Distribution options for ReactorCraft Ores. Should Custom Ore Generation handle ReactorCraft ore generation? Controls how Pitchblende is generated ReactorCraft Pitchblende Large veins filled very lightly with ore. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Pitchblende distributions ReactorCraft Pitchblende Freq. Size multiplier for ReactorCraft Pitchblende distributions ReactorCraft Pitchblende Size Controls how Cadmium is generated ReactorCraft Cadmium Small, fairly rare motherlodes with 2-4 horizontal veins each. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Cadmium distributions ReactorCraft Cadmium Freq. Size multiplier for ReactorCraft Cadmium distributions ReactorCraft Cadmium Size Controls how Indium is generated ReactorCraft Indium Small, fairly rare motherlodes with 2-4 horizontal veins each. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Indium distributions ReactorCraft Indium Freq. Size multiplier for ReactorCraft Indium distributions ReactorCraft Indium Size Controls how Silver is generated ReactorCraft Silver Small, fairly rare motherlodes with 2-4 horizontal veins each. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Silver distributions ReactorCraft Silver Freq. Size multiplier for ReactorCraft Silver distributions ReactorCraft Silver Size Controls how End Pitchblende is generated ReactorCraft End Pitchblende Large veins filled very lightly with ore. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft End Pitchblende distributions ReactorCraft End Pitchblende Freq. Size multiplier for ReactorCraft End Pitchblende distributions ReactorCraft End Pitchblende Size Controls how Ammonium Chloride is generated ReactorCraft Ammonium Chloride Large veins filled very lightly with ore. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Ammonium Chloride distributions ReactorCraft Ammonium Chloride Freq. Size multiplier for ReactorCraft Ammonium Chloride distributions ReactorCraft Ammonium Chloride Size Controls how Calcite is generated ReactorCraft Calcite Large veins filled very lightly with ore. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Calcite distributions ReactorCraft Calcite Freq. Size multiplier for ReactorCraft Calcite distributions ReactorCraft Calcite Size Controls how Magnetite is generated ReactorCraft Magnetite Large veins filled very lightly with ore. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Magnetite distributions ReactorCraft Magnetite Freq. Size multiplier for ReactorCraft Magnetite distributions ReactorCraft Magnetite Size Controls how Thorite is generated ReactorCraft Thorite Small, fairly rare motherlodes with 2-4 horizontal veins each. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Thorite distributions ReactorCraft Thorite Freq. Size multiplier for ReactorCraft Thorite distributions ReactorCraft Thorite Size Controls how Blue Fluorite is generated ReactorCraft Blue Fluorite Small, fairly rare motherlodes with 2-4 horizontal veins each. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Blue Fluorite distributions ReactorCraft Blue Fluorite Freq. Size multiplier for ReactorCraft Blue Fluorite distributions ReactorCraft Blue Fluorite Size Controls how Pink Fluorite is generated ReactorCraft Pink Fluorite Small, fairly rare motherlodes with 2-4 horizontal veins each. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Pink Fluorite distributions ReactorCraft Pink Fluorite Freq. Size multiplier for ReactorCraft Pink Fluorite distributions ReactorCraft Pink Fluorite Size Controls how Orange Fluorite is generated ReactorCraft Orange Fluorite Small, fairly rare motherlodes with 2-4 horizontal veins each. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Orange Fluorite distributions ReactorCraft Orange Fluorite Freq. Size multiplier for ReactorCraft Orange Fluorite distributions ReactorCraft Orange Fluorite Size Controls how Magenta Fluorite is generated ReactorCraft Magenta Fluorite Small, fairly rare motherlodes with 2-4 horizontal veins each. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Magenta Fluorite distributions ReactorCraft Magenta Fluorite Freq. Size multiplier for ReactorCraft Magenta Fluorite distributions ReactorCraft Magenta Fluorite Size Controls how Green Fluorite is generated ReactorCraft Green Fluorite Small, fairly rare motherlodes with 2-4 horizontal veins each. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Green Fluorite distributions ReactorCraft Green Fluorite Freq. Size multiplier for ReactorCraft Green Fluorite distributions ReactorCraft Green Fluorite Size Controls how Red Fluorite is generated ReactorCraft Red Fluorite Small, fairly rare motherlodes with 2-4 horizontal veins each. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Red Fluorite distributions ReactorCraft Red Fluorite Freq. Size multiplier for ReactorCraft Red Fluorite distributions ReactorCraft Red Fluorite Size Controls how White Fluorite is generated ReactorCraft White Fluorite Small, fairly rare motherlodes with 2-4 horizontal veins each. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft White Fluorite distributions ReactorCraft White Fluorite Freq. Size multiplier for ReactorCraft White Fluorite distributions ReactorCraft White Fluorite Size Controls how Yellow Fluorite is generated ReactorCraft Yellow Fluorite Small, fairly rare motherlodes with 2-4 horizontal veins each. Simulates Vanilla Minecraft. Large irregular clouds filled lightly with ore. Frequency multiplier for ReactorCraft Yellow Fluorite distributions ReactorCraft Yellow Fluorite Freq. Size multiplier for ReactorCraft Yellow Fluorite distributions ReactorCraft Yellow Fluorite Size Replace vanilla-generated ore clusters. The global option deferredPopulationRange must be large enough to catch all ore clusters (>= 32). Large veins filled very lightly with ore. Because they contain less ore per volume, these veins are relatively wide and long. Mining the ore from them is time consuming compared to solid ore veins. They are also more difficult to follow, since it is harder to get an idea of their direction while mining. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Small, fairly rare motherlodes with 2-4 horizontal veins each. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Small, fairly rare motherlodes with 2-4 horizontal veins each. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Small, fairly rare motherlodes with 2-4 horizontal veins each. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Large veins filled very lightly with ore. Because they contain less ore per volume, these veins are relatively wide and long. Mining the ore from them is time consuming compared to solid ore veins. They are also more difficult to follow, since it is harder to get an idea of their direction while mining. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Large veins filled very lightly with ore. Because they contain less ore per volume, these veins are relatively wide and long. Mining the ore from them is time consuming compared to solid ore veins. They are also more difficult to follow, since it is harder to get an idea of their direction while mining. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Small, fairly rare motherlodes with 2-4 horizontal veins each. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Small, fairly rare motherlodes with 2-4 horizontal veins each. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Small, fairly rare motherlodes with 2-4 horizontal veins each. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Small, fairly rare motherlodes with 2-4 horizontal veins each. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Small, fairly rare motherlodes with 2-4 horizontal veins each. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Small, fairly rare motherlodes with 2-4 horizontal veins each. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Small, fairly rare motherlodes with 2-4 horizontal veins each. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Small, fairly rare motherlodes with 2-4 horizontal veins each. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Replace vanilla-generated ore clusters. The global option deferredPopulationRange must be large enough to catch all ore clusters (>= 32). Large veins filled very lightly with ore. Because they contain less ore per volume, these veins are relatively wide and long. Mining the ore from them is time consuming compared to solid ore veins. They are also more difficult to follow, since it is harder to get an idea of their direction while mining. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Small, fairly rare motherlodes with 2-4 horizontal veins each. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that. Replace vanilla-generated ore clusters. The global option deferredPopulationRange must be large enough to catch all ore clusters (>= 32). Large veins filled very lightly with ore. Because they contain less ore per volume, these veins are relatively wide and long. Mining the ore from them is time consuming compared to solid ore veins. They are also more difficult to follow, since it is harder to get an idea of their direction while mining. A master preset for standardgen ore distributions. Large irregular clouds filled lightly with ore. These are huge, spanning several adjacent chunks, and consequently rather rare. They contain a sizeable amount of ore, but it takes some time and effort to mine due to low density. The intent for strategic clouds is that the player will need to actively search for one and then set up a semi-permanent mining base and spend some time actually mining the ore. Single blocks, generously scattered through all heights (density is about that of vanilla iron ore). They will replace dirt and sandstone (but not grass or sand), so they can be found nearer to the surface than most ores. Intened to be used as a child distribution for large, rare strategic deposits that would otherwise be very difficult to find. Note that the frequency is multiplied by ground level to maintain a constant density, but not by ore frequency because it is assumed that the frequency of the parent distribution will already be scaled by that.