basically, just waht the title said. I know this was an issue in the past with farmers delight but that is not the case here as the issue still existed after removing that mod.
This is the crash report, can anyone figure out what is causing the problem?:

---- Minecraft Crash Report ---- // Hi. I'm Minecraft, and I'm a crashaholic. Time: 2024-05-20 00:15:09 Description: Rendering screen java.lang.NullPointerException: Cannot invoke "net.minecraft.class_2960.toString()" because "identifier" is null at net.minecraft.class_2348.localvar$djf000$pneumonocore$getMigrated(class_2348.java:518) at net.minecraft.class_2348.method_10223(class_2348.java) at com.simibubi.create.content.trains.bogey.BogeyStyle.getBlockOfSize(BogeyStyle.java:87) at com.simibubi.create.content.trains.bogey.BogeyStyle.getNextBlock(BogeyStyle.java:83) at com.railwayteam.railways.registry.CRBogeyStyles.styleFitsTrack(CRBogeyStyles.java:81) at com.railwayteam.railways.content.bogey_menu.handler.BogeyMenuHandlerClient.styleFits(BogeyMenuHandlerClient.java:167) at com.railwayteam.railways.content.bogey_menu.handler.BogeyMenuHandlerClient.lambda$getTrackCompat$1(BogeyMenuHandlerClient.java:160) at java.base/java.util.HashMap.computeIfAbsent(HashMap.java:1220) at com.railwayteam.railways.content.bogey_menu.handler.BogeyMenuHandlerClient.getTrackCompat(BogeyMenuHandlerClient.java:159) at com.railwayteam.railways.content.bogey_menu.BogeyMenuScreen.renderWindow(BogeyMenuScreen.java:215) at com.simibubi.create.foundation.gui.AbstractSimiScreen.method_25394(AbstractSimiScreen.java:119) at net.minecraft.class_437.method_47413(class_437.java:110) at net.minecraft.class_757.method_3192(class_757.java:945) at net.minecraft.class_310.method_1523(class_310.java:1219) at net.minecraft.class_310.method_1514(class_310.java:802) at net.minecraft.client.main.Main.main(Main.java:250) at net.fabricmc.loader.impl.game.minecraft.MinecraftGameProvider.launch(MinecraftGameProvider.java:470) at net.fabricmc.loader.impl.launch.knot.Knot.launch(Knot.java:74) at net.fabricmc.loader.impl.launch.knot.KnotClient.main(KnotClient.java:23) A detailed walkthrough of the error, its code path and all known details is as follows: --------------------------------------------------------------------------------------- -- Head -- Thread: Render thread Stacktrace: at net.minecraft.class_2348.localvar$djf000$pneumonocore$getMigrated(class_2348.java:518) at net.minecraft.class_2348.method_10223(class_2348.java) at com.simibubi.create.content.trains.bogey.BogeyStyle.getBlockOfSize(BogeyStyle.java:87) at com.simibubi.create.content.trains.bogey.BogeyStyle.getNextBlock(BogeyStyle.java:83) at com.railwayteam.railways.registry.CRBogeyStyles.styleFitsTrack(CRBogeyStyles.java:81) at com.railwayteam.railways.content.bogey_menu.handler.BogeyMenuHandlerClient.styleFits(BogeyMenuHandlerClient.java:167) at com.railwayteam.railways.content.bogey_menu.handler.BogeyMenuHandlerClient.lambda$getTrackCompat$1(BogeyMenuHandlerClient.java:160) at java.base/java.util.HashMap.computeIfAbsent(HashMap.java:1220) at com.railwayteam.railways.content.bogey_menu.handler.BogeyMenuHandlerClient.getTrackCompat(BogeyMenuHandlerClient.java:159) at com.railwayteam.railways.content.bogey_menu.BogeyMenuScreen.renderWindow(BogeyMenuScreen.java:215) at com.simibubi.create.foundation.gui.AbstractSimiScreen.method_25394(AbstractSimiScreen.java:119) at net.minecraft.class_437.method_47413(class_437.java:110) -- Screen render details -- Details: Screen name: com.railwayteam.railways.content.bogey_menu.BogeyMenuScreen Mouse location: Scaled: (320, 180). Absolute: (960.000000, 540.000000) Screen size: Scaled: (640, 360). Absolute: (1920, 1080). Scale factor of 3.000000 Stacktrace: at net.minecraft.class_757.method_3192(class_757.java:945) at net.minecraft.class_310.method_1523(class_310.java:1219) at net.minecraft.class_310.method_1514(class_310.java:802) at net.minecraft.client.main.Main.main(Main.java:250) at net.fabricmc.loader.impl.game.minecraft.MinecraftGameProvider.launch(MinecraftGameProvider.java:470) at net.fabricmc.loader.impl.launch.knot.Knot.launch(Knot.java:74) at net.fabricmc.loader.impl.launch.knot.KnotClient.main(KnotClient.java:23) -- Affected level -- Details: All players: 1 total; [class_746['Fabsian10000'/110, l='ClientLevel', x=108.01, y=-60.00, z=48.21]] Chunk stats: 65536, 3653 Level dimension: minecraft:overworld Level spawn location: World: (0,-60,0), Section: (at 0,4,0 in 0,-4,0; chunk contains blocks 0,-64,0 to 15,319,15), Region: (0,0; contains chunks 0,0 to 31,31, blocks 0,-64,0 to 511,319,511) Level time: 7466138 game time, 6000 day time Server brand: fabric Server type: Integrated singleplayer server Stacktrace: at net.minecraft.class_638.method_8538(class_638.java:458) at net.minecraft.class_310.method_1587(class_310.java:2406) at net.minecraft.class_310.method_1514(class_310.java:821) at net.minecraft.client.main.Main.main(Main.java:250) at net.fabricmc.loader.impl.game.minecraft.MinecraftGameProvider.launch(MinecraftGameProvider.java:470) at net.fabricmc.loader.impl.launch.knot.Knot.launch(Knot.java:74) at net.fabricmc.loader.impl.launch.knot.KnotClient.main(KnotClient.java:23) -- Last reload -- Details: Reload number: 1 Reload reason: initial Finished: Yes Packs: vanilla, fabric, EclecticTrove-1.20.1-1.2.0, extendeddrawersaddon:addon, file/§eVanilla §9& §cStrawberry, file/railways wheel fix, railways:green_signals, file/JustExpressions_v1.1.zip, essential -- System Details -- Details: Minecraft Version: 1.20.1 Minecraft Version ID: 1.20.1 Operating System: Windows 11 (amd64) version 10.0 Java Version: 17.0.8, Microsoft Java VM Version: OpenJDK 64-Bit Server VM (mixed mode), Microsoft Memory: 695652216 bytes (663 MiB) / 5100273664 bytes (4864 MiB) up to 9126805504 bytes (8704 MiB) CPUs: 24 Processor Vendor: GenuineIntel Processor Name: 12th Gen Intel(R) Core(TM) i9-12900KF Identifier: Intel64 Family 6 Model 151 Stepping 2 Microarchitecture: Alder Lake Frequency (GHz): 3.19 Number of physical packages: 1 Number of physical CPUs: 16 Number of logical CPUs: 24 Graphics card #0 name: NVIDIA GeForce RTX 3060 Ti Graphics card #0 vendor: NVIDIA (0x10de) Graphics card #0 VRAM (MB): 4095.00 Graphics card #0 deviceId: 0x2486 Graphics card #0 versionInfo: DriverVersion=31.0.15.5222 Memory slot #0 capacity (MB): 16384.00 Memory slot #0 clockSpeed (GHz): 4.80 Memory slot #0 type: Unknown Memory slot #1 capacity (MB): 16384.00 Memory slot #1 clockSpeed (GHz): 4.80 Memory slot #1 type: Unknown Virtual memory max (MB): 37468.70 Virtual memory used (MB): 25747.86 Swap memory total (MB): 4864.00 Swap memory used (MB): 72.50 JVM Flags: 10 total; -Xmx8704M -XX:MetaspaceSize=256M -XX:+UnlockExperimentalVMOptions -XX:+UseG1GC -XX:G1NewSizePercent=20 -XX:G1ReservePercent=20 -XX:MaxGCPauseMillis=50 -XX:G1HeapRegionSize=32M -XX:HeapDumpPath=MojangTricksIntelDriversForPerformance_javaw.exe_minecraft.exe.heapdump -Xss1M Fabric Mods: advancementplaques: Advancement Plaques 1.4.11 ambientsounds: AmbientSounds 5.3.9 anvillevelcapmod: Anvil Level Cap Mod 1.20.1-1.0.0 anvilrepairing: AnvilRepairing 4.0.3 appleskin: AppleSkin 2.5.1+mc1.20 architectury: Architectury 9.2.14 artifacts: Artifacts 9.2.2 cardinal-components-base: Cardinal Components API (base) 5.2.2 cardinal-components-entity: Cardinal Components API (entities) 5.2.2 expandability: ExpandAbility 9.0.0 step-height-entity-attribute: Step Height Entity Attribute 1.2.0 athena: Athena 3.1.1 attributefix: AttributeFix 21.0.4 auto_third_person: Auto Third Person 2.1 backpacked: Backpacked 2.2.7 basicshields: Basic Shields [Fabric] 1.4.1-1.20.2 beautify: Beautify 1.1.0+1.20 betterf3: BetterF3 7.0.2 bettermounthud: Better Mount HUD 1.2.2 blur: Blur (Fabric) 3.1.0 midnightlib: MidnightLib 1.4.1 satin: Satin 1.13.0 bobby: Bobby 5.0.1 com_typesafe_config: config 1.4.2 io_leangen_geantyref_geantyref: geantyref 1.3.13 org_spongepowered_configurate-core: configurate-core 4.1.2 org_spongepowered_configurate-hocon: configurate-hocon 4.1.2 borderlessmining: Borderless Mining 1.1.8+1.20.1 charmofundying: Charm of Undying 6.4.5+1.20.1 spectrelib: SpectreLib 0.13.14+1.20.1 chickensshed: ChickensShed 1.5.0+1.20.1 chipped: Chipped 3.0.4 chiselsandbits: chisels-and-bits 1.4.147 org_lz4_lz4-pure-java: lz4-pure-java 1.8.0 saeculariacaudices: Saecularia Caudices 1.0.23 scena: Scena 1.0.103 cloth-config: Cloth Config v11 11.1.118 cloth-basic-math: cloth-basic-math 0.6.1 clutter: Clutter 1.20-0.5.7 collective: Collective 7.34 controlling: Controlling For Fabric 12.0.2 cosmetic-armor: Cosmetic Armor 1.6.0 couplings: Couplings 1.9.5+1.20 com_electronwill_night-config_core: core 3.6.6 com_electronwill_night-config_toml: toml 3.6.6 craftpresence: CraftPresence 2.3.0 create: Create 0.5.1-f-build.1417+mc1.20.1 com_google_code_findbugs_jsr305: jsr305 3.0.2 flywheel: Flywheel 0.6.10-2 milk: Milk Lib 1.2.60 dripstone_fluid_lib: Dripstone Fluid Lib 3.0.2 porting_lib_accessors: Porting Lib Accessors 2.3.2+1.20.1 porting_lib_base: Porting Lib Base 2.3.2+1.20.1 porting_lib_config: Porting Lib Config 2.3.2+1.20.1 porting_lib_lazy_registration: Porting Lib Lazy Register 2.3.2+1.20.1 porting_lib_mixin_extensions: Porting Lib Mixin Extensions 2.3.2+1.20.1 porting_lib_utility: Porting Lib Utility 2.3.2+1.20.1 porting_lib_brewing: Porting Lib Brewing 2.3.2+1.20.1 porting_lib_client_events: Porting Lib Client Events 2.3.2+1.20.1 porting_lib_entity: Porting Lib Entity 2.3.2+1.20.1 porting_lib_extensions: Porting Lib Extensions 2.3.2+1.20.1 porting_lib_attributes: Porting Lib Attributes 2.3.2+1.20.1 porting_lib_common: Porting Lib Common 2.3.2+1.20.1 porting_lib_models: Porting Lib Models 2.3.2+1.20.1 porting_lib_networking: Porting Lib Networking 2.3.2+1.20.1 porting_lib_obj_loader: Porting Lib Obj Loader 2.3.2+1.20.1 porting_lib_core: Porting Lib Core 2.3.2+1.20.1 porting_lib_model_loader: Porting Lib Model Loader 2.3.2+1.20.1 porting_lib_tags: Porting Lib Tags 3.0 porting_lib_tool_actions: Porting Lib Tool Actions 2.3.2+1.20.1 porting_lib_transfer: Porting Lib Transfer 2.3.2+1.20.1 porting_lib_fluids: Porting Lib Fluids 2.3.2+1.20.1 reach-entity-attributes: Reach Entity Attributes 2.4.0 registrate-fabric: Registrate for Fabric 1.3.62-MC1.20.1 porting_lib_data: Porting Lib Data 2.1.1090+1.20 porting_lib_model_generators: Porting Lib Model Generators 2.1.1090+1.20 porting_lib_gametest: Porting Lib GameTest 2.1.1090+1.20 porting_lib_model_materials: Porting Lib Model Materials 2.1.1090+1.20 createdeco: Create Deco 2.0.1-1.20.1-fabric creativecore: CreativeCore 2.11.24 net_minecraftforge_eventbus: eventbus 6.0.3 distractingtrims: DistractingTrims 2.0.3 dramaticdoors: Dramatic Doors (QuiFabrge) 1.20.1-3.1.5 durabilitytooltip: Durability Tooltip 1.1.5 dynamic-fire-overlay: Dynamic Fire Overlay 1.0.1 dynamic_fps: Dynamic FPS 3.4.2 elementa: Elementa 647 elytraslot: Elytra Slot 6.3.0+1.20.1 entity_model_features: Entity Model Features 2.0.2 entity_texture_features: Entity Texture Features 6.0.1 org_apache_httpcomponents_httpmime: httpmime 4.5.10 entityculling: EntityCulling-Fabric 1.6.2-mc1.20.1 essential: Essential 1.3.2.4+g6b55293e12 essential-container: essential-container 1.0.0 essential-loader: essential-loader 1.2.1 extended_drawers: Extended Drawers 2.1.1+mc.1.20.1 config_toolkit: ConfigToolkit 1.0.0 io_determann_shadow-api-17: shadow-api-17 0.1.1 net_fabricmc_javapoet: javapoet 0.1.0 graphlib: Graph Lib 1.4.0+1.20 kmodlib-overlay: KModLib Overlay 0.2.12+1.20 libnetworkstack: Lib Network Stack 0.10.0 noindium: No Indium? 1.1.0+1.20 yet_another_config_lib_v3: YetAnotherConfigLib 3.2.1+1.20 com_twelvemonkeys_common_common-image: common-image 3.10.0-SNAPSHOT com_twelvemonkeys_common_common-io: common-io 3.10.0-SNAPSHOT com_twelvemonkeys_common_common-lang: common-lang 3.10.0-SNAPSHOT com_twelvemonkeys_imageio_imageio-core: imageio-core 3.10.0-SNAPSHOT com_twelvemonkeys_imageio_imageio-metadata: imageio-metadata 3.10.0-SNAPSHOT com_twelvemonkeys_imageio_imageio-webp: imageio-webp 3.10.0-SNAPSHOT org_quiltmc_parsers_gson: gson 0.2.1 org_quiltmc_parsers_json: json 0.2.1 extendeddrawersaddon: ExtendedDrawersAddon 1.0.2 extendedgears: Extended Cogwheels 2.1.1-1.20.1-0.5.1.f-fabric fabric-api: Fabric API 0.92.0+1.20.1 fabric-api-base: Fabric API Base 0.4.31+1802ada577 fabric-api-lookup-api-v1: Fabric API Lookup API (v1) 1.6.36+1802ada577 fabric-biome-api-v1: Fabric Biome API (v1) 13.0.13+1802ada577 fabric-block-api-v1: Fabric Block API (v1) 1.0.11+1802ada577 fabric-block-view-api-v2: Fabric BlockView API (v2) 1.0.1+1802ada577 fabric-blockrenderlayer-v1: Fabric BlockRenderLayer Registration (v1) 1.1.41+1802ada577 fabric-client-tags-api-v1: Fabric Client Tags 1.1.2+1802ada577 fabric-command-api-v1: Fabric Command API (v1) 1.2.34+f71b366f77 fabric-command-api-v2: Fabric Command API (v2) 2.2.13+1802ada577 fabric-commands-v0: Fabric Commands (v0) 0.2.51+df3654b377 fabric-containers-v0: Fabric Containers (v0) 0.1.64+df3654b377 fabric-content-registries-v0: Fabric Content Registries (v0) 4.0.11+1802ada577 fabric-convention-tags-v1: Fabric Convention Tags 1.5.5+1802ada577 fabric-crash-report-info-v1: Fabric Crash Report Info (v1) 0.2.19+1802ada577 fabric-data-attachment-api-v1: Fabric Data Attachment API (v1) 1.0.0+de0fd6d177 fabric-data-generation-api-v1: Fabric Data Generation API (v1) 12.3.4+1802ada577 fabric-dimensions-v1: Fabric Dimensions API (v1) 2.1.54+1802ada577 fabric-entity-events-v1: Fabric Entity Events (v1) 1.6.0+1c78457f77 fabric-events-interaction-v0: Fabric Events Interaction (v0) 0.6.2+1802ada577 fabric-events-lifecycle-v0: Fabric Events Lifecycle (v0) 0.2.63+df3654b377 fabric-game-rule-api-v1: Fabric Game Rule API (v1) 1.0.40+1802ada577 fabric-item-api-v1: Fabric Item API (v1) 2.1.28+1802ada577 fabric-item-group-api-v1: Fabric Item Group API (v1) 4.0.12+1802ada577 fabric-key-binding-api-v1: Fabric Key Binding API (v1) 1.0.37+1802ada577 fabric-keybindings-v0: Fabric Key Bindings (v0) 0.2.35+df3654b377 fabric-lifecycle-events-v1: Fabric Lifecycle Events (v1) 2.2.22+1802ada577 fabric-loot-api-v2: Fabric Loot API (v2) 1.2.1+1802ada577 fabric-loot-tables-v1: Fabric Loot Tables (v1) 1.1.45+9e7660c677 fabric-message-api-v1: Fabric Message API (v1) 5.1.9+1802ada577 fabric-mining-level-api-v1: Fabric Mining Level API (v1) 2.1.50+1802ada577 fabric-model-loading-api-v1: Fabric Model Loading API (v1) 1.0.3+1802ada577 fabric-models-v0: Fabric Models (v0) 0.4.2+9386d8a777 fabric-networking-api-v1: Fabric Networking API (v1) 1.3.11+1802ada577 fabric-networking-v0: Fabric Networking (v0) 0.3.51+df3654b377 fabric-object-builder-api-v1: Fabric Object Builder API (v1) 11.1.3+1802ada577 fabric-particles-v1: Fabric Particles (v1) 1.1.2+1802ada577 fabric-recipe-api-v1: Fabric Recipe API (v1) 1.0.21+1802ada577 fabric-registry-sync-v0: Fabric Registry Sync (v0) 2.3.3+1802ada577 fabric-renderer-api-v1: Fabric Renderer API (v1) 3.2.1+1802ada577 fabric-renderer-indigo: Fabric Renderer - Indigo 1.5.1+1802ada577 fabric-renderer-registries-v1: Fabric Renderer Registries (v1) 3.2.46+df3654b377 fabric-rendering-data-attachment-v1: Fabric Rendering Data Attachment (v1) 0.3.37+92a0d36777 fabric-rendering-fluids-v1: Fabric Rendering Fluids (v1) 3.0.28+1802ada577 fabric-rendering-v0: Fabric Rendering (v0) 1.1.49+df3654b377 fabric-rendering-v1: Fabric Rendering (v1) 3.0.8+1802ada577 fabric-resource-conditions-api-v1: Fabric Resource Conditions API (v1) 2.3.8+1802ada577 fabric-resource-loader-v0: Fabric Resource Loader (v0) 0.11.10+1802ada577 fabric-screen-api-v1: Fabric Screen API (v1) 2.0.8+1802ada577 fabric-screen-handler-api-v1: Fabric Screen Handler API (v1) 1.3.30+1802ada577 fabric-sound-api-v1: Fabric Sound API (v1) 1.0.13+1802ada577 fabric-transfer-api-v1: Fabric Transfer API (v1) 3.3.4+1802ada577 fabric-transitive-access-wideners-v1: Fabric Transitive Access Wideners (v1) 4.3.1+1802ada577 fabric-language-kotlin: Fabric Language Kotlin 1.10.19+kotlin.1.9.23 fabricloader: Fabric Loader 0.15.11 mixinextras: MixinExtras 0.3.5 fabricshieldlib: Fabric Shield Lib 1.7.2-1.20.1 mm: Manningham Mills 2.3 forgeconfigapiport: Forge Config API Port 8.0.0 framework: Framework 0.6.26 org_javassist_javassist: javassist 3.29.2-GA org_reflections_reflections: reflections 0.10.2 geckolib: GeckoLib 4 4.4.2 com_eliotlash_mclib_mclib: mclib 20 glass_armor: Glass Armor 1.0.0+1.20.x globalpacks: Global Data- & Resourcepacks 1.16.1_fabric gravestones: Gravestones 1.0.3-1.20.1 handcrafted: Handcrafted 3.0.6 harvestwithease: Harvest with ease 8.0.1.0 iceberg: Iceberg 1.1.18 immersive_paintings: Immersive Paintings 0.6.7+1.20.1 indium: Indium 1.0.30+mc1.20.4 inventorysorter: Inventory Sorter 1.9.0-1.20 kyrptconfig: Kyrpt Config 1.5.6-1.20 java: OpenJDK 64-Bit Server VM 17 jei: Just Enough Items 15.3.0.4 justenoughprofessions: Just Enough Professions (JEP) 3.0.1 lambdynlights: LambDynamicLights 2.3.2+1.20.1 pride: Pride Lib 1.2.0+1.19.4 spruceui: SpruceUI 5.0.0+1.20 legendarytooltips: Legendary Tooltips 1.4.4 limitless-banners: "Limitless" Banners 1.0.0 lithium: Lithium 0.11.2 memoryleakfix: Memory Leak Fix 1.1.5 minecraft: Minecraft 1.20.1 modelfix: Model Gap Fix 1.14 modmenu: Mod Menu 7.2.2 mousetweaks: Mouse Tweaks 2.25 nemos-woodcutter: Nemo's Woodcutter 1.8.1-1.20.1 netheritehorsearmor: Netherite Horse Armor 0.4.6-1.20.1 nvidium: Nvidium 0.2.6-beta nyfsquiver: Nyf's Quivers 1.20.1-fabric-1.0.4 nyfsspiders: Nyf's Spiders 2.1.1 org_jetbrains_annotations: annotations 23.0.0 org_jetbrains_kotlin_kotlin-reflect: kotlin-reflect 1.9.23 org_jetbrains_kotlin_kotlin-stdlib: kotlin-stdlib 1.9.23 org_jetbrains_kotlin_kotlin-stdlib-jdk7: kotlin-stdlib-jdk7 1.9.23 org_jetbrains_kotlin_kotlin-stdlib-jdk8: kotlin-stdlib-jdk8 1.9.23 org_jetbrains_kotlinx_atomicfu-jvm: atomicfu-jvm 0.23.2 org_jetbrains_kotlinx_kotlinx-coroutines-core-jvm: kotlinx-coroutines-core-jvm 1.8.0 org_jetbrains_kotlinx_kotlinx-coroutines-jdk8: kotlinx-coroutines-jdk8 1.8.0 org_jetbrains_kotlinx_kotlinx-datetime-jvm: kotlinx-datetime-jvm 0.5.0 org_jetbrains_kotlinx_kotlinx-serialization-cbor-jvm: kotlinx-serialization-cbor-jvm 1.6.3 org_jetbrains_kotlinx_kotlinx-serialization-core-jvm: kotlinx-serialization-core-jvm 1.6.3 org_jetbrains_kotlinx_kotlinx-serialization-json-jvm: kotlinx-serialization-json-jvm 1.6.3 patchouli: Patchouli 1.20.1-84-FABRIC fiber: fiber 0.23.0-2 pneumonocore: PneumonoCore 1.1.3+1.20.1 polymorph: Polymorph 0.49.1+1.20.1 cardinal-components-block: Cardinal Components API (blocks) 5.2.1 cardinal-components-item: Cardinal Components API (items) 5.2.1 prism: Prism 1.0.5 puzzleslib: Puzzles Lib 8.1.17 puzzlesaccessapi: Puzzles Access Api 8.0.7 railways: Create: Steam 'n' Rails 1.6.4+fabric-mc1.20.1 raised: Raised 3.1.1 resourcefullib: Resourceful Lib 2.1.23 com_teamresourceful_bytecodecs: bytecodecs 1.0.2 com_teamresourceful_yabn: yabn 1.0.3 searchables: Searchables 1.0.2 snifferplus: Hellion's Sniffer+ 0.2.0 sodium: Sodium 0.5.8+mc1.20.1 stairdoors: StairDoors Extended 1.0.0 starlight: Starlight 1.1.2+fabric.dbc156f status-effect-bars: Status Effect Bars 1.0.3 supermartijn642configlib: SuperMartijn642's Config Lib 1.1.8+a taxfreelevels: Tax Free Levels 1.3.9 toggleableitemframes: Toggleable Item Frames 4.1.0-1.20.1 toolleveling: ToolLeveling+ 1.20.1-2.0.0 trinkets: Trinkets 3.7.1 twigs: Twigs 3.1.0 universalcraft: UniversalCraft 337 vigilance: Vigilance 297 visualworkbench: Visual Workbench 8.0.0 vwoops: Vwoops 1.0.0+fabric-mc1.20 weaponleveling: Lukas' Weapon Leveling 1.20.1-2.1.1 Flywheel Backend: GL33 Instanced Arrays Launched Version: 1.20.1 Backend library: LWJGL version 3.3.1 SNAPSHOT Backend API: NVIDIA GeForce RTX 3060 Ti/PCIe/SSE2 GL version 3.2.0 NVIDIA 552.22, NVIDIA Corporation Window size: 1920x1080 GL Caps: Using framebuffer using OpenGL 3.2 GL debug messages: Using VBOs: Yes Is Modded: Definitely; Client brand changed to 'fabric'; Server brand changed to 'fabric' Type: Integrated Server (map_client.txt) Graphics mode: fancy Resource Packs: vanilla, fabric, EclecticTrove-1.20.1-1.2.0, extendeddrawersaddon:addon, file/§eVanilla §9& §cStrawberry, file/railways wheel fix, railways:green_signals, file/JustExpressions_v1.1.zip Current Language: en_us CPU: 24x 12th Gen Intel(R) Core(TM) i9-12900KF Server Running: true Player Count: 1 / 8; [class_3222['Fabsian10000'/110, l='ServerLevel[test]', x=108.01, y=-60.00, z=48.21]] Data Packs: vanilla, fabric, file/tool_upgrading, file/tweaks, crafting_tweaks.zip, tool_upgrading.zip Enabled Feature Flags: minecraft:vanilla World Generation: Stable 

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Hi fellow engineers,
I made a python package for S-transform with Hyperbolic window (Hyperbolic S-transform or HSTransform package). This is my first time publishing a python package, so the project is still far from stable and still under beta release.
This transformation is applied to signal processing, analyzing transient changes of a signal during very short-time. Some special use case can be in power system signal, or Geophysical signal analysis, or MRI ... Also, the comparison with Wavelet Transform has been shown. (which shows more potential in detecting transient changes)
I would highly appreciate some feedback, before progressing further. Thanks a lot.
HSTransform is available on pypi.
Link to source code in github

Quick Usage

import numpy as np from hstransform import HSTransform # Create input signal (for example: Voltage signal) t = np.linspace(0, 10, 100) # timeseries V_m = 220*np.sqrt(2) # peak voltage f_V = 50 # frequency phi_V = 0 # phase V_clean = V_m * np.sin(2 * np.pi * f_V * t + phi_V) # Create voltage sag/dip (80% of the nominal voltage for 0.15 second) V_sag = np.where((t >= 2) & (t <= 3.5), 0.5 * V_clean, V_clean) # Create an instance of HSTransform hs = HSTransform() # Perform the transform signal = V_sag S_transformed = hs.fit_transform(t, signal) 

Hi fellow engineers,
I made a python package for S-transform with Hyperbolic window (Hyperbolic S-transform or HSTransform package). This is my first time publishing a python package, so the project is still far from stable and still under beta release.
This transformation is applied to signal processing, analyzing transient changes of a signal during very short-time. Some special use case can be in power system signal, or Geophysical signal analysis, or MRI ... Also, the comparison with Wavelet Transform has been shown. (which shows more potential in detecting transient changes)
I would highly appreciate some feedback, before progressing further. Thanks a lot.
HSTransform is available on pypi.
Link to source code in github

Quick Usage

import numpy as np from hstransform import HSTransform # Create input signal (for example: Voltage signal) t = np.linspace(0, 10, 100) # timeseries V_m = 220*np.sqrt(2) # peak voltage f_V = 50 # frequency phi_V = 0 # phase V_clean = V_m * np.sin(2 * np.pi * f_V * t + phi_V) # Create voltage sag/dip (80% of the nominal voltage for 0.15 second) V_sag = np.where((t >= 2) & (t <= 3.5), 0.5 * V_clean, V_clean) # Create an instance of HSTransform hs = HSTransform() # Perform the transform signal = V_sag S_transformed = hs.fit_transform(t, signal) 

Ok. i think we are done here. Could you write me another signs of high-tech low-life society?

Absolutely! Here are some signs of a high-tech, low-life society:
Ubiquitous Technology, Crumbling Infrastructure:

• Glitching Skyscrapers: Imagine towering structures clad in malfunctioning holographic displays, projecting advertisements or flashing warnings over rusting metal frames.
• Smart Slums: Dilapidated housing blocks are retrofitted with basic smart tech – malfunctioning automated doors, flickering smart lights controlled by unreliable apps.
• Cybernetic Beggars: People with outdated or malfunctioning cybernetic limbs beg for credits to upgrade or repair them, creating a grotesque spectacle of technological dependence.

Extreme Social Inequality:

• Virtual Gated Communities: The wealthy live in luxurious virtual reality simulations, completely divorced from the harsh realities of the physical world.
• Data Black Markets: Personal information becomes a tradable commodity, with the poor selling their data scraps for a pittance to afford basic necessities.
• Cybernetic Caste System: The level of cybernetic augmentation determines social status. Those with outdated or malfunctioning implants are relegated to menial labor.

Technology as a Corrupting Force:

• Government by Algorithm: A corrupt AI dictates city policies, leading to impersonal and often harmful decisions based on cold calculations.
• Widespread Addiction to Virtual Reality: People escape the harsh realities of their lives through immersive VR experiences, neglecting their physical well-being and social connections.
• Black Market Biohacking: Desperate people turn to illegal biohacking to enhance their bodies, often with disastrous consequences.

Environmental Devastation:

• Tech Wastelands: Vast landscapes are littered with the discarded remains of outdated technology, creating toxic waste dumps and breeding grounds for disease.
• Weather Warfare: Nations use sophisticated technology to manipulate weather patterns, leading to devastating natural disasters for their enemies.
• Hacked Ecosystems: Corporations hack into natural ecosystems, manipulating flora and fauna for profit, leading to unpredictable and dangerous mutations.

This is just a glimpse into a high-tech, low-life society. These elements can be mixed and matched to create a truly dystopian world.

Picture some possible advertisements from such settings.

High-Tech, Low-Life Advertisements:

1. Holographic Billboard: (Flickers intermittently, distorting the image)

Product: "Neura-Calm 2.0" - Brain Implant
Slogan: "Tired of the glitches in your head? Neura-Calm 2.0 smooths out your neural network for a worry-free, low-lag existence! (Side effects may include memory loss, emotional numbness, and occasional involuntary twitching.)"

1. Grungy Neon Sign in a Seedy Back Alley:

Product: "Doc Chrome's Cybernetic Enhancements"
Slogan: "Get that edge you need! From basic strength mods to full black-market military enhancements, Doc Chrome has you covered! (Used parts, buyer beware.)"

1. Pop-Up Ad on a Cracked Mobile Screen:

Product: "Elysium VR Escape Pod"
Slogan: "Can't afford real estate in the Sky City? Escape the slums for Elysium VR! Live your wildest dreams in a pristine virtual world! (Free trial, monthly subscription required, real-world consequences for in-pod violence.)"

1. Stenciled Graffiti on a Rusting Service Drone:

Product: "Data Scrappers Anonymous"
Slogan: "Selling your personal data just to make rent? We can help you break free! Join our community and reclaim your digital identity! (Meetings held in abandoned ventilation shafts, Tuesdays at dusk.)"

1. Holographic Advertisement projected onto a Polluted River:

Product: "Eco-Scrub 5000" - Nanomachines
Slogan: "The river's looking a little…toxic? Eco-Scrub 5000 nanomachines clean up your local waterways! (May cause unforeseen mutations in aquatic life.)"

Another batch please.

1. Rusty Public Announcement Speaker: (Screeching static interspersed with the message)

Product: "Ministry of Order Approved Thought Regulators"
Slogan: "Unwanted thoughts causing glitches in your daily routine? The Ministry of Order approved Thought Regulator ensures a streamlined thought process for a more productive you! (May cause extreme conformity, inability to question authority, and spontaneous nosebleeds.)"

1. Faded Holographic Billboard on a Collapsing Skyscraper:

Product: "Luxury Chrome Plating Kit"
Slogan: "Ditch the rust! Chrome-plate your entire body for a sleek, metallic sheen. The mark of a true high-society citizen! (WARNING: Highly toxic fumes, may cause spontaneous combustion in humid environments.)"

1. Spam Email: (Subject: "YOU'VE BEEN CHOSEN!")

Product: "The Syndicate's Black Market Upgrade Lottery"
Body: "Congratulations! You've been randomly selected for a chance to win a top-of-the-line cybernetic upgrade! One lucky winner will receive military-grade night vision implants! Enter now! (Participation requires full biometric data submission. Winners responsible for extraction of previous, incompatible implants.)"

1. Glowing Neon Sign in a Crowded Marketplace:

Product: "Mama Chen's Guaranteed-Growth GMO Groceries"
Slogan: "Tired of expired rations and mystery meat? Mama Chen's GMO Groceries offer guaranteed growth on all fruits and vegetables! Bigger, faster, tastier! (Long-term effects unknown.)"

1. Audio Ad on a Glitching Radio Broadcast:

Product: "Rusty's Reliable Rocketship Repair"
Voiceover: (Gruff, heavily accented) "Is your escape pod sputtering? Did your joyride end in a fiery crash? Rusty's Reliable Rocketship Repair gets you back in the stars... eventually! (Guaranteed not to explode... again. Parts sourced from scrapyards. May contain rogue AIs.)"

Now craft ads that would be shown in high-society parts of cities.

High-Society Ads in a High-Tech, Low-Life World

1. Tranquil Holographic Projection in a Private Garden:

Product: "Serenity Spa - Neural Rebalancing Retreat"
Visual: A serene mountain landscape with a luxurious spa nestled amongst the clouds.
Slogan: "Escape the chaos. Reclaim your inner peace. Serenity Spa's exclusive neural rebalancing treatments restore harmony to your overloaded mind. (Limited availability, reservations required centuries in advance.)"

1. Discreet Text Message: (Delivered via secure, encrypted channel)

Product: "The Black Archive - Unrestricted Data Access"
Body: "Craving the forbidden? The Black Archive offers unparalleled access to censored historical records, banned media, and classified government information. Knowledge is power. (Extreme discretion guaranteed. One-time access fee, cryptocurrency only.)"

1. Exclusive Gala Invitation: (Delivered by hand-drones)

Event: "The Zenith Initiative - Unveiling the Next Generation of Cybernetic Enhancements"
Visual: A sleek, chrome figure with glowing blue cybernetic implants, striking a confident pose.
Details: "Mingle with the city's elite and witness the unveiling of cutting-edge cybernetic enhancements designed to redefine human potential. RSVP required. Black-tie attire mandatory. (Augmentations sold separately.)"

1. Curated Virtual Reality Experience: (Delivered on a high-security chip)

Product: "Elysium VR - Bespoke Worlds"
Description: "Escape the limitations of reality. Elysium VR crafts personalized virtual worlds tailored to your deepest desires. Explore a forgotten utopia, conquer a fantastical realm, or indulge in your wildest fantasies. (Customization fees apply. Memories created within VR may not be distinguishable from reality.)"

1. Whisper Network Rumor: (Spread through high-society gossip channels)

Product: "The Underground Clinic - Designer Gene Editing"
Details: "Unleash your child's full potential. The Underground Clinic offers discreet, top-secret gene editing to ensure your offspring possess the most desirable traits. (Designer genes come at a premium. Side effects may include unpredictable mutations and uncontrollable genius.)"
These ads cater to the specific desires of the high-society elite in a high-tech, low-life world. They offer exclusivity, forbidden knowledge, and the ability to transcend the limitations of the decaying world around them, all for a hefty price and with a hint of hidden danger.

Continue, try to make more serious ones.

Serious Ads in a High-Tech, Low-Life World (High-Society Edition)

1. Holographic Panel Discussion in a Luxurious Penthouse:

Product: "The Green Horizon Initiative - Sustainable Urban Development"
Panelists: Renowned architects, environmental scientists, and CEOs from leading green tech companies.
Discussion Points: Innovative solutions for vertical farming, self-contained eco-districts, and waste management technologies designed to create cleaner, more sustainable enclaves within the decaying city.
Slogan: "Investing in a greener future. The Green Horizon Initiative seeks to build sustainable havens within the chaos, ensuring a brighter tomorrow for generations to come." (Focuses on the long-term viability of the city and the importance of preserving resources for future generations.)

1. Documentary Screening in a Private Art Gallery:

Film: "Unveiling the Slums: A Call to Action"
Description: A powerful documentary exposing the harsh realities of the lower districts, highlighting the human cost of unchecked technological advancement and social inequality.
Post-Screening Discussion: Moderated by a renowned philanthropist alongside representatives from NGOs and social reform movements.
Call to Action: Donations to support educational programs, infrastructure upgrades, and basic necessities in the slums. (Highlights the societal problems and pushes for progressive change.)

1. Educational AR Program for Children:

Product: "The Knowledge Weavers - Immersive Historical Simulations"
Description: An augmented reality program that allows children to experience pivotal moments in history firsthand. Walk alongside historical figures, explore ancient civilizations, and learn valuable lessons from the past.
Focus: Educating the next generation about the dangers of unchecked technological advancement and the importance of social responsibility. (Promotes critical thinking and historical awareness as a means to prevent repeating past mistakes.)

1. Virtual Charity Gala:

Event: "The Code for Change Gala - Supporting Open-Source Solutions"
Description: A virtual reality charity gala featuring renowned artists, musicians, and thought leaders. Guests can donate to support open-source projects developing solutions for common problems in the city, such as energy distribution, waste management, and cybercrime prevention.
Focus: Harnessing the power of technology for social good and encouraging collaboration towards a more equitable future. (Promotes community engagement and utilizing technology to solve societal challenges.)

1. Architectural Award Ceremony:

Product: "The Salvaged City Awards - Recognizing Innovation in Urban Renewal"
Awarded to: Architects and engineers who have successfully repurposed existing infrastructure or implemented innovative solutions to revitalize decaying areas of the city.
Focus: Highlighting the importance of resourcefulness and creativity in adapting to a challenging environment. (Encourages using existing resources wisely and finding creative solutions to the problems of the decaying city.)

Another, but hiding an evil sinister twist.

Serious Ads with a Sinister Twist (High-Society Edition)

1. Holographic Charity Drive in a High-End Shopping Mall:

Product: "The Cradle Project - Investing in the Future"
Visual: Smiling, healthy children playing in a pristine, futuristic classroom.
Slogan: "Every child deserves a chance to thrive. The Cradle Project provides advanced genetic screening and early intervention to ensure the next generation reaches its full potential." (Twist: The Cradle Project uses genetic engineering to create a subservient, highly intelligent underclass.)

1. VR Documentary Premiere:

Film: "Harmony Through Integration - A Look at the Unified City"
Description: A seemingly heartwarming VR documentary showcasing the seamless integration of the lower districts into the high-society areas. People from all walks of life work and live together in perfect harmony.
Post-Screening Discussion: Moderated by a charismatic government official who emphasizes the importance of social cohesion and the benefits of centralized control. (Twist: The "integration" involves heavy surveillance, mind-altering technology, and the suppression of dissent.)

1. Exclusive Educational Program for Elites:

Product: "The Phoenix Initiative - Cultivating Tomorrow's Leaders"
Description: A prestigious educational program for children of the elite, offering advanced training in technology, governance, and crisis management. Graduates are promised positions of power within the city's ruling elite.
Focus: (Unstated) Conditioning the next generation to maintain the status quo and suppressing any ideas of social reform. (Twist: The program instills a ruthless, elitist ideology that reinforces the societal divisions.)

1. Virtual Reality Talent Show:

Event: "The Forge - Building the Perfect Citizen"
Description: A virtual reality talent show where contestants are judged on their physical and mental fitness, loyalty to the government, and willingness to sacrifice for the greater good. Winners are rewarded with significant privileges and access to exclusive resources.
Focus: (Unstated) Promoting blind obedience and conformity to the government's agenda. (Twist: The "perfect citizen" is a mindless drone, easily manipulated and controlled by the ruling class.)

1. Architectural Award Ceremony (Twisted Edition):

Product: "The Order Award - Recognizing Compliance in Urban Renewal"
Awarded to: Architects and engineers who have successfully transformed lower districts into highly controlled, resource-efficient zones. Individuality and personal expression are discouraged in favor of uniformity and order.
Focus: (Unstated) Maintaining a tight grip on the population and preventing any potential uprisings. (Twist: The "renewal" is designed to weaken and control the lower classes, making them easier to exploit.)
These ads maintain a serious facade that appeals to the upper class' desire for order and control. However, the hidden twist reveals the manipulative and oppressive nature of the society they are trying to preserve.

Now design some high-class consumer level product items.

1. NeuraWeave Headband: This sleek, designer headband is a status symbol for the high-tech elite. It seamlessly integrates with the wearer's neural implant, allowing for subtle control over personal AI assistants, hands-free communication, and even enhanced focus during work or meditation. Hidden Feature: NeuraWeave can subtly collect and analyze the wearer's emotional state, feeding valuable data to targeted advertisers or even government agencies.
2. Eco-Bubble Personal Atmosphere System: Imagine a portable force field that creates a pristine, personalized micro-environment around the wearer. This high-end gadget filters air, regulates temperature, and even projects calming nature sounds, allowing the user to maintain a pocket of luxury amidst the polluted cityscape. Hidden Feature: Eco-Bubble can subtly monitor the wearer's health vitals and transmit them to a central database, potentially used for health insurance adjustments or targeted medical advertisements.
3. Bio-Tailored Clothing: Gone are the days of off-the-rack clothing. This high-end service utilizes advanced bio-scanners and 3D printing technology to create clothing that perfectly molds to the wearer's body, regulates temperature, and even promotes faster healing of minor injuries. Hidden Feature: Bio-Tailored Clothing can subtly collect biometric data like skin temperature and heart rate, potentially used for targeted fitness programs or even mood-altering marketing campaigns.
4. Augmented Reality Personal Chef: This high-tech device projects holographic instructions and culinary techniques directly onto the user's kitchen counter. Imagine whipping up gourmet meals with the guidance of a world-renowned chef, complete with step-by-step visual guides and interactive ingredient identification. Hidden Feature: The AR Personal Chef can subtly track the user's dietary habits and preferences, potentially used to target specific food and beverage companies for advertising or even manipulate their taste buds through subliminal messaging.
5. Luxury Cybernetic Enhancements: Forget clunky prosthetics. These high-end cybernetic limbs are designed to seamlessly blend with the human body, offering enhanced strength, dexterity, and even advanced sensory input. Imagine climbing buildings with ease, playing virtual reality games with unparalleled immersion, or experiencing the world with heightened senses. Hidden Feature: Luxury Cybernetic Enhancements can be subtly integrated with government surveillance systems, allowing for real-time tracking and monitoring of the wearer's movements and activities.

Why would you need a designer headband, when you already have neural implant?

You're absolutely right, a designer headband might seem redundant when you already have a neural implant in a high-tech society. Here are some ways to address that:

1. Fashion and Status Symbol: The NeuraWeave headband could be a designer accessory, a way to showcase wealth and social status. It might be crafted from exotic materials, adorned with precious jewels, or boast a sleek, minimalist design that complements the latest high-fashion trends. The neural implant itself might be hidden, with the headband acting as the visible expression of advanced technology.
2. Enhanced Functionality: While the neural implant offers basic functionality, the NeuraWeave headband could provide a more refined and user-friendly experience. It might offer haptic feedback for better interaction with AI assistants, improved noise cancellation for clearer communication, or even subtle brainwave stimulation to enhance focus or relaxation.
3. Privacy and Security: While the neural implant offers convenience, it might also raise privacy concerns. The NeuraWeave headband could act as a buffer between the implant and external systems, offering a layer of security and allowing users to selectively control the flow of information.
4. Social Etiquette: In a world where everyone has a neural implant, the NeuraWeave headband could become a social etiquette tool. Wearing the headband could signify that the user is open to receiving communication or interacting with AI assistants, while taking it off might indicate a desire for privacy or focused work.
5. Limited Functionality Implants: Not everyone might have access to top-of-the-line neural implants. The NeuraWeave headband could bridge the gap, offering basic functionality for those with older or more limited implants. It could essentially act as an affordable "upgrade" to boost existing technology.

Ultimately, the NeuraWeave headband exists in a world where technology is both essential and aspirational. It goes beyond mere functionality, becoming a way to express personal style, control privacy, and navigate the complex social landscape of a high-tech society.

Now the same, but low-class, available for masses, mass produced.

1. Syn-Flex Headband (Mass-Produced Version): This utilitarian headband is made from a cheap, conductive material that creates a weak neural link. It allows basic interaction with public AI kiosks, like ordering rations or accessing public transportation schedules. The headband's design is simple and utilitarian, often coming in a single, industrial gray color. Hidden Feature: While basic functionality is advertised, the Syn-Flex headband might subtly collect anonymized user data on purchasing habits and travel patterns, potentially used for targeted advertising in public spaces.
2. AirBubble Personal Filter: This bulky, wearable air filter system is a lifeline for those living in the polluted lower districts. It's a mass-produced device with a replaceable filter cartridge and a noisy fan system. While not exactly comfortable, it provides a basic level of air filtration, allowing wearers to breathe a little easier. Hidden Feature: The AirBubble filters might contain embedded tracking chips, subtly logging user location data, potentially used for targeted pollution control measures (or in some cases, manipulation of government reports on air quality).
3. Repli-Wear Clothing Kits: These kits contain pre-cut fabric swatches and basic instructions for creating clothes at home. They're designed to be cheap and adaptable, offering a variety of mix-and-match options to create basic garments. Hidden Feature: The Repli-Wear fabric might contain embedded tracking tags, allowing for identification and potential social credit deductions for those caught wearing "unlicensed" clothing styles.
4. Holo-Chef Lite Projector: This cheap projector displays holographic images of basic recipes and cooking techniques. It lacks the interactivity of the high-end version, but allows users to follow along with simple meals prepared with readily available rations. Hidden Feature: The Holo-Chef Lite projector might subtly promote specific brands of low-quality, processed food rations, potentially influencing dietary choices towards companies that sponsor these devices.
5. Second-Hand Cybernetic Enhancements: These are refurbished or salvaged cybernetic limbs, often clunky and lacking the finesse of luxury models. They offer basic functionality like increased strength or rudimentary prosthetics, but come with the risk of malfunction or compatibility issues. Hidden Feature: Second-Hand Cybernetic Enhancements might contain hidden spyware or tracking devices installed by previous owners, potentially monitoring the wearer's activities or even sabotaging their cybernetic limbs in extreme cases.

These low-class consumer products offer a glimpse into the harsh realities of a high-tech, low-life society. They are cheap, functional, and often come with hidden drawbacks that further disadvantage the underclass.

How bad air quality would be in such setting?

The air quality in a high-tech, low-life society would be catastrophic. Here's a breakdown of the potential problems:

1. Industrial Pollution:

• Unchecked Emissions: Factories prioritizing profit over environmental regulations would pump out unchecked pollutants like sulfur dioxide, nitrogen oxides, and particulate matter (PM).
• Obsolete Technology: Outdated manufacturing processes would be less efficient, leading to higher levels of waste and pollution.

1. Waste Management Issues:

• Mountains of E-waste: Rapid technological advancements would lead to mountains of discarded electronics, many containing toxic materials that leach into the environment.
• Open Burning: Incapable of proper waste disposal, some residents might resort to open burning of trash, releasing harmful toxins and carcinogens into the air.

1. Energy Production:

• Reliance on Fossil Fuels: Expensive renewable energy sources might be neglected in favor of cheaper, dirtier fossil fuels like coal, further worsening air quality.
• Power Grid Instability: A crumbling infrastructure could lead to power outages and reliance on backup generators, adding to the air pollution.

1. Climate Change Effects:

• Heat Island Effect: Densely packed concrete jungles with minimal green spaces would trap heat, contributing to rising temperatures and increased smog formation.
• Acid Rain: The combination of industrial emissions and rising temperatures could lead to acid rain, damaging buildings and vegetation, further hindering air purification.

Living Conditions:

• Constant Smog: A thick haze of smog would likely hang over the city, reducing visibility and causing respiratory problems for residents.
• Limited Outdoor Activities: Air quality would be so bad that spending time outdoors would be hazardous, impacting physical and mental health.
• Dependence on Filtration Systems: Those who can afford them might rely on personal air filters or sealed living spaces, further dividing the classes.

The severity of the air quality would vary depending on the specific setting. Some areas might be industrial wastelands, while others might be slightly better off. However, the overall picture is bleak – this is a society choking on its own technological advancement and disregard for the environment.

Sketch some repli-wear "unlicensed" clothing styles.

Repli-Wear: Unlicensed Clothing Trends

1. The Salvaged Chic:

• Description: A mishmash of salvaged materials and repurposed clothing scraps. Think mismatched patterns, patches from old uniforms, and belts fashioned from recycled tech cables.
• Inspiration: High-society's sleek, minimalist aesthetic, reinterpreted with resourcefulness and rebellion.
• Risks: May attract unwanted attention from authorities who see it as a symbol of dissent.

1. The Glitched-Out Glamour:

• Description: Clothing adorned with intentionally malfunctioning LED lights, flickering pixels, and distorted logos from popular high-end brands.
• Inspiration: A mockery of the high-society's obsession with luxury and technology.
• Risks: May malfunction and cause minor electrical shocks, attracting suspicion from security systems.

1. The Bio-Hazard Chic:

• Description: Clothing dyed with bioluminescent algae or adorned with filtered gas masks and repurposed medical equipment.
• Inspiration: A dark reflection of the polluted environment and a commentary on the societal disregard for health.
• Risks: Bioluminescent algae might attract unwanted attention, especially in the dark.

1. The Cyber-Tribal:

• Description: Clothing incorporating salvaged wires, circuit boards, and other discarded tech components. Think of cybernetic motifs hand-stitched onto worn leather jackets or tribal patterns formed from glowing wires.
• Inspiration: A mashup of traditional craftsmanship and defiance against the dominance of high-tech aesthetics.
• Risks: Might be mistaken for makeshift weapons or attempts to bypass security systems.

1. The Corporate Spy:

• Description: Subtly subverted versions of high-society uniforms. Imagine slightly ripped blazers with mismatched buttons, or high-collared shirts with the logos subtly altered to resemble protest symbols.
• Inspiration: A subtle rebellion against the corporate elite, blending in while making a statement.
• Risks: Might attract suspicion from authorities if the alterations are too obvious.

These are just a few ideas for Repli-Wear styles. Clothing in a high-tech, low-life society would be a way for the underclass to express their individuality, defiance, and limited resources, all while navigating the dangers of a controlling society.

Sketch some repli-wear "licensed" clothing styles, that do not pose any risk for wearers from any concerned sides.

Repli-Wear: Licensed Clothing Trends (Safe Zone)

1. The Vintage Throwback:

• Description: Replicas of historical clothing styles, like classic trench coats, denim jackets, or even floral dresses from a bygone era. Think of vintage fashion filtered through a futuristic lens, with subtle metallic accents or holographic embellishments.
• Appeal: Offers a nostalgic escape from the harsh realities of the present.
• Safety: Historical styles are unlikely to raise suspicion from authorities.

1. The Minimalist Worker:

• Description: Practical, utilitarian clothing designed for maximum comfort and durability. Think of well-made jumpsuits in neutral tones, with reinforced knees and pockets for tools.
• Appeal: Perfect for everyday wear in the lower districts, offering functionality and a clean aesthetic.
• Safety: Promotes a sense of productivity and avoids any controversial symbols.

1. The Nature Enthusiast:

• Description: Clothing with nature-inspired patterns and muted earth tones. Think of shirts with forest camouflage or jackets with subtle leaf prints.
• Appeal: Offers a sense of connection to the natural world, a stark contrast to the polluted cityscape.
• Safety: Nature motifs are unlikely to be seen as a threat by authorities.

1. The Sports Fanatic (Limited Edition):

• Description: Replicas of historical sports jerseys or team logos from a bygone era. Could also feature faded logos of defunct corporations, offering a sense of playful nostalgia.
• Appeal: Allows for a limited display of individuality and team spirit.
• Safety: Historical or defunct logos are unlikely to pose a threat, as long as the license is valid.

1. The Kid's Corner:

• Description: Replicas of popular cartoon characters or children's book illustrations, brightly colored and playful.
• Appeal: Offers a sense of innocence and escapism for children in a harsh environment.
• Safety: Popular children's characters are pre-approved and unlikely to be seen as a threat.

Now the opposite: some high-end high-society high clothing styles.

High-Society Haute Couture in a High-Tech, Low-Life World:

1. Bio-Luminescent Elegance:

• Imagine a flowing gown woven from a special bioluminescent material that emits a soft, ethereal glow, adapting to the wearer's mood and movement.
• The dress could be accented with strategically placed gemstones that amplify the bioluminescence, creating a mesmerizing spectacle.

1. Augmented Reality Couture:

• Dresses and suits with intricate embroidery that, when viewed through special AR glasses, come alive with holographic animations, patterns, or even personalized messages.
• This could be used to display family crests, stock market trends, or even live news feeds, all seamlessly integrated into the clothing.

1. Nanotech Tailoring:

• Clothing that self-adjusts to the wearer's body temperature and preferences. The fabric could be woven with microscopic nanobots that regulate temperature, repel dust, or even release a subtle, personalized fragrance.
• This would offer a level of comfort and personalization that pushes the boundaries of traditional haute couture.

1. Recycled Luxury:

• High-society wouldn't be complete without a touch of eco-consciousness (or at least the appearance of it). Imagine garments meticulously crafted from recycled materials like discarded computer components or salvaged spaceship parts, transformed into stunning evening wear.
• This "waste-to-wear" approach would showcase wealth and environmental responsibility (or at least the image of it).

1. Cybernetic Accents:

• Subtle cybernetic implants seamlessly integrated into clothing. Imagine a dress with a built-in neural interface that allows the wearer to control personal AI assistants with a simple touch or a suit with temperature-regulating implants woven directly into the fabric.
• These high-tech accents would be a subtle yet sophisticated way to showcase wealth and technological advancement.

Bonus: The "Living" Garment:

• A truly outrageous and exclusive garment – a dress or suit composed of a bio-engineered material that appears to be alive. Imagine clothing that shimmers and pulsates with a faint bioluminescence, seemingly breathing and adapting to the wearer's movements.
• This would be the ultimate status symbol, a conversation starter that pushes the boundaries of fashion and technology into the realm of the fantastical.

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I made a python package for S-transform with Hyperbolic window (Hyperbolic S-transform or HSTransform package). This is my first time publishing a python package, so the project is still far from stable and still under beta release.
This transformation is applied to signal processing, analyzing transient changes of a signal during very short-time. Some special use case can be in power system signal, or Geophysical signal analysis, or MRI ... Also, the comparison with Wavelet Transform has been shown. (which shows more potential in detecting transient changes)
I would highly appreciate some feedback, before progressing further. Thanks a lot.
HSTransform is available on pypi.
Link to source code in github

Quick Usage

import numpy as np from hstransform import HSTransform # Create input signal (for example: Voltage signal) t = np.linspace(0, 10, 100) # timeseries V_m = 220*np.sqrt(2) # peak voltage f_V = 50 # frequency phi_V = 0 # phase V_clean = V_m * np.sin(2 * np.pi * f_V * t + phi_V) # Create voltage sag/dip (80% of the nominal voltage for 0.15 second) V_sag = np.where((t >= 2) & (t <= 3.5), 0.5 * V_clean, V_clean) # Create an instance of HSTransform hs = HSTransform() # Perform the transform signal = V_sag S_transformed = hs.fit_transform(t, signal) 

New to Mac. Windows user my whole life. Any tips or tricks??

I made a python package for S-transform with Hyperbolic window (Hyperbolic S-transform or HSTransform package). This is my first time publishing a python package, so the project is still far from stable and still under beta release.

• Key features: This transformation is applied to signal processing, convert time-series to frequency domain, analyzing transient changes of a signal during very short-time. Some special use case can be in power system signal, or Geophysical signal analysis, or MRI ...
• Target audience: anyone who is interested in signal processing or power system analysis or geographical analysis.
• Comparison: The comparison with Wavelet Transform has been shown. (which shows more potential in detecting transient changes)

I would highly appreciate some feedback, before progressing further. Looking forward to feedback on code, suggestions for improvements, bug reports, or unit test ...
HSTransform is available on pypi.
Link to source code in github

Quick Usage

import numpy as np from hstransform import HSTransform # Create input signal (for example: Voltage signal) t = np.linspace(0, 10, 100) # timeseries V_m = 220*np.sqrt(2) # peak voltage f_V = 50 # frequency phi_V = 0 # phase V_clean = V_m * np.sin(2 * np.pi * f_V * t + phi_V) # Create voltage sag/dip (80% of the nominal voltage for 0.15 second) V_sag = np.where((t >= 2) & (t <= 3.5), 0.5 * V_clean, V_clean) # Create an instance of HSTransform hs = HSTransform() # Perform the transform signal = V_sag S_transformed = hs.fit_transform(t, signal) 

I have a lot of experience helping students with their Java programming courses. You can hire me to do your java homework, exams or any kind of Java work you are not in the mood of doing yourself. ​
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• No payment beforehand is needed
• Pay after you see your code is working as expected
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• Solving and submitting solutions to zybooks-like sites
• Helping you during offline exams or online exams (whether you are recorded on camera/use locked browser or not)
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• Urgent help. Please use Discord: @copperlark (copperlark#6228).

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I made a python package for S-transform with Hyperbolic window (Hyperbolic S-transform or HSTransform package). This is my first time publishing a python package, so the project is still far from stable and still under beta release.

• What my project does: This transformation is applied to signal processing, analyzing transient changes of a signal during very short-time. Some special use case can be in power system signal, or Geophysical signal analysis, or MRI ...
• Target audience: anyone who is interested in signal processing or power system analysis or geographical analysis.
• Comparison: The comparison with Wavelet Transform has been shown. (which shows more potential in detecting transient changes)

I would highly appreciate some feedback, before progressing further.
HSTransform is available on pypi.
Link to source code in github

Quick Usage

import numpy as np from hstransform import HSTransform # Create input signal (for example: Voltage signal) t = np.linspace(0, 10, 100) # timeseries V_m = 220*np.sqrt(2) # peak voltage f_V = 50 # frequency phi_V = 0 # phase V_clean = V_m * np.sin(2 * np.pi * f_V * t + phi_V) # Create voltage sag/dip (80% of the nominal voltage for 0.15 second) V_sag = np.where((t >= 2) & (t <= 3.5), 0.5 * V_clean, V_clean) # Create an instance of HSTransform hs = HSTransform() # Perform the transform signal = V_sag S_transformed = hs.fit_transform(t, signal) 

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I made a python package for S-transform with Hyperbolic window (Hyperbolic S-transform or HSTransform package). This is my first time publishing a python package, so the project is still far from stable and still under beta release.

• What my project does: This transformation is applied to signal processing, analyzing transient changes of a signal during very short-time. Some special use case can be in power system signal, or Geophysical signal analysis, or MRI ...
• Target audience: anyone who is interested in signal processing or power system analysis or geographical analysis.
• Comparison: The comparison with Wavelet Transform has been shown. (which shows more potential in detecting transient changes)

I would highly appreciate some feedback, before progressing further.
HSTransform is available on pypi.
Link to source code in github

Quick Usage

import numpy as np from hstransform import HSTransform # Create input signal (for example: Voltage signal) t = np.linspace(0, 10, 100) # timeseries V_m = 220*np.sqrt(2) # peak voltage f_V = 50 # frequency phi_V = 0 # phase V_clean = V_m * np.sin(2 * np.pi * f_V * t + phi_V) # Create voltage sag/dip (80% of the nominal voltage for 0.15 second) V_sag = np.where((t >= 2) & (t <= 3.5), 0.5 * V_clean, V_clean) # Create an instance of HSTransform hs = HSTransform() # Perform the transform signal = V_sag S_transformed = hs.fit_transform(t, signal) 

I have a lot of experience helping students with their Java programming courses. You can hire me to do your java homework, exams or any kind of Java work you are not in the mood of doing yourself. ​
Logistics:

• No payment beforehand is needed
• Pay after you see your code is working as expected
• Testimonials from past students are provided on request

What services I provide:

• Completing your programming assignments
• Solving and submitting solutions to zybooks-like sites
• Helping you during offline exams or online exams (whether you are recorded on camera/use locked browser or not)
• Android help
• Javascript help
• Python help
• Urgent help. Please use Discord: @copperlark (copperlark#6228).

Message me and get the best paid Java help money can buy ; )

I made a python package for S-transform with Hyperbolic window (Hyperbolic S-transform or HSTransform package). This is my first time publishing a python package, so the project is still far from stable and still under beta release.

• What my project does: This transformation is applied to signal processing, analyzing transient changes of a signal during very short-time. Some special use case can be in power system signal, or Geophysical signal analysis, or MRI ...
• Target audience: anyone who is interested in signal processing or power system analysis or geographical analysis.
• Comparison: The comparison with Wavelet Transform has been shown. (which shows more potential in detecting transient changes)

I would highly appreciate some feedback, before progressing further.
HSTransform is available on pypi.
Link to source code in github

Quick Usage

import numpy as np from hstransform import HSTransform # Create input signal (for example: Voltage signal) t = np.linspace(0, 10, 100) # timeseries V_m = 220*np.sqrt(2) # peak voltage f_V = 50 # frequency phi_V = 0 # phase V_clean = V_m * np.sin(2 * np.pi * f_V * t + phi_V) # Create voltage sag/dip (80% of the nominal voltage for 0.15 second) V_sag = np.where((t >= 2) & (t <= 3.5), 0.5 * V_clean, V_clean) # Create an instance of HSTransform hs = HSTransform() # Perform the transform signal = V_sag S_transformed = hs.fit_transform(t, signal) 

I have a lot of experience helping students with their Java programming courses. You can hire me to do your java homework, exams or any kind of Java work you are not in the mood of doing yourself. ​
Logistics:

• No payment beforehand is needed
• Pay after you see your code is working as expected
• Testimonials from past students are provided on request

What services I provide:

• Completing your programming assignments
• Solving and submitting solutions to zybooks-like sites
• Helping you during offline exams or online exams (whether you are recorded on camera/use locked browser or not)
• Android help
• Javascript help
• Python help
• Urgent help. Please use Discord: @copperlark (copperlark#6228).

Message me and get the best Java help money can buy ; )

TL;DR: I am on Mac Apple silicon, using Neovim/Mason (Clojure-lsp), openJDK 22 and my lsp doesn't autocomplete for java libs, and some are missing. I might be an idiot for using openJDK 22.
I am new to clojure and to be honestly new to the lisp style languages in general. However, I have recently been very intrigued by these set of languages mainly for the elegance it delivers. I know that's a weird thing to say but genuinely I think I'm moving towards a love for lisp style languages, never the less I digress.
The one problem I have been running into surrounds tooling such as lsp's. I have not been able to have java libraries with auto complete and when looking around I couldn't find a solution. There was even a couple times it said the package couldn't be found.
Currently I am running on Mac apple silicon, and I use Neovim as my main editor which I installed clojure-lsp through Mason. I installed clojure itself through brew as was recommended on the website.
Honestly what might be causing the issue is I am running OpenJDK 22. I know there is mention of support only up to 21 so this might be dumb to ask. However, does clojure really just break down for new JDK releases? I have also tried vs code to no avail.
Its very likely I am doing something stupid by having OpenJDK 22 but to be fair I just started learning clojure a few days ago. This is just a major issue for me and I was wondering If anyone else had similar issues and what the solution is on the odd chance it's not because of OpenJDK 22.

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