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GatePlayground/GATE-PLAYGROUND/Program.cs
homeuser 8d334cdd8e Tutorial
2018-11-01 11:41:39 +01:00

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using System;
using System.Collections.Generic;
using System.Diagnostics;
using System.IO;
using System.Linq;
using System.Net;
using System.Text;
using System.Threading;
using System.Threading.Tasks;
using System.Xml;
namespace GATE_PLAYGROUND
{
class Playground
{
public static List<string> displayStrings = new List<string>();
public static bool xMode = false;
public static int activeTest = -1;
public static string levelID = "-1";
public static string nextLvl = "";
public static List<List<List<int>>> world = new List<List<List<int>>>();
public static List<List<List<int>>> lockObj = new List<List<List<int>>>();
public static int layers = 7;
public static string[] LayerNamesTUT = new string[7] {
"The Debug Screen",
"Variants",
"How to Play",
"Colors + Keys",
"Datacables",
"Layers",
"Nothing"
};
public static List<string> gates = new List<string>() {
" ; ; ; ; ,", // VOID
" ; ; ; ; ,",
" ; ; ; ; ,",
" ; ; ; ; ,",
" # # ; ### ; ### ; ### ; # # ,N=S", // straight
" ;#####; ### ;#####; ,E=W",
" # # ; ### ; ### ; ### ; # # ,S=N",
" ;#####; ### ;#####; ,W=E",
" ;#####;##+##;#####; ### ,W + E=S", // AND-GATE
" ### ;#### ;##+# ;#### ; ### ,N + S=W",
" ### ;#####;##+##;#####; ,W + E=N",
" ### ; ####; #+##; ####; ### ,N + S=E",
" ;#####;##/##;#####; ### ,W / E=S", // OR-GATE
" ### ;#### ;##/# ;#### ; ### ,N / S=W",
" ### ;#####;##/##;#####; ,W / E=N",
" ### ; ####; #/##; ####; ### ,N / S=E",
" ;#####;##T##;#####; ### ,S=W+E", // T-GATE
" ### ;#### ;##T# ;#### ; ### ,W=N+S",
" ### ;#####;##T##;#####; ,N=W+E",
" ### ; ####; #T##; ####; ### ,E=N+S",
" ;#### ; ### ;#### ; # # ,W=S", // TURN RIGHT
" # # ;#### ; ### ;#### ; ,N=W",
" # # ; ####; ### ; ####; ,E=N",
" ; ####; ### ; ####; # # ,S=E",
" ; ####; ### ; ####; # # ,E=S", // TURN LEFT
" ;#### ; ### ;#### ; # # ,S=W",
" # # ;#### ; ### ;#### ; ,W=N",
" # # ; ####; ### ; ####; ,N=E",
" ; ### ; #O# ; ### ; ### ,=S", // SIGNAL EMITTER
" ;#### ;##O# ;#### ; ,=W",
" ### ; ### ; #O# ; ### ; ,=N",
" ; ####; #O##; ####; ,=E",
" ; ### ; ### ; ### ; ### ,S=C", // LAMPS
" ;#### ;#### ;#### ; ,W=C",
" ### ; ### ; ### ; ### ; ,N=C",
" ; ####; ####; ####; ,E=C",
" ### ; #1# ; #s# ; ### ; ### ,N . A=S", // timing gates 1s
" ;#####;##1s#;#####; ,E . A=W",
" ### ; ### ; #1# ; #s# ; ### ,S . A=N",
" ;#####;#1s##;#####; ,W . A=E",
" ### ; #5# ; #s# ; ### ; ### ,N . A=S", // timing gates 5s
" ;#####;##5s#;#####; ,E . A=W",
" ### ; ### ; #5# ; #s# ; ### ,S . A=N",
" ;#####;#5s##;#####; ,W . A=E",
" ### ; #3# ; #0# ; #s# ; ### ,N . A=S", // timing gates 30s
" ;#####;#30s#;#####; ,E . A=W",
" ### ; #3# ; #0# ; #s# ; ### ,S . A=N",
" ;#####;#30s#;#####; ,W . A=E",
" ; ### ; #O# ; ### ; ### ,C=S", // BUTTONS
" ;#### ;##O# ;#### ; ,C=W",
" ### ; ### ; #O# ; ### ; ,C=N",
" ; ####; #O##; ####; ,C=E",
" ### ; #1# ; #m# ; ### ; ### ,N . A=S", // timing gates 60s
" ;#####;##1m#;#####; ,E . A=W",
" ### ; ### ; #1# ; #m# ; ### ,S . A=N",
" ;#####;#1m##;#####; ,W . A=E",
" ### ; #5# ; #m# ; ### ; ### ,N . A=S", // timing gates 300s
" ;#####;##5m#;#####; ,E . A=W",
" ### ; ### ; #5# ; #m# ; ### ,S . A=N",
" ;#####;#5m##;#####; ,W . A=E",
" ### ; ### ; #!# ; ### ; ### ,!N=S", // NOT-GATE
" ;#####;##!##;#####; ,!E=W",
" ### ; ### ; #!# ; ### ; ### ,!S=N",
" ;#####;##!##;#####; ,!W=E",
" ### ;#####;##T##;#####; ### ,N=E+S+W", // TRISPLIT
" ### ;#####;##T##;#####; ### ,E=S+W+N",
" ### ;#####;##T##;#####; ### ,S=W+N+E",
" ### ;#####;##T##;#####; ### ,W=N+E+S",
" ### ; ####; #/##; ####; ### ,E / N=S", // OR-GATE
" ;#####;##/##;#####; ### ,S / E=W",
" ### ;#### ;##/# ;#### ; ### ,W / S=N",
" ### ;#####;##/##;#####; ,N / W=E",
" ### ; ####; #/##; ####; ### ,S / E=N", // OR-GATE
" ;#####;##/##;#####; ### ,W / S=E",
" ### ;#### ;##/# ;#### ; ### ,N / W=S",
" ### ;#####;##/##;#####; ,E / N=W",
" ### ; ### ;##^##; ### ; # ,N=T", // UP
" # ; ####;##^##; ####; # ,E=T",
" # ; ### ;##^##; ### ; ### ,S=T",
" # ;#### ;##^##;#### ; # ,W=T",
" ### ; ### ;##V##; ### ; # ,N=B", // UP
" # ; ####;##V##; ####; # ,E=B",
" # ; ### ;##V##; ### ; ### ,S=B",
" # ;#### ;##V##;#### ; # ,W=B",
" ; ### ; #^# ; ### ; ,B=T",
" ; ### ; #V# ; ### ; ,T=B",
" ; ### ; #^# ; ### ; ,B=T",
" ; ### ; #V# ; ### ; ,T=B",
" ### ; ### ;##V##; ### ; # ,T=N", // UP
" # ; ####;##V##; ####; # ,T=E",
" # ; ### ;##V##; ### ; ### ,T=S",
" # ;#### ;##V##;#### ; # ,T=W",
" ### ; ### ;##^##; ### ; # ,B=N", // UP
" # ; ####;##^##; ####; # ,B=E",
" # ; ### ;##^##; ### ; ### ,B=S",
" # ;#### ;##^##;#### ; # ,B=W",
" ### ; #1# ; #0# ; #m# ; ### ,N . A=S", // timing gates 600s
" ;#####;#10m#;#####; ,E . A=W",
" ### ; #1# ; #0# ; #m# ; ### ,S . A=N",
" ;#####;#10m#;#####; ,W . A=E",
" ### ; #3# ; #0# ; #m# ; ### ,N . A=S", // timing gates 1800s
" ;#####;#30m#;#####; ,E . A=W",
" ### ; #3# ; #0# ; #m# ; ### ,S . A=N",
" ;#####;#30m#;#####; ,W . A=E",
" ### ; #1# ; #h# ; ### ; ### ,N . A=S", // timing gates 3600s
" ;#####;##1h#;#####; ,E . A=W",
" ### ; ### ; #1# ; #h# ; ### ,S . A=N",
" ;#####;#1h##;#####; ,W . A=E",
"Press SPACE to start. ;" +
"Press P to enter the ;" +
"Playground. ;" +
"Press T for a Tutorial. ;" +
" ,",
";;;;,",
" ; ;; ; ,",
" ;;;;,",
"Welcome to the Playground. ;" +
"HereCOMMA you can do what you ;" +
"wantCOMMA and all objects are un-;" +
"locked. Have fun! ;" +
" ,",
";;;;,",
";;;;,",
";;;;,",
" ; K ; #1# ; # ; ,A Fkey1 A=S",
" ; K ; #1# ; # ; ,A Fkey1 A=W",
" ; K ; #1# ; # ; ,A Fkey1 A=N",
" ; K ; #1# ; # ; ,A Fkey1 A=E",
" ; K ; #2# ; # ; ,A Fkey2 A=S",
" ; K ; #2# ; # ; ,A Fkey2 A=W",
" ; K ; #2# ; # ; ,A Fkey2 A=N",
" ; K ; #2# ; # ; ,A Fkey2 A=E",
" ; K ; #3# ; # ; ,A Fkey3 A=S",
" ; K ; #3# ; # ; ,A Fkey3 A=W",
" ; K ; #3# ; # ; ,A Fkey3 A=N",
" ; K ; #3# ; # ; ,A Fkey3 A=E",
" ; K ; #4# ; # ; ,A Fkey4 A=S",
" ; K ; #4# ; # ; ,A Fkey4 A=W",
" ; K ; #4# ; # ; ,A Fkey4 A=N",
" ; K ; #4# ; # ; ,A Fkey4 A=E",
" ; K ; #5# ; # ; ,A Fkey5 A=S",
" ; K ; #5# ; # ; ,A Fkey5 A=W",
" ; K ; #5# ; # ; ,A Fkey5 A=N",
" ; K ; #5# ; # ; ,A Fkey5 A=E",
" ; K ; #6# ; # ; ,A Fkey6 A=S",
" ; K ; #6# ; # ; ,A Fkey6 A=W",
" ; K ; #6# ; # ; ,A Fkey6 A=N",
" ; K ; #6# ; # ; ,A Fkey6 A=E",
" ; K ; #7# ; # ; ,A Fkey7 A=S",
" ; K ; #7# ; # ; ,A Fkey7 A=W",
" ; K ; #7# ; # ; ,A Fkey7 A=N",
" ; K ; #7# ; # ; ,A Fkey7 A=E",
" ; K ; #8# ; # ; ,A Fkey8 A=S",
" ; K ; #8# ; # ; ,A Fkey8 A=W",
" ; K ; #8# ; # ; ,A Fkey8 A=N",
" ; K ; #8# ; # ; ,A Fkey8 A=E",
" ;#####;##+##;#####; ### ,W + S=E", // AND-GATE
" ### ;#### ;##+# ;#### ; ### ,N + W=S",
" ### ;#####;##+##;#####; ,E + N=W",
" ### ; ####; #+##; ####; ### ,S + E=N",
" ;#####;##+##;#####; ### ,E + S=W", // AND-GATE
" ### ;#### ;##+# ;#### ; ### ,S + W=N",
" ### ;#####;##+##;#####; ,W + N=E",
" ### ; ####; #+##; ####; ### ,N + E=S",
" ;#####;##T##;#####; ### ,E=W+S", // SPLIT
" ### ;#### ;##T# ;#### ; ### ,S=N+W",
" ### ;#####;##T##;#####; ,W=E+N",
" ### ; ####; #T##; ####; ### ,N=S+E",
" ;#####;##T##;#####; ### ,W=E+S", // SPLIT
" ### ;#### ;##T# ;#### ; ### ,N=W+S",
" ### ;#####;##T##;#####; ,E=W+N",
" ### ; ####; #T##; ####; ### ,S=N+E",
" ; ^ ; #B# ; # ; ,S=ABeep", // BEEP
" ; ^ ; #B# ; # ; ,W=ABeep",
" ; ^ ; #B# ; # ; ,N=ABeep",
" ; ^ ; #B# ; # ; ,E=ABeep",
" ; ; ; ;START,",
" ; ; ;PLAY ;GROUND,",
" ; ; ; ; ,",
" ; ; ; ; ,",
" ; # ; #\u263a# ; # ; ,W=ALoWoPlayground",
" ; # ; #\u263a# ; # ; ,W=ALoWostring0",
";;;;,",
";;;;,",
// DATA CABLES
" ### ; #~# ; #~# ; #~# ; ### ,N D| A=S", // straight
" ;#####;#~~~#;#####; ,E D| A=W",
" ### ; #~# ; #~# ; #~# ; ### ,S D| A=N",
" ;#####;#~~~#;#####; ,W D| A=E",
" ;#####;#~%~#;##~##; ### ,W D& E=S", // AND-GATE
" ### ;##~# ;#~%# ;##~# ; ### ,N D& S=W",
" ### ;##~##;#~%~#;#####; ,W D& E=N",
" ### ; #~##; #%~#; #~##; ### ,N D& S=E",
" ;#####;#~/~#;##~##; ### ,W D| E=S", // OR-GATE
" ### ;##~# ;#~/# ;##~# ; ### ,N D| S=W",
" ### ;##~##;#~/~#;#####; ,W D| E=N",
" ### ; #~##; #/~#; #~##; ### ,N D| S=E",
" ;#####;#~+~#;##~##; ### ,W D+ E=S", // Addition-GATE
" ### ;##~# ;#~+# ;##~# ; ### ,N D+ S=W",
" ### ;##~##;#~+~#;#####; ,W D+ E=N",
" ### ; #~##; #+~#; #~##; ### ,N D+ S=E",
" ;#####;#~T~#;##~##; ### ,S D| A=W+E", // SplIT-GATE
" ### ;##~# ;#~T# ;##~# ; ### ,W D| A=N+S",
" ### ;##~##;#~T~#;#####; ,N D| A=W+E",
" ### ; #~##; #T~#; #~##; ### ,E D| A=N+S",
" ;#### ; ~~# ;##~# ; # # ,W D| A=S", // TURN RIGHT
" # # ;##~# ; ~~# ;#### ; ,N D| A=W",
" # # ; #~##; #~~ ; ####; ,E D| A=N",
" ; ####; #~~ ; #~##; # # ,S D| A=E",
" ; ####; #~~ ; #~##; #~# ,E D| A=S", // TURN LEFT
" ;#### ; ~~# ;##~# ; #~# ,S D| A=W",
" # # ;##~# ; ~~# ;#### ; ,W D| A=N",
" # # ; #~##; #~~ ; ####; ,N D| A=E",
" ; ### ; #O# ; #~# ; ### ,A Dv A=S", // DATA EMITTER
" ;#### ;#~O# ;#### ; ,A Dv A=W",
" ### ; #~# ; #O# ; ### ; ,A Dv A=N",
" ; ####; #O~#; ####; ,A Dv A=E",
" ; ### ; #o# ; #~# ; ### ,A Dd A=S", // DATA EMITTER
" ;#### ;#~o# ;#### ; ,A Dd A=W",
" ### ; #~# ; #o# ; ### ; ,A Dd A=N",
" ; ####; #o~#; ####; ,A Dd A=E",
"#####;# #;# 0#;# #;#####,N D| A=S+AShDa",
"#####;# #;# 0#;# #;#####,E D| A=W+AShDa",
"#####;# #;# 0#;# #;#####,S D| A=N+AShDa",
"#####;# #;# 0#;# #;#####,W D| A=E+AShDa",
" ; # ; #K# ; # ; ,A Fkeyr A=S",
" ; # ; #K# ; # ; ,A Fkeyr A=W",
" ; # ; #K# ; # ; ,A Fkeyr A=N",
" ; # ; #K# ; # ; ,A Fkeyr A=E",
" ;#####;#~=~#;##~##; ### ,W DC E=S", // CHECK-GATE
" ### ;##~# ;#~=# ;##~# ; ### ,N DC S=W",
" ### ;##~##;#~=~#;#####; ,W DC E=N",
" ### ; #~##; #=~#; #~##; ### ,N DC S=E",
" ; ### ; #1# ; #~# ; ### ,=ADaEm1+S", // DATA EMITTER
" ;#### ;#~1# ;#### ; ,=ADaEm1+W",
" ### ; #~# ; #1# ; ### ; ,=ADaEm1+N",
" ; ####; #1~#; ####; ,=ADaEm1+E",
" ; ### ; #2# ; #~# ; ### ,=ADaEm2+S", // DATA EMITTER
" ;#### ;#~2# ;#### ; ,=ADaEm2+W",
" ### ; #~# ; #2# ; ### ; ,=ADaEm2+N",
" ; ####; #2~#; ####; ,=ADaEm2+E",
" ; ### ; #4# ; #~# ; ### ,=ADaEm4+S", // DATA EMITTER
" ;#### ;#~4# ;#### ; ,=ADaEm4+W",
" ### ; #~# ; #4# ; ### ; ,=ADaEm4+N",
" ; ####; #4~#; ####; ,=ADaEm4+E",
" ; ### ; #8# ; #~# ; ### ,=ADaEm8+S", // DATA EMITTER
" ;#### ;#~8# ;#### ; ,=ADaEm8+W",
" ### ; #~# ; #8# ; ### ; ,=ADaEm8+N",
" ; ####; #8~#; ####; ,=ADaEm8+E",
" ; #1# ; #6# ; #~# ; ### ,=ADaEm16+S", // DATA EMITTER
" ;#### ;#~16 ;#### ; ,=ADaEm16+W",
" ### ; #~# ; #1# ; #6# ; ,=ADaEm16+N",
" ; ####; 16~#; ####; ,=ADaEm16+E",
" ; #3# ; #2# ; #~# ; ### ,=ADaEm32+S", // DATA EMITTER
" ;#### ;#~32 ;#### ; ,=ADaEm32+W",
" ### ; #~# ; #3# ; #2# ; ,=ADaEm32+N",
" ; ####; 32~#; ####; ,=ADaEm32+E",
" ; #6# ; #4# ; #~# ; ### ,=ADaEm64+S", // DATA EMITTER
" ;#### ;#~64 ;#### ; ,=ADaEm64+W",
" ### ; #~# ; #6# ; #4# ; ,=ADaEm64+N",
" ; ####; 64~#; ####; ,=ADaEm64+E",
" ; ### ; 128 ; #~# ; ### ,=ADaEm128+S", // DATA EMITTER
" ;#### ;#128 ;#### ; ,=ADaEm128+W",
" ### ; #~# ; 128 ; ### ; ,=ADaEm128+N",
" ; ####; 128#; ####; ,=ADaEm128+E",
" ; ### ; 256 ; #~# ; ### ,=ADaEm256+S", // DATA EMITTER
" ;#### ;#256 ;#### ; ,=ADaEm256+W",
" ### ; #~# ; 256 ; ### ; ,=ADaEm256+N",
" ; ####; 256#; ####; ,=ADaEm256+E",
" ; ### ; 512 ; #~# ; ### ,=ADaEm512+S", // DATA EMITTER
" ;#### ;#512 ;#### ; ,=ADaEm512+W",
" ### ; #~# ; 512 ; ### ; ,=ADaEm512+N",
" ; ####; 512#; ####; ,=ADaEm512+E",
// END OF DATA CABLES
" #~# ; #~# ;##^##; #~# ; # ,N D| A=T", // UP
" # ; ####;#~^~~; ####; # ,E D| A=T",
" # ; #~# ;##^##; #~# ; #~# ,S D| A=T",
" # ;#### ;~~^~#;#### ; # ,W D| A=T",
" #~# ; #~# ;##V##; #~# ; # ,N D| A=B", // UP
" # ; ####;#~V~~; ####; # ,E D| A=B",
" # ; #~# ;##V##; #~# ; #~# ,S D| A=B",
" # ;#### ;~~V~#;#### ; # ,W D| A=B",
" ; ### ; ~^~ ; ### ; ,B D| A=T",
" ; ### ; ~V~ ; ### ; ,T D| A=B",
" ; ### ; ~^~ ; ### ; ,B D| A=T",
" ; ### ; ~V~ ; ### ; ,T D| A=B",
" #~# ; #~# ;##V##; #~# ; # ,T D| A=N", // UP
" # ; ####;#~V~~; ####; # ,T D| A=E",
" # ; #~# ;##V##; #~# ; #~# ,T D| A=S",
" # ;#### ;~~V~#;#### ; # ,T D| A=W",
" #~# ; #~# ;##^##; #~# ; # ,B D| A=N", // UP
" # ; ####;#~^~~; ####; # ,B D| A=E",
" # ; #~# ;##^##; #~# ; #~# ,B D| A=S",
" # ;#### ;~~^~#;#### ; # ,B D| A=W",
" ; 1#2 ; 0#4 ; #~# ; ### ,=ADaEm1024+S", // DATA EMITTER
" ;1024 ;#### ;#### ; ,=ADaEm1024+W",
" ### ; #~# ; 1#2 ; 0#4 ; ,=ADaEm1024+N",
" ; 1024; ####; ####; ,=ADaEm1024+E",
" ;#####;#~%~#;##~##; ### ,W D& S=E", // AND-GATE
" ### ;##~# ;#~%# ;##~# ; ### ,W D& S=N",
" ### ;##~##;#~%~#;#####; ,N D& E=W",
" ### ; #~##; #%~#; #~##; ### ,N D& E=S",
" ;#####;#~/~#;##~##; ### ,W D| S=E", // OR-GATE
" ### ;##~# ;#~/# ;##~# ; ### ,W D| S=N",
" ### ;##~##;#~/~#;#####; ,N D| E=W",
" ### ; #~##; #/~#; #~##; ### ,N D| E=S",
" ;#####;#~+~#;##~##; ### ,W D+ S=E", // Addition-GATE
" ### ;##~# ;#~+# ;##~# ; ### ,W D+ S=N",
" ### ;##~##;#~+~#;#####; ,N D+ E=W",
" ### ; #~##; #+~#; #~##; ### ,N D+ E=S",
" ;#####;#~T~#;##~##; ### ,E D| A=W+S", // SplIT-GATE
" ### ;##~# ;#~T# ;##~# ; ### ,N D| A=W+S",
" ### ;##~##;#~T~#;#####; ,W D| A=N+E",
" ### ; #~##; #T~#; #~##; ### ,S D| A=N+E",
" ;#####;#~%~#;##~##; ### ,S D& E=W", // AND-GATE
" ### ;##~# ;#~%# ;##~# ; ### ,N D& W=S",
" ### ;##~##;#~%~#;#####; ,W D& N=E",
" ### ; #~##; #%~#; #~##; ### ,E D& S=N",
" ;#####;#~/~#;##~##; ### ,S D| E=W", // OR-GATE
" ### ;##~# ;#~/# ;##~# ; ### ,N D| W=S",
" ### ;##~##;#~/~#;#####; ,W D| N=E",
" ### ; #~##; #/~#; #~##; ### ,E D| S=N",
" ;#####;#~+~#;##~##; ### ,S D+ E=W", // Addition-GATE
" ### ;##~# ;#~+# ;##~# ; ### ,N D+ W=S",
" ### ;##~##;#~+~#;#####; ,W D+ N=E",
" ### ; #~##; #+~#; #~##; ### ,E D+ S=N",
" ;#####;#~T~#;##~##; ### ,W D| A=S+E", // SplIT-GATE
" ### ;##~# ;#~T# ;##~# ; ### ,S D| A=N+W",
" ### ;##~##;#~T~#;#####; ,E D| A=W+N",
" ### ; #~##; #T~#; #~##; ### ,N D| A=E+S",
" ;#####;#~=~#;##~##; ### ,W DC S=E", // CHECK-GATE
" ### ;##~# ;#~=# ;##~# ; ### ,W DC S=N",
" ### ;##~##;#~=~#;#####; ,N DC E=W",
" ### ; #~##; #=~#; #~##; ### ,N DC E=S",
" ;#####;#~=~#;##~##; ### ,S DC E=W", // CHECK-GATE
" ### ;##~# ;#~=# ;##~# ; ### ,N DC W=S",
" ### ;##~##;#~=~#;#####; ,W DC N=E",
" ### ; #~##; #=~#; #~##; ### ,E DC S=N",
"#####;#####;#####;#####;#####,B Fdclear B=ADisp",
"#####;#####;#####;#####;#####,B Fdclear B=ADisp",
"#####;#####;#####;#####;#####,B Fdclear B=ADisp",
"#####;#####;#####;#####;#####,B Fdclear B=ADisp",
" ;#####;#~\u2566~#;##~##; ### ,S Dk E=W", // FLOOD-GATE
" ### ;##~# ;#~\u2563# ;##~# ; ### ,W Dk N=S",
" ### ;##~##;#~\u2569~#;#####; ,N Dk W=E",
" ### ; #~##; #\u2560~#; #~##; ### ,E Dk S=N",
" ; ; ; ;#####,", // VISUAL BORDERS
"# ;# ;# ;# ;# ,",
"#####; ; ; ; ,",
" #; #; #; #; #,",
" ; ; ; ; #,", // VISUAL BORDER CORNERS
" ; ; ; ;# ,",
" #; ; ; ; ,",
"# ; ; ; ; ,",
" ### ; ### ; ### ; ### ;#####,C levelin N=S",
" ### ; ### ; ### ; ### ;#####,C levelin N=S",
"#####; ### ; ### ; ### ; ### ,C levelin N=S",
"#####; ### ; ### ; ### ; ### ,C levelin N=S",
" ### ;##~##;#~T~#;##~##; ### ,N D| A=E+S+W", // TRISPLIT
" ### ;##~##;#~T~#;##~##; ### ,E D| A=S+W+N",
" ### ;##~##;#~T~#;##~##; ### ,S D| A=W+N+E",
" ### ;##~##;#~T~#;##~##; ### ,W D| A=N+E+S",
" ; ; = Signal Input ; ; ,W=A",
" ; ; = Signal Output; ; ,A=W",
" ; ; = Data Input ; ; ,W=A",
" ; ; = Data Output ; ; ,A=W",
" ; ; = Active ; ; ,=W",
"Controls:;Arrow Keys: Move Cursor;W/S: Switch layer;A: Open Module Selector; Q/E: Change variant;Enter: Select/Place/Remove;Space: Send signal to button;C/Y: Rotate object;X: Enter Verification Mode,",
"Data Cables:;Data Cables are able to transport a numeric value and work with it.;Signal Cables are not able to do that.;Connecting Data and Signal Cables will set the numeric value to 1COMMA;Also known as a default signal.,",
"Every Level has an objective.;In the optimal caseCOMMA it will tell youCOMMA what that is.;When you thinkCOMMA that you may have constructed a circuit;that is capable of fullfilling this objectiveCOMMA press X to enter Verification Mode.;The Game will then check whether your Circuit works as expectedCOMMA possibly with multiple test signals.;In that modeCOMMA editing your curcuit is not possible.;When you can tell that it will no longer succeedCOMMA press X to leave verification Mode again and;become able to edit your circuit again.,",
" ; Layer 3: " + LayerNamesTUT[0] + ";" +
" Layer 2: " + LayerNamesTUT[1] + ";" +
" Layer 1: " + LayerNamesTUT[2] + ";" +
" Layer 0: " + LayerNamesTUT[3] + ",", // 360
" ;; Layer 3: " + LayerNamesTUT[0] + ";" +
" Layer 2: " + LayerNamesTUT[1] + ";" +
" Layer 1: " + LayerNamesTUT[2] + ",", // 361
" ;;; Layer 3: " + LayerNamesTUT[0] + ";" +
" Layer 2: " + LayerNamesTUT[1] + ",", // 362
" ;;;; Layer 3: " + LayerNamesTUT[0] + ",", // 363
" ;; Layer 3: " + LayerNamesTUT[0] + ";" +
" Layer 2: " + LayerNamesTUT[1] + ";" +
" Layer 1: " + LayerNamesTUT[2] + ";" +
" Layer 0: " + LayerNamesTUT[3] + ";" +
" Layer -1: " + LayerNamesTUT[4] + ";" +
" Layer -2: " + LayerNamesTUT[5] + ";" +
" Layer -3: " + LayerNamesTUT[6] + ",=W", // 364
" ; Layer 3: " + LayerNamesTUT[0] + ";" +
" Layer 2: " + LayerNamesTUT[1] + ";" +
" Layer 1: " + LayerNamesTUT[2] + ";" +
" Layer 0: " + LayerNamesTUT[3] + ";" +
" Layer -1: " + LayerNamesTUT[4] + ";" +
" Layer -2: " + LayerNamesTUT[5] + ";" +
" Layer -3: " + LayerNamesTUT[6] + ",=W", // 365
" Layer 3: " + LayerNamesTUT[0] + ";" +
" Layer 2: " + LayerNamesTUT[1] + ";" +
" Layer 1: " + LayerNamesTUT[2] + ";" +
" Layer 0: " + LayerNamesTUT[3] + ";" +
" Layer -1: " + LayerNamesTUT[4] + ";" +
" Layer -2: " + LayerNamesTUT[5] + ";" +
" Layer -3: " + LayerNamesTUT[6] + ",=W", // 366
" Layer 2: " + LayerNamesTUT[1] + ";" +
" Layer 1: " + LayerNamesTUT[2] + ";" +
" Layer 0: " + LayerNamesTUT[3] + ";" +
" Layer -1: " + LayerNamesTUT[4] + ";" +
" Layer -2: " + LayerNamesTUT[5] + ";" +
" Layer -3: " + LayerNamesTUT[6] + ",=W", // 367
" Layer 1: " + LayerNamesTUT[2] + ";" +
" Layer 0: " + LayerNamesTUT[3] + ";" +
" Layer -1: " + LayerNamesTUT[4] + ";" +
" Layer -2: " + LayerNamesTUT[5] + ";" +
" Layer -3: " + LayerNamesTUT[6] + ",=W", // 368
" Layer 0: " + LayerNamesTUT[3] + ";" +
" Layer -1: " + LayerNamesTUT[4] + ";" +
" Layer -2: " + LayerNamesTUT[5] + ";" +
" Layer -3: " + LayerNamesTUT[6] + ",=W", // 369
" Layer -1: " + LayerNamesTUT[4] + ";" +
" Layer -2: " + LayerNamesTUT[5] + ";" +
" Layer -3: " + LayerNamesTUT[6] + ",=W", // 370
",", // 371
"Variants:;Many Modules you find in the Module Selector have multiple VariantsCOMMA;providing different arrangements of Inputs/Outputs;or different execution parameters. Press Q/E to select;them.,",
"The Debug screen.;Press D followed by the number of an option to change various options.;Ticks Per Second: Change the speed of the game. This will most likely;not have any noticeable effect on the gameplayCOMMA;but definetely on performance. So just leave it where it is.;Load World: Load a World by its filename.;Save World To: Save the current world to the given name.,",
"Layers:;The Game has " + layers + " LayersCOMMA providing more space.;Switch layers using W/S and use the Modules of the Selector Group \"Layers\" to send signals from top to bottom or the other way around.,",
"Nothing to see here.,",
}; // Press 'D' followed by '2' and enter 'LEVEL0' to start. Enter the next ID after every level.
public static Dictionary<int, int> timingGates = new Dictionary<int, int>() {
{36, 1},
{37, 1},
{38, 1},
{39, 1},
{40, 5},
{41, 5},
{42, 5},
{43, 5},
{44, 30},
{45, 30},
{46, 30},
{47, 30},
{48, 60},
{49, 60},
{50, 60},
{51, 60},
{52, 300},
{53, 300},
{54, 300},
{55, 300},
{96, 600},
{97, 600},
{98, 600},
{99, 600},
{100, 1800},
{101, 1800},
{102, 1800},
{103, 1800},
{104, 3600},
{105, 3600},
{106, 3600},
{107, 3600},
};
public static List<int> dataModules = new List<int>() {
176,
177,
178,
179,
180,
181,
182,
183,
184,
185,
186,
187,
188,
189,
190,
191,
192,
193,
194,
195,
196,
197,
198,
199,
200,
201,
202,
203,
204,
205,
206,
207,
208,
209,
210,
211,
212,
213,
214,
215,
216,
217,
218,
219,
220,
221,
222,
223,
224,
225,
226,
227,
228,
229,
230,
231,
232,
233,
234,
235,
236,
237,
238,
239,
240,
241,
242,
243,
244,
245,
246,
247,
248,
249,
250,
251,
252,
253,
254,
255,
256,
257,
258,
259,
260,
261,
262,
263,
264,
265,
266,
267,
268,
269,
270,
271,
272,
273,
274,
275,
276,
277,
278,
279,
280,
281,
282,
283,
284,
285,
286,
287,
288,
289,
290,
291,
292,
293,
294,
295,
296,
297,
298,
299,
300,
301,
302,
303,
304,
305,
306,
307,
308,
309,
310,
311,
312,
313,
314,
315,
316,
317,
318,
319,
320,
321,
322,
323,
324,
325,
326,
327,
332,
333,
334,
335,
348,
349,
350,
351,
354,
355
};
public static List<string> noDataSides = new List<string>()
{
"332-S",
"333-W",
"334-N",
"335-E",
};
public static Dictionary<string, Dictionary<string, int>> selector = new Dictionary<string, Dictionary<string, int>>() {
{"PIPES", new Dictionary<string, int>() {
{ "STRAIGHT", 7 },
{ " TURN-01", 26 },
{ " TURN-02", 20 },
{ "VERTICAL-01", 84 },
{ "VERTICAL-02", 85 },
} },
{"I/O", new Dictionary<string, int>()
{
{ " BUTTON", 51 },
{ "EMITTER", 31 },
{ " LAMP K", 33 },
{ "EYREADER", 216 },
{ " BEEPER", 164 },
{ "DISPLAY SEGMENT", 328 }
} },
{ "LOGIC", new Dictionary<string, int>()
{
{ " AND-01", 8 },
{ " AND-02", 148 },
{ " AND-03", 152 },
{ " OR-01", 12 },
{ " OR-02", 73 },
{ " OR-03", 69 },
{ " SPLIT-01", 16 },
{ " SPLIT-02", 156 },
{ " SPLIT-03", 160 },
{ " SPLIT-04", 66 },
{ " NOT", 63 }
} },
{ "TIMING", new Dictionary<string, int>()
{
{" SHORT-01", 39 },
{" SHORT-02", 43 },
{" SHORT-03", 47 },
{" MIDDLE-01", 55 },
{" MIDDLE-02", 59 },
{" MIDDLE-03", 99},
{" MIDDLE-04", 103},
{" LONG-01", 107}
} },
{ "LAYER MANAGEMENT", new Dictionary<string, int>()
{
{ " IN-01", 79},
{ " IN-02", 83},
{ " OUT V-01", 89},
{ " OUT V-02", 93},
{ "ERT. PIPE-01", 84 },
{ "ERT. PIPE-02", 85 },
{ " DATA IN-01", 267},
{ " DATA IN-02", 271},
{ "DATA OUT V-01", 277},
{ "DATA OUT V-02", 281},
{ "ERT. dPIPE-01", 272 },
{ "ERT. dPIPE-02", 273 }
} },
{ "DATA TRANSMISSION", new Dictionary<string, int>()
{
{ " dPIPE dP", 179 },
{ "IPE TURN -01", 202 },
{ "IPE TURN -02", 196 },
{ "DISPLAY", 215 },
{ "AND-01", 180 },
{ "AND-02", 288 },
{ "AND-03", 304 },
{ "OR-01", 184 },
{ "OR-02", 292 },
{ "OR-03", 308 },
{ "ADDITION-01", 188 },
{ "ADDITION-02", 296 },
{ "ADDITION-03", 312 },
{ "SPLIT-01", 192 },
{ "SPLIT-02", 300 },
{ "SPLIT-03", 316 },
{ "SPLIT-04", 348 },
{ "COMPARE-01", 220 },
{ "COMPARE-02", 320 },
{ "COMPARE-03", 324 },
{ "EMITTER-01", 224 },
{ "EMITTER-02", 228 },
{ "EMITTER-03", 232 },
{ "EMITTER-04", 236 },
{ "EMITTER-05", 240 },
{ "EMITTER-06", 244 },
{ "EMITTER-07", 248 },
{ "EMITTER-08", 252 },
{ "EMITTER-09", 256 },
{ "EMITTER-10", 260 },
{ "EMITTER-11", 284 },
{ "FLOODGATE", 332 },
} }
};
public static List<List<List<List<int>>>> signals = new List<List<List<List<int>>>>();
public static List<List<List<List<int>>>> signalCopy = new List<List<List<List<int>>>>();
public static List<List<List<List<int>>>> signalAge = new List<List<List<List<int>>>>();
public static List<List<List<List<int>>>> signalHold = new List<List<List<List<int>>>>();
public static List<List<List<List<int>>>> signalHoldCopy = new List<List<List<List<int>>>>();
public static List<List<List<List<int>>>> signalHoldAge = new List<List<List<List<int>>>>();
public static List<List<List<List<DateTime>>>> signalHoldTimestamp = new List<List<List<List<DateTime>>>>();
public static int height = 10;
public static int width = 20;
public static int Spacing = 0;
public static int LoadedLayer = layers / 2;
public static int baseLayer = layers / 2;
public static double TicksPerSecond = 100;
public static List<int> neighbourSignals = new List<int>() {
5,
3,
4,
1,
2,
0,
6
};
public static bool resetWorld = false;
public static List<List<int>> neighbours = new List<List<int>>()
{
new List<int>()
{
1,
0,
0
},
new List<int>()
{
0,
0,
-1
},
new List<int>()
{
0,
1,
0
},
new List<int>()
{
0,
0,
1
},
new List<int>()
{
0,
-1,
0
},
new List<int>()
{
-1,
0,
0
},
new List<int>()
{
0,
0,
0
}
};
public static Dictionary<string, List<int>> sideDisplays = new Dictionary<string, List<int>>()
{
{"T", new List<int>()
{
2,
1
}},
{"B", new List<int>()
{
2,
3
}},
{"N", new List<int>()
{
2,
0
}},
{"S", new List<int>()
{
2,
4
}},
{"E", new List<int>()
{
4,
2
}},
{"W", new List<int>()
{
0,
2
}},
{"C", new List<int>()
{
2,
2
}}
};
public static Dictionary<string, List<int>> debugDisplays = new Dictionary<string, List<int>>()
{
{ "T", new List<int>()
{
2,
-1
} },
{ "B", new List<int>()
{
2,
5
} },
{ "N", new List<int>()
{
0,
-1
} },
{ "S", new List<int>()
{
4,
5
} },
{ "E", new List<int>()
{
5,
0
} },
{ "W", new List<int>()
{
-1,
4
} },
{ "A", new List<int>()
{
0,
0
} },
{ "C", new List<int>()
{
4,
4
} },
};
public static Dictionary<string, int> sides = new Dictionary<string, int>()
{
{"T", 0},
{"N", 1},
{"E", 2},
{"S", 3},
{"W", 4},
{"B", 5},
{"C", 6},
{"A", 0}
};
public static List<string> sideLetters = new List<string>()
{
"T",
"N",
"E",
"S",
"W",
"B",
"C"
};
public static int selectedX = 3;
public static int selectedY = 3;
public static int selectedO = 0;
public static int invselectedX = 0;
public static int invselectedY = 0;
public static ConsoleKeyInfo LastKey;
public static List<KeyValuePair<string, string>> ConfigIDs = new List<KeyValuePair<string, string>>();
public static string file = Environment.GetEnvironmentVariable("TEMP") + "\\GATE-LEVELS\\";
public static List<int> enabledModules;
public static bool enableCheat = false;
public static string KeyPress;
public static int KeyPress2;
public static DateTime KeyPressTimer = DateTime.Now;
public static bool secondLoop = false;
public static DateTime secondLoopTimer = DateTime.Now;
public static int secondSwitch = -1;
public static int secondLoopCount = 0;
public static Dictionary<int, List<int>> inputSignals = new Dictionary<int, List<int>>();
public static List<string> generatorLevels = new List<string>()
{
"1;1,0.*=0.*~10000,PIPES;-84;-85,string1,",
"1;2,0.*=0.*+1.*~10000,PIPES;-84;-85;LOGIC,string2,"
};
public static List<List<int>> levelInputs;
public static List<List<int>> levelOutputs;
public static List<string> winConditions = new List<string>();
public static DateTime testTimestamp = DateTime.Now;
public static int testTimeout = -1;
}
class Program
{
static void resetWorld(string preset = "MAINMENU4")
{
int oco = 0;
Playground.enabledModules = new List<int>();
foreach (string o in Playground.gates)
{
Playground.enabledModules.Add(oco);
oco++;
}
Playground.signals = new List<List<List<List<int>>>>();
Playground.signalCopy = new List<List<List<List<int>>>>();
Playground.signalAge = new List<List<List<List<int>>>>();
Playground.signalHold = new List<List<List<List<int>>>>();
Playground.signalHoldCopy = new List<List<List<List<int>>>>();
Playground.signalHoldAge = new List<List<List<List<int>>>>();
Playground.signalHoldTimestamp = new List<List<List<List<DateTime>>>>();
Playground.world = new List<List<List<int>>>();
Playground.lockObj = new List<List<List<int>>>();
for (int i1 = 0; i1 < Playground.layers; i1++)
{
Playground.world.Add(new List<List<int>>());
Playground.lockObj.Add(new List<List<int>>());
Playground.signals.Add(new List<List<List<int>>>());
Playground.signalCopy.Add(new List<List<List<int>>>());
Playground.signalAge.Add(new List<List<List<int>>>());
Playground.signalHold.Add(new List<List<List<int>>>());
Playground.signalHoldCopy.Add(new List<List<List<int>>>());
Playground.signalHoldAge.Add(new List<List<List<int>>>());
Playground.signalHoldTimestamp.Add(new List<List<List<DateTime>>>());
for (int i2 = 0; i2 < Playground.width; i2++)
{
Playground.world[i1].Add(new List<int>());
Playground.lockObj[i1].Add(new List<int>());
Playground.signals[i1].Add(new List<List<int>>());
Playground.signalCopy[i1].Add(new List<List<int>>());
Playground.signalAge[i1].Add(new List<List<int>>());
Playground.signalHold[i1].Add(new List<List<int>>());
Playground.signalHoldCopy[i1].Add(new List<List<int>>());
Playground.signalHoldAge[i1].Add(new List<List<int>>());
Playground.signalHoldTimestamp[i1].Add(new List<List<DateTime>>());
for (int i3 = 0; i3 < Playground.height; i3++)
{
Playground.signals[i1][i2].Add(new List<int>());
Playground.signalCopy[i1][i2].Add(new List<int>());
Playground.signalAge[i1][i2].Add(new List<int>());
Playground.signalHold[i1][i2].Add(new List<int>());
Playground.signalHoldCopy[i1][i2].Add(new List<int>());
Playground.signalHoldAge[i1][i2].Add(new List<int>());
Playground.signalHoldTimestamp[i1][i2].Add(new List<DateTime>());
Playground.world[i1][i2].Add(0);
Playground.lockObj[i1][i2].Add(0);
for (int i4 = 0; i4 < 7; i4++)
{
Playground.signals[i1][i2][i3].Add(0);
Playground.signalCopy[i1][i2][i3].Add(0);
Playground.signalAge[i1][i2][i3].Add(0);
Playground.signalHold[i1][i2][i3].Add(0);
Playground.signalHoldCopy[i1][i2][i3].Add(0);
Playground.signalHoldAge[i1][i2][i3].Add(0);
Playground.signalHoldTimestamp[i1][i2][i3].Add(DateTime.Now);
}
}
}
}
switch (preset)
{
case "Playground":
Playground.world[Playground.baseLayer][1][1] = 112;
Playground.world[Playground.baseLayer][2][1] = 109;
Playground.world[Playground.baseLayer][3][1] = 109;
Playground.world[Playground.baseLayer][4][1] = 109;
Playground.world[Playground.baseLayer][5][1] = 109;
Playground.world[Playground.baseLayer][6][1] = 109;
break;
case "START":
Playground.world[Playground.baseLayer][1][1] = 108;
Playground.world[Playground.baseLayer][2][1] = 109;
Playground.world[Playground.baseLayer][3][1] = 109;
Playground.world[Playground.baseLayer][4][1] = 109;
Playground.world[Playground.baseLayer][5][1] = 109;
Playground.world[Playground.baseLayer][6][1] = 109;
Playground.lockObj[Playground.baseLayer][1][1] = 1;
Playground.lockObj[Playground.baseLayer][2][1] = 1;
Playground.lockObj[Playground.baseLayer][3][1] = 1;
Playground.lockObj[Playground.baseLayer][4][1] = 1;
Playground.lockObj[Playground.baseLayer][5][1] = 1;
Playground.lockObj[Playground.baseLayer][6][1] = 1;
Playground.world[Playground.baseLayer][4][2] = 168;
Playground.world[Playground.baseLayer][4][3] = 51;
Playground.world[Playground.baseLayer][5][3] = 173;
Playground.world[Playground.baseLayer][4][4] = 169;
Playground.world[Playground.baseLayer][5][4] = 109;
Playground.world[Playground.baseLayer][4][5] = 51;
Playground.world[Playground.baseLayer][5][5] = 172;
Playground.world[Playground.baseLayer][1][3] = 24;
Playground.world[Playground.baseLayer][1][5] = 27;
Playground.world[Playground.baseLayer][3][3] = 25;
Playground.world[Playground.baseLayer][3][5] = 26;
Playground.world[Playground.baseLayer][2][3] = 37;
Playground.world[Playground.baseLayer][2][5] = 39;
Playground.world[Playground.baseLayer][1][4] = 36;
Playground.world[Playground.baseLayer][3][4] = 38;
Playground.signals[Playground.baseLayer][3][5][4] = 4;
Playground.enabledModules = new List<int>();
break;
case "DEMO":
Playground.world[Playground.baseLayer][0][0] = 28;
Playground.world[Playground.baseLayer][0][1] = 27;
Playground.world[Playground.baseLayer][1][1] = 8;
Playground.world[Playground.baseLayer][2][0] = 28;
Playground.world[Playground.baseLayer][2][1] = 21;
Playground.world[Playground.baseLayer][1][2] = 34;
break;
case "CLEAR":
break;
case "TUT":
Playground.enabledModules = new List<int>();
for (int i2 = 0; i2 < Playground.layers; i2++)
{
for (int i1 = 1; i1 < 20; i1++)
{
Playground.world[i2][i1][1] = 109;
Playground.world[i2][i1][2] = 109;
}
for (int i1 = 5; i1 <= 10; i1++)
{
for (int i3 = 4; i3 <= 6; i3++)
{
Playground.world[i2][i1][i3] = 109;
}
}
}
Playground.world[Playground.baseLayer][0][0] = 352;
Playground.world[Playground.baseLayer][0][1] = 353;
Playground.world[Playground.baseLayer][0][2] = 354;
Playground.world[Playground.baseLayer][0][3] = 355;
Playground.world[Playground.baseLayer][0][4] = 356;
Playground.world[Playground.baseLayer][5][1] = 357;
Playground.world[Playground.baseLayer][5][2] = 109;
Playground.world[Playground.baseLayer][6][1] = 109;
Playground.world[Playground.baseLayer][6][2] = 109;
Playground.world[Playground.baseLayer][7][1] = 109;
Playground.world[Playground.baseLayer][7][2] = 109;
Playground.world[Playground.baseLayer][8][1] = 109;
Playground.world[Playground.baseLayer][8][2] = 109;
Playground.world[Playground.baseLayer][9][1] = 109;
Playground.world[Playground.baseLayer][9][2] = 109;
Playground.world[Playground.baseLayer][10][1] = 109;
Playground.world[Playground.baseLayer][10][2] = 109;
Playground.world[Playground.baseLayer][1][0] = 110;
Playground.world[Playground.baseLayer][1][1] = 110;
Playground.world[Playground.baseLayer][1][2] = 110;
Playground.world[Playground.baseLayer][1][3] = 110;
Playground.world[Playground.baseLayer][1][4] = 110;
Playground.world[Playground.baseLayer][2][0] = 110;
Playground.world[Playground.baseLayer][2][1] = 110;
Playground.world[Playground.baseLayer][2][2] = 110;
Playground.world[Playground.baseLayer][2][3] = 110;
Playground.world[Playground.baseLayer][2][4] = 110;
Playground.world[Playground.baseLayer][3][0] = 110;
Playground.world[Playground.baseLayer][3][1] = 110;
Playground.world[Playground.baseLayer][3][2] = 110;
Playground.world[Playground.baseLayer][3][3] = 110;
Playground.world[Playground.baseLayer][3][4] = 110;
Playground.world[0][5][4] = 360;
Playground.world[0][5][5] = 370;
Playground.world[1][5][4] = 361;
Playground.world[1][5][5] = 369;
Playground.world[2][5][4] = 362;
Playground.world[2][5][5] = 368;
Playground.world[3][5][4] = 363;
Playground.world[3][5][5] = 367;
Playground.world[4][5][5] = 366;
Playground.world[5][5][5] = 365;
Playground.world[6][5][5] = 364;
Playground.world[Playground.baseLayer-1][1][1] = 358;
Playground.world[Playground.baseLayer+1][1][1] = 359;
Playground.world[Playground.baseLayer+2][1][1] = 372;
Playground.world[Playground.baseLayer+3][1][1] = 373;
Playground.world[Playground.baseLayer-2][1][1] = 374;
Playground.world[Playground.baseLayer-3][1][1] = 375;
break;
default:
loadFromFile(preset);
break;
}
}
static void Main(string[] args)
{
if (args.Length == 1)
{
Playground.file = args[0] + "\\";
}
resetWorld();
while (true)
{
if (DateTime.Now.AddMilliseconds(-1000).CompareTo(Playground.secondLoopTimer) > 0)
{
Playground.secondLoop = true;
Playground.secondLoopTimer = DateTime.Now;
Playground.secondSwitch *= -1;
Playground.secondLoopCount++;
}
else
{
Playground.secondLoop = false;
}
if (DateTime.Now.AddMilliseconds(-500).CompareTo(Playground.KeyPressTimer) > 0)
{
Playground.KeyPress2 = 0;
}
if (DateTime.Now.AddMilliseconds(-1*Playground.testTimeout).CompareTo(Playground.testTimestamp) > 0 && Playground.testTimeout != -1)
{
Playground.xMode = false;
}
Console.CursorVisible = false;
Playground.displayStrings = new List<string>();
for (int j1 = 0; j1 < Playground.layers; j1++)
{
for (int j2 = 0; j2 < Playground.width; j2++)
{
for (int j3 = 0; j3 < Playground.height; j3++)
{
lowerSignals(j1, j2, j3);
lowerSignals(Playground.layers - 1 - j1, Playground.width - 1 - j2, Playground.height - 1 - j3);
}
}
}
for (int j1 = 0; j1 < Playground.layers; j1++)
{
for (int j2 = 0; j2 < Playground.width; j2++)
{
for (int j3 = 0; j3 < Playground.height; j3++)
{
checkSignals(j1, j2, j3);
checkSignals(Playground.layers - 1 - j1, Playground.width - 1 - j2, Playground.height - 1 - j3);
}
}
}
for (int j1 = 0; j1 < Playground.layers; j1++)
{
for (int j2 = 0; j2 < Playground.width; j2++)
{
for (int j3 = 0; j3 < Playground.height; j3++)
{
lowerSignals(j1, j2, j3, false, true);
lowerSignals(Playground.layers - 1 - j1, Playground.width - 1 - j2, Playground.height - 1 - j3, false, true);
}
}
}
Playground.signalHoldAge = Playground.signals;
for (int j1 = 0; j1 < Playground.layers; j1++)
{
for (int j2 = 0; j2 < Playground.width; j2++)
{
for (int j3 = 0; j3 < Playground.height; j3++)
{
copySignals(j1, j2, j3);
copySignals(Playground.layers - 1 - j1, Playground.width - 1 - j2, Playground.height - 1 - j3);
}
}
}
Playground.signals = Playground.signalHoldAge;
//Playground.signalHoldAge = Playground.signals;
//for (int j1 = Playground.layers - 1; j1 > -1; j1--)
//{
// for (int j2 = Playground.width - 1; j2 > -1; j2--)
// {
// for (int j3 = Playground.height - 1; j3 > -1; j3--)
// {
// copySignals(j1, j2, j3);
// }
// }
//}
//Playground.signals = Playground.signalHoldAge;
for (int j1 = 0; j1 < Playground.layers; j1++)
{
for (int j2 = 0; j2 < Playground.width; j2++)
{
for (int j3 = 0; j3 < Playground.height; j3++)
{
if (j1 == Playground.LoadedLayer)
{
display(j1, j2, j3);
displayStrings(j1);
}
Console.SetCursorPosition(0, 0);
Console.Write("Layer {0,-3}", (Playground.LoadedLayer - Playground.baseLayer));
}
}
}
Playground.KeyPress2 = 0;
Thread.Sleep((int)(1000 / Playground.TicksPerSecond));
if (!Playground.xMode)
{
Playground.activeTest = -1;
}
if (Playground.xMode && Playground.activeTest < 0)
{
Playground.activeTest = 0;
}
if (Playground.activeTest >= 0)
{
bool won = false;
if (Playground.activeTest < Playground.winConditions.Count)
{
won = checkTest(Playground.activeTest);
}
if (won)
{
Playground.testTimeout = -1;
Playground.testTimestamp = DateTime.Now;
if (!((Playground.activeTest + 1) >= Playground.winConditions.Count))
{
initTest(Playground.activeTest + 1);
Playground.activeTest++;
int test = 2;
}
else
{
Console.SetCursorPosition(10, 16);
Console.Write("SSSSSSSSSS UU UU CCCCCCCCCC CCCCCCCCCC EEEEEEEEEE SSSSSSSSSS SSSSSSSSSS");
Console.SetCursorPosition(10, 17);
Console.Write("SSSSSSSSSS UU UU CCCCCCCCCC CCCCCCCCCC EEEEEEEEEE SSSSSSSSSS SSSSSSSSSS");
Console.SetCursorPosition(10, 18);
Console.Write("SS UU UU CC CC EE SS SS ");
Console.SetCursorPosition(10, 19);
Console.Write("SS UU UU CC CC EE SS SS ");
Console.SetCursorPosition(10, 20);
Console.Write("SSSSSSSSSS UU UU CC CC EEEEEE SSSSSSSSSS SSSSSSSSSS");
Console.SetCursorPosition(10, 21);
Console.Write("SSSSSSSSSS UU UU CC CC EEEEEE SSSSSSSSSS SSSSSSSSSS");
Console.SetCursorPosition(10, 22);
Console.Write(" SS UU UU CC CC EE SS SS");
Console.SetCursorPosition(10, 23);
Console.Write(" SS UU UU CC CC EE SS SS");
Console.SetCursorPosition(10, 24);
Console.Write("SSSSSSSSSS UUUUUUUUUU CCCCCCCCCC CCCCCCCCCC EEEEEEEEEE SSSSSSSSSS SSSSSSSSSS");
Console.SetCursorPosition(10, 25);
Console.Write("SSSSSSSSSS UUUUUUUUUU CCCCCCCCCC CCCCCCCCCC EEEEEEEEEE SSSSSSSSSS SSSSSSSSSS");
Playground.xMode = false;
while (Console.KeyAvailable)
{
Console.ReadKey();
}
Console.ReadKey();
saveToFile("SOLUTION-" + Playground.levelID);
if (Playground.nextLvl != "")
{
resetWorld(Playground.nextLvl);
}
}
}
}
bool acceptkey = !Playground.xMode;
bool dE = false;
if (Playground.world[Playground.LoadedLayer][Playground.selectedX][Playground.selectedY] < 4)
{
dE = true;
}
info_screen(dE);
while (Console.KeyAvailable)
{
ConsoleKeyInfo cki = Console.ReadKey(true);
if (Playground.xMode && cki.Key == ConsoleKey.X)
{
Playground.xMode = false;
}
if (acceptkey)
{
acceptkey = false;
switch (Playground.LastKey.Key)
{
case ConsoleKey.D:
switch (cki.Key)
{
case ConsoleKey.D1:
configManagerChange(0);
break;
case ConsoleKey.D2:
configManagerChange(1);
break;
case ConsoleKey.D3:
configManagerChange(2);
break;
default:
break;
}
break;
default:
switch (cki.Key)
{
case ConsoleKey.I:
if (Convert.ToInt32(cki.Modifiers) == 7)
{
if (!Playground.enableCheat)
{
Playground.enableCheat = true;
Playground.Spacing = 1;
}
else
{
Playground.enableCheat = false;
Playground.Spacing = 0;
}
Console.Clear();
}
break;
case ConsoleKey.LeftArrow:
Playground.selectedX--;
break;
case ConsoleKey.RightArrow:
Playground.selectedX++;
break;
case ConsoleKey.UpArrow:
Playground.selectedY--;
break;
case ConsoleKey.DownArrow:
Playground.selectedY++;
break;
case ConsoleKey.Enter:
place();
break;
case ConsoleKey.Q:
if (Playground.enableCheat)
{
Playground.selectedO -= 4;
}
break;
case ConsoleKey.E:
if (Playground.enableCheat)
{
Playground.selectedO += 4;
}
break;
case ConsoleKey.Y:
if (Playground.selectedO % 4 != 0)
{
Playground.selectedO--;
}
else
{
Playground.selectedO += 3;
}
break;
case ConsoleKey.C:
if (Playground.selectedO % 4 != 3)
{
Playground.selectedO++;
}
else
{
Playground.selectedO -= 3;
}
break;
case ConsoleKey.Spacebar:
Playground.signals[Playground.LoadedLayer][Playground.selectedX][Playground.selectedY][6] = 3;
break;
case ConsoleKey.W:
Playground.LoadedLayer++;
Console.Clear();
break;
case ConsoleKey.S:
Playground.LoadedLayer--;
Console.Clear();
break;
case ConsoleKey.D:
configManager();
break;
case ConsoleKey.A:
Inventory();
break;
case ConsoleKey.X:
Playground.xMode = true;
if (Playground.winConditions.Count > 0)
{
initTest(0);
}
break;
default:
break;
}
break;
}
}
int zeros = 8 - (Convert.ToString(Convert.ToInt32(cki.Key), 2)).Length;
Playground.KeyPress = "00000000".Substring(0, zeros) + (Convert.ToString(Convert.ToInt32(cki.Key), 2));
Playground.KeyPress2 = Convert.ToInt32(cki.Key);
Playground.KeyPressTimer = DateTime.Now;
if (Playground.selectedO >= Playground.gates.Count)
{
Playground.selectedO = 0;
}
if (Playground.selectedO < 0)
{
Playground.selectedO = Playground.gates.Count - 4;
}
if (Playground.selectedX >= Playground.width)
{
Playground.selectedX = 0;
}
if (Playground.selectedX < 0)
{
Playground.selectedX = Playground.width - 1;
}
if (Playground.selectedY >= Playground.height)
{
Playground.selectedY = 0;
}
if (Playground.selectedY < 0)
{
Playground.selectedY = Playground.height - 1;
}
if (Playground.LoadedLayer < 0)
{
Playground.LoadedLayer = 0;
}
if (Playground.LoadedLayer >= Playground.layers)
{
Playground.LoadedLayer = Playground.layers - 1;
}
Playground.LastKey = cki;
}
}
}
static void place()
{
if (Playground.lockObj[Playground.LoadedLayer][Playground.selectedX][Playground.selectedY] == 0)
{
if (Playground.world[Playground.LoadedLayer][Playground.selectedX][Playground.selectedY] > 3)
{
Playground.world[Playground.LoadedLayer][Playground.selectedX][Playground.selectedY] = 0;
lowerSignals(Playground.LoadedLayer, Playground.selectedX, Playground.selectedY, true);
}
else
{
Playground.world[Playground.LoadedLayer][Playground.selectedX][Playground.selectedY] = Playground.selectedO;
}
}
}
static void lowerSignals(int layer, int x, int y, bool full = false, bool second = false)
{
for (int i = 0; i < 7; i++)
{
if (full)
{
Playground.signals[layer][x][y][i] = 0;
Playground.signalCopy[layer][x][y][i] = 0;
Playground.signalAge[layer][x][y][i] = 0;
Playground.signalHold[layer][x][y][i] = 0;
Playground.signalHoldCopy[layer][x][y][i] = 0;
Playground.signalHoldAge[layer][x][y][i] = 0;
Playground.signalHoldTimestamp[layer][x][y][i] = DateTime.Now;
}
else
{
if (Playground.signals[layer][x][y][i] > 0)
{
if (!second)
{
if (Playground.timingGates.ContainsKey(Playground.world[layer][x][y]))
{
Playground.signalHold[layer][x][y][i] = Playground.signals[layer][x][y][i];
}
Playground.signals[layer][x][y][i]--;
}
if (Playground.inputSignals.ContainsKey(Playground.world[layer][x][y]))
{
if (Playground.inputSignals[Playground.world[layer][x][y]].Contains(i))
{
if (Playground.signalAge[layer][x][y][i] >= 2)
{ // Playground.neighbourSignals[i]
if (Playground.signals[layer + Playground.neighbours[i][0]][x + Playground.neighbours[i][1]][y + Playground.neighbours[i][2]][Playground.neighbourSignals[i]] <= 2)
{
Playground.signals[layer][x][y][i] = 0;
}
else
{
}
}
else
{
int o = 0;
o++;
}
}
else
{
if (!second)
{
// Playground.signals[layer][x][y][i] = 0;
}
}
} else
{
if (!second)
{
Playground.signals[layer][x][y][i] = 0;
}
}
}
if (!second || true)
{
if (Playground.signalCopy[layer][x][y][i] == Playground.signals[layer][x][y][i] && Playground.signals[layer][x][y][i] != 0)
{
Playground.signalAge[layer][x][y][i]++;
}
else
{
Playground.signalAge[layer][x][y][i] = 1;
}
if (Playground.signalHoldCopy[layer][x][y][i] == Playground.signalHold[layer][x][y][i] && Playground.signalHold[layer][x][y][i] != 0)
{
// Playground.signalHoldAge[layer][x][y][i]++;
}
else
{
// Playground.signalHoldAge[layer][x][y][i] = 1;
Playground.signalHoldTimestamp[layer][x][y][i] = DateTime.Now;
}
Playground.signalCopy[layer][x][y][i] = Playground.signals[layer][x][y][i];
Playground.signalHoldCopy[layer][x][y][i] = Playground.signalHold[layer][x][y][i];
}
}
}
}
static void copySignals(int layer, int x, int y)
{
for (int i = 0; i < 7; i++)
{
bool copy = true;
if (Playground.inputSignals.ContainsKey(Playground.world[layer][x][y]))
{
if (Playground.inputSignals[Playground.world[layer][x][y]].Contains(i))
{
copy = false;
}
}
if (Playground.signals[layer][x][y][i] >= 3 && copy)
{
try
{
Playground.signalHoldAge[layer + Playground.neighbours[i][0]][x + Playground.neighbours[i][1]][y + Playground.neighbours[i][2]][Playground.neighbourSignals[i]] = (Playground.signals[layer][x][y][i] > 0) ? Playground.signals[layer][x][y][i] : 0;
}
catch (System.ArgumentOutOfRangeException) { }
}
}
}
static void checkSignals(int layer, int x, int y)
{
int posX = (5 + Playground.Spacing) * x + 1;
int posY = (5 + Playground.Spacing) * y + 1;
string display = Playground.gates[Playground.world[layer][x][y]];
string[] options = display.Split(',');
string[] drows = options[0].Split(';');
string[] io = options[1].Split('=');
bool makeOutput = false;
bool reverseOutput = false;
int outputStrength = 2;
if (io[0] == "")
{
makeOutput = true;
}
else
{
if (io[0].Substring(0, 1) == "!")
{
io[0] = io[0].Substring(1);
reverseOutput = true;
}
if (io[0].Split(' ').Length == 1)
{
if (Playground.signals[layer][x][y][Playground.sides[io[0]]] > 0)
{
makeOutput = true;
}
}
else
{
string method = io[0].Split(' ')[1];
int signal1 = Playground.signals[layer][x][y][Playground.sides[io[0].Split(' ')[0]]];
int signal2;
if (method != ".")
{
signal2 = Playground.signals[layer][x][y][Playground.sides[io[0].Split(' ')[2]]];
}
else
{
signal2 = Playground.timingGates[Playground.world[layer][x][y]] * 1000;
}
switch (method)
{
case "+":
makeOutput = (signal1 > 0 && signal2 > 0);
break;
case "/":
makeOutput = (signal1 > 0 || signal2 > 0);
break;
case ".":
if (signal1 > 0)
{
Playground.signalHold[layer][x][y][Playground.sides[io[0].Split(' ')[0]]] = signal1;
}
if (Playground.signalHoldTimestamp[layer][x][y][Playground.sides[io[0].Split(' ')[0]]].AddMilliseconds(signal2).CompareTo(DateTime.Now) < 0 && Playground.signalHold[layer][x][y][Playground.sides[io[0].Split(' ')[0]]] > 0)
{
makeOutput = true;
Playground.signalHold[layer][x][y][0] = 0;
Playground.signalHold[layer][x][y][1] = 0;
Playground.signalHold[layer][x][y][2] = 0;
Playground.signalHold[layer][x][y][3] = 0;
Playground.signalHold[layer][x][y][4] = 0;
Playground.signalHold[layer][x][y][5] = 0;
Playground.signalHold[layer][x][y][6] = 0;
}
break;
case "D&":
makeOutput = (signal1 > 0 && signal2 > 0);
outputStrength = Math.Min(signal1, signal2);
break;
case "D|":
makeOutput = (signal1 > 0 || signal2 > 0);
outputStrength = Math.Max(signal1, signal2);
break;
case "D+":
makeOutput = (signal1 > 0 || signal2 > 0);
int sub = 1;
if (signal1 == 0 || signal2 == 0)
{
sub = 0;
}
outputStrength = signal1 + signal2 - sub;
break;
case "Dv":
makeOutput = true;
outputStrength = 1;
break;
case "Dd":
makeOutput = true;
outputStrength = 6;
break;
case "DC":
makeOutput = (signal1 == signal2 && signal1 > 0);
outputStrength = signal1;
break;
case "Dk":
makeOutput = (signal1 > 0 && signal2 > 0);
outputStrength = signal2;
break;
case "levelin":
makeOutput = (signal1 > 0 || signal2 > 0);
outputStrength = Math.Max(signal1, signal2);
break;
default:
if (method.Substring(0, 1) == "F")
{
switch (method.Substring(1, 4))
{
case "key1":
makeOutput = ((char)Playground.KeyPress[7] == '1');
break;
case "key2":
makeOutput = ((char)Playground.KeyPress[6] == '1');
break;
case "key3":
makeOutput = ((char)Playground.KeyPress[5] == '1');
break;
case "key4":
makeOutput = ((char)Playground.KeyPress[4] == '1');
break;
case "key5":
makeOutput = ((char)Playground.KeyPress[3] == '1');
break;
case "key6":
makeOutput = ((char)Playground.KeyPress[2] == '1');
break;
case "key7":
makeOutput = ((char)Playground.KeyPress[1] == '1');
break;
case "key8":
makeOutput = ((char)Playground.KeyPress[0] == '1');
break;
case "keyr":
makeOutput = (Playground.KeyPress2 > 0);
outputStrength = Playground.KeyPress2 + 1;
break;
case "dcle":
Playground.displayStrings.Add(layer + " " + (posX + 2) + " " + (posY + 3) + " 1 \u2591");
break;
}
}
break;
}
}
}
if (makeOutput != reverseOutput && io.Length == 2)
{
foreach (string side in io[1].Split('+'))
{
if (side.Substring(0, 1) == "A")
{
switch (side.Substring(1, 4))
{
case "Beep":
Console.Beep();
break;
case "LoWo":
resetWorld(side.Substring(5));
break;
case "ShDa":
Playground.displayStrings.Add(layer + " " + (posX + 1) + " " + (posY + 2) + " 3 " + (outputStrength - 1));
break;
case "DaEm":
outputStrength = Int32.Parse(side.Substring(5)) + 1;
break;
case "Disp":
Playground.displayStrings.Add(layer + " " + (posX) + " " + (posY + 0) + " 5 " + "\u2593");
Playground.displayStrings.Add(layer + " " + (posX) + " " + (posY + 1) + " 5 " + "\u2593");
Playground.displayStrings.Add(layer + " " + (posX) + " " + (posY + 2) + " 5 " + "\u2593");
Playground.displayStrings.Add(layer + " " + (posX) + " " + (posY + 3) + " 5 " + "\u2593");
Playground.displayStrings.Add(layer + " " + (posX) + " " + (posY + 4) + " 5 " + "\u2593");
break;
}
}
else
{
Playground.signals[layer][x][y][Playground.sides[side.Substring(0, 1)]] = outputStrength + 2;
}
}
} else if(io.Length == 2)
{
foreach (string side in io[1].Split('+'))
{
Playground.signals[layer][x][y][Playground.sides[side.Substring(0, 1)]] = 0;
}
}
}
static void display(int layer, int x, int y, bool selMode = false)
{
int posX = (5 + Playground.Spacing) * x + 1;
int posY = (5 + Playground.Spacing) * y + 1;
int objid;
int objid2;
bool isselected;
Console.ForegroundColor = ConsoleColor.White;
if (!selMode)
{
objid = Playground.world[layer][x][y];
objid2 = objid;
isselected = false;
if (x == Playground.selectedX && y == Playground.selectedY)
{
isselected = true;
}
if (objid < 4)
{
if (isselected)
{
objid = Playground.selectedO;
Console.ForegroundColor = ConsoleColor.DarkGray;
}
}
}
else
{
Console.ForegroundColor = ConsoleColor.White;
posX = x;
posY = y;
objid = layer;
objid2 = layer;
isselected = false;
}
if(objid >= 336 && objid <= 343 && Playground.xMode)
{
Console.ForegroundColor = ConsoleColor.Red;
}
string display = Playground.gates[objid];
if (isselected && (objid2 > 3 || Playground.selectedO < 4))
{
display = "X" + display.Substring(1);
}
string[] options = display.Split(',');
string[] drows = options[0].Split(';');
string[] io = options[1].Split('=');
int crow = -1;
foreach (string row in drows)
{
crow++;
Console.SetCursorPosition(posX, posY + crow);
Console.Write(row.Replace("#", "\u2591").Replace("COMMA", ",").Replace("~", "\u2593"));
}
if (io[0].Split(' ').Length == 1)
{
if (io[0] != "")
{
if (io[0].Substring(0, 1) == "!")
{
io[0] = io[0].Substring(1);
}
if (io[0] != "")
{
int ss;
if (selMode)
{
ss = 0;
}
else
{
ss = Playground.signals[layer][x][y][Playground.sides[io[0]]];
}
showsignal(0, io[0], ss, layer, x, y, selMode);
}
}
}
else if (io[0].Split(' ').Length == 3)
{
string side1 = io[0].Split(' ')[0];
string side2 = io[0].Split(' ')[2];
int ss1;
int ss2;
if (selMode)
{
ss1 = 0;
ss2 = 0;
}
else
{
ss2 = Playground.signals[layer][x][y][Playground.sides[side2.Substring(0, 1)]];
ss1 = Playground.signals[layer][x][y][Playground.sides[side1.Substring(0, 1)]];
}
showsignal(0, side1, ss1, layer, x, y, selMode);
showsignal(0, side2, ss2, layer, x, y, selMode);
}
if (io.Length == 2)
{
if (io[1] != "")
{
foreach (string side in io[1].Split('+'))
{
int ss; ;
if (selMode)
{
ss = 0;
}
else
{
ss = Playground.signals[layer][x][y][Playground.sides[side.Substring(0, 1)]];
}
showsignal(1, side, ss, layer, x, y, selMode);
}
}
}
if (isselected)
{
Console.ForegroundColor = ConsoleColor.White;
}
if (Playground.xMode)
{
Console.BackgroundColor = ConsoleColor.Black;
Console.ForegroundColor = ConsoleColor.White;
}
}
static void showsignal(int mode, string side, int signalstrength, int layer, int x, int y, bool selMode = false)
{
if (mode == 0 && !selMode)
{
if (!Playground.inputSignals.ContainsKey(Playground.world[layer][x][y]))
{
Playground.inputSignals.Add(Playground.world[layer][x][y], new List<int>());
}
Playground.inputSignals[Playground.world[layer][x][y]].Add(Playground.sides[side.Substring(0, 1)]);
}
if (side.Substring(0, 1) != "A")
{
ConsoleColor isactive = ConsoleColor.DarkGreen;
ConsoleColor inactive = ConsoleColor.DarkRed;
if (mode == 0)
{
isactive = ConsoleColor.DarkGreen;
inactive = ConsoleColor.DarkBlue;
}
int Objid = 0;
if (!selMode)
{
Objid = Playground.world[layer][x][y];
}
else
{
Objid = layer;
}
if (Playground.dataModules.Contains(Objid) && !Playground.noDataSides.Contains(Objid + "-" + side))
{
isactive = ConsoleColor.Green;
inactive = ConsoleColor.Magenta;
if (mode == 0)
{
isactive = ConsoleColor.Green;
inactive = ConsoleColor.DarkYellow;
}
}
ConsoleColor color = isactive;
int ss;
if (!selMode)
{
ss = Playground.signalHold[layer][x][y][Playground.sides[side.Substring(0, 1)]];
}
else
{
ss = 0;
}
if (signalstrength == 0 && (ss == 0 || mode == 1))
{
color = inactive;
}
int posX;
int posY;
if (!selMode)
{
posX = (5 + Playground.Spacing) * x + 1;
posY = (5 + Playground.Spacing) * y + 1;
}
else
{
posX = x;
posY = y;
}
if (Playground.enableCheat)
{
Console.SetCursorPosition(posX + Playground.debugDisplays[side][0], posY + Playground.debugDisplays[side][1]);
if (Playground.secondSwitch > 0)
{
Console.Write(side);
}
else
{
Console.Write(signalstrength);
}
}
List<int> pos = Playground.sideDisplays[side.Substring(0, 1)];
Console.SetCursorPosition(posX + pos[0], posY + pos[1]);
ConsoleColor sc = Console.ForegroundColor;
Console.ForegroundColor = color;
Console.Write("\u2591");
Console.ForegroundColor = sc;
}
}
static void configManager()
{
Dictionary<string, string> settings = new Dictionary<string, string>() {
{"Ticks Per Second", Playground.TicksPerSecond.ToString()},
{"Load World", Playground.resetWorld.ToString() },
{"Save World To", "" }
};
int rowc = 0;
foreach (KeyValuePair<string, string> value in settings)
{
Playground.ConfigIDs.Add(value);
rowc++;
Console.SetCursorPosition((6 * Playground.width) + 1, rowc + 1);
Console.Write("{2,-3} {0,-16} = {1}", value.Key, value.Value, rowc + ".");
}
}
static void configManagerChange(int id)
{
Console.SetCursorPosition((6 * Playground.width) + 24, id + 2);
Console.Write(" ");
Console.SetCursorPosition((6 * Playground.width) + 24, id + 2);
string input = Console.ReadLine();
switch (Playground.ConfigIDs[id].Key)
{
case "Ticks Per Second":
Playground.TicksPerSecond = Double.Parse(input);
break;
case "Load World":
resetWorld(input);
break;
case "Save World To":
saveToFile(input);
break;
}
Console.Clear();
}
static void Inventory()
{
Console.Clear();
Dictionary<string, int> selectedVariants = new Dictionary<string, int>();
bool loopInv = true;
while (loopInv)
{
int count = 0;
int selected = 0;
int biggestVariant = 1;
List<string> collections = new List<string>();
foreach (KeyValuePair<string, Dictionary<string, int>> group in Playground.selector)
{
collections.Add(group.Key);
int selectedVariant;
if (selectedVariants.ContainsKey(group.Key))
{
selectedVariant = selectedVariants[group.Key];
}
else
{
selectedVariants[group.Key] = 1;
selectedVariant = selectedVariants[group.Key];
}
List<string> foundNames = new List<string>();
Dictionary<string, int> variantCounts = new Dictionary<string, int>();
Console.SetCursorPosition(2, (count * 9) + 2);
Console.Write(group.Key);
int count2 = 0;
foreach (KeyValuePair<string, int> obj in group.Value)
{
string actualname = obj.Key;
if (obj.Key.Length > 3)
{
if (obj.Key.Substring(obj.Key.Length - 3, 1) == "-")
{
actualname = obj.Key.Substring(0, obj.Key.Length - 3);
if (variantCounts.ContainsKey(actualname))
{
variantCounts[actualname]++;
}
}
}
if (!variantCounts.ContainsKey(actualname))
{
variantCounts[actualname] = 1;
}
}
foreach (KeyValuePair<string, int> obj in group.Value)
{
int variant = 1;
string actualname = obj.Key;
int subtract = 0;
bool isbasic = true;
if (obj.Key.Length > 3)
{
if (obj.Key.Substring(obj.Key.Length - 3, 1) == "-")
{
variant = Int32.Parse(obj.Key.Substring(obj.Key.Length - 2));
if (variant > biggestVariant && count == Playground.invselectedY)
{
biggestVariant = variant;
}
actualname = obj.Key.Substring(0, obj.Key.Length - 3);
isbasic = false;
if (variant > 1)
{
subtract = 1;
}
}
}
if (variant == selectedVariant || isbasic || (selectedVariant > variantCounts[actualname] && variantCounts[actualname] == variant))
{
if (!Playground.enabledModules.Contains(obj.Value))
{
Console.BackgroundColor = ConsoleColor.Red;
}
display(obj.Value, 3 + ((count2 - subtract) * 10), (count * 9) + 4, true);
if (!Playground.enabledModules.Contains(obj.Value))
{
Console.BackgroundColor = ConsoleColor.Black;
}
if ((Playground.invselectedX == count2 && Playground.invselectedY == count && variant == 1) || ((Playground.invselectedX + 1) == count2 && Playground.invselectedY == count && variant > 1))
{
Console.SetCursorPosition(3 + ((count2 - subtract) * 10), (count * 9) + 4);
Console.Write("X");
selected = obj.Value;
}
if (false)
{
Console.SetCursorPosition(5 + ((count2 - subtract) * 10), (count * 9) + 10);
Console.Write(variant);
}
Console.SetCursorPosition(2 + ((count2 - subtract) * 10), (count * 9) + 9);
Console.Write(actualname);
}
if (!foundNames.Contains(actualname))
{
count2++;
foundNames.Add(actualname);
}
}
count++;
}
if (selected == 0)
{
Playground.invselectedX = 0;
Playground.invselectedY++;
}
if (Playground.invselectedY >= Playground.selector.Count)
{
Playground.invselectedY = 0;
}
ConsoleKey cki = ConsoleKey.E;
bool x = false;
info_screen(true, selected);
if (Console.KeyAvailable)
{
cki = Console.ReadKey(true).Key;
x = true;
}
if (x)
{
switch (cki)
{
case ConsoleKey.LeftArrow:
if (Playground.invselectedX != 0)
{
Playground.invselectedX--;
}
break;
case ConsoleKey.RightArrow:
Playground.invselectedX++;
break;
case ConsoleKey.UpArrow:
if (Playground.invselectedY != 0)
{
selectedVariants[collections[Playground.invselectedY]] = 1;
Playground.invselectedY--;
}
break;
case ConsoleKey.DownArrow:
selectedVariants[collections[Playground.invselectedY]] = 1;
Playground.invselectedY++;
break;
case ConsoleKey.Enter:
if (Playground.enabledModules.Contains(selected))
{
Playground.selectedO = selected;
loopInv = false;
}
break;
case ConsoleKey.A:
loopInv = false;
break;
case ConsoleKey.Escape:
loopInv = false;
break;
case ConsoleKey.Q:
if (selectedVariants[collections[Playground.invselectedY]] > 0)
{
selectedVariants[collections[Playground.invselectedY]]--;
}
break;
case ConsoleKey.E:
selectedVariants[collections[Playground.invselectedY]]++;
break;
}
}
if (collections.ElementAtOrDefault(Playground.invselectedY) != null)
{
if (selectedVariants.ContainsKey(collections[Playground.invselectedY]))
{
if (selectedVariants[collections[Playground.invselectedY]] > biggestVariant)
{
selectedVariants[collections[Playground.invselectedY]] = biggestVariant;
}
}
}
}
Console.Clear();
}
static void loadFromFile(string level)
{
if (level.Substring(0, 6) == "string")
{
Playground.levelID = level.Substring(6);
makeLevelfromString(Playground.generatorLevels[Int32.Parse(level.Substring(6))]);
}
else
{
if (!Directory.Exists(Playground.file))
{
Directory.CreateDirectory(Playground.file);
}
if (!File.Exists(Playground.file + level))
{
var client = new WebClient();
try
{
client.DownloadFile("http://preview.craftscripts.com/GatePlayground/Levels/" + level, Playground.file + level);
}
catch (System.Net.WebException)
{
File.Delete(Playground.file + level);
}
}
if (File.Exists(Playground.file + level))
{
var xml = new XmlDocument();
xml.Load(Playground.file + level);
XmlNode xml2 = xml.SelectSingleNode("WORLD");
XmlNodeList nl = xml2.SelectNodes("WORLD");
XmlNode root = nl[0];
foreach (XmlNode node in root.ChildNodes)
{
foreach (XmlNode node2 in node.ChildNodes)
{
foreach (XmlNode node3 in node2.ChildNodes)
{
Console.Write(node.Name);
Console.Write(node2.Name);
Console.Write(node3.Name);
Console.Write(node3.InnerText);
Playground.world[Int32.Parse(node.Name.Substring(1))][Int32.Parse(node2.Name.Substring(1))][Int32.Parse(node3.Name.Substring(1))] = Int32.Parse(node3.InnerText);
}
}
}
if (xml2.SelectSingleNode("SIGNALS") != null)
{
XmlNodeList nl2 = xml2.SelectNodes("SIGNALS");
XmlNode root2 = nl2[0];
foreach (XmlNode node in root2.ChildNodes)
{
foreach (XmlNode node2 in node.ChildNodes)
{
foreach (XmlNode node3 in node2.ChildNodes)
{
foreach (XmlNode node4 in node3.ChildNodes)
{
if (node4.InnerText != "0")
{
Console.Write("SIGNAL FOUND");
}
Playground.signals[Int32.Parse(node.Name.Substring(1))][Int32.Parse(node2.Name.Substring(1))][Int32.Parse(node3.Name.Substring(1))][Int32.Parse(node4.Name.Substring(1))] = Int32.Parse(node4.InnerText);
}
}
}
}
}
if (xml2.SelectSingleNode("BLOCKS") != null)
{
Playground.enabledModules = new List<int>();
XmlNodeList nl2 = xml2.SelectNodes("BLOCKS");
XmlNode root2 = nl2[0];
foreach (XmlNode node in root2.ChildNodes)
{
if (Convert.ToBoolean(node.InnerText))
{
Playground.enabledModules.Add(Int32.Parse(node.Name.Substring(1)));
}
}
}
}
}
}
static void saveToFile(string name)
{
if (!Directory.Exists(Playground.file))
{
Directory.CreateDirectory(Playground.file);
}
XmlDocument xml = new XmlDocument();
xml.LoadXml("<?xml version='1.0'?><WORLD></WORLD>");
xml.DocumentElement.AppendChild(xml.CreateElement("WORLD"));
xml.DocumentElement.AppendChild(xml.CreateElement("SIGNALS"));
xml.DocumentElement.AppendChild(xml.CreateElement("BLOCKS"));
for (int i1 = 0; i1 < Playground.layers; i1++)
{
xml.DocumentElement.SelectSingleNode("WORLD").AppendChild(xml.CreateElement("n" + i1));
for (int i2 = 0; i2 < Playground.width; i2++)
{
xml.DocumentElement.SelectSingleNode("WORLD").SelectSingleNode("n" + i1).AppendChild(xml.CreateElement("n" + i2));
for (int i3 = 0; i3 < Playground.height; i3++)
{
xml.DocumentElement.SelectSingleNode("WORLD").SelectSingleNode("n" + i1).SelectSingleNode("n" + i2).AppendChild(xml.CreateElement("n" + i3));
xml.DocumentElement.SelectSingleNode("WORLD").SelectSingleNode("n" + i1).SelectSingleNode("n" + i2).SelectSingleNode("n" + i3).InnerText = Playground.world[i1][i2][i3].ToString();
}
}
}
for (int i1 = 0; i1 < Playground.layers; i1++)
{
xml.DocumentElement.SelectSingleNode("SIGNALS").AppendChild(xml.CreateElement("n" + i1));
for (int i2 = 0; i2 < Playground.width; i2++)
{
xml.DocumentElement.SelectSingleNode("SIGNALS").SelectSingleNode("n" + i1).AppendChild(xml.CreateElement("n" + i2));
for (int i3 = 0; i3 < Playground.height; i3++)
{
xml.DocumentElement.SelectSingleNode("SIGNALS").SelectSingleNode("n" + i1).SelectSingleNode("n" + i2).AppendChild(xml.CreateElement("n" + i3));
for (int i4 = 0; i4 < 7; i4++)
{
xml.DocumentElement.SelectSingleNode("SIGNALS").SelectSingleNode("n" + i1).SelectSingleNode("n" + i2).SelectSingleNode("n" + i3).AppendChild(xml.CreateElement("s" + i4));
xml.DocumentElement.SelectSingleNode("SIGNALS").SelectSingleNode("n" + i1).SelectSingleNode("n" + i2).SelectSingleNode("n" + i3).SelectSingleNode("s" + i4).InnerText = ((Playground.signals[i1][i2][i3][i4] + Playground.signalHold[i1][i2][i3][i4])).ToString();
}
}
}
}
for (int i1 = 0; i1 < Playground.gates.Count; i1++)
{
xml.DocumentElement.SelectSingleNode("BLOCKS").AppendChild(xml.CreateElement("b" + i1));
xml.DocumentElement.SelectSingleNode("BLOCKS").SelectSingleNode("b" + i1).InnerText = Playground.enabledModules.Contains(i1).ToString();
}
xml.Save(Playground.file + name);
}
public static void displayStrings(int layer)
{
int width = 3;
foreach (string str in Playground.displayStrings)
{
string[] settings = str.Split(' ');
if (Int32.Parse(settings[0]) == layer)
{
Console.SetCursorPosition(Int32.Parse(settings[1]), Int32.Parse(settings[2]));
width = Int32.Parse(settings[3]);
Console.Write("{0," + width + "}", string.Join(" ", settings.Skip(4)));
}
}
}
public static void makeLevelfromString(string str)
{
Playground.levelInputs = new List<List<int>>();
Playground.levelOutputs = new List<List<int>>();
List<int> inputs = new List<int>();
string[] options = str.Split(',');
for (int i = 0; i < Playground.layers; i++)
{
for (int i2 = 0; i2 < Playground.width; i2++)
{
Playground.world[i][i2][0] = 336;
Playground.world[i][i2][Playground.height - 1] = 338;
Playground.lockObj[i][i2][0] = 1;
Playground.lockObj[i][i2][Playground.height - 1] = 1;
}
for (int i2 = 0; i2 < Playground.height; i2++)
{
Playground.world[i][0][i2] = 339;
Playground.world[i][Playground.width - 1][i2] = 337;
Playground.lockObj[i][0][i2] = 1;
Playground.lockObj[i][Playground.width - 1][i2] = 1;
}
Playground.world[i][0][0] = 340;
Playground.world[i][Playground.width - 1][0] = 341;
Playground.world[i][Playground.width - 1][Playground.height - 1] = 343;
Playground.world[i][0][Playground.height - 1] = 342;
}
int maxWidth = Playground.width - 2;
for (int j = 0; j < Int32.Parse(options[0].Split(';')[0]); j++)
{
int posX = maxWidth / (Int32.Parse(options[0].Split(';')[0]) + 1) * (j + 1);
Playground.world[Playground.baseLayer][posX][0] = 344;
Playground.levelInputs.Add(new List<int>()
{
Playground.baseLayer,
posX,
0
});
}
for (int j = 0; j < Int32.Parse(options[0].Split(';')[1]); j++)
{
int posX = maxWidth / (Int32.Parse(options[0].Split(';')[1]) + 1) * (j + 1);
Playground.world[Playground.baseLayer][posX][Playground.height - 1] = 346;
Playground.levelOutputs.Add(new List<int>()
{
Playground.baseLayer,
posX,
Playground.height-1
});
}
Playground.winConditions = options[1].Split(';').ToList();
Playground.enabledModules = new List<int>();
foreach (string group in options[2].Split(';'))
{
if (group == "*")
{
foreach (KeyValuePair<string, Dictionary<string, int>> Sgroup in Playground.selector)
{
foreach (KeyValuePair<string, int> groupItems in Sgroup.Value)
{
Playground.enabledModules.Add(groupItems.Value);
}
}
}
else if (Int32.TryParse(group, out int result))
{
if (result < 0)
{
Playground.enabledModules.Remove(Math.Abs(result));
}
}
else
{
foreach (KeyValuePair<string, int> groupItems in Playground.selector[group])
{
Playground.enabledModules.Add(groupItems.Value);
}
}
}
Playground.nextLvl = options[3];
}
static void initTest(int conditionID)
{
string condition = Playground.winConditions[conditionID];
List<string> inputs = condition.Split('~')[0].Split('=')[0].Split('+').ToList();
List<string> outputs = condition.Split('~')[0].Split('=')[1].Split('+').ToList();
Playground.testTimestamp = DateTime.Now;
Playground.testTimeout = Int32.Parse(condition.Split('~')[1]);
foreach (string input in inputs)
{
string[] opt = input.Split('.');
int[] inputPos = Playground.levelInputs[Int32.Parse(opt[0])].ToArray();
if (opt[1] == "*")
{
opt[1] = "1";
}
Playground.signals[inputPos[0]][inputPos[1]][inputPos[2]][6] = Int32.Parse(opt[1]) + 3;
}
}
static bool checkTest(int conditionID)
{
bool won = true;
string condition = Playground.winConditions[conditionID];
List<string> inputs = condition.Split('~')[0].Split('=')[0].Split('+').ToList();
List<string> outputs = condition.Split('~')[0].Split('=')[1].Split('+').ToList();
foreach (string output in outputs)
{
string[] opt = output.Split('.');
int[] outputPos = Playground.levelOutputs[Int32.Parse(opt[0])].ToArray();
int signal = Playground.signals[outputPos[0]][outputPos[1]][outputPos[2]][1];
if (opt[1] == "*")
{
if (signal < 1)
{
won = false;
}
}
else if (opt[1] == "!")
{
if (signal > 0)
{
won = false;
}
}
else
{
int strength = Int32.Parse(opt[1]);
if (signal != strength + 3)
{
won = false;
}
}
}
return won;
}
static void info_screen(bool doesntExist = false, int idToShow = -1)
{
int screen_size = Playground.width * (5 + Playground.Spacing) + 1 + 50;
List<string> objectinfos = new List<string>()
{
"Pipe, A default Pipe that sends a signal with default signal strength to the other end.",
"AND-Gate, Outputs a signal when both inputs are activated.",
"OR-Gate, Outputs a signal when one or both of the inputs are activated.",
"Split, Sends a signal from the input to both outputs.",
"Turn Right, A default pipe that sends a signal with default signal strength to the other end.",
"Turn Left, A default pipe that sends a signal with default signal strength to the other end.",
"Signal Emitter, Emits a constant default signal.",
"Lamp, Shows incoming signals.",
"Timing Gate (1 Sec), Delays any incoming signal by 1 second.",
"Timing Gate (5 Sec), Delays any incoming signal by 5 seconds.",
"Timing Gate (30 Sec), Delays any incoming signal by 30 seconds.",
"Button, Outputs a default signal when it is selected and SPACE is pressed.",
"Timing Gate (1 Min), Delays any incoming signal by 1 minute.",
"Timing Gate (5 Min), Delays any incoming signal by 5 minutes.",
"NOT-Gate, Outputs a signal when no input is activated.",
"TriSplit, Sends an incomming signal to three outputs.",
"OR-Gate, Outputs a signal when one or both of the inputs are activated.",
"OR-Gate, Outputs a signal when one or both of the inputs are activated.",
"Elevator Up, A default pipe that sends a signal up one layer.",
"Elevator Up, A default pipe that sends a signal up one layer.",
"Vertical Pipe, A default pipe that extends a vertical signal.",
"Elevator Down, A default pipe that sends a signal down one layer.",
"Elevator Down, A default pipe that sends a signal down one layer.",
"Timing Gate (10 Min), Delays any incoming signal by 10 minutes.",
"Timing Gate (30 Min), Delays any incoming signal by 30 minutes.",
"Timing Gate (1 Hour), Delays any incoming signal by 1 hour.",
"",
"",
"",
"",
"",
"",
"",
"",
"",
"",
"AND-Gate, Outputs a signal when both inputs are activated.",
"AND-Gate, Outputs a signal when both inputs are activated.",
"Split, Sends a signal from the input to both outputs.",
"Split, Sends a signal from the input to both outputs.",
"Beeper, Makes a Beep-Sound when any input is activated.",
"",
"Level Loader, Loads a new level when any input is activated.",
"Data Cables, Sends a signal that contains a numeric value.",
"AND-Gate, Outputs the lower value when both inputs are activated.",
"OR-Gate, Outputs the higher value when one or both of the inputs are activated.",
"Addition-Gate, Outputs the sum of both values when one or both of the inputs are activated.",
"Split-Gate, Sends a signal from the input to both outputs.",
"Turn Right, Sends a signal that contains a numeric value.",
"Turn Left, Sends a signal that contains a numeric value.",
"",
"",
"Display, Displays the numeric value of a data input.",
"Key Reader, Outputs the numeric KeyCode of any pressed key.",
"Check-Gate, Outputs the input values when they are identical.",
"Data Emitter (1), Emits a constant datastream with a value of 1.",
"Data Emitter (2), Emits a constant datastream with a value of 2.",
"Data Emitter (4), Emits a constant datastream with a value of 4.",
"Data Emitter (8), Emits a constant datastream with a value of 8.",
"Data Emitter (16), Emits a constant datastream with a value of 16.",
"Data Emitter (32), Emits a constant datastream with a value of 32.",
"Data Emitter (64), Emits a constant datastream with a value of 64.",
"Data Emitter (128), Emits a constant datastream with a value of 128.",
"Data Emitter (256), Emits a constant datastream with a value of 256.",
"Data Emitter (512), Emits a constant datastream with a value of 512.",
"Elevator Up, A default pipe that sends a datastream up one layer.",
"Elevator Up, A default pipe that sends a datastream up one layer.",
"Vertical Pipe, A default pipe that extends a vertical datastream.",
"Elevator Down, A default pipe that sends a datastream down one layer.",
"Elevator Down, A default pipe that sends a datastream down one layer.",
"Data Emitter (1024), Emits a constant datastream with a value of 1024.",
"AND-Gate, Outputs the lower value when both inputs are activated.",
"OR-Gate, Outputs the higher value when one or both of the inputs are activated.",
"Addition-Gate, Outputs the sum of both values when one or both of the inputs are activated.",
"Split-Gate, Sends a signal from the input to both outputs.",
"AND-Gate, Outputs the lower value when both inputs are activated.",
"OR-Gate, Outputs the higher value when one or both of the inputs are activated.",
"Addition-Gate, Outputs the sum of both values when one or both of the inputs are activated.",
"Split-Gate, Sends a signal from the input to both outputs.",
"Check-Gate, Outputs the input values when they are identical.",
"Check-Gate, Outputs the input values when they are identical.",
"Display Segment, Gets lighted up when receiving an input signal.",
"Flood-Gate, Sends the datastream from the data input through{ when a signal input is received from the signal input.",
"Border, End of a level.",
"Border, End of a level.",
"Level Connection, Sends and receives signals from/to a level.",
"TriSplit, Sends an incomming signal to three outputs.",
"",
"",
"",
"",
"",
};
for (int f = 3; f < 26; f++)
{
Console.SetCursorPosition(screen_size, f);
Console.Write(new String(' ', Console.BufferWidth - screen_size));
}
int id = 0;
Console.SetCursorPosition(screen_size, 3);
if (!doesntExist)
{
id = Playground.world[Playground.LoadedLayer][Playground.selectedX][Playground.selectedY];
}
else
{
if (idToShow == -1)
{
id = Playground.selectedO;
}
else
{
id = idToShow;
}
}
if (id > 3)
{
int id2 = id / 4 - 1;
Console.Write(objectinfos[id2].Split(',')[0]);
string type = "Signal";
string tmp2 = Playground.gates[id];
if (objectinfos[id2] != "")
{
if (tmp2.Split(',')[1] == "" || tmp2.Split(',')[1] == "=")
{
type = "None";
}
if (Playground.dataModules.Contains(id))
{
type = "Data";
}
foreach (string tmp in Playground.noDataSides)
{
if (tmp.Substring(0, id.ToString().Length) == id.ToString())
{
type = "Mixed";
}
}
Console.SetCursorPosition(screen_size, 5);
Console.Write("Type: " + type);
display(id, screen_size, 7, true);
Console.SetCursorPosition(screen_size, 13);
Console.Write("Inputs:");
Console.SetCursorPosition(screen_size, 14);
string[] oren = tmp2.Split(',')[1].Split('=')[0].Split(' ');
if (oren.Length == 3)
{
if (oren[2] != "A")
{
Console.Write(oren[2] + ":" + Playground.signals[Playground.LoadedLayer][Playground.selectedX][Playground.selectedY][Playground.sides[oren[2]]]);
}
if (oren[0] != "A")
{
Console.SetCursorPosition(screen_size, 15);
Console.Write(oren[0] + ":" + Playground.signals[Playground.LoadedLayer][Playground.selectedX][Playground.selectedY][Playground.sides[oren[0]]]);
}
}
else
{
if (oren[0] != "")
{
try
{
Console.Write(oren[0] + ":" + Playground.signals[Playground.LoadedLayer][Playground.selectedX][Playground.selectedY][Playground.sides[oren[0]]]);
}
catch (System.Collections.Generic.KeyNotFoundException) { }
}
else
{
Console.Write(oren[0] + ": No Signal ");
}
}
Console.SetCursorPosition(screen_size, 17);
Console.Write("Outputs:");
Console.SetCursorPosition(screen_size, 18);
if (tmp2.Split('=').Length == 2)
{
string[] outputs = tmp2.Split('=')[1].Split('+');
int number = 18;
foreach (string tmp3 in outputs)
{
if (tmp3.Substring(0, 1) != "A")
{
number++;
Console.Write(tmp3 + ":" + Playground.signals[Playground.LoadedLayer][Playground.selectedX][Playground.selectedY][Playground.sides[tmp3]]);
Console.SetCursorPosition(screen_size, number);
}
}
}
int row = 24;
if (objectinfos[id2].Split(',').Length == 2)
{
foreach (string txt in objectinfos[id2].Split(',')[1].Split('{'))
{
row++;
Console.SetCursorPosition(screen_size, row);
Console.Write(txt);
}
}
}
}
}
}
}
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