Upload Pictures to Ti Nspire C Cas
 | |
| Type | Programmable, Graphing |
|---|---|
| Manufacturer | Texas Instruments |
| Introduced | 2007 |
| Discontinued | 2010 |
| Latest firmware | 3.9.0.463 |
| Predecessor | TI-84 Plus TI-84 Plus Silverish Edition |
| Calculator | |
| Entry manner | DAL, MathPrint |
| Precision | fourteen |
| Brandish type | LCD Dot-matrix |
| Display size | 320x240 (3.5″ diagonal) |
| Programming | |
| Programming language(due south) | TI-Nspire Bones, Lua |
| User memory | 32 MB NAND Memory (20 MB user-accessible) 32 MB SDRAM (xvi MB user-attainable) |
| Firmware memory | 512 KB NOR ROM |
| Other | |
| Ability supply | 4 AAAs |
| Weight | 252 grams, 8.nine oz |
| Dimensions | 201 mm × 99 mm × 22 mm (7.9 in × 3.9 in × 0.85 in) |
 | |
| Type | Programmable, Graphing, Symbolic |
|---|---|
| Manufacturer | Texas Instruments |
| Introduced | 2007 |
| Discontinued | 2010 |
| Latest firmware | iii.nine.0.463 |
| Predecessor | TI-89 Titanium Voyage 200 |
| Successor | TI-Nspire CAS with Touchpad |
| Calculator | |
| Entry mode | DAL, MathPrint |
| Precision | 14 |
| Brandish type | LCD Dot-matrix |
| Display size | 320x240 (3.5″ diagonal) |
| Programming | |
| Programming language(s) | TI-Nspire BASIC, Lua |
| User memory | 32 MB NAND Memory (xx MB user-accessible) 32 MB SDRAM (xvi MB user-attainable) |
| Firmware memory | 512 KB NOR ROM |
| Other | |
| Power supply | 4 AAAs |
| Weight | 252 grams, 8.nine oz |
| Dimensions | 201 mm × 99 mm × 22 mm (vii.ix in × 3.9 in × 0.85 in) |
 | |
| Type | Programmable, Graphing |
|---|---|
| Manufacturer | Texas Instruments |
| Introduced | 2010 |
| Latest firmware | 3.ix.0.463 |
| Predecessor | TI-Nspire with Clickpad |
| Successor | TI-Nspire CX |
| Estimator | |
| Entry mode | DAL, MathPrint |
| Precision | 14 |
| Display type | LCD Dot-matrix |
| Display size | 320x240 (iii.5″ diagonal) |
| Programming | |
| Programming linguistic communication(s) | TI-Nspire Basic, Lua |
| User memory | 32 MB NAND Memory (20 MB user-accessible) 32 MB SDRAM (16 MB user-accessible) |
| Firmware retentiveness | 512 KB NOR ROM |
| Other | |
| Ability supply | four AAAs |
| Weight | 280 grams, 9.9 oz |
| Dimensions | 198 mm × 99 mm × 22 mm (7.viii in × 3.9 in × 0.85 in) |
 | |
| Blazon | Programmable, Graphing, Symbolic |
|---|---|
| Manufacturer | Texas Instruments |
| Introduced | 2010 |
| Latest firmware | 3.9.0.463 |
| Predecessor | TI-Nspire CAS with Clickpad |
| Successor | TI-Nspire CX CAS |
| Calculator | |
| Entry manner | DAL, MathPrint |
| Precision | 14 |
| Display blazon | LCD Dot-matrix |
| Brandish size | 320x240 (3.5″ diagonal) |
| Programming | |
| Programming language(southward) | TI-Nspire BASIC, Lua |
| User memory | 32 MB NAND Memory (20 MB user-accessible) 32 MB SDRAM (16 MB user-accessible) |
| Firmware memory | 512 KB NOR ROM |
| Other | |
| Power supply | iv AAAs |
| Weight | 280 grams, 9.ix oz |
| Dimensions | 198 mm × 99 mm × 22 mm (7.viii in × iii.9 in × 0.85 in) |
 | |
| Type | Programmable, Graphing |
|---|---|
| Manufacturer | Texas Instruments |
| Introduced | 25 Feb 2011 |
| Latest firmware | 4.5.five.79 |
| Predecessor | TI-Nspire with Touchpad |
| Reckoner | |
| Entry way | DAL, MathPrint |
| Precision | xiv |
| Display type | Color LCD |
| Brandish size | 320×240 (iii.ii″ diagonal) |
| Programming | |
| Programming language(s) | TI-Nspire Bones, Lua |
| User retentivity | 128 MB NAND Retentiveness (100 MB user-accessible) 64 MB SDRAM (64 MB user-accessible) |
| Firmware memory | 512 KB NOR ROM |
| Other | |
| Power supply | iii.7L1230SP Li-Ion |
| Weight | 242 grams (8.v oz) |
| Dimensions | 191 mm × 86 mm × 15 mm (7.5 in × three.4 in × 0.60 in) |
 | |
| Blazon | Programmable, Graphing, Symbolic |
|---|---|
| Manufacturer | Texas Instruments |
| Introduced | 25 Feb 2011 |
| Latest firmware | iv.five.v.79 |
| Predecessor | TI-Nspire CAS with Touchpad |
| Calculator | |
| Entry mode | DAL, MathPrint |
| Precision | fourteen |
| Display type | Colour LCD |
| Display size | 320x240 (3.two″ diagonal) |
| Programming | |
| Programming language(due south) | TI-Nspire Basic, Lua |
| User memory | 128 MB NAND Retentiveness (100 MB user-accessible) 64 MB SDRAM (64 MB user-accessible) |
| Firmware memory | 512 KB NOR ROM |
| Other | |
| Power supply | 3.7L1230SP Li-Ion |
| Weight | 242 grams (8.5 oz) |
| Dimensions | 191 mm × 86 mm × 15 mm (7.five in × iii.iv in × 0.60 in) |
 | |
| Type | Programmable, Graphing |
|---|---|
| Manufacturer | Texas Instruments |
| Introduced | March 2019 |
| Latest firmware | 5.four.0.259 |
| Predecessor | TI-Nspire CX |
| Calculator | |
| Entry mode | DAL, MathPrint |
| Precision | xiv |
| Display type | Colour LCD |
| Display size | 320×240 (3.two″ diagonal) |
| Programming | |
| Programming language(s) | TI-Nspire Basic, Lua, Python |
| User retentivity | 128 MB NAND Retentiveness (100 MB user-accessible) 64 MB SDRAM (64 MB user-accessible) |
| Firmware retention | 512 KB NOR ROM |
| Other | |
| Power supply | 3.7L1230SP Li-Ion |
| Weight | 242 grams (8.5 oz) |
| Dimensions | 191 mm × 86 mm × 15 mm (7.5 in × 3.4 in × 0.60 in) |
 | |
| Type | Programmable, Graphing, Symbolic |
|---|---|
| Manufacturer | Texas Instruments |
| Introduced | March 2019 |
| Latest firmware | 5.iv.0.259 |
| Predecessor | TI-Nspire CX CAS |
| Calculator | |
| Entry way | DAL, MathPrint |
| Precision | xiv |
| Display blazon | Color LCD |
| Brandish size | 320x240 (3.ii″ diagonal) |
| Programming | |
| Programming language(s) | TI-Nspire BASIC, Lua, Python |
| User memory | 128 MB NAND Memory (100 MB user-accessible) 64 MB SDRAM (64 MB user-accessible) |
| Firmware memory | 512 KB NOR ROM |
| Other | |
| Ability supply | iii.7L1230SP Li-Ion |
| Weight | 242 grams (8.five oz) |
| Dimensions | 191 mm × 86 mm × fifteen mm (7.five in × 3.4 in × 0.60 in) |
The TI-Nspire is a graphing calculator made past Texas Instruments which was released in July 2007. The original TI-Nspire was developed out of the TI PLT SHH1 paradigm calculator (which itself was derived from the Casio ClassPad 300), the TI-92 series of calculators released in 1995, and the TI-89 serial of calculators released in 1998.[1] The TI-Nspire features a non-QWERTY keyboard and a different key-by-key layout compared to its predecessors. The TI-Nspire allows users to swap out the existing removable keypad with a functional copy of the TI-84 Plus series keypad. The TI-Nspire series I/O has a connector for the TI-Nspire Lab Cradle, another that serves equally a connector for TI'due south wireless network adapter, and a Mini-USB connector for transferring data. The TI-Nspire series is available with and without a computer algebra organization.
In 2011, Texas Instruments released the CX line of their TI-Nspire calculators which effectively replaced the previous generation. The updates included improvements to the original's keyboard layout, an add-on of a rechargeable lithium-ion battery, 3D graphing capabilities and reduced form factor.[2] TI got rid of the removable keypad with this generation and therefore, the TI-84 compatibility mode.
In 2019, the TI-Nspire CX Ii was added, with a boost in clock speed and changes to the existing operating arrangement.
Versions [edit]
The TI-Nspire series uses a different operating system compared to Texas Instruments' other calculators. The TI-Nspire includes a file director that lets users create and edit documents. As a result of beingness developed from PDA-esque devices, the TI-Nspire retains many of the aforementioned functional similarities to a calculator.
TI-Nspire [edit]
The standard TI-Nspire calculator is comparable to the TI-84 Plus in features and functionality. Information technology features a TI-84 mode by manner of a replaceable snap-in keypad and contains a TI-84 Plus emulator. The likely target of this is secondary schools that make use of the TI-84 Plus currently or have textbooks that encompass the TI-83 (Plus) and TI-84 Plus lines, and to let them to transition to the TI-Nspire line more easily.
The TI-Nspire started evolution in 2004.[ commendation needed ] Information technology uses a proprietary SoC of the ARM9 variant for its CPU. The TI-Nspire and TI-Nspire CAS (Computer algebra system) calculators accept 32 MB of NAND Wink, 32 MB of SDRAM, and 512 KB of NOR Flash.[3] Withal, but 20 MB and 16 MB are user-accessible respectively.[iv]
The TI-Nspire released in ii models; a numeric and CAS version. The numeric is similar in features to the TI-84, except with a bigger and higher resolution screen and a full keyboard. The feature that the numeric lacks is the ability to solve algebraic equations such every bit indefinite integrals and derivatives. To fill in the gap of needing an algebraic estimator, Texas Instruments introduced the second model with the proper name TI-Nspire CAS. The CAS is designed for college and university students, giving them the feature of calculating many algebraic equations like the Voyage 200 and TI-89 (which the TI-Nspire was intended to replace). However, the TI-Nspire does lack part of the ability of programming and installing additional apps that the previous models had, although a limited version of TI-BASIC is supported, along with Lua in later versions. C and assembly are merely possible by Ndless.
Considering the TI-Nspire lacks a QWERTY keyboard, information technology is acceptable for use on the PSAT, Sat,[five] SAT II, Human action,[half-dozen] AP, and IB Exams.
TI-Nspire CAS [edit]
The TI-Nspire CAS calculator is capable of displaying and evaluating values symbolically, not just every bit floating-signal numbers. It includes algebraic functions such as a symbolic differential equation solver: deSolve(...), the complex eigenvectors of a matrix: eigVc(...), as well every bit calculus based functions, including limits, derivatives, and integrals. For this reason, the TI-Nspire CAS is more comparable to the TI-89 Titanium and Voyage 200 than to other calculators. Unlike the TI-Nspire, information technology is not compatible with the snap-in TI-84 Plus keypad. It is accepted in the Saturday and AP exams (without a QWERTY keyboard) simply not in the ACT,[half dozen] IB or British GCSE and A level. The trunk colour is grey.
TI-Nspire Touchpad [edit]
TI-Nspire EZ-Spot. Meant to reduce theft in schools.
On eight March 2010, Texas Instruments announced new models of the TI-Nspire Touchpad and TI-Nspire CAS Touchpad graphing calculators. In the United States the new calculator was listed on the TI website as a complement to the TI-Nspire with Clickpad, though it was introduced as a successor to the previous model in other countries. The calculators were released aslope the OS 2.0 update, which featured a number of updates to the user interface and new functions.
The keyboards on the touchpad keypads featured a unlike and less crowded key layout along with the touchpad, which is used for navigation. The touchpad keypads are also uniform with older calculators that are running OS 2.0 or newer. The new calculators that were shipped with touchpad keypads supported an optional rechargeable bombardment. The second generation is as well available in two models, the TI-Nspire Touchpad and TI-Nspire CAS Touchpad, and each model has maintained the color of itself, with the normal i being white and black while the CAS is black and grayness. To reduce theft of school-owned TI-Nspire calculators, Texas Instruments also introduced the EZ-Spot Teacher Packs with a bright, easy-to-spot, "schoolhouse coach yellowish" frame and slide instance. The hardware of both versions are the same, with the simply differences being cosmetic. The TI-Nspire calculators that were released after the touchpad TI-Nspires also have EZ-Spot versions.
TI-Nspire CX and TI-Nspire CX CAS [edit]
In 2011, the TI-Nspire CX and CX CAS were announced every bit updates to TI-Nspire series. They take a thinner design with a thickness of ane.57 cm (about one-half of the TI-89), a 1200 mAh (1060mAh earlier 2013) rechargeable battery (wall adapter is included in the American retail bundle), a 320 by 240 pixel full color backlit display (3.2" diagonal), and Os iii.0 which includes features such equally 3D graphing.[7]
The CX serial were released in the aforementioned fourth dimension frame as the Casio Prizm (fx-CG10/20),[8] Casio's color screen graphing calculator with similar features.
The TI-Nspire CX series differ from all previous TI graphing reckoner models in that the CX serial are the first to use a rechargeable 1060 mAh Lithium-Ion battery (upgraded to 1200 mAh in 2013 rev.). The device is charged via a USB cable. TI claims that the battery requires four hours to charge, that a full charge powers the device for up to 2 weeks nether normal daily employ, and that the bombardment should last up to 3 years before it requires replacement. The battery is user-replaceable.[seven]
With the exception of interchangeable TI-84 keypads, the CX serial retain all features of the previous TI-Nspire models. The colors of the calculator are still the same equally those of the TI-Nspire models; the CX is white and nighttime blue, while the CX CAS is grayness and black. The external connectors have changed slightly. The mini-USB port, located at the center on the peak of the TI-Nspire serial, has moved to the right on the peak on the CX series. On the CX series, TI added a second port immediately left of the mini-USB port, for a new wireless module. The new wireless TI-Nspire Navigator adapter, which allows teachers to monitor students and send files, is not uniform with the previous TI-Nspire models. The third port, located at the lesser of the handheld, is for the TI Charging Dock and Lab Cradle. The keypad layout is very like to that of the TI-Nspire Touchpad.
Both models take 100 MB of user retention and 64 MB of RAM. The retail packet comes in a plastic blister instance and doesn't have the full manual, while the teachers edition comes in a box with a TI-Nspire CX poster for classrooms and the total manual (in English and French in the US). Both devices send with the student/instructor software for Windows/Mac Os X. According to Texas Instruments, The CX is accustomed in Sabbatum, IB, AP, ACT and British GCSE and A level exams. The CX CAS is only accepted on SAT and AP.
Chinese marketplace [edit]
Four models aimed for the Chinese market were launched, with specialized features. All four models have Chinese labeled keyboards. The CX-C and CX-C CAS models are similar to CX and CX CAS, but included a concise Chinese-English dictionary. The CM-C and CM-C CAS are cheaper, featured a more stream-lined pattern, but have only 32MB of RAM and no port for the wireless module.[ix] The systems of the Chinese versions are not interchangeable with those of the international models.
TI-Nspire CX Ii and TI-Nspire CX II CAS [edit]
In 2019, Texas Instruments introduced the TI-Nspire CX II and TI-Nspire CX Two CAS.[ten] They characteristic a slightly unlike operating organisation with several enhancements and slightly improved hardware, including Python integration.
European market [edit]
Like Communist china, the continent of Europe too has models aimed for its market. These calculators include a "-T" afterwards the CX. The CX 2-T and CX Two-T CAS both have different body colour designs than their N American counterparts. Ane of the main feature differences in the European versions is the inclusion of an exact math engine in the not-CAS version. European models too omit the WiFi adapter port from the top of the calculator.
Software [edit]
Texas Instruments offers several different versions of software for their calculators. They offer CAS and non-CAS versions of their student and teacher software. This software allows users to share results with classmates and teachers and gives the user an emulated version of the TI-Nspire. TI also offers a computer link software for connecting their handheld to their computer to transfer documents. The software allows for the syncing of documents to and from the calculator and/or figurer. This software requires a license in order to be used.
Programming languages [edit]
Abreast the TI Basic functionality the Nspire calculators provides functionality to run scripts written in two additional programming languages with the standard TI firmware.
With the release of Os 3.0, the Lua scripting language is supported, allowing 3rd political party programs to be run without the demand of exploits.[eleven] [12] There are currently more than 100 third-political party programs and functions for the Nspire that introduce new functionality, similar Laplace transforms, Fourier transforms, and 3rd and 4th degree differential equations, that are not included by default.[thirteen] The actual LUA Version is 5.1 in OS Version 5.2 (September 2020).
Since firmware version 5.2 it is possible to plan and run Python (Version 3.iv.0 in September 2020) scripts in an interpreter beat out or from the main calculator command line.
| Available Python modules | |
|---|---|
| Standard | __main__, ctypes, micropython, assortment, errno, random, binascii, gc, re, fourth dimension, builtins, hashlib, sys, cmath, heapq, collections, math |
| TI | ti_picture, ti_innovator, ti_draw, ti_st |
Lab Cradle [edit]
The TI-Nspire Lab Cradle is a Figurer-Based Laboratory system introduced in 1994. Information technology is a portable data drove device for the life sciences. The CBL system was replaced in 1999 past the CBL ii. The TI-Nspire Lab Cradle has three analog and two digital inputs with a sampling rate of upwardly to 100,000 readings per second. The cradle also has 32 MB of storage space to store sensor data.[fourteen] The Lab Cradle allows the TI-Nspire serial to communicate with older Calculator-Based Laboratory systems that previous TI calculators used (TI-73 series, TI-82, TI-83 series, TI-85, and TI-86).[15]
The TI-Nspire Lab Cradle used the rechargeable battery of the TI-Nspire and back up 3 unlike charging options: wall adapter, USB cable to computer and TI-Nspire Cradle Charging Bay. The TI-Nspire Lab Cradle is marketed past Texas Instruments and developed as part of an ongoing business concern venture between TI and Vernier Software & Technology of Portland, Oregon.
[edit]
The navigator arrangement allows teachers to connect multiple TI-Nspire calculators to a calculator through the TI-Nspire Admission Signal and TI-Nspire Navigator Wireless Cradles. The system includes the TI-Nspire cradle charging bay and the master system which looks like a wireless router. The Navigator arrangement was first available when the first generation Nspires were launched, merely when the TI-Nspire CX and CX CAS were released, a new wireless adapter was appear that is smaller but not uniform with the TI-Nspire and TI-Nspire Touchpad.
Press-to-Test [edit]
Press-to-Examination is a feature that restricts admission to the user'due south documents and sure features of the reckoner for a limited time. Its intended purpose is to preclude cheating on tests and exams. Press-to-Examination is enabled past pressing a sure button combination when turning on the reckoner. The features that are blocked (for instance 3D graphs and elevate & driblet for graphs) tin be selectively enabled, but access to existing documents is always prohibited. When the handheld is running in Press-to-Exam manner, an LED on top of it blinks to point that Press-to-Test hasn't been disabled. Press-to-Test tin can only be disabled past connecting to some other calculator or a figurer with TI-Nspire compatible software installed. Removing the batteries or pressing the reset button will not disable it.
Ndless [edit]
Ndless (alternatively stylized Ndl3ss) is a third-party jailbreak for the TI-Nspire calculators that allows native programs, such as C, C++, and ARM assembly programs, to run. Ndless was developed initially by Olivier Armand and Geoffrey Anneheim and released in Feb 2010 for the Clickpad handheld.[sixteen] Organizations such as Omnimaga and TI-Planet promoted Ndless and built a community around Ndless and Ndless programs. With Ndless, low-level operations can be achieved, for case overclocking, allowing the handheld devices to run faster. Downgrade prevention can be defeated besides. In addition, Game Male child, Game Boy Accelerate, and Nintendo Entertainment System emulators exist for the handhelds with Ndless.[17] Major Ndless-powered programs also include a port of the game Doom.[18] Different Lua scripts, which are supported by Texas Instruments,[19] Ndless is actively counteracted by TI. Each subsequent Os attempts to block Ndless from operating.[20] [ needs update ]
Technical specifications [edit]
Texas Instruments developed their own proprietary Organization-On-Chip from the ARM9 32-scrap processors. The first generation of the TI-Nspire is based on LSI Corporation's (now Broadcom Inc.) "Zevio" design while the CX and CX Ii generation is congenital with Toshiba'south Application-Specific Integrated Circuit pattern.
Almost Texas Instruments calculators contain only a non-volatile read-only retention called NAND Wink and a volatile random-access memory called Synchronous dynamic random-access memory or SDRAM. The NAND Flash is not executable but contains parts of the operating system. Even so, the TI-Nspire also uses NOR ROM to shop boot instructions for the operating organization. Texas Instruments nigh likely did this to complimentary up the NAND Wink, and SDRAM in the calculator to be used by the user and operating organization.[nine] The NAND Flash and SDRAM are used to store user and operating system documents.
Previous Texas Instruments calculators had a fill-in button jail cell battery used to maintain user information, system information and time and date, between battery changes. This allows a user to continue their data when a battery is removed. Because the TI-Nspire lacks this fill-in battery, the SDRAM content is deleted whenever the user has to swap the battery out. This necessitates that the computer load the operating organization and file structure from the NAND Flash to the SDRAM, causing a longer loading time.
Despite the overall performance increase between versions of the TI-Nspire, performance differences practise exist. The TI-Nspire CX Ii version lacks 10+ MB of storage space compared to its predecessor. The TI-Nspire CM-C and CM-C CAS (the Chinese versions of the CX and CX CAS) are cheaper and have an updated design, but have only 32MB of RAM and no port for the wireless module.[9]
| TI-Nspire CAS & Not-CAS | TI-Nspire CX CAS & Non-CAS | TI-Nspire CX Two CAS & Non-CAS | |
|---|---|---|---|
| Brandish | 320x240 – 4 fleck greyscale LCD Dot-Matrix | 320x240 or 240x320 – 16 bit color LCD | 320x240 or 240x320 – 16 scrap color LCD |
| CPU | ARM9-26EJ-S 90 MHz/120 MHz | ARM9-26EJ-S 132 MHz[21] | ARM9-26EJ-South 396 MHz |
| SDRAM | 32 MB (32 MB user-accessible)[22] | 64 MB (64 MB user-attainable) | 64 MB (64 MB user-accessible) |
| NAND Retentiveness | 32 MB (xv MB user-attainable)[23] | 128 MB (100 MB user-accessible)[24] | 128 MB (90+ MB user-accessible)[25] |
| Flash ROM | 512 KB NOR ROM | 512 KB NOR ROM | 512 KB NOR ROM |
| Link adequacy | Mini-USB Sync TI-Nspire Lab Cradle Wireless Network Adapter | Mini-USB Sync TI-Nspire Lab Cradle Wireless Network Adapter | Mini-USB Sync TI-Nspire Lab Cradle Wireless Network Adapter |
| I/O | Interchangeable Keypads TI-84 Keypad TI-Nspire Keypad | 71 Switch Keypad | 71 Switch Keypad |
| Power | 4×AAA batteries | Rechargeable 1200 mAh lithium-ion battery | Rechargeable 1200 mAh lithium-ion battery |
| Release | 2007, 2010 (Touchpad version) | 2011 | 2019 |
Operating System versions [edit]
The TI-Nspire CX/CX CAS calculators are at present running the operating organisation (OS) version 4.five.5.79, released in Baronial 2021. The TI-Nspire CX Ii/CX Ii CAS are running version 5.4.0.259, released in January 2022. The operating organization has been updated often since 2007 (partly due to bugs and missing functions, and also to patch jailbreak exploits), i twelvemonth after its release in 2006. Version 2.0, 3.0, 4.0, and 5.0 were major upgrades.
Added features in OS 2.0 [edit]
Starting with Os ii.0, additional features were added to increment usability and usefulness of the TI-Nspire. Below are major changes that were fabricated. These features have stayed with the Nspire serial to date.
Added features in Bone 3.0 [edit]
Images tin exist included in TI-Nspire documents using the computer software. They can so be displayed on the Nspire calculators and in full color on the Nspire CX calculators. Graphs can exist fatigued on height of the images. A data collection application is included with the OS, for use with the Lab Cradle. 3D graphing is supported, also as differential equations. Other features were besides added, including improvements to functions that are related to statistics.[26] OS iii.0 also adds the power to run programs that are written in Lua.[27] [12] OS 3.0.1 introduced a number of bugs,[28] merely nearly of these have been fixed every bit of 3.0.2.[29] In Os 3.2, conic equations in standard formats can be graphed and a new chemistry feature, Chem Box, allows users to write chemical notations.[thirty] Bone 3.2 too saw the inclusion of the Chipmunk physics engine for use in Lua programs.[31] In Bone three.ix, the surface area between curves can now be calculated on the graph bar.[32]
Added features in OS 4.0 [edit]
An indicator now displays the angle fashion (Degrees, Radians or Gradians) in effect for the current application. In window settings on graphs, exact inputs such equally 7/3 or ii*Ï€ tin can now exist used for input of custom window settings.[33]
Added features in OS 5.0 [edit]
Bone v.0 is currently exclusive to the CX II/CX II CAS and their -T counterparts. These features were added in this release:
- Animated Path plot
- Modernized user interface
- Dynamic coefficient values
- Points by coordinates
- Tick-mark labels
- Various TI-Basic programming enhancements
- Simplified Disable CAS (CAS model exclusive)
- DeSolve wizard (CAS model exclusive)
Added features in Os five.ii [edit]
OS five.2 is currently exclusive to the CX II/CX Two CAS and their -T counterparts. These features were added in this release:
- Python programming linguistic communication support in Host Software and on the reckoner.
Added features in Os five.iii [edit]
OS five.3 is currently exclusive to the CX II/CX II CAS and their -T counterparts. These features were added in this release:
- Test back up
- Quick set-up code to enter Press-to-Test
- Python programming improvements
- Half dozen TI-authored modules that are additional libraries for Python's functionality. The new modules are:
- TI Draw
- TI Plotlib
- TI Hub
- TI Rover
- TI Image
- TI System
See also [edit]
- Comparison of Texas Instruments graphing calculators
- Comparison of reckoner algebra systems
References [edit]
- ^ "DATAMATH". www.datamath.org . Retrieved 14 July 2019.
- ^ "Texas Instruments TI-Nspire CX CAS". Datamath Calculator Museum.
- ^ "Texas Instruments TI-Nspire KBD EZ-Spot". DATAMATH. 24 June 2008. Archived from the original on 17 Oct 2008. Retrieved 12 July 2019.
- ^ "TI-Nspire with Touchpad: Bid Specifications". Texas Instruments. three December 2010. Archived from the original on 3 December 2010. Retrieved 11 July 2019.
- ^ "SAT – Figurer Policy". The College Board. Retrieved 5 March 2013.
- ^ a b "ACT – Can I use a computer?" (PDF). Human activity, Inc. Retrieved 5 March 2013.
- ^ a b "TI-Nspire CX CAS Handheld". Retrieved 28 June 2013.
- ^ Casio Education: PRIZM – Graphing Computer Archived 7 January 2017 at the Wayback Motorcar
- ^ a b c "Hardware – Hackspire". hackspire.org . Retrieved 12 July 2019.
- ^ "Introducing TI-Nspire CX Two-T graphing calculators".
- ^ "Lua Programming Environment on the TI-Nspire Institute". ticalc.org. Retrieved eighteen July 2011.
- ^ a b "TI-Nspire Technology – Lua Scripting". Texas Instruments. Retrieved 21 Baronial 2011.
- ^ "TI-Nspire BASIC Math Programs". ticalc.org. Retrieved 28 June 2013.
- ^ "TI-Nspire Lab Cradle | Vernier". www.vernier.com . Retrieved 14 July 2019.
- ^ "Datamath Figurer Museum". www.datamath.org . Retrieved xi July 2019.
- ^ "Nspire Models Opened to Third-Party Evolution". ticalc.org . Retrieved 10 June 2014.
- ^ "Ndless for TI-Nspire". Retrieved 3 June 2014.
- ^ Sheffer, Sam. "TI-Nspire estimator: yes, information technology plays Doom". engadget . Retrieved ten June 2014.
- ^ "Lua Scripting in TI-Nspire". ti.com . Retrieved xiii June 2014.
- ^ timothy (18 July 2010). "TI vs. Calculator Hobbyists, Over again". slashdot . Retrieved 3 December 2018.
- ^ "Teardown Tuesday: Graphing Computer". world wide web.allaboutcircuits.com . Retrieved 15 July 2019.
- ^ "IC List". world wide web.datamath.org . Retrieved 15 July 2019.
- ^ "TI-Nspire CAS Handheld with Touchpad". education.ti.com . Retrieved 15 July 2019.
- ^ "TI-Nspire CX CAS Handheld". teaching.ti.com . Retrieved 15 July 2019.
- ^ "TI-Nspire Specifications". education.ti.com . Retrieved 15 July 2019.
- ^ "TI-Nspire Engineering science Version 3.0 Release Notes" (PDF). Texas Instruments. Apr 2011. Retrieved one August 2011.
- ^ "Lua Programming Environment on the TI-Nspire Plant". ticalc.org. Retrieved 18 July 2011.
- ^ "Beware Installing TI-Nspire OS v.3". ticalc.org. Retrieved 21 August 2011.
- ^ "TI-Nspire Os iii.0.2 Released". ticalc.org. Retrieved 21 August 2011.
- ^ "TI-Nspire Engineering Version three.2 Release Notes" (PDF). education.ti.com. Retrieved 11 June 2012. [ permanent dead link ]
- ^ http://www.inspired-lua.org/upload/TI-Nspire_Scripting_API_Reference_Guide_EN.pdf[ blank URL PDF ]
- ^ "What'south New in Version 3.ix". education.ti.com. Texas Instruments. Retrieved seven July 2014.
- ^ "What's New in Version 4.0". pedagogy.ti.com. Texas Instruments. Retrieved 28 March 2015.
External links [edit]
- TI-Nspire serial official site
- Texas Instruments Calculators & Education Engineering science
- Datamath Calculator Museum
- Lua programming on the TI-Nspire
- TI-Nspire series Google Discussion Forum
- TI-Nspire series user programs
- TI-Nspire serial Bones
- TI-Nspire series program collection
TI-Nspire CAS software tin can solve differential equations
williamsshave1981.blogspot.com
Source: https://en.wikipedia.org/wiki/TI-Nspire_series
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