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}
Line {
SrcBlock "Gain3"
SrcPort 1
Points [25, 0; 0, -13]
DstBlock "Sum"
DstPort 4
}
Line {
SrcBlock "Gain2"
SrcPort 1
Points [20, 0; 0, 35]
DstBlock "Sum"
DstPort 3
}
Line {
SrcBlock "Gain1"
SrcPort 1
Points [50, 0]
DstBlock "Sum"
DstPort 2
}
Line {
SrcBlock "Gain"
SrcPort 1
Points [63, 0]
DstBlock "Sum"
DstPort 1
}
Line {
SrcBlock "Constant11"
SrcPort 1
DstBlock "Relational\nOperator12"
DstPort 2
}
Line {
SrcBlock "Constant10"
SrcPort 1
DstBlock "Relational\nOperator11"
DstPort 2
}
Line {
SrcBlock "Logical\nOperator5"
SrcPort 1
DstBlock "Data Type Conversion5"
DstPort 1
}
Line {
SrcBlock "Relational\nOperator12"
SrcPort 1
DstBlock "Logical\nOperator5"
DstPort 2
}
Line {
SrcBlock "Relational\nOperator11"
SrcPort 1
DstBlock "Logical\nOperator5"
DstPort 1
}
Line {
SrcBlock "Constant9"
SrcPort 1
DstBlock "Relational\nOperator9"
DstPort 2
}
Line {
SrcBlock "Constant8"
SrcPort 1
DstBlock "Relational\nOperator10"
DstPort 2
}
Line {
SrcBlock "Logical\nOperator4"
SrcPort 1
DstBlock "Data Type Conversion4"
DstPort 1
}
Line {
SrcBlock "Relational\nOperator9"
SrcPort 1
DstBlock "Logical\nOperator4"
DstPort 2
}
Line {
SrcBlock "Relational\nOperator10"
SrcPort 1
DstBlock "Logical\nOperator4"
DstPort 1
}
Line {
SrcBlock "Constant7"
SrcPort 1
DstBlock "Relational\nOperator7"
DstPort 2
}
Line {
SrcBlock "Constant6"
SrcPort 1
DstBlock "Relational\nOperator8"
DstPort 2
}
Line {
SrcBlock "Logical\nOperator3"
SrcPort 1
DstBlock "Data Type Conversion3"
DstPort 1
}
Line {
SrcBlock "Relational\nOperator7"
SrcPort 1
DstBlock "Logical\nOperator3"
DstPort 2
}
Line {
SrcBlock "Relational\nOperator8"
SrcPort 1
DstBlock "Logical\nOperator3"
DstPort 1
}
Line {
SrcBlock "Constant5"
SrcPort 1
DstBlock "Relational\nOperator5"
DstPort 2
}
Line {
SrcBlock "Constant4"
SrcPort 1
DstBlock "Relational\nOperator6"
DstPort 2
}
Line {
SrcBlock "Logical\nOperator2"
SrcPort 1
DstBlock "Data Type Conversion2"
DstPort 1
}
Line {
SrcBlock "Relational\nOperator5"
SrcPort 1
DstBlock "Logical\nOperator2"
DstPort 2
}
Line {
SrcBlock "Relational\nOperator6"
SrcPort 1
DstBlock "Logical\nOperator2"
DstPort 1
}
Line {
SrcBlock "Constant3"
SrcPort 1
DstBlock "Relational\nOperator3"
DstPort 2
}
Line {
SrcBlock "Constant2"
SrcPort 1
DstBlock "Relational\nOperator4"
DstPort 2
}
Line {
SrcBlock "Logical\nOperator1"
SrcPort 1
DstBlock "Data Type Conversion1"
DstPort 1
}
Line {
SrcBlock "Relational\nOperator3"
SrcPort 1
DstBlock "Logical\nOperator1"
DstPort 2
}
Line {
SrcBlock "Relational\nOperator4"
SrcPort 1
DstBlock "Logical\nOperator1"
DstPort 1
}
Line {
SrcBlock "Constant1"
SrcPort 1
DstBlock "Relational\nOperator1"
DstPort 2
}
Line {
SrcBlock "Constant"
SrcPort 1
DstBlock "Relational\nOperator2"
DstPort 2
}
Line {
SrcBlock "angle"
SrcPort 1
Points [20, 0; 0, 20]
Branch {
Points [0, 30]
Branch {
Points [0, 35]
Branch {
Points [0, 30]
Branch {
Points [0, 35]
Branch {
Points [0, 30]
Branch {
Points [0, 35]
Branch {
Points [0, 30]
Branch {
Points [0, 35]
Branch {
Points [0, 30]
Branch {
Points [0, 35]
Branch {
Points [0, 30]
DstBlock "Relational\nOperator12"
DstPort 1
}
Branch {
DstBlock "Relational\nOperator11"
DstPort 1
}
}
Branch {
DstBlock "Relational\nOperator9"
DstPort 1
}
}
Branch {
DstBlock "Relational\nOperator10"
DstPort 1
}
}
Branch {
DstBlock "Relational\nOperator7"
DstPort 1
}
}
Branch {
DstBlock "Relational\nOperator8"
DstPort 1
}
}
Branch {
DstBlock "Relational\nOperator5"
DstPort 1
}
}
Branch {
DstBlock "Relational\nOperator6"
DstPort 1
}
}
Branch {
DstBlock "Relational\nOperator3"
DstPort 1
}
}
Branch {
DstBlock "Relational\nOperator4"
DstPort 1
}
}
Branch {
DstBlock "Relational\nOperator1"
DstPort 1
}
}
Branch {
DstBlock "Relational\nOperator2"
DstPort 1
}
}
Line {
SrcBlock "Logical\nOperator"
SrcPort 1
DstBlock "Data Type Conversion"
DstPort 1
}
Line {
SrcBlock "Relational\nOperator1"
SrcPort 1
DstBlock "Logical\nOperator"
DstPort 2
}
Line {
SrcBlock "Relational\nOperator2"
SrcPort 1
DstBlock "Logical\nOperator"
DstPort 1
}
}
}
Block {
BlockType Outport
Name "sector"
Position [205, 43, 235, 57]
IconDisplay "Port number"
BusOutputAsStruct off
}
Line {
SrcBlock "a_b_vector_sector"
SrcPort 1
DstBlock "sector"
DstPort 1
}
Line {
SrcBlock "Flux_angle"
SrcPort 1
DstBlock "a_b_vector_sector"
DstPort 1
}
}
}
Block {
BlockType RateTransition
Name "Rate Transition"
Position [645, 64, 700, 106]
ShowName off
FontName "Arial"
FontSize 12
}
Block {
BlockType RateTransition
Name "Rate Transition3"
Position [650, 178, 695, 222]
ShowName off
FontName "Arial"
FontSize 12
}
Block {
BlockType SubSystem
Name "Switching control"
Ports [1, 1]
Position [525, 67, 620, 103]
FontName "Arial"
FontSize 12
MinAlgLoopOccurrences off
RTWSystemCode "Auto"
FunctionWithSeparateData off
MaskHideContents off
System {
Name "Switching control"
Location [470, 482, 929, 812]
Open off
ModelBrowserVisibility off
ModelBrowserWidth 200
ScreenColor "white"
PaperOrientation "landscape"
PaperPositionMode "auto"
PaperType "A4"
PaperUnits "centimeters"
TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000"
"00]"
TiledPageScale 1
ShowPageBoundaries off
ZoomFactor "100"
Block {
BlockType Inport
Name "Pulses"
Position [30, 158, 60, 172]
FontName "Arial"
FontSize 12
IconDisplay "Port number"
}
Block {
BlockType SubSystem
Name "Control 1-2"
Ports [2, 2]
Position [150, 33, 275, 97]
MinAlgLoopOccurrences off
RTWSystemCode "Auto"
FunctionWithSeparateData off
MaskHideContents off
System {
Name "Control 1-2"
Location [484, 270, 886, 497]
Open off
ModelBrowserVisibility off
ModelBrowserWidth 200
ScreenColor "white"
PaperOrientation "landscape"
PaperPositionMode "auto"
PaperType "A4"
PaperUnits "centimeters"
TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0."
"500000]"
TiledPageScale 1
ShowPageBoundaries off
ZoomFactor "100"
Block {
BlockType Inport
Name "S"
Position [30, 83, 60, 97]
IconDisplay "Port number"
}
Block {
BlockType Inport
Name "!S"
Position [30, 118, 60, 132]
Port "2"
IconDisplay "Port number"
}
Block {
BlockType DataTypeConversion
Name "Data Type Conversion2"
Position [165, 68, 190, 102]
ShowName off
OutDataTypeMode "boolean"
RndMeth "Floor"
SaturateOnIntegerOverflow off
}
Block {
BlockType DataTypeConversion
Name "Data Type Conversion8"
Position [165, 118, 190, 152]
ShowName off
OutDataTypeMode "boolean"
RndMeth "Floor"
SaturateOnIntegerOverflow off
}
Block {
BlockType Product
Name "Product2"
Ports [2, 1]
Position [110, 67, 140, 98]
ShowName off
CollapseMode "All dimensions"
InputSameDT off
OutDataTypeMode "Inherit via internal rule"
SaturateOnIntegerOverflow off
}
Block {
BlockType Product
Name "Product3"
Ports [2, 1]
Position [110, 117, 140, 148]
ShowName off
CollapseMode "All dimensions"
InputSameDT off
OutDataTypeMode "Inherit via internal rule"
SaturateOnIntegerOverflow off
}
Block {
BlockType SubSystem
Name "S-R\nFlip-Flop1"
Ports [2, 2]
Position [220, 65, 265, 140]
ShowName off
AncestorBlock "simulink_extras/Flip Flops/S-R\nF"
"lip-Flop"
MinAlgLoopOccurrences off
RTWSystemCode "Auto"
FunctionWithSeparateData off
MaskHideContents off
MaskType "SRFlipFlop"
MaskDescription "S-R Flip-Flop Block\n"
MaskHelp "The S-R flip-flop also known as a"
" set-reset flip-flop. This implementation\nis modeled after an S-R flip-flop "
"constructed using NOR gates. The \ntruth table for this block is:\n<pre>\n S "
" R Q !Q\n ----------------\n 1 0 1 0\n 0 0 1 0 (after S == 1, R ="
"= 0)\n 0 1 0 1\n 0 0 0 1 (after S == 0, R == 1)\n 1 1 0 0\n</pre"
">\n\nIn an S-R flip-flop that is implemented with NOR gates, when a 1 is\napp"
"lied to both the set and reset inputs, both outputs go to 0. Technically,\nth"
"is state is undefined and is usually avoided. Note, if the flip-flop is\nimpl"
"emented with NAND gates, when a 0 is applied to both inputs, both outputs\ngo"
" to 0⌨️ 快捷键说明
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