函式說明
public
void
fitrectanglemeasure
(hwindow 視窗控制代碼, himage 影象,
outdouble 中心y座標,
outdouble 中心x座標)
public
void
fitrectanglemeasure
(hwindow hwindow,
himage himage,
outdouble row,
outdouble col)
//測量寬度
int nhalfborder =
(int
)(math.
min(rtlen1s[0]
, rtlen2s[0]
)+ math.
min(rtlen1s[1]
, rtlen2s[1]
))/2
;//矩形測量控制代碼的建立
htuple hv_metrologyhandle =
null
, hv_metrologyrectangleindices =
null
; hoperatorset.
createmetrologymodel
(out hv_metrologyhandle)
; hoperatorset.
addmetrologyobjectrectangle2measure
(hv_metrologyhandle,
newhtuple
(rtrows)
,new
htuple
(rtcols)
,new
htuple
(rtangles)
,new
htuple
(rtlen1s)
,new
htuple
(rtlen2s)
, nhalfborder, nhalfborder /4,
1,10,
newhtuple()
,new
htuple()
,out hv_metrologyrectangleindices)
; hoperatorset.
setmetrologyobjectparam
(hv_metrologyhandle, hv_metrologyrectangleindices,
"num_instances",1
);hoperatorset.
setmetrologyobjectparam
(hv_metrologyhandle, hv_metrologyrectangleindices,
"min_score"
,0.1);
hoperatorset.
setmetrologyobjectparam
(hv_metrologyhandle, hv_metrologyrectangleindices,
"measure_transition"
,"uniform");
hoperatorset.
(himage, hv_metrologyhandle)
;//測量出的資訊
hobject ho_measurecontours;
//測量框
hobject ho_cross;
//測量出來的交界點
hoperatorset.
genemptyobj
(out ho_measurecontours)
; hoperatorset.
genemptyobj
(out ho_cross)
; ho_measurecontours.
dispose()
; ho_cross.
dispose()
; hoperatorset.
getmetrologyobjectmeasures
(out ho_measurecontours, hv_metrologyhandle,
"all"
,"all"
,out hv_row1,
out hv_column1)
; hoperatorset.
gencrosscontourxld
(out ho_cross, hv_row1, hv_column1,20,
0.785398);
hwindow.
dispobj
(ho_measurecontours)
;hoperatorset.
getmetrologyobjectresult
(hv_metrologyhandle,
"all"
,"all"
,"result_type"
,"all_param"
,out hv_rectangleparameter)
;//測量出來的矩形框
hobject ho_resultcontour;
hoperatorset.
genemptyobj
(out ho_resultcontour)
; ho_resultcontour.
dispose()
; hoperatorset.
getmetrologyobjectresultcontour
(out ho_resultcontour, hv_metrologyhandle,
"all"
,"all"
,1.5);
hwindow.
dispobj
(ho_resultcontour)
;//測量出矩形的資料
htuple hv_sequence, hv_rectanglerow, hv_rectanglecolumn, hv_rectanglephi, hv_rectanglelength1, hv_rectanglelength2;
hv_sequence = htuple.
tuplegensequence(0
,(newhtuple
(hv_rectangleparameter.
tuplelength()
))-1
,5);
hv_rectanglerow = hv_rectangleparameter.
tupleselect
(hv_sequence)
; hv_rectanglecolumn = hv_rectangleparameter.
tupleselect
(hv_sequence +1)
; hv_rectanglephi = hv_rectangleparameter.
tupleselect
(hv_sequence +2)
; hv_rectanglelength1 = hv_rectangleparameter.
tupleselect
(hv_sequence +3)
; hv_rectanglelength2 = hv_rectangleparameter.
tupleselect
(hv_sequence +4)
;if(hv_rectanglerow.
tuplelength()
== rtcount)
else
hoperatorset.
clearmetrologymodel
(hv_metrologyhandle)
;//釋放hobject
ho_measurecontours.
dispose()
; ho_cross.
dispose()
; ho_resultcontour.
dispose()
;}catch
}
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