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光學設計軟件zemax源碼：
This DLL models an nular aspheric
surface as described in:
"Annular surfaces in annular field systems"
By Jose M. Sasian
Opt. eng. 36 (12) P 3401-3401 December 1997
This surface is essentially an odd aspheric surface with an offset in the aspheric terms.
The sag is given by:
Z = (c*r*r) / (1+(1-((1+k)*c*c*r*r))^ 1/2 ) + a*(r-q)^2 + b*(r-q)^3 + c*(r-q)^4 + ...
Note the terms a, b, c, ... have units of length to the -1, -2, -3, ... power.
標簽：
described
aspheric
surfaces
Annular
上傳時間：
2014-01-08
上傳用戶：yyyyyyyyyy
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zemax源碼：
This DLL models an anamorphic aspheric surface.
This surface is essentially an even aspheric surface with different terms for
the x and y directions.
The sag is given by:
Z = ((CX*x*x)+(CY*y*y)) / (1 + sqrt(1-((1+KX)*CX*CX*x*x)-((1+KY)*CY*CY*y*y)))
+ AR*( (1 - AP)*x*x + (1 + AP)*y*y )^2
+ BR*( (1 - BP)*x*x + (1 + BP)*y*y )^3
+ CR*( (1 - CP)*x*x + (1 + CP)*y*y )^4
+ DR*( (1 - DP)*x*x + (1 + DP)*y*y )^5
Note the terms AR, BR, CR, and DR ... have units of length to the -3, -5, -7, and -9 power.
The terms AP, BP, CP, and DP are dimensionless.
The surface is rotationally symmetric only if AP = BP = CP = DP == 0 and CX = CY and KX = KY.
標簽：
surface
This
essentially
anamorphic
上傳時間：
2015-07-25
上傳用戶：lht618
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The objective of this projectis to design, model and simulate an autocorrelation
generator circuit using 4-bit LFSR. the register and LFSR will used D flip-flop and some
gates. By the autocorrelation concept, there should be 2 same length vectors, for calculating
the autocorrelation , we have to design the register for storing the original vector and the
shifter for make time delay.
標簽：
autocorrelation
objective
generator
projectis
上傳時間：
2015-08-17
上傳用戶：ikemada
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You will write a program for calculating person s Body Mass Index (BMI). The following formula is used: bmi = weight / length² , where weight is in kilograms and length is in meters.
標簽：
calculating
following
program
formula
上傳時間：
2013-12-09
上傳用戶：qq521
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自定義一個簡單的日期類DateType，它具有數據成員y、m、d，用來表示當前日期的年、月、日。而后設計該類欲實現（完成）的功能，進而設計出相應的類成員函數。
例如，下面給出的“雛形”可用來實現對天的增加，比較兩個日期是否相等，以及對日期的輸出等操作。請完成各類成員函數，并編制主函數，說明DateType類對象，對定義的各成員函數進行調用，以驗證它們的正確性。
class DateType { //自定義的日期類DateType
int y,m,d //數據成員，表示當前日期的年、月、日
public:
DateType(int y0=1, int m0=1, int d0=1)
//構造函數，設定年、月、日；并設置參數默認值
void incrementDay() //增加1天
bool equal(DateType dt2) //判斷二日期是否相等
void printDate() //屏幕輸出日期對象的有關數據（年、月、日）
}
標簽：
DateType
自定義
上傳時間：
2013-12-22
上傳用戶：songyue1991
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CCS編程環境 使用的是匯編加C的混合編程方法：
The programme of the Correlation Algorithm.
Using INT2 to get the input signal.
Array x, in first step, is the input signal produced by programme,
in next step, is the input signal get from A/D,
the length is 128, 32-bit floating point.
Array y, in first step, is the input signal produced by programme,
in next step, is the input signal get from A/D,
the length is 128, 32-bit floating point.
Array cor is the Correlation result, the length is 255, 32-bit floating point.
標簽：
Correlation
Algorithm
programme
the
上傳時間：
2013-12-21
上傳用戶：leixinzhuo
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American Gladiator,You are consulting for a game show in which n contestants are pitted against n gladiators in order to see which contestants are the best. The game show aims to rank the contestants in order of strength this is done via a series of 1-on-1 matches between contestants and gladiators. If the contestant is stronger than the gladiator, then the contestant wins the match otherwise, the gladiator wins the match. If the contestant and gladiator have equal strength, then they are “perfect equals” and a tie is declared. We assume that each contestant is the perfect equal of exactly one gladiator, and each gladiator is the perfect equal of exactly one contestant. However, as the gladiators sometimes change from one show to another, we do not know the ordering of strength among the gladiators.
標簽：
contestants
consulting
Gladiator
are
上傳時間：
2013-12-18
上傳用戶：windwolf2000
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This a simple hardware UART test program. It receives text lines over
the serial port and writes back a status msg with length and contents of
the buffer.
標簽：
hardware
receives
program
simple
上傳時間：
2015-10-19
上傳用戶：xlcky
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％CHECKBOUNDS Move the initial point within the (valid) bounds.
％ [X,LB,UB,X,FLAG] = CHECKBOUNDS(X0,LB,UB,nvars)
％ checks that the upper and lower
％ bounds are valid (LB <= UB) and the same length as X (pad with -inf/inf
％ if necessary) warn if too long. Also make LB and UB vectors if not
％ already.
％ Finally, inf in LB or -inf in UB throws an error.
標簽：
CHECKBOUNDS
the
initial
bounds
上傳時間：
2015-10-26
上傳用戶：caiiicc
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Input
The input contains blocks of 2 lines. The first line contains the number of sticks parts after cutting, there are at most 64 sticks. The second line contains the lengths of those parts separated by the space. The last line of the file contains zero.
Output
The output should contains the smallest possible length of original sticks, one per line.
Sample Input
9
5 2 1 5 2 1 5 2 1
4
1 2 3 4
0
Sample Output
6
5
標簽：
contains
The
blocks
number
上傳時間：
2015-10-27
上傳用戶：lepoke
