|
70 | 70 |
|
71 | 71 | "block.oneironaut.noosphere_gate": "Inscrutable Rift", |
72 | 72 | "block.oneironaut.pseudoamethyst_block": "Pseudoamethyst Block", |
| 73 | + "block.oneironaut.insubstantial_pseudoamethyst_block": "Insubstantial Pseudoamethyst Block", |
73 | 74 | "block.oneironaut.pseudoamethyst_cluster": "Pseudoamethyst Cluster", |
74 | 75 | "block.oneironaut.pseudoamethyst_bud_small": "Small Pseudoamethyst Bud", |
75 | 76 | "block.oneironaut.pseudoamethyst_bud_medium": "Medium Pseudoamethyst Bud", |
|
100 | 101 | "block.oneironaut.slipwaysuppressor": "Slipway Suppressor", |
101 | 102 | "block.oneironaut.inactiveslipway": "Suppressed Slipway", |
102 | 103 | "block.oneironaut.rift_residue": "Collapsed Slipway", |
| 104 | + "block.oneironaut.concept_core": "Concept Modification Nexus", |
| 105 | + "block.oneironaut.concept_connector": "Concept Nexus Extension", |
| 106 | + "block.oneironaut.concept_modifier_empty": "Blank Concept Modifier", |
| 107 | + "block.oneironaut.concept_modifier_sus": "Suspicious Concept Modifier", |
| 108 | + "block.oneironaut.concept_modifier_gridsize": "Concept Modifier: Grid Size", |
| 109 | + "block.oneironaut.concept_modifier_maxhealth": "Concept Modifier: Max Health", |
| 110 | + "block.oneironaut.concept_modifier_antierosion": "Concept Modifier: Obstinance", |
| 111 | + "block.oneironaut.concept_modifier_falsy": "Concept Modifier: Falsy Reference", |
| 112 | + "block.oneironaut.concept_modifier_comparison": "Concept Modifier: Comparison Override", |
| 113 | + "block.oneironaut.concept_modifier_gtp_drop": "Concept Modifier: Greater Teleport Drop Chance", |
| 114 | + "block.oneironaut.concept_modifier_stack_size": "Concept Modifier: Stack Size", |
| 115 | + "block.oneironaut.concept_decorator_color.white": "White Concept Decoration", |
| 116 | + "block.oneironaut.concept_decorator_color.orange": "Orange Concept Decoration", |
| 117 | + "block.oneironaut.concept_decorator_color.magenta": "Magenta Concept Decoration", |
| 118 | + "block.oneironaut.concept_decorator_color.light_blue": "Light Blue Concept Decoration", |
| 119 | + "block.oneironaut.concept_decorator_color.yellow": "Yellow Concept Decoration", |
| 120 | + "block.oneironaut.concept_decorator_color.lime": "Lime Concept Decoration", |
| 121 | + "block.oneironaut.concept_decorator_color.pink": "Pink Concept Decoration", |
| 122 | + "block.oneironaut.concept_decorator_color.gray": "Gray Concept Decoration", |
| 123 | + "block.oneironaut.concept_decorator_color.light_gray": "Light Gray Concept Decoration", |
| 124 | + "block.oneironaut.concept_decorator_color.cyan": "Cyan Concept Decoration", |
| 125 | + "block.oneironaut.concept_decorator_color.purple": "Purple Concept Decoration", |
| 126 | + "block.oneironaut.concept_decorator_color.blue": "Blue Concept Decoration", |
| 127 | + "block.oneironaut.concept_decorator_color.brown": "Brown Concept Decoration", |
| 128 | + "block.oneironaut.concept_decorator_color.green": "Green Concept Decoration", |
| 129 | + "block.oneironaut.concept_decorator_color.red": "Red Concept Decoration", |
| 130 | + "block.oneironaut.concept_decorator_color.black": "Black Concept Decoration", |
103 | 131 |
|
104 | 132 | "fluid.oneironaut.thought_slurry": "Thought Slurry", |
105 | 133 |
|
|
216 | 244 | "oneironaut.page.lore.treatise1.1": "While it is possible to produce most iotas on the fly, there are cases where one finds it impractical, or simply cannot (such as very large and precise numbers, or entity references), and as such must obtain the desired iota in another way. Reading it from a Focus or a similar item works just fine, but in many cases this would require a third hand, which I do not have. Other methods of fetching iotas from external locations have their own limitations as well.", |
217 | 245 | "oneironaut.page.lore.treatise1.2": "In cases where no external reference method would work well, one must insert the desired iota into the hex itself. This may seem counterintuive to some, what with the conventional wisdom being that a hex is a list of patterns, but one must remember that patterns are just another type of iota, which $(l:patterns/meta#hexcasting:eval)Hermes' Gambit$(/l) (and similar patterns) works particularly well with.", |
218 | 246 | "oneironaut.page.lore.treatise1.3": "While you can't just shove a number into the list and expect it to be pushed to the stack as if it was a $(l:patterns/numbers)Numerical Reflection$(/l) pattern, there are ways around this.$(br2)The simplest (and least reliable) is the $(l:patterns/patterns_as_iotas#hexcasting:escape)Consideration$(/l) pattern. Similar to its use when casting freehand, anything that comes immediately after it in a list will be escaped and pushed to the stack when it might otherwise be executed, preventing mishaps due to execution of non-patterns.", |
219 | | - "oneironaut.page.lore.treatise1.4": "However, when you're more than one exeuction deep in a hex (such as with nested conditional logic, or loops), the number of Considerations required to properly escape an iota increases exponentially, making it unreliable when used in anything that could conceivably be executed by another hex.", |
| 247 | + "oneironaut.page.lore.treatise1.4": "However, when you're more than one execution deep in a hex (such as with nested conditional logic, or loops), the number of Considerations required to properly escape an iota increases exponentially, making it unreliable when used in anything that could conceivably be executed by another hex.", |
220 | 248 | "oneironaut.page.lore.treatise1.4.link": "relevant xkcd", |
221 | 249 | "oneironaut.page.lore.treatise1.5": "A far more reliable method of escaping iotas is to use $(l:patterns/patterns_as_iotas#hexcasting:open_paren)Introspection$(/l) and $(l:patterns/patterns_as_iotas#hexcasting:close_paren)Retrospection$(/l). When a pattern list is being evaluated and an Introspection is encountered, everything up to (but not including) its paired Retrospection is escaped and pushed to the stack in a list, regardless of iota type. You can then work with this list as you see fit, such as using $(l:patterns/lists#hexcasting:splat)Flock's Disintegration$(/l) to push all of its contents to the stack on their own.", |
222 | 250 | "oneironaut.page.lore.treatise1.6": "If the contents of your list looks like this:$(br2)Introspection$(br)Any iota(s)$(br)Retrospection$(br)Flock's Disintegration$(br2)the state of the stack after all that is executed will simply be all the iotas that were contained within Introspection and Retrospection.", |
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