Bienvenue sur TI-Planet, la communauté française de référence sur les calculatrices TI !
Examens France 2020+ : La liste des calculatrices acceptées • Guide exclusif 2018-2019 pour bien choisir • Tutorial sur le mode examen
|
|
de critor » 17 Mar 2019, 10:31
Pour la rentrée 2019, 
Nul besoin de bouger, il te suffit d'attendre que de critor » 15 Mar 2019, 23:55
Boot ROM Stage (5.0.0.42)
Build: 2018/3/2, 14:16:20
Copyright (c) 2006-2018 Texas Instruments Incorporated
Using production keys.
Beginning driver initialization...
OK Serial Port 1
OK Serial Port 2
OK Aladdin PMU
OK Serial Flash Controller
OK gpio
OK Serial NAND Flash
OK crypt_sha
OK Flash Partition Manager
OK mf-data{validated}
OK efuse
OK MEMC-FTDDR3030
OK PTT Data Aladdin
Clocks: CPU = 396 MHz AHB = 198 MHz APB = 99 MHz
Driver initialization complete.
Last boot progress: 27482
Available system memory: 29692
Checking for NAND: NAND Flash ID: MICRON (128 MB)
Device ID: 1C2000000000021DBBC72E62E09
Wakeup Status: wakeupOnKey
DRAM size: 64 MB
SDRAM memory test: Pass
Clearing SDRAM...Done.
Clearing SDRAM...Done.
Boot option: Normal
Loading from Boot Loader partition...
100%
BOOT: loading complete (61 ticks), launching <BOOT LOADE> image.Boot Loader Stage (5.0.0.89)
Build: 2018/10/16, 11:45:4
Copyright (c) 2006-2018 Texas Instruments Incorporated
Using production keys.
Beginning driver initialization...
OK Serial Port 1
OK Serial Port 2
OK Aladdin PMU
OK Serial Flash Controller
OK gpio
OK Serial NAND Flash
OK crypt_des
OK crypt_sha
OK Flash Partition Manager
OK spi-lcd
OK mf-data{validated}
OK backlight{AutoDim Disabled}
OK lcd_controller{GiantPlus}
OK Tuning Data Aladdin
OK ADC FTADCC010
OK POSIX console
OK Display{Supervisor}
OK efuse
OK clcd_hw_cursor
OK i2c
OK logos{uninitialized}
OK MEMC-FTDDR3030
OK null-1
OK POSIX null
OK OS Data Aladdin
OK PTT Data Aladdin
OK rtc
OK spi-cradle
OK terminal
Clocks: CPU = 396 MHz AHB = 198 MHz APB = 99 MHz
Driver initialization complete.
TI_PMU_wakeupStatus(): Woke up with wakeupOnKey.
NAND Flash ID: MICRON (128 MB)
Device ID: 1C2000000000021DBBC72E62E09
Initialization of File System is a success.
Initializing graphics subsystem.
Logo Driver source change notice: logos{defaults}
BOOT: loading complete (90 ticks), launching <OS LOADER> image.
Boot ROM Time: 0.61 seconds
Boot Loader Time: 0.90 secondsOS Loader Stage (5.0.0.89)
Build: 2018/10/16, 11:46:11
Copyright (c) 2006-2018 Texas Instruments Incorporated
Using production keys.
Beginning driver initialization...
OK Serial Port 1
OK Serial Port 2
OK Aladdin PMU
OK Serial Flash Controller
OK gpio
OK Serial NAND Flash
OK crypt_des
OK crypt_sha
OK Flash Partition Manager
OK spi-lcd
OK mf-data{validated}
OK backlight{AutoDim Disabled}
OK lcd_controller{GiantPlus}
OK Tuning Data Aladdin
OK ADC FTADCC010
OK POSIX console
OK Display{Supervisor}
OK efuse
OK clcd_hw_cursor
OK i2c
OK logos{uninitialized}
OK MEMC-FTDDR3030
OK null-1
OK POSIX null
OK OS Data Aladdin
OK PTT Data Aladdin
OK rtc
OK spi-cradle
OK terminal
Clocks: CPU = 396 MHz AHB = 198 MHz APB = 99 MHz
Driver initialization complete.
NAND Flash ID: MICRON (128 MB)
Device ID: 1C2000000000021DBBC72E62E09
Initialization of File System is a success.
Logo Driver source change notice: logos{defaults}
100%
BOOT: loading complete (589 ticks), launching <TI-Nspire> image.
Boot ROM Time: 0.61 seconds
Boot Loader Time: 0.90 seconds
OS Loader Time: 5.89 secondsTI-nSpire OS (5.0.0.1509)
Build: 2019/2/8, 14:22:41
Copyright (c) 2006-2019 Texas Instruments Incorporated
Using production keys.
Beginning driver initialization...
OK Serial Port 1
OK Serial Port 2
OK Aladdin PMU
OK Serial Flash Controller
OK gpio
OK Serial NAND Flash
OK crypt_des
OK crypt_sha
OK Flash Partition Manager
OK spi-lcd
OK mf-data{validated}
OK backlight{AutoDim Disabled}
OK lcd_controller{GiantPlus}
OK Tuning Data Aladdin
OK null_al
OK ADC FTADCC010
OK POSIX console
OK Display{Supervisor}
OK efuse
OK clcd_hw_cursor
OK i2c
OK keypad_drv
OK logos{uninitialized}
OK MEMC-FTDDR3030
OK null-1
OK POSIX null
OK OS Data Aladdin
OK PTT Data Aladdin
OK rtc
OK spi-cradle
OK terminal
Clocks: CPU = 396 MHz AHB = 198 MHz APB = 99 MHz
Driver initialization complete.
POSIX layer initialized.
TI_PM_SetShipMode: FALSE
Preparing file system. This takes a while...
Datalight Reliance v2.10.1150
Copyright (c) 2003-2006 Datalight, Inc.
Datalight FlashFX Pro v3.00 Build 1358
Nucleus Edition for ARM9
Copyright (c) 1993-2006 Datalight, Inc.
Patents: US#5860082, US#6260156.
POSIX file system initialized.
File system ready.
Logo Driver source change notice: logos{defaults}
Read status error at location: 0x130c800 Error: -1
Read status error at location: 0x130e800 Error: -1
TOTAL BYTES: 101247
------------------ Module is Gone!!
Created Execution Context
<TI_PCL_Init2> SetSystem Settings -->
<TI_PCL_Init2> TI_RM_LoadAllStrings -->
<TI_PCL_Init2> TI_UI_IME_Init -->
<TI_PCL_Init2> RegisterC1Widgets -->
<TI_PCL_Init2> TI_GOIO_InitializeGoIO -->
<TI_PCL_Init2> TI_AM_Initialize -->
Product : 16 (defined in os/inc/deviceinfo.h)
Platform : 2 (defined in documentmanager/inc/hal.h)
Version : 3.6.0.337 CE
Build Date: 2013-5-10
RET - Echo UDP: TI_Echo_UDP_Init called +++
RET - ECHO UDP: EchoUDPListenerThread. Inside Thread +++
Boot ROM Time: 0.61 seconds
Boot Loader Time: 0.90 seconds
OS Loader Time: 5.89 seconds
Installer Time: 5.73 seconds
OS Time: 5.09 secondsde critor » 15 Mar 2019, 22:00
de critor » 13 Mar 2019, 22:39
La de critor » 13 Mar 2019, 14:38
La nouvelle version 
Le moteur de calcul a été amélioré dans le contexte des nombres complexes, de quoi ravir les élèves de Terminale S/STI2D/STL.
Mais ce n’est pas tout, le moteur simplifie maintenant également correctement les quotients de nombres complexes ! 
Notons que les résultats littéraux faisant apparaître plusieurs termes avec un même symbole sont dorénavant triés par puissances décroissantes de ce symbole. De quoi avoir une présentation bien plus claire des polynômes de Première ! 
Pour rester sur le thème des nombres complexes, l’option 
Notons que l’application 
Les applications 
Les onglets de représentations graphiques bénéficient quant à eux de plusieurs nouveautés :
Notons que le réglage de fenêtre graphique automatique avait le défaut de mettre en évidence à l’extrême de petites approximations de calcul, notamment sur les fonctions constantes comme par exemple la fonction d’expression 
Enfin, les coordonnées communiquées pour les points sur les courbes de fonctions dans la fenêtre graphique tiennent maintenant compte correctement de leur ensemble de définition, comme par exemple avec la fonction d’expression from turtle import *
import kandinsky
def forbackward(d):
forward(d)
backward(d)
def pf(d=1,gd=-1,nervure=False):
n=9
pos=position()
for j in range(2):
for k in range(n):
forward(d)
right(gd*90/n)
right(gd*90)
if nervure:
right(gd*40)
forbackward(5*d)
right(-gd*40)
def fleur(npetales=8,nfeuilles=2,ltige=160,kfeuille=1,c=kandinsky.color(255,255,0)):
d=ltige/(nfeuilles+1)
color(0,191,0)
for j in range(nfeuilles):
forward(d)
pf(kfeuille,2*(j%2)-1,True)
forward(d)
color((c>>11)<<3,((c>>5)%64)<<2,(c%32)<<3)
for j in range(npetales):
pf(kfeuille,-1)
left(360/npetales)
#example
from math import *
def hsv2color(h,s=1,v=1):
c=v*s
x=c*(1-abs((h%120)/60-1))
m=v-c
k=int(h/60)
r=255*(m+x*(k==1 or k==4)+c*(k==5 or k==0))
g=255*(m+c*(k==1 or k==2)+x*(k==3 or k==0))
b=255*(m+x*(k==2 or k==5)+c*(k==3 or k==4))
return kandinsky.color(round(r),round(g),round(b))
def horiz(y,col):
for x in range(320):
kandinsky.set_pixel(x,y,col)
for j in range(112):
horiz(111-j,hsv2color(210,0+1*j/111,1))
horiz(111+j,hsv2color(30,.1+.9*j/111,.7))
sw=320
sh=222
ymax=sh/2
ymin=ymax-sh+1
xmin=-sw/2
xmax=xmin+sw-1
penup()
goto(0,ymin)
setheading(90)
pendown()
fleur(12,9,ymax-ymin+1-26,3,kandinsky.color(255,255,0))#platforms:
#0: MicroPython / TI-Nspire
#1: MicroPython / NumWorks
#2: MicroPython / G90+E
#3: MicroPython / G35+E/USB / G75/85/95
#4: CircuitPython / TI-Python / 83PCE
#5: Xcas / HP Prime
#6: KhiCAS / Graph 90+E
def getplatform():
id=-1
try:
import sys
try:
if sys.platform=='nspire':id=0
if sys.platform=='TI-Python Adapter':id=4
except:id=3
except:
try:
import kandinsky
id=1
except:
try:
if chr(256)==chr(0):id=5+(not ("HP" in version()))
except:
id=2
return id
platform=getplatform()
#lines shown on screen
plines=[29,12, 7, 9,11,0,0]
#max chars per line
#(error or new line if exceeded)
pcols =[53,99,509,32,32,0,0]
nlines=plines[platform]
ncols=pcols[platform]
curline=0
def mprint(*ls):
global curline
st=""
for s in ls:
if not(isinstance(s,str)):
s=str(s)
st=st+s
stlines=1+int(len(st)/ncols)
if curline+stlines>=nlines:
input("Input to continue:")
curline=0
print(st)
curline+=stlines
def sstr(obj):
try:
s=obj.__name__
except:
s=str(obj)
a=s.find("'")
b=s.rfind("'")
if a>=0 and b!=a:
s=s[a+1:b]
return s
def isExplorable(obj):
s=str(obj)
return s.startswith("<module '") or s.startswith("<class '")
def explmod(pitm,pitmsl=[],reset=True):
global curline
if(reset):
curline=0
pitmsl=[sstr(pitm)]
hd="."*(len(pitmsl)-1)
spath=".".join(pitmsl)
c=0
for itms in sorted(dir(pitm)):
c=c+1
try:
itm=eval(spath+"."+itms)
mprint(hd+itms+"="+str(itm))
if isExplorable(itm):
pitmsl2=pitmsl.copy()
pitmsl2.append(itms)
c=c+explmod(itm,pitmsl2,False)
except:
mprint(hd+itms)
if c>0:
mprint(hd+"Total: "+str(c)+" item(s)")
return cNumWorks | Casio Graph 90+E | module externe TI-Python pourTI-83 Premium CE | |||
| builtins | 218 | 188 | 175 | 204 | 190 |
| array | 4 | 4 | 4 | ||
| collections | 2 | ||||
| cmath | 12 | 12 | 12 | ||
| gc | 7 | 7 | 7 | ||
| math | 41 | 41 | 25 | 41 | 28 |
| random | 8 | 8 | 8 | 8 | |
| sys | 15 | 12 | 15 | ||
| time | 3 | 4 | |||
| turtle | 38 | ||||
spécifique | 10 (nsp) | 5 (kandinsky) | |||
Modules | 7 | 7 | 3 | 7 | 8 |
Éléments | 307 | 295 | 208 | 288 | 258 |
| Compatible mode examen | ✔ | ✔ | ✔ |
Précisions enfin que la nouvelle version de critor » 12 Mar 2019, 18:23
Et bien pas besoin de bouger, c'est de critor » 12 Mar 2019, 17:24
De plus, elle a précisé la configuration du mode examen à activer sur la 
