hover_angle limits are not defined or disabled");
return;
}
var angles = camera.get_camera_angles(camobj, _vec2_tmp);
// NOTE: prepare hover angle (CCW style)
var angle_ccw = -angle;
var rot_angle = angle_ccw - angles[1];
if (rot_angle)
camera.rotate_hover_camera(camobj, 0, rot_angle);
transform.update_transform(camobj);
m_phy.sync_transform(camobj);
}
exports.rotate_hover_camera = function(camobj, phi, theta, phi_is_abs, theta_is_abs) {
if (!camera.is_hover_camera(camobj)) {
m_print.error("rotate_hover_camera(): wrong object");
return;
}
camera.rotate_hover_camera(camobj, phi, theta, phi_is_abs, theta_is_abs);
transform.update_transform(camobj);
m_phy.sync_transform(camobj);
}
exports.rotate_camera = function(camobj, phi, theta, phi_is_abs, theta_is_abs) {
var move_style = exports.get_move_style(camobj);
switch (move_style) {
case camera.MS_STATIC:
case camera.MS_ANIMATION:
break;
case camera.MS_TARGET_CONTROLS:
camera.rotate_target_camera(camobj, phi, theta, phi_is_abs, theta_is_abs);
break;
case camera.MS_EYE_CONTROLS:
camera.rotate_eye_camera(camobj, phi, theta, phi_is_abs, theta_is_abs);
break;
case camera.MS_HOVER_CONTROLS:
camera.rotate_hover_camera(camobj, phi, theta, phi_is_abs, theta_is_abs);
break;
default:
m_print.error("rotate_camera(): Wrong object");
break;
}
transform.update_transform(camobj);
m_phy.sync_transform(camobj);
}