+ gettext("Floatland minimum Y");
+ gettext("Lower Y limit of floatlands.");
+ gettext("Floatland maximum Y");
+ gettext("Upper Y limit of floatlands.");
+ gettext("Floatland tapering distance");
+ gettext("Y-distance over which floatlands taper from full density to nothing.\nTapering starts at this distance from the Y limit.\nFor a solid floatland layer, this controls the height of hills/mountains.\nMust be less than or equal to half the distance between the Y limits.");
+ gettext("Floatland taper exponent");
+ gettext("Exponent of the floatland tapering. Alters the tapering behaviour.\nValue = 1.0 creates a uniform, linear tapering.\nValues > 1.0 create a smooth tapering suitable for the default separated\nfloatlands.\nValues < 1.0 (for example 0.25) create a more defined surface level with\nflatter lowlands, suitable for a solid floatland layer.");
+ gettext("Floatland density");
+ gettext("Adjusts the density of the floatland layer.\nIncrease value to increase density. Can be positive or negative.\nValue = 0.0: 50% of volume is floatland.\nValue = 2.0 (can be higher depending on 'mgv7_np_floatland', always test\nto be sure) creates a solid floatland layer.");
+ gettext("Floatland water level");
+ gettext("Surface level of optional water placed on a solid floatland layer.\nWater is disabled by default and will only be placed if this value is set\nto above 'mgv7_floatland_ymax' - 'mgv7_floatland_taper' (the start of the\nupper tapering).\n***WARNING, POTENTIAL DANGER TO WORLDS AND SERVER PERFORMANCE***:\nWhen enabling water placement the floatlands must be configured and tested\nto be a solid layer by setting 'mgv7_floatland_density' to 2.0 (or other\nrequired value depending on 'mgv7_np_floatland'), to avoid\nserver-intensive extreme water flow and to avoid vast flooding of the\nworld surface below.");