Abstract. Reading-input and reading-storage are two new, completely objective techniques, useful for measuring certain aspects of reading. Reading-input is similar to the cloze technique. Reading-storage appears to provide a good measure of reading comprehension. Reading-input and reading-storage materials are produced from prose materials using algorithms. A revised algorithm is presented for preparing reading-input materials which is easier to implement than the earlier version. A new algorithm is also presented for preparing reading-storage tests. This new algorithm produces a test quite different from that of its forerunner, and one much easier to implement. These two new techniques are compared to the multiple-choice and cloze techniques and found to encompass most of their advantages while compensating for most of their disadvantages.Standardized procedures exist for developing a variety of informationprocessing type measures for prose materials (Carver, 1971a). One of these standardized techniques, reading-input, is similar to the cloze technique and is designed to replace the cloze technique as an indicant of the readability or difficulty of prose materials. Reading-input might be considered "second generation" cloze. The usefulness of the reading-input materials has been demonstrated in several ways. A standardized reading test has been developed using the reading-input procedures (Carver 1971c). Reading-input scores appear to be as valid as cloze scores for estimating readability or input accuracy (Carver, 1975c). Also, reading-input provides a useful technique for facilitating learning from prose materials (see Carver, 1975a). Although the reading-input procedures produce valid and useful materials, the algorithm originally presented for producing the materials is unnecessarily complicated in some respects. One purpose of this article is to provide a simplified algorithm for the development of reading-input materials.A second purpose of this article is to provide the algorithm for developing the a