View Personality

GLP Impression White-Amber (GLPIMWA1.R20)

; 'GLP Impression White-Amber 10 DMX, 16bit', 10 DMX Channels, filename: GLPIMWA1.R20 ; ; Date By Description ; 19-06-08 Pers Creator Created - Exported from Diamond 4 file. ; 19-06-08 Jonathan Moreton Checked ; 07-03-13 Peter Budd Updated PT Speed locate value to 100% ; ;---------------------------------------------------------------------------- ; The device name, upto 11 characters, no spaces are allowed DEVICE GLPIMWA1 mode=10 DMX, 16bit 10 DMX Channels NAME "GLP" "Impression White-Amber Normal" ; ;---------------------------------------------------------------------------- ; The Type of instrument, 1 & M must required for backward compatibility ; The middle number denotes the number of DMX channels used TYPE 1 10 M ; ;---------------------------------------------------------------------------- ; Mirror/Head resolution MIRROR 2 660 300 ; | | | ; | | |_______ maximum tilt movement (in degrees) ; | |____________ maximum pan movement (in degrees) ; |_________________ 1 means moving mirror, 2 means moving head ; ;---------------------------------------------------------------------------- ; Patching Information. (Upto 10 lines allowed) ; Upto 10 lines of 159 chars are allowed including formulae ; Variables used d=dmx number(1..512), h=handle(1..60), n=devicename (11-char) ; Allowed modifiers ; +,-,*,/,(,) basic arithmatic ; % means remainder after divide ; & means logical AND ; | means logical OR ; R means reverse the bits of the current result (operates on a byte) ; ^ means logical Exclusive OR (operates on a byte) ; > means shift to the right ; < shift to the left ; r followed by number means get the value of that parameter ; d DMX address ; n Fixture name, a 0 terminated character string ; h The handle number DEVICEADDRESS "Handle %2d"h "Fixture %11s"n "DMX %03d"d "" "" "Set to 10 DMX, 16bit" "" "" DAEND ; ;---------------------------------------------------------------------------- ; Specify DMX limits ; ; minimum allowed dmx number MINDMX=1 ; ; maximum allowed dmx number MAXDMX=502 ; ; DMX number must be divisible by this DIVBY=1 ; ;---------------------------------------------------------------------------- ; DMX channel description ; ; Column by column description of each DMX channel ; 1. The channels bank number (1..12) ; 2. The upper faders in the bank (1) or the lower faders in the bank (61) ; 3. Channel type (L=LTP, H=HTP, I=Instant LTP, S=16-bit instant LTP, ; s=16-bit Fadeable LTP ; 4. DMX offset (1..number of DMX channels) ; 5. The output level is proportionally recdced by this level (0..100%) ; 6. The curve number (applicable only to HTP channels), usually set to 1 ; 7. Inverted (I) or Normal (N) ; 8. Attribute type (A=Color Wheel1, B=Cyan, C=Magenta, D=Yellow, ; E=Pan, F=Tilt, G=Iris, H=Dimmer, I=Gobo1, J=Gobo2, K=Gobo1_Rotate, ; L=Focus, M=Gobo2_Rotate, N=Color Wheel2, O=Shutter, P=Prism, Q=Zoom, ; R=Effect_Rotate, S=Frost, T=Red, U=Green, V=Blue, 0=uncategorised) ; 9. Checksum channel (Always 1) ;10. Attribute name, must be enclosed in quotes and upto 12 characters allowed ;11. The ON value of this channel (0..255) ;12. The Highlight level of this channel ;13. The Lowlight level of this channel ; DMX 1 1 H 8 100 1N H 1 "Dimmer" 255 0 0 2 61 L 7 100 1N O 1 "Shutter" 240 0 0 3 61 s 1 100 1N E 1 "Pan" 128 0 0 0 0 L 2 100 1N E 1 "Pan Low" 128 0 0 3 1 s 3 100 1N F 1 "Tilt" 128 0 0 0 0 L 4 100 1N F 1 "Tilt Low" 128 0 0 10 1 L 5 100 1N 0 1 "White" 255 255 0 10 61 L 6 100 1N 0 1 "Amber" 255 0 255 8 61 L 9 100 1N 0 1 "Movement" 0 0 0 8 1 L 10 100 1N 0 1 "P/T Speed" 255 0 0 END ; ;---------------------------------------------------------------------------- TEXT GLP Impression White-Amber, Normal Mode (10 DMX, 16bit) INPUT fixture DMX No. Press a Fixture Select or Swop button to make the patch. END ATTR Function Obsolete END ;---------------------------------------------------------------------------- ; Preset Palette Tables PFTABLE "Pan/Tilt" -1 1 3 "Middle" 21 80 80 "Left" 22 4F 80 "Right" 23 B0 80 "Top" 24 80 4F "Bottom" 25 80 B0 "TLeft" 26 4F 4F "TRight" 27 B0 B0 "BLeft" 28 4F B0 "BRight" 29 B0 4F PFEND ;---------------------------------------------------------------------------- ; Macros MACRO "Reset" 1 7 "data" 0 FA "delay" 1 32 "data" 0 F4 "delay" 1 A MEND ;---------------------------------------------------------------------------- ; Range Tables ; Column by column description... ; 1. Low DMX value (inclusive) ; 2. High DMX value (inclusive) ; 3. Displayed text (max 11 chars) ; Variables used a=low val, b=high val, c=DMX val RANGE 8 ;Dimmer 0 255 "%3d.%02d%%"(c-a)*100/(b-a),100*((c-a)*100%(b-a))/(b-a) REND RANGE 7 ;Shutter 0 15 "Closed" 16 47 "Rnd Pu %3d%%"(c-a)*100/(b-a) 48 79 "Cl Pls %3d%%"(c-a)*100/(b-a) 80 111 "Op Pls %3d%%"(c-a)*100/(b-a) 112 143 "Strobe %3d%%"(c-a)*100/(b-a) 144 239 "Str %2d.%d Hz"(c-a)*10/(b-a),10*((c-a)*10%(b-a))/(b-a) 240 249 "Open" 250 250 "Reset" 251 255 "Open" REND RANGE 1 ;Pan 0 255 "%3d.%02d%%"(c-a)*100/(b-a),100*((c-a)*100%(b-a))/(b-a) REND RANGE 3 ;Tilt 0 255 "%3d.%02d%%"(c-a)*100/(b-a),100*((c-a)*100%(b-a))/(b-a) REND RANGE 5 ;White 0 255 "%3d.%02d%%"(c-a)*100/(b-a),100*((c-a)*100%(b-a))/(b-a) REND RANGE 6 ;Amber 0 255 "%3d.%02d%%"(c-a)*100/(b-a),100*((c-a)*100%(b-a))/(b-a) REND RANGE 9 ;Movement 0 0 "No Movement" 1 1 "Pan1, 0°" 2 3 "Pan1, 90°" 4 5 "Pan1, 180°" 6 7 "Pan1, 270°" 8 9 "Pan2, 0°" 10 11 "Pan2, 90°" 12 13 "Pan2, 180°" 14 15 "Pan2, 270°" 16 17 "Pan3, 0°" 18 19 "Pan3, 90°" 20 21 "Pan3, 180°" 22 23 "Pan3, 270°" 24 25 "Pan4, 0°" 26 27 "Pan4, 90°" 28 29 "Pan4, 180°" 30 31 "Pan4, 270°" 32 33 "Tilt1, 0°" 34 35 "Tilt1, 90°" 36 37 "Tilt1, 180°" 38 39 "Tilt1, 270°" 40 41 "Tilt2, 0°" 42 43 "Tilt2, 90°" 44 45 "Tilt2, 180°" 46 47 "Tilt2, 270°" 48 49 "Tilt3, 0°" 50 51 "Tilt3, 90°" 52 53 "Tilt3, 180°" 54 55 "Tilt3, 270°" 56 57 "Tilt4, 0°" 58 59 "Tilt4, 90°" 60 61 "Tilt4, 180°" 62 63 "Tilt4, 270°" 64 65 "P/T1, 0°" 66 67 "P/T1, 90°" 68 69 "P/T1, 180°" 70 71 "P/T1, 270°" 72 73 "P/T2, 0°" 74 75 "P/T2, 90°" 76 77 "P/T2, 180°" 78 79 "P/T2, 270°" 80 81 "P/T3, 0°" 82 83 "P/T3, 90°" 84 85 "P/T3, 180°" 86 87 "P/T3, 270°" 88 89 "P/T4, 0°" 90 91 "P/T4, 90°" 92 93 "P/T4, 180°" 94 95 "P/T4, 270°" 96 97 "P/T I1 0°" 98 99 "P/T I1 90°" 100 101 "P/T I1 180°" 102 103 "P/T I1 270°" 104 105 "P/T I2 0°" 106 107 "P/T I2 90°" 108 109 "P/T I2 180°" 110 111 "P/T I2 270°" 112 113 "P/T I3 0°" 114 115 "P/T I3 90°" 116 117 "P/T I3 180°" 118 119 "P/T I3 270°" 120 121 "P/T I4 0°" 122 123 "P/T I4 90°" 124 125 "P/T I4 180°" 126 127 "P/T I4 270°" 128 129 "Crcl 1 0°" 130 131 "Crcl 1 90°" 132 133 "Crcl 1 180°" 134 135 "Crcl 1 270°" 136 137 "Crcl 2 0°" 138 139 "Crcl 2 90°" 140 141 "Crcl 2 180°" 142 143 "Crcl 2 270°" 144 145 "Crcl 3 0°" 146 147 "Crcl 3 90°" 148 149 "Crcl 3 180°" 150 151 "Crcl 3 270°" 152 153 "Crcl 4 0°" 154 155 "Crcl 4 90°" 156 157 "Crcl 4 180°" 158 159 "Crcl 4 270°" 160 161 "CrclI1 0°" 162 163 "CrclI1 90°" 164 165 "CrclI1 180°" 166 167 "CrclI1 270°" 168 169 "CrclI2 0°" 170 171 "CrclI2 90°" 172 173 "CrclI2 180°" 174 175 "CrclI2 270°" 176 177 "CrclI3 0°" 178 179 "CrclI3 90°" 180 181 "CrclI3 180°" 182 183 "CrclI3 270°" 184 185 "CrclI4 0°" 186 187 "CrclI4 90°" 188 189 "CrclI4 180°" 190 191 "CrclI4 270°" 192 193 "Eight1 0°" 194 195 "Eight1 90°" 196 197 "Eight1 180°" 198 199 "Eight1 270°" 200 201 "Eight2 0°" 202 203 "Eight2 90°" 204 205 "Eight2 180°" 206 207 "Eight2 270°" 208 209 "Eight3 0°" 210 211 "Eight3 90°" 212 213 "Eight3 180°" 214 215 "Eight3 270°" 216 217 "Eight4 0°" 218 219 "Eight4 90°" 220 221 "Eight4 180°" 222 223 "Eight4 270°" 224 225 "Rnd 1, 0°" 226 227 "Rnd 1, 90°" 228 229 "Rnd 1, 180°" 230 231 "Rnd 1, 270°" 232 233 "Rnd 2, 0°" 234 235 "Rnd 2, 90°" 236 237 "Rnd 2, 180°" 238 239 "Rnd 2, 270°" 240 241 "Rnd 3, 0°" 242 243 "Rnd 3, 90°" 244 245 "Rnd 3, 180°" 246 247 "Rnd 3, 270°" 248 249 "Rnd 4, 0°" 250 251 "Rnd 4, 90°" 252 253 "Rnd 4, 180°" 254 255 "Rnd 4, 270°" REND RANGE 10 ;P/T Speed 0 15 "Tracking" 16 255 "%3d.%d%%"(c-a)*100/(b-a),10*((c-a)*100%(b-a))/(b-a) REND