}
}
me.TR(me);
- me.TD(me, 1, 1, e = makeXonoticTextLabel(0, _("Anisotropy:")));
- me.TD(me, 1, 2, e = makeXonoticTextSlider("gl_texture_anisotropy"));
- e.addValue(e, ZCTX(_("ANISO^Disabled")), "1");
- e.addValue(e, _("2x"), "2");
- e.addValue(e, _("4x"), "4");
- e.addValue(e, _("8x"), "8");
- e.addValue(e, _("16x"), "16");
- e.configureXonoticTextSliderValues(e);
- me.TR(me);
me.TR(me);
- me.TD(me, 1, 1, e = makeXonoticTextLabel(0, _("Particle quality:")));
+ me.TD(me, 1, 1, e = makeXonoticTextLabel(0, _("Particles quality:")));
me.TD(me, 1, 2, e = makeXonoticSlider(0.2, 1.0, 0.1, "cl_particles_quality"));
me.TR(me);
- me.TD(me, 1, 1, e = makeXonoticTextLabel(0, _("Particle distance:")));
+ me.TD(me, 1, 1, e = makeXonoticTextLabel(0, _("Particles distance:")));
me.TD(me, 1, 2, e = makeXonoticSlider(500, 2000, 100, "r_drawparticles_drawdistance"));
me.TR(me);
me.TR(me);
- me.TD(me, 1, 1.5, e = makeXonoticCheckBox(0, "cl_decals", _("Decals")));
- me.TD(me, 1, 1.5, e = makeXonoticCheckBox(0, "cl_decals_models", _("Decals on models")));
+ me.TD(me, 1, 1, e = makeXonoticCheckBox(0, "cl_decals", _("Decals")));
+ me.TD(me, 1, 2, e = makeXonoticCheckBox(0, "cl_decals_models", _("Decals on models")));
setDependent(e, "cl_decals", 1, 1);
me.TR(me);
me.TDempty(me, 0.2);