Basler Camera Instrukcja Użytkownika Strona 222
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Features AW00098504000
212 Basler ace Camera Link
10.11.1 Test Image Descriptions
Test Image 1 - Fixed Diagonal Gray Gradient (8 bit)
The 8 bit fixed diagonal gray gradient test image is best suited for use when the camera is set for
monochrome 8 bit output. The test image consists of fixed diagonal gray gradients ranging from 0
to 255.
If the camera is set for 8 bit output and is operating at full resolution, test image one will look similar
to Figure 61.
The mathematical expression for this test image:
Gray Value = [column number + row number] MOD 256
Test Image 2 - Moving Diagonal Gray Gradient (8 bit)
The 8 bit moving diagonal gray gradient test image is similar to test image 1, but it is not stationary.
The image moves by one pixel from right to left whenever a new image acquisition is initiated. The
test pattern uses a counter that increments by one for each new image acquisition.
The mathematical expression for this test image is:
Gray Value = [column number + row number + counter] MOD 256
Fig. 61: Test Image One
- Basler ace 1
- Table of Contents 5
- Basler ace Camera Link iii 7
- Basler ace Camera Link v 9
- 1.1 Models 11
- 1.2 General Specifications 12
- 1.3 Spectral Response 14
- Basler ace Camera Link 5 15
- Wave Length (nm) 15
- Quantum Efficiency 15
- 1.3.2 Color Cameras 16
- 1.4 Mechanical Specifications 17
- (color cameras only) 18
- 1.5.1 LZ4 Licensing 19
- 10 Basler ace Camera Link 20
- 1.7.2 Heat Dissipation 21
- 1.8 Precautions 22
- Basler ace Camera Link 13 23
- Warranty Precautions 24
- Read the manual 25
- 16 Basler ace Camera Link 26
- 2 Installation 27
- Installation AW00098504000 28
- 18 Basler ace Camera Link 28
- Changing Camera Parameters 29
- 3.1.1 The pylon Viewer 30
- 3.1.2 The pylon API 30
- Basler ace Camera Link 21 31
- 22 Basler ace Camera Link 32
- 4 Camera Functional 33
- Description 33
- 5 Physical Interface 35
- 5.2.1 4-Pin Receptacle 36
- 5.2.2 26-Pin SDR Connectors 37
- 5.3 Camera Connector Types 39
- 5.4 Cabling Requirements 40
- 5.4.3 PLC Power and I/O Cable 41
- 5.5 Camera Power 42
- Basler ace Camera Link 33 43
- 5.6 LED Indicator 44
- 5.7.1 Introduction 45
- 5.7.2 Operation as an Input 45
- Basler ace Camera Link 37 47
- 38 Basler ace Camera Link 48
- 5.7.2.3 Response Time 49
- Camera Function 50
- 5.7.4 Operation as an Output 51
- 42 Basler ace Camera Link 52
- Basler ace Camera Link 43 53
- 5.7.4.3 Response Time 54
- Basler ace Camera Link 45 55
- 5.8.1 Inputs 56
- 5.8.2 Outputs 56
- Basler ace Camera Link 47 57
- 48 Basler ace Camera Link 58
- 6 I/O Control 59
- 6.1.4 Input Line Debouncer 61
- 6.2 Output Lines 64
- AW00098504000 I/O Control 65
- Basler ace Camera Link 55 65
- I/O Control AW00098504000 68
- 58 Basler ace Camera Link 68
- (from FPGA) 69
- 62 Basler ace Camera Link 72
- 6.4 Checking the Line Logic 73
- 64 Basler ace Camera Link 74
- 7 Image Acquisition Control 75
- 66 Basler ace Camera Link 76
- Basler ace Camera Link 67 77
- 68 Basler ace Camera Link 78
- Basler ace Camera Link 69 79
- 70 Basler ace Camera Link 80
- 7.2.2 Acquisition Frame Count 81
- Related Parameters 81
- 7.2.4.1 Introduction 83
- 74 Basler ace Camera Link 84
- 7.2.5.1 Introduction 85
- Basler ace Camera Link 77 87
- 7.3 The Frame Start Trigger 88
- Basler ace Camera Link 79 89
- 80 Basler ace Camera Link 90
- 82 Basler ace Camera Link 92
- 7.3.2.1 Introduction 93
- Basler ace Camera Link 85 95
- 7.3.3.1 Introduction 96
- 7.3.3.2 Exposure Modes 97
- (duration determined by the 98
- Trigger Width Exposure Mode 99
- 90 Basler ace Camera Link 100
- Basler ace Camera Link 93 103
- 7.4 Setting the Exposure Time 104
- Basler ace Camera Link 95 105
- Readout 106
- Basler ace Camera Link 97 107
- 98 Basler ace Camera Link 108
- 100 Basler ace Camera Link 110
- 7.6.2 Trigger Wait Signals 111
- 102 Basler ace Camera Link 112
- Line Using Basler Pylon 113
- Overview 114
- Basler ace Camera Link 105 115
- 106 Basler ace Camera Link 116
- Using Basler Pylon 117
- Using Direct Register Access 118
- 7.6.3 Exposure Active Signal 119
- Basler ace Camera Link 111 121
- 7.6.4 Frame Cycle Signal 122
- Basler Pylon 123
- Direct Register Access 123
- 114 Basler ace Camera Link 124
- 7.7 Acquisition Timing Chart 125
- 116 Basler ace Camera Link 126
- 7.8 Maximum Allowed Frame 127
- Acquisition Rate 127
- 118 Basler ace Camera Link 128
- Basler ace Camera Link 119 129
- 120 Basler ace Camera Link 130
- Basler ace Camera Link 121 131
- 122 Basler ace Camera Link 132
- Basler ace Camera Link 123 133
- 124 Basler ace Camera Link 134
- Basler ace Camera Link 125 135
- 126 Basler ace Camera Link 136
- Basler ace Camera Link 127 137
- 128 Basler ace Camera Link 138
- 8 Color Creation and 139
- Enhancement 139
- Bayer Formats 140
- 8.2 Integrated IR Cut Filter 141
- 8.3.1 White Balance 142
- 8.3.2 Gamma Correction 143
- Basler ace Camera Link 135 145
- 136 Basler ace Camera Link 146
- 138 Basler ace Camera Link 148
- 140 Basler ace Camera Link 150
- 9 Sensor Bit Depth, Pixel 151
- Formats, Tap Geometries, and 151
- Clock Speeds 151
- 9.1 Sensor Bit Depth 152
- 9.2 Pixel Formats 153
- 9.3 Camera Link Tap Geometry 156
- = geometry available) 157
- 148 Basler ace Camera Link 158
- Fig. 41: 1X2-1Y Tap Geometry 158
- Step X = 8 162
- Basler ace Camera Link 153 163
- Fig. 46: 1X10-1Y Tap Geometry 163
- 156 Basler ace Camera Link 166
- 10 Features 167
- Features AW00098504000 168
- 158 Basler ace Camera Link 168
- // Set the gain 168
- 10.2 Black Level 169
- a width, an offset Y 170
- 10.3.1 Setting the Image AOI 171
- AW00098504000 Features 173
- Basler ace Camera Link 163 173
- 10.4 Stacked Zone Imaging 174
- Basler ace Camera Link 165 175
- Offset X 175
- Fig. 49: Stacked Zone Imaging 175
- 166 Basler ace Camera Link 176
- Guidelines 177
- API to set up two zones 178
- Basler ace Camera Link 169 179
- 10.5 Sequencer 180
- Sequencer Feature Operation 181
- 172 Basler ace Camera Link 182
- Basler ace Camera Link 173 183
- 10.6 Binning 186
- Increased Response to Light 188
- Reduced Resolution 188
- Possible Image Distortion 188
- 10.7 Mirror Imaging 189
- 10.7.2 Reverse Y 191
- 10.8 Luminance Lookup Table 194
- 188 Basler ace Camera Link 198
- 10.9 Auto Functions 199
- 190 Basler ace Camera Link 200
- 10.9.2 Auto Function AOIs 201
- Basler ace Camera Link 193 203
- 194 Basler ace Camera Link 204
- 196 Basler ace Camera Link 206
- 10.9.3 Using an Auto Function 208
- 10.9.4 Gain Auto 209
- SetValue( 0 ); 210
- Basler ace Camera Link 201 211
- 10.9.5 Exposure Auto 212
- 204 Basler ace Camera Link 214
- 10.9.6 Auto Function Profile 215
- 10.9.7 Balance White Auto 216
- Basler ace Camera Link 207 217
- 10.10 Error Detection 218
- 10.10.2 Error Codes 219
- 210 Basler ace Camera Link 220
- 10.11 Test Images 221
- 212 Basler ace Camera Link 222
- Fig. 61: Test Image One 222
- Basler ace Camera Link 213 223
- 10.13 User Defined Values 226
- 10.14 Configuration Sets 227
- User Sets 228
- Designating a Startup Set 228
- Default Set 229
- 10.14.2 Saving User Sets 230
- 222 Basler ace Camera Link 232
- 224 Basler ace Camera Link 234
- 11 Technical Support 235
- Technical Support 236
- Revision History 239
- 230 Basler ace Camera Link 240
- AW00095804000 Index 241
- Basler ace Camera Link 231 241
- Index AW00095804000 242
- 232 Basler ace Camera Link 242
- Basler ace Camera Link 233 243
- 234 Basler ace Camera Link 244
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