EVSCap Version
Setup
View
Measuring type
Help
Capture device select
Video source setup
Image format
Hardware setup
Scaling
Save image as black-white
Noth filter disabled
Accumulation setup
Save configuration
Load configuration
X graph
Y graph
Zoom
Zoom signal measuring
Zoom X graph
Zoom Y graph
Signal ripple
Depth of modulation
Measuring results
Automatic measuring
Stop kadr mode
Image capture mode
Overlay mode
Stop kadr
Load image file
Save image file
Printer setup
Print
Accumulation mode
Accumulate image stop kadr
Cursor setup
Always on top
FlyVideo
Contrast 5 BT848 I2C70
Contrast 5 BT848 I2C40
Contrast 5 BT878 I2C40
Contrast 5 setup
Input select
ADC U ref. select
Video capture card select
Accumulation setup
Accumulation mode
Once
Cycling
Frame quantity
Accumulation result treatment
Average
Max normalize
Max and Min normalize
Calculate :
Summ > Summ1
Signal =( (Summ /
-( (Summ1 /
Accumulation result usage
Remember with current image visualisation
Remember with temp result visualisation
Remember with result visualisation
Save / Load Summ
Save summ to file
Load summ from file
Help
Face
Y signal
R signal
G signal
B signal
Max normalize
Reference
[3] Reference position
[4] Cursor position
[5] Reper - cursor distance
[6] Reper Y signal
[7] Cursor Y signal
Save line to file
Print image
Comment:
Graph R pen width
Graph G pen width
Graph B pen width
Graph Y pen width
Face visible
Reper and cursor visible
[8] Reference position
[9] Cursor position
[10] Reper - cursor distance
[11] Reper Y signal
[12] Cursor Y signal
Save column to file
Max difference in central column of zoom
Max difference in central line of zoom
Max difference in zoom
Divider for central column of zoom
Divider for central line of zoom
Divider for zoom
Depth of modulation in central column of zoom
Depth of modulation in central line of zoom
Depth of modulation in zoom
[55] Max difference in central column of zoom
[56] Max difference in central line of zoom
[57] Max difference in zoom
[58] Divider for central column of zoom
[59] Divider for central line of zoom
[60] Divider for zoom
[61] Depth of modulation in central column of zoom
[62] Depth of modulation in central line of zoom
[63] Depth of modulation in zoom
Remember divider
Max. difference in central column
Max. difference in central line
Max. difference
[52] Max. difference in central column
[53] Max. difference in central line
[54] Max. difference
Parameter
Value
Save result to file
[1] Date
[2] Time
TV cameras
Measuring program control
Program file select
Start
Stop
Input
Cam. number
Camera type
Card number
Card type
Lens
Time measuring
Noise
Average
Signal
NSR
Sample
Once
Remember
SNR = ( Rem.average - average ) / Noise
Space measuring
Ripple
Ripple = (Max-Min) / Rem.(Max-Min)
SNR = Rem. (Max - Min) / Noise
Level
Points > Level =
Points <= Level =
[15] R Noise
[16] G Noise
[17] B Noise
[18] Y Noise
[19] R average
[20] G average
[21] B average
[22] Y average
[23] R signal
[24] G signal
[25] B signal
[26] Y signal
[27] R SNR
[28] G SNR
[29] B SNR
[30] Y SNR
[31] Sample
Once accumulation mode select
Sample for once accumulation mode
Remember average
[32] R Noise for zoom space
[33] G Noise for zoom space
[34] B Noise for zoom space
[35] Y Noise for zoom space
[36] R average for zoom space
[37] G average for zoom space
[38] B average for zoom space
[39] Y average for zoom space
[40] R max difference for zoom space
[41] G max difference for zoom space
[42] B max difference for zoom space
[43] Y max difference for zoom space
[44] R ripple for zoom space
[45] G ripple for zoom space
[46] B ripple for zoom space
[47] Y ripple for zoom space
[48] R SNR for zoom space
[49] G SNR for zoom space
[50] B SNR for zoom space
[51] Y SNR for zoom space
Remember max difference for zoom space
Scale coefficient
for current input:
Scale coefficients for all inputs
Input
Position
[13] Cursor X position
[14] Cursor Y position
Load image file
Save color file
Save B/W file
Save Summ to file
Load Summ from file
Summ files (*.sum)|*.sum
Config. files (*.pdt)|*.pdt
Save config. file
Load config. file
Save Y signal from
Save R signal from
Save G signal from
Save B signal from
line
column
Add this result to file ?
Attention !
Every
frame
Defect points calculate 1
Central zone defenition
Levels
Level 1
Level 2
In central zone
Total
Points > Level 1 and <= Level 2:
Points > Level 2:
[64] Points > Level 1 and <= Level 2 in central zone
[65] Points > Level 2 in central zone
[66] Points > Level 1 and <= Level 2 total
[67] Points > Level 2 total
Use spatial
To center
Serial number verification
Aperture size
External sync. mode
Synchronization
Synchronization source
Advance pulse
Signal wrap
Use wrap
Kernel
Defect points calculate 2
Zone 0
Zone 1
Zone 2
[68] Defects 0 in zone 0
[69] Defects 1 in zone 0
[70] Defects 2 in zone 0
[71] Defects 0 in zone 1
[72] Defects 1 in zone 1
[73] Defects 2 in zone 1
[74] Defects 0 in zone 2
[75] Defects 1 in zone 2
[76] Defects 2 in zone 2
[77] Class
Class
Contrast 5 BT878 I2C70
Video shift setup
Noth filter
Save image setup
Color / Black-white save
JPEG compression
Use
JPEG quality:
Cycle save
Interval (sec.):
Directory:
Frame quantity:
Accumulation:
Save:
Speed
Accumulation type
Accumulation
Recursion
Serial port setup
Port select
Speed select
Port enable
Port disable
Supply unit setup
Addr. in 485 interface
Search
New addr.
Set
Control
Supply
Light
Default
Level 2
Level 1
Level 0
Use frame rate

