-
-
Notifications
You must be signed in to change notification settings - Fork 4
/
displayconf-example.js
184 lines (158 loc) · 7.08 KB
/
displayconf-example.js
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
import OffsetMapper from "./ledder/server/drivers/OffsetMapper.js"
//import {DisplayQOISudp} from "./ledder/server/drivers/DisplayQOISudp.js"
//import {DisplayRPI} from "./ledder/server/drivers/DisplayRPI.js"
//import {DisplayWLED} from "./ledder/server/drivers/DisplayWLED.js"
export let displayList = []
/////////// single 8x32 matrix zigzag display
// (channel0) --> (8x32 display)
// let matrixzigzag8x32 = new OffsetMapper(32, 8, false)
// matrixzigzag8x32.zigZagY()
// matrixzigzag8x32.flipY()
// displayList.push(new DisplayQOISudp(matrixzigzag8x32, ["192.168.13.184"], 65000,0))
/////////// two 8x32 displays on two channels, stacked in length
// (channel0) --> (8x32 left display)
// (channel1) --> (8x32 right display)
// let matrixzigzag = new OffsetMapper(32, 8, false)
// matrixzigzag.zigZagY()
// matrixzigzag.flipY()
// let stackedMatrix=new OffsetMapper(64,8, false)
// stackedMatrix.addGrid(matrixzigzag, 0,0,0)
// stackedMatrix.addGrid(matrixzigzag, 1,0,1)
// displayList.push(new DisplayQOISudp(stackedMatrix, ["192.168.13.137"], 65000,256))
/////////// two 8x32 displays on two channels, stacked in height
// (channel0) --> (8x32 top display)
// (channel1) --> (8x32 bottom display)
// let matrixzigzag = new OffsetMapper(32, 8, false)
// matrixzigzag.zigZagY()
// matrixzigzag.flipY()
// let stackedMatrix=new OffsetMapper(32,16, false)
// stackedMatrix.addGrid(matrixzigzag, 0,0,0)
// stackedMatrix.addGrid(matrixzigzag, 0,1,1)
// displayList.push(new DisplayQOISudp(stackedMatrix, ["192.168.13.137"], 65000,256))
/////////// two 8x32 displays on one channel, stacked in length
// (channel0) --> (8x32 left display) --> (8x32 right display)
// let matrixzigzag = new OffsetMapper(32, 8, false)
// matrixzigzag.zigZagY()
// matrixzigzag.flipY()
// let stackedMatrix=new OffsetMapper(64,8, false)
// stackedMatrix.addGrid(matrixzigzag, 0,0,0)
// stackedMatrix.addGrid(matrixzigzag, 1,0,1)
// displayList.push(new DisplayQOISudp(stackedMatrix, ["192.168.13.137"], 65000,512))
/////////// two 8x32 displays on one channel, stacked in height
// (channel0) --> (8x32 top display) --> (8x32 bottom display)
// let matrixzigzag = new OffsetMapper(32, 8, false)
// matrixzigzag.zigZagY()
// matrixzigzag.flipY()
// let stackedMatrix=new OffsetMapper(32,16, false)
// stackedMatrix.addGrid(matrixzigzag, 0,0,0)
// stackedMatrix.addGrid(matrixzigzag, 0,1,1)
// displayList.push(new DisplayQOISudp(stackedMatrix, ["192.168.13.137"], 65000,512))
/////////// four 8x32 displays on two channels
// (channel0) --> (8x32 top left display) --> (8x32 top right display)
// (channel1) --> (8x32 bottom left display) --> (8x32 bottom right display)
// let matrixzigzag = new OffsetMapper(32, 8, false)
// matrixzigzag.zigZagY()
// matrixzigzag.flipY()
// let stackedMatrix=new OffsetMapper(64,16, false)
// stackedMatrix.addGrid(matrixzigzag, 0,0,0)
// stackedMatrix.addGrid(matrixzigzag, 1,0,1)
// stackedMatrix.addGrid(matrixzigzag, 0,1,2)
// stackedMatrix.addGrid(matrixzigzag, 1,1,3)
// displayList.push(new DisplayQOISudp(stackedMatrix, ["192.168.13.142"], 65000,512))
/////////// use the maximum config: eight channels with 2 displays per channel.
// let matrixzigzag = new OffsetMapper(32, 8, false)
// matrixzigzag.zigZagY()
// matrixzigzag.flipY()
// let stackedMatrix=new OffsetMapper(32*2,8*8, false)
// stackedMatrix.addGrid(matrixzigzag, 0,0,0)
// stackedMatrix.addGrid(matrixzigzag, 1,0,1)
//
// stackedMatrix.addGrid(matrixzigzag, 0,1,2)
// stackedMatrix.addGrid(matrixzigzag, 1,1,3)
//
// stackedMatrix.addGrid(matrixzigzag, 0,2,4)
// stackedMatrix.addGrid(matrixzigzag, 1,2,5)
//
// stackedMatrix.addGrid(matrixzigzag, 0,3,6)
// stackedMatrix.addGrid(matrixzigzag, 1,3,7)
//
// stackedMatrix.addGrid(matrixzigzag, 0,4,8)
// stackedMatrix.addGrid(matrixzigzag, 1,4,9)
//
// stackedMatrix.addGrid(matrixzigzag, 0,5,10)
// stackedMatrix.addGrid(matrixzigzag, 1,5,11)
//
// stackedMatrix.addGrid(matrixzigzag, 0,6,12)
// stackedMatrix.addGrid(matrixzigzag, 1,6,13)
//
// stackedMatrix.addGrid(matrixzigzag, 0,7,14)
// stackedMatrix.addGrid(matrixzigzag, 1,7,15)
//
//
// displayList.push(new DisplayQOISudp(stackedMatrix, ["192.168.13.137"], 65000,512))
/////////// normal landscape 75 x 8, left zigzagged ledstream:
// let mapper = new OffsetMapper(75, 8, true)
// mapper.zigZagX()
// mapper.flipY()
// displayList.push(
// // new DisplayLedstream( 2, 75, 8, ["esp32-240ac4973068.local"], 65000, mapper), //smokeplastic board
// // new DisplayLedstream( 2, 75, 8, ["10.0.0.160"], 65000, mapper), //painted board
// new DisplayQOISudp( mapper, ["10.10.10.12"], 65000), //painted board
// )
//
/////////// display pascal HSD
// let pascal = new OffsetMapper(18*4, 18, false)
// pascal.zigZagY()
// displayList.push( new DisplayQOISudp( pascal,["10.0.0.183"], 65000))
// /////////// vertical landscape mode 75 x 8, left zigzagged ledstream.
// //For ledder the display now has width 8 and height 75.
// new MulticastSync('239.137.111.1', 65001, 1000)
// let mapper = new OffsetMapper(8, 75, false)
// mapper.zigZagY()
// displayList=[
// new DisplayLedstream( 2, 8, 75, ["esp32-f008d161492c.local"], 65000, mapper), //painted board
// ]
//Raspberry PI with 10 portrait 8x32 displays next to eachother.
// Each channel has one display.
// This uses https://github.com/psy0rz/rpi-ws281x-smi
// To figure our the displayNr order, use Tests/TestGrid/alu10x
// let matrixZigZag = new OffsetMapper(8, 32, true)
// matrixZigZag.zigZagX()
// matrixZigZag.flipX()
// matrixZigZag.flipY()
//
// let stackedMatrix = new OffsetMapper(8*10, 32, true)
// stackedMatrix.addGrid(matrixZigZag, 0,0, 6)
// stackedMatrix.addGrid(matrixZigZag, 1,0, 4)
// stackedMatrix.addGrid(matrixZigZag, 2,0, 2)
// stackedMatrix.addGrid(matrixZigZag, 3,0, 3)
// stackedMatrix.addGrid(matrixZigZag, 4,0, 0)
// stackedMatrix.addGrid(matrixZigZag, 5,0, 8)
// stackedMatrix.addGrid(matrixZigZag, 6,0, 1)
// stackedMatrix.addGrid(matrixZigZag, 7,0, 9)
// stackedMatrix.addGrid(matrixZigZag, 8,0, 7)
// stackedMatrix.addGrid(matrixZigZag, 9,0, 5)
// displayList.push(new DisplayRPI(stackedMatrix, 8*32)) //1 display per channel (8*32)
//Raspberry PI with 8 ledstrings on volleyball net.
//let mapper = new OffsetMapper(66, 8, true, [1,2,3,6,5,7,4,0])
//mapper.flipY()
//displayList.push(new DisplayRPI(mapper,66,1))
//Raspberry PI with 5 displays next to eachother in a loop, the displays are zigzag displays of 8x32 pixels
// (standard ali express stuff)
// let mapper = new OffsetMapper(32*5, 8, false)
// mapper.zigZagY()
// mapper.flipY()
//displayList.push(new DisplayRPI(mapper, 32*8))
/////////// WLED https://github.com/Aircoookie/WLED/wiki/UDP-Realtime-Control via DRGB
// displayList.push(new DisplayWLED(37,8, false, false, '10.0.0.209'))
//Offline static rendering
//Display downloads animation one time and stores it in flash and loops it forever)
// let matrixzigzag8x32 = new OffsetMapper(32, 8, false)
// matrixzigzag8x32.zigZagY()
// matrixzigzag8x32.flipY()
// let staticDisplay=new DisplayQOISstream(matrixzigzag8x32, 256)
// export let staticDisplayList=[ staticDisplay]
//default animation and preset
export let animation = "Tests/TestMatrix/default"
export let brightness = 255
export let gamma = 2.8