Distribution options for RailCraft Ores. Should Custom Ore Generation handle RailCraft ore generation? Controls how Abyssal Ores is generated RailCraft Abyssal Ores Multi-layered deposit in a spherical shape. Frequency multiplier for RailCraft Abyssal Ores distributions RailCraft Abyssal Ores Freq. Size multiplier for RailCraft Abyssal Ores distributions RailCraft Abyssal Ores Size Controls how Poor Iron is generated RailCraft Poor Iron Large veins filled very lightly with ore. Large irregular clouds filled lightly with ore. Simulates Vanilla Minecraft. Frequency multiplier for RailCraft Poor Iron distributions RailCraft Poor Iron Freq. Size multiplier for RailCraft Poor Iron distributions RailCraft Poor Iron Size Controls how Poor Gold is generated RailCraft Poor Gold Large veins filled very lightly with ore. Large irregular clouds filled lightly with ore. Simulates Vanilla Minecraft. Frequency multiplier for RailCraft Poor Gold distributions RailCraft Poor Gold Freq. Size multiplier for RailCraft Poor Gold distributions RailCraft Poor Gold Size Controls how Poor Copper is generated RailCraft Poor Copper Large veins filled very lightly with ore. Large irregular clouds filled lightly with ore. Simulates Vanilla Minecraft. Frequency multiplier for RailCraft Poor Copper distributions RailCraft Poor Copper Freq. Size multiplier for RailCraft Poor Copper distributions RailCraft Poor Copper Size Controls how Poor Tin is generated RailCraft Poor Tin Large veins filled very lightly with ore. Large irregular clouds filled lightly with ore. Simulates Vanilla Minecraft. Frequency multiplier for RailCraft Poor Tin distributions RailCraft Poor Tin Freq. Size multiplier for RailCraft Poor Tin distributions RailCraft Poor Tin Size Controls how Poor Lead is generated RailCraft Poor Lead Large veins filled very lightly with ore. Large irregular clouds filled lightly with ore. Simulates Vanilla Minecraft. Frequency multiplier for RailCraft Poor Lead distributions RailCraft Poor Lead Freq. Size multiplier for RailCraft Poor Lead distributions RailCraft Poor Lead Size Controls how Saltpeter is generated RailCraft Saltpeter Large veins filled very lightly with ore. Large irregular clouds filled lightly with ore. Simulates Vanilla Minecraft. Frequency multiplier for RailCraft Saltpeter distributions RailCraft Saltpeter Freq. Size multiplier for RailCraft Saltpeter distributions RailCraft Saltpeter Size Controls how Firestone is generated RailCraft Firestone Small motherlodes without any branches. Large irregular clouds filled lightly with ore. Simulates Vanilla Minecraft. Frequency multiplier for RailCraft Firestone distributions RailCraft Firestone Freq. Size multiplier for RailCraft Firestone distributions RailCraft Firestone Size Controls how Sulfur is generated RailCraft Sulfur Short and sparsely filled compound veins containing one material inside another. Large irregular clouds filled lightly with ore. Simulates Vanilla Minecraft. Frequency multiplier for RailCraft Sulfur distributions RailCraft Sulfur Freq. Size multiplier for RailCraft Sulfur distributions RailCraft Sulfur Size Replace vanilla-generated ore clusters. The global option deferredPopulationRange must be large enough to catch all ore clusters (>= 32). Replace vanilla-generated ore clusters. The global option deferredPopulationRange must be large enough to catch all ore clusters (>= 32). Multi-layered deposit. On the outside is a shell, usually made of some form of stone. Within this shell is sprinkled ores. Inside both is an air pocket from which the enterprising miner can look for the contained ores. Multi-layered deposit. On the outside is a shell, usually made of some form of stone. Within this shell is sprinkled ores. Inside both is an air pocket from which the enterprising miner can look for the contained ores. Multi-layered deposit. On the outside is a shell, usually made of some form of stone. Within this shell is sprinkled ores. Inside both is an air pocket from which the enterprising miner can look for the contained ores. 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. 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. A master preset for standardgen ore distributions. 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. 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. A master preset for standardgen ore distributions. 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. 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. A master preset for standardgen ore distributions. 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. 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. A master preset for standardgen ore distributions. 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. 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. A master preset for standardgen ore distributions. 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. 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. A master preset for standardgen ore distributions. Short sparsely filled veins sloping up from near the bottom of the map. 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. A master preset for standardgen ore distributions. Replace vanilla-generated ore clusters. The global option deferredPopulationRange must be large enough to catch all ore clusters (>= 32). Small motherlodes without any branches. Similar to the deposits produced by StandardGen 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. A master preset for standardgen ore distributions.