約 2,843,608 件
https://w.atwiki.jp/ce00582/pages/24.html
Private Sub Command1_Click() Dim ks As Single Dim a As Single Dim beta As Single Dim r1 As Single Dim n As Single Dim cx(1 To 100) As Single Dim cp(1 To 100) As Single Dim lx(1 To 100) As Single Dim lp(1 To 100) As Single Dim k(1 To 100) As Single Dim h As Single Dim k1 As Single Dim n1 As Single Dim n2 As Single Dim n3 As Single Dim c1 As Single Dim e As Single Dim ls As Single ls = 0.5 beta = 0.95 a = 0.33 ks = ls * ((1 / beta - 1) / a) ^ (1 / (a - 1)) h = 2 * ks / 100 For n = 1 To 100 k(n) = n * h lx(n) = ls cx(n) = k(n) ^ a * lx(n) ^ (1 - a) Next t1 = 0 Do Until t1 100 For n = 10 To 90 k1 = k(n) + k(n) ^ a * lx(n) ^ (1 - a) - cx(n) n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 c1 = cx(n2) + (n1 - n2) * (cx(n3) - cx(n2)) l1 = lx(n2) + (n1 - n2) * (lx(n3) - lx(n2)) r1 = a * k1 ^ (a - 1) * l1 ^ (1 - a) cp(n) = c1 / (beta * (1 + r1)) w1 = (1 - a) * k(n) ^ a * lx(n) ^ (-a) lp(n) = 1 - cx(n) / w1 Next e = 0 For n = 10 To 90 e = e + (cx(n) - cp(n)) ^ 2 + (lx(n) - lp(n)) ^ 2 Next For n = 10 To 90 cx(n) = cp(n) lx(n) = lp(n) Next If e 10 ^ (-5) Then t1 = 1000 t1 = t1 + 1 Debug.Print t1, e Loop End Sub
https://w.atwiki.jp/ce00582/pages/44.html
Private Sub Command1_Click() Dim ks As Single Dim a As Single Dim beta As Single Dim r1 As Single Dim n As Single Dim cx(1 To 100) As Single Dim cp(1 To 100) As Single Dim k(1 To 100) As Single Dim h As Single Dim k1 As Single Dim n1 As Single Dim n2 As Single Dim n3 As Single Dim c1 As Single Dim e As Single Dim de As Single de = 0.05 beta = 0.95 a = 0.33 ks = ((1 / beta + de - 1) / a) ^ (1 / (a - 1)) h = 2 * ks / 100 For n = 1 To 100 k(n) = n * h cx(n) = k(n) ^ a - de * k(n) Next t1 = 0 Do Until t1 100 For n = 10 To 90 k1 = k(n) + k(n) ^ a - cx(n) - de * k(n) n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 c1 = cx(n2) + (n1 - n2) * (cx(n3) - cx(n2)) r1 = a * k1 ^ (a - 1) - de cp(n) = c1 / (beta * (1 + r1)) Next e = 0 For n = 10 To 90 e = e + (cx(n) - cp(n)) ^ 2 Next For n = 10 To 90 cx(n) = cp(n) Next If e 10 ^ (-5) Then t1 = 1000 t1 = t1 + 1 Debug.Print t1, e Loop End Sub
https://w.atwiki.jp/ce00582/pages/788.html
Function countb(bx As Single, bs As Single, h As Single) As Single Dim zs As Single Dim z1 As Single Dim z2 As Single Dim ct As Single zs = (bx - bs) / h z1 = Int(zs) z2 = z1 + 1 ct = z1 If (zs - z2) ^ 2 (zs - z1) ^ 2 Then ct = z2 countb = ct End Function Private Sub Command1_Click() Dim m As Single Dim n1 As Single Dim n2 As Single Dim n3 As Single Dim q As Single Dim qx As Single Dim pp As Single Dim h As Single Dim u(2 To 9, -1 To 1, -1 To 1, -1 To 1) As Single Dim b(2 To 9, -1 To 1, -1 To 1, -1 To 1) As Single Dim fastu(-1 To 1, -1 To 1) As Single Dim fastb(-1 To 1, -1 To 1) As Single Dim fastv(-1 To 1, -1 To 1, -50 To 50) As Single Dim endu(-1 To 1, -1 To 1) As Single Dim endb(-1 To 1, -1 To 1) As Single Dim endv(-1 To 1, -1 To 1) As Single Dim v(2 To 9, -1 To 1, -1 To 1, -1 To 1, -100 To 100) As Single Dim bx As Single Dim bs As Single Open "c /m3.txt" For Input As #1 Do Until EOF(1) Input #1, a1, a2, a3, a4 n1 = a1 n2 = a2 fastu(n1, n2) = a3 fastb(n1, n2) = a4 Loop Close #1 For n1 = -1 To 1 For n2 = -1 To 1 For q = -50 To 50 fastv(n1, n2, q) = -999 Next Next Next h = 0.01 For n1 = -1 To 1 For n2 = -1 To 1 bx = fastb(n1, n2) bs = fastb(0, 0) q = countb(bx, bs, h) fastv(n1, n2, q) = fastu(n1, n2) Debug.Print n1, n2, q Next Next End Sub
https://w.atwiki.jp/ce00582/pages/755.html
Private Sub Command1_Click() Dim ks As Single Dim a As Single Dim beta As Single Dim r1 As Single Dim n As Single Dim cx(0 To 10, 1 To 100) As Single Dim tk(0 To 10, 1 To 100) As Single Dim cs(0 To 10, 1 To 100) As Single Dim k(1 To 100) As Single Dim b(0 To 10) As Single Dim h As Single Dim k1 As Single Dim n1 As Single Dim n2 As Single Dim n3 As Single Dim c1 As Single Dim e As Single Dim g As Single g = 0.05 beta = 0.95 a = 0.33 ks = ((1 / beta - 1) / a) ^ (1 / (a - 1)) h = 2 * ks / 100 For n = 1 To 100 k(n) = n * h For m = 0 To 10 cx(m, n) = k(n) ^ a - g tk(m, n) = 0.05 Next Next For m = 0 To 10 b(m) = 0.01 * m Next t1 = 0 Do Until t1 100 For m = 0 To 10 For n = 10 To 90 k1 = k(n) + k(n) ^ a - cx(m, n) - g r1 = (1 - tk(m, n)) * a * k(n) ^ (a - 1) tax = tk(m, n) * a * k(n) ^ a m1 = (1 + r1) * b(m) + tax - g m2 = Int(m1) If m2 9 Then m2 = 9 If m2 0 Then m2 = 0 m3 = m2 + 1 n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 dm = (m1 - m2) * (cx(m3, n2) - cx(m2, n2)) dn = (n1 - n2) * (cx(m2, n3) - cx(m2, n2)) c1 = cx(m2, n2) + dm + dn dm = (m1 - m2) * (tk(m3, n2) - tk(m2, n2)) dn = (n1 - n2) * (tk(m2, n3) - tk(m2, n2)) tk1 = tk(m, n2) + dm + dn r2 = (1 - tk1) * a * k1 ^ (a - 1) cs(m, n) = c1 / (beta * (1 + r2)) Next Next e = 0 For m = 0 To 10 For n = 10 To 90 e = e + (cx(m, n) - cs(m, n)) ^ 2 Next Next For m = 0 To 10 For n = 10 To 90 cx(m, n) = cs(m, n) Next Next If e 10 ^ (-5) Then t1 = 1000 t1 = t1 + 1 Debug.Print t1, e Loop End Sub
https://w.atwiki.jp/ce00582/pages/32.html
Private Sub Command1_Click() Dim ks As Single Dim a As Single Dim beta As Single Dim r1 As Single Dim n As Single Dim cx(1 To 100) As Single Dim cp(1 To 100) As Single Dim lx(1 To 100) As Single Dim lp(1 To 100) As Single Dim k(1 To 100) As Single Dim h As Single Dim k1 As Single Dim n1 As Single Dim n2 As Single Dim n3 As Single Dim c1 As Single Dim e As Single Dim ls As Single ls = 0.5 beta = 0.95 a = 0.33 ks = ls * ((1 / beta - 1) / a) ^ (1 / (a - 1)) h = 2 * ks / 100 For n = 1 To 100 k(n) = n * h lx(n) = ls cx(n) = k(n) ^ a * lx(n) ^ (1 - a) Next t1 = 0 Do Until t1 100 For n = 10 To 90 k1 = k(n) + k(n) ^ a * lx(n) ^ (1 - a) - cx(n) n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 c1 = cx(n2) + (n1 - n2) * (cx(n3) - cx(n2)) l1 = lx(n2) + (n1 - n2) * (lx(n3) - lx(n2)) r1 = a * k1 ^ (a - 1) * l1 ^ (1 - a) cp(n) = c1 / (beta * (1 + r1)) Next w1 = (1 - a) * k(n) ^ a * lx(n) ^ (-a) lp(n) = 1 - cx(n) / w1 e = 0 For n = 10 To 90 e = e + (cx(n) - cp(n)) ^ 2 + (lx(n) - lp(n)) ^ 2 Next For n = 10 To 90 cx(n) = cp(n) lx(n) = lp(n) Next If e 10 ^ (-5) Then t1 = 1000 t1 = t1 + 1 Loop Dim ms As Single Dim px(1 To 100) As Single Dim ps(1 To 100) As Single Dim p1 As Single Dim p2 As Single Dim p3 As Single Dim z1 As Single Dim z2 As Single Dim z3 As Single Dim pi As Single Dim pxs As Single ms = 50 For n = 1 To 100 px(n) = 1 Next t4 = 0 Do Until t4 100 For n = 10 To 90 p1 = 1.1 * px(n) p2 = 0.9 * px(n) k1 = k(n) + k(n) ^ a * lx(n) ^ (1 - a) - cx(n) n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 pxs = px(n2) + (n1 - n2) * (px(n3) - px(n2)) l1 = lx(n2) + (n1 - n2) * (lx(n3) - lx(n2)) r1 = a * k1 ^ (a - 1) * l1 ^ (1 - a) pi = pxs / p1 - 1 iss = (1 + pi) * (1 + r1) - 1 z1 = iss * ms / (cx(n) * (1 + iss)) - p1 t3 = 0 Do Until t3 100 pi = pxs / p2 - 1 iss = (1 + pi) * (1 + r1) - 1 z2 = iss * ms / (cx(n) * (1 + iss)) - p2 p3 = p2 - z2 * (p2 - p1) / (z2 - z1) If z2 ^ 2 10 ^ (-5) Then t3 = 1000 p1 = p2 p2 = p3 z1 = z2 t3 = t3 + 1 Loop ps(n) = p2 Next e = 0 For n = 10 To 90 e = e + (px(n) - ps(n)) ^ 2 Next For n = 10 To 90 px(n) = ps(n) Next If e 10 ^ (-5) Then t4 = 1000 t4 = t4 + 1 Loop For n = 10 To 90 Debug.Print px(n) Next End Sub
https://w.atwiki.jp/ce00582/pages/26.html
Private Sub Command1_Click() Dim ks As Single Dim a As Single Dim beta As Single Dim r1 As Single Dim n As Single Dim cx(1 To 10, 1 To 100) As Single Dim cp(1 To 10, 1 To 100) As Single Dim lx(1 To 10, 1 To 100) As Single Dim lp(1 To 10, 1 To 100) As Single Dim k(1 To 100) As Single Dim h As Single Dim k1 As Single Dim n1 As Single Dim n2 As Single Dim n3 As Single Dim c1 As Single Dim e As Single Dim m As Single Dim th(1 To 10) As Single For m = 1 To 10 th(m) = 0.95 + 0.01 * m Next beta = 0.95 a = 0.33 ls = 0.5 ks = ls * ((1 / beta - 1) / a) ^ (1 / (a - 1)) h = 2 * ks / 100 For n = 1 To 100 k(n) = n * h For m = 1 To 10 lx(m, n) = ls cx(m, n) = th(m) * k(n) ^ a * lx(m, n) ^ (1 - a) Next Next t1 = 0 Do Until t1 100 For m = 1 To 10 For n = 10 To 90 k1 = k(n) + th(m) * k(n) ^ a * lx(m, n) ^ (1 - a) - cx(m, n) n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 uc = 0 For m1 = 1 To 10 c1 = cx(m1, n2) + (n1 - n2) * (cx(m1, n3) - cx(m1, n2)) l1 = lx(m1, n2) + (n1 - n2) * (lx(m1, n3) - lx(m1, n2)) r1 = th(m1) * a * k1 ^ (a - 1) * l1 ^ (1 - a) uc = uc + (beta * (1 + r1)) / c1 Next uc = 0.1 * uc cp(m, n) = 1 / uc w1 = (1 - a) * th(m) + k(n) ^ a * lx(m, n) ^ (-a) lp(m, n) = 1 - cx(m, n) / w1 Next Next e = 0 For m = 1 To 10 For n = 10 To 90 e = e + (cx(m, n) - cp(m, n)) ^ 2 + (lx(m, n) - lp(m, n)) ^ 2 Next Next For m = 1 To 10 For n = 10 To 90 lx(m, n) = lp(m, n) cx(m, n) = cp(m, n) Next Next If e 10 ^ (-5) Then t1 = 1000 t1 = t1 + 1 Debug.Print t1, e Loop End Sub
https://w.atwiki.jp/ce00582/pages/789.html
Function countb(bx As Single, bs As Single, h As Single) As Single Dim zs As Single Dim z1 As Single Dim z2 As Single Dim ct As Single zs = (bx - bs) / h z1 = Int(zs) z2 = z1 + 1 ct = z1 If (zs - z2) ^ 2 (zs - z1) ^ 2 Then ct = z2 countb = ct End Function Private Sub Command1_Click() Dim m As Single Dim n1 As Single Dim n2 As Single Dim n3 As Single Dim q As Single Dim qx As Single Dim pp As Single Dim h As Single Dim u(1 To 9, -1 To 1, -1 To 1, -1 To 1) As Single Dim b(1 To 9, -1 To 1, -1 To 1, -1 To 1) As Single Dim fastu(-1 To 1, -1 To 1) As Single Dim fastb(-1 To 1, -1 To 1) As Single Dim fastv(-1 To 1, -1 To 1, -100 To 100) As Single Dim endu(-1 To 1, -1 To 1) As Single Dim endb(-1 To 1, -1 To 1) As Single Dim endv(-1 To 1, -1 To 1) As Single Dim v(1 To 9, -1 To 1, -1 To 1, -1 To 1, -100 To 100) As Single Dim bx As Single Dim bs As Single Open "c /m2.txt" For Input As #2 Do Until EOF(2) Input #2, a1, a2, a3, a4, a5, a6 m = a1 n1 = a2 n2 = a3 n3 = a4 u(m, n1, n2, n3) = a5 b(m, n1, n2, n3) = a6 Loop Close #2 Open "c /m3.txt" For Input As #3 Do Until EOF(3) Input #3, a1, a2, a3, a4 n1 = a1 n2 = a2 fastu(n1, n2) = a3 fastb(n1, n2) = a4 Loop Close #3 Open "c /m4.txt" For Input As #4 Do Until EOF(4) Input #4, a1, a2, a3, a4 n1 = a1 n2 = a2 endu(n1, n2) = a3 endb(n1, n2) = a4 Loop Close #3 For n1 = -1 To 1 For n2 = -1 To 1 For q = -100 To 100 fastv(n1, n2, q) = -999 Next Next Next h = 0.01 For n1 = -1 To 1 For n2 = -1 To 1 bx = fastb(n1, n2) bs = fastb(0, 0) q = countb(bx, bs, h) fastv(n1, n2, q) = fastu(n1, n2) Next Next For m = 1 To 9 For n1 = -1 To 1 For n2 = -1 To 1 For n3 = -1 To 1 For q = -100 To 100 v(m, n1, n2, n3, q) = -999 Next Next Next Next Next m = 1 For n1 = -1 To 1 For n2 = -1 To 1 For n3 = -1 To 1 For q = -100 To 100 u1 = u(m, n1, n2, n3) bx = b(m, n1, n2, n3) bs = b(m, 0, 0, 0) qx = q - countb(bx, bs, h) pp = 0 If qx 100 Then pp = 1 If qx -100 Then pp = 1 If pp = 1 Then qx = 0 vs = u1 + fastv(n1, n2, qx) If pp = 1 Then vs = -999 v(m, n1, n2, n3, q) = vs Next Next Next Next For m = 2 To 9 For n1 = -1 To 1 For n2 = -1 To 1 For n3 = -1 To 1 For q = -100 To 100 u1 = u(m, n1, n2, n3) bx = b(m, n1, n2, n3) bs = b(m, 0, 0, 0) qx = q - countb(bx, bs, h) pp = 0 If qx 100 Then pp = 1 If qx -100 Then pp = 1 If pp = 1 Then qx = 0 vs = -999 For nx = -1 To 1 v1 = u1 + v(m - 1, nx, n1, n2, qx) If v1 vs Then vs = v1 Next If pp = 1 Then vs = -999 v(m, n1, n2, n3, q) = vs Next Next Next Next Next For n1 = -1 To 1 For n2 = -1 To 1 endv(n1, n2) = -999 Next Next For n1 = -1 To 1 For n2 = -1 To 1 u1 = endu(n1, n2) bx = endb(n1, n2) bs = endb(0, 0) qx = bs - bx pp = 0 If qx 100 Then pp = 1 If qx -100 Then pp = 1 If pp = 1 Then qx = 0 vs = -999 For nx = -1 To 1 v1 = u1 + v(9, nx, n1, n2, qx) If v1 vs Then vs = v1 Next If pp = 1 Then vs = -999 endv(n1, n2) = vs Debug.Print n1, n2, endv(n1, n2) Next Next End Sub
https://w.atwiki.jp/ce00582/pages/38.html
Private Sub Command1_Click() Dim ks As Single Dim a As Single Dim beta As Single Dim r1 As Single Dim n As Single Dim cx(1 To 10, 1 To 100) As Single Dim cp(1 To 10, 1 To 100) As Single Dim k(1 To 100) As Single Dim h As Single Dim k1 As Single Dim n1 As Single Dim n2 As Single Dim n3 As Single Dim c1 As Single Dim e As Single Dim m As Single Dim th(1 To 10) As Single For m = 1 To 10 th(m) = 0.95 + 0.01 * m Next beta = 0.95 a = 0.33 ks = ((1 / beta - 1) / a) ^ (1 / (a - 1)) Debug.Print ks h = 2 * ks / 100 For n = 1 To 100 k(n) = n * h For m = 1 To 10 cx(m, n) = th(m) * k(n) ^ a Next Next t1 = 0 Do Until t1 100 For m = 1 To 10 For n = 10 To 90 k1 = k(n) + th(m) * k(n) ^ a - cx(m, n) n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 uc = 0 For m1 = 1 To 10 c1 = cx(m1, n2) + (n1 - n2) * (cx(m1, n3) - cx(m1, n2)) r1 = a * k1 ^ (a - 1) uc = uc + (beta * (1 + r1)) / c1 Next uc = 0.1 * uc cp(m, n) = 1 / uc Next Next e = 0 For m = 1 To 10 For n = 10 To 90 e = e + (cx(m, n) - cp(m, n)) ^ 2 Next Next For m = 1 To 10 For n = 10 To 90 cx(m, n) = cp(m, n) Next Next If e 10 ^ (-5) Then t1 = 1000 t1 = t1 + 1 Loop Dim ms As Single Dim px(1 To 10, 1 To 100) As Single Dim ps(1 To 10, 1 To 100) As Single Dim p1 As Single Dim p2 As Single Dim p3 As Single Dim z1 As Single Dim z2 As Single Dim z3 As Single Dim pi As Single Dim pxs As Single ms = 50 For m = 1 To 10 For n = 1 To 100 px(m, n) = 1 Next Next t4 = 0 Do Until t4 100 For m = 1 To 10 For n = 10 To 90 p1 = 1.1 * px(m, n) p2 = 0.9 * px(m, n) k1 = k(n) + th(m) * k(n) ^ a - cx(m, n) n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 z1 = 0 For m1 = 1 To 10 pxs = px(m1, n2) + (n1 - n2) * (px(m1, n3) - px(m1, n2)) r1 = a * k1 ^ (a - 1) pi = pxs / p1 - 1 iss = (1 + pi) * (1 + r1) - 1 z1 = z1 + iss * ms / (cx(m, n) * (1 + iss)) Next z1 = 0.1 * z1 z1 = z1 - p1 t3 = 0 Do Until t3 100 z2 = 0 For m1 = 1 To 10 pxs = px(m1, n2) + (n1 - n2) * (px(m1, n3) - px(m1, n2)) r1 = a * k1 ^ (a - 1) pi = pxs / p2 - 1 iss = (1 + pi) * (1 + r1) - 1 z2 = z2 + iss * ms / (cx(m, n) * (1 + iss)) Next z2 = 0.1 * z2 z2 = z2 - p2 p3 = p2 - z2 * (p2 - p1) / (z2 - z1) If z2 ^ 2 10 ^ (-5) Then t3 = 1000 p1 = p2 p2 = p3 z1 = z2 t3 = t3 + 1 Loop ps(m, n) = p2 Next Next e = 0 For m = 1 To 10 For n = 10 To 90 e = e + (px(m, n) - ps(m, n)) ^ 2 Next Next For m = 1 To 10 For n = 10 To 90 px(m, n) = ps(m, n) Next Next If e 10 ^ (-5) Then t4 = 1000 t4 = t4 + 1 Debug.Print t4, e Loop For n = 10 To 90 Debug.Print px(5, n) Next End Sub
https://w.atwiki.jp/ce00582/pages/25.html
Private Sub Command1_Click() Dim ks As Single Dim a As Single Dim beta As Single Dim r1 As Single Dim n As Single Dim cx(1 To 10, 1 To 100) As Single Dim cp(1 To 10, 1 To 100) As Single Dim k(1 To 100) As Single Dim h As Single Dim k1 As Single Dim n1 As Single Dim n2 As Single Dim n3 As Single Dim c1 As Single Dim e As Single Dim m As Single Dim th(1 To 10) As Single For m = 1 To 10 th(m) = 0.95 + 0.01 * m Next beta = 0.95 a = 0.33 ks = ((1 / beta - 1) / a) ^ (1 / (a - 1)) Debug.Print ks h = 2 * ks / 100 For n = 1 To 100 k(n) = n * h For m = 1 To 10 cx(m, n) = th(m) * k(n) ^ a Next Next t1 = 0 Do Until t1 100 For m = 1 To 10 For n = 10 To 90 k1 = k(n) + th(m) * k(n) ^ a - cx(m, n) n1 = k1 / h n2 = Int(n1) n3 = n2 + 1 uc = 0 For m1 = 1 To 10 c1 = cx(m1, n2) + (n1 - n2) * (cx(m1, n3) - cx(m1, n2)) r1 = a * k1 ^ (a - 1) uc = uc + (beta * (1 + r1)) / c1 Next uc = 0.1 * uc cp(m, n) = 1 / uc Next Next e = 0 For m = 1 To 10 For n = 10 To 90 e = e + (cx(m, n) - cp(m, n)) ^ 2 Next Next For m = 1 To 10 For n = 10 To 90 cx(m, n) = cp(m, n) Next Next If e 10 ^ (-5) Then t1 = 1000 t1 = t1 + 1 Debug.Print t1, e Loop End Sub
https://w.atwiki.jp/imolib/pages/26.html
レポートの体裁について レポートは指定のクラスファイル（icsreport.cls(202)）を用いて pLaTeX2e で作成し，A4用紙に印刷して提出すること．尚，クラスファイルの使用例は/home/exp/exppub/exp-material/PC2000 に sample-icsreport.tex というファイル名で置いてあるので参考にせよ． 表紙には，クラスファイルの使用例に従い，科目名，課題名，担当教官名，提出者氏名，学籍番号，コース，学年，メールアドレスを明記すること． レポートは内容ごとに節（section）に分割し，さらに必要に応じて小節（subsection）に分割すること． レポートは左端の2箇所をホッチキスでとめて提出すること．クリップによる提出は認めない． プログラムの作成を要求した課題に対するレポートには，課題内容，プログラムの仕様，主要処理の概要，アルゴリズム，プログラムの動作テストの方法，プログラムの動作結果，工夫点，感想，プログラムリストを含めること．プログラム作成以外の課題の場合は，課題内容と課題に対する答え，および感想を含めること．ただし，10行程度のシェルスクリプトの作成はここでいうプログラムの作成とはみなさないが，作成したスクリプトの説明は必ず記述すること． プログラム（短いシェルスクリプトを除く）を作成した場合は，プログラムリストをレポートの最後に付録として添付すること．印刷用紙の節約のため，A4用紙に2ページ分を印刷することが望ましい． レポートは課題ごとに特に指定のない限り，表紙とプログラムリストを除き全体で10ページ以内で作成すること． レポートの内容について レポート本文は，簡潔にかつ分かりやすく書くこと．第三者が読むことを常に念頭に入れて書くこと． レポート本文は，あくまで報告書であることから客観的な記述の仕方に徹するべきである．従って，感想以外の部分で，個人の感想や主観的な意見，コメントを書くべきではない．また，過去にチャット調の文章を書いていた者もいるが，そのようなレポートは課題の達成度がいかに高かろうと，報告書としての価値は皆無であるとみなされるので注意せよ． 課題内容は，レポート課題の問題文をまる写ししてはならない． レポートに書くべきプログラムの仕様は，各自が作成したプログラムの仕様である．課題文に書かれてある要求仕様しか書いていないレポートが例年，多数見られるので注意すること． プログラムのアルゴリズムの説明を書くべきときに，単に入力と出力だけを書いている者が時折見受けられる．プログラムのアルゴリズムは処理の流れを説明するものであり，入力と出力の説明は単なる仕様の記述でしかないことに注意すること．複数の関数を作成してプログラムを作成した場合は，全体の処理の流れ（各関数間の関連）に加えて，個々の関数内の処理の流れをそれぞれ説明すること． プログラムの動作テストは，作成したプログラムが正しく動作するかどうかをチェックするためのものである．従って，レポートではなぜそのテスト項目で動作チェックとして十分であるかという点を記述しなければならない． プログラムの動作結果は，単に動作結果を示すだけではなく，簡単でもよいのでその結果から何が言えるのか，もしくは何が保証できるのかを書くこと． 感想に関しては，課題の感想，苦労した点，講義や演習に対する要望など自由に書いてよいが，最低限の礼節をわきまえた文章で記述すること． レポートの提出期限について レポートの提出期限は厳守しなければならない．一般には，期限に遅れた報告書はその内容に関わらず正当な評価をされない．また，受理さえされない場合もある．本演習においては，以下の点を厳守すること．以下の要件を満たしていない場合は，原則としてレポートを受理しない．尚，いかなる理由があろうと，期限に遅れたレポートは遅れた期間に応じて減点するので注意すること． 万一，締切日にレポートが未完成である場合は，その時点でどこまで出来ているのか，あとどの程度で出来そうなのかを必ず教官に報告すること．報告の方法は，口頭，メールのいずれでも構わない． 提出期限に遅れた場合には，必ず遅れた理由をレポートに明記すること． ここでの注意事項を満たしていないレポートは，提出後，採点せずに再提出を求める場合がある．