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Epson ColorWorks C7500 ESC/label Command Reference Guide - Page 132

ESC/Label Command Reference Guide, Rev. E,

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[Function]  Renders the black and white bitmap graphic to the field.  The rendered dots of the bitmap graphic are specified based on Parameter data. The size of the bitmap graphic is specified based on Parameter s. The horizontal width is specified based on Parameter w.  The data format for the bitmap graphic is as follows. (Example where w = 3 (3 × 8 = 24 [dot] width), s = 9) MSB LSB MSB LSB MSB LSB 1 byte 2 bytes 3 bytes 4 bytes 5 bytes 6 bytes 7 bytes 8 bytes 9 bytes H w  If the number of dots in the longitudinal direction of the bitmap graphic is H [dot], then s = H × w.  1 byte of data expresses 8 dots. Therefore, if the data is F0H, then these 8 dots are rendered as follows. 1 1 1 1 0 0 0 0  Graphic data is handled as follows.  If the data format is binary, you can use any binary data as Parameter data. At this time, the size of Parameter data must be matched to the size specified in Parameter t.  If the data format is a hexadecimal character string, one character from 1. to 3. below is used as Parameter data. At this time, the size of Parameter data written in binary must be matched to the size specified in Parameter t. 1. 0 to 9, A to F, and a to f in ASCII can be used as hexadecimal graphic data. 2. ASCII comma , the parameter separator character, is used to separate lines. If a comma is input, processing is carried out as if ASCII 0 was input for the remainder of the line. 3. G to Y and g to z in ASCII can be used as repetition characters. For example, if I9 is input, processing is carried out as if 999 were input. The following table indicates the number of repetitions. Character Specified Character Specified Character Specified Character Specified times times times times G 1 Q 11 h 40 r 240 H 2 R 12 i 60 s 260 I 3 S 13 j 80 t 280 J 4 T 14 k 100 u 300 K 5 U 15 l 120 v 320 L 6 V 16 m 140 w 340 M 7 W 7 n 160 x 360 N 8 X 18 o 180 y 380 O 9 Y 19 p 200 z 400 P 10 g 20 q 220 [Response] None [Reference] Related commands: None ESC/Label Command Reference Guide Rev. E Page 132

Section	Page
ESC/Label Command Reference Guide	1
Cautions	2
Trademarks	2
About this Document	3
TABLE OF CONTENTS	4
1. Commands Outline	8
1.1. Characteristics	8
1.2. Structure	9
1.3. Command Basic Specifications	10
1.3.1 Format Commands and Control Commands	10
1.3.2 Basic Data Format for the Command	10
1.3.3 Command Syntax	12
1.3.4 About Saving the Graphics and Label Formats in the Printer	12
1.4. Example of Command Use	13
1.4.1 Basic Label Printing	13
1.4.2 Color Label Printing	14
1.4.3 Serialized Printing	15
1.4.4 Saving a File for a Label Format	16
1.4.5 Printing Using the Label Format File	17
1.4.6 Getting Status	18
2. Primary Functions	19
2.1. Fonts	19
2.1.1 Font type	20
2.1.2 Special symbols	21
2.2. Media settings	21
2.2.1 Media coating type	21
2.2.2 Media form	22
2.2.3 Label edge detection	22
2.2.4 Media source	22
2.2.5 Media shape	22
2.3. Errors	23
2.4. Print area	24
2.4.1 Leading edge and direction definitions	25
2.4.2 Reference position definitions	26
2.4.3 Maximum printable area	27
2.4.4 Printable area and mount settings	28
2.4.5 Print area and margin settings	29
2.4.6 Print requests outside the print area	30
2.4.7 Print area settings using ZPL II commands	31
2.5. Getting and Setting Printer Information	32
2.5.1 Method for Setting Printer Information	33
2.5.2 Method for Getting Printer Information	34
2.6. Designating Color	36
2.7. Field color reversal	38
2.8. Printing Graphics	40
2.8.1 Registering a Graphic in a Printer and Printing It	40
2.8.2 Embedding a Graphic in the Field and Printing It	41
3. Detailed Command Specifications	42
^A	43
^A@	44
^B(Q	45
^B(R	48
^B(V	50
^B0 ^BO	51
^B2	53
^B3	54
^B7	55
^B8	57
^B9	58
^BA	60
^BC	63
^BD	68
^BE	70
^BF	71
^BK	73
^BQ	74
^BR	78
^BU	80
^BX	81
^BY	85
^C(D	86
^C(L	87
^C(S	88
^CC ~CC	89
^CD ~CD	90
^CF	91
^CI	92
^CM	94
^CT ~CT	95
^CV	96
^CW	97
~DE	98
^DF	99
~DG	100
~DN	102
~DU	103
~DY	104
^F(C	107
^FB	109
^FC	110
^FD	111
^FH	112
^FM	113
^FN	114
^FO	115
^FP	117
^FR	118
^FS	119
^FT	120
^FV	123
^FW	124
^FX	126
^GB	127
^GC	128
^GD	129
^GE	130
^GF	131
^GS	133
~H(C	134
^H(E	136
~H(I	137
~H(Q	139
~H(S	142
~H(Y	144
^HF	146
^HG	147
^HH	148
~HI	149
~HM	150
~HS	151
^HW	153
^HY	155
^ID	156
^IL	157
^IM	158
^IS	159
~J(C	160
~J(M	161
~JA	162
^JB	163
~JC	164
^JM	165
~JP	166
~JR	167
~JS	168
^JU	169
~JX	170
^JZ	171
^KL	172
^LH	173
^LR	174
^LS	175
^LT	176
^MC	177
^MF	178
^MM	179
^MN	180
^MP	181
^MU	182
^P(M	184
^PH	185
~PH	186
^PM	187
^PO	188
^PP	191
~PP	192
^PQ	193
~PS	194
~RO	195
^S(C	196
^SE	197
^SF	198
^SL	199
^SN	200
^SO	201
^ST	202
~TA	203
^TB	204
^TO	205
~W(P	206
~WC	207
^WD	208
^XA	209
^XB	210
^XF	211
^XG	212
^XZ	213
Appendix A: List of Printer Operation Modes	214
Appendix B: List of Printer Operation Statuses	227
Appendix C: List of Printer Information	232
REVISION SHEET (Summary)	233

Match case Limit results 1 per page

ESC/Label Command Reference Guide

Rev. E

Page 132

[Function]



Renders the black and white bitmap graphic to the field.



The rendered dots of the bitmap graphic are specified based on Parameter data.

The size of the

bitmap graphic is specified based on Parameter s.

The horizontal width is specified based on

Parameter w.



The data format for the bitmap graphic is as follows.

(Example where w = 3 (3 × 8 = 24 [dot]

width), s = 9)



If the number of dots in the longitudinal direction of the bitmap graphic is H [dot], then s = H ×



1 byte of data expresses 8 dots.

Therefore, if the data is F0H, then these 8 dots are rendered as

follows.



Graphic data is handled as follows.



If the data format is binary, you can use any binary data as Parameter data.

At this time, the

size of Parameter data must be matched to the size specified in Parameter t.



If the data format is a hexadecimal character string, one character from 1. to 3. below is used as

Parameter data.

At this time, the size of Parameter data written in binary must be matched to

the size specified in Parameter t.

1. 0 to 9, A to F, and a to f in ASCII can be used as hexadecimal graphic data.

2. ASCII comma <,>, the parameter separator character, is used to separate lines.

If a comma

is input, processing is carried out as if ASCII 0 was input for the remainder of the line.

3. G to Y and g to z in ASCII can be used as repetition characters.

For example, if I9 is input,

processing is carried out as if 999 were input.

The following table indicates the number of

repetitions.

Character

Specified

times

Character

Specified

times

Character

Specified

times

Character

Specified

times

240

260

280

100

300

120

320

140

340

160

360

180

380

200

400

220

[Response]

None

[Reference]

Related commands: None

MSB

LSB

MSB

LSB

MSB

LSB

1 byte

2 bytes

3 bytes

4 bytes

5 bytes

6 bytes

7 bytes

8 bytes

9 bytes